AlllQl 3DD75M

NATL INST OF STANDARDS & TECH R.I.C,

A1 11 01 300754

(j'JfilT.uTslTsaiisea c.i nbs-pub-c 1959



OF STANDARD

UBRARY

JUL 2« 198

UNITED STATES DEPARTMENT OF COMMERCE • Luther H. Hodges, Secretary ^^^i^

NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director

Experimental Transition Probabilities

for Spectral Lines of Seventy Elements

Derived From the

NBS Tables of Spectral-Line Intensities

The wavelength, energy levels,

transition probability, and oscillator strength

of 25,000 lines between 2000 and 9000 A

for 112 spectra of 70 elements.

Charles H. Corliss and William R. Bozman

National Bureau of Standards Monograph 53

Issued July 20, 1962

For sale by the Superintendent of Documents, U. S. Government Printing Office Wasliington 25, D. C. - Price $4.25
Contents

PAGE

1. Introduction iii

2. Intensity measurements iv

3. Conversion to transition probabilities v

4. Temperature of the copper arc — — v

5. Degree of ionization in the copper arc — viii

6. Persistence of atoms in the arc xi

7. Normalization of the scale xii

8. Accuracy of g/-values xiv

9. Computation and preparation of the tables _ xvi

10. Results and conclusion .__ xvi

11. References xvii

List of Tables

Spectrum

Ag I. Ag II. Al I. As I - Au I

.

Page Spectrum

B I Ba I Ba II. Be

Be II

Bi I C I Ca I Ca II Cd I Cd u Ce II Co I Co II Cr I

Cr II. Cs I Cu I. Cu II. Dy II.

Er II. Eu I- Eu II. Fe I. Fe II. Ga I. Gd I. Gd II. Ge I. Hf I. H£ II. Hg I. Ho I.

34

56

7

8

9

1112

13

14

1516

1819

20

21

48

60

62

75

79

80

81

82

84

86

92

95

109

111

112

123

135

136

145

152

153

Page Spectrum

InIn

IrK

La

La I Li

Lu

Lu II Mg

Mg I Mn

Mn I] Mo

Mo i: Na

Nb.

Nb I Nd

Nd I

Ni

Ni

Os

Os

P

Pb

Pb I Pd

Pd I Pr II

Pt

PtRb

Re

Re I Rh

Rh i:

154

155

156

167

168

174

180

181

183

185

186

187

193

195

220

225

226

247

254

256

262

267

268

287

288

289

290

291

293

294

299

303

304

305

322

323

332

Ru

Ru

Sb

Sc

Sc

Se

SiSm

Sm

Sn

SrSr I Ta

Ta

Tb

Te

Th

Th

Ti

Ti II

Tl

Tm

Tm I U

U

V

V

w

w

Y

Y

Yb

Yb I Zn

Zn I

Zr

Zr

Page

.. 333

.. 352

.. 354

. 356

361

.. 363

.. 364

.. 365

370

.. 386

388

.. 390

.. 391

.. 407

.. 413

. 414

.. 415

.. 422

. 438

452

. 456

. 457

- 459

. 463

. 470

. 477

. 493

_ 498

. 519

_ 522

. 528

. 531

. 533

. 539

_ 540

. 541

. 555

11
Experimental Transition Probabilities for

Spectral Lines of Seventy Elements

Derived From the NBS Tables of Spectral-Line Intensities

Charles H. Corliss and William R. Bozman

Relative intensities of 39,000 spectral lines with wavelengths between 2000

and 9000 angstroms have been determined on a uniform energy scale for seventy

elements. The light source was an arc between copper electrodes to which a single

element was added in the ratio of one atom of element to 1000 atoms of copper. The temperature of the arc was determined, by comparison of the observed intensities with published relative g/-values, to be 5100 ±110 °K. The degree of ioni- zation of eleven elements in the arc was determined by comparison of intensities in spectra of neutral and ionized atoms with known absolute ^/-values. With the

aid of Saha's ionization equation, the electron density in the arc was found to be

2.4 X 10^^ cm"3. The ionization of seventy elements separately added to the arc was then calculated with Saha's equation. A correction was made for diffusion of

atoms from the arc stream. With this information, relative values of gf on a uniform scale can be computed for the 25,000 lines which have been classified. By

calibration with known absolute g/-values, the scale is put on an absolute basis. Absolute transition probabilities for 25,000 lines of 112 spectra have been calculated in this way and the results are tabulated by spectrum. The wavelength in angstroms, energy levels to the nearest kayser, gA in 10' per second, gf, and log gf

are given for each line.

1. Introduction

The primary attributes of a spectrum line as observed in the laboratory are its wavelength

and its intensity. The wavelength is ordinarily

measured to six significant figures and, occasionally, to eight or nine. The intensity, on the

other hand, is seldom measured accurately to one figure and never to more than two.

About thirty years ago, W. F. Meggers decided to correct this situation and initiated an

extensive program of intensity measurements.

The work is now completed and the results

have just been published by Meggers, Corliss,

and Scribner [1961]. The goal of the work

was to provide lists of the principal lines of the

elements generally observed under ordinary

conditions in arc spectra, together with their

relative intensities on a true scale of relative

energy. In addition, the numerical values of

the energy levels between which the transition occurs are given if the line has been classified.

An inventory of these data is given in table 1

.

The element symbols are listed in alphabetical

order in column 1, the total number of lines

for each element in column 2, and the number

of lines classified in the first and second spectra in columns 3 and 4. The difference between

column 2 and the sum of columns 3 and 4 reflects the fact that more than one-third of the

lines in the tables have not yet been classified.

This provides an interesting quantitative view

of the state of analysis in atomic spectra.

Table i. Inventory of lines in tables of spectral-line

intensities

Element Number of lines Element Number of lines symbol Total I II symbol Total I II

Ag 15 11 4 Na 12 12 Al 16 16 Nb 1,442 1,062 314 As 25 25 Nd 1,465 80 275 Au 27 26 Ni 248 242 4 B 4 4 Os 1,036 912 35 Ba 96 79 16 P 9 9 Be 20 17 2 Pb 39 38 "i Bi 34 32 Pd 80 76 4 C 1 1 Pr 1,460 232 Ca 79 69 "io Pt 173 161 1 Cd 24 20 4 Rb 13 13 Ce 2,521 1,349 Re 962 824 48" Co 675 602 57 Rh 512 434 25 Cr 801 615 177 Ru 999 915 52 Cs 19 19 Sb 53 53 Cu 56 46 10 Sc 397 230 81 Dy 1,368 86 Se 5 5 Er 1,199 78 Si 15 15 Eu 524 298 149 Sm 1.563 221 786 Fe 762 671 80 Sn 59 59 Ga 15 15 Sr 76 67 9 Gd 1,426 520 581 Ta 1,302 789 288 Ge 43 43 Tb 1,656 3 Hf 770 433 309 Te 12 12 Hg 19 19 Th 2,221 342 789 Ho 966 3 Ti 951 707 178

In 22 21 "i Tl 18 18

Ir 534 511 Tm 875 62 157 K 8 8 U 1,951 326 316 La 641 270 272 v 1,060 795 219

Li 7 7 w 1,301 1,045 108 Lu 224 82 81 Y 453 260 110 Mg 25 19 6 Yb 432 53 281 Mn 353 .290 54 Zn 20 18 2 Mo 1,577 1,258 208 Zr 1,060 700 322

Total number of lines 38,826 16,602 8,165 Total number of elements _. 70 66 46

III
2. Intensity Measurements

The light source chosen for this work was a 10-amp, 220-v d-c arc between copper electrodes mounted in water-cooled clamps. The

electrodes were 1.5-g copper pellets V4 in. in

diameter, formed in a hydraulic press from

copper powder to which one atom of the element under investigation was added for every

1000 atoms of copper. A 3 -mm gap was maintained between the electrodes during the exposures, which varied in duration from 1 sec to 5 min depending on the spectral region under

observation.

An image of the arc was formed within the

aperture of the grating by a quartz lens at the

slit which was uniformly illuminated by light

from all parts of the arc. A rotating step sector

at the slit reduced the exposure in four steps,

with ratio 5 to 1 between steps, along the

length of the slit. All observations were made

in the first-order spectrum of a 6-in. grating

with 15,000 lines per inch, and 22-ft. radius

of curvature, mounted in parallel light to form

stigmatic images on the plates. At a reciprocal

dispersion of 5A/mm and a slit width of 30 fx, a uniformly flat-topped image of the slit was

formed for aU but the broadest lines.

To cover the spectral range from 2000 to 9000 A, each spectrum was photographed in

five different settings of the spectrograph, by

using Eastman Kodak spectroscopic plates

103-O U-V from 2000 to 3000 A, "33" from

2600 to 4900 A, II-F from 4600 to 6900 A,

and I-N from 6600 to 9000 A. Each plate was

developed 4 min in a rocking tray containing

D-19 developer at 70 °E Beside each spectrum of copper containing 0. 1 percent of the

element under study, reference spectra of pure

copper and the pure element were photographed, the latter also through the stepped

sector. The exposures were adjusted so that the

continuous spectral background was visible in

the strongest step. The apparent intensity of

each element line visible in the mixture with

copper was estimated relative to selected copper lines throughout the spectrum. By refer- ence to the auxiliary spectra, estimates were made of the intensity of any line masked by

copper. To reduce these intensities estimated

relative to copper to a true scale of relative

intensity, accurate measurements of the true

relative intensities of the selected copper lines,

about 200 in number, were made by the standard methods of heterochromatic photographic

photometry. At wavelengths longer than 3300

A measurements were made relative to an incandescent tungsten-strip filament operated at 2787 or 2881 °K. At shorter wavelengths the

tungsten-strip is too faint; a false contribution

is made to the spectrum by the intense light of

longer wavelengths scattered by the grating.

The lines from 2500 to 3300 A were measured

relative to a hydrogen arc lamp calibrated in

this region by R. Stair at the National Bureau

of Standards. Lacking a suitable energy calibration for the shortest wavelengths, the intensity estimates below 2500 A were adjusted by

a judicious extrapolation of our reduction factors. A more detailed discussion is given by

Meggers, Corliss, and Scribner [1961].

An estimate of the accuracy of our intensities within a single spectrum has been obtained

by comparing them with quantitative results

published by other investigators. Frerichs

[1926] has measured the relative intensities of

lines in multiplets of Cr, Fe, Mn, Ti, and V by

methods of photographic photometry. Comparisons made for 190 lines in 21 different

multiplets show an average deviation of 14

percent. A second estimate results from comparison with the photoelectric measurements

of intensities in the iron arc made by Crosswhite [1950]. The average difference between

intensities of 330 iron lines common to the two

sets, in the region 3175 to 5658 A, is 27 per

cent. This comparison was made without any

adjustment of intensities for possible temperature differences between the two light sources. Crosswhite estimates an accuracy of 1 percent

for his measurements.

A more fruitful comparison was made with

the relative /-values reported by King and

King [1938] for Ti i. A plot of log [AVg/]

versus upper excitation potential for 59 multiplets of Ti I yielded a straight line characteristic of a Boltzmann distribution of energy-state

population. The average deviation from the

line was 25 percent. The Kings state that their

average deviations of individual measure- ments from the mean values vary from 4 to 15

percent for different lines. The foregoing comparisons suggest that a fair estimate of the

average deviation of our intensity values is about 25 percent.

Although our original intention was to determine the relative intensities of spectral lines

for purposes of quantitative spectrochemical

analysis, it became evident from comparisons

IV
such as that mentioned above that useful /-

values could be derived from our measurements. A Boltzmann population distribution was demonstrated by the linearity of the plots

and a temperature for the arc could be calculated from the slope of the line. In view of the

often-stated dissatisfaction of astronomers

with the quantity and quality of available /-

values, we decided to make a careful investigation for the conversion of our intensity

measurements into /-values.

3. Conyersion to Transition Probabilities

A uniform set of observations of line intensities for a large number of spectra, all measured on the same scale and in the same light

source, will have a number of inherent advantages for the determination of transition probabilities.

1 . The effective temperature of the source can be accurately determined by using the observed intensities and published values of relative transition probabilities for many different

spectra.

2. The degree of ionization can be measured for many different elements by using the

observed intensities and published values of

absolute transition probabilities for arc and

spark lines. With this information a best value

for the electron density in the source can be

determined.

3. The degree of ionization for each element observ^^d in the source can then be computed.

4. With this information, relative transition

probabilities on a uniform scale for all observed lines which have been classified in the

energy-level structure of any spectrum can be

calculated.

5. The uniform relative scale can be nor- malized to the absolute scale by comparison

with published absolute transition probabilities for many different spectra.

There is a reasonable expectation that the

general mean values of temperature, electron

density, and normalization factor so obtained

will provide more accurate calibrations than

any calibration with /-values from only a single spectrum. Furthermore, these mean values can be applied to spectra for which no /-values are presently available. In this way, calibrated

4. Temperature of

Conversion of our intensities into transition

probabilities requires first of all an accurate

value of the effective temperature of the arc. Although the temperature in the arc stream

is a function of the axial and radial position,

we deal here with an effective value which is

/-values can be obtained for any element observable in the standard light source. The practical realization in the copper arc

of the procedure outlined above is based on

the following assumptions

1. The arc is characterized by an effective

temperature and electron density which do

not change from one observation to the next.

This effective temperature is both defined and

obtained by use of the Boltzmann equation, as shown in section 4. To attain this condition

the size, shape, spacing and cooling of the

electrodes, and the current in the arc were all carefully controlled. Such care is normal in

spectrochemical procedures employed in this

work.

2. Atoms of each added element enter the arc stream at the same rate, which is 1 j 1000

the rate of entry of copper atoms. The mixtures with copper powder were accurately

weighed and thoroughly mixed before compressing into pellets at uniform pressure. The

low concentration does not affect the thermal

properties of the copper electrodes so that the

added element should enter the arc stream

uniformly with the copper.

3. Atoms of each added element leave the arc stream at a rate which depends on atomic

weight in a sufficiently well-known way. This

problem is discussed in section 6.

4. A toms of each added element exist in the arc stream at a concentration so low that self- absorption of lines is negligible. Comparisons

made with published sets of relative /-values

show that this condition has been satisfied,

with the exception of the resonance lines of a few simple spectra.

the Copper Arc

inherently weighted according to the intensity

distribution in the arc. Furthermore, the method of temperature measurement is based on

comparison of published relative transition

probabilities of atomic lines with intensities of

the same lines measured in the copper arc.

V
This yields precisely the temperature appropriate to the calculation of transition probabilities from our intensities.

The Einstein-Boltzmann equation for the

intensity of a spectral line can be written in

the form

l = ^hvgA e

kT

(1)

where is the particle density and u is the

partition function for any particular atom or

ion; h is Planck's constant; k is Boltzmann's

constant; E is the energy and g the statistical

weight of the upper level; A is Einstein's transition probability, / is the intensity and v is the frequency of the line; and T is the absolute

temperature of a source which follows a Boltzmannian distribution of energy. This can also

be written in the form

u m \^

I ^

E_ kT

(2)

where / is Ladenburg's oscillator strength for

the emitted line, e/m is the specific charge of

the electron, and A is the wavelength of the

line.

Now if, for a given spectrum, we plot log

[gA /Ik] or log [gf/IX.^] versus E, we will obtain

a straight line if the source has a Boltzmannian

distribution. From the slope of the line, which

wUl he—l/kT, we can determine T. Work of Allen and Asaad [1955] and trials of our own have shown that many of the calculated transition probabilities are unsuitable for

this work. We have confined ourselves to ex- perimentally determined values based on independent temperature determinations. A

thorough search of the literature, aided by the

NBS Atomic Physics Data Center, disclosed

3 1 sets of relative transition probabilities for

20 atomic species from which temperatures

could be derived by comparison with the intensities in the NBS Tables. The data originated in the five laboratories listed below.

Physical Institute of the State University

at Leningrad 1 1 sets Physical Laboratory of the

University of Utrecht 10 sets Norman Bridge Laboratory of the California Institute of Technology 7 sets Physical Institute, Academy of Sciences

USSR, Moscow 2 sets Zeeman Laboratory at the

University of Amsterdam 1 set

In general, the various laboratories use different methods. At Leningrad, the anomalous

dispersion of vapor in a furnace is measured

by the "hook method" of Rogestwensky

[1941]. The furnace temperature is measured

with an optical pyrometer. At Utrecht, measurements are made usually with the arc methods originated by Ornstein and his coworkers,

and carried on by Smit [1946]. They generally measure the temperature from the intensity

distribution in the CN bands in the spectrum.

The California experiments follow the method

of total absorption as developed by King and

King [1935]. The furnace temperature is measured with an optical pyrometer. A comparison of the temperatures determined from

the data of the several laboratories is given in

table 2, with the standard deviation of the individual determinations from the means.

Table 2. Comparison of temperatures derived from

data of five laboratories

Spectrum Temp. Dev.

California Ca I 4200 620 Cr I 4280 540 Ni I 4660 240 Fe I 4820 0 Ti I S08Q 260 V I 5310 490 Co I 5380 560 Av 4820 390

a = 470

Leningrad

Mn I 3900 1330

In I 4510 720 Cd I 4750 480 Ba I 5000 230 Sc I 5100 130 Zn 1 5160 70

Ti I 5400 170 Co I 5480 250 Ga I 5780 520 V I 6100 870

TI I 6400 1170

Av. 5230 540

0 = 720

Utrecht Ba I 4250 870

Sr I 4410 710 Ag I 4600 520 Ca I 4880 240 Cd I 5080 40 K I 5100 0 Ti I 5260 140 Zn I 5600 480 Mg I 5780 660 Hg I 6250 1130

Av. 5120 480 0 = 630

Moscow

Fe 1 4850 Fe I 5320

Amsterdam

Fe I 5500

VI
The general average of the 31 individual

determinations of the effective temperature of our arc, with the standard deviation of the

mean, is 5100+110 °K.

The standard deviation of the individual determinations (cr) is 600 °K. The median value

is also 5100 °K. Taken as a whole, the results

exhibit a normal (Gaussian) distribution of

values about the general mean, as is shown in

table 3. Consideration of the results in table 2 suggests that the temperature of the copper arc is substantially constant and that the variations

arise from systematic errors in the various sets of transition probabilities. For example, the

two sets of g/-values for V i are compared with

the same intensities in each case. The temperature difference of 790 °K can arise only

from systematic errors inherent in one or both

sets of g/-values. Similarly, the Utrecht values

for Cd I are systematically smaller relative to the Leningrad values at the large values of E,

so although identical NBS intensity numbers

are used, the two plots yield temperatures

which differ by 330 °K. The diversity of methods represented and the independent nature of

the laboratories leads us to suppose that these

systematic errors have offset one another to

some extent in contributing to the general

average value.

An example of a temperature plot with data

from each of the three major laboratories is given in figures 1, 2, and 3. The agreement of

7.5

6.5

1

\ o

1 1

CO I (OSTROVSKY, 1958) 5480 °K

0

MULTIPLETS

X

o\ o X

°

'N. o

o

X o

o \ o

o \^

1 1 \

20 25 30 35 40

E, KILOKAYSERS

Figure i. Log ratio of intensity X V to gt-value for

multiplets of Co i in the copper arc plotted versus upper level. An arc temperature of 5480 °K is derived

from the slope of the Hne of best fit.

the experimental points with the best straight

line drawn through them indicates that Boltzmann's law is adequately obeyed. A more detailed discussion of this temperature measure- ment is given by Corliss [1962a].

25 30 35 40 45 50

E, KILOKAYSERS

Figure 2. Log ratio of intensity X to gi-value for

multiplets of Cr i in the copper arc plotted versus up- per level. An arc temperature of 4280 °K is derived

from the slope of the line of best fit.

E .KILOKAYSERS

Figure 3. Log ratio of intensity in the copper arc X

A, to gA for multiplets of Ti i plotted versus upper

level. An arc temperature of 5260 °K is derived from

the slope of the line of best fit.

VII
Table 3. Distribution of individual temperature determinations about the mean in intervals of a

Interval 3300-3900 3900-4500 4500-5100 5100-5700 5700-6300 6300-6900

3900 4200 4510 5100 5750 6400

Individual 4250 4600 5160 5780

determinations 4280 4660 5260 6100

of temperature 4410 4750 5310 6250 4820 5320 4850 , 5380

H-OOU 5000 5480 5080 5500 5080 5600

5100

Observed fraction 0.03 0.13 0.36 0.32 0.13 0.03 Expected (Gaussian) --0.02 0.14 0.34 0.34 0.14 0.02

5. Degree of Ionization in the Copper Arc

With the temperature determined in the

previous section it is possible to derive relative

transition probabilities for the lines of a particular spectrum. If the relative transition

probabilities for lines of both the first and sec- ond spectra of an element are to be determined on the same scale, the degree of ionization in

the radiating gas must be determined. This can

be done if absolute transition probabilities are known for arc and spark lines of a single element.

If in eq (2) we designate quantities associated with a neutral atom by the superscript °, divide it by a similar equation in which quantities associated with ions are designated with

the superscript ^, and solve for N'^/ N°, we

obtain

(7X3)+ u+

E+ - go

Of the seventy elements in the NBS Tables

of Spectral-Line Intensities, there are at present only eleven for which all the quantities on

the right side of eq (3) are known. The data

used in obtaining the numerical evaluations

are given in table 4. The eleven atoms and ions

Table 4. Experimental determination of ionization for eleven elements in the copper arc

Atom

or

ion Wavelength Intensity u gf E

N*

log

N"

Percent

ionization

Be° Be+

A

3321 3130160 800

1.0 2.0 3.06

1.50

kK

52.082

31.932 -1.236 5.5

Mg°

Mg+

3838 2795 940

1600

1.0 2.06.0 1.80 47.957

35.72 -0.852 12.

Ca° Ca+

4226.73 3933

1100 64001.2 2.2

1.46 2.20 23.652

25.3 .957 90.

Sc°

Sc+ 5671 3613

598 6606

12.1 23.2

11.6.9 29.16

27.65 .761 85.

Ti°

Ti+ 4305 3759

1636 532

30.4

55.9

7.4

5. 29.98

31.36 - .056 47.

V°v+4111

3093 2760

1936

48.8 43.0

7.3 11.2 26.59

35.06 .284 66.

Zn"

Zn+

4810

2061 280

15.5

1.0 2.0

1.0

1.8 53.672

48.62

-2.931 0.12

Sr° Sr+

4607.33 4077

650 7800

1.3 2.2

1.8 1.87 21.698

24.19 1.564 97.

Cd"

Cd+

3261.06 2265

32

170

1.0 2.0

0.0022

1.8

30.656

45.01 -0.608 20.

Ba°

Ba*

5535.48 4554

650

8500

2.5

4.3

1.92

2.0

18.060

21.65

1.569 97.

Pb° Pb+

2401.95

2203.53 36

9

1.6 2.1

0.064

0.604

49.440

59.448 -0.260 35.

VIII
are listed in order of atomic number in column

1 . The wavelengths and intensities taken from

the NBS Tables are given in columns 2 and 3. In most cases the total intensity for a multiplet

is used and only the first four figures of the

wavelength of the leading line in the multiplet

are given. In cases where a single line is used,

the decimals are given. In column 4 are found

the partition functions calculated by Claas

[195 1]. The sums of the absolute g/-values for

the lines are listed in column 5. Because of the

scarcity of experimental absolute values, especially for second spectra, we have used, with

two exceptions, only absolute theoretical val- ues or experimental relative values adjusted to an absolute scale derived from theoretical

values. The energy levels of the upper states given in column 6 are in units of kilokaysers

(1 kK= 1000 cm~0. For multiplets, weighted

mean values are given. Log N'*'/N° and the

percent ionization for each element are given

in the last two columns. The principal source

of error in these determinations lies in the absolute g/-values. The intensities contribute an

uncertainty of about 25 percent and the arc temperature contributes from 2 to 12 percent,

depending on the value ot (E^ —E°).

For the remaining 59 elements this procedure cannot be used. Instead, we compute the

degree of ionization for all seventy elements by

using a mean value of electron density obtained

by solving Saha's equation for the eleven elements discussed above. We write Saha's equation in the form

log A^e=21.245-0.988 V-logN+/N°-

log u + /u°, (4)

where Ne is the electron density in cm~^,V is the ionization potential of the atom in volts,

and the temperature is taken to be 5100 °K.

The eleven computations are given in table 5. The mean value of electron density is 2.4 x

10" cm~3, corresponding to a pressure of

170 dynes/cm2 or 1.7 X 10"^ atm at 5100 °K.

The average deviation in log Ne given in table

5 corresponds to a range of Ne from 0.9 to

6x 10" cm~3. The standard deviation of the

mean is 0.17 on a log scale.

A non-spectroscopic determination of A^e can be obtained from electrical and geometrical measurements on the copper arc, by using

the continuity relationship that the current

density is equal to the product of the charge of

the electron, the electron density in the arc stream, and average velocity of the electrons

Table 5. Calculation of electron density

Element V u°/u+ log iVe DQ y.oZ\j U.jUU 1 1 ^"lA Vi.j /4 Mg 7.644 .500 14.846 ca 6.1 1

1

14.5 14 OC 6.54 .522 14.306

1

1

D.oZ 1 A OK vV D. /'t 1 lis Zn 9.391 0.500 15.199

Sr 5.692 .591 14.285 Cd 8.991 .500 13.271 Ba 5.210 .582 14.764 Pb 7.415 .762 14.297

9

Average 14.375 ±0.413

in the direction of the current. The current

density midway between the electrodes in our

arc was 170 amp/cm^. From measurements of

the drift velocities of electrons in air by Niel- son and Bradbury [1937], a value of 4.5 x 10^

cm/sec can be deduced for the conditions in our arc plasma. With this information we find an electron density of 2.4xl0"cm"^, the

same as the spectroscopic value. The exact

agreement is, of course, not significant, but it indicates that our result is fairly reliable. It also indicates that ionization in our arc is well

described by Saha's equation. This matter is discussed in more detail by Corliss [1962b].

To calculate the degree of ionization for our

seventy elements, we rewrite eq (4) by using

the mean value of log Ne '

log A^+/N° = 6. 870-0.988 F-logM°/M+. (5)

The straight line in figure 4 is a plot of this

equation. The slope of the line is fixed by the

temperature determined in the foregoing section. The points represent the directly deter3 IONIZATION

IN COPPER ARC

2

80 o\) Sr

1 COCK

0

0 +

Ti O NDPb

ocd

o

o Mqo \\ o ee

-2

-3 ZnO \V

-4

-5 1 1 1 <

Figure 4. Degree of ionization in the copper arc. The points represent the experimentally determined

values for eleven elements. The straight line represents Saha's ionization equation for a temperature of

5100 °K and an electron density of 2.4 x 10" cm"^

IX
mined experimental values of ionization for To evaluate eq (5) we need good values of

the eleven elements in table 4. Their location the ionization potentials and partition funcwith respect to the line indicates that this tem- tions for each of the seventy elements. lonizaperature is appropriate to the calculation of tion potentials listed in column 3 of table 6 are

the degree of ionization as well as excitation. taken from Moore [1958] with the exception

Table 6. Ionization potentials, partition functions, degree of ionization, and persistence for seventy elements

in the copper arc

z Element V u° «+ log N*m° P

% %

J

T : 1 n 1 223 94.4 0 603 4 Be 9.320 1.0 2.0 -2!030 99. o!9i ;650 5 B 8.296 6.0 1.0 -2.104 99. .78 .682 6 C 11.256 9.3 6.0 ^.441 100. .0036 .701 11 Na 5.138 2.1 1.0 1.472 3.26 96.7 .818

JVlg 11 .un z.u —U.Jo 1 71 29.4 .828 13 Al 5.984 5.9 1.0 .187 39.4 6l! !846 14 Si 8.149 9.5 5.7 -1.404 96. 3.8 .854 15 P 10.484 4.5 8.2 -3.228 100. 0.059 .871 19 K 4.339 2.2 1.0 2.241 0.571 99.4 .913 ^111 0. 1 i 1 L.L 1 0Q9 I.J 09fx. SJ 918

21 Sc 6.54 12.1 23.2 0.692 16.9 83. !938 22 Ti 6.82 30.4 55.9 .394 28.8 71. .950 23 V 6.74 48.8 43.0 .155 41. 59. .961 24 Cr 6.764 10.6 7.3 .026 49.5 51.5 .964

mil D.J / .o 71/ i* 28 9 .974 26 Fe 7.87 28.5 43.6 - .126 84. 15!8 !977 27 Co 7.86 33.1 30.0 - .942 90. 10.3 .987 28 Ni 7.633 30.6 11.0 -1.115 93. 7.1 .986 29 Cu 7.724 2.4 1.0 -1.141 93. 6.74 1.000

Z.I1 O 1Q1 1i .un 9z.un —A.iyj 1 00 'y 0.776 1.006 31 Ga 6.00 5.2 1.0 0.226 37.3 62.7 I'.on 32 Ge 7.899 7.7 4.4 -1.177 93.8 6.24 1.024 33 As 9.81 4.6 6.0 -2.706 99.8 0.197 1.030 34 Se 9.75 7.5 4.2 -3.015 99.9 .097 1.039

37 KD A 1 4. 1 / o 00 (\ 1 054

38 Sr 5.692 1.3 2.2 1.475 3.24 97. L058

39 \ 6.38 12.1 16.2 0.695 16.8 83. 1.061 40 Zr 6.84 35.3 46.6 .230 37. 63. 1.065 41 Nb 6.88 25.4 23.2 .031 48. 52. 1.068

42 Mo 7.1U is. / /.J — .ZU'f 38 1.074 44 Ru 7.364 33.6 23.3 - .564 79. 21 !4 1X84

45 Rh 7.46 26.2 15.0 - .743 85. 15.3 1.087 46 Pd 8.33 3.1 7.5 - .973 90. 9.6 1.093 47 Ag 7.574 2.0 1.0 -0.914 89.1 10.9 1.095

48 Cd 8.991 1 A z.u QR 1 1 90 1 102 49 In 5.785 4.2 1.0 0.531 22.7 77.3 l.'l06 50 Sn 7.342 5.3 3.2 - .604 80.1 19.9 1.113 51 Sb 8.639 4.74 3.43 -1.805 98.4 1.55 1.117 52 Te 9.01 6.30 4.40 -2.185 99. 0.65 1.126

55 Cs 3.893 2.5 1 C\ l.U 99.8 1.133 56 Ba 5.210 2.5 4.3 1.960 1.08 98!9 l!l39 57 La 5.61 20.2 30.2 1.504 3.0 97. 1.141 58 Ce (5.6) 110. 190. 1.56 2.8 97. 1.142 59 Pr (5.5) 50. 86. 1.69 2.0 98. 1.143

60 Nd (5.5) CA OO. 1 .Do 9 7 98 1 148 62 Sm 5.6 35. 57. 1.59 2.5 98! 1.155 63 Eu 5.67 9.2 15.7 1.499 3.1 96.9 1.157 64 Gd 6.16 51. 78. 0.967 9.7 90.3 1.163 65 Tb (6) 50. 80. 1.09 8. 92. 1.165

66 Dy (6) 36. <JA 1i.uy AO Q

O. 92 1 169

67 Ho (6) 36. 60. 1.09 8. 92.' i.'ni 68 Er (6) 50. 80. 1.09 8. 92. 1.174 69 Tm (6) 10. 17. 1.09 8. 92. 1.176 70 Yb 6.2 1.00 2.00 1.07 7.8 92. 1.180

71 Lu 6.15 8.52 1.39 0.002 49.9 <A 1 72 Hf 6.8 13.9 12.3 .117 43. 57. 1.186 73 Ta 7.88 16.4 22.1 - .789 86. 14.0 1.188 74 W 7.98 11.9 12.8 - .978 90. 9.5 1.191 75 Re 7.87 6.7 7.0 - .892 89. 11.4 1.193

76 Os 8.5 19.0 17.6 -1.56 97. 2.7 1.197 77 Ir 9.1 20.9 14. -2.31 99. 0.49 1.199 78 Ft 9.0 19.8 9.65 -2.34 99. .45 1.202 79 Au 9.22 2.45 1.10 -2.588 99.7 .257 1.203 80 Hg 10.43 1.0 2.0 -3.129 99.9 .074 1.207

81 Tl 6.106 2.5 1.0 0.439 26.7 73.3 1.210 82 Pb 7.415 1.6 2.1 - .337 68.5 31.5 1.212 83 Bi 7.287 4.3 1.1 - .921 89.3 10.71 1.214 90 Th (6) 19.0 34.3 1.13 7. 93. 1.233 92 U (6) 54. 80. 1.04 8. 92. 1.238

X
of those for the rare earths and a few more re- cent values. Amongst the rare earths, fairly

good spectroscopic values are available for

Sm, Eu, Gd, Yb, and Lu. Ionization potentials

of the remaining rare earths are not well established, but as a group these elements are re- markably uniform in their ease of ionization.

The values given in parentheses are estimates

based in some cases on adjusted non spectroscopic values.

The partition functions for the 41 elements

Li through Ge, Rb through Mo, Pd through

Sn, Cs through La, and Hg through Bi in columns 4 and 5 of table 6 are taken from Claas

[1951]. Partition functions for 18 additional

elements for which knowledge of the spectral

terms is reasonably complete were calculated

from the equation

n

by summing over all levels up to 14 kK. Above

that value the Boltzmann factor is less than 2

percent and the contributions to the sum become very small. Values calculated by this

procedure differ from those calculated by

Claas by less than 5 percent on the average.

The partition functions for the eleven re- maining elements could not be accurately determined because knowledge of the spectral

terms is incomplete or wholly lacking. Estimated or assumed values, based partly on

predicted spectral structures and partly on

comparison of the character of the observed

spectrum with that of similar analyzed spectra, are given in parentheses. The assumed values

(in parentheses) probably differ from the true

values by less than a factor of two. The more

reliable values and estimates suggest that for

most of the rare earths the value of lies between 0.4 and 0.8; accordingly a value of

0.6 has been assumed for the inadequately

analyzed rare earths. This may be accurate to 50 percent.

The evaluation of eq (5) for our seventy

elements is given in column 6 of table 6, and

the corresponding percentages of neutral

atoms and ions are given in columns 7 and 8.

It is interesting to note the periodicities of

N'^/N° with atomic number. This ratio is monotonic over longer ranges of Z than the

well-known periodicities of ionization potential.At this point we may remark that for every

thousand copper atoms in the arc stream,

about 67 electrons are released into the gas

from copper atoms. Even in the case of the

most easily ionized added element, not more

than one electron can be contributed for every

thousand atoms of copper. It is clear then that

the added elements cannot affect the electron

density in the arc. Furthermore, the degree of

double ionization in the arc is probably negligible. Of the elements added to the copper,

the one which may be expected to yield the

largest number of doubly charged ions is barium. Evaluation of eq (5) for the ratio

Ba + +/Ba+ shows that the proportion of barium that will be doubly ionized is only 0.02

percent.

A more detailed discussion of the degree of

ionization in the copper arc is given by Corliss

[1962b].

6. Persistence of Atoms in the Arc

The metallic atoms in the hot core of our

copper arc are continuously lost by diffusion

into the surrounding atmosphere and are continuously replaced by the evaporation of electrode material. In the steady state established

immediately after the ignition of the arc, the

atoms will be lost at the same rate that they are replaced but, because of their smaller velocities, heavier atoms will remain in the core

longer than light ones. Even though all seventy

elements are introduced into the arc at the

same rate, the concentration of heavy elements

will be greater than that of light ones and the

intensities of their spectra will be affected accordingly. If the transition probabilities derived from our intensities are to be on a

uniform scale, a correction for this variable

persistence of atoms in the arc stream must

be made.

A recent study of this matter has been made

by Raikhbaum and Malykh [I960]. They

measured the mean time spent by atoms of Li,

Na, Ca, Zn, Ag, Cd, and Tl in 10-amp d-c

arcs in air between carbon electrodes. The arc gap was 5-mm. The measured times t in milliseconds are related to the atomic weights A

by the following equation

?=0.440+0.7141og^,

from which their experimental points deviate

by less than one percent. If we divide this

XI
equation by the time spent in the arc by copper

atoms, we will obtain the persistence of atoms

in the arc stream relative to those of copper

p=0.255+0.413 logv4. (6)

From this we find, for example, that gold

atoms persist in the arc twice as long as do

those of lithium.

Since eq (6) represents data obtained in an

arc very similar to ours, we will use it to supply

the necessary correction for the diffusion of

both atoms and ions out of our arc. At the elevated temperature in the arc, it is reasonable

to assume that the diffusion constants of ions

are about the same as those of their parent

atoms. The value of p for each element will be

found in column 9 of table 6.

7. Normalization of the Scale

With the information worked out in the previous sections, we are in a position to calculate

relative g/-values on a uniform scale for the

classified lines of atoms or ions listed in the

Tables of Spectral-Line Intensities. From eq

(2), introducing the variable persistence p, we

have

E_ gf (relative, = i^lNp) Ik^ € (7)

Since neither nor / is known in absolute value, we cannot calculate absolute values of gj

directly. We can, however, calibrate the relative scale against known absolute values of gj.

A normalization factor C can be determined

for every observed line for which an absolute

g/-value is known.

_

E_ C = (gf,absolute, 11^') ( W") e

"

(8)

Absolute /-values in the literature are notoriously inaccurate, and it is most important

to choose carefully from them and to use as many reliable values as possible in order to

arrive at a reasonably reliable value for C. An

excellent and comprehensive critical discussion of /-values is given by Goldberg, Miiller,

and Aller [I960]. As an extreme example of

the discordance amongst absolute /-values, we

cite their Table 54, showing eight determinations of absolute values in Cri. The extreme

values disagree by a factor of 500!

For a uniformly radiating gas, it is reasonable to expect that the normalization factor

from eq (8) would be a constant. Although we

have treated our arc as a uniformly radiating

gas in deriving an effective temperature and

electron density, it is of course not so in fact. The temperature declines from a maximum at the axis to room temperature at the maximum

radius of the arc. Furthermore, the arc has thin

layers at the electrodes where the electric fields are very strong. The nonuniform excitation

which exists outside the dominant region of

uniform temperature and electron density in

the core of the positive column produces a curious departure of the normalization factor

from a constant value for extremely small and

large values of E. Preliminary reductions of our intensities to absolute g/-values by using

a constant value of C produced /-values for

lines with the highest excitation potentials

which were so large as to be at variance with

the Thomas-Kuhn /-sum rule. It was this ano- maly that drew our attention to the dependence

of C on £ for extreme values of E.

About 90 percent of the lines in our tables

originate from upper levels between 15 and 50

kK. These lines are excited primarily in the core of the positive column of the arc under

conditions characterized by the temperature

and electron density determined in sections 4

and 5. Most of the lines from the higher levels are too weakly excited in this region to be observed. Such lines, however, are excited in the

thin layers of higher excitation close to the

electrodes and are observed in the integrated

light of the arc used in our experiment. Since

the intensity of these lines is higher than would

be expected from the positive column alone,

the value of C declines at large values of E.

The lines of lowest excitation energy, on the

other hand, are excited in the low-temperature

regions of the positive column at abnormally

large distances from the axis as well as in the

core. As a consequence, a larger total volume

of radiating gas is contributing to the intensity

of these lines and the value of C declines some- what at the lowest values of £ (see eq (8)).

Thus, while C may be taken as a constant

for most of our lines, the inhomogeneous nature of the radiating gas in our arc requires

that C be treated as a function of E for lines

with very low and very high excitation energies.

To evaluate this function we have made 37

determinations of C at values of E between 10

XII
and 90 kK, carefully selecting the best available absolute transition probabilities that cover the range of E. Below 75 kK the only

values used were experimental absolute val- ues or experimental relative values adjusted

to an experimental absolute scale or, in some

cases, to a scale based on values calculated

from wave functions. Above 75 kK no absolute values were available from the literature, so we extended the function with values

we calculated by the method of Bates and

Damgaard [1949]. Less than 0.1 percent of our lines originate at these high levels. The

values of log C determined by the three kinds

of absolute g/-values are given in tables 7, 8,

and 9, and those below 75 kK are plotted in

figure 5. The function used in the reduction of our intensity numbers to absolute transition

probabilities is represented by the curve. The

function has an essentially constant value of — 16.61 between 15 and 50 kK and declines at smaller and larger values of E. This decline is a quantitative representation of the way in

which the excitation of the integrated radiation

from the arc differs from that of a uniformly

radiating gas at a temperature of 5 100 °K and

an electron density of 2.4 x 10^'' cm"'^.

The data from which our normalization

function has been determined are presented

in tables 7, 8, and 9. Following the atomic

number and spectrum symbol, the wavelength

(given to six figures) of the single line used or

the wavelength (given to four figures) of the

strongest line of the multiplet used is listed in

column 3. The log of the relative intensity

taken from the Tables of Spectral-Line Intensities is in column 4 and the upper level of the

line is given in column 5 in kilokaysers. The

log of the absolute g/-value used and the ref- erence from which it is taken are given in the

next columns. The value of log C, calculated

with the aid of eq (8), and its deviation from

the adopted function are given in the last two

columns. The values of A'^, p and u are taken

from table 6, and the temperature used is 5100 °K, as determined in section 4. In cases

Table 7. Normalization factors determined from experimental absolute gf-values

z Spectrum Wavelength Log/ E Logg/ Reference Log C Dev.

3 Li I 6707 3,556 14.9 0.176 Filippov [1931] -16.474 0.28 n Na I 5889 3.477 17.0 .322 Ladenburg et al. [1931] -16.439 .18 12 Mg I 2852.13 3.778 35.1 .079 Ostrovsky et al. [1958b] -16.595 .02 19 K I 7664 3.431 13.0 .296 Stephenson [1951] -16.984 .00 24 Cri 4254 3.585 23.4 - .041 Bell et al. [1958b] -16.728 - .12

25 Mn I 4030 3.623 24.8 - .079 Bell et al. [1959] -16.530 .08 26 Fe I 3719.94 2.778 26.9 - .541 Bell et al. [1958a] -16.862 - .25 29 Cu I 3247.54 3.699 30.8 - .208 Bell et al. [1958a] -16.626 - .02 31 Ga I 4172 3.477 24.8 - .098 Ostrovsky et al. [1958a] -16.599 .01 37 Rb I 7800 3.653 12.7 .299 Stephenson [1951] -17.322 - .29

47 Ag I 4210.96 0.954 54.2 - .027 Terpstra and Smit [1958] -16.806 .13 47 Ag I 5465 2.322 48.8 .993 Terpstra and Smit [1958] -16.797 - .16 48 Cd I 3261.06 1.505 30.6 -2.638 King et al. [1940] -16.404 .21 49 In 1 3256 3.380 32.9 0.526 Ostrovsky et al. [1958a] -16.623 - .01 55 Cs I 8521 3.362 11.5 .292 Minkowski et al. [1930] -17.267 .00

56 Ba 1 5535.48 2.813 18.1 .255 Kopfermann et al. [1951] -16.307 .30 81 Tl I 3775.72 3.079 26.5 - .654 Filippov et al. [1933] -16.596 .01 82 Pb I 2833.06 2.978 35.3 - .638 Bell et al. [1961] -16.603 .01

Table 8. Normalization factors determined from experimental relative gi-values set to an absolute scale based on experimental absolute gf-values or on values calculated with wave functions

z Spectrum Wavelength Log/ E Loggy Relative reference Absolute reference Log C Dev.

12 Mg I 2779 2.358 57.8 0.778 Kersten et al. [1941] Trefftz [1950] -17.211 0.02

12 Mg I 4703.02 0.845 56.3 - .426 Kersten et al. [1941] Trefftz [1950] -17.419 - .32 12 Mg I 5528.46 .778 53.1 - .545 Kersten et al. [1941] Trefftz [1950] -17.292 - .43

20 Ca I 3006 1.290 48.6 .174 Olsen et al. [1959] Trefftz [1951] -16.736 - .10 20 Ca I 4454 2.435 37.8 .656 Olsen et al. [1959] Trefftz [1951] -16.589 .02 20 Ca I 5349.47 1.204 40.5 - .110 Olsen et al. [1959] Trefftz [1951] -16.706 - .10

26 Fe I 4219.36 0.845 52.5 1.147 Carter [1949] Bell et al. [1958a] -16.546 .27 26 Fe I 4260 2.017 43.1 1.156 Carter [1949] Bell et al. [1958a] -16.568 .04 26 Fe I 4375 1.255 23.1 -2.144 King and King [1938] Bell et al. [1958a] -16.701 - .09 26 Fe I 5110.41 0.301 19.6 -3.384 King and King [1938] Bell et al. [1958a] -16.745 - .13

30 Zn I 2801 1.176 68.6 0.1 00 Schuttevaer et al. [1943] mean of 8 authors -17.818 .58 48 Cd I 3610 2.928 59.5 1.234 Hengstum et al. [1956] King et al. [1940] -17.596 - .20 80 Hgl 5460 2.954 62.4 0.905 Schouten and Smit [1943] mean of 6 authors -18.648 - .93 80 Hgl 5769.59 1.380 71.4 .548 Schouten and Smit [1943] mean of 6 authors -18.779 - .07

XIII
where several members of a multiplet are used, the total intensity, the sum of the g/-val- ues, and a weighted mean value of E are given.

The value of the constant portion of the

function (log C= -16.61) from 15 to 50 kK

is the mean of the 20 determinations which lie in this range. The average of the deviations

from this mean is 0. 10. The standard deviation

of the individual determinations is 0.14 and

the standard deviation of the mean is 0.03.

These uncertainties in the determination of the

normalization factor apply to the 90 percent of our lines which lie within this range of E.

We are now in a position to calculate transition probabilities on an absolute scale for the

classified lines in our tables. We calculate g/

from the formula

gfiabsolute) = C {ulNp)Ik^ e

'^^ (9)

and gA from the formula

(absolute) = 0.667 X IQie c (ulNp)

E_ Ik e

'^^ (10)

Table g. Normalization factors for high levels determined from absolute gi-values calculated with the Coulomb approximation

z Spectrum Wavelength Log/ E Logg/ Log C Dev.

47 Ag II 2413.18 1.000 82.2 0.267 -19.869 0.11 47 Ag n 2437 1.000 81.0 .265 -19.739 .08 48 Cdii 2312.84 0.602 89.8 1.373 -20.307 .71 48 Cdii 2572.93 .699 83.0 -0.606 -21.681 -1.60 80 Hgi 3021.50 1.301 77.1 1.140 -17.967 1.37

-160

-165

-180

-185

19.0

-195

• EXPERIHENTIL (ABSOLUTE)

o EXPEfllMENTiL (RELSTIVE)

35 40 45 50

UPPER E, KILOKAYSERS

Figure 5. Normalization function for establishing the absolute scale. Ninety per- cent of our 25,000 g/-values are for lines with upper levels between 15 and 50 kK.

8. Accuracy of gf-Values

The accuracy of our g/-values can be considered from two points of view: as relative

values within a single spectrum, or as absolute

values. There are more factors, each with an

associated uncertainty, that enter into the calculation of the absolute value than enter into

the calculation of the absolute value than enter

into the calculation of relative values within a

single spectrum. In the case of relative values

within a spectrum, the uncertainty in g/ depends only on the uncertainties in / and T. The

standard deviation of an individual determination of / is taken to be 32 percent (log = 0. 12)

and we tabulate it in column 2 of table 10.

XIV
Table lo. Standard deviation of individual determinations of log gt-values

As relative values As absolute values within a spectrum

Due to error in / r total u T C total E (col. 2 + 3) (col. 4, 5, 6, 7, + 8)

kK

15 0.12 0.038 0.13 0.044 0.17 0.038 0.031 0.24 25 .12 .062 .14 .044 .17 .062 .031 .25 35 .12 .088 .15 .044 .17 .088 .031 .27 45 .12 .112 .16 .044 .17 .112 .031 .28 50 .12 .125 .17 .044 .17 .125 .031 .29

Since T appears in the exponent of the Boltzmann factor, the resultant standard deviation

in this factor is a function of E, and is tabulated in column 3. Here we have taken the

standard deviation of the mean value of T as 2 percent. The standard deviation of individual determinations of log gj as relative values

within a spectrum is the square root of the

sums of the square of the errors in columns 2

and 3, and is given in column 4. To obtain the standard deviation of an individual determination of log gj taken as an absolute value, we must add in the same way the

standard deviations in columns 4, 5, 6, 7, and

8. The standard deviation of an individual determination of the log quotient of the partition

functions u*/u°, the last term in eq (5), is given in column 5. The standard deviation of

the mean of the eleven spectroscopically determined values of log Ne, which occurs in the

second term of eq (5), appears in the sixth column. The error associated with the Boltzmann

factor reappears in the third term of eq (5) and

is tabulated again in column 7. The standard

deviation of the mean of the twenty determinations of the normalization function log C, between 15 and 50 kK, appears in column 8. The

total standard deviation of the individual determinations of log gf is given in column 9. Converting the logarithms of the errors into

numbers, we see that the relative g/-values

within a spectrum may be expected to deviate

from correct values by a factor that increases

from 1.4 at 15 kK to 1.5 at 50 kK. Taken as absolute values, the factor of error increases

from 1.7 at 15 kK to 2.0 at 50 kK. At smaller

values of E the error is not likely to change

much, because the decreasing error in the

Boltzmann factor may be balanced by the increasing uncertainty in the normalization function. At larger values of E the error may be

expected to increase more rapidly owing to the increasing error in the Boltzmann factor

and the larger uncertainty in the normalization

function. The reader is advised to note the value of E when considering the accuracy of a

particular g/-value in our tables.

The largest single source of error is the uncertainty in the degree of ionization resulting

from the determination of electron density in

the arc. This error is systematic in nature; it arises mainly from the poor absolute g/-values

upon which the determination of electron density is based. The next largest source of error

is in the intensities; it is of a random nature,

except at wavelengths less than 2500 A, where

it probably acquires a systematic component

arising in the lack of adequate intensity standards at short wavelengths. The error due to the temperature is not significant below about

30 kK and equals that from the intensities at 50 kK. The partition-function errors are insignificant, except possibly for some of the

rare earth elements. In the range between 15

and 50 kK, the error in the normalization

function is surprisingly small and is not significant. In view of the relatively constant nature

of the persistence function, its error, while un- known, is certainly negligible. Another possible error which may exist in a few cases, would

arise from incorrect classification of a line, re- sulting in a wrong value of E.

Because of the scarcity and poor quality of

/-values for spectra of ions in the literature,

most of the calibrations reported in this work

were made by using spectra of neutral atoms.

Tests made with the few values available for

ionic spectra did not indicate any systematic

errors introduced on this account. It is possible, however, that the systematic error in the

absolute values for ions may be slightly larger

than that for neutral atoms. Not enough information about absolute /-values of ionic

spectra is available yet to allow a significant

test. One good set of relative /-values for lines

of Ti II measured in a furnace by King [1941]

yielded an arc temperature of 5570 °K, which

is within the standard deviation for a single

determination of the temperature of the copper arc.

XV
9. Computation and Preparation of the Tables

At the beginning of the preparation of this

table it was reahzed that equipment was available which would permit essentially automatic

preparation of the finished book. It was therefore decided to attempt to produce this publication by completely automatic methods. An

electronic computer could be used for the

computation, then the magnetic tape output

from the computer could be used to operate an automatic phototypesetting machine which

would produce film ready for making the

printing plates.

The basic input data for the computation were already available on a magnetic tape,

having been prepared previously for the NBS

Tables of Spectral-Line Intensities. The wavelength, element name, spectrum assignment,

and the two energy levels for each classified

line were selected from this tape. The other

parameters in eq (9) and (10) for each element

and spectrum were read into the computer

from punched cards.

The computation could have been done in one step, with the output tape written in the

form for use by the phototypesetting machine;

10. Results i

The tables of transition probabilities are ar- ranged alphabetically by spectrum symbol and

by wavelength within each spectrum. They

give the air wavelength in angstroms, the two

energy levels to the nearest kayser, gA in units

of 10^ sec~"\ gf, and log g/.

As an example of the work which can be

done with these results, we present in figure 6 a curve of growth for Y ii in the sun. The ordinates were taken from the Utrecht Preliminary

LOG X (NBS)

Figure 6. Curve of growth for lines of the second

spectrum of yttrium in the sun. The axis of log X has

not been normalized to the absolute scale of gf.

however, for purposes of checking, it was decided first to write the output data for printing on the off-line computer, then as a separate

operation to convert this Binary-Coded-Decimal tape to a binary tape in the proper format

for the phototypesetting machine.

The computer instruction coding for the first step was written entirely in the FORTRAN

(FORmula TRANslating) automatic coding

system. The coding for the second step was

written mostly in FORTRAN, but the actual

convert portion was written as a SUBROUTINE sub-program in FAP machine language.

The first step required about 20 min running

time, and the second step about 13 min on a 7090 computer.

The resulting binary tape, written in 256-

character records, had to be rewritten onto 30

tapes of two-character records in order to match the input buffer. The pages were photographically typeset with a Mergenthaler Linofilm machine onto 8-in. wide film in 50-ft rolls. About 8 min were required to set each page.

Printing plates were made from the film positives which are actual page size.

I Conclusion

Photometric Catalogue of Fraunhofer Lines

[I960]. The abscissae are calculated from our

g/-values, with X=gf\e~^ '''^ for about 65 unblended lines of Yii between 3100 and 7900

A, where, in this case, E is the lower energy,

and T is the boundary temperature of the solar

atmosphere, taken as 4900 °K, following

Claas [1951]. It is likely that the scatter of

points would be reduced by a more refined

theory of the curve of growth, but such treat- ment is beyond the scope of our work. This

suffices to illustrate the precision to be ex- pected from our g/-values in practical astro- physical worTc. There are a number of possibilities concerning improvements that can be made in our

tables in the future. In the first place, only

25,000 of the 39,000 lines in the Tables of

Spectral-Line Intensities have yet been classified. About 1 1 ,000 of the unclassified lines are found in the spectra of the rare earth elements.

There is presently a strenuous effort underway

in many spectroscopic laboratories throughout

the world to improve this situation (see the

Transactions of the Joint Commission for

Spectroscopy [I960]). Completion of this efXVI
fort will not only permit one to calculate gfvalues for these lines, but allow determination

of more accurate partition functions and ionization potentials of the rare earths for revision

of our present values. In the second place, as more accurate values of absolute transition

probabilities for spectra of singly ionized

atoms become available, it will be possible to obtain a more accurate value of the electron

density in the arc. Furthermore, the normalization function can be determined more exactly.

For work with a particular spectrum for

which a few very accurate absolute g/-values

may be available in the literature, it might be

worthwhile to make an additional adjustment

of our scale. This can be done simply by adding to our log g/-values for that spectrum the

difference between the more accurate value

and ours. Some of these differences are given

in the last column of table 7.

It is perhaps worth pointing out that by taking the minimum intensity reported in the

Tables of Intensities at any given wavelength

region and inserting it into eq (7) or (8), one

can calculate a maximum value for the transition probability of an unreported line.

In summary, we have derived and assembled here the physical quantities and calibration functions necessary to calculate transition

probabilities and oscillator strengths on an

absolute scale from the intensity numbers in

the NBS Tables of Spectral-Line Intensities.

The calculations have been performed and

the results are tabulated for 25,000 lines from

112 spectra of 70 elements. The particular significance of these results lies in the large number of values made available, the long range

of wavelength encompassed, the inclusion of

many lines from singly-ionized atoms, and

from elements not previously investigated, the

use of a uniform scale, and the fact that this

scale is absolute. The relative precision of the^

values is limited by random errors in the in-" tensity numbers; the absolute accuracy of the

values is further limited by systematic error in

knowledge of the electron density in the arc. Notwithstanding these limitations, it is evident

that much useful work in physics and astro- physics can be accomplished with them.

The idea of deriving transition probabilities

from the spectral-line intensities measured in

the NBS Spectroscopy Laboratory occurred to the first author during an NBS staff meeting

lecture given by H. R Broida many years ago.

The idea was approved by W. F. Meggers, who

encouraged him to carry it to completion. The

author has had, in addition to the ever-present

encouragement of Dr. Meggers, the advice and

support of K. G. Kessler and the help of R. H.

Garstang with various problems. L. M. Branscomb animated the discussion of the subject in

several meetings which he arranged and has

taken an active interest in the completion of

this lengthy and ramified investigation. To

these fine physicists the writers offer their sin- cere thanks.

Grateful thanks are also due to Paul Bamberg for preliminary work in computer coding,

to George Shiner of The Information Processing Laboratory at Griffiss Air Force Base for

permission to use their Linofilm machine, and

to Ernest Goldman and Ira Ellis of the IBM

Watson Research Center for helpful advice

and for the actual operation of the Linofilm

machine and associated magnetic tape equipment. We also thank the Mergenthaler Linotype Company, especially Jackson Burke and

Charles Sobel, for furnishing the two printing

grids and for their willing helpfulness during

all phases of the preparation for printing.

11. References

C. W. Allen and A. S. Asaad, Monthly Notices Roy.

Astron. Soc. 115, 571 (1955).

G. D. Bell, M. H. Davis, R. B. King, and R M. Routly,

Astrophys. J. 127, 775 (1958a).

G. D. Bell, M. H. Davis, R. B. King, and P. M. Routly,

Trans. I.A.U. 10, 221 (1958b).

G. D. Bell, M. H. Davis, R. B. King, and P M. Routly,

Astrophys. J. 129, 437 (1959).

G. D. Bell and R. B. King, Astrophys. J. 133, 718

(1961).

W. W. Carter, Phys. Rev. 76, 962 (1949).

W. J. Claas, Recherches Astron. Obs. Utrecht 12,

Pt. 1 (1951).

C. H. Corliss, J. Research NBS 66A (Phys. & Chem.),

5 (1962a).

C. H. Corliss, J. Research NBS 66A (Phys. & Chem.),

169 (1962b).

H. M. Crosswhite, Spectrochim. Acta 4, 122 (1950).

A. H. Filippov, Z. Phys. 69, 526 (1931).

A. H. Filippov and W. Prokofiev, Z. Phys. 85, 647

(1933). R. Frerichs, Ann. Phys. 386, 807 (1926). L. Goldberg, E. A. Mtiller, and L. H. Aller,

Astrophys. J. Suppl. 5, No. 45 (1960).

J. P A. V. Hengstum and J. A. Smit, Physica 22, 86

(1956).

A. J. Hill and R. B. King, J. Opt. Soc. Am. 41, 315

(1951).

J. A. H. Kersten and L. S. Ornstein, Physica 8, 1124

(1941).

XVII
R. B. King, Astrophys. J. 94, 27 (1941). R. B. King and A. S. King, Astrophys. J. 82, 377

(1935). R. B. King and A. S. King, Astrophys. J. 87, 24

(1938). R. B. King and D. C. Stockbarger, Astrophys. J. 91,

488 (1940).

H. Kopfermann and G. Wessel, Z. Phys. 130, 100

(1951). R. Ladenburg and E. Theile, Z. Phys. 72, 697 (1931).

W. F. Meggers, C. H. Corliss, and B. F. Scribner,

Tables of spectral-line intensities, NBS Mono. 32,

Pts. I and II (1961) (U. S. Government Printing

Office, Washington 25, D. C).

R. Minkowski and W. Muhlenbruch, Z. Phys. 63, 198

(1930).

C. E. Moore, Atomic Energy Levels, NBS Circ. 467,

III, Table 34 (1958) (U. S. Government Printing

Office, Washington 25, D. C).

R. A. Nielson and N. E. Bradbury, Phys. Rev. 51, 69

(1937). K. H. Olsen, R M. Routly, and R. B. King, Astrophys.

J. 130,688 (1959).

Y. I. Ostrovsky and N. P. Penkin, Optika i Spektroskopiya 4, 719 (1958a).

Y. I. Ostrovsky, N. P. Penkin, and L. M. Shabanova,

Bull. Acad. Sci. USSR, Phys. Ser. 22, 720 (1958b)

(English trans.). Y. D. Raikhbaum and V D. Malykh, Optics and

Spectroscopy 9, 223 (1960).

D. S. Rogestwensky and N. R Penkin, J. Phys. USSR

5, 319 (1941).

J. W. Schouten and J. A. Smit, Physica 10, 661 (1943).

J. W. Schuttevaer and J. A. Smit, Physica 10, 502

(1943).

J. A. Smit, Physica 12, 683 (1946).

L. H. M. V. Stekelenburg and J. A. Smit, Physica 14,

185 (1948).

G. Stephenson, Proc. Phys. Soc. (London) A64, 458

(1951).

J. Terpstra and J. A. Smit, Physica 24, 937 (1958). Trans. Joint Comm. Spectroscopy, J. Opt. Soc. Am.

50, 405 (1960). E. Trefftz, Z. Astrophys. 28, 67 (1950). E. Trefftz, Z. Astrophys. 29, 287 (1951).

Utrecht Preliminary Photometric Catalogue of

Fraunhofer Lines, Recherches Astron. Obs.

Utrecht 15 (1960).

XVIII
Tables of

^

Experimental Transition Probabilities

for Lines of 112 Spectra

Wavelength Spectrum Energy Levels gA gf Loggf

A K 10«/sec

2721.77 Agi 30242 - 66972 2.3 0.26 -0.59

3280.68 Agi 0 - 30473 3.3 0.53 -0.28

AgA CT TI Q

4210.94 Agi 30473 - 54214 2.6 0.68 -0.17

4476.08 Agi 29552 - 51887 1.1 0.34 -0.47

4668.48 Agi 30473 - 51887 1.4 0.46 -0.34

5209.07 Agi 29552 - 48744 15. 6.1 0.79

AgA rr II 10. 7 1 / . 1 U.O J 5471.55 Agi 30473 - 48744 1.6 0.71 -0.15

7687.78 Agi 29552 - 42556 1.4 1.2 0.08

8273.52 Ag I 30473 - 42556 2.3 2.3 0.37

3
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2331.37 Agii 40741 - 83621 3.0 0.25 -0.61

2413.18 Ag II 40741 - 82168 16. 1.4 0.14

2437.79 Agii 39164 - 80172 13. 1.2 0.06

2447.93 Ag ii 46046 - 86884 4.5 0.40 -0.40

4
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

ZtZ^yjy .yjy A 1 I rl -L 1 1 1? — AA\M '-r'-r V\jy 1 7 n 099 —1 04

2367.06 Al I 0 - ATllA 1.8 0.15 -0.81

2373.13 Al I 112 - 42238 3.7 0.31 -0.50

2373.36 Al I 112 - 42234 0.72 0.061 -1.22

2378.41 Al I 112 - 42144 0.18 0.015 -1.81

2567 99 A 1 I 0 — 38929 1 0 0 10 -0 98

2575.10 Al I 112 - 38934 2.1 0.21 -0.68

2575.41 Al I 112 - 38929 0.18 0.017 -1.76

2652.49 Al I 0 - 37689 0.48 0.050 -1.30

2660.39 Al I 112 - 37689 0.64 0.068 -1.17

3082.16 Al I 0 - 32435 2.7 0.38 -0.42

3092.71 Al I 112 - 32437 5.5 0.79 -0.10

3944.03 Al I 0 - 25348 0.66 0.15 -0.82

3961.53 Al I 112 - 25348 1.3 0.31 -0.51

5
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

As I nu — ^ 1 1 n J 1 o 1 u

1 ^ J.J (\ 1 Q yj.Vy u. / 1 1971.97 As I 0 - 50694 5.0 0.29 -0.53

1989.70 As I 10592 - 60835 9.8 0.58 -0.23

1990.48 As I 10592 - 60815 2.9 0.17 -0.76

1994.78 As I 18186 - 68301 1.9 0.11 -0.94

1 HQ 1 S — AOS 11 A U.O J —AU.UoOS

2009.19 As I 18648 - 68403 2.6 0.16 -0.81

2013.32 As I 18648 - 68301 1.9 0.12 -0.93

2165.52 As I 18648 - 64812 1.3 0.088 -1.05

2288.12 As I 10915 - 54605 15. 1.2 0.08

As I

1 S 1 fi A 1 o 1 oO — AHfil^ DUojj 7 Q n 7/1 U.Z4 n ^7

2349.84 As I 10592 -.53136 26. 2.1 0.33

2369.67 As I 18648 - 60835 12. 0.98 -0.01

2370.77 As I 18648 - 60815 9.3 0.79 -0.10

2381.18 As I 10915 - 52898 5.4 0.46 -0.34

7/1 17 71 As I1lyjjyZ. n^Q7 J 1 O 1 u7 1 Z.J Au.zu7n n AQ

2456.53 As I 10915 - 51610 9.3 0.84 -0.08

2492.91 As I 10592 - 50694 9.9 0.93 -0.03

2745.00 As I 18186 - 54605 19. 2.1 0.32

2780.22 As I 18648 - 54605 60. 6.9 0.84

2860.44 As I 18186 - 53136 33. 4.1 0.61

2898.71 As I 18648 - 53136 7.5 0.95 -0.02

2990.99 As I 18186 - 51610 0.94 0.13 -0.90

3032.85 As I 18648 - 51610 2.5 0.35 -0.45

3119.60 As I 18648 - 50694 1.1 0.17 -0.78

6
Wavelength Spectrum Energy Levels

A K

2012.00 Au I 9161 - 58845

2021.38 Au I 9161 — 58616

2352 65 All I 9161 y L \j 1 51654

2387 75 All I 9161 y 1 \j 1 51029

2427 95 AllLi I1 0 41 174

2544.19 Au I 21435 - 60729

2590.04 Au I 21435 — 60033

2641 49 AAllLI T1 9161 47007

lf\lS 95 All I 0 37359

2688 7

1

/IAll 1 Ll 1 21435 5861 6

2700.89 Au I 9161 — 46174

2748.26 . Au I 9161 — 45537

788^ 45 A 11 T 714^5 561 06

"^079 7n All I 9161 y IK) i 47 1 64

^177 78 An ¥ 9161 41 1 74

3897.89 Au I 42164 — 67812

4040.94 Au I 21435 — 46174

4065 08 An T 37359 61 952

43 1 5 09 An 1 rWJ. 1 45537 68705

4437 27 An T 461 74 68705

4488.25 Au I 45537 - 67812

4607.34 Au I 47007 68705

4792 60 T\AllLI I1 41 1 74 62034

5837.40 Au I 37359 54485

6278.18 Au I 21435 37359

7510.75 Au I 41174 54485

gA gf Log gf

10^/sec

1.6 0.098 -1.01

0.40 0.024 -1 61

0.68 0.056 -1.25

0.63 0.054 -1.27

1.8 0.16 -0.80

0.46 0.044 -1.35

0.84 0.084v -1.07

1.3 0.14 -0.86

1.1 0.12 -0.91

0.80 0.086 -1.06

0.34 0.037 -1.43

3 8 0 43 -0 36

0.38 0.047 -1.33

0.47 0.065 -1.18

1.9 0 27 -0 57

2.2 0 51 -0 29

0.25 0.062 -1.21

3.4 0.84 -0.08

1.3 0.35 -0.45

0 78 0 23 —0 64

1 6 0.49 -0 3 1 6.1 1.9 0.29

2.9 0.98 -0.01

1.0 0.52 -0.29

0 048 0.028 -1 55

3.1 2.6 0.42

7
"Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2088.93 B I 0 - 47857 1.5 0.099 -1.01

2089.59 B I 16 - 47857 2.4 0.16 -0.81

2496.78 B I 0 - 40040 7.0 0.66 -0.18

2497.73 B i 16 - 40040 14. 1.3 0.12

8
Wavelength Spectrum Energy Levels

Ax\ K

9709 Dd, 1 0 — 36990

jy) / 1 .JO Dd. 1 0 JZ17 JH- S47/ 3501.11 Ba I 0 — 28554

3889.33 Ba I 0 — 25704

JO"Z.OO RaDalI 11

11 J10Syj — 37077

TQOQ Q1 RqDa I

1 0014 — 34603

IQ"? ^ 77 RqDa I1 07yL 1 f\ 1

D

jM-D 14^^11 7/ 3937.87 Ba I 9216 — 34603

3993.40 Ba I 9597 — 34631

ji'i'j.OD RaDa r

I 0^07 yjy 1 — 34617

A 1 "17 41 RaDa I

1 0 — 24192

Z17S1 10 RqDa t

1

1 1 10'^ 1 1 J yj 1471^> / JD

4350.33 Ba I 12637 — 35617

4402.54 Ba I 12637 — 35344

/l/l'J 1 OQ RaDa I1 1 ZZOD — 34823

4488 07 RnDa I

1

11 J1 J

'^ 11 JS — 35785

4AQ1 (\A RnDa II1 1 S 1 S 1 J J 1 J 1S7f^7 J J 1 DZ

4505.92 Ba I 12637 — 34823

4523.24 Ba I 13515 — 35617

4^71 8S DaRa I1 ,11 7617 ZDJ / — 34494

4^7Q 'f J / i'.O't RaDa I1 11^1^ 1 J J 1 ..3 — 35344

RnDalI 11 7^i17 ZDJ / 1417 j^j 1 1 1 4619.98 Ba I 12266 — 33905

4673.62 Ba I 9597 — 30987

4AQ1 ^7 RaDa I

i 11^1^ — 34823

4700 41 DaRa I

1

11 7A17 ZDJ / — 33905

477^; 4"; RdDa I

1

1 1 10< jZ17 J'f ^47/ 4902.90 Ba I 13515 — 33905

4947.33 Ba I 18060 - 38267

RqDa I

1

11 80A0 oUOU — 37837

JS 1V jy<0 07

.

yz RqDa I1

11 OUDU 80^>0 — 37435

J ZD / .U01J RqDa I1 1

1 OUDU 80A0 J17041 1 Ut 1 5424.55 Ba I 12266 — 30696

5519.05 Ba I 12637 — 30751

SSI^ 4.8 RqDa I1 0 — 18060

JS^>80 Dow. 11 8O RqDd. I1 07yL. 11 6

D

— 26816

Jill S777 .DZ A7 RqDalI 1 1 '^ 1

'^ 1 J J 1 J JUo 108 11 8O

5800.23 Ba I 13515 — 30751

5805.68 Ba I 9597 — 26816

JS;87A oZD.ZO78 RqDd. I1

1 1 10'^ 1 1 J yj — 28554

JSQ07 yyj f\A 1 .Dt RqDd I1 0O14 — 25957

jy^0711 1 . 70/

u

RqDa I

1 07y L 1

1 6D

7Zj7J S0<»7/ 5997.09 Ba I 9034 — 25704

6019.47 Ba I 9034 — 25642

AO^^I DUD 17 J. 1

Z

DaRq I1 07yL 1 A1

D

— 25704

^.1 D 111 0U. 78/

O

RqDa I

1 0^07 yj y 1 - 25957

^>141 D ^.8 1 .Do RqDa I

1 07yZ. 1 A1

0

24980

^i4S0 8^ RqDa t

1 0014 24532

6482.91 Ba I 11395 26816

6498.76 Ba I 9597 24980

gf Log gf

IQS/sec

0 07 0 1 0 —11 . 00\J\J

11 . 8

0

—0 fiO

1 8 yj. J T" —0 47

0.13 0.029 -1.54

1.4 0.31 -0.51

7 1 0 57 —0yj, 79z. 7

1J.Z7 0 Id —0 1 1 0yj. 80<j\j 0 1 Q W. / J 4.2 1.0 0.00

0.69 0.17 -0.78

0 07^^ 0yj.yj010I y —1 71

JS 1

. 1

11 . 4H 0 1 5 7Z.J)1 0U.DOfif\ —0u. 11 8o

3.1 0.91 -0.04

4.1 1.2 0.08

1 1 1 .

1

0 11 —0W. 48HO

1 1 0 18 —0 47

^ fx 1 1 0 04

1.7 0^53 -0.27

2.0 0.64 -0.19

4 6 1 4 0 1 f\ 0 00 0 17 —0 50

0 44 0 14 —0 85

0.29 0.096 -1.02

3.7 1.2 0.09

0U.D(\1/ 0u.zz77 —0U.D^^5J

11 .z7 0 41 —0u. 10j> y

0 47 0 1 5 —0u. 87oz

2.4 0.88 -0.05

1.5 0.56 -0.25

4 0 1 fi 1 .o 0V/. 70z, w

11 .z7 0yj. jyj SO —0V/. J^0w

7Z . 1J 11 .w0 0V/. 00WV/

3.4 1.6 0.20

2.0 0.90 -0.05

0 071 0 015 —1 45

S 7 7 0 0 A(\

1 0 0 S 1 —0 70

0.26 0.13 -0.88

1.8 0.93 -0.03

0 1 5 0V. 078 V/ / O —1 1

1

1.11

0 80 —0 00

1 4 VJ. / o —0U. 11 7z

1.4 0.75 -0.12

3.1 1.7 0.24

S 7 7 0 0U.H47/

1 7 0 71 —0U. 1

1 4H- 0V7. 78/ O 0 40 —0U. J1 11

1 f\ 1 .D 0u.zu70

4.0 2.5 0.40

9
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

6527.31 Bai

6595.32 Bai

6675.27 Ba i 6693.84 Ba i 6771.85 Bai

6865.69 Ba i 6867.85 Ba i 7059.94 Ba i 7120.33 Bai

7153.58 Bai

7195.24 Bai

7228.84 Ba i 7280.30 Ba i 7392.41 Bai

7417.53 Bai

7459.78 Ba i 7488.08 Ba i 7610.48 Ba i 7636.90 Ba i 7642.91 Ba i

7672.09 Ba i 7780.48 Ba i 7839.57 Ba i 7905.75 Ba i 791 1.34 Bai

8210.24 Ba i 8559.95 Ba i 8860.98 Ba i 8914.99 Bai

9216 24532

9034 - 24192

24192

9597 24532

23074 37837

11395 25957

22947 — 37504

9597 1 1 '7 C T 23757

9034 23074

25151 ill 52

12266 _ 26160

22065 - 35894

9216 '^'^ C\ A'n 22947

12637 1 /TV 26160

9597 23074

22947 _ 36349

9597 - 22947

23062 36200

liQlA 36165

23757 36837

9034 _ 22065

9216 - 22065

24980 511 52

13515 26160

0 12637

18060 30237

11395 23074

12637 23919

12266 23480

1.5 0.98 -0.01

1.3 0.86 -0.07

0.65 0.44 -0.36

0.72 0.48 -0.31

1.6 1.1 0.03

0.21 0.15 -0.83

1.1 0.76 -0.12

2.7 2.0 0.30

0.30 0.23 -0.64

0.60 0.46 -0.34

0.23 0.18 -0.75

1.2 0.94 -0.03

1.5 1.2 0.07

0.43 0.36 f\ AC -0.45

0.033 0.027 -1.56

2.1 1.8 0.25

0.27 0.23 -0.64

1.4 1.2 0.08

0.68 0.60 —0.22

3.3 2.9 0.46

0.64 0.57 -0.25

0.39 0.36 -0.45

0.88 0.81 f\ r\c\ -0.09

f\ "7 0.72 0.67 -0.17

0.0027 0.0026 -2.59

0.83 0.84 -0.08

0.76 0.84 -0.08

0.075 0.089 -1.05

0.078 0.093 -1.03

10
Wavelength Spectrum Energy Levels gA gf Log gf

A K 10^/sec

2304.24 Ba II 4874 - 48259 3.1 0.25 -0.60

2335.27 Ba II 5675 - 48484 6.5 0.53 -0.27

2347.58 Ba II 5675 - 48259 0.68 0.056 -1.25

2528.51 Ba II 20262 - 59799 3.0 0.29 -0.54

2634.78 Ba II 21952 - 59895 5.3 0.55 -0.26

2771.36 Ba II 21952 - 58025 0.88 0.10 -0.99

3891.78 Ba II 20262 - 45949 15. 3.3 0.52

4130.66 Ba II 21952 - 46155 18. 4.6 0.66

4166.00 Ba II 21952 - 45949 2.2 0.58 -0.24

4524.93 Ba II 20262 - 42355 0.57 0.17 -0.76

4554.03 Ba II 0 - 21952 0.90 0.28 -0.55

4899.97 Ba II 21952 - 42355 1.9 0.68 -0.17

4934.09 Ba II 0 - 20262 0.19 0.068 -1.17

5853.68 Ba II 4874 - 21952 0.050 0.026 -1.59

6141.72 Ba II 5675 - 21952 0.38 0.21 -0.67

6496.90 Ba II 4874 - 20262 0.15 0.094 -1.03

11
Wavelength Spectrum Energy Levels

A K

2174.94 Be I 21980 - 67944

2348.61 Be I 0 - 42565

2494.56 Be I 21979 - 62055

2494.73 Be 1 21982 - 62055

2650.47 Be I 21980 - 59698

3321.01 Be I 21979 - 52082

3321.34 Be I 21982 - 52082

4572.67 Be I 42565 - 64428

8254.10 Be I 42565 - 54677

gA gf Log gf

108/sec

1.2 0.085 -1.07

2.9 0.24 -0.61

16. 1.5 0.17

23. 2.1 0.33

30. 3.1 0.50

7.8 1.3 0.11

13. 2.1 0.33

5.5 1.7 0.23

1.8 1.8 0.26

12
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3130.42 Be II 0 - 31935 68. 10.0 1.00

3131.07 Be II 0 - 31929 45. 6.7 0.82

13
Wavelength Spectrum Energy Levels

A K

1953.89 Bi I 0 51158

1959.48 Bi I 0 51019

2021.21 Bi I 0 49461

2061.70 Bi I 0 48489

21 10.26 Bi I 0 _ 47371

2133.63 Bi I 11418 58272

2228.25 Bi I 0 44865

2230.61 Bi I 0 44817

2276.58 Bi I 0 _ 43912

2400.88 Bi I 15437 _ 57075

2515.69 Bi I 1 1418 51 158

2524.49 Bi I 1 1418 51019

2627.91 Bi I 1 1418 _ 49461

2696.76 Bi I 1 1418 48489

2730.50 Bi I 21660 58272

2780.52 Bi I 11418 47371

2809.62 Bi I 15437 51019

2897.98 Bi I 1 1418 45915

2938.30 Bi I 15437 _ 49461

2989.03 Bi 1 11418 44865

2993.34 Bi I 1 1418 44817

3024.64 Bi I 15437 48489

3067.72 Bi I 0 _ 32588

3076 66 Bi I 1 1418 43912

3397.21 Bi I 15437 44865

3510.85 Bi I 15437 43912

3596.11 Bi I 21660 49461

4121.53 Bi I 21660 45915

4722.19 Bi I 11418 32588

gA T £ Loggt

108/sec

2.9 0.16 -0.78

0.58 0.033 -1.48

1.0 0.064 -1.19

6.0 0.38 -0.42

0.87 0.058 -1.24

2.8 0.19 -0.72

0.14 0.010 -1.99

0.63 0.047 -1.33

0.18 0.014 -1.86

4.5 0.39 -0.41

0.54 0.052 -1.29^

1.5 0.14 -0.84

12. 1.2 0.09

4.0 0.44 -0.36

7.2 0.80 -0.10

4.1 0.48 -0.32

3.3 0.39 -0.40

32. 4.0 0.60

61. 7.8 0.89

17. 2.3 0.36

4.2 0.57 -0.25

38. 5.3 0.72

7.0 0.99 -0.00

0.67 0.095 -1.02

3.8 0.66 -0.18

2.7 0.51 -0.30

8.8 1.7 0.23

1.6 0.40 -0.40

0.18 0.060 -1.22

14
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2478.57 C I 21648 - 61982 19. 1.8 0.25

15
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

L. D y \j Pa I 0 41 679 0 35 0 030 —11 . ^57z. lllX.dA Ca I 0 — 36732 0.074 0.0082 -2.09

Ca I 15158 — 48538 2.5 0.33 -0.48

Ca I 15210 — 48564 1.4 0.19 -0.72

2999.64 Ca I 15210 — 48538 1.4 0.19 -0.72

_7^000 \J\j\j. 86yj \j PaO CI I1 1 521

0

48524 1 4 0 19 -0 72

3006.86 Ca I 15316 - 48564 5.0 0.67 -0.17

3009.20 Ca I 15316 — 48538 2.1 0.29 -0.54

3624.11 Ca I 15158 — 42743 0.89 0.18 -0.76

3630.75 Ca I 15210 — 42745 1.8 0.35 -0.45

Pa I 15316 42747 1 8 0 36 —0 45

3948.90 Ca I 15158 - A0A7A 0.12 0.029 -1.54

3957.05 Ca I 15210 — 40474 0.36 0.084 -1.07

3973.71 Ca I 15316 — 40474 1.4 0.34 -0.47

4226.73 Ca I 0 — 23652 1.0 0.28 -0.55

4283 01 Paw CI I1 1 521 0 38552 1 6 0 43 -0 37

4289.36 Ca I 15158 - 38465 1.4 0.38 -0.42

4298.99 Ca I 15210 — 38465 1.3 0.35 -0.46

4302.53 Ca I 15316 — 38552 7.1 2.0 0.30

4307.74 Ca I 15210 — 38418 1.6 0.45 -0.34

43 1 8 65 Pa I 15316 38465 2 5 0 71 -0 1 5 Ca I 15158 — 37748 1.6 0.47 -0.33

AA3A.96 Ca I 15210 — 37752 3.5 1.0 0.01

4435.69 Ca I 15210 — 37748 0.96 0.28 -0.55

4454.78 Ca I 15316 — 37757 7.5 2.2 0.35

4455 89 Ca I 15316 37752 0 97 0.29 -0 54

4456.62 Ca I 15316 - 37748 0.054 0.016 -1.80

4526.94 Ca I 21850 — 43933 0.50 0.15 -0.81

4578.56 Ca I 20335 — 42170 0.48 0.15 -0.82

4581.40 Ca I 20349 — A2\l\ 0.96 0.30 -0.52

4585 87 PaO CI I1 20371 Al\l\ 11 • ^5 0 48 -0 31

4878.13 Ca I 21850 - 42344 1.1 0.38 -0.42

5041.62 Ca I 21850 — 41679 1.1 0.42 -0.38

5188.85 era I 23652 — 42919 2.7 1.1 0.03

5261.70 Ca I 20335 — 39335 1.1 0.45 -0.34

Pa I 70"? "^5 J y D D D 1 3 0 53 -f) 77

526A.2A Ca I 20349 — 39340 1.1 0.45 -0.34

5265.56 Ca I 20349 — 39335 2.8 1.2 0.06

5270.28 Ca I 20371 — 39340 4.8 2.0 0.30

5349.47 Ca I 21850 — 40538 2.3 0.97 -0.01

Pa I 7'^^;57 41 786 0\j. J57z. 0yj. 74 —0 63

5581.97 Ca I 20349 — 38259 0.93 0.43 -0.36

5588.75 Ca I 20371 — 38259 5.4 2.5 0.41

5590.11 Ca I 20335 — 38219 0.77 0.36 -0.44

5594.45 Ca I 20349 — 38219 2.8 1.3 0.11

5598.47 Ca I 20335 38192 1.8 0.86 -0.07

5601.26 Ca I 20371 38219 0.92 0.43 -0.36

5602.84 Ca I 20349 38192 0.92 0.43 -0.37

5857.46 Ca I 23652 40720 3.6 1.8 0.27

6102.72 Ca I 15158 31540 0.43 0.24 -0.62

16
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

6122.22 Ca I 15210 - 31540 l.Z U.oo A 1 n —U. 1 / 6161.29 Ca I 20349 - 36575 U. lo c\ no 1 —11 (\A .1)4

6162.17 Ca I 15316 - 31540 1 Q 1.8 1 (\ A A 1 6163.76 Ca I 20335 - 36555 0.16 0.090 -1.04

6166.44 Ca I 20335 - 36548 0.32 0.18 -0.74

6169.05 Ca I 20349 - 36555 U.i / U.zi —U.6 / 6169.56 Ca I 20371 - 36575 U. / J

(\ A1

I). 43 A '2 n —I). 3 / 6439.07 Ca I 20371 - 35897 J.

2

Z.U A 1f\ U.3U

6449.81 Ca I 20335 - 35835 0.81 0.51 -0.29

6455.60 Ca I 20349 - 35835 0.16 0.099 -1.00

6462.57 Ca I 20349 - 35819 3.2 2.0 ATA

6471.66 Ca I 20371 - 35819 U.36 a' '> '3 U.23 A £i A —U.64

6493.78 Ca I 20335 - 35730 1 A A QQ —A A^ U.Uj

6499.65 Ca I 20349 - 35730 0.35 0.22 -0.65

6572.78 Ca I 0 - 15210 0.00021 0.00014 -3.86

6717.68 Ca I 21850 - 36732 U./4 A 1 <i I), lo A TO —U. /o

7148.15 Ca I 21850 - 35835 O.yj U. /3 A 1 A —U. 14

7202.19 Ca I 21850 - 35730 U.44 U.34 .A A £i

'

7326.15 Ca I 23652 - 37298 0.47 0.37 -0.43

17
Wavelength Spectrum Energy Levels

A K

3158.87 Ca II 25192 - 56839

3179.33 Ca II 25414 - 56859

3181.28 Ca II 25414 - 56839

3706.03 Ca II 25192 - 52167

3736.90 Ca II 25414 - 52167

3933.67 Ca II 0 - 25414

3968.47 Ca II 0 - 25192

8498.02 Ca II 13650 - 25414

8542.09 Ca II 13711 - 25414

8662.14 Ca II 13650 - 25192

gA Loggf

108/sec

6.9 1.0 0.02

17. 2.7 0.42

3.1 0.48 -0.32

2.9 0.60 -0.22

3.7 0.77 -0.11

0.91 0.21 -0.68

0.45 0.11 -0.97

0.0056 0.0061 -2.22

0.047 0.051 -1.29

0.025 0.028 -1.56

18
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

Cd I 30656 - 74745 0.33 0.025 -1.60

2288.02 Cd I 0 - 43692 12. 0.92 -0.04

Cr\ T 1 'K 0 1 1 —0w. 98yo

2329.28 Cd I 31827 - 1A1A5 1.3 0.11 -0.96

2836.91 Cd I 30114 - 65354 0.87 0.10 -0.98

2880.77 Cd I 30656 - 65359 1.4 0.18 -0.76

2881.23 Cd I 30656 - 65354 0.35 0.044 -1.36

I 9 Q \j*jy —0U.M-dl

1

3133.17 Cd I 30656 - 62563 0.87 0.13 -0.89

3261.06 Cd I 0 - 30656 0.0090 0.0014 -2.84

3403.65 Cd I 30114 - 59486 13. 2.2 0.35

3466.20 Cd I 30656 - 59498 41. 7.4 0.87

j'J-D / .OD I JUOJO 1 J. 9 A yj.j 1 3610.51 Cd I 31827 - 59516 62. 12. 1.08

3612.88 Cd I 31827 - 59498 12. 2.3 0.37

3614.45 Cd I 31827 - 59486 1.2 0.23 -0.63

4678.16 Cd I 30114 - 51484 8.0 2.6 0.42

4799.92 Cd I 30656 - 51484 14. 4.9 0.69

5085.82 Cd I 31827 - 51484 30. 12. 1.07

6438.47 Cd I 43692 - 59220 7.8 4.8 0.69

19
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2144.38 Cdii 0 - 46619 106. 7.3 0.86

2265.02 Cdii 0 - 44136 99. 7.7 0.88

2312.84 Cdii 46619 - 89844 60. 4.8 0.68

2572.93 Cdii 44136 - 82991 95. 9.5 0.98

20
Wavelength Spectrum Energy Levels

A K

gf

108/sec

Loggf

2519.02 Ce II 988 40674

2592.34 Ce II 2635 — 41198

2666.50 Ce II A 1 AO C 2673.07 Ce II 1410 -> O O 1 A

2682.73 Ce II 3594 A f\0 C O 40858

2695.96 Ce II 4911 41992

2706.88 Ce II 4266 - 41198

2708.13 Ce II Clio 5119 A^f\1 A 42034

O TAO A 1 Ce II JO /o 42j /3

Ce II Zjo 1 1 OA (\f\ 3y4UU

2719.98 Ce II 5819 — 42573

2724.95 Ce II 2635 — 39322

OTTO 1 A ce II J 743 4Zj /3

TTT) r\/1 2 / jZ.U4 ce II 4Z66 A AC 4UoJO

?n OQ Ce II DOJ 1 A 1 QQ") 417^2

2761.42 Ce II 0 36202

2762.22 Ce II 8403 — 44595

'T7iCO OA Z/oZ.yyj Le II C 1 OA 4Z J /3

O"? O A A 1 Z /oU.Ul Ce II

'> C O 1 Zjo 1"3 O C /I o 3oj4Z

2781.89 Ce II AOO 988 36y24

2781.99 Ce II 6638 42573

2810.18 Ce II 2563 — 38138

281 1.87 Ce II C O 1 2581 38134

2814.81 Ce II ^ C 1 o 65 18 /I O A"? y1 42034

28 14. y6 Ce II 7059 42573

2817.50 Ce II 5716 41198

2830.90 Ce II 7259 — 42573

283 J. oU Ce II jy43 /111 QO 41 lyo

2o J /.oy Ce II 6j21 A ^ 1 AQ 4 1 /4o

2o jy.io Ce II 2jy6 '2 T OA/1 3 /oU4

2841.72 Ce II 8281 43461

2842.52 Ce II 2635 — 37804

Ce II 3363 38453

2854.67 Ce II 1874 1 /I o a A 36894

2854.88 Ce II 2635 37652

2855.45 Ce II 2642 37652

2855.72 Ce II 2581 — 37588

2859.52 Ce II Az: o 9634 A A C CiZ 44595

2o61.35 Ce II AOO 988 1 C A'O 35926

2861.62 Ce II ^ C A^ 2596 3753 1

2862.79 Ce II 0 34921

2866.81 Ce II 4523 — 39395

**> 1 AO 2o / l.Uo Ce II AO O '3 C O AO 3 JoUo

O 0'7 1 ^1 2o / 1.63 Ce II AU

'3 /I O 1

'3 34o 1

3

T Q Q A ^ /I 2ooU.64 Ce II

/I A/n /I 4U6 /4

O O 0 1 1

'2 Zool. 13 Ce II 4iyy2

2882.61 Ce II 6518 41198

2892.03 Ce II 4266 38833

2892.15 Ce II 6518 41085

2894.09 Ce II 4266 38810

2.0 0.19 -0.71

1.6 0.16 -0.79

A (\ 4.y AO —o./y

1.7 A 1 O 0.18 (\ n A —0.74

3.8 C\ A 1 0.41 A 1 A —0.39

16. 1.7 0.24

8.5 0.93 -0.03

3.2 A 0 C —A A C U.4j

"2 O 3.0 (\ A\ U.41 A 1 Q —U.3o

/i 4.6 A CI U.J 1 A OQ —u.2y

3.8 0.42 -0.38

1.5 0.17 -0.77

1 1 3.

1

A 1 < U.3 J ^.4j A A C

1 Q I .7 AU.ZZ ^.66

O.O A QC A A

1

—U.Ul

2.5 0.29 -0.54

16. 1.8 0.26

3.0 (\ A A U.44 A "2 C —U.36

1.6 A 1 A 0.19 A-0.72

A T O

U. /o A AO 1 u.uy 1

1 f\A —1.04

3.9 0.45 -0.35

1.1 0.13 -0.88

A A'3 0.93 All 0.1 1 A A^ —0.96

n o 7.8 A 0*2 0.93 A A'2 —0.03

6.5 A nn A 1 1 —U. 1 1

4.4 0.53 -0.28

29. 3.5 0.54

•2 1 3.1 A 11 U.3 / A A 1 —U.43

2.6 All U.3 1 —A CA U. jU

1 A l.U AIT U. IZ A Q 1 —v.yi

3.0 0.37 -0.44

0.85 0.10 -0.99

1 A 1.4 A 1 O

U. 1 o A nc —U. /6

i.y A '2 0.23 A A —0.64

2.3 A O 0.28 A C C —0.55

1.2 0.14 -0.85

1.1 0.14 -0.86

T A 7.0 A OH O.OD A f\n —0.07

A 1 ^ 0.36 0.045 —1.35

1.1 A 1 /I 0.14 A O ^ —0.86

0.61 0.075 -1.12

1.6 0.20 -0.70

A AO <: U.Uoj 1 A*? —1.0/

A '2 A 0.30 A A'2 *^ 0.037 1 A A —1.44

4. / A C O U.JO A O A —U.24

3.4 0.42 -0.38

5.4 0.67 -0.17

A z; <r A AOI U.Uo2 1 AO —i.uy

1.2 0.15 -0.81

1.8 0.23 -0.63

21
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

2894.22 Ce II 2382 36924 1.4 0.17 -0.77

2896.73 Ce II 2382 _ 36894 1.9 0 24 —0 62

2908.42 Ce II 4460 38833 4.2 0 53 -0 27

2912.91 Ce II 10275 44595 5.9 0 76 —0 12

2915.56 Ce II 3363 37652 0.84 0.1

1

-0 97

2916.68 Ce II 4266 38542 1.5 0.19 -0.71

2918.67 Ce II 2642 36894 2.2 0.28 -0 56

2918.78 Ce II 4202 38453 0.84 0.11 -0.97

2922.58 Ce II 4323 38529 0.86 0.11 -0.96

2925.19 Ce II 2880 37056 1.7 0.22 -0 66

2929.11 Ce II 4323 38453 1.1 0.14 -0.87

2934.35 Ce II 4460 38529 0.87 0.11 -0.95

2940.79 Ce II 3594 37588 1.2 0.15 -0 82

2955 60 Ce II 7259 41083 3.1 0 41 -0 39

2955.94 Ce II 2382 36202 2.3 0 30 -0 53

2956.71 Ce II 0 33812 0.29 0.038 -1.42

2964 80 Ce II 5676 39395 5.0 0 66 -0.18

19(>5.11 Ce II 51 19 38833 3.3 0.44 -0.36

2970.32 Ce II 3996 37652 1.2 0.16 -0.80

2972.58 Ce II 491

1

38542 3.5 0.47 -0.33

2974.61 Ce II 4845 38453 1.7 0.23 -0.64

2976.91 Ce II 4266 37849 12. 1.5 0.19

2977.46 Ce II 5819 39395 6.7 0.89 -0.05

2981.91 Ce II 4323 37849 2.5 0.34 -0.47

2984.56 Ce II 2642 36138 0.90 0.12 -0.92

2985.82 Ce II 4323 37804 2.9 0.38 -0.42

2986 67 Ce II 1874 35346 0.36 0.048 -1.32

2990.87 Ce II 2382 35808 4.1 0 55 -0.26

1994 42 Ce II 4266 37652 3 1 0.42 -0.38

2995 64 Ce II 5437 38810 ^ \J\J x\J 12 1X . 7/ 0.22

2998.77 Ce II 4511 — 37849 1.5 0.20 -0.71

2999 AX Pp tt ^3594 ^ y^ 36924 0 98 0 13 -0.88

3000 07 Pp ti 2880 36202 1 4 0V/» 19X y -0 73

3002 14 Pp\^ o 11IT 3594 36894 ^ \j Kj y '-T 3 6 0 49 -0 31

3002 75 Ce II 451 1 37804 5 4 0.73 -0.14

3003.56 Ce II 35926 2.1 0.29 -0.54

3008 13 Ce II 6638 39872 4.5 0.62 -0.21

3008 79 Ce II 2581 35808 6.6 0.89 -0.05

3011 88 Ce II 4460 37652 1.4 0.19 -0.72

3017.20 Ce II 5676 38810 14. 2.0 0.30

3020.88 Ce II 5716 38810 2.9 0.40 -0.40

3021.04 Ce II 5437 38529 1.8 0.24 -0.61

3023 43 Ce II 4523 37588 1.7 0.23 -0.63

3026 62 Ce II 4202 37232 0.93 0.13 -0.89

3027 63 Ce II 4323 0.64 0.088 -1.06

3028.96 Ce II 6390 39395 2.9 0.39 -0.41

3030.31 Ce II 5819 38810 6.8 0.93 -0.03

3032.73 Ce II 2382 35346 0.55 0.075 -1.12

3033.12 Ce II 4845 37804 2.2 0.30 -0.52

3037.73 Ce II 4323 37232 5.3 0.73 -0.14

22
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

3039.51 Ce II 5651 — 38542

3044.40 Ce II 501

1

37849

3046.71 Ce II 5716 38529

3051.98 Ce II 4323 37079

3055.24 Ce II 4511 37232

3056.78 Ce II 2642 — 35346

3058.55 Ce II 5119 37804

3059.74 Ce II 4523 37196

3063.01 Ce II 7234 39872

3068.68 Ce II 4266 36844

3069.64 Ce II 4511 — 37079

3071.1

1

Ce II 1874 34426

3071.62 Ce II 2382 34929

3072.39 Ce II 2382 — 34921

3072.89 Ce II 5119 — 37652

3076.25 Ce II 4845 — 37342

3077.33 Ce II 5651 38138

3079.64 Ce II 5676 38138

3079.91 Ce II 1874 34333

3082.30 Ce II 3704 36138

3083.67 Ce II 6390 — 38810

3084.44 Ce II 5437 37849

3090.37 Ce II 7523 39872

3090.52 Ce II 2581 34929

3091.29 Ce II 2581 34921

3095.59 Ce II 5675 — 37971

3096.50 Ce II 491

1

37196

3096.88 Ce II 1874 34155

3102.56 Ce II 3704 35926

3103.38 Ce II 3594 35808

3104.01 Ce II 3996 — 36202

3107.47 Ce II 6638 38810

3108.96 Ce II 8928 41083

3110.28 Ce II 3996 36138

3111.17 Ce II 2635 34768

3114.05 Ce II 1874 — 33977

3123.57 Ce II 451

1

36517

3127.53 Ce II 3594 35559

3130.33 Ce II 4266 36202

3130.87 Ce II 0 31931

3132.59 Ce II 2382 — 34295

3133.33 Ce II 5943 37849

3136.72 Ce II 4266 36138

3137.60 Ce II 3363 35226

3138.30 Ce II 3704 35559

3142.31 Ce II 988 32802

3144.60 Ce II 2635 34426

3145.28 Ce II 2642 34426

3146.23 Ce II 5119 36894

3146.41 Ce II 2382 34155

1.6 0.22 -0.66

1.3 0.18 -0.74

2.2 0.31 -0.50

4.8 0.67 -0.18

8.7 1.2 0.09

4.8 0.67 -0.17

1.3 0.18 -0.74

0.62 0.087 -1.06

36. 5.1 0.71

1.4 0.20 -0.70

2.1 0.30 -0.53

0.85 0.12 -0.92

1.1 0.16 -0.79

0.65 0.093 -1.03

2.8 0.40 -0.40

1.1 0.16 -0.79

2.0 0.29 -0.54

3.3 0.46 -0.33

0.97 0.14 -0.86

1.9 0.26 -0.58

13. 1.8 0.26

7.5 1.1 0.03

11. 1.5 0.18

0.99 0.14 -0.85

0.82 0.12 -0.93

1.4 0.20 -0.71

4.4 0.63 -0.20

0.66 0.096 -1.02

Q.ll 0.11 -0.95

6.4 0.92 -0.04

1.7 0.24 -0.62

7.9 1.1 0.06

7.5 1.1 0.04

6.1 0.88 -0.05

3.8 0.55 -0.26

0.44 0.065 -1.19

0.91 0.13 -0.87

3.6 0.53 -0.28

4.3 0.63 -0.20

1.6 0.23 -0.63

1.8 0.27 -0.57

5.7 0.84 -0.07

3.5 0.52 -0.28

1.6 0.24 -0.62

0.80 0.12 -0.93

0.83 0.12 -0.91

2.6 0.39 -0.41

3.8 0.56 -0.25

1.2 0.17 -0.76

3.5 0.52 -0.28

23
Wavelength Spectrum Energy Levels gA gf Log gf

Ai\ K lu /sec

1 t AQ AC 5 14o.4o Oe II 3 jy4 - 35346 11.7 0.25 -0.60

11/10 ^ Le II /Vjy 38810 3.U A y1 C 0.45 —0.35

3149.43 Ce II 4460 I 36202 0.96 0.14 -0.84

3151.13 Ce II 5119 — 36844 2.0 0.30 -0.52

1 1 /I < 1 Le II zo4z — 34333 1.7 U.Zo A C A -0.59

oe II 4jz3 - 36202 /.z 1.1 A A'? 0.03

1 1 /I 1 < ue II O 1 oo z3oz 33977 1 A 3.4 A C A 0.50 A A —0.30

3166.24 Ce II 2581 34155 1.8 0.27 -0.58

3166.61 Ce II 2596 — 34166 1.2 0.18 -0.73

3 1d/.z3 ue II yo34 — 41198 4.U 0.60 —0.22

1

3

1loCI/.3Zn II 1 QQC - 35559 n o 1 U.ol A 1 0.12 —0.92

1 1 1 0 3 loy.io Ce II JOJ 1 37196 O I 8.3 1.3 A 1 A

0.10

3171.61 Ce II 2635 I 34155 3.5 0.53 -0.27

3172.30 Ce II 2642 — 34155 0.54 0.082 -1.09

1

1

1 c on 3 1 /d.?5U oe II 0 A f\1 o4U3 — 39872 O T O.Z l.Z A AO O.Oy

3 1 / /. 14 Ce II A A cr\ 4460 — 35926 A OA 0.90 0.14 A O ^ —0.87

3 17o.75 Ce II T T 1 3363 34813 0.66 1 f\C\ 0.100 "I f\r\ —1.00

3180.82 Ce II 2382 33812 0.50 0.075 -1.12

3183.52 Ce II 4523 35926 9.9 1.5 0.18

T 1 O /I O 1 3 lo4.zl Ce II 2581 33977 A n 1 C\ \ A 0. 14 —0.86

1 1 1 1 3 loo. 13 Ce II coin 5oiy - 37196 7.1 1 1 1.1 A A^ 0.03

"2100 'TO 3 loo. /y Ce II 5yyo 35346 3.1 A. An 0.47 —0.33 ATI

3189.64 Ce II 2635 I 33977 1.2 0.18 -0.75

3190.34 Ce II 2642 — 33977 2.3 0.36 -0.45

1 1 Q/1 0

1

3 1 y4.o3 Ce II

/I Q 1 1 4y 1

1

— 36202 1 c

lo. 1LAA A 1 O

"J 1 Q c Q/( 3 iyj.3'4 Ce II Zjyb - 33876 A CI U.J 1 A A'7 0 U.U/o 111 —1.11

T 1 QQ O Q 3 1 yy.zo Ce II z.cn c JO /o 36924 C A A O "2 A AO —U.Uo

3200.52 Ce II 4323 35559 0.82 0.13 -0.90

3201.71 Ce II 6913 — 38138 38. 5.9 0.77

Ce II /UlZ 38195 0.60 —o.zz

Ce II 65 lo — 37652 3.3 0.5 1 A 1 n —o.zy

3218. 38 Ce II 3363 34426 2.7 A A^ 0.42 A "7 O —0.38

3218.94 Ce II 6913 37971 26. 4.1 0.61

3221.17 Ce II 4523 35559 16. 2.6 0.41

3222.41 Ce II 4202 35226 0.75 A 1 0.12 {\ AO -0.93

3223.37 Ce II T O 1 o 7818 - 38833 1 2.1 An0.32 A /I n -0.49

Ce II 8403 39395 1 o18. 'I O 2.8 [\ A C 0.45

3121.

n

Ce II 2596 33574 7.6 1.2 0.08

3229.12 Ce II 4266 — 35226 1.7 0.26 -0.58

3zzy.3o Ce II 2596 — 33553 Z.D (\ AC\ U.4U A A A —0.40

3z3U.Uo Ce II ooo yoo — 31938 U.3U l).U4o —1.33 1 11

3z3 l.z4 Ce II 3996 34934 T zi 7.6 1 .Z A AO O.Oo

3233.44 Ce II 2635 33553 1.5 0.24 -0.62

3234.16 Ce II 2642 33553 7.6 1.2 0.08

Ce II 38138 1

"5 13. A z.o A 1 A 0.30

3235.67 Ce II 491

1

35808 1.5 0.Z4 A C 1 —O.ol

3236.74 Ce II 4460 35346 1 A 7.0 1 1 1.1 A A /i 0.04

3243.37 Ce II 4523 35346 7.0 1 1 1.1 A C\A 0.04

3245.17 Ce II 4460 35266 1.7 0.27 -0.57

3246.67 Ce II 3363 34155 2.5 0.40 -0.40

24
Wavelength Spectrum Energy Levels gA gf Log gf

A Jv lU°/sec

3249.19 Ce II 2642 - 33410 1.0 0.16 -0.79

3249.43 Ce II 4460 - 35226 0.75 0.12 -0.92

3252.48 Ce II 7234 - 37971 5.3 0.85 -0.07

3254.01 Ce II 3704 - 34426 2.0 0.31 -0.51

3258.87 Ce II 7294 - 37971 3.7 0.59 -0.23

3260.98 Ce II 8176 - 38833 9.4 1.5 0.18

3263.45 Ce II 8176 - 38810 6.8 1.1 0.03

3263.88 Ce II 3704 - 34333 2.7 0.42 -0.37

Ce II 7523 - 38138 1.7 0.28 -0.56

3271.15 Ce II 3594 - 34155 1.3 0.20 -0.69

3271.55 Ce II 6638 - 37196 3.0 0.48 -0.32

3272.25 Ce II 5651 - 36202 23. 3.6 0.56

3274.86 Ce II 5676 - 36202 7.5 1.2 0.08

3276.25 Ce II 2635 - 33149 1.4 0.22 -0.65

3279.01 Ce II 5437 - 35926 3.0 0.49 -0.31

3279.84 Ce II 2382 - 32863 1.8 0.28 -0.55

3280.49 Ce II 4460 - 34934 1.2 0.20 -0.70

3283.35 Ce II 7523 - 37971 3.7 0.60 -0.22

3283.68 Ce II 2635 - 33080 0.62 0.10 -1.00

Ce II 5119 - 35559 0.84 0.14 -0.87

3285.22 Ce II 3996 - 34426 4 6 0.74 -0.13

3286.03 Ce II 4511 - 34934 1.6 0.26 -0.59

3290.34 Ce II 3594 - 33977 1.2 0.20 -0.71

3290.58 Ce II 4845 - 35226 0.76 0.12 -0.91

3293.59 Ce II 4460 - 34813 0.68 0.11 -€.96

3295.29 Ce II 3996 - 34333 3.3 0.53 -0.27

3296.19 Ce II 7259 - 37588 4.8 0.79 -0.10

3296.88 Ce II 6521 - 36844 5.4 0.89 -0.05

3300.15 Ce II 5819 - 36112 4.9 0.80 -0.09

3304.84 Ce II 5676 - 35926 5.1 0.84 -0.07

3306.63 Ce II 5969 - 36202 3.3 0.54 -0.27

3307.23 Ce II 2635 - 32863 1.3 0.21 -0.68

3308.02 Ce II 2581 - 32802 2.1 0.35 -0.46

3309.27 Ce II 5716 - 35926 2.1 0.35 -0.46

3311.50 Ce II 3363 - 33553 1.6 0.26 -0.59

3312.22 Ce II 8897 - 39079 10. 1.7 0.23

3313.30 Ce II 5965 - 36138 1-5 0.25 -0.61

3314.04 Ce II 0 - 30166 0.42 0.068 -1.16

3314.72 Ce II 3996 - 34155 3.1 0.52 -0.29

3317.80 Ce II 5676 - 35808 4.1 0.67 -0.17

3318.96 Ce 11 5437 - 35559 2.5 0.42 -0.38

3320.42 Ce II 3704 - 33812 0.52 0.086 -1.07

3325.33 Ce II 8131 - 38195 7.1 1.2 0.07

3327.66 Ce II 2596 - 32638 0.37 0.062 -1.21

3327.90 Ce II 5676 - 35716 1.3 0.22 -0.66

3329.00 Ce II 4737 - 34768 2.2 0.37 -0.44

3331.22 Ce II 4323 - 34333 0.60 0.10 -1.00

3333.04 Ce II 0 - 29994 0.40 0.066 -1.18

3333.66 Ce II 5819 - 35808 2.1 0.34 -0.47

3334.46 Ce II 10058 - 40040 14. 2.3 0.35

25
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

3339.51 Ce II 2382 32318 0.77 0.13 -0.89

3340.89 Ce II 5011 — 34934 1.3 0.21 -0.68

3341.87 Ce II

A C 1 A 451

1

A A ^ ^ 1 A 3.4 0.57 -0.24

3343.86 Ce II 5819 1 C ^7 1 35716 6.7 1.1 0.05

3344.76 Ce II 4266 34155 5.7 0.96 -0.02

3346.52 Ce II 4460 _ 34333 1.4 0.23 -0.64

3349.97 Ce II 5716 — 35559 2.8 0.47 -0.33

3352.28 Ce II 45 1

1

34333 1 A 1.4 0.23 -0.64

3352.94 Ce II 35i'4 33410 1.9 0.31 -0.50

3353.33 Ce II 6390 36202 1.8 0.30 -0.52

3355.02 Ce II 1410 _ 31208 1.1 0.19 -0.72

3356.41 Ce II 3363 - 33149 1.7 X).29 -0.53

3357.22 Ce II A^ /' 4266 ^ A f\ A A 34044 3.1 0.52 —0.28

3360.54 Ce II 11310 41059 1 o

18. 3.1 0.49

3361.76 Ce II 3794 r 33531 1.9 0.33 —0.48

3364.35 Ce II 988 _ 30703 0.49 0.083 -1.08

3366.55 Ce II 4460 — 34155 3.2 0.54 -0.27

3368.69 Ce II 2642 323 18

rv A ^ 0.43 0.073 -1.13

3371.17 Ce II

A C 1 1 451

1

34166 L.b 0.45 -0.35

3373.46 Ce II 2563 32198 1.5 0.26 —0.59

3373.73 Ce II 4523 34155 2.6 0.45 -0.35

3375.78 Ce II 8928 - 38542 3.5 0.60 -0.22

3377.13 Ce II 491

1

A C t A 34514 7.1 1.2 0.08

T T ^7 r\ 1 ^7 3379.17 Ce IIA A ^ /\ 4460 A f\ A A 34044 1.8 0.3

1

—0.50

T T O i A C\ 3381.49 Ce II

/T 'i o 6638 36202 2.3 0.40 —0.40

3383.69 Ce II 4266 33811 2.4 0.41 -0.39

3387.78 Ce II 5716 - 35226 1.4 0.24 -0.63

3390.52 Ce II 3594 33080 0.97 0.17 —0.78

3393.92 Ce II

A*^ f\ A 4204 33660 1.1 0.20 —0.71

3394.14 Ce II 4523 3397/ 0.83 0.14 —0.84

3396.72 Ce II 3746 _ 33177 0.39 0.067 -1.17

3400.25 Ce II 7523 - 36924 1.3 0.22 -0.66

3403.60 Ce II 4202 33574 f\ 0^7 0.87 0.15 -0.82

3404.91 Ce II 1874 31235 1.2 0.20 —0.70

3405.98 Ce II 4460 33812 2.9 0.51 —0.29

3407.24 Ce II 11743 41083 4.1 0.72 -0.14

3416.56 Ce II 5965 — 35226 1.6 0.28 -0.56

3416.86 Ce II 988 30246 0.63 0.1

1

—0.96

3417.45 Ce II 5676 34929 4.7 0.83 —0.08

3417.90 Ce II 8403 37652 2.8 0.48 —0.32

3420.18 Ce II 4323 _ 33553 1.6 0.28 -0.55

3422.51 Ce II 8928 - 38138 3.2 0.56 , -0.26

3422.71 Ce II 3594 32802 5.5 0.97 —0.01

3423.85 Ce II 9634 38833 5.5 0.97 A A 1 3425.34 Ce II 2382 O 1 C Z' o 31568 0.50 0.087 —1.06

3425.94 Ce II 7713 36894 1.9 T yi 0.34 A A n —U.4/

3426.21 Ce II 988 30166 1.7 0.30 -0.52

3426.58 ,Ce II 2563 31738 0.52 0.092 -1.04

3430.32 Ce II 7059 36202 3.1 0.56 -0.26

3431.50 Ce II 4911 34044 0.86 0.15 -0.82

26
"Wavelength Spectrum Energy Levels

A K

3433. Uy oe II lUZ /5 — 39395

343y.o3 Le II 45 1

1

11 Sin A 335 /4

3441.21 Ce II 2880 31931

3442.38 Ce II 4511 — 33553

344Z.yo Le II 5 1 ly — 34155

•J A A Ce II Z563 - 31568

345 1.56 Ce II 5y65 34yzy

3456.67 Ce II 988 29909

3456.77 Ce II 6638 — 35559

345y.o3 Ce II y634 — 38529

346U. 16 ce II 1 1 /I A Z 14U — 31033

3461.34 Ce II 4Z66 "3 '3 1 /I Q 33 14y

3461.79 Ce II 7259 36138

3463.22 Ce II 7059 — 35926

3463. /6 Ce II 565 1 — 34514

3464. Zl ce II 5 1 1 y — 33977

1 ACn TO 346 /. /o ce II 1 Qn A

1 0 /4 '3 ATA'3 3U/U3

3468.11 Ce II 4323 33149

3468.89 Ce II 988 — 29807

34/U.41 Ce II QQQ — 29794

lAI

A

34 / 4.ZZ ce II 3363 — 32139

1 An Z CQ 34/5.60 Ce II

1 Q1

A

16/4 1 r\£i 3 n 3U63 / 3476.84 Ce II 10642 39395

3477.45 Ce II 7059 — 35808

34/y.61 Ce II AU — 28731

34oU.Z / ce II A — 28725

1AQ(\ QC 34oU.!5'o Ce II 1Z366 A 1 AO C 41085

3481.16 Ce II 5437 34155

3482.14 Ce II 3704 — 32413

34oZ.35 Ce II AQ A Z 4o45 — 33553

1AQA 1

A

34(54. /4 Ce II OCCA — 31568

34o5.U5 Ce II U 28686

3488.55 Ce II 7059 35716

3490.13 Ce II 5651 — 34295

lACtl 1 1 34^3. 1

1

Ce II 446U — 33080

34y3. /

Z

Ce II 3 /U4 — 32318

34^5. Ul Ce II ICQ/I 35y4 "3 1 no 32198

3495.94 Ce II 4266 32863

3496.33 Ce II 2642 — 31235

35U1.45 Ce II

t on A

1 0 /4 — 30425

3 jUd.Z J ce II Z563 — 31076

35U /.y5 Ce II

1 /I 1 A 141U 2990y

3508.47 Ce II 2581 I 31076

3508.71 Ce II 12366 — 40858

35 iu.6y Ce II CO 1 n — 34295

35 13. /y Ce II no 0 29439

35 17.38 Ce II 35716

35 18.37 Ce II

1 r\ 1 1 c 10115 38529

3519.08 Ce II 2635 31043

3520.52 Ce II 1410 29807

gA gf Log gf

IQS/sec

1 u. 0 96

1l.Df\ —0 S4

—0 44

1.6 0.29 -0.54

0.89 0.16 -0.80

0 1

0

—0 99

11 .J^ 0 9'? -f> 64

u. 1

0

0 0'?9 —11 .^y 4Q

2.0 0.36 -0.45

3.6 0.64 -0.19

0 044

1 fi 1 .u 0 1 8 —0 74

1 n 0 1 Q —0 7"? 2.2 0.40 -0.40

1.5 0.27 -0.57

0 41 —0 "^9

V/. J y

0 ?? 0 041 —1 39

1 0 0\j» 11 R

0

—0 74

0.31 0.055 -1.26

0.17 0.031 ^-1.50

0 1

1

—0 97 nU. JUSO 0 OQO —1 04

S 9 0 79

1.7 0.30 -0.52

0.29 0.053 -1.28

0\j, 076 yj 1 \j —11 . 191 Z/ 7 4 11 ..3^ 0 1

1 0 0vj. 11 Qy -0 79

1.2 0.22 -0.67

2.8 0.50 -0.30

w. 0 / 0V/. 11 6D —0\J. 80ou

0 "^8 W.J 0 —0 49

7 0w.oo68 —0u. 11 7/ 2.0 0.37 -0.43

0.89 0.16 -0.79

0 80 0 1 s —0 8"^ 0 60 0 1 1 —0 96

0 1 7 —0 76

0.46 0.085 -1.07

0.79 0.14 -0.84

0 047 —1 'K'X I .J J 0 86 0 1 6 —0 80

0 *!1 0 OQ"? —1 0"^ 6.0 1.1 0.04

0.78 0.14 -0.84

0 AA 0V/.V/O 0811 —1 OQ

11 -3^

.

9 4 0U.JO^8

z,.o 0 48 —0 '^9 U. jZ

0 88 Ov 1 —0u. 7Q/ y

0.84 0.16 -0.81

27
Wavelength Spectrum Energy Levels gA gf Loggf

A K lO^/sec

06 II JDJ 1 — 1 Af\A A 34U44 A c n 0.59 0.1

1

-0.96

Ce II

/I Q 1 1 4y 1

1

— 55Zyi 3.6 0.66 —0.18

3524.07 Ce II 5965 - 34333 1.3 0.24 -0.63

3527.85 Ce II 0 - 28338 0.32 0.060 -1.22

J JZo.UJ UG II JO 1 7

"J /1 1 ^ ^ 341jj A Q 1 AIT U. 17 —ij.ii

06 II J / 1 D

3 A r\A A 34U44 A CO u. jy All U. 1 1 —0.96

J 3 ju.uz U6 II Z3oZ 3U/U3 A 0/; U.oo U. 16 A TO —0. /y

3530.95 Ce II 4737 - 33050 0.89 0.17 -0.78

3531.59 Ce II 4737 - 33045 0.89 0.17 -0.78 Kn 1 J J.5Z.D 1

r\ TT oe II 1 Ljy 3jjjy l.O U.34 —0.47

O /-V TT ue II A

U zozy© A Ol U.Z3 A €\A A U.U44 1 "3 /C —1.36

L.e II 4ZU4 3Z4yZ J.Z A QC u.yo A A 1 —U.Ul

3534.44 Ce II 7523 - 35808 3.4 0.63 -0.20

3535.57 Ce II 2880 - 31156 0.52 0.098 -1.01

J j3o. /u oe II

1 AT? < lUZ / J — IQC A") 3oj4Z J.Z A no U.yo —O.Ul

3 J j /.44 Ce II C7 1 C

J / Id — 55y 1

1

1 /I 1.4 A O T 0.27 —0.57

"3 C2 O 'TO J J JO. /y ue II 6518 — 1 An £10 34768 1.1 A O A 0.20 A ^ A —0.69

3539.09 Ce II 2581 - 30829 4.2 0.78 -0.11

3541.66 Ce II 3704 - 31931 0.32 0.061 -1.21

Ce II — ino ACi 3/o4y "3 /I 3.4 A ^ C U.65 A 1 A -0.19

3 j4j. jZ r\ TT oe II jy43 — 341jj A ^ 1 U.Ol All U. 1 1 A n A —u.y4

3 j4j.oU Le II O Q Q A ZooU — 3 lU /o 1 0

l.Z A O "3 U.Z3 A a A —U.64

3545.78 Ce II 2382 - 30577 0.83 0.16 -0.80

3546.19 Ce II 1874 - 30065 1.2 0.24 -0.63

3 j4 / .UU oe II 43Z3 3ZjUo 1 1 1 .3 U.Zj A /CA —U.OU

3 j4o.o4 ^ /.\ T T ue II 7034 3 /oU4 Z.O A /I Q U.4o —A lO U.3Z

3 J J 1 .DO O /-\ TT oe II 3 /U4 J 1 Q < 1 3 loj I U.OO AIT U. 1 / A no ^J. /o

3552.07 Ce II 3594 - 31738 0.39 0.073 -1.14

3552.73 Ce II 2563 - 30703 1.3 0.24 -0.62

3 J j4.yy ^ TT Ce II Zjo 1 — 3U/U3 z.z A /IT U.4Z —A 1 0 U.3o

1 c eg "7 1 3 J JO. / 1 ^ T T Ce II J / ID — 33oU(5 A /1Q U.4o A AQO u.uyz —1 A/1 1.U4

3 JoU.oU Ce II j^oy — 1 A(\A A 34U44 lo. 3 1 A /I Q u.4y

3561.54 Ce II 4166 - 32235 0.36 0!068 -1.17

3562.09 Ce II - 32269 0.72 0.14 -0.86

3jo3.oZ Ce II 4Zoo — 3TJ 1 Q 3Z31o A Q 1 u.y 1 AIT U. 1 / —A n(i U. /o

3J00.13 Ce II Q/^ "3 /I yo34 — 3/ojZ A C 4. J A Q/; U.OO A A^ —U.Uo

3 Joy. 3Z Ce II C£ c 1 JOJ 1 — 33ooU 1.1 A TA U.ZU —u.oy

3570.98 Ce II 2581 - 30577 0.22 0.043 -1.37

3573.70 Ce II 3594 - 31568 0.59 0.11 -0.95

3 J 1 j.Zy Ce II O 1 /O — -3 z: 1 T Q 3d13o 1.

1

A 0 1 U.Z 1

1 cn n ^ "3 3 J lb. 15 Ce II1 /I 1 A 141U — 0*3 £iZ. zy3oj A nc U. /O A 1 /I U. 14 —A QA U.o4

3 J / /.4o Ce II 3 /y4 — -3 1 T3 03 1 /3o 1 A

1

A

1 4 U. 1

J

3580.56 Ce II 1874 - 29794 0.36 o!o69 -1.16

3583.66 Ce II 9634 - 37531 3.2 0.61 -0.21

•J CO A "J A 35o4.34 Ce II/I O 1 1 4^1

1

— •3 O O AO 3ZoUZ 1.1 A OA U.ZU A AO —U.oy

"3 C O iC '7 C 35o6. / J Ce II A^4Zoo — "3 O 1 "2 O 3Zl3y A '7A U. /U AIT U. 13 ^.OA QT/ 3 JO /.ZZ Ce II jy43 — 33olZ U.JO All U. 1

1

A Q7

3 JO /.o4 Ce II jy43 — 33oUo Z.J A /t Q u.4y A -3 1 ^J.3 1 3588.13 Ce II 7059 - 34921 1.5 0.30 -0.53

3588.43 Ce II 5437 - 33297 2.3 0.44 -0.35

28
Wavelength Spectrum Energy Levels gA gf Log gf

A K XV/ / &CC

3590 60 Ce II 5969 33812 4.2 0.81 -0.09

3594.61 Ce II 0 27812 0.15 0.030 -1.52

3596.12 Ce II 8403 - 36202 2.8 0.53 -0.27

3596.73 Ce II 4523 — 32318 0.37 0.071 -1.15

3598.20 Ce II 2382 — 30166 0.70 0.14 -0.87

3599.97 Ce II 4737 32508 0.78 0.15 -0.82

3600 54 Ce II 6390 34155 2.3 0.45 -0.35

3603.36 Ce II 5119 - 32863 0.64 0.13 -0.90

3604.20 Ce II 988 — 28725 0.47 0.091 -1.04

3607 63 Pp II 5437 — 33149 4 2 0V/- 82\J Am -0 09

3609 69 fp IT 7234 34929 9 6 1 9 0 28

3610 91 \j o 11 35027 ^ mJ \J Am 1 2^^Am2 0 43 -0 37

3611.34 Ce II 2563 — 30246 0.57 0.11 -0.96

3611.65 Ce II 7878 — 35559 0.92 0.18 -0.74

3612 32 Ce II 4523 ^^ Am ^ — 32198 0 71 0.14 -0.85

3613.70 Ce II 4266 31931 3.1 0.62 -0.21

3615.63 Ce II 5924 33574 0.66 0.13 -0.89

3616.20 Ce II 5651 - 33297 1.3 0.26 -0.58

3618.58 Ce II 4511 — 32139 1.3 0.26 -0.59

Ce II 2563 — 30180 0.30 0.060 -1.22

3621.15 Ce II 5437 33045 0.45 0.089 -1.05

3622.15 Ce II 6913 34513 6.9 1.4 0.13

3622.44 Ce II 3363 — 30962 0.38 0.075 -1.13

3623.84 Ce II 6390 — 33977 12. 2.3 0.37

3624.18 Ce II 2581 — 30166 0.61 0.12 -0.92

3628.25 Ce II 2581 30135 0.40 0.079 -1.10

3630.42 Ce II 10115 37652 2.1 0.41 -0.38

3631.19 Ce II 3704 — 31235 1.2 0.24 -0.61

3632.11 Ce II 2642 — 30166 0.71 0.14 -0.85

3633 40 Cp\j \^ II11 0 — 27515 0 096 0 019 -11. » 721 Am

3637 75 Ce II 3594 31076 0.52 0.10 -0.98

3638 28 Ce II 5819 33297 1.5 0.29 -0.53

3640.69 Ce II 6518 — 33977 0.59 0.12 -0.93

3644.29 Ce II 5716 — 33149 0.47 0.094 -1.03

3645.23 Ce II 5437 — 32863 1.3 0.26 -0.59

3645.45 Ce II 2642 30065 0.59 0.12 -0.93

3646.97 Ce II 2382 Am ^ \J Am 29794 1 5 0.29 -0.53

3647.75 Ce II — 34929 4.7 0.93 -0.03

3647.95 Ce II 8403 — 35808 6.0 1.2 0.08

3649 73 Ce II 4460 — 31851 0.33 0 065 -1.18

3650 12 Ce\J II11 2596 Am ^ 29984 0.39 0 077 -11 • 111 3652 ^\J^ A^*A^\J 26 PpO O it11 1 1 949 39322 4 0 0 81 -0 09

3653.11 Ce II 2880 — 30246 2.0 0.40 -0.40

3653.67 Ce II 3794 — 31156 4.0 0.81 -0.09

3654 97 PpO O 11I! 2642 A^\j^A^ — 29994 1.4 0.27 -0 57

3655 85 fpO O IT11 2563 — 29909 7 6 1 5 0 18

3658 26 Cp\^ o it11 2581 29909 0.19 0 038 -11 • 42^A.

~f3659 yj ^ y * 23Am J pp\j ^ TT11 1410 28731 11 • 4^ 0\J*Am271 -0 56

3659.97 Ce II 1410 28725 1.1 0.22 -0.66

3660.16 Ce II 10275 37588 6.6 1.3 0.12

29
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10^/sec

ffa TT 088 yoo — 98908 ZOZ-70 9Z-t4 0 A'k W.'+o —A 19 U. JZ

'>,f\f\] IT, j\jy} 1 . / -J t? 11 — J1 11 JOo S68 0 01 01a W. 1 0 n 7/1 3662.99 Ce II 4266 - 31559 0.68 0.14 -0.86

3663.70 Ce II 4911 - 32198 0.72 0.15 -0.84

jDOt-. / J U c 11 — 197 1

7

JZ / 1 / 0 <;9 U. JZ nil A no

T,f,f,'^ OS t? 11 18S4 — J11111 1 1 J 1 0 47 0W.W!7J 00s —11 .UZ 09

J \J\J / .z,o 0 t? 11 JoS8 1vy0 — 11080 0U. 01^J 0W. 11 0^ —0U. 71/ J 3667.98 Ce II 2880 - 30135 4.1 0.82 -0.09

3668.72 Ce II 0 - 27250 0.31 0.063 -1.20

3671 94. 9581 J 0

1

— 99807 0 ss 0 1

1

w. 1

1

—0U. OS"J

"XfCIl 79 fp IT 79 Q4 — J14S14 HJ 1 J.O S 6 1 1 1 .

1

0U.UJOS

Jyj / J • U*+ Tp0 tJ II11 9S81 — 90704 0 74 0W. 1 s 1 J —0U. 810 J 3674.05 Ce II 9634 - 36844 2.7 0.55 -0.26

3676.16 Ce II 2596 - 29790 0.37 0.075 -1.13

r* p IT t? 11 — 90807 0W.J17/ 0W. 07S W / J 1 . 1 z

fU PC TI11 80 11 7^; / D — 1^146 4 4 0\j.y\j 00 —0U.UJOS

P0 Py II11 — 90807 0 74 0 1 S W. 1

J

—0U.oZ89

3680.85 Ce II 2635 - 29794 0.18 0.038 -1.43

3681.38 Ce II 8403 - 35559 3.8 0.76 -0.12

^^^89 08 U C 11 JOJ 1 — 19809 11 . 7/ 01s U.J J —0U.'fASJ

'?^i87 SO PaL/C TT11 1S04 J J y^ — 10701 0u. 06y\j 0u.zu90 —0U. 71/ 1 -5DOO.DD P0 AC TT11 JS041 y^j — 1104S 0 60 0w. 11 4*+ —0u. 8S0 J 3689.16 Ce II 4460 - 31559 0.30 0.062 -1.21

3693.42 Ce II 10275 - 37342 3.1 0.64 -0.20

71 Paw TT t? 11 8981 — 1S146 J J JH-U 0v/. 800 y 0w. 11 8

0

—0W. 74/ T-

'KMA Q1 Pa Tf V-f t/ 11 9189 — 90410 z y-rD y 11 .V/0 0u.z9 11 —0 60

Pa TT L/ 1? 11 1006 — 1J 11 041 UHJ 0U.J11J 0U.UOo 068 —11.1/1 7

3697.66 Ce II 7259 - 34295 1.7 0.34 -0.47

3698.13 Ce II 4202 - 31235 0.35 0.071 -1.15

(""p 0 IT c; 11 6S9 DJZ 11 — J11SS1 J J J J 11 .z9 0W.Z9 JS —0W. 61yj 1

J D"0.00 Pp it V.^ c 11 9880 — 90000 z^yyyjy 0W.JSIJ 0 1 1 w. 1

1

—0 07

^ D ^. I^z, ppU c IT11 401 Hy 1 L L — 1 1 01

1

J 1 yJ 1

11 . 0w 0 9

1

u.z 1 —0w.oo68

3702.79 Ce II 3704 - 30703 0.60 0.12 -0.91

3704.98 Ce II 5819 - 32802 2.0 0.40 -0.40

J 1 U0.7'f P £i TT L/C 11 — 11171 J 1 1 / 1 0w.oz^i9 oil w. 1

J

—0W. 00yyj

^707 ^Q J 1 yj 1 .jy P P TT V./ C 11 411 1 6600 — J11111 1 1 J 1 0 47 0W. 008 W^o —11 .Wl 01

2700 9Q PU PC TT11 — J

1 1111 JO^6 J.O S 8 11 .z9 0W. 08Wo

3709.93 Ce II 988 - 27935 2.3 0.48 -0.32

3713.99 Ce II 988 - 27905 0.11 0.023 -1.65

T.! J /

11 J.'t S Al/ PpU c TT11 6100 — 11907 1 1 1 .J 0w.zo96 —0W. J-7 so

J / ID. .J / Pp it t; 11 nyj — 96000 9Z. J1 0 47 —0W. 11J J 3 / 1 D. "J PpU it fc? 11 79S0 — JM- 1411 JSSJ 1 .H- 0W. 10JW -f>W.JSIJ 3718.19 Ce II 1410 - 28298 1.0 0.22 -0.67

3718.38 Ce II 4204 - 31090 2.3 0.47 -0.32

J

•J7

/

11 0".oU80 PaU c IT11 9ZJOS61J — 90410 0w. 79/ z 0 1 s w. 1

J

—0w.o81J

1797 in P A IT L/ C 11 JSSJ 11 4'f — JZ19171 J / J 0 48 0w. 1

1 0w —11 . 00WW

1799 90 Pa TT L/C 11 9S81 Z J 0

1

— 90410 z j/M- J y 0W.JSI1 0 1

1

u. 1

1

—0w. 08y 0

1799 7^i PaOc TT11 9S06 Z J "O — 904SO Z7fJU 0W.JO18 0u.u070/ ^ —11 - 101 w

3723.66 Ce II 4323 - 31171 0.24 0.050 -1.30

3724.64 Ce II 5011 - 31851 1.0 0.21 -0.68

30
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

-1725 68 PP IT ^5969 y kj y 32802

3126.96 Ce II 988 — 27812

3728.02 Ce II 5676 — 32492

3728.18 Ce II 2635 — 29450

3728.42 Ce II 5456 — 32269

3779 00 11 4266 3J 11 076 W / U

Ce II 3363 — 30166

3730.33 Ce II 11742 — 38542

3731.88 Ce II 8928 — 35716

3732.46 Ce II 2382 — 29167

J 1 JJ.JZ, Pfi TI V/ t? 11 4966 JJ 1 yj'-rJ 3737.52 Ce II 4460 — 31208

3737.74 Ce II 6913 — 33660

3740.13 Ce II 10115 — 36844

3741.01 Ce II 2642 — 29365

3741 73 Pp\j 0 II11 7259 33977 J J y 1 1 3746.37 Ce II 4523 — 31208

3748.06 Ce II 5819 — 32492

3750.08 Ce II 6638 — 33297

3751.00 Ce II 3594 — 30246

3751 45 Pp0 11it 10275 36924

3751.76 Ce II 2635 - 29281

3752.34 Ce II 5676 — 32318

3753.77 Ce II 12763 — 39395

3755.43 Ce II 3363 — 29984

3755 77 Pp II 561

7

37235

Z151.ll Ce II 7818 — 34426

3757.86 Ce II 2563 — 29167

3760.40 Ce II 2581 — 29167

3760.69 Ce II 4460 — 31043

3762 98 Pp00 II11 7341 33908

3763.61 Ce II 4266 — 30829

3164.11 Ce II 2880 — 29439

3765.04 Ce II 4523 — 31076

3765.89 Ce II 5651 — 32198

3766 51 Pp00 it11 3704 30246

3768.00 Ce II 4511 - 31043

3768.76 Ce II 8403 — 34929

3769.04 Ce II 1410 — 27935

3769.94 Ce II 8403 — 34921

3771 61 Pp TI 4323 30829

3772.65 Ce II 5819 — 32318

3773.21 Ce II 1410 — 27905

3773.44 Ce II 5437 — 31931

3776.61 Ce II 3594 — 30065

3111.61 Ce II 1874 28338

3779.61 Ce II 4511 30962

3781.10 Ce II 5119 31559

3781.62 Ce II 4266 30703

3782.53 Ce II 3996 30425

3.7 0.77 -0.1

1

0.37 0.078 -1.11

4.0 0.83 -0.08

0.38 0.080 -1.10

6.1 1.3 0.11

0 27 0 056 -1 25

0.31 0.065 -1.19

6.1 1.3 0.10

2.2 0.47 -0.33

0.31 0.066 -1.18

0 80 0yj. 11 7/ —0 78

0.63 0.13 -0.88

1.8 0.38 -0.42

2.1 0.43 -0.36

0.25 0.052 -1.28

0.92 0.19 -0.72

0.35 0.074 -1.13

2.6 0.55 -0.26

1.8 0.37 -0.43

0.64 0.14 -0.87

7 0 1.5 0 17

0.12 0.026 -1.59

1.1 0.22 -0.65

4.2 0.90 -0.05

0.80 0.17 -0.77

m

1 3 0 28 -0 56

2.3 0.48 -0.32

0.51 0.11 -0.96

0.16 0.034 -1.47

0.40 0.085 -1.07

3 6 0 77 -0 1

1

0.44 0.094 -1.03

2.3 0.50 -0.30

1.1 0.23 -0.64

0.65 0.14 -0.86

0 70 0 1 5 -0 83

Q.ll 0.057 -1.24

4.8 1.0 0.01

0.22 0.048 -1.32

2.6 0.56 -0.25

1.5 0 32 -0\jt^y 49

0^48 0.10 -0.99-

0.19 0.042 -1.38

0.52 0.11 -0.96

1.0 0.22 -0.66

0 35 0 074 —1 1 3

0.23 0.049 -1.31

0.16 0.033 -1.48

3.1 0.66 -0.18

2.0 0.44 -0.36

31
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec -

3783.04 Ce II 7234 - 33660 1.1 0.24 -0.62

3783.58 Ce II 5716 - 32139 1.5 0.32 -0.50

3786.63 Ce II 1410 - 27812 1.9 0.41 -0.39

3787.46 Ce II 11742 - 38138 1.5 0.32 -0.49

Ce II 2635 - 29029 0.31 0.066 -1.18

3787.91 Ce II 988 - 27380 0.24 0.052 -1.29

3788.21 Ce II 4845 - 31235 0.25 0.054 -1.27

3788.75 Ce II 3794 - 30180 2.2 0.48 -0.32

3790.34 Ce II 5943 - 32318 0.19 0.042 -1.38

3791.69 Ce II 7294 - 33660 0.99 0.21 -0.67

3792.33 Ce II 3704 - 30065 1.2 0.27 -0.58

3793.52 Ce II 5965 - 32318 0.78 0.17 -0.78

3793.86 Ce II 7059 - 33410 0.46 0.100 -1.00

3794.68 Ce II 6518 - 32863 0.91 0.20 -0.71

3795.26 Ce II 3794 - 30135 0.73 0.16 -0.80

3796.67 Ce II 7713 - 34044 0.63 0.14 -0.86

3799.04 Ce II 3594 - 29909 0.39 0.085 -1.07

3801.53 Ce II 7234 - 33531 27. 5.9 0.77

3803.10 Ce II 2880 - 29167 2.6 0.56 -0.25

3803.84 Ce II 12260 - 38542 2.3 0.49 -0.31

3804.16 Ce II 5651 - 31931 0.35 0.076 -1.12

3807.69 Ce II 5676 - 31931 0.87 0.19 -0.72

3808.12 Ce II 2382 - 28634 2.9 0.64 -0.20

3809.22 Ce II 4911 - 31156 2.8 0.61 -0.21

3809.50 Ce II 4460 - 30703 0.37 0.081 -1.09

3810.10 Ce II 3746 - 29984 0.15 0.033 -1.48

3810.90 Ce II 5965 - 32198 0.75 0.16 -0.78

3811.62 Ce II 11743 - 37971 2.4 0.52 -0.28

3812.21 Ce II 4737 - 30962 1.3 0.29 -0.54

3814.93 Ce II 3704 - 29909 0.15 0.032 -1.49

3815.01 Ce II 2140 - 28345

'0.22 0.049 -1.31

3815.83 Ce II 6518 - 32717 4.4 0.95 -0.02

3816.31 Ce II 5943 - 32139 0.37 0.081 -1.09

3817.46 Ce II 4845 - 31033 2.6 0.56 -0.25

3818.69 Ce II 4523 - 30703 0.50 0.11 -0.97

3819.02 Ce II 4460 - 30637 1.5 0.32 -0.50

3821.27 Ce II 2563 - 28725 0.50 0.11 -0.96

3821.70 Ce II 4266 - 30425 0.86 0.19 -0.73

3823.70 Ce II 8281 - 34426 2.1 0.47 -0.33

3823.90 Ce II 2581 - 28725 1.3 0.30 -0.53

3827.21 Ce II 5437 - 31559 0.63 0.14 -0.86

3829.69 Ce II 1410 - 27515 0.33 0.072 -1.14

3830.03 Ce II 6390 - 32492 1.4 0.32 -0.50

3830.56 Ce II 7713 - 33812 5.7 1.2 0.10

3832.75 Ce II 2642 - 28725 0.28 0.063 -1.20

3834.56 Ce II 2563 - 28634 1.4 0.31 -0.51

3834.78 Ce II 3996 - 30065 0.36 0.080 -1.10

3835.75 Ce II 7234 - 33297 0.52 0.1

1

-0.94

3836.11 Ce II 1874 - 27935 0.63 0.14 -0.86

3837.21 Ce II 2581 - 28634 0.31 0.069 -1.16

32
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3838.54 Ce II 2642 28686

3839.50 Ce II 7259 — 33297

jo41. /Z L/C 11 lU 1 1

J

1^1 ?8 JO 1 JO

L/C 11 '?'?rt8rt J JUou

3o43. / / ^ IT ue 11 88rt/l ooU4 34o 1 J

3845.28 Ce II 3996 — 29894

3845.48 Ce II 10115 — 36112

Jo4o. J. J

TT ue II 8 1 7<; O 1 /O 34IOO

LiQ II 4ZOD 3UZ4D

1 0/l C Art ^ TT ue II 4ZU4 1 rt 1 8rt 3UI oU

3849.57 Ce II 1410 — 27380

3850.12 Ce-ii 5965 — 31931

5ojZ. 1

1

T T oe II 7'je7 Z joZ Zo33 J 5oj5. lo O TT ue II rtu

7 <Q/I < Z jy4j

3oj4. ly /-\ TT ce II

1 87/1

1 o /4 770 1 7 Z /olZ

3854.32 Ce II 1874 — 27811

3855.30 Ce II 4204 — 30135

ue II <;e 1 Q JO 1 y

1 1 710 3 I /3o

JO J / .Z4 P Q IT ue 11 J jOj 7Q7B ZyZo 11 Jfi ^7 ^i/l JOJ /.04 P Q TT L-e 11 7187 Z joZ 787Q8

3857.82 Ce II 4511 — 30425

3857.94 Ce II 3996 — 29909

iooZ.4/ P ^ ¥¥ Ce II JO /o 1 1 C CO 3 1 J jy

JODO.oZ 18AA o P ^ TT ue 11 Q88 yoo 7A8/I ZOo4 11 JoOo. 14 r* r\ II ue 11 1 ^QA J J 74 7Q/1 1Q Zi'43y

3868.50 Ce II 5716 — 31559

3869.57 Ce II 9723 — 35559

3o /U.o / Ce II J J 14 1 1 1 /I rt 3 1341)

35 / l.o 1 Ce II 77 CQ 33U /y

io / D.Zo Ce II

1 rt 1 1 c 3 jyzo

3874.68 Ce II 8176 — 33977

3875.04 Ce II 3996 — 29794

3o /0. 14 P ^ TT ue 11 /I Q 1 1 4^1 1 1rt7rt1

JO /D." / P TT L.e 11 440U irt7/i/; jUZ4o

JO / O.J / a II L<e 11 1141U 4 1 rt 771 Z 87 / 1 o /

3879.31 Ce II 5437 — 31208

3879.61 Ce II 12366 — 38134

JooU.41 14Z /O /irtrt/irt IftSI JOO 1 87 .0 / ue II 7^81 ZJO 1 7811 ^ 1887 A < JOoZ.4j P 1^ TT ue II z jyo 781/1 < ZoJ4j

3883.57 Ce II 2596 — 28338

3884.20 Ce II 12457 — 38195

JOOO. jU P *-» ¥T LG II

/I <7 1 4jZj irt7/i/; 3UZ40

jooo. jy Ce II Clio J 1 ly 1rt07 Q

1 00 Q Art Ce II 44oU Ort 1 3U166

1 ooo ir\ jooy. ju Ce II 3746 7 n /I crt 3889.48 Ce II 2635 28338

3889.99 Ce II 5456 31156

3890.76 Ce II 2140 27835

3890.99 Ce 11 2642 28335

3.2 0.70 -0.15

1.3 0.29 -0.54

7 Q Z.7 rt f^A U.04 —rt 1 Q U. 1 y

rt /I Q rt 1 1 U. 1 1rt Q7

1 7 3.Z rt 7rt rt 1 < ^J. 1

J

0.25 0.055 -1.26

2.3 0.51 -0.29

1 rt 3.U rt AA u.oo —n 1 8 U. 1 o

1 1 1 .

1

rt 7/1 U.Z4 rt A 1 - ^J.0

1

1 0 3.0 rt QA U.o4 n rto —U.Uo

0.12 0.027 -1.57

0.88 0.20 -0.71

rt 7/C U.Zo rt rtC7 U.Uj / —1 7/1

1 .Z4

1 1 1 .

1

rt 7 C U.Z Jrt CO ^J. J7

7 0 Z.O rt *;7 u.oz rt 7 1 ^J.Z 1

2.8 0.62 -0.21

2.7 0.59 -0.23

7 7 Z. /rt Art rt 77

rt CO rt 1 1 U. 1

3

rt 88 ^J.OO

rt QC rt 7 1 U.Z Irt A7

0.35 0.077 -1.11

0.20 0.045 -1.35

1 1 1.3 rt 7 Q u.zy —n ^A U. 34

rt 77 u.z /rt rtA 1 U.Uo 1 —117 1 .Z

1

rt 7rt u. /u rt 1 A u. 1 o —n 8rt U.oU

1.0 0.23 -0.63

1.2 0.28 -0.56

rt Q8 rt 77 u.zz —u.oo

rt 17 U.3 /rt rtOI U.Uo3 —1 rtO l.Uo

1 A 1.4 rt "3 1 U.3 1

C\ c 1 —U.J 1

3.5 0.78 -0.11

1.1 0.24 -0.62

rt 88 U.oo rtU.ZU7rt —rt 7rt U. /u

7Z.O8 rtU.OZA7 —rt 7 1 U.Z 1 7 1 Z. 1

rt Al U.4 / —rt 17 U. JZ

0.36 0.082 -1.09

2.6 0.58 -0.24

A A 4.4 rtKJ.yy QQ —rt rtrt

r\ A< U.4j rt 1 rt U. lU _rt QQ

1 Q 3.7 rt 88 U.oo rt rtA ^J.UO

0.36 0.080 -1.09

4.2 0.94 -0.03

rt /I /I U.44 rt 1 rt U. lU —11 rtrt .uu

1 7 1 .Z rt 77 U.Z /

TV en —U.J /

rt C /I U. j4 rt 1 7

U. I z A O 1

0.27 0.060 -1.22

0.19 0.044 -1.36

A 1 o. 11 A 1.4 rt 1 >i U.14

0.48 0.11 -0.96

0.55 0.12 * -0.90

33
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

joy 1.1/ 4717 U.Z J

1 7 Q

3893.23 Ce II 5283 — 30962 0.95 0.22 -0.67

3893.87 Ce II 7878 - 33553 0.85 0.19 -0.72

3894.32 Ce II 4323 — 29994 0.31 0.071 -1.15

3895.12 Ce II 3363 — 29029 2.0 0.45 -0.35

Pp IT 4S 1 1 J\J I DO 7z.oA 0 —OU.Z71J 3897.43 Ce II 10275 — 35926 1.1 0.25 -0.60

3898.27 Ce II 3794 — 29439 1.8 0.40 -0.39

3898.94 Ce II 1874 — 27515 0.57 0.13 -0.89

3899.39 Ce II 5514 — 31152 0.29 0.065 -1.18

IT R1o 1 76/ o J J oUo yj.y I 0U.Z7 11 —

o

3901.30 Ce II 5943 — 31568 0.81 0.18 -0.73

3901.68 Ce II 9723 — 35346 1.2 0.27 -0.57

3903.34 Ce II 4523 — 30135 0.86 0.20 -0.71

3903.93 Ce II 12366 — 37974 3.4 0.79 -0.10

1 1 1 .

1

n 74 U.OZ

3904.58 Ce II 7259 — 32863 0.47 0.11 -0.97

3906.92 Ce II 12260 — 37849 6.7 1.5 0.18

3907.29 Ce II 8928 — 34514 10. 2.3 0.37

3907.45 Ce II 4166 - 29750 0.53 0.12 -0.91

P Ci If

L* c 11 n 4

1

n (\QA Kj.KjyH —1 AT

1 .\JJ

3908.41 Ce II 6913 — 32492 4.2 0.96 -0.02

3908.54 Ce II 3704 - 29281 1.2 0.27 -0.57

3909.05 Ce II 8403 - 33977 0.40 0.091 -1.04

3909.31 Ce II 3594 - 29167 0.78 0.18 -0.75

TQOQ 7'n P in TT 41 fyfi 907-1/; Z7 / JO rt 41 o 1 no —1 oo

3909.93 Ce II 7234 — 32802. 1.0 0.24 -0.63

3910.70 Ce II 9634 — 35198 2.3 0.52 -0.29

3911.30 Ce II 6638 — 32198 0.97 0.22 -0.65

3912.19 Ce II 4511 — 30065 0.85 0.19 -0.71

jy v z.H-H- Pott L/C 11 z / yj J 0 70 0 047

3913.99 Ce II 4523 — 30065 0.42 0.097 -1.01

3914.95 Ce II 3746 — 29281 0.30 0.068 -1.17

3915.52 Ce II 5676 — 31208 2.0 0.47 -0.33

3916.14 Ce II 4266 — 29794 1.4 0.32 -0.50

ue 11 ')'?S7 Z / yyjj 0 70 o naa —11 . 11 8o 3917.25 Ce II 3508 — 29029 0.20 0.046 -1.34

3917.64 Ce II 5119 — 30637 1.00 0.23 -0.64

3918.28 Ce II 5617 — 31131 3.9 0.91 -0.04

3919.81 Ce II 5651 — 31156 2.5 0.57 -0.25

jyz. I. / J

r* £1^ TT 06 11 J / 1

0

J 1 ZUo J. I n 7

1

U. / 1 —0 1 ^ 3923.11 Ce II 4511 — 29994 2.1 0.48 -0.32

3924.64 Ce II 4511 - 29984 1.7 0.38 -0.42

3924.80 Ce II 4323 - 29794 0.25 0.057 -1.25

3927.00 Ce II 7259 — 32717 0.28 0.065 -1.19

3927.39 Ce II 2880 28335 0.26 0.060 -1.22

3927.57 Ce II 11742 37196 2.0 0.46 -0.34

3928.32 Ce II 4460 29909 0.56 0.13 -0.89

3929.96 Ce II 5651 31090 0.36 0.082 -1.08

3930.81 Ce II • 7059 32492 0.84 0.20 -0.71

34
Wavelength Spectrum Energy Levels

A K

3931.09 Ce II 1410 26841

3931.37 Ce II 2382 — 27812

3932.15 Ce II 5651 — 31076

3933.73 Ce II 5676 — 31090

3934.75 Ce II 5617 — 31024

J y J u * y J Cp it 5676 31076

3937.15 Ce II 12260 —

3937.63 Ce II 5819 — 31208

3938.09 Ce II 4523 — 29909

3939.52 Ce II 8532 — 33908

3939 (\(\ 1 874 27250

3940:34 Ce II 2563 — 27935

3940.64 Ce II 3996 — 29365

3940.97 Ce II 3363 — 28731

3942.15 Ce II 0 — 25360

3942 75 Ce II 6913 32269

3943.14 Ce II 2581 — 27935

3943.50 Ce II 8804 — 34155

3943.89 Ce II 6390 — 31738

3944.84 Ce II 10115 — 35457

3944.92 Ce II 2563 27905

3946.68 Ce II 7818 — 33149

3947.97 Ce II 3363 — 28686

3949.39 Ce II 1874 — 27187

3950.42 Ce II 5119 — 30425

3952.1

1

Ce II 451

1

29807

3952.54 Ce II 2642 - 27935

3953.66 Ce II 3996 — 29281

3953.95 Ce II 4523 — 29807

3955.92 Ce II 4523 — 29794

3956 06 Cpvy O II11 581

9

J31090 1 \J y\J

3956.28 Ce II 4911 — 30180

3957.15 Ce II 2642 — 27905

3957.97 Ce II 7234 — 32492

3958.27 Ce II 5819 — 31076

3959.62 Ce II 4202 29450

3959.80 Ce II 4737 — 29984

3960.38 Ce II 5965 — 31208

3960.91 Ce II 2596 — 27835

3962.09 Ce II 7818 — 33050

3963.37 Ce II 491 1 30135

3964.50 Ce II 2596 — TI%\1

3967.05 Ce II 2635 — 27835

3967.18 Ce \\ 5437 — 30637

3967.53 Ce II 9723 — 34921

3970.04 Ce II 11742 36924

3970.42 Ce II 9634 34813

3970.64 Ce II 2635 27812

3971.68 Ce II 3996 29167

3971.88 Ce II 2642 27812

gA ef

IQS/sec

1.2 0.27 -0.56

0.62 0.14 -0.84

0.78 0.18 -0.74

1 • 6\J 0 36 -0 44

0.17 0.041 -1.39

0.25 0.058 -1.24

1.8 0.42 -0.38

0.26 0.060 -1.22

2 0 0 47 -0 32

0.63 0.15 -0.83

0.096 0.022 -1.65

1.6 0.37 -0.43

0.31 0.071 -1.15

0 81 0 19 -0 73

2.0 0.46 -0.34

19. 4.4 0.64

0.32 0.075 -1.12

0.68 0.16 -0.80

4 7 1.1 0 04

1.2 0.29 -0.54

0.17 0.041 -1.39

1.0 0.24 -0.62

0.80 0.19 -0.73

0 3

1

0 072 —1 14

0.77 0.18 -0.74

0.35 0.082 -1.09

6.5 1.5 0.18

1.0 0.24 -0.62

0 55 0.13 -0 89

0.55 0.13 -0.89

1.1 0.27 -0.57

3.9 0.91 -0.04

0.15 0.034 -1.47

1 • 2^ 0 27 -0 56

1.1 0.27 -0.57

0.59 0.14 -0.86

0.58 0.14 -0.87

0.52 0.12 -0.91

1 6 0 37 -0 43

1.4 0.32 -0.49

0.38 0.090 -1.04

0.80 0.19 -0.73

1.6 0.37 -0.43

0 69 0 1 6 —0 79

1.7 0.40 -0.40

4.1 0.97 -0.01

0.82 0.19 -0.71

0.34 0.081 -1.09

1.3 0.32 -0.50

0.23 0.054 -1.27

35
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

J y 1 L.\} 1 \j e

T r 11 K>jy\) x 1 <;q D Vjjy 1 .o n 17 U.J / U.4J 3974.19 Ce II 5011 — 30166 0.28 0.066 -1.18

3975.07 Ce II 7713 — 32863 2.3 0.53 -0.27

3976.78 Ce II 7059 — 32198 0.49 0.12 -0.93

3977.53 Ce II 8774 — 33908 0.40 0.094 -1.02

iy 1 I.I 1 ue II jy'M J 1 U /D n\j. 7Qly \j. ly n 71 ^J. Id

3978.65 Ce II 4323 — 29450 2.5 0.59 -0.23

3980.88 Ce II 5716 — 30829 2.7 0.64 -0.20

3981.90 Ce II 5969 — 31076 0.22 0.051 -1.29

3982.89 Ce II 6638 — 31738 3.5 0.82 -0.08

jyoj.Ly TT11 1 1 DO L.yLyjj u. yj U.OJ 3984.68 Ce II 7713 — 32802 6.4 1.5 0.18

3986.40 Ce II 5965 — 31043 0.28 0.068 -1.17

3989.44 Ce II 7259 — 32318 2.7 0.63 -0.20

3990.11 Ce II 2880 — 27935 0.39 0.092 -1.04

jyyKj.Kiy Pqoe TT

11 j\j 1 \}j n 077 —111 1.11

3992.13 Ce II 4323 — 29365 0.22 0.053 -1.28

3992.39 Ce II 3594 — 28635 1.8 0.43 -0.36

3992.91 Ce II 5924 — 30962 1.8 0.43 -0.36

3993.82 Ce II 7341 — 32373 6.7 1.6 0.21

Pque II JO /

o

'X(\l(\'X j\j 1 \jj O 1 7 U. 1

Z

—n 01

Ce II 3704 — 28725 0.093 0.022 -1.65

3991.12 Ce II 8804 - 33812 1.6 0.37 -0.43

3999.24 Ce II 2382 — 27380 5.1 1.2 0.09

4000.80 Ce II 5437 — 30425 0.072 0.017 -1.76

'fuu 1 .ud pue<3 II ^7 1 J / 1 0 j\j 1 yjj U. JZ n 1

7

u. IZ

4001.56 Ce II 5011 — 29994 0.85 0.20 -0.69

4001.73 Ce II 3704 — 28686 0.37 0.088 -1.05

4002.81 Ce II 7294 — 32269 1.3 0.32 -0.50

4002.97 Ce II 3363 — 2833-8 0.27 0.064 -1.19

Po T f juSOI 1 1

1

7QQ84. U.4^ n 1

0

—0yj. QQyy

4003.77 Ce II 7523 — 32492 7.0 1.7 0.23

4004.58 Ce II 7234 — 32198 0.69 0.17 -0.78

4005.64 Ce II 988 — 25945 0.44 0.11 -0.97

4007.45 Ce II 5119 — 30065 0.27 0.065 -1.18

4uU 1 .jy pueQ II Ly 1 yyj a 7^ u. 1 o —fl lA

4008.66 Ce II 7259 — 32198 0.30 0.072 -1.14

4009.06 Ce II 7202 — 32139 0.39 0.094 -1.03

4010.14 Ce II 6638 — 31568 0.83 0.20 -0.70

4011.56 Ce II 5716 — 30637 0.45 0.11 -0.97

4U1Z. PueQ II 4JZ J 7Q^1Q Z.y'ijy 8 7 o. / 2 1 U. JZ

4014.90 Ce II 4266 — 29167 2.7 o!66 -0.18

4015.88 Ce II 8403 — 33297 2.4 0.59 -0.23

4017.60 Ce II 5819 — 30703 0.65 0.16 -0.80

4019.04 Ce II 8176 — 33050 1.8 0.43 -0.37

4019.90 Ce II 8176 33045 1.3 0.31 -0.51

4022.27 Ce II 9054 33908 2.7 0.66 -0.18

4024.35 Ce II 4523 29365 0.45 0.11 -0.96

A'dlA.A9 Ce II 3794 28634 2.2 0.53 -0.28

4025.15 Ce II 3508 28345 0.57 0.14 -0.86

36
Wavelength Spectrum Energy Levels gA gf Log gf

AA K 10"/sec -

4027.05 Ce II 6913 — 31738 0.44 0.11 -0.97

4028.41 Ce II 2563 27380 1.5 0.37 -0.43

4030.16 Ce II 10115 34921 0.86 0.21 -0.68

4030.34 Ce II 2382 27187 0.44 0.11 -0.97

4031.34 Ce II 2581 27380 1.5 0.37 -0.43

4037.39 Ce II 8774 - 33536 0.58 0.14 -0.85

4037.67 Ce II 5943 30703 1.6 0.38 -0.42

4038.25 Ce II 10870 35626 3.2 0.77 -0.1

1

4039.89 Ce II 8789 33536 0.87 0.21 -0.67

4040.76 Ce II 3594 28335 5.0 1.2 0.09

AQAX.ll Ce II 5965 - 30703 0.52 0.13 -0.89

AQAl.XA Ce II 8928 — 33660 0.60 0.15 -0.83

4042.58 Ce II 3996 2.4 0.60 -0.22

4045.21 Ce II 6521 J31235 I. ^ J ^ 1.7 0.41 -0.39

4046.34 Ce II 4460 291 67 1.9 0.46 -0.34

4047.28 Ce II 5283 — 29984 0.48 0.12 -0.93

4049.03 Ce II 3996 28686 0.30 0.073 -1.14

4050.81 Ce II 7059 31738 0.53 0.13 -0.89

4051.43 Ce II 5119 29794 0.76 0.19 -0.73

4051.99 Ce II 5965 30637 0.97 0.24 -0.62

4053.51 Ce II 0 — 24663 0.60 0.15 -0.83

4054.99 Ce II 2596 27250 0.79 0.20 -0.71

4055.16 Ce II 6518 31171 0.45 0.11 -0.95

4056.90 Ce II 8403 33045 0.76 0.19 -0.72

4058.24 Ce II 3704 28338 0.20 0.050 -1.30

4058.78 Ce II 3704 — 28335 0.12 0.029 -1.53

4062.22 Ce II 11016 — 35626 5.3 1.3 0.12

4062.94 Ce II 2581 271 87 0.39 0.097 -1.01

4063.92 Ce II 3746 28345 0.27 0.067 -1.17

4064.91 Ce II 3704 28798 0.20 0.050 -1.30

4065.16 Ce II 7259 - 31851 0.55 0.14 -0.87

4066.50 Ce II 12260 — 36844 2.2 0.55 -0.26

4067.28 Ce II 8532 331 1

1

2.6 0.65 -0.19

4068.84 Ce II 5676 30246 1.7 0.43 -0.36

4070.84 Ce II 12366 36924 1.9 0.47 -0.32

4071.08 Ce II 5437 — 29994 0.32 0.081 -1.09

4071.81 Ce II 2635 27187 1.8 0.46 -0.34

4072.92 Ce II 2642 27187 0.47 0.12 -0.94

4073.48 Ce II 3854 28396 4.5 1.1 0.05

4073.74 Ce II 8449 32989 J y \J y 1.9 0.47 -0.33

4074.65 Ce II 1410 — 25945 0.035 0.0086 -2.07

4075.71 Ce II 5651 — 30180 6.3 1.6 0.19

4075.85 Ce II 4911 29439 5.1 1.3 0.10

4076.24 Ce II 6518 3 1 043 1.1 0.27 -0.57

4077.47 Ce II 2382 26900 0.68 0.17 -0.77

4078.32 Ce II 7722 32235 3.9 0.97 -0.02

4078.52 Ce II 7555 31967 1.8 0.45 -0.35

4079.02 Ce II 7059 31568 0.51 0.13 -0.90

4079.67 Ce II 7234 31738 0.89 0.22 -0.66

4080.44 Ce II 2880 27380 0.49 0.12 -0.91

37
Wavelength Spectrum Energy Levels

A K

4081.22 Ce II 3854 — 28350

TT

11 JOJ 1 101 1'^ JU 1 J J 4083.48 Ce II 9054 — 33536

4085.23 Ce II 5437 — 29909

4086.42 Ce II 4266 — 28731

4087.36 Ce II 4266 — 28725

4087 11 4088.58 Ce II 6638 — 31090

4088.85 Ce II 5716 — 30166

4089.74 Ce II 7294 — 31738

4089.86 Ce II 6518 — 30962

4090 47 TT UJ ^ 1 4090.95 Ce II 6638 — 31076

4092.09 Ce II 4204 — 28634

4092.72 Ce II 5819 — 30246

4093.96 Ce II 4266 — 28686

11 JO / o J\JWDJ 4099.75 Ce II 8695 — 33080

4101.77 Ce II 6968 — 31340

4102.36 Ce II 8928 — 33297

4104.43 Ce II 5437 — 29794

A 1 OS 00 TT11 1788S jZooJ 4106.13 Ce II 5819 — 30166

4107.42 Ce II 3996 — 28335

4107.80 Ce II 8774 — 33111

4108.26 Ce II 7234 — 31568

411 OQ ^^i 1 U". JO Pp T T 11 ^08 L 1 O J J 4110.38 Ce II 8789 — 33111

4110.84 Ce II 2581 — 26900

4111.39 Ce II 5819 — 30135

4111.93 Ce II 6390 — 30703

41 1 7'^ Pp TT11 787Q8

4114.15 Ce II 7259 — 31559

4115.37 Ce II 7455 — 31747

4117.01 Ce II 10870 — 35152

4117.29 Ce II 5965 — 30246

4117 <Q e

TT11 1 nf^Ai luD'tZ. 14Q7 1 4118.14 Ce II 5617 — 29893

4119.02 Ce It 4460 - 28731

4119.79 Ce II 8774 — 33040

4119.88 Ce II 2635 — 26900

4 1 70 81 oe TT11 7^8 Z JO 11 7^841

4123.24 Ce II 5819 — 30065

4123.49 Ce II 7722 — 31967

4123.87 Ce II 6913 — 31156

4124.79 Ce II 5514 — 29751

4125.78 Ce II 3704 27935

4126.66 Ce II 4460 28686

4127.37 Ce II 5514 29735

4127.74 Ce II 4511 28731

gA gf Log gf

lU /sec

1.6 0.41 -0.39

3.7 0.92 -0.04

1.2 0.29 -0.53

1.7 0.42 -0.37

U.Z3 U.Uj /

1 T /I —I.z4

0.68 0.17 -0.77

0.63 0.16 -0.80

0.22 0.056 -1.25

0.91 0.23 -0.64

U.44 AIT U. 1 1 —u.yj

0.36 0.089 -1.05

0.64 0.16 -0.79

0.66 0.17 -0.78

0.13 0.033 -1.49

A 1 A U. lU C\ QQ —u.yy

0.41 0.10 -0.98

0.33 0.084 -1.08

0.39 0.098 -1.01

2.5 0.64 -0.19

u.oy AIT U. 1 / —U. /O

0.18 0.046 -1.34

2.2 0.56 -0.25

0.29 0.072 -1.14

1.2 0.31 -0.51

U.4o All U. Iz —u.yj

0.15 0.039 -1.41

0.089 0.023 -1.65

1.8 0.47 -€.33

0.11 0.029 -1.54

1 n l.U U.Zo —u. jy

0.17 0.042 -1.37

0.24 0.060 -1.22

0.30 0.075 -1.12

2.7 0.68 -0.17

4.Z 1 1 1 .

1

A Al

0.82 0.21 -0.68

3.1 0.78 -0.11

2.9 0.74 -0.13

0.69 0.18 -0.76

z.o A T) —

n 1 A U. 14

0.50 0.13 -0.89

0.72 0.18 -€.74

2.0 0.51 -0.29

3.4 0.88 -0.06

J.

3

1 A

1 .4 All U. 13

1.8 0.47 -0.33

0.11 0.027 -1.56

0.15 0.039 -1.41

3.6 0.91 -0.04

0.69 0.18 -0.75

38
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4128.07 Ce II 3594 27812 0.41 0. 1

1

—0.97

4128.36 Ce II 7523 31738 1.2 0.30 -0.53

4129.18 Ce II 5969 — 30180 0.35 0.089 -1.05

4130.71 Ce II 4523 — 28725 1.5 0.37 -0.43

4131.10 Ce II 2642 — 26841 0.77 0.20 -0.71

4132.31 Ce II 5716 29909 0.37 A AO^ 0.096 1 A'^ —1.02

4132.64 Ce II 6638 30829 0.28 0.071 -1.15

4133.80 Ce II 6968 — 31152 14. 3.7 0.57

4135.44 Ce II 4511 — 28686 0.72 0.18 -0.73

4135.89 Ce II 10642 — 34813 0.86 0.22 -0.66

4136.77 Ce II 5283 29450 0.19 0.048 -1.32

4136.90 Ce II 5969 I 30135 0.34 0.088 -1.06

4137.47 Ce II 5119 — 29281 0.85 0.22 -0.66

4137.65 Ce II 4166 — 28327 4.8 1.2 0.09

4138.35 Ce II 10870 — 35027 3.4 0.88 -0.06

4139.43 Ce II 3363 27515 /All

0. 1

1

0.028 —1.55

4140.75 Ce II 4202 I 28345 0.14 0.036 -1.45

4142.40 Ce II 5617 — 29751 2.8 0.73 -0.14

4142.83 Ce II 12763 — 36894 4.2 1.1 0.04

4144.49 Ce II 3854 — 27976 0.87 0.22 -0.65

4145.00 Ce II 5617 29735 2.5 0.63 A ^ A —0.20

4146.23 Ce II 4523 28634 1.3 0.33 -0.48

4148.16 Ce II 5965 — 30065 0.34 0.087 -1.06

4148.90 Ce II 8789 — 32885 2.5 0.64 -0.19

4149.79 Ce II 5716 — 29807 1.6 0.40 -0.39

4149.94 Ce II C O 1 o 5819 29909 3.8 A an 0.97 A A 1 —0.01

4151.97 Ce II 5514 I 29592 4.9 1.3 0.10

4153.13 Ce II 1874 — 25945 0.28 0.073 -1.14

4153.93 Ce II 3746 — 27812 0.10 0.027 -1.57

4155.53 Ce II 9054 — 33111 1.7 0.45 -0.35

4159.03 Ce II 8281 32318 1 A 3.4 0.88 -0.05

4160.11 Ce II 4266 28296 0.34 0.089 -1.05

4161.18 Ce II 7722 — 31747 0.72 0.19 -0.73

4162.63 Ce II 7059 — 31076 0.82 0.21 -0.67

4163.52 Ce II 11016 — 35027 5.0 1.3 0.12

4165.61 Ce II 7341 3 1340 7.3 1 A1.9 0.28

4166.65 Ce II 4737 28731 0.43 0.11 -0.95

4167.80 Ce II 9054 — 33040 2.4 0.61 -0.21

4169.77 Ce II 5819 — 29795 2.4 0.63 -0.20

4171.39 Ce II 5943 — 29909 0.22 0.056 -1.25

4172.16 Ce II 2880 26841 0.18 0.048 -1.32

4174.48 Ce II 4737 I 28686 0.31 0.080 -1.10

4175.24 Ce II 5965 — 29909 0.27 0.071 -1.15

4176.08 Ce II 3996 — 27935 0.28 0.073 -1.14

4176.70 Ce II 9054 32989 3.1 0.81 -0.09

4179.29 Ce II 3594 27515 0.14 0.036 -1.44

4181.08 Ce II 5119 29029 1.0 0.27 -0.58

4185.33 Ce II 3363 27250 0.61 0.16 -0.79

4186.60 Ce II 6968 30847 18. 4.6 0.67

4187.32 Ce II 4460 28335 1.3 0.35 -0.46

39
Wavelength Spectrum Energy Levels gA gf Loggf

A K lU'/sec

4189.18 Ce II 5943 - 29807 0.18 0.049 -1.31

4189.64 Ce II 7294 - 31156 0.31 0.081 -1.09

4190.63 Ce II 7234 - 31090 0.91 0.24 -0.62

A 1 m c\c\ 4193.09 Ce II 7234 — 31075 3.0 0.80 -0.10

4193.28 Ce II 8532 - 32373 Z.O U. / J

4193.87 Ce II 4460 - 28298 0.90 0.24 -0.63

Ce II 9054 - 32885 1.6 0.43 -0.36

4195.82 Ce II 4511 - 28338 0.17 0.046 -1.34

4196.34 Ce II 3363 — 27187 1.1 0.30 -0.52

4197.51 Ce II 3996 - 27812 U. JU U.UoU —1 in I.IU

4197.67 Ce II 3996 - 27811 0.39 0.10 -0.99

4198.00 Ce II 4911 - 28725 0.78 0.21 -0.69

4198.43 Ce II 4523 - 28335 0.45 0.12 -0.92

4198.67 Ce II /341 — i 1 15z 6.2 1.6 0.21

Ce II 7294 - 31090 i .0 U.4o n '5')

Ce II 3594 - 27380 1.7 0.46 -0.34

Al^A.lA Ce II 6390 - 30166 0.29 0.078 -1.11

4205.79 Ce II 7059 - 30829 0.18 0.047 -1.33

4205.89 Ce II 10275 — 'y A f\ A A 34044 0.44 0.12 -0.94

4209.41 Ce II 5514 - 29263 U.OO yj.Li ^J.04

4210.00 Ce II 5283 - 29029 0.21 0.057 -1.25

4213.04 Ce II 5437 - 29167 0.31 0.083 -1.08

4214.04 Ce II 4911 - 28634 0.99 .0.26 -0.58

/I 1 ^ CO 4217.59 Ce II 8532 1 T 0 '5 C 2.3 0.62 -0.21

4222.60 Ce II 988 - 1A663 1 A U.J /

4223.88 Ce II 4266 - 27935 0.25 0.067 -1.17

4227.41 Ce II 5716 - 29365 0.33 0.088 -1.05

4227.75 Ce II 5617 - 29263 2.5 0.67 -0.17

4228.30 Ce II 7059 — 30703 0.41 0.11 -0.96

4230.12 Ce II 4202 - 27835 (\ 1 8 U. i 0 u.u^^ —1 "X 1 1 .J 1

4232.57 Ce II 5819 - 29439 0.48 0.13 -0.89

A23A.21 Ce II 4202 - 27812 0.52 0.14 -0.86

4234.73 Ce II 6638 - 30246 0.36 0.097 -1.01

4236.02 Ce II An ^ n Alii — 28338 0.49 0.13 -0.88

4236.36 Ce II %11A - 32373 U.OO n 1

8

U. i 0 U. / J

4239.91 Ce II 3854 - 27433 1.9 0.52 -0.29

4242.01 Ce II 7523 - 31090 0.46 0.12 -0.91

4242.72 Ce II 2382 - 25945 0.50 0.14 -0.87

A^ A C O O 4245.88 Ce II coin 5819 — 29365 1.0 0.28 -0.55

4245.98 Ce II 4266 - 27812 U.o / n 1 8 U. I 0 U. /4

4246.71 Ce n 2141 - 25682 0.47 0.13 -0.90

4247.45 Ce II 3363 - 26900 0.12 0.032 -1.50

4248.09 Ce II 10275 - 33808 0.83 0.22 -0.65

A^ A O /" O 4248.68 Ce II C C 1 A 5514 — OA A A 29044 3.2 0.88 -0.06

4250.66 Ce II 3996 - 27515 u.u / u U.Ul y —1 7')

4251.60 Ce II 8804 - 32318 0.43 0.12 -0.93

4251.86 Ce II 4323 - 27835 0.12 0.033 -1.48

4253.36 Ce II 3746 - 27250 0.73 0.20 -0.70

4254.70 Ce II 6638 - 30135 0.29 0.080 -1.10

4255.78 Ce II 5676 - 29167 2.0 0.53 -0.27

40
Wavelength Spectrum Energy Levels

A K

4256.16 Ce II 4323 27812

4257.12 Ce II 3704 — 27187

4259.75 Ce II 1234 30703

4261.16 Ce II 8774 32235

4263.43 Ce II 8403 3 1851

4263.95 Ce II 8789 _ 32235

4264.37 Ce II 7259 - 30703

4268.30 Ce II 5943 29365

4269.25 Ce II 7818 3 1235

4270.19 Ce II 4523 27935

4270.72 Ce II 7722 31131

4273.44 Ce II 8804 — 32198

4275.56 Ce II 4523 27905

4278.25 Ce II 10799 34166

4278.87 Ce II 2581 25945

4280.14 Ce II 5924 29281

4281.00 Ce II 4460 — 27812

4281.16 Ce II 4460 2781

1

4285.37 Ce II 7341 30670

4288.67 Ce II 2635 25945

4289.45 Ce II 3594 26900

4289.94 Ce II 2642 - 25945

4292.58 Ce II 6518 29807

4292.77 Ce II 4523 27812

4294.76 Ce II 10275 33553

4296.07 Ce II 8928 32198

4296.37 Ce II 6521 — 29790

4296.67 Ce II 4166 27433

^ /«N f\f\ 4299.09 Ce II 3996 27250

4299.36 Ce II 1410 24663

4300.33 Ce II 3594 26841

4302.65 Ce II 10642 — 33876

4304.72 Ce II 5943 — 29167

4305.14 Ce II 6913 30135

4306.72 Ce II 4166 — 27379

4309.58 Ce II 5969 29167

4309.74 Ce II 3704 - 26900

4310.70 Ce II 3996 27187

431 1.59 Ce II 7059 30246

4313.10 Ce II 5119 28298

4314.93 Ce II 6638 _ 29807

4315.41 Ce II 7259 - 30425

43 17.33 Ce II 8403 3 1559

4320.72 Ce II 3704 26841

4324.79 Ce II 7713 30829

4326.83 Ce II 5924 29029

4330.45 Ce 11 2596 25682

4331.76 Ce II 9723 32802

4332.71 Ce II 5651 28725

4334.87 Ce II 8278 31340

gA gf Loff ef

108/sec

0.37 0.100 -1.00

0.20 0.056 -1.25

0.62 0.17 -0.77

0.85 0.23 -0.63

1.3 0.36 -0.44

0.53 0.15 -0.84

0.83 0.23 -0.65

0.19 0.052 -1.29

0.80 0.22 -0.66

1.4 0.38 -0.42

2.2 0.60 -0.22

0.95 0.26 -0.58

0.47 0.13 -0.89

0.55 0.15 -0.82

0.25 0.070 -1.16

0.46 0.13 -0.89

0.25 0.068 -1.17

0.18 0.051 -1.30

1.4 0.38 -0.42

0.25 0.070 -1.15

0.33 0.092 -1.04

2.5 0.70 -0.15

0.43 0.12 -0.92

0.25 0.068 -1.17

0.78 0.22 -0.67

1.5 0.41 -0.39

0.16 0.045 -1.35

3.9 1.1 0.03

0.13 0.036 -1.44

0.53 0.15 -0.83

1.3 0.36 -0.45

1.0 0.28 -0.55

0.50 0.14 -0.86

1.8 0.50 -0.30

1.5 0.42 -0.38

0.36 0.10 -1.00

0.67 0.19 -0.73

0.29 0.079 -1.10

0.49 0.14 -0.86

0.089 0.025 -1.61

0.22 0.061 -1.22

0.45 0.13 -0.90

0.89 0.25 -0.60

0.94 0.26 -0.58

0.80 0.22 -0.65

0.22 0.061 -1.21

0.37 0.11 -0.98

1.4 0.39 -0.41

0.88 0.25 -0.60

0.42 0.12 -0.93

41
Wavelength Spectrum Energy Levels

A K

4335.49 Ce II 8176 — 31235

4336.26 Ce II 5676 28731

4337.78 Ce II 2635 25682

4339.32 Ce II 10870 33908

4340.56 Ce II 8176 31208

4342.14 Ce II 4911 - 27935

4342.49 Ce II 10275 33297

4345.83 Ce II 9634 32638

4347.60 Ce II 8176 31171

4349.79 Ce II 4266 — 27250

4352.71 Ce II 4845 - 27812

4356.75 Ce II 7234 30180

4360.18 Ce II 6521 I 29450

4360.44 Ce 11 4323 — 27250

4361.66 Ce II 4266 — 27187

4363.39 Ce II 5819 — 28731

4364.66 Ce II 3996 f\f\f\ 26900

4367.00 Ce II 11016 I 33908

4367.56 Ce II 8281 — 31171

4368.23 Ce II 7294 — 30180

Ce II 4323 — 27187

Ail5.22 Ce II 5437 28298

4373.82 Ce II 4523 27380

4375.17 Ce II 7059 29909

4375.92 Ce II 3996 26841

4380.06 Ce II 5011 - 27835

4381.78 Ce II 5819 28634

4382.17 Ce II 5514 28327

4386.35 Ce II 7202 29994

4386.70 Ce II 4460 27250

4386.84 Ce II 1874 - 24663

4388.01 Ce II 6968 29751

4390.28 Ce II 11742 34514

4391.66 Ce II 2596 — 25360

4393.19 Ce II 5969 — 28725

4394.78 Ce II 7059 - 29807

4396.58 Ce II 7012 29751

4398.79 Ce II 4460 I 27187

4399.20 Ce II 2635 — 25360

4400.54 Ce II 2642 — 25360

4400.87 Ce II 5119 — 27835

4403.30 Ce II 1 1341 34044

4405.47 Ce II 5119 27812

4407.28 Ce II 5651 28335

4408.87 Ce II 7234 29909

4410.64 Ce II 10870 33536

4410.76 Ce II 7455 30120

AAnrn Ce II 5676 28335

4413.80 Ce II 7259 29909

4416.90 Ce II 4266 26900

gA gf Log gf

108/sec

0.33 0.092 -1.04

1.1 0.32 -0.50

1.2 0.34 -0.47

4.Z 1.2 0.07

0.41 0.11 -0.94

0.13 0.036 -1.44

0.73 0.21 -0.68

1.9 0.55 -0.26

U. jZ A AQ1 —1 f\A 1.U4

1.3 0.38 -0.42

1.2 0.35 -0.45

0.15 0.043 -1.36

0.35 0.099 -1.00

U. 1

J

A A1 0 —1 /IT 1.4Z

0.24 0.067 -1.17

0.16 0.046 -1.33

1.6 0.45 -0.35

1.2 0.35 -0.46

U.4U AIT U. IZ A Q/l —u.y4

0.37 0.10 -0.98

0.18 0.053 -1.28

0.13 0.036 -1.44

0.069 0.020 -1.70

U.ZU A AC? U.Uj / —l.z4

0.91 0.26 -0.58

0.25 0.073 -1.14

0.32 0.091 -1.04

2.4 0.68 -0.17

A AO A 1 AO —l.Uo

0.32 0.093 -1.03

0.65 0.19 -0.73

1.2 0.35 -0.46

2.5 0.72 -0.14

1 Q i.y A C C U.J J —U.Zo

0.45 0.13 -0.89

0.33 0.096 -1.02

0.27 0.079 -1.10

0.37 0.11 -0.97

U.J / AIT U. 1 / A '78 0.079 0.023 -1.64

0.16 0.046 -1.34

0.73 0.21 -0.67

0.16 0.046 -1.34

U.44 All U. 1 J A QQ

0.40 0.12 -0.93

4.0 1.2 0.06

1.5 0.44 -0.35

0.33 0.096 -1.02

0.29 0.084 -1.08

0.54 0.16 -0.80

42
Wavelength Spectrum Energy Levels gA gf Log gf

A K IQS/sec

4418.78 Ce II 6968 — ^ nz 29592 D. 1

1 1 1 .

1

OU.UjO'l 4419.30 Ce II 5676 — 28298 U. 1 o U.Uj J —11 .Z77/ 4423.68 Ce II 8532 - 31131 1 1 1.1 U.J J —O AH

4427.07 Ce II 3363 - 25945 0.41 0.12 -0.92

4427. y2 Ce II

y( 1 O T 4323 — Zbyyjyj 0.83 0.25 -0.61

4428.44 Ce II 4266 — Zoo41 U.J J U. 1 o —OU.o811 4429.27 Ce II 611

A

— 31345 'f.U 11 .z7 0U.U07/ 4432.72 Ce II 11742 - 34295 nU.Z7^J —

O

U.Oj

4432.92 Ce II 5283 - 27835 0.16 0.047 -1.33

4433.73 Ce II O 1 8281 — 30829 0.26 0.077 -1.11

A A ^ /'I 4437.61 Ce II Z O O 6638 — 29167 yj.j/ n 1

1

U. 1 1 —O Q(k U. 70

A A r\ ^ A 4439.24 Ce II 11016 — 33536 nU.Zo78 —O S's U.J J 4440.88 Ce II 6518 - 29029 n 1

7

U. 1 z ^U. Q7J'Z 4443.75 Ce II 5437 - 27935 0.36 0.11 -0.97

A A A A 4444.39 Ce II 7455 — 29949 2.0 0.59 -0.23

A A A A '~I r\ 4444.70 Ce II 8532 — 1 1 A'^ A 31024 Z.J n 7<> U. / J —0 1

1

U. 1 J 4449.34 Ce II 491

1

— '^'70 OA 27380 1 .0 u.^o —0U. 14J'+ 4450.73 Ce II 5514 - 27976 1 .J U.^ft —o 1^; U. jO

4453.16 Ce II 4737 - 27187 0.11 0.032 -1.50

4454.99 Ce II

A A ^ f\ 4460 — AAA 26900 0.15 0.044 -1.36

4457.78 Ce II 8403 — 30829 U.UD / —11.1/1 7

4460.21 Ce II T O C /I 3854 — o ^ ^ ^ o 26268 J.J 1 .u 0U.UZ07

4461.14 Ce II 7341 - 29751 1 .o U.J J —0U.Zo78

4463.41 Ce II 7722 - 30120 1.8 0.55 -0.26

4464.17 Ce II 7341 — 29735 0.22 0.066 -1.18

4464.69 Ce II OT7 O 8278 —

'> A/' TA 30670 U. / z 0U.Z711 —Ou.of^l/ A A C A Ce II A523 — 'I Z AAA 26900 u. ju U. 1

J

—OU.OJ81

AAll.lA Ce II 5617 - 27976 j.'f 11 .un ou.uuoo

AAll.ll Ce II 3594 - 25945 0.61 0.18 -0.74

A All A ^ (\ AA/A.by Ce II O T O f\ 8789 — 31131 0.25 0.074 -1.13

4479.36 Ce II 4523 — 26841 1 .z n '^7 U. J / —OU.'4-41

J

4483.90 Ce II 6968 — 29263 Z.H- n 7'^ U. / J —OU. 1I'fA

4485.52 Ce 11 7878 - 30166 O '^7 U. 1 1 —

O

u. yj

4486.91 Ce II 2382 - 24663 0.79 0.24 -0.62

4488.81 Ce II O O f\ A 8804 - 31076 0.24 0.073 -1.13

A A C\'^ f\ C 4492.95 Ce II 7341 — A C A'^ 29592 U. 1

0

n OAS —1—1 . 17jZ

A A f\ A 4494.22 Ce II 6390 — 28634 n /1

1

U.4

1

n 1

7

U. 1 z —O 01

4495.39 Ce II 5011 - 27250 U.ZJ

- nu.u07^/ J —117 1 . IZ

4496.23 Ce II 8403 - 30637 0.72 0.22 -0.66

A A O C 4497.85 Ce II 7722 — O AA yl A 29949 1.1 0.32 -0.49

A C f\f\ O A 4500.34 Ce II 9723 — O 1 AO O 31938 u.oz U. 1 7 —O 77 U. /Z

4508.08 Ce II 501

1

— 27187 n r\A 1 U.UM1

—118 —1 . JO

4509.14 Ce II 7092 - 29263 n 7Q nU.UO" 080 —1— 0'>1 .Uj

4510.17 Ce II 7818 - 29984 0.24 0.073 -1.14

45 10.92 Ce II 8928 — T 1 AAA 31090 0.29 0.087 -1.06

A C % C O Z' 4515.86 Ce II 8532 — 30670 U.JO n 1 a U. 1 o —O 7< ^J. / J 4519.59 Ce II 10870 — O A O A 32989 n Q8 U. jU —O ^7 U. jZ

4522.08 Ce II 7059 — 29167 nu.un7A/ o nU.UZ071J —1 /;i 1 .DJ

4523.08 Ce II 4166 - 26268 1 7 1 .z OKU.J J U.4j

4527.35 Ce II 2581 - 24663 0.80 0.25 -0.61

43
Wavelength Spectrum Energy Levels

A K

4528.47 Ce II 6968 - 29044

4536.89 Ce II 12260 34295

4537.88 Ce II 7878 29909

4539.07 Ce II 11016 33040

4539.75 Ce II 2642 24663

4544.96 Ce II 3363 — 25360

4545.87 Ce II 5943 27935

4549.64 Ce II 11016 32989

4550.30 Ce II 9054 31024

4551.30 Ce II 5969 27935

4554.56 Ce II 3996 — 25945

4558.60 Ce II 491

1

26841

4560.28 Ce II 7341 29263

4560.96 Ce II 5514 27433

4562.36 Ce II 3854 25766

4563.38 Ce II 6390 - 28298

4565.84 Ce II 8774 30670

4572.28 Ce II 5514 27379

4572.79 Ce II 11949 33812

4576.48 Ce II 9723 31568

4582.50 Ce II 5617 - 27433

4591.12 Ce II 8928 30703

4593.93 Ce II 5617 27379

4601.37 Ce II 10646 32373

4604.21 Ce II 8281 29994

4605.48 Ce II 9317 - 31024

4606.40 Ce II 7341 29044

4611.56 Ce II 12366 34044

4613.02 Ce II 7059 28731

4624.90 Ce II 9054 30670

4628.16 Ce II 4166 - 25766

4633.60 Ce II 7059 28634

4636.74 Ce II 5819 27380

4644.20 Ce II 8281 29807

4647.38 Ce II 5676 27187

4654.29 Ce II 4202 - 25682

4659.94 Ce II 7713 29167

4666.71 Ce II 4523 25945

4670.74 Ce II 5437 26841

4680.13 Ce II 8532 29893

4680.99 Ce II 11016 — 32373

4684.61 Ce II 7294 28634

4685.23 Ce II 7012 28350

4689.50 Ce II 8928 30246

4690.17 Ce II 7012 28327

4690.50 Ce II 8278 29592

4692.06 Ce II 5943 27250

4694.88 Ce II 6518 27812

4707.94 Ce II 7092 28327

4714.00 Ce II 8928 30135

gA gf Loggf

lu /sec

2.8 0.85 -0.07

1.2 0.38 -0.43

0.29 0.091 -1.04

1.1 0.35 -0.45

0.80 0.25 —0.60

0.24 0.076 -1.12

0.084 0.026 -1.58

0.70 0.22 -0.66

0.40 0.13 -0.90

0.61 0.19 A —0.72

0.039 0.012 -1.92

0.12 0.039 -1.41

2.3 0.71 -0.15

0.65 0.20 -0.70

2.6 0.86 A c\n —0.07

0.075 0.023 -1.63

2.2 0.69 -0.16

0.22 0.068 -1.17

1.1 0.34 -0.47

0.38 All 0.12 —A0.9z

0.89 0.28 -0.55

0.67 0.21 -0.67

1.7 0.55 -0.26

0.30 0.095 -1.02

0.098 0.03

1

1 C 1 —1.51

0.20 0.065 -1.19

1.4 0.45 -0.35

1.2 0.37 -0.44

0.21 0.068 -1.16

2.2 ATI 0.71 A 1 C -0.15

2.2 0.72 -0.14

0.10 0.034 -1.47

0.088 0.028 -1.55

0.29 0.095 -1.02

0.084 A A^ n 0.027 1 —1.57

0.16 0.054 -1.27

0.12 0.040 -1.40

0.049 0.016 -1.79

0.15 0.050 -1.30

0.78 A O ^ 0.26 A CO —\j.Dy

0.30 0.100 -1.00

1.0 0.33 -0.48

0.20 0.064 -1.19

0.11 0.035 -1.45

0.078 0.026 1 CO —i.jy

0.14 0.046 -1.34

0.11 0.038 -1.42

0.20 0.067 -1.18

0.16 0.052 -1.28

1.2 0.39 -0.41

44
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

4714.81 Ce II 8532 29735

4717.88 Ce II 5651 — 26841

4722.30 Ce II 451

1

25682

4723.31 Ce II 5676 26841

4725.09 Ce II 4202 25360

4730.13 Ce II 7202 _ 28338

4733.52 Ce II 10115 - 31235

4735.35 Ce II 7523 28634

4737.28 Ce II 8789 29893

4739.12 Ce II 7202 28298

4739.53 Ce II 10058 _ 31152

Ce II 8281 — 29365

AlAl.\A Ce II 1 1743 32802

4749.50 Ce II 12763 33812

4752.24 Ce II 12260 33297

4755.54 Ce II 5819 26841

4757.84 Ce II 7713 - 28725

4759.92 Ce II 8804 29807

4763.90 Ce II 8278 29263

4768.77 Ce II 7012 27976

4773.94 Ce II 7455 28396

4780.23 Ce II 11949 — 32863

4789.69 Ce II 5969 26841

4835.63 Ce II 1111 28396

4846.57 Ce II 1111 28350

4858.72 Ce II 9317 29893

4874.01 Ce II 8928 - 29439

4891.90 Ce II 10799 31235

4893.97 Ce II 10704 31131

A f\ "t A f\ A 4914.94 Ce II 7092 27433

4928.09 Ce II 7092 27379

4943.45 Ce II 9726 — 29949

4943.84 Ce II 7713 27935

4944.62 Ce II 8131 28350

4961.49 Ce II 5617 25766

4977.23 Ce II 7294 27380

4986.42 Ce II 8278 - 28327

4991.02 Ce II 1 1310 31340

501 1.77 Ce II 8449 28396

5022.87 Ce II SAIA 28327

5027.29 Ce II 11455 31340

5031.97 Ce II 11341 — 31208

5037.77 Ce II 8131 27976

5044.01 Ce II 9772 29592

5075.30 Ce II 7202 26900

5076.47 Ce II 1 1458 31 152

5079.68 Ce II 11166 30847

5117.18 Ce II 11310 30847

5117.95 Ce II 10058 29592

5147.55 Ce II 10314 29735

0.52 0.17 -0.76

0.21 0.069 -1.16

0.056 0.019 -1.73

0.077 0.026 -1.59

0.17 0.057 -1.25

0.28 0.092 -1.03

0.80 0.27 -0.57

f\ f\Ci ^ 0.086 0.029 -1.54

1.7 0.58 f\ ^ A -0.24

0.14 0.046 1 A -1.34

0.78 0.26 -0.58

0.21 0.071 -1.15

1.9 0.66 -0.18

0.26 0.088 -1.06

0.40 0.14 -0.87

0.13 0.044 -1.36

0.44 0.15 -0.82

0.084 0.029 -1.54

0.31 0.1

1

-0.98

0.32 0.1

1

-0.96

0.81 0.28 -0.56

0.36 0.12 -0.91

0.078 0.027 -1.57

0. 16 0.057 1 A —I.IA

0.20 0.071 -1.15

0.22 0.078 -1.11

0.33 0.12 -0.93

0.23 0.083 -1.08

0.72 0.26 -0.59

0.13 0.046 -1.34

0.063 0.023 -1.64

0.78 0.28 -0.55

0.1

1

0.040 -1.39

0.41 0.15 -0.82

0.040 0.015 -1.83

0.16 0.059 -1.23

0.41 0.15 -0.81

0.58 0.22 -0.66

0.47 0.18 -0.76

0.54 0.20 -0.69

0.20 0.074 -1.13

0.38 0.14 -0.84

0.49 0.19 -0.73

1.1 0.43 -0.36

0.73 0.28 -0.55

0.65 0.25 -0.60

4.3 1.7 0.22

1.5 0.58 -0.24

0.12 0.048 -1.32

0.76 0.30 -0.52

45
Wavelength Spectrum Energy Levels

A K

5163.27 Ce II 11341 30703

51 87 45 jj 9772 29044

5191.68 Ce II 7012 — 26268

5205.52 Ce II 10058 — 29263

5210.34 Ce II 7713 — 26900

5226.36 Ce II 7713 — 26841

5232 91 TI11 1 0646 2975

1

5234.01 Ce II 8278 — 21319

5235.77 Ce II 11949 — 31043

5237.05 Ce II 10646 — 29735

5239.83 Ce II 9317 — 28396

5252 62 II11 93 1

7

28350 X* O _J ^ V/ 5258.40 Ce II 5651 - 24663

5265.71 Ce II 10058 — 29044

5274.24 Ce II 8424 — 27379

5275.78 Ce II 10314 29263

5330 58 Ce II 7012 25766 ^ / \j\J 5353.53 Ce II 7092 — isied

5359.48 Ce II 11341 — 29994

5393.39 Ce II 8897 — 27433

5409.22 Ce II 8897 — 27379

541 7 84 Pp TI11 8928 27380

5459.21 Ce II 13028 - 31340

5464.20 Ce II 11455 — 29751

5472.30 Ce II 10058 — 28327

5512.09 Ce II 8131 — 26268

5513 11 Pp II11 1 1 458 29592

5516.08 Ce II 13028 - 31152

5518.49 Ce II 9317 — 27433

5550.04 Ce II 10314 — 28327

5561.46 Ce II 11760 29735

5610 26 Pe II 8449 26268

5613.70 Ce II 11455 — 29263

5637.39 Ce II 11310 — 29044

5668.94 Ce II 8131 — 25766

5683.77 Ce II 11455 — 29044

571 1 45 Pp IT11 111/1 760\j\J 29263

5715.29 Ce II 12457 - 29949

5768.90 Ce II 10646 — 27976

5771.98 Ce II 10058 — 27379

5783.99 Ce II 11760 — 29044

5817 78 Pp IT11 8176 25360 ^ —J \J\J 5858.56 Ce II 10314 — 27379

5975.87 Ce II 10704 — 27433

5995.35 Ce II 10704 — 27379

6034.20 Ce II 11760 — 28327

6035.49 Ce II 13028 29592

6043.39 Ce II 9726 26268

6098.34 Ce II 14276 30670

6108.74 Ce II 13527 29893

gf Loggf

lU / oCC

0.50 0.20 -0.70

2.1 0.85 -0.07

0.72 0.29 -0.53

0.22 0.091 -1.04

0 0'<5 —1 45

0.11 0.047 -1.33

0.97 0.40 -0.40

0.20 0.082 -1.09

0.23 0.096 -1.02

0 1 % —Ou.oo88

0.080 0.033 -1.48

0.35 0.15 -0.84

0.047 0.019 -1.71

0.75 0.31 -0.51

1 7 0 50 —0 ^0

0.20 0.083 -1.08

0.43 0.18 -0.74

1.0 0.44 -0.35

0.18 0.077 -1.12

1 1 1 .

1

0 4Q —0U.J?^11

1.0 0.45 -0.34

0.055 0.024 -1.62

0.64 0.28 -0.55

0.41 0.18 -0.74

U.DO 0 ^ 1 —O 51

0.72 0.33 -0.49

0.091 0.042 -1.38

0.30 0.14 -0.86

0.21 0.097 -1.01

U. 1 o 0 074 —1 1

1

0.11 0.051 -1.29

0.21 0.098 -1.01

0.21 0.10 -1.00

0.29 0.14 -0.87

0 7"? 0U. 1 1 1 1 —0 Qfi

0.17 0.084 -1.08

0.31 0.15 -0.82

0.30 0.15 -0.83

0.35 0.17 -0.76

n 05

1

0 07 ^; —1 59

0.082 0.041 -1.38

0.063 0.032 -1.50

0.074 0.038 -1.42

0.31 0.17 -0.78

0 1 U. 1 o —0 78

0.18 0.096 -1.02

0.25 0.14 -0.86

0.34 0.18 -0.73

0.49 0.27 -0.56

0.24 0.13 -0.88

46
Wavelength Spectrum Energy Levels

A K

6232.45 Ce II 9726 - 25766

6272.05 Ce II 12457 - 28396

6299.51 Ce II 15282 - 31 152

6371.1 1 Ce II 12705 - 28396

6466.90 Ce II 14276 - 29735

6675.54 Ce II 12457 - 27433

6744.70 Ce II 13527 - 28350

6755.08 Ce II 13527 - 28327

6919.27 Ce II 13527 - 27976

71 15.08 Ce II 14276 - 28327

7150.23 Ce II 15282 - 29263

7189.40 Ce II 13527 - 27433

7238.36 Ce II 12457 - 26268

7361.89 Ce II 12366 - 25945

7390.45 Ce II 0 - 13527

7972.34 Ce 11 988 - 13527

8025.56 Ce II 0 - 12457

8250.64 Ce II 1410 - 13527

8405.24 Ce II 2382 - 14276

8702.38 Ce II 3794 - 15282

8716.66 Ce II 988 - 12457

8772.14 Ce II 2880 - 14276

gA gf Loggf

108/sec

0.063 0.037 -1.44

0.27 0.16 -0.81

0.35 0.21 -0.68

0.19 0.11 -0.94

0.16 0.10 -1.00

0.060 0.040 -1.40

0.1

1

0.077 -1.11

0.034 0.023 -1.64

0.062 0.045 -1.35

0.1

1

0.081 -1.09

0.23 0.18 -0.75

0.12 0.090 -1.05

0.12 0.092 -1.03

0.031 0.025 -1.60

0.00067 0.00055 -3.26

0.00062 0 00059 -3.23

0.0013 0.0012 -2.91

0 00053 0 00054 -3.27

0.00075 0.00079 -3.10

0.0026 0.0029 . -2.54

0 00034 0 00038 -3.42

0.0035 0.0040 -2.40

47
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

2174.60 Co I 0 - 45971 1.1 0.081 -1.09

zioo. 1 / Co I 4143 48217 1 1

1 .7 0.13 —0.88

2274.49 Co I 0 43952 0.54 0.042 -1.38

2284.85 Co I 816 — 44568 0.64 0.050 -1.30

2287.81 Co I 4143 — 47839 4.9 0.39 -0.41

2291.46 Co I 4690 - 48317 1.8 0.14 -0.86

2295.23 Co 1 0 43555 0.61 0.048 -1.32

2296.05 Co I 5076 48616 1.9 0.15 -0.83

2296.71 Co I 4690 — 48217 3.8 0.30 -0.53

2303.97 Co I 3483 — 46873 1.3 0.10 -1.00

2304.18 Co I 816 - 44202 0.91 0.073 -1.14

2305.18 Co I 816 A A -\ O 441 83 1.1 0.087 1 A>^ -1.06

2309.02 Co I 0 I 43295 6.8 0.54 -0.26

2316.16 Co I 1407 — 44568 1.6 0.13 -0.88

2316.86 Co I 1407 — 44556 2.0 0.16 -0.79

2323.14 Co I 816 - 43848 8.0 0.65 -0.19

2325.55 Co I 1407 A A C\ A 44394 2.3 0.19 -0.72

2335.99 Co I 1407 I 44202 5.9 0.49 -0.31

2338.67 Co I 1809 — 44556 8.2 0.67 -0.17

2339.05 Co I 816 — 43555 1.9 0.15 -0.82

2346.16 Co I 816 - 43426 2.4 0.20 -0.70

Ijjv.Ia Co I 46yu 4 1 IZj Z.Z U. 1 0 —U.74

2351.39 Co I 1407 — 43922 0.69 0.057 -1.24

2352.85 Co I 3483 — 45971 14. 1.1 0.05

2353.42 Co I 816 — 43295 8.7 0.72 -0.14

2355.48 Co I 1407 - 43848 3.0 0.25 -0.60

2358.18 Co I 1 O f\C\ 1809 A A"^ A'> 44202 3.0 0.25 A z:a -0.60

2365.07 Co I 0 42269 3.3 0.27 -0.56

2369.68 Co I 4143 — 46330 4.2 0.36 -0.45

2370.51 Co I 816 — 42988 1.1 0.090 -1.05

2371.44 Co I 17234 - 59389 13. 1.1 0.06

2371.86 Co I 1407 43555 1.9

A 1 /' 0.16 A OA -0.80

2372.83 Co I 1407 43538 0.50 0.042 -1.37

2377.22 Co I 5076 — 47129 3.5 0.29 -0.53

2380.48 Co I 816 — 42811 7.1 0.61 -0.22

2384.86 Co I 0 - 41918 5.6 0.47 -0.32

2387.46 Co I 4690 46563 2.3 A 1 n 0.19 —0.71

2400.84 Co I 4690 46330 1.00 0.086 -1.06

2402.06 Co I 816 — 42434 6.5 0.56 -0.25

2406.27 Co I 4143 — 45688 1.7 0.15 -0.82

2407.25 Co I 0 — 41529 25. 2.2 0.34

2410.5

1

Co I 14036 55509 20. 1 O

1.8 A C 0.25

2411.62 Co I 816 42269 31. 2.7 0.43

2412.76 Co I 1809 — 43243 12. 1.1 0.03

2413.19 Co I 5076 — 46502 2.3 0.20 -0.71

2413.58 Co I 14399 — 55819 10. 0.91 -0.04

2414.46 Co I 1407 42811 36. 3.2 0.50

2415.30 Co I 1809 43200 40. 3.5 0.55

2422.56 Co I 13796 55061 20. 1.7 0.23

2424.93 Co I 0 41226 22. 1.9 0.28

48
Wavelength Spectrum Energy Levels gA gf Log gf

A K 1 O^/ser

UO 1

11 .z9 0 1 1 U. 1 1 —Oyj. Qf^ yy)

p n I 8o 11 AD f 1 yX3y 0u. 79/ z 0 o^;4 —11 .zu 90

Co I 816 - 41918 24. 2.2 0.33

2435.83 Co I 0 - 41041 4.0 0.35 -0.45

Z'f jO.DO I 1 407 91Z J. 9Z. 11 0U. 19jZ

OU 1

1 800 ^Z / y / 91Z J. 9Z. 11 0U. jZ19

Z'f't 1 .U J U U 1

1 79'^4 Jl / Z jM- — JO*\8187 lo / 8So J

.

7/ .D 0 88

2456.24 Co I 3483 - 44183 3.9 0.35 -0.45

2460.21 Co I 15184 - 55819 4.3 0.39 -€.41

Z'tOU.O 1 U O 1

1 800 — AlAXA 4'+. 7/ 0 41 —OU.J17/

O U 1

1 "^70^^ 1 J / 7D — S4'?00 7/ . 7/ 0yj. 70/ \j —0U. 11 JS

lAf^T. ZtDJ. 78/ o Pno I (J 1

1 407 — 41081 0V/. 71/ J 0 0^i7 —11 . 11 8o 2464.62 Co I 1407 - 41969 0.42 0.038 -1.42

2467.69 Co I 1407 - 41918 2.5 0.23 -0.65

9470 78 U U 1 — 410'\9 fJ 7 JZ 7 1 0w.of\l/ —Oyj. 11 7

1

Z.H 1 J . y\j Pn I 8O 1 f\ 1 D — 4199A 1 ZZD 0 8S 0 078 —1 1 1 OAlf^ fid Pn f — 41848 7 1 w.oJ —0 1 8

2483.61 Co I 4143 - 44394 7.5 0.69 -0.16

2493.93 Co I 8461 - 48546 3.8 0.35 -0.45

94Q4 1'^ Pn^ I (J 1 — 41^SS J J J 1 .o 0 1 —(\U.o811

940*5 Z-H-yj . J J PnU T

1 — 44909 f,O.J1 0v.jySO —0vf.Z91J

"fAQf. 7 1 Pn I 414^ — 441 8'? O.J1 0U. JSO" —OU.Z91J 2502.28 Co I 7442 - 47394 1.2 0.11 -0.96

2504.52 Co I 3483 - 43399 7.6 0.72 -0.15

9sn^^ 88 Pn I

I./ U 1 4^i00 — 44'^^.8 J Do D.D u.oz —OU.Z9 11

9^07 (^9. Pn I 4A00 — 44 SS^^ *\ 1 0 so —0U. 10jU

9S 1 1 09 Pn I — 4190S 98zo. 9z.oA 0U.'+Z 49

2512.90 Co I 7442 - 47225 3.8 0.36 -0.45

2513.12 Co I 4143 - 43922 1.8 0.17 -0.76

9 S 1 7 87 PnO I (J 1 — 44104 1 s 1 4 0 1 U. 1 o

9 S9 1 '\f\ Pn r 0 — '?0^i40 90zu. 11 . 0y 0U.ZO98

9S98 Q7 Pn I 8

1

o 1 o — 40'?4A 1 o. 1 ^^ 1 .o 0 1 0

2530.13 Co I 4690 - 44202 12. 1.2 0.06

2532.18 Co I 5076 - 44556 16. 1.5 0.19

/. J J J . jO PnO U I

1 7449 / f^Z — 4^^87'? fDO / J 9z.z9 0U.Z9 11 U.Oo

Z. J J J . Pn I

.

u U 1

11 407 fU / — 4089 8 1

1 0 11 .o8 OU.Z9 SJ

9 S'^^i 4Q Pn I 414'? ^J J J J i1 9z. 11 .z9 0u.u07/ 2544.25 Co I 1809 - 41102 15. 1.5 0.17

2544.86 Co I 4143 - 43426 3.2 0.32 -0.50

9S48 "^4 Pn I U O 1 7449 — 4^^^>79 'too / Z

1 <c 1 J.1 c

1 .J o 1 U. 1 D

9 ^40 "in PnUO T

1

1 /107 — ACitkll 4UOZZ 1 8 1 .o O 1 7 ^J. /o

Z J J j.UU P00n I1 — AISiAfi A A O 41 U.'f J n 17

2553.37 Co I 4143 - 43295 5.0 0.49 -0.31

2555.07 Co I 5076 - 44202 6.5 0.64 -0.20

9SS^\ 7^^ Pn T

L/ (J 1 4 1 4^ — 41941 1 1 J. 1 ou. jUio —OU. jZS9

Z JDZ. 1 J PnU I

1

1 800 — 40898 7 8 0W. 77/ / —O 1 1 U. 1 1 Z JO 1 'J J Pn I L> U 1

11 407 fU / — 4014^» 8o.z9 0 81 —OU.U7OQ

I'^ll Z J / Z.ZM- 94 Pn I 4A00 — 41<i^'N HJ J J J1 7 O 1 7 —nu. 77/ / 2573.40 Co I 4690 - 43538 1.2 0.12 -0.93

2573.54 Co I 4143 - 42988 1.2 0.12 -0.94

49
Wavelength Spectrum Energy Levels gA gf Loggf

A K

2574.35 Co I 816 - 39649 5.7 0.56 -0.25

2575.73 Co I 1809 - 40622 0.27 0.027 -1.57

2580.84 Co I 4690 - 43426 2.0 0.20 -0.70

2585 34 Co I 8461 — 47129 5.7 0.57 -0.25

2590.59 Co I 7442 - 46032 5.7 0.57 -0.24

2591.69 Co I 4690 - 43264 1.9 0.19 -0.72

2594.16 Co I 1809 - 40346 0.55 0.056 -1.25

2600.98 Co I 3483 - 41918 0.65 0.066 -1.18

Pn I 507f> 1.7 0.17 -0.77

2610.76 Co I 4143 - 42434 0.50 0.05 1 -1.29

2614.13 Co I 1407 - 39649 0.46 0.047 -1.33

2616.26 Co I 8461 - 46672 5.1 0.52 -0.28

2617.86 Co I 5076 - 43264 1.3 0.13 -0.88

2^.72 Oft Pn I 414^ — 4226Q 1.2 0.12 -0.91

2622.43 Co I 4690 - 4281

1

1.4 0.14 -0.84

2627.64 Co I 3483 - 41529 2.7 0.28 -0.55

2644.78 Co I 8461 - 46260 2.3 0.24 -0.61

2646.42 Co I 4143 - 41918 3.5 0.37 -0.43

2^i48 fid Pn I 3483 — 41226 7.3 0.76 -0.12

2649.94 Co I 8461 - 46186 3.0 0.32 -0.50

2650.27 Co I 5076 - 42797 1.4 0.15 -0.83

2675.98 Co I 5076 - 42434 1.5 0.17 -0.78

2679.76 Co I 8461 - 45767 4.0 0.43 -0.37

Pn I 4690 — 41918 2.0 0.22 -0.66

2695.85 Co I 4143 - 41226 1.8 0.20 -0.70

2705.85 Co I 13796 - 50742 6.2 0.68 -0.17

2715.99 Co I 16468 - 53276 30. 3.3 0.52

2731.12 Co I 16471 - 53075 20. 2.3 0.36

2740 Z, / HV/.HU Pn I 7442 — 4^922 4.8 0.54 -0.26

2745.10 Co I 16778 - 53196 30. 3.4 0.53

2761.37 Co I 4143 - 40346 0.74 0.084 -1.07

2764.19 Co I 3483 - 39649 1.2 0.14 -0.86

2766.22 Co I 17234 - 53374 22. 2.5 0.39

2778 82 PnU U I

1

1 S 1 84 — S 1 1 60 16. 1.8 0.26

2796.23 Co I 5076 - 40828 0.34 0.040 -1.40

2797.08 Co I 8461 - 44202 1.3 0.16 -0.81

2803.77 Co I 4690 - 40346 0.75 0.088 -1.05

2815.56 Co I 4143 - 39649 0.99 0.12 -0.93

2820 01 Pn T 846

1

— 4'^Q 1 1 0.49 0.059 -1.23

2837.15 Co I 16778 - 52014 1 1. 1.3 0.10

2850.04 Co I 8461 - 43538 1.1 0.14 -0.86

2862.61 Co I 1407 - 36330 0.20 0.024 -1.62

2872.50 Co I 8461 - 43264 0.49 0.061 -1.22

Pn I 8O 1 6u — 35451 0.39 0.048 -1.31

2899.82 Co I 16471 - 50945 6.8 0.86 -0.06

2903.20 Co I 16468 - 50903 3.2 0.40 -0.40

2927.67 Co I 16778 - 50925 1 1. 1.5 0.17

2928.81 Co I 0 - 34134 0.043 0.0056 -2.25

2929.51 Co 1 16468 - 50593 11. . 1.4 0.15

2957.68 Co 1 16778 - 50579 3.1 0.40 -0.40

50
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

2987.16 Co I 0 33467

2989.59 Co I "0 33440

2995.15 Co I 17234 5061

1

3000.55 Co I 816 34134

3013.60 Co I 0 33173

3017.55 Co 1 816 33946

3026.37 Co I 15184 48217

3034.43 Co I 1407 34352

3042.48 Co I 816 — 33674

3044.00 Co I 0 — 32842

3048.89 Co I 1407 34196

3060.05 Co I 15774 48444

3061.82 Co I 816 — 33467

3062.20 Co I 816 — 33463

3064.37 Co I 816 — 33440

3072.34 Co I

1 A 1407 33946

3082.62 Co I 0 32431

3086.78 Co I 1809 — 34196

3089.60 Co I 816 — 33173

3098.20 Co I 1407 33674

3121.42 Co I 0 32028

3121.57 Co I 816 32842

3137.33 Co I 1809 33674

3139.94 Co I 816 — 32654

3147.06 Co I 1407 — 33173

3 152.7

1

Co I 16196 47905

3154.68 Co I 16471 48160

3158.78 Co I 816 — 32465

3188.37 Co I 15774 — 47129

3219.15 Co I 816 — 31871

3232.87 Co I 16471 47394

3243.84 Co I 15184 46003

3247.18 Co 1 15184 — 45971

3254.21 Co I 1 5 1 84 45905

3260.82 Co I 16471 47129

3271.78 Co I 15774 46330

3283.46 Co I 16778 47225

3287.19 Co I 15774 — 46186

3307.15 Co I 15774 46003

3314.08 Co I 14036 — 44202

3319.48 Co 1 23612 53728

3322.20 Co I 16471 46563

3325.24 Co I 16196 46260

3326.99 Co 1 23612 53660

3334.14 Co I 3483 33467

3339.78 Co I 23856 53789

3342.73 Co I 16778 46685

3346.94 Co I 23856 53725

3348.11 Co I 16471 46330

3354.38 Co I 4143 33946

0.83 0.1 1 -0.96

0.82 0.1

1

-0.96

3.6 0.48 -0.32

0.17 0.023 -1.65

0.36 0.049 -1.31

0.96 0.13 -0.88

8.5 1.2 0.07

0.090 0.012 -1.91

0.27 0.038 -1.42

3.1 0.44 -0.36

0.63 0.088 -1.05

9.0 1.3 0.10

2.1 0.30 -0.53

0.059 0.0083 -2.08

0.082 0.012 -1.94

1.3 0.18 -0.74

0.60 0.086 -1.07

1.2 0.17 -0.76

0.37 0.053 -1.27

0.35 0.051 -1.29

0.27 0.040 -1.40

0.12 0.018 -1.75

0.56 0.083 -1.08

0.33 0.048 -1.32

0.58 0.086 -1.07

8.3 1.2 0.09

38. 5.7 0.75

0.40 0.060 -1.22

9.3 1.4 0.15

0.095 0.015 -1.83

10. 1.6 0.20

12. 1.9 0.29

14. 2.1 0.33

20. 3.2 0.50

19. 3.0 0.48

7.8 1.2 0.10

39. 6.3 0.80

4.7 0.76 -0.12

7.2 1.2 0.07

6.3 1.0 0.02

58. 9.5 0.98

16. 2.6 0.42

12. 1.9 0.29

84. 14. 1.15

1.1 0.19 -0.73

47. 7.8 0.89

1 1. 1.8 0.26

47. 7.8 0.89

7.0 1.2 0.07

1.1 0.19 -0.72

51
Wavelength Spectrum Energy Levels

A K

3361.56 Co I 24628 - 54367

3362.80 Co I 24628 54356

3367.11 Co I 3483 33173

3370.33 Co I 4690 — 34352

3373.23 Co I 18390 — 48026

3385.22 Co I 4143 - 33674

o 1 o o in 3388. 17 Co I A ti c\r\ 4690 341 96

3395.38 Co I 4690 34134

3405.12 Co I 3483 — 32842

3409.18 Co I 4143 — 33467

3412.34 Co I 4143 - 33440

3412.63 Co I 0 29295

3414.74 Co I 5076 34352

3417.16 Co I 4690 — 33946

3424.51 Co I 16778 — 45971

3428.23 Co I 24628 - 53789

343 1.58 Co I 816 29949

3433.04 Co I 5076 34196

3438.91 Co I 26450 — 55521

3442.93 Co I 1407 — 30444

3443.64 Co I 4143 — 33173

3446.09 Co I 25938 C A C\ A O 54948

3449.17 Co I 4690 I 33674

3449.44 Co I 3483 — 32465

3453.50 Co I 3483 — 32431

3455.23 Co I 1809 - 30743

3456.93 Co I 816 29735

3461.18 Co I 25569 I 54452

3462.80 Co I 5076 — 33946

3465.80 Co I 0 — 28845

3471.38 Co 1 25569 - 54367

3474.02 Co I 0 28777

3478.56 Co I 18390 47129

3483.41 Co I 4143 — 32842

3485.37 Co 1 25139 — 53822

3489.40 Co I 7442 - 36092

3491.32 Co I

•% o r\C\ 1809 f\ A A A 30444

3495.69 Co I 5076 I 33674

3496.68 Co I 4143 — 32733

3502.28 Co I 3483 — 32028

3502.62 Co I 1407 — 29949

3506.32 Co I 4143 32654

3509.84 Co I 4690 33173

3510.43 Co I 816 — 29295

3512.64 Co I 4690 — 33151

3513.48 Co I 816 — 29270

3518.35 Co I 8461 36875

3520.08 Co I 816 29216

3521.57 Co I 3483 31871

3523.43 Co I 5076 33449

gf Loggf

108/sec

29. 5.0 0.70

29. 5.0 0.70

0.86 0.15 -0.84

0.23 0.040 -1.40

1 1. 1.8 0.26

1.7 0.28 -0.55

2.2 0.39 -0.41

4.4 0.76 -0.12

15. 2.7 0.43

7.3 1.3 0.11

11. 1.9 0.28

1.1 0.20 -0.70

1.1 0.19 -0.72

5.1 0.89 -0.05

13. 2.2 0.34

20. 3.5 0.55

1.6 0.28 -0.56

9.1 1.6 0.20

24. 4.3 0.63

1.1 0.20 -0.70

13. 2.4 0.38

32. 5.7 0.76

7.3 1.3 0.1

1

2.6 0.46 -0.33

26. 4.6 0.66

0.80 0.14 -0.84

0.065 0.012 -1.93

83. 15. 1.17

9.7 1.8 0.24

2.3 0.42 -0.38

26. 4.7 0.67

3.6 0.64 -0.19

5.1 0.92 -0.04

0.13 0.024 -1.61

98. 18. 1.25

17. 3.1 0.49

0.34 0.063 -1.20

4.3 0.78 -0.1

1

0.66 0.12 -0.92

11. 2.0 0.30

0.36 0.066 -1.18

9.4 1.7 0.24

4.5 0.83 -0.08

0.75 0.14 -0.86

7.4 1.4 0.14

2.0 0.37 -0.44

21. 3.9 0.60

0.16 0.030 -1.52

2.9 0.55 -M).26

6.5 1.2 0.08

52
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

3526.85 Co I 0 28346

3529.03 Co I 1407 - 29735

3529.0

1

Co I A 1 A ") 4143 32465

3533.36 Co I

1 OAA 1809 T A 1 A'5 30103

3543.26 Co I

1 C t 0 A 15184 A "> "> AA 43399

3548.44 Co I 13796 _ 41969

3550.60 Co I 1407 - 29563

3552.99 Co I 15774 A 1 C\ i 1 4391

1

3558.78 Co I A /' AA 4690 32782

3560.89 Co I 5076 T 1 C 1 33151

3564.95 Co I 4690 32733

3569.38 Co I 7442 — 35451

3574.^6 Co I 4690 32654

3575.36 Co I 816 28777

3578. U8 Co I 18390 46330

3578.90 Co I 14036 41970

3585.16 Co I 4143 - 32028

icon in 3587. 19 Co I 0 A £i \ 8461 T z: 1 T A 36330

3594.87 Co I

1 A AT 1407 0 A'^ 1 z: 292 16

3602.08 Co I 1 0 ri A 1809 29563

3605.36 Co I 4\43 _ 31871

3611.70 Co I 18775 - 46455

3615.39 Co I

1 C ^ ^ A 15774 43426

3620.43 Co I 18390 46003

3624.33 Co I 14399 41983

3624.96 Co I 5076 _ 32654

3627.81 Co I 4143 - 31700

363 1.39 Co I 01^ 816 ^ 0 A H 28346

3632.84 Co I 0 1 1 0 /I 23184 c c\n c\i 50703

3634.7

1

Co I ^ '5 ^ AO 23208 50712

3636.72 Co I 15774 43264

3639.44 Co I 15774 — 43243

3641. /y Co I

1 /I An 1 1647

1

43922

Co I

^ An A 164/1 4iy 1 1 3647.66 Co I

1 OAA 1809 29216

3649.35 Co I 23184 50579

3652.54 Co I 1407 - 28777

"J H C A AC 3654.45 Co I

t c n n A 15774 43 130

3656.97 Co I 4690 32028

3662.16 Co I 18390 45688

3676.55 Co I 23184 _ 50376

3683.05 Co I 16778 - 43922

/' 0 A AO 3684.48 Co I 16778 /( 1 r\ 1 1 4391

1

3690.72 Co I 16468 43555

3693.1

1

Co I 16778 43848

0 y A AO 3693.48 Co I 1647

1

43538

3702.24 Co I 23208 50211

3704.06 Co I 8461 35451

3707.47 Co I 16471 43436

3708.82 Co I 16471 43426

2.6 0.48 -0.32

1.6 0.30 -0.52

A A 1 0

1.8 0.24

1.3 0.24 -0.63

7.6 1.4 0. 16

1.8 0.34 -0.47

0.31 0.058 -1.23

3.1 A C A 0.59 -0.23

A 1 y1 0. 14 A A'l ZT 0.026 1 C A -1.59

1 0

1.8 0.33 f\ AO -0.48

1.2 0.23 -0.63

26. 5.0 0.70

z.z A /I 0 0.42 —0.38

1 T

1 .z A 00 U.Zz —0.65

J.Z A /: 1 U.61 —U.Z 1

0.91 0.17 -0.76

1.2 0.23 -0.64

26. C A

5.U A "7 A0.70

1 AA 1.00 A 1 A

0. 19 -0.71

A A'^ 0.92 0.18 —0.75

0.88 0.17 -0.76

12. 2.4 0.38

1 0

1.8 0.36 -0.44

2.5 0.48 -0.32

0.62 0.12 —0.92

0.089 0.017 -1.76

0.93 0.18 -0.74

A ACT 0.053 A A 1 A 0.010 1 AO —1.98

1 o

ly. 3.8 A C 0 0.58

zz.

A A 4.4 0.64

1.8 0.35 -0.45

4.8 0.96 -0.02

5. 1

r\ n A U. 14 AIT

A "5 4.3 A 0 C 0.85 —A AT 0.U7

0.05 1 A A 1 A 0.010 —2.00

27. 5.4 0.73

0.060 0.012 -1.92

1 c 1.5 ATA 0.30 A—0.52

A A C /T 0.056 0.01

1

1 Ac -1.95

13. 2.7 0.43

37. 7.5 0.87

11. 2.2 0.34

2.2 f\ A A 0.44 -0.36

1 T

1.7 A O C 0.35 —0.46

A 6.4 1 ^ 1.3 0. 1

1

5.8 1.2 0.08

39. 7.9 0.90

1 0

1.8 0.37 -0.43

1.4 0.29 -0.53

5.7 1.2 0.07

53
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3712.18 Co 1 16468 - 43399 1.2 0.24 -0.61

i / lo.bb Co I 13796 40622 0.26 0.054 -1.27

3730.48 Co I 15184 41983 4.7 0.99 -0.00

3732.40 Co I 15184 — 41969 6.3 1.3 0.12

3733.49 Co I 16778 — 43555 4.9 1.0 0.01

3734.14 Co I 16471 — 43243 2.3 0.47 -0.33

•J 7 T C Q -J Co I 1 0 / /o A1 0 i.y A 0 1 0.82 A A 0 -0.08

3745.50 Co I 7442 — 34134 0.42 0.088 -1.06

3749.94 Co I 16471 — 43130 2.6 0.56 -0.25

3751.63 Co I 16778 — 43426 1.2 0.25 -0.60

3754.35 Co I 20501 — 47129 2.7 0.58 -0.24

"3 "7 C C AC 3 / 55.45 Co I 16778 43399 2.9 0.60 -0.22

3760.39 Co I 14036 40622 0.30 0.065 -1.19

3774.60 Co 1 16778 — 43264 1.4 0.29 -0.53

3777.54 Co I 16778 — 43243 0.73 0.16 -0.81

3808.11 Co I 3483 - 29735 0.031 0.0067 -2.18

36 14.46 Co I

t C ^ ^ A 15774 A t no 41 983 0.97 0.2

1

-0.67

3816.33 Co I 15774 I 41970 1.9 0.42 -0.37

3816.47 Co I 15774 — 41969 1.6 0.35 -0.45

3841.46 Co I 7442 — 33467 0.074 0.016 -1.79

3842.05 Co 1 7442 - 33463 1.8 0.39 -0.41

1 O A c An io45.4 / Co I n A A^ /44z 1 1 A A f\ 33441) 8.8 2.0 A A

3861.16 Co I 8461 34352 1.1 0.24 -0.62

3873.12 Co I 3483 — 29295 2.2 0.50 -0.31

3873.96 Co I 4143 — 29949 1.3 0.30 -0.53

3876.84 Co I 3483 — 29270 0.1

1

0.025 -1.61

•3001 0-7 ioo 1.0 / Co I 46^0 'J f\ A A A 3U444 f\ A'i A AAO 1 A

1

—1 .1)1 3884.62 Co I 8461 34196 0.18 0.041 -1.38

3885.29 Co I 7442 — 33173 0.069 0.016 -1.81

3892.12 Co I 20501 — 46186 1.3 0.30 -0.52

3893.07 Co 1 18775 - 44455 0.80 0.18 -0.74

3894.08 Co I 846

1

'y A ^ A 34134 12. 2.8 A AC 0.45

3894.98 Co 1 5076 I 30743 0.33 0.076 -1.12

3898.49 Co I 15184 — 40828 0.29 0.065 -1.18

3904.05 Co r 28845 — 54452 5.9 1.3 0.13

3906.29 Co I 4143 - 29735 0.063 0.014 -1.84

3909.93 Co I 0 25569 A A1 1 0.023 A AA C 0.0052 —2.28

3917.11 Co I 18390 43911 3.4 0.79 -0.10

3922.75 Co I 8461 — 33946 0.12 0.028 -1.56

3925.16 Co I 21216 — 46685 1.8 0.41 -0.38

3929.25 Co I 28346 - 53789 5.5 1.3 0.1

1

3933.91 Co I 4690 30103 A A 1 ^ 0.016 A AAI 0 U.UU3o —ZAl

3935.97 Co I 7442 32842 1.6 0.38 -0.42

3940.89 Co I 5076 — 30444 0.090 0.021 -1.68

3941.73 Co I 3483 — 28845 0.090 0.021 -1.68

3945.33 Co I 7442 — 32782 0.22 0.052 -1.28

3952.33 Co I 3483 28777 0.016 0.0038 -2.42

3952.92 Co I 7442 32733 0.39 0.093 -1.03

3957.94 Co I 4690 29949 0.10 0.024 -1.62

3961.00 Co I 21216 46455 2.4 0.57 -0.24

54
Wavelength Spectrum Energy Levels gA gf Log gf

AA lU°/sec

^ U 1 70501 — 45f>88 4 1 1 0 0 01

D y / I..JD I 7834^4 — 5351'' 1

6

3 7 0 57

3973.15 Co 1 15184 - 40346 0.85 0.20 -0.70

3974.73 Co I 4143 - 29295 0.038 0.0089 -2.05

^977 1 8 Pn r 11 8775 O / / — 4391

1

0 70 0 1 7 -0 78

jy 1 o.uo PoU 1 414^ — 79770 L.y 1 \j 0 056 0 011 —11 . 880 O

J'^979 y 1 y , 3S7L. 8 1 fi — 75938 0 018 0 0041 —2 16

3987.12 Co 1 4143 - I'^lX^ 0.018 0.0044 -2.36

3990.30 Co I 15774 - 40828 0.73 0.18 -0.76

Pn I 7Q770 ^y1- 1 yj 1 5 1 5 0 55

-iqQl AO Pn I 4^490y\j — 79715 Z-y 1 J J 0 017 0\J,\J\J 00771 1 1. Z. J y y-r. J'-r Pn I 5076 — 30103 0 074 0 0057 _7 ^5

3995.31 Co I 7442 - 32465 6.0 1.4 0.16

3997.91 Co I 8461 - 33467 1.3 0.31 -0.51

401 3 94 Pn I 11 61vj 1 96yxj — 41 1 02 0 80 0 19 -0 77

401 9 ^0 Pn 1 4690 '"^yj yyj 0 010 0 0025 —7 60

4070 90 Pn I 3483 — 28346 0 1 1 0 026 — \ 58

4023.40 Co I 15774 - 40622 0.23 0.056 -1.25

4027.04 Co I 1407 - 26232 0.012 0.0029 -2.53

403 5 5 5 Pn I 28845 - 5361

8

1 8 4 5 0 65

4045 Pn T 8461 — 33173 0 46 0 1 1 -f) 95

4052 92 Pn ! 28845 — ^53517 ^ Jf 1 Z. 11. 2.8 0 45

4057.20 Co I 1809 - 26450 0.0052 0.0013 -2.89

4058.19 Co I 4143 - 28777 0.029 0.0072 -2.14

4058 AO Pn I 11 U 11 Qf^ 7U — 4087R 0 87 0 77 —0 67

40f>f> ^7 Pn I 7447 — 1707R 0 1

1

0 077 —11.111 1 40f>8 54 Pn I 1 5774 1 1 0 17 —0 49

4086.31 Co I 15184 - 39649 2.2 0.54 -0.27

4092.39 Co I 7442 - 31871 0.72 0.18 -0.74

4104 75 Pn I 1 8775 — 43 1 30 0 67 0V/. 171 / —0 77

41 1 0 54 Pn I 84fS1 — 17787 0 67 0 1 6 —0 80

41 1 8 77 Pn I 846

1

— 32733 1 1 0 79 —0 10

4121.32 Co I 7442 - 31700 3.7 0.93 -0.03

4158.42 Co I 23184 - 47225 1.9 0.48 -0.32

4162 17 Po 1 28845 — 52864 8 7 2 1 0 35

41 87 25 Po\J\J I1 1 647 1 - 4034fi 0 77 0 07

1

—1 1 5 41 90 7 1 Pn I 0 — 23856 0 0086 0 0071 —7Z, . 65UJ 4234.00 Co I 0 - 23612 0.0020 0.00054 -3.27

4252.31 Co I 816 - 24326 0.0062 0.0017 -1.11

4285 79 Pn I 1 407 — 74711 0V/. 0078 \J\JL. O 0 00077 —1 1

1

J . 1

1

433 1 74 Pn I 1 '-ry 1 jyjj 1 y 1 7 0 QO —0 04

4339 (O Pn I Z, \j J \J 1 "-r D J J O 1 1 0 17 —0 4Q

4371.13 Co I 16778 - 39649 0J9 0.055 -1.26

4373.63 Co I 28346 - 51204 3.6 1.0 0.01

4391 57 Pn I — 470Q1 '-r 1 yjy V

1 1 0 17 —0 44

AA\1 40 Pn I 7471^ — 47165 1 7 0 50 —0 10

4421 34 Pn I 7^fil 7 — 46771 1 0 0 10 —0 57

443 1 62 Pn I 7'?708 — 45767 0 77 0 71 —0 65

Co I 25041 - 47528 1.4 0.42 -0.37

4466.89 Co I 24326 - 46707 3.7 1.1 0.04

55
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4469.56 Co I 23856 - 46223 5.2 1.5 0.19

4471.55 Co I 24733 - 47091 2.6 0.77 -0.11

4478.32 Co I 25041 - 47365 1.6 0.47 -0.33

4483.93 Co I 25233 - 47528 1.4 0.43 -0.36

4494.76 Co I 28471 - 50712 2.4 0.72 -0.14

4517.11 Co I 25233 - 47365 2.8 0.85 -0.07

4530.96 Co I 23612 - 45676 11. 3.4 0.53

4533.99 Co I 25041 - 47091 4.9 1.5 0.18

4543.81 Co I 21920 - 43922 1.7 0.52 -0.29

4549.66 Co I 24733 - 46707 6.0 1.9 0.27

4565.59 Co I 24326 - 46223 7.9 2.5 0.39

4570.02 Co I 29295 - 51170 2.6 0.82 -0.09

4580.14 Co I 7442 - 29270 0.0075 0.0024 -2.62

4581.60 Co I 23856 - 45676 8.8 2.8 0.44

4594.63 Co I 29295 - 51053 5.9 1.9 0.27

4596.90 Co I 29295 - 51042 5.9 1.9 0.27

4623.04 Co I 25740 - 47365 1.1 0.34 -0.46

4625.78 Co I 29949 - 51561 3.2 1.0 0.01

4629.38 Co 1 24628 - 46223 6.7 2.1 0.33

4663.41 Co I 25269 - 46707 11. 3.5 0.54

4682.38 Co I 25740 - 47091 6.8 2.2 0.35

4693.21 Co I 26063 - 47365 6.3 2.1 0.32

4698.38 Co I 26250 - 47528 1.7 0.56 -0.25

4727.94 Co I 3483 - 24628 0.0021 0 00070 -3.15

4734.83 Co I 26250 - 47365 1.1 0.37 -0.43

4749.68 Co I 24628 - 45676 4.6 1.5 0.19

4754.36 Co I 26063 - 47091 1.2 0.41 -0.39

4768.08 Co I 25740 - 46707 1.4 0.48 -0.32

4771.11 Co I 25269 - 46223 4.1 1.4 0.15

4776.32 Co I 26598 - 47528 5.7 2.0 0.29

4780.01 Co I 26450 - 47365 7.4 2.5 0.40

4792.86 Co I 26232 - 47091 16. 5.4 0.73

4813.48 Co I 25938 - 46707 9.5 3.3 0.52

4840.27 Co I 25569 - 46223 1 1. 3.9 0.59

4843.46 Co I 26450 - 47091 1.6 0.55 -0.26

4867.88 Co I 25139 - 45676 20. 7.1 0.85

4882.72 Co I 26232 - 46707 2.6 0.92 -0.04

4899.52 Co I 16471 - 36875 0.12 0.043 -1.37

5 108.89 Co I 3 1700 - 51268 5.1 2.0 0.30

5122.77 Co I 29563 - 49078 5.8 2.3 0.36

5125.69 Co I 31700 - 51204 6.7 2.6 0.42

5126.20 Co I 29216 - 48719 5.4 2.1 0.32

5133.45 Co I 31700 - 51174 8.4 3.3 0.52

5146.74 Co I 28777 - 48202 9.6 3.8 0.58

5154.05 Co I 31871 - 51268 8.5 3.4 0.53

5156.34 Co I 32733 - 52121 9.7 3.9 0.59

5176.08 Co I 16778 - 36092 0.21 0.084 -1.08

5212.71 Co I 28346 - 47524 13. 5.1 0.71

5230.22 Co I 14036 - 33151 0.22 0.090 -1.04

5235.21 Co I 17234 - 36330 0.45 0.19 -0.73

56
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

5247.93 Co I 14399 33449

5250.00 Co I 33674 — 52717

5254.65 Co I 32028 — 51053

5257.62 Co I 32028 — 51042

5265.82 Co I 29216 — 48202

5266 30 Co I 29735 48719

5266.49 Co I 16468 - 35451

5268.52 Co I 30103 — 49078

5276.19 Co I 33173 — 52121

5280.65 Co I 29270 — 48202

5283.49 Co I 33173 52095

5287.57 Co I 29295 - 48202

5287.81 Co I 32654 — 51561

5301.06 Co I 13796 — 32654

5310.20 Co I 33946 — 52772

5312.66 Co I 33946 52764

5316.78 Co I 32465 - 51268

5321.72 Co I 33674 — 52460

5325.28 Co I 32431 — 51202

5325.95 Co I 33946 — 52717

5331.47 Co I 14399 33151

5332.67 Co I 28777 - 47524

5333.65 Co I 32431 — 51 174

5334.84 Co I 32431 — 51 170

5341.33 Co I 33440 — 52156

5342.71 Co I 32431 51 143

5343.39 Co I 32465 - 51174

5347.49 Co I 33467 — 52162

5349.09 Co I 33467 — 52156

5352.05 Co I 28845 — 47524

5353.48 Co I 33440 521 14

5359.18 Co I 33467 — 52121

5362.77 Co I 34134 — 52775

5369.58 Co I 14036 — 32654

5381.10 Co I 15774 — 34352

5381.75 Co I 34196 52772

5407.51 Co I 33674 - 52162

5436.99 Co I 33173 — 51561

5444.57 Co I 32842 — 51204

5452.30 Co I 30743 — 49078

5454.56 Co I 32842 51 170

5469.30 Co I 15184 - 33463

5470.46 Co I 30444 — 48719

5477.08 Co I 29949 — 48202

5483.34 Co I 13796 — 32028

5483.96 Co I 29295 47524

5489.65 Co I 32842 51053

5495.67 Co I 27497 45688

5523.29 Co I 18775 36875

5524.98 Co I 33173 51268

0.24 0.099 -1.00

6.4 2.7 0.42

4.2 1.7 0.24

8.4 3.5 0.54

2.5 1.0 0.01

8.2 3.4 0.54

0.35 0.15 -0.83

8.9 3.7 0.57

9.9 4.1 0.62

12. 5.2 0.71

5.0 2.1 0.32

2.0 0.83 -0.08

4.1 1.7 0.24

0.097 0.041 -1.39

2.7 1.2 0.06

11. 4.6 0.66

5.3 2.2 0.35

2.1 0.89 -0.05

7.9 3.3 0.52

3.3 1.4 0.14

0.094 0.040 -1.40

1.9 0.82 -0.09

3.9 1.7 0.22

3.9 1.7 0.22

7.1 3.0 0.48

26. 11. 1.05

13. 5.6 0.75

4.0 1.7 0.24

4.0 1.7 0.24

13. 5.5 0.74

15. 6.5 0.81

8.1 3.5 0.54

14. 6.0 0.77

0.13 0.057 -1.25

0.037 0.016 -1.79

5.5 2.4 0.38

8.2 3.6 0.56

3.8 1.7 0.22

1 1. 5.0 0.70

2.4 1.1 0.04

8.9 4.0 0.60

0.034 0.015 -1.82

2.9 1.3 0.11

2.6 1.2 0.06

0.14 0.063 -1.20

2.2 0.99 -0.00

4.0 1.8 0.25

0.66 0.30 -0.52

0.16 0.071 -1.15

3.7 1.7 0.22

57
Wavelength spectrum Energy Levels gf T i* Loggf

A K 10^/sec

5530.77 Co I 13796 _ 31871 0.054 0.025 -1.60

5558.82 Co I 28471 - 46455 0.68 0.32 -0.50

5590.73 Co I 16471 34352 0.099 0.047 -1.33

5636. 12 Co I 33463 51201 3.2 1.5 0.19

5647.22 Co I 18390 36092 0.18 0.087 -1.06

5659.1

1

Co I 16468 34134 0.021 0.010 -2.00

5830.08 Co 1 28777 - 45925 0.75 0.38 -0.42

5890.48 Co I 16468 33440 0.063 0.033 -1.49

5915.54 Co I 17234 34134 0.077 0.040 -1.39

5935.39 Co I 15184 32028 0.021 0.01

1

-1.95

5946.49 Co I 29563 46375 1.1 0.57 -0.24

5984.08 Co I 14036 - 30743 0.017 0.0092 -2.04

5991.88 Co I 16778 33463 0.092 0.050 -1.31

6000 67 Co I 29216 45877 1.5 0.83 -0.08

6006.36 Co I 35451 _ 52095 3.9 2.1 0.33

6007.67 Co I 36330 _ 52971 4.4 2.4 0.38

6049.10 Co I 36330 - 52857 4.4 2.4 0.38

6082.44 Co I 28346 44782 2.3 1.3 0.10

6086 65 Co ! 27497 43922 0.71 0.40 -0.40

6093.13 Co I 14036 30444 0.028 0.016 -1.81

61 16.98 Co I 14399 30743 0.022 0.012 -1.91

6122.65 Co I 28777 - 45106 1.3 0.71 -0.15

6189.00 Co I 13796 29949 0.025 0.014 -1.85

6230 97 \j\J 1 14399 30444 0.016 0.0095 -2.02

6249.51 Co 1 16468 32465 0.036 0.021 -1.67

6257.58 Co I 29949 45925 1.1 0.66 -0.18

6273.03 Co I 32782 - 48719 2.0 1.2 0.06

6282.63 Co I 14036 29949 0.036 0.021 -1.67

6320.41 Co I 3545

1

51268 3.7 2.2 0.34

6347.83 Co I 35451 51200 3.6 2.2 0.34

6395.20 Co I 30743 46375 1.2 0.71 -0.15

6417.82 Co I 18775 - 34352 0.063 0.039 -1.41

Co I 17234 32782 0.024 0.015 -1.82

(S450 24 Co I 1 3796 29295 0.076 0.048 -1.32

6455.00 Co I _ 44782 3.0 1.9 0.28

6477.88 Co I 30444 45877 1.5 0.93 -0.03

6490.34 Co I 16468 - 31871 0.022 0.014 -1.85

6551.44 Co I 15184 30444 0.0086 0.0055 -2.26

6563 42 Co I 1 6468 31700 0.055 0.036 -1.45

6595.90 Co I 29949 _ 45106 1.1 0.71 -0.15

6632.44 Co 1 18390 33463 0.092 0.060 -1.22

6678.81 Co I 15774 - 30743 0.014 0.0095 -2.02

6771.06 Co 1 15184 29949 0.039 0.027 -1.58

f>8 1 4 94 1 5774 30444 0.056 0.039 -1.41

6872.40 Co I 16196 _ 30743 0.061 0.043 -1.36

6937.81 Co I 21920 36330 0.060 0.043 -1.37

7016.61 Co I 16196 30444 0.046 0.034 -1.47

7027.81 Co I 31700 45925 1.6 1.2 0.08

7052.89 Co I 15774 29949 0.10 0.075 -1.13

7054.04 Co 1 21920 36092 0.14 0.10 -0.99

58
Wavelength Spectrum Energy Levels

A K

7084. Co I

1 C 1 O yi 15 1 84

7113.56 Co 1 31871 45925

7134.32 Co 1 32733 — 46746

7154.71 Co I 16471 — 30444

7159.18 Co I 32782 — 46746

7193.60 Co I 32028 45925

7285.28 Co I 23153 I 36875

7354.59 Co I 15184 — 28777

7388.70 Co I 21920 — 35451

7417.38 Co I 16471 — 29949

7457.36 Co I 1 1 ^ f\f\ 3 1700 45 106

7533.48 Co I 32654 I 45925

7553.99 Co I 31871 — 45106

7564.96 Co I 39649 — 52864

7586.72 Co I 23153 — 36330

7590.57 Co I 16778

7606.30 Co I 32782 45925

7610.24 Co 1 21216 — 34352

7712.68 Co I 20501 — 33463

7734.23 Co I 33449 — 46375

Co I 3 1 87 1 44/61

7838.17 Co I 32028 44782

7840.05 Co I 33173 — 45925

7855.85 Co I 33151 — 45877

7869.90 Co I 33173 — 45877

7871.39 Co I 33674 46375

7908.71 Co I 32465 I 45106

7926.55 Co I 34134 — 46746

7987.38 Co I 16778 — 29295

8007.27 Co I 33440 — 45925

8022.13 Co I 33463 45925

8029.26 Co I 32654 I 45106

8043.33 Co I 33946 — 46375

8056.06 Co I 33467 — 45877

8066.49 Co I 34352 — 46746

8093.96 Co I 3243

1

44782

8116.41 Co I 32465 I 44782

8152.11 Co I 32842 — 45106

8193.03 Co I 33674 — 45877

8208.66 Co I 34196 — 46375

8372.84 Co I 32842 44782

8378.39 Co I 33173 45106

8574.57 Co I 21780 — 33440

8575.35 Co I 22475 — 34134

8586.74 Co I 33463 45106

8589.73 Co I 33467 45106

8661.09 Co I 21920 33463

8819.15 Co I 41529 52864

gA

108/sec

0.18 0.14 -0.86

1.7 1.3 0.10

1.9 1.4 0.16

\J. v7 1 O — 11 . 7S/ J 2.4 1.8 0.26

0.93 0.72 -0.14

0.10 0.082 -1.09

0.012 0.0098 -2.01 n 1

7

0 0Q8 —1 01

0.038 0.031 -1.50

1.8 1.5 0.18

0.78 0.66 -0.18

1.5 1.3 0.12

2.4 2.0 0 T, 1 o!o65 0.056 -1.25

0.0086 0.0075 -2.13

1.6 1.4 0.13

0.060 0.052 -1.28 n 1

1

0 OQS —1 09

1.2 1.0 0.02

0.58 0.52 -0.28

1.8 1.6 0.21

1.0 0.93 -0.03

0 80 0 74 —0 1 T, 0.60 0.56 -0.25

0.71 0.66 -0.18

2.6 2.4 0.39

1.6 1.5 0.17

0 O"?/! yj.yjjo

6.2 6.0 0.78

1.2 1.2 0.08

1.3 1.3 0.10

2.9 2.8 0.45

7 8 0

0.80 0.78 -0.1 1

3.0 3.0 0.47

0.61 0.60 -0.22

0.50 0.50 -0.30

9 1 0

2.0 2.0 0.30

3.1 3.3 0.52

1.2 1.3 0.10

0.026 0.029 -1.54

Kj.yj / y nu.v/oo 088 —1

1 Ofk 0.53 0.58 -0.23

1.4 1.6 0.19

0.027 0.030 -1.52

6.4 7.5 0.87

59
Wavelength Spectrum Energy Levels

A K

2245.13 Co II 4029 — 48556

fn IT 4079 47807

2286.16 Co II 3350 — 47078

2292.00 Co II 17772 — 61388

2293.39 Co II 4561 — 48151

2307.86 Co II 4029 — 47346

23 1 1 60 Pn IT 4561 47807

2314.05 Co II 4950 — 48151

2314.98 Co II 5204 — 48388

2324.32 Co II 4029 — 47039

2326.14 Co II 4561 47537

2326 48 Tn IT 3350 T'U ^ ^ 1 2329.10 Co II 18338 — 61260

2330.35 Co II 4950 — 47848

2344.26 Co II 5204 — 47848

2347.39 Co II 4950 — 47537

J) U 1 . J J) Pn II KjKJ 11 S704 47S^7

2363.79 Co II 4029 —

2375.18 Co II 4950 — 47039

2378.62 Co II 3350 — 45379

2383.46 Co II 4029 — 45972

2386 36 Pn IT 4561 4645^

2388.92 Co II 3350 - 45198

2389.54 Co II 4950 — 46786

2393.90 Co II 4561 — 46321

2397.39 Co II 9813 — 51512

2404 17 Pn IT11 5204 46786

2407.67 Co II 10708 - 52230

2408.75 Co II 4950 — 46453

2414.06 Co II 4561 — 45972

2416.90 Co II 11322 — 52684

Pn II11 4029 45179

2423.62 Co II 5204 — 46453

2428.29 Co II 4029 — 45198

2436.98 Co II 4950 — 45972

2449.16 Co II 4561 — 45379

7450 on Pn TT11 1lyj0708 / yjo 51517

2464.20 Co II 9813 — 50382

2485.36 Co II 9813 — 50036

Co II 10708 — 50914

2506.46 Co II 9813 — 49698

75 1 7 40 Pn\j\J TT11 74075 63865

2519.82 Co II 10708 - 50382

2524.96 Co II 11322 — 50914

2528.62 Co II 9813 — 49348

Co II 10708 — 50036

Co II 24412 63665

2559.41 Co II 11322 50382

2564.04 Co II 10708 49698

2574.86 Co II 13405 52230

^0

gA gf Log gf

10^/sec

27. 2.0 0.31

12. 0.97 -0.01

169. 13. 1.12

77. 6.0 0.78

17. 1.3 0.12

169. 13. 1.13

125. 10. 1.00

136. 11. 1.04

116. 9.3 0.97

53. 4.3 0.63

59. 4.8 0.68

44. 3.5 0.55

62. 5.0 0.70

48. 3.9 0.59

64. 5.3 0.72

90. 7.4 0.87

12. 1.0 0.00

166. 14. 1.14

20. 1.7 0.23

ICO 158. 13. 1.13

178. 15. 1.18

116. 9.9 1.00

278. 24. 1.38

89. 7.6 0.88

28. 2.4 0.38

229. 20. 1.29

64. 5.5 0.74

127. 11. 1.04

47. 4.1 0.61

70. 6.1 0.79

78. 6.8 0.83

119. 10. 1.02

21. 1.8 0.26

14. 1.3 0.10

13. 1 1 1.1 A AC 0.05

11. 0.97 -0.02

67. 6.0 0.78

49. 4.5 0.65

16. 1.5 0.17

62. 5.7 0.76

302. 28. 1.45

56. 5.3 0.72

171. 16. 1.21

188. 18. 1.25

c n 569. 55. 1.74.

108. 11. 1.02

56. 5.5 0.74

174. 17. 1.23

206. . 20. 1.31

35. 3.5 0.54
Wavelength Spectrum Energy Levels

A K

2580.33 Co 11 9813 - 48556

ISZl.lA Co II 1 1322 - 50036

1S%1.11 Co II 10708 - 49348

2614.36 Co II 17772 - 56011

Kiil.lA Co II 18032 - 5601

1

2663.53 Co II •9813 - 47346

2694.68 Co II 10708 - 47807

gA gf Log gf

108/sec

412. 41. 1.61

220. 22. 1.34

194. 19. 1.29

244. - 25. 1.40

215. 22. 1.35

65. 6.9 0.84

21. 3.0 0.47

61
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2364.71 Cr I 0 - 42275 0.39 0.033 -1.49

2383.33 Cr I 8308 50253 6.0 0.5

1

-0.29

2408.62 Cr I 8308 I 49812 8.4 0.73 -0.14

2496.31 Cr I 7927 — 47975 11. 1.1 0.02

2502.53 Cr I 8095 — 48043 7.4 0.70 -0.16

2504.31 Cr I 8095 - 48014 13. 1.2 0.08

^ c r\ o 11 2508. 1

1

Cr I 7927 47786 3.2 0.30 -0.52

2508.98 Cr I 7927 47772 3.8 0.36 -0.44

2513.62 Cr I 8095 _ 47866 2.6 0.25 -0.61

2516.92 Cr I 8095 _ 47814 7.1 0.67 -0.17

2518.71 Cr I 8095 - 47786 5.1 0.49 -0.31

25 1 9.52 Cr I 8308 47986 27. 2.5 , 0.41

2527.12 Cr I 8308 47866 12. 1.2 0.08

2530.45 Cr I 8308 — 47814 2.6 0.25 -0.60

2545.64 Cr 1 7751 — 47022 2.7 0.26 -0.58

2549.54 Cr I 7811 - 47022 8.6 0.84 -0.07

Cr I 78 1

1

46968 2.

1

0.21 -0.68

2557.15 Cr 1 7927 47022 4.3 0.42 -0.37

2560.69 Cr I 7927 — 46968 7.0 0.68 -0.17

2571.74 Cr I 8095 — 46968 8.1 0.80 -0.10

2577.65 Cr I 8095 - 46878 5.3 0.52 -0.28

2588.20 Cr I 8095 46720 2.5 0.26 -0.59

2591.85 Cr I 8308 I 46878 20. 2.0 0.31

2603.57 Cr I 8308 _ 46705 2.0 0.21 -0.68

2622.86 Cr 1 8308 — 46422 1.9 0.20 -0.71

2625.32 Cr I 8095 - 46174 1.1 0.12 -0.94

2626.60 Cr I 8308 46368 0.94 0.097 -1 .01

2629.82 Cr I 8095 46109 0.88 0.091 -1.04

2642.12 Cr I 24200 _ 62037 14. 1.4 0.16

2678.16 Cr I 7927 _ 45255 1.4 0.15 -0.83

2688.04 Cr I 8095 - 45286 2.4 0.26 -0.58

2690.26 Cr I 8095 45255 1.0 0. 1

1

-0.95

2700.60 Cr I 8095 I 45113 0.66 0.072 -1.14

2701.99 Cr I 8308 — 45306 4.5 0.50 -0.30

2702.53 Cr I 24200 — 61191 6.7 0.74 -0.13

2703.48 Cr I 8308 - 45286 2.8 0.30 -0.52

2705.43 Cr I 24056 61008 6.7 0.73 AIT -0. 1

3

2716.18 Cr I 8308 45113 1.7 0.18 -0.74

2726.51 Cr I 7593 — 44259 13. 1.4 0.15

2731.91 Cr I 7593 — 44187 8.2 0.92 -0.04

2736.47 Cr I 7593 - 44126 4.8 0.54 -0.27

2739.38 Cr I 23934 60428 26. 3.0 0.47

llAX.^l Cr I 24056 60528 36. 4.1 0.61

11AIM Cr I 24200 60657 37. 4.1 0.62

Cr I 7751 44126 3.1 0.35 -0.46

2751.60 Cr I 7927 44259 1.3 0.15 -0.82

2752.88 Cr 1 781 1 4412'6 3.1 0.35 -0.46

2754.90 Cr I 24834 61 123 8.6 0.97 -0.01

215().15 Cr I 24897 61 161 8.6 0.98 -0.01

2757.10 Cr I 7927 44187 4.4 0.50 -0.30

62
Wavelength Spectrum Energy Levels

A K

gA

108/sec

Log gf

Cr I 7927 44126

2763.06 Cr I 27817 _ 63998

2764.35 Cr I 8095 — 44259

2767.54 Cr I 25038 — 61 161

2769.92 Cr 1 8095 — 44187

111 1 .45 Cr I 23934 / r\f\f\

z

60005

2779.14 Cr I 25106 61078

2780.70 Cr 1 8308 — 44259

2826.75 Cr 1 27817 — 63183

2846.02 Cr 1 27704 — 62830

Cr I 278 17 62903

2871.63 Cr I 8095 42908

2879.27 Cr I 7927 — 42648

2881.14 Cr I 24056 — 58754

2887.00 Cr I 7811 — 42439

2891.42 Cr I 24200 58775

2893.25 Cr I 8095 I 42648

2894.17 Cr 1 7751 — 42293

2896.75 Cr I 7927 — 42439

2899.21 Cr I 7811 — 42293

2904.68 Cr 1 24940 59358

2905.49 Cr I 781 1 I 42218

2909.05 Cr I 7927 — 42293

2910.90 Cr 1 8095 — 42439

291 1.14 Cr I 8308 — 42648

Cr I 25 1 77 59488

19(yl.6A Cr I 8095 41782

2971.11 Cr 1 7927 — 41575

2975.48 Cr I 781

1

— 41409

2980.79 Cr I 7751 — 41289

1 no c o c 2985.85 Cr I 7927 AAA f\C\ 41409

2986.00 Cr I 8095 I 41575

2986.47 Cr I 8308 — 41782

2988.65 Cr I 7593 41043

2991.89 Cr I 781

1

41225

2994.07 Cr 1 7593 40983

2995.10 Cr I 7593 40971

2996.58 Cr 1 7927 41289

2998.79 Cr I 7593 40930

3000.89 Cr I 8095 _ 41409

O f\f\ C f\ll 3005.06 Cr I 8308 41 575

3013.03 Cr I 7751 40930

3013.71 Cr I 781

1

— 40983

3014.76 Cr I 781

1

— 40971

3014.92 Cr 1 7927 — 41083

3015.19 Cr I 7751 40906

3017.57 Cr 1 8095 41225

3018.50 Cr I 781 1 40930

3018.82 Cr I 7927 41043

3020.67 Cr I 781 1 40906

2.6 0.29 -0.53

9.7 1.1 0.04

2.4 0.27 -0.56

8.6 0.99 -0.00

7.3 0.84 -0.08

6.5 0.75 -0. 13

8.6 1.00 -0.00

19. 2.2 0.34

9.6 1.2 0.06

9.5 1.2 0.06

19. 2.3 0.37

2.3 0.28 -0.55

2.5 0.31 -0.51

11. 1.4 0.13

3.2 0.39 -0.40

19.

A 2.4 0.37

7.4 0.93 -0.03

3.5 0.44 -0.35

4.0 0.50 -0.30

1.4 0.18 -0.74

20. 2.5 0.40

3.1 0.40 -0.40

4.8 0.61 -0.21

5.0 0.64 -0.19

5.0 0.63 -0.20

23. 2.9 f\ A1 0.47

7.8 1.0 0.01

7.4 0.98 -0.01

7.0 0.94 -0.03

5.0 0.66 -0.18

7.

1

0.94 -0.02

23. 3.1 0.49

34. 4.6 0.66

8.7 1.2 0.07

6.7 0.90 -0.04

3.0 0.40 -0.40

3.9 0.52 -0.28

10.0 1.3 0.13

2.7 0.36 -0.44

15. 2.1 0.32

12. 1.6 0. 19

2.0 0.28 -0.56

10. 1.4 0.15

10. 1.4 0.15

21. 2.9 0.46

10.

1 A 1.4 0. 14

44. 6.1 0.78

6.2 0.85 -0.07

3.5 0.48 -0.32

6.2 0.85 -0.07

63
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3021.56 Cr I 8308 - 41393 47. 6.4 0.80

3024.35 Cr I 1921 - 40983 16. 2.2 0.35

3029.16 Cr I . 7927 - 40930 2.5 0.34 -0.46

3030.24 Cr I 8095 - 41086 11. 1 5 0 17

3031.35 Cr I 7927 - 40906 2.0 0.28 -0.55

3034.19 Cr I 8095 - 41043 5.9 0.81 -0.09

3037.04 Cr I 8308 - 41225 8.7 1.2 0.08

3039.78 Cr I 24200 - 57088 29. 4.0 0.61

3040 85 Cr I 8095 - 40971 8 1 1 1 0 05

3053.88 Cr I 8308 - 41043 11. 1.5 0.17

3065.07 Cr I 24940 - 57557 34. 4.7 0.68

3073.68 Cr I 25177 - 57702 34. 4.8 0.68

3077.83 Cr I 25106 - 57587 22. 3.1 0.49

3095 86 Cr I 21841 - 54133 7 8 0 05

3109.34 Cr I 24834 - 56986 10. 1.5 0.18

3110.86 Cr I 24897 - 57033 10. 1.5 0.18

3119.25 Cr I 25038 - 57088 18. 2.6 0.42

31 19.71 Cr I 24940 - 56986 15. 2.2 0.34

3 148.44 Cr I 23934 - 55686 29. 4.4 0.64

3155.15 Cr I 24056 - 55741 35. 5.2 0.72

3163.76 Cr I 24200 - 55799 35. 5.3 0.72

3188.01 Cr I 24092 - 55451 21. 3.2 0.51

3198.11 Cr I 24092 - 55353 7.9 1.2 0.08

3229 20 Cr I 2781

7

— 58775 14 2 2 0 34

Cr I 23934 - 54811 20. 3.2 0.50

3245.54 Cr I 23934 - 54736 38. 6.0 0.77

3251.84 Cr I 24056 - 54799 41. 6.4 0.81

3257.82 Cr I 24200 - 54887 41. 6.5 0.81

3259 98 Cr I 24200 — 54866 3 1 4T« 9y 0 69

3326.59 Cr I 24940 - 54993 9.3 1.5 0.19

3329.05 Cr I 25177 - 55207 11. 1.8 0.25

3343.34 Cr I 24897 - 54799 10. 1.7 0.24

3346.02 Cr I 24200 - 54078 29. 4.9 0.69

3346 74 Cr I 24056 — 53927 28 4 8 0.68

3349.07 Cr I 24282 - 54133 19. 3.3 0.51

3349.32 Cr I 25038 - 54887 18. 3.1 0.49

3351.60 Cr I 25038 - 54866 11. 1.8 0.25

3351.97 Cr I 0 - 29825 0.038 0.0065 -2.19

3353 03 Cr I 31055 - 60871 29. 4.9 0.69

3362.21 Cr I 20519 - 50253 9.8 1.7 0.22

3376.40 Cr I 31048 - 60657 16. 2.8 0.45

3379.17 Cr I 20517 - 50102 5.5 0.94 -0.03

3433.60 Cr I 20519 - 49635 44. 7.7 0.89

3434 1 1 Cr I 20524 - 4963 5 9 0 1 6 0.20

3436.19 Cr I 20524 - 49618 26. 4.5 0.66

'iAAXAl Cr I 20521 - 49573 11. 2.0 0.31

1>AA\AA Cr I 20524 - 49573 23. 4.1 0.61

3443.79 Cr I 23934 - 52963 8.7 1.5 0.19

3445.62 Cr I 20524 - 49538 28. 4.9 0.69

3447.02 Cr I 20517 - 49520 5.0 0.90 -0.05

64
Wavelength Spectrum Energy Levels

A K

Pr 1 7057

1

49570

3447.76 Cr I 20524 — 49520

3453.33 Cr I 20517 — 49467

3453.74 Cr I 20521 — 49467

3455.60 Cr I 20524 — 49454

1460 43 Cr I 74282 531 77

3465.25 Cr I 20521 — A9Z1\

3467.02 Cr I 24282 — 53117

3467.72 Cr I 24056 — 52885

3469.59 Cr I 24304 — 53117

3472 76 Cr I 21 841 50628

3472.91 Cr-i 23934 - 5112Q

3473.61 Cr I 21848 — 50628

3481.30 Cr I 21841 — 50557

3481.54 Cr I 24200 — 52915

"^494 97 Pr I 74056 57660

3510.54 Cr I 24200 — 52678

3550.64 Cr I 25771 — 53927

3558.52 Cr I 25206 — 53299

3566.16 Cr I 25360 — 53394

3573 64 Cr I 7Z. 11 848 0T"0 49873

3574.04 Cr I 21840 — 49812

3574.80 Cr I 21857 — 49823

3578.69 Cr I 0 — 27935

3584.33 Cr I 25771 — 53663

3593.49 Cr I 0 27820

3601.67 Cr I 21841 - 49598

3602.57 Cr I 21848 — 49598

3603.74 Cr I 21848 — 49589

3605.33 Cr I 0 — 27729

3608 40 Pr I 3 1 049 58754

3609.48 Cr I 20521 — 48218

3610.05 Cr I 20517 — 48210

3612.61 Cr I 31055 — 58728

3615.64 Cr 1 0 — 27650

3632 84 Pr I 70574 4804

3636.59 Cr I 20524 — 48014

3639.80 Cr I 20519 — 47986

3640.39 Cr I 20523 — 47986

3641.47 Cr I 20521 — 47975

3641.83 Cr I 20524 47975

3646.16 Cr I 20524 - 47942

3648.53 Cr I 20517 — 47918

3649.00 Cr I 20521 — 47918

3653.91 Cr I 20517 — 47877

3656.26 Cr I 20524 47866

3662.84 Cr I 20521 47814

3663.21 Cr I 20524 47814

3665.98 Cr I 20524 47794

3666.64 Cr I 20521 47786

Log gf

IQS/sec

28. 4.9 0.69

11. 2.0 0.31

30. 5.4 0.73

6 7 1 1 0 05

20. 3.6 0.55

29. 5.2 0.72

9.8 1.8 0.25

11. 2.0 0.30

1 9 'K 5 0 54

13. 2.4 0.38

3.1 0.56 -0.25

6.3 1.1 0.06

7.7 1.4 0.15

1 4 7 5 0 40

15. 2.8 0.44

15. 2.7 0.43

21. 3.9 0.59

38. 7.1 0.85

4 4 0 65

38. 7.2 0.86

22. 4.2 0.63

14. 2.6 0.42

58. 11. 1.05

8 3 1 6 0VJ. 70Z.\J 49. 9.5 0.98

7.0 1.4 0.13

59. 11. 1.06

6.7 1.3 0.11

7Z, . 9y 0 46

5.2 1.0 0.01

20. 3.8 0.58

5.0 0.99 -0.01

5.0 0.99 -0.01

35. 6.9 0yj. 84ot

o!o35 o!o069 -2.16

17. 3.3 0.52

43. 8.5 0.93

11. 15. 1.19

1

1

1 1

.

7 1 0 11

8.7 1.7 0.24

27. 5.4 0.73

5.8 1.1 0.06

11. 2.1 0.32

77 5

'\ 0 71

21. 4.2 0.62

26. 5.3 0.73

5.6 1.1 0.05

15. 3.0 0.48

5.6 1.1 0.05

9.3 1.9 0.27

65
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

3668.03 Cr 1 20517 47772 5 6 1 1 1 • 1 0 05

3676.32 Cr 1 24092 - 51287 13. 2.6 0.41

3679.82 Cr 1 20521 — 47689 3.7 0.74 -0.13

3681.69 Cr I 24092 — 51247 3.6 0.74 -0.13

3685.55 Cr I 20519 — 47645 12. 2.4 0.38

3686 80 Cr I 20524 47640 2 6 0 41

3687.25 Cr I 205 1

7

- 47629 13. 2.6 0.41

3687.54 Cr I 20521 — 47631 7.2 1.5 0.17

3688.46 Cr I 205 1

7

— 47621 1.8 0.37 -0.43

3716.53 Cr 1 31393 — 58292 16. 3.2 0.51

3730 81 Cr I 0 26796 0.036 0V* 0076 \j\J 1 \j —2 1 2

3732.03 Cr I 0 - 26787 0.042 0.0087 -2.06

3742.97 Cr 1 20519 — 47229 8.3 1.8 0.24

3743.58 Cr 1 20524 — 47229 42. 8.8 0.94

3743.88 Cr 1 20519 — 47222 50. 10. 1.02

Cr I 20524 47222 7.5 1.6 0.20

3748.61 Cr I 20521 - 47190 5.0 1.0 0.02

3749.00 Cr I 20524 — 47190 30. 6.3 0.80

3757.17 Cr I 205 1

7

— 47126 4.1 0.86 -0.06

3757.66 Cr I 20521 — 47126 20. 4.1 0.62

3758.04 Cr I 20524 47126 4.

1

0.86 -0.06

3767.43 Cr I 20519 - 47055 1.6 0.34 -0.47

3768.24 Cr I 20517 — 47047 18. 3.8 0.58

3768.73 Cr I 20521 — 47047 6.4 1.4 0.14

3788.86 Cr I 24277 — 50663 14. 2.9 0.47

3790.45 Cr I 24"'86 50661 14. 2.9 0 47

3791.38 Cr I - 50655 19! 4!o 0.60

3792.14 Cr I 24300 — 50663 19. 4.0 0.60

3793.29 Cr I 24300 — 50655 17. 3.7 0.56

3793.88 Cr 1 24304 — 50655 19. 4.0 0.60

3794.61 Cr I 24282 50628 12. 2 6 0.41

3797.13 Cr I 24300 - 50628 20. 4.4 0.64

3797.72 Cr I 24304 — 50628 29. 6.2 0.79

3804.80 Cr I 24282 — 50558 74. 16. 1.20

3806.83 Cr I 27817 — 54078 25. 5.4 0.73

3807.93 Cr I 24304 50557 15. 3.3 0.52

3815.43 Cr I 21841 - 48042 15. 3.4 0.53

3818.48 Cr I 20524 — 46705 4.5 0.98 -O.OI

- 3819.56 Cr I 21841 — 48014 15. 3.4 0.53

3823.52 Cr I 7751 — 33897 0.12 0.026 -1.58

J (J ^ VJ • Cr 1 21848 47975 1 1. 2.5 0.39

3830.03 Cr I 27825 - 53927 30. 6.6 0.82

3841.28 Cr I 21841 — 47866 32. 7.0 0.85

3848.98 Cr I 21841 — 47814 16. 3.5 0.54

3849.36 Cr I 24282 — 50253 19. 4.3 0.63

3850.04 Cr I 21848 47814 24. 5.3 0.72

3852.22 Cr I 781

1

33762 0.23 0.051 -1.29

3854.22 Cr I 21848 47786 16. 3.5 0.54

3855.29 Cr I 21857 47788 8.8 2.0 0.29

3855.57 Cr I 24282 502 1

1

19. 4.3 0.63

66
Wavelength Spectrum Energy Levels

A K

gA

lO^/sec

gf Loggf

3857.63 Cr I 21857 47772

3874.53 Cr I 24300 — 50102

Cr I 3 1 352 57097

1 O O 1 ^ 3oo3.66 Cr I lAl 1 1 C AA 1 O 5UU 1 y

iooj.IZ Cr I 7 O 1 1 /o 1 1 1 "2 C /I O 3354Z

3886.79 Cr 1 8095 33816

3891.93 Cr I 23934 — 49621

3074.1)4 Cr I "11 ^ \ 1 1 j\ 2 "2 /IT /I 334Z4

Cr I "TOT? / VZ / ll'i A1

1 QAI 1 A jyui. 1 1) Cr I TO 1 1 /oil T T /I T C 334Zj

3908.76 Cr 1 8095 — 33672

3911.82 Cr I 27729 — 53284

1 Q 1 C QA 3y\ j.o4 Cr 1 T /IT OT Z4ZoZ /f QO 1 T 4^0 1 Z jy 1 D.Z4 cr I /oil 5i55(S

3yl /.oU Cr I O 1 I A "2 Z3 1 o3 /I O A OO 4oooZ

3919.16 Cr 1 8308 — 33816

3921.02 Cr I 7927 — 33424

Lr 1

"2 A C70 3oj /o AO 0*2 O 6ZU3o

jyZo.o4 Cr I OAOC o095 1 "2 C /I O 3354Z

"2 0/11 /I Q 3^4 1 Ay Cr I O '2 AO o3Uo 1 1 A 7 O 336 /Z

3951.10 Cr I 24286 49589

3952.40 Cr 1 24304 — 49598

3yj3. 1 o Cr I 1 /i "2 AA Z43UI) /I O C OO

'2 QiC 1 3yo3.Dy Cr 1 OAdA A A i 45 /4

1

"20^0 HA Cr I TA? 1 Q zuj 1 y

A < 7 A7 4!) /U /

3969.75 Cr I 20524 45707

3971.26 Cr I 21848 — 47022

2Q'7A 3y /O.OD cr 1 T A?') /I ZUjZ4 /I ^ A A '2 3^ /o.oo c r 1 'I 1 O /I 1 Z 1 o4 1 A A QA O

2 Q"7Q on iy /y.oU Cr 1 1 1 O /I o Z 1 o4o A A OA O 40^60

3981.23 Cr I 21857 46968

3983.91 Cr 1 20521 — 45615

'2 QO /I 1/1 3yo4.34 ur I 456 1 J

'2 00 0 OO Cr I 3 1 393 56449

"2 00 1 1 O 5yy 1 . 1

Z

Cr I Z05 17 /I C C A A 45566

3991.67 Cr 1 20521 45566

3992.84 Cr 1 21841 - 46878

"2 on c\n iyyi.y 1 Cr 1 2 1 848 46878

A OA 1 A A 4UU 1 .44 Cr I T I 1 7 O

3 1 37o 56362

41) 1 4.0 / Cr I 3 1 3 /o C A O O A 56ZoU

4022.26 Cr I 31355 56210

4025.01 Cr I 20521 — 45359

A mAIT Cr I 1 A<1 A ZUjZ4 A Z1 Z A 4j354

/I m7 1 A 4UZ / . 1 U Cr I OA?') A ZUjZ4 A Z1 Ad 4j34y

AC\1(\ AO 4U3U.OO Cr I 2 1 3 1 3

"2 jZO C A 1 < C JO 1 5 J

/I r\i Q 1

A

4U3 V. 1

U

Cr I 1 1 A /I O

3 1 U4o C C700 55799

4048.78 Cr I 31049 55741

4058.77 Cr I 31055 55686

4065.72 Cr I 20524 45113

4066.94 Cr I 21841 46422

21. 4.8 0.68

9.4 2.1 0.33

7 A C Z05. A46. 1 .67

A 7 6.2 1 A

1 .4 A 1 C 0. 1 5

A 07 U.O / A 7 A U.ZU A 7A —U. /U

0.63 0.14 -0.85

7.2 1.6 0.22

A "J Q U.3 7 A ACO U.Uoo —1 A< 1 .Uj

A ^ ^ U.J J A 1 1

U. 1 3 A QA —U.yu

A AOO U.Uoo A ATA u.uzu —11 7 A . /U

1.5 0.35 -0.46

26. 5.9 0.77

1 c

1 J. 2 ^3. J A ^ /I U. j4

A 7 0 U.Zo A AA /I — 1 7 A 1 .ZU

"2 A 3.0 A 0 /I U.o4 A AO —U.Uo

3.2 0.73 -0.14

0.89 0.20 -0.69

1 "2

1 3. 7 Q Z.y A /I 7 U.4 / A 07 u. vz A 7 1 U.Z 1 A A 7 —0.67

A A C U.o5 A 1 C

U. 1

5

A 07 —U.oZ

3.7 0.86 -0.07

5.1 1.2 0.08

A A 4.4 1 A 1 .U A A 1 U.U 1 yi. 7 7 zz.

\ 1 A 1.34

< 7 J. /1 /I 1 .4 All U. 1 3

75. 18. 1.25

5.9 1.4 0.14

7 A

1 4. 1 01 o.

1 7/1

1 .Z4

J.O 1 A

1 .4 A 1 /I U. 1

4

7 Q Z.y A AO u.oy A 1 A —U. 1 O

5.8 1.4 0.14

45. 11. 1.03

Q A 1. 1 0.33

A 7 47. 1 1 1 1.1 AC 1 .05

A A 44. 1 1 1 1.1 Al 1.03

7.2 1.7 0.24

13. 3.1 0.49

1 A A Zl O 0.68 AIT —0. 1 7

A n 47.

1 1 1 1

.

1 AC 1 .05

Q A y.y) 7 7 z.z A 7 /I U.34

25. 6.1 0.79

3.2 0.77 -0.1 1 J.

3

1 .3 A 1 1 U. 1 1 1 7 3. / A QA u.yu A A^ —U.UJ

7 «: Z J. A 1 O. 1 A 70 u. /y

56. 14. 1.13

45. 11. 1.04

"2 C 3 J. o c O.J A O 7 u.y3

1.7 0.43 -0.36

5.2 1.3 0.1 1

67
Wavelength Spectrum Energy Levels

A K

4074.86 Cr I 35934 60468

4076.06 Cr I 33060 - 57587

4077.09 Cr I 21848 46368

4077.68 Cr I 33040 57557

4104.87 Cr I 20521 44875

4109.58 Cr I 21848 46174

4120.61 Cr I 21848 - 46109

4121.82 Cr I 24056 48310

4122.16 Cr I 21857 46109

4123.39 Cr I 24200 48446

Cr I 20519 44746

4127.30 Cr I 33113 - 57335

4127.64 Cr I 21857 46077

413 1.36 Cr I 3 1009 55207

4152.78 Cr I 31028 55102

4153.82 Cr I 20524 44591

Cr I 35934 - 59957

4163.62 Cr I 20524 44534

4165.52 Cr I . 35884 59884

4169.84 Cr I 33113 57088

4170.20 Cr I 33060 57033

4172.77 Cr I 37234 - 61 192

4175.94 Cr I 24286 48226

4179.26 Cr I 25106 49028

4184.90 Cr I 24897 48786

4186.36 Cr 31049 54929

4190.13 Cr I 23163 - 47022

4191.27 Cr I 20521 44373

4192.10 Cr I 32097 55945

4193.66 Cr I 31048 54887

4194.95 Cr 31055 54887

4197.23 Cr I 31048 - 54866

4198.52 Cr I 31055 54866

4203.59 Cr I 20517 44300

Cr I 32097 55875

4208.36 Cr I 31055 54811

4209.37 Cr I 31049 - 54799

A f\C\ ^ Cr I 25038 48786

All 1.35 Cr I 24304 48043

4216.36 Cr I 24304 48014

4217.63 Cr I 24282 47986

4221.57 Cr I 24834 - 48515

4222.73 Cr I 24300 47975

4238.96 Cr I 24282 47866

4240.70 Cr I 24056 47630

4254.35 Cr I 0 23499

4255.50 Cr I 24200 47693

4261.35 Cr I 23499 46959

4263.14 Cr I 31048 54498

4271.06 Cr I 25038 48445

gA gf Loggf

108/sec

15. 3.7 0.56

14. 3.6 0.55

2.6 0.64 -0.20

14. 3.5 0.55

1.6 0.42 -0.38

2.4 0.62 -0.21

2.4 0.61 -0.21

A 1 4.

1

1.0 0.02

2.1 0.53 -0.28

4.2 1.1 0.03

5.5 1 A 1.4 0.14

12. 3.1 0.49

A 2.4 0.61 -0.21

12. 3.0 0.48

8.3 2.2 0.33

A A A.A 1 1 1.1

f\ C\/' 0.06

O A 34. O O 8.8 0.95

5.2 1.3 0.13

29. 7.6 0.88

14. 3.7 0.56

12. 3.1 C\ AC\ 0.49

18. , A O 4.8 0.68

2.9 0.77 -0. 12

19. 5.1 0.71

4.0 1.0 0.02

O 1 8.3 2.2 0.34

2.7 0.70 —0.15

2.9 0.77 All —0. 1

1

11. 2.9 0.46

23. 6.1 0.78

20. 5.2 0.72

12. 3.0 0.48

23. 6.1

A ^ O 0.78

2.0 0.54 -0.27

13. 3.4 0.53

(\ O 9.8 2.6 0.42

30. ^ o 7.8 A O A 0.89

A /' 4.6 1.2 A AA 0.09

4.0 1.1 0.02

3.9 1.1 0.02

7.8 2.1 0.32

A A A.A 1.2 A c\n 0.07

3.9 1.0 A A^ 0.02

3.8 1.0 0.01

5.2 1.4 0.15

2.0 0.54 —0.27

6.3 1.7

f\ A 0.24

4.4 1.2

A AO 0.08

29. 7.9 A AA

0.90

3.1 0.86 -0.07

68
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

4272.91 Cr 1 23386 46783

4274.80 Cr I 0 — 23386

4280.40 Cr I 31049 54405

4289.72 Cr I 0 — 23305

4291.96 Cr I 27597 50890

4295.76 Cr I 21841 45113

4297.74 Cr I 31055 — 54317

4300.51 Cr I 27704 50950

4301.18 Cr I 27817 51060

4305.45 Cr I 23305 — 46525

4319.64 Cr I 23305 46449

4325.08 Cr I 23934 - 47048

4337.57 Cr I 7811 — 30859

4339.45 Cr I 7927 — 30965

4339.72 Cr I 7751 — 30787

4340.13 Cr I 21841 44875

4344.51 Cr I 8095 — 31106

4346.83 Cr I 24056 — 47055

4351.05 Cr I 7811 — 30787

4351.77 Cr I 8308 — 31280

4359.63 Cr I 7927 30859

4363.13 Cr I 23934 — 46847

4371.28 Cr I 8095 30965

4373.25 Cr I 7927 30787

4374.16 Cr I 24200 47055

4375.33 Cr I 24056 46905

4381.11 Cr I 21848 — 44667

4384.98 Cr I 8308 31 106

4387.50 Cr I 24092 — 46878

4391.75 Cr I 8095 — 30859

4403.50 Cr I 32097 54800

4410.30 Cr I 24300 - 46968

4411. 09 Cr I 24304 — 46968

4412.25 Cr I 8308 — 30965

4413.87 Cr I 28637 — 51287

4424.28 Cr I 24282 46878

4428.50 Cr I 24304 - 46878

4430.49 Cr I 24282 — 46847

4432.18 Cr I 23163 — 45719

4458.54 Cr I 24282 — 46705

4459.74 Cr I 24304 46720

4465.36 Cr I 24300 - 46688

4482.88 Cr I 27176 — 49477

4488.05 Cr I 24092 — 46368

4489.47 Cr I 28682 — 50950

4492.31 Cr I 27223 49477

4496.86 Cr I 7593 29825

4498.73 Cr I 23512 45734

4500.30 Cr I 24834 47048

4501.11 Cr I 23512 45722

3.0 0.82 -0.09

1.5 0.41 -0.39

22. , 6.1 0.79

0.95 0.26 -0.58

7.0 1.9 0.29

3.7 1.0 0.01

19. 5.3 0.72

6.1 1.7 0.23

8.2 2.3 0.36

2.0 0.56 -0.25

2.4 0.66 -0.18

4.6 1-3 0.11

0.62 0.17 -0.76

0.93 0.26 -0.58

0.30 0.084 -1.07

2.5 0.70 -0.15

1.6 0.46 -0.33

5.6 1.6 0.20

0.30 0.085 -1.07

2.0 0.58 -0.24

0.46 0.13 -0.88

5.3 1.5 0.18

0.43 0.12 -0.90

0.056 0.016 -1.79

8.4 A 2.4 0.38

5.4 1.5 0.19

1.9 0.54 -0.26

0.45 0.13 -0.88

4.5 1.3 0.1

1

0.058 0.017 -1.78

17. 5.0 0.70

1.8 0.54 -0.27

4.6 1.3 0.13

0.030 0.0087 -2.06

8.7 2.6 0.41

4.5 1.3 0.12

1.8 0.53 -0.27

3.6 1.1 0.02

2.6 0.76 -0.12

7.8 2.3« 0.37

2.2 0.65 -0.19

2.2 0.65 -0.19

A -\ 4.1 1.2 0.09

2.8 0.85 -0.07

8.4 2.5 0.41

8.1 2.5 0.39

0.41 0.12 -0.91

2.6 0.80 -0.10

5.8 1.7 0.24

2.6 0.79 -0.10

69
Wavelength Spectrum Energy Levels

A K

4501.79 Cr I 23512 - 45719

4jUd.o J Lr I 33/63 55945

451 1.90 Cr I 24897 47055

4514.37 Cr 1 33763 — 55908

4514.53 Cr I 23499 — 45643

4521.14 Cr I 33763 - 55875

4526. 1 1 Cr 1 24897 46986

4526.47 Cr I 205 1

9

I 42606

4527.34 Cr I 20524 — 42606

4529.85 Cr I 20519 — 42589

4530.74 Cr I 20524 - 42589

A C ^ C 1 C 4535. 1 5 Cr I 2052 1 42565

4535.72 Cr I 20524 42565

4539.79 Cr I 20517 — 42539

4540.50 Cr I 20521 — 42539

4540.72 Cr I 25038 — 47055

454 1 .1) / Cr I O M C O /I iU5.i4 4Z5iy

4541.51 Cr I 24834 46847

4542.62 Cr I 24897 — 46905

4544.62 Cr I 205 1

7

— 42515

4545.34 Cr I 20521 — 42515

4545.96 Cr I 7593 ^ n c o c 29585

4556.17 Cr I 25106 47048

4564.17 Cr I 38538 — 60441

4565.51 Cr I 7927 — 29825

4569.64 Cr I 25177 - 47055

457 1 .68 Cr 1 205 1 9

A'^ 1 on 42387

4575.12 Cr 1 27176 49027

4580.06 Cr 1 7593 — 29421

4586.14 Cr I 25106 — 46905

4591.39 Cr I 781

1

— 29585

4595.59 Cr I 33/63 555 1/

4600.10 Cr I 20519 42252

4600.75 Cr I 8095 — 29825

4601.02 Cr I 20524 — 42252

4613.37 Cr I 7751 — 29421

46 1 6. 14 Cr I lyl 1 o n c o c zy5o5

4619.55 Cr I 24092 45734

4621.96 Cr I 20524 — 42154

4622.49 Cr 1 28637 — 50264

4622.76 Cr I 24092 - 45719

4626. 1

9

Cr 1 T O 1 1 78 1

1

2942 1 4632.18 Cr I 28682 I 50264

4637.18 Cr I 20521 — 42080

4637.77 Cr 1 20524 — 42080

4639.52 Cr I 25089 — 46637

4646.17 Cr I 8308 29825

4646.81 Cr I 2501

1

46525

4648.13 Cr I 205 1

7

42026

4648.87 Cr I 20521 42026

gf Loggf

108/sec

1.2 0.36 -0.45

7.9 2.4 0.38

1.1 2.4 0.37

3.9 1.2 0.08

1.9 0.59 -0.23

7.8 2.4 0.38

1.9 0.58 -0.23

8.7 2.7 0.43

1.6 0.50 -0.30

0.54 0.17 -0.78

8.7 2.7 0.43

1.1 0.33 -0.48

5.4 1.7 0.22

0.94 0.29 -0.54

5.4 1.7 0.22

19. 6.0 0.78

0.81 0.25 -0.60

1.5 0.46 -0.34

1.9 0.58 -0.24

3.2 0.99 -0.00

0.53 0.17 -0.78

0.35 0.11 -0.97

3.9 1.2 0.08

8.8 2.7 0.44

0.075 0.023 -1.63

7.8 2.4 0.39

2.6 0.81 -0.09

2.7 0.86 -0.07

0.20 0.063 -1.20

1.9 0.59 -0.23

0.21 0.067 -1.18

23. 7.3 0.86

1.0 0.32 -0.50

0.30 0.096 -1.02

1.0 0.32 -0.50

0.13 0.043 -1.37

0.35 0.1

1

-0.95

4.0 1.3 0.1

1

1.7 0.55 -0.26

12. 3.7 0.57

1.3 0.43 -0.37

0.31 0.100 -1.00

3.9 1.2 0.10

0.84 0.27 -0.57

0.96 0.31 -0.5 1

3.6 1.2 0.06

0.99 0.32 -0.49

1.7 0.56 -0.25

0.48 0.15 -0.81

0.48 0.15 -0.81

70
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

A £i Ad AC Lr I 4zUzo

4651.28 Cr I 7927 _ 29421

4652.16 Cr 1 8095 — 29585

4654.74 Cr I 24971 — 46449

4656.19 Cr I 24897 — 46368

4t50J. J J u r I TIjV<n 1 I \ I Af^AA Q

4663.83 Cr I 25089 — 46525

4664.80 Cr I 25206 - 46637

4665.90 Cr 1 28679 - 50105

4666.22 Cr I 23934 - 45358

4000. J 1 P r- I u r 1 40/l^>7fi1/ o J 4669.34 Cr I 25549 — 46959

4680.54 Cr I 25089 - 46449

4680.87 Cr I 24940 — 46298

4689.37 Cr I 25206 — 46525

Cr 1 z4U5d A Z A 4j3 j4

4695.15 Cr I 24056 45349

4697.06 Cr I 21841 — 43125

4698.46 Cr I •25360 — 46637

4700.61 Cr I 21857 — 43125

4 / Uo.U4 ur 1 4o / oi

4718.43 Cr I 25772 — 46959

4723.10 Cr I 24834 - 46000

4724.42 Cr 1 24897 - 46058

4727.15 Cr I 24200 - 45349

^ / JV. / 1 u r 1 4737.35 Cr I 24897 — 46000

4745.31 Cr I 21841 - 42908

4752.08 Cr I 33763 - 54800

4756.1 1 Cr 1 25038 — 46058

4 /04.ZV L r I fi 7 470Z 1 4766.63 Cr 1 28679 — 49653

4767.86 Cr I 28682 — 49650

4789.32 Cr 1 20519 — 41393

4792.51 Cr I 25106 — 45966

4oU 1 .U J ur I ") ^ 1 77 Ij I / / /(z: AAA

4829.38 Cr I 20524 — 41225

4836.86 Cr I 25038 — 45707

4861.20 Cr I 20521 — 41086

4861.84 Cr I 20524 — 41086

A fi7r\ fin 48 /U.oU u r 1 1 AQIA Z4o J4 /I c 1 c o 4j J JO

4885.78 Cr I 20521 _ 40983

4885.96 Cr I 24897 - 45358

4887.01 Cr I 24897 — 45354

4888.53 Cr 1 20521 — 40971

4903.24 Cr 1 20517 40906

4922.27 Cr 1 25038 45349

4936.33 Cr I 25106 45358

4942.50 Cr r 7593 27820

4954.81 Cr 1 25177 45354

A 7 1 U. / 1 A ") 1 r\ z: A —U.o4

0.33 0.11 -0.97

0.50 0.16 -0.79

2.6 0.83 H3.08

1.3 0.43 -0.36

1 A J.\J A Q7 A A1 U.U 1 ^.2 1.7 0.23

7.2 2.3 0.37

5.7 1.9 0.27

1.1 0.36 -0.44

J.O 1 fi AU.ZO7A

3.9 1.3 0.10

3.0 0.98 -0.01

1.3 0.43 -0.36

5.2 1.7 0.24

3. 1

1 A 1 .U A A 1

1.2 0.41 -0.39

1.6 0.54 -0.27

18. 6.0 0.78

0.98 0.33 -0.49

1 c

1 J. ^ A J.U A 7A U. /U

20. 6.6 0.82

3.0 0.99 -0.00

3.1 1.0 0.02

2.5 0.83 -0.08

7 A Z . J A XCi U.J 7 8.9 3.0 0.48

0.50 0.17 -0.77

22. 7.5 0.88

22. 7.4 0.87

7 1 T /I Z.4 A 1 C U.JO

3.2 1.1 0.04

4.5 1.5 0.18

3.3 1.1 0.05

6.0 2.1 0.31

7 ^ /.J Z.o A /I T U.4Z

1.8 0.62 -0.21

0.84 0.29 -0.53

0.27 0.095 -1.02

1.1 0.41 -0.39

7 7 / . / 7 7 Z. / A /I /I U.44

0.56 0.20 -0.70

1.0 0.37 -0.44

7.0 2.5 0.40

0.30 0.1 1 -0.97

A ^ < U.J J A 7A U.ZU —U. /U

14. 5.1 0.71

5.8 2.1 0.33

0.028 0.010 -2.00

5.8 2.2 0.33

71
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

4964.93 Cr I 7593 - 27729 0.014 0.0050 -2.30

5013.32 Cr I 21841 41782 . 1.2 0.45 -0.35

5051.90 Cr I 7593 27382 0.0058 0.0022 -2.65

5065.91 Cr I 21841 41575 0.32 0.12 -0.91

5067.71 Cr I 21848 41575 0.80 0.31 -0.51

5072.92 Cr I 7593 - 27300 0.014 0.0055 -2.26

5110.75 Cr I 21848 41409 0.55 0.22 -0.67

51 13.13 Cr I 21857 41409 0.31 0.12 -0.92

5123.46 Cr I 8308 27820 0.0067 0 0026 -2.58

5139.65 Cr' I 27597 47048 4.4 1J. • 7/ 0.24

5144.67 Cr I 21857 - 41289 0.26 0.10 -0.99

5166.23 Cr I 27704 47055 6.6 2.6 0.42

5177.43 Cr I 27650 46959 3.2 1.3 0.1

1

5184.59 Cr I 27500 46783 6.2 2.5 0.40

5192.00 Cr I 27382 46637 6.0 2.4 0.38

5193.49 Cr I 27597 - 46847 1.1 0.43 -0.37

5196.44 Cr I 21848 41086 1.4 0.58 -€.24

5200.19 Cr I 27300 46525 2.9 1.2 0.07

5204.52 Cr I 7593 _ 26802 1.6 0.65 -0.19

5206.04 Cr I 7593 _ 26796 2.5 1.0 0.01

5208.44 Cr I 7593 - 26788 3.3 1.3 0.12

5214.13 Cr I 27176 46349 1.5 0.61 -0.22

5221.75 Cr I 27223 46368 2.3 0.96 -0.02

5224.94 Cr I 27825 46959 7.6 3.1 0.49

5226.89 Cr I 21857 40983 0.20 0.082 -1.09

5238.97 Cr I 21848 - 40930 0.32 0.13 -0.89

5243.40 Cr I 27382 46449 2.4 0.99 -0.01

5247.56 Cr I 775

1

26802 0.088 0.036 -1.44

5254.92 Cr I 27500 46525 4.9 2.0 0.31

5255 13 Cr I 27935 46959 5.5 • 2.3 0.36

5261.75 Cr I 29825 - 48824 2.7 1.1 0.05

5264.15 Cr I 7811 26802 0.16 0.067 -1.17

5265 16 Cr I 27650 46637 2.5 1.1 0.02

5265.72 Cr I 781

1

26796 0.055 0.023 -1.64

5272.01 Cr I 27820 46783 3.2 1.3 0.12

5273.44 Cr I 27825 - 46783 2.6 1.1 0.04

5275.17 Cr I 23305 42256 2.3 0.96 -0.02

5275.69 Cr I 23305 42255 0.86 0.36 -0.44

5276.03 Cr I 23305 42253 1.7 0.72 -0.14

5280.29 Cr I 27176 46109 1 4 0.59 -0.23

5287.19 Cr I 27729 - 46637 0.81 0.34 -0.47

5296.69 Cr I 7927 26802 0.10 0.044 -1.36

5297 36 Cr I 23386 42258 1.7 0.73 -0.14

5298 27 Prw 1 T1 1911 26796 0.20 0.086 -1.07

5300 75 Cr I 7927 26788 0.026 0.01

1

-1.96

5304.21 Cr I 27935 46783 1.5 0.62 -0.20

5312.88 Cr I 27820 46637 2.0 0.86 -0.06

5318.78 Cr I 21119 46525 2.0 0.84 -0.07

5328.34 Cr I 23499 42261 8.2 3.5 0.54

5329.17 Cr I 23499 42258 1.7 0.74 -0.13

72
Wavelength Spectrum Energy Levels

A K

J J z. / /, Pr I V-/ 1 1 91499 49956

5340.44 Cr I 27729 — 46449

5344.76 Cr I 27820 — 46525

5345.81 Cr I 8095 — 26796

5348.32 Cr I 8095 — 26787

J J OD. 70 971 lf\ 45714

5387.57 Cr I — 45719

5390.39 Cr I 27176 — 45722

5400.61 Cr I 27223 — 45734

5405.00 Cr I 27223 — 45719

5409 79 Cr I 8308

5442.41 Cr I 11591 - 45966

5463.97 Cr I 21104 — 46000

5480.50 Cr I 27817 — 46058

5628.64 Cr I 27597 — 45358

5647 ^6 Pr r J I I \J\J 48894

5649.37 Cr I 30965 — 48661

5664.04 Cr I 27704 — 45354

5682.48 Cr I 30965 — 48559

5694.73 Cr I 31106 — 48661

5698 Cv I 1 1 980 48894

5702.31 Cr I 27817 — 45349

5712.64 Cr I 36578 — 54078

5712.78 Cr I 24282 — 41782

5719.82 Cr I 24304 — 41782

Pr\j i. 1\ 28679 46077

5753.69 Cr I 36552 - 53927

5781.20 Cr I 24282 — 41575

5781.81 Cr I 23934 — 41225

5783.11 Cr I 28679 — 45966

5783 93 Pr I 96796 44081

5785.00 Cr I I'eisi — 44069

5785.82 Cr I 26802 — 44081

5787.99 Cr I 26796 — 44069

5791.00 Cr I 26787 — 44051

P -r I / J 7 J Z J J oD

6362.87 Cr I 7593 — 23305

6661.08 Cr I 33816 — 48824

6669.26 Cr I 33672 — 48661

6881.62 Cr I 27729 — 42256

688? 38 Pr I 9779Q 499 55

6883.03 Cr I Tim -

Cr I 27820 — 42258

6925.20 Cr I 27820 — 42256

6978.48 Cr I 27935 — 42261

6979.82 Cr I 27935 42258

7185.52 Cr I 31393 45306

7236.20 Cr I 41393 55209

7355.90 Cr I 23305 36896

7400.21 Cr I 23386 36896

at Log gf

10«/sec

0.41 0.17 -0.76

1.2 0.50 -0.30

0.80 0.34 -0.47 n 9zt n 1 n —O QS

0.12 0.051 -1.29

2.0 0.85 -0.07

1.4 0.61 -0.21

0.63 0.27 -0.56

9Z. 8o11 .z9 OU.Uo08

1.4 0.62 -0.21

0.45 0.20 -0.70

0.85 0.38 -0.42

1.4 0.62 -0.21 n 65 —O 1 Q

1.5 0.70 -0.15

1.1 0.51 -0.29

1.7 0.83 -0.08

1.5 0.71 -€.15

1 o n 50 —O "^0

3.5 1.7 0.23

6.3 3.1 0.49

1.5 0.73 -0.14

4.1 2.0 0.30 nU.J55J 0u.z97/ —0U.J57/ 0.16 0.081 -1.09

0.57 0.28 -0.55

2.4 1.2 0.08

0.26 0.13 -0.88

0 19 0 05Q —11 .Z91J

1.8 0.90 -0.04

1.3 0.66 -0.18

1.1 0.53 -0.28

0.85 0.43 -0.37

9Z.D6 1 1 0U. 11 9z

7.9 4.0 0.60

0.0051 0.0030 -2.52

0.0030 0.0018 -2.74

3.8 2.5 0.40

9 1 Z. 1 > 1 A U. 1 0.19 0.13 -0.87

0.34 0.24 -€.62

0.75 . 0.53 -0.27

0.95 0.68 -0.17

0 61 0 AA U.JO

1.1 0.84 -0.08

0.46 0.33 -0.48

0.65 0.50 -0.30

3.5 2.8 0.44

0.80 0.65 -0.19

1.2 1.0 0.01

73
Wavelength Spectrum Energy Levels gA gf Log gf

AA 1/ lU^/sec

7462.3 1 Cr I 23499 - 36896 1.4 1.2 0.08

7942.04 Cr I 35398 - 47986 2.5 2.4 0.38

8163.18 Cr I 35398 - 47645 1.0 1.0 0.00

8348.28 Cr I 21841 - 33816 0.038 0.040 -1.40

8450.26 Cr I 21841 - 33672 0.025 0.026 -1.58

8455.24 Cr I 2 1848 - 33672 0.012 0.013 -1.88

8548.86 Cr I 21848 - 33542 0.024 0.026 -1.58

8947.15 Cr I 25039 - 36212 0.36 0.43 -0.37

8976.83 Cr I 24898 - 36034 0.17 0.20 -0.69

74
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2055.52 Cr II 0 48632

2061.49 Cr II 0 — 48491

T ^ /IT or II A

u 4o3

O CI /I 1 A Z J j4.34 Or II 1 Z4y / C 1 Q/l 7 J 1 y43

Lr II

1 0 A'2 1

1 zU33 4y / Uo

2658.59 Cr II 11962 49565

2661.73 Cr II 12148 — 49706

2663.42 Cr II lz304 Ado 'J 0

2663.68 Cr II

1 1 nz; ^

1 1 962 A a A Ci'J 49493

2666. Uz Cr II 1 2 1 4o ACm A H 4y646

2668.71 Cr II 12033 49493

2671.81 Cr. II 12148 — 49565

OAT) C 7 ZD /Z.o3 urn I Z3U4 A Q"7 4y /Uo

Zb / / Ab C r II

1 "2 A /f 1 Z3U4 4yD4D

zo/o. /y C r II

1 1 Al 1

1 ZU33 4y3 j2

2680.34 Cr II 40415 — 77714

2687.09 Cr 11 12148 — 49352

ZDOO.Z7 or II 1 A 1 c -7 3U I J / (.TXA A 0 / 344

ZD7 1 .U4 urn I Z47 / A Q^Af^ 4yo4D

Zt)73. JZ P r> II u r II 3UZ 1 AT 1 QI y b 1 334

2697.91 Cr II 30299 — 67354

2698.41 Cr II 12304 — 49352

zoyo.ov n 1^ IT ur II 1 1 VoZ A QAA^ 4yuuo

Z /U3. oo 0 IT L r II

1 T A1 1

1 ZU33 A QAA/; 4yi)UD

z /Uo. / y 0 IT L r II 33 jZ 1 -7 A/IT "7 /U42 /

2709.31 Cr II 33418 70317

2712.31 Cr II 12148 — 49006

/ / 1 /.J 1 n -r^ IT u r 11 3 1 Uo3 D /o / 1 z / 1 0.43 P 1^ IT Cr II TIC-}') 3 1 j3Z 0 '2 A^ Do3UO

Z /ZZ. / J C r II

1 0 A'2 '3 J 21)33 AQn zc\ 4o / jU

2724.04 Cr II 31 169 — 67868

2727.26 Cr II 31219 — 67876

0 '7 /I A 1 A Z /4U. 1

U

C r II 1 2 1 4o AQ4o632

f! A") AT Z /4Z.U3 C r II

1 0 A'2 "2 1 21)33 /i 0 /* 0

1

4o4y 1 Z /43.04 0 r II 1 1 ^02 AQ1 OQ 4o3yy

2746.21 Cr II 29952 — 66355

2748.98 Cr II 12033 — 48399

Z / jU. / 3 PurnII 10 1/10

1 2 1 48 /I 0 /I Q 1 4o4y 1 Z / J 1.0/ p 1^ II ur II

1 0 1 A/l

1 23U4 /I o/; 1

0

4oo32

Z / j4.Zo p 1^ II ur II 3 1 Uoo c^ni OA D /3oU

2757.72 Cr 11 12148 — 48399

2758.98 Cr II 38270 — 74505

ur II 3 1 2 I y an A ac\ 67449

z / jy. /3 Cr II 3 1 169 67394

z IbZ.jy Cr II 12304 4849

1

Z / DO. j4 P -rt T¥ Cr II 1 24y / 4o632

2778.06 Cr II 39825 75810

2780.30 Cr II 33521 69478

2785.70 Cr II 33619 69506

2787.63 Cr II 30865 66727

9.1 0.58 -0.24

7.3 0.46 -0.33

A 0 4.0 ATI I). 3 1 —U.32 A 0

C A D.4 AU.d2 A T 1 —V.I 1

1 Q1 y. 1 A 2.U A 0 0 u.2y

18. 1.9 0.28

5.3 0.57 -0.25

z5. 2.6 U.42

C 1 5.1 0.54 —0.26

33. 3. J A C C

(J. J J

21. 2.2 0.34

26. 2.8 0.45

T 1 2 1

.

2.3 U.3o

1I n32. 1 A 14. 1 1 <: 1 . 1

J

23. 2.4 A "2 Q v.jy

6.2 0.67 -0.17

16. 1.8 0.25

1

7

I /

.

1 8 1 .0 U.Z J Z I

.

1 1 Z.3 u.3o

1

1

1 1

.

1 1 I .Z U.Uo

11. 1.2 0.08

13. 1.4 0.14

1 T1 z.1 "2 1.3 A 1 1 1LAA AU.ZO —A <Q u. jy

T 1 Z 1 . T "2 Z.3 0.3b

12. 1.3 0.1 1 9.5 1.0 0.02

1 "7

I /. 1 Q I .y A T? U.Z /

1 A 14. 11 .0 A OA U.ZU

1 1 1 1

.

1 .2 A AO U.Uo

5.6 0.63 -0.20

14. 1.6 0.20

A A 4.4 A CA I). jU A "2 A —U.3U

j.y A ^"7 U.O / A 1 0 —U. 1 0

1 c

1 J. 1 "7 1 . / A T) U.ZZ

11. 1.2 0.09

20. 2.3 0.36

Z4. 2. /

(\ A1 U.43

1 0. T A 2.U All U.3 1

1

1

1 1

.

1 1

1 .3 All U. 1 1

21. 2.4 0.38

22. 2.5 0.40

2j. 2.y A A /I U.46

1 A

1 4. 1 .6 A 1 0.2 1

/I c 46. J.

3

A TO 0.72

48. 5.5 0.74

16. 1.9 0.27

T7 3.

1

0.49

24. 2.8 0.44

11. 1.3 0.12

75
Wavelength Spectrum Energy Levels gA gf Log gf

A Jv lU°/sec

2792.16 Cr II 33694 - 69498 30. 3.5 0.54

2800.77 Cr II 33694 - 69388 24. 2.8 0.45

2812.01 Cr II 33619 - 69171 27. 3.2 0.50

2818.36 Cr II 33521 - 68993 21. 2.5 0.40

2822.01 Cr II 33418 - 68844 15. 1.8 0.25

2822.37 Cr II 30392 - 65813 56. 6.6 0.82

2830.47 Cr II 30299 - 65618 55. 6.7 0.82

2834.26 Cr II 34631 - 69903 24. 3.0 0.47

2835.63 Cr II 12497 - 47752 132. 16. 1.20

2836.48 Cr II 35608 - 70852 16. 1.9 0.27

2838.79 Cr II 38270 - 73486 19. 2.3 0.37

2840.02 Cr II 30219 - 65420 36. 4.3 0.64

2843.25 Cr II 12304 - 47465 84. 10. 1.01

2849.84 Cr II 12148 - 47228 59. 7.2 0.86

285 1.36 Cr II 30157 - 65218 39. 4.7 0.67

2853.22 Cr II 30219 - 65257 17. 2.0 0.31

2855.07 Cr II 32855 - 67871 18. 2.2 0.34

2855.68 Cr II 12033 - 47041 40. 4.9 0.69

2856.77 Cr II 19631 - 54626 14. 1.8 0.25

2857.40 Cr II 19798 - 54785 12. 1.4 0.16

2858.91 Cr II 12497 - 47465 31. 3.8 0.58

2860.93 Cr II 1 1962 - 46906 19. 2.4 0.38

2862.57 Cr 11 12304 - 47228 38. 4.7 0.67

2865.11 Cr II 12148 - 47041 34. 4.2 0.63

2865.33 Cr II 19528 - 54418 8.5 1.0 0.02

2866.74 Cr II 12033 - 46906 27. 3.4 0.53

2867. 10 Cr II 1963

1

- 54500 14.

1 o

1.8 0.25

2867.65 Cr II 11962 - 46824 21. 2.6 0.41

2870.44 Cr II 19798 - 54626 35. 4.3 0.63

2873.48 Cr II 12033 - 46824 6.9 0.85 -0.07

2873.82 Cr II 19631 - 54418 14. 1.8 0.25

2875.99 Cr II 20024 - 54785 53. 6.6 0.82

2876.24 Cr II 12148 - 46906 10. 1.3 0.10

2877.98 Cr II 12304 - 47041 8.1 1.0 0.00

2878.45 Cr II 12497 - 47228 3.4 0.42 -0.37

2880.87 Cr II 19798 - 54500 16. 2.0 0.29

2888.74 Cr II 36273 - 70880 19. 2.4 0.38

2889.82 Cr II 32854 - 67449 18. 2.2 0.35

2896.46 Cr II 32854 - 67369 18. 2.2 0.35

2897.67 Cr II 35608 - 70108 19. ^ A 2.4 0.38

2898.54 Cr II 31219 - 65710 28. 3.6 0.55

2899.48 Cr II 32855 - 67334 18. 2.2 0.35

2903.97 Cr II 31118 - 65543 8.5 1.1 0.03

2911.68 Cr II 35569 - 69903 16. 2.0 0.30

2915.23 Cr II 3561 1 - 69903 7.9 1.0 f\ f\r\ 0.00

2915.46 Cr II 39825 - 741 14 8.3 1.1 0.03

^ f\ ^ ^ A 191\.1A Cr II 40202 - 74424 33.

A 1 4.3 0.63

Cr II 31 169 - 65384 20. 2.5 0.41

2927.08 Cr II 38563 - 72717 23. 3.0 0.47

2928.15 Cr II 30308 - 64449 25. 3.2 0.50

76
Wavelength Spectrum Energy Levels gA gf

A 10«/sec

Log gf

31219 65257

Cr II 36273 - 70399

2930.85 Cr II 29952 — 64063

2932.70 Cr II 31169 — 65257

2933.97 Cr II 31083 — 65157

Pr\j L 1111 30865 64924

2940.22 Cr II — 76988

2946.84 Cr II 34813 — 68738

2953.36 Cr II 29952 — 63802

2953.71 Cr II 34631 — 68477

z.y\j I . / J f r II 64067

2966.05 Cr II 31219 —

2971.91 Cr II 30392 — 64031

2976.72 Cr II 30865 — 64449

2979.74 Cr II 30299 — 63849

Cti II11 ^0? 1 9 6^707

2989.19 Cr II 30157 — 63601

3026.65 Cr II 35708 — 68738

3032.93 Cr II 21823 — 54785

3041.74 Cr II 35611 — 68477

3050 14 Cr\j L 1111 348 1 3 67589

3059.52 Cr II 21825 — 54500

3067.16 Cr II IX'ilA — 54418

3118.65 Cr II 19528 — 51584

3120.37 Cr II 19631 — 51670

J I LL.yjVj r*u r II 1 (\'sl 1 0

3124.94 Cr II 19798 — 51789

3128.70 Cr II 19631 — 51584

3132.06 Cr II 20024 — 51943

3136.68 Cr II 19798 — 51670

JIM- / .Z J f r IT 90074 JS 1I 78Q 1 oy

3180.70 Cr II 20513 — 51943

3181.43 Cr II 20520 — 51943

3197.08 Cr II 20520 — 51789

3208.59 Cr II 20513 — 51670

^709 1 8 Pri II11 205 1 8 5 1 670

3217.40 Cr II 20513 — 51584

3234.06 Cr II 34631 — 65543

3295.43 Cr II 33694 — 64031

3307.02 Cr II 33619 — 63849

PO r II 1 11 1 9f^^ 1 1 y\yj 1 *-ry 1 \j\J 3328.35 Cr II 19528 — 49565

3336.33 Cr II 19528 — 49493

3339.80 Cr II 19631 — 49565

3342.59 Cr II 19798 — 49706

3347.84 Cr II 19631 49493

3358.50 Cr II 19798 49565

3360.30 Cr n 25034 54785

3361.77 Cr II 25047 54785

3368.05 Cr II 20024 49706

3

1

4 0 0V/ • 60\J\J 9.6 1.2 0.09

11. 1.4 0.15

8.5 1.1 0.04

17. 2.2 - 0.34

78 ^ 6 0 56

17. 2.2 0.35

22. 2.8 0.45

16. 2.1 0.33

16. 2.0 0.31

1 7 7 7 0 ^4

14. 1.9 0.27

66. 8.8 0.94

9.8 1.3 0.12

61. 8.1 0.91

JO. 4 8 0V7.UO fiR 49. 6.6 0.82

35. 4.8 0.68

5.5 0.75 -0.12

22. 3.1 0.49

44 6 1 0 79

4.6 0.64 -0.19

5.3 0.75 -0.13

32. 4.7 0.67

60. 8.7 0.94

1

1

I .o 0 70

66. 9.7 0.99

16. 2.4 0.37

85. 13. 1.10

20. 2.9 0.46

70 ^ 0 0\J.'-r 47/ 35. 5.2 0.72

4.6 0.70 -0.16

32. 4.9 0.69

4.5 0.69 -0.16

75 3 8 0 58

20. 3.1 0.49

11. 1.7 0.24

12. 2.0 0.30

9.2 1.5 0.18

5 8 0 9fi —0 07

3.2 0.54 -0.27

9.6 1.6 0.21

13. 2.2 0.34

12. 2.0 0.29

9y. 71 I .o 0 7 1

18. 3.0 0.48

35. 5.9 0.77

14. 2.3 0.37

46. 7.9 0.90

77
Wavelength Spectrum Energy Levels gA gf Log gf

A

1/K lO^/sec

J J /o.iH L r n 7 ^ni/i Z jUj4 ^/1 A7A 1 71 Z. 7 A All U.J 1 II c r II 7 ^ A/l 1 Z jU4j /I A7 A O.O 1 7 1 .z A A7 U.U / 3379.83 Cr II 25047 - 54626 21. 3.5 0.55

3382.68 Cr II 19798 - 49352 14. 2.4 0.39

iiy 1 .43 urn 1 OCT g 1 V jZo — 4yUUD 0.7 I.J A 1 Q U. 1 7

1107 QQ i iy L.yy O T I u r II j4jUU 1 71 Z. 7 A Z.U All U.J 1 urn 7 ^ A/1

1

Z jU4j c /I C AA 1 c

1 J. 7 A Z.O A /I 7 U.4Z

3394.30 Cr II 25047 - 54500 12. 2.1 0.31

3402.40 Cr II 25036 - 54418 6.7 1.2 0.07

L r 11 1 QA1 1

1 70 J 1 — /1QAAA 1

A

1 o. 7 fi Z.O A /I ^ U.4j

j4Uo. 1/ins 7A/ D u r 11 7nn7/i — /1Q1^7 47J JZ 1

A

JO. A 1 O.J AU.OUfiA j4Z 1/17 1 7 1

I .Z 1 u r 11 1 Q'\7 8 1 7jZo — /187<A 4o / jU 1 81 O. 1 7 j.Z A ^ 1 U.J 1 3422.74 Cr II 19798 - 49006 25. 4.5 0.65

3433.31 Cr II 19631 - 48750 13. 2.3 0.36

i^yj.io 1/lQ^ 18 u r II 11 Q7Q8 y 1 yo — /181QQ 40 J 77 J.1 A

4

AU.OZA7 —A 7 1 U.Z 1

1^11 8/1 P II u r II 7nn7/l ZUUZ4 — /I4047 8/1 Q 1

1 1 A J.

4

A A/1 U.04 AU.ZU7A

1 "nS in u r 11 7Z 1871 1 oli — /1Q7AA 1 /I 1 4. 7 fi Z.O A /I /I U.44

3677.68 Cr 11 21823 - 49006 3.2 0.65 -0.19

3677.89 Cr II 21824 - 49006 4.8 0.98 -0.01

17 17 i 1 1 Z. 7J u r 11 7 1 87/1 Z 1 oZ4 — 40/i87^n / JU A 7 o.z 1 1 1 .J A 1 n U. 1 u

4012.47 Cr II 45670 - 70585 44. 11. 1.02

4558.66 Cr II 32854 - 54785 4.2 1.3 0.12

78
Wavelength Spectrum Energy Levels

A K

4555.36 Cs I 0 - 21947

4593.18 Cs I 0 - 21766

5663.80 Cs I 1 1178 - 28829

5844.70 Cs I 1 1732 - 28836

6010.33 Cs I 1 1 178 - 2781

1

6034.09 Cs I 1 1732 - 28300

6212.87 Cs 1 1 1732 - 27823

6217.27 Cs I 1 1 732 - 278 1

1

6354.98 Cs I 1 1178 - 2691

1

6586.5 1 Cs I 1 1732 - 2691

1

6723.28 Cs I 1 1 178 - 26048

6973.29 Cs I 1 1732 - 26069

6983.49 Cs I 1 1 732 - 26048

7609.01 Cs I 1 1 178 - 243 17

8015.71 Cs I 14500 - 26971

8079.02 Cs I 14597 - 26971

8521.10 Cs i 0 - 11732

8761.38 Cs I 1 1 178 - 22589

8943.50 Cs 1 0 - 11178

gA gf Log gf

108/sec

1.4 0.42 -0.37

0.65 0.21 -0.69

0.88 0.43 -0.37

0.76 0.39 -0.41

1.9 1.0 0.01

0.38 0.21 -0.68

2.9 1.7 0.23

0.19 0.11 -0.95

0.48 0.29 -0.53

0.60 0.39 -0.41

3.2 2.2 0.34

3.3 2.4 0.39

0.58 0.42 -0.37

0.44 0.39 -0.41

1.5 1.4 0.16

2.0 2.0 0.29

1.3 1.4 0.15

4.3 5.0 0.70

0.48 0.57 -0.24

79
Wavelength Spectrum Energy Levels gA gf Log gf

A K lO^/sec

7074 f,d ^ u 1 0 — 49383 0 17 0 01 n —1 qq

pll I 11 11 703 Z.W J 5 /y4y 0 51 0 O"? 5 —1 4^> 1 .HO

2165.09 Cu I 0 46173 0.26 0.018 -1.74

2178.94 Cu I 0 — 45879 0.31 0.022 -1.66

7181 77 Pll I 0 — 45821 0 7^ 0 01 —1 7Q

7 1 99 58 Pll I 1 1 70^ — 56651 7 4 0 1

7

u. 1 / u. / 0

77 14 58 Pll I 1 1701 56344 0 9^ 0 068 —11.1/1 7

2225.70 Cu I 0 44916 0.10 0.0078 -2.11

2227.78 Cu I 13245 — 58119 2.2 0.16 -0.80

77-10 08 Pll I L^ U 1 1 1 70^ — 56030 7 1 0 1

7

u. 1 / —fi 77

779^ 84 Pll I 1 1 703 - 54784 1 0 0 087 —1

I .yjy OQ

7441 f\A Pll I 0 40944 0 0f^4 0 0057 —7 74

Cu I 0 40114 0.31 0.029 -1.54

2618.37 Cu I 11203 — 49383 4.3 0.44 -0.35

Z. / UU. J / Pll I 1 "^745 — 49383 0 01 0 1

0

u. 1 u —0U. Q8"0

7874 'M Pll I L^ U. 1

1 1 70"^ — 46598 1 0 ^7 —0U.H41J 7887 93 Pll I L^ LL 1 11 11 703 Z-UJ 45879 0 75 0 0-^7 U.UJ z —11 . JU50

2961.16 Cu I 11203 44963 0.97 0.13 -0.90

2997.36 Cu I 13245 — 46598 0.26 0.036 -1.45

301 0 84 Pn I 1 1 70"? — 44406 0 7 5 —1 48

3036 10 Pll I 1 3745 — 46173 0 050 —1 10

30fi3 41 Pll I 1 3745 45879 0W> 77Z.Z, 0 010 —1i * Jz, S7

3093.99 Cu I 11203 43514 0.070 0.010 -2.00

3194.10 Cu I 13245 — 44544 0.31 0.047 -1.32

3708 J Z, \JO. 73Z. D Pll I 1 ^745 — 44406 0 OQ^ 0 014 —11 .OH 84

'>>1A1 J> Z.*-r / . _J54*T Pn I L^ U 1 0 — 30784 4 1 0 f^4 —0\j. 11 0y

3773 9^^ Pn I 0 30535 1.9 0 1 —0U.J5 11 3279.82 Cu I 13245 43726 o!l3 0.020 -1.69

3307.95 Cu I 40909 — 71131 5.1 0.84 -0.08

84 Pll ^ u 111 1 70"^ — 41153 0 1

1

0 018 —11 . 74/ H

Pll I 4"? 5 1 4 - 71291 7 4 0 47 —0 "^7

yj. J z

^fi07 0^ Pll I 4^514 71268 7 4 0 48 —0 "17 4022.63 Cu I 30535 55388 0.77 0.19 -0.73

4275.11 Cu I 39019 — 62403 2.6 0.72 -0.14

Pll uu I

1

"2jU0784 / oH — 52849 0U.Df.5J 0 70 —0 70

4^i51 17 Pn I 40Q00 - 62403 5 7 1 8 0w. 77z / J5105 1 \j J . JH54 Pn 1 1 1 70"? 3U/o4 0 05 1 0 070 —1 70

5153.24 Cu I 30535 49935 4.7 1.9 0.27

5218.20 Cu I 30784 — 49942 5.8 2.4 0.38

5770 Z. Z. V/. 07V/ / Pll I Vw* Ll 1 30784 — 49935 0 95 0 40 -0 40

57Q7 57 Pll I 41 S 1 4 — 62403 J1 . 7z. 1 4 0 1

1

S7nn 74 Pll I 1 174S 30784 0 OOf^Q —7z.. lf> 1

0

J / OZ.. 1 J Pll I 1 174S 30535 0 0S4 0 077 —1 S7

7933.13 Cu I 30535 43137 1.3 1.2 0.09

8092.63 Cu I 30784 43137 2.6 2.6 0.41

80
Wavelength Spectrum Energy Levels gA gf Log gf

A

rl. JV lu /sec

Cu II ZlyZy — / 1 ^20 7.9 (\ An 0.47 A O '3 —0.33

r\ o c OA 2035.84 Cu II 23998 — 73102 3.5 0.22 -0.66

2037.12 Cu II 22847 - 71920 4.6 0.29 -0.54

2043.79 Cu II 21929 - 70842 9.0 0.57 -0.25

21 12.09 Cu II 26265 — 73596 3.6 A O /I 0.24 —0.61

1 1 T c no 2 1 3 j.yo Cu II 2 1 y2y — 6o /3

1

1 A 14. o.y3 A AT —0.03

2 1 y2.2D Cu II 22o4 / — 6o44o A £i 4.6 0.33 —J\ AO 0.4o

2247.00 Cu II 21929 - 66419 9.1 0.69 -0.16

2369.89 Cu II 26265 - 68448 5.0 0.42 -0.37

81
Wavelength Spectrum Energy Levels gA gf Loggf A K 108/sec

riTr uy IIII

AU

— 311187 3 3 oZ V/

— / n 017

— 11 .44 AA

"J 1 /I 1 IT J 1 4 1 . 1 Z Uy II

AU

— 1 1 87^ 3 1 oZo 0 87 0 1 7 U. 1 Z —A Q7

3184.77 Dy II 828 - 32218 U.4D

OU.U07 1 / 1 1 . 1 J 3193.31 Dy II 0 - 31307 0.60 0.092 -1.04

j.Uo Uy II 878

— 1 1 B7A 3 1 oZo 0.51 0.080 -1.10

•J

T

OA AO Uy II 80 8 — 1 1 1 A7 3 1 3 U / 1 f\ 1 .o 0u.zo7A —A 58 U.JO 1 1 I Q 8 C J J 1 y.o(S r\tT II Uy II Au — 1 A 1 1 1 3 U 1 1 3 1 1 nu.zz77 U.OO

3341.87 Dy 11 4341 - 34256 11 .z7 0 1 Q

A 7 1 U. / 1 3388.87 Dy II 4756 - 34256 2.7 0.46 -0.34 J 1 '\ Q

Hit Uy I 1 II oZo 3UZo/ in787 5.4 0.93 -0.03 1 1 QA 1 7 J J7D. 1 / rnr uy IIII AU

7Q/1 Z74317/ 1 < 1 . J 0 7A —0vj. Jo58

j4U 1 . 1 y

riir uy IIII

AU

— 7Q1 1 A

Z7J JO 1 0 0 0 1 U. U 1 3413.78 Dy II 828 - 301 13 1 . o 0 17 —0U. JU50

3414.83 Dy II 4341 - 33617 2.0 0.34 -0.46

j^j^.

J 1 r\i.T 1 1uy II

Au

— 7Q 1 AQ 2.0 0.35 -0.46

Htt uy IIII oZo 878

Z7Q7AQ 7 / (37 1 7 0 10

—OU.J51J

1/1/1 ^ ^8 r\T7 Uy IIII

AU 7QA 1 /I J? . o 0U.OO^>8 —0U. 11 7/ 3460.97 Dy II 0 - 28885 4 4 0yj . 7Q1 y —0U. 11 0u 3463.88 Dy II 4756 - 33617 0.75 0.13 -0.87

lAQA AQ inynAy P\tt I I Dy II 07 8 oZo

— 7 Q/1 1 Zy43 /

5.2 0.94 -0.02

J jUd.o 1 PItt II Uy II OT 8 oZo

— 7 Q1 1 ^ Zy336 1 .J 0U.ZO78 —0U.

J5^^o

-J

c -J AO Uy II

/1 1 /I 1 434 1 — 1 7 7 1 n 3 Z / 1 U 1 'K 1 D . 7 A 0yj.jy 1Q

3524.61 Dy II 4341 - 32705 0 4Q 0 OQ 1 — 11 .U4 04

3531.70 Dy II 0 - 28307 19. 3.5 0.55

Hit II uy II 87oZo8 —

Z7 Q7 11 no\jy 4.8 0.89 -0.05

P\tt 11 Uy 11

AU 787 ZoZjZ<7 ^ 7 0\J< 701 yJ —0yJ- 11 J5 KAf. 8/1 Uy 11 80oZo8 7zyui4 Qn 1 A 11 .J 0 78 —0yJ. J55J 3563.14 Dy II 828 - 28885 7 7 0 41 —0yJ. J171 3576.25 Dy II 4756 - 32710 13. 2.5 0.41 J J /o.oy Htt Uy II

II

/I 7 ^ A 4 / JO

— jZi77n^ /Uj 5.0 0.95 -0.02

left's n8 J J o J .Uo UyHit IIII

AU

— 778BA Z / OOD Z..VJ 0 4Q —0 1 1 J J OO. 1 1 Uy II 434 /I 1/1 11 17 7 18 3 ZZ 1 o 1 4 0'78 —0 55

3617.24 Dy II 4341 - 31979 0 "^1 W. J J 0 0^4 -1 1 9

3637.27 Dy II 4341 - 31826 0.84 0.17 -0.78

j64U.z4 T~\l

T II Uy II Al4 / JO

— 177 1 8 3ZZ 1 o 2.9 0.58 -0.23

ic^Ai eo j64j.o5' Uy 11

AU

— 77/1 1 <; Z/43j 0\J.ZO 98 0U. 05S UJ J

— 11 . z.76o 1 ^ /I ^ /II j64j.4 1 Dy 11 8 0 8 oZo 7 87 ^7 9 6 11 . 9y 0 78

3672.31 Dy II 4756 - 31979 0 48 —0 37

3673.15 Dy II 0 - 27217 0.25 0.050 -1.30

ICQA 8 1 Dy II 80 8 oZo

— 7 7 8 e

A

Z / oo6 3.5 0.72 -0.14

"J^A"? A'^ Dy II/1 1 /I 1 434 1 — 1 1 in7 3 1 3U /

U.DJ 0 1 1

—0\J. 87o / A /I o

Dy II A1

A 1 434 1 — 11181 3 1 1 o3

J1 1 . 1 0V/. 6SUJ —0 1 8

3753.50 Dy II 0 - 26634 \j. / J 0 1 6 —0 80

3757.37 Dy 11 828 - 27435 3.2 0.67 -0.18 3 /oo.4d Dy II olo — 777 1 7 Z /Z 1 / 1.0 0.23 -0.65 ^ o Dy II 434 1 1 ni QQ J^ . 7/ 0 87 -0\j. 09yj y

"2

O ^ "I r\'2 r^TT 11 Dy II A1A\ 434 1 — 1 A7 87 3UZo/ 1 8 0\J.'-T\J 40 —0 40

J OU 7.O / uy 11 4141

— 30175 1 7 0 78 —0 56

3872.13 Dy 11 0 - 25818 3.1 0.69 -0.16

3874.00 Dy II 828 - 26634 0.65 0.15 -0.84

82
Wavelength Spectrum Energy Levels

A K

3879.10 Dv 11 4341 301 13

3898.54 Dy II 4756 - 30399

3914.86 Dy II 4341 — 29878

3915.58 Dy II 4756 — 30287

3931.55 Dy II 4341 — 29769

3932.97 Dv II 4756 30175

3942.52 Dy II 4756 - 30113

3944.70 Dy II 0 — 25343

3968.42 Dy II 0 — 25192

3979.47 Dy II 4756 — 29878

3983 67 Dv1^ 11 J 4341 29437

3996.70 Dy II 4756 - 29769

4000.48 Dy II 828 — 25818

4036.34 Dy II 4341 — 29109

4050.58 Dy 11 4756 — 29437

4073. 15 Dv II 4341 28885

4077.98 Dy 11 828 - 25343

4103.34 Dy II 828 — 25192

4105.05 Dy II 4756 — 29109

41 1 1.34 Dy II 0 — 24316

4143.10 Dv II 4756 28885

4206.54 Dy II 0 - 23766

4256.33 Dy II 828 — 24316

4308.67 Dy II 0 — 23203

4328.90 Dy II 4341 — 27435

4358.46 Dv II 828 23766

4374.24 Dy II 0 - 22855

4449.71 Dy II 0 — 22467

4468.17 Dy II 828 — 23203

4620.03 Dy 11 828 — 22467

4664 68 Dv II 4341 25773

4760.02 Dy II 4341 - 25343

4957.36 Dy II 0 20166

5169.67 Dy II 828 20166

5399.94 Dy II 4341 22855

5515.40 Dy II 4341 22467

gf Log gf

108/sec

0.69 0.16 -0.81

9.4 2.2 0.33

0.72 0. 17 -0.78

0.81 0.19 -0.73

2.7 0.63 -0.20

0.54 0.12 -0.91

0.77 0. 18 -0.74

3.9 0.91 -0.04

4.9 1.1 0.06

0.37 0.087 -1.06

1 .9

C\ AC 0.45 -0.34

2.

1

0.50 -0.30

3.5 0.83 -0.08

0.46 0.1

1

-0.95

1.9 0.48 -0.32

2.6 0.64 -0. 19

2.8 0.7

1

-0. 15

1.5 0.37 -0.43

0.22 0.056 -1.25

0.43 0.1

1

-0.96

1.3 0.34 -0.47

0.094 0.025 -1.60

0. 1

3

0.036 -1.44

0.23 0.065 -1.19

0.091 0.026 -1.59

0.052 0.01

5

-1 .83

0.066 0.01

9

-1.73

C\ \ A 0. 14 0.041 -1.39

0.057 0.017 -1.77

0.026 0.0084 -2.08

0.055 0.01

8

-1.75

0.028 0.0094 -2.03

0.080 0.030 -1.53

0.020 0.0078 -2.1

1

0.0093 0.0041 -2.39

0.0085 0.0039 -2.41

83
Wavelength Spectrum Energy Levels

A K

2358.51 Er II 0 - 42387

2383.28 Er II 440 - 42387

2446.39 Er II 0 -40864

2478.32 Er II 440 - 40778

2802.53 Er II 0 - 35672

2837.12 Er II 7150 - 42386

2858.57 Er II 0 - 34972

2929.72 Er II 440 - 34563

2944.06 Er II 440 - 34397

2965.21 Er II 7150 - 40864

3019.76 Er II 0 - 33106

3064.84 Er II 0 - 32619

3073.34 Er II 0 - 32528

3084.03 Er II 0 - 32416

3106.79 Er II 440 - 32619

31 15.52 Er II 440 - 32528

31 16.94 Er II 0 - 32074

3121.90 Er II 0 - 32023

3132.03 Er II 0 - 31919

3141.13 Er II 440 - 32267

3160.34 Er II 440 - 32074

3183.42 Er II 440 - 31844

3264.79 Er II 0 - 30621

3277.70 Er II 0 - 30500

3312.42 Er II 440 - 30621

3318.78 Er II 0 - 30123

3346.04 Er II 440 - 30318

3348.14 Er II 0 - 29859

3350.27 Er II 5133 - 34972

3368.07 Er II 440 - 30123

3372.76 Er II 0 - 29641

3374.16 Er II 0 - 29628

3385.08 Er II 440 - 29973

3389.74 Er II 0 - 29492

3396.84 Er II 5133 - 34563

3398.28 Er II 440 - 29859

3425.08 Er II 440 — 29628

3433.12 Er II 0 - 29120

3441.15 Er II 440 - 29492

3448.07 Er II 5404 - 34397

3469.74 Er 11 0 - 28812

3485.82 Er II 440 - 29120

3499.11 Er II 440 - 29011

3505.07 Er II 7150 - 35672

3573.85 Er II 5133 - 33106

3580.49 Er II 440 - 28361

3616.58 Er II 0 - 27643

3633.56 Er II 0 - 27514

3637.16 Er II 5133 - 32619

3646.79 Er II 7150 - 34563

gf Log gf

IQS/sec

1.8 0.15 -0.83

1.8 0.15 -0.81

3.9 0.35 -0.45

1.2 0.11 -0.96

1.8 0.21 -0.68

3.2 0.39 -0.41

0.80 0.098 -1.01

0.61 0.078 -1.11

0.58 0.076 -1.12

2.2 0.29 -0.54

0.42 0.057 -1.24

0.22 0.031 -1.51

2.2 0.31 -0.51

2.1 0.30 -0.52

0.82 0.12 -0.92

0.47 0.069 -1.16

0.48 0.070 -1.15

0.48 0.070 -1.16

0.40 0.059 -1.23

1.4 0.20 -0.69

0.62 0.093 -1.03

1.2 0.19 -0.73

5.8 0.93 -0.03

0.20 0.031 -1.50

5.0 0.82 -0.09

0.18 0.029 -1.53

2.7 0.46 -0.34

0.33 0.056 -1.25

2.7 0.45 -0.35

2.8 0.48 -0.32

13. 2.2 0.35

1.7 0.28 -0.55

3.3 0.56 -0.25

0.74 0.13 -0.89

2.0 0.34 -0.47

0.36 0.062 -1.21

0.46 0.081 -1.09

0.40 0.071 -1.15

1.3 0.23 -0.64

1.1 0.20 -0.71

0.37 0.067 -1.17

1.5 0.27 -0.57

9.9 1.8 0.26

2.6 0.48 -0.32

0.69 0.13 -0.88

1.3 0.25 -0.60

3.2 0.63 -0.20

1.0 0.20 -0.69

1.0 0.21 -0.68

0.46 0.091 -1.04

84
Wavelength Spectrum Energy Levels

A K

3652.00 Er II T 1 OC — 34563

Er II T 1 C A — 1 A1 OT 343y/

3675.18 Er II 7195 - 34397

3684.27 Er II 5133 - 32267

36yZ.64 XT' T-i Er II A Ar\ 44U — OT C 1 /I 2 / J 14

3 / JU. /6 Er II J 133 -J 0 AT A

3 /Z 1 .4

J

Er II C A A/I j4U4 1 0 0 ^T

3734.59 Er II 0 - 26769

3742.65 Er II 5133 - 31844

ino 1 Ai 3 /oI.U3 Er II C A(\A j4U4 — 1 i Q A A 31844

lOOT OA 3 /o /.yu Er II AU — '^Hl QO Z63yz

'2'70'7 AT 3 /y / .0

1

Er II A Af\ 44U — Zb/oy

3830.53 Er II 0 - 26099

3851.60 Er II 7150 - 33106

'3 O C O "2 0 Er II n 1 oc — 33 1U6

0 OOO OT 3ooZ.o / Er II n 1 CA / 1 jU — 1 o oo/: 3Zoy6

Er II A AC\ 44U — o /: Aoo z6uyy

3912.43 Er II 0 - 25552

3932.28 Er II 7195 - 32619

A AAO 1 /C 4UUy. 16 Er II A — Z4yio

4U4o.3 J Er II n 1 CA / 1 jU — 1 1 Q A A 3 1 o44

A AO 1 O 1 4l)o 1 ./

1

Er II A AC\ 44U — O /I OO Z4y36

4104.00 Er II 5133 - 29492

4234.76 Er II 5404 - 29011

43U J .o 1 II 44U — Z36ol

A1f\1 0 1 43U3.0 1 Er II J 133 — O O 1 1 Zo361

4500.75 Er II 0 - 22212

4878.33 Er II 7150 - 27643

gf Log gf

108/sec

3.3 A CI U.6 / A 1 T ^J. 1 / 1 1 3.

1

A ^O U.6Z A 0 1 —U.Z 1 A < 1 U.J 1 A 1 A U. 1 u —A QQ yf.yy

1.4 0.28 -0.56

7.4 1.5 0.18

n 1

1

U. 1 1 U.U/4 —1 .0 J U.JO u.u / o ——1 1 1 1 . 1 Z n "7

1

U.Z 1 n A/1 1 1 .JO

2.9 0.61 -0.22

1.3 0.28 -0.55

A 1Q A AQ ^ U.Uo J1 AT 1 .U / U.44 A AQ^ 1 AT 1 .UZ

0 1 Z.J A ^7 U. jZ A OQ

1.5 0.33 -0.48

2.6 0.57 -0.24

J.U 1 1 1 .

1

A AA U.UO

1 1 3.

1

A T 1 U. / 1 A 1 ^ A ATA U.U/U A A 1 ^ U.U 1 0

1 TQ I . / y

3.1 0.71 -0.15

0.12 0.029 -1.53

A C/; U.OD ATI U.Z 1 U.Z J A AAO U.UOZ I .Z 1 n 1

A

U. 1 U

A A')A U.UZO 1 .jy

0.20 0.054 -1.26

0.11 0.030 -1.52

U. 1 / U.U^o —1—1 . 17JZ

A A/IA U.U40 A A 1 /I U.U14 1 Qt^

1 .oO

0.043 0.015 -1.81

85
Wavelength Spectrum Energy Levels

A K

2709.99 Eu 1 0 - 36890

2723.96 Eu 1 0 36700

2731.37 Eu I 0 36601

2732.61 Eu I 0 _ 36584

2735.25 Eu ! 0 36549

2743.28 Eu 1 0 - 36442

2745.61 Eu 1 0 3641

1

2747.83 Eu I 0 36381

2878.87 Eu I 0 34726

2892.54 Eu 1 0 34562

2893.03 Eu I 0 — 34556

2908.99 Eu 1 0 34366

2958.91 Eu 1 0 33786

3058.98 Eu 1 0 32681

3 106.18 Eu 1 0 32 185

3111 .43 Eu I 0 - 32130

3185.54 Eu I 0 31383

3210.57 Eu ! 0 3 1 138

3212.81 Eu 1 0 31116

3213.75 Eu I 0 31 107

3235.13 Eu I 0 - 30902

3241.40 Eu 1 0 30842

3246.03 Eu 1 0 30798

3247.55 Eu I 0 _ 30784

3322.26 Eu I 0 _ 30091

3334.33 Eu I 0 - 29982

3350.40 Eu I 0 29839

3457.05 Eu 1 0 28918

3467.88 Eu 1 0 28828

3589.27 Eu I 0 27853

3719.16 Eu I 14564 - 41444

3732.20 Eu I 14068 40854

3774.10 Eu I 16612 43 101

381 1.33 Eu I 14068 40298

3865.57 Eu I 15582 41444

3872.72 Eu 1 15582 - 41396

3884.75 Eu 1 14564 40298

3900.51 Eu I 1 3222 38852

3917.29 Eu I 13049 38569

3918.52 Eu I 13779 _ 39291

3949.60 Eu I 13049 - 38361

3955.75 Eu I 15582 40854

3963.61 Eu I 15952 41 175

3967.18 Eu I 1 4068 39268

3978.42 Eu I 13457 38586

3986 60 Eu I 1 3457 38534

4078.24 Eu I 13779 38292

4106.88 Eu I 12924 37266

4127.28 Eu I 16080 40302

4137.07 Eu I 16080 40245

gA gf Loggf

108/sec

6 8 V/. / J —n 1 X 2.5 0u. "^R —

o

^J. J J

I 7 (\ 7 1

1.4 0.16 -0.81

2.8 0.31 -0.51

n "77 u.z / ^J. JO

1

1 . J% n 1 "s U. 1 J U.oZ

U. JU U. JZ

2.2 0.27 -0.57

4.2 0.52 -0.28

n "^7 U. J / —n /I/I n /in U.4U

0 S 1 n nA7 — 1 17 1.1/

1.6 0.22 -0.66

3.7 0.53 -0.28

1 1

.

1 .o n 1

Q

U. 1 7 n ^7 U.UJ / —1 7/1 1 .Z4

X Q U.DU n 77 U.ZZ

9.6 1.5 0.17

3.8 0.60 -0.23

n A 1 U.'t 1 u.uoJ — I 1 Q

U. 1 J —nU.078Q

U.UD'+ — 1 1 Q

0.89 0.14 -0.85

0.61 0.10 -1.00

D.D 1 1 I . I U.U'f nU. 7A/ O \).\ J —AU.o"SQ

U.UoZ — I HQ

0.45 0.080 -1.09

0.31 0.060 -1.22

O.J 1 A U. 1 J U.DU —nU.ZZ77

1 1 1 1

.

L.J 7 X U.J J

14. 3.0 0.48

31. 7.0 0.84

7 7 1

1 . 7/ n 7/t u. z^-

1 o. U.OZ

S 7 J. 1

11 X.J U. 1 1 17. 4.0 0.60

3.7 0.86 -0.06

J . J nU. 78/ o —A I 1 A 7 O. / 1 .D u. zu

1 7 nu. 87o / —^lu.uoAA

3.2 0.76 -0.12

3.6 0.85 -0.07

J. 1 n IX —A I X U. i J Z.J U.O J —A TA U.ZU

7 ^ Z.J U.04

I.J I Q AU.Zo7 8

3.7 0.95 -0.02

86
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

4157.72 Eu I 13049 37094

4182.22 Eu I 1 3222 - 37126

4244.74 Eu 1 13049 36601

4298.73 Eu 1 13779 37035

4329.36 Eu I 13457 36549

4329.97 Eu I 13779 36867

4331.18 Eu 1 12924 - 36006

4337.68 Eu I 13457 36504

4387.88 Eu 1 13222 36006

4535.59 Eu I 15952 37994

4594.03 Eu I 0 21761

4602.63 Eu I 16080 - 37800

4627.22 Eu I 0 21605

4661.88 Eu I 0 2 1445

4713.59 Eu I 15680 36890

4740.50 Eu 1 13457 34546

4792.59 Eu I 13457 - 34317

4829.30 Eu I 15680 36381

4830.33 Eu 1 17341 38037

4840.47 Eu I 17341 37994

4849.64 Eu I 15952 36567

4867.62 Eu 1 13779 - 34317

4884.05 Eu I 1 6080 36549

4894.68 Eu I 16080 36504

4900.86 Eu I 14068 — 34467

4907.18 Eu I 14068 34440

491 1.40 Eu I 14068 - 34423

4953.52 Eu I 15891 36073

4960.2 I Eu I 15891 36045

4962.55 Eu I 15952 36098

4975.76 Eu I 17945 38037

5013.17 Eu I 14564 - 34506

5022.91 Eu I 14564 34467

5029.54 Eu I 14564 34440

5033.55 Eu I 15952 35813

5067.95 Eu I 1 3222 32948

5092.69 Eu I 16612 - 36242

5096.44 Eu I 19447 — 39063

51 14.37 Eu 1 13049 — 32596

5124.77 Eu 1 15891 — 35398

5129.10 Eu I 13457 32948

5130.08 Eu 1 15891 - 35378

5133.52 Eu I 12924 — 32398

5160.07 Eu I 1 3222 — 32596

5166.70 Eu I 13049 32398

5193.74 Eu I 17341 36589

5199.85 Eu I 17341 36567

5200.96 Eu I 15952 35174

5206.44 Eu 1 16612 35813

5215.10 Eu I 13779 32948

1.2 0.32 -0.50

4.3 1.1 0.06

1.6 0.44 -0.36

6.2 1.7 0.24

3.3 0.92 -0.04

3.0 0.84 -0.08

1.2 0.33 -0.48

3.2 0.91 -0.04

2.8 0.82 -0.08

2.6 0.80 -0.10

6.7 2.1 0.33

1.2 0.37 -0.43

5.6 1.8 0.25

4.6 1.5 0.17

1.3 0.44 -0.36

0.61 0.21 -0.69

0.97 0.33 -0.48

1.5 0.51 -0.29

3.7 1.3 0.1

1

2.3 0.81 -0.09

2.5 0.87 -0.06

2.3 0.81 -0.09

1.5 0.55 -0.26

3.7 1.3 0.12

1-4 0.50 -0.31

3.4 1.2 0.09

4.1 1.5 0.17

1.9 0.70 -0.15

1.9 0.70 -0.15

1.9 0.71 -0.15

2.9 1.1 0.03

4.3 1.6 0.21

3.9 1.5 0.17

2.4 0.93 -0.03

3.1 1.2 0.07

1.2 0.45 -0.35

2.9 1.1 0.06

7.8 3.1 0.48

2.3 0.91 -0.04

2.8 1.1 0.04

2.6 1.0 0.01

2.8 1.1 0.04

2.8 1.1 0.05

3.8 1.5 0.19

2.8 1.1 0.05

2.7 l.I 0.03

8.6 3.5 0.54

3.1 1.3 0.10

4.3 1.7 0.24

12. 4.9 0.69

87
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

5223.49 Eu I 13457 - 32596 4.3 1.8 0.25

5239.24 Eu I 13049 32130 1.5 0.63 -0.20

5266.40 Eu I 13779 32762 3.0 1.2 0.09

5271.96 Eu I 15582 _ 34545 9.8 4.1 0.61

5272.48 Eu I 13457 — 32418 1.5 0.61 -0.22

5282.82 Eu I 15582 - 34506 3.7 1.6 0.20

5287.25 Eu 1 13222 32130 0.67 0.28 -0.55

5289.25 Eu I 17707 36608 2.7 1.1 0.06

5291.26 Eu I 19273 — 38167 8.4 3.5 0.55

5293.68 Eu I 15582 34467 1.5 0.62 -0.20

5294.64 Eu I 17707 - 36589 5.4 2.3 0.36

5303.85 Eu I 16612 35461 3.0 1.2 0.10

5350.41 Eu I 17945 36630 1.4 0.59 -0.23

5351.69 Eu I 15421 — 34102 1.7 0.73 -0.14

5352.84 Eu I 17945 36622 1.7 0.74 -0.13

5355.10 Eu I 16612 - 35280 2.8 1.2 0.09

5357.61 Eu I 13457 321 17 7.0 3.0 0.48

5360.83 Eu I 15138 33786 1.2 0.53 -0.27

5361.61 Eu I 16080 34726 3.2 1.4 0.14

5376.94 Eu I 16612 35205 3.2 1.4 0.15

5392.94 Eu I 15249 - 33786 2.5 1.1 0.04

5402.77 Eu I 13222 31726 5.2 2.3 0.36

5405.33 Eu I 16612 35107 1.4 0.60 -0.22

541 1.86 Eu I 17341 35813 1.7 0.73 -0.14

5421.07 Eu I 16612 35053 1.6 0.69 -0.16

5426.94 Eu I 15680 - 34102 2.1 0.91 -0.04

5443.56 Eu I 15421 33786 0.79 0.35 -0.46

5451.51 Eu I 13779 321 17 4.9 2.2 0.34

5452.94 Eu I 13049 31383 2.7 1.2 0.08

5457.62 Eu I 19273 37591 2.3 1.0 0.01

5472.32 Eu I 13457 - 31726 1.1 0.48 -0.32

5488.65 Eu I 12924 31 138 1.2 0.54 -0.26

5495.20 Eu I 12924 31116 0.45 0.20 -0.69

5500.83 Eu I 15952 34126 0.35 0.16 -0.80

5510.52 Eu I 14068 32210 1.6 0.74 -0.13

5526.63 Eu I 13049 — 31138 0.30 0.14 -0.86

5533.25 Eu I 13049 31116 0.30 0.14 -0.86

5542.54 Eu I 17341 35378 1.0 0.46 -0.33

5547.44 Eu I 12924 30945 1.9 0.86 -0.06

5570.33 Eu I 13779 31726 1.8 0.84 -0.08

5577.14 Eu I 13457 - 31383 2.1 0.99 -0.00

5579.63 Eu I 14564 32481 1.1 0.52 -0.28

5580.03 Eu I 13222 31 138 1.2 0.57 -0.24

5586.24 Eu I 13049 30945 0.87 0.41 -0.39

5586.83 Eu I 13222 31116 0.76 0.36 -0.45

5592.25 Eu I 12924 30801 0.17 0.078 -1.11

5599.80 Eu I 13049 30902 0.17 0.081 -1.09

5605.86 Eu I 17341 35174 0.58 0.27 -0.57

5618.81 Eu I 13222 31014 0.37 0.18 -0.75

5622.44 Eu I 14068 31849 0.75 0.36 -0.45

88
Wavelength Spectrum Energy Levels gA gf Log gf

A K 1 OS/son

3o3z. j4 hu I 1 3U4y - 30798 A TA U. /U A "J I U.33 n A 0 —U.4o

z a A Z OA 5645. oU Eu I u 17707 A ACA A AO A 1 /CO —1.62

5651.11 Eu I 17707 35398 0.52 0.25 -0.61

5673.85 Eu I 13222 _ 30842 0.57 0.28 -0.56

c o 1 in jOol.lU Eu I1 "3 000 30819 A O/C U.26 A I 0

U. 12 —u.y 1

jDo4.z4 Eu I 1 ^44 / - 37035 1 c 1.5 A TO U. /2 —U. 14

573U.87 Eu I

\ "J A CT

1 345 / 30902 A CO U.57 A 0 0 O.Zy f\ c /I —U.54

5739.00 Eu I 19447 36867 3.2 1.6 0.19

5765.20 Eu I 0 17341 0.072 0.036 -1.44

c T o o o

5 /o3.65' TT"-! 1 T Eu I

1 A Z£i A 14564 31849 0 1 2.3 1 0 1.2 A AT U.U /

5 /yz. /z Eu I 1763 1 - 36890 A OA A /I A U.4U r\ -3 Q —U.3 7

CO HA T? 5oUU.z / Eu I 1 3 / /y 31014 A A 1 U.6

1

All U.3 1 —U.5 1 5830.98 Eu I 13779 30924 6.0 3.1 0.49

5845.77 Eu 1 19447 36549 1.3 0.68 -0.17

5o6U.y / hjU I

t OA An 36504 1 1 1.3 A ^0 U.60 TV 1 -7 —U. 1 /

^ Ann 5o64. / / Eu I 1 7364 - 36411 ATI U. / 1 AU.3n/ n A A —U.44

CQQC -J 1 Eu I

1 Q</f /I 1 7544 36502 A 11 0. / J A 1 C U.3o r\ ^0 —U.42

5902.97 Eu I 19764 36700 1.4 0.73 -0.14

5909.94 Eu I 15680 32596 0.20 0.10 -0.99

5915.74 Eu I

1 c c 0 0 15582 32481 1 0

1.2 A ^ 0 0.62 A 0 1 —0.21

coo con Eu I1 OT 1 0

1 y / 1

2

- 36584 AU.6U A 1 0 U.32 n c A —U.5U

5yz6.5z Eu I

1 /CAOA I6U0U 32948 f\ ACi OAy A OiC 0.26 (\ cn —U.57

5942.72 Eu I 19462 36285 2.1 1.1 0.04

5953.49 Eu I 19794 36586 1.4 0.73 -0.14

C OC /I o o 5y54.zo Eu 1 36584 1 c 1.5 A 0 1 U.o 1 —U.U7

5^63. /6 Eu I

1 C /I 0 1 1 542

1

- 32185 1 1 1.3 A TA U. /U f\ 1 c —U. 15

5>'o/. JU Eu I 1 345 / 3021

1

A A 4.U 0 0 2.2 U.33

5968.43 Eu I 19631 36381 0.72 0.38 -0.42

5971.69 Eu I 19544 36285 1.4 0.75 -0.13

C QTO ^7 C jy 1 Z. ID Eu I 1 56oU 32418 0 ^ 2.6 1 A

1 .4 U. 14

c Qon /IT Eu I 1 7364 - 36081 AU.66 U.3 5 0 A C —U.45

570 J. 1

4

Eu I

1 < /1 0 1 1 542

1

32130 A 1 Q U.37 A 0 1 U.21 —U.60

5983.78 Eu I 19364 36072 1.2 0.64 -0.20

5992.83 Eu I 16080 32762 4.2 2.2 0.35

6UU4.36 Eu I

1 c 1 1

0

15 1 3o 31788 A "70

y). /y A /I '3 U.43 f\ "3 —u.3 /

6UU5.6

1

Eu I

1 C/C 0 A 1 56oU - 32327 A 0

I). 23 A 1 0U. 12 f\ OA —u.yu

6U1Z.ZU Eu I

1 c c 00 155o2 32210 A 00 O.oy n AO U.4o f\ -3 0 —U.32

6012.56 Eu I 15249 31876 1.4 0.77 -0.11

6015.58 Eu I 19462 36081 2.7 1.4 0.16

A 1 O 1 C 6Ulo. 15 Eu I 0 _ 16612 A f\n A U.U /4 A A /I A U.U4U —1 An 1.4U

AO '} 1 C 6Uz J. 1

5

Eu I

1 C 1 '3 0 15136 - 31736 U. /o A /I '3 U.43 —U.3 / C AO O AA Eu I

1 C /f 0 1 1 542

1

32003 0 1 2.3 1.3 A 1 A U. 1 U

6044.66 Eu I 15249 31788 0.80 0.44 -0.36

6057.36 Eu I 15680 32185 2.0 1.1 0.04

6075.58 Eu I 15421 31876 1 0

1 .2 A ^ 0 0.68 A 1 ^ —0. 17

6077.38 Eu I

1 C/C OA 1 56ol) _ 32130 n A A U.44 A 0 y1 U.24 —U.61

6Uoi.o4 Eu I 1 3 / /7 30211 0 1 2.

1

1 1 1 .

1

A A/C U.U6

Aoo i c Eu I1

'3 0 0 0 29613 1 . / A Ql U.7 / A A 1 —U.Ul

6108.15 Eu I 19364 35732 2.4 1.4 0.14

6118.78 Eu I 16080 32418 1.9 1.1 0.03

89
Wavelength Spectrum Energy Levels

A K

6124.67 Eu I 15680 - 32003

6178.76 Eu I 19273 - 35453

D 1 OO. 1 J

U^n T CjU 1 1 j4j / 7 OA 1 1 0 1 yj.y) 1 till 1

1 IH/I Q 7QZyioo 1 8A

OLKJ 1 .DU EjU 1

1 An8n — 17 18*; jZ 1 o J

6230.51 Eu I 15680 - 31726

6233.73 Eu I 16080 - 321 17

'\C\ Al CjU 11 ')Q')/l

1 zyz4 780 Zoy 1 8I o OZDZ.Z J tiU 1 1 jZZZ 7 Q 1 8A Zy I oD

O/OO. 73 Eu I U

1 ^ Q ^ 7

6285.95 Eu I 12924 - 28828

6291.34 Eu I 0 - 15891

olyy. 1

1

Eu I i5\)^y — 7 O O 1 O Zoy 1

0

1 3. /o Eu I ij//y 7 1 1 DJ 1 O.JO Eu I

1 Q/; 1 1 1 yb3 1 1 C /f CI

6335.82 Eu I 13049 - 28828

6350.04 Eu I 12924 - 28667

(."izc on Eu I

1 1 /I <7 J j4j / 7 Q 1 Q A

hjU I 1 17')')

1 5LLL 7Zo8018 7 1 O

0 J oZ. / J CjU I

1 <; 1 1

8

1 J 1 3o in8r> 1

6383.86 Eu I 15138 - 30798

6400.93 Eu I 13049 - 28667

D4UD. 1 1 tjU 1

1 1777 7ZooZo 8 878

f^A 1 n o/i U^T 1 I ijU 11 7Q7/1 1 LyL'^ — 7ZojZU 8 <7n

(^A 0'+ 1 1 T> 1 1 . jZ ILU 11 <7/lQ J jZ47 JUo4Z

6428.29 Eu I 15249 - 30801

6439.93 Eu I 15421 - 30945

Eu I 1 34Z 1 ir>on7

d4 /U. /U Eu I

1 A (\C O

J 4Udo — 7 Q C 1 O Zyj

I

o d4o J.UZ Eu I 1 j4Z I 1 no /1

7

— iUo4Z

6501.55 Eu I 15421 - 30798

6519.59 Eu I 15680 - 31014

D jZZ. /Z Eu I

1 ^OQ 1 1 joy 1 — 3 J Z J / D j47. 1 Z Eu I 1 jVjZ 117 17 3 1 Z 1 / DJO /.O / Eu I 1 JOoU — 1 non7 3uyuz

6593.79 Eu I 15680 - 30842

6603.55 Eu I 15680 - 30819

OOO J.Z 1 Eu I 1 4jo4 — 7 O C 1 8 Zyj

I

o boyJ. 70 Eu I

1 ^n8A J oUoU — 1 1 A 1 /I 3 1 U 1

4

O /U 1 .Uo Eu I

1 Q/f /I 7 1 ^44 / — 1/11 /iA 343DO

6710.45 Eu I 21761 - 36659

6744.88 Eu I 16080 - 30902

D / oZ. j4 Eu I

1 Anon 1 oUoU — 1 no 1 o 3Uo

1

y

O / o /.4o Eu I

1 ^ C Q 1 1 JO"? 1 1 n^ 1 o DoUZ. /

Z

Eu I

1 A (\C Q

I 4Udo — 7 07/^ /I Zo/o4

DO 1 D.Uo Eu I

1 ^QC7 J jyjz — 1 AA 1 Q 30b I

y

6834.30 Eu I 21445 - 36073

6840.93 Eu I 21605 - 36219

6844.83 Eu I 16612 - 31217

6847.04 Eu I 21445 - 36045

gf Log gf

108/sec

n 0^; U.oo A /I O U.4o —D.32

A n 4.U Z.3 0.36

1 o 1 .y 1 .

1

A AT 0.03

0.88 0.51 -0.29

0.23 0.13 -0.88

n 7n U.ZU A 1 7

U. 1 Z A AT

1 A

1 .4 n 7Q —U. 1 u

n 17 U.3Z A 1 A

U. 1 y

A '7 'I —U. /3

1.6 0.93 -0.03

0.0073 0.0043 -2.37

n non A AC1 —1 .Z / A AAO 1 U.UUo 1 A AA O U.UU4o —2.32

1 A 1 .1) A A A ^ 1 —0.22

0.18 0.1 1 -0.97

0.58 0.35 -0.46

r\ A c A T7 u.z / A C A —0.56

A o

Kj.by A /I O U.4z A 1 O —0.38

n Af\ U.4U A 7 /I U.z4 A /I 1 —U.61

0.37 0.23 -0.64

0.56 0.34 -0.47

A Id 0. /y A /I O U.4V —U.3 1 A 7A U. /U A /I 1 U.43 —U.3 / A 7 1 U.Z3 A 1 A U. 1 4 —U.OJ

1.0 0.62 -0.21

1.5 0.90 -0.05

A ^ ^

U. 56 A '5 C 0.35 —U.46

A 7 A U.ZU A 1 7

U. 1 Z

Ci OA —O.yO

1 1 1.3 A O 1 TV AO —U.Uo

0.090 0.056 -1.25

0.20 0.12 -0.91

A /I n A '3 1 0.3 1 A C 1 —U.5 1 AAA 0.69 U.44 A '5 /I A 1 O

U. 1 O A 1 ^

0. 1 z A AT —0.y3

0.092 0.059 -1.23

0.84 0.54 -0.26

A Cf\ V.JV TV A Q

O.zO Ait 0. 1

3

A 0 A

A 1 C 0.35 A O '5 0.23 —U.63

1.9 1.3 0.12

0.37 0.25 -0.61

U.o3 —U.Uo

U.ol OA 1 A "3 0 —U.3o

A C A 0.59 U.4

1

—u.3y

0.26 0.18 -0.75

1.5 1.1 0.03

2.

1

1 .5 A 1 U. 1

6

A AO 0.98 A z: A 0.69 A 1 —U. 1

6

1 .6 1.1 A A /I U.U4

A 1 O 0.38 A T7 0.27 ACT —U.5 / 1.2 0.84 -0.07

90
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

6864.54 Eu 1 0 — 14564 0.049 0.035 -1.46

6898.21 Eu I 21605 — 36098 1.9 1.4 0.14

MOT, fsl IL Li 1 2 1 761 5 6 4 0 0\J •\j\J 60

6910.17 Eu I 21605 J DU / J 1.2 0.87 -0.06

6914.82 Eu I 21761 ^A7 T Q 2.8 2.0 0.30

7040.20 Eu I 14564 — 28764 2.0 1.5 0.17

7074.54 Eu I 16080 — 3021 1 0.30 0.22 -0.65

7/11 \JU.H-0 48 Pi 1 I 0 I '+UDO 0 016 0 017 -1 97

7164.66 Eu I 21445 1 S"? Q8 J J J 70 0.65 0.50 -0.30

7175.55 Eu I 15680 7QA 1 1 0.64 0.49 -0.31

7224.68 Eu I 21445 — 35282 1.1 0.90 -0.05

7258.72 Eu I 21605 — 35378 1.6 1.3 0.11

IL LI 1

1 542 1 7Q 1 Hf\ 0 57 0 45 -0 34

7281.53 Eu I 21445 1 74 1.1 0.89 -0.05

7297.56 Eu 1 21761 0.68 0.54 -0.27

7310.46 Eu I 21605 — 35280 1.2 0.93 -0.03

7313.63 Eu I 15249 — 28918 0.21 0.17 -0.76

7336 18 l_j Ll 1 1 5891 Z.7QSy J 11 8o 1.

1

0 92 -0 03

11,46.15 Eu I 21445 T, SOS"? 0.36 0.30 -0.53

7356.65 Eu I 21445 0.36 0.29 -0.53

7362.25 Eu I 15249 — 28828 0.19 0.15 -0.81

7369.60 Eu I 15952 — 29518 1.2 0.94 -0.03

7387 3f< Ei Ll 11 f^OSO 7 OA 1 1 0 079 0 Of>5 —1 1 9

7389.16 Eu I 15138 ZoOO / 0.20 0.17 -0.78

lAQAAX Eu I 21605 T, S 1 07 1.1 0.92 -0.04

7436.59 Eu I 21761 — 35205 2.2 1.9 0.27

7470.53 Eu I 15138 — 28520 0.14 0.11 -0.94

7491 00 IL LL 1 7 1 7f^1 "X S 1 07 0 57 0 48 —0VJ. J)^7z 7528.70 Eu I 17341 jUD 11 Qy 1.4 1.2 0.08

7533.02 Eu I 15249 78S70 0.089 0.076 -1.12

7547.32 Eu I 15421 — 28667 0.10 0.088 -1.06

7583.91 Eu I 15582 — 28764 2.8 2.4 0.38

7742 57 i_j Li 1 1 7707 .;?uo 1 y 1 8 1 f\ 0 77

7746.19 Eu I 16612 7QS Z " J 11 8o 1.6 1.5 0.16

7803.32 Eu 1 15952 787^^4 0.15 0.14 -0.85

7818.21 Eu I 19631 - 32418 0.43 0.39 -0.40

7887.99 Eu I 17945 — 30619 1.1 1.0 0.02

801 5 47 Ej LL 1 1 97 1 7 J^7Z 1 8 S 1 o J 0 35 0 34 —0 47

8209.80 Eu I 17341 Lyj I o 0.57 0.58 -0.24

8226.81 Eu I 16612 787^4 Zo / O'f 0.29 0.29 -0.53

8464.71 Eu I 17707 — 29518 0.15 0.16 -0.80

8642.67 Eu 1 19447 — 31014 0.80 0.90 -0.05

8777 77 Cj U 1 1 Q447 10Q07 jKjyyjZ. 0u. 77z / 0 1 —0U.J^ 11 8782.46 Eu I 19631 31014 0.23 Q.21 -0.57

8790.88 Eu I 19447 30819 0.44 0.51 -0.29

8870.30 Eu I 19631 30902 0.68 0.81 -0.09

91
Wavelength Spectrum Energy Levels

A K

2499.39 Eu II 1669 - 41667

2554.78 Eu II 16861 55991

2559.18 Eu II 17004 56067

2564.17 Eu II 17004 55991

2568.17 Eu II 17141 56067

2574.76 Eu II 17141 - 55968

2577.14 Eu II 16861 55652

2581.86 Eu II 17248 55968

2635.50 Eu II 0 37932

2638.77 Eu II 1669 _ 39554

2641.27 Eu II 0 — 37849

2668.34 Eu II 1669 39135

2678.29 Eu II 1669 38996

2685 66 Eu II 0 37224

2692.03 Eu II. 1669 38805

2701.14 Eu II 0 - 37011

2701.90 Eu II 0 37000

2705.28 Eu II 0 36954

2716.98 Eu II 1669 38464

1121.1% Eu II 0 36649

2729.33 Eu II 0 - 36628

2729.44 Eu II 1669 38296

2740.62 Eu II 1669 38146

2744.26 Eu II 0 _ 36429

2747.29 Eu II 1669 _ 38058

2752.17 Eu II 1669 - 37994

2781.89 Eu II 1669 37606

2802.84 Eu II 1669 37337

281 1.75 Eu II 1669 37224

2813.94 Eu II 0 35527

2816.18 Eu II 1669 - 37168

2820.78 Eu II 0 35441

2828.72 Eu II 1669 3701

1

2829 30 i_j FiiLi. 11n 1669 37003

2833 26 Eu II 1669 36954

2843.96 Eu II 1669 - 36821

2859.67 Eu II 1669 36628

2862.57 Eu II 0 34923

2864.42 Eu II 11128 46029

2876 06 Eu II 1669 36429

2887.85 Eu II 0 - 34618

2906.68 Eu II 0 34394

2917.44 Eu II 1669 35936

2925.04 Eu II 1669 35847

2947.29 Eu II 0 33920

2952.68 Eu II 1669 35527

2959.47 Eu II 0 33780

2960.21 Eu II 1669 35441

2991.33 Eu II 0 33420

2995.22 Eu II 1669 35046

gf Log gf

108/sec

0 15 0 014 -1 86

3 5 0 34 —0 Af\

3 6 0 35 —0 46

21. 2.1 0.32

14. 1.4 0.15

3 5 0 35 -0 45

30 3 0 0 48

3.6 0 36 —0 45

o!o8o 0.0084 -2.08

4.0 0.42 -0.38

0 94 0\j* 099 \j y y —1 00

2 3 0 24 —0 61

0 88 0 095 -1 02

0.54 0.058 -1.24

1.9 0.21 -0.68

0 1 6 -0 79

1 7 0\j • 11 9y -0 73

0 50 0 055 -1 26

1.1 0.25 -0.60

8.1 0.91 -0.04

0 37 0 041 -1I. » 39D y

1 2 0 1 3 -0 88

0 47 0 053 -I 27

0.22 0.025 -1.61

0.20 0.023 -1.64

0 26 0 029 —1 54

1 2 0 14 -0 84

4 0 54 -0 77

0.52 0.061 -1.21

4.9 0.59 -0.23

1 3 0 1 5 -0 82

2 8 0 34 —0 47

0 89 0 1 1 -0 97

0.27 0.032 -1.50

0.31 0.037 -1.43

0 17 0 021 -1 69

0 52 0 064 -1 1 9

0 35 0 043 -1 37

0.74 0.091 -1.04

0.11 0.014 -1.85

0 092 0 012 -11 • 94y^

3 5 0\J . 44*"T T -0.35

0 051 0 0065 -2.19

1.4 0.18 -0.74

0.058 0.0076 -2.12

0 30 0 040 —1 40

0 033 0 0043 -2 37

0 39 0 05

1

-1 29

0 lf\ 0 034 -1 46

0.047 0.0064 -2.20

92
Wavelength Spectrum Energy Levels

A K

3006.26 Eu II 1669 34923

3040.77 Eu II 1669 — 34546

Eu II i66y 3435*4

•5 Oil iUby. 1

1

Eu II 0 /I 0 AO Z4ZUo 5678

1

3077.36 Eu II u

^ 0 yl 0 3Z4o6

3097.45 Eu II 1669 33944

3173.61 Eu II 0 — 31501

32oD. Eu II 1 "J nn A 15 1 14 C /f 1 0 A

i21l.ll Eu II nn A nilA 54321

nil.la Eu II 13114 C A 1 A 54274

3301.95 Eu II 24208 54484

3308.02 Eu II 24208 - 54429

"3 '3 1 "5 T '3 55ii.53 Eu II 0 /( 0 AO 24z08 C /I "3 0 A 54380

Eu II 0 A 0 AO Z4zU8 c >i T 0 1 543Z

1

5iZ 1 .06 Eu II 11100 1 1 IZo /I 1 0 0 T 41ZZ3

3338.75 Eu II 26838 _ 56781

3367.64 Eu II 10082 — 39768

-J -3 /: Q A/: Eu II

1 A/r A -3 lUo43 A A'2 1 1 4U3 1 /

"3 "3 on 0 c Eu II 0 /I 0 AO C '3 "7 0 '3 53 /o3

"3 "3 0 1 00 Eu II

1 AAOO 1 UUoZ 1 CiZ Z A 3^554

3396.58 Eu II 26838 56271

3425.02 Eu II 11 128 — 40317

3425.44 Eu II yyZ5 '? OAAA

344U.OZ Eu II 1 1 Ijb jd3 1 1 3441.00 Eu II 10082 39135

3445.18 Eu II 10082 39099

3457.56 Eu II 10082 - 38996

3461.38 Eu II A A'^ 9923 38805

3505.30 Eu II 1669 30189

O 1 AA 352 1.09 Eu II 26173 54565

3531.15 Eu II 26173 54484

3532.23 Eu II 27256 - 55559

1 c'3 0 no Eu II Z6 1 / 3

c A A^ C\ 544Zy

'3 C /I 0 1 C Eu II 3o 146

Eu II

1 A^ A "3 11)643 '3 OTO /I 3o /o4

3603.20 Eu II 10313 38058

3611.57 Eu II 10313 - 37994

jolo.lj Eu II 26838 C A AO A 54484

3622.54 Eu II 11 128 38725

3632. 18 Eu II

1 AAO 10082 37606

3673.19 Eu II _ 54321

3674.63 Eu II 10643 - 37849

3678.26 Eu II 27256 54435

3688.42 Eu II 0 27104

37 10.87 Eu II 10643 37584

37 1 3.45 Eu II 10082 37003

3714.90 Eu II 10313 37224

3724.94 Eu II 0 26839

3729.74 Eu 11 11128 37932

3741.31 Eu II 11128 37849

gf Log gf

108/sec

U.UjZ A AA'? 1 U.UU/ 1 O 1 c —Z. 1

J

AU.U3o A AA<A 0 '3 1 —Z.3 1 A 11 U.3 / A AC 1 —1 .zy

6.3 0.90 -0.05

0.15 0.021 -1.68

A 1 0

U. J z A A 1 0 —1 ^7 C1 . / J A CiAl U.U4/ A AAT) U.UU/Z —O 1 c

Z. 1

J

1 1I 1

.

0 1 Z. / A /1

1

U.43

24. 3.9 0.59

33. 5.4 0.73

0 c A 1 4.

1

A ^ 1 U.O 1 0 1 Z3. 1 0 3.0 A C 0 U.JO

0 1 Z3. 1 0 3.0 A C 0 U.JO

11. 1.8 0.25

0.86 0.14 -0.85

Q Q y.y 1 £. 1.6 A T) U.ZZ

(\ OQ A (\A Q —1.3 1 T 11

1 A 1 .u AIT U. 1 / A—U. / / 10. 1.8 0.25

1.1 0.19 -0.73

c 0 JO. 1 A A lU.U 1 AA 1 .UU

1 1 A 1 Q A TO —U. 11

A 0 /I U.Z4 A A/1 "2 U.U43 1 l "7 —1.3 / 9.8 1.7 0.24

0.79 0.14 -0.85

A O /I U.Z4 U.U43 —1.3o

A O /I A A/l "3 U.U43 —1.3 1 m/ U.o3 All U. 1

1

A Q C —u.yj

0.032 0.0059 -2.23

84. 16. 1.20

1

'3 13. 0 c Z.J A /I A 0.40

Q A y.4 1 0

1.0 A 0 /I

1

0

1 Z. 0 0 z.z U.34

0.61 0.12 -0.94

0.87 0.17 -0.78

u.o 1 A 1 0 U. 1 z —A Ql u.y3

A 1A A ACQ 1 0 "3 —1.Z3

0.0 1 7 A 01 U.Z3

0.46 o!o91 -1.04

0.34 0.067 -1.18

Q ^ 0.0 1 . / A O /I U.Z4

A 1 0

U. 1

0

A AT T 1 A^ —1.43

0 n

0. /

1 0

1.0 A 0 C U.Z J 0.97 0.20 -0.70

0.17 0.035 -1.45

A 0 1 U.Z3 A A/l 0 —1 .3Z

A 0 C U.Z J A AC 1 U.Uj 1 —11 0 Q .zy

0 0 Z.o A CO u. jy A 0 1 —U.Z3

A 1 C U. 1 J A A'3 0 U.U3Z —11 C A . jU

1.1 0.23 -0.63

93
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3743.56 Eu 11 9923 — 36628 0.24 0.050 -1.30

3761.12 Eu II 10643 — 37224 0.69 0.15 -0.83

3765.93 Eu II 10082 — 36628 0.21 0.045 -1.35

J / oo. / O CjU 11 III II 1 C\A U4 CI/1 on J j4yu J.D 1 ^ A no U.Uo

3791.50 Eu 11 10643 — 3701

1

0.12 0.026 -1.59

3799.01 Eu II 10313 — 36628 0.29 0.064 -1.20

3819.67 Eu II 0 — 26173 4.8 1.0 0.02

3826.68 Eu II 26838 — 52963 15. 3.3 0.52

18/1/1 1

1

CiU 11 I Uo4J JOD4V U.J J

r\ r>77 U.U /Z — 1.14

3907.10 Eu II 1669 — 27256 4.7 1.1 0.03

3917.70 Eu 11 9923 — 35441 0.039 0.0091 -2.04

3928.87 Eu II 10082 — 35527 0.071 0.016 -1.78

3930.48 Eu II 1669 — 27104 5.3 1.2 0.09

1 EjU 11 1 UUoZ KA A } J j44 1 n H/i n U.U4U A AAQ1 u.uuy J —Z.Uj

3943.08 Eu 11 23774 — 49128 6.7 1.6 0.20

3964.90 Eu 11 10313 — 35527 0.16 0.039 -1.41

3971.96 Eu 11 1669 - 26838 3.5 0.84 -0.08

4011. 69 Eu II 24208 — 49128 10. 2.5 0.39

/in 1 7 ^

c

4U 1 / . JO U^i 1 It tU II I Uo4j 1 c c -) 7 J J jZ / U.Z 1 U.UjU — 1 1 n 1 . jU

4085.38 Eu II 9923 — 34394 0.12 0.031 -1.51

4096.80 Eu II 10643 — 35046 0.092 0.023 -1.63

41 12.04 Eu 11 10082 — 34394 0.093 0.023 -1.63

4129.70 Eu II 0 — 24208 1.9 0.49 -0.31

4 1 J 1 . jZ CiU II

1 AT 1 -J I Uj 1 J

1/1 1Q/I n Cii 1 U.Uj 1 A AAOA U.UUoU —7 (\Q z.uy

4205.05 Eu 11 0 — 23774 3.2 0.84 -0.08

4355.09 Eu 11 26173 - 49128 15. 4.2 0.63

4383.17 Eu 11 26838 — 49647 5.2 1.5 0.17

4405.27 Eu II 16861 — 39554 0.099 0.029 -1.54

44AAIA CI j4.o 1 tiU II Z / I U4 A QA/I 7 4yt)4 / C A 0.4 7 ^ Z.J n 1

Q

U. J 7

4435.56 Eu 11 1669 — 24208 0.85 0.25 -0.60

4464.97 Eu 11 27256 - 49647 5.3 1.6 0.20

4485.15 Eu II 26838 — 49128 1.5 0.46 -0.34

4522.57 Eu 11 1669 — 23774 0.17 0.052 -1.28

JO 1 o. /4 Eu 11 z / 1 U4 U.Uj 1 U.U 1 D —1 .0 1 5872.98 Eu II 10082 — 27104 0.017 0.0087 -2.06

5953.84 Eu II 10313 — 27104 0.0051 0.0027 -2.56

5966.07 Eu 11 10082 — 26838 0.058 0.031 -1.51

6049.5 1 Eu II 10313 — 26838 0.075 0.041 -1.38

o 1 / J.Uj Eu II I Ud4j Zoo JO U.UoU U.Uj J 1 .4d

6303.41 Eu 11 10313 — 26173 0.035 0.021 -1.68

6437.64 Eu 11 10643 — 26173 0.13 0.081 -1.09

6645.11 Eu 11 11128 — 26173 0.39 0.26 -0.59

7077.10 Eu 11 10082 — 24208 0.082 0.062 -1.21

-7 1 Q/l O 1 / 1 74. 0 1 Eu II I Uj 1 J Z4ZUo r> T A U. 1

4

nil U. 1 1 —AU. 7 J 7217.55 Eu 11 9923 — 23774 0.13 0.10 -1.00

7301.17 Eu 11 10082 - 23774 0.12 0.098 -1.01

7370.22 Eu II 10643 24208 0.19 0.15 -0.82

7426.57 Eu II 10313 23774 0.070 0.058 -1.24

94
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

2084.12 Fe 1 0 47967

2166.77 Fe I 0 — 46137

o 1 no Afi 2 1 7o.(jy r e I A 1 /I 4 1

6

463 14

O 1 fi 1 OA 2 191.04 r e 1 /U4 A CI \ A 463 1

4

2 1 96.04 Fe 1 000 000 A H A i rv 464 1 U

2297.79 Fe I 416 43923

2439.74 Fe I 19390 — 60366

A A r\ 1 1 2440. 1 1 Fe I\ dn QQ 6U /5o

2442. J / r e I 1 y62

1

oU54V

^ A A ^ on 2443. o / r e I dV2o 4 /o35

2447.71 Fe I 0 40842

2453.47 Fe 1 1311 — 48123

24 T /.6U r e I 6y2o An c (\c 4 /6U6

246z. 1 0 r e I 4 1 6 4 1 U 1 0

2462.64 V e 1 U 4U5y4

2463.73 Fe 1 7728 _ 48305

2465.15 Fe 1 11^11 — 47930

1 /So /I 0"J Q

tp /-> 1 r e 1 oV2o An A')C\ 4/410

^ An ^ 1 A r e I 6y2o in 1 ci 4/363

2472.88 Fe I 704 — 41 131

2474.81 Fe I 7728 — 48123

^ A'-I t\ AO 24 /V.4o r e 1 A 0 /I /V06 4o3U5

24 /y. /o r e 1 /U4 4 1 I) 1 0

24o3.2 / 1* e 1 u

/I AT C "7 41)25 /

2484.19 Fe I 888 41 131

2486.37 Fe 1 0 — 40207

AO m £ii\ F e I

"7 "7 '> 0

/ /Zo

2487.06 Fe I 8155 A 0 T Z t 4835 1 24o /.3 /

rp » r e I 1 a A /U4 4Uoy5

2488.1 ^ Fe I 416 40594

2489 ,5 Fe I 978 - 41 131

2490.64 Fe 1 704 40842

24y 1.16 Fe I 888 41018

24^6. j3 r e 1 15 11 An A c\ 4/42U

2498.89 Fe I 416 40422

2501.13 Fe I 0 — 39970

2 jU 1 . /U r e i 0720 /I A C CO 4dooV

T < A"7 Qn 2jU I .y\) r e I 1 1 la /( -7 «; on 4 /5yu

25 1 U.oj r e 1 A 1 4 1 D

A i i^ 1 I 4U23 1

2512.36 Fe I 416 40207

2517.66 Fe 1 7986 - 47693

2 J 1 0. 1

U

F 8 I 704 i f\ A r\c 4i)4(Jj

2 J 1 y.63 rp ^

F e 1 0 1 c c 0 1 J J 4 / o3 I 2.122.55 Fe I (J 39626

2524. 2y Fe I 888 A r\ A Ci i 4049

1

2527.43 Fe I 416 39970

2529.13 Fe I 704 40231

2529.83 Fe I 888 40405

2530.69 Fe I 704 40207

4.3 0.28 -0.55

8.5 0.60 -0.22

4.2 ATA U.3U —U.52

2.

1

A 1 C U. 1 5 —y.o2

2.2 A I U. 1

6

n CA —U.oU

1.3 0.100 -1.00

32. 2.8 0.45

23. 2.

1

AnU.32

46. 4. A A") 4.y A /f /I U.44 —U.3o

0.98 0.088 -1.05

6.3 0.57 -0.24

1 /.

1 c

1 .5 A 1 CU. 1 0

1 .6 A 1 ?

U. 15 A 0 1 —U.o3

V.2 A 0/1 U.o4 A AO —U.Uo

3.8 035 -0.46

14. 1.3 0.1

1

3.0 U.35 A A f.

13. 1 .2 AU.UoAA

I 2.

1 1 1 . 1 A AA U.Uo

14. 1.3 0.10

23. 2.1 0.33

n n A ^ 1 U. / I A 1 C —U. 1

5

15. 1 A

1 .4 A 1 A U. 1 4

34. 1 1 3.

1

A /I Q u.4y

14. 1.3 0.1

1

1.1 0.099 -1.00

n 1 /. 1 AU.66 A 1 Q —U. 1 0

1 A1 U. A 0'5 u.y3 A AT —U.U3

A C 1 0.5 1 A A /i "7 U.U4 / —1.33

35. 3.2 0.51

28. 2.6 0.41

26. 2.4 (\ 10 0.3o

2 1

.

T A 2.U A '> A

u.zy

1 3. 1 .2 A AO U.Uo

1.3 0.12 -0.92

10. 0.95 -0.02

2.0 A 0^ U.Zo —

A C Q U.5o

".5 A OA A AC —U.U5

1 1 1 1

.

1 A 1 .u n A

1

U.U 1

0.84 0.080 -1.10

8.8 0.84 -0.08

o.y

A 0 C U.o5 —0.07

0.

1

A C 0 A 0 A —U.24

2y. ") n2. / {\ A A 0.44

6.6 0.63 -0.20

16. 1.5 0.18

6.

1

A C A A 0 T —0.23

2.1 0.20 -0.71

0.85 0.082 -1.09

95
Wavelength Spectrum Energy Levels

A K

2535.60 Fe I 978 40405

2540.98 Fe I 888 — 40231

o ^ /1 1 in IT" ^ ¥ r e I Z 1UJ7 OUJDJ

Z j4J. 7Z r e 1 ZUO / J

(~.C\\ DU 1 77/ z Z 344. / 1

IT" ^ ¥ r G I ZUO't 1 jyyL 1

2545.98 Fe I 704 — 39970

2549.61 Fe I 416 — 39626

z J / 0.07 r e I 0"Zo ^J / ZD

Z Jo4. j4 r e 1 D"ZO tJ DUO

/.jyy.j / r e 1 7'?77 / J / / 'tJO J J

2605.65 Fe I 6928 — 45295

2606.82 Fe I 1111 — 45726

Zb 1 o.UZ r e I 1 /Zo A'\Ct'[ 4J7 A14

ZoZ3. J J r e 1 77? 8 / / Zo zl<;811 ^JOJ J ZoZy.37 r e 1 Q78 y 1 o JO18QQA 770

2632.24 Fe I 7986 — 45965

2635.81 Fe I 7986 — 45914

Zd4 I .DJ Fe I 7177 1511 4jZZ /I ^77 11 Zd44.UU r e I 8 1 < ^ O I J J 4J 7D J Zd4 /. JD r e I 4 1 D JO 1 / J

2656.15 Fe I 19390 — 57028

2662.06 Fe I 7728 — 45282

Zooo.oZ TP r\ I r e 1 0"Zo AAA 1 ^ ZD / y.uo r e I oyzo AAIAA

T ACQ T 1 r e 1 7177 zl4'^ ^ 1 't'+J J 1

2699.11 Fe I IZll — 44415

2706.02 Fe I 19390 — 56334

TTA/; CO Z /UO. JO XP f~\ X r e I 777 8 / / Zo AAt^f^A DD^

Z /Uo. J / r e 1 ZUO^ 1 J / J ju

Z / 1 U.J J r e I

1 7Q/;q ^70 4Q8'n 1 J I

2711.65 Fe I 1111 — 44244

2718.44 Fe I 7986 — 44761

z / 1 y.uz TP r\ ¥ r e I AU 50 / O 1 z / zu.yu r e I 4 1 D 17 1 J / 1 JO

Z / ZJ. JO TP /~\ T r e I / U4 11 A 1 n J /4 1 U

2724.96 Fe 1 7728 — 44415

2726.05 Fe I 8155 — 44827

Z /Zo.UZ Fe I 7177 44UZ AAfM 1J Z /Zo.oZ Fe I

117/Q788OO JD4Z J Z /3 J. JO r e I oyzo A4j1 JUU ^nn

2734.00 Fe I 7986 — 44551

2734.27 Fe I 17550 — 54112

L / J j.4o r e I 7177 41071 'f J 7Z J

TP rs 1 r e I 888 OOO 1741 n

Z /4Z.ZO TP ^ f r e 1 7798 / / Zo AA]I 84OMZ / 4Z.4

1

TP I r e 1 J / 1 J o 2743.56 Fe I 7728 44166

2744.07 Fe I 978 37410

2744.53 Fe 1 7986 44411

2746.98 Fe I 6928 43321

gf Loggf

108/sec

y.yj \J» o / —ftu. ftfi uu

7. O V/. -7 J —ft ft?

/ D. 7 A 0 R7

75. 7.3 0.86

32. 3.2 0.50

Q7. 11 0yj. 89o y —ft 05

D. / —ftyj. 11 8o

J . 7 V/. J o -ft 21

15. 1.5 0.17

18. 1.9 0.27

4 ? 0 43 -0 17

y.j 0 Q7 —0U. 01U 1 7/ .J^ 0 77 —0yj. 1I 1I 9.2 0.95 -0.02

0.36 0.037 -1.43

<s 1 J . 1 V7. J J -ftu. 27z /

1 1 1 . 1 0u. 07uz. 1 1 J. 1 U. J J —ftU. 49H7

7.7 0.81 -0.09

0.21 0.023 -1.65

1 o. 1 7 ftU.Z.71J

I .D 0V/. 171 / —ft 77

4 9 0 45 —ft 15

7.2 0.78 -0.11

5.3 0.57 -0.24

^ 4 0 "17 —0 41

Z J. Z.. J 0 40

8o.^9 0 90 -ft ft4 30. 3.2 0.51

3.3 0.36 -0.44

1 9 v. J u -f) 45

4 7 0V/. JZ. 59 —ft 78

1

1

1 J

.

1 4 ft 1 5 6.6 0.74 -0.13

4.2 0.46 -0.34

1 A nU. J18o —ft 47

1 8 J.O 0U.^41J —ft 17

9Z.J1 n 96 —ft 59

19. 2.2 0.34

23. 2.6 0.42

1 1 1 .J 0U. 1

1 5J —ft 87

07. 1J1 ft ft 07

11 ou. 1 9 ft ft7 4.2 0.47 -0.33

3.2 0.36 -0.44

1 1 J. I

ftU.J15J —ft A(\

9 n ftU.Z.91J —ft 64

11 .o8 ft 2ft -ft 69

9 ^. ft 29 -0 53

12. 1.4 0.13

96
Wavelength Spectrum Energy Levels

A K

2750.14 Fe I 416 36767

2750.88 Fe I 17550 - 53892

2753.69 Fe I 8155

44459

2754.04 Fe I 7986 — 44285

2756.26 Fe I 416 — 36686

2757.32 Fe I 8155 4441

1

2759.82 Fe I 8155 — 44378

2761.78 Fe I 7986 — 44184

2762.03 , Fe I 7728 — 43923

2763.11 Fe I 7986 — 44166

2764 33 Fe I 17727 53892

2766.91 Fe1

8155 — 44285

2772.08 Fe I 6928 — 42992

2774.73 Fe I 8155 — 44184

2778.22 Fe I 6928 — 42912

2781.84 Fe I 7986 43923

2788.10 Fe I 6928 - 42784

2789.80 Fe I 21716 — 57550

2791.79 Fe I 19621 — 55430

2795.01 Fe I 0 — 35768

2797.78 Fe I 7377 43109

2804.52 Fe I 7377 - 43023

2806.98 Fe I 7377 — 42992

2813.29 Fe I 7377 — 42912

2817.51 Fe I 7728 — 43210

2823 28 Fe I 7728 43 138

2825.56 Fe I 7728 - 43109

2825.69 Fe I 0 — 35379

2828.81 Fe I 7986 — 43326

2832.44 Fe I 7728 — 43023

2835 46 Fe I 0 35257

2838.12 Fe I 7986 — 43210

2840.42 Fe I 416 — 35612

2843.63 Fe I 7377 — 42533

2843.98 Fe I 7986 — 43138

2845.60 Fe I 7728 42860

2848.72 Fe I 7986 - 43079

2851.80 Fe I 8155 — 43210

2863.44 Fe I 11976 — 46889

2863.86 Fe I 704 — 35612

2866 63 Fe I 7986 42860

2869.31 Fe I 416 - 35257

2872.34 Fe I 7728 — 42533

2874.17 Fe I 0 — 34782

2875.30 Fe I 11976 — 46745

2877.30 Fe 1 11976 46721

2887.81 Fe I 21716 56334

2894.50 Fe I 18378 52916

2895.04 Fe I 12561 47093

2899.42 Fe I 18378 52858

gA Lo2 sf

108/sec

3.5 0.40 -0.40

9.1 1.0 0.01

1.8

' 0.20 -0.70

1.7 0.19 -0.72

1.2 0.13 -0.87

3.5 0.39 -0.40

0.86 0.098 -1.01

6.1 0.70 -0.16

6.0 0.69 -0.16

2.0 0.23 -0.64

6.1 0.70 -0.16

0.84 0.096 -1.02

5.2 0.60 -0.22

1.2 0.14 -0.85

4.3 0.50 -0.30

1.3 0.15 -0.81

19. 2.3 0.35

8.7 1.0 0.01

9.1 1.1 0.02

0.077 0.0090 -2.05

2.4 0.29 -0.54

4.5 0.53 -0.28

4.7 0.56 -0.25

12. 1.4 0. 16

0.63 0.075 -1.12

15. 1.8 0.27

4.6 0.55 -0.26

0.10 0.012 -1.90

0.82 0.098 -1.01

9.6 1.2 0.06

0.084 0.010 -1.99

3.2 0.38 -0.42

0.093 0.011 -1.95

2.4 0.29 -0.54

8.1 0.98 -0.01

2.0 0.25 -0.61

0.49 0.060 -1.22

12. 1.5 0.17

4.6 0.56 -0.25

0.15 0.018 -1.73

0.73 0.089 -1.05

0.27 0.034 -1.47

1.3 0.16 -0.78

0.30 0.037 -1.43

2.2 0.28 -0.56

4.4 0.55 -0.26

4.1 0.51 -0.29

23. 2.8 0.45

3.9 0.49 -0.31

11. 1.4 0.15

97
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

2901.92 Fe I 19350 53800

2907.52 Fe I 21999 — 56383

Z 7 1 Z. ID r c 1 0u j'4-jZ 7

TTo 1 r fc; 1 ZO7A 1 O*^ 1 uo OUjDO

r c 1 I Z.y\jy 47^ /

11 q77 /

2923.29 Fe I 26351 — 60549

2923.85 Fe I 21716 — 55907

_ y ^ y .\j I r c 1 A 1 f\ J D

"^4547

^yD\j. yyj r c 1 0 74040

r t; 1 704 J^D7Z "^4^07

2947.88 Fe I 416 — 34329

2948.43 Fe I 21999 — 55906

IQ^T. OA Rp T 704 "^4^47

i-y J 1 . J\j Rp T 888 JHD 7Z

7QSQ QQ Rp I r t; 1 7Z 11 7/

11 AD JSS4Q0 J^7U

2965.26 Fe I 978 — 34692

2966.90 Fe I 0 — 33695

Rp I 888 ooo 7/1 <

r c 1 ^iq7 D7Z 8o 40'^q4 ^-u J y^

?Q7n in r fc? 1 888 ooo "^4^47 j't J 'f /

2973.13 Fe I 704 — 34329

2973.24 Fe I 416 — 34040

Z 7 / D. 1 J r o 1 18^78 1 O J / o J 1 7D 7 Z 70U. r o 1 7774q ^ ^7q 1 J J / 7

1

Z 7 O 1 .TJ

Fp I A 1 f\ J J 7M- /

2981.85 Fe I 17550 — 51077

2983.57 Fe I 0 — 33507

7984 78 6978 \jy

79Rf, Aft I^'p r c I1 OOO

7987 y o 1 . 79z.y r C/ 1 I'M! 40847

2990.39 Fe I 21999 — 55430

2994.43 Fe I 416 — 33802

Z 7 70. J 7 r t; I 1 7 J) J Z JS7QZ 7 1 ^» 1 D

TQqq < 1 r fc; 1 D7Z0 407 S7

r fc? i 11

1I Q7fi 7 / D J Z 7 J

3000.95 Fe I 704 — 34017

3003.03 Fe I 7728 — 41018

r c 1

1111 07A 7 / 0 4S77 ^J ZZ 11 jUU 7007/ .Zo 78 Ro I 704 J) j> yH- / ^008 14 r fc; 1 888 000 3*4-1 ^41 77ZZ

3009.57 Fe I 7377 — 40594

301 1.48 Fe I 22249 — 55446

JU 1 D. J O r fc? 1 / 70D 411^1 '-+1131 ^017 ^i'^ Fp I r fc; 1 888 000 ^401 7

J5^018 \J 1 0 . Q870 TTp r Ifc; 1 7778 / / z 0 40847

3020.49 Fe I 704 33802

3020.64 Fe 1 0 33096

3021.07 Fe I 416 33507

3024.03 Fe I 888 33947

3025.64 Fe .1 19390 52431

98

6.3 0.80 -0.10

10. 1.3 0.12

U.J J U.UDo —1.1/

44. J.O U. / J

<\ 0 J.U AU.OJ —U. I y

44. 5.7 0.75

20. 2.5 0.41

0 '\7 U.J / AU.UA77/ J1 1 A 1.14

7Z.U0 AU.ZO7A —A ^q ^J. J 7 0 "^q U. J 7 0U.UjU OSO —11 . JU7A

2.2 0.28 -€.55

14. 1.8 0.26

11 7. / 0U.Z71J —A A'n 0 q^; U. 7D A 1 7 U. i J 0 qA U.7U

7 1 J 1

.

A 1 4. I A A 1 U.D 1

0.54 0.071 -1.15

3.9 0.51 -0.29

0 1

7

u. 1 z A A1 ^ U.U 1 J

1 87 1 .OZ

1 7 1 .J A 1 7 U. 1 / 0 77

0 qs U. 70 A 1 7 U. 1 J A OQ ^J.O 7

1.6 0.22 -0.67

3.0 0.40 -0.40

7 A Z.O A 7 /I U. j4 —U.4 / 4.U A 7 U.J J —U.Z / 0 AS U.oo A Aq 1 U.U7 1 1 .U4

2.7 0.36 -0.45

3.0 0.40 -0.39

1

1 8.0 0U.Z474 —A A 1 U.D 1 0U.Uj077J AU.UU44 AA44 —7 7 < Z.J J

7 1 Z. 1 0U.Zo78 —

0

U. jD

19. 2.6 0.42

2.8 0.38 -0.42

7 Q Z. 7 A 7Q U. J7 —A An

^ 7 J.Z A "7 1 U. / 1 A 1 C ^J. 1 J

7 r\ J.U A /I 1 U.41 A 7Q ^J. J 7

2.8 0.37 -0.43

1.8 0.24 -0.61

7 1 Z. 1 A 7 C U.ZO —A ^ ^J. J J n 7 <; U.Z J A A7 7 U.Uj J —1 A 8 1 .40

7 7 Z.J A 77 U. JZ A CA ^J. jU

4.5 0.61 -0.21

20. 2.7 0.43

1 .J AU.ZU7A A rq U.D"

0 <A U. JU AU.UD7 A^q —T 1 A 1 . 1 D

7 1 J. 1 AU.447J —0U.J77/

1 A 1 .4 AU.ZU7A —A 7 1 U. / I 5.5 0.75 -0.13

3.5 0.48 -0.32

0.64 0.088 -1.05

50. 6.8 0.84
Wavelength Spectrum Energy Levels

A K

3025.84 Fe I 978 - 34017

3026.46 Fe I 7986 41018

r G 1 5"'61 3 3031.22 Fe I 19788

3031.64 Fe I 8155 41131

3037.39 Fe I 888 - 33802

3040.43 Fe I 1111 — 40257

TTo I V i ' O 1 45478

3041.74 Fe 1 7728 40594

3042.02 Fe I 8155 41018

3042.66 Fe I 7986 — 40842

3047.60 Fe 1 704 — 33507

jyjj J .ZD r c 1

1 7 I

1 /.JO i 45787

3057.45 Fe I 6928 39676

3059.09 Fe I 416 33096

3067.24 Fe I 1111 - 39970

3075.72 Fe 1 111^ — 40231

/ yo\j 40405

3091.58 Fe 1 8155 40491

3099.90 Fe I 8155 40405

3100.30 Fe 1 7986 - 40231

3100.67 Fe 1 7728 — 39970

J I 1 U. U J> r c 1 40'* 3 1 3125.65 Fe I 7986 39970

3175.45 Fe I 19351 50833

3180.23 Fe 1 19757 — 5 1 1 92

3184.90 Fe I 416 — 31805

J^ 1 Q 1 f\f\ \ y I .DO TTp I Q 3 1 323

3192.80 Fe I 20020 51331

3193.23 Fe I 0 3 1 307

3196.93 Fe 1 19562 — 50833

3199.52 Fe I 19562 — 50808

5 1 1 49

3205.40 Fe I 20020 5 1 208

3210.83 Fe I 19913 5 1 048

321 1.99 Fe I 19351 - 50475

3214.04 Fe 1 19757 — 50862

^714 40 r t? 1 704 3 1 805

3215.94 Fe I 19913 ^50999 \j y y y 3217.38 Fe I 19351 5047^

3219.58 Fe 1 19757 — 50808

3219.81 Fe I 19562 — 5061 1 J'?77? Z^A tL .yj071 TTq 1 r fc? 1 1 " J J I S0'?78

1,125.19 Fe I 19351 S0'?47

3230.97 Fe I 19757 J\j\jyy

3233.97 Fe I 19562 J V/H / J 3239.44 Fe I 19562 50423

3244.19 Fe I 19562 50378

3265.62 Fe 1 17550 48163

3271.00 Fe I 17727 48290

Log gf

lO^/sec

0.96 0.13 -0.88

3.3 0.45 -0.35

54. 7.4 0.87

7 6 0V7. 88O O

3.6 0.49 -0.31

2.3 0.31 -0.50

2.5 0.35 -0.46

4.5 0.62 -0.21

7 0 0v. 77/ —0 57

1.1 0.15 -0.82

3.3 0.46 -0.34

2.9 0.40 -0.40

3.7 0.51 -0.29

8 1 1 1 0 05

2.0 0'28 -0.56

5.5 0.78 -0.1 1 5.0 0.72 -0.15

3.8 0.53 -0.27

3 7 0 46 —0 34

8.6 1.2 0.10

3.9 0.56 -0.25

3.6 0.52 -0.28

0.90 0.13 -0.88

0 7^ -0 65

16. 2.4 0.38

34. 5.2 0.71

0.086 0.013 -1.89

0.087 0.013 -1.87

1 7. 2.7 0 43

0.14 o!o2i -1.68

55. 8.5 0.93

32. 4.9 0.69

36. 5.6 0.75

27 4.2 0 67

17. 2^6 0.41

33. 5.1 0.70

70. 11. 1.03

0.086 0.013 -1.87

1 7 2 6 0 41

11. 1.7 0.22

28. 4.3 0.63

16. 2.4 0.39

73. 11. 1.06

1 07 1 7 1 77

16. 2.5 0.40

15. 2.4 0.38

65. 10. ,1.01

48. 7.5 0.88

11 8o. 7 9 0 47

22. 3.5 0.54

99
Wavelength Spectrum Energy Levels

A K

3286.76 Fe I 175-50 - 47967

3305.97 Fe I 17727 47967

3306 35 Fe I 17927 48163

3355.23 Fe I 26627 56423

3369.55 Fe 1 21999 5 1668

3370.79 Fe 1 21716 — 51374

3383.98 Fe I 17550 47093

3392.31 Fe I 17727 47197

3392 ^ ^ • 66\J\J Fe I 17550 47017

3399.34 Fe I 17727 47136

3404.36 Fe I 17727 - 47093

3407.46 Fe I 17550 46889

3413.14 Fe I 17727 47017

3417.84 Fe I 17927 47177

3418.51 Fe I 17927 47172

3422.66 Fe I 17927 - 47136

3424.29 Fe I 17550 46745

3426.39 Fe I 17550 46727

Fe I 17727 46902

'iAllAl Fe I 17550 46721

3428.20 Fe I 17727 - 46889

3440.61 Fe I 0 29056

3440.99 Fe I 416 29469

3443 88 Fe I 704

3445.15 Fe I 17727 AdlA'b

3447.28 Fe I 17-727 - Adlll

3450.33 Fe I 17927 46902

3451.92 Fe I 17927 46889

3452.28 Fe I 7728 36686

3465 86 Fe I 888 29733

3475.45 Fe I 704 - 29469

3476.70 Fe I 978 29733

3485 34 Fe I 17727 46410

3490.58 Fe I 416 29056

3495.29 Fe I 20641 49243

3497.11 Fe I. 17550 — 46137

3497.84 Fe I 888 29469

3506 50 Fe r 1 8378 46889

3513 82 Fpi C I1 6928 35379

3521 26 Fe I 7377 35768

3526.04 Fe I 704 - 29056

3526.17 Fe I 7728 36079

3533 20 Fe I 23245 51540

3536 56 Fe I 23193 51461

3541.09 Fe I 22997 51229

3542 08 Fe I 23 1 1

1

51335

3553.74 Fe I 28820 56951

3554.93 Fe 1 22846 50968

3558.52 Fe I 7986 36079

3565.38 Fe I 7728 35768

gA gf Log gf

10^/sec

38. 6.2 0.79

38. 6.3 0.80

40. 6.6 0.82

29. 4.8 0.68

22. 3.8 0.58

32. 5.4 0.73

9.1 1.6 0.19

8.2 1.4 0.15

17. 2.9 0.46

25. 4.4 0.64

17. 3.0 0.48

33. 5.7 0.76

26. 4.5 0.66

18. 3.1 0.49

18. 3.1 0.49

9.3 1.6 0.21

17. 3.0 0.47

7.4 1.3 0.11

7.7 1.4 0.13

34. 5.9 0.77

8.8 1.5 0.19

2.8 0.50 -0.30

0.64 0.1

1

-0.95

0.34 0.061 -1.21

17. 3.0 0.48

5.3 0.94 -0.03

8.9 1.6 0.20

8.8 1.6 0.20

0.49 0.088 -1.06

0.52 0.094 -1.03

0.64 0.12 -0.93

0.28 0.050 -1.30

5.9 1.1 0.03

0.58 0.11 -0.98

11. 2.1 0.32

7.4 1.3 0.13

0.19 0.036 -1.45

6.7 1.2 0.09

1.7 0.32 -0.50

1.7 0.32 -0.49

0.13 0.024 -1.61

0.69 0.13 -0.89

23. 4.3 0.63

56. 11. 1.02

65. 12. 1.09

61. 11. 1.06

32. 6.0 0.78

73. 14. 1.14

3.5 0.66 -0.18

7.8 1.5 0.17

100
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

3570.10 Fe I 7377 35379

3581.20 Fe I 6928 - 34844

3584.66 Fe I 21716 — 49604

3585.32 Fe I 7728 — 35612

3585.71 Fe I 7377 — 35257

3586 1

1

Fe I 26106 53983

3586.99 Fe I 7986 - 35856

3589.11 Fe I 6928 — 34782

3594.64 Fe I 22997 — 50808

3603.21 Fe I 21716 — 49461

3605.46 Fe I 21999 49727

3606.68 Fe I 21716 - 49434

3608.86 Fe I 8155 — 35856

3610.16 Fe I 22650 — 50342

3617.79 Fe I 24336 — 51969

3618.77 Fe I 7986 35612

3621.46 Fe I 21999 - 49604

3622.00 Fe I 22249 — 49851

3623.19 Fe I 19390 — 46982

3625.15 Fe I 22846 — 50423

3631.46 Fe I 7728 35257

3632.04 Fe I 24772 - 52297

3638.30 Fe I 22249 49727

3640.39 Fe 1 21999 — 49461

3645.82 Fe I 25091 — 52512

3647.84 Fe I 7377 34782

3649.51 Fe I 21716 - 49109

3651.47 Fe I 22249 — 49628

3659.52 Fe I 19788 — 47107

3669.52 Fe I 21999 — 49243

3677 63 Fe I 22249 49433

3619.91 Fe I 0 - 27167

3682.21 Fe I 28605 — 55754

3683.06 Fe I 416 — 27560

3684.1 1 Fe I 21999 — 49135

3686.00 Fe I 2371

1

50833

3687.46 Fe I 6928 — 34040

3689.46 Fe 1 2371 1 — 50808

3694.01 Fe I 24507 — 51570

3695.05 Fe I 20875 — 47930

3701.09 Fe I 24181 51 192

3704.46 Fe I 21716 - 48703

3705.57 Fe I 416 — 27395

3707.82 Fe I 704 — 27666

3709.25 Fe I 7377 — 34329

3716.45 Fe I 23711 50611

3719.94 Fe I 0 26875

3722.56 Fe I 704 27560

3724.38 Fe I 18378 45221

3726.92 Fe I 24507 51331

18. 3.4 0.53

23. 4.4 0.64

27. 5.2 0.72

1.7 0.33 -0.49

1.3 0.25 -0.61

52. 10. 1.00

2.0 0.39 -0.41

0.26 0.050 -1.30

21. 4.0 0.60

33. 6.3 0.80

51. 10. 1.00

65. 13. 1.10

10. 2.0 0.30

48. 9.3 0.97

40. 7.9 0.90

9.5 1.9 0.27

50. 9.9 1.00

35. 6.9 0.84

9.5 1.9 0.27

12. 2.4 0.38

8.6 1.7 0.23

26. 5.2 0.71

28. 5.6 0.75

45. 9.0 0.95

20. 4.0 0.61

6.1 1.2 0.08

31. 6.1 0.79

64. 13. 1.11

9.9 2.0 0.30

32. 6.4 0.81

41. 8.4 0.92

0.29 0.059 -1.23

79. 16. 1.21

0.055 0.01

1

-1.95

21. 4.4 0.64

34. 7.0 0.85

2.5 0.51 -0.30

34. 7.0 0.85

72. 15. 1.17

12. 2.5 0.40

85. 17. 1.24

14. 3.0 0.47

0.38 0.079 -1.10

0.14 0.030 -1.53

2.9 0.59 -0.23

15. 3.2 0.5 1 2.5 0.52 -0.29

0.40 0.084 -1.08

5.9 1.2 0.09

8.7 1.8 0.26

101
Wavelength Spectrum Energy Levels

A K

3727.62 Fe I 7728 34547

3732.40 Fe I 17727 — 445 1

2

J

'Xll'i / -I J . J11z r c 1 000 888 9Z7/ AA^ ODD

171/1 C7 T?o I r c I Mia J joyJ 1717 11

r t? 1 A 1 A 97Z /

11 A70 /

3738.31 Fe 1 26351 — 53094

3743.36 Fe 1 7986 — 34692

174'; J / HJ.JO r e 1 70/1 / U4 9710^ z / jy?

t? Cl I Q78 y / 0 Z / DDO

J 1 '40. _D t? Cl I 888 000 97SAO Z / J DU

3749.49 Fe I 7377 — 34040

3753.61 Fe 1 17550 — 44184

^7^8 lA r fcj 1 7798 / / zo jHj^y lAllQ

i7An c\'\ r c 1 1 QIQO 4J " / 0

J / OU. J J r c 1

1

1 7Q97 / ^z / 44-' 1 —

3763.79 Fe I 7986 — 34547

3765.54 Fe I 26106 — 52655

j> / 0 / . i ^ r c 1 80 1 S S 1 J J J>407Z lAMl

177/1 Cl r c 1

11 7Q97 / yz. 1 AAA 4^4 1 1

1 1 177A /iA 17 0 1 r c 1

1

1 7^sn / J) JU 44UZ J

3785.95 Fe I 19621 — 46027

3786.68 Fe I 8155 — 34556

1707 00 r fc; 1 J4j4 14<47/ i7Qn 1 A J 1 y\j. I u r fr 1 7Q8A j4 jD J 17Q/1 i/i

r 0 I 1

1 0788 7 / 00 4A4D 1

1 jOlA

3795.00 Fe I 7986 — 34329

3797.52 Fe I 26106 — 52431

1700 ^ 1 r t; 1 7^77 J joyj

1700 s S r t? 1 1119. / / — 0

1/104.0

^ROS lA r c 1 9A/;98 JS98QQ z 0 7 7

3806.70 Fe I 26351 — 52613

3807.54 Fe I 17927 — 44184

1 C 1 7 Qfi JO I z..yo r c 1 7798 / / Z 0 11047 J J y^ 1 18 I S 84 r c 1

1 1 Q7A "^8 1 7S

1X70 Al r c 1 O"zo llOQA

3821.18 Fe I 26351 — 52514

3824.44 Fe I 0 — 26140

189 ^ 88 r c 1 nil / J / / J11J JS07u / 18')7 8") JoZ / .oZ r c 1 1 Z JO 1 J18A78 oD / 0

1811 11 r e 1 9 0A/t 1 4A79 40 1 / Z 1

3834.22 Fe I 7728 — 33802

3839.26 Fe I 24575 — 50614

1 O/l A /I /I J 04U.44 r e I 7Qa A / yoo j4U 140 1 7i / 18/11 rK J o4 1 .Uj r e 1 1 Z 70"

18/1 1 7 A r e 1 9/1 Z4 ^7 S J / J ^0^87

18/IA 8n r e 1 ZDZZ 9 A99 ^J JZZ <;99 1 1 1 J 3849.97 Fe I 8155 34122

3850.82 Fe I 7986 33947

3852.58 Fe I 17550 43500

3856.37 Fe I 416 26340

gf Log gf

10^/sec

2.7 0.57 -0.25

7.2 1 .5 0. 1 8

0.36 0.076 -1.12

20. 4.2 0.62

1.5 0.32 -0.49

26. 5.5 0.74

2.3 0.48 -0.32

1.2 0.24 -0.61

0.31 0.066 -1.18

0.71 0.15 -0.83

13. 2.7 0.43

3.9 0.82 -0.09

10. 2.2 0.34

5.5 L2 0.07

0.97 0.21 -0.69

6.2 1.3 0.12

50. 1 1

.

1.02

4.6 0.97 -0.01

0.59 0.13 -0.90

0.53 0.1

1

-0.94

2.9 0.62 -0.21

0. 1

1

0.024 -1.62

1.7 0.36 -0.44

0.21 0.045 -1.35

3.0 0.65 -0.19

2.3 0.49 -0.3 1 21. 4.5 0.65

0.93 0.20 -0.70

1.5 0.33 -0.48

45. 9.7 0.99

21. 4.7 0.67

1.7 0.37 -0.44

1.0 0.22 -0.66

16. 3.6 0.56

12. 2.7 0.43

25. 5.4 0.73

0.28 0.061 -1.22

8.9 1.9 0.29

15. 3.4 0.53

3.5 0.78 -0.1

1

3.9 0.86 -0.06

9 3 9 1 0.3 1 6 0.57 -0.25

10. 2.3 0.36

16. 3.5 0.55

20. 4.5 0.66

1.7 0.37 -0.43

0.22 0.049 -1.31

0 93 0.2

1

-0.68

0.31 0.070 -1.15

102
Wavelength Spectrum Energy Levels

A K

3859.22 Fe 1 19390 45295

3859.91 Fe I 0 - 25900

3865.53 Fe I 8 1 55 3401

7

3867.22 Fe I 24336 C A 1 0 T 501 87

3872.50 Fe I 7986 33802

3873.76 Fe 1 19621 45428

3878.02 Fe I 7728 - 33507

3878.58 Fe I 704 26479

3885.5 1 Fe 1 1 9552 45282

3886.28 Fe I A t ^ 416 26140

3887.05 Fe I 7377 33096

3888.52 Fe I 12969 - 38678

3893.39 Fe I 23784 A n A y i 49461

3895.66 Fe I 888 26550

3897.90 Fe I 21716 47363

3898.01 Fe I 8155 _ 33802

3899.71 Fe I 704 - 26340

3902.95 Fe 1 12561 38175

3903.90 Fe I 241 1

9

49727

3906.48 Fe 1 888 26479

3916.73 Fe I 26106 51630

3917.18 Fe 1 7986 - 33507

3918.65 Fe I 24339 A AO C 1 4985 1 3920.26 Fe I 978

3922.9

1

Fe I A t 416 C AAA 25900

3927.92 Fe I 888 26340

3930.30 Fe 1 704 - 26140

3935.82 Fe I 22838 48239

3940.88 Fe I 7728 33096

Fe I 22947 48305

3948.78 Fe I 26351 51668

3949.96 Fe 1 17550 - 42860

3951.17 Fe 1 26406 5 1 708

3952.61 Fe I 21716 47008

3956.46 Fe I 26106 5 1 374

3956.68 Fe 1 21716 46982

3966.07 Fe I 12969 - 38175

3966.63 Fe I 25900 5 1 103

3967.42 Fe I 26628 5 1 826

3969.26 Fe I 1 1976 37163

3971.33 Fe I 21716 _ 46889

3977.74 Fe I 17727 - 42860

'5 00 1 nn 398 1 .77 Fe I 2 1 999 47 1 07

3983.96 Fe I 2 1 999 A "7 A 1 47093

3997.40 Fe I 2 1 999 A AA [) 47008

3998.06 Fe I 21716 4672 1 4005.25 Fe I 12561 37521

4009.72 Fe I 17927 42860

4014.53 Fe 1 28820 53722

4021.87 Fe I 22249 47107

gf Loggf

108/sec

A "7 4.7 1 A 1 .0 O.UZ

1 .4 ATI 0.3 1 A C 1 —U.J 1

1 .

1

0.25 A /I 1 —U.6

1

5.0 1.1 0.05

1.0 0.23 -0.63

z.o U.64 —u.zu

1 .4 0.3z —0. 50

AIT U.J J A A^ A U.U /4 —1 \ 1 1.13

1.9 0.44 -0.36

0.63 0.14 -0.84

A 0 0 U.2U A "7A —U. /O

4.1 A A^ —U.Uz

1.1 1 . / A 0 /I U.Z4

0.14 0.032 -1.50

4.9 1.1 0.05

All 0. 1

1

A A") A 0.0z4 —1 .6

1

A 0 1 U.z 1 A A /I "7 0.04 /1 1

1

— 1.33

5.8 1 .5 A t O

U. 12

4.2 0.95 -0.02

0.055 0.012 -1.90

£i A 6.4 1 ^

1 .5 0. 1 / A 1 1 0. 1 1 U.0z6 — 1 .58

n 1 /. 1 1.6 Au.zz 0.14 0.032 -1.49

0.18 0.042 -1.38

A A^ 1 U.Uo 1 —1 T 1 1 .Z 1 O.z / 0.06z — 1 "> 1

1 .Z 1 3. J A OA 0.80 A \ A —U. 1 U

0.041 0.0095 -2.02

2.5 0.57 -0.24

1 I

.

1.

1

A /I 0 0.42

I A

1 .4 All 0.33 A A 0 —U.48

1.5 U.36

2.6 0.61 -0.21

1 1. 2.6 0.41

0 1 y. 1 1. 1 A "J 1 0.33

0.43 A 1 A 0. 1 0 — 1 AA 1 .00

0 A

8.9 z. 1 An0.32

10.0 2.4 0.37

4.4 1.0 0.02

i.l A "7 C 0.1? A 1 —U. I z

TZAA U.J / A 0 A —U.Z4

1. 1 U.64 A 1 0 —U. 1 y

5.4 1.3 0.1 1 11. 2.5 0.40

i. 1 A 0 0 U.88 A A C

i.b A Qn U.O / —U.Ud

I A

1 .4 A 1 /I U.34 A A £L —0.46

1 /. 4.Z A ^ T 0.62

5.4 1.3 0.12

103
Wavelength Spectrum Energy Levels

A K

4045.82 Fe I 11976 - 36686

4062.44 Fe I 22947 47556

4063 60 Fe I 12561 37163

4071.74 Fe I 12969 37521

4107.49 Fe I 22838 47177

4109.81 Fe I 22947 - 47272

4118.55 Fe I 28820 53094

4127.61 Fe I 23052 47272

4132.06 Fe I 12969 37163

4134.68 Fe I 22838 47017

4143.42 Fe I 24575 - 48703

4143.87 Fe I 12561 36686

4147.67 Fe I

'

1 1976 36079

4154.50 Fe I 22838 _ 46902

4156.80 Fe I 22838 46889

4175.64 Fe I 22947 - 46889

4181.76 Fe I 22838 46745

4184.90 Fe I 22838 46727

4187.04 Fe I 19757 43634

4187.80 Fe I 19562 43435

4191.44 Fe I 19913 - 43764

4198.31 Fe I 19351 43163

4199.10 Fe I 24575 48383

4202.03 Fe I 1 1976 35768

4203.99 Fe I 22947 46727

4210.35 Fe I 20020 - 43764

4216.19 Fe I 0 23711

4219.36 Fe I 28820 52514

4222.22 Fe I 19757 43435

4227.43 Fe I 26875 50523

4233.61 Fe I 20020 - 43634

4235.94 Fe I 19562 43163

4238.82 Fe I 27395 50980

4247.43 Fe I 27167 50704

4250.13 Fe I 19913 43435

4250.79 Fe I 12561 - 36079

4260.48 Fe I 19351 42816

4271.16 Fe I 19757 43163

4271.76 Fe I 1 1976 35379

4282.41 Fe I 17550 40895

4294.13 Fe I 11976 - 35257

4299.24 Fe I 19562 42816

4307.91 Fe I 12561 35768

4315.09 Fe I 17727 40895

4325.76 Fe I 12969 36079

4337.05 Fe I 12561 35612

4352.74 Fe I 17927 40895

4369.77 Fe I 24575 47453

4375.93 Fe I 0 22846

4383.55 Fe I 11976 34782

gf Log gf

IQS/sec

22. 5.3 0.72

4.6 1.1 0.06

9.9 2.5 0.39

9.1 2.3 0.36

5.6 1.4 0.16

4.3 1.1 0.04

33. 8.4 0.92

2.9 0.74 -0.13

2.7 0.69 -0.16

5.5 1.4 0.15

16. 4.1 0.62

2.9 0.76 -0.12

0.12 0.032 -1.49

5.3 1.4 0.14

5.3 1.4 0.14

4.7 1.2 0.09

10. 2.7 0.43

3.9 1.0 0.01

6.9 1.8 0.26

6.5 1.7 0.23

4.4 1.2 0.06

5.1 1.3 0.13

25. 6.5 0.82

2.0 0.52 -0.29

1.8 0.48 -0.32

2.2 0.59 -0.23

0.0031 0 00082 -3.09

27. 7.3 0.86

2.0 0.54 -0.27

38. 10. 1.00

5.9 1.6 0.20

7.9 2.1 0.33

9.4 2.5 0.40

9.0 2.4 0.39

6.1 1.6 0.22

1.5 0.41 -0.38

15. 4.2 0.62

5.7 1.5 0.19

5.2 1.4 0.16

2.0 0.55 -0.26

0.71 0.20 -€.71

5.2 1.4 0.16

5.9 1.6 0.22

1.5 0.42 -0.38

6.1 1.7 0.24

0.23 0.064 -1.19

1.0 0.29 -0.54

2.2 0.64 -0.19

0.0094 0.0027 -2.57

7.7 2.2 0.35

104
Wavelength Spectrum Energy Levels

A K

4404.75 Fe I 12561 35257

4415.12 Fe I 12969 — 35612

4427.3 1 Fe I 416 22997

A A A A Fe I 17727 40231

4443.20 Fe I 23052 45552

4447.72 Fe I 17927 40405

4459.12 Fe I 17550 — 39970

4461.65 Fe I ^7 A /I 704 23111

4466.55 Fe I 22838 4522

1

A A^ /' Fe I c\ A'n 22947 45282

4482.17 Fe I 888 23193

4494.57 Fe I 17727 - 39970

4528.62 Fe I

1 ^7 C C A 17550 39626

4531.15 Fe I

1 1 At /' 1 1976 34040

4602.94 Fe I t 1 A'T

1 1976 1 1 A C 33695

4736.78 Fe I 25900 47006

4859.75 Fe I 23193 - 43764

4871.32 Fe I 23 1 1

1

43634

4872. 15 Fe I 23245 43764

4878.22 Fe I 23270 A y A 43764

4890.77 Fe I 23193 43634

4891.50 Fe I 22997 - 43435

4903.32 Fe I 23245 43634

ACW C\ C\f\ 4919.00 Fe I '^'7111 23 1 1

1

A "> A C 43435

4920.50 Fe I 22846 43 163

4957.31 Fe I 22997 43163

4957.61 Fe I 22650 - 42816

CAA1 0*7 5001 .87 Fe I TIT AT 3 1307 c t ^ a A 5 1294

5005.72 Fe I 3 1323 51294

5006. 13 Fe I 22846 42816

5012.07 Fe I 6928 26875

5041.76 Fe I 11976 - 31805

5049.82 Fe I 18378 38175

5051.64 Fe I 7377 27167

5068.79 Fe I 2371

1

43435

5083.34 Fe I 7728 27395

5098.71 Fe I 17550 — 37158

5 1 10.41 Fe I 0 19562

5 1 33.68 Fe I 1 O ^ A C 33695 C 1 1 Z" A 53 169

5 1 39.26 Fe I A t O t 24181 A y A 43634

5139.48 Fe I 2371

1

_ 43163

5167.49 Fe I 11976 - 31323

5171.60 Fe I 1 1976 31307

C 1 A 1 A^

5 1 91 .47 Fe I 24507 A y A 43764

c 1 A'^ T 5 192.36 Fe I 24181 A A c 43435

C 1 A /I Ac

5 194.95 Fe I 12561 31805

5202.34 Fe I 17550 36767

5216.28 Fe I 12969 32134

5226.88 Fe 1 24507 43634

5227.19 Fe I 12561 31686

gA gf Lo2 ef

10»/sec

4.4 1.3 0.1

1

2.8 0.81 -0.09

0.0099 0.0029 -2.54

1.1 0.32 -0.50

1.9 0.57 -0.24

1.1 0.33 -€.48

1.00 0.30 -0.53

0.0052 0.0015 -2.81

5.3 1.6 0.20

5.4 1.6 0.21

0.0053 0.0016 -2.80

1.2 0.37 -0.44

1.8 0.57 -0.25

0.076 0.023 -1.63

0.088 0.028 -1.55

2.5 0.84 -0.08

1.3 0.45 -0.35

3.7 1.3 0.12

2.2 0.79 -0.10

0.77 0.27 -0.56

2.2 0.77 -0.1

1

4.7 1.7 0.22

0.62 . 0.22 -0.65

2.9 1.1 0.03

6.5 2.4 0.37

2.2 0.81 -0.09

6.4 2.4 0.38

4.7 1.7 0.24

3.9 1.5 0.16

1.3 0.47 -0.33

0.0067 0.0025 -2.60

0.023 0.0086 -2.07

0.27 0.10 -0.98

0.0061 0.0023 -2.63

0.60 0.23 -0.63

0.0052 0.0020 -2.69

0.10 0.040 -1.39

0.0014 0.00057 -3.25

13. 5.1 0.71

1.6 0.64 -0.19

2.0 0.79 -0.10

0.26 0.1

1

-0.98

0.12 0.048 -1.31

2.7 1.1 0.04

3.7 1.5 0.18

0.070 0.028 -1.55

0.24 0.096 -1.02

0.064 0.026 -1.58

2.0 0.81 -0.09

0.27 0.11 -0.95

105
Wavelength Spectrum Energy Levels

A K

5232.94 Fe I 2371

1

- 42816

5266.58 Fe 1 241 81 43163

5269.54 Fe I 6928 25900

5270.36 Fe I 12969 31937

5281.80 Fe I 24507 43435

5283.63 Fe I 26140 - 45061

5302.3 1 Fe 1 26479 45334

5324.18 Fe I 25900 44677

5328.05 Fe I 7377 26140

5328.53 Fe I 12561 31323

5339.94 Fe I 26340 - 45061

5341.03 Fe I 12969 3 1686

5364.88 Fe 1 35856 54491

5367.46 Fe 1 35612 54237

5369.96 Fe 1 35257 53874

5371.49 Fe I 7728 - 26340

5383.37 Fe I 34782 53353

5393.18 Fe 1 26140 44677

5397.13 Fe I 7377 25900

5404.15 Fe I 35768 54267

5405.78 Fe I 7986 - 26479

5410.91 Fe 1 36079 54555

5415.21 Fe 1 35379 53841

5424.08 Fe I 34844 53275

5429.70 Fe I 7728 26140

5434.53 Fe I 8155 - 26550

5445.04 Fe I 35379 54379

5446.92 Fe I 7986 26340

5455.61 Fe I 8155 26479

5497.52 Fe I 8155 26340

5501.47 Fe I 7728 - 25900

5506.78 Fe I 7986 26140

5569.62 Fe 1 27560 45509

5572.85 Fe 1 27395 45334

5576.11 Fe I 27666 — 45595

5586.76 Fe I 27167 - 45061

5602.96 Fe I 27666 45509

5615.65 Fe I 26875 44677

5624.55 Fe 1 27560 45334

5658.83 Fe I 27395 45061

5763.01 Fe I 33947 - 51294

6024.06 Fe I 36686 53282

6065.49 Fe 1 21039 37521

6136.62 Fe I 19788 36079

6137.70 Fe I 20875 37163

6191.56 Fe I 19621 35768

6230.73 Fe I 20641 36686

6246.34 Fe 1 29056 45061

6252.56 Fe I 19390 35379

6265.14 Fe I 17550 33507

gf Log gf

lO^'/sec

5.8 2.4 0.37

2.9 1.2 0.08

0.098 0.041 -1.39

0.20 0.082 -1.09

1.3 0.53 -0.28

4.0 1.7 0.22

2.7 1.1 0.06

6.3 2.7 0.43

0.087 0.037 -1.43

0.052 0.022 -1.65

1.4 0.60 -0.22

0.042 0.018 -1.75

7.6 3.3 0.52

8.6 3.7 0.57

1 2. 5.1 0.71

0.062 0.027 -1.57

17. 7.2 0.86

1.8 0.80 -0.10

0.032 0.014 -1.85

9.5 0.98

0.038 0.017 -1.78

12. 5.1 0.71

18. 7.8 0.89

19. 8.6 0.93

0.039 0.017 -1.76

0.028 0.012 -1.91

6.3 2.8 0.45

0.031 0.014 -1.86-

0.022 0.0097 -2.01

0.0084 0.0038 -2.42

0.0047 0.0021 -2.67

0.0100 0.0045 * -2.34

2.4 1.1 0.04

3.4 1.6 0.20

0.86 0.40 -0.40

4.2 2.0 0.29

0.96 0.45 -0.35

4.7 2.2 0.35

1.1 0.54 -0.26

1.3 0.61 -0.2

1

3.1 1.6 0.19

4.9 2.7 0.43

0.16 0.090 -1.04

0.28 0.16 -0.81

0.25 0.14 -0.85

0.17 0.098 -1.01

0.22 0.13 -0.89

0.82 0.48 -0.32

0.092 0.054 -1.27

0.023 0.013 -1.87

106
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

oiu 1 .^_ r e 1 _ V40 7

/I ^ 1 1/1 4J J j4

6318.02 Fe I 19788 — 35612

6393.60 Fe I 19621 — 35257

6400.02 Fe 1 29056 — 44677

641 1.66 Fe 1 29469 - 45061

A/IT 1 1A O'+Z I.JO r Q I r e 1 1 0 J / 0 11Q/17 J J 74 / 6430.85 Fe I 17550 — 33096

6494.98 Fe I 19390 - 34782

6546.24 Fe I 22249 - 37521

6592.92 Fe I 21999 - 37163

DO / / r e 1 7 1 7 1 A Z 1 / 1 0 jOOoO 1 AAS A

6945.21 Fe- I 19552 — 33947

6978.86 Fe 1 20038 - 34363

7130.94 Fe 1 34017 - 48037

7164.47 Fe 1 33802 - 47756

7107 -lA

1 1 0 / . .1

4

TP 1 .1 jUVO 4

/1 7nnA / uuo

7207.41 Fe I 33507 _ 47378

7389.42 Fe 1 34692 - 48221

741 1.18 Fe 1 34547 - 48037

7445.78 Fe 1 34329 - 47756

7/( QC AQ r G 1 /I 7 178 4 / .1 / 0

751 1.04 Fe I 33695 — 47006

7531.17 Fe I 35257 - 48532

7568.92 Fe 1 34547 - 47756

7583.80 Fe I 24339 - 37521

1 J oD.U'4 r e 1 j4 / o_ 4/17QA 1 / 70 1 7620.54 Fe I 38175 — 51294

7661.22 Fe I 34329 - 47378

7664.30 Fe I 241 19 - 37163

7748.28 Fe I 23784 - 36686

77Sn IT Q 1 r e 1 jOU / y/I 8Q7 8

7832.22 Fe I 35768 — 48532

7937.17 Fe I 34782 - 47378

7945.88 Fe 1 35379 — 47961

7998.97 Fe I 35257 - 47756

oUZo. j4 r e I jOU ly /I 8 < 17 4o J J_

8046.07 Fe 1 35612 — 48037

8085.20 Fe I 35856 — 48221

8198.95 Fe 1 35768 - 47961

8220.41 Fe 1 34844 - 47006

0 _ J Z . J J r e 1 1 A 1 7 J jO 1 1

/I 77 ^ A 4 / / jO

8327.06 Fe I Mill — 29733

8331.94 Fe I 35379 ~ 47378

8339.43 Fe I 35768 - 47756

8387.78 Fe I 17550 - 29469

8468.41 Fe I 17927 29733

8514.08 Fe I 17727 29469

8515.1 1 Fe I 24339 36079

861 1.81 Fe I 22947 34556

8661.91 Fe I 17927 29469

n 77 U. / / n /I A U.40 n 1/1 0.041 0.025 -1.61

0.076 0.046 -1.33

1.7 1.1 0.03

1.2 0.75 -0.13

U.VJ4Z n 07 A — 1

1 . JS80

0.041 0.026 -1.59

0.20 0.13 -0.89

0.088 0.057 -1.25

0.12 0.079 -1.10

0 7 1 nyi. 1

1 A

4

—n 8 ^ 0.023 0.016 -1.78

0.019 0.014 -1.85

1.8 1.4 0.14

2.3 1.7 0.24

A 7 4. / 1 7 n ^A U. jO

3.1 2.4 0.39

1.9 1.6 0.20

7 7

1.8 0.25

4.1 3.4 0.53

A Q 4. yA I 4. 1 n A

1

u.o 1 1.4 6.3 0.80

1.8 1.5 0.18

0.90 0.77 -0. 1 1 0.068 0.059 -1.23

1 1 J. 1 7 7 0 41

1.8 1.5 0.19

0.55 0.49 -0.31

0.093 0.082 -1.08

0.14 - 0.12 -0.91

A4. nu 1 A J.O U. Jl J

5.1 4.7 0.67

4.0 3.8 6.58

4.6 4.4 0.64

4.4 4.2 0.63

1 1 1 .

1

1 1

1 .

1

n (\A

4.1 3.9 0.60

3.5 3.5 0.54

1.0 1.0 0.01

8.1 8.2 0.92

n Q7 —nu.uunn

0.083 0.086 -1.06

2.7 2.8 0.45

1.3 1.4 0.14

0.068 0.072 -1.14

n n7 ^ n n7 7 _11 . ^AjO

0.018 0.019 -1.71

0.038 0.042 -1.38

0.050 0.056 -1.25

0.070 0.079 -1.10

107
Wavelength Spectrum Energy Levels gf Log gf

A K 10"/ sec

8674 75 Fp I 22838 - 34363 0.072 0.081 -1.09

8688 63 Fp r 17550 - 29056 0.13 0.14 -0.85

8757.19 Fe I 22947 - 34363 0.065 0.074 -1.13

8764.00 Fe I 37521 - 48928 3.6 4.1 0.61

8793 38 Fp i 37163 - 48532 2.5 2.9 0.46

8824 23 Fp I 17727 - 29056 0.073 0.085 -1.07

8866.96 Fe I 36686 - 47961 3.7 4.3 0.64

8999.56 Fe I 22838 - 33947 0.18 0.22 -0.65

108
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2332 80 Fe II 385 43239

2338.00 Fe II 863 - 43621

2343.49 Fe II 0 — 42658

2348.10 Fe II 1873 — 44447

2348.30 Fe II 668 — 43239

2359.10 Fe II 863 43239

2360.00 Fe II 1873 - 44233

2360.29 Fe II 2430 — 44785

2364.83 Fe II 385 — 42658

2368.60 Fe II 2838 — 45044

2373.73 Fe II 0 421 15

2375.19 Fe II 3118 - 45207

2379.28 Fe II 2430 — 44447

2380.76 Fe II 668 — 42658

2382.04 Fe II 0 — 41968

2383.24 Fe II 2838 44785

2384.39 Fe II 3118 - 45044

2388.63 Fe II 385 — 42237

2395.62 Fe II 385 — 42115

2399.24 Fe II 668 — 42335

2404.43 Fe II 863 42440

2404.88 Fe II. 668 - 42237

2406.66 Fe II 863 — 42401

2410.52 Fe II 863 — 42335

241 1.07 Fe II 977 — 42440

2413 31 Fe II 977 42401

2424.14 Fe II 22637 - 63876

2430.07 Fe II 22810 — 63949

2444.51 Fe II 20831 — 61726

2445.56 Fe II 21812 — 62690

2458.78 Fe II 25805 66464

2493.18 Fe II 21430 - 61528

251 1.76 Fe 11 21712 — 61513

2525.39 Fe II 21252 — 60838

2526.30 Fe II 20831 — 60402

2529.55 Fe II 22637 62158

2533.63 Fe II 21430 — 60888

2534.42 Fe II 21712 — 61157

2536.82 Fe II 21582 — 60990

2538.81 Fe II 21430 — 60807

2539 00 Fe II 21252 60625

2543.38 Fe II 21582 - 60888

2550.02 Fe II 26353 — 65556

2562.53 Fe II 7955 — 46967

2563.47 Fe II 8392 — 47390

2566.91 Fe II 8680 47626

2574.37 Fe II 20831 59663

2577.92 Fe II 8847 47626

2582.58 Fe II 8680 47390

2585.88 Fe II 0 38660

15. 1.2 0.09

9.5 0.78 -0.11

20. 1.7 0.22

12. 1.0 0.00

8.6 0.71 -0.15

8 7 0.72 —0. 14

11. 0.96 -o!o2

12. 0.98 -0.01

15. 1.2 0.09

14. 1.2 0.09

17. 1 5 0.17

11. 0.96 -0.02

21. 1.8 0.26

13. 1.1 0.04

92. 7.8 0.89

14. 1.2 0.06

11. 0.93 -0.03

26. 2.3 0.35

96. 8.3 0.92

34. 2.9 0.47

7.0 0.61 -0.21

100. 8.6 0.94

33. 2.9 0.46

33. 2.8 0.45

25. 2.2 0.33

26 2.3 0 36

15. 1.18

130. 11. 1.06

159. 14. 1.15

124. 11. 1.05

331. 30. 1.48

723. 67. 1.83

283. 27. 1.43

275. 26. 1.42

192. 18. 1.26

252. 24. 1.38

111. 27. 1.43

241. 23. 1.37

478. 46. 1.66

116. 27. 1.43

11

A

26 11 • 42

139. 13. 1.13

120. 12. 1.07

136. 13. 1.13

98. 9.7 0.99

48 4 7 0 68

150. 15. 1.17

72. 7.2 0.86

68. 6.8 0.84

42. 4.2 0.63

109
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

2591.54 Fe II 8392 46967 62. 6.2 0.79

2593.73 Fe II 8847 — 47390 69. 6.9 0.84

J. J y O.J / r e 1

1

JO? joojy 188 "nQ 4J

.

A A 4.0 r> AA U.OD

I? Q 1

1

AU

1 y /] c Q J OHJ y1 7 ^

I _4. 1 1 I -1

.

i . I

U

r e II AAW J y\j 1 J

/I 7 4 /

.

A 8 4.0 r> A8 U.DO

261 1.87 Fe II 385 — 38660 53. 5.4 0.73

2613.82 Fe II 863 — 39109 24. 2.5 0.39

_o 1 / .OZ f e 1

1

AAS joojy "> 1 Z.J (\ 1A

_D_U.H TATn A 11 r e 1

1

1 on 1

1

.1 yv 1 -1 A A nU.DoA8 A 1 7

TAT 1 A7 r e II Q77 J

1 Qy11 no\Jy 1 1 1 1 1 .J n 1

7

U. 1 z

2625.67 Fe II 385 — 38459 28. 2.8 0.45

2628.29 Fe II 977 — 39013 23. 2.4 0.38

_D.1 1 .\JJ r e 1

1

7 7 8 1 n 11 o I U An8n7 77/1 Q ll'iy. 71/1 Z j4. 7 17 Z.J /

XT' r e 1

1

AA8 1 8 AAH 1

A

1 8 f\ <;8 U.JO

">AA 1 AA _D04.0D IT r\ r e 1

1

7 7 "J 1 ^ A/I 8 17 1/17 1

A

3D. 1 ^ A 1 .JO

2666.64 Fe II 27620 — 65 1 1

0

247. 26. 1.42

2703.99 Fe II 27315 — 64286 195. 21. 1.33

") 7 1 /I /II _ / 1 4.4 1 r e 1

1

7Q^ < 44/I /I 7 8 ^

/ 0 J 7 1 8 1 O. 1 yj.y 1

") 7 ") 7 _ / _ / . j4 f e 1

1

ojyl 4jU44 7 < a A 0.4 n Q7

T 7 I /'\ 7/1 _ / 3U. /4 IT r\ r e 1

1

eABn oooU A n4U. /I ^ 4. J n A^ U.D J

2736.97 Fe II 8680 — 45207 44. 4.9 0.69

2739.55 Fe II 7955 — 265. 30. 1.47

TP

1

1

8 8/17 4j_ /I «; 7 on7U 1 T A 1 .ID. I A\ 4. 1 . 1 J

r e 1

1

8 A8n A4 «;n8n J U O U 1

1 78/ o. ")n _u. 1 . JU

77 1U 18 _ / 4V. 1 o r 6 1

1

8 Asn 4jU44 c 7 nu. 7A/ o

2749.32 Fe II 8392 — 44754 ''32. 26.. 1.42

2753.29 Fe II 26353 — 62662 373. 42. 1.63

7 7 ^ 1

A

r e 1

1

7QS / yjj 44— J -1 _? 1

.

ly. 1 .4D

7 7 A7 "nH TP r\ r e 1

1

7_

A 1 7n D I / U A77Q1 8 1 1 o.i I . yj. 1 Q8 1 .70

2926.59 Fe II 7955 42 1 1

5

12. \S 0.18

2944.40 Fe II 13673 47626 32. 4.2 0.62

3227.75 Fe II 13474 44447 79. 12. 1.09

1 10
Wavelength Spectrum Energy Levels

A K

2294.20 Ga I 0 - 43574

2338.28 Ga I 826 - 43578

2371.32 Ga I 0 - 42158

2418.70 Ga I 826 - 42158

2450.07 Ga I 0 - 40803

2500.17 Ga I 826 - 4081

1

2500.70 Ga I 826 - 40803

2624.82 Ga I 826 - 38913

2659.87 Ga I 0 - 37585

2719.65 Ga I 826 - 37585

I^IA.IA Ga I 0 - 34782

Ga I 826 - 34787

2944.18 Ga I 826 - 34782

4032.98 Ga I 0 - 24788

4172.06 Ga I 826 - 24788

gA gf Log gf

108/sec

0.067 0.0053 -2.11

0.23 0.019 -1.73

0.14 0.012 -1.93

0.63 0.056 -1.25

4.1 0.37 -0.43

7.3 0.68 -O.R

0.67 0.063 -1.20

0.086 f\ f\f\c\ C\ 0.0089 -2.05

0.82 0.087 -1.06

2.0 0.22 -0.66

5.9 0.73 -0.14

1 1. 1.5 0.17

1 o

1.8 0.24 -0.63

0.98 0.24 -0.62

2.0 0.53 -0.27

111
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

Gd I 215 36192 2.2 0.26 -0.59

2787.68 Gd I 533 36395 3.6 0.41 -0.38

2903.75 Gd I 1719 — 36147 2.0 0.26 -0.59

31)43. Ul Gd I QOQ yyy 33852 3. J

Ci AO A 1 O —0.32

3046.48 Gd I 533 33348 3.8 0.54 -0.27

3059.92 Gd I 215 32886 2.2 0.31 -0.51

3069.42 Gd I 215 32785 1.4 0.20 -0.70

3087.05 Gd I 0 — 32384 1.7 0.24 -0.62

'5111 in 3 1 1 i.iy Gd I

1 T 1 n

1 / ly 33852 A O 4.8 0.70 -0. 15

3119.01 Gd I 533 32585 2.3 0.33 -0.48

3127.25 Gd I 999 32967 2.0 0.30 -0.53

3136.93 Gd I 0 31869 3.0 0.44 -0.36

3137.30 Gd I 0 — 31865 3.0 0.44 -0.36

3 1 3o. /

1

Gd I j33 32384 l.Z (J. 32 A C A —0.50

3158.63 Gd I 215 31865 3.7 0.56 -0.25

3167.20 Gd I 999 32564 1.8 0.28 -0.56

3190.28 Gd I 533 31869 4.2 0.64 -0.20

3199.30 Gd I 1719 — 32967 5.7 0.87 -0.06

3 1 yy.jo Gd I 533 3 1778 3.U U.45 A O yl —0.34

3203.41 Gd I 999 32207 2.3 0.35 -0.45

3215.26 Gd I 999 32092 1.0 0.16 -0.80

3232.78 Gd I 533 31457 3.8 0.59 -0.23

3266.73 Gd I 533 - 31136 8.7 1.4 0.14

326 /.o4 Gd I Z 1 J 30809 5.

1

U.6U —U.22

3282.25 Gd I 999 31457 4.5 0.73 -0.14

3291.48 Gd I 1719 32092 9.2 1.5 0.17

3294.08 Gd I 533 30882 6.5 1.1 0.03

3357.61 Gd I 533 — 30308 2.8 0.48 -0.32

'5 "5 T '5 OA 3373.84 Gd I 0 29631 1

-1 1.1 A 1 O

U. 1 0

f\ n A /4

3397.22 Gd I 1719 31 147 3.6 0.63 -0.20

3406.92 Gd I 533 29877 2.3 0.40 -0.40

3411.02 Gd I 999 30308 2.9 0.50 -0.30

3423.90 Gd I 999 — 30197 14. 2.5 0.39

3455.27 Gd I

1 'T 1 O

1 / 1 y 30652 l.y U. 52 A O Q —U.2o

3486.20 Gd I 533 29209 1.1 0.39 -0.41

3497.09 Gd I 533 29120 0.86 0.16 -0.80

3513.65 Gd I 999 29451 9.0 1.7 0.22

3525.15 Gd I 999 - 29359 1.1 0.21 -0.67

3 Jo3.oj Gd I O 1 c 281 12 (\ n A

I). /4 A 1 /I U. 14 A Q C —U.OJ

3588.21 Gd I 0 27861 0.55 0.11 -0.97

3596.84 Gd I 999 28793 0.99 0.19 -0.72

3604.87 Gd I 1719 29451 12. 2.3 0.37

3648.48 Gd I 1719 — 29120 1.00 0.20 -0.70

3658. 19 Gd I 533 27861 1 A

1 .4 A O O A C C —U.J J 3674.05 Gd I - 215 27425 6.2 1.3 0.10

3679.21 Gd I 533 27705 2.3 0.47 -0.33

3684.13 Gd I 0 27136 12. 2.3 0.37

3696.93 Gd I 0 27042 0.56 0.12 -0.94

3713.57 Gd I 215 27136 12. 2.4 0.38

3715.92 Gd I 215 27119 0.58 0.12 -0.92

112
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

3717.48 Gd I 533 — 27425 13. 2.6 0.42

3726.57 Gd I 215 — 27042 0.51 0.11 -0.97

3732 32 Gd I 1719 2 2 0 47 -0 11

Gd I 533 773 1

6

1.3 0.28 -0.55

31?,6AA Gd I 1719 78475 0.85 0.18 -0.75

3739.76 Gd I 999 — 27731 3.3 0.70 -0.16

3744.83 Gd I 1719 — 28415 5.0 1.1 0.02

3751 10 Gd I 215 0.54 0.1

1

-0 94

3757.94 Gd I 533 771 36 5.9 1.2 0.09

3760.47 Gd I 7562 341 47 4.2 0.90 -0.05

3762.20 Gd I 999 — 27572 5.6 1.2 0.08

3771.26 Gd r 533 — 27042 1.4 0.29 -0.53

3773.45 Gd I 7654 34147 8.5 1.8 0.26

3776.83 Gd I 7235 33705 7.5 1.6 0.21

3783.05 Gd I 999 7747 5 18. 3.9 0.59

3795.75 Gd I 999 — 27337 1.0 0.22 -0.66

3804.39 Gd I 7427 — 33705 7.6 1.6 0.22

3824.15 Gd I 7562 DDI H705\JJ 4 6 1 0 0\J • 00\J\J 3832.97 Gd I 533 1.0 0.23 -0.64

3838.90 Gd I 999 77041 0.23 0.052 -1.29

3840.26 Gd I 215 — 26248 0.56 0.12 -0.91

3843.28 Gd 1 1719 — 27731 9.9 2.2 0.34

1846 49 Gd I 6976 4 7 1 0 0 02

3858.45 Gd I 6976 37886 4.0 0.89 -0.05

3864.79 Gd I 999 76866 0.67 0.15 -0.82

3866.99 Gd I 1719 — 27572 10. 2.3 0.36

3873.57 Gd I 6976 — 32785 6.8 1.5 0.19

3874.46 Gd I 533 26336 0.72 0.16 -0.79

3887.73 Gd I 533 0.33 0.075 -1.12

3892.72 Gd I 7103 32785 1.2 0.27 -0.57

3897.32 Gd I 7235 — 32886 1.8 0.42 -0.38

3902.71 Gd I 999 — 26615 1.5 0.34 -0.47

3904.29 Gd I 215 7587 1 0 93 0 21 —0 67

3905.65 Gd I 1719 77^^ 1 6 1.1 0.62 -0.21

3912.75 Gd I 7235 "^7785 2.1 0.48 -0.32

3926.68 Gd I 7427 — 32886 3.1 0.72 -0.14

3934.79 Gd I 533 — 25940 4.8 1.1 0.05

3935 38 Gd I 0 0 75 0V/. 11 8o —0 76

3941.80 Gd I 1719 7708

1

1 UO 1 2.5 0.59 -0.23

3942.63 Gd I 215 75577 2.2 0.51 -0.29

3943.24 Gd I 0 — 25353 0.93 0.22 -0.66

3943.62 Gd I 7235 — 32585 5.7 1.3 0.13

3945.54 Gd I 999 76117 6 4 1.5 0 17

3953.37 Gd I 533 7587 1 2.3 0.55 -0.26

3958.68 Gd I 0 7 57 54. 0.36 0.085 -1.07

3960.11 Gd I 6976 1777 1 4.4 1.0 0.02

3965.04 Gd I 7235- 32448 1.9 0.46 -0.34

3966.28 Gd I 1719 26925 3.2 0.76 -0.12

3969.00 Gd I 215 25403 2.7 0.63 -0.20

3972.71 Gd I 0 25165 1.3 0.30 -0.52

113
Wavelength Spectrum Energy Levels

A K

3974.81 Gd I 1719 — 26870

3979.33 Gd I 215 25338

3987.84 Gd I 0 25069

3992 69 Gd I 533 25572 Z. ^ ^ / Z- 4000 ~\J\J\J * 181 \j Gd I 6786 3 1 778

4006.96 Gd I 215 - 25165

4008.33 Gd I 999 — 25940

401 3 43 Gd I 7427 _J32336 Z. _7 _J \J 401 5 22 Gd I 7235 / Z. _7 ^ _J32133 Z. 1 J J 401 5 58 Gd I 1719 V 1 V y 2661 5

4017.25 Gd I 7562 — 32448

4017.71 Gd I 6976 — 31859

401 9 73 Gd I ^533^ ^ 25403

4023 14 Gd I 1719 i. 1 v y 26568 z. u o 4023 35 Gd 1 ^533^ ^ 25381 Z. ^ ^ O 1

4027.61 Gd I 999 — 25821

4028.15 Gd I 6976 — 31795

4030 88 Gd I 6976 3 1 778

4033 49 GdVJI vJ. I1 7235 / Z. ^ _J 32020

4035.40 Gd I 215 24989

4036.84 Gd I 7235 - 32000

4043.71 Gd I 7427 32150

4044.02 Gd I 533 ^ ^ ^ 25254

4045.01 Gd I 0 2471 5 4047 09 Gd I 7654 32356

4049.20 Gd I 1561 — 32252

4050.37 Gd I 7654 — 32336

4053 64 Gd I 999 25661

4054 72 Gd I 0

4058 22 Gd T 21Z. 1 ^5 24850

4059.88 Gd I 7235 — 31859

4066.04 Gd I 7562 — 32150

4068 35 Gd I 7427 32000

4068 74 Gd I 7562 32133

4078 70 Gd I 533 ^ ^ ^ 25044

4080.53 Gd I 215 - 24715

408 3. 7€ Gd I 6976 31457

4090 41 GdVJI \J. I1 21 5 24656

4091 75 Gd\J v^ I1 7427 3 1859

4092 71 Gd I 1719 1 1 1 y 26146

Gd I lAll - 31848

4100.26 Gd I 999 — 25381

411 04\j'~r • 99y y Gd I 7103 3 1 457

411? Q4 7562 3 1 869

419S 7R ^JIV_1 1 O'-ry y 32730

1 1 o J J J lAl Z.H- /

11 JS 4138.03 Gd I 6976 31136

4148.86 Gd I 1719 25815

4149.48 Gd I 7235 31328

4157.78 Gd I 999 25044

gf Loggf

108/sec

1 6 U.JO U.fz

2 6 —0U.Z9 11

1 S U.JO —OU.t'f 44

1.2 0.29 -0.54

1.4 0.33 -0.48

nU. J)D ^6 U.UoO 1 .uo

11 . J^ nU. JZ^2 —0 4Q

J . o U. "Z —n 04

3.6 0.87 -0.06

1.0 0.25 -0.60

7 Q 1 Q nu.zo98

Q 5 2Z.J^ U. J D

1 1 1 .

1

u.zo —0 '^8 U.JO

5.4 1.3 0.11

2.9 0.70 -0.16

u.o / U.Z 1 —nU.Oo^;8 Z J. S 7 J. / nu. 7A/ o

1 Q A 5 U.OO

16. 4.0 0.60

1.1 0.27 -0.57

o.u 11 .J U. 1 o

Q Q 2 A 0 "^8 U.JO n 1 5 U.UjD — 1 44

4.8 1.2 0.07

6.9 1.7 0.23

D. / 1 .o nu.zz99

O." 1 7 n 9"? U.Z J

1

1 nu. Z.J U. J " 2.4 0.58 -0.24

8.0 2.0 0.29

1 A J .D 0U.J55J D.J 1 .D n 1

0

\j.\.y

1 ? J.U 0u.to48

6.2 1.6 0.19

9.2 2.3 0.36

nU.JOS8 n 1 A —ftU. 84o^

11 nw. z.o 2 6 0U.H411

1 9 n 48 —0 "^9 U. jZ

0.97 0.24 -0.61

4.8 1.2 0.08

J.O 1 c

1 . J 0U. 11 6o

Z.J n 5Q —flU.Z91J z.u U.J I 1.5 0.37 -0.43

1.6 0.40 -0.40

Z.J U.J 7 —AU.Z91J U.oU n 9

1

U.Z 1 U.O"

1 .z U. jU —nU. JZ^9

1 1 1 . 1. nU.Z97/ —nU. JO56

0.65 0.17 -0.77

114
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

4171.71 Gd I 1 1830 35795

4175.54 Gd I 1719 25661

4182.77 Gd I 7235 — 31136

4190.78 Gd I 999 — 24854

4191.63 Gd I 999 — 24850

4208.08 Gd 1 6550 f\''> f\Ci 30308

4224.27 Gd I 7480 I 31147

4225.03 Gd I 1719 — 25381

4225.85 Gd I 1719 — 25376

4245.34 Gd I 7103 — 30652

4250.28 Gd I 6786 30308

4260.12 Gd I 533 24000

4262.09 Gd 1 6786 — 30242

4266.60 Gd I 999 — 24430

4267.00 Gd 1 215 — 23644

4270.28 Gd I 6786 30197

4274.17 Gd I 0 23390

4285.82 Gd I 6550 — 29877

4286.12 Gd I 1719 — 25044

4299.29 Gd I 6378 — 29631

4306.34 Gd I 0 23215

4309.29 Gd I 7947 31147

4313.84 Gd I 215 23390

4314.40 Gd I 7480 — 30652

4320.52 Gd I 7103 — 30242

4327.12 Gd I 0 23 104

4328.94 Gd I 7103 I 30197

4329.58 Gd I 6786 — 29877

4331.38 Gd I 6550 — 29631

4337.51 Gd I •6378 — 29426

A A ^ A ^ Gd I C\C\C\ 999 ^ A C\f\f\ 24000

4346.62 Gd I 215 I 23215

4370.18 Gd I 6550 29426

4373.83 Gd I 533 23390

4376.07 Gd I 6786 — 29631

4378.56 Gd I 7562 30395

4389.88 Gd I 7103 29%11

4392.06 Gd I 7480 30242

4400.76 Gd I 7480 30197

4401.86 Gd I 1719 24430

4403.14 Gd I 7947 30652

4409.25 Gd I 8498 31172

4411.16 Gd I 533 23196

AAXZ.AA Gd I 6976 29628

4414.16 Gd I 8498 31 147

AAIA.73 Gd I 999 23644

4422.41 Gd I 215 22821

4430.63 Gd I 0 22564

4431.76 Gd I 7947 30505

4452.73 Gd I 12487 34938

8.2 2.2 0.33

9.5 2.5 0.39

1.8 0.48 -0.32

6.9 1.8 0.26

2.4 0.63 -0.20

0.80 0.21 -0.67

1.2 0.33 -0.48

1.2 0.32 -0.49

18. 4.8 0.69

2.5 0.68 -0.17

0.97 0.26 -0.58

2.1 0.56 -0.25

24. 6.5 0.82

1.9 0.51 -0.29

1.1 0.30 -0.52

0.79 0.22 -0.66

0.65 0.18 -0.75

5.8 1.6 0.20

1.0 0.29 -0.54

5.4 1.5 0.18

2.2 0.62 -0.21

5.0 1.4 0.14

4.0 1.1 0.05

8.7 2.4 0.39

5.5 1.5 0.19

3.9 1.1 0.04

1.8 0.50 -0.30

5.0 1.4 0.15

3.0 0.85 -0.07

1.7 0.47 -0.32

5.6 1.6 0.20

1.9 0.54 -0.27

2.3 0.67 -0.17

2.1 0.61 -0.21

1.1 0.32 -0.50

3.1 0.89 -0.05

2.5 0.73 -0.14,

4.3 1.2 0.09

1.3 0.38 -0.42

4.2 1.2 0.08

8.9 2.6 0.41

4.3 1.3 0.10

1.1 0.32 -0.50

0.35 0.10 -0.99

17. 5.0 0.70

1.7 0.49 -0.3 1 2.7 0.78 -0.11

1.9 0.56 -0.25

1.4 0.42 -0.37

2.2 0.65 -0.18

115
Wavelength Spectrum Energy Levels gA af

A K 108/sec

4461.36 Gd I 7427 - 29835 0.45 0.13 -0.87

4473.28 Gd I 215 - 22564 0.12 0.035 -1.46

M-M- / D. 1 Z. PH I \J\X i 0 1.4 0.43 -0.36

4485.48 Gd I 533 - 22821 0 052 0 016 -1 81

4486.90 Gd I 1719 - 24000 0.75 0.23 -0.64

4497.13 Gd I 999 - 23229 1.1 0.33 -0.49

4503.79 Gd I 999 - 23196 0.058 0.018 -1.75

ljU. 1 J J J — 777 1

8

0.81 0.25 -0.61

4519.66 Gd I 215 - 22335 1 8 0 56 -0 25

4537.81 Gd I 533 - 22564 1.7 0.51 -0.29

4542.03 Gd I 215 - 22226 0.50 0.15 -0.81

4544.23 Gd I 7427 - 29426 0.81 0.25 -0.60

fH I 11 OS84 Uoo^ — '^778';

/ O J 0.88 0.27 -0.56

4572.20 Gd I 6976 - 28842 0 92 0 29 -0 54

4573.81 Gd I 0 - 21858 0.19 0.061 -1.22

4575.91 Gd I 7947 - 29795 3.6 1.1 0.06

4581.29 Gd I 999 - 22821 0.81 0.25 -0.60

IjQ 1 7480 / toU _ 7 07 0/1 5.0 1.6 0.20

4584.26 Gd I 10576 - 32384 2 5 0 79 -0 10

4598.90 Gd I 7103 - 28842 4.4 1.4 0.15

4602.93 Gd I 999 - 22718 0.45 0.14 -0.84

4608.58 Gd I 533 - 22226 0.045 0.014 -1.84

fD 1 1. JU CA I A78A O / OO — 784.'^1 Z.o'f J 1 5.0 1.6 0.20

4619.14 Gd I 10222 - 31865 1 -6 0 53 -0 28

4624.42 Gd I 6550 - 28169 1.3 0.40 -0.39

4636.64 Gd I 6550 - 28112 3.8 1.2 0.09

4646.00 Gd I 11830 - 33348 6.7 •2.2 0.34

PHlaQ I1 O J / o — 778A1 /. / oO 1 3.6 1.2 0.06

4679.18 Gd I 12487 - 33852 7 8 2 6 0 41

4680.04 Gd I 7480 - 28842 2.8 0.93 -0.03

4683.07 Gd I 7103 - 28451 0.64 0.21 -0.68

4683.33 Gd I 7947 - 29294 5.4 1.8 0.25

'fOoO. IZ. PHbq I

I J J J — 7 1 8'^8 Z 1 o J o 0.21 0.071 -1.15

4691.16 Gd I 6550 - 27861 0 72 0 24 -0.62

4694.33 Gd I 8498 - 29795 10. 3.3 0.52

4697.42 Gd I 6378 - 27660 3.4 1.1 0.05

4709.78 Gd I 999 - 22226 0.35 0.12 -0.93

4778 PHijU I1 J J J 0.13 0.042 -1.37

4735.75 Gd I 6550 - 27660 2 1 0.69 -0.16

4743.65 Gd I 6786 - 27861 3.5 1.2 0.07

4745.82 Gd I '7103 - 28169 0.99 0.34 -0.47

4758.26 Gd I 533 - 21543 0.061 0.021 -1.68

/ J o. /

U

PH I 7 1 O'^ — 78117 zo 1 i z 2.9 1.00 -0.00

4760.74 Gd I 1719 - 22718 0 21 0.073 -1.14

4763.82 Gd I 10884 - 31869 3.4 1.2 0.06

4767.24 Gd I 7480 - 28451 4.7 1.6 0.21

4780.99 Gd I 11297 - 32207 1.9 0.64 -0.19

4781.92 Gd I 999 - 21905 0.29 0.100 -1.00

4784.62 Gd I 7947 - 28842 3.4 1.2 0.07

4786.75 Gd I 7562 - 28448 1.1 0.37 -0.43

116
Wavelength Spectrum Energy Levels

A K

4807.45 Gd I 8498 — 29294

4808.01 Gd I 13926 — 34719

4816. o3 Gd I

I 1 O 0 A I I oil) jZ JOJ 4835.26 Gd I 999 Zlo/j

4859.22 Gd I 10884 1 1 /I CT

4861.78 Gd I 11297 31859

4862.59 Gd I 10576 — 31136

4871.50 Gd I

1 A'J A 1U36U 3Uoo2

4881.08 Gd I 11297 3 1 / /o

4881.36 Gd I 12487 jZyo 1

4883.19 Gd I 10222 — 30695

4910.12 Gd I 6976 — 27337

4y 1 J.OJ Gd I /Z5j Z / J /Z

4916.60 Gd I 10222 •3 AC c/; 3Uj JO

4934.12 Gd I 11830 iLxiyA.

4936.33 Gd I 10884 — 31136

4938.61 Gd I 12487 — 32730

A OCA 1 1 4yjK). 1

1

Gd I

1 Al /I A "2 AC c/; 3Uj JD

4951.58 Gd I 11830 nmA 3ZUZU

4952.47 Gd I 1719 T 1 QAC ziyuj

4958.79 Gd I 11297 31457

4969.16 Gd I 10576 — 30695

4972.61 Gd I 6976 OTAO 1 Z /Uo 1 4999.07 Gd I 10884 "23UooZ AO O

5011.74 Gd I 11830 5 I 1 la

5015.04 Gd I 8498 28433

5020.37 Gd I 7562 — 27476

CA'30 AO Gd I1 1 O OT I iZy / 111 If. 3 J 1 36

5103.45 Gd I 7947 T7 C "J A Z / j36

5136.04 Gd I 7103 Z6j6o

5141.50 Gd I 7480 — 26925

5142.68 Gd I 7427. — 26866

C 1 C C OA Gd I 7480 Z6o /U

5158.48 Gd I 7235 T/r /r 1 c Z661

J

5163.70 Gd I 6976 Z633 /

5171.69 Gd I 0 19331

5187.88 Gd I 6550 — 25821

Gd I n 1 A'3 7 103 Z633 / 5217.48 Gd I 999 ZUl 6U

5219.40 Gd I 6786 O CO/I A Z5y4U

5233.93 Gd I 7235 26336

5246.87 Gd I 15665 — 34719

C O C 1 1 O 525 1. 18 Gd I 8498 o T c 1 Z7536

5252.14 Gd I 11067 '> A 1 A 1 30101

5254.75 Gd I 6378 ^ C /I A'3 Zj4U3

5255.80 Gd I 6550 Z J J 11

5263.81 Gd I 533 19525

5268.01 Gd I 7947 26925

5268.78 Gd I 533 19507

5271.79 Gd I 6976 25940

Loggf

IQS/see

2.8 0.96 -0.02

2.6 0.88 -0.05

1.7 0.61 -0.22 n 1

Q

u. 1 y A a/;q —1.1/

1.8 0.64 -0.20

2.0 0.71 -0.15

2.3 0.83 -0.08

2.4 0.86 -0.07

Z.3 A Q 1 U.O 1 —\j.\jy A no

2.4 0.85 -0.07

1.7 0.60 -0.22

0.57 0.21 -0.69

0.26 0.094 -1.02

f4 8 1 U.O 1 n TO u.zy

A C-3 ^J. J3

8.1 3.0 0.47

1.9 0.70 -0.16

7.5 2.7 0.44

1.2 0.45 -0.35

A A 1A U.34 A An —U.4/

0.18 0.065 -1.19

3.1 , 1.2 0.06

1.9 0.71 -0.15

0.38 0.14 -0.85

l.b A <rQ \j.jy A TJ —U.Z3

1.5 0.55 -0.26

7.9 3.0 0.47

0.22 0.082 -1.09

1.7 0.65 -0.19

/.6 1 A 3.U A Al U.4 / 0.48 0.19 -0.72

0.53 0.21 -0.68

0.52 0.21 . -0.68

6.0 2.4 0.38

A AQ A 1 Q —A 1 1 U. / 1 0.45 0.18 -0.74

0.036 0.014 -1.84

0.28 0.11 -0.95

2.5 1.00 -0.00

A AO 1 A A'3'7 U.U3 / —1 A1 1 .43

1.5 0.62 -0.21

0.78 0.32 -0.49

4.2 1.7 0.24

2.8 1.1 0.06

O 1 Z. 1 U.o6 A A^ —U.U6

0.40 0.17 -0.78

0.69 0.28 -0.55

0.029 0.012 -1.92

0.16 0.065 -1.19

0.057 0.024 -1.62

0.12 0.049 -1.31

117
Wavelength Spectrum Energy Levels gA gf Loggf

A K 1 nR 1 10°/sec

5272.91 Gd I 6378 - 25338 0.25 A 1 A 0. \ 0

A OA —u.yy

^ ^ O ^ AO 5282.48 Gd I 10576 one A"^ 29502 0.80 A 1 /I c\ An —U.4/

5283.08 Gd I 7947 26870 2.0 0.83 -0.08

5298.58 Gd I 10222 — 29090 0.43 0.18 -0.74

5301 .67 Gd I 7480 — 26337 1 . / U. 1

Z

A 1 A —U. 14

5302.76 Gd I 6550 — 25403 1 A 1 .1) A /I '2 U.4i A 1 n —0.5 1 5306.70 Gd I 6976 25815 A O U.Z9 A 1 O

U. l4 A QT

5307.30 Gd I 7103 I 25940 1.5 0.65 -0.19

5321.25 Gd I 6550 — 25338 0.20 0.085 -1.07

5321.50 Gd 1 6378 — 25165 A cn 0.57 A O /I A m 1 —U.ol

5321.78 Gd I 6786 - 25572 1 A 1.4 A c n A O "1 —U.Zi

5322.37 Gd I 29006 A A"^ 0.42 A 1 O 0.18 A ^7 C —0.75

5322.69 Gd I 10576 29359 0.62 0.26 -0.58

5327.32 Gd I 10360 — 29126 1.5 0.62 -0.21

5328.30 Gd I 10222 — 28985 f\ O A 0.84 A '5 ^ 0.36 A A C —U.4-)

5333.30 Gd I 10884 - 29628 2.7 1 . 1 U.U6

5337.53 Gd I 10360 AAAA 29090 AU. /Z A '3 1 0.5 1 A 5 1 —U.J 1 5341.17 Gd I 7103 I 25821 0.17 0.074 -1.13

5341.81 Gd I 1719 — 20434 0.038 0.016 -1.79

5343.00 Gd I 1 1297 — 30007 5.3 z.z 0.5 J

5345.13 Gd I 6550 — 25254 A 1 Q A 1 '7 0.\ 1 A -7-7 5345.68 Gd I 999 1 A^TA 1 19701 A A'?') 0.0 /Z 0.05 1 —1 .J 1 5348.67 Gd I 6378 25069 0.89 0.38 -0.42

5350.38 Gd I 12487 — 31172 7.3 3.1 0.50

5353.26 Gd I 1 1830 _ 30505 A O Z.O A 1 1 0.5 1

5361.66 Gd I 10360 - 29006 ATI 0.7

1

A 1 0.5 1 A C 1 —U.J 1 5365.38 Gd I 10576 A'^ AA 29209 1 A 1.4 A C O

U. j8 A T "J —U.z3

5367.70 Gd I 1036a 28985 0.42 0.18 -0.74

5368.79 Gd I 7947 — 26568 0.21 0.093 -1.03

5369.61 Gd I 10884 — 29502 A AC\ A 1 O.Z 1 —U.6 /

5369.92 Gd I 6786 — 25403 c\ A a 0.46 A 1 A O.ZO —A n(\ U. 10

5370.63 Gd I 10222 28837 1 A

1.9 AU.oZ A AQ —u.uy

5384.15 Gd I 10884 29451 0.65 0.28 -0.55

5389.50 Gd I 10576 — 29126 1.2 0.51 -0.29

541 1.20 Gd I 10884 — 29359 A /I A 0.4U A 1 "7 U. 1 / —

A 7^ U. /O

5413.20 Gd I 7103 - 25572 0.44 A 1 Q

u. 1 y —

A Tf U. / /

5413.39 Gd I 6786 25254 A ^ A 0.20 A AO'? U.Uo / —1 .UD

5415.69 Gd I 7480 25940 0.48 0.21 -0.67

5421.19 Gd I 1719 — 20160 0.047 0.021 -1.68

5436.30 Gd I 7947 — 26337 O.Z 1 AIT O.iZ U. 7Z

5441.58 Gd I 8499 - 26870 A A o.zo A AOO 1 .uo 5453.46 Gd I 1 1297 29628 1 A 1 .U U.46 A lA U. j4

5455.31 Gd I 10884 29209 0.46 0.20 -0.69

5469.72 Gd I 7103 25381 0.21 0.093 -1.03

5475.72 Gd I 6786 — 25044 A AA C 0.095 A A/1 U.U43 1 17 1 . J /

5480.23 Gd I 10884 — 29126 A '3 A 0.50 n 1 ^ • A 07 U.O / 5482.01 Gd I

1 A O O yl 10884 29120 ATA 0.50 U. 14 U.O / 5493.42 Gd I /94 / 26146 nil U. 1

3

U.Uj 7 1 .Z J 5498.75 Gd I 7480 25661 0.14 0.064 -1.19

5499.97 Gd I 11830 30007 0.68 0.31 -0.51

118
Wavelength Spec

A

trum Energy Levels

K

gf

108/sec

Loggf

5521.75 Gd I 6550 24656

5533.37 Gd I 6976 — 25044

(jQ I J Z4o / 1 AC AC

C C C A O 1 Gu I by /o T A QOQ z4yoy

C C C O ^1 jjjy. /J Gd I1 "7 1 Q I / ly 1 QTA 1 ly /ui

5572.53 Gd I 7103 25044

5576.13 Gd I 6786 — 24715

C CO H T 55o6. 32 Gd I n A on /4oU Id5 lb

559 l.oj Gd I 1466y '2 0 C /I 0 jZ j4o

C CQyl 1

"2 J jy4. 1 j Gd I 1 4U3o 1 1 QA"7 i I yyj 1

5614.45 Gd I 1719 — 19525

5617.91 Gd I 0 — 17795

HrA I LjO. I Z 1

J

\ ly 1^

JOjZ.Z J bo. I A

u

1 -77 C A

1 / / JU

ba I / lUj Z4o jU

5643.24 Gd I 215 — 17931

5653.33 Gd I 7654 — 25338

JO / /.4j (jU I 1 4Z5'o J 1 y\) 1 JOOO.OO (jU I T 1 < Z 1

J

1 'inct'\

I 1 lyj

joyz. 1

3

LiCl I

"7 /I OA /4oU T C A/I A Z jU44

5696.22 Gd I 533 18084

5701.35 Gd I 215 — 17750

J /VyAZ Gd I U

1 7 C 1 A 1 / J 1 U

J 1 lU. 3Z Gd I Moby jZ 1 /o

J /Z4. / J Gd I

1 1 0 "2 A 1 loiU 0 m0 A zyzy4

5735.98 Gd I 7947 25376

5744.66 Gd I 215 — 17618

J /4o.io Gd I - C2 "2 J J J 1 lyi 1 J / J 1 .OO (jd. I AU

1-7-201

1 / JO 1 J / j4. 1 / UCt I 1 4oU O /I 0 C /I Z4o j4

5776.02 Gd I 12487 — 29795

5791.38 Gd I 533 — 17795

jouz.yz Uu I J J J 1 / /O 1 COA-7 -yo joU /. /

Z

(jU I 0 /OD /I AAA Z4UUU

jouy. ZZ Gd I 1 JO jZ "2 "2 C\C 1 J jUd 1

5823.97 Gd I 215 17381

5851.63 Gd I 999 — 18084

JO j6. ZZ Gd I AAA yyy 18070

jyU4. JO Gd I QQQ yyy 1 lyi 1 jylb.// Gd I 1 1 Al

/ IUj 0 /I AAA Z4UUU

5930.29 Gd I 6786 23644

5936.84 Gdl 6550 — 23390

jyj /. /

1

Gd I OJ /o 1 "2 0 1 C Z jZ 1 J jy / / .Z

J

Gd I ^ "2 T 0 OJ /o "2 1 A/1 Z3 JU4

jyoo.UZ Gd 1

1 c 0 c 0

1 jojZ 1'^ Z AQ jZ j4o

(jU I OJ jU 0 "2 1 C Z jZ 1

J

602 1 . 1

3

Gd I 6786 23390

61 14.07 Gd I 1719 18070

6292.87 Gd I 999 16886

6317.19 Gd I 999 16825

0.11 0.049 -1.31

0.096 0.044 -1.36

U.JO 0u.zoOA —

O

u. jy

A no ^ U.Uo J U.U3 y —1 A 1 1.41

A AO 1 U.UZ 1 A AAQQ u.uuyy 0Z.UUAA

0.12 0.056 -1.25

0.15 0.072 -1.14

A 1 1 U. 1

1

A ACA U.UjU —11 "J A .3U

0 A Z.U A Q/l u.y4 A A1

1 0 U.J J —AU.ZOOA

0.020 0.0097 -2.01

0.11 0.054 -1.26

U.U'tU 0u.u011 Q

—1I. 701 z. U.UOJ 0U.UJU 0^0 —11 . JZ^0

0U. 11 A^ U.UDO 1 . 1 0

0.16 0.076 -1.12

0.064 0.031 -1.51

1 0 1 .u u.4y —A "J 1 U.3 1 0 0 1 "J U.Ul J U.UU03 —0—z.zuon

u. 1 / 0 ns/i U.Uo4 —1—1 .Uo OS

0.25 0.12 -0.92

0.058 0.028 -1.55

A A7^ U.Uio A A 1 0 U.Ulo —11 7 c

. / J

1 1 1.3 U.o3 —A OA u.zu

U.oo A 10 U.3Z A /IQ

0.22 0.11 -0.97

0.025 0.012 -1.91

A O^/l U.UJ4 0 AO 7 U.UZ / 1 .J / nU.UZU 000 OHIO U.U J u —1i.yy QQ

U.3o 0 1 Q u. 1 y —0 71 U. / 3

1.3 0.67 -0.17

0.14 0.073 -1.14

U.U33 0017 U.Ul / —11 . 78/ 0

U. 1 7 0 oQ<; u.uyJ —11 .UZ 00

0 A Z.4 1 0 1 .z AU.uyOQ

0.024 0.012 -1.92

0.14 0.073 -1.14

A 1 Q U. 1

0

A AQC u.uyj —11 AO .uz A AAQ u.uoy A AlA U.U3o —1 A A

1 .44

A 1 Q U. 1 7 A 1 A U. lU 1 AA 1 .UU

0.28 0.15 -0.84

0.26 0.14 -0.87

A 1 0 U. 1 0 A AQ7 U.uy /1 A 1 1 .U 1 A lA U.Z4 AIT U. 1 3 A OQ

/I 1 4.3 0 1 Z.3 A 1A U.3o

0.25 0.13 -0.87

0.16 0.089 -1.05

A lA U.3U A 1 7 U. 1 / A 70 —U. /o

0.016 0.0096 -2.02

0.013 0.0079 -2.10

119
Wavelength Spectrum Energy Levels

A K

6331.35 Gd I 18014 — 33804

O J J J. / J

T IjtQ 1 o jju

6336.34 Gd I 6786 —

6351.72 Gd I 17795 — 33535

6363.23 Gd I 16196 — 31907

6408.55 Gd I 1719 — 17319

7^7 1 5 6470.29 Gd I 18084 - 33535

6538.15 Gd I 16886 32176

6549.25 Gd I 17931 — 33195

6564.78 Gd I 17319 — 32548

f^'^TX en Dj / J.OU PHljU I

1

1 77<n D L. y J O

6591.60 Gd I 1719 — 16886

6593.42 Gd I 17795 — 32958

6628.43 Gd I 16825 — 31907

6640.08 Gd I 1719 — 16775

OO^Z. / o PH I 1 7487 Z. / J jD

6643.98 Gd I 18014 — 33061

6646.85 Gd I 1 1297 — 26337

6653.55 Gd I 18509 — 33535

6692.86 Gd I 10884 — 25821

PH I 999 1 J O JZ

6783.39 Gd I 11830 — 26568

6814.56 Gd I 7235 — 21905

6816.49 Gd I 999 — 15665

6828.25 Gd I 533 — 15174

LiU. 1 ZU 1 ou '?47S'> J*+ 1 J J 6916.57 Gd I 215 — 14669

6926.49 Gd I 10222 — 24656

6964.33 Gd I 10360 — 24715

6980.86 Gd I 20434 — 34755

070J. J J

P/^ T

1 1 o jU ZD 1 '+D 6991.92 Gd I 0 — 14298

6993.18 Gd I 10360 — 24656

7016.60 Gd I 7427 — 21675

7052.79 Gd I 999 — 15174

707 1 fin PH T 747 ZH /11 JS 7073.63 Gd I 1719 — 15852

7084.18 Gd I 17795 — 31907

7093.90 Gd I 18084 — 32176

7098.11 Gd I 11297 — 25381

70Q8 7"? PH I 14798

7099.44 Gd I 12487 — 26568

7100.71 Gd I 10576 — 24656

7122.57 Gd I 0 — 14036

7150.77 Gd I 7562 — 21543

7158.28 Gd I 10884 24850

7168.37 Gd I 1719 15665

7198.63 Gd I 7562 21450

7228.02 Gd I 10884 24715

gA gf Loggf

±U / oCC

2.3 1.4 0.14

0.041 0.025 -1.61

0.044 0.026 -1.58

1.5 0.91 -0.04

U.O 1 —O 41

0.013 0.0079 -2.10

0.053 0.033 -1.48

1.1 0.69 -0.16

1.5 0.95 -0.02

1 1 1 .

1

0 7^ —0 1 4

2.4 1.5 0.18

0.64 0.41 -0.38

0.020 0.013 -1.89

0.96 0.62 -0.20

0 40 0u.zo7A —0

0.022 0.014 -1.84

0.14 0.092 -1.03

1.9 1.3 0.11

0.099 0.066 -1.18. n 7^> 0U. JUso —0 "^0 u..;5u

0.087 0.058 -1.24

0.038 0.026 -1.59

0.14 0.100 -1.00

0.034 0.024 -1.62

nU.Uni 1 1 1 0 007"? U.UU / D —7 1

0.034 0.023 -1.63

0.92 0.65 -0.19

0.026 0.019 -1.72

0.13 0.097 -1.01

0U.Uoo 088 0 0^.4 —1 1 Q

2.8 2.1 0.31

0.074 0.054 -1.27

0.017 0.012 -1.92

0.14 0.100 -1.00

0 0^^ 0 074 1 .D 1

0.0029 0.0022 -2.67

0.14 0.10 -0.98

0.0099 0.0074 -2.13

0.30 0.22 -0.65

0 7,1 V.J/. 0 74 —0 f,?

0.14 0.10 -0.99

0.0037 0.0028 -2.55

0.076 0.057 -1.24

0.055 0.042 -1.38

0U.UUo 008 11 0 oo^;7 —7 7 1

0.018 0.014 -1.85

0.11 0.081 -1.09

0.089 0.068 -1.17

0.018 0.014 -1.85

0.080 0.063 -1.20

120
Wavelength Spectrum Energy Levels

A K

7233.45 Gd I 215 14036

7262.66 Gd I 533 - 14298

7291.35 Gd I 215 13926

7313.28 Gd I 999 14669

llill.Ql Gd I 20160 33804

7373.81 Gd I 1 1297 24854

7376.41 Gd I 11297 - 24850

11)11.11 Gd I 1 1830 25381

7380.28 Gd I 1 1830 25376

7430.19 Gd I 1719 15174

7441.85 Gd I 0 13434

lA^A.-h^ Gd I 533 - 13926

1561.91 Gd I 215 13434

7566.10 Gd I 1 1830 25044

7588.20 Gd I 12487 25661

7611.78 Gd I 11297 24430

7621.96 Gd I 10884 — 24000

7650.32 Gd I 10576 23644

7672.56 Gd I 10360 23390

7676.06 Gd I 1 1830 24854

7677.16 Gd I 19525 32548

7683.36 Gd I 19165 - 32176

7694.45 Gd I 10222 — 23215

7717.66 Gd I 7480 — 20434

7733.50 Gd I 999 — 13926

7749.30 Gd I 533 13434

7755.97 Gd I 12487 — 25376

7834.46 Gd I 10884 — 23644

7844.87 Gd 1 10360 — 23104

7845.80 Gd I 19165 31907

7856.93 Gd I 6976 19701

7869.72 Gd I 11297 — 24000

7884.39 Gd I 7480 20160

7910.08 Gd I 10576 23215

7966.66 Gd I 6976 19525

7978.15 Gd I 6976 19507

7993.82 Gd I 10884 - 23390

8006.26 Gd I 7947 — 20434

8019.82 Gd I 7235 — 19701

8048.08 Gd I 7103 — 19525

8077.59 Gd I 7103 19480

8146.15 Gd I 7235 — 19507

8185.90 Gd I 7947 — 20160

8218.08 Gd I 7235 — 19400

8275.42 Gd I 7427 — 19507

8349.73 Gd I 7427 19400

8374.76 Gd I 10884 22821

8377.79 Gd I 11297 23229

8398.30 Gd I 7427 19331

8445.47 Gd I 7562 19400

gA gf Loggf

108/sec

0.0058 0.0045 —2.34

0.0076 0.0060 —2.22

C\ f\C\''> 1 0.003

1

0.0025 —2.60

0.0070 0.0056 -2.25

0.90 0.73 -0.14

0.12 0.099 —1.01

0.12 f\ f\C\C\ 0.099 1 r\ 1 —1. 01

0.063 0.052 -1.29

0.13 0.10 -0.99

0.0055 0.0045 -2.34

0.0060 0.0050 -2.30

0.0096 0.0080 —2.10

0.0097 0.0083 —2.08

0.052 0.045 -1.35

0.11 0.095 -1.02

0.078 0.067 —1.17

0.15 0.13 -0.89

0.13 0.12 -0.93

0.15 0.13 -0.89

0.088 0.078 -1.11

0.55 0.49 —0.31

0.50 0.44 —0.36

0.072 0.064 -1.20

0.011 0.0098 -2.01

0.018 0.016 -1.79

(\ f\r\ /' 0.0062 0.0056 —2.25

0.10 0.093 -1.03

0.055 0.050 —1.30

0.063 0.058 -1.24

0.66 0.61 -0.22

0.075 0.070 -1.16

0. 10 f\ f\C\ A 0.094 1 /AT —1.03

0.010 0.0096 —2.02

0.037 0.035 -1.46

0.0073 0.0069 -2.16

0.012 0.01

1

—1.96

0.039 0.037 1 A -1.43

0.017 0.016 -1.79

0.014 0.013 -1.87

0.012 0.011 -1.94

0.026 0.026 -1.59

0.037 0.037 1 A -1.43

0.01

1

0.01

1

-1.97

0.023 0.023 -1.63

0.021 0.022 -1.67

0.021 0.022 -1.67

0.023 0.024 -1.61

0.026 0.027 -1.56

0.023 0.025 -1.61

0.021 0.022 -1.65

121
Wavelength Spectrum Energy Levels gf Loggf

A K 108/sec

(jU I / JOZ 1 QT 0 < W.VJZO U.UZ" —1 O C C O 1 1 bo. I

1 AO 0 A — zZ!)o4 U.UZD u.uzo —1

8561.72 Gd I 7653 - 19331 U.U 1 z 0 01"^ U.U 1 J — 1 8Q

8668.63 Gd I 6976 - 18509 0.036 0.040 -1.40

OO /4.00 (jQ I

1 1 T Q-7

1 1 Zy 1 — /ZoZl 0.028 0.032 -1.50

O ID I. 1 1 Gd I

I 1 O Q'7

I I /y / — zZ / 1

0

0U.UH0411 —1

o / /U.3d Ltd I

1 1 cjn 1 J o3U zjzzy U.U / J 0U.UOt- 084 —1

1 .UO 08

8784.85 Gd I 6550 - 17931 OHIO U. U 1 ^ 0 09 1 —11 .Df\l/ 8795.76 Gd I 11830 - 23196 0.063 0.073 -1.13

r* A ¥ (jd 1 o /oO — loUo4 0.022 0.025 -1.60

8867.31 Gd I 7235 - 18509 0.030 0.036 -1.45

122
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

Gd II 8551 49054

2471.58 Gd II 8885 49332

2485.67 Gd II 9329 — 49547

Gd II 9143 — 49332

2488.72 Gd II 8885 49054

2493.29 Gd II 9452 49547

2496.35 Gd II 9452 49498

Gd II 9329 — 49332

2543.68 Gd II 3444 42745

2586.13 Gd II 3972 42628

2661.50 Gd II 1 1492 49054

2750.22 Gd II 3427 39777

2764.08 Gd II 2857 39025

2768.51 Gd II 3427 39537

2769.81 Gd II 3444 39537

2110.11 Gd II 3082 39170

2770.98 Gd II 633 36711

2779.14 Gd II 2857 38828

2781.40 Gd II 3082 — 39025

2791.96 Gd II 3444 39251

2794.66 Gd II 2857 38629

2796.93 Gd II 3427 39170

2808.38 Gd II 3427 — 39025

2809.72 Gd II 3444 39025

2810.93 Gd II 3972 39537

2833.75 Gd II 3972 39251

2837.00 Gd II 3082 38320

2840.23 Gd II 3972 39170

2841.33 Gd II 3444 38629

2856.52 Gd II 4027 39025

2859.78 Gd II 4213 39170

2862.48 Gd II 4852 39777

2865.06 Gd II 3427 38320

2871.75 Gd II 4213 39025

2881.33 Gd II 4841 39537

2882.13 Gd II 4484 39170

2905.31 Gd II 4841 39251

2906.26 Gd II 4852 39251

2910.53 Gd II 3972 38320

2913.08 Gd II 4852 39170

2923.32 Gd II 5340 39537

2928.34 Gd II 2857 36996

2947.80 Gd II 3082 36996

2948.01 Gd II 5340 39251

2960.93 Gd II 3082 36845

2965.43 Gd II 4841 38553

2972.74 Gd II 3082 36711

2980.15 Gd II 633 34179

2991.52 Gd II 3427 36845

2993.04 Gd II 3444 36845

19. 1.8 0.25

12. 1.1 0.03

7.6 0.71 -0.15

15. 1.4 0.13

22. 2.1 0.31

12. 1.1 0.06

7.6 0.71 -0.15

8.8 0.83 -0.08

1.1 0.10 -0.98

1.0 0.11 -0.98

5.9 0.63 -0.20

7.5 0.85 -0.07

8.1 0.93 -0.03

0.82 0.095 -1.02

6.6 0.76 -0.12

4.2 0.49 -0.3

1

0.19 0.022 -1.66

0.77 0.089 -1.05

7.8 0.90 -0.05

7.4 0.87 -0.06

1.7 0. 19 -0.71

17. 2.0 0.30

1.0 0.12 -0.91

13. 1.6 0.20

3.3 0.40 -0.40

5.8 0.69 -0.16

1.0 0.12 -0.91

10. 1.3 0.10

2.2 0.27 -0.57

1.0 0.13 -0.89

0.35 0.043 -1.37

2.6 0.32 -0.50

0.86 0.11 -0.97

0.74 0.091 -1.04

9.8 1.2 0.09

0.77 0.096 -1.02

9.1 1.2 0.06

0.68 0.086 -1.06

2.6 0.33 -0.48

1.1 0.14 -0.85

2.0 0.25 -0.59

0.36 0.047 -1.33

0.37 0.048 -1.32

1.4 0.18 -0.74

0.71 0.093 -1.03

1.3 0.18 -0.75

0.28 0.038 -1.42

2.7 0.36 -0.45

0.42 0.056 -1.25

0.95 0.13 -0.89

123
Wavelength Spectrum Energy Levels

A K

2999.04 Gd II 262 — 33596

3003.58 Gd II 3427 — 36711

3009 37 nd II 3427 36647

^009 fl5 Hr) \Ji\X II11 *tO*t 1 J OWJ o 301 0 13 r;d II 0w J J ^ I

3010.90 Gd II 3444 — 36647

3012.19 Gd II 4841 — 38030

3027 fiO nd Ti 11 11 .J59 341 79

3028 98 nd\Ji\X IT1

1

4841 37846

3032 84 nd\Ji\X IT1

1

J D J yyj

3034.05 Gd II 161 — 33212

3040.34 Gd II 4852 — 37734

^0S3 57 nd II "^972 167 1 1 _J U / 1 1 3068 64 nd\jr^J 11II 6^^ J J ^ V ^ ^072 56 ndVjlCl IT11 10092 42678

3076.92 Gd II 0 — 32491

3077.08 Gd II 3972 — 36461

3081 99 GdVJTU IT1

1

1 1 59 33596

3083 35 Gd II 32685

3089 95 Gd\J<^ IT11 10392

3092.06 Gd II 10633 — 42965

3098.64 Gd II 0 — 32263

3098 90 nd\Jk\X 11IT 0w 32260

3100 D 1 WW. J50W nd II 1 935 14179

3101 1 W 1 . 181 o ndVjTvA TT11 1 0392 42628

3101.91 Gd II 262 — 32491

3102.55 Gd II 8551 — 40773

3108 ^6 ndLav-l 11IT 1080"? 1 WOW_J 42965

ndVjlVJ. IT11 1 \J\JJJ HZ* / '-rj

-5 11 O.DW Pd IT 1 \jy\JO

3119.94 Gd II 262 — 32304

3120.18 Gd II 8885 — 40925

nd IT 262 12261

3124 25 nd\Jt\X IT11 Iftl 32260

3 128 56 nd II 9143 41 097

3129.96 Gd II 9452 — 41392

3130.81 Gd II 9329 — 41260

3133 09 Gd TI 0 J31908 1 y\j\j

3133 85 Gd^JI*^ IT11 8885 O O O .J 40785

3135 03 nd\J\X II11 262 ^W^ 321 J ^ 1 ^50W

3142.90 Gd II 9452 — 41260

3143.13 Gd II 4841 — 36647

3145 D 1 .WW 00 nd\Ji\JL. IT11 1 1 59 32946

J 1 *+ J . J Li Cc{ VjrU. 11IT 914^ 40925

J 1 *+D.OO fH ft \J\X 11 410Q7 T- 1 yjy 1

J 1 JO. J 3

3160.69 Gd II 633 32263

3161.37 Gd II 1935 33558

3171.09 Gd II 1159 32685

3193.17 Gd II 5340 36647

gA gf Loggf

lO^/sec

4.8 0.64 -0.19

0.69 0.093 -1 03

0.68 0.092 -1.04

0.50 0.069 -1.16

1.1 1.0 0.02

0.79 0.11 -0 97

1.8 0.25 -0 60

9.1 1.2 0.10

1.6 0.22 -0.66

8.7 1.2 0.08

6 1 0.84 -0 08

0.78 0 1

1

V/. 1 1 -0\j* 97y 1 2.8 0.39 -0 41

3.9 0.56 -€.26

30. 4.2 0.63

2.0 0.28 -0 55

1.4 0.20 -0.69

8.8 1.3 0.10

0.30 0.043 -1.36

16. 2.2 0.35

8.3 1.2 0.07

1.4 0.19 -0.71

0.54 0 078 -l.H

17. 2.5 0.40

6.3 0.91 -0.04

0.72 0.10 -0.98

19. 2 7 0.43

7 6 1.1 0.04

9.1 1.3 0.12

7.0 1.0 0.01

1 5 0.22 -0 66

3 5 0V/. 51J 1 -0.29

1.1 0.16 -0.80

0.34 0.050 -1.30

4.5 0.67 -0.18

3 6 0.53 -0.28

4.8 0.70 -0.16

0.28 0.041 -1.39

15. 2.2 0.35

0.60 0.088 -1.06

3 5 0 51 -0.29

2.4 0.35 -0.46

3 3 0.49 -0.31

13. 1.9 0.27

8.3 1.2 0.09

3 5 0 52 -0.28

0 48 0 072 -1.14

5 0 0.74 -0.13

0.35 0.053 -1.28

1.1 0.17 -0.78

124
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

3206.47 Gd II 18369 49547

3223.74 Gd II 1935 32946

3226.32 Gd II 8551 39537

3238.62 Gd II 10392 41260

3250.19 Gd II 10633 41392

3259.25 Gd II 10803 41476

3268.34 Gd II 262 30850

3274.18 Gd II 10392 40925

3279.53 Gd II 10908 — 41392

3281.61 Gd II 10633 — 41097

3292.21 Gd II 8885 39251

3313.73 Gd II 3427 33596

3315.59 Gd II 3444 — 33596

3320.44 Gd II 9143 — 39251

3329.34 Gd II 9143 39170

3331.38 Gd II 0 30009

3332.13 Gd II 8551 38553

3336.18 Gd II 0 29966

3336.98 Gd II 8551 38510

3345.98 Gd II 0 — 29878

3350.10 Gd II 9329 39170

3350.47 Gd II 1159 30997

3358.43 Gd II 3444 33212

3358.62 Gd II 262 30027

3360.71 Gd II 262 30009

3362.23 Gd II 633 30367

3365.59 Gd II 262 29966

3367.66 Gd II 10092 39777

3369.62 Gd II 8885 38553

3374.69 Gd II 3972 33596

3379.76 Gd II 10392 39971

3380.52 Gd II 9452 39025

3390.88 Gd II 9452 38934

3392.53 Gd II 633 — 3f)l01

3393.63 Gd II 10633 40092

3395.12 Gd II 10092 39537

3399.41 Gd II 3082 32491

3399.99 Gd II 2857 32260

3401.07 Gd II 633 30027

3402.07 Gd II 10392 39777

3403.08 Gd II 9452 38828

3405.04 Gd II 10803 40162

3407.56 Gd II 10633 39971

3409.30 Gd II 3427 32750

3412.02 Gd II 9329 38629

3413.27 Gd II 10803 40092

3416.95 Gd II 3427 32685

3417.33 Gd II 10908 40162

3418.73 Gd II 0 29242

3422.47 Gd II 1935 31146

28. 4.2 0.63

3.0 0.46 -0.33

4.4 0.68 -0.17

4.0 0.63 -0.20

4.7 0.74 -0.13

5.3 0.84 -0.08

0.33 0.054 -1.27

4.5 0.73 -0.14

5.2 0.83 -0.08

4.3 0.70 -0.16

9.8 1.6 0.20

1.8 0.29 -0.53

1.1 0.17 -0.76

4.9 0.82 -0.09

3.3 0.55 -0.26

2.7 0.45 -0.35

18. 3.0 0.48

2.1 0.35 -0.46

1.9 0.32 -0.50

1.1 0.19 -0.73

5.1 0.86 -0.06

14. 2.4 0.37

1.3 0.23 -0.64

8.6 1.5 0.16

1.6 0.26 -0.58

12. 2.0 0.30

0.38 0.065 -1.19

4.6 0.78 -0.11

3.2 0.55 -0.26

1.2 0.20 -0.70

7.1 1.2 0.09

5.5 0.94 -0.03

2.2 0.38 -0.42

2.2 0.38 -0.42

5.1 0.87 -0.06

16. 2.7 0.44

0.79 0.14 -0.86

2.0 0.35 -0.45

0.22 0.038 -1.42

17. 2.9 0.47

2.6 0.45 -0.35

3.1 0.54 -0.27

36. 6.3 0.80

1.1 0.19 -0.71

2.5 0.43 -0.37

7.5 1.3 0.11

5.9 1.0 0.01

4.5 0.79 -0.10

2.2 0.39 -0.41

19. 3.3 0.52

125
Wavelength Spectrum Energy Levels gA gf Loggf

A K lO^/sec

j'iLL. 1 J UCl 11 I1

11 J^Q7 — jU30 ini^^7/ 0 87 0 1 5 —0 81

II (jQ 11 78^7 ZoJ / — 3ZU47 i7n/iQ 3 0 0 53 —0 28

3425.93 Gd II 3082 - 32263 0 26

3426.34 Gd II 9143 - 38320 2.1 0.36 -0.44

j4Zo.4 / CA II IjU 11 1

1 nnQ7 UU"Z _ 37Z 1Q7<1J 1 5.9 1.0 0.02

ba II IU033 1Q777 37 / / / J .H- 1 /I n QQ LiU II Zoj / 1 1 Q77 3 17// 7 4. n 4^

3439.21 Gd II 3082 - 32150 6 2 1.1 0 04

3439.78 Gd II 3427 - 32491 3.4 0^60 -0.22

1 /1 1Q QQ ba II 1 Q1 C

1 73 J inQQ7 3U77/ 7.3 1.3 0.12

344 1 . / 7 ba II 1AAA 3444 17/1 Q

1

3Z47I 0 44 0 078 —1 1

1

1*11

CAba II11 7/;7 zoz —— 707/17 Z7Z4Z 0 1 1 —0 94

3450.38 Gd II 3972 - 32946 1.1 0 06

3451.23 Gd II 3082 - 32049 3.9 o!70 -0.16

1/1 </l 1 A 34j4. 1

4

CA II IjU 11 1 1 <Q I 1 J7 — 3Uini ni 1 u 1 1.1 0.20 -0.70

1 /I </l QA 34j4.7U bu II

II 7^7 ZOZ — 7Q1Q8 Z7178 1 0 26 —0 59

1 /I A 1 Q^ 34o l.yj HAUu IT

II 34Z 1/177/ — i7in/i 3Z3U4 0 84 0 1 5 -0 82

3463.00 Gd II 1159 - 30027 0 44 0 079 —1 10

3463.98 Gd II 3444 - 32304 11. 1.9 0.28

3400. jU CA II Xjd 11 J 34U — 341/117Q 1/7 0.65 0.12 -0.93

1/1/;/; Qc LiU 11 1/177 34Z / — 177^;i 0 23 —0 64

340 / .Z / Prl II 1/177 34Z / — i77An 3ZZ0U 6 4 1 2 0 06

3468.08 Gd II 3082 - 31908 0 51 0 093 -1 03

3468.99 Gd II 3444 - 32263 6.4 1.2 0.06

1 /I AO 11 34oj'.3 1 HA IT (jCt II 3444 "XAAA — i77/;n 3ZZ0U 0.30 0.055 -1.26

1/171 77 34/3. ZZ r*^ TT Kjd II 7/;7 Zoz — 7Qn/i^ Z7U4J 2 1 0 39 -0 41

1 /I C 1 7 fi 348 1 .Zo r*^ IT Ua II A 8/1 1 4o4 I — ii< <;8 33JJO 12 2 2 0 34

3481.80 Gd II 3972 - 32685 7 ^ 1.3 0 12

3482.60 Gd II 3444 - 32150 1.8 o!33 -0.48

1 /I O 1 Q^ ua II U

7Z80Z7 8^7 Q 1.4 0.25 -0.60

1 /I Q/i /I n 34^4.4U LrCl II All 033 —— 7Q7/I7 l.yL'\L 2 8 0 51 -0.30

1 ^ni 7 1 3 jU3.Z 1 HA ¥1 LrU II 1 n^;ii I U033 — 31Q17 1 70/ U 2 1 0 39 -0 40

3505.51 Gd II 3972 - 32491 5 7 1 1 0.02

3512.22 Gd II 3444 - 31908 2.8 0.51 -0.29

33 IZ. jU A TT Gd II

1 nAQ7 38jj3 25. 4.6 0.66

1 C 1 -7 OQ

3 J 1 /.oy CAUu II11 1I nnQ7 UU7Z — i8< 1

n

3o J 1

U

2 2 0 41 -0 38

1^7/1 7A 3 JZ4.ZU Prl IT \jQ. 11 7*^7 ZOZ — 78^^70 Z0OZ7 1 4 0 26 -0.59

3528.54 Gd II 3972 - 32304 1 7 0.32 -0.50

3542.77 Gd II 5340 - 33558 3.1 0.58 -0.24

-5 c/i c Qr\ 3 j4j.oU HA IT IjU II 1 1 <Q 1 1 J7 — 701^1 Z73j3 7.5 1.4 0.15

1 </l Q 1^ 3 j47.30 CAuu II11 1 Q1 < I 73 J 3U 1 u 1 8 4 1 6 0.20 K<1 77 3j j3. /Z A T T bu II

1 neni _ 18QI/1 3o734 2 3 0.43 -0.36

3557.05 Gd II 4841 - 32946 6 6 1 2 0.10

3558.19 Gd II 8551 - 36647 7.3 1.4 0.14

1 c CO An 3 J JO. 4/ (jjU II A Q C7 48jZ 3Z740 17Q/1A 2.1 0.39 -0.41

1 c /; /I f\c ,-3 TT (jd. II

/1 7 1

1

4Z 1

3

177A1 3ZZ03 0 78 0 1 5 -0.83

336 /. Iz r* A TT (jQ II 1U8U3 18878 38oZo 7 7 0 52 -0.28

3 JO / .DJ (jiCl II 4UZ / — 3ZU47 0 40 0 077 -1.11

3569.57 Gd II 4484 - 32491 0 41 0.079 -1.10

' 3571.93 Gd II 0 - 27988 0.82 0.16 -0.81

126
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

3574.74 Gd II 10092 38058 6.8 1.3 0.1

1

3576.77 Gd II 4027 - 31977 0.36 0.069 -1.16

3578.36 Gd II 4213 32150 1.5 0.29 -0.54

3579.55 Gd II 10392 38320 2.2 0.41 -0.38

3580.62 Gd II 10908 38828 3.7 0.72 -0.14

3581.91 Gd II 8551 36461 13. 2.5 0.39

3584.96 Gd II 1159 - 29045 8.7 1.7 0.22

3587.19 Gd II 633 28502 0.20 0.039 -1.41

3590.47 Gd II 4841 32685 2.4 0.47 -0.33

3591.44 Gd II 4213 32049 0.33 0.064 -1.19

3591.91 Gd II 4852 _ 32685 0.57 0.11 -€.95

3592.71 Gd II 8885 - 36711 15. 2.9 0.47

3593.44 Gd II 4484 32304 0.79 0. 15 -0.81

3600.96 Gd II o o o ^ 8885 36647 7.4 1.4 0.16

/' f\f\ 3602.00 Gd II 10092 37846 1.9 0.37 -0.43

3605.66 Gd II 262 27988 0.31 0.060 -1.22

3608.75 Gd II 9143 — 36845 12. 2.4 0.38

3610.76 Gd II 10633 38320 18. 3.6 0.56

3613.39 Gd II 9329 36996 8.2 1.6 0.21

3614.21 Gd II 5897 33558 1.6 0.31 -0.51

3617.16 Gd II 10392 38030 8.8 1.7 0.24

3625.26 Gd II 8885 - 36461 2.2 0.43 -0.36

3626.32 Gd II 9143 3671 1 ^ A 2.4 0.46 -0.33

3629.5

1

Gd II 9452 36996 3.9 0.77 -0. 1

1

3634.76 Gd II 9143 36647 4.6 0.92 -0.04

3640.18 Gd II 4841 32304 1.0 0.21 -0.68

3641.39 Gd II 10392 — 37846 6.5 1.3 0.11

3645.62 Gd II 3427 30850 2.3 0.45 -0.34

3646. 19 Gd II 1935 29353 10. 2.

1

0.32

Gd II 9452 36845 4.3 0.87 -0.06

3650.95 Gd II 9329 36711 6.1 1.2 0.09

3654.62 Gd II 633 - 27988 4.5 0.91 -0.04

3656.15 Gd II 1 159 28502 4.1 0.83 -0.08

3662.26 Gd II 0 27298 1.4 0.28 -0.56

367 1.20 Gd II 633 27865 2.3 0.47 -0.33

3687.74 Gd II 2857 29966 6.3 1.3 0.11

3697.73 Gd II 262 - 27298 2.0 0.41 -0.39

3699.73 Gd II 2857 29878 2.7 0.55 -0.26

3709.13 Gd II 6605 33558 0.35 0.072 -1.14

3712.70 Gd II 3082 30009 5.6 1.2 0.06

3716.36 Gd II 262 27162 1.3 0.28 -0.55

3722.07 Gd II 13926 - 40785 11. 2.2 0.35

3723.69 Gd II 13926 40773 2.7 0.56 -0.25

.3730.84 Gd II 3082 29878 3.1 0.65 -0.19

3732.45 Gd II 633 27418 0.23 0.048 -1.32

3743.47 Gd II 1 159 27865 5.2 1.1 0.04

3748.88 Gd II 11067 37734 2.3 0.48 -0.32

3755.56 Gd II 10092 36711 1.1 0.24 -0.61

3758.31 Gd II 3427 30027 3.1 0.65 -0.19

3759.00 Gd II 0 26595 0.66 0.14 -0.85

127
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

3760.71 Gd II 3444 - 30027 1.3 0.28 -0.56

3760.92 Gd II 3427 30009 0.61 0.13 -0.89

3763.00 Gd II 1935 28502 0.21 0.045 -1.34

3763.33 Gd II 3444 30009 0.43 0.092 -1.03

3764.60 Gd II 10092 36647 2.3 0.48 -0.32

3767.04 Gd II 3427 - 29966 1.8 0.39 -0.41

3768.39 Gd II 633 27162 8.3 1.8 0.25

3769.45 Gd II 3444 29966 1.3 0.27 -0.56

3787.56 Gd II 3972 30367 2.7 0.57 -0.24

3791.17 Gd II 10092 36461 10. 2.2 0.34

3791.72 Gd II 4484 — 30850 0.22 0.048 -1.32

3795.25 Gd II 2857 29198 0.14 0.030 -1.52

3796.37 Gd II 262 26595 4.2 0.90 -0.04

3798.39 Gd II 10392 3671

1

2.3 0.50 -0.30

3807 65 Gd II 10392 36647 2.1 0.47 -0.33

3813.97 Gd II 0 - 26212 2.7 0.59 -0.23

3816.64 Gd II 262 26455 0.61 0.13 -0.88

3821.51 Gd II 3082 29242 0.11 0.023 -1.63

3822.17 Gd II 4841 _ 30997 0.35 0.077 -1.12

3826.05 Gd II 3972 _ 30101 0.77 0.17 -0.77

3831.80 Gd II 262 - 26352 0.28 0.062 -1.20

3836.91 Gd II 3972 30027 2.1 0.47 -0.33

3839.64 Gd II 3972 30009 2.2 0.49 -0.31

3843.80 Gd II 4841 30850 0.22 0.050 -1.30

3844.58 Gd II 1 159 27162 1.4 0.31 -0.51

3845.47 Gd II 4852 - 30850 0.34 0.075 -1.13

3850.69 Gd II 633 26595 2.7 0.60 -0.22

3850.97 Gd II 0 25960 3.5 0.79 -0.10

3852.45 Gd II 262 26212 3.2 0.71 -0.15

3854.18 Gd II 4027 29966 0.29 0.064 -1.20

3855.56 Gd II 1935 — 27865 0.53 0.12 -0.92

3867.26 Gd II 4027 29878 0.28 0.063 -1.20

3871.54 Gd II 633 26455 0.1

1

0.024 -1.62

3872.62 Gd II 3427 29242 0.23 0.053 -1.28

3875 46 Gd II 4213 30009 0.45 0.10 -1.00

3881.84 Gd II 3444 - 29198 0.18 0.040 -1.39

3887.16 Gd II 633 26352 0.056 0.013 -1.90

3894.70 Gd II 0 25669 0.93 0.21 -0.68

3895.23 Gd II 4213 29878 0.35 0.079 -1.10

3902.40 Gd II 3427 29045 1.2 0.27 -0.56

3913.78 Gd II 12776 - 38320 1.4 0.32 -0.49

3916.51 Gd II 4841 30367 5.0 1.2 0.06

3918.24 Gd II 4852 30367 0.28 0.063 -1.20

3923.25 Gd II 4484 29966 0.94 0.22 -0.66

3952.00 Gd II 1 159 26455 0.23 0.055 -1.26

3957.67 Gd II 4841 30101 2.6 0.61 -0.22

3959.44 Gd II 4852 30101 1.6 0.39 -0.41

3968.26 Gd II 1159 26352 0.45 0.11 -0.97

3969.29 Gd II 4841 30027 0.58 0.14 -0.87

3971.06 Gd II 4852 30027 0.30 0.071 -1.15

128
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3971.75 Gd II 4027 29198

3973.98 Gd II 4852 - 30009

3983.01 Gd II 5897 30997

3987.21 Gd II 3972 29045

3993.21 Gd II 633 25669

3994.16 Gd II 4213 29242

3997.76 Gd II 8551 - 33558

4001.26 Gd II 4213 29198

4003.85 Gd II 1 1492 36461

4013.95 Gd II 3082 27989

4037.33 Gd II 5340 30101

4037.90 Gdii 4484 - 29242

4045.15 Gd II 4484 29198

4049.43 Gd II 5340 30027

4059.37 Gd II 13926 38553

4063.59 Gd II 4027 28629

4070.29 Gd II 4484 - 29045

4073.20 Gd II 3444 — 27988

4073.76 Gd II 6605 — 31 146

4078.44 Gd II 4841 — 29353

4085.56 Gd n 5897 30367

4094.48 Gd II 4213 - 28629

4098.61 Gd II 6605 30997

4098.90 Gd II 4852 29242

4108.40 Gd II 12662 36996

4115.38 Gd II 12704 36996

4127.72 Gd II 12776 - 36996

4130.37 Gd II 5897 30101

4132.28 Gd II 4852 29045

4140.45 Gd II 4484 28629

4141.02 Gd II 12704 36845

4153.51 Gd II 12776 — 36845

4154.86 Gd II 8885 32946

4162.73 Gd II 3972 — 27988

4163.09 Gd II 5340 — 29353

4167.16 Gd II 3427 27418

4170.11 Gd II 3444 - 27418

4173.56 Gd II 12892 36845

4184.25 Gd II 3972 27865

4188.10 Gd II 3427 — 27298

4191.07 Gd II 3444 27298

4197.07 Gd 11 12892 — 3671 1 4204.86 Gd 11 4213 — 27988

4212.00 Gd II 3427 — 27162

4215.02 Gd II 3444 27162

4217.20 Gd II 5340 29045

4223.02 Gd II 18955 42628

4225.15 Gd II 4841 28502

4227.14 Gd II 4852 28502

4229.80 Gd 11 13076 36711

0.77 0.18 -0.74

1.3 0.30 -0.52

0.43' 0.10 -0.99

0.74 0.18 -0.76

0.14 0.032 -1.49

1.1 0.27 -0.57

1.9 0.45 -0.35

0.81 0.19 -0.71

0.86 0.21 -0.69

0.10 0.025 -1.60

3.1 0.76 -0.12

1.2 0.30 -0.53

0.22 0.055 -1.26

2.8 0.69 -0.16

2.6 0.64 -0.19

0.79 0.20 -€.71

1.3 0.31 -0.51

0.80 0.20 -0.70

0.91 0.23 -0.65

2.3 0.59 -0.23

3.7 0.91 -0.04

0.38 0.097 -1.01

7.5 1.9 0.28

0.91 0.23 -0.64

1.2 0.30 -0.52

1.2 0.30 -0.52

0.68 0.17 -0.76

4.9 1.3 0.10

1.8 0.47 -0.33

0.18 0.046 -1.34

0.66 0.17 -0.77

1.6 0.43 -0.37

0.99 0.26 -0.59

0.68 0.18 -0.75

0.52 0.13 -0.87

0.30 0.078 -1.11

0.14 0.036 -1.44

1.8 0.48 -0.32

2.9 0.76 -0.12

0.090 0.024 -1.63

0.79 0.21 -0.68

1.6 0.42 -0.37

0.75 0.20 -0.70

1.3 0.35 -0.46

0.98 0.26 -0.58

1.1 0.30 -0.53

3.4 0.92 -0.04

0.24 0.064 -1.19

0.32 0.085 -1.07

3.2 0.87 -0.06

129
Wavelength Spectrum Energy Levels

A K

4235.07 Gd II 8885 - 32491

4241.28 Gd II 13076 36647

4246.57 Gd II 9143 32685

4251.73 Gd II 3082 26595

4253.37 Gd II 4484 27988

4268.73 Gd II 8885 - 32304

4280.49 Gd II 2857 26212

4296.08 Gd II 4027 27298

4296.30 Gd II 13378 36647

4310.98 Gd 11 3972 27162

4316.05 Gd II 5340 - 28502

4316.27 Gd II 9143 32304

4321.1

1

Gd II 4852 27988

4322.20 Gd 11 3082 26212

4324.06 Gd 11 9143 32263

4325.57 Gd 11 11067 - 34179

4326.32 Gd 11 17817 40925

4330.61 Gd 11 4213 27298

4335.29 Gd 11 17725 40785

4341.28 Gd 11 3427 26455

4342.18 Gd II 4841 - 27865

4344.30 Gd II 4852 27865

4347.31 Gd II 10600 33596

4359.15 Gd 11 4484 27418

4359.64 Gd II 9329 32260

4360.92 Gd II 3427 - 26352

4369.77 Gd II 3082 25960

4380.64 Gd II 9329 32150

4382.06 Gd II 4484 27298

4383.12 Gd II 9452 32260

4387.67 Gd 11 3427 - 26212

4390.95 Gd 11 3444 26212

4391.44 Gd II 9143 31908

4394.72 Gd II 6605 29353

4400. 1

8

Gd II 9329 32049

4406.67 Gd II 1 1492 — 34179

4408.25 Gd II 4484 27162

4419.03 Gd 11 3972 26595

4421.24 Gd 11 10600 33212

4424.10 Gd 11 9452 32049

4426.15 Gd 11 3082 - 25669

4427.61 Gd II 9329 31908

4433.64 Gd II 10633 33182

4438.27 Gd II 5340 _ 27865

4446.49 Gd II 3972 _ 26455

4453.93 Gd II 8551 30997

4463.25 Gd II 10092 32491

4466.55 Gd II 4213 26595

4467.23 Gd II 10803 33182

4471.29 Gd 11 10392 32750

gf Log gf

lu / sec

0.25 0.066 -1.18

1.4 0.39 -0.41

0.99 0.27 -0.57

1.5 0.41 -0.39

1 .

1

0.30 -0.52

0.71 0.19 -0.71

0.72 0.20 -0.70

0.58 0.16 -0.80

2.1 0.58 -0.24

A Aon 0.025 -1.60

0.78 0.22 -0.66

0.29 0.080 -1.10

0.99 0.28 -0.56

0.10 0.029 -1.54

0.57 0. 16 -0.80

19. 5.5 0.74

2.2 0.61 -0.21

0.37 0.10 -0.98

1.8 0.52 -0.29

0.39 0. 1

1

-0.96

1.2 0.33 -0.48

1.3 0.37 -0.43

1.4 0.39 -0.41

0.061 0.017 -1.76

0. 14 0.041 —1.39

0.13 0.038 -1.42

0.23 0.065 -1.19

0.60 0.17 -0.76

0.11 0.031 -1.52

0.62 r\ 1 o 0.18 -0.75

0.15 0.043 -1.37

0.12 0.035 -1.45

0.26 0.075 -1.12

0.053 0.015 -1.82

0. 14 0.039 1 A '\ —1.41

2.0 0.58 -0.24

0.27 0.080 -1.10

0.31 0.091 -1.04

0.82 0.24 -0.62

0. 1

8

0.053 —1.27

0.038 0.011 -1.96

0.17 0.051 -1.29

0.25 0.074 -1.13

0.21 0.062 -1.21

r\ f\/' /' 0.066 0.020 1 ^7 1 —1.71

0.12 0.035 -1.45

0.26 0.078 -1.11

0.28 0.082 -1.08

0.44 0.13 -0.88

0.56 0.17 -0.78

130
Wavelength Spectrum Energy Levels A K

4478.80 Gd 11 4841 27162

4481.06 Gd II 4852

— 27162

440 J.JJ 8 ^ 1 o J J 1 jUo 108 jU^A

44oO.

JJ

II (jQ 11 1 o04 1 4U7Z

J AAQH /in 4400.4U (jU II 1I AQAB UyUo J J 1 OZ

4498.28 Gd II 3444

— 25669

4506.33 Gd II 4027

— 26212

LtU II 1/177 j4Z / 1z jbuy <^AQ

A ^no AO

n ^ II LtCI II 1 AAQ7 I UU7Z jZZD

J

/t

c 1 /I en 4j 14. jU

nUa IT

II I lUO / 117 17 J jZ I Z

4520.07 Gd II 10633

— 32750

4521.30 Gd II 4484

— 26595

^jZ. A^i ^ QA 1 .74 Cr^ ua II11 1 8^.77 1 oD / /

/I4UA78 < / o J 4j//.oZ A SI II11 1 1 A Ql 1 I 4i'Z 1 1 ^Q*; J J JJ'O 4J4U.UZ 11 IjQ 11 11 87^1 o / J J AC\111 4U / / J

4550.95 Gd II 5897

— 27865

4554.99 Gd II 10803

— 32750

4j jo.Uo Hri II11 4UZ ACXll/ 7Z

J^QAA 70U

4j /V.yo PdUU IT11 1I A1Q7 Uj 7Z jzzo 177^1J

/I CO 1 AQ 4jo 1 .yJy P/-^ IT

II ^1/fA J j4U 77 1 (^1 z / 1 oz

4582.38 Gd II 10092

— 31908

4582.53 Gd II 8551

— 30367

A <QA QS p^ II bU II Al\ 1 4Z I J 7 <;qaa z jyou

A ^QTQ 1 4j 7 / .7 1

KjCL II

/I 8 ^7 4ojZ Zoj yj

4t5UJ .Uj P/-] TI bet II

A AQA 44o4 7A7 1 7 ZOZ I Z

4608.03 GdH 19402

— 41097

4639.00 Gd II 8551

— 30101

404 / .04 Cri II (jU 11 1illy 7 1 Q 7177Q Li LLy

4DJ4.77 PHbU II11 8 ^ 1 o J J 1 jUUZ 1 AA7 7/ 4004.Z / PH II \jUl 11 1 78 1 7 1 / o 1 / 1Q7 <; 1 J yLj 1

4666.45 Gd II 11067

— 32491

4711.98 Gd II 8885

— 30101

4798 4 / Zo.4Al/ PHba II11 888^ oooJ jUUZ 1 AA77/ Alii 4 f,C\ / jZ.OU PHbQ II11 888 <; ooo J JUUU7 1 AAAQ

AHA 4 / j4.4AlJ PHIjQ II11

J j4U Z04jJ

4755.35 Gd II 18001

— 39025

4786.91 Gd II 9143

— 30027

4 / 7 1 . JJ

P/-^ bU II

II

Q 1 /1 1 y 1 4J 1 AAAQ jUUU?

/)8A1 A^ 4oU 1 .Uj P/l IT bu IIQ 1 /1 1 y 1 43 7QQ/iA zyyoo

/to AT <Q 4oUZ. JOP ^ TT Ga II

/IQ C7 4ojZ z jooy

4803.54 Gd II 11492

— 32304

4805.82 Gd II 8551

— 29353

A Q1A 11 4o j4.Z J

nA IT brd II on0 1 AAAQ

AQ(^'\ 4oOJ.UZr\i P^ IT bCl II yiZy 7QC7e Lyo lo A nil 1A 4o / J. j4 P^ If (jU II Q/l <7 y4jz 7QQA^ zyyoo

/1881 4oo 1 . Ql7Z P/^ ua II

II 1 O 1 J I 18A7Q

4894.30 Gd II 9452 29878

4923,58 Gd II 17725 38030

4965.05 Gd II 19402 39537

4968.58 Gd 11 17725 37846

gf Log gf

10«/sec A 7 "J u.z J

A A7A U.U/U

—1 . 1 D

A 1 A U. jU

A AQ 1 —1 A/1 1 .U4

A0.66A 7 A U.zUA 7A

—U. /U

3.4 1.0 0.01

0.38 0.11 -0.94 A 1 7

U. 1 z A Al 7 U.U3 / —11 Al .43 A 1 7

U. 1 Z

A ATC * U.U35 1 /IC —1.45

A AT 0 U.UjoAA 1 1 U.Ul 1 —

\ .y4

0.25 0.075 -1.13

0.84 0.26 -0.59 A 1 y1 U. 34 A 1 A U. lU TV 00 A A C A 0.050 A A 1 C U.Ul 5 —1 07 l.oz 1 0 3.0 1 7 1 .Z A A7 U.U / 2.0 0.62 -0.21

11. 3.4 0.53 A AO^C U.U06 A A7 7 U.Uz / —1 C7 I .J / A 7 1 U.Z3 A A7 1 U.U / 1 —1 1 C 1 . 1 J A AQ7 A A7 Q u.uzy —11 C /I . j4

0.15 0.047 -1.33

0.095 0.030 -1.53 A A 1 All U. 1 3 n OQ —u.oy A 1 C 0.35 All 0.1 1 A A/; —u.y6 A 1 7

U. 1 / A AC /I U.Uj4 1 77 —i .z / 0.30 0.096 -1.02

0.29 0.092 -1.03 1 0

1.8 ACO 0.58—U.z4

A 77 U.Z / A ACQ

—1 AC 1 .Uj

A A/: 1 U.U63A A7 1 U.Uzl —11 £Q .by

0.22 0.070 -1.15

1.5 0.48 -0.32 A 77 U.Z / A AQQ — 1 AC 1 .Uj A 1 /I U. 14 A A/1 U.U4o — 1.33 A 1 0 U.3o All U. 13 a 00 —U.oV

0.55 0.18 -0.74

0.040 0.013 -1.87 1 A 1 .U A 1 ^ U.3o —TV A C U.4j A 1 1 U. 1 i A Al 0 U.U3o 1 Al

All U. 1 1 A Al 0 U.U3o

—1 Al 1.4Z

0.36 0.12 -0.91

0.024 0.0085 -2.07 A 1 Q

\J.iy

A C\CA U.Uo4 1 1 Q

A ACO U.UjoA A7A U.UZU 1 7 A —1.70

A 7 7 U.zzA A'TO 0.078 1 11 —1.11

0.43 0.15 -0.81

0.083 0.030 -1.53 A OA A 7 n u.zy —0.54 A 77 U.ZZ A A7 0 U.U /o 111 —1.11 1 .0 U.6U —U.ZZ 1 1 A A 0.39 —0.41

0.52 0.19 -0.71

131
Wavelength Spectrum Energy Levels Log gf

A K 108/sec

4998.37 Gd II 18319 - 38320 1 .5 0.56 A T C —U.25

5010.82 Gd II 8551 - 28502 U. 1 1 0.043 —1.37

5019.36 Gd II 10092 - 30009 U.Uo / 0.033 1 AO —1 .48

5023.13 Gd II 9143 - 29045 nil U. J 1 A A>1T U.U4z 1 '5 O —1.38

5031.29 Gd II 13076 - 32946 0.40 0.15 -0.82

5031.56 Gd II 9329 - 29198 n AO 1 A AT 1 U.U3 1

1 CI —1.5

1

5050.88 Gd II 12892 - 32685 din U.i / U. 14 A O C —0.85

5062.86 Gd II 9452 - 29198 U.Ujo A ATT U.Uzz 1 £ c —1.65

5071.02 Gd II 12776 - 32491 A AO 1 u.uy 1 —1 f\A 1.U4

5092.25 Gd II 13926 - 33558 0.72 0.28 -0.55

5096.06 Gd 11 8885 - 28502 A 1 O

U. Iz A A /I C U.U4j 1 1 c —1.35

5098.38 Gd II 13076 - 32685 A T C 0.75 ATA AC} —U.53

5100.94 Gd II 12892 - 32491 A ir\ AIT U. IZ A CiA —u.y4

5108.91 Gd II 13378 - 32946 1 .

1

Ci A C U.4j A '5 C —U.35

5125.56 Gd II 11492 - 30997 0.43 0.17 -0.77

5130.28 Gd II 12776 - 32263 A 1 /I AIT U.I J —U.OO

5140.84 Gd II 12704 - 32150 U.43 0. 17 —0.76

5149.38 Gd II 13076 - 32491 A AO A A A'5 1 0.033 1 AO -1.48

5149.84 Gd II 12892 - 32304 AIT A A/: O U.U6o —1 IT 1.1/

5156.76 Gd II 12662 - 32049 0.26 0.11 -0.98

5160.90 Gd II 12892 - 32263 AO.Zi A AAA

u.uyu

1 AC —1 .Uj

5164.54 Gd II 1 1492 - 30850 A 1 O

U. 1 y

A AT/C U.U/6 —1 IT

1. Iz

5176.28 Gd II 8551 - 27865 AIT 0. 12 A A1 —0.93

5178.10 Gd II 13378 - 32685 AU.ZZ A AOO 1 AC —1 .U5

5178.84 Gd II 19947 - 39251 1.6 0.65 -0.19

5179.92 Gd II 1 1067 - 30367 A 1 u. iz A A /I T U.U4/ —1.33

5186.92 Gd II 12704 - 31977 All U.Zl U.Uo4 1 AT —1.07

5187.24 Gd 11 12776 - 32049 A IT U.Z / All U. 1 1 A AT —u.y / 5191.08 Gd II 12892 - 32150 A OT U.Z / All U. 1 1 —u.y6

5199.21 Gd II 13076 - 32304 0.23 0.093 -1.03

5200.55 Gd II 19947 - 39170 A no O.yy A A U.4U A '3 A —u.3y

5210.49 Gd II 13076 - 32263 A ^ O U.z8 AIT 0. 12 A A /I —0.94

5220.30 Gd II 10092 - 29242 A 1 T

U. 1 / A A/cn U.U6y —1.16

5357.79 Gd II 9329 - 27988 A ATA A A'3 A U.U3U 1 CT —1.52

5372.22 Gd II 11492 - 30101 0.11 0.048 -1.32

5419.88 Gd II 10600 - 29045 A A/CA U.U6U A AT/: U.Uz6 —11 CO .5o

5500.43 Gd II 1 1067 - 29242 A AO

O

A A /I 1 0.041 —11 "5 A

.3y

5545.01 Gd 11 10600 - 28629 A A/1 1 U.U43 A ATA U.UzU —11 T A . /u

5560.69 Gd 11 1 1067 - 29045 A AT 1 A m A U.U34 1 An —1.4/

5583.68 Gd II 8551 - 26455 0.059 0.028 -1.56

5586.16 Gd II 10092 - 27988 A AO T U.Uzz A A 1 A U.U lU 1 QQ —i.yy

5597.21 Gd II 1 1492 - 29353 U.U4o A AT 1 U.Uzi —1 HA

1 .64

5616.21 Gd II 8551 - 26352 A AT O A A 1 .4 U.U14 —1 .OD

5621.43 Gd II 18677 - 36461 AIT U.3z A 1 C

U. J 5 A OT —U.OZ

5644.84 Gd II 8885 - 26595 0.031 0.015 -1.83

5721.99 Gd II 13378 - 30850 A no A A A /I 1 U.U41 —11 1Q .5y

5733.86 Gd II 1 1067 - 28502 A T /i U.Z4 AIT U. Iz A Ckl —u.y3

5749.41 Gd II 10600 - 27988 A A1 1 U.U3 J —1 /to i.4y

5774.56 Gd II 9143 - 26455 A ATA U.UzU A AAQO U.UUyo T A1

5807.05 Gd II 12662 - 29878 A AO 1 0.081 A A /I 1 U.U41 —i.3y

132
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

5815.85 Gd II 12776 29966

5820.99 Gd II 12704 — 29878

CO Af\ An 5o4U.4 / Gd I! izoyz 1 Anno

jo4j. /

1

Gd II IZ / /o Zya /o

5855.24 Gd II izoyz Zyybb

5856.96 Gd II 9143 26212

5860.73 Gd II 8551 — 25609

conn c 587 /.26 Gd II1i1i4yz y1 O ZojUZ

Gd II

1 1 (\n a 13U/0 jUUz / jyu4.u / Gd II 1 3U / o jOVUy

5951.60 Gd II 11067 — 27865

5956.48 Gd II 8885 — 25669

oUU4. J / (jd II iVUZ 1 oUoU.o J (jCt II 1 J yZo 3Ujo /

/: 1 OA /IT o 1 oU.4Z r* A ¥ T (jQ II 1 jyz /

•J A 1 A/1 jU1U4

6305.15 Gd II 10600 — 26455

6346.65 Gd II 10600 — 26352

^10f\ QC r* A ¥ ¥ Gd II^ lino ZyU4!)

o4oU. 1 1 HA IT (jO. II 1 jyzo zyi J j

(iCt^Q (\f\ Gd II 1 / 1 Zj nQ/i ^ 3Zy4o

6610.04 Gd II 13378 — 28502

6634.36 Gd II 10600 — 25669

ODO l.zi HA ¥ ¥ Gd II 11/1 QO I i4yz Zo4j J O /U2. 1 Z

r* A ¥ ¥ Gd II 1 oo4

1

c c o 33 j5o

D /U4. 1 o

A ¥ ¥ Gd II 1 jU/o z /yoo

6718.14 Gd II 18677 33558

6727.83 Gd II 11492 — 26352

o / jz.o / A ¥ ¥ Gd II 1 o / j3 H CCQ 33 J JO

Oo4o.oU C* A ¥ T Gd II

t 1 A/:;'? 1 lUo / Z Jo6y

CQ cn IT DO J /. 1 J A ¥ ¥ Gd II1 nn^ c

1 / ILJ 3Z304

6900.73 Gd II 17817 32304

6920.62 Gd II 17817 — 32263

0745.70 n A ¥T (jU II J /o /U IT)/; "J /TQCQ 0 /I HA ¥T bd. II

1 0 1 1 Q 1 o J 1 y 3Zooj

07 / 1 .DO HA JT bd II I O 1 J 1 n/I Q

1

3Z4y 1

6988.75 Gd II 18641 32946

6996.76 Gd II 17972 — 32260

/UUU. IZ)

r* A ¥ I Gd II 1 /o /U 3Z 1 jU

/UUo. lo A ¥ ¥ Gd II

1 o cnn 1 8677 3Zy46

7^ "in ni /Ul /. /3 r* A ¥ ¥ Gd II 1 oZ4-) 3Z4y 1

7051.00 Gd II 17972 32150

7054.62 Gd II 18319 — 32491

/Ujo.OZ A ¥ ¥ Gd II 18096 32260

/Uoj. jZ r* A ¥ ¥ Gd II

1 O 1 C 1

1 o 1 J 1

'5 O O /C A 3ZZ60

/ lUl . /i A ¥ ¥ Gd II 1 ly 1

Z

"3 O A/l O 3ZU4y

/ 1 Id. / / A ¥ ¥ Gd II 1 oOU I 7118.86 Gd II 18641 32685

7133.16 Gd II 18245 32260

7141.17 Gd II 18151 32150

7146.13 Gd II 17988 31977

0.17 0.084 -1.08

0.13 0.066 -1.18

A 1 '7 U. 17 A AO /C O.O06 —1 A/; 1.U6

A r\/^c A A'2 1 —1 AO 1.4o

A 1 ^7 U. 1 / A AO/; U.Uoo 1 A'? —1.0/

0.046 0.024 -1.62

0.049 0.025 -1.60

A 1

'2 I). 13 A a/;q U.Voy —1 1 /; 1. lo

A 1 /I U. 14 A A"? 1 U.U / 11 1 c —1. 1 J AIT U. 1 / A ACQ —1 c\c I.Uj

0.094 0.050 -1.30

0.051 0.027 -1.57

AIT U. 1 / A AQ/1 —1 .U3

A 1 Q u. 1 y A 1 1 U. 1 1 A Q-7 —u.y / A 1 0 U. 1 O A 1 A U. 1 U

A no —U.y©

0.093 0.056 -1.25

0.033 0.020 -1.71

A AOQ A A/CA O.OoO —i.zz

A A/1 A U.U44 A AT7 U.UZ /

1 cc A 1 A U. 1 U A ncn U.Uo /

1 1 "7 —1.1/

0.030 0.020 -1.71

0.068 0.045 -1.35

A A^"7 U.Uj / A Al Q U.U3o —1 /IT 1.4Z

All U. 1 1 A A"7 1 U.U/ I —1 1 <

1 . 1

J

A AT/; A A 1 0 U.Ul 0 —1 1 c

1 . / J

0.17 0.11 -0.94

0.028 0.019 -1.73

A /; /i r\ A A U.44 —U.3d

A A/I /; A A'2 '2 U.U33 —11 /I Q .4y

A o/; U.Zo A 1 Q u. 1 y

A -7-5 —U. / 3

0.12 0.087 -1.06

0.19 0.14 -0.87

AOA1 CJ All U. 1 1 A Q/r —u.yo

A 1 <

U. 1

J

A 1 1 U. 1

1

A QC —u.yj

A 1 <

U. 1 J All U. 1

1

A Q-7 —U.y /

0.11 0.081 -1.09

0.53 0.39 -0.41

A 1 C 0.15 A 1 1

• 0. 1 1 —o.y6

0.45 A "2 /( U.34 A A n —OA 1 AO.OoZ AO A A/; A 0.060 —I.ZZ

0.15 0.11 -0.95

0.15 0.11 -0.96

All 0. 1 1 A AOA O.UoU 1 AA — i.uy

A AT7 A AC 0 U.Ujo —\ ^ A

1 .Z4

U.U3o A AT 0 U.UZo —1 .JO

0.10 0.078 -1.11

0.26 0.20 -0.70

A AOI o.oy3 A dn 1 0.0/ I1 1 C —1.15

0.060 0.046 -1.34

0.065 . 0.050 -1.31

133
Wavelength Spectrum Energy Levels gA gf Loggf

A K 1 O^/ser

7172.26 Gd II 13926 - 27865 0.068 0.052 -1.28

7173.40 Gd II 17972 - 31908 - 0.042 0.033 -1.48

7189.57 Gd II 18245 - 32150 0.30 0.24 -0.63

711vyQ7t .uo 08 0.14 0.11 -0.96

7242.24 Gd II 18245 - 32049 0 067 0 0S3 —1 28

7252.70 Gd II 13378 - 27162 0.037 0.030 -1.53

7385.97 Gd 11 18955 - 32491 0.10 0.084 -1.07

7394.90 Gd II 13076 - 26595 0.029 0.024 -1.62

LuU. 1

1

0.012 0.010 -2.00

7748.37 Gd II 19402 - 32304 0 034 0 03 1 —1 5 1

7908.06 Gd II 17725 - 30367 0.030 0.028 -1.55

8089.96 Gd II 19947 - 32304 0.036 0.035 -1.46

134
Wavelength Spectrum Energy Levels gA gf Loggi

A K 108/sec

1954.49 Ge 1 557 - 51705 4.1 0.23 -0.63

1961.40 Ge I 7125 - 58091 5.9 0.34 -0.47

1970.26 Ge 1 1410 - 52148 5.6 0.33 -0.49

1987.64 Ge 1 1410 - 51705 3.0 0.18 -0.75

1998.25 Ge I 1410 - 51437 9.5 0.57 -0.24

2019.05 Ge I 557 - 50069 3.8 0.23 -0.63

2041.69 Ge I 0 - 48962 5.8 0.36 -0.44

2043.76 Ge I 1410 - 50323 5.0 0.31 -0.51

2054.45 Ge I 1410 - 50069 1.5 0.095 -1.02

2057.23 Ge 1 7125 - 55718 1.6 0.10 -1.00

2065.20 Ge I 557 - 48962 2.4 0.16 -0.81

2068.65 Ge I 557 - 48882 8.2 0.52 -0.28

2086 00 Ge I 557 - 48480 1.6 0.10 -0.99

2094.23 Ge I 1410 - 49144 9.2 0.61 -0.22

2105.80 Ge I 1410 - 48882 1.2 0.081 -1.09

2124.75 Ge I 7125 - 54175 1.4 0.094 -1.02

2198.70 Ge I 7125 - 52592 9.5 0.69 -0.16

2256.00 Ge I 7125 - 51437 0.83 0.063 -1.20

2314.20 Ge I 7125 - 50323 1.4 0.11 -0.95

2327.90 Ge I 7125 - 50069 2.0 0.17 -0.78

2379.14 Ge I 7125 - 49144 2.6 0.22 -0.65

2417.37 Ge I 7125 - 48480 22. 1.9 0.28

2497.96 Ge I 0 - 40020 2.4 0.22 -0.66

2533.23 Ge I 557 - 40020 1.9 0.18 -0.75

2556.30 Ge I 16367 - 55474 1.9 0.19 -0.72

2589.19 Ge I 1410 - 40020 0.76 0.077 -1.12

2592.54 Ge I 557 - 39118 11. 1.1 0.03

2644. 19 Ge I 16367 - 54175 4.2 0.44 -0.36

2651.18 Ge I 1410 - 39118 26. 2.7 0.44

2651.58 Ge I 0 - 37702 8.0 0.84 -0.08

2691.34 Ge I 557 - 37702 7.3 0.80 -0.10

2709.63 Ge 1 557 - 37452 12. 1.3 0.1

1

2740.43 Ge I 16367 - 52847 24. 2.8 0.44

2754.59 Ge I 1410 - 37702 9.8 1.1 0.05

2793.94 Ge I 16367 - 52148 4.0 0.47 -0.33

2829.01 Ge 1 16367 - 51705 4.3 0.52 -0.29

3039.06 Ge I 7125 - 40020 24. 3.3 0.52

3067 01 Ge I 16367 - 48962 22. 3.1 0.49

3124.82 Ge I 7125 - 39118 0.51 0.074 -1.13

3269.49 Ge I 7125 - 37702 2.0 0.31 -0.50

4226.57 Ge I 16367 - 40020 3.

1

0.83 -0.08

4685.84 Ge I 16367 - 37702 0. 15 0.051 -1.30

8789.87 Ge I 37702 - 49076 0.64 0.74 -0.13

135
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

2353.02 Hf I 0 — 42485 0.67 0.056 -1.25

2428.75 Hf I 2357 43518 0.81 0.072 -1.14

2444.99 Hf I 4568 45455 1 6 0 14 —0 84

2465 67 Hf I 4568 45 1 1

2

0 1 3 —0 87

2482 65 Hf1 1 J. T1 0 40267 0 57 0 053 —1 28

2487.16 Hf I 0 — 40194 0.56 0.052 -1.28

2502.66 Hf I 2357 42302 1.4 0.13 -0.89

2517.86 Hf I 0 39704 0.66 0.063 -1 20

2559.02 Hf I 2357 41422 0.95 0.093 -1 03

2594.12 Hf I 4568 43105 0.77 0.078 -1.11

2602.67 Hf I 2357 - 40768 0.69 0.070 -1.16

2602.87 Hf I 0 38408 0.18 0.018 -1.75

2608 45 Hf I 0 38325 0.75 0.077 -1.12

2609.96 Hf I 4568 42871 0.83 0.085 -1.07

2612.59 Hf I 5522 43786 0.67 0.069 -11 t 16yj

2616.61 Hf I 5639 — 43845 2.7 0.28 -0.55

2623.32 Hf I 8984 47092 2.8 0.29 -0.54

2635.57 Hf I 6573 44504 1.00 0.10 -0 98

2637 00 Hf I 2357 40267 1.8 0. 19 -0.72

liiAl 08 Hf I 2357 40194 0.79 0.083 -1.08

2642.75 Hf I 4568 - 42396 3.3 0.35 -0.46

2668.28 Hf I 5639 43105 2.3 0.24 -0.61

2682 19 Hf I 6573 43845 1.1 0.12 -0.92

2686 36 Hf I 6572 43786 0.55 0.060 -1.22

2688 35 Hf I 8984 46170 1.1 0.12 -0.92

2696.18 Hf I 2357 - 39435 0.65 0.071 -1.15

2705.61 Hf I 0 36949 3.0 0.33 -0.48

271 1.83 Hf r 8984 45848 4.0 0.44 -0.35

2713.84 Hf I 2357 39194 1.2 0.14 -0.87

2718.59 Hf I 0 36773 1.1 0.12 -0.92

2726.70 Hf I 5639 - 42302 1.7 0.19 -0.73

2729.10 Hf I 2357 38988 0.58 0.065 -1.19

2730 71 Hf I 0 3661 0 0 37 0 042 -1 38

2730 85 Hf I 4568 41175 I 8 0 20 -0 71

Hf T 5522 42036 1 4 0 1 6 -0 81

2743.64 Hf I 5639 - 42076 3.8 0.43 -0.36

2746.62 Hf I 5639 — 42036 0.69 0.078 -1.11

2758 31 Hf I 10533 2.4 0 27 -0.57

2758 78 1Hf1 X I1 0 36237 0 34 0.039 -1.41

2761 63 Hf I 4568 40768 6.1 0.70 -0.16

1162.()9 Hf I 5639 — 41825 1.1 0.13 -0.88

2766.96 Hf I 5639 41769 2.9 0.33 -0.48

2773 02 Hf I 2357 38408 1.2 0.14 -0.86

1119 37 Hf I 2357 38325 2.7 0.31 -0.50

2783 69 Hf I 6572 42485 1 6 0.19 -0.73

2812 32 Hf I 10509 46056 1.7 0.20 -0.69

2815.82 Hf I 6573 42076 0.90 0.11 -0.97

2817.68 Hf I 8984 AAA(yA 9.2 1.1 0.04

2818.94 Hf I 6572 42036 2.8 0.34 -0.47

2819.74 Hf I 0 35454 0.61 0.073 -1.14

136
Wavelength Spectrum Energy Levels

A K

2833.28 Hf I 0 — 35284

2834.13 Hf I 8984 — 44258

Hf T 5S77 40704

2845.83 Hf I 5639 40768

2850.96 Hf I 5639 40704 '-r\j 1 v/*T

2860.56 Hf I

' 0 — 34948

2866.37 Hf I 0 — 34877

?8f»7 70 Hfn 1 T1 8984 43845

2877.16 Hf I 10509

2887.14 Hf I 4568 391 94

2887.54 Hf I 6572 — 41194

2889.62 Hf I 0 — 34596

7894 84 Hf T 8984 4351 8

2898.26 Hf I 2357 3(^850

2904.41 Hf I 4568

2904.75 Hf I 2357 — 3,6117,

2916.48 Hf I 4568 — 38845

7Q1 8 S8 Hfn I i 1 7^^

Z. J JS7/ 2924.62 Hf I 5522 39704

2929.01 Hf I 6572 40704

2929.90 Hf I 8984 — 43105

2940.77 Hf I 0 — 33995

7944 71 Hf I 0 33949

2950.68 Hf I 2357 36737

2951.90 Hf I 10509 44375

2954.20 Hf I 4568 — 38408

2958.02 Hf I 5639 — 39435

J()f,d 88 H f 1 7^S7 36075

2966.93 Hf I 6572 40767

2973.37 Hf I 6572

2979.28 Hf I 5639 — 39194

2980.81 Hf I 0 — 33538

7987 77 Hn 1f T1 44049

2984.05 Hf I 8984 47485

3005.56 Hf I 10533 4'?795

3016.78 Hf I 0 — 33138

3017.37 Hf I 6572 — 39704

^018 ^1 Hfill I1 0 33 1 77

3020.53 Hf I 2357 35454

3024.60 Hf I 8984 47036

3049.29 Hf I 8984 — A\l(y9

3050.76 Hf I 5639 — 38408

30S7 07 Hf I 37770

3063.78 Hf 1 5522 DO V J 3067.41 Hf 1 2357

3069.18 Hf I 10532

3072.88 Hf I 0 32533

3074.10 Hf I 2357 34877

3074.79 Hf I 5639 38152

3075.30 Hf I 10509 43016

10^/sec

0.53 0.064 -1.19

4.0 0.48 -0.32

0.98 0.12 -0.92

5 8 0 70 —0 1 5

3.7 0.45 -0.35

0.49 0.060 -1.22

5.8 0.71 -0.15

1.8 0.22 -0.65

7 7 0 78 —0 55

2.0 0.24 -0.61

1.6 0.20 -0.70

2.0. 0.25 -0.60

0.55 0.070 -1.16

8 5 11 • 11 0 03

11. 1.4 0.14

4.1 0.52 -0.28

16. 2.1 0.32

2.6 0.33 -0.48

1.9 0 74 -O 61

0^89 0.11 -0.94

12. 1.6 0.21

4.2 0.55 -0.26

0.34 0.044 -1.35

^ • 1 0 66 —0 1 8

1.1 0.14 -0.85

8.0 1.1 0.02

5.4 0.70 -0.15

5.6 0.73 -0.13

7 9 1 0 0 07

1.3 0.18 -0.75

1.4 0.19 -0.72

2.1 0.27 -0.56

8.0 1.1 0.03

1 0 1 7 —0 77

28. 3.8 0.58

0.93 0.13 -0.90

0.30 0.040 -1.39

1.7 0.23 -0.64

D3 . 9y 0 53 —0 78

1.7 0.24 -0.63

1.6 0.22 -0.65

5.5 0.77 -0.11

6.0 0.84 -0.07

0 90 0 1 3 —0\j* 90y\j

2.5 0.35 -0.45

2.6 0.37 -0.43

3.2 0.45 -0.35

0.49 0.069 -1.16

1.8 0.26 -0.59

0.77 0.11 -0.96

137
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3080.84 Hf I 2357 — 34806 1.2 0.17 -0.76

3096.76 Hf I 4568 — 36850 0.99 0.14 -0.84

3 1 1 9 98 Hf I 4568 J3661 \J\j 1 0\J 0 60 0 087 —1 06

3 1 28 76 Hf1 1 J. I1 0 3 1 952 0 1 1 0 017 —11 . 77/ / 3129 58 Hf I 0 3 1 944 0 092 0 01 ^ —11.0/87

3131.81 Hf I 10533 — 42454 18. 2.6 0.42

3137.51 Hf I 10533 — 42396 3.1 0.45 -0.34

H f I 6572 ^8'?2 5 11 . 7/ 0 26

3151 63 Hf I 8984 40704 1 8 0 26 —0 S8

3J 11 ^52^ . 96yyj H f I 1 4092 45799 "-r J 1 y y 2 3 0 14 —0 47

3156.63 Hf I 4568 - 36237 1.9 0.29 -0.54

3159.82 Hf I 2357 — 33995 0.62 0.093 -1.03

3163 39 Hf I 10509 42 1 1

2

1 0 0 1 5 —0L/. 82OZ. 3165 73 Hf I 6573 381 52 0 67 0 10 —1 00

3168 39 Hf I 11 0509 \j^'\jy 4'>062 10 11 . -J5 0LI. 11 8O

3172.94 Hf I 4568 - 36075 3.7 0.56 -0.25

3178.43 Hf I 14542 — 45995 3.1 0.46 -0.33

3181 01 Hf I 5522 36949 11 . 2Z. 0 1 8 —0 74

3181 15 Hf1 1 J. [I 4568 3 5994 0 47 0 072 —1 14

3189 62 Hf I 0 3 1 342 0 1 5 0 023 1 . L) J

3206.1 1 Hf I 2357 - 33538 0.64 0.099 -1.00

3210.98 Hf I 5639 — 36773 0.92 0.14 -0.85

32'1 3 V Hfn 1 T1

1 4542 45^^4Q 5 0 87 —0 06

H f I 11 ^^7^.7 VJ / VJ / 475Q0 1 J yyj 1 4 2 1 0 "^6 Hf I 2'?

z. J) J57/ J D i Dy 0 f\l 0 1 1 —0 Q8

3249.53 Hf I 2357 — 33121 0.41 0.066 -1.18

3254.86 Hf I 14741 — 45455 4.3 0.68 -0.16

^3261 z. LI 1 • 90y\j Hf I 1443 5 45083 2 4 0 39 —0LI. 41"t- 1 ^3262 L.\J .'-X 471 Hf I 1 0533 41175 '-r 1 A / ^ 2Z. . 1 0 33 —0 48

3265 29 Hfi 1 J. 1I 1 5673 46290 7 0 1 1 1 • 1 0W. 05Ll^

3267.18 Hf I 5639 - 36237 0.32 0.051 -1.29

3291.05 Hf I 6572 — 36949 0.89 0.14 -0.84

3306 1 2 Hf111 I1 4568 -734806 T-O VLI 0 65 0 1 1 —0Lf. 97y 1 ^3309y . 11 9y Hf I 1 1 X 1 8984 391 94 1 2 0 20 -f) 70

33 1 0 27 Hf I 6573 1 8 0LI. -J30Vy -0LI. J53J

3312.86 Hf I 2357 — 32533 1.1 0.18 -0.75

3316.19 Hf I 17901 — 48048 8.8 1.4 0.16

J J D \ - oy H f 1 1 05nQ 405 1

4

0 68 0 1 1 —0LI. 94y-r

J? J) J) . / J H f I 0 z.y yy / 0 70 0 12 \)' y D J D. / o Hn f I i 1 1 J D / -? 45455 7/ . 8o 1 % L/. 1 Z,

3358.91 Hf I 14741 — 44504 11. 1.9 0.27

3360.06 Hf I 0 — 29753 0.13 0.022 -1.65

'\'Kf\f\ J> J?UU.VJO ^8 Hfn 1 I1 14092 4'^78^» 5 f, 0LI. 95y J -f)LI. 02\Ji-

'K'Kl') 2 1 Hfn 1 T1 JyJD y 5284 0 1 3 0LI.LIZ,Z, 022 —11 . 67L> / '^'^78 Q"^ D J / O . JJ Hfn ± T1 71S7 0 25 0 042 —1 37

J

"^8^^ 2 1 J) OU. ^ 1 H f 1 1 f\lf\l 4^^290 2 4 0LI. J38O

3392.81 Hf I 15673 45139 13. 2.3 0.36

3397.26 Hf I 4568 33995 0.58 0.100 -1.00

3397.60 Hf I 8984 38408 2.0 0.35 -0.46

3400.21 Hf I 0 29402 0.12 0.020 -1.70

138
Wavelength Spectrum Energy Levels

A K

3402.51 Hf I 4568 - 33949

3407.14 Hf I 8984 38325

3412.34 Hf I 14542 43838

3417.34 Hf I 2357 31611

3419.18 Hf I 5639 , 34877

3427.44 Hf I 8984 - 38152

3438.43 Hf I 5522 34596

3441.84 Hf I 14741 43786

3452.31 . Hf I 5639 34596

3467.60 Hf I 15673 44504

3472.40 Hf I 0 - 28790

3497.49 Hf-l 0 28584

3498.98 Hf I 4568 33139

3513.28 Hf I 10532 38988

3521.56 Hf I 17901 46290

3523.02 Hf I 2357 - 30733

3530.87 Hf I 19293 47606

3531.23 Hf I 5639 33949

3536.62 Hf I 0 28267

3554.00 Hf I 14542 42671

3564.31 Hf I 0 - 28048

3567.36 Hf I 6572 34596

3579.90 Hf I 14435 42361

3583.28 Hf I 5639 33538

3599.87 Hf I 16767 44537

3615.04 Hf I 0 27654

3616.89 Hf I 2357 29997

3617.68 Hf I 14542 42176

3620.04 Hf I 5522 33138

3635.43 Hf I 5639 33138

3637.59 Hf I 5639 - 33122

3649.10 Hf I 2357 29753

3650.53 Hf I 19293 46678

3651.84 Hf I 4568 31943

3664.60 Hf I 14018 _ 41298

3668.21 Hf I 8984 - 36237

3675.74 Hf I 15673 42871

3682.24 Hf 1 0 27150

3696.51 Hf I 2357 29402

3704.92 Hf 1 18381 45365

3717.80 Hf I 2357 - 29247

3726.49 Hf I 10509 37336

3729.10 Hf I 20960 47769

3733.79 Hf I 4568 31342

3739.04 Hf I 10533 37270

3743.99 Hf I 18381 45083

3746.80 Hf I 14741 41422

3753.22 Hf I 17901 44537

3765.05 Hf I 18225 44778

3765.56 Hf I 6572 33122

gf Log sf

108/sec

0.44 0.076 -1.12

0.75 0.13 -0.88

2.5

' 0.44 -0.36

0.30 0.052 -1.29

1.3 0.23 -0.64

1.2 0.20 -0.69

0.42 0.075 -1.12

3.9 0.69 -0.16

0.29 0.052 -1.28

7.0 1.3 0.10

0.42 0.075 -1.12

0.55 0.10 -1.00

0.20 0.036 -1.44

1.6 0.29 -0.53

4.5 0.85 -0.07

1.0 0.19 -0.73

12. 2.2 0.34

0.25 0.047 -1.33

0.39 0.073 -1.14

4.6 0.86 -0.06

0.074 0.014 -1.85

0.83 0.16 -0.80

4.2 0.81 -0.09

0.25 0.047 -1.32

28. 5.4 0.73

0.047 0.0093 -2.03

0.69 0.13 -0.87

2.8 0.56 -0.25

0.19 0.036 -1.44

0.20 0.041 -1.39

0.1

1

0.022 -1.66

0.26 0.052 -1.29

8.7 1.7 0.24

0.29 0.059 -1.23

1.5 0.30 -0.52

0.45 0.091 -1.04

14. 2.9 0.46

0.77 0.16 -0.81

0.18 0.038 -1.42

6.0 1.2 0.09

0.64 0.13 -0.88

0.87 0.18 -0.74

19. 3.9 0.59

0.53 0.1

1

-0.96

0.74 0.15 -0.81

3.3 0.70 -0.15

7.9 1.7 0.22

6.7 1.4 0.15

5.1 l.I 0.04

0.19 0.041 -1.39

139
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3768.25 Hf I 10509 1.2 0.25 -0.61

3773.12 Hf I 14018 40514 0.93 0.20 -0.70

3777.64 Hf I 0 — 26464 0.41 0.088 -1.05

-3 -70') /t 1 nil J jZZ 5

1 11 ooyjl A (\A Q U.UlU —1 . y©

3785.46 Hf I 4568 1 AQ77 1.5 0.32 -0.50

3787.37 Hf I 18381 44/ /o 1.8 0.39 -0.41

3798.66 Hf I 10532 36850 0.55 0.12 -0.92

3800.38 Hf I 0 — 26306 0.24 0.052 -1.28

J o 1 1 . / o nil Zj J / Zo-)o4 n 1

7

U. 1 / n niB —1 /17 1 .4Z

3819.38 Hf I 14092 4UZo / 1.5 0.32 -0.50

3820.73

' Hf I 4568 5\j 1 ii 1.3 0.28 -0.55

3829.67 Hf I 16767 — A1%1\ 4.3 0.94 -0.03

3830.02 Hf I 14092 — 40194 4.0 0.88 -0.05

nl 1 JOJ 7 J lol 1

11 .un nU.Z71J A (^A 3858.31 Hf 1 2357 O QO ^7 ZoZo / 0.30 0.067 -1.17

3860.91 Hf I 8984 1 A Qnn j4o / / 0.65 0.14 -0.84

3882.52 Hf I 15673 41422 3.7 0.84 -0.08

3889.23 Hf I 10532 — 36237 0.86 0.19 -0.71

HI I 111/17 i 1 34Z n 77 u.zz U.U4i' 1 1

1

i.j 1 3892.47 Hf I 19791 /I C /I7 C 454/5 3.9 0.88 -0.05

3899.94 Hf I 0

7 c /; 1 /I Z56i4 0.13 0.030 -1.52

3906.89 Hf I 14542 40130 0.58 0.13 -0.88

3909.18 Hf I 19791 — 45365 4.4 1.0 0.00

Ml I IUj J J

1 COO/l n /iQ u.4y A 1 1 U. 1 1 —A Q/4

3927.57 Hf I U1A\ 4Uiy4 1.9 0.44 -0.35

3931.38 Hf I 4568 7 QQQ7 Lyyy 1 0.23 0.054 -1.27

3939.04 Hf I 6572 31952 0.16 0.037 -1.43

3951.83 Hf I 2357 — 27654 0.16 0.036 -1.44

Mil Q

7 C 1 Q/J Zj 1 yOt n nin AU.UUAA7 1 / 1 —7 1 S Z. 1 J 3973.48 Hf I 2356 77 ^ 1 A Z / J Id 0.075 0.018 -1.75

4032.27 Hf I 2357 7 7 1 ^ A Z / 1 ->U 0.061 0.015 -1.83

4044.39 Hf I 16163 40882 1.5 0.36 -0.44

4062.84 Hf I 10509 — 35115 0.73 0.18 -0.74

4UDO./ J MI I 1 Q 1 7 O izo 1 A 1 .4 U. j4 _A 47

4083.35 Hf I 10509 1 A QQ7 0.56 0.14 -0.85

4087.96 Hf I 16163 4U6iy 0.52 0.13 -0.89

4104.23 Hf I 5639 29997 0.087 0.022 -1.66

4106.58 Hf I 10532 — 34877 0.41 0.10 -0.98

/1 1 1 < on Ml I1 81 S 1 1 o 3o 1

/I 7 -7 1 4z6 /

1

n Qi AU.Z474 —A ^.1 4118.60 Hf I 10532 1 A O A/C 0.34 0.086 -1.07

4118.91 Hf I 14018 o oo on 0.54 0.14 -0.86

4145.76 Hf I 5639 29753 0.098 0.025 -1.60

4162.69 Hf I 4568 - 28584 0.059 0.015 -1.81

/I 1 /! '3/1 41 /4.j4 Ml I Z J J / Z63U6 nil U.J 1 AU.UoA8 11 —11 .\>y AQ

4190.95 Hf I 14435 107 00 iaDSy 1.0 0.27 -0.58

4209.70 Hf I 14542 1 07 OO 1.6 0.42 -0.38

4228.08 Hf I 0

71^/1^ 0.022 0.0060 -2.22

4245.16 Hf I 8984 32533 0.13 0.035 -1.46

4260.98 Hf I 10533 33994 0.42 0.11 -0.95

4263.39 Hf I 0 23449 0.026 0.0070 -2.16

140
Wavelength Spectrum Energy Levels

A K

4294.79 Hf I 2357 25634

4296.41 Hf I 5522 — 28790

/t 1 1 O 1/1 43 1 o. 14 Hi I jb3y Zo lyyj

4330.1 / HI I "^n c c A Hi I ^ AnQ c Z4 /OJ AnnizVi 4 / Iby

4352.57 Hf I 8984 31952

4353.34 Hf I 16163 — 39128

43 JO. 33 Hi I 4joo nn c \ c Z / J 1 6

A1 Zli QQ 43 jo.yy TJ P T Hi I jo3y O O C O /f Zo Jo4

430J.3 /

T_I P T Hi I1 A A1 C 1443 J miic 3 /33o

4417.91 Hf I 5639 28267

4418.25 Hf I 8984 — 31611

4422.23 Hf I

1 AC 1 '1 10532 33139

A A "J o n A 443o.U4 Hf I 5522 n OA/1 o 28048

A A A 'J 4443. U7 Hf I 1 838

1

/i AO 0*^ 40882

4453.00 Hf I 0 22451

4457.34 Hf I 2357 — 24785

A A ^ 1 1 O 446 1 . 1 o Hi I 563y O OA/1 O

44yy.6j Hi I 6j 11 O 0*700 zo /yu

/I c 1 o ^ n 45 lo.Zy Hi I1 ^ 1 ^ "3 16163 '3 O-O OO 38289

4540.93 Hf I 5639 27654

4544.02 Hf I 10532 — 32533

ACCC CiA Hi I C£.1Ci nn CI A A < QQ on Hi I r\U

O 1 *? '2 Q 2 1 1 3y

/iicr\o AO 46Uo.Uy Hi I£i zn 1 6j 13 '^on izn zoz6 /

4620.86 Hf I 4568 26203

4630.61 Hf I 19293 — 40882

A Z 1 O 46j J. ly Hi I 6572 O O A /I O

A£^CC\ 1 A 4005'.Z4 TJ P T Hi I1 ACJO 1Uj3z '2 1 O /I 'J 3 1 y43

O P ¥ Hi I 1 OA 1 1 loUl 1 1 0O o/^

4708.84 Hf I 22901 44132

4738.58 Hf I 14018 — 35115

/I T C7 CO 4757.58 Hf I o no A An £L a CI 4766.5

1

Hf I

1 y1 A 1 O 14018 34992

Ann 1 411 3.1

1

Hi I 5522 26464

Hf I 22901 43838

Al'il.lA Hf I 18225 — 39128

A 0(\C\ C f\ 4800. 50 Hf I C ^ O O 5638 /I A Zl A 26464

AO A o on 48 18.87 Hf I1 O 1 O 1 18381 I A 1 O 39128

A 01 A in 4834. 19 Hf I 14435 1 C 1 1 C 35 1 15

4837.23 Hf I 5639 26306

4850.61 Hf I 10509 — 31 119

AO CO /I 1 4o5o.41 T T X* -w Hf I CT^ 6572 T7 1 C A 27150

/loco O /i 4o jy.z4 T T X* . Hi I1 /I C /I O 14542 1 C 1 1 C 35 1 15

/I o ^ ^n 4o63.z /

I T X* Hi I 14435 O A AA'^

AOn'^ CiA 4o 1 Z.yA Hf I ^ AO^ A 20960 A \ An 41476

4877.58 Hf I 19293 39789

4915.26 Hf I 19791 40130

4948.94 Hf I 10533 30733

4962.37 Hf I 18143 38289

gA gf Loggf

108/sec

n (\n A U.U / 4A AO 1 U.UZ 11 <CQ

U.U4j A A 1 1 U.Ul 3 —11 OA .yu

U.U /

1

A AOA U.UZU 1 n(\ 1 . /U

0.066 0.019 -1.73

4.1 11 0.06

nil A A10 U.U3Z I C A 1 . jU

u. / z A 0 1 U.Z 1 A AO

A 1 A U. lU A AOQ —1 CA 1.j4

0.031 0.0088 -2.06

0.44 0.13 -0.90

A AOA - A AO 1 U.UZ3 —l.o3

A (\A A U.U44 A A 1 1 U.U 1 3 —1 OQ 1 .oy

A (\(.Q U.UOo A AOA U.UZU —1 "7 A 1 . /U

0.097 0.029 -1.54

1.0 0.30 -0.52

A AAC^ A AA 1 n U.UUl / 0 "70 —z. /o

A AO^ u.uzo A AATT U.UU / / —z.Oil1 1 U.Uoj A A 1 Q u.uiy —1 "71 1. / 1 0.034 0.010 -1.99

0.40 0.12 -0.92

A A 1 C U.Ul O1 n A 1 . /4

(\ \ A U. 14 A A/1

1

U.U43 — 1.3/

All U. 1 1 A A1

1

U.U33 1 /I c 1.4o

0.042 0.013 -1.88

0.048 0.015 -1.82

A (\(^n U.Uo / A AO 1 U.UZ 11 (^n

1 .o / A 8/f A 07 U.Z / A C7

A AO 1 A AOQ u.uzy 1 . j3

0.034 0.011 -1.95

1.2 0.41 -0.39

1 Q 1.7 A AO U.OZ A OA

A 1 "J U. 1 3 A A/1

1

U.U43 11.3m/ A A'JA U.U3U A A I A U.U 1 U

1 QQ 1 .yy

0.29 0.098 -1.01

0.022 0.0076 -2.12

\ A 1 .U C\ 1A U.34 —A An U.4 /

1 A 1 .0 U.J J —A OA u.zo A AQA A Al 1 U.U3 1 1 .J 1 0.67 0.23 -0.63

0.13 0.045 -1.34

A AOO U.UZZ A AATA U.UU /o —O 1 o z. iz

A AT) A AATQ u.uu/y —O 1 A Z. lU

A A 1 /f A AA/I Q u.uu4y —Oil Z.3

1

0.43 0.15 -0.81

0.25 0.089 -1.05

U.4Z A 1 <U. 1

J

A 01 —U.o3

A OS A 1 ^ U.3 J A /lA

A O C A AQO u.uyz —1 A/1

1 .U4

0.045 0.017 -1.78

0.17 0.064 -1.19

141
Wavelength Spectrum Energy Levels gA

A K 108/sec

gf Log gf

4975.25 Hf I 2357 - 22450 0.0100 0.0037 -2.43

5018.20 Hf I 20960 40882 1.4 0.52 -0.29

5021.75 Hf I 18381 38289 0.11 0.042 -1.38

5047.45 Hf I 8984 _ 28790 0.045 0.017 -1.76

51 12.13 Hf I 5639 _ 25194 0.0028 0.001

1

-2.96

5157.96 Hf I 22901 - 42283 0.70 0.28 -0.56

5167.42 Hf I 24785 44132 2.1 0.82 -0.08

5170.18 Hf I 19791 39128 0.72 0.29 -0.54

518! ^ \. Kj X ' 86\J\J Hf 1 0 19293 0 0080 0.0032 -2.49

5186 84 Hf I 22901 42176 0.68 0.27 -0.56

5243.99 Hf I 8984 - 28048 0.045 0.018 -1.73

5275.04 Hf I 16163 351 15 0.17 0.069 -1.16

5286.09 Hf I 23449 42361 0.51 0.21 -0.67

5294.87 Hf I 4568 _ 23449 0.014 0.0059 -2.23

5307.82 Hf I 23449 _ 42283 0.72 0.30 -0.52

5309.68 Hf I 16163 - 34992 0.14 0.058 -1.24

5354.73 Hf I 25462 44132 4.3 1.8 0.26

5373.86 Hf I 2357 20960 0.0062 0.0027 -2.57

5389.34 Hf I 8984 27534 0.014 0.0062 -2.21

5404.47 Hf I 19791 _ 38289 0.14 0.062 -1.21

5424.02 Hf I 22451 - 40882 0.44 0.20 -0.71

5438.74 Hf I 0 18381 0.001

1

0.00048 -3.32

5452.92 Hf I 4568 22901 0.0078 0.0035 -2.46

5497.30 Hf I 29753 47938 1.8 0.80 -0.09

5510.12 Hf I 0 18143 0.00041 0.00019 -3.73

5510.45 Hf I 18381 - 36524 0.073 0.033 -1.48

5538.02 Hf I 21739 39791 0.56 0.26 -0.59

5538 26 Hf I 10533 28584 0.014 0.0065 -2.19

5550.60 Hf I 0 _ 1801

1

0.0060 0.0028 -2.56

5552.12 Hf I 5639 _ 23645 0.029 0.014 -1.87

5575.86 Hf I 26203 - 44132 2.2 1.0 0.02

5600.77 Hf I 23449 41298 0.26 0.12 -0.92

5613.27 Hf I 5639 23449 0.011 0.0053 -2.28

5614.01 Hf I 21739 _ 39546 0.28 0.13 -0.88

5628.27 Hf I 23449 _ 41211 0.14 0.067 -1.18

5650.83 Hf I 10509 - 28201 0.0086 0.0041 -2.38

5713.28 Hf I 24785 42283 0.62 0.30 -0.52

5719.18 Hf I 8984 26464 0.045 0.022 -1.66

5748.72 Hf I 24785 42176 0.30 0.15 -0.83

5817.47 Hf I 14435 31620 0.023 0.012 -1.93

5845.87 Hf 1 14018 - 31119 0.027 0.014 -1.86

5847.77 Hf I 22451 39546 0.22 0.11 -0.95

5883 66 Hf I 23645 40636 0.35 0.18 -0.74

5926 47 Hf I 23645 40514 0.24 0.13 -0.89

5933.69 Hf I 18143 34992 0.21 0.1

1

-0.97

5974.28 Hf I 18381 351 15 0.27 0.14 -0.84

5974.72 Hf I 19791 36524 0.13 0.068 -1.17

5978.66 Hf I 18270 34992 0.21 0.11 -0.96

6016.79 Hf I 27516 44132 2.1 1.1 0.05

6054.17 Hf I 14542 31055 0.028 0.015 -1.82

142
Wavelength Spectrum Energy Levels

AA K

oUyo.O / Hi I /I < AO 4 joo — 20960

O 1 OJ. 1

3

Hi I Q

1 A 1 A 1

1 D 1 d3

6210.70 Hf I 24785 — 40882

6216.82 Hf I 26203 — 42283

oZ JO. JO H I I 7 1 <7 Z3 J / — 18381

HI I 7Z03UD AIHA — 42176

D J 1 J .8

J

H I I ZZ4j 77/1^1I 13o/oy 07 OQ

6318.33 Hf I 19293 — 35115

6338.10 Hf I 10532 — 26306

DjoU. 1 7 H I 1

11 <A71 JO / 3 — 31342

OJOO.Z J U -P I H 1 I 7 1 <7 Z3 J / — 1801

1

LI -P I H I I 7 t 7 1

Q

z 1 / jy 171 1

A

3 /33o

6556.50 Hf I 25634 — 40882

6587.23 Hf I 16766 — 31943

LI -P I H I I 1/17/11 14/4 1 — 29753

6 / 1 3.4o LJ P 1 HI I

1 A 1 A 1

1 o 1 o3 — 31055

0 / 1 o.UU LI -P I Hi I 7 7/1^1 ZZ4j I 1 7 1 1 A 3 /33o

6769.95 Hf 1 27516 — 42283

6789.27 Hf I 4568 — 19293

DO 1 O. 74 LI -P ¥ H I I oyo4 — 23645

OOZD. JO LI -P I HI I 7Z3o4j 1 A/I C — 38289

AC cn (vi Oo jU.U / LI -P I H I I 7 <; 1 Q/l Z J 1 y4 1Q7flQ 3y / ©y

6858.70 Hf I 16766 — 31342

691 1.40 Hf I 8984 — 23449

AQTA 1 Q 07Z0. 1 y

LI -P I HI I

1 /inQ7 1 4uyz — 28526

LI P I H I I

1 C A7 1

1 JO / 3 — 29997

/U 1 y.z J

LI -P I H I I 7 Q7 /I 7 zyz4 //1 1 /I CQ 434oy

7035.13 Hf I 16767 — 30977

7061.90 Hf I 25634 — 39791

"7AA') C"7 /UOZ.O / LI -P I H 1 I 7 C A 1 /I Z Jo34 — 39789

"THAI 81 LI -P I H I I C A1 Q jo3y — 19791

nf\QA /in /U74.4U O -P I H I I 7 C 1 Q/l z J 1 y4 1 Q7 OA 3yzoD

7100.54 Hf I 15673 .29753

71 19.52 Hf I 17901 — 31943

"7111 CI / 1 3 1 .o i U -P T HI I u — 14018

/Z3 /. lU Ll P I H I I

/I < AO 4jDo — 18381

1") A(\ on

1 Z4U.O / LI P I H 1 I 71^7 Z3 J /

1 A 1 A 1 lo lo3

7262.62 Hf 1 14435 28201

7320.05 Hf I 4568 — 18225

1 5Z \ . It) O -P I Hi I < A 1 Q jo3y — 19293

71 CA 1 n / 3 JO. 1 u

LI -P I H 1 I 7 1 /I /I Q Z344y — 37039

-71 A C TO /3dj.Zo LI P I H 1 I1 CA71 1 JO /3 7 07 /I 7 zyz4 / 7390.70 Hf I 14741 28267

7423.69 Hf I 8984 — 22450

1 A 17 <A /43 /.JO LI -P I H 1 I1 A nQ7 1 4uyz — 27534

7/1A1 OA / 403.O0 LI -P I H I I 7 1 A/1 <; Z3o4j — 37039

7/1 C/l <A /4o4. JO LI P ¥ HI I 7 7 O O A ZZooU 36237

7 C C A 17 / J J0.3 / LI P ¥ HI I1 A7A A

1 o /o6 29997

7562.93 Hf I 6572 19791

7564.22 Hf 1 34806 48022

gA gf Loggf

108/sec

\J .\J\J\J\J 0 00^4 —7 47

0 0008'> -3 08

0 99 0 57 —0 ''4 0.76 0.44 -0.36

0.0015 0.00087 -3.06

0 34 -0 46

0 2'' 0 1 3 -0 88

0v/. OfiS \JU O 0 041 —1v . J}39y 0.0094 0.0057 -2.24

0.024 0.014 -1.84

0 001 8 0V. 001 \J\J 1 1 1 —1 95

0 1 3 0 079 -1 10

0 ^0 0V/. 11 9y —0 77

0.043 0.028 -1.55

0.013 0.0087 -2.06

0 057 0 039 -1 41

0 0^i7 0 046 -11 . -734'-r 0 A(\ 0.3

1

—0 50

0.0056 0.0039 -2.41

0.036 0.025 -1.60

0 1 0 1 5 -0 83

0 ''7 0\J- 11 9y —0 7 1 0 074 0 05'> -1 28

0.0092 0.0066 -2.18

0.0087 0.0063 -2.20

0 027 0yj. 019 \J I y —1 71

0 S3 0 39 —0 40

0 018 0 013 — 1 88

0.33 0.25 -0.61

0.42 0.32 -0.50

0 017 0 013 — 11 . 90y\}

0 29 0 22 —0 66

0 02 5 0 019 —1 72

0.18 0.14 -0.86

0.0068 0.0052 -2.29

0 04(S 0 036 —1 44

0 014 0V/. 011 V 1 1 -11 . 96y\j

0 0065 0 005 1 -2 29

0.0050 0.0040 -2.39

0.0015 0.0012 -2.92

0 079 0 064 -1V m 1Vy9

0 0088 0W. 0072 \J\J 1 -7 14

0 024 0 0'>0 — \ 7 1 0.0013 0.001

1

-2.97

0.024 0.020 -1.71

0 1 8 0 1 5 -0V/. 81O 1

yj.yj 1 J 0 06? —1 ? 1 0 079 0 07 5 1 -U 1 0 OO^^Q

4.5 3.8 0.58

143
Wavelength Spectrum Energy Levels gA gf Log gf A K 108/sec

7576.95 Hf I 18381 — 31576 VJ.U J J 0U.UjU o^n —11 . JZ

7592.96 Hf I 23253 If^A j04 1 Q1 y A 1 A O 1 9 U. 1 z —O Q1

7608.59 Hf I 31943 — 45083 1 . o 11 .o OU.ZU90

7624.40 Hf I 10533 — 23645 0.12 0.10 -0.99

7645.64 Hf I 17901 — 30977 0.053 0.047 -1.33

7740.17 Hf I 10532 — 23449 U.UJD 0 0'^9 U.UjZ —1 4Q

7743.57 Hf I 15673 T g CQ/1 ZoJo4 nU.Uni 1 1 1 0 OOQQ —9 01 Z.U I 7790.90 Hf I 17901 30733 U. 1 U 0 0Q9 —1 04

7796.81 Hf I 23253 — 36075 0.082 0.075 -1.12

7814.55 Hf I 14741 — 27534 0.033 0.030 -1.52

7845.35 Hf I 5639 — 18381 n r\iA O 099 I .DO

7846.56 Hf I 23253 nU.Uonfi 11 OU.U07</ J ——1 1 "X 1 . 1 3

7920.71 Hf I 5522 — 18143 0u.uuo" 008Q —9 0^

7938.06 Hf I 15673 — 28267 0.036 0.034 -1.47

7994.73 Hf I 5639 - 18143 0.018 0.017 -1.77

8010.58 Hf I 16766 — 29247 U.U 1 1 0U.U01 1 1 1 —1

1 .yo Q8

8056.52 Hf I 14741 Z / 1 JU no?"? \J.\JLj 0 099 —1

8080.32 Hf I 5639 — 18011 n on 1

7

U.UU 1 / OU.UU0011 7/ —9 77

8173.89 Hf I 20908 — 33139 0.084 0.084 -1.08

8204.58 Hf I 2357 — 14542 0.0024 0.0024 -2.62

8248.81 Hf I 36237 — 48357 L.J 9 A 0 '18 U. JO^

8276.95 Hf I 2357 1443 J 0U.UU0011 0u —9 QQ

8344.25 Hf I 15673 — 27654 0u.uzo 09 8 —11 .J J 8380.06 Hf I 28584 — 40514 0.21 0.22 -0.66

8382.98 Hf I 22880 — 34806 0.041 0.043 -1.36

8460.01 Hf I 16767 — 28584 u.uto 0U.UJo<; 11 —1 9Q

8546.48 Hf I 6572 18270 0 019 0 01"? U.U 1 J —1 8Q

8640.06 Hf I 6572 18143 o oi U.U 1 J OU.U011 4^ —1 84

8711.24 Hf I 15673 27150 0U.Uf0411 0U.Uf047/ —1 1"? 9004.73 Hf I 14092 25194 0.039 0.048 -1.32

144
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2012.78 Hf II 3051 — 52717 5.0 0.30 -0.52

2028.18 Hf II 13486 — 62775 18. 1.1 0.04

7096 ^yjyyj. 1L 8o Hfn 1 II11 1 5084 6777S 5 7 0 38 -0 47

2210.82 Hf II 36883 87 1 01 13. 0.92 -0.04

2254.01 Hf II 3645 470Q6 2.0 0.15 -0.82

2255.15 Hf II 3645 — 0.98 0.075 -1.13

2266.83 Hf II 4905 — 49006 2.1 0.17 -0.78

7777 ^f\ Hf II 0 4'^901 11 . 6Kj 0 1 3 —0V/. 90y\j

2321.14 Hf II 4905 4797"? 3.0 0.24 -0.61

2322.47 Hf II 0

4"? 044 2.1 0.17 -0.77

2323.25 Hf II 3645 — 46675 3.0 0.24 -0.62

2324.50 Hf II 12071 — 55077 4.6 0.37 -0.43

7374 89 Hf II 4905 47904 4 0 0 32 -0 49

2332.97 Hf II 3645 2.1 0.17 -0.76

2337.33 Hf II 0 dill 1 '-r^ III 0.73 0.059 -1.23

2343.32 Hf II 6344 — 49006 5.1 0.42 -0.38

2347.44 Hf II 6344 — 48931 6.9 0.57 -0.25

2351 77 Hf II 0 47^Z, J 11 8o 7 3 0 19 —0 73

2365.98 Hf II 4905 47t /

11 JS8o 1.7 0.14 -0.85

2380.30 Hf II 3645 4^64"? 3.6 0.31 -0.51

2381.00 Hf II 14360 — 56346 8.8 0.75 -0.13

2393.18 Hf II 12921 — 54693 15. 1.3 0.11

7^9^ Hf0 1 11II 4905 4667 too / J 9 9 0 85 —0 07

2393.83 Hf II 0 A 1 76

1

1 1 / O 1 3.7 0.32 -0.49

2400.78 Hf II 3051 44691 1.9 0.17 -0.78

2404.56 Hf II 13486 — 55060 7.9 0.68 -0.17

2405.42 Hf II 6344 — 47904 19. 1.6 0.21

7406 44 Hfil J. II11 1 1 957 S^494 17 1 0 0 07

2410.14 Hf II 8362 49841 20. 1.7 0.24

2413.33 Hf II 12071 5^494 9.3 0.81 -0.09

2415.96 Hf II 11952 — 53331 5.2 0.46 -0.34

2417.69 Hf II 3051 — 44400 5.2 0.45 -0.35

7475 98 Hfn 1 II11 1 3486 jM-o S460^y J

1 <

1 J

.

1 4 0V. 11 J^ Hf II 12071 S1777 13. 1.1 0.06

2433.57 Hf II 17369 S84d.8 25. 2.3 0.35

2434.74 Hf II 17389 — 58448 8.5 0.75 -0.12

2447.25 Hf II 3051 — 43901 7.3 0.66 -0.18

7449 44 Hfn II 1 11 6^44 / 1 Jo 7 0 0 6"? —0 70

2452.30 Hf II 11952 J/^7717 / 1 / 4.9 0.44 -0.36

2453.34 Hf II 17369 8 1 1 7 J o 1 1 / 25. 2.3 0.35

2460.49 Hf II 3051 — 43681 8.2 0.75 -0.13

2463.97 Hf II 12921 — 53494 11. 0.99 -0.01

7464 1 9 Hfill II11 8^67 489"? 1 1 7Z.. 9y 0 46

2465.06 Hf II 15084 J J DJ y 17. 1.6 0.19

2467.97 Hf II 0 40S07 1.1 0.099 -1.01

2469.18 Hf II 13486 J jy 1 J 35. 3.2 0.50

2473.92 Hf II 12921 53331 15. 1.3 0.13

2481.44 Hf II 17830 58117 13. 1.2 0.07

2496.99 Hf II 3645 43681 5.3 0.50 -0.30

2500.74 Hf II 15084 55060 13. 1.2 0.09

145
Wavelength Spectrum Energy Levels

A K

2512.69 Hf II 4905 — 44691

Hf II 6344 461 25

2515.48 Hf II 13486 - 53227

2516.88 Hf II 3051 — 42771

2521.49 Hf II 17830 — 57478

2531.19 Hf II 4905 — 44400

2532 97 Hf111 11 305 1 425 1 8

2537.33 Hf II 3645 - 43044

2548.20 Hf II 13486 — 52717

2551.40 Hf II 17389 — 56572

2551.85 Hf 11 12921 52097

2559 19 HfI I X 11II 1 ''07 V7 / 1 5 1 1 34

2563.61 Hf II 4905 - 43901

2570.71 Hf II 15084 — 53973

2571.67 Hf II 3645 — 42518

2573.90 Hf II 12071 — 50910

2576.82 Hf II 8362 47158

2578.14 Hf II 4905 - 43681

2582.54 Hf II 3051 — 41761

2591.33 Hf II 0 — 38579

2599.22 Hf II 15084 — 53546

2606.37 Hf II 305

1

41407

2607.03 Hf II 6344 - 44691

2607.24 Hf II 14360 — 52703

2613.60 Hf II 17389 — 55639

2614.29 Hf II 15254 53494

2622.74 Hf II 3645 41761

2626.95 Hf II 6344 - 44400

2635.79 Hf II 17711 — 55639

2638.71 Hf II 0 — 37886

2641.41 Hf II 8362 — 46209

2647 29 Hf II O -7 *J i- 461 5 2649.15 Hf II 14360 - 52097

2651.16 Hf II 17369 — 55077

2652.86 Hf II 41407 — 79090

2657.50 Hf II 15084 52703

2657 84 Hf II 4905 425 18

2661.88 Hf II 6344 - 43901

2665.97 Hf II 12921 — 50420

2669.00 Hf II 3051 — 40507

2671.25 Hf II 13486 50910

2676 63 Hf II 1771

1

55060

2677.58 Hf II 6344 - 43681

2678.43 Hf II 17369 — 54693

2683.35 Hf II 15084 — 52340

2685.22 Hf II 17830 — 55060

2706.73 Hf II 13486 50420

2711.99 Hf II 17830 54693

2712.14 Hf II 12071 48931

2712.42 Hf II 4905 41761

gf Log gf

15. 1.4 0.14

22. 2.1 0.33

20. 1.9 0.28

13. 1.2 0.09

1 f\ 1 . D 0 1 Q

7.9 0.76 -0.12

1.1 0.11 -0.98

3.1 0.30 -0.52

15. 1.5 0.17

D. o 0 83

3.5 0.34 -0.47

14. 1.4 0.14

5.1 0.50 -0.30

9.0 0.89 -0.05

1 7 1 7 0 OQ

35. 3.5 0.55

17. 1.7 0.22

5.9 0.58 -0.23

3.6 0.36 -0.44

U.Jo U.UJ o — 1 lA

8.6 0.88 -0.06

4.0 0.41 -0.39

12. 1.2 0.07

7.8 ' 0.79 -0.10

A 8 0 A8

12. 1.2 0.07

5.1 0.53 -0.28

1.7 0.18 -0.75

13. 1.3 0.12

'4-. 1 n 43 —0 37

45. A.l 0.67

11. 2.9 0.46

6.1 0.64 -0.20

19. 2.0 0.30

1 J

.

1 A 0 1 s

9.3 0.98 -0.01

2.3 0.24 -0.61

4.5 0.48 -0.32

9.4 1.00 -0.00

U.OD n 070 — 1 1 s

5.1 0.55 -0.26

4.4 0.47 -0.33

0.36 0.039 -1.41

3.4 0.36 -0.44

A 1 A A 0 f\A

11. 1.1 0.06

11. 1.3 0.10

8.6 0.94 -0.03

1.8 0.20 -0.70

2.5 0.28 -0.55

146
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

2718.51 Hf II 14360 51 134

2732.68 Hf II 17389 53973

2738.76 Hf n 4905 41407

2751.81 Hf 11 8362 44691

2756.91 Hf II 1771

1

53973

2770.46 Hf II 12921 49006

2772.32 Hf II 14360 50420

2773.36 Hf II 6344 42391

2774.02 Hf II 8362 _ 44400

2775.27 Hf II 1 1952 47973

2786.30 Hf II 15254 51 134

2789.50 Hf II 17389 53227

2789.73 Hf II 1771

1

_ 53546

2808.00 Hf 11 4905 40507

2813.86 Hf II 3051 38579

2814.48 Hf II 13486 49006

2814.76 Hf II 1771

1

53227

2816.07 Hf II 17830 _ 53330

2820.22 Hf 11 3051 38499

2820.42 Hf II 13486 48931

2822.68 Hf II 6344 41761

2829.32 Hf II 17369 52703

2849.21 Hf II 12071 47158

2850.15 Hf II 12921 47996

2851.21 Hf II 6344 41407

2857.65 Hf II 12921 47904

2860.31 Hf II 17389 52340

2861.01 Hf II 0 34942

2861.70 Hf II 3645 38579

2869.82 Hf II 3051 37886

2876.33 Hf II 15084 49841

2879.1

1

Hf II 1 1952 46675

2885.47 Hf II 14360 49006

2898.71 Hf 11 13486 47973

2909.91 Hf II 0 34355

2917.49 Hf II 17830 52097

2919.59 Hf II 3645 37886

2929.63 Hf 11 0 34124

2937.80 Hf 11 8362 42391

2947.13 Hf 11 15084 49006

2960.82 Hf II 17369 51 134

2961.80 Hf II 12921 46675

2967.23 Hf II 1 1952 45643

2968.81 Hf II 4905 38579

2975.88 Hf 11 4905 38499

2977.60 Hf II 12921 46495

3000.10 Hf II 3051 36373

301 1.24 Hf II 1771

1

50910

3012.90 Hf II 0 33181

3016.94 Hf n 0 33136

7.5 0.84 -0.08

6.4 0.71 -0.15

7.7 0.87 -0.06

9.8 1.1 0.05

11. 1.3 0. 1

1

4.5 0.52 -0.29

4.9 0.56 -0.25

14. 1.6 0.21

4.5 0.52 -0.28

3.6 0.42 -0.38

5.5 0.64 -0.19

16. 1.9 0.28

25. 2.9 0.46

2.0 0.24 -0.63

1.2 0.14 -0.86

14. 1.7 0.23

15. 1.8 0.25

7.6 0.90 -€.04

6.1 0.73 -0. 14

4.5 0.54 -0.27

6.0 0.72 -0.14

13. 1.5 0.18

15. 1.9 0.27

5.0 0.61 -0.22

2.0 0.24 -0.61

3.7 0.45 -0.35

8.1 1.00 -0.00

1.4 0.17 -0.77

3.9 0.47 -0.32

0.56 0.069 -1.16

16. 1.9 0.28

2.7 0.34 -0.47

4.7 0.58 -0.23

9.4 1.2 0.08

0.22 0.028 -1.55

4.7 0.60 -0.22

1.4 0.18 -0.76

0.73 0.094 -1.03

1 1. 1.4 0.15

4.8 0.62 -0.21

8.2 1.1 0.03

6.1 0.80 -0.09

5.5 0.73 -0. 14

3.8 0.50 -0.30

4.6 0.61 -0.21

3.6 0.48 -0.32

0.49 0.066 -1.18

10. 1.4 0.15

1.3 0.17 -0.77

1.2 0.17 -0.77

147
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

3024.76 Hf II 17369 — 50420 Q ^

y.o 1.3 A 1 0. IZ

3025. 2y Hi II 8362 4140/ 1 n 1. / 0.Z3 —0.63

3031.16 Hf II 4905 37886 1 Q 0.z5 rv /:A —0.60

3046.08 Hf II 15084 — 47904 7.8 1.1 0.04

3054.52 Hf II 3645 — 36373 0.23 0.033 -1.48

3055.44 Hf II 15254 - 47973 3.3 r\ AC 0.46 —0.33

3064.68 Hf II 12071 44691 3.0 0.54 —0.Z7

3080.66 Hf II 17389 49841 1 n 1 A ATT 0.3 / 3092.24 Hf II 12071 — 44400 2.5 0.36 -0.44

3 101.40 Hf II

/' A A — 38579 1.9 0.27 -0.57

3 109. 12 Hf II y A A 6344 - 38499 0.56 —0.Z5

31 10.87 Hf II 14360 A A C\C 46495 6.0 A —o.oz 3116.95 Hf II 15084 47158 A < 4.5 0.65 —0. ly

3126.29 Hf II 4905 — 36883 0.15 0.023 -1.65

3133.50 Hf II 41761 — 73665 22. 3.2 0.51

Hf II T A C 1 305

1

— 34942 i . / 0.Z5 —0.60

3139.65 Hf II ^ A A 6344 381 86 O.o5 All 0. 1

3

—n OA o.yo

3140.76 Hf II 12071 43901 C\ A1 0.43 r\ -3-7 —0.3 / 3145.32 Hf II 0 — 31784 0.18 0.027 -1.57

3162.61 Hf II 12071 — 43681 17. 2.5 0.40

O 1 T /' O Z' 3176.86 Hf IIA C\f\ C 4905 — 36373 1 A

1 .4 A TA O.ZU —0.63'

3193.53 Hf II 3051 34355 U.oz A AO/I 0.0^4 1 A1 1 .U3

3194.19 Hf II 3645 34942 1 A 1.4 ATI O.Zl —0.60

3195.61 Hf II 14360 — 45643 2.6 0.40 -0.40

3 199.99 Hf II 15254 — 46495 7.3 1.1 0.05

3203.67 Hf II 13486 - 44691 1 A

1 .4 A T) U.ZZ A

3217.30 Hf II 3051 A t A 34124 n TO o.zy A r\A < 0.045 —1.35 1 1 ^ 3220.61 Hf II 15084 46125 o.o 1 A

1 .4 A 1 /I U. 14

3253.70 Hf II 3051 — 33776 1.3 0.21 -0.67

3255.28 Hf II 3645 — 34355 0.47 0.075 -1.13

3273.66 Hf II ^ A A 6344 - 36883 n (^A O.o4 A 1 A U. I U —A QQ

C\ C\Ci Hf II 3645 A t A 34124 (\AA U.44 A ATT U.U /Z —1 1 A 3283.38 Hf II 12071 42518 0. /y All v. I J —A 8Q

3310.86 Hf II 13486 — 43681 1.1 0.18 -0.74

3317.99 Hf II 3051 — 33181 0.23 0.038 -1.42

3323.36 Hf II 23146 - 53227 O.O 1.5 A 1 7 U. I / 3328.21 Hf II 4905 A C\ A 34942 O.zo A CXAI 0.04 /

1 11 1.3 J 3352.06 Hf II 8362 I 38186 z.O A 1A 0.34 A Al

3356.09 Hf II 17369 — 47158 6.0 1.0 0.01

3358.30 Hf II 17389 — 47158 4.8 0.81 -0.09

3384.14 Hf II 14360 - 43901 3.y A CC O.DO —A 1 8

3384.70 Hf II 3645 1 '> 1 O 1 33181 n in U.3U A A^') U.UjZ —1 98

3389.83 Hf II 3645 33136 1 .U A 1 8 —n 7<; 3394.59 Hf II 4905 — 34355 0.43 0.073 -1.13

3394.98 Hf II 1771

1

— 47158 9.7 1.7 0.23

3399.80 Hf II 0 — 29405 1 .

1

A 1 8 U. 1 o —n 74

Hf II 12071 41407 1 Q 1.7 A 11 yj.jj —nU.f480

3410.17 Hf II 15084 44400 1 .5 1 1 1.3 A 1 A

3413.74 Hf II 13486 42771 1 .6 nil U.J 1 —0U.JS 11 3421.42 . Hf II 4905 34124 0.077 0.014 -1.87

148
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

34Z0.37 1 T T T Hi II U lou

3438.24 Hf II 18898 47973

3462.64 Hf II 4905 - 33776

3478.99 Hf II 17389 — 46125

3479.28 Hf II 3051 — 31784

3487.57 Hf II 17830 46495

3495.75 Hf II 6344 34942

3495.93 Hf II 15084 — 43681

3505.23 Hf II 8362 — 36882

3518.75 Hf II 14360 — 42771

3535.54 U ^* TT Hi II A one 4yU5 "J 1 1 Q 1 33 1 o 1 3552.70 Hf II 3645 31784

3561.66 Hf II 0 — 28069

3569.04 Hf II 6344 — 34355

3597.42 Hf II 15254 — 43044

3oz4.UU LI ¥ ¥ Hi II

1 TOO 1 4U5U / 3630.87 Hf II 28105 55639

3644.36 Hf II 6344 — 33776

3661.05 Hf II 15084 — 42391

3665.35 Hf II 11952 — 39226

3698.40 Hf II 17369 AAA f\f\ 44400

3699.72 Hf II 13486 40507

3701.15 Hf II 17389 — 44400

3705.40 Hf II 17711 — 44691

3719.28 Hf II 4905 — 31784

3/3 /.oo Hi II

1 o o no 1 o8yo A A 1 45643

3744.98 Hf II 23146 49841

3747.49 Hf II 15084 — 41761

3762.51 Hf II 31878 — 58448

3766.92 Hf II 20135 — 46675

inn 1 1^ 3 / / 1.3o IJ -P ¥¥ HI II IZU/U 3o5 ly

3782.78 Hf II 12070 — 38499

3793.37 Hf II 3051 — 29405

3806.07 Hf II 21638 — 47904

3817.20 Hf II 17711 — 43901

3o4>'.5z Hi II 1771

1

43681

3867.34 Hf II 17830 43681

3872.55 Hf II 12071 — 37886

3877.10 Hf II 23146 — 48931

3880.82 Hf II 3645 — 29405

3883.77 Hf II 13486 39226

3900.65 Hf II 30942 56572

3917.45 Hf II 21638 — 47158

3918.09 Hf II 3645 — 29160

3923.90 Hf II 12921 — 38399

3929.54 Hf II 28105 53546

3935.65 Hf II 17369 42771

3964.95 Hf II 17830 43044

3979.40 Hf II 28105 53227

4047.96 Hf II 30942 55639

A AO A A A 1 C U.U15 t 0 —1.83

21. 3.7 0.57

0.23 0.041 -1.39

11. 1.9 0.28

0.44 0.080 -1.10

l.b f\ AO 0.48 A T ^ 0.56 0.10 -0.99

2.1 0.39 -0.41

4.8 0.89 -0.05

2.7 0.51 -0.29

1 1

1.3 A '>< U./5 A AA —U.oU

0.50 0.094 -1.03

0.44 0.083 -1.08

2.1 0.39 -0.40

4.8 0.94 -0.03

1 1 l.z ATI —U.o3

91. 18. 1.25

1.3 0.27 -0.57

2.4 0.48 -0.32

1.5 0.31 -0.51

T A 3.0 0.62 A 1 —O.zl

2.4 0.50 -0.30

10. 2.1 0.33

4.0 0.81 -0.09

0.56 0.12 -0.93

n A 7.0 1.5 A 1 ^

0. 16

12. 2.5 0.40

1.2 0.25 -0.61

20. 4.2 0.62

10. 2.2 0.34

A Id U.U / / —I.IZ

0.41 0.088 -1.05

0.29 0.063 -1.20

11. 2.5 0.39

2.7 0.59 -0.23

3.6 A OA A 1 A —U. lU

1.8 0.41 -0.39

0.91 0.20 -0.69

14. 3.3 0.51

0.16 0.036 -1.45

A

0.96 0.22 -0.66

8.8 2.0 0.30

4.9 1.1 0.05

0.24 0.055 -1.26

1.1 0.25 -0.61

22. 5.0 0.70

2.2 0.52 -0.28

1.6 0.37 -0.44

15. 3.5 0.55

25. 6.2 0.79

149
Wavelength Spectrum Energy Levels

A K

4049.45 Hf II 17830 - 42518

4093.16 Hf 11 3645 28069

41 13.53 Hf II 12071 36373

4127.80 Hf II 14360 _ 38579

4158.88 Hf II 17369 _ 41407

4162.36 Hf II 17389 - 41407

4187.66 Hf 11 18898 42771

4206.58 Hf 11 20135 43901

4232.44 Hf II 18898 42518

4245.84 Hf II 20135 _ 43681

4272.85 Hf II 13486 - 36883

4320.67 Hf II 17369 40507

4334.64 Hf II 23 146 46209

4336 66 Hf II 21638 44691

4350.5 1 Hf II 23 146 46125

4367.90 Hf II 13486 - 36373

4370.97 Hf II 12071 34942

4417.35 Hf II 15254 37886

4466.40 Hf II 20135 42518

4486.13 Hf II 12071 _ 34355

4573.79 Hf II 17369 - 39226

4605.77 Hf II 12071 33776

4622.70 Hf II 20135 41761

4664.12 Hf II 12921 34355

4699.72 Hf II 20135 41407

4719.10 Hf II 1 1952 - 33136

4731.37 Hf II 17369 38499

4790.72 Hf u 1771

1

38578

4817.21 Hf II 21638 42391

4934.45 Hf II 12921 33181

4999.68 Hf II 14360 - 34355

5040.82 Hf II 1 1952 31784

5079.65 Hf II 18898 38579

5 128.53 Hf II 17389 36883

5 187.75 Hf II 15084 34355

5247.10 Hf II 28105 - 47158

5260.44 Hf II 17369 36373

5264.95 Hf II 18898 37886

5298.06 Hf II 15254 _ 34124

53 1 1.60 Hf II 14360 33 181

5324.26 Hf II 14360 - 33136

5346.30 Hf II 28458 47158

5391.36 Hf II 17830 36373

5444.07 Hf II 20135 38499

5463 38 Hf II 13486 3 1784

5524.35 Hf II 15084 33181

5767.18 Hf II 12071 29405

5809.50 Hf II 1 1952 29160

5842.23 Hf II 17830 34942

6248.95 Hf 11 12071 28069

gA gf Loggf

108/sec

1.2 0.29 -0.54

0. 16 0.040 -1.39

0.35 0.089 -1.05

0.85 0.22 -0.66

1.0 0.27 -0.58

1.9 0.50 -0.3

1

1.5 0.40 -0.40

4.2 1.1 0.05

3.1 0.82 -0.09

0.99 0.27 -0.57

0.63 0.17 -0.76

0.83 0.23 -0.64

2.

1

0.60 -0.22

6.2 1.7 0.24

7.8 2.2 0.34

0.37 0. 1

1

-0 97

0.40 0. 1

1

-0.94

0.63 0.19 -0.73

0.86 0.26 -0.59

0.1

1

0.033 -1.49

0. 17 0.055 -1.26

0.038 0.012 -1.92

1.1 0.35 -0.46

0.13 0.044 -1.36

0.50 0.16 -0.78

0.056 0.019 -1.72

0.26 0.086 -1.06

0.23 0.078 -1.1

1

0.56 0.19 -0.71

0.027 0.0100 -2.00

0.024 0.0090 -2.04

0.041 0.016 -1.80

0.16 0.062 -1.21

0.060 0.024 -1.62

0.050 0.020 -1.70

3.3 1.4 0.13

0.072 0.030 -1.53

0. 14 0.057 -1.24

0'072 0.030 -1.52

0.064 0.027 -1.57

0.015 0.0062 -2.21

0.58 0.25 -0.61

0.055 0.024 -1.62

0.076 0.034 -1.47

0.025 0.01

1

-1.94

0.023 0.010 -1.98

0.0062 0.003 1 -2.51

0.0052 0.0026 -2.58

0 053 0.027 -1.57

0.020 0.012 -1.92

150
Wavelength Spectrum Energy Levels

AJrk. VIv

Hf 11 \ HJ \J\J — 7Q405

f\f\Al UOH- / C\f\

.

yjyj Hn f II i 11 Z. J) 1 H-U JO I 0\J

6754.61 Hf II 14360 - 29160

6980.91 Hf II 15084 - 29405

Hn f 11 1 W 1 J

Hf 11 18898 - 31784

8305.91 Hf II 17369 - 29405

gA gf Log gf

108/sec

0 074 0 016 — I .0\J 80

0V/. 11 11 0 075 — 11*1^1 7

0 017 0 0087 —7 08

0.017 0.012 -1.91

0.027 0.020 -1.70

0 011 0V7. 0098 \j\J y O —7 01

0.016 0.016 -1.79

151
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2536.52 Hg I 0 - 39412 3.5 0.34 -0.47

2752.78 Hg I 37645 - 73961 1.1 0.12 -0.92

2893.60 Hg I 39412 - 73961 1.9 0.23 -0.63

2967.28 Hg I 37645 - 71336 22. 2.9 0.47

3021.50 Hgl 44043 - 77129 4.0 0.54 -0.27

3125.66 Hgl 39412 - 71396 7.8 1.1 0.06

3131.55 Hg I 39412 - 71336 6.2 0.92 -0.04

3131.83 Hg I 39412 - 71333 6.2 0.92 -0.04

3341.48 He I 44043 - 73961 1.3 0.22 -0.67

3650.15 Hgl 44043 - 71431 64. 13. 1.11

3654.83 Hg I 44043 - 71396 6.8 1.4 0.14

3662.88 Hg I 44043 - 71336 1.8 0.37 -0.43

3663.28 Hg I 44043 - 71333 5.5 1.1 0.04

4046.56 Hg I 37645 - 62350 36. 8.8 0.94

4077.81 Hg I 39412 - 63928 2.6 0.64 -0.20

4358.35 Hg I 39412 - 62350 86. 24. 1.39

5460.74 Hg I 44043 - 62350 86. 38. 1.58

5769.59 Hg I 54U6y — I\5yb Q C O.O A 1 4.3 U.DJ

5790.65 Hgl 54069 - 71333 10. 5.1 0.71

152

/
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4040.81 Hoi 0 - 24660 8.0 2.0 0.29

4053.93 Ho I 0 - 24660 24. 5.9 0.77

4103.84 Ho I 0 - 24361 25. 6.3 0.80

153
Wavelength Spectrum Energy Levels gf Loggf

A K 1 n8 /con lu /sec

2389.54 In I 0 - 41836 0.17 0.015 -1.83

2460.08 In I 0 - 40637 0.38 0.035 -1.46

2468.02 In I 2213 - 42718 0.35 0.032 -1.50

252 1.37 In I 22 1

3

— 41862 0.93 0.089 -1.05

2560.15 In I 0 - 39048 A 1 U.40 A lA

2601.76 In I 2213 - 40637 1.4 0.14 -0.86

2710.26 In I 2213 - 39098 7.3 0.81 -0.09

2713.94 In 1 2213 - 39048 1.4 0.15 -0.82

2753.00 In I U — 36302 1.5 0.17 -0.77

2775.37 In I 0 - 36020 U.U / 7 U.UU7 1

2836.92 In I 2213 - 37452 0.54 0.065 -1.18

2858.14 In I 0 - 34978 0.045 0.0055 -2.26

2932.63 In I 2213 - 36302 2.5 0.32 -0.50

zy5 /.u 1 In I , IL 1

3

— 1 A^ A 360zU 0.042 0.0055 -2.26

3039.36 In I 0 - 32892 7 1 / . 1 n QQ U.U 1

3256.09 In 1 2213 - 32916 12. 2.0 0.30

3258.56 In I 2213 - 32892 2.9 0.46 -0.34

4104.76 In 1 0 - 24373 1.9 0.47 -0.33

45 1 1 .3 1 In I 22 1

3

— 24373 2.2 0.66 -0.18

6847.44 In I 24373 - 38972 U.U07 U.UOJ

6900.13 In I 24373 - 38861 0.044 0.031 -1.51

154
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2306.06 In II 0 - 43349 0.032 0.0025 -2.60

155
Wavelength Spectrum Energy Levels

A K

2010 65 Ir I 0 4971

9

2022.35 Ir I 2835 - 52266

2033.57 Ir I 0 — 49159

2052.22 Ir I 6324 — 55036

2060.64 Ir I 7107 — 55619

2083 22 Ir I 5785 53772

2085.74 Ir I 7107 - 55036

2088.82 Ir I 0 — 47858

2092.63 Ir I 2835 — 50606

2112.68 Ir I 6324 — 53642

21 19.54 Ir I 0 47165

inSAA Ir I 7107 — 54141

1X11.51 Ir I 2835 — 49824

2127.94 Ir I 0 — 46979

l\4S.ll Ir I 7107 — 53642

21 50 54 Ir I 4079 50564

2155.81 Ir I 0 - 46311

2158.05 Ir I 2835 — 49159

2162.88 Ir I 0 — 46220

2175.24 Ir I 0 — 45957

2178.17 Ir I 0 45896

2191.64 Ir I 2835 — 48449

2220.37 Ir I 2835 — 47858

2253.38 Ir I 7107 — 51471

2255.10 Ir I 2835 — 47165

2255 81 Ir I 5785 50101

2258.51 Ir I 9878 - 54141

2258.86 Ir I 6324 — 50580

2264.61 Ir I 2835 — 46979

2266.33 Ir I 6324 — 50434

Tr I 1 0579 54619

2280.00 Ir I 6314 — 50170

2281.91 Ir I 9878 — 53687

2284.60 Ir I 13940 — 57698

2295.08 Ir I 5785 — 49342

2298 05 Ir I 1 183

1

55333

2299.53 Ir I 7107 - 50580

2300.50 Ir I 6324 — 49779

2304.22 Ir I 2835 — 46220

2305.47 Ir I 5785 — 49146

2307 27 Ir I 7107 50434

2308.93 Ir I 6324 - 49621

2315.38 Ir I 0 — 43176

2321.45 Ir I 7107 — 50170

2321.58 Ir I 2835 — 45896

2327.98 Ir I 12218 55161

2333.30 Ir I 5785 48629

2333.84 Ir I 6324 49159

2334.50 Ir I 6324 49146

2343.18 Ir I 5785 48449

gl«rf Loggf

108/sec

2.1 0.13 -0.89

3.2 0.20 -0.71

3.8 0.24 -0.62

nyj.Ly 70 —A ^A

4.1 0.26 -0.58

3.4 0.22 -0.65

3.3 0.22 -0.67

5.6 0.36 -0.44

—0 70

3.4 0.23 -0.64

0.74 0.050 -1.30

3.1 0.21 -0.68

1.6 0.11 -0.96

7 1 n 1 A —0 84

7.0 0.48 -0.32

3.0 0.21 -0.68

1.5 0.11 -0.97

8.7 0.61 -0.21 n 08"^ U.Uo J —11 .Uo 08

1.1 0.19 -0.72

1.6 0.11 -0.95

1.0 0.074 -1.13

2.3 0.17 -0.77

11 nu. u. / u —O 17

4.3 0.33 -0.48

5.8 0.44 -0.35

2.6 0.20 -0.70

6.3 0.48 -0.32

1 Q n 1 A —O 84

5.4 0.42 -0.38

9.6 0.74 -0.13

3.7 0.29 -0.54

6.2 0.49 -0.31

—0 4'^

1.9 0.15 -0.82

10. 0.83 -0.08

3.2 0.26 -0.59

5.6 0.44 -0.35

8 7 U.OJ —0\j. 11 Qy

2.5 0.20 -0.70

1.6 0.13 -0.90

6.1 0.49 -0.31

0.65 0.052 -1.28

U.J 1 —oU.JS 11 1.4 0.11 -0.95

3.7 0.30 -0.52

4.0 0.32 -0.49

6.3 0.51 -0.29

5.0 0.41 -0.39

13. 1.1 0.03

156'
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

Z343.0

1

±r I J /OJ /t Q /I /I 1 4544

1

2352.62 Ir I 12218 — 54711

2355.00 Ir I 9878 — 52327

2358.16 Ir I 4079 — 46472

2360.73 Ir I 9878 — 52224

ir I 63z4 /I oz: T Q 4oozy

2372.77 Ir I 0 — 42132

2377.28 Ir I 7107 — 49159

2377.98 Ir I 7107 — 49146

2379.38 Ir I 4079 — 46094

Z JO 1 .OZ 1 r I OjZ4 AHoZyy OQQ

2383.17 Ir I 13088 — 55036

2383.79 Ir I 9878 - 51815

2386.89 Ir I 6324 — 48207

2390.62 Ir I 2835 — 44652

9-JQ1 1

0

T I X r 1 ZoJ J 2401.77 Ir I 13088 — 54711

2407.59 Ir I 7107 - 48629

2409.37 Ir I 4079 — 45571

2410.17 Ir I 13088 — 54566

Z41U. / J ir I IZZ 1 0 J JOO / 2413.31 Ir I 4079 — 45503

2415.86 Ir I 5785 — 47165

2418.11 Ir I 7107 — 48449

2424.32 Ir I 10579 — 51815

Z4Z4.00 1 r I ^11 (\Q J 1 1 Uo

2424.89 Ir I 5785 — 47011

2424.99 Ir I 6324 — 47549

2425.66 Ir I 6324 - 47537

2426.78 Ir I 5785 - 46979

Z'fZ / .0

1

± r 1 4U/in7Q/ y 4jZJ 7

Ir I 0 — 41119

2431.94 Ir I 4079 - 45186

2432.36 Ir I 7107 - 48207

2432.58 Ir I 13940 — 55036

Z4j J. 1

4

± r I 1 3Uoo 1 A 1 j4141

2436.42 Ir I 13088 — 54119

2445.34 Ir I 6324 — 47206

Ir I 17779 — 58625

Ir I 6324 — 47165

z44o.z3 ir I J /OJ 400l 0

2449.02 Ir I 12952 — 53772

2452.81 Ir I 2835 — 43592

2454.12 Ir I 12952 — 53687

2455.61 Ir I 0 — 40711

2455.87 Ir I 4079 44785

2457.03 Ir I 5785 46472

2457.23 Ir I 13088 53772

2462.36 Ir I 13088 53687

2463.03 Ir I 12218 52807

o.u n AO n 1

1

2.6 0.21 -0.67

11. 0.90 -0.05

2.4 0.20 -0.70

9.6 0.80 -0.10

L 1

.

0 1 Z.5 U.36

6.9 0.59 -0.23

3.2 0.27 -0.57

3.2 0.27 -0.57

3.4 0.29 -0.53

A 0.4 U.J J ^J.ZO

7.5 0.64 -0.19

2.0 0.17 -0.76

16. 1.4 0.13

12. 1.0 0.02

11 A4. 1 .z n no

3.7 0.32 -0.50

4.1 0.35 -0.45

2.4 0.21 -0.68

13. 1.1 0.06

1 Z. 1 n 1 .U u.u 1 4.4 0.39 -0.41

5.0 0.44 -0.36

12. 1.1 0.04

5.2 0.45 -0.34

A4.0 n /1

1

U.4

1

^J.jy

3.2 0.29 -0.54

6.5 0.57 -0.24

5.1 0.45 -0.35

0.81 0.071 -1.15

A Q n A'i —AU.JO

1.7 0.15 -0.83

13. 1.2 0.07

3.8 0.33 -0.48

6.2 0.55 -0.26

1 J. 1 A 1 .4 c\ ^ A

U. 14

4.9 0.44 -0.36

4.7 0.42 -0.37

4.2 0.37 -0.43

4.7 0.42 -0.38

3.3 U.3U —U. JZ

2.7 0.24 -0.62

6.8 0.61 -0.21

5.4 0.48 -0.32

4.5 0.40 -0.39

Z.4 u.zz

3.6 0.32 -0.49

14. 1.2 0.09

5.4 0.49 -0.31

4.8 0.44 -0.36

157
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

2464.90 Ir I 1 1831 52388 4.5 0.41 -0.38

2465.09 Ir I 13088 - 53642 8.0 0.73 -0.14

2467.30 Ir I 4079 44597 8.7 0.79 -0.10

2475.12 Ir I 0 40390 10. 0.93 -0.03

2478. 1

1

Ir I 2835 43 1 76 1 .4 0. 1

3

-0.89

2479.16 Ir I 13940 54264 2.9 0.27 -0.57

2481.18 Ir I 0 - 40291 6.2 0.57 -0.24

2485.38 Ir I 9878 50101 A f\ 4.0 0.37 -0.43

2486.37 Ir I 18547 58754 4.3 0.40 -0.40

2486.75 Ir I 13940 54141 2.9 0.27 -0.58

2489.20 Ir I 16103 56265 3.5 0.33 -0.48

2493.08 Ir I 7107 - 47206 13. 1.2 0.09

2496.27 Ir I 6324 46372 3.5 0.33 -0.48

c f\f\ ^ 2500.27 Ir I 11831 51815 4.3 0.40 . -0.40

2502.63 Ir I 9878 49824 9.2 0.86 -0.06

2502.98 Ir I 0 39940 11. 1.1 0.03

2504.37 Ir I 17779 - 57697 16. 1.5 0.18

2505.74 Ir I 6324 46220 2.0 0. 1

9

-0.71

2506.60 Ir I 12506 52388 4.6 0.44 -0.36

2507.63 Ir 1 10579 50445 5.1 0.49 -0.3 1

2508.35 Ir I 12952 52807 4.9 0.46 -0.34

2509.71 Ir I 12218 - 52052 8.8 0.83 -0.08

25 1 1.94 Ir I 12506 52304 9.2 0.87 -0.06

^ C 1 T ^ 1 25 13.71 Ir 1 A /' f\C\ A 46094 3.3 0.3 1 —0.50

2515.36 Ir I r\ o T o 9878 4962

1

A A 4.4 0.42 -0.37

2525.05 Ir I 10579 50170 6.6 0.63 -0.20

2516.11 Ir I 19061 - 58625 4.3 0.41 -0.38

2532.20 Ir I 18547 58027 5.2 0.50 —0.30

2532.52 Ir I 5785 45259 1.5 0. 15 -0.83

2533.13 Ir I 9878 49342 34. 3.3 0.5

1

2534.46 Ir I 2835 42279 6.1 0.59 -0.23

2537.22 Ir I 5785 - 45186 7.0 0.68 -0.17

2537.68 Ir 1 16103 55497 13. 1.3

1 1 0. 1

1

2538.88 Ir I 12952 52327 2.3 0.22 -0.65

2540.40 Ir I 12952 52304 2.3 0.22 -0.65

2541.48 Ir I 1 1831 51 166 4.9 0.47 -0.32

2542.02 Ir I 5785 - 451 12 6.9 0.67 -0.17

2543.97 Ir I 2835 42132 A f\ 40. 3.9 0.59

2545.54 Ir I 12952 52224 8.0 0.78 —0. 1

1

2546.03 Ir I 7107 46372 1 A 14.

11.3 AIT 0.13

2547.20 Ir I 6324 45571 1.7 0.16 -0.78

2547.69 Ir I 13088 - 52327 7.0 0.68 -0.17

2551.40 Ir I 12952 52134 1 1. 1 .

1

0.05

2554.40 Ir I 13088 52224 1 f\ 10.

1 r\ 1.0 0.01

2555.35 Ir I 4079 43202 1.4 0. 14 —0.85

2555.88 Ir 1 7107 2.8 0.27 -0.56

2563.28 Ir I 5785 44785 1.6 0.16 -0.81

2564.18 Ir I 7107 46094 15. 1.5 0.17

2569.88 Ir I 12952 51852 11. 1.1 0.04

2570.62 Ir I 12218 51 108 4.9 0.49 -0.31

158
Wavelength Spectrum Energy Levels gA gf Log gf

A K 1 Aft /

2572.07 Ir I 10579 - 49446 2.6 0.25 —0.59

2572.37 Ir I 12952 51815 3.8 0.38 -0.42

2572.70 Ir I 5785 44643 2.4 0.24 -0.62

2577.26 Ir 1 7107 45896 11. 1.1 0.05

2578.71 Ir I 16565 55333 O A 8.4 c\ a A 0.84 -0.08

2578.91 Ir 1 1 3088 - 51852 3.9 0.38 —0.41

2583. 18 Ir I 18547 57248 3.6 0.36 r\ A A -0.44

2592.06 Ir I 0 38568 1.4 0.14 -0.84

2599.04 Ir I 7107 45571 10. 1.0 0.02

2602.04 Ir I 16565 54985 1 1.

11 .2 0.07

2604.55 Ir I 1 3088 - 51471 9.5 0.96 —0.02

2607.52 Ir I 1 3088 51427 9.4 0.96 -0.02

2608.25 Ir 1 6324 44652 7.6 0.77 -0.1

1

2611.30 Ir I 2835 — 41 119 7.0 0.71 -0.15

2612.04 Ir I 6324 — 44597 0.77 0.078 -1.11

2614.98 Ir I 0 - 38230 0.36 0.037 1 A —\ .43

2615.88 Ir I 16103 54320 C A 5.4 0.55 -0.26

2617.78 Ir I 4079 42268 1.8 0.19 -0.73

2619.88 Ir I 0 38158 0.36 0.037 -1.43

2625.32 Ir I 710/ 45186 3.

1

0.32 —0.49

2625.67 Ir r 16565 - 54639 3.2 0.33 —0.48

2626.76 Ir I 12506 50564 4.6 0.47 —0.32

2628.20 Ir I 16103 54141 3.8 0.39 -0.41

2629.41 Ir I 13088 51 108 2.0 0.21 -0.68

Ir 1 12218 50170 29. 3.0 f\ AO 0.48

Ir I 4079 - 42014 0.85 0.089 -1.05

2638.97 Ir I 12218 50101 1.4 0. 14 -0.85

2639.42 Ir I 2835 4071

1

0.89 0.093 -1.03

2639.71 Ir I 0 37872 5.6 0.59 -0.23

2640.38 Ir I 10579 48441 1 .5 0. 16 -0.79

2644.19 Ir I 5785 - 43592 1.7 0.18 -0.76

2653.76 Ir I 9878 47549 A f\ 4.0 0.43 /ATT -0.37

2653.95 Ir I 16103 53772 5.1 0.54 -0.27

2656.81 Ir I 10579 — 48207 2.9 0.31 -0.51

2657.7

1

Ir I 1 183

1

49446 1.2 0. 13 -0.89

2661 .98 Ir I 2835 - 40390 8.9 0.94 -0.03

2662.63 Ir 1 7 107 44652 5.9 0.63 -0.20

2663.31 Ir I 7107 44643 1.4 0.14 -0.84

2664.79 Ir I 0 37515 6.1 0.65 -0.19

2668.99 Ir I 2835 40291 0.66 0.071 -1.15

2669.46 Ir 1 16103 - 53553 5.7 0.61 -0.21

2669.91 Ir I 4079 41522 3.6 0.38 -0.42

2671.84 Ir I 5785 43201 5.7 0.61 -0.21

2673.61 Ir I 5785 43176 3.6 0.39 -0.41

2676.83 Ir I 13088 50434 8.2 0.88 -0.05

2679.06 Ir I 1 1 83

1

49146 5.0 0.54 -0.27

268 1.10 Ir I 5785 43072 0.58 0.063 -1.20

2682.46 Ir I 6324 43592 0.34 0.037 -\.44

2684.04 Ir I 10579 47825 4.4 0.47 -0.33

2691.06 Ir I 12952 50101 3.5 0.38 -0.42

159
Wavelength Spectrum Energy Levels

A K

2692.34 Ir I 4079 41210

2692.88 Ir I 12218 — 49342

Ir I 17779 54895

2694.23 Ir I 2835 39940

2704.03 Ir I 2835 39806

2704.93 Ir I 10579 47537

2706.88 Ir I 17779 - 54711

11X1.1A Ir I 6324 43176

2720.45 Ir I 6324 43072

1117>.16 Ir I 16103 52807

2729.56 Ir I 10579 47204

2730.71 Ir I 11831 - 48441

11?>1.61 Ir I 12218 48802

2739.32 Ir I 13940 50434

2740.00 Ir I 7107 43592

2740.18 Ir I 5785 42268

2744.00 Ir I 10579 - 47011

2747.51 Ir I 19593 55979

2749.32 Ir I 17779 54141

2758.23 Ir I 5785 42029

2759.32 Ir I 12218 48449

2759.91 Ir I 12218 - 48441

2767.65 Ir I 16103 52224

2771.61 Ir I 7107 43 176

2772.46 Ir I 13088 49146

2774.58 Ir I 16103 52134

2775.55 Ir I 9878 - 45896

2777.43 Ir I 1 1831 47825

2781.29 Ir I 6324 .42268

2785.22 Ir I 10579 46472

2796.46 Ir I 16103 51852

2797.35 Ir I 5785 - 41522

2797.70 Ir I 2835 38568

2798.18 Ir I 4079 39806

2799.74 Ir I 16681 52388

2800.82 Ir I 9878 45571

2812.80 Ir I 13088 - 48629

2823.18 Ir I 0 3541

1

2824.45 Ir I 2835 38230

2830.17 Ir I 2835 38158

2830.51 Ir I 12218 47538

2831.36 Ir I 9878 - 45186

2835.66 Ir I 12952 48206

2836.40 Ir I 4079 39324

2837.33 Ir I 9878 451 12

2839.16 Ir I 13088 48299

2840.22 Ir I 6324 41522

2842.28 Ir I 7107 42279

1%A9.11 Ir I 0 35081

2855.82 Ir I 18547 53553

gA gf Loggf

108/sec

11 . 7/ U. 1 7 —nu. 79/ z

1 .J U. 1 o —nu. 7Q/ y nU.J17/ —C\ AA

13. 1.5 0.16

0.47 0.051 -1.29

1 <

1 . J n 1

7

U. 1 / —nu. 77/ / U. jO —n 44

11 . 8o u.zu —ft 7ft U. / U

0.74 0.082 -1.08

3.3 0.37 -0.43

1 A U. 1 o—ftU. 7Q/ y

Z.J nU.Zo98 —ftU.J J

^ A nU.JO18 —ftu.tz49

2.3 0.26 -0.58

0.43 0.049 -1.31

yj.jK} U.Uj't —1 47

A A n '^9 U. JZ —ft 90

J.O 1 8 n A'x U.'t J

—ftU.J17/ 3.2 0.36 -0.45

0.67 0.077 -1.12

J.L nU. 17J / —ft 44

Z.O n 9Q —ftU.J^1J

Z..J nU.Z79Q —ft *\4 U. J^

0.93 0.11 -0.97

18. 2.1 0.31

Z.J nU.Z79Q —ftU. j'4 ^4

o.u 0u. 70/ u —ft 1 f\ U. 1 O

1j.'tA U. J 7 —ft 41

4.6 0.53 -0.27

9.7 1.1 0.05

7/ .z9 nU.o't 84 —ft ft8 Q n 4A —ftU. 11J J

C 1 J. 1 U.DU —ftu.zz99

1.7 0.20 -0.70

3.9 0.46 -0.34

Q 1 1 1 1 .

1

ftU.U^ft4 9z.un n 94. —ftU.DZ69

OU.07SQ nil —ft Q7

3.5 0.42 -0.37

0.19 0.023 -1.63

9z.z9 nU.ZO9^> —ft n 84 U. 1

U

—1 ftft J.U U.O 1 —ftu.zz99

3.2 0.39 -0.41

3.3 0.40 -0.40

c 1 J 1

.

A 9 O.Z ft\j. 7Q1 y

o.u nU. 71/ J

—ftU. 141

1

1 < 1 .J n 1

8

U. 1 o

—ftU. 74/f

A+.0A U. JO —ftU.Z9SJ 4.6 0.56 -0.25

160
Wavelength Spectrum Energy Levels gA gf Log gf

A

XT' • K 10^/sec

2860.66 Ir I 12218 - 47165 1.5 0.18 -0.74

2863.84 Ir I 9878 - 44786 2.0 0.25 -0.60

2866.69 Ir I 12952 - 47825 2.3 0.29 -0.54

2867.63 Ir I 16565 - 51427 2.9 0.35 -0.45

2869.70 Ir I 10579 - 45415 1.8 0.22 -0.65

2875.60 Ir I 9878 - 44643 6.8 0.85 -0.07

2875.98 Ir I 12218 - 46979 13. 1.7 0.22

2877.68 Ir I 5785 - 40525 1.5 0.19 -0.72

2879.41 Ir I 9878 - 44597 2.4 0.30 -0.52

2881.16 Ir I 12506 - 47204 2.0 0.25 -0.60

2882.64 Ir I 2835 - 37515 2.0 0.25 -0.61

2897.15 Ir I 5785 - 40291 3.5 0.44 -0.36

2899.63 Ir I 16103 - 50580 6.1 0.77 -0.11

2900.39 Ir I 19593 - 54061 4.1 0.52 -0.28

2901.95 Ir I 13088 - 47538 10. 1.3 0.12

2904.80 Ir I 7107 - 41522 1.9 0.25 -0.61

2905.64 Ir I 4079 - 38485 0.13 0.017 -1.78

2907.24 Ir I 6324 - 407 1

1

1.2 0.15 -0.81

2909.56 Ir I 13940 - 48299 3.3 0.42 -0.38

2916.36 Ir I 4079 - 38358 1.3 0.17 -0.77

2918.57 Ir I 12218 - 46472 7.2 0.92 -0.03

2924.79 Ir I 0 - 34180 4.2 0.53 -0.27

2930.63 Ir I 12506 - 46618 2.7 0.34 -0.46

2934.64 Ir I 6324 - 40390 6.8 0.87 -0.06

2936.68 Ir I 4079 - 38121 2.6 0.33 -0.48

2938.47 Ir I 5785 - 39806 1.1 0.15 -0.83

2939.27 Ir I 7107 - 41119 1.3 0.17 -0.78

2940.54 Ir I 16103 - 50101 9.5 1.2 0.09

2941.08 Ir I 10579 - 44570 0.73 0.095 -1.02

2943.15 Ir I 6324 - 40291 15. 1.9 0.28

2946.97 Ir I 13088 - 4701

1

8.4 1.1 0.04

2949.76 Ir I 13088 - 46979 7.3 0.96 -0.02

2951.22 Ir I 0 - 33874 1.0 0.13 -0.87

2962.99 Ir I 11831 - 45571 3.6 0.47 -0.32

2965.20 Ir I 9878 - 43592 0.66 0.086 -1.06

2968.49 Ir I 12218 - 45896 0.90 0.12 -0.93

2974. 10 Ir I 4079 - 37693 0.071 0.0094 -2.03

2974.95 Ir I 16565 - 50170 15. 1.9 0.29

2980.65 Ir I 5785 - 39324 1.8 0.24 -0.62

2985.80 Ir I 6324 - 39806 0.71 0.095 -1.02

2990.62 Ir I 1 1831 - 45259 4.2 0.57 -0.25

2996.08 Ir I 4079 - 37446 0.73 0.099 -1.00

2997.19 Ir I 11831 - 45186 1.5 0.20 -0.70

2997.41 Ir I 12218 - 45571 4.3 0.58 -0.24

3002.25 Ir I 9878 - 43176 2.7 0.36 -0.44

3003.63 Ir I 7107 - 40390 3.4 0.46 -0.34

3005.21 Ir I 13940 - 47206 3.2 0.43 -0.37

3009.90 Ir I 16565 - 49779 2.7 0.37 -0.43

3011.69 Ir I 9878 - 43072 2.0 0.27 -0.57

3016.43 Ir I 12952 - 46094 3.6 0.49 -0.31

161
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3017.31 Ir 1 13088 46221 8.2 1.1 0.05

3019.23 Ir I 26307 - 59419 27. 3.7 0.57

3020.01 Ir 1 26307 59410 16. 2.2 0.35

3022.41 Ir I 26307 59384 16. 2.2 0.35

3025.82 Ir I 13940 46979 4.0 0.55 -0.26

3029.36 Ir I 6324 39324 1.6 0.22 -0.66

3032.41 Ir I 12218 - 45186 1.5 0.21 -0.68

3033.62 Ir 1 1 183 1 44786 0.80 0.1

1

-0.95

3037.75 Ir I 12506 45415 2.2 0.3 1 -0.51

3039.26 Ir 1 122 1 8 45 1 12 7.1 0.98 -0.01

3040.47 Ir I 18547 51427 4.9 0.68 -0.17

3047.16 Ir I 13088 - 45896 8.1 1.1 0.05

3049.44 Ir I 5785 38568 1.0 0.14 -0.84

3052.16 Ir I 19061 — 51815 3.9 0.54 -0.26

3053.60 Ir I 1 1831 — 44570 1.5 0.21 -0.67

3057.28 Ir I 7107 39806 1.5 0.20 -0.69

3061.41 Ir 1 17779 - 50434 5.2 0.73 -0.13

3064.51 Ir I 10579 — 43201 0.69 0.098 -1.01

3068.89 Ir I 2835 3541

1

3.

1

0.44 -0.36

3069.09 Ir I 5785 38358 0.84 0.12 -0.93

3069.71 Ir I 12218 44785 5.2 0.73 -0.14

3076.69 Ir I 10579 - 43072 2.9 0.40 -0.39

3083.22 Ir I 12218 44643 8.4 1.2 0.08

3086.44 Ir 1 9878 42268 3.2 0.46 -0.34

3088.04 Ir I 5785 38158 1.6 0.23 -0.64

3094.01 Ir I 4079 36390 0.18 0.026 -1.59

3100.29 Ir I 2835 - 35081 0.89 0.13 -0.89

3 100.45 Ir I 6324 38568 2.4 0.34 -0.47

31 14.05 Ir I 16103 48206 4.1 0.60 -0.22

31 14.55 Ir I 13088 45186 2.8 0.40 -0.39

3120.76 Ir I 6324 38358 1.5 0.22 -0.65

3121.78 Ir I 13088 - 45112 6.1 0.88 -0.05

3122.38 Ir I 13940 45957 3.5 0.51 -0.30

3128.39 Ir I 13940 45896 2.6 0.39 -0.41

3133.09 Ir I 5785 37693 0.26 0.039 -1.41

3133.32 Ir I 6324 38230 15. 2.2 0.34

3140.41 It I 12952 - 44786 1.9 0.29 -0.54

3145.07 Ir I 28452 60239 21. 3.1 0.49

3 150.61 Ir I 5785 375 15 0.68 0.10 -0.99

3154.55 Ir I 12952 44643 1.9 0.28 -0.55

3154.74 Ir I 10579 42268 2.6 0.39 -0.41

3159.15 Ir I 12952 - 44597 5.0 0.75 -0.12

3168.18 Ir I 13088 — 44643 3.8 0.57 -0.25

3168.88 Ir I 6324 — 37872 1.9 0.29 -0.54

3177.58 Ir I 7107 — 38568 1.8 0.27 -0.58

3180.35 Ir I 16103 47538 10. 1.6 0.19

3198.92 Ir I 7107 38358 1.7 0.25 -0.59

3212.12 Ir 1 7107 38230 2.7 0.41 -0.38

3213.55 Ir 1 19061 50170 7.3 1.1 0.06

3218.46 Ir I 16103 47165 3.9 0.61 -0.22

162
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3219.51 Ir I 7107 38158

3220.78 Ir 1 2835 — 33874

3221.28 Ir I 28452 59487

3229.28 Ir I 12218 43 1 76

3230.76 Ir I 10579 41522

3232.00 Ir I 28452 59384

3241.52 Ir I 4079 - 34920

3254.40 Ir I 1 9061 49779

3262.01 Ir I 9878 40525

3266.44 Ir I 5785 36390

3277.28 Ir I 13088 43592

3287.06 Ir 1 9878 - 40291

3287.59 Ir I 7 107 37515

33 10.52 Ir I

1 1 O O 1 1 183

1

42029

33 12. 13 Ir I 11831 A^ f\ \ A 42014

3322.60 Ir I 13088 43176

3322.87 Ir I 19060 - 49147

3334. 16 ir I

1

"5 AO O 43U7z

3338.37 Ir I 10579 40525

3368.48 Ir I 2835 325 1 3

3419.42 Ir I 13940 43176

3437.02 Ir I 6324 - 35411

3437.50 Ir I 16103 45 1 86

3448.97 Ir I A /A "7 f\ 4079 33065

Ir I 6324 35081

Mll.ll Ir I 10579 39325

3484.48 Ir I 9878 - 38568

35 1 3.64 Ir I 0 28452

35 1 5.95 Ir 1 1 1 07 35540

3522.03 Ir I 4079 ^ A ^ A 32464

3557.17 Ir I 16681 44785

3558.99 Ir I 5785 - 33874

3568.00 Ir I 1 2506 40525

35 15. 11 Ir I 7107 C AO 1 3508

1

3594.39 Ir I 7 107 34920

3609.77 Ir I 2835 30530

3617.21 Ir I 9878 - 37515

3625.7

1

Ir I 12952 40525

3626.29 Ir I 9878

3628.67 Ir I 6324 33874

3636.20 Ir I 1 1831 39324

3661.71 Ir I 13088 - 40390

3664.62 Ir I 5785 33065

3674.98 Ir I 1 3088 40291

3687.08 Ir I 10579 37693

3698. 10 Ir I 19060 46094

3725.38 Ir I 19060 45896

3738.53 Ir I 6324 33065

3747.20 Ir I 5785 32464

3750.40 Ir I 32831 59487

1.6 0.25 -0.61

6.6 1.0 0.01

A C 4.5 0.65

5.4 AC? —A A"? U.U /

1 .

1

A 1 O

0. 1 o A n ? —0. /5

17. 2.7 0.43

0.82 0.13 -0.89

n A 1 'J 1.3 A 1 A

1 .7 A ^ O 0.28 A C

1 A

1 .0 A 1 0. 16 A T O —0.78

3.3 0.53 -0.27

0.49 0.080 -1.10

U.3 / A A/1 1 0.06

1

— 1 .Zz

A 1 C 0.35 A /I C —0.45

1 .

1

A 1 O

U. 1 o A 1 C —U. /5

3.7 0.62 -0.21

7.2 1.2 0.07

A 1 Q v.jy A A A —U.4U

U. j3 A AO Q — 1 AC 1 .1)5 A C 1 O.J 1 A AO"? — 1 A^ 1 .Do

1.2 0.20 -0.69

1.4 0.25 -0.60

3.4 A ^A A O O —U.ZZ

0.45 A AOA —1 1 A

1 . 10

0. 16 A AO n 0.029 1 C A —1 .54

0.40 0.072 -1.14

0.43 0.078 -1.11

A QQ v.yy

A 1 O

U. 1 o A "7 A —U. /4

A ?A A AQ "2 U.UV3 —11 A'2 .03

A 1 Q U.3V A ATO U.U /z —1 1/1 1.14

5.0 0.95 -0.02

0.46 0.088 -1.06

A C7 V.J / A 1 1 U. 1 1 A O/: —{j.yo

Z.J I). 4 / A 1 1 —U.33

U.o3 A 1 O0. 1 z A O 1 —o.y 1

0.13 0.025 -1.61

0.78 0.15 -0.81

A T7 0.77 A 1 C

0. 1

5

—0.82

0.65 All 0. 1 3 —0.89 AOA

0.96 1 A0. 1

9

-0.72

1.5 0.30 -0.52

2.8 0.57 -0.25

0.36 0.072 1 i A -1.14

A A C A 0.59 —0.23

A O O 0.88 A 1 O

0. 1

8

-0.75

3.9 0.80 -0.10

6.3 1.3 0.12

AIT 0. 17 A Ai ^: 0.036 1 AC —1.45

0.56 0.12 -0.93

14. 2.8 0.45

163
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

3753.32 Ir I 16565 — 43201 0.85 0.18 -0.75

3768.68 Ir I 11831 38358 0.38 0.081 -1.09

3770.73 Ir I 9878 36390 0.16 0 033 —1 48

3793.79 Ir I 13940 40291 1.1 0 24

3794.06 Ir I 12218 38568 0.20 0 044 —1 36

3800.12 Ir I 0 — 26308 0.59 0.13 -0.90

3817.24 Ir I 6324 32513 0.25 0.056 -1.26

3865.64 Ir I 1 1831 37693 0.83 0 19 —0 73

3902.51 Ir I 2835 28452 0 17 0 039 —1 41

3902.66 Ir I 12952 38568 0.60 0 14 —0V/. 87o /

3915.38 Ir I 9878 - 35411 1.2 0.28 -0.55

3934.84 Ir I 7107 32513 0.48 0.11 -0.95

3946.27 Ir I 16681 42014 2.1 0.48 -0 31

3951.95 Ir I 12218 37515 0.31 0 074 —1 1 3

3952.62 Ir I 17779 43072 0 75 0 1 8 —0 75

3962.78 Ir I 12218 - 37446 0.15 0.036 -1.44

3966.09 Ir I 12952 38158 0.22 0.051 -1.29

3976.31 Ir I 13088 38230 3 6 0 85 -0 07

3992.12 Ir I 9878 34920 1.1 0 26 -0 58

4020 03 Ir I 26307 51 176 31. 1 5 0 88

4033.76 Ir I 13088 - 37872 1.9 0.47 -0.33

4040.08 Ir I 5785 30530 0.090 0.022 -1.66

4069.92 Ir I 12952 37515 1.9 0.46 -0.34

4070.68 Ir I 1 1831 36390 0.54 0.13 -0.87

4092.61 Ir I 13088 37515 0.51 0.13 -0.89

4115.78 Ir I 13940 - 38230 0.86 0.22 -0.66

4127.92 Ir 1 13940 38158 0.14 0.036 -1.44

4155.70 Ir I 28452 52509 5.8 1.5 0.18

4166.04 Ir I 9878 33874 0.027 0.0071 -2.15

4172.56 Ir I 16565 40525 1.1 0.29 -0.54

A\%1A1 Ir I 32513 - 56416 12. 3.2 0.50

4183.21 Ir I 38230 62128 6.9 1.8 0.26

4185 66 Ir I 1 2506 36390 0 069 0 018 -1 74

41 97 54 Tr I 11831 3 5648 0 070 0 019 -1 73

42 1 7 76 TrXI I1 1 61 03 39806 0 27 0 073 -1 14

4220.80 Ir I 26365 - 50050 1.9 0.50 -0.30

4259.11 Ir I 2835 26308 0.016 0.0045 -2.35

4265 30 Ir I Xl^Sl 36390 0.1

1

0.029 -1.54

4268 10 Ir I 7107 30530 0.19 0.052 -1.29

4286 62 Ir I 12218 35540 0.070 0.019 -1.72

4301.60 Ir I 16565 - 39806 0.75 0.21 -0.68

4310.59 Ir I 12218 35411 0.16 0.045 -1.34

431 1 50 XIIr I 9878 _733065 _7 \J\J _7 0.34 0.093 -1.03

4351 30 IrXI I1 1 8547 41 522 0 3

1

0.087 -1.06

4352 56 Ir I 19061 42029 0.35 0.10 -1.00

4392 59 IrXX Ii 16565 39325 0.17 0.048 -1.32

Ir I 16565 39289 1.5 0.43 -0.37

4403.78 Ir I 12218 34920 0.17 0.049 -1.31

4426.27 Ir I 9878 32464 0.15 0.043 -1.37

4450.18 Ir I 16103 38568 0.11 0.032 -1.49

164
Wavelength Spectrum Energy Levels

A K

4478.48

4495.35

4496.03

4545.68

4548.48

Ir I Ir I Ir I Ir I Ir I13088

33065

34180

13088

30530

—

35411

55304

56416

35081

52509

4550.78

4568.09

4570.02

4604.48

4616.39

Ir I Ir I Ir I Ir I Ir I

12952

10579

23310

35081

12218 —

34920

32464

45186

56793

33874

4656.18

4668.99

4708.88

4728.86

4731.86

Ir I Ir I Ir I Ir I Ir I

13940

16103

19060

13940

16565

—

35411

37515

40291

35081

37693

4756.46

4757.96

4778.16

4795.67

4807.14

Ir I Ir I Ir I Ir I Ir I

33874

16681

12952

12218

19593 -

54893

37693

33874

33065

40390

4809.47

4840.77

4845.38

4938.09

4970.48

Ir I Ir I Ir I Ir I Ir I

13088

9878

11831

12218

12952

—

33874

30530

32464

32464

33065

4999.74

5002.74

5009.17

5014.98

5046.06

Ir I Ir I Ir I Ir I Ir I32513

6324

12506

13940

35081

—

52509

26308

32464

33874

54893

5123.66

5177.95

5238.92

5340.74

5364.32

Ir I Ir I Ir I Ir I Ir I12952

16103

16565

23310

19593

—

32464

35411

35648

42029

38230

5449.50

5454.50

5469.40

5620.04

5625.55

Ir I Ir I Ir I Ir I Ir I32831

34180

19593

37515

16103 —

51176

52509

37872

55304

33874

5828.55

5882.30

5887.36

5894.06

6026.10

Ir I Ir I Ir I Ir I Ir I38230

34180

23310

16103

13940

—

55382

51176

40291

33065

30530

6067.83

6110.67

6288.28

6334.44

6624.73

Ir I Ir I Ir I Ir I Ir I39940

16103

16565

16681

40291

56416

32464

32464

32464

55382

gA gf Log gf

IQS/sec

A 1 ^

I). 1 / A AC 1 0.05

1

1 ^ A —1.29

5.3 1.6 A ^ A 0.20

1 o

1 .z A A*? 0.16 0.048 -1.32

7.5 2.3 0.37

0.035 0.01

1

1 At —1.97

A ACA A A 1 U.U16 1 O 1 —1.81

A AA 0.90 A ^ O 0.28 A C C —0.55

6.8 2.2 0.34

0.13 0.042 -1.38

0.073 A A^ A 0.024 1 —1.62

A AO C 0.085 A A^ O 0.028 —1.56

0.23 A A^O 0.078 1 11 —1.11

0.14 0.045 -1.34

0.11 0.038 -1.42

1

A

2.5 A /I A U.4U

A f\£i O 0.068 A A'^ 'i 0.023 1 ^ '5 —1.63

A 1 A f\A(\ U.U4U —1 AC\ 1.4U

0.047 0.016 -1.79

0.12 0.043 -1.37

A Al A 0.039 A A 1 yl 0.014 1 on —1.87

A f\f\nn U.Ul)/ / A f\c\'^n U.UUZ / —2.57

A A*^ 1 A c\{\n c U.UU/5 —2.13

0.068 0.025 -1.61

0.040 0.015 -1.83

4.7 1 o 1.8 A ^ C 0.25

A AA A O 0.0048 A AA 1 O 0.0018 —2.74

A A 1 A 0.019 A AA'T> 0.0072 —2.14

0.051 0.019 -1.72

4.4 1.7 0.23

A A'5 C 0.035 A A 1 yl 0.014 1 o ^ —1.86

A AC^ 0.052 A A^ 1 0.021 1 ^ o —1.68

0.063 A A-^ ^ 0.026 1 CO —1.58

0.22 0.093 -1.03

0.22 0.097 -1.01

13. J.D A ^7 C

U. /j

6.4 Z.y (\ A C U.46

A f\A 1 0.041 A A 1 n 0.019 —1.73

2.9 1.4 0.14

0.080 0.038 -1.42

5.1 l.O A 1 O 0. ly

1 Q

l.O C\ C\A A AT —0.03

A AO O 0.088 0.046 —1.34

0.057 0.030 -1.53

0.0057 0.0031 -2.51

A A 4.4 O A ZA A '5 O

U.027 A A 1 C 0.015 —1.82

0.017 A A 1 A 0.010 1 AA —1.99

A A 1 A 0.010 A AA/T 1 0.0063 —2.20

1.7 1.1 0.06

165
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

6686.08 Ir I 39940 - 54893 5.0 3.4 0.53

6830.01 Ir 1 37872 - 52509 1.9 1.3 0.13

6929.88 Ir I 16103 - 30530 0.0088 0.0063 -2.20

7183.71 Ir I 18547 - 32464 0.014 0.01

1

-1.97

7834.32 Ir I 42132 - 54893 4.9 4.5 0.65

166
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

4044.14 K I 0 - 24720 0.95 0.23 -0.63

4047.20 K I 0 - 24701 0.48 0.12 -0.93

5782.60 K I 12985 - 30274 0.20 0.10 -0.99

5801.96 K I 13043 - 30274 0.29 0.14 -0.84

691 1.30 K 1 12985 - 27451 0.28 0.20 -0.70

6938.98 K I 13043 - 27451 0.55 0.40 -0.40

7664.91 K I 0 - 13043 1.6 1.4 0.15

7698.98 K I 0 - 12985 0.78 0.70 -0.16

167
Wavelength Spectrum Energy Levels gA gf Loggf

A 108/sec

2725.58 La I 1053 - 7)1131 6.6 0.74 -0.13

3215.81 La I 1053 - 32141 1.3 0.21 -0.68

3342.23 La I 1053 - 30965 2.6 f\ A A 0.44 -0.36

3461.18 La I 1053 - 29937 1.4 0.25 -0.60

35 14.07 La I 1053 - 29502 0.84 0.16 -0.81

3574.43 La I 0 - 27969 l.b f\ AC\ A 0 1 —0.3

1

3613.08 La I 0 - 27669 0.77 A 1 C

0. 15 A 0 —0.82

3636.67 La I 1053 - 28543 0.44 0.088 —1.06

3641.53 La I 1053 - 28506 2.2 0.43 -0.36

3649.53 La I 0 - 27393 0.88 0.18 -0.75

3672.02 La I 0 - 27225 U. 1 5 U.03

1

1 CI —1.5

1

3704.54 La I 1053 - 28040 1 A

J .4 U.zo A C C —0.55

3898.60 La I 0 - 25643 0.26 0.059 —1.23

3902.58 La I 0 - 25617 0.18 0.041 -1.38

3927.56 La I 0 - 25454 0.80 0.18 -0.73

3953.68 La I 1053 - 26339 0.25 A AiCA —l.ZZ

4015.39 La 1 1053 - 25950 1 .

1

U.ZO A C A —0.59

4037.21 La I 0 - 24763 0.59 f\ \ A 0. 14 C\ 0 A —0.84

4060.33 La I 4122 - 28743 2.9 0.71 -0.15

A A ^ C\ 4064.79 La I 3495 - 28089 1.7 0.43 -0.37

A f\/' C CO 4065.58 La I 1053 - 25643 0.33 A AO 1 O.Ool 1 AA —1.09

4079. 18 La I 0 - 24508 0.4o A 1 0. 12 —0.93 A m

4089.61 La I 3010 - 27455 1 .6 A /I 1 0.41 A '3 A

4104.87 La I 2668 - 27023 0.89 0.23 -0.65

4109.80 La I 1053 - 25378 0.26 0.065 -1.19

4137.04 La I 1053 - 25218 r\ c A 0.54 r\ t A 0. 14 A 0 ^ —0.86

A 1 C ^ C ^ 4157.52 La I 0 - 24046 0. 14 0.U3 /

1 /I '3 —1.43

4160.26 La I 1053 - 25083 (\ AQ 0.4o A 1 U. 12 A 0 1 —0.91

4172.32 La I 3495 - 27455 0.47 0.12 -0.92

A t ^ A a 4177.48 La I 1053 - 24984 0.32 0.085 -1.07

4187.32 La I 0 - 23875 0.95 A 0 C 0.25 —O.oO

A'^ ^ ^ A La I 1053 — 24508 A 0 1 0.21 A AC/C 0.U56 —1.25

4280.27 La I 1053 - 24410 1 0 1 .2 U.33 —A A Q 0.4o

4340.73 La I 8446 - 31477 1.2 0.34 -0.47

4354.80 La I 9184 - 32141 2.2 0.62 -0.21

4389.87 La I 9719 - 32493 0 A A TA 0. /O A 1 C —0. 15

4402.65 La I 9044 - 31752 1 n

1. /

f\ AQ 0.4o A '3 —0.32

4423.90 La I 9920 - 32518 6.6 1 Q 1.9 A O Q 0.29

4452.15 La I 9961 - 32411 4.0 1.2 0.08

4468.97 La I 3010 - 25380 0.22 0.067 -1.18

4486.06 La I 7490 - 29776 0.77 0.23 —0.63

4493.11 La I 1053 - 23303 A 1 0

0. 12 A A'5 0 O.U38 —1.42

4494.71 La I 2668 - 24910 A ^ A 0.20 A A C 0 0.059 —11 'T3 .23

4500.22 La I 7680 - 29895 1.8 0.55 -0.26

4541.79 La I 7490 - 29502 0.54 0.17 -0.78

A C A f\ C f\ 4549.50 La I 3010 - 24984 A A(\ U.4U A 1 "J 0. 1

3

A QA —U.90

4567.91 La I 3495 - 25380 A Q 1 0.91 A 0 0 0.2o —0.55 A < < 4570.02 La I AMI - 25997 1 A

1 .4 A /IT U.42 —0.3 A n/ 4602.05 La I 8052 - 29776 A c n 0.59 A 1 0

0. 19 A '7'3 —0. / 3

4615.07 La I 7231 - 28893 0.31 0.099 -1.01

168
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

i-JCX 1 9961 3 1477

4648.65 La I 2668 - 24174

4650.33 La I 3010 — 24508

4652.08 La I 3495 — 24984

4660.70 La I 8052 — 29502

4702 64 i_jCl X 4122 25380

4708.19 La I 9184 — 30417

4750.41 La I 9920 — 30965

4766.89 La I 0 — 20972

4770.43 La I 7012 — 27969

4800 00 T a I 9961 J\j 30788 1 yjyj 4800.25 La I 7680 - 28506

4817.17 La I 9184 — 29937

4839.52 La I 7012 — 27669

4850.82 La I 1053 — 21663

4854 95 La I 9184 29116

4870.56 La I 8446 — 28972

4878.86 La I 8052 — 28543

4887.61 La I 8052 — 28506

4901.87 La I 1053 — 21448

4905.13 La I 7012 27393

4945.85 La I 7012 - 27225

4949.77 La I 0 — 20197

4977.95 La I 0 — 20083

4993.88 La I 0 — 20019

5001 79 LaJ—>CL I1 8052 O V/ ^ x_ 28040

5046.88 La I 3495 — 23303

5050.57 La I 3010 — 22804

5056.46 La I 2668 — 22439

5067.90 La I 3495 — 23221

5106 23 I a I 2668 22247

5120.88 La I 8446 — 27969

5145.42 La I 3010 — 22439

5158.69 La I 0 — 19379

5167.79 La I 4122 — 23467

5177 31 T a r 3495 22804

5179.12 La I 8446 — 27749

5183.92 La I 1053 — 20338

5211.86 La I 4122 — 23303

5234.27 La I 4122 — 23221

5239 55 La I 8052 \J\J ^ z. 271 33

5253.46 La I 1053 - 20083

5271.19 La I 1053 — 20019

5276.42 La I 8446 — 27393

5304.02 La I 7490 — 26339

5320.16 La I 3495 22286

5323.57 La I 8446 27225

5357.86 La I 7680 26339

5365.89 La I 7012 25643

5380.01 La I 9961 28543

1.3 0.42 -0.38

0.29 0.093 -1.03

0.14 0.044 -1.36

0.21 0.067 -1.17

0.56 0.18 -0.74

0 18 0.058 -1.24

0.73 0.24 -0.62

1.1 0.39 -0.41

0.24 0.081 -1.09

0.37 0.13 -0.90

0 69 0 24 -0 63

0.29 0.100 -1.00

0.54 0.19 -0.73

0.69 0.24 -0.62

0.13 0.045 -1.35

0.42 0.15 -0.83

0.42 0.15 -0.83

0.74 0.26 -0.58

0.29 0.11 -0.98

0.10 0.036 -1.44

0.22 0.078 -1.11

0.21 0.076 -1.12

0.40 0.15 -0.83

0.035 0.013 -1.89

0.068 0.026 -1.59

0 53 0.20 -0.70

0.38 0.15 -0.83

0.49 ^ 0.19 -0.73

0.36 0.14 -0.86

0.12 0.046 -1.34

0 39 0 1 5 -0 81

0.46 0.18 -0.74

0.95 0.38 -0.42

0.26 0.10 -0.98

0.22 0.090 -1.05

1.4 0 55 -0 26

o!23 0.091 -1.04

0.11 0.044 -1.36

2.0 0.81 -0.09

1.4 0.58 -0.24

0 27 0.1

1

-0.96

0.38 0.16 -0.80

0.40 0.17 -0.77

0.46 0.19 -0.71

0.30 0.13 -0.89

0 033 0 014 —1 85

0.28 0.12 -0.93

0.70 0.30 -0.52

0.11 0.050 -1.30

0.26 0.11 -0.95

169
Wavelength Spectrum Energy Levels

A K

5415.68 La I 7490 25950

5429.86 La 1 7231 - 25643

5437.54 La I 7231 — 25617

5455.15 La I 1053 — 19379

5466.92 La I 8052 — 26339

5491.07 La I 7012 25218

5501.34 La I 0 - 18172

5502.25 La I 9920 — 28089

5502.67 La I 3495 — 21663

5503.81 La 1 4122 — 22286

5506.00 La I 0 18157

5515.28 La I 7490 - 25617

5517.34 La I 9920 — 28040

5529.87 La I 9961 — 28040

5541.26 La I 9184 — 27225

5544.91 La I 9719 27749

5565.44 La I 7680 - 25643

5565.72 La I 3010 — 20972

5568.46 La I 3495 — 21448

5570.38 La I 0 — 17947

5588.34 La I 3495 21384

5631.22 La I 3010 - 20763

5632.03 La 1 7012 — 24763

5639.31 La I 7490 — 25218

5648.25 La I 9920 — 27620

5656.54 La 1 9-719 27393

5657.72 La I 2668 - 20338

5696.19 La I 1053 — 18604

5699.39 La I 4122 — 21663

5710.85 La I 9719 — 27225

5714.02 La I 7012 24508

5714.55 La 1 9961 - 27455

5720.02 La I 3495 — 20972

5734.95 La I 9961 — 27393

5740.66 La I 2668 — 20083

5742.94 La I 723 1 24639

5744.41 La I 7680 - 25083

5761.84 La I 2668 — 20019

5769.34 La I 3010 — 20338

5769.99 La I 8052 — 25378

5789.24 La I 349*^ 20763

5791.34 La 1 4122 - 21384

5821.99 La I 9961 — 27132

5823.83 La 1 8052 — 25218

5827.56 La I 9184 — 26339

5829.72 La I 7490 24639

5839.79 La I 1053 18172

5845.03 La I 1053 18157

5848.38 La 1 13260 30354

5852.27 La I 7680 24763

gA gf Loggf

108/sec

0. 16 0.070 -1.16

0.22 0.096 -1.02

0.12 0.051 -1.29

0.47 0.21 -0.67

0.089 0.040 -1.40

0. 13 0.059 -1.23

0.32 0.15 -0.84

0.29 0.13 -0.88

0.034 0.015 -1.82

0.20 0.091 -1.04

0.036 0.016 -1.79

0.22 0. 10 -1.00

0.73 0.33 -0.48

0.20 0.093 -1.03

0.58 0.27 -0.57

0.24 0.1

1

-0.95

0.30 0. 14 -0.86

0.060 0.028 -1.56

0.14 0.064 -1.20

0.010 0.0048 -2.32

0. 1 3 0.063 -1.20

0.23 0. 1

1

-0.96

0.29 0.14 -0.85

0.20 0.096 -1.02

2.4 1.1 0.06

0.15 0.071 -1.15

0. 17 0.081 -1.09

0.073 0.036 -1.45

0.025 0.012 -1.92

0.096 0.047 -1.33

0.17 0.082 -1.09

0.13 0.062 -1.20

0.072 0.035 -1.45

0.38 0.19 -0.73

0.22 0.1

1

-0.96

0.08 1 0.040 -1.40

0.79 0.39 -0.41

0.19 0.094 -1.03

0.48 0.24 -0.62

0.43 0.21 -0.67

0.47 0.24 -0.63

0.79 0.40 -0.40

1.3 0.66 -0. 1 8

0.28 0.14 -0.85

0.17 0.087 -1.06

0.35 0.18 -0.75

0.01 1 0.0058 -2.23

0.01 7 0.0087 -2.06

1.5 0.76 -0.12

0.15 0.078 -1.11

170
"Wavelength Spectrum Energy Levels

A K

5855.58 La r 3010 20083

5869.95 La I 8052 - 25083

5874.73 La 1 7490 24508

5877.63 La I 3010 20019

5894.85 La I 7680 24639

5900.75 La I 7231 24174

5904.30 La I 8052 - 24984

5917.63 La I 1053 17947

5928.49 La 1 7012 23875

5930.62 La I 1053 17910

5935.24 La I 3495 20338

5940.83 La17680 — 24508

5960.59 La I 8446 25218

5962.60 La I 9184 25950

5975.75 La I 7680 24410

5982.35 La I 2668 19379

5992.36 La I 7490 - 24174

6007.36 La I 4122 20763

6017.16 La 1 13260 29875

6038.59 La I 7490 24046

6068.68 La I 7231 23705

6072.05 La I 8446 - 24910

6084.89 La I 16857 33287

6107.27 La I 3010 19379

6108.48 La I 7680 24046

61 1 1.72 La I 8052 24410

6127.05 La I 8446 - 24763

6134.39 La I 7231 23528

6145.30 La I 15020 31288

6165.70 La 1 7490 23705

6218.20 La I 9920 25997

6233.51 La I 7490 - 23528

6234.86 La I 9184 25218

6236.74 La I 7231 23261

6238.59 La I 7680 23705

6249.93 La I 4122 201 17

6266.02 La I 9920 - 25875

6287.74 La I 9184 25083

6288.56 La I 9719 25617

6293.57 La I 3495 19379

6318.26 La I 8052 23875

6325.91 La I 1053 - 16857

6360.22 La I 9044 24763

6394.23 La I 3495 19129

6410.99 La I 3010 18604

6448.1

1

La I 2668 18172

6450.34 La I 9719 25218

6454.52 La I 2668 18157

6455.99 La I 1053 16538

6468.44 La I 9184 24639

gf Log gf

108/sec

0.098 0.050 -1 .30

0.080 0.042 -1.38

0.20 0. 1

0

—0.99

0.026 0.013 -1.87

0.30 0.15 -0.81

0.042 0.022 -1 .66

0.079 0.041 -1.39

0.032 0.01

7

-1.78

0.077 0.041 -1.39

0.22 0.1 1 -0.94

0.089 0.047 -1.33

0.058 0.03 1 -1.51

0. 14 0.075 -1.12

0.10 0.056 -1.25

0.079 0.042 -1.37

0.027 0.01

5

—1.83

0.064 0.034 —1 .47

0.10 0.055 -1 .26

0.32 0.17 -0.76

0.21 0.1

1

-0.95

0. 1

6

0.091 1 r\ A —1 .04

0.066 0.037 1 A A -1.44

0.84 0.47 —0.33

0.017 0.0094 -2.03

0.31 0.17 -0.76

0.20 0.1

1

-0.95

0. 13 0.072 -1.14

0. 1

8

0.10 -0.99

0.40 0.23 -0.64

0.29 0.16 -0.79

0.092 0.053 -1.27

0. 1

1

0.067 -1.17

0. 1

9

0. 1

1

-0.97

0.043 0.025 -1.60

0.068 0.039 -1.40

0.97 0.57 -0.25

0.63 0.37 -0.43

0. 10 0.060 -1 .22

0.10 0.059 -1.23

0.072 0.043 -1.37

0.062 0.037 -1 .43

0.056 0.034 1 A ^ -1 .47

0. 17 0. 10 -1 .00

0.46 0.28 -0.55

0.19 0.12 -0.93

0.017 0.010 -1.98

0.077 0.048 -1 .32

0.073 0.046 -1.34

0.12 0.075 -1.12

0.065 0.041 -1.39

171
Wavelength Spectrum Energy Levels

A K

6485.55 La I 8052 23467

6506.23 La I 14096 — 29461

T a T /.DOo 1 7Q47

T n T 1 O^'^

OJ 1 O.J 1 l-id 1 au 1 '\ 1 Q7

6582.19 La I 16099 — 31288

6593.46 La I 3010 — 18172

6600 1 7 T fl I 101 0 18157 1 o 1 J / 6608 26 l_iCL 1 99^^1 7 50Q0

i-id 1

1 8f^04

La I 1053 — 16099

6645.16 La I — 31288

6650 81 J_i CL 1 0 1 5037

6661 40 Ti_)Cla TI 4177 1V 91y v 79A,y

669? 87 T a T 11 7Q47 / y*^ I

6709.50 La I 3010 — 17910

6748.13 La I 8446 — 23261

6753 04 T a I 0 14804

6796 73 T a I 0 i.'-T 1 yjy

6873 78 TJ-iCtp 1I 701 7

6917.24 La I 3495 — 17947

6918.30 La I 1053 — 15504

74 Ti-ida I1 701 7 7 1 448

Ti-ida I11 701 0

707^ fi7 T a I 8057

7032.05 La I 9044 — 23261

7045.96 La I 2668 — 16857

7068 / \J\J KJ • ^37/ TJ_iCLa I1 1 053 1 5 1 97

7 1 49 77 L a I 7680 21663

7 1 58 08 T a r 1 053 1 5020

7161.25 La I 7012 — 20972

7219.91 La I 3010 — 16857

7770 09 T a T 701 7 70763

7770 30 T ?1 T 1053 1 4804

/ J? z, w. y 1

T T 1\.'-r 4709 1 \jy

7334.18 La I 0 — 13631

7345.34 La I 8052 — 21663

7^87 I'K T a T J_id 1 Q7 1 0 A J AO I lAf\'X 08 T a I 8057 7 1 448

74Q8 8"^ T a T Lid 1 8057 7 1 184

7533.59 La I 3010 — 16280

7539.23 La I 0 — 13260

T a T 14Q5 11 6518 OJ J o 7841 80 T a I 14Q5 j^yJ 1 6741

7Qf^4 81 T a r 1 5770

8001 8Q T a I Ljd 1 1010 1 5 504

8051.39 La I AMI 16538

8086.05 La I 2668 15031

8203.38 La I 3010 15197

8247.44 La I 4122 16243

gf Loggf

lO^/sec

0.085 0 053 —1 77

0.20 0.13 -0V/. 89o y 0.10 0 064 —1I • 1I 9y

0.012 0.0075 -2.13

0.039 0.025 -1.60

0.35 0 23 —0 65

0.038 0 024 —1 61

0.027 0 017 —1 76

0.26 0.17 -0.76

0.049 0.032 -1.50

0.014 0 0090 —2 05

0.61 0 41 —0 39

0.020 0.013 —1 88

0.099 0.066 -1.18

0.036 0.024 -1.62

0.15 0.10 -0\j . 99y y

0. 14 0 094 -1 02

0.015 0.010 -11 • 99y y 0.0017 0.0012 -2.92

0.12 0.083 -1.08

0.019 0.014 -1 86

0 0043 0\j • 0031 \J\J ^ 1 —2 51

0 17 0 12 -0 91

0.042 0.030 -1.52

0.26 0.19 -0.72

0 12 0 089 —1 05

0.078 0.058 -1.24

0.023 0.017 -1 76

0.031 0!024 -1.62

0.014 0.011 -1.96

0.13 0.099 -1.01

0.016 0 012 -1 90

0.061 0.049 -1.31

0.0032 0.0026 -2.59

0.0031 0.0025 -2.60

0.017 0.014 -1.86

0 19 0 16 -0 81

0 18 0.14 -0.84

0.15 o!i3 -0.89

0.15 0.13 -0.90

0 070 0 017 —1 77

0 01 1 0vy . 0097 \J\J y 1 -2.01

0 015 0.013 -1.88

0.0095 0.0088 -2.06

0.017 0.017 -1.78

0 018 0 017 -1.77

0.028 0.027 -1.57

0 028 0.028 -1.56

0\J m 003 \J\J ^ 11 0.0031 -2.50

0.036 0.036 -1.44

172
Wavelength Spectrum Energy Levels

A K

8316.04 La I 3010 - 15031

8324.69 La I 3495 - 15504

Lia 1 4 1 ZZ — 1 AflQQ

o J / y.oV TLa-J I1 — T. 1 HAH

o40 / .0/ La 1 ZUl 1 / J 1 i'Z4

8476.48 La I 3010 - 14804

8507.37 La I 8446 - 20197

o J Ij.jI Tot La I QQ'>n yyz.y) Z 1 DOJ La 1 yy\i 1 ZIOOj

O j4j.44 La i — i/i7nQ

8590.94 La I 8446 - 20083

8624.22 La I 7012 - 18604

o /T -J Q ^n T T La I o44o

oo /Z. 1 1

T ..^ T La I yyZK) — T 1 /I /I 0 zl 44o

oo /4.4j La I lAQ^ 34^3 — ljUzU

8720.41 La I 9920 - 21384

8748.38 La I 2668 - 14096

8825.82 La I 8052 - 19379

8839.63 La I 3495 - 14804

gf Log gf

108/sec

U.UUjU U.UUjZ L.Ly nU.U4Z nAi U.U4J 1 . jO

U.UO 1 U.U04 1 1 Q

0.41 0.44 -0.36

0.53 0.57 -0.24

U.U J u V.yy

u.uzy U.UjZ —1 . jU

U.U44 A (\A fi U.U4o 1 . jZ

0.060 0.065 -1.19

0.022 0.024 -1.62

u.uzz U.UZ4 11 .OZ n m 1 U.U 1 1 u.uiz 1 Q1 1 .71 n nil f\ nil U.Uj / 1/11 1 .4j

0.064 0.072 -1.14

0.017 0.019 -1.71

U.U4Z f\ r\A 8 U.U4o —1 .51 n f\r\OA u.uuy4 U.Ul 1 —i.y / U.U /

1

U.Uo J —l.Uo

0.0079 0.0092 -2.03

173
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

2187.87 La II 0 - 45692 0.46 0.033 -1.48

2256.76 La II 1394 45692 3.2 0.24 -0.61

23 17.82 La II 18895 62026 6.6 0.54 -0.27

2319.44 La II 2592 _ 45692 1.6 0.13 -0.88

2328.75 La II 16599 59528 5.9 0.48 -0.32

2438.01 La II 18895 - 59900 5.6 0.50 -0.30

2471.90 La II 5250 45692 2.6 0.24 -0.62

2472.44 La II 17826 58259 9.6 0.88 -0.06

2479.85 La II 19215 59528 10. 0.96 -0.02

2487.59 La II 17212 57400 18. 1.7 0.22

2533.14 La II 6227 - 45692 1.8 0.17 -0.76

2560.37 La II 1 92 1

5

58259 13. 1.3 0.1

1

2580.82 La II 15699 54435 3.8 0.38 -0.42

2582.56 La II 14148 52858 3.9 0.39 -0.40

2596.09 La II 16599 55107 10. 1.0 0.02

2610.34 La II 7395 - 45692 21. 2.2 0.34

2672.91 La II 18580 55982 17. 1.8 0.27

2695.47 La II 19750 56838 22. 2.4 0.38

2791.51 La II 22106 _ 57919 21. 2.5 0.39

2798.56 La II 22537 _ 58259 22. 2.5 0.41

2808.39 La II 10095 - 45692 24. 2.8 0.45

2838.45 La II 19215 54435 3.1 0.38 -0.42

2840.51 La II 29498 64693 9.0 1.1 0.04

2855.90 La II 24523 _ 59528 20. 2.4 0.39

2862.98 La II 20403 55321 8.7 1.1 0.03

2880.65 La II 20403 - 55107 28. 3.5 0.55

2885.14 La II 21332 55982 46. 5.8 0.76

2893.07 La II 22283 56838 60. 7.6 0.88

2950.50 La II 28526 62408 57. 7.5 0.87

3 104.59 La 11 0 32201 0.29 0.042 -1.37

3108.46 La II 0 - 32161 0.097 0.014 -1.85

3142.76 La II 1394 33204 0.30 0.044 -1.36

3193.02 La II 1895 33204 0.17 0.025 -1.59

3245.13 La II 1394 _ 32201 0.89 0.14 -0.85

3249.35 La II 1394 _ 32161 0.46 0.072 -1.14

3265.67 La II 2592 - 33204 1.3 0.20 -0.69

3303.1 1 La II 1895 32161 1.4 0.23 -0.64

3337.49 La II 3250 33204 3.5 0.58 -0.23

3344.56 La II 1895 31786 1.4 0.24 -0.63

3376.33 La II 2592 32201 0.37 0.064 -1.20

3380.91 La II 2592 - 32161 2.6 0.45 -0.35

3452.18 La II 1394 30353 0.15 0.026 -1.59

3453.17 La II 3250 32201 0.33 0.058 -1.23

35 10.00 La II 1016 29498 0.064 0.012 -1.92

35 12.93 La II 1 895 30353 0.082 0.015 -1.82

3550.82 La II 0 28155 0.027 0.0051 -2.30

3557.26 La II 1394 29498 0.059 0.0 li -1.95

3601.06 La II 2592 30353 0.076 0.015 -1.83

3612.34 La II 24463 52138 22. 4.4 0.64

3628.83 La II 1016 28565 0.19 0.038 -1.42

174
Wavelength Spectrum Energy Levels gf Loggf

A K 108/sec

3637.15 La II 5718 - 33204 0.27 0.053 -1.28

3645.42 La II 0 - 27424 0.45 0.089 -1.05

3650.18 La 11 0 - 27388 0.17 0.034 -1.47

3662.08 La II 1016 - 28315 0.096 0.019 -1.71

3701.81 La II 28315 - 55321 15. 3.1 0.49

3705.82 La II 6227 - 33204 0.74 0.15 -0.82

3713.54 La II 1394 - 28315 0.32 0.066 -1.18

3714.87 La II 5250 - 32161 0.23 0.048 -1.32

3715.53 La II 2592 - 29498 0.22 0.045 -1.34

3725.05 La II 0 - 26838 0.036 0.0074 -2.13

3735.85 La II 1394 - 28155 0.019 0.0039 -2.41

3759.08 La II 1971 - 28565 1.5 0.31 -0.50

3773.12 La II 26838 - 53333 27. 5.9 0.77

3780.67 La II 5718 - 32161 0.21 0.044 -1.36

3784.81 La II 0 - 26414 0.023 0.0050 -2.30

3790.83 La II 1016 27388 1.7 0.36 -0.44

3794.78 La II 1971 — 28315 2.3 0.50 -0.30

3808.79 La II 3250 — 29498 0.056 0.012 -1.91

3835.08 La II 5718 — 31786 0.26 0.056 -1.25

3840.72 La II 1394 — 27424 0.24 0.052 -1.28

3846.00 La II 1394 — 27388 0.047 0.010 -1.98

3849.02 La II 0 — 25973 0.42 0.093 -1.03

3854.91 La II 6227 — 32161 0.19 0.043 -1.36

3864.49 La II 28565 — 54435 28. 6.4 0.80

3871.64 La II 1016 — 26838 1.1 0.26 -0.59

3886.37 La II 2592 — 28315 0.87 0.20 -0.71

3910.81 La II 2592 — 28155 0.020 0.0045 -2.35

3916.05 La II 1895 — 27424 0.52 0.12 -0.92

3921.54 La II 1895 — 27388 0.44 0.10 -1.00

3929.22 La II 1394 — 26838 0.75 0.17 -0.76

3936.22 La II 1016 26414 0.054 0.013 -1.90

3949.10 La II 3250 28565 5.0 1.2 0.07

3988.52 La II 3250 28315 2.3 0.55 -0.26

3995.75 La 11 1394 26414 1.1 0.26 -0.58

4023.59 La II 14376 39222 1.0 0.25 -0.60

4025.88 La II 2592 27424 0.10 0.025 -1.60

4031.69 La II 2592 27388 1.1 0.28 -0.56

4036.59 La II 7395 32161 0.063 0.015 -1.81

4042.91 La II 7473 32201 4.8 1.2 0.07

4050.08 La II 15774 40458 5.2 1.3 0.11

4067.39 La II 1394 25973 0.23 0.058 -1.23

4076.71 La II 0 24523 0.020 0.0050 -2.30

4077.35 La II 1895 26414 0.88 0.22 -0.66

4086.72 La II 0 24463 1.00 0.25 -0.60

4099.54 La II 14148 38534 2.7 0.68 -0.17

4123.23 La II 2592 26838 1.6 0.40 -0.40

4141.74 La II 3250 27388 0.23 0.059 -1.23

4151.97 La II 1895 25973 0.31 0.080 -1.10

4152.78 La II 14148 38221 2.0 0.51 -0.29

4192.36 La II 14375 38221 2.5 0.67 -0.18

175
Wavelength Spectrum Energy Levels

AA K

T « -rx La II — 26414

42U4.U4 La II zn 1 o 5718 ly4yo

4217.56 La II 15699 39403

4230.95 La II 15774 — 39403

/I O 'S O '? o 4z3o.3o La II 3z5U — 26838

A'^ AC\ C%C\ La II 15699 — 39222

4263.59 La II

1 cnn A 15774 iylll

4269.50 La II 14375 2>119\

4275.64 La II 2592 — 25973

4286.97 a"^ o ^ m La II 15699 — 39019

4296.05 La II bill — 29498

A '> r\r\ A A 4300.44 La II 0 1514

1

4315.90 La II 3250 26414

La II 1394 — 24523

A 'J "J 1 HA 4333.74 La II 1394 — 24463

4334.^6 La II 14148 — 37210

A'^ C A Af\ 4354.40 La II 1 iyj 3U3 j3

4364.67 La II 5250 28155

4378.10 La II 14375 — 37210

^ '5 O O A A 4383.44 La II

{ A 1 A O 14148 — 36955

A'^ O C f\ 4385.20 La II

1 A 'n c 14375 - 37173

441 1.21 La II 28565 5\l2y

4419.16 La II 16599 39222

4427.55 La II 14375 — 36955

A A*^ C\ Ctf\ 4429.90 La II

1 o n c 1895 — 24463

A A ^ C O C 4435.85 La II 0 — 22537

A A C C O f\ 4455.80 La II 5718 28155

4522.37 La II 10095 32201

4525.31 La II 15699 — 37791

La II bill — 28315

4558.46 La II l5yi — 24523

4559.29 La II 622 / 281 jj

4574.88 La II 1394 23247

4580.06 La II 5718 — 27546

4605.78 La II 3/18 — 27424

4613.39 La II J / 1 8 — 27388

A \ C\ O O 4619.88 La II

1 /I 1 yf O 14148

La II 18895 40458

4645.28 La II 1016 — 22537

4647.5

1

La II 15699 — 37210

4655.50 La II 15699 — 37173

4662.5

1

La II 0

'X A A'^ 4663.76 La II 15774 37210

4668.91 La II 14375 — 35788

4671.83 La II 15774 — 37173

4691.18 La II 1394 — 22705

4692.50 La II 14148 35453

4699.63 La II 3250 24523

4703.28 La II 15699 36955

4712.93 La II 3250 24463

gf Loggf

108/sec

A /I O U.48 A 1

'3 U. 13 A o n —0.89

A 1 Q v.iy A A/l O 1 '3 1 —1.31

3.8 1 A 1 .1) A A 1 0.01

2.5 0.68 -0.17

0.59 0.16 -0.80

1.7 —0.34

i.y 1.1 A AO 0.03

3.9 1.1 A AT 0.03

0.070 0.019 -1.72

6.9 1.9 0.28

r\ An U.4 / A 1 A O O —O.oo

U.Ulo A AA A C —2.35

0.017 A AA A a 0.0046 —2.33

0.086 0.024 -1.62

0.88 0.25 -0.60

A 1 /I U. 14 A A y1 A U.U4U —1.4U

V.jb U. 16 A OA —U.8U

A a/:a U.U6U A A 1 T —l.lb

0.78 0.22 -0.65

1.8 0.53 -0.27

u. /u A A f\ /ZCi —U.D^

13. O A3.y A C A 0.59

1.0 A '? A0.30 ACT —0.53

1.7 0.51 -0.29

0.39 0.12 -0.94

A AA 0.0057 A AA 1 n 0.0017 —l.ll

0.056 A A 1 ^ 0.017 —1.78

1.5 U.46 A '2 T —U.33

1.5 0.45 -0.35

0.25 0.077 -1.11

A AO'^ 0.082 A A'> C 0.026 1 CQ

0.063 A A'^ A 0.020 1 T 1 —1.71

A A C O 0.058 A A 1 O U.U18 —11 T /I

. /4

0.097 0.031 -1.52

0.066 0.021 -1.68

A 1 *? 0. 17 A A C /I U.U54 1 O T —1.2 /

1 o

1.8 A C OU. j8 —U.24

0.66 A '*> 1 0.21 —U.D / 0.012 0.0039 -2.41

0.45 0.15 -0.84

3.6 1.2 A A^? 0.07

0.028 A AAA'^ 0.0092 —1.04

1.5 f\ AC% 0.49 A 'J 1 —U.3 1 0.91 0.30 -0.53

1.0 0.34 -0.47

A A 1 A 0.010 A AAT ^ 0.0033 —2.48

f\ A*^ 0.92 ATI 0.3

1

A CO —U.52

0.017 A f\C\Z 0.0056 —2.25

A O C 0.85 A O O 0.28 A C C —U.J J 0.013 0.0042 -2.38

176
Wavelength Spectrum Enei^ Levels

A K 10*/sec

gf Loggf

4716-44 La n 6227 27424

4717.59 La II 16599 — 37791

4719.94 La II 15774 — 36955

4724.43 La II 6227 — 27388

4728.42 La II 1394 — 22537

4740.28 La II 1016 22106

4743.09 La II 14375 — 35453

4748.73 La II 7473 — 28526

4796.69 La II 7473 28315

4804.04 La II 1895 — 22705

4809.01 La II 1895 22684

4824.06 La II 5250 — 25973

4826.88 La II 1394 — 22106

4840.01 La II 2592 — 23247

4850.58 La II 6227 — 26838

4860.91 La II 1971 22537

4899.92 La II 0 — 20403

4920.98 La II 1016 — 21332

4921.79 La II 1971 — 22283

4934.83 La II 10095 — 30353

4935.62 La II 5718 25973

4946.47 La II 1895 — 22106

4952.07 La II 19215 — 39403

4970.39 La II 2592 — 22705

4986.83 La II 1394 — 21442

4991.28 La II 7395 27424

4996.82 La II 19215 — 39222

4999.47 La II 3250 — 23247

5002.13 La II 18236 — 38221

5048.04 La II 19215 — 39019

5062.92 La II 6227 25973

5080.21 La II 15774 — 35453

5114.56 La II 1895 — 21442

5122.99 La II 2592 — 22106

5156.74 La II 1016 — 20403

5157.43 La II 17826 37210

5163.62 La II 1971 — 21332

5172.91 La II 18895 — 38221

5173.84 La II 32201 — 51524

5183.42 La II 3250 — 22537

5188 22 La II 19750 39019

5204.15 La II 18580 — 37791

5226.21 La II 17826 — 36955

5259.39 La II 1394 — 20403

5279.13 La II 18236 — 37173

5290.84 La II 0 18895

5301.98 La II 3250 22106

5302.62 La II 16599 35453

5303.55 La II 2592 21442

5340.67 La II 18236 36955

0.072 0.024 -1.62

0.27 0.090 -1.05

0.85 0.28 -0.55

0.014 0.0048 -2.32

0.024 0.0082 -2-09

0.048 0.016 -1-79

1.6 0.54 -0.27

0.19 0.063 -1-20

0.016 0.0054 -2-26

0.018 0.0063 -2-20

0.018 0.0063 -2.20

0.059 0.021 -1.69

0.0022 0.00077 -3.11

0.0061 0.0021 -2-67

0.017 0.0059 -2.23

0.035 0.012 -1-91

0.045 0.016 -1.79

0.072 0.026 -1.58

0.094 0.034 -1.46

0.13 0.046 -1.33

0.0067 0 0024 -2.61

0.0090 0.0033 -2-48

0.74 0.27 -0.56

0.035 0.013 -1-89

0.026 0.0099 -2-01

0.056 0.021 -1.68

0.36 0.13 -0-87

0.087 0.032 -1-49

0.27 0.10 -1-00

0.27 0.10 -0-98

0.012 0.0046 -2-33

0.13 0.048 -1-31

0.035 0.014 -1-86

0.042 0.017 -1-78

0.010 0.0041 -2-39

1.2 0.47 -0-33

0.0085 0.0034 -2-47

0.22 0.089 -1-05

20. 7.9 0-90

0.087 0.035 -1.46

2.8 1.1 0.05

1.3 0.52 -0.28

0.20 0.081 -1-09

0.0059 0.0025 -2.61

0.17 0.071 -1.15

0.0054 0.0023 -2.65

0.034 0.014 -1.85

0.57 0.24 -0.62

0.014 0.0059 -2.23

0.64 0.28 -0.56

177
Wavelength Spectrum Energy Levels

A K

5377.09 La II 18580 37173

5380.99 La II 7395 — 25973

5381.92 La II 17212 — 35788

5458.69 La II 18895 — 37210

5464.38 La II 6227 — 24523

5480.73 La II 17212 35453

5482.27 La II 0 - 18236

5493.45 La II 1016 — 19215

5535.67 La II 10095 28155

5566.94 La II 19215 — 37173

5671.55 La II 17826 35453

5703.33 La II 5718 - 23247

5712.40 La II 1394 — 18895

5727.29 La II 5250 — 22705

5769.07 La II 10095 — 27424

5797.58 La II 1971 19215

5805.78 La II 1016 — 18236

5808.32 La II 0 — 17212

5848.95 La II 21442 — 38534

5863.71 La II 7473 — 24523

5874.00 La II 6227 23247

5880.64 La II 1895 - 18895

5901.96 La II 22283 — 39222

5927.71 La II 22537 — 39403

5936.22 La II 1394 — 18236

5948.30 La II 20403 37210

5971.09 La II 10095 - 26838

5973.53 La II 22283 — 39019

6067.14 La II 6227 — 22705

6100.38 La II 5718 — 22106

6126.09 La II 10095 26414

6129.56 La II 6227 - 22537

6146.53 La II 1971 — 18236

6172.73 La II 1016 — 17212

6188.09 La II 23247 — 39403

6203.51 La II 22106 38221

6262.30 La II 3250 - 19215

6273.76 La II 24523 — 40458

6296.09 La II 10095 — 25973

6305.46 La II 1971 — 17826

6310.92 La ii 21332 37173

6320.39 La II 1394 - 17212

6358.13 La II 5718 — 21442

6390.48 La II 2592 — 18236

6399.05 La II 21332 — 36955

6446.61 La II 22283 37791

6498.19 La II 20403 35788

6526.99 La II 1895 17212

6529.73 La II 7395 22705

6570.96 La II 6227 21,442

gf Log gf

108/sec

0.86 0.37 -0.43

0.040 0.017 -1.76

0.35 0.15 -0.82

0.22 0.099 -1.01

0.0086 0.0039 -2.41

0.1

1

0.049 -1.31

0.0021 0.00095 -3.02

0.0017 0.00075 -3.12

0.049 0.022 -1.65

0.16 0.075 -1.13

0.22 0.1

1

-0.97

0.0063 0.0031 -2.51

0.0026 0.0013 -2.89

0.0031 0.0015 -2.82

0.071 0.035 -1.45

0.0099 0.0050 -2.30

0.0053 0.0027 -2.57

0.0013 0.00068 -3.17

0.14 0.070 -1.15

0.016 0.0082 -2.09

0.0030 0.0015 -2.82

0.0027 0.0014 -2.85

0.20 0.1

1

-0.98

0.21 0.11 -0.95

0.0018 0.00096 -3.02

0.13 0.071 -1.15

0.0052 0.0028 -2.56

0.56 0.30 -0.52

0.0016 0.00090 -3.04

0.0042 0.0023 -2.63

0.028 0.016 -1.80

0.0095 0.0053 -2.27

0.00066 0.00037 -3.43

0.00090 0.00051 -3.29

0.37 0.21 -0.67

0.16 0.092 -1.03

0.013 0.0074 -2.13

0.25 0.15 -0.82

0.060 0.036 -1.45

0.00070 0.00042 -3.38

0.25 0.15 -0.82

0.0044 0.0026 -2.58

0.0030 0.0018 -2.74

0.0064 0.0039 -2.41

0.39 0.24 -0.63

0.31 0.19 -0.72

0.21 0.13 -0.87

0.0030 0.0019 -2.71

0.0014 0.00090 -3.04

0.00075 0.00048 -3.32

178
Wavelength Spectrum Energy Levels gi Loggt

A K IQS/sec

6636.53 La II 7473 - 22537 0.0014 0.00090 -3.04

6642.79 La II 20403 - 35453 0.13 0.087 -1.06

6671.40 La II 3250 - 18236 0.0015 0.0010 -2.99

6714.09 La II 22283 - 37173 0.17 0. 12 -0.93

6718.68 La II 24523 - 39403 0.12 0.082 -1.09

6732.78 La II 22106 - 36955 0.061 0.041 -1.38

6774.26 La II 1016 - 15774 0.0022 0.0015 -2.82

6808.86 La II 1016 - 15699 0.00054 0.00037 -3.43

6813.66 La II 22537 - 37210 0.13 0.092 -1.04

6834.05 La II 1971 - 16599 0.00095 0.00067 -3.18

6837.90 La II 2592 - 17212 0.00079 0.00056 -3.25

6859.03 La II 3250 - 17826 0.00033 0.00023 -3.63

6952.51 La II 1394 - 15774 0.00016 0.00012 -3.94

6954.52 La II 0 - 14375 0.00021 0.00015 -3.82

6958.10 La II 10095 - 24463 0.0093 0.0067 -2.17

7066.23 La II 0 - 14148 0.0016 0.0012 -2.94

7116.80 La II 7395 - 21442 0.0013 0.0010 -2.99

7282.34 La II 1971 - 15699 0.0023 0.0018 -2.74

7483.50 La II 1016 - 14375 0.00087 0.00073 -3.14

7612.94 La II 1016 - 14148 0.00020 0.00017 -3.76

8514.65 La II 7473 - 19215 0.00069 0.00075 -3.13

179
Wavelei^th Spectrum Enei^ Levels

A K

2741.20 Li I 0 - 36470

3232.61 Li I 0 - 30925

4602.86 Li I 14904 - 36623

4971.99 Li I 14904 - 35012

6103.64 Li I 14904 - 31283

6707.84 Li I 0 - 14904

8126-52 Li I 14904 - 27206

Loggf

10*/sec

0.41 0.046 -1.34

0.34 0.053 -1.27

1.9 0.59 -0.23

0.78 0.29 -0.54

13. 7.5 0.87

1.2 0.80 -0.10

0.85 0.84 -0.08

180
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2685.08 Lu I 4136 — 41368 2.8 0.31 -0.52

2728.95 Lu I 0 — 36633 0.64 0.071 -1.15

'~>l(\'\ L 1 KjJ . lA1 1 r n T LiU 1 A^H '^f^ I JO 4UZoZ z.o 0 1? —0U.4" 40

2845.13 Lu I 1994 17 111 J/lJl 0.52 0.064 -1.20

2903.05 Lu I 0 0.23 0.029 -1.54

2949.73 Lu I 7476 — 41368 1.5 0.19 -0.72

2989.27 Lu I 0 — 33443 1.1 0.14 -0.85

juou. 1 I

T 11 T ]_iU 1 Q 'XI jZ'+J A ^7/ n 1

8

U. 1 O 0u.uzo 09^;

3081.47 Lu I 1994 1/1/1 1

A

4.1 0.58 -0.23

3171.36 Lu I 0 0.76 0.12 -0.94

3278.97 Lu I 0 — 30489 0.93 0.15 -0.83

3281.74 Lu I 1994 — 32457 3.2 0.52 -0.28

'^'^

.J J7 11 7Z.. 111 i

T n I Q 301 84 1 A —0\J. f>A OH- 3359.56 Lu I 1994 31751 2.7 0.46 -0.34

3376.50 Lu I 0 29608 1.2 0.21 -0.68

3385.50 Lu I 1994 31523 0.32 0.055 -1.26

3508.42 Lu I 1994 --30489 0.43 0.079 -1.10

J J\j 1 .OH I 11 I i_i U 1 0 — 28020 0 fiA 0O. 11 9z —0o. 91y 1 3596.34 Lu I 7476 - 35275 0.36 0.069 -1.16

3636.25 Lu I 0

^ A C\'~> 0.11 0'022 -1.66

3647.77 Lu I 4136 — 31542 1.3 0.26 -0.58

3756.70 Lu I 4136 — 30748 0.047 0.0099 -2.00

'\l^f\ J / JO. 7Q/ " T 11 T J_iU X A] 'Kf^ — 30747 0 OOQQ —9 00

3841.18 Lu I 1994 - 28020 0.54 0.12 -0.92

3874.61 Lu I 4136 29938 0.017 0.0038 -2.42

3968.46 Lu I 0 25192 0.057 0.014 -1.87

4054.45 Lu I 4136 28793 0.23 0.056 -1.25

AW) f\l T 11 I l_iU 1 Q 24308 0 0091 —9 ^1

4124.73 Lu I 7476 31714 2.4 0.61 -0.21

4154.08 Lu I 7476 31542 0.34 0.089 -1.05

4295.97 Lu I 7476 30748 0.20 0.056 -1.25

4309.57 Lu I 1994 25192 0.020 0.0055 -2.26

T 11 I Li U 1 44076 1.8 0U. JHS4 —0 97

4450.81 Lu I 7476 29938 o!o98 0.029 -1.54

4498.85 Lu I 0 22222 0.0034 0.0010 -2.99

4518.57 Lu I 0 22125 0.19 0.057 -1.24

4605.39 Lu I 18851 40559 0.81 0.26 -0.59

T 11 I 0 21462 flU.U4047/ 0 01 '^ —1 89

4716.70 Lu I 0 21195 0.0013 0.00044 -3.36

4815.05 Lu I 0 20762 0.0032 0.0011 -2.96

4904.88 Lu I 4136 24518 0.047 0.017 -1.77

4942.34 Lu I 1994 22222 0.0099 0.0036 -2.44

jyjyj <nni1.1'+ ^A T n I LiU 1 A 1 'f 1 jO 24126 n 07 ^ nU.UZo 09 8 1 .3 J 5057.60 Lu I 17427 37194 0.22 0.083 -1.08

5134.05 Lu I 17427 36900 0.48 0.19 -0.72

5135.09 Lu I 1994 21462 0.12 0.049 -1.31

5196.61 Lu I 18505 37743 0.78 0.31 -0.50

5206.47 Lu I 1994 21195 0.0039 0.0016 -2.80

5304.40 Lu I 20433 39279 0.28 0.12 -0.92

5349.12 Lu I 18505 37194 0.32 0.14 -0.86

181
Wavelength Spectrum Energy Levels

A K

5402.57 Lu I 0 18505

5421.90 Lu I 1994 - 20433

5453.57 Lu 1 4136 22468

5736.55 Lu I 0 17427

57/5.40 Lu I 20433 37743

5860.79 Lu I 22222 39279

5866.30 Lu I 7476 - 24518

5997.13 Lu I 22609 39279

6004.52 Lu I 7476 24125

6041.66 Lu I 21 195 37743

6055.03 Lu I 1994 18505

6140.71 Lu 1 21462 - 37743

6248.80 Lu 1 21 195 37194

6345.35 Lu I 23524 39279

6354.85 Lu I 21462 37194

6365.79 Lu I 21195 36900

6441.14 Lu I 22222 - 37743

6477.67 Lu I 1994 17427

6677.14 Lu I 22222 37194

6735.76 Lu I 20433 35275

6793.77 Lu I 4136 18851

7031.24 Lu I 23524 - 37743

7096.34 Lu I 25192 39279

111)1 Lu I 21462 35275

7441.52 Lu I 24308 37743

7640.08 Lu I 24109 37194

7758.30 Lu I 24308 - 37194

7815.90 Lu I 24109 36900

8382.08 Lu I 7476 19403

8508.08 Lu I 23524 35275

8610.98 Lu I 22222 33832

gf Log ef

108/sec

0.010 0.0046 -2.34

0.0049 0.0022 -2.67

0.0022 0.00098 -3.01

0.0091 0.0045 -2.35

0.29 0.14 -0.84

0.31 0.16 -0.79

0.001

1

0.00058 -3.24

1.1 0.60 -0.23

0.15 0.083 -1.08

0.18 0.099 -1.01

0.010 0.0055 -2.26

0.061 0.035 -1.46

0.075 0.044 -1.36

0.58 0.35 -0.45

0.087 0.052 -1.28

0.040 0.024 -1.61

0.12 0.076 -1.12

0.00053 0.00034 -3.47

0.17 0.1

1

-0.94

0.040 0.027 -1.56

0.0013 0.00091 -3.04

0.28 0.21 -0.68

0.27 0.21 -0.69

0.090 0.071 -1.15

0.15 0.12 -0.91

0.078 0.068 -1.16

0.079 0.072 -1.14

0.074 0.067 -1.17

0.0014 0.0015 -2.83

0.21 0.23 -0.64

0.17 0.19 -0.72

182
Wavelength Spectrum Energy Levels

A K

2195.54 Lu II 0 45532

2276.94 Lu II 27264 - 71169

2297.41 Lu II 28503 — 72017

2392.19 Lu II 17332 — 59122

2399.14 Lu II 32453 — 74122

2419.21 Lu II 38223 79547

2430.26 Lu II 32453 - 73588

2459.64 Lu II 12435 — 53079

2469.27 Lu II 28503 — 68989

2481.72 Lu II 32453 — 72736

2536.95 Lu II 1 1796 51202

2546.87 Lu II 32453 — 71705

2561.80 Lu II 12435 — 51458

2571.23 Lu II 14199 — 53079

2578.79 Lu II 12435 — 51202

2582.13 Lu II 32453 71 169

2613.40 Lu II 1 1796 — 50049

2615.42 Lu II 0 — 38223

2619.26 Lu II 1 1796 — 49963

2657.80 Lu II 12435 — 50049

2701.71 Lu 11 14199 51202

2738.17 Lu II 27264 - 63774

2754.17 Lu II 12435 — 48733

2796.63 Lu II 17332 — 53079

2834.35 Lu II 28503 — 63774

2847.51 Lu II 1 1796 46904

2894.84 Lu II 14199 — 48733

2900.30 Lu II 12435 — 46904

2911.39 Lu II 14199 — 48537

2951.69 Lu II 17332 — 51202

2963.32 Lu II 1 1796 45532

2969.82 Lu II 11796 — 45458

3020.54 Lu II 12435 — 45532

3027.29 Lu II 12435 — 45458

3056.72 Lu II 14199 — 46904

3077 60 Lu II 12435 44919

3183.73 Lu II 17332 — 48733

3191.80 Lu II 32453 — 63774

3198.12 Lu II 14199 — 45458

3254.31 Lu II 14199 — 44919

3397.07 Lu II 1 1796 41225

3472.48 Lu II 12435 - 41225

3507.39 Lu II 0 — 28503

3554.43 Lu II 17332 — 45458

3623.99 Lu II 17332 — 44919

3876.65 Lu II 12435 38223

4184.25 Lu II 17332 41225

4341.98 Lu II 36098 59122

4785.42 Lu II 17332 38223

4839.62 Lu II 1 1796 32453

gA gf Log gf

108/sec

0.22 0.016 -1.79

0.40 0.031 -1.51

1.0 0.081 -1.09

15. 1.3 0.12

2.2 0.19 -0.72

1.8 0.16 -0.80

1.5 0.14 -0.86

1.7 0.15 -0.82

2.5 0.23 -0.64

0.71 0.066 -1.18

3.7 0.35 -0.45

1.4 0.13 -0.88

0.34 0.034 -1.47

12. 1.2 0.08

17. 1.7 0.24

2.7 0.27 -0.56

13. 1.4 0.14

5.8 0.60 -0.22

13. 1.4 0.13

20. 2.2 0.33

39. 4.3 0.63

2.0 0.23 -0.65

22. 2.5 0.39

34. 4.0 0.60

7.5 0.90 -0.04

12. 1.5 0.18

40. 5.0 0.70

19. 2.4 0.38

55. 7.0 0.85

12. 1.6 0.20

12. 1.6 0.20

6.8 0.90 -0.05

8.8 1.2 0.08

0.35 0.047 -1.32

9.3 1.3 0.11

19. 2.7 0.43

0.63 0.096 -1.02

7.0 1.1 0.03

3.6 0.56 -0.25

11. . 1.8 0.25

3.5 0.61 -0.22

4.2 0.76 -0.12

0.20 0.037 -1.43

14. 2.7 0.43

2.9 0.57 -0.25

0.39 0.089 -1.05

3.1 0.81 -0.09

1.5 0.43 -0.36

0.12 0.043 -1.37

0.0088 0.0031 -2.51

183
Wavelength Spectrum Energy Levels

A K

4865.36 Lu II 38575 - 59122

4994.13 Lu II 12435

z

32453

5476.69 Lu II 14199 32453

5664.89 Lu II 30889 48537

5713.49 Lu II 29407 _ 46904

5983.90 Lu II 11796 - 28503

6159.94 Lu II 32504 48733

6199.66 Lu II 29407 45532

6221.87 Lu II 12435 28503

6228.14 Lu II 29407 _ 45458

6235.36 Lu II 32504 - 48537

6242.34 Lu II 30889 46904

6444.89 Lu II 29407 44919

6463.12 Lu II 11796 27264

66 11 28 Lu II 17332 32453

6619.15 Lu II 36098 - 51202

6826.59 Lu II 36557 51202

6943.96 Lu II 35652 50049

7125.84 Lu II 30889 44919

7165.94 Lu II 36098 50049

7409.70 Lu II 36557 50049

7456.96 Lu II 36557 49963

8459.19 Lu II 29407 41225

gA gf Log gf

108/sec

0 91 0\J. J'Mz. —0 49

V/. 1 J 0 OAR

W. 1 u —0w. 79/ y

0.14 0.069 -1.16

0.15 0.073 -1.14

0 04^ 0 073 —1 64

0VJ. I1 8o

1 < J 0V/. 7^/ J —0 14

0.13 0.078 -1.11

0.27 0.15 -0.81

1 d 0 R1 —0 09

1 Q 1 1 1 . 1 0 04

0 079 0 049 —1 ^1

0.052 0.032 -1.49

0.0072 0.0047 -2.33

V/. 0 77 —0 65

0 dQ —0 46

0W.H-411 V/. D yj —0W. J57Z, 0.70 0.53 -0.27

0.43 0.33 -0.48

0 7 1 —0 6R

0 44 —0 44

0.22 0.24 -0.63

184
Wavelength Spectnun Energy Levels gA

A K 10*/sec

2776.69 Mgi 21870 - 57874 8.2 0.95 -0.02

2778.29 Mgl 21850 - 57833 6.9 0.80 -0.10

2779 81 Mp^ I 2191

1

— 57874 20. 2.3 0.36

2781.42 Mgl 21870 - 57813 6.9 0.80 -0.10

2782.97 Mgl 21911 - 57833 7.8 0.91 -0.04

2852.13 Mgl 0 - 35051 9.4 1.1 0.06

2942.11 Mgl 21911 - 55892 0.39 0.051 -1.29

1096 90 mg, 1 21911 — 54192 2.4 0.35 -0.46

3332.15 Mgl 21870 - 51872 0.83 0.14 -0.86

3336.68 Mgl 21911 - 51872 1.2 0.21 -0.68

3829.35 Mgl 21850 - 47957 11. 2.4 0.38

3832.31 Mgl 21870 - 47957 23. 5.1 0.71

3838 26 21911 — 47957 39. 8.6 0.93

4703.02 Mgl 35051 - 56308 2.3 0.75 -0-12

5167.34 Mgl 21850 - 41197 1.2 0.48 -0.32

5172.70 Mgl 21870 - 41197 3.5 1.4 0.15

5183.62 Mgl 21911 - 41197 6.4 2.6 0.41

5528.46 Mgl 35051 - 53135 1.6 0.75 -0.13

8806.79 Mgl 35051 - 46403 1.7 2.0 0.30

185
Wavelength Spectrum Energy Levels

A K

2790.79 Mg II 35669 - 71491

2795.53 Mg II 0 - 35761

2798.06 Mg II 35761 - 71490

2802.70 Mg II 0 - 35669

2928.75 Mg II 35669 - 69805

2936.54 Mg II 35761 - 69805

gA. gf Log gf

108/sec

22. 2.6 0.42

9.0 1.1 0.03

28. 3.3 0.51

5.3 0.62 -0.20

2.8 0.36 -0.44

5.3 0.69 -0.16

186
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

1995.40 Mn I 0 50099

1998.86 Mn I 0 _ 50013

2003.82 Mn I 0 — 49888

2092.13 Mn I 0 — 47782

2208.81 Mn I 0 — 45259

2213.85 Mn I 0 45 156

2221.83 Mn I 0 44994

2533.06 Mn I 25266 — 64732

2572.76 Mn I 18532 — 57389

2575.51 Mn I 18402 — 57218

2584.3 1 Mn I 1 8705 57389

2592.94 Mn I 18532 I 57086

2595.76 Mn I 18705 — 57218

2622.90 Mn I 25281 — 63395

2624.04 Mn I 25266 — 63363

2626.64 Mn I 18402 56462

2630.26 Mn I 25281 63289

2630.57 Mn I 25285 — 63289

2667.00 Mn I 18705 — 56190

2676.33 Mn I 23549 — 60903

2692.66 Mn I 25266 62393

2738.86 Mn I 30354 66855

2760.93 Mn I 17052 — 53261

2771.44 Mn I 17052 — 53124

2776.23 Mn I •17282 — 53291

L /oU.UU Mn I z3z9 / 2789.20 Mn 1 17282 53124

2790.36 Mn I 17282 — 53109

2791.08 Mn I 17052 — 52870

2794.82 Mn I 0 — 35770

2798.27 Mn I 0 35726

2799.84 Mn I 17052 52758

2801.06 Mn 1 0 — 35690

2804.10 Mn 1 17452 — 53103

2806.14 Mn I 25266 60891

2808.02 Mn I 17282 52884

2809.11 Mn I 17282 52870

2812.84 Mn 1 17568 — 53109

2813.47 Mn I 17568 — 53101

2817.97 Mn I 17282 — 52758

O 1 O T7 281 8.77 Mn I 17637 53103

2821.45 Mn I 17452 52884

2822.55 Mn I 17452 — 52870

2830.79 Mn I 17568 — 52884

2836.31 Mn I 17637 — 52884

2882.90 Mn I 17452 52129

2907.22 Mn 1 25266 59653

2914.60 Mn I 18402 52702

2925.57 Mn I 18532 52703

2928.68 Mn I 25281 59416

1 2.

1

0.12 —0.91

3.0 0.18 -0.74

4.0 0.24 -0.62

0.67 0.044 -1.35

0.24 0.017 -1.76

0.46 0.034 1 An

0.67 0.049 -1.31

12. 1.2 0.07

64. 6.4 0.80

53. 5.3 0.72

75. 7.5 0.88

34. 3.4 0.53

34. 3.4 0.54

27. 2.8 0.45

29. 3.0 0.47

112. 1.3 0. 10

6.1 0.63 -0.20

12. 1.3 0.10

6.0 0.64 -0.19

5.6 0.60 -0.22

17. 1 O 1.8 0.25

7.1 0.80 -0.10

4.6 0.52 -0.28

3.0 0.35 -0.46

3.1 0.36 -0.45

J.

3

A 1 0.6

1

—O.zl

5.3 0.62 -0.21

6.0 0.71 -0.15

5.9 0.69 -0.16

8.3 0.97 -0.01

6.7 0.78 /All -0. 1

1

20. 2.4 0.38

4.9 0.57 -0.24

6.8 0.81 -0.09

12. 1.4 0.14

5.2 0.61 -0.21

10. 1.2 0.09

6.1 0.72 -0.14

6.9 0.81 -0.09

8.0 0.96 -0.02

'3 O 3.0 f\ A C 0.45 —0.34

5.2 0.62 -0.21

5.2 0.62 -0.21

7.5 0.90 -0.05

2.6 0.32 -0.50

T A 3.4 0.43 -0.37

7.1 0.89 -0.05

13. 1.7 0.24

18. 2.3 0.36

4.9 0.63 -0.20

187
Wavelength Spectrum Energy Levels

A K

gA gf

10*/sec

Loggf

HIl 1 ZjZoo A Q U.03 —ft Tft 2940.39 Mb I 18705 — 52705 24. 3.1 0.50

2941.04 Mn 1 25266 — 59257 11. 1.4 0.16

3007.66 Mn 1 25281 — 58520 6.8 0.92 -0.04

3011.16 Mn I 25286 — 58486 6.8 0.92 -0.03

mi 1 19 hh 1 ZJZOO COAQ/i 304o0 O.o ft o —ft fti U.U3

3014.67 Mn I 25266 — 58427 6.8 0.92 -0.04

3016.45 Mn I 25286 — 58427 11. 1.5 0.17

3022.75 Mn 1 25266 — 58339 12. 1.7 0.22

3040.60 Mn I 25281 — 58160 16. 2.2 0.35

jVtZ.. ID Un I zjzo I JO^8 1IDn1 4.A 1/ u.oj —ft 1 Q U. 1 7

3043.36 Mn I 25288 — 58137 15. 2.0 0.31

3044.57 Mn I 17052 — 49888 21. 2.9 0.47

3045.59 Mn 1 25286 — 58110 20. 2.8 0.45

3047.04 Mn 1 25266 — 58075 35. 4.8 0.58

Unmh II Z3ZoO 3oU/3 o. /ft Q1 —ft fti 3054.36 Mn I 17282 — 50012 17. 2.3 0.36

3062.12 Mn I 17452 — 50099 9.5 1.3 0.12

3066.02 Mn I 17282 — 49888 11. 1.6 0.20

3070.27 Mn I 17452 — 50012 11. 1.6 0.21

hh 1

1 n^fsx 1 Ijyyy 11. 1 .3 ft 1 "7 U. 1 / 3079.63 Mn I 17637 — 50099 7.4 1.1 0.02

3081.33 Mn I 17569 — 50012 4.2 0.59 -0.23

3082.05 Mn 1 17452 — 49888 1.8 0.25 -0.59

3097.06 Mn I 27248 — 59527 9.0 1.3 0.11

311 U.Oo U-n T BAH I LI L\J\ J7DDy 8 Q -1.3 ft 1

1

U. 1

1

3148.18 Mn I 18403 — 50158 4.9 0.73 -0.14

3161.04 Mn I 18532 — 50158 1.1 1.2 0.06

3178.50 Mn I 18705 — 50158 12. 1.8 0.26

3212.88 Mn 1 17052 — 48168 13. 2.0 0.30

JZ 10."3 UnHn 11 Q J lU/O \j.\JDl. ft ftft^Q Z.3 i 3228.09 Mn I 17052 — 48021 59. 9.1 0.96

3230.72 Mn I 17282 — 48226 18. 2.8 0.44

3236.78 Mn I 17282 — 48168 49. 7.7 0.89

3243.78 Mn I 17452 — 48271 19. 3.1 0.49

Mn 1

1 '1A'\'~> 1 ItJZ. ^oZZO Dy. 0.

1

O 70

3251.14 Mn I 17569 — 48318 6.3 1.00 -0.00

3252.95 Mn I 17569 — 48301 19. 3:0 0.48

3254.04 Mn I 17052 — 3.5 0.55 -0.26

3256.14 Mn I 17569 — 48271 19. 3.0 0.47

tan I 1 /OJ / 4531 o 13. ') 1 Z.l ft ti U.33

3260.23 Mn I 17637 — 48301 11. 1.8 0.24

Mn I 17282 — 47904 10. 1-6 0.21

3296.88 Mn I 17452 — AlllA 3.5 0.58 -0.24

3298.22 Mn I 27201 — 57512 14. 2.3 0.35

3320.69 Mn I 17282 47388 3.3 0.54 -0.27

3330.67 Mn I 17452 47467 3.7 0.61 -0.22

3531.85 Mn I 18402 46708 16. 3.0 0.48

3532.12 Mn I 18402 46706 50. 9.3 0.97

3547.80 Mn 1 18532 46710 59. 11. 1.04

188
Wavelength Spectrum Energy Levels gA gf

A K i08/sec

Log gf

1 8532 46708

3548.20 Mn I 18532 -

3569.49 Mn I 18705 —

3569.80 Mn I 18705 — 46710

3577.88 Mn I 17052 — 44994

3586.54 Mn I 17282 45 156

3595.12 Mn I 17452 - 45259

3607.54 Mn I 17282 — 44994

3608.49 Mn I 17452 — 45156

3610.30 Mn I 17569 — 45259

3619.28 Mn I 17637 45259

3623.79 Mn I 17569 - 45156

3629.74 Mn I 17452 — 44994

3660.40 Mn I 37420 — 64732

3670.52 Mn I 17052 — 44289

3676 96 win I 3763 1 64820

3682.09 Mn I 37737 - 64888

3693.67 Mn I 34139 — 61205

3696.57 Mn I 23297 — 50341

3701.73 Mn I 17282 — 44289

3706 / \J\J *\J\J 08 Mn I 34251 61226

3718.93 Mn I 34344 - 61226

3728.89 Mn I 23549 — 50359

3731.93 Mn I 41404 — 68192

3790.22 Mn I 17052 — 43429

3799.26 Mn I 17282 43596

3800.55 Mn I 31001 — 57306

3801.91 Mn I 25266 — 51561

3806.72 Mn I 17052 — 43314

3809.59 Mn I 17282 — 43524

3810 69 MnIVl 11 I1 25281 51516

3816.75 Mn I 17452 —

3823.51 Mn I 17282 — 43429

3823.89 Mn I 17452 — 43596

3829.68 Mn I 17568 — 43673

3833 8fi IVlll I

' 17568 1 / J uo 4^644

3834.36 Mn I 17452 — 43524

3839.78 Mn I 17637 — 43673

3841.08 Mn I 17568 — 43596

3843.98 Mn I 17637 — 43644

3918.32 Mn I 341 39 59653

3926.47 Mn I 31001 — 56462

3952.84 Mn I 33825 — 59117

3975.89 Mn I 34845 — 59990

3977.08 Mn I 34463 — 59600

3982.58 Mn I 25281 50383

3985.24 Mn I 25288 50373

3986.83 Mn I 25266 50341

3987.10 Mn I 25286 50359

4018.10 Mn I 17052 41933

50 9.4 0 97

18. 3.3 0.52

101. 19. 1.28

33. 6.2 0.79

39. 7.6 0.88

21. 4.0 0.60

8.5 1.7 0.22

12. 2.3 0.36

12. 2.4 0.38

11. 2.1 0.32

8.6 1.7 0.23

6.5 1.3 0.10

4.0 0.79 -0.10

36. 7.2 0.85

1.7 0.33 -0.48

25 5 0 0 70

18. 3.7 0.56

62. 13. 1.11

13. 2.7 0.43

1.2 0.25 -0.60

47. 9.7 0.99

29. 6.1 0.79

4.0 0.84 -0.08

37. 7.8 0.89

3.7 0.79 -0.10

0.77 0.17 -0.78

19. 4.1 0.61

5.0 1.1 0.03

43. 9.3 0.97

10. 2.2 0.34

5.0 1.1 0.03

1.3 0.29 -0.54

30. 6.5 0.81

5.7 1.2 0.10

2.0 0.44 -0.36

4 7 1 0 0 02

13. 2.8 0.45

3.4 0.76 -0.12

6.5 1.4 0.16

3.4 0.76 -0.12

9.5 2.2 0.34

14. 3.2 0.50

9.3 2.2 0.34

7.9 1.9 0.27

9.6 2.3 0.36

7.2 1 7 0 23

7.9 1.9 0.27

10. 2.4 0.38

7.9 1.9 0.27

9.3 2.3 0.35

189
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4026.44 Mn I 25266 50095 7.6 1.8 0.27

4030.76 Mn I 0 — 24802 1.4 0.33 -0.48

4033 07 Mn I 0 Z,*T 74788 / 00 0W. 95y^ 0 7"? U. D't 4034 49 Mn T 0 1 1 y 0 S4 0 1 ^ —n 88

4035 '-T\J ^ ^ . 731 ^ Mn I 1 7787 Qy* 71 7 4 0U.J^7/

4038.73 Mn I 30354 — 55108 5.5 1.3 0.13

4041.36 Mn I 17052 — 41790 34. 8.4 0.93

H-v/H J . 1 J) mil V

~>. 1 7/ 7. / U.07

mil 1 1 7457 47 1 44 7 "X 1 .0 n 7 s u.zJ 404Q '-r\J'-ry .\J\J 00 Mn T ivlIi 1 "^5041 jy5Q7^7 1 D L 1 7 7L.y9 U.40

4052.47 Mn I 35115 — 59784 9.9 2.4 0.39

4055.21 Mn I 35165 — 59818 22. 5.4 0.73

4055 54 Mn 1 iVlii, 1 7787 41 933 1

7

1 0 0 47

4057 95 Mn111 11 T1 4941 5 9y • 80 Z.7 .H-4 0 ^^9

\j- jy

4058 93 Mn 1 1 7569 47 1 99 7 4 1 R 0VJ. 7^1 z t)

4059.39 Mn I 24788 - 49415 6.8 1.7 0.22

4061.74 Mn I 24802 — 49415 34. 8.4 0.92

4063 53 MniVlli 1F 1 7457 42054 4 9

' 1

7

1 . z. 0 08

4065 08 Mn T 3475 1 58843 1 1 z,7 . 80 0 45

4068 00 Mn I IVl 1 1 1

1I 75^Q 1 Jyjy d? 1 44 \j- J J 0 1 4 —0 87

4070.28 Mn I 17637 — 42199 2.0 0.51 -0.30

4079.24 Mn I 17282 — 41790 4.5 1.1 0.06

407Q 47 Mn F 47 1 44 5 0 1 0 1

0

u. 1 u 4089 Q4 Mn I 1 7 5f^Q 47054 7 1 1 8 0U.z7 SJ 408^ f\'\ Mn I IViii 1

1 7457 1 '-r J 1. 41 9^1 f\ 9 1 7 0U.ZH74

4089.94 Mn 1 34423 — 58867 9.5 2.4 0.38

4105.36 Mn I 34939 — 59290 7.8 2.0 0.29

411 1\.\J0 • 90y\j Mn T 34939 597 57 79 7 4 0w. 870 / 41^1 1 *-r 1 J 1 . 1 .i- Mn T ^41 J 0 J J y 5 7 J . z 0u. 77/ z

41 '^^ 04 Mn T IVill 1 ^49 S 1 58477 1 7 4H. J U.OJ

4141.06 Mn I 34344 — 58486 11. 2.9 0.46

4147.53 Mn I 27202 — 51306 3.5 0.90 -€.05

4148 80 Mn I 3447^ 58570 1

1

Z.7 . 9y 0 Af\

41 76 60 Mn T ^41 J58075 0 W / J 70 J . D 0V/. 7?/ Z, 41 RQ QQ Mn T 58110 1 7 4 4 0 f\A

4201.76 Mn I 34344 — 58136 9.2 2.4 0.39

4211.75 Mn I 34423 — 58160 9.3 2.5 0.39

47^5 14 Mn I 7^^ S4Q 47 1 55 1

1

1 1

.

^ 0 0U.H-47/ Mn T IVlil 1 7^7Q7 ^ D L.y 1 4f^901 1

4

% 8 0u. J580

Mn T IVl 1 1 i ?'?770 47700 H / jLyy 5 7 0 1 9

A151M Mn I 23819 — 47299 9.0 2.4 0.39

4265.92 Mn I 23720 — 47155 8.7 2.4 0.37

4781 10 Mn I IVl 1 i 1 7'?54Q Z. _> J H 7 4^^901 hk) y\j I 7 4 z.w 7 0 0 3 1 4784 08 IVl 11 i 7"^ 8 1 Q 47 1 5 5 7 0 0 55 —0 7^

/I -2 1 7 f < A/In I Mil 1 7^770 Z. J / zu 4^i901 11 . 9y 0U. JZ57 —0VJ. 78z. 0

4'?74 Q5 ivlll i 77748 Z. / Z'4-o jyjyjyy 50099 7 0 7^i —0u. 11 7z. 4381.70 Mn I 38670 61485 8.2 2.4 0.37

441 1.88 Mn I 38009 60668 9.1 2.6 0.42

4414.88 Mn I 23297 45941 7.5 2.2 0.34

4419.78 Mn I 38120 60739 9.1 2.7 0.43

190
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

4436.35 Mn I 23549 - 46084 5.0 1.5 0.17

4451.59 Mn I 23297 - 45754 17. 4.9 0.69

4453. UU Mn I z3 /zU — AC 'i '1C\ 46 1 /U 3.0 1.

1

A nc U.Uo

A A C C A 1 4455. U

1

Mn I o A in Ci z4 / / y — /i -70 O A 4/ZZU A O 4.Z 1 o

l.Z A 1 A U. 1 U

A A ^ Z '21 445 5. 3 Z Mn I Z4 / /y — /) '7 O 1 O 4 /Z 1 oC A 5.U 1 c 1.5 A 1 7

U. 1 /

4455.82 Mn I 24779 - 47216 3.3 1.00 -0.00

4457.04 Mn I 24788 - 47218 1.7 0.50 -0.30

44J / .J

J

Mn I Z4 / oo /I 70 1 4 /Z 1 D

C. 7 O. / 0 A Z.U A 1A U.3U

44JO.ZO Mn 1 Z4 / OO /1 70 1 0 4 /Z 1 Z

fi A 0.4 0 ^ Z.J A /1A U.4U

44t)U. JO Mn I Z4oUZ /I 70 1 A 4 /Z 1 O

I 7 n ^A U. jU A 1A

4461.08 Mn I 24802 - 47212 4.6 1.4 0.14

4462.02 Mn I 24802 - 47207 16. 4.7 0.68

44o4.Do Mn 1 Z3 j4y — /ICQ/11 4jy4i A 0.4 1 Q 1 .y A 0 fi U.Zo

A A~f(\ \ A 44 /U. 1

4

Mn I T 1 "Ton Z3 / ZU — /I AAO A 4dUo4 A 7 4. /

1 A

1 .4 A 1 C

U. 1

J

A AT) "70 44 / z. /y Mn I z3o 1 y/) — z: 1 -7 A 4d 1 /U 1 0 3.Z A QC u.yo —A AO u.uz

4490.08 Mn I 23819 - 46084 4.1 1.2 0.09

4498.90 Mn I 23720 - 45941 5.3 1.6 0.21

4jUz.ZZ Mn 1 Z3 j4y -- /I C7 C /I 4j / j4 C A J.U 1 c 1.5 A 1 O

U. 1 o 4dUj. JO Mn I 38 1 ZU -- C QOO O jyoZo 1 A 14. A 1 4.3 U.o3

4DZ0.54 Mn I 1 OAAO 3oUuy — c O/; 1 7 5y6 1

/

1 3. A 1 4.3 f\ C A U.o4

4671.69 Mn I 23297 - 44696 0.54 0.18 -0.75

4701.16 Mn I 23549 - 44815 0.89 0.30 -0.53

4 /uy. 11 Mn I Z3zy / — /I /I CO /I 44jZ4 0 7 Z. / A OQ u.oy —A AC U.Uj

Alii /I fi ^ 1 L 1 .4o Mn I Z3 j4y 44oyo "J A 3.U 1 A 1 .u A A 1 U.Ul

4 / jy. 1

1

Mn I Z3 /ZU /I /I fi 1 ^ 44olj 0 1 Z.3 A 7A U. /O A 1 0 ^J. 1 Z

4754.04 Mn I 18403 - 39431 4.0 1.3 0.13

4761.53 Mn 1 23819 - 44815 3.2 1.1 0.03

4 / oZ. JO Mn I — 44Zoy /I /I 0 CO 1 01 Z. A A 4.U A cr\ U.dU

An QC 4 / DJ.OO Mn I Z3 /ZU — /I /I /iQA 44oyo C 1

J.

3

1 fi l.o A O C U.Zj

4 / 00.4J Mn I T 1 C /I Q Z3 j4y — 44jZ4 A A CO/t fi /I 0.4 O fi Z.o A /I C U.4j

4783.42 Mn I 18532 - 39431 3.7 1.3 0.11

4823.52 Mn I 18705 - 39431 4.0 1.4 0.15

AQ A A 11 4o44. jz Mn I 1 1 AA 1 3 1 UU

1

— C 1 A 1 o

J 1 o3o 0 1 Z. 1 A 7 C U. / J A 1 0 —U. 1 z

45*05. oo Mn I Z3zy / — /) 1 /I o o 434Zy A /I O U.4o A 1 O

U. 1 o A 7 C —U. /5

juu4.y 1 Mn I Z354y — A 1 A 435Z4 A O/C U.Z6 A AAA

u.uyy

1 AA —l.OU

5074.79 Mn I 27202 - 46901 1.1 0.43 -0.37

5117.94 Mn I 25281 - 44815 1.2 0.48 -0.32

J 1 jU.oV Mn I ZjZoo — A A CC^C 446y6 A O C u.yj A 1 O A /i O —U.4Z

5 1 y6.5y Mn 1 o CO O/: z5Zo6 — A A A 445Z4 A A 1 u.y 1 A 1 7U.3 / —0.43

5zj decj.izn Mn I O C O ^ Z jZd6 — /I /I o o o 44Zoy 1 c 1.5 U.63 A O A —u.zu

5341.06 Mn I 17052 - 35770 0.26 0.1 1 -0.96

5349.88 Mn I 43314 - 62001 4.7 2.0 0.30

C'2'7'7 £i1 J J / /.OJ Mn 1 1 1 AA 1 3 lUUl — /I Q C Q 1 4yjyi C 7

6. / O Q z.y

A /I 7

U.4 / J jy4.o / Mn I AU

1 C C 1

0

— 1oj3Z A AA 1 0 U.UU 1 Z A AAA C A U.UUUj4 —107 3.Z / C 1 QQ A Q Mn I 1 1 A^ £. 3 lU/b — /I O C Q 1 4yjyi 1 A 3.4 1 c 1.5 A 1 7

0. 17

j4U /.4Z Mn I

1 'TO OO 1 /ZoZ — 1 C 77 A 3 J / /U A 1 A U. 1 D A A7A U.U/U 1 1 C —1.15

5413.69 Mn I 31 125 - 49591 2.5 1.1 0.05

5420.36 Mn I 17282 - 35726 0.14 0.061 -1.21

5432.55 Mn I 0 - 18402 0.00045 0.00020 -3.70

5457.47 Mn I 17452 - 35770 0.020 0.0090 -2.04

191
Wavelength Spectrum Energy Levels gA

A K 108/sec

gf Loggf

5470.64 Mn i 5481.40 Mm

5505.87 Mn i 5516.77 Mn I 5537.76 Mn i

5551.98 Mm

5567.76 Mn i 5573.01 Mn i 5573.68 Mn i 5738.29 Mn i

5780.19 Mm

5816.84 Mm

6013.50 Mm

6016.64 Mn I 6021.80 Mm

6384.67 Mn i 6440.97 Mn i 6491.71 Mm

6942.52 Mn i 6989.96 Mn i

7069.84 Mn i 7184.25 Mm

7247.82 Mn i 7283.82 Mn i 7302.89 Mn i

7326.51 Mm

7680.20 Mn i 7712.42 Mm

7764.72 Mn i 8670.92 Mn i

8672.06 Mn i 8673.97 Mn i 8701.05 Mm

8703.76 Mn i 8740.93 Mn i

17452 35726

17452 — 35690

1 7568 35726

1 7568 35690

1 7637 35690

44289 - 61295

44523 — 62479

J351^i5 J \.\J ^ 53 1 03

'^S 1 S'^ 1 01

D'-T i jy JSIi J\j S^lI

34251 — 51546

34344 — 51531

41404

24788 41404

24802 41 404

30426 — 46084

30420 45941

30354 45754

41789 561 90

42054 56356

37420 - 51561

37631 — 51546

51531

35690 4941 5 4941 5 — 49415

44289 — 57306

57486

4^3 1

4

561\ 90y\j

35690 '~T 1 ^^\J

D o\j y\j All 1 8

35690 47216

35726 47216

35726 47212

35770 47207

0.10 0.045 -1.35

0.070 0.031 -1.50

0 050 0 073 —1 64

0 080 0 037 —1 44

0 070 0 032 —1 49

5.5 2.6 0.41

2.2 1.0 0.01

0 91 0 47 —f> '^7

1 ] 0 49 —0 1 U.J/ —O 4^

0.76 0.38 -0.42

0.76 0.39 -0.41

1 'K 0 71 —0 1 5

11 . 9y 1 0 0 00

11 .H4 0 1 6

0.27 0.16 -0.78

0.59 0.37 -0.44

0 81 0 51 -0 29

3 1 2 3 0 36

2 7 2Z. • 0\J 0 29

1.9 1.4 0.14

1.6 1.2 0.08

1 ^ 0yj.y99y —0\J. 00\J\J ? 2 11 . Ro 0 74

D *D 7 7 0 47

4.4 3.6 0.55

3.2 2.8 0.45

9 6 7Z.J 0U.JO^6

A.J 7z. 1i 0 'K'K 0 65 0 74 —0 1 3

0 8 1 0 97 —0 04

0.65 0.74 -0.13

0.82 0.93 -0.03

1.1 1.3 0.11

2.0 2.3 0.37

192
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

^^_7 • ^^ MnIVllX II1.1 27589 66894

2556.57 Mn II 27583 — 66686

2558.59 Mn II 27571 — 66643

2563.65 Mn II 27547 — 66542

2576.10 Mn II 0 — 38807

2589 71 Mn Ti 32788 71390

2593.73 Mn II 0 - 38543

2598.90 Mn II 29951 — 68417

2603.72 Mn II 29889 — 68284

2605.69 Mn II 0 — 38366

2610 20 Mn II 27547 65847

2624.80 Mn II 27571 - 65658

2625.58 Mn II 27583 — 65658

2632.35 Mn II 27588 — 65566

2638.17 Mn II 27589 — 65483

2639.84 Mn II 32788 70657

2650.99 Mn II 32788 — 70497

2655.91 Mn II 32857 — 70497

2672.59 Mn II 29889 — 67295

2673.37 Mn II 32836 — 70231

2674 43 Mn 11 33 147 70527

2680.34 Mn II 33248 - 70546

2684.55 Mn II 33278 — 70518

2685.94 Mn II 30523 — 67744

2693.19 Mn II 29889 — 67009

2695 36 Mn II 29919 67009

2698.97 Mn II 29889 — 66929

2701.00 Mn II 29889 — 66901

2701.70 Mn II 27547 — 64550

2705.74 Mn II 27571 — 64519

2707.53 Mn II 27571 64494

2708.45 Mn II 27583 — 64494

2709.96 Mn II 27583 — 64473

2710.33 Mn II 27588 — 64473

2711.58 Mn II 27588 — 64456

281 5 02 MnIVl 1 1 II11 705 1 8

2879.49 Mn II — 67866

2886.68 Mn II 33278 — 67910

2889.58 Mn II 33248 — 67846

2892.39 Mn II 33248 — 67812

2900 16 Mn II 36274 70745

2933.06 Mn II 9473 - 43557

2939.30 Mn II 9473 — 43485

2949.20 Mn II 9473 — 43370

3031.06 Mn II 34762 — 67744

3441.99 Mn II 14326 43370

3460.33 Mn II 14594 43485

3474.04 Mn II 14594 43370

3482.91 Mn II 14781 43485

3488.68 Mn II 14901 43557

24. 2.4 0.37

39. 3.8 0.58

49. 4.8 0.68

73. 7.2 0.86

80. 7.9 0.90

32 3 3 0.51

50. 5.0 0.70

62. 6.2 0.80

31. 3.1 0.50

33. 3.3 0.52

116. 12. 1.07

24. 2.5 0.40

126. 13. 1.11

116. 12. 1.08

77. 8.1 0.91

54. 5.7 0.75

19. 2.0 0.30

44. 4.6 0.66

72. 7.7 0.89

38. 4.1 0.61

39. 4.1 0.62

33. 3.6 0.55

39. 4.2 0.62

37. 4.0 0.60

18. 2.0 0.29

36. 3.9 0.59

18. 2.0 0.29

57. 6.2 0.79

96. 11. 1.02

77. 8.5 0.93

48. 5.3 0.72

67. 7.4 0.87

29. 3.2 0.50

48. 5.3 0.73

67. 7.4 0.87

46 5 5 0 74

56. 7.0 0.84

51. 6.4 0.80

113. 14. 1.15

40. 5.0 0.70

60. 7 6 0 88

40. 5.2 0.72

54. 7.0 0.84

66. 8.6 0.94

41. 5.7 0.76

35. 6.3 0.80

18. 3.3 0.52

18. 3.2 0.51

15. 2.7 0.43

9.6 1.8 0.24

193
Wavelength Spectrum Energy Levels gA gf Loggf A K 108/sec

3495.84 Mn ii 14960 - 43557 7.6 1 4 o 14

3496.81 Mn 11 14781 - 43370 2.6 0 48 -o'32

3497.54 Mn II 14901 - 43485 5.4 0 99 -0 00

194
Wavelength Spectrum Energy Levels

A K

2325.94 Mo I 12346 55328

2352.61 Mo I 12346 - 54839

2355.22 Mo I 1 1 143 53589

2364.37 Mo I 1 1454 53736

2372.27 Mo I 1 1454 53595

2380.41 Mo I 1 1859 53855

2383.52 Mo I 11859 - 53800

2408.39 Mo I 12346 — 53855

2415.33 Mo I 12346 — 53736

2430.43 Mo I , 12346 — 53479

2471.97 Mo I 10768 51210

2481.81 Mo I 10768 — 51049

2509.56 Mo I 12346 52182

2515.66 Mo I 12346 52085

2517.46 Mo I 1 1454 51 165

2524.81 Mo I 1 1454 51049

2536.85 Mo I 12346 - 51753

2540.45 Mo I 1 1859 51210

2543.35 Mo I 1 1859 51 165

2548.22 Mo I 10768 49999

2550.85 Mo I 11859 51049

2567.05 Mo I 10768 — 49712

2572.34 Mo I 12346 51210

2575.77 Mo I 1 1858 50670

151%.ll Mo I 1 1858 50625

2582.16 Mo I 10768 49484

2591.98 Mo I 1 1 143 - 49712

2595.40 Mo I 10966 49484

2596.77 Mo I 21343 59841

2597.22 Mo I 10768 49259

2599.64 Mo I 12346 50802

2603.32 Mo I 10768 — 49169

2607.37 Mo I 1 1 143 — 49484

2608.86 Mo I 20930 59250

261 1.20 Mo 1 20951 — 59236

2613.08 Mo I 1 1454 49712

2615.39 Mo I 10966 - 49190

2616.78 Mo I 1 1 143 49346

2621.07 Mo I 1 1859 49999

2627.55 Mo I 1 1 143 49190

2628.74 Mo I 1 1454 49484

2628.97 Mo I 11143 — 49169

2629.85 Mo I 1 1454 49468

2631.50 Mo 1 10966 — 48956

2635.57 Mo I 1 1859 49790

2638.30 Mo I 1 1454 49346

2640.99 Mo I 11859 49712

2643.81 Mo I 11143 48956

2647.25 Mo I 10768 48532

2649.25 Mo I 11454 49190

gA gf Log gf

10^/sec

4.5 0.36 -0.44

3.8 0.31 -0.50

3.3 0.27 -0.56

3.4 0.28 -0.55

6.6 0.56 -0.25

5.9 0.50 -0.30

8.8 0.75 -0.13

3.0 0.26 -0.59

5.9 0.52 -0.29

6.7 0.59 -0.23

14. 1.2 0.09

6.3 0.58 -0.24

5.0 0.47 -0.32

2.5 0.24 -0.63

4.3 0.41 -0.39

8.5 0.81 -0.09

7.1 0.69 -0.16

10. 0.99 -0.00

5.8 0.56 -0.25

25. 2.4 0.39

10. 0.98 -0.01

18. 1.8 0.26

30. 2.9 0.47

3.4 0.34 -0.47

8.1 0.81 -0.09

18. 1.8 0.25

5.2 0.52 -0.28

7.2 0.73 -0.14

8.9 0.90 -0.05

2.1 0.21 -0.67

4.2 0.43 -0.37

1.8 0.19 -0.73

18. 1.8 0.26

6.9 0.70 -0.15

41. 4.2 0.62

21. 2.1 0.33

8.4 0.86 -0.06

27. 2.8 0.45

11. 1.1 0.06

21. 2.2 0.34

11. 1.2 0.07

5.3 0.55 -0.26

31. 3.2 0.50

4.0 0.42 -0.38

5.4 0.56 -0.25

18. 1.8 0.26

31. 3.2 0.50

2.5 0.27 -0.57

1.9 0.20 -0.71

2.1 0.22 -0.65

195
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2649.46 Mo I 11859 — 49591 46. 4.9 0.69

2650.68 Mo I 11454 — 49169 2.7 0.28 -0.55

IVIU 1 1 7^46 49999 44 4 6

lUI n T IVIL^ 1 11 0768 V/ / UO 48400 Z,. J 0 74 —0 67

iVi vJ 1 111 4877S 7Z,. JS 0 76 —nU.JO58

2658.11 Mo I 11859 — 49468 20. 2.2 0.33

2665.10 Mo I 11859 — 49370 7.8 0.83 -0.08

2666 75 MnIVl \J I1 1 1 859 49346 3J.J3 0VJ. J35J —0vJ-*+45

J

2670.32 Mo I 10768 48206 3 5 0 37 —0 43

2678 67 Mo I 1 1454 48775 2 0 0 21 —0\J• 67VJ /

2679.85 Mo I 12346 — 49651 11. 8.3 0.92

2682.62 Mo I 11143 — 48409 1.8 0.20 -0.70

2688 64 Mo I 21343 58526 10-1 V/. 11 > 11. 0 04

2693.04 Mn I 12346 49468 2 0 0 22 —0\J- 66VJVJ 2696.07 Mo I 10768 47848 3 3 0V/. J36 -0 45

2697.81 Mo I 10966 - 48022 4.7 0.51 -0.29

2700.21 Mo I 12346 — 49370 4.5 0.49 -0.31

2701 03 IVl \J 1 11 11 858 O ^ O 48870 8 7 0 95 —0VJ-VJZ. 02

2705 24 Mn I IVl \J 1 1 1 454 48409 2Z.. 8O 0V/. 31J 1 —fl\i. J511 2706 1? Mn I 11111 143'~tJ/ 48085 J5 . 2Zr 0 57 —0 24

IIXQ.IA Mo I 11143 — 48022 3.4 0.38 -0.42

2715.17 Mo I 10768 — 47588 2.3 0.26 -0.59

2720 17 Mn I 1111 454 T'^'-r 48206 4*T. J5 0V/. J50 —0V/- J311 7774 41 Mn T 1 6784 53479 11 J5 . 1 7 0\J. 22Z. Z. 2725 1 5 Mn T 11111 1 43*-r J *T / OZ. / 9 0 1 0 0VJ. 00VJVJ

2725.95 Mo I 11859 — 48532 2.9 0.32 -0.49

2726.65 Mo I 21154 — 57818 5.7 0.64 -0.20

2728 70 Win I 1 1 143 A1119 4 J5 0 50 -0 30

2729 Zr / ^ ^ • 11 ^3 Mn I 1 1454 48085 J3 . 11 0V/. J34" -0 47

2733 39 Mn I 1 1454 48028 14 11 • J5 0V/- 19y

2735.65 Mo I 16784 - 53327 3.7 0.42 -0.38

2735.88 Mo I 11858 — 48399 1.4 0.16 -0.80

2736 42 Mn I 11 8356 O J ^ VJ 54889 4 4 0 50 -0 30

2743 07 Mn I 11111 1 43"T" J 47588 121 Z.. 11 - J3 0VJ* 121 Zi 2743 71 Mn I 10966 47402 'T / '-T\J ^ 4 5 0VJ. J511 -0 29

2745.09 Mo I 10768 — 47186 3.6 0.40 -0.40

2745.38 Mo I 16784 — 53198 5.2 0.59 -0.23

7748 49 Mn T 1 1 454 47827 *-r / OZ, / 2 9 0V/. J33J -0 48

77S1 47 M n T

IVI U 1 1 1 O _J ^ 481 *+0 1 92-7Z. 11 8O. Z.2 . 0\J 0V/- J311 77S4 7Q Mn 1 1 \J / oo 470^^4 1 4 0VJ. 161 VJ —0VJ. 800VJ

2755.37 Mo I 10966 — 47248 1.5 0.17 -0.78

2759.58 Mo I 11859 — 48085 1.5 0.18 -0.75

7761 5"? Mn 1 1 z. J) ^vj 48547 121 Z,. 11 . J3 0 13

2762 70 Mn 1 11 2346 Z, _7 '-ryj 48532 T-O-/ J Z. 3 9 0 45 -0V/. 35J J

2763 03 Mn T 11111 1 43HJ47324 3J .V/0 0\J. J34" -0 47

2763 93 Mn f 11 11 859 0_J -7 48028 -rO WZ. O 2 2 0 25 -0.60

2766.26 Mo I 11143 47282 5.1 0.59 -0.23

2766.72 Mo I 1 1454 47588 2:0 0.23 -0.64

2767.22 Mo I 10768 46895 1.3 0.15 -0.81

2771.36 Mo I 10966 47039 1.2 0.14 -0.85

196
Wavelength Spectrum Energy Levels

A K

2111.1A Mo I 11858 47848

2779.48 Mo I 11143 — 47110

'^n Qn Qi I /o 1 .(Si • Mo 1 12346 A A/;

2 /o6.y4 Mo I

1 O '2 /I 12346 4o 1 yZ

Mo I 16 /4o 525 /y

2790.31 Mo I 11454 47282

2792.96 Mo I 11454 — 47248

llyb.lo Mo I O A AO/: 24Uy6 c AO /I 1 Mo I

i i A Z A

1 1454 An 1 O A 4 / 1 o4

2oU1.4/ Mo I

1 nn^ o lU/6o A ^ A Z1 46453

2807.36 Mo I 11454 47064

2808.37 Mo I 11454 - 47052

2809.96 Mo J

1 1 1 /I o

1 1 143 46720

2810.43 till ^ I Mo I 18229 CIO AA 53800

2815.54 Mo I 18229 c T ^7

1

53736

2815.91 Mo I 11454 46956

2818.30 Mo I 11454 - 46926

ZOZZ.43 Mo I

1 t A ^ A

1 1454 A liOn A 46o /4

Zo22.86 Till ^ ¥ Mo I 1 o22y C 1 /I /I 53644

2825.6 / Mo I

1 O '5 C lo356 C 1 '7 '5 /r 53 /36

2826.54 Mo I 24823 60191

2826.75 Mo I 18229 — 53595

TOO TO Mo I T A AQ^ 5y43 / O Q TO 2o2y. /V Mo I

I 1 o c o

I I o5o /IT 1 o^ 4 / 1 o6

I6ly.y4 Mo I

I 1 o c o

I I o5o An t O A 4 / 1 o4

2835.91 Mo I 11858 47110

2836.03 Mo I 16641 - 51891

2837.90 Till ^ ¥ Mo I

'I 1 1 C /i 21 154 5638

1

2839.58 Till ^ •¥ Mo I

1 1 o c o

1 1858 A n cm A 4/Uo4

2844.39 TiH ^ I Mo I 24466 59612

2850.79 Mo I 11859 46926

2851.18 Mo I 12346 - 47409

2853.58 Mo I 16641 c t tin c 5 1675

2854.87 TiH ^ ¥ Mo I 24823 C AO /I 1 59841

2859.57 Mo I C C AAO

2864.31 Mo I 24096 58998

2864.66 Mo I 11859 — 46756

2ooy.56 Mo I 12346 An i Q A 4 / 1 o4

2o /U. 1 o Mo I

1 O '2 y1 ^

1 2346 An ^ nn 4 / J / / OCTA OA 2o /u.yu Mo I o 1 1 c /I 2 J 154 55y /6

2873.64 Mo I 24823 59612

2876.54 Mo I 21154 — 55908

2878.38 Mo I

1 1 O C O

1 1 858 46590

2882.54 Mo I 1 A 1 C O 20158 C A O 1 C\ 54839

2885.74 Mo I 25549 /TV 1 A'^ 60192

2886.61 Mo I 21343 C C A^ 55976

2887.62 Mo I 10768 45389

2889.84 Mo I 11858 46453

2893.23 Mo I 25639 60192

2896.44 Mo I 12346 46861

gA gf Log gf

108/sec

n A "78 U. /o A 1 1 ^J. 1 1 3.2 A "2*7 U.3 / A A1

1 A 1 .2 A f\n u.u / 4.1 0.48 -0.32

2.9 0.34 -0.46

/I A 4.4 U. j2 A TO

3. / A /I "J U.43 A 11

n A QA u.yu A A^

11. 1.3 0.11

8.4 0.99 -0.00

t A 1 .4 A 1 "7 U. 1 / A 78

3.2 A in U.3 / A A 1 —U.43

I "2 1.3 A 1 <

U. 1

5

A 8 1 —U.O 1 3.5 0.41 -0.39

4.6 0.54 -0.26

2 t 3.

1

ATT U.3 / A A 1 —U.43

1 n 1 . / A OA U.2U A AO

1 A 1.4 A 1 U. 1 O A "TO —U. ly

3.4 0.41 -0.39

6.9 0.83 -0.08

jy. n 1 A 8^ U.o5

O.o A 8 1 U.O 1 A AO

Q A 7.4 1 1 1.1 A A< U.Uj

1.8 0.22 -0.66

3.3 0.40 -0.40

A QA All U. 1 1 A -nj. yo

1 .

1

U. 1

3

A QQ —U.oo

Q 1 y. 1 1 .

1

A A/I U.U4

2.5 0.30 -0.52

54. 6.5 0.81

2.0 C\ 1A U.34 A A n —U.4 /

11 .o A 1 Q u. ly A TO —U. /2

/I /I 4.4 A KA U.54 —AU.2 / 9.7 1.2 0.08

8.8 1.1 0.03

3 /. A < 4.D U.OO

o.U A n A U. /4 A 1

"2 —U. 1 3

3.3 A /I 1 U.4

1

—A 1 8 U.3o

1.3 0.16 -0.79

5.2 0.64 -0.19

Q 1 1 o 1 .2 A Ae U.Uo

8 8 o.o

1 1 1 .

1

A A/1 U.U4

1 .0 A '>A U.2U A 7A ^J. /U

6.6 0.83 -0.08

16. 2.0 0.30

1 <i

1 D. T A 2.U A '2 1 U.3 1 A "70 A AOS 1 A

1

—1 .Ul

1 .o A 1 Q u. 1 y A n 1 —U. /

1

lo. O A 2.U ATI U.3 1 1.2 0.15 -0.82

197
Wavelength Spectrum Energy Levels

A K

2898.65 Mo I 20350 - 54839

2905.27 Mo I 12346 46756

2906.06 Mo I 20130 54531

2907.78 Mo 1 1 1454 45835

2908.16 Mo 1 21 154 55530

2913.52 Mo I 10768 - 45081

2915.26 Mo I 25549 59841

2915.38 Mo I 20281 54572

2916.10 Mo I 1 1 143 45425

2919.20 Mo I 1 1 143 45389

2919.38 Mo I 12346 - 46590

2931.08 Mo I 12346 46453

2934.84 Mo I 25549 59612

2936.50 Mo I 21343 55387

2940.98 Mo 1 20350 54343

2942.85 Mo 1 11454 - 45425

2944.21 Mo I 0 33955

2945.43 Mo I 20948 54889

2945.66 Mo I 1 1 143 45080

2946.01 Mo I 1 1454 45389

2953.56 Mo I 16784 — 50631

2959.48 Mo I 20158 53938

2959.80 Mo I 1 1859 45635

2972.96 Mo I 1 1454 45081

2977.27 Mo 1 20158 53736

2978.28 Mo I 11859 - 45425

2981.52 Mo I 1 1858 45389

2983.04 Mo I 19970 53483

2983.81 Mo I 20350 _ 53855

2985.16 Mo I 12346 _ 45836

2985.84 Mo I 25517 - 58999

2987.92 Mo I 20130 53588

2988.23 Mo I 20281 53736

2988.68 Mo I 20350 _ 53800

2989.80 Mo I 20158 _ 53595

3000.23 Mo I 20158 — 53479

3002.21 Mo I 0 33299

3010.26 Mo 1 12346 45556

3013.39 Mo I 18229 51405

3016 78 Mo I 21 154 54292

3025.00 Mo I 18356 — 51405

3035.33 Mo I 18229 51 165

3036 31 Mo I 18480 51405

3039.82 Mo I 25639 58526

3041.70 Mo I 16784 49650

3046.80 Mo I 16784 49596

3047.31 Mo I 16785 49591

3055.32 Mo I 16748 49468

3061.59 Mo I 16693 49346

3064.28 Mo I 16784 49408

gf Loggf

10**/sec

13. 1.7 0.23

6.8 0.86 -0.07

10. 1.3 0.12

0.90 0.11 -0.94

4.3 0.55 -0.26

1.9 0.24 -0.62

12. 1.5 0.18

9.1 1.2 0.07

1.4 0.18 -0.76

0.68 0.087 -1.06

2.3 0.29 -0.54

1.9 0.24 -0.61

16. 2.0 0.31

14. 1.8 0.27

7.7 1.00 -0.00

1.6 0.21 -0.68

0.16 0.021 -1.67

14. 1.8 0.25

3.8 0.49 -0.31

5.5 0.72 -0.15

4.6 0.61 -0.22

12. 1.6 0.21

2.5 0.32 -0.49

2.1 0.28 -0.55

7.3 0.97 -0.01

5.1 0.68 -0.16

3.5 0.46 -0.33

7.1 0.94 -0.03

9.8 1.3 0.12

1.6 0.21 -0.68

12. 1.6 0.19

17. 2.2 0.35

12. 1.6 0.21

25. 3.3 0.52

29. 3.8 0.59

7.1 0.96 -0.02

0.19 0.025 -1.60

1.5 0.20 -0.70

14. 1.9 0.29

13. 1.8 0.25

29. 3.9 0.60

5.2 0.72 -0.14

12. 1.6 ^.21

11. 1.6 0.20

25. 3.5 0.55

13. 1.8 0.24

17. 2.4 0.38

17. 2.4 0.37

13. 1.8 0.25

64. 9.1 0.96

198
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3068.00 Mo 1 16785 49370

3070.90 Mo I 16748 - 49302

3071.44 Mo I 16641 49190

3074.37 Mo I 16784 49302

3079.88 Mo I 23515 55975

3080.41 Mo I 16693 49147

3081.16 Mo I 18480 — 50926

3085.62 Mo I 16748 49147

3089. 12 Mo I 16784 49147

3089.71 Mo I 16641 48997

3094.66 Mo I 16693 48997

3099.93 Mo I 16748 - 48999

3 100.88 Mo I 23668 55908

3 1 12. 12 Mo I 0 32123

3 117. 54 Mo I 24823 56891

3132.59 Mo I 0 31913

3135.89 Mo I 24096 - 55976

3136.46 Mo I 16748 48622

3 136.75 Mo I 23516 55387

3 147.35 Mo I 16784 48547

3156.51 Mo 1 1 1858 43530

3158.16 Mo I 0 - 31655

3 163.90 Mo I 16641 48238

3 164.53 Mo I 1 1454 43046

3 170.35 Mo I 0 31533

3172.37 Mo I 16693 48206

3177.90 Mo I 16748 - 48206

3 183.03 Mo I 16785 48192

3 184.57 Mo I 16693 48085

3 185. 10 Mo 1 1 1858 43246

3185.71 Mo I 16641 48022

3188.09 Mo I 23668 - 55026

3188.40 Mo I 23534 54889

3191.52 Mo I 21343 52667

3192.80 Mo I 21 154 52465

3193.97 Mo I 0 31300

3194.87 Mo I 24096 - 55387

3195.96 Mo I 16748 48028

3198.85 Mo 1 12346 43598

3200.21 Mo I 18229 A r\ A ^ o 49468

3200.89 Mo I 18480 49712

3205.22 Mo I 10966 - 42156

3205.54 Mo I 1 1858 43046

3205.88 Mo I 12346 43530

3208.83 Mo I 0 31 155

3210.97 Mo I 16693 47827

3213.32 Mo I 11858 42970

3214.44 Mo I 16748 47848

3215.07 Mo 1 11143 42237

3220.86 Mo I 10768 41807

8.3 1.2 0.07

20. 2.9 0.46

6.8 0.96 -0.02

63. 9.0 0.95

30. 4.3 0.63

16. 2.3 0.36

4.2 0.60 -0.22

62. 8.8 0.94

8.0 1.1 0.06

7.8 1.1 0.05

42. 6.0 0.78

8.4 1.2 0.08

22. 3.2 0.50

0.98 0.14 -0.85

12. 1.8 0.25

9.8 1.4 0.16

11. 1.7 0.22

6.8 1.00 -0.00

9.1 1.4 0.13

16. 2.3 0.36

1.0 0.15 -0.82

3.8 0.57 -0.24

6.3 0.94 -0.03

1.9 0.29 -0.54

5.4 0.82 -0.09

2.6 0.39 -0.41

6.3 0.95 -0.02

24. 3.6 0.56

7.6 1.2 0.06

6.2 0.95 -0.02

11. 1.7 0.23

12. 1.8 0.26

12. 1.8 0.25

14. 2.1 0.32

13. 2.0 0.31

4.4 0.68 -0.17

12. 1.9 0.28

18. 2.8 0.44

2.3 0.35 -0.46

5.4 0.84 -0.08

5.7 0.88 -0.06

4.2 0.65 -0.19

1.9 0.30 -0.53

16. 2.5 0.40

1.7 0.26 -0.58

15. 2.2 0.35

1.0 0.16 -0.81

7.3 1.1 0.05

7.2 1.1 0.05

0.73 0.11 -0.94

199
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

3221.74 Mo I 18229 49259 29. 4.5 0.65

3223.49 Mo I 11143 — 42156 0.81 0.13 -0.90

Mo I 1 14j4 4Z4ZZ 1

0

12. 1 Q

i.y U.z7 mo "70 iZZy. ly Mo I 1Z346 43zyy 1 AlU. 1.6 0.21

1^11 1/1 32 j3. 14 Mo I 16 /o4 A TTAC 4 / /U5 66. 1 A10. 1.02

3235.38 Mo I 12346 43246 3.3 0.52 -0.29

3237.08 Mo I 20281 — 51165 111. 17. 1.24

515 / .yo Mo I 16/o4 An £i CCi 4 /65y 6.6 1 A 1.0 0.01

l^y A(\ AO Mo I 1 Z34o A1 i Ql 43 1 y / 5.5 A C 1 U.J 1 A 0 A —u.zy

l'^ A A An JZ44.4 / Mo I 1 o3 JO A Q1 CO 4y iby 3.y A /:o U.62 A 0 1 —U.Zl

3245.92 Mo I mil 58526 16. 2.6 0.41

3249.92 Mo I 16641 — 47402 3.5 0.56 -0.25

JZ JO.Z 1 Mo I

\ A A ^ A

1 '.4j4 /111 za 4Z 1 JO 1 01 2. 1 0 I.y Au.zy

3Z J 7. 1 o Mo I T /I /I Z440t) J J 14U 22. 1 A 3.4 A ^/1 U. j4

jZOU.4o Mo I

1 (-I A C lb/ 48 AHA AO 4 / 4uy 3.D A ^1 U.J / —A T ? U.Zj

3262.63 Mo I 16641 — 47282 16. 2.6 0.42

3263.83 Mo I 10768 — 41398 1.2 0.18 -0.73

1 T £ /I /in jZd4.4U Mo I1 /r -7 Q c

1 0 /o J AH A(\Q 4 /4uy 2 /. A 1 4.3 U.o3

jZ /U.7U Mo I 1 1 0 J7 /I')/!')') 4Z4ZZ 1 1 1 1

.

1 0 1 .0 U.Z J 511 y.44 Mo I 1 ooyz An 1 11 4 / 1 / / 1 A 3.4 A < < U.J J A OA —U.Zo

3285.02 Mo I 10966 41398 0.25 0.040 -1.40

3285.36 Mo 1 16748 — 47177 1.7 0.28 -0.56

JZo /.3o Mo I 1od41 A n r\zi 3.3 U.33 AO'? -0.Z7

iZoy.uz Mo I

A \ A C A

1 14j4 41ojU 13. 1 1 z. 1 A -3 "3 0.33

3289.84 HIT « w Mo I

\ an 0 A 16784 47 172 1 A10. 1.7 A 0 0 0.Z2

3290.82 Mo I 11858 42237 13. 2.1 0.31

3294.85 Mo I 11143 — 41484 1.4 0.22 -0.65

3296.40 Mo I

1 1 0 c 0

1 1858 42186 1 A 1.4 A 0 0 0.22 —0.66

33U3.34 Mo I

'x audi 166y3 /I 0 c 46y56 J.

3

A Q C U.06 A AT —U.U/

55v4.ZZ Mo I

1 1 1 /I '2 1 1 143 A 1 IQQ 413yo 1 Q 1.0 A 1A U.3U —AU. j2

3305.56 Mo I 10768 41012 3.0 0.49 -0.31

3305.90 Mo I 21619 — 51859 17. 2.8 0.44

33U /. IZ Mo I

1 1 0 r Q 1 1 0 J7 4ZUoo A 1 4.

1

A A7 U.O / A 1 0

-J 1 1 A -7-7 33 lU. / / Mo I lU/DO 4uyo4 1 c

1 .J A T/t U.Z4 A C, 1 ^J.O 1 1 1 1 o 11 33 1Z.33 Mo I A iiQn A 40o /

4

A 0 4.0 U. /o —A 1 1 U. 1 1

3319.59 Mo I 16693 46808 6.3 1.0 0.02

3319.79 Mo I 16641 — 46755 6.2 1.0 0.01

1111 oc Mo I lz34o /IT /IT) 4Z4ZZ Q A y.u

1 c

1 .J n 1 "7 U. 1 / 3325.67 Mo I 10768 A AOO A 4Uozy "3 0 3.2 AU.53 A ^ n —U.2 / 33Z7.30 Mo I lUy66 /f 1 A 1 0 411)12 -3 A 3.4 AU. j6 —A 0 ? U.2j

3331.40 Mo I 16748 46756 3.1 0.52 -0.29

3336.51 Mo I 18229 - 48192 8.7 1.5 0.16

3340.17 Mo I 10768 40698 0 1 2.

1

A "3 C U.3 J A A C —U.46

3344.75 Mo I

1 ^ 1 A 1

1 1143 41032 1 0

12. 0 A Z.U U.3 1

-3 -3 /( AO 334/. UZ Mo I

1 t t A 1 11 143 /I 1 A 1 0 41U12 "3 A 3.U A ^ 1 U.J 1 —

A 0 Q u.2y

334y. 1 y

tilt ^ T Mo I

1 0 T r z: 1 o356 /( 0^ A^ 4o2U6 /I A 4.4 (\ 1

A

U. /4 A 1

1

^j. 1

3

3350.30 Mo I 12346 42186 1.7 0.28 -0.55

3354.99 Mo I 10768 40566 1.1 0.18 -0.74

3358.12 Mo I 11454 41224 16. 2.7 0.44

3361.37 Mo I 12346 42088 3.3 0.56 -0.25

200
Wavelength Spectrum Energy Levels

A K

gA gf

10^/sec

Log gf

MniTi \J I1 10966 40698

3363.78 Mo I 10768 - 40488

3369.25 Mo I 18356 — 48028

3375.22 Mo I 18229 — 47848

3375.65 Mo I 21619 — 51234

3378.20 Mo I 1 11 43 40736

3378.46 Mo I 25549 — 55140

3379.97 Mo I 11454 — 41032

3382.29 Mo I 11454 — 41012

3382.48 Mo I 11143 — 40699

3384 62 Mo I 1 1 859 41 396

3385.88 Mo I 26636 — 56162

3387.75 Mo I 11454 — 40964

3389.80 Mo I 18356 — 47848

3392.17 Mo I 21154 — 50625

3393 65 21 141 50802

3397.69 Mo I 11143 - 40566

3402.81 Mo I 21166 — 57144

3403.35 Mo I 11454 — 40829

3404.34 Mo I 11859 — 41224

3405 20 iVl W 1 18229 I \j y 47S88

3418.52 Mo I 11454 - 40698

3418.96 Mo I 20350 — 49591

3420.04 Mo I 18356 — 47588

3421.25 Mo I 10768 — 39989

3422.31 Mo I 20158 49370

3424.60 Mo I 10768 — 39960

3424.76 Mo I 16748 — 45939

3425.19 Mo I 20281 — 49468

3425.48 Mo I 16784 — 45969

3426 00 MniVl W I1 1 8229 47409

3426.79 Mo I 11859 — 41032

Mo I mil — 56891

3432.87 Mo I 16748 — 45870

3434.04 Mo I 11454 — 40566

1414 79 Mn I 1 1 859 40964

3435.45 Mo I 25639 - 54739

3437.22 .Mo I 16785 — 45870

3438.87 Mo I 10966 — 40037

Mo I 12346 — 41396

3442.66 Mo I 20130 49169

3443.26 Mo I 11454 — 40488

3445.04 Mo I 20350 — 49370

3445.26 Mo I 16693 — 45710

3447.12 Mo 1 12346 — 41348

3449.07 Mo I 11859 40844

3449.85 Mo I 20281 49259

3452.60 Mo I 18229 47184

3454.22 Mo I 16693 45635

3456.15 Mo I 18356 47282

11*11 0 19 -0.72

7.9 1.3 0.13

4.3 0.72 -0.14

4.1 0.70 -0.16

7.8 1.3 0.12

1.1 0.19 -0.71

26. 4.4 0.64

9.2 1.6 0.20

0.61 0.11 -0.98

2.8 0.48 -0.32

20. 3.5 0.55

14. 2.4 0.39

0.91 0.16 -0.81

10. 1.8 0.25

11. 1.8 0.26

18 3 2 0 50

1.4 0.23 -0.63

31. 5.4 0.73

0.59 0.10 -0.99

6.5 1.1 0.06

3.9 0.68 -0.17

2.1 0.37 -0.43

4.5 0.78 -0.11

16. 2.7 0.44

1.4 0.24 -€.61

23. 4.0 0.60

1.4 0.24 -€.61

3.7 0.66 -0.18

8.7 1.5 0.19

5.0 0.88 -0.05

7.5 1.3 0. 12

1.6 0.27 -0.56

19. 3.4 0.53

3.7 0.65 -€.19

0.82 0.15 -0.84

3 7 0 65 -0\jt 11 9y 63. 11. 1.04

24. 4.3 0.64

1.9 0.34 -0.47

2.8 0.49 -0.31

5.5 0.98 -0.01

2.2 0.38 -€.42

8.6 1.5 0.19

7.0 1.3 0.10

34. 6.1 0.79

6 0 1 1 1*1 0 01

8.4 1.5 0.18

14. 2.6 0.41

3.7 0.67 -€.17

1 1. 2.0 0.29

201
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

3456.39 Mo I 0 28924 0.31 0.056 -1.26

3458.15 Mo I 20281 — 49190 5.6 1.00 -0.00

IvlU 1

1 1 14^^ 111 H3 400^7 11 .z9 n 9 1 u.z 1 ^J.O /

IV] U 1

1 8"? Sf. 1 0 J J D 47948 H / Zho 7 1 / .J 1 .J n 1 7 U. 1 Z

D'-r\J\j. I O IVIU i 1

I ^>748 O / Ho HJOJ J 9Z.J 0 /1

1

U.4

1

^J. JO

3466.83 Mo I 0 — 28836 0.10 0.018 -1.74

3466.97 Mo I 18229 — 47064 3.5 0.63 -0.20

-?'-tD / .O J IVIU 1 1 O J JO 47H /

11 84OH 11 AH. 9 A z.o n /1

1

U.41

i\/r r\ I IVlU 1 1 OOH 1 HjHJ 0

1 1 1 1 . 9z.un U. jU

IVIU 1 9489"^ J jOj /

1 1 1 1

.

z.u 9 0 U. jU

3470.92 Mo I 18480 — 47282 11. 2.0 0.30

3473.22 Mo I 16641 — 45425 2.2 0.40 -0.40

win I 1

1 8480 OHOW All H / ZHOAH 1

1

1 1

.

9z.u0 nU. jU10

M n 1 IVl U I 1 uo y J 4S495 f\ 0 1 1 1 . 1 0U.UH04

3480 09 IWIn I iVl w i 1 8999 HO 7 J U J . J 11 .u0 0u.uu00

3481.79 Mo I 20158 — 48870 8.5 1.6 0.19

3482.40 Mo I 11859 — 40566 1.7 0.30 -0.52

IVIU 1 1

1 899Q oLAy 4AQ9 HO 7ZOA C 1 J. 1 0U. Q97Z A A-J U.UJ

J T-O J) . OH Mn I 11 8^O J JO 470S9 H / UJ Z 11 0u. 11 . Qy 0U.Zo98

^48S Mn I IVIU 1 n1111 4^HJ jyoA. ^Q89 111 7 0 1 1 U.J 1 —0 S 1 U.J 1

3491.77 Mo I 18480 — 47110 7.1 1.3 0.11

3493.34 Mo I 12346 — 40964 1.2 0.23 -0.64

"2 sn4 4

1

MU 1 11 899Q OZZ" 4^.7 HO / JO HA 11

.

7 s / . J U.Oo

IVIU 1 90"? ZUj JU<;o 48870 Hoo / U 90ZU. 7 J. / U. jD

3 JUO. 1 z IVIU 1 1 Z. JHO 40844 HUoHH J.J 0U. QSyo —0 01 U.U i

3510.78 Mo I 28241 — 56717 25. 4.6 0.67

3513.70 Mo I 18356 — 46808 5.4 1.00 -0.00

J J 1 / . JO IVIU 1 9ZJS '^ 1 7 J 1 / '\'iQ^8 J J7JO 9Z J

.

/I4.4A 0U.D4f^A 1 '^ 1 8 11 MO 1

11 OHOU 8/1 SO /t40o7 A8QSJ 0.0 11 .J A 1 n U. 1 U

-2 ST 1 /ll J J Z 1 .'f 1 MU 1 901 '^8 ZU 1 J o 48^/17 HojH / J17/

.

0.7Q 0 8/1 U. o4

3524.23 Mo I 1 1454 — 39821 0.74 0.14 -0.86

3524.65 Mo I 25821 — 54184 36. 6.8 0.83

"^^94 08 MU 1

11 899Q OZZ7 HOJ 11 9z. 9z.z9 0U. jH14

J^^49 J HZ. 171 / IVIU 1 1

1 899Q OZZ ^ 4A4'>9 HOHJZ 1 c

1 J

.

9L.yQ 0U.40A(\

IVl U 1 9098 ZUZO 1

1 4840Q HOHU7 7 1 11 .H4 0U. 11 4H

3555.43 Mo I 20281 — 48399 4.9 0.92 -0.03

3558.10 Mo I 18356 — 46453 25. 4.7 0.67

J J OJ . 1 H IvlU 1 11

11 8^Q O J -7 J -77 1 0 J.U 1 0 U.JO —0u.z9^J

J^S^i"? JOJ. 7^. / D IVIU 1

1 QQ70 48099 4H. JS 0u. 8^^ 00 —0U.U07/ JJOO.UJ) MU I 901 ZU '^8

1 J O 48Ho 11 Q9yZ, 99zz. 4H.Z9 0U.O^^1J

3570.65 Mo I 25639 — 53637 43. 8.2 0.92

3573.88 Mo I 18480 — 46452 15. 2.9 0.47

J JoU. j4 Mo I 989/1

1

ZoZH 1

1 A9 JO 1 oz 9 A zo. J.U s 0 0u. 70/ u

1 CO 1 on Mo I 1 O / O J

/l/I^QS J 7. 7 S / . J 0 87 U.O / T COA J joo.oO IVIO 1 Z j4jO JZ JZ / Q 7 1 Q 1 .y 0U.Z97/

J joo.yj Mo I TAT crv zUj jU 4oZU0 / . /

1 c

1 .J 0 t 7 U. 1 / 3590.74 Mo I 20350 48192 15. 2.8 0.45

3592.02 Mo I 16693 44525 1.8 0.34 -0.47

3595.55 Mo I 20281 48085 7.5 1.4 0.16

3595.71 Mo I 20608 48411 4.9 0.96 -0.02

202
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

3598 88 Mo I 25549 53327 36. 7.0 0.85

3600.28 Mo I 16693 - 44461 2.6 0.50 -0.30

3602.94 Mo I 20281 — 48028 19. 3.8 0.58

3604.07 Mo I 25997 — 53736 12. 2.3 0.36

3608.37 Mo i 1 1454 — 39160 1.3 0.25 -0.61

3612.00 Mo I 20350 48028 9.7 1.9 0.28

3612.45 Mo I 20948 — 48622 8.4 1.6 0.22

3613.37 Mo I 11454 — 39122 0.82 0.16 -0.80

3613.64 Mo I 21 154 — 48819 8.8 1.7 0.24

3615.15 Mo I 26639 — 54292 13. 2.5 0.39

3615.74 Mo I 20130 47779 4.3 0.85 -0.07

3616.84 Mo-l 18229 - 45870 2.9 0.57 -0.24

3624.46 Mo 1 16748 — 44330 36. 7.0 0.85

3626.18 Mo I 12346 — 39916 2.5 0.50 -0.30

3628.35 Mo I 20158 — 4771

1

4.3 0.84 -0.07

3628 66 Mo I 16641 44192 2.6 0.52 -0.29

3629.31 Mo I 25639 - 53184 4.1 0.82 -0.09

3635.43 Mo I 16693 — 44192 26. 5.2 0.72

3637.52 Mo I 11143 — 38626 0.34 0.067 -1.18

3638.20 Mo I 18356 — 45835 6.4 1.3 0.1

1

3640.62 Mo I 20951 4841

1

11. 2.1 0.32

3640.99 Mo I 20130 - 47588 6.2 1.2 0.09

3642.20 Mo I 20951 — 48399 5.6 1.1 0.05

3648.61 Mo I 16641 44041 1.7 0.35 -0.46

3651.35 Mo I 11143 — 38522 0.70 0.14 -0.86

3657.35 Mo I 16641 43975 9.5 1.9 0.28

3660.92 Mo I 26336 — 53644 13. 2.7 0.43

3661.78 Mo I 11858 — 39160 1.1 0.22 -0.66

3662.99 Mo I 25906 53198 24. 4.8 0.68

3663.30 Mo I 20948 — 48238 10. 2.1 0.32

3664 30 Mo I 16693 43975 1.7 0.35 -0.46

3664.81 Mo I 18356 - 45635 18. 3.7 0.57

3666.72 Mo I 16748 — 44012 6.2 1.2 0.10

3666.94 Mo I 11858 — 39122 0.58 0.12 -0.93

3668.00 Mo I 20951 — 48206 4.2 0.85 -0.07

3668 49 Mo I 20158 47409 4.0 0.81 -0.09

3669.34 Mo I 21154 - 48399 15. 3.0 0.48

3670.42 Mo I 20350 — 47588 2.1 0.42 -0.37

3672.82 Mo I 26636 — 53855 99. 20. 1.30

367^.36 Mo I 25997 — 53198 14. 2.8 0.45

3675.98 Mo I 18229 45425 0.72 0.15 -0.83

3676.24 Mo I 20130 - 47324 4.9 1.00 -0.00

3680.60 Mo I 16784 — 43946 27. 5.4 0.73

3681.55 Mo I 20930 — 48085 5.9 1.2 0.08

3686. 11 Mo I 20281 — 47402 2.0 0.41 -0.39

3688.97 Mo I 25906 53006 11. 2.2 0.35

3690.59 Mo I 20951 48039 15. 3.1 0.49

3692.08 Mo I 18480 45556 0.75 0.15 -0.81

3693.38 Mo 1 1 1454 38522 0.75 0.15 -0.82

3694.94 Mo I 16641 43698 29. 5.8 0.77

203
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3696.04 Mo I 29982 57030 21. 4.3 0.63

3698.53 Mo I 20281 — 47311 3.0 0.61 -0.22

J 1 UU.U 1 Mo I 7n 1 ZU 1 JO /1 7 1 77 4 / 1 / / 1 0 3.0 u. /y —0.10

i /UZ.Uj Mo, I 1 DD73 /1 1 AQO 43070 A 1 4.3 A 0 0 U.OO —0.05

3 /U/. J J Mo I 7 A7 Q 1 ZUZo 1

/1 77 07 4 /ZoZ Q Q y.o7 A 2.0 0.31

3705.41 Mo I 20130 47110 2.8 0.58 -0.23

3707.17 Mo I 20281 — 47248 4.4 0.90 -0.04

3 / Uo. JO Mo I '^1 CCQ Z3o6o jUdZj 0. / 1.0 0.26

-3 '7 1 A 1/1 J / lU. 14 Mo I

1 0 yl 0 A 1 o4oU 45425 1 ^7 1.7 0.36 -0.44

"3 T 1 1 C 1 3 / 1 1. J 1

i\/r « t Mo I

1 AO^ 1 T nA'^ 37902 0. 10 0.022 —1.66

3712.95 Mo I 19970 46895 4.0 0.83 -0.08

3713.47 Mo I 20130 — 47052 4.2 0.87 -0.06

3 / J4. J3 Mo I z 1 0 1 y

/I 0 CI 7 4o j3Z C 7

J.

2

1.1 f\ Al 0.03

3 / 1 j.oj Mo 1

1 01 /1 1 coo 43 jyo A 7 4.2 A 07 U.o / -0.06

17 1^ 87 3 / 1 0.0 / Mo I ZUZo 1 Al \ 77 4 / 1 / / A 1 4.3 A OA —A AC U.Uj

3718.48 Mo I 26759 — 53644 9.0 1.9 0.27

3720.25 Mo I 25707 — 52579 10. 2.2 0.34

3 /Zj. JO Mo I 7ni ZU3 <c\ jU /17 1 0/1 4/1 o4 Q 7 7 A 2.U A 1A U.3U

3 //D.ZZ Mo I 7 A7 0 1 ZUZo 1

/I 7 1 1 A 4 / 1 1

U

7 1 /.I l.J A 1 7

0. 1 / IT) C 1

A

3 /Zo.3U Mo I Z30D0 C A/t 07 jU4oZ 1

7

3.0 A C C

3730.56 Mo I 20158 — 46956 1.4 0.29 -0.54

3733.03 Mo I 21619 — 48399 8.3 1.7 0.24

3 /33. 4U Mo I 7 11/11 Z 1 343 /1 0 1 7

1

4o IZ 1 C A J.

4

1.1 A AC 0.05

111 A 11 3 /34.3 / Mo I 7n7 c 1 ZUZo 1 yl7AC7 4 /UjZ A 7 4.2 U.OO —A AC U.Uj

171 < 3 /3 J.DZ Mo I 7 ^ OA/; Zjyuo jZd6 /1 712. 7 C 2.3 0.40

3735.91 Mo I 20350 47110 4.8 0.99 -0.00

3736.17 Mo I 20281 — 47039 1.4 0.29 -0.53

1717 Q 1 3 /3 /.y 1 Mo I1 ^ 7 0 /I lo/o4 /I 1 CIA 43 j3U 1 A 3.4 A 77 U. /2 A 1 A —0. 14

1 7 /I A 7/; 3 /4U. /o Mo I1 0

1

1 o3 JD A CAO 1 4jUo 1 A OA U.oU A 1 7 U. 1 / —0.A 77/ / 1 7 y1 7 7 0

3 /4Z.Zo Mo I 7 A1 CA ZU3 jU 4 /Uo4 1 712. 7 a2.6 {\ A't 0.41

3743.81 Mo I 20158 — 46861 2.1 0.56 -0.25

3744.10 Mo I 20350 — 47052 1.4 0.30 -0.53

1 7 /I C /I 0

3 /4j.4o Mo I

1 07 7 Q lozzy A A Q7 1 7 /; 2.0 A C /I U. j4 A 77 —U.2 / 1 7 /I 0 /I Q 3 /4o.4y Mo I Zod3o CI ICiC j33Ud 7

1

23. A Q 4.y A /CO

17^1 7n 3 / J 1 .ZD Mo I T A 1 c 0 ZUI JO /I ^0 AO 4doUo ^ 7 0.2 1 1 1.3 A 1 7 U. 12

3755.10 Mo I 25821 52444 19. 4.1 0.61

3755.54 Mo I 21619 — 48238 2.2 0.46 -0.34

1 7 < < C /I 3 / J j.o4 Mo I 7 1 c 1 23 J 10 C A 1 1 y1 jUI 34 1 7 3.2 A tin 0.0/ A 1 0 —U. lo

17^0 ^7 3 /3o. jZ Mo I 7 A 1 0 ZUI JO 4o / j6 0 0 0.0 1 Q A 77 U.2 / 17 C 0 A Mo I Zo63o c 1 777 j3ZZ / C A j.U 1.1 A A1 U.U3

3760.88 Mo I 25997 52579 13. 2.8 0.45

3761.76 Mo I 20350 — 46926 4.6 0.97 -0.01

17/^7 AO 3 /oz.uy Mo I 0 1 /; 1 0

z 1 D 1 y AQ 1 07 4o 1 yZ 5.

1

A 70 U. /o A 1 1 —U. 1 1 17^1 1 C 3 /D3.3.J Mo I

1 1 0 c 0 1 0 /1 7

1

38423 U.OO A 1 yl U. 14 A OiC —U.OO

1 7/C /( /I yl 3 /D4.44 Mo I Zl 134 /f 77 1 1 4 / / 1

1

J.J A 7A U. /U A 1 C —U. 1 J

1 7 C 77 3 Ibj.lZ Mo I 1674o /1 1 7 AA 432^7 1.6 A 1 C 0.35 A A a —0.46

Mo I 21343 47877 2.0 0.43 -0.37

3768.62 Mo I 20281 46808 3.1 0.66 -0.18

3768.74 Mo I 27766 54292 11. 2.4 0.39

3770.00 Mo I 27774 54292 11. 2.4 0.39

204
Wavelength Spectrum Energy Levels

A K

IVIn IVl Ti 16784 43299

3771.95 Mo I 16693 — 43197

3772.82 Mo I 16748 — 43246

3775.65 Mo I 19970 — 46448

3776.10 Mo I 25707 — 52182

3776 55 Mn T 20930 47402

^111.11 Mo I — 54704

1119.11 Mo I 16748 — 43197

3781.59 Mo I 11143 — 37579

3782.19 Mo I 20158 — 46590

3785 03 Mo I 16785 43197

3785.51 Mo I 26336 - 52747

3788.26 Mo I 26189 — 52579

3793.62 Mo I 16693 — 43046

ll'iAAl Mo I 23516 — 49864

3796 04 Mn I 24466 50802

3797.30 Mo I 10966 — 37293

3798.25 Mo I 0 — 26321

3801.84 Mo I 20158 — 46453

3804.52 Mo I 16693 — 42970

3805 93 Mo I 25821 52088

3807.65 Mo I 21154 — 47409

3811.39 Mo I 21619 — 47848

3812.47 Mo I 16748 — 42970

3818.66 Mo I 20930 — 47110

3819 87 Mn I 20281 46452

3822.98 Mo I 11143 — ^1193>

3825.32 Mo I 23516 — 49651

3826.70 Mo I 11454 — 37579

3827.16 Mo I 23668 — 49790

3828 87 Mn I 1 1 859 37968

3830.82 Mo I 25795 - 51891

3831.07 Mo I 27384 — 53479

3831.76 Mo I 16693 — 42783

3832.11 Mo I 25997 — 52085

3833 75 Mn T 12346 38423

3834.97 Mo I 25517 - 51585

3835.31 Mo I 21343 — 47409

3843.90 Mo I 20948 — 46956

3845.95 Mo I 16748 — 42742

3847 25 Mo I 1 11 43 37128

3848.30 Mo I — 50802

3851.99 Mo I 25906 — 51859

3864.11 Mo I 0 — 25872

3866.69 Mo I 25821 — 51675

3869.08 Mo I 11454 37293

3886.82 Mo I 11859 37579

3888.18 Mo I 20158 45870

3888.88 Mo I 21154 46861

3890.71 Mo I 26189 51884

\

gA Log gf

IQS/sec

6.5 1.4 0.14

3.2 0.67 -0.17

2.6 0.55 -0.26

1.4 0.30 -0.52

4.4 0.94 -0.03

1.8 0.39 f\ At -0.41

12. 2.6 0.41

3.8 0.81 -0.09

1.3 0.28 -0.55

3.0 0.63 -0.20

1.6 0.34 -0.47

8.2 1.8 0.24

13. 2.9 0.46

1.8 0.39 -0.40

8.7 1.9 0.27

6.1 1.3 0.12

0.84 0.18 -0.74

4.4 0.94 -0.03

13. 2.8 0.45

1.5 0.32 -0.49

12. 2.7 0.43

3.1 0.68 -0.17

5.8 1.3 0.10

1.5 0.33 -0.49

3.4 0.74 -0.13

5.3 1.2 0.07

0.55 0.12 -0.92

5.9 1.3 0.1

1

1.6 0.36 -0.44

7.8 1.7 0.23

3.3 0.73 -0.14

8.6 1.9 0.27

5.3 1.2 0.07

0.50 0.11 -0.96

18. 3.9 0.59

6.7 1.5 0.17

4.7 1.0 0.01

3.7 0.81 -0.09

2.8 0.63 -0.20

1.6 0.35 -0.46

1.0 0.23 -0.63

19. 4.1 0.62

8.6 1.9 0.28

3.4 0.77 -0.12

4.2 0.94 -0.03

1.7 0.38 -0.42

1.8 0.42 -0.38

2.4 0.55 -0.26

3.3 0.74 -0.13

4.3 0.99 -0.01

205
Wavelength Spectrum Energy Levels

A K

3893.32 Mo I 20158 45836

3896.38 Mo I 20281 - 45938

3896.85 Mo I 21 154 46808

3901.77 Mo I 12346 37968

3902.96 Mo I 0 25614

3908.25 Mo I 20130 45710

3911.09 Mo I 16784 - 42345

391 1.94 Mo I 26336 51891

3913.36 Mo I 26636 52182

3915.44 Mo I

A O A f\r\ 48409

3916.92 Mo I 48399

3917.54 Mo I 20350 — 45870

5y[ 1 . la Mo I A /I A A O

iyll.iZ Mo I 1 yy /U A Z A C O 45458

5yl5. ID Tiff ^ Mo I 23668

3928.79 Mo I 21619 47064

3931.40 Mo I 20281 — 45710

3935.02 Mo I 235 16 48922

3943.04 Mo I 20281 45635

3943.5

1

Mo I 2095

1

46302

3945.25 Mo I 16748 42088

3947.17 Mo I 20130 - 45458

3950.99 Mo I 16784 42088

3953.93 Mo I 20350 45635

3955.49 Mo I 301 13 55387

3958.60 Mo I 24096 49351

3963.53 Mo I 26636 — 51859

Mo I 26639 51859

3965.76 Mo I 16641 41850

3968.75 Mo I 21619 46808

3973.77 Mo I 29982 55140

3973.93 Mo I 16693 - 41850

3975.96 Mo I 20281 45425

3979.22 Mo I 27342 52465

3980.20 Mo I 26759 5 1876

3982.05 Mo I 23516 _ 48622

3982.60 Mo I 16748 - 41850

3986.20 Mo I 25517 50596

3991.39 Mo I 25549 50596

3991.85 Mo I 20930 A C A 45974

3993.93 Mo I 23516 _ 48547

3998.29 Mo I 22244 - 47248

4000.39 Mo I 20948 45938

4000.50 Mo I 26415 51405

4006.05 Mo I 26321 51276

4008.05 Mo I 24466 A f\ A f\C) 49408

4009.37 Mo I 24466 49400

4011.97 Mo I 25872 50791

4017.38 Mo I 24466 49351

4021.02 Mo I 29842 54704

gA gf Log gf

108/sec

1l.z.0 yj.z. 1 ^J. JO

1 9 u.zo U.J J

11.0A U. J / A A A

1.3 0.31 -0.51

2.1 0.47 -0.33

n QQ U. yy A AA ^J.UU

n on U.Z 1 A /TO A A l.U U.UU

9.1 2.1 0.32

6.7 1.5 0.19

A 1 1 1 1 .

1

U.Uj

A. Qy

1 1 1 .

1

U.Uj

L.y U.OO A 1 7 ^J. 1 / 2.2 0.50 -0.30

8.6 2.0 0.30

'X fl U.O" —AU. 11 Ao

1 .u U.Z J u.o J z.o U.O 1 A T 1 U.Z 1 7.2 1.7 0.23

1.4 0.33 -0.48

U.o J u.zu —A 1(\ U. / U

1 1 1 .

1

A 9^; u.zd A CQ

u.o J nu.zu9n U. / u

3.6 0.85 -0.07

12. 2.7 0.43

L.y U.OO A 1 7 U. 1 / 1 ft J.O U.07 A AC ^J.Uj

1 S J.O nu.o"8Q —AU.UJA^

0.40 0.094 -1.03

3.3 0.77 -0.11

ZD. 9 D.Z AU.oU8A

y.i U. JU —A SI U.J J

1 Q 1.7 n /I/I —A 1 S U.J J 4.8 1.1 0.06

8.9 2.1 0.32

J.U 1 9 1 .Z AU.UoA8

c\ /in U.4U U.Uj* J — 11 .UZ A9

1

1

13. 1 0 J.Z A S 1 U.J 1 3.6 0.87 -0.06

1.3 0.31 -0.51

Z.J A <Q \j.jy —AU.Z91J

1 c

1 .o U.44 A 1^ U. JO

z.z U. JZ —AU.Zo98

13. 3.1 0.50

8.2 2.0 0.29

Z.J U.Ol —Au.zz99

y.z z.z A 1 <\ U.J J D.J I .D A 1 Q U. 1 7

1 1 J.J n 8

1

U.o 1 —AU.U7AQ

22. 5.3 0.72

206
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

4024.09 Mo I 16641 41484

4028.65 Mo I 21 154 - 45969

4032.50 Mo I 16693 — 41484

4033.63 Mo I 21 154 — 45938

4037.30 Mo I 20948 45710

4037.78 Mo I 20951 45710

4038.08 Mo I 16641 - 41398

404 1.12 Mo I 27727 52465

4042.87 Mo I 25549 50277

4050.09 Mo I 2095 1 45635

4056.01 Mo I 16748 41396

4056.32 Mo I 26759 - 5 1 405

4057.58 Mo I 25639 50277

4059.61 Mo I 21343 45969

4062.08 Mo I 16785 — 41396

4066.37 Mo I 24823 49408

4069.88 Mo I 16784 - 41348

4075.25 Mo I 16693 — 41224

4076.19 Mo I 24096 — 48622

4084.38 Mo I 16748 — 41224

4086.02 Mo I 20948 45415

4096.81 Mo I 21 154 - 45556

4098.18 Mo I 20130 44525

4098.74 Mo I 16641 41032

4102.15 Mo I 16641 41012

4105.08 Mo I 24466 48819

4105.53 Mo 1 21619 — 45969

4107.47 Mo I 16693 — 41032

41 18.96 Mo I 16693 — 40964

4123.65 Mo 1 20281 — 44525

4124.54 Mo I 24823 49062

4128.28 Mo I 16748 - 40964

4128.83 Mo 1 21343 — 45556

4131.92 Mo I 25456 — 49651

4132.23 Mo I 18229 — 42422

4148.94 Mo I 16748 40844

4151.88 Mo I 25517 - 49596

4155.28 Mo I 16785 — 40844

4155.58 Mo 1 16641 — 40698

4156.79 Mo I 22876 — 46926

4157.40 Mo 1 25549 49596

4162.68 Mo I 25549 - 49565

4164.08 Mo I 18229 42237

4166.28 Mo I 24823 — 48819

4169.82 Mo I 23516 — 47492

4177.26 Mo I 22876 46808

4178.27 Mo I 25639 49565

4181.05 Mo 1 20130 4404

1

4184.39 Mo I 25517 49408

4185.82 Mo I 25517 49400

1.7 0.40 -0.39

2.2 0.54 -0.27

0.42 0.10 -0.99

1.5 0.36 -0.45

1.4 0.34 -0.47

2.8 0.67 -0.17

1.2 0.30 -0.52

4.2 1.0 0.01

12. 2.9 0.47

1.0 0.25 -0.60

2.7 0.66 -0.18

8.4 2.1 0.32

4.0 0.99 -0.01

6.7 1.7 0.22

13. 3.3 0.52

6.8 1.7 0.23

22. 5.5 0.74

1.8 0.44 -0.36

13. 3.3 0.52

8.8 2.2 0.34

4.5 1.1 0.05

5.7 1.4 0.16

1.2 0.31 -0.50

1.3 0.33 -0.48

2.2 0.56 -0.25

11. 2.7 0.43

1.9 0.48 -0.32

6.5 1.7 0.22

0.83 0.21 -0.68

3.3 0.83 -0.08

1 1. 2.7 0.43

1.3 0.33 -0.48

2.4 0.60 -0.22

15. 4.0 0.60

0.97 0.25 -0.60

2.0 0.51 -0.29

6.3 1.6 0.21

2.2 0.56 -0.25

1.5 0.38 -0.42

2.0 0.52 -0.28

17. 4.5 0.65

15. 4.0 0.60

0.53 0.14 -0.86

3.1 0.81 -0.09

4.7 1.2 0.08

6.9 1.8 0.26

17. 4.5 0.65

1.8 0.47 -0.33

3.5 0.92 -0.03

40. 11. 1.03

207
Wavelength Spectrum Energy Levels

A K

4186.28 Mo I 18356 42237

4190.00 Mo I 25549 — 49408

4 1 y4. JO Mo I O C C 1 ^7 Zjj 1 / 4^35 1 4ZUU. J / Mo I 1 o3 JO 4Z I JO

4/U 1 . jZ Mo I ACiA QQ

4205.81 Mo I 25639 49408

4211.02 Mo I 16748 — 40488

4/ 1 y.4U Mo I

1 o /I on A^ 1 n 1 4Z 1 /3

4ZzZ.4

1

Mo I

1 o /I on 4Z 1 JO

4Z3Z. Mo I lo /4o A ni /:;'7 4036 /

4233.49 Mo I 24096 47711

4235.03 Mo I 21 154 — 44760

4Z3 /. lo Mo I onom zuyiu /I /I oc 44jZ J 4Z3 7.U / mO I lD/o4 /I ni /;"7 4U3d / 4Z4U.UO Mo I

1 CT)Q 1 ozzy 4/f 11 omoU /

4240.28 Mo I 24823 — 48400

4240.83 Mo I 20951 — 44525

4Z4Z.OU AiAi fin Mo I ')/! no/; 4 / 6J 7

4Z40.UZ Mo I T C C 1 "7 Z J J I / A QnAO 4yU6Z

4ZJ 1 .c5 / Mo I 'yo-yA 1 ZoZ4

1

C 1 "7 CI J 1 / j3

4254.96 Mo I 26639 50134

4260.36 Mo I 26336 — 49801

4ZdI).oo Mo I '> con/c ZjyOb yi m"7n 4^3 /O

4Zoo. 1 o Mo I o n^:; no ZU60o A A r\A t 44041

4Z6o.0o Mo I o c '5 n 4y06Z

4269.28 Mo I 21343 44760

4272.06 Mo I 26189 — 49591

4Z / 5.0

1

Mo I 16641 A nm T 4003 / 4Z /o.yi Mo I looyi A nn/c o 4Z / /.Z4 Mo I

^ ^'2 A^ 1 Z 345 1 C7 1 Q 3 J / 1 y

4287.08 Mo I 16641 — 39960

4288.64 Mo I 11859 — 35169

4Z07.4/ Mo I Til C/l Z 1 1 j4 AAAf,\ 4446

1

/iTon 1 c Mo I Z J J 1 /

/( OO 1 Q 4oo 1 y

4Z5' /I TO 1 Tn 1 ./U Mo I Zo41 J 47 / IZ

4292.13 Mo I 11143 — 34435

4293.21 Mo I 11454 — 34740

4Zy3.oo Mo I

1 no^/: lUyoD 1 A^ AO 34Z4o

4Zyb. 16 fill ^ ¥ Mo I o c c yi n Zj j4y yi o o 1 n 48o 1 y

4Zyo.oZ Mo I 1 ooy3 3yy6u

4298.90 Mo I 18229 41484

4304.92 Mo I 16693 — 39916

A "3 i r\ on 43 lU.iy Mo I Z44dd 47659

43 12.80 Mo I 16641 39821

4j iz.y / Mo I 43 j3U

Ai^ '1 m Mo I 16785 3yyi6

4326.14 Mo I 16641 39750

4326.74 Mo I 11143 34248

4329.63 Mo I 20951 44041

4332.51 Mo I 27727 50802

gA gf Loggf

IQS/sec

0 f,l V/. 1 o —0u. 7<i / J 7 9 0 ^9

J.J 0 74

0.66 0.17 -0.76

0.41 0.11 -0.96

O. v/ 9 1 0W. J19z 0U.T" 1 n 1

1

U. 1 1 —0 Q^; U. -'O n 14 —0U.O85J 0.46 0.12 -0.91

11. 3.0 0.48

yj.o 1 —0u. 11 ao 0 Q7 0 9fi —0 5Q

vF. JO —0U.Z*95J

0.72 0.19 -0.71

1.6 0.42 -0.38

9 5 0 41

4 7 1 J 0 10

V/. J o —0 94

15. 4.1 0.61

21. 5.8 0.76

1 J

.

J.O 0U.JO5^;

o. / 9 4 0U.J17/ J .D n Q7 —OU.U011 2.0 0.56 -0.25

5.9 1.6 0.20

7 9 9 n 0U. JU10

9 8 U. / O —0U. 191 z. U.oo n 94 —0U.OZ, fD

6.3 1.7 0.24

2.4 0.66 -0.18

0 7Q 0 99 —0u.oofif\ 9 4 nu.o^»7/ —0U. 171 / J.

3

0 Q9 —0 04

3.2 0.89 -0.05

3.8 1.1 0.02

V7. y y 0\J. 97z. / —0U. J u

11 .M-4 n "^Q —0 41 n 4Q 0 14 —0U.O87/ 3.2 0.89 -0.05

0.22 0.060 -1.22

n nQ9 —11 .U01J n 9Q 0 080 —11 . 101 u

J.U 1 4 0U. 141 0.28 o!o78 -1.11

0.79 0.22 -0.65

U. JU 0 1 4 —0U.O85J

c c J.J 1 c

1 .J 0U. 11 Q-7 U.J J 0 0Q8 —1 01

0 ^;q 0\j.vy 1 Q —0 7 1 4.7 1.3 0.12

208
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

/I -5 -5/1 C 1 IVIU 1 9^^984 49^4f^

4338.71 Mo I 18356 — 41398

4339.82 Mo I 27767 — 50802

4340.75 Mo I 26759 — 49790

4341.42 Mo I 20948 — 43975

Win T Z,U J -? 0 49^46

4350.34 Mo I 11454 — 34435

4353.31 Mo I 20281 — 43246

4357.34 Mo I 24466 — 47409

4359.62 Mo I 26415 — 49346

IVIU 1

1 8480 41 "^98

4362.71 Mo I 11858 — 3A11A

4364.47 Mo I 26284 — 49190

4366.54 Mo I 20350 — 43246

4369.04 Mo I 11859 — 34740

tJ / J.JZ. IVIU 1 940Q^i H-O-' JO

4374.89 Mo I 25549 — 48400

4375.01 Mo I 27774 — 50625

4380.29 Mo I 12346 — 35169

4380.59 Mo I 16641 — 39463

4'^81 f\A Mr\ T IVIU 1

1ID/^»784 0^

4382.41 Mo I 20158 — 42970

4385.89 Mo I 11454 — 34248

4391.54 Mo I 24096 — 46861

4392.12 Mo I 25639 — 48400

iviu 1 97384 501 34

4394.47 Mo I 20948 — 43697

4396.66 Mo I 16784 — 39522

4397.29 Mo I 18229 — 40964

4402.49 Mo I 27774 — 50482

T 944^1^. 47 1 79

4404.55 Mo I 16748 — 39445

4406.87 Mo I 29982 — 52667

4409.95 Mo I 24823 — 47493

4411.57 Mo I 16784 — 39445

441 9 77 iVlU 1 1 0 J JO 41019

4422.06 Mo I 18356 — 40964

4423.62 Mo I 18229 — 40829

4426.67 Mo I 20158 — 42742

4434.95 Mo I 16748 — 39290

iviu I

1 8480 41019

4438.96 Mo I 27342 — 49864

4442.20 Mo I 16784 — 39290

4443.07 Mo I 11454 — 33955

Mo I 29982 — 52465

Mo I 27384 49864

4AA9.1A Mo I 16693 39160

4452.56 Mo I 23516 45969

4455.30 Mo I 27363 49801

4457.36 Mo I 16693 39122

9.9 2 8 0 45

0.44 0.12 -0.91

4.7 1.3 0.12

7.8 2.2 0.35

2.7 0.77 -0.11

2.7 0 77 -0 12

0.34 0.096 -1.02

1.3 0.37 -0.43

2.4 0.68 -0.17

2.7 0.77 -0.11

0 44 0 1 3 -0 90

0.068 0.019 -1.71

7.0 2.0 0.30

1.3 0.37 -0.43

0.37 0.11 -0.97

1 9 0 54 —0 27

3.0 0.86 -0.07

8.0 2.3 0.36

0.27 0.077 -1.11

0.22 0.065 -1.19

1

9

3 5 0 54

1.2 0.35 -0.46

0.037 0.011 -1.97

3.7 1.1 0.03

5.3 1.5 0.18

5 3 1 5 0 18

1.1 0.31 -0.51

0.85 0.25 -0.61

1.4 0.40 -0.40

3.9 1.1 0.06

4 0 1.2 0u. Ofi yjyj 0.19 0.056 -1.25

5.5 1.6 0.20

4.3 1.3 0.10

15. 4.5 0.65

1 00 0 9Q —0yj. _J54

0.35 0.10 -0.99

1.9 0.56 -0.25

2.6 0.77 -0.12

5.9 1.7 0.24

1 0 0 30 -0 53

6.1 1.8 0.26

1.2 0.35 -0.46

0.14 0.041 -1.39

12. 3.7 0.56

9 0 0\J. fiO \}\J —0 99

1.9 0.57 -0.25

1.2 0.36 -0.44

2.0 0.60 -0.22

2.7 0.81 -0.09

209
Wavelength Spectrum Energy Levels

A K

4458.65 Mo I 23516 45938

4460.62 Mo I 16748 — 39160

ddf\d 77 IVl U 1 70"? so 47747 4Z / HZ

HH-UO . ^ O Mo 1 11 ^.748 O / 4o jyIQ 1I zz77

ddl 1 f^f> 1 I .DO win I 7 1 A 1 Q 41Q7 4 S J y 1 s>

4472.04 Mo I 28241 — 50596

4473.18 Mo I 18480 — 40829

Ht- / H. J D Mn 1 1 DD4 1 JO 70 J 447 S f\'> IvlU 1 1 877Q 4UJ DO

4484 Q7 Mn 1 100"-'

4487.05 Mo I 22244 — 44525

4489.00 Mo I 23668 — 45938

44Qn 1 Q Mn I ZU70 11 JS8o 4'>477 4— 4ZZ

44Q1 '>8 Mn I I1 877Q OZZ y 40488

44QI f^^i Mn 1 ivl U 1 S^l 1 f\l J D 1 DZ

4499.44 Mo 1 18480 — 40698

4501.29 Mo 1 18356 — 40566

4Sn4 QO win I 7 SQQ7 48HO 11 8Qo :7 4sn^» H^UU.Ufn/ Mn I zooJ D 488 HO O 11 Q37 4S 1 7 IS Mn I 111 J J ^y y

4515.18 Mo I 20281 — AlATl

4517.13 Mo I 18356 — 40488

4S 1 7 41 Mn I IVIU 11

1 07A8 Vy / DO J> — O 7 7 4S 1 X 44 Mn t IvlU 1 z70u 11 JOS8 47^87 4Z.-OZ

45^7 J ii. . 1

1 Q7 Mn I Ivl u 1 701 Z\J 1 J10w

4'>717 H.-Z J /

4524.34 Mo 1 1 1859 — 33955

4526.37 Mo 1 18480 — 40566

4S''8 A7 Mn 1 iVlU 1 40H7 1

1 AQ

4S'>Q 40 Mn I ZU701J JSOu 4S ^ S TO Mn I 701 ZU 1 jU10 40H.^ 1

1 71/ J

4536.80 Mo I 28241 — 50277

4553.32 Mo I 21343 — 43299

H- J J J) . O V7 Mn I IVl U I 7Z JS4Sfi HJ O 4740Q H / HW ^ 4SS8 I 1 Mn I IVl U 1 178QQ

45S8 74 Mn I 701 Zv/ I JS8o 47088 HZ.V/0 O

4560.13 Mo I 23534 — 45458

4567.68^ Mo I 20350 — 42237

4S^^Q 07 Mn I ivl U 1 Z JJ u oo 4S'-r J J'-rtj S48

4S70 1 ^ Mn I 7078 ZVJZ o 1I 47HZ 1 Sf> 1 J D

4<;74 48 Mn r 7Z JiSf.lQ D J 7 474Q1 4 / H 7 J

4576.50 Mo I 1 1454 — 33299

4577.78 Mo I 18229 — 40068

/I ^87 ^ MnMO I

1 1 1 S I o J

S jjZ 1 177/

/I ^8") ^O IVIO 1 7z 1 1 </l

1 1 34 4Z 7 / U

/I ^ 8 A OA IVlO 1 7 '\QOA 4 / / UJ

4joO. J / IVlO I 111 ZZZ44AA AAC\A 44U4 11 4592.21 Mo I 26639 48409

4595.16 Mo 1 1 1 143 32899

4597.88 Mo I 301 13 51856

4598.25 Mo I 27867 49608

gA gf Log gf

108/sec

I 1 \ .z O lA U. JO n A A n lA O 1 1 U. 1 1 n Q-7

0Kj.yy QQ OU. jUlO ^J. J J

1.1 0.32 -0.50

1.2 0.35 -0.46

^ 8 J.O 1 . /C\ 1 A

v. 2.4

1 1 1 .Z U.J J —U.4o

1 A J.

4

1 o 1 .U A A I U.U 1 0.80 0.24 -0.62

0.80 0.24 -0.62

7 7 Z.Z n AA u.oo A 1 fi U. 1 O

1 7 1 .Z n 1

7

U.J / n A

1

O Q 1 U. y 1 A 77 u.z / JO

1.9 0.58 -0.23

7.0 2.1 0.33

O /17 U.4 / n I A U. 1 4 —A 8 <; U.4J U. 1

4

8 1 o. 1 7 ^ Z.J A 10 U.J 7

4.2 1.3 0.1

1

0.15 0.046 -1.34

1 7 1 .Z n 1

7

U.J / n /1

1

^J.4J

1 Q 1 .y OU.J 7 A 7

1

U.Z J n n<;7 n n 1 A u.u 1 o

1 CA 1 .oU

0.29 0.090 -1.05

0.72 0.22 -0.65

O 1 I U.J 1 U.U74 — 1 A7 1 .Uz

O 77 u. / z A 77 U.ZZ A A^ U.D J

1 7 z. / U.o4 n Afi U.Uo

1.7 0.52 -0.29

0.57 0.18 -0.76

A 1 4Z. 1 J. 1 1 7 1 . i Z

u.yo All U.J 1 A C7 ^J. jZ

1 A 1 .o A /I a U.4o A } 1 U.J 1 0.10 0.033 -1.49

0.35 0.11 -0.96

1 Q L.y A OA U.7U —A A/1

1 7 1 .Z AU.J17/ AU.44AA n 7/1 U. /4 A 7 1 U.Z J U.D J 0.71 0.22 -0.65

2.6 0.80 -0.10

U.Z4 A A7/1 U.U /4 — 1 1

1

i . 1

J

n 7n U.zU A AA7 U.UoZ 1 7 1 1 .Z 1

/I /I 4.4 1 A

\ .4 A 1 < U. 1 J 0.45 0.14 -0.85

1.7 0.53 -0.28

n A 1 U.D 1 A 1 Q U. 1 y A 77 ^J. / Z

3.

1

1 AA 1 .uu A AA

U. 14 A A/1

1

U.U4J 1 1

A

— 1 . JO

1 A J.O 1 7 1 .z A AA U.UO

2.0 0.64 -0.20

210
Wavelength Spectrum Energy Levels

A K

4599.16 Mo I 20350 42088

4608.71 Mo I 20158 41850

4609.88 Mo I 18229 _ 39916

461 1. 15 Mo I 18356 40037

4616.62 Mo I 25517 47172

4617.95 Mo I 22876 44525

4621.38 Mo I 18356 39989

4623.46 Mo I 25549 47172

4624.24 Mo I 29171 50790

4626.47 Mo I 12346 33955

4627.48 Mo I 18356 39960

4630.02 Mo I 18229 39821

4633.10 Mo I 28274 49852

4642.70 Mo I 25639 47172

4647.81 Mo I 18480 39989

4649.12 Mo I 25906 47409

4651.05 Mo I 29781 51276

4661.93 Mo 1 1 1454 _ 32899

4662.76 Mo I 1 1859 _ 33299

4671.90 Mo I 21343 42742

4683.83 Mo I 25517 46861

4685.81 Mo I 27727 49062

4686.10 Mo I 28274 _ 49608

4688.22 Mo I 28241 49565

4690.86 Mo I 25549 46861

4696.51 Mo I 20951 42237

4700.49 Mo I 28837 50105

4706.06 Mo I 23516 _ 44760

4707.26 Mo I 20158 _ 41396

4708.22 Mo I 18229 _ 39463

4714.51 Mo I 2095 1 42156

4717.92 Mo I 20158 41348

4718.88 Mo I 28667 49852

4723.06 Mo 1 32688 53855

4725.34 Mo I 27766 48922

4729.14 Mo I 20948 42088

473 1.44 Mo I 21 154 42283

4750.39 Mo I 20350 41396

4758.50 Mo I 29781 50790

4760.19 Mo I 21343 42345

4764.42 Mo I 18480 39463

4773.44 Mo 1 20281 41224

4774.22 Mo I 21343 42283

4775.66 Mo I 21154 42088

4776.34 Mo I 18229 39160

4782.94 Mo I 20130 41032

4785.12 Mo I 18229 39122

4786.46 Mo 1 10768 31655

4788.18 Mo 1 18480 39358

4792.74 Mo I 20948 41807

<rf Log gf

IQS/sec

0.56 0.18 -0.75

0.33 0.11 -0.98

2.1 0.68 -0.17

U. jZ A 1 A U. 1 u —1 AA 1 .UU

1.5 0.48 -0.32

0.70 0.23 -0.65

0.63 0.20 -0.70

1.5 0.48 -0.32

3.

1

1 AA —u.uu

0.51 0.17 -0.78

0.62 0.20 -0.70

0.30 0.096 -1.02

3.7 1.2 0.08

1 .J A /f 0 A 1 1 —U.J 1 0.47 0.15 -0.81

1.6 0.52 -0.29

6.8 2.2 0.34

0.064 0.021 -1.68

U.zU A A^^ u.uoo —1 1 c 1 . 1 o

1.7 0.56 -0.25

1.4 0.46 -0.34

2.3 0.76 -0.12

2.0 0.67 -0.17

1 AI u. 1 1

3.

J

AU. jZ

1.7 0.56 -0.26

0.38 0.12 -0.91

4.5 1.5 0.17

1.8 0.61 -0.21

Q j.y 0 A A ir\ U.3U

0.83 0.27 -0.56

0.37 0.12 -0.91

2.0 0.67 -0.18

3.2 1.1 0.03

1 Q 1 "2 1 .3 AIT U. 1 Z

1.4 0.48 -0.32

1.2 0.39 -0.41

8.4 2.8 0.45

0.96 0.32 -0.49

4. J 1 .J A 1 O

U. 1 o 9.4 3.2 0.51

0.42 0.14 -0.85

0.69 0.24 -0.63

0.46 0.16 -0.80

U. /3 A O ^ U.Z J A i:A —U.OU

0.77 0.26 -0.58

0.44 0.15 -0.83

0.44 0.15 -0.82

0.023 0.0080 -2.10

0.11 0.037 -1.43

0.68 0.23 -0.63

211
Wavelength Spectrum Energy Levels gA ^og 1 f\vt flrf gl

A K 108/sec

4793.41 Mo I 20951 - 41807 0.68 0.23 -0.63

4793.82 Mo I 27384 — 48238 1.3 0.44 -0.36

1 1 yo.jz. WIU 1 Z I j4J 421 86 1.2 0.42 -0.38

4804.91 Mo I 20158 40964 0.15 0.052 -1 28

4805.58 Mo I 18356 39160 0.16 0.056 -1.25

4808.09 Mo I 23668 — 44461 0.72 0.25 -0.60

4811.06 Mo I 30496 — 51276 9.8 3.4 0.53

48 14 47 Mo I 1 U / Do 3 1 533 0.011 0.0037 -2.44

4817.70 Mo I 20281 0 22 0 076 -11 • 121 ^ 4819.25 Mo I 21343 4.7 1.6 0.22

4822.42 Mo I 20281 — 41012 0.15 0.053 -1.27

4830.51 Mo I 21154 — 41850 4.4 1.6 0.19

Mo I "701 ^8 ZUl JO 40844 0.31 0.11 -0.96

4833.96 Mo I 20350 41 037 0 22 0 077 —1 1

1

4838.11 Mo I 24096 44760 '"x'-r 1 \j\J 0.38 0.13 -0.88

4845.17 Mo I 27766 - 48399 1.3 0.47 -0.33

4858.22 Mo I 28241 48819 3.2 1.1 0.05

'tooo.uu WIU 1 7004.8 41484 3.5 1.3 0.10

4869.20 Mo I 10768 J3 1X 300 ^ \J\J 0.028 0.010 -1.99

4878.37 Mo I 20350 40844 ^V/ \J 1 1 0.19 0.068 -1.17

4886.47 Mo I 23516 - 43975 0.51 0.18 -0.74

4889.22 Mo I 20951 — 41398 0.20 0.071 -1.15

4SQ7 '>A MO 1 Z j4JO 45870 0.70 0.25 -0.60

4903.81 Mo I 10768 J^ 1 1 1 1 J J 0 034 0.012 -1.91

4907.43 Mo I 31485 5 1 856 3.1 1.1 0.05

4909.19 Mo I 24096 — 44461 0.47 0.17 -0.77

4924.78 Mo I 30502 — 50802 1.9 0.68 ^.17

/iQ7A 1 Q Mo I Z4400 44760 0.80 0.29 -0.53

Mo I 18229 "^8^77 J O J 0 14 0.050 -1.30

4933.10 Mo I 12346 3761

7

0.052 0.019 -1.72

4941.66 Mo I 25906 — 46136 2.4 0.89 -0.05

4950.62 Mo I 18229 — 38423 0.38 0.14 -0.86

40^7 ^4 Mo I11 81o3 jO 38522 0.50 0.18 -0.73

4964.19 Mo I 25997 461 36 0 79 0.29 -0.54

4964.41 Mo I 20350 40488 0.24 0.090 -1.05

4973.36 Mo I 20930 - 41032 0.16 0.059 -1.23

4979.12 Mo I 10768 — 30847 0.083 0.031 -1.51

4-70 3.30 MO 1 7Z 11 j4j lAI 41 395 0.20 0.075 -1.13

4995.32 Mo I 23516 43530 0.32 0.12 -0.92

4999.91 Mo I 2.1 0.79 -0.10

5010.81 Mo I 26639 — 46590 0.67 0.25 -0.60

5014.60 Mo I — 44760 3.6 1.4 0.13

j\) 1 o. / o Mo I 77'J 84 Z / Jo4 Al'\ H 1 1 / J 1 1 1.1 0.40 -0.39

5019.85 Mo I 25795 4S7J /

11 0U 0.51 0.19 -0.71

5029.00 Mo I 24096 4J y 1

J

1.3 0.50 -0.30

5030.78 Mo I 25997 4S870 1.8 0.68 -0.17

5038.91 Mo I 25795 45635 0.59 0.22 -0.65

5046.52 Mo I 21154 40964 0.18 0.069 -1.16

5047.71 Mo I 20930 40736 0.63 0.24 -0.62

5055.00 Mo I 12346 32123 0.028 0.011 -1.97

212
Wavelength Spectrum Energy Levels

A K

5058.01 Mo I 27727 47492

5059.88 Mo I 20157 — 39916

jUOZ. jZ IVIO 1 70QS1 ZU7J 1

IVlO 1

11 877Q OZZ7 J 1 "Do

JU / 7.0 / IVlO 1 7^^ ZD 1loy80 4<;870 tjo / W

5080.02 Mo I 20281 — 39960

5081.26 Mo I 11859 — 31533

IVIU 1 7Ajyy/ "^QQ? H- JDJ J

IVIU 1 709^0 H-W J DU

IVIU 1 70948 T-W J DU

5096.65 Mo I 20951 — 40566

5097.52 Mo I 18356 — 37968

Mr\ I 70"? so J y y\j\j S 1 OQ 71 IvlU 1 701*50 J 1 D

S 1 t 4 Q7 Mn I IVIU i11 81S^> O J JD 17Q07

5116.97 Mo I 20951 — 40488

5123.83 Mo I 27415 — 46926

J ItJ. JO Mn I 70^;08 40017

J^ 1 Al "XQ 1 'f / . j" Mn I IVIU 1

1 8480 17Q07

S 1 1 Q Mn I IVIU 1 1 1 Q1

1

J ly I

J

JS 11 77^> Z / D

5167.76 Mo I 21619 — 40964

5171.08 Mo I 25614 — 44947

^ 1 77 Qd Mn I IVIU 1 7S*^1 4 44Q41

J 1 / 1 o Mn I IVIU i 7 1 4 ^^yj\j JS 11 Q7 11 .H-H- 44 Mn I J1 1I J J J j\j S07Q0 1 y\j

5200.17 Mo I 21619 — 40844

5200.74 Mo I 18356 — 37579

win I 1 714^^ J1 11 JS11J J

JZ, S7 I 1 I I .OD Mn I IVIU 1 7078

1

J y^yjj

S7 1 Q 40 Mn I IVIU 1 77744 411 J1Q8yo

5231.06 Mo I 27342 — 46453

5232.36 Mo 1 20930 — 40037

JZ JM-.ZO Mn I IVlO 1

1 8/1 8n J 1 J ly

JZCO-JO JO.ZVJ 90 Mn I 7^877 Zjo /Z H^yj 1 CO /in 88 Mn I IVlO 1 7Zjo^ 877/Z AAOAI

5242.81 Mo I 25872 — 44941

5245.51 Mo I 20930 — 39989

jZ J7.U'+ Mn I IVlO 1 700^ ZU^J 11 1QQ/; 1 DyyK) 1 JZOW. 1 / MnMO I

1 10847 f70 jZ

JZO S7/^11 . 114"H- Mn I IVlO 1 701 ZUl <8JO jy\ oU

5271.80 Mo I 20158 — 39122

5276.28 Mo I 21619 — 40566

jZS770 f\'\ / 7.0J Mn I IVIU 1

110/A78/104 1 ^7 1 0 J J / 1 7

5780 8^^ Mn I IVIU i 7787A ZZ.O /

o

4 1

1 807 oU / S78^ 84 Mn I IVIU 1 zoojD 4S'f J J

S JDSA

S707 08 Mn I IVIU 111 A878 OoZo J

1 JS7/11 07

5293.46 Mo I 18480 37366

5295.47 Mo I 20281 39160

5302.35 Mo I 25906 44760

5306.26 Mo I 20281 39122

gA gf Loggf

IQs/sec

1 A 1.4 (\ Z A 0.54 A—U.z7

l.U A "3 O A A 1 —U.41

U.Z 1 A AO 1 U.Uo 1

1 AO —i.uy

0.087 0.034 -1.47

0.91 0.35 -0.46

0.5 1 A O A U.zU A n(\ —U. /U

l).U16 A C\C\C 1 U.UUo 1 T 7 1 —Z.Z 1

1 1 1 .

1

€\ A \ U.41 A "3 O —U.JO

0.20 0.079 -1.10

0.25 0.099 -1.00

A ^ 1 A /! U.z4 A—U.oz

A -2 O A 1 C

U. 1 J A 07 —U.OZ

A 1 7

U. 1 / U.Uo / —1 17 1.1/

0.68 0.27 -0.58

0.24 0.094 -1.02

A OA A A7C U.U/o —1.11 111

1 . 1 (\ A A U.44 A 1 a —U. 36

A OA U.oU U.jz A CA —U. jU

0.34 0.13 -0.87

7.5 3.0 0.48

A ^ O A '> O U.zo A—U.JO

3.6 1 A 1.4 A 1 CU. 1 J

C A J.U T A z.U A "3 A U.3U

3.5 1.4 0.15

3.5 1-4 0.15

A 7Q A -3 "O U.JZ A CA —U. jU

A 1

"2 A A C /I U.Uj4 —i.z6

A A 1 1 A AAC2 U.UUj J —7 T C Z.ZO

0.23 0.093 -1.03

0.66 0.27 -0.57

1.5 A QT u.yz

A A'3 —U.U3

U. 14 A ACQ u.ujy —1 7 "3 1.Z3

A T7 U.Z / All U. 11 —u.y6

10. 4.2 0.62

5.0 2.1 0.32

Z.J 1 A 1 .u A A7 U.Uz

A C7 U.J J A TO U.zz —U.OO

A OA U.oU A -3 -3 U.J J A A O —U.4o

1.2 0.50 -0.30

0.28 0.12 -0.93

A 1 /I U. 14 U.Ujo —1.23

U.Z 1 A AOO U.Uoo 1 AZl —l.Uo

All U. 1

1

A A /I C 0.045 —1.35

1.9 0.81 -0.09

0.52 0.22 -0.66

A AO/I A A/1 A U.U4U —1 /I A 1.4U

A AQ^ U.Uoo U.Uio —1 A A

1 .44

A O C U.zj A 1 A U. lU A AO —U.98

A "3 C U.J J A 1 C

U. 1 J n o A —U.84

0.085 0.036 -1.45

213
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

5313.89 Mo I 18480 37293 0.15 0.062 -1.20

5315.04 Mo 1 20350 — 39160 0.14 0.060 —1 .22

1 Q 8Q Mn, I 1 1 /1 8 <; J I 4o J CA777 jUZ / /1 A A A7 U.D / —A 1 0 U. 1 0

<'i'>A Al MO 1 Zoo J 7/I4j4^/l 1 S I J U.jU A 7 1 U.Z 1 A A7 —U.D / JjZ / .UO MO 1 z J J 1

D

17701 4ZZo3 A 1 < U.77 A 1 < U. 1 J

C\ 0 1 —U.oj

5334.79 Mo I 23668 - 42408 0.18 0.076 -1.12

5337.20 Mo I 24466 — 43 1 97 0.22 0.096 -1.02

J J JZ. J J MO 1 1 1 / /

/I A/1 < 1 A AQ U.D7 A 1 A U.jU A C 1 —U. 77

c -J c /I oo MO 1 7 1 ^ 1 A Z J J 1 0

/I 7 1 S A 4Z 1 oo A 8/1 U.o4 A 1 A U. JD A A A —U.44

J J J J. J 1 MO 1 J 7 I 71 JZ 1 Z J jU / y\j 7 Q Z. 7

1 7 1 .Z A AQ U.UV

5356.48 Mo I 32612 — 51276 6.2 2.7 0.43

5360.56 Mo I 26321 — 44970 13. 5.4 0.73

33d4.Zo Mo I 7 1 7 1 /I /I Q < 7 44yj / 7 A Z.O 1 .

1

A AC U.U3

J JO /. 1 1 Mo 1 7^171 Z 0 7 Z 1 ^ /I Q/l 7 44^4 / A 7 /I U. /4 A 1 7 A C A —U.7U

J J / lAO Mo 1 7 7 Q 7 A ZZo /o /I 1 /1 0 /t 4 1 4o4 A 7 0 U.Zo A 1 7U. 1 Z A Q7 —u. vz

5388.69 Mo I 31300 _ 49852 2.0 0.86 -0.07

5394.52 Mo 1 20930 — 39463 0.32 0.14 -0.86

J J 7 / .JO MO I 7 7 07/; ZZo / D

A 1 1Q8 4 1 770 nu.z77/ n 1

7

u. 1 z A Q7 U. 7Z

J4UU.4 / MO 1 Z\jyj 1 1 Q/l Al J 74DJ n 7/1 U.Z4 u. 1 u

A QO U. 70

j4UJ. / y MO I 7 71/17 Z / 74Z /I <; 81

A

4jO JO U. 77 n /1

7

U.4Z A -3 0U. i 0

5406.39 Mo I 22244 — 40736 0.23 0.099 -1.00

5417.38 Mo 1 22244 — 40699 0.28 0.12 -0.91

j4_D.o" MO I I D / 4o 1 ^ 1 AQ n ni 1 u.u 1

J

——1 8/1

1 .04

j4_ ^ All ^ ^/ . J J

lilt MOr\ I

I Zjodo 4ZUoo /I 7088 n 1 7 u. 1 z U.Uj I —1 7 Q 1 .Z7

j4J 1 .U_ MOfill /-\ 1I ZU7J 7nQ^ 1I jy jjy nu.u077/ / U.Uj4 1 A 7 1.4/

5435.68 Mo I 20130 _ 38522 0.21 0.095 -1.02

5437.75 Mo I 16785 — 35169 0.095 0.042 -1.38

j4jU.j I A/I T Mo I 7 1 /; 1 0 z 1 0 1 y

1 QQA 1 A 7 1 U.Z3 A 1 A U. 1 u

A QQ U. 77

Mo I 7 "2 ^ 1 Z3 J 1 0

/I 1 0 C A 4 1 ojU A 1 A U. J 4

A AA1 U.UoJ — 1 7 A 1 .ZU

Mo 1 7 7 7/1/1 ZZZ44 /I A C A A 4U70D A 77 u.ZZ A AQ7 U.U7 / — 1 A 1

1 .U 1

5460.53 Mo 1 31300 49608 1.9 0.85 -0.07

5473.37 Mo I 20157 — 38423 0.048 0.021 -1.67

C /I O O ^7 j4oo.D / Mo I 7 71/17 Z / 74Z /I ^ C ^ A 4j J JD A 1A A 1 A U. 1 D _n 7Q

C 4 QA O j4yu.zo MO I ZU7J 1 7

1 Q71

1 AOOU U. 1 J nu.uonA7/ — 1 18

c 0-7 1 -7 j47Z. I / MO I 7 1 <; 1 Q Z 1 0 1 7 1Q87 1 7 70Z 1 n 1 1 u. 1 1 n (\A 8 U.U4o — 1 17 1 . JZ

5493.80 Mo I 31655 — 49852 2.0 0.91 -0.04

5496.94 Mo I 24096 — 42283 0.14 0.065 -1.19

c /I no AQ j4Vo.47 MO I 7 1 A A C Z7DOO /I I 0 < A 4 1 0 jU n 7 ^ u.z J n 1 1 u. 1 1 u. 74

^ ^ A 1 ^ A Tiff /.\ I MO I TAT CA ZU3 jU 1 g C7

7

JOJZZ n 1 8 u. 1

0

n n8/i U.Uo4 —11 .UO n8

^ 1 07 J jU 1 .0 / Mo 1 7nQc 1 zuyj 1 1 Q 1 77 iy 1 ZZ u. 1 u n n/i A U.U4D —111 1 .77

5506.49 Mo 1 10768 28924 2.0 0.90 -0.05

551 1.49 Mo I 23668 - 41807 0.1

1

0.050 -1.30

C C 0 A A/f J j_U.U4 fill n t Mo I 7 1 /1 0 c J J 4oJ

/I Q < Q A 1 7 1 . /(\ 77 u. / / u. 1 1 c 0A /I J j>iU.64 Mo I 7 7 '7 7 "7 LI 1 L 1

/I C 0 1 A 47070 A 70 U. /o A 1A A ,\ C U.47 J jZo. jZ Mo I 7 A AOA z4Uy6 /17 1 OA 4Z 1 OO A /I /I U.44 (\u.zu7n —n 7n

J jzo.V /

Tiff r-N T Mo I 7 7 07 A ZZO /o ^1 A 0 A /I A 1 1 U.7 1 n 1 /I u. 1

4

—n 8 ^ U. 0 J 5533.05 Mo I 10768 28837 1.3 0.59 -0.23

5539.41 Mo I 16692 34740 0.053 0.025 -1.61

5541.65 Mo I 25906 43946 0.23 0.1

1

-0.98

5543.12 Mo I 20948 38983 0.21 0.098 -1.01

214
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

5544.49 Mo I 27384 454 1

5

1.1 0.50 -0.30

5552.19 Mo I 21154 - 39160 0.045 0.021 -1.68

5556.28 Mo I 16748 T A 1 A f\ 34740 0.075 A A C 0.035 1 A /' — \ .46

5556.72 Mo I 24096 /I T AO O 42088 0.27 AIT 0. 1 3 A OA —o.vo 5564.05 Mo I 2 1 1 54 T A 1 1 39121 A AO A 0.089 A A /I 1 0.041 — 1 1 A

1.39

5568.62 Mo 1 22876 40829 0.30 0.14 -0.86

5569.48 Mo I 23534 - 41484 0.23 0.1

1

-0.97

C C ^ t\ AC 5570.45 Mo I

1 A^ ^ O 10768 287 1 5 o.5y A O "7 O.Z / —U.56

5575. 1

9

Mo 1 1 yy /o 3 / yoz A 1 A U. 1 U A A/1 Q — 1 "2 1 1.3 1 c c n 1 CO jjy 1 .5o TV/I ^ T Mo I Z4466 4Z34j U.zZ A 1 A U. 1 u

A QC

5596.32 Mo I 23534 41398 0.085 0.040 -1.40

5598.47 Mo I 34810 — 52667 1.00 0.47 -0.33

C ^ A 1 AC 5601 .05 Mo I 33^04 J 1 / j3 1 .6 V. /4 A 1 1 —U. 1 3

C A'> n £i 5602.76 Mo I z j4j6 43zVy A /CA U.6U A T 0 A < ? —U.55

5608.62 Mo I Ibbib A A A i 4446 1 A /I "7 U.4 / AT) U.ZZ —U.65

5609.23 Mo I 26189 44012 0.41 0.20 -0.71

5610.93 Mo I 24466 — 42283 1.1 0.51 -0.29

561 3.07 Mo I A 1 C O 20 1 58 37968 A A'7 C 0.036 —1.45

C /' 1 O AC 56 1 8.45 Mo I 16641 0 /I /i 1 C 34435 A A"^ A 0.024 A A 1 1 0.0 1 1

t AC

561 8.77 Mo 1 22244 A /\ A O "7 40037 A A C O 0.058 0.027 — 1 C £ 1.56

5619.38 Mo I 27766 45556 0.64 0.30 -0.52

5632.47 Mo I 10966 - 28715 0.079 0.038 -1.42

C ^ A O /' 5634.86 Mo 1 16693 A A C 34435 r\ Ay' A 0.060 A A'^ O 0.028 1 C C —1 .55

c /" c r\ 1

*> 5650. 1

3

Mo I 1 1 143 O O "7 ^7 28837 A A C O 0.058 A A'l O 0.028 — 1 C /I

1 .56

C /' C \ O T 565 1.87 Mo 1 301 60 47848 A z: A

0.60 A "O A 0.29 f\ C A —0.54

5664.34 Mo I 29842 47492 0.55 0.27 -0.57

5667.30 Mo I 27774 — 45415 0.36 0.17 -0.77

j6 /Z.O / Mo I 3M)4z -r o ^ ^ "7 .>z66 / 1 .z U.JO A T 1 —U.Z J ^6 /3.63 Mo 1 1 no o 1 zUzo 1 3 /yoz A A'7 C U.O /5 A Al ^ 0.U36 — 1 A A

1 .44

56 /4.4 / Mo 1 ZU3 jO 3 /ybo A 1 O

0. 1 y

A AOO u.uyz — 1 A /I 1 .04

5677.89 Mo I 16641 34248 0.048 0.023 -1.64

5682.89 Mo I 20930 - 38522 0.13 0.062 -1.21

C ZT O T /'A 5687.64 Mo I 22244 T AO I 3982 1 A A C C 0.055 A A'T n 0.027 1 C "7 -1.57

C /' O A 1 y< 5689. 1

4

Mo 1 1 1 1 43 O "7 1 287 1

5

0. 1 1 f\ r\ c c 0.055 -1 .26

5694.39 Mo 1 23668 41 224 0.082 0.040 1 A r\ -1.40

5696.03 Mo I 30160 4771 1 0.67 0.33 -0.49

5698.27 Mo 1 29642 ... 47186 0.52 0.25 -0.60

5699.28 Mo I 21619 39160 0. 1

1

0.052 -1.28

5702. 1 1 Mo I 25997 43530 0. 1

8

0.090 — 1 r\c1 .05

C ^ f\C 5705.72 Mo I 24823 A "y A c 42345 0.94 A A /' 0.46 —0.34

571 1.80 Mo I 21619 _ 39122 0.1 1 0.052 -1.28

5722.74 Mo I 1 1454 - 28924 0.056 0.027 -1.56

5723. 1 1 Mo I A ^ 1 1 / \ 47 1 1

0

A C 1 0.5 1 A C 0.25 A z: A —0.60

5728.77 Mo I 25795 43246 0.34 AIT 0. 1

7

—0.78

Mo I ^ A 1 T A 201 30 37579 A A'7 A 0.079 0.03 V — 1 At1 .41

5729.87 Mo I 235 1

6

A f\C\/' A 40964 AIT 0. 1 2 0.057 1 o c —1 .25

5734.06 Mo I 12346 29781 0.0055 0.0027 -2.57

5739.66 Mo I 27342 44760 0.26 0.13 -0.89

5741.71 Mo I 31510 48922 0.99 0.49 -0.31

5747.67 Mo I 25906 43299 0.25 0.12 -0.91

215
Wavelength Spectrum Energy Levels

A K

5751.40 Mo I 11454 28837

5769.75 Mo I 23517 — 40844

J / / I .Uj Mo I

1 QO'rn

1 yy /u "3 'TO 0'3 3 /zy3

J / / 4. J J Mo I

1 1 o c o

1 1 O JO 0 0 1 1 zy 1 /

1

J 1 /o. ly Mo 1 zjyy /

yl '3 0 QQ 43zyy

5779.36 Mo I 20281 37579

5780.11 Mo I 23668 — 40964

C T O '3 T 'i Mo I 25456 A^n A'^ 4Z /4Z

D /yi.oj Mo I

\ -x A Z A

1 14j4 0 1 c Zo / 1

J

CTOC '7'7 Tiff « « Mo 1 An A c\ 34/41) c 1 Qnr\ 5 lyyu

5800.46 Mo I 20130 37366

5802.67 Mo I 20350 — 37579

5803.98 Mo I 25821 A'^ f\ A £L 43046

5806.19 Mo I ZZZ44 39463

5806.69 Mo I 26759 43975

5808.23 Mo I 11454 28667

5809.03 Mo I 34435 - 51644

JO 1 3.00 Mo I

"3 O CO 1 3yjz 1 C T 1 T 567 17

JO 1 J. /4 Mo I zyyoz An ^ 4 / 1 /Z

con Mo I O '3 ^/C O Z3doo y1 AO /I A 4Uo44

5825.20 Mo I 20130 37293

5835.59 Mo I 11143 — 28274

C O -J Q QQ Mo I '^^1 A"^ Z / 34Z 444ol

jo4o.oO Mo I Zo / 1

J

A C OAA

c o /I

Q

jo4y. / 3 Mo I 0 C? 1 c Zo / 1

J

A COAC 4joUj

5851.52 Mo I 28715 45800

5858.27 Mo I 11859 - 28924

5861.38 Tiff ^ Mo I A ^ A £1 5868.76 Hff « » Mo I 25707 A'^n A'^ 42 /42

5869.33 Tl ff A ¥ Mo I Ill11 44760

5876.59 Mo I 20281 37293

5881.53 Mo I 20130 - 37128

5882.72 Mo I lllbb 44760

5888.33 Mo I

1 1 0 c n

1 1859 28837

joy 1.56 Mo I 0 0 0 T ^7 Zoo3 / A c or\£ 4joU6

5892.29 Mo I 25456 42422

5893.38 Mo I 28837 — 45800

com AH Mo I 1 ozzy J J loy

Aff A 1 Mo I 0 A '3 '3 /: Zo33o /I "3 0 y1 4iZ4o

Mo I zoyz4 4joUU

5926.36 Mo I 28924 45793

5928.88 Mo I 28924 — 45786

5937.91 Hff ^ T Mo I 23^06 42 /42

5968.48 Mo I 27774 A A C 44525

5974.26 Mo I 27727 44461

5982.93 Mo I 26336 43046

5988.17 Mo I iiiei 44461

5989.47 Mo I 33904 50596

5991.35 Mo I 27774 44461

6025.49 Mo I 27384 43976

gA gf Log gf

108/sec

u. 1

0

nU.Un7Q/ y

11

1 n . 1 u

U.U / J nU.Ujni7/

1 A -3 1 .43 u.uz / U.U14 1 .00

0.0065 0.0032 -2.49

0.15 0.075 -1.13

n 1

9

u. 1 z u.uoz —1 7

1

1 .Z I nU.Un77/ / nU.UJniQ7 —1 A 1 1 .4

1

U. JU U. i J —0U.oZ87

0.13 0.066 -1.18

2.6 1.3 0.12

nU.U07^/ J U.Ujo —1—1 Al .4Z

u. 1 uu U.UjU —1 10 1 .3U

u. 1 z u.ujy —1 71 1 .Z3

0.051 0.026 -1.59

0.30 0.15 -0.81

U.UUZ4 n f»r» 1 7 u.uuiz 7 Q1 z.y 1 u.oy U.'+J n 1/1 U.34

11 .yQ n 07 u.y / —0 01

0.45 0.23 -0.64

0.075 0.038 -1.42

U.UOJ nU.UJnilJ —11 .40 AS

U.UUj I u.uuzo —7 <Q

U.'fZ n 7 1 u.z 1 —0 A7 U.O / 0.61 0.32 -0.50

1.8 0.92 -0.04

1 c

1 .J n 7Q —0 1

0

u. 1 u

u. 1

4

rvU.U077/

z

——11

1 A . 1

4

U. jU 0 1 ^ U. 1 J —0 8 1 U.O I 0.17 0.089 -1.05

1.1 0.59 -0.23

U.U / J 0 01

Q

u.ujy —1— A 1 1 .41 n 097 u.uz / 0 0 1 /I U.U 1

4

1 Of.

1 .00

U.Z J 0 1

7

u. 1 z —0 Q7 U. 7Z

0.21 0.11 -0.95

0.36 0.19 -0.73

u.zo 0 1 /I u. 1 —0U.o48/1

1 c

1 .J 0U.oU»o —0U.U700

U.UO't 0 01A —11.4/ 47

0.13 0.066 -1.18

0.31 0.16 -0.79

1 1 0 AS u.oo —0 1

7

u. 1 / ^ 7 J.Z 7 7 Z. / 0 /II U.4J n 77 U.ZZ 0 1 7 U. 1 Z —0U.7404

0.18 0.097 -1.01

0.32 0.17 -0.76

n 7/1 U.Z4 oil u. 1

J

—0u.oy80

u.yu U.4o nU.3Z17

1.0 0 QA U.o4 —0 08 U.UO n 77 U.ZZ 0 1 7 U. 1 Z —0U. 0474

0.63 0.34 -0.47

216
Wavelength Spectrum Energy Levels

A K

oUZ /./ / Mo I ZZo / O jy^oj

6030.66 Mo I 12346 — 28924

6047.83 Mo I 25707 — 42237

6054.81 Mo I 18229 - 34740

6079.58 Mo I 23516 — 39960

oUo 1 ./ / Mo I 6101.87 Mo I 18356 — 34740

6197.66 Mo I 32688 - 48819

6217.89 Mo I 18356 - 34435

6264.27 Mo I 33904 — 49864

OZOJ .oo MO 1

1 8480

6290.74 Mo I 18356 — 34248

6301.75 Mo I 24096 — 39961

6323.54 Mo I 30160 — 45969

6357.22 Mo I. 18229 — 33955

(i'lOQ 1 1 Mo I zooJO HZ.Z.OJ 6409.11 Mo I 18356 — 33955

6424.37 Mo I 20158 - 35719

6446.34 Mo I 25456 - 40964

6471.20 Mo I 23534 - 38983

04 / j.yy Mo I Z J7UO A ^ IAS

6493.13 Mo I 30160 — 45556

6519.84 Mo I 30502 - 45836

6590.90 Mo I 26639 — 41807

6611.20 Mo I

- 25707 — 40829

Mo I

1 m/is lU/Oo 7Z ^877 JO /

Z

6624.57 Mo I 26759 — 41850

6637.16 Mo I 26336 — 41398

6650.38 Mo I 25456 - 40488

6659.68 Mo I 20158 — 35169

DO / o.o" Tin r\ T Z.JO 1 z, 40840

6687.87 Mo I 26450 — 41398

6690.47 Mo I 18356 — 33299

6691.08 Mo I 27342 — 42283

6728.04 Mo I 25707 — 40566

(LTil no Mo I lU/Oo Zj014

6746.08 Mo I 18480 — 33299

6746.27 Mo I 20350 — 35169

6753.97 Mo I 27384 — 42186

6763.50 Mo I 25707 — 40488

o / o4.yz Mo I 00007 ZyyoZ 44 / oU

6787.98 Mo I 26284 — 41012

6788.94 Mo I 26759 — 41484

6799.88 Mo I 26759 — 41398

6802.62 Mo I 26336 — 41032

6812.03 Mo I 26336 41012

6825.63 Mo I 30113 44760

6828.87 Mo I 26759 41398

6838.88 Mo I mil 42345

6848.92 Mo I 26415 41012

gf Logef

108/sec

0.088 0.048 -1.32

0.36 0.20 -0.71

0.23 0.13 -0.90

0.028 0.015 -1.81

0.12 0.068 -1.17

0.12 0.067 -1.18

0.059 0.033 -1.48

0.69 0.40 -0.40

0.026 0.015 -1.81

0.86 0.51 -0.30

0.022 0.013 -1.88

0.019 0.01

1

-1.95

0.085 0.051 -1.30

0.41 0.24 -0.61

0.049 0.030 -1.53

0.21 0.13 -0.90

0.032 0.020 -1.71

0.20 0.12 -0.92

0.17 0.1

1

-0.97

0.099 0.062 -1.21

0.19 0.12 -0.92

0.32 0.20 -0.70

0.81 0.51 -0.29

0.075 0.049 -1.31

0.13 0.084 -1.08

0.029 0.019 -1.72

0.11 0.075 -1.13

0.050 0.033 -1.48

0.52 0.34 -0.46

0.029 0.019 -1.71

0.043 0.029 -1.54

0.067 0.045 -1.34

0.024 0.016 -1.79

0.065 0.044 -1.36

0.094 0.064 -1.20

0.016 0.011 -1.97

0.028 0.019 -1.72

0.12 0.080 -1.10

0.53 0.36 -0.44

0.13 0.091 -1.04

0.13 0.091 -1.04

0.092 0.064 -1.20

0.11 0.073 -1.14

0.14 0.095 -1.02

0.12 0.086 -1.07

0.12 0.086 -1.07

0.44 0.31 -0.51

0.24 0.17 -€.77

0.68 0.47 -0.32

0.19 0.13 -0.88

217
Wavelength Spectrum Energy Levels gf Log gf

A K 108/sec

6886.28 Mo 1 27766 - 42283 0.36 0.25 -0.60

6892.36 Mo I 25456 - 39960 0. 14 A /"\ AA 0.099 -1.00

6898.01 Mo I 31300 - 45793 f\ AO 0.48 0.34 -0.46

6898.98 Mo I 25997 - 40488 0.1 1 0.077 -1.11

6908.20 Mo I 1 1 143 - 25614 0.0020 0.0015 -2.84

6914.01 Mo 1 20281 - 28924 0.01 3 A AAA "> 0.0093 -2.03

693 1.40 Mo I 20350 - 34774 0.019 0.014 -1.87

6934.10 Mo I 1 1454 - 25872 0.0022 A AA 1

/' 0.0016 -2.80

6946.75 Mo I 27093 - 41484 0.072 0.052 -1.28

6947.39 Mo I 20350 - 34740 0.021 0.016 -1.81

6953.78 Mo I 26189 - 40566 0.083 0.060 -1.22

6960.64 Mo I 26336 - 40698 0. 1

2

0.084 -1.08

6961.48 Mo 1 25707 - 40068 0.072 0.053 -1.28

6978.71 Mo 1 26639 - 40964 0.19 0.14 -0.86

6980.37 Mo 1 27766 - 42088 0.13 0.094 -1.03

6984.67 Mo I 27774 - 42087 0. 1 1 A AT O 0.078 -1.11

6988.94 Mo I 20130 - 34435 0.049 0.036 -1 .44

6991.69 Mo 1 26189 - 40488 0.096 0.070 -1.15

6999.13 Mo I 26415 - 40699 0.13 0.096 -1.02

6999.88 Mo I 25707 - 39989 0.071 0.052 -1.28

7001.60 Mo I 19970 - 34284 0.028 A A'^ 1 0.02

1

1 /" o -1 .68

7016.44 Mo 1 26450 - 40698 0. 1

2

A AO y' 0.086 -1 .07

7025.32 Mo I 26336 - 40566 0.084 A A 0.062 -1.21

7037.98 Mo 1 26639 - 40844 0.30 0.23 -0.65

7045.29 Mo I 26639 - 40829 0.12 0.090 -1.04

7060.21 Mo I 1 1454 - 25614 0.0041 A AA T 1 0.003 1 -2.5

1

7063.34 Mo 1 20281 - 34435 0.030 A A*^ 0.022 -1.65

7081.22 Mo 1 20130 - 34248 0.029 A A-^ 1 0.02

1

1 /' T -1 .67

7102.65 Mo 1 27774 - 41850 0.16 0.12 -0.91

7109.87 Mo I 25614 - 39675 1.1 0.84 -0.08

7122.65 Mo 1 27363 - 41398 0. 1 3 0.096 —1 .02

7134.08 Mo 1 1 1858 - 25872 0.0056 A AA A T 0.0043 -2.37

7240.46 Mo I 26759 - 40566 0. 1

0

A AO A 0.080 1 1 A -1.10

7242.50 Mo I 25872 - 39675 1.6 1.2 0.09

7245.85 Mo I 20158 - 33950 0.078 0.062 -1.21

lldl.dl Mo I 1 1858 - 25614 0.0043 A AAT A 0.0034 An —2.47

7281.53 Mo I 25906 - 39635 0.067 A ACT 0.053 — 1 T

i .27

7322.25 Mo I 26336 - 39989 0.087 A ATA 0.070 -1.16

7333 j"l Mo 1 26189 - 39821 0.083 0.067 -1.17

7348.49 Mo I 20350 - 33955 0.027 0.022 -1.66

7360.38 Mo I 25707 - 39290 0.05 1 A A /I T 0.042 — 1 'JO 1.38

7361.65 Mo I 27384 - 40964 0.20 A 1 /' 0. 1

6

A O A —0.80

7391.36 Mo I 12346 - 25872 0.0082 0.006 / —Z. 1 / 7434.10 Mo I 25997 - 39445 0.097 0.081 -1.09

7447.34 Mo I 31533 - 44957 0.62 0.51 -0.29

7452.85 Mo I 25707 - 39122 AIT 0. 12 A Ann 1 AA

7475.43 Mo 1 27363 - 40736 (\ r\C\ A 0.094 A ATA 0.079 —1 1 A 1 . 1 U

7485.74 Mo I 26320 - 39675 1 .5 1.3 0. 10

7501.62 Mo I 25795 - 39122 A A C A 0.050 A A /I '1 0.042 —1 .38

7504.47 Mo I 26639 - 39960 0.15 0.13 -0.89

218
Wavelength Spectrum Energy Levels

A K

7571.53 Mo I 27363 40566

7572.64 Mo I 26759 39960

7579.58 Mo 1 27774 40964

7591.66 Mo I 20130 33299

7595.16 Mo I 25997 39160

7601.84 Mo I 27415 40566

7649.52 Mo 1 27774 40844

7653.26 Mo I 26759 39821

7656.76 Mo 1 31913 44970

7679.49 Mo I 20281 33299

7709.54 Mo 1 25456 38423

7720.77 Mo 1 20350 33299

7723.63 Mo I 27093 40037

7732.49 Mo 1 19970 — 32899

7752.34 Mo 1 27093 39989

7829.65 Mo I 20130 32899

7854.45 Mo I 27093 39821

7887.74 Mo I 27363 40037

7917.62 Mo I 27363 39989

7923.15 Mo I 20281 32899

7968.85 Mo I 27415 39960

7984.35 Mo I 26639 39160

7986.60 Mo I 25906 38423

8027.32 Mo I 20158 32612

8058.22 Mo I 45786 58193

8104.67 Mo I 39521 51856

8153.45 Mo I 25707 37968

8192.60 Mo 1 23516 35719

8245.06 Mo I 28715 40840

8328.44 Mo I 28836 40840

8351.15 Mo 1 25997 37968

8389.32 Mo 1 28924 40840

8483.39 Mo I 25795 37579

gA 1 ,C\tf ffT 108/sec

0.091 0.078 -1.11

0.13 0.11 -0.96

0.10 0.087 -1.06

U.U 1 z U.U 1 u z.uu

0.10 0.088 -1.05

0.15 0.13 -0.88

0.099 0.087 -1.06

0.062 0.054 -1.26

U.o J u. / —Ci 1 1 U. 1 J 0.024 0.021 -1.68

0.067 0.060 -1.22

0.050 0.044 -1.35

O.I I 0.095 -1.02

V\U.U(\ \

1 A U.U 1 J — 11 .yyj QO

0.053 0.047 -1.32

0.029 0.026 -1.58

0.18 0.16 -0.78

0.095 0.089 -1.05

u.uo / u.uo J —1

1 .zu on

0.018 0.017 -1.77

0.1

1

0.10 -0.99

0.043 0.041 -1.39

0.12 0.12 -0.93

U.U 1 u U.UU70 Z.U 1 2.0 1.9 0.28

1.3 1.3 0.10

0.063 0.062 -1.21

0.017 0.017 -1.78

U. JO U. jO —A AA

0.63 0.65 -0.18

0.064 0.067 -1.17

0.72 0.76 -0.12

0.29 0.31 -0.50

219
Wavelength Spectrum Energy Levels

A K

2015.11 Mo II 0 49609

2020.30 Mo II 0 — 49481

70^8 AA IVl U 11 u 40041

704^ AyjHJ . 08yo Ivl U 11 nu 4886

1

7081 68 ivl W 11 0 48077

2089.52 Mo II 15199 — 63041

2092.50 Mo II 15331 — 63105

2093 1 1 MnIVl W IT11 1 5447 63207 W^ z. w / 2100 84 Mn II ivl W 11 1 5478 6301

7

W 1 z. 7 1 04 79 Mn II iVl W 11 1 5447 WZ. y J'-t

2108.02 Mo II 23248 — 70670

2269.69 Mo II — 59492

7'?n4 7S Mn f

I

IVi W 11 z, / wz. / 7101 / 1 W 1 11 9^0^^ wo. Q7-7 / Mn 11 ivl W 11 11 ^H-Z. S477/ J O / D 1 M n II ivl u 11 1 Q7

2341.59 Mo II 15199 — 51%91

2355.42 Mo II 15699 — 58141

Mn IT IVl U 11 1 5800 58141

718Q 70 Mn II ivl U 11 7^85'? 65605

Mn IT IVi U 11 6547 5

2404.66 Mo II 24509 — 66082

2412.84 Mo II TIAAA — 63877

741 01 Mn II ivl U 11 11 J5890 o ^ w 57370

741 Z.*-r 1 7/ . 96^W Mn II iVl W 11 1i 6796 w / y\j _J58141 O 1 *T 1 2411 9^.W011 Mn II IVJ W 11 23934 65261 W^ Z. W i

2420.18 Mo II 24138 — 65444

2424.00 Mo II 23833 — 65075

7435 96 Mn II IVi W 11 72864 ^ L. O Wt^ 63904

7440 Z.'T'T'W. 28Z. O MnIVl W IT11 11 71/ 1 74/ 58141 O 1 ^ 1 2461 81 Mn II iVl W 11 24836 ftSAAA

2466.68 Mo II 22864 — 63392

2466.97 Mo II 16796 — 57320

7Af\ii 78 Mn II IVi w 11 64^76

7470 04 Mn II ivl *J 11 7'^85'? 64'^76

7477 S7 Mn II iVi U 11 76041 66^01

2482.57 Mo II 23934 — 64203

2484.75 Mo II 23934 — 64168

74Q6 74 Mn II

ivl U 11 77444 67407

74Q8 78 Mn IT IVl U 11 1 5601 55706

7S00 44 Mn IT iVi U 11 77444 6747 5

2502.84 Mo II 12900 — 52843

2511.80 Mo II \1A\1 — 52217

7SZ. J 11 ^5 .WO 08 Mn Ti iVi U 11 77980 Z. Z. J' o w 67778 WZ. / z,o 7577 14 Mn II ivl U 11 74836 64305

7530 Z. J J W. J*+ 34 Mn IT IVI U 11 74650 641 W*+ 1 68UO

Z, J _)Z,. J 1 Mn IT IVl U 11 WZ. JT-Z. 2538.46 Mo II 13461 52843

2539.44 Mo II 24509 63877

2542.67 Mo II 12900 52217

2543.61 Mo II llAAA 61746

Los sf

108/sec

11- 0.68 -0.17

24. 1.5 0.17

13. 0.84 -0.08

13. 0.82 -0.09

4.2 0.27 -0.57

12. 0.77 -0.12

12. 0.77 -€.1

1

21. 1 A 1.4 0.14

16. 1.1 0.04

9.4 0.62 -0.21

10. 0.67 -0.17

15. 1.2 0.06

13. 1.0 0.00

8.3 0.66 -0.18

8.1 0.66 -0.18

14. 1.1 0.06

7.1 0.59 -0.23

5.1 0.43 -0.37

20. 1.8 0.24

29. 2.5 0.40

18. 1.6 0.19

9.8 0.85 -0.07

20. 1.7 0.23

15. 1.3 0.11

18. 1.5 0.19

21. 1.8 0.26

20. 1.8 0.25

20. 1.8 0.24

15. 1.3 0.12

15. 1.4 0.13

17. 1.5 0.19

12. 1.1 0.04

17. 1.6 0.20

12. 1.1 0.03

28. 2.6 0.41

23. 2.1 0.33

14. 1.3 0.13

8.2 0.77 -0.12

19. 1.8 0.26

14. 1.3 0.11

10. 0.96 —0.02

7.1 0.67 -0.17

22. 2.1 0.32

27. 2.6 0.41

18. 1.7 0.23

25. 2.4 0.38

71. 6.9 0.84

18. 1.7 0.23

50.

A t\ 4.9 0.69

13. 1.3 0.12

220
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2555.42 Mo II 23833 62954

2556.75 Mo II 23853 - 62954

2558.88 Mo II 24836 63904

2562.08 Mo II 27725 66744

2564.34 Mo II 25342 64326

2566.26 Mo II 12417 51373

2571.45 Mo II 26406 — 65282

2574.42 Mo II 12900 51732

2576.56 Mo II 24138 62937

2578.36 Mo II 26488 65261

2585.95 Mo II 23833 62492

2588.78 Mo II 23934 — 62551

2591.77 Mo II 23853 62425

2593.70 Mo II 12034 50577

2597.38 Mo II 23853 62342

2602.80 Mo II 11783 _ 50192

2605.08 Mo II 26739 - 65115

2605.93 Mo II

1 A A 17344 55706

2619.34 Mo II 1 1783 A C\C\ A f\ 49949

2636.67 Mo II 12034 A C\C\ A C\ 49949

2638.76 Mo II 12417 50302

2644.35 Mo II 12900 — 50706

2646.49 Mo II 12417 50192

2653.35 Mo II 12900 50577

2660.58 Mo II 12034 49609

2671.83 Mo II 15427 52843

2672.84 Mo II 12900 — 50302

2673.27 Mo II 15447 52843

2681.36 Mo II 23833 61116

2683.23 Mo II 11783 49041

2684.14 Mo II 13461 50706

2687.99 Mo II 12417 — 49609

2692.61 Mo II 27725 64852

2695.22 Mo II 23833 60925

2696.83 Mo II 33601 70671

2699.41 Mo II 22444 59478

2701.42 Mo II 12034 - 49041

2701.87 Mo II 26041 63041

2704.93 Mo II 33045 70004

2710.19 Mo II 15330 52217

2711.49 Mo II 23833 60702

2712.35 Mo II 33146 - 70004

2713.51 Mo II 13461 — 50302

2717.35 Mo II 15428 — 52217

2726.97 Mo II 26069 — 62728

2729.68 Mo II 12417 49041

2730.20 Mo II 26488 63105

2732.88 Mo II 12900 49481

2736.96 Mo II 15691 52217

2737.88 Mo II 35406 71920

23. 2.2 0.35

14. 1.4 0.15

30. 2.9 0.46

26. 2.5 0.41

33. 3.3 0.51

5.3 0.53 -0.28

7.8 0.77 -0.11

6.8 0.67 -0.17

14. 1.4 0.16

16. 1.6 0.19

11. 1.1 0.06

23. 2.3 0.36

14. 1.4 0.15

30. 3.1 0.49

14. 1.4 0.15

28. 2.9 0.46

16. 1.6 0.20

9.2 0.94 —0.03

1.1 0.79 -0.10

36. 3.8 0.58

83. 8.6 0.94

74. 7.8 0.89

42. 4.4 0.64

58. 6.1 0.79

65. 6.9 0.84

9.6 1.0 0.01

84. 9.0 0.95

44. 4.7 0.67

33. 3.6 0.55

59. 6.4 0.80

110. 12. 1.08

58. 6.3 0.80

13. 1.4 0.15

19. 2.1 0.32

15. 1.6 0.21

18. 1.9 0.29

45. 4.9 0.69

12. 1.3 0.12

15. 1.6 0.21

6.4 0.70 -0.15

11. 1.2 0.08

22. 2.4 0.39

23. 2.5 0.40

46. 5.1 0.71

33. 3.7 0.57

13. 1.4 0.15

31. 3.4 0.53

34. 3.9 0.59

26. 2.9 0.46

38. 4.3 0.63

221
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2738.60 Mo II 27627 64130 19. 2.2 0.33

2741.32 Mo 11 26739 — 63207 15. 1.7 0.24

Z. 1 ^ I .oz IVl O II Z'fjUy OVy 1 D zu. 7 7 U.34

— 1 ^D. U IVI O 11 1 J J J u J 1 / jZ A 1 4j. A Q 4.y u.6y

IVI U 11 11

1

1 78^ / 0 J ^oUZZ 48077 /I Q 4.7 n ^A U.JO —U.ZJ

2760.53 Mo II 26739 — 62954 1.1 0.88 -0.06

2763.62 Mo 11 15199 — 51373 32. 3.7 0.57

Z / D 7. /

O

M U II 77Z /

111

1 4 D JZU / 0/1 74. 1 1 I I

.

1 .Uj

'>77^ 78 tvl U 11 1 '^^^Q 1

1 J D 7 I JS 1

1 7^7 / J z 74Z4. Z.o 7 8 0 /I ^ U.4 J Mn II IVi U 11 1 jyjyy JS 1

1 7^7 / J)Z 7QZ 7. J.1 4

4

0 ^1 U.J J

2775.40 Mo II 13461 — 49481 183. 21. 1.33

2777.86 Mo 11 12034 — 48022 4.9 0.57 -0.24

'>78ri — / OU.V7M- 04 IVl U H 11 7Q00 Z 7UU 488A ^ooO 1

1 8 1 0 1 . Q7.44 A Q7 U. 7 /

Ivl U II 1 D"H / S7 84"? J Z O H J 7 1 / 1 . 8 1 O.J 0 07 U. 7Z

'>7Q1 S4 IVl U I i J^00UU 11 0"

D J o J 1

1 71 /

.

7Z.U0 0 in U. jU

2807.76 Mo 11 12417 — 48022 31. 3.7 0.57

2812.58 Mo 11 23934 — 59478 9.2 1.1 0.04

_ o

1

1 4'+.0A7/ MO 11 Zoo ") 8877/ / 04J 7 J Q Q 7. 7

1 7 I .z(\ n7 U.U / — o 1 O. 1 J

A/I MO/~i II

11 1 ^/l A 1

1 j4D I 4o/I 8QAO 7DU 1 AS I (30. 7nzU. 1 in 1 . jU

18 17 4/1 MO 11 11 joy\J ^8QO ^ 1 171 5 -} D J . 1 Q J.

7

U.J 7

2822.03 Mo 11 1 1783 — 47208 3.1 0.37 -0.43

2827.74 Mo 11 27627 — 62980 32. 3.8 0.58

IR'i 1 44 IVl O II AO 1 DO "U 71 01 7. 7 1 Z.J A 1 ^ U.J J IR^T 07 A/I 1^ II

IVl U II Zho 748^jDA AO 1 1 s 1 1

.

1 1 1 .J 0 1 7 U. 1 Z

Ivl U II I1 ^»Q47 D"H / JS77Z Z 1

1 7/

1

1

1 J

.

1 .0 0U.Z7 11

2835.33 Mo 11 15447 — 50706 11. 1.3 0.11

2842.15 Mo 11 12034 — 47208 10. 1.3 0.10

184^ 7"?

Ivl U 11 J J) o y J

1 1

1 1

.

11 .44 0u. 1

1 4

4

''848 *- OHO .Z.7^ M n II IVl U 11 11 z7 000 yyjyj ^ 1 yyy 1

1 j>180. 1

7

1 /

.

1

1 .Z71J

Ivl U II Z / 1 1 H A7DZ 1

1 JS7z 11 474Z. 1

7

11 .Z4 74

2856.00 Mo 11 27724 — 62728 19. 2.3 0.36

2863.20 Mo 11 24138 — 59053 7.9 0.97 -0.02

Z OD J . O 1 IVl o 11 Z D / J " A0 11 A48 D4o 1

1 1QJ 7. 1

7

1

1 .Z71J zooJ .DZ MO 11 1 ^ 1 1 joy 1 ^0^77 ^ 7 J.Z 0U.04A4 —0 1 Q U. 1 7

ZoDO.D" MO II 1 7'?/l4 1 / JH'f jZZ ^77 1 71 / JO. 18 A 7 4. / 0 A7 U.D /

2868.11 Mo 11 26069 — 60924 15. 1.8 0.26

2868.32 Mo 11 26604 — 61457 15. 1.8 0.27

9ZO87 1 < 1 / 1 .J 1 Mo 11 17/117 I Z4 I / 4/1 77 17 / Z jZ 1 1

A

I 1 D. 1 AI 4. 1 1

A

1 . 1

0

787') Zo / Z.OO88 Ivl 0 11 7 7 A7 8 Z / OZo DZ4Z J

1/1 j4. A 1 4. J 0 A1 U.OJ

Zo1870/ OS A/I /—\ II MO 11 "lOTQ 1 jyjjy 1 A <; 1 1 D J 1 1

J

077 /

.

1 71 Z. 1 08 1 .Uo

2888.15 Mo II 33146 — 67760 30. 3.7 0.57

2890.99 Mo 11 12034 — 46614 73. 9.2 0.96

78Q 1 '>8 Zo" 1 .Zo IVl O 11 1 D / yO J^1171 1 J / J1

4

1 4. 1 8 1 .0 0U.ZD7A

—

''8Q7 07Z.08 1

i Ivl O 11 11 7/ 1

1 74/ H J^1717 1 / J Z 10 J1 . 80 0VJ. JS80

~>MA 4^ MO II 1 lAf^ 1 1 j'tO 1 /L7QQQ 77 7.0 0U. Q870

7807 Zo" / .OJ A/I IT

IVl O II 1 <;aq 1 1 JO" 1 JU^0 1

1 077Z 1

7

1 /

.

7 1 Z. 1 0U.J11J 2900.80 Mo II 29034 63498 30. 3.8 0.57

2903.07 Mo II 26488 60924 106. 13. 1.13

2907.12 Mo II 17344 51732 13. 1.6 0.21

2909.12 Mo II 1 1783 46148 30. 3.9 0.59

222
Wavelength Spectrum Energy Levels

A K

291 1 .92 ViiKJ 11 1 '>900 47237

2913.81 Mo 11 28989 - 63298

2918.83 Mo 11 15699 — 49949

2923.39 Mo 11 12417 — 46614

2924.32 Mo 11 26041 — 60227

Mo II 3001 9 64 1 68

2930.06 Mo 11 28883 - 63002

2930.50 Mo II 12034 — 46148

2930.77 Mo 11 30019 — 64130

2934.30 Mo 11 1 1783 — 45853

Mn 1

1

49949

2938.30 Mo II 28989 - 63012

2940.10 Mo II 271 14 — 61 1 16

2941.22 Mo 11 302 1 3 — 64203

2944.82 Mo 11 35099 — 69047

2946 69 MnIVl vj II11 30'' 1 3 64 1 40

2947.28 Mo II 29034 - 62954

2955.84 Mo II 26406 — 60227

2956.06 Mo II 12034 — 45853

2956.90 Mo 11 35099 — 68909

2960 '>4 Mn II 1 346

1

47232

Mo 11 12417 - 46 1 48

2964.96 Mo 11 28877 — 62595

2965.27 Mo II 12900 — 46614

2971.91 Mo II 26041 — 59680

Mn 1

1

IVl U 11 1 MAI

2975.40 Mo 11 29699 — 63298

2992.84 Mo 11 17174 — 50577

2993.52 Mo 11 16796 — 50192

3004.46 Mo 11 26406 — 59680

'^n'>7 77 Mn II IVl U 11 1

1 7/

1 74/ 50 1 Q"* 3060.78 Mo 11 16947 - 49609

3065.04 Mo II 38054 — 70670

3077.66 Mo 11 35406 — 67889

3087.62 Mo 11 271 14 — 59492

309'' 07 MnIVi <J II 1 569

1

3122.00 Mo 11 26740 - 58761

3138.72 Mo 11 26041 — 57892

3152.82 Mo 11 26488 — 58197

3155.64 Mo 11 29022 — 60702

Mn 1

1

IVl U 11 1 7^44

3172.74 Mo 11 15699 — 47208

3187.59 Mo II 23853 — 55216

3201.50 Mo II 16796 — 48022

3240.71 Mo II 17174 — 48022

3292.31 Mo II 25342 55706

3313.62 Mo II 28884 59053

3320.90 Mo II 251 12 55216

3346.40 Mo 11 25342 55216

3395.36 Mo 11 36289 65732

gA gf Logg

108/sec

75. 9.6 0.98

23. 2.9 0.47

14. 1.8 0.26

74. 9.5 0.98

49. 6.3 0.80

27. 3.5 0.55

20. 2.5 0.40

57. 7.4 0.87

24. 3.1 0.49

37. 4.7 0.67

7.7 0.99 -0.00

16. 2.1 0.33

36. 4.7 0.67

48. 6.2 0.80

74. 9.7 0.99

62. 8.

1

0.91

39. 5.1 0.71

35. 4.6 0.66

1 1. 1.4 0.16

35. 4.6 0.66

6.5 0.86 -0.07

13. 1.7 0.24

20. 2.6 0.41

12. 1.6 0.21

25. 3.4 0.53

35. 4.6 0.66

34. 4.5 0.65

13. 1.8 0.25

6.

1

0.82 -0.08

14. 1.9 0.29

12. 1.7 0.23

12. 1.7 0.23

134. 19. 1.28

44. 6.2 0.79

99. 14. 1.15

16. 2.4 0.37

101. 15. 1.17

37. 5.5 0.74

76. 1 1. 1.06

22. 3.3 0.52

10. 1.5 0.18

12. 1.8 0.24

32. 4.9 0.69

3.5 0.55 -0.26

5.7 0.90 -0.04

56. 9.

1

0.96

39. 6.5 0.81

54. 8.9 0.95

27. 0.66

67. 12. 1.06

2'' 3
Wavelength Spectrum Energy Levels

A K

3446.08 Mo II 23833 - 52843

3635.14 Mo II 25342 - 52843

3684.22 Mo II 36741 - 63877

3688.31 Mo II 25112 - 52217

3692.64 Mo II 24659 - 51732

3941.48 Mo II 25342 - 50706

gA gf Log gf

108/sec

28. 5.0 0.70

6.5 1.3 0 1

1

21. 4.3 0.64

12. 2.5 0.39

32. 6.6 0.82

8.8 2.1 0.31

224
Wavelength Spectrum Energy Levels

A K

3302.32 Na I 0 - 30273

3302.99 Na I 0 - 30267

5149.09 Na I 16956 - 36373

5153.64 Na I . 16973 - 36373

5682.66 Na I 16956 - 34549

5688.22 Na I 16973 - 34549

5889.95 Na I 0 - 16973

5895.92 Na I 0 - 16956

6154.23 Na I 16956 - 33201

6160.76 Na I 16973 - 33201

8183.27 Na I 16956 - 29173

8194.81 Na-i 16973 - 29173

gA gf Los ef

108/sec

0.65 0.1

1

-0.97

0.33 0.053 -1.27

0.19 0.075 -1.12

0.38 0.15 -0.82

0.88 0.42 -0.37

1.8 0.85 -0.07

1.8 0.95 -0.02

0.90 0.47 -0.33

0.28 0.16 -0.80

0.56 0.32 -0.50

4.4 4.4 0.64

8.7 8.8 0.94

225
Wavelength Spectrum Energy Levels gA gf Log gf

A K lO^/sec

T^TA -it, Mh I — 43187 1 Q 0 1 7 —nU. 7A/ D

— *-rU— . O y Mh 1 433^0 5 0 0 45 —0U. 14

2466.73 Nb 1 2805 43333 2.4 0.22 -0.65

2469.08 Nb I 2154 — 42643 3.4 0.31 -0.51

? SOzl AS MH I IN U 1 ZoUJ> — 42719 7 0 U.O J —O 1 8 U. 1 o

'>S">4 . ' — ^,yyQQ MV-i I IN U 11

1

1

1 A'\ MJ

— 40735 I 0 0 OQA — 1 0">

' ^' O . Mh T 4UZ 1 U 2.5 0V7. ZH74 —0U. DZ

2565.41 Nb I 1587 40555 4.6 0.46 -0.34

2567.51 Nb I 1 143 — 40079 2.2 0.22 -0.66

Mh I IN U 1 — 48242 79 7z . Qy 0 4A

^570 78 Mh I 1 587 — 40474 0 95 0 094 — I 0"?

1 ns MhIN kJ I1 1 ^' o / 4U4 / U 0 95 0 094 — 1 01

2572.10 Nb I 1 143 — 40010 0.21 -0.67

2576.60 Nb 1 2154 - 40953 1 -> 0.22 -0.66

''578 ''O Mh 1 1 587 — 40362 1 8 0 I 8 —0 74

—''STX/ O . 74- / H- Mh I — 40921 7 8 0 77 —0W. 1 1

1 1 "'583 1 1 IN U I o o —. /

/I '7 OC 4 /^_o 1 5 0V/. 11 8o 2583.22 Nb I 2154 — 40854 1.7 o.n -0.77

2592.20 Nb I 2805 — 41371 12. 1.2 0.08

' 7 / . 1 H Mh 1 IN U 1

1 587 — 40079 1 4 0 14 —0 8A

TAOl 84 Mh r 1 587 — 40010 1 0 0VJ. 11 0\) -0W. 99y y — OV7 J . D 1 Mh I In kJ 1 — 1 JH- 4Uj J J 0 7Q VJ. VJOVJ —11 . 11 0VJ 2608.84 Nb 1 2154 _ 40474 0.96 0.098 -1.01

2610.28 Nb I 1587 — 39886 2.1 0.22 -0.66

"•f^ n 38 MhIN VJ I1 ">

1 54 — 40422 i— • 1 0\J. 7Z, 1 —0\J. 67\J 1

— u 1 u . Ho MhIN U II

1 54 — 40362 3 h 0VJ. J3AU —0 44

^^^'> on Mh I IN U 1 88''7 OO— //I z: Q c /I "> 4 0VJ. 75Z. J —0VJ. AOUVJ 2623.51 Nb 1 1 143 — 39248 2.7 0.28 -0.55

2627.44 Nb I 2805 — 40854 4.1 0.42 -0.37

Mh I IN U 11 587 — 39620 ") Q 0VJ. J30VJ —0VJ. J57z

_ D J H. / 1 Mh I IN U 1

1 587 — 39530 0 89 0\j. 093 VJ ;7_j — 1 03

Mh I IN U 1 7Z 1

1 J54H

A Anno 4UUUV "> 4 0VJ. 75Z,_/ —0VJ. 60VJ V/ 2647.50 Nb I 1 143 — 38903 6.3 0.66 -0.18

2649.52 Nb I 2154 — 39886 6.0 0.63 -0.20

Mh I IN U 1 88'>7 — 46510 5.5 0VJ. 58o -0 "'4

^ O J -> . _> o Mh I In U I 7805 — 40482 -) 7 0VJ. ^29y -0.54

— O J H- . H- J Mh I IN U 1 1 o / 1 A 8 J 7Z4o f. 9 0 73 -0. 14

2655.70 Nb I 8827 _ AM1\ 6.5 0.69 -0.16

2656.98 Nb I •9329 — 46954 12. 1.3 0.12

ZOJ / .D — Mh 1 IN U 1 — 40422

< 4 0 49 -0 3 1

ZDD 1 . oD Mh t IN D I 7805 zouj — 40362 1 1 0VJ. 11 7z -0 9"> 7AA8 Mh I In u I 1Z 11 J54H 3V6zU 0VJ. _73 1i -0\J. 50\J 2679.01 Nb I 1587 38903 1.8 0.19 -0.72

2682.13 Nb I 2154 — 39427 0.59 0.064 -1.20

Zoo / . 1 J Mh I IN U 1 7805 Z oUJ — 40009 0VJ. J3fSu -0 45

Mh T In u 1 ^Z 1

I J54H — 39248 "> 0 0 1 -0.67

7<;q^, ZD 7D.V/J OS Mh 1 IN U 1 7805 39886 1 0 0 1 1 -0.96

77Z /1

i 4H-. Z70VJ Mh I IN U I 7805 39638 0 47 0.052 -1.28

2715.50 Nb I 2805 39620 0.63 0.070 -1.16

2715.69 Nb I 1 143 37955 0.39 0.044 -1.36

226
Wavelength Spectrum Energy Levels

A K 10«/sec

gf Log gf

2716.10 Nb I 1587 38393

2720.02 Nb 1 5965 — 42719

Z / ZZ..J 1 IN D 1 1 1 4.1 J / 00J N D 1 Z 1 j4 JOO 1 88 </l J4

Z / ZtJ.Uo 1\ D 1 11/11 1 1 4J 178 1 S J / 0 1 J

2728.08 Nb I 1587 — 38232

2729.83 Nb I 2805 — 39427

•7-7/1 1 1 c Z /4 1 . 1 J M D 1 ooZ 8S')7/ 4jZ7 A ^7 Q7/ Z /40.7 1 In D I 11/11 1 1 4 J 17^17 J / JJ / Z /4o.O J N D I

1 ^87 1 JO /

"5 7QC C J / 7J J

2755.29 Nb I 8827 — 45 1 1

0

2755.64 Nb I 1587 — 37865

Z / JO.D 1 Nb I Z 1 j4 1 0 "2 Ql JO jVj

Z / OJ. JO In d I T en < ZoUj 18 087 J070Z

Z / 00. 1 0

I Nb 1 1

1 7Z11 mUZ AQI A"} 4oZ4Z

2773.20 Nb I 2805 — 38854

2779.36 Nb I 1143 — 371 12

Z/oZ.JD M D I Q17Q yj Ay /I C7 CO 4jZ jy

Z / 7? .oC) MV-\ I In D I

1 ^87 1 J 0 / "ill A A J / j44

Z / yy.jKi MK I IN D 1 7 I </l Z I j4 J

1 7/ oOO 8 AA

2800.32 Nb I 1587 — 37287

2802.07 Nb I 2154 — 37832

ZoUo.Uj MK I IN D 1

1i ^87 J 0 / 17 1 88 J / 1 00

Zo 1 1 .Oj MK I IN U 1 1 1 JZ J 4/1 7r>8 1 / Uo 1 ZoZ 1 .y A MK I IN D I ZoUj JOZ 18717jZ

2825.18 Nb I 2154 _ 37540

2826.48 Nb 1 2154 — 37524

Zo4U. 74 MK I IN D I 7 1 ^/l Z 1 j4 171/1/1 J / j44

Zo4Z.UZ MK 1 M D I <7 QC jZ Vo /I n/i 7 /I 4U4 /4

Zo J 1 .4j MK I M D I 1 UZ JO /I ? 7 Q7 4jZV /

2851.98 Nb I 12102 — 47155

2854.17 Nb 1 2805 — 37832

Zo J /.zv MK I ND I jVOJ A no < 1 4uyj J 9 fi <;q qa Zo J MK 1 IN D I 7en^ ZoUj inn 1 J / / 0

1

TO/:/: /: -7 MK I IN D I 1 1 4j 1 An 1 A joU 1

0

2874.57 Nb I 1 143 — 35920

2879.49 Nb 1 2805 — 37524

Zoo4.7 / MK 1 N D 1

1 7 <.r\i

1 Z jUJ

/1 7 1 ^ < 4 / 1 J J ')88Q Zoo Qn MK 1 IN D 1 1^87 1 JO / 1 A 1 en JD 1 oU

Z 7Uj.D J MK I IN D 1 1 <;87

1 JO / 1 An 1 A JDU I D

2938.07 Nb 1 2154 _ 36180

2955.45 Nb 1 10238 — 44063

Lyjy.y 1 MK I IN D I Z 1 j4 1 c Q7 g J J VZo

TO/:-? /:o MK I In d I /I QQC 4yyo 1 0 7 1 A J 0 / J U

TQ/: c /I 0 Z 70 J .4o MK 1 IN D 1 A QQQ 4770 1 0 7 1 n JO / 1

U

7ZVono 1 /: /I

1 .o4 MK 1 N D I 7 on < ZoUj j6j j4

2983.14 Nb I 1 143 34655

2987.29 Nb I 5298 38763

2988.69 Nb I 9439 42889

3005.14 Nb 1 1587 34854

l.I 0.12 -0.91

1.5 0.17 -0.78

n 1 e U.JO n n/i 1 U.U4 J —1 17 1 . J /

1 1

1 .

1

n 1

1

u. 1 J n 8Q U. 0 7 n 7A U. / 0 n ne U.Uo J

1 n7 1 .u /

0.53 0.060 -1.22

0.60 0.067 -1.17

A 7 4. / n ^1 U.J J n 77 , U.Z / 7 7 Z. / n in U. jU —n ^7 U. jZ

1 n j.U n 1 /I U. j4 n /1

7

—U.4 /

11. 1.2 0.08

1.2 0.13 -0.88

A 7 4. / n ^ /I U. j4 n 77 —U.Z /

1 .6 n 1 0

U. 1 0 A 7 A —U. /4

A 1 4. J n <n U. jU n in —U. jU

6.0 0.69 -0.16

0.63 0.074 -1.13

1 A 1 0 1 .0 n 7A U.Zo n 7A u.zo nU.UjU nin 1 <;7

1 . jZ

n /I Q U.47 n n^

8

U.UJ 0

1 7/1

1 .Z4

0.50 0.059 -1.23

0.29 0.035 -1.46

n /I Q U.47 n n^e U.Ujo —17/1 1 .Z4

8 1 0.

1

n QA U. 70 n n7 u.uz nil U.J J n n/i n U.U4U — 1 A n 1 .4U

1.0 0.12 -0.92

0.91 0.1 1 -0.96

1 A

1 .4 A 1 7

U. 1 / n 70 —U. /o n 7

1

U. / J A AO Q U.UoV — 1 AC I .Uj

1

1

1 J. 1 A1 .0 n 7n U.ZU

18. 77 0.34

1.00 o!l2 -0.91

t 7

1 . / A 7 1 U.Z 1 n /T 0 —U.60

1 A

1 .4 A 1 7

U. 1 / n 7 7 —U. / / n 1

A

U.JO A A/I A U.U44 — 1 1 c1 .3 J

0.82 0.10 -0.99

0.65 0.080 -1.09

I 4. 1 0 1.0 n 7 /I U.Z4 n 1

7

U, jZ n (\A n U.U4U — 1 A n 1 .4U n 8 < U.o J n 1 1 U. 1 1 —n 07 U. V /

0.90 0.12 -0.93

3.0 0.39 -0.41 n 1 e

U. 1 0 n n7 A U.UZ4 — 1 A7 1 .oZ n on U.oU n 1 1 U. 1 1 A oe —U.Vo

1 A n 7 1 U.Z 1 n /: 0 —U.60

0.68 0.091 -1.04

0.26 0.034 -1.47

1 0

1 .0 n 7 /) U.Z4 n /I — "3 U.6j

4.4 0.58 -0.23

0.23 0.031 -1.51

227
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3020.67 Nb I 5298 38393 0.99 0.14 -0.87

3039.68 Nb I 5965 — 38854 1.1 0.16 -0.80

In u 1 D yyjD J 0 / 0 J 7Z.J W.J J U.'+o ^0^^ no IN D 1 D yyjJ J^870 /

11 0u 11 8.0 07^ W.ZJ U.oU

JUD 1.11 IN D 1 y J Ly 4H 11 087 "0 /

11 .'t4 010 W. 1 7 n 7

1

U. / 1

3061.24 Nb I 5298 — 37955 0.44 0.062 -1.21

3072.41 Nb I 4998 — 37537 0.49 0.070 -1.15

IN U 1

11 JS87o / ^'1877 J J 0 / z 0w.ZO78 0 041 —11 . ^0j7

.7111 "^111 4S

J

IN U 1

11 JS87o / "^^7 1 7 0w.Of\\1 0 080 —11 . 05WJ

1] \f\ '^f\ IN U 1 11 07"? V/Z J 8o HZ J 1 / 0U.JS 11 —0 "^0 U. jU

3122.65 Nb I 2154 — 34169 0.31 0.045 -1.34

3133.08 Nb I 8827 — 40735 2.2 0.33 -0.48

^ 97 Mh I 1 1i A'K '-r D "^"^Ol 1 0W.Z7 JS 0W.WJ0^7/ — 1 4^^

1 .MJ

^ 1 _JS 11 . R7o / Mh I IN U 1 7Z 11 JS4H J J) 0 / z. 0W. fil D 1 0 00

1

W.U^ 1 —11 . 04wH

Nh I 1 1 4"? W. 1 J 0w.w0101 y —11 . 71/ 1

3186.54 Nb I 4998 — 36371 0.66 0.10 -0.99

3187.49 Nb I 2805 — 34169 0.95 0.15 -0.84

"^700 Z. WW. J J> Mh I IN U I Z7 11 JS4H J'^^'^OO J jy\} 0 76 0W.WJ010y —11 411 J 1 yj*Ly Mh I IN U 1 yJ z y 40470 7z. 11 0W.J1^J —0 48

.jZ 1 I .Ly Mh T IN D 1 S7Q8 Joj XfXl 1 /

1

0w. 87oZ 0 1 ^ w. 1 J —0 00

3217.86 Nb I 1587 — 32654 0.21 0.032 -1.49

3246.78 Nb I 1 143 — 31934 0.11 0.017 -1.77

Mh F In D I 1 1 "4 J

"X 1 008 0 4

1

U. wOH —1 1

0

1 . 1

7

jZ J 1 .yjL Mh I IN D 1 7Z 11 ^4 jZo7" 0w.Z7SJ 0U. 040 wtw —11 .J107

jZOU. 1 Mh I IN U 1 11 4"?1 1 'f J

1 808 0w. 11 07 0 0'?0 U.UjU —1V . jZ57

3264.59 Nb I 2805 — 33428 0.63 0.10 -1.00

3267.05 Nb I 8827 — 39427 1.6 0.26 -0.59

Mh I IN U 11 1 4"?

1 1 T-jj 1 708 0 74 0 0^9 —1 41

"^777 07 Mh I IN U 1

11 JS87o / D^7L. 1V 40'-r\J 0W. J55J 0 089 —1 05

"Mil fsl Mh I IN U 1 \-1 JOS871 0 A'K ft ft69

3285.66 Nb I 1587 — 32013 0.62 0.10 -1.00

3287.59 Nb I 1 143 — 31551 0.47 0.076 -1.12

^787 Q7 Mh I IN U 1 J / 1

11 .H4 0 7"? —0 6^

JZ,!70.U ^7Q^^ 011 Mh I IN U 1 780S ZoUJ 11 .z7 n 1

Q

—0 79

1 Mh I IN U 1 7Z 11 jH- S4 jZH ^74<i7JZ 0 48 0u.v/n7Q/ y

3304.83 Nb I 13146 — 43396 7.8 1.3 0.11

3308.05 Nb I 1587 — 31808 0.30 0.049 -1.31

"j-2 J J

11 nU.'t47/ Mh I IN D i 780S zouJ "^004 0w.HZ47 0 OA8 —11.1/1 7

J J I 1 . j'f Mh I IN U 1

11 Z7oZ 7Q87 4^ 1 7^ J.Z '^ 7 0u. 8^i 00 —0u.u07/

1 7 ^^0 J J 1 Z.DU Mh T IN D 1 7Z 1 <i4 1 jZ J J J 11 .z7 0w. 11 07 —0 7

1

w. / 1

3315.22 Nb I 8827 — 38982 3.9 0.63 -0.20

3318.98 Nb I 1587 — 31708 0.50 0.082 -1.09

J J 1 7. ZD Mh I IN U 1 780'^ ZoUJ "^7074 0 4

1

w.H 1 w.wO / —11.1/1 7

'?'?7A A7 Mh I IN D 1 y J Ly '?Q'?8 1 J.Z ^ 7 0w. 870 / —0 0^; J JO Mh I IN D 1 8877 ooz / J 00 jt J 1

. 1 0w. JZS7 —0W.Z70y

J J J Z. ID Mh I IN U 1 Z7 11 S4 "^7 J Z 11 J D 0 1

1

W. J 1 0W. 05WJ 11 —1 79

3341.97 Nb I 1143 31057 2.6 0.43 -0.36

3343.71 Nb I 1587 31485 2.9 0.49 -0.31

3346.93 Nb I 4998 34868 0.76 0.13 -0.89

3349.06 Nb I 2154 32005 4.5 0.76 -0.12

228
Wavelength Spectrum Energy Levels gA gf Loggf

A K 1 O^/ser

11 AQ O ND I1 1 <7 ^

1 1 J/J — /I I 1 7 1 413/1 1 Alo. 7 7 z. / n /1

1

U.43

1 1 <'> MD I 7 1 </1 / 1 j4 1 1 Q71 3 1 7 /3 f\ 1 1 U. 1 1 n n 1 Q u.u 1

7

1 77 1 . / Z

3354.74 Nb I 2805 - 32605 1.1 0.18 -€.74

3357.04 Nb I 2154 - 31934 0.33 0.056 -1.25

33 jcS.4Z M D I ZoUj 17 ^71 3Z J /

3

^ 1 J.

3

U.7U n n/1

•J 1/:/;

JN D I Q17Q yjZy — 1 Qn7

1

37UZ1 0.0 1 1 1 .

1

n n< U.Uj

J JO /.JO JN D I o /Uj 35373 1 8 1 Q1 1 A 1 .4 n 71 U.Z3 n Ai

3369.83 Nb I 9043 - 38710 1.2 0.21 -0.69

3371.33 Nb I 2154 - 31808 0.43 0.074 -1.13

117') r»Q IM D I ZoUj — 3Z4jZ 17/1<7 n 7 1 u.z 1 n ni < U.U3 J

^ A^ 1 .4j

IN D I 8877 oo/ / 1 B/l /I Q 3 5447 < Q J.

7

1 n 1 .u n nn U.UU

lint: iA 33 /0.34 MD I 17 117 1/13/ A 1 7/1A 41 /40 7 Q Z.7 n /iQ U.47 n 1

1

^J.3 1 3376.73 Nb I 11248 - 40854 2.8 0.47 -0.32

3380.05 Nb I 2805 - 32382 0.20 0.035 -1.46

1 ion /1

1

33oU.41 JN D I 11/11 1 143 in7 1

A

3U / Id n ^ 1 U.J 1 n ne7 U.U6 /

1 nA 1 .uo

lien 33oU.oo JMD I 1 /I 8^8 345d5 n 87 U.5Z n 1 /I U. 1

4

—n 8 ^ U.5 J 11C1 cn 3383. oU Ind I QA 1 1 o4 1

1

— 3/7JJ 1 7 1 .Z n 7 1 U.Z 1 —U.o5

3384.66 Nb I 12018 - 41555 3.4 0.58 -0.24

3387.75 Nb I 5298 - 34808 0.51 0.087 -1.06

1 ion f^i 33 7U.03 JN D I QA Q8 1 8Q87 3676Z 1 A 1.0 n 7 8 U.Z5 J J

1 1Q 1 11 MK I IN D 1 171/13/ 117 — /I 1 A 1 < 4 1 0 1 JI 7 1 . / nU.3Uin n ^1 ^J. j3

1100 337/. 341/1

IN D 1 1

1 <87 JO / 3 1 Uj / n 7/1 U. /4 n 1

1

u. 1

3

n on

3395.93 Nb I 1587 - 31026 0.35 0.060 -1.22

3399.40 Nb I 2805 - 32214 0.34 0.059 -1.23

34UJ.4 1 IN D 1 Q/1 yHyoQ8 ia8<;/i 355j4 A < 4. J n 77 u. / / n 1 1 ^J. 1

1

1A(\(^ 1 1 34UO. 1 3MVi T IND I QH/1

1

7U43 — 181Q1 35373 7 7 Z.Z n iQ U.3 7 n A 1 ^J.4

1

i/ins ifi 34Uo.3o JND I 7 I </! / 1 j4 11/18*; 3 145 J n A/i U.o4 nil U. 1 1 —U.7J

3409.91 Nb I 11044 - 40362 2.2 0.38 -0.42

3414.07 Nb I 2805 - 32088 0.26 0.045 -1.34

-5/1 1 C Q-T 34 J J. 7 / ND I Q/1 Q8 7470 1 87A1 38/03 1 /I 3.4 n An U.oU —U.ZZ

1AM 341 / .OO IND I 87n^ o / Uj 3 / 7J J1 A A .4 n 7/1 U.Z4 n A7 —U.oZ

34Z3. /

0

JND I 7 8n< ZoUj 3ZUUj f\ ^ 1 U.J 1 n non u.uyu —1 n< 1 .Uj

3425.85 Nb I 13012 - 42194 6.6 1.2 0.06

3427.45 Nb I 2805 - 31973 0.64 0.11 -0.95

34/0. / y

MV-. ¥ InD I1 nQ7

1

1 U7/3 4UU/7 /inn7Q 1 1 1 .

1

n 7n U.ZU —n 7n U. /U

1/1 7 0 H/l 34/y.U4 JND I J 70J 1 c 1 7n

3 J IZU U.07 n 1

A

U. Id n on —U.oU

343/. 1/117 4//17 MK ¥ IN D 1 8/1 1 1 o4 1 1 17^17 3 / j3 / U.J J n noe U.U75 1 n 1 l.Ul

3433.09 Nb I 9329 - 38449 1.3 0.23 -0.64

3442.65 Nb I 8827 - 37866 0.97 0.17 -0.76

1/1/17 344/. 7Q/ y IND I 17 1 n7 1/1 u/ /1 1 1 /in 41 14U 1 7 1 .z n 77 U.ZZ —U.oo

344J.OO MK ¥ IN D I 171 ^8 1 /3 JO /I 1 17 1 413/1 1 A 3.0 n A/1 U.o4 —U. 1 7

1/1 A ^/1 34jD. j4 MK ¥ IND 1 Q17Q yjZy 187 ^ 1 35Zj1 1 7 l.Z n 77 U.// n AA —U.oo

3457.79 Nb I 9043 - 37955 1.4 0.25 -0.61

3458.95 Nb I 5965 - 34868 0.47 0.085 -1.07

1/1 'nQ 1C\ 34j y.l\J MK ¥ IND 1 Q/1 Q8 7470 18IQ1 35373 1 A 1.0 n 78 U.Zo —U.J J

1/1A7 340/. OJ MK ¥ IN D I 7 1 </l / I j4 1 1 n7 A 3IUZ0 nil U. 1

1

n n 1 Q U.U 1 7 —1 77 1 . 1

Z

lAf^l 8 1 3403.O 1 MK ¥ IND I1 in 1 7 1 3U 1

Z

— /I 1 07/1 4 1 0 /4 7 A /.o 1 /I 1 .4 nil U. 1

3

1At^< SA 340J.O0 MK ¥ IND I 1 143 7 QQ07 n 7Q U.Z7 n n^i U.Uj3 — 1 70 1 .Zo

3467.47 Nb I 8705 - 37537 1.2 0.22 -0.65

3469.44 Nb I 9329 - 38144 2.0 . 0.36 -0.44

229
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3471.19 Nb I 16919 - 45719 13. 2.4 0.39

3473.02 Nb 1 1 3 1 46 41 93 1 6.6 1.2 0.07

3475.58 Nb I 12982 I 41746 0.40 -0.40

3478.69 Nb I 5965 — 34704 1.7 0.31 -0.51

3481.05 Nb 1 4998 — 33717 0.23 0.042 -1.38

3485.93 Nb I 13515 - 42194 2.5 0.46 -0.34

3491.03 Nb I 1 143 29779 0.35 0.064 -1.19

3491.48 Nb I 1 143 29776 0.076 0.014 -1.86

3496.03 Nb I 12358 — 40953 2.7 0.49 -0.31

3497.81 Nb I 392 — 28973 0.24 0.044 -1.35

3498.63 Nb I 5298 - 33872 2.4 0.44 -0.36

3503.20 Nb 1 9329 37866 1 c1 .5 0.27 -0.56

3505.81 Nb I 9439 I 37955 0.76 0.14 -0.85

3507.96 Nb I 154 — 28653 0.51 0.094 -1.03

351 1.19 Nb I 10238 — 38710 1.6 0.29 -0.54

3516.20 Nb I 9329 - 37761 0.72 0.13 -0.87

35 1 6.86 Nb I 9439 37865 1 .2 0.23 -0.64

3520.06 Nb 1 1587 29987 0.32 0.060 -1 .22

3525.23 Nb I 13012 — 41371 3.3 0.62 -0.20

3533.66 Nb 1 154 — 28445 0.1

1

0.020 -1.71

3534.12 Nb I 5965 - 34253 0.27 0.05 1 -1.30

3535.30 Nb I 0 28278 2.0 0.38 -0.43

3537.48 Nb I 392 28653 1.4 0.26 -0.58

3539.65 Nb 1 9043 — 37287 1.3 0.24 -0.62

3541.90 Nb I 13146 — 41371 4.0 0.76 -0.12

3542.56 Nb 1 2805 - 3 1 026 0.1 1 0.021 -1.69

3542.98 Nb 1 1 1 43 29360 0. 12 0.024 -1 .63

3544.02 Nb I 0 I 28208 0.49 0.093 -1.03

3544.65 Nb 1 5965 — 34169 1.3 0.25 -0.60

3548.13 Nb I 1587 — 29763 0.15 0.029 -1.54

3549.26 Nb I 13405 - 41572 2.1 0.40 -0.39

3550.45 Nb I 392 28549 0.33 0.062 — 1 .2 1 3554.52 Nb I 2154 30279 0.44 0.084 -1.08

3554.66 Nb I 154 — 28278 1.0 0.19 -0.72

3559.12 Nb I 4998 — 33087 0.20 0.037 -1.43

3563.50 Nb 1 154 - 28208 0.62 0.12 -0.93

3563.62 Nb 1 392 28445 0.66 0.13 —0.90

3568.72 Nb I 4998 3301

1

0.38 0.073 -1.13

3569.47 Nb I 2154 — 30162 0.32 0.060 -1.22

3575.13 Nb I 12018 39981 1.4 0.26 -0.58

3575.85 Nb I 695 - 28653 1.7 0.32 -0.49

3577.72 Nb ! 10238 38180 3.3 0.64 -0.20

3580.27 Nb 1 1050 28973 6.2 1.2 0.07

3582.36 Nb 1 5965 — 33872 0.41 0.079 -1.10

3584.97 Nb I 392 28278 0.51 0.098 -1.01

3589.11 Nb I 695 28549 0.82 0.16 -0.80

3589.36 Nb I 2805 30658 1.00 0.19 -0.72

3593.97 Nb 1 392 28208 0.50 0.097 -1.01

3597.26 Nb I 12288 40079 1.4 0.28 -0.56

3598.35 Nb I 0 27783 0.044 0.0086 -2.06

230
Wavelength Spectrum Energy Levels gA gf Log gf

A K lU^/sec

3599.28 Nb I 1 3 146 - 40921 5.4 1.1 0.02

3599.63 Nb 1 1587 29360 0.2 1 0.040 -1.39

3602.56 Nb I 695 28445 0.54 0.10 -0.98

3604.08 Nb I 695 _ 28434 0.053 0.010 -1.98

3615.50 Nb I 12358 _ 40009 4.2 0.83 -0.08

3617.71 Nb 1 17476 - 45 1 1

0

1 1

.

2.

1

0.33

3618.44 Nb i 154 27783 0.045 0.0088 -2.06

3618.90 Nb I 4998 32623 0.32 0.063 -1.20

3621.03 Nb I 2154 _ 29763 0.31 0.061 -1.21

3625. 17 Nb I 10238 _ 37815 2.

1

0.42 -0.37

3625.71 Nb 1 1 2982 - 40555 4.6 0.92 -0.04

3630.62 Nb I 12102 39638 3.8 0.75 -0.12

3633.00 Nb 1 12692 40210 3.0 0.59 -0.23

3633.71 Nb I 154 27666 0.13 0.026 -1.59

3634.44 Nb I 8827 36334 1.0 0.20 -0.70

3635.32 Nb I 12503 - 40003 2.8 0.56 -0.25

3636.96 Nb I 12358 39846 2.7 0.53 -0.27

3637.54 Nb 1 12137 39620 2.5 0.50 -0.30

3638.79 Nb I 2805 30279 0.18 0.036 -1.44

3639.33 Nb I 13012 40482 6.5 1.3 0. 1 1

3640.64 Nb I 154 - 27614 0.13 0.026 -1.59

3643.34 Nb I 12982 40422 2.6 0.53 -0.28

3643.72 Nb I 15282 42719 5.1 1.0 0.00

3644.94 Nb I 9439 _ 36867 1.2 0.23 -0.63

3647.3 1 Nb I 1 3012 _ 40422 1.6 0.32 -0.50

3649.85 Nb I 392 - 27783 0.37 0.075 -1.13

3650.81 Nb I 1050 28434 0.27 0.054 -1.27

3655.98 Nb I 154 27499 0.083 0.017 -1.78

3657.1

1

Nb I 13146 40482 3.2 0.65 -0.19

3660.37 Nb I 2805 301 17 1.0 0.20 -0.69

3661.68 Nb I 10238 - 37540 0.71 0. 14 -0.85

3662.05 Nb 1 1 143 28442 0.091 0.018 -1.74

3664.70 Nb I 695 27975 0.79 0.16 -0.80

3666.53 Nb 1 1 1248 385 14 0.93 0.19 -0.73

3667.00 Nb I 12358 39620 1.

!

0.2 1 -0.67

3667.66 Nb I 10923 - 38180 0.85 0. 17 -0.77

3668.62 Nb 1 4998 32249 0.37 0.075 -1.12

3669.01 Nb 1 5298 32546 0.69 0.14 -0.85

3669.74 Nb 1 12288 39530 2.3 0.46 -0.34

3671.37 Nb I 12018 39248 0.77 0. 1 5 -0.8 1

3672.44 Nb 1 392 - 27614 0.043 0.0087 -2.06

3673.23 Nb I 13 146 40362 0.79 0. 16 -0.80

3674.78 Nb I 392 27597 0.21 0.044 -1.36

3676.31 Nb I 12692 39886 2.3 0.47 -0.33

3677.08 Nb I 1 1 044 38232 1.4 0.29 -0.53

^611 .1'^ Nb 1 9329 3651 1 1 .

1

0.22 -0.67

3678.72 Nb 1 15467 42643 1.5 0.30 -0.52

3686.56 Nb I 2154 29272 0. 10 0.02 1 -1.67

3687.44 Nb 1 12137 39248 0.58 0.12 -0.93

3688.70 Nb I 695 27797 0.091 0.019 -1.73

231
Wavelength Spectrum Energy Levels gf Loggf

A Jv 108/sec

IN D 1

1 1 044 — 18144 1 3 0 76 —0 59

joyj.j 1 In D 1 40Q8 4"70 — 190^>^^ 0 41 0 083 —1 08

3694.67 Nb I 11525 - 38583 0 57 —0 78

3697.39 Nb I 5965 - 33004 0.43 0.088 -1.05

/ .O J NTH I — 97497 Z / 4Z / 1.1 0.23 -0.65

^70^ 1 J / UJ . 1 D In D 1 1 ^01 9 — 40008 3 1 0 64 —0 1 9

"^70^ Q1 IN U 1

1 "^Ol 9 — 40001 3 1 0 64 —0 1

9

3704.14 Nb I 11525 - 38514 2.4 0 48 —0 31

3707.80 Nb I 1587 - 28549 0.066 0.014 . -1.86

•2710 zl«\ J / 1 U.'t J IN U 1

1 0Q9 "i. — 178^/^ 0.92 0.19 -0.72

^71 1 "XA IN U 1 0 — 9^017 0 90 0 047 —1 37

2711 70 J 1 1 1 . / 0 IN u 1 — 198Q0 0 1 6 0 033 —1 48

3713.01 Nb I 1050 - 27975 9 7 0 57 —0 75

3713.82 Nb I 695 - 27614 0.15 0.030 -1.52

J / 1 D.Z 1 IN U 1 \)yj — 97<;Q7 Z / J7 / 0.065 0.014 -1.87

^7 1 A QQ IN D 1 1111 948 Z.4o — J18144 0 1 44 7 1 1 5 0 17

7717 C/l MV-i I IN D 11 0Q9

1

— 1781^ 1 8 0 38 —0 43

3721.52 Nb I 12982 - 39846 1 f\ 0 33 —0 48

3,722.32 Nb I 13146 - 40003 2.4 0.50 -0.30

IN U 1 Q4Q8 y^yo — 1^i114 0.60 0.12 -0.90

IN U 1

1 S4 1 7 0 36 —0 45

IN U 1

1 1 044 — 178^^^ J / ODD 1 8 0 38 -0 42

3732.03 Nb I 11044 - 37832 1 3 0 27 —0 56

3733.32 Nb I 18332 - 45110 7.1 1.5 0.17

IN U 1 1 1 41 _ 9701

0

L 1 y vy 0.056 0.012 -1.93

IN L> 1

1 0918 joy 1 y 2 9 0\Jt 60\j\J -0V7> 22^Z< 'i7'2Q on IN U 1 — 11Z / All 'tZ / 1 9 0 41 -0 39

3741.78 Nb I 0 - 26718 0 16 0 033 —1 48

3742.39 Nb I 0 - 26713 1.0 0.22 -0.67

'xiAA no MK I IN u 11 0Q9

1

— J17fi9'> / DZ J 2.5 0.52 -0.28

J / 0. J J IN D 1 ooZ 8897/ 11 • 2Z. 0W. 26Z. VJ -0 59

J / jU.D J IN D 1 11/11 _ 777Q7 0 054 0 011 —1 94

3753.18 Nb I 695 - lll>'hl 0 1 8 0 037 —1 43

3755.28 Nb I 1587 - 28208 0.035 0.0074 -2.13

^7^^ 77 IN U 11 1 948 — 178A^; J / oOD 2.9 0.62 -0.21

J 1 jy.jj IN u 1 J1Q9yL — 9^^081 0 086 0 018 —1 74

-J7/;n (^A IN D 1

1 1 948 — J17819 / 0 jZ 0 53 0 1 1 -0 95

3761.13 Nb I 11044 - 37625 9 9 0 47 -0 32

3763.49 Nb I 154 - 26718 0.31 0.067 -1.17

'\l«A 1 7 IN U 11 '^4 — 9^7 1

1

ZD / 1 J 0.092 0.019 -1.71

J / 0J .Uo IN U 1 nu — 9/^^^9 Z03 jZ V/- Z. V/ 0 042 —1I.JO 38

J / 00. 1 J IN D 1 J1Q9yL — 9f.Q17 0 1 6 0\j- 034 yjj *T —1 47

3769.15 Nb I 1143 - 27666 0 1

3

0 029 —1 54

3769.98 Nb I 12503 - 39021 2.6 0.55 -0.26

T770 7 1 J / /V./l IN D J 119/18 — 177/^1 1.0 0.22 -0.66

177 1 8 <; Dili .0 J IN D 1 1Q9 — ZO07/ VJ. J D 0 071 —115

J / / J. 1 J IN D 1

1 1 0/1/I 17's/lO 1 3 0 79 —0 54

J / /4.44 IN D I — 19/1^9 0w.z70w 0yj. 043 \J'~r^ —1 36

3775.45 Nb I 11044 - 37524 1 .7 0 36 —0 44

3776.60 Nb I 1143 - 27614 o!o3o 0.0063 -2.20

232
Wavelength Spectrum Energy Levels

A K

3777.28 Nb I 2805 29272

^111.61 Nb I 15282 - 41746

3781.01 Nb I 392 — 26832

3783.84 Nb I 10923 — 37344

3786.22 Nb I 2805 — 29209

3787.06 Nb I 154 26552

3787.48 Nb I 2154 — 28549

3789.50 Nb I 2154 28535

3790.15 Nb I 1050 27427

3791.21 Nb I 105b 27420

3794.47 Nb I 12102 38449

Nb I 15282 - 41615

3796.59 Nb I 1587 27919

3796.85 Nb 1 13515 39846

3798.12 Nb I 392 26713

3800.94 Nb I 9329 35631

3801.30 Nb I 11044 - 37344

3802.92 Nb I 695 26983

3803.88 Nb I 1050 27332

3804.74 Nb I 1 1248 37524

3806.20 Nb I 10923 37188

3806.63 Nb I 14211 — 40474

3810.49 Nb I 1 1525 37761

381 1.03 Nb I 154 — 26386

3815.51 Nb I 695 — 26897

3816.34 Nb I 1587 27783

3819.15 Nb I 4998 - 31175

3821.19 Nb I 8705 — 34868

3824.88 Nb 1 695 26832

3827.01 Nb I 13515 39638

3830.00 Nb I 8705 34808

3833.26 Nb I 12503 - 38583

3835.18 Nb I 0 26067

3836.45 Nb I 9439 35497

3837.08 Nb I 14899 — 40953

3841.81 Nb I 13405 39427

3842.71 Nb I 9329 — 35345

3843.93 Nb I 5965 — 31973

3844.08 Nb I 11248 — 37254

3845.90 Nb I 392 — 26386

3853.38 Nb I 10923 36867

3854.70 Nb I 11044 - 36979

3855.15 Nb I 11044 — 36976

3855.45 Nb I 0 — 25930

3858.95 Nb I 154 — 26061

3860.86 Nb I 12358 38251

3862.93 Nb I 0 25880

3863.38 Nb I 5298 31175

3867.92 Nb I 1050 26897

3871.19 Nb I 9043 34868

Lost '-'"6 fff IQS/see

0.059 0.013 -1.90

2.4 0.51 -0.29

0.53 0.11 -0.94

1.6 0.35 -0.46

0.16 0.035 -1.46

0.99 0.21 -0.67

0.068 0.015 -1.84

0.067 0.015 -1.84

0.99 0.21 -0.67

2.5 0.55 -0.26

1.4 0.31 -0.51

4.2 0.92 -0.04

0.089 0.019 -L71

2.6 0.56 -0.25

1.6 0.35 -0.46

1.3 0.28 -0.55

3.2 0.70 -0.15

1.7 0.38 -0.42

0.48 0.10 -0.98

6.7 1.5 0.16

2.0 0.43 -0.36

1.7 0.37 -0.44

9.1 2.0 0.30

0.29 0.063 -1.20

0.34 0.073 -1.13

0.055 0.012 -1.92

0.45 0.098 -1.01

0.20 0.044 -1.35

0.42 0.092 -1.03

2.5 0.54 -0.27

0.20 0.044 -1.36

0.58 0.13 -0.89

0.17 0.039 -1.41

1.8 0.40 -0.40

2.3 0.50 -0.30

3.8 0.84 -0.08

0.93 0.21 -0.68

0.090 0.020 -1.70

0.80 0.18 -0.75

0.12 0.026 -1.58

1.1 0.25 -0.60

0.37 0.083 -1.08

0.74 0.17 -0.78

0.033 0.0073 -2.13

0.15 0.033 -1.49

0.53 0.12 -0.92

0.065 0.015 -1.84

0.74 0.17 -0.78

0.17 0.039 -1.41

0.41 0.092 -1.03

233
Wavelength Spectrum Energy Levels

A K

3875.42 Nb 1 12018 37815

3875.76 Nb I 1 143 - 26937

3876.96 Nb 1 12358 38144

3877.56 Nb I 1050 26832

3878.82 Nb I 392 26166

3883.14 Nb I 695 26440

3885.44 Nb I 1 1525 - 37254

3885.68 Nb 1 1 1 248 36976

3886.07 Nb 1 154 25880

3889.80 Nb I 2154 27855

3891.30 Nb 1 695 26386

3893.73 Nb 1 392 - 26067

3894.03 Nb I 1 1044 36717

3894.70 Nb 1 392 2606

1

3895.90 Nb 1 9439 35 100

3898.56 Nb I 2154 27797

3899.25 Nb I 15282 - 40921

3904.18 Nb I 12018 37625

3906.91 Nb I 8827 34416

3908.59 Nb I 13405 38982

3908.97 Nb I 1 143 26718

3909.60 Nb I 13012 - 38583

391 3.01 Nb I 11318 36867

3914.70 Nb I 10923 36460

3919.00 Nb I 9329 34838

3919.16 Nb I 12-358 37866

3920.20 Nb I 13012 - 38514

3922.35 Nb 1 12137 37625

3924.49 Nb 1 12358 37832

3925.00 Nb 1 695 26166

3926.61 Nb I 2154 27614

3929.29 Nb 1 2154 - 27597

393 1.46 Nb I 9439 34868

3934.14 Nb I 10923 36334

3934.41 Nb 1 1 143 26552

3935.45 Nb 1 12137 37540

3936.45 Nb I 1587 - 26983

3937.44 Nb I 1050 26440

3937.96 Nb I 12137 37524

3941.27 Nb 1 . 695 26061

3943.67 Nb 1 1587 26937

3947.53 Nb 1 12018 - 37344

3949.33 Nb 1 9439 34753

3949.94 Nb 1 1 587 26897

3953.08 Nb 1 1 1044 36334

3955.68 Nb I 2154 27427

3959.36 Nb I 12982 38232

3960.98 Nb I 13012 38251

3964.66 Nb I 9439 34655

3965.69 Nb I 5965 31175

gf Log gf

108/sec

I). 4 / A 1 r U. 1 1 —u.y / U. 1 1 i\ ATI U.UZ J — \.jy

A /I "7 U.4 / —U.J J 0.34 0.076 -1.12

0.45 0. 1

0

-0.99

V.JO A AQA U.Uoo — 1 A/:

1 .U6

1 J. T Q Z. V

C\ A C U.46

I.J j y u.z 3

0. 1

0

o!o23 -1.63

0.024 0.0056 -2.26

(\ 1'} A evil U.U / i

1 1 1 n m < U.Ui J A AA<^ U.UUj6 —Z.Z5

U. jU All U. 1 1 —u.yj

0.020 0.0045 -2.35

1.1 0.26 -0.59

U.Uoo A ATA U.UzU — 1 "7 A 1 . /U

l.i —U.ZO

1 c

1 .J A "2 ? U.J 5

(\ A C —U.45

0.47 0.1 1 -0.97

0.76 0.17 -0.76

A 1 1 U. 1 J A Al A U.U3U — 1 . JZ

1 .1 A T7 U.Z / —U.J /

1 A

1 .4 A 1 1 U. J 1 t\ C 1 —U.J 1 6.5 1.5 0.18

0.41 0.095 -1.02

\).y 1 A T) —A ^ ? U.6j

Q 1 y. 1 L. 1 A "JO U.JZ

1 .4 AIT A /I 0 —U.4o

0.96 0.22 -0.65

0.092 0.021 -1.67

A A< /] A A 1 ") U.U 1 _ — 1 OA 1 .vu

l\ 1 AA U.Ui J — 1 C A

1 .d4

A 1 1 A A/1 C U.U4o — 1 . J Z 0.32 0.073 -1.13

0.057 0.013 -1.88

1 1

1 . 1 U.z / A C O —U.5o

0.039 A AMAA U.UU9U —O AC z.Uj

0.39 A AAA u.uyu — 1 A A

1 .U4

1.3 0.29 -0.53

0.090 0.021 -1.68

U.34 A AOA U.UoU \ AO

\.l A T Q U.zo —U.J J U.4 1 A AO C — I AT 1 .UZ

0.038 0.0089 -2.05

0.91 0.21 -0.67

U.Uo 1 A A 1 Q U.U 1 V — 1 7")

1 . /z

1 .

1

U.i6 TV CQ —U. jV

0.55 A 1 1 U. 1 i —A CQ U.0 7 A O A U.U4 / — 1 . J J 0.55 0.13 -0.89

234
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3966.09 Nb I 12137 37344

3970.65 Nb I 2154 — 27332

3 y / 1 . o > Nb I

1 ^ A 1 Q -27100

J / loo

j>y / l.jl Nb I

1 7 1 C Q

1 ^ 3 J O J / J -1

4

3973.62 Nb I

1 /I 07 O

1 boly A 1 Qi;7 4 1 Vo /

3976.67 Nb I 15282 — 40422

3977.94 Nb I 13012 — 38144

jy lo. / j N b 1

1 ^ C 7 1 JO / ZD/ 1 J 5yiy.il Nb I

1 7 /- Q7 "J 7 C I e J / 0 1 J 3ysU.4o N b I

1 A<CA 1 UjU 7 A 1 A A ZD 1 Ob

3982.06 Nb I 13146 - 38251

3984.81 Nb-i 15467 — 40555

1 OS ^ 1 s N D 11 1 ") /I s 1 1 /4o JOJ J4

-JQOO 1 z, J 70f». 1 O

I N D 1

1 AST Q A 1 H- 1 o"0

MK I N D 111 1Z1 11 1 J / J / 1 00

3994.43 Nb 1 1 1248 — 36276

3999.18 Nb I 13146 — 38144

A (\(\ 1 11 4UU 1.13 Nb 1

1 7 T c g

1 Z3 JO 111 A A J / j44

4UUo.io N D 1

1 AT 1 C 1 U_ JO 1 e I 7Q J J 1 / 7 4UUy. /

1

MK I N D I

1 7 AO") J /OZ

J

4012.06 Nb 1 1 143 — 26061

4013.27 Nb I 16919 — 41829

A(\ \ A Ql 4U 1 4. V3 MK I Nb 1 1 -iZoo 77100 J / loo

/I n 1 7 ^ ^ 4U 1 / . JO MK ¥ Nb I

1 7 no 7 7 70 AA J / ODD

MK ¥ Nb I

I T n I ")

i D\j\l J 7 Q A A J / ODD

4023.14 Nb I 12982 — 37832

4027.31 Nb I 12288 — 371 12

4u.£ /.yo MK I N D I [ 1

7 7 0 T 7

J / 0 J Z /inn ^1 MK ¥ Nb 1 T cn? 2oUj 7 7 c Q7 Z / J V /

/I Ai 1 on 4U33._U MK I N D I 11/11 1 1 4J

7 CQ7 A

z jyju

4035.10 Nb I 13405 — 38180

4035.93 Nb I 15439 — 40210

4Uj 7. 1 U MK I N D I 1 1 J_ J

7 AT 7 A JOZ / D

/( AT Q c -} KTK f N D 1

1 -J n 1 T 1 J U 1 z7 77A 1 J / /O 1 4U4U.4 / MK ¥ N D I 1 1 j4 7 A Q Q7 Z007 /

4042.57 Nb I 12137 — 36867

4043.16 Nb 1 15282 — 40009

4U44. 1 U MK ¥ N D I 1 J 1 4o 7 7 OA A J / ODD

A C\A A 7 1 4U44. / 1 XTK ¥ N D I 1 J J 1 J 70777 J 0 Z J Z

AC\A Q 1 MK ¥ N D I1 1 1 /I A 1 J 1 4o 77077 J / 0 J Z

4051.52 Nb I 9329 — 34004

4056.94 Nb I 12982 — 37625

/I AC 7 T 7 4Uj 1 .1 I tvTK ¥ N D I

1 C /I 7 Q 1 j4jy A AA7 Q 4UU /y

/(ACQ Q/l 4UJO.V4 MK t Nb I

1 ncn 1 UjU 7 c A on Z jd8U

/(ACQ C 1 4UjV.j 1 MK ¥ Nb I

1 n I 7 A 7 /) 7 c 7 34 /jj

A(\(^(\ 1 1 4UdU.j I ^TK ¥ Nb I 7 one zoUj 7 7/177 Z /4Z / 4060.79 Nb I 154 24773

4061.26 Nb I 10238 34854

4061.54 Nb I 2805 27420

4064.81 Nb I 12692 37287

1. 2.7 0.43

0.050 0.012 -1.92

7 <; Z.J A AA U.OU —A 77

7 7 Z.J A ^A U. j4 A 7 7 —U.Z / A Q 4.7 1 7 1 .Z A A7 U.U /

3.8 0.89 -0.05

1.7 0.40 -0.40

A nAA U.Uoo A A 1 A U.U 1 0 — I 8 A 1 .oU n Q7 U. 7 / A 7 1 U.Z J

(\ f^A U.04

AU.UZA7 11 A AA/d Q U.UU'+7 —7 1 1 Z. J 1

0.55 0.13 -0.88

0.90 0.21 -0.67

A ^ ^ U.J J A 1 1 U. 1 J —AU.OO88

^. 0

1 7 U. UD

A 1 <C U.J J AU.UOA81J — 1

1 .Uo 08

0.27 0.065 -1.19

2.3 0.55 -0.26

A Q8 U. 70 A 7 1 U.Z J A A1 U.O J A Q1 U. 7 J AU.ZZ77 —A—U.O J

1 Q 1 .7 A /I ^ U.4J —A 1 U.J J

0.036 0.0086 -2.07

8.7 2.1 0.32

A 1 ^ U.J J A A8 < U.Uo J — 1

1 .UA7/

1 7 1 . / A A 1 U.4 1 —A 1 8 U. J 0

A /1

1

U.4 J A 1 A U. i U ^J. 77

2.3 0.55 -0.26

0.81 0.20 -0.71

AU. QQ77 AU.Z47/1 —AU.OZA7

A 8^. U. 00 A 7 1 U.Z 1 —AU.OoA 8

A A 1 ^ U.U 1 J AU.UUJO AA1A —7 A A

1.1 0.27 -0.57

1.9 0.47 -0.33

AU.oZ87 AU.ZU7A —AU. 7A/ U

J.O AU.oo88 —AU.UA^J A A/i S U.U4J A A 1 1 U.U 1 1 — I Q^; 1 .70

0.97 0.24 -0.62

2.4 0.58 -0.24

7 A U. ou —AU.ZZ77

7 1 Z. 1 A '\ 1 U.J 1 —AU. JU1A

7Z.OA A A1 U.O J —AU.ZU7A

0.87 0.21 -0.67

0.47 0.12 -0.94

AU.oU8A AU.ZU7A AU. 7A/U

7 8 /.O 1 Q 1 .7 A 7 Q U.Z 7

1 1

1 .J A 17 U. JZ A /I Q U.47

0.091 0.022 -1.65

0.13 0.032 -1.50

A 7 C U.Z J(\ AA 1 U.UO 1 — 1 77 1 .zz 0.11 0.026 -1.58

1.1 0.27 -0.57

235
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

4066.12 Nb I 11044 35631 0.69 0.17 -0.77

4067.16 Nb I 12137 - 36717 1.9 0.46 -0.33

4UOO.ZO Nb I iuyz3 35496 11.6 A A f\ 0.40 -0.40

4u /u.yt) Nb I in c Af\ 3 /54U 1 0

1 .0 A A £ 0.46 —0.34

4U/ J.J 1 ND I

1 C /I T Q 1 543y 1 000 1 3yyo 1 Z.4 n cn n 0 o —0.23

4076.09 Nb I 2805 — 27332 0.044 0.011 -1.96

4077.09 Nb I 15461 — 39981 2.1 0.52 -0.28

/I A-70 1 c N D I iyZ o A one z4yU5 n n 1 Q n nn a £i —2.33 ITT

4U /o.oU IM D I 1 3U

1

Z 3 / jZ4 n CO U.5Z U. 13 A 0 0 —0.88

4U/7. 15 ND I byJ

0ZdZUv onn A Q l.z n no 0.08

4083.78 Nb I 1587 26067 0.021 0.0052 -2.29

4084.18 Nb I 5298 — 29776 0.13 0.033 -1.48

A C\Q A Q

C

4Uo4.oD Nb I icon1 JO / 0 A/C 1 A 1 >l U.14 A AT ^ 0.036 1 A A —1.44

4UoD.o3 Nb I 9439 0 '5 AAO 33902 A A'^ 0.42 0.1

1

-0.97

AC\On AC 4087.05 Nb I 13405 37865 f\ CO 0.58 0.14 -0.84

4090.16 Nb I 12018 36460 1.4 0.34 -0.47

4095.56 Nb I 13405 — 37815 0.71 0.18 -0.75

4uy /.d4 Nb I 17476 A 1 on A 41874 1 0

1.8 f\ A C 0.45 -0.35

4Vyo. ZZ Nb I

i 1 ^ A^ 13 145 1 n c A r\ 3 /54U 0.66 AIT 0. 17 A ^7 0 —0.78

Nb I

1 CA 154 A C A1 Z4543 n n/i 1 U.Uol n n 1 c U.Ul 5

1 01 —1.81

4100.40 Nb I 392 24773 0.17 0.042 -1.38

4100.92 Nb I 392 — 24770 2.5 0.64 -0.20

A 1 C\(^ 1 0 41Uo. 1 Nb I 5*1)43 111 on 333yu (\ 11 U.33 n no 1 1 AO

A 1 {\£i IQ 4IU0. /o Nb I1 COT 15o / 0 CO"! n z5y3U n n 1 0 n nn a a U.UU44 —2.35

A 1 no 0 c 4 1 uy.oo Nb I jZyo zyoZ3 n ncT U.U5 / n n 1 /I U.U14 1 OA —1.84

4112.13 Nb I 16829 41140 5.1 1.3 0.11

4113.35 Nb I 12982 - 37287 0.62 0.16 -0.81

^ 1 1 O C\ A Nb I

t 1 f\A A

1 1U44 35345 1 T 1.3 A T O 0.33 A AC\ —0.49

41 16.90 Nb I 0 24283 0.10 0.026 -1.59

yl 1 01 4122.8

1

Nb I 1 1248 35496 0.90 0.23 -0.64

4123.81 Nb I 154 24397 1.8 0.46 -0.34

4125.25 Nb I 10923 - 35157 0.54 0.14 -0.86

41z5.5o Nb I 2154 26386 A A'^ n A AAT 0 0.0073 ^ 1 A —2. 14

A ^ AC 4lZ/Aj Nb I 16919 41 140 3.3 A 0 /I 0.84 A AT —0.07

Nb I n c 6y5 A one z4yU5 U.z6 0.067 —1.17

4131.53 Nb I 12137 36334 0.85 0.22 -0.66

4134.59 Nb I 11318 - 35497 1.3 0.35 -0.46

A 1 1 C A'^ 41 35.4/ Nb I iz6yz iooo/ A 0 0 0.00 0.23 A ^ C —U.65

413 /. lU Nb I u 24165 0.74 n 1 n

0. 19 A TO —0.72

A t CO 413 /.jy Nb I IzOl 8

0 ^ 1 0 A 36180 A T T 0.73 n 1 n 0.19 A T'^ —0.73

4138.30 Nb I 18036 42194 2.5 0.64 -0.20

4139.44 Nb I 392 - 24543 0.16 0.040 -1.39

Nb I

1 ACA C ^ AA 25200 1 1 1.1 A O A 0.30 A —0.53

4142.24 Nb I

1 t r\ A A 11 044 35 179 0.34 A AO 0 0.088 1 AC —1.05

A 1 A 'J 1 4143.21 Nb I1 C A 154 24283 All 0. 1

1

A AO A 0.029 1 CI —1.53

4146.00 Nb I

t 1 f\ A A

1 1044 35157 A T /I 0.34 A C\0 0 0.088 1 Az: —1.06

4147.19 Nb I 11525 35631 1.3 0.34 -0.47

4148.74 Nb I 8827 32924 0.33 0.084 -1.07

4152.04 Nb I 695 24773 0.044 0.011 -1.95

4152.58 Nb I 695 24770 1.7 0.43 -0.36

236
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4158.01 Nb I 12137 36180

4160.80 Nb I 2805 — 26832

4161.25 Nb I 13515 37540

4162.81 Nb I 10238 34253

4163.47 Nb I 2154 26166

4163.66 Nb I 154 24165

4164.66 Nb I 392 - 24397

4165.85 Nb I 12018 — 36016

4168.13 Nb I 0 23985

4169.57 Nb I 12358 — 36334

4173.95 Nb I 18036 41987

4174.34 Nb I 8705 — 32654

4177.44 Nb I 10238 34169

4179.76 Nb I 12358 36276

4181.34 Nb I 1 1248 35157

4184.44 Nb I 392 24283

4186.10 Nb I 13405 — 37287

4189.99 Nb I 18036 41896

4190.65 Nb I 9043 32899

4190.88 Nb I 1050 24905

4192.07 Nb I 695 24543

4193.83 Nb I 8411 - 32249

4195.09 Nb I 154 23985

4195.66 Nb I 8827 32654

4196.95 Nb I 1 1525 35345

4197.61 Nb I 16919 40735

4198.51 Nb I 695 - 24507

4198.85 Nb I 1 1044 34854

4200.99 Nb I 5965 29763

4201.52 Nb I 1 1044 34838

4203.41 Nb I 13405 37188

Nb I 8827 - 32605

4205.31 Nb I 392 24165

4206.13 Nb I 12692 36460

4208.16 Nb I 154 2391

1

4212.04 Nb I 12982 36717

4212.53 Nb I 10923 — 34655

4213.26 Nb I 12288 36016

Nb I 16829 40555

MXA.ll) Nb I 1050 24770

4217.94 Nb I 695 24397

4222.68 Nb I 9329 — 33004

4226.22 Nb I 841

1

— 32066

4227.51 Nb I 9438 — 33087

Nb I 9498 — 33136

Nb I 2805 26440

4230.32 Nb I 12288 35920

4231.95 Nb I 392 24015

4237.81 Nb I 11248 34838

A1A\A5 Nb I 9329 32899

1.6 0.43 -0.37

0.033 0.0085 -2.07

1.1 0.28 -0.56

0.27 0.069 -1.16

0.49 0.13 -0.90

1.4 0.37 -0.43

1.4 0.36 -0.44

0.79 0.20 -0.69

1.1 0.28 -0.56

1.7 0.45 -0.35

5.7 1.5 0.17

0.31 0.080 -1.10

0.26 0.068 -1.17

0.85 0.22 -0.65

0.62 0.16 -0.79

0.10 0.027 -1.57

1.0 0.26 -0.58

2.8 0.73 -0.14

0.33 0.086 -1.06

0.46 0.12 -0.92

0.31 0.082 -1.09

0.18 0.048 ' -1.32

0.27 0.070 -1.15

4.8 1.3 0.10

0.36 0.096 -1.02

1.7 0.44 -0.36

0.11 0.029 -1.54

0.51 0.13 -0.87

0.053 0.014 -1.85

2.3 0.60 -0.22

0.86 0.23 -0.64

0.24 0.062 -1.20

0.28 0.074 -1.13

0.90 0.24 -0.62

0.046 0.012 -1.91

0.97 0.26 -0.59

0.54 0.14 -0.84

0.79 0.21 -0.67

1.3 0.34 -0.47

0.13 0.036 -1.45

0.15 0.039 -1.41

0.15 0.040 -1.39

0.23 0.062 -1.21

0.16 0.042 -1.38

1.7 0.46 -0.33

0.1

1

0.029 -1.54

1.1 0.30 -0.52

0.054 0.015 -1.84

0.51 0.14 -0.86

0.33 0.090 -1.05

237
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10'*/sec

4242.63 Nb I 18332 41896 5.6 1.5 0.18

4246.30 Nb 1 8705 32249 0.40 0.1

1

-0.97

4248.66 Nb 1 154 - 23684 0.0082 0.0022 -2.65

4249.46 Nb I 0 23526 0.034 0.0093 -2.03

4252.97 Nb I 9498 — 33004 0.65 0. 1

8

-0.75

4253.70 Nb I 9043 32546 0.50 0.14 -0.87

4254.69 Nb I 841 1 3 1 908 0.36 0.099 -1.01

4255.44 Nb I 10923 - 34416 1.5 0.40 -0.40

4258.91 Nb 1 9329 32802 0.32 0.088 -1.05

4261.71 Nb 1 9043 32501 0.30 0.08

1

-1.09

4262.05 Nb I 1050 24507 0.28 0.076 -1.12

4266.02 Nb 1 8705 32140 1.3 0.36 -0.44

4268.67 Nb I 154 - 23574 0.024 0.0066 -2.18

4270.69 Nb I 9043 32452 0.98 0.27 -0.57

4272.97 Nb 1 10923 34319 0. 1 9 0.053 -1 .27

4273.36 Nb 1 12102 35496 0.23 0.064 -1.20

4274.69 Nb I 8827 32214 0.25 0.067 -1.17

4277.50 Nb I 154 - 23526 0.034 0.0094 -2.03

4279.50 Nb I 8705 — 32066 0.24 0.065 -1.19

4279.71 Nb I 12137 — 35496 0.3 1 0.085 -1.07

4280.60 Nb 1 5298 28653 0.19 0.053 -1.28

4286.22 Nb I 12692 36016 0.72 0.20 -0.70

4286.99 Nb I 695 - 24015 0.13 0.035 -1.45

4289.44 Nb I 5965 29272 0.27 0.074 -1.13

4291.19 Nb 1 841

1

3 1708 0.40 0. 1

1

—0.96

4292.04 Nb 1 392 23684 0.022 0.0061 -2.21

4292.48 Nb I 9043 32333 0.48 0.13 -0.88

4295.62 Nb I 12358 - 35631 0.89 0.25 -0.61

4299.60 Nb I 5298 — 28549 0.66 0.18 -0.74

4300.99 Nb 1 5965 — 29209 0.79 0.22 -0.66

4303.88 Nb I 8705 31934 0.086 0.024 -1.62

4306.28 Nb I 9439 32654 0.28 0.078 -1.11

4308.12 Nb I 9043 - 32249 0.12 0.035 -1.46

4308.69 Nb I 8705 — 31908 0.23 0.063 -1.20

4309.56 Nb I 12982 — 36180 1 .

1

0.32 —0.50

43 1 1.27 Nb I 13 146 36334 4.0 1.1 0.04

431 1.70 Nb I 1587 24773 0.027 0.0074 -2.13

4312.45 Nb I 392 - 23574 0.032 0.0090 -2.04

4313.88 Nb I 16829 — 40003 1.1 0.31 -0.51

4316.48 Nb I 12018 — 35179 0.29 0.080 -1.10

4318.01 Nb I 10238 33390 0.17 0.048 -1.32

4323.47 Nb I 9329 32452 0.099 0.028 -1.55

4326.33 Nb I 9498 - 32605 1.2 0.35 -0.46

4327.38 Nb I 8705 — 3 1808 0.33 0.093 -1.03

4328.43 Nb I 9043 — 32140 0.30 0.085 — 1 .07

4329.73 Nb I 154 — 23244 0.020 0.0056 -2.25

4331.37 Nb I 4998 28079 0.39 0.1 I -0.96

4337.56 Nb 1 9498 32546 0.10 0.029 -1.54

4338.70 Nb I 12137 35179 0.22 0.061 -1.22

4342.82 Nb I 12137 35157 1.0 0.28 -0.55

238
Wavelength Spectrum Energy Levels

A K

4345.32 Nb I 0 23007

4346.12 Nb I 8705 — 31708

4347.31 Nb I 13515 1 C 1 1 365 1

1

4348.65 Nb I byJ O 0 ^ O /I 4349.03 Nb I 1 15 JO '2 CI A C

4350.30 Nb I 8827 31808

4351.57 Nb I 8827 — 31801

4353.27 Nb I 1050 24015

4354.19 Nb I

t t r\ A A

1 1044 O A r\A A 34004

4356.85 Nb I 12982 35928

4359.85 Nb I 9043 _ 31973

4361.65 Nb I 4998 - 27919

4368.43 Nb I 9329 32214

4369.62 Nb I ^ etc 695 23574

4370.36 Nb I 2805 25680

4374.78 Nb I 391 23244

4375.25 Nb I 10238 — 33087

4377.96 Nb I

1 A 1 O 12018 -J AO C A 34854

4379.52 Nb I 32156

4381.13 Nb I 13j 1

J

35334

4382.49 Nb I 12288 35100

4382.84 Nb I 1587 — 24397

A ^ O A O /' 4384.86 Nb I 12358 35 157

4387.74 Nb I 4998 27783

4388.36 Nb I no -5298 o ATA 28079

4392.69 Nb I 9329 32088

4397.04 Nb I 12102 — 34838

A A r\r\ o c 4400.35 Nb I 16919 39638

A A f\r\ o o 4400.83 Nb I 12137 'y A O C A 34854

A f\/' C C 4406.55 Nb I 5965 28653

4410.21 Nb I 4998 27666

4411.52 Nb I 10238 - 32899

4412. 18 Nb I 8827 -J t AO C

3 1485

4414. oo Nb I an A

1

9043 O 1 £ o o

3 1688

A A ^ £: A \ 4416. 41 Nb I1 on 1 o 1201 o"J A ^ C C 346j J

4419.44 Nb I 5298 27919

4419.83 Nb I 2154 — 24773

A f\ AC 4420.45 Nb I ^ t C A 2154 24770

A A'^f\ HA 4420.64 Nb I 392 ^ T AAT 23007

Nb I 16829 59All

4426.68 Nb I 5965 28549

4429.44 Nb I 5965 - 28535

A A ^ ^ f\f\ 4437.90 Nb I 17476 40003

A A A f\ A 4440.43 Nb I 12982 35496

A A A -t O i 4441.81 Nb I 9498 32005

4445.85 Nb I 1050 23537

4446.17 Nb I 13146 35631

4447.18 Nb I 5965 28445

4456.80 Nb I 1143 23574

4457.42 Nb I 1587 24015

gA gf Log gf

108/sec

U.UZ3 u.uuoo Z. 1 o nil U. 1

1

n ni 1 U.U3 1

1 C 1 1 .J 1 U.4/ U. 1 z _n Qi

0.039 0.011 -1.95

0.83 0.24 -0.63

U. 1

1

nU.U3Z nio —1 . JU

U.o3 n o/i U.Z4 —n ^1 U.DJ n n 1 Q U.Ul 7 n nn<i ——9Z.Zo0 8

0.16 0.044 -1.36

0.27 0.076 -1.12

U.ZU n n'>8 —1 ')i 1.Z3

U.U33 n nnoi —7Z.Ujni

r> AO U.07 u.zu u. / u

0.0068 0.0020 -2.71

0.030 0.0085 -2.07

n n 1 nn U.U 1 uu n nnoQ —1L.J^S4 n 1

T

U. 1 z U.U3 J —1 /lA

U.73 u.z / U.J / 0.22 0.062 -1.21

0.40 0.12 -0.94

U. 1 O n n<; 1 U.Uj 1 _1 7Q

u.uujj —Z.40

U. jU n 1 <; —n 8/1 U.o4

0.063 0.018 -1.74

0.13 0.037 -1.43

U. JZ U. i J

—C\ 81 U.o J U.4D nil U. 1

3

n 87 U.o / A on n if^ u.zo n ^8 ^J. JO

0.40 0.12 -0.94

0.041 0.012 -1.93

U.3U U.Uo / —1 .uo n 18 n 1 1 U.7J n AA/i U.U04 n ni Q 1 71 1. /3

0.082 0.024 -1.62

0.16 0.046 -1.34

u. 1 y U.UJ J —1 .zo n n')i U.UUOo . 7 1 7 Z. 1 / n n')i U.UUOo 7 1 7 Z. 1 / 0.024 0.0069 -2.16

0.73 0.21 -0.67

nil U. 1 1 nU.U33 nil 1/18 1 .4o

nil U. 1 1 nu.unilJ i —1 A 8 n "70 u. /z n T

1

u.z 1 ^.0n A7/ 0.16 0.048 -1.32

0.18 0.053 -1.27

n n 1

T

0.01 / n nn/i q U.UU4i' —7 11 Z.3 1 n t^n O.o / n on U.ZU —n 7n U. /O nU.33n n noe 1 n 1 1 .Ul n n/io n m 0 U.Ul z —11 .y\) on

0.047 0.014 ^1.85

239
Wavelength Spectrum Energy Levels gA gf Loggf

A 108/sec

4458O . 1 Mb T — ^5879 0.53 0.16 -0.80

Mb I In U 1 D J y L.O 0.82 0.24 -0.61

4464.15 Nb I 2805 - 25200 0.040 0.012 -1.92

4465.92 Nb I 10238 - 32623 0.090 0.027 -1.57

Nb I 1 1 4^ — 73576 0.0069 0.0021 -2.68

4469 ^9 ViVJ 1 5998 0.044 0.013 -1.88

4469 71 Nb I 1 2988 — 34655 0.89 0.27 -0.57

4471.29 Nb I 9329 - 31688 0.39 0.12 -0.94

4472.53 Nb I 2154 - 24507 0.051 0.015 -1.81

4481 44 Nb I 10238 0.11 0.032 -1.50

4404 57 Nb T IN U 1 — 78708 0.052 0.016 -1.80

4497 9 5 NbIN T1 8877 — ^ 1 057 0.047 0.014 -1.85

4499.80 Nb I 12102 - 34319 0.47 0.14 -0.85

4503.04 Nb I 5298 - 27499 0.14 0.042 -1.38

4^0"^ 49 Nb T IN U 1 1 J? 1 H-U — 15^45 0.20 0.059 -1.23

4508 41 Nb I IN U 1 1 7987 — ^5 1 57 0.37 0.1

1

-0.95

4S 1 1 OQ Nb I IN U 11 747^^ J yyjD o 2.1 0.64 -0.19

4512.13 Nb I 9329 - 31485 0.053 0.016 -1.79

4523.41 Nb I 1143 - 23244 0.14 0.044 -1.36

4S94 19 Mb I IN U 111 ^587o / — 7'?^>84 0.023 0.0072 -2.14

4S7Q 49 Nb I In U 11111 J 1i 8o J J J yyj 0.1

1

0.035 -1.46

4S49 80 Nb 7 IN U 1 Q — 79007 0.0073 0.0023 -2.64

4546.82 Nb I 1587 - I'iSlA 0.14 0.044 -1.35

4547.85 Nb I 9043 - 31026 0.058 0.018 -1.74

4SS'? 84 Mb I IN kj 1 5965 _ 7791

9

0.088 0.027 -1.57

4SS^^ 84 MbIN kJ r1 4998 — 76937 0.030 0.0092 -2.04

NbIN 1^ I1 12102 — 34004 2.1 0.64 -0.19

4570.95 Nb I 12982 - 34854 0.17 0.054 -1.27

4573.08 Nb I 2154 - 24015 0.24 0.076 -1.12

4574 Mb I IN U 1 1 1 044 — 37899 0.080 0.025 -1.60

4574 84 Mb T IN U 11 S4 — 77007 0.015 0.0046 -2.33

4575 "^7 Nb I IN U 1 11 C\7'\R VZ, D O — 37088 0.13 0.040 -1.40

4581.62 Nb I 12503 - 34323 3.0 0.94 -0.03

4582.29 Nb I 5965 - 27783 0.075 0.024 -1.62

450Q 48 Mb I IN U 1 — 31175 0.062 0.020 -1.71

4^00 9 1 Mb I In u 1 1750"^ — D34735 HZ, J J 0.58 0.19 -0.73

Mb T

IN U 1 40Q8 Hyyo — ifn 1

8

ZU / 1 o 0.014 0.0045 -2.35

4606.77 Nb I 2805 - 24507 0.45 0.14 -0.84

4608.58 Nb I 13146 - 34838 0.17 0.055 -1.26

HO I yj.oy Mb I

IN D 1 1 yjy — J39^>05 ZOUJ 0.074 0.024 -1.63

AC. 17 19 Mb I IN U 1

1 1 748 — JT,7Q7A y ^'-T 0.12 0.039 -1.41

to 1 D. 1 / Mb T IN L) 1

1 587 0.047 0.015 -1.82

4630.11 Nb I 11525 - 33116 1.5 0.47 -0.33

4638.10 Nb I 11248 - 32802 0.20 0.063 -1.20

Mb 1 IN U 7 1 54 — 93684 0.0060 0.0019 -2.71

Af^A'i. ^i8 Mb I IN U 1

1 1 044 — 39573 J Z._J / J 0.18 0.060 -1.22

^D'fO. " J Mb I IN L) 1 1.1 0.37 -0.43

4^^48 QS MbIN I - 22647 0.076 0.025 -1.61

4658.18 Nb I 5965 - 27427 0.022 0.0070 -2.15

4663.83 Nb I 1587 - 23023 0.085 0.028 -1.56

240
Wavelength Spectrum Energy Levels

A K

At^f^K 11 400J. J J InD I 1 ZZoo 117 17 DD III

4666.24 Nb I 11248 — 32672

4667.22 Nb I 2154 — 23574

4669.87 Nb I 11044 — 32452

4672.09 Nb I 2805 — 24203

A£ini 4o /3. Nb I 1 Q/l 0 7 jy4z / 4675.37 Nb I 2154 — 23537

4678.48 Nb I 8411 — 29779

4682.66 Nb I 16672 — 38021

4685.14 Nb I 11044 — 32382

4074. J 1 JN D I

1 /CQO 1 1 070 1 1JOZ8777/ / 4695.47 Nb I 10923 — 32214

4697.47 Nb I 8705 — 29987

4708.29 Nb I 10923 — 32156

4713.05 Nb I 8411 — 29623

4 / 1 J. jU MK T JND I ZoUj 7/ini Z4U ^

1 J 4715.83 Nb I 16672 — 37871

4723.80 Nb I 17937 - 39101

4727.33 Nb I 11525 — 32672

4730.31 Nb I 11248 — 32382

Mil AQ 4/ j3.4o In D I jyz 7 1 < 1 7 Z 1 J IZ

4733.89 Nb I 9043 — 30162

4735.33 Nb I 11044 — 32156

4736.49 Nb I 17476 - 38583

4740.61 Nb I 5298 - 26386

Al A1 QA 4 /43.o4 Nb I o /Uj 7Q77Q zy 1 ly

4744.62 Nb I 12358 — 33428

4749.70 Nb I 11525 — 32573

4751.42 Nb I 16981 — 38021

4755.32 Nb I 13146 — 34169

4 / DD.O 1 Nb I

I HC\A I I jU4 10777 3oZ / / 4771.85 Nb I 9329 — 30279

4773.25 Nb I 9043 — 29987

4777.62 Nb I 12503 - 33428

4785.70 Nb I 12982 - 33872

A cm A ^ 4oUZ.4j Mb I 7 1 < 1 7

4807.06 Nb I 12102 — 32899

4809.37 Nb I 12137 — 32924

4810.60 Nb I 9498 — 30279

4816.38 Nb I 11248 — 32005

/lOQ 1(\

IN b I

1 nctin I Iy5 1 1 C^l 0

4833.37 Nb I 154 20838

4837.62 Nb I 18435 — 39101

4837.99 Nb I 9498 — 30162

4842.15 Nb I 12358 — 33004

4845.17 Nb I 12503 33136

4848.37 Nb I 9498 30117

4868.99 Nb I 18876 39409

4890.75 Nb 1 11044 31485

4892.50 Nb I 12018 32452

gA gf Log gf

108/sec

0.10 0.033 -1.48

0.99 0.32 -0.49

0.053 0.017 -1.76

0.090 0.029 -1.53

0.15 0.050 -1.30

0.64 0.21 -0.68

0.12 0.038 -1.42

0.14 0.044 -1.35

0 35 0 1

1

-0 94

0.85 0.28 -0.56

0.93 0.31 -0.51

0.17 0.056 -1.25

0.13 0.042 , -1.38

0 66 0.22 -0 66

0.041 0.014 -1.87

0.037 0.012 -1.91

0.83 0.28 -0.56

0.95 0.32 -0.50

0.15 0.052 -1.29

0.18 0.060 -1.22

0.0099 0.0033 -2.48

0.15 0.051 -1.29

0.13 0.045 -1.35

1.0 0.34 -0.46

0.033 0.011 -1.96

0.086 0.029 -1.54

0.29 0.097 -1.01

0.64 0.22 -0.66

0 88 0.30 -0.53

0.12 0.040 -1.40

0.95 0.32 -0.49

0.050 0.017 -1.77

0.11 0.037 -1.43

0.077 0.026 -1.58

0.11 0.038 -1.42

0.0034 0.0012 -2.93

0.13 0.043 -1.36

0.17 0.058 -1.23

0.12 0.042 -1.38

0.26 0.091 -1.04

0.85 0.30 -0.53

0.0070 0.0025 -2.61

0.48 0.17 -0.77

0.039 0.014 -1 86

0.17 0.061 -1.21

0.18 0.063 -1.20

0.15 0.054 -1.27

1.6 0.57 -0.25

0.20 0.072 -1.14

0.15 0.054 -1.27

241
Wavelength Spectrum Energy Levels

A K

A OOC CO Mb I C Q/i C jyoj — 26386

4yUU. ly nd I 10 1 AO IZ lUZ n cA 1 JZ ju 1 4904.53 Nb I 0 — 20384

4910.95 Nb I 13515 — 33872

No 1 1 J 1 4o — 33428

AQA \ CT 4^4 1 . jZ N D 1 10 1 AT 1 Z 1 uz — 32333

4yj J. 1

J

NO I Q/ll Q 74J y z.yOi.j

4965.37 Nb I 10923 — 31057

4967.78 Nb I 13012 - 33136

/IQ"7 1 Q"! 4y 1 l.yi M D 1 AU — 20107

47 / J. 14 In d I

1 T CA1 1 Z jUj — 32605

/I Q"7 C 1 /I 4y / J. 14 IN D 1

1 T -J C Q IZ J JO 19/1 C9

4988.97 Nb I 695 — 20734

4997.88 Nb I 12137 - 32140

ND 1 1 J 1 4o — 33136

jUUZ.Z J IN D I 1 0 1 AO 1 Z 1 UZ — 32088

jUli.Z/ Nb I izyoz 1 TOO

5017.75 Nb 1 392 — 20316

5019.51 Nb I 12982 — 32899

jUZd. JO N b I

1 OAI Q 1 ZU 1 0 — 31908

jUjU. 1

J

INb I

I 1 C 1 C

1 J J 1 J — 33390

jUjy.U4 Nb I

1 <A 1 j4 1 QQQ/I 1 yyy'^

5047.96 Nb 1 14899 — 34704

5058.01 Nb I 0 — 19765

jUjy. J J JND I 1 zoyz — 32452

jUdJ.Z J ND I D7J — 20432

CATT /lA jU / / .4U J\] D I

1 OA 1 8 1 ZU 1 O J 1 / uo

5078.96 Nb I 1050 — 20734

5094.41 Nb I 0 — 19624

<AQC lA juyj. ju In b I byJ — 20316

C 1 AA 1 ^

J 1 UU. 1 D IN b I jyz — 19994

c 1 T A "J A J 1 ZU. jU Mb! J7Z 1vyyQQ V

1 71 5121.80 Nb I 12982 — 32501

5127.66 Nb I 10126 - 29623

J 1 JJ. j4 Nb I jzyo — 24773

J 1 j4. / j Nb I 1 j4 — 19624

J 14U. JO Nb 1 1 Zo^Z JZ19 11 ^U/I A

5147.54 Nb I 15282 — 34704

5150.64 Nb I 1 1248 - 30658

J 1 jZ.oj Nb I QA/1

1

yu4j - 28445

C 1 A O 1 J loU. JJ Nb I jyz — 19765

C 1 ^ /I 10 J lo4. JO Nb I O 1 C /I Z 1 j4 7 1^17

5180.31 Nb I 695 — 19994

5186.98 Nb 1 154 — 19428

C 1 OQ ')A J 1 oy.zu Nb I1 ACA IUjU — 20316

J lyj.Uo Nb I 1 JO / — 20838

C 1 Q C OA

J 1 yj.o4 Nb I 1 14j 20384

jZUj.ZZ Nb I o / Uj 27919

5205.13 Nb I 9329 28535

5219.10 Nb I 9498 28653

gf Log gf

108/sec

A A 1 /I U.U14 A AA/IQ U.UU47 7 11 —Z.J 1 A 1 Q U. 1 7 A A/^Q —1.10 1 1 ^ AU.UUoZ AA^7 A AA7

1

U.UUZ J —7 c Z.Oj

0.34 0.12 -0.91

0.12 0.045 -1.34

A A^ 1 U.UJ 1 A A I Q U.U 1 7 —11 71 . / J A A7/1 U.UZ4 A AASfi U.UUoo 7 AC Z.Uj

A 1 A U. 1 UA Alfi U.Ujo 1 /17

1 .4Z

0.28 0.10 -0.99

0.0029 0.0011 -2.96

Au.zu7n A A7/1 U.U / 'f —1 1

1

1 . 1

J

Au.uyAQ<J A A1 C U.Uj J —1 /I c 1 .4j

A A 1 1 U.U 1 J A An/17 U.UU4 / —7Z.J11J 0.12 0.046 -1.34

0.19 0.070 -1.16

A 1 A U. 1 UAU.UJA1Qy —1 A 1 1.41

A Afifi U.Uoo AU.UjAllJ —1 A 8 1 .40

A A 1 /I U.U 1 4AU.UUjZ AAC7 —7 7 8 Z.ZO

0.087 0.033 -1.48

0.23 0.088 -1.06

A 1 A U. 1 UA A1Q U.Ujo —1 /I7 1 .4Z

A A 1 7 U.U 1

Z

A AA/1/1 U.UU44 —7Z.JO1^

A 1 C

U. 1 J AU.Ujo ACA —1 7 C 1 .Z J 0.0087 0.0033 -2.48

0.12 0.045 -1.35

AU.UUAA7Q/ y AU.UUJU AA1A —7—Z. JZ<7

A A^l U.UO J A A7/1 U.UZ'f 1.01

A AC 1 U.Uj 1 AU.UZU A7A —1 nc\

1 . / U

0.0021 0.00082 -3.09

0.025 0.0099 -2.00

A AAQ1 u.uuy J AU.UUjO AAI^ —7Z.44A A Au.uuyz AAQ7 A AAI/^ U.UUJO —7 AA

A 1 U. 1 0 AU.UOA^lJ —11 .ZU 70

0.071 0.028 -1.55

0.0090 0.0036 -2.45

A A 1 1 U.Ul 1 AU.UU4Z AA/17 —7—Z.JoIS

All U. 1 J AU.UjU ACA —11 . 10JU

A 7/; U.ZO A 1 A U. lU —A Q8 U.70

0.043 0.017 -1.77

0.045 0.018 -i;75

A A 1 1 U.U 1 J A AAC1 U.UUJ J —7— 7 8 Z.ZO

A A7 7 U.UZZ A AAfi7 U.UUo / —7Z.UOAA

A A 1 1 U.U 1 J AU.UUjZ AAC7 —7— 7 8 Z.ZO

0.0050 0.0020 -2.69

0.012 0.0047 -2.33

A A 1 7 U.UIZ A AA/IQ U.UU47 —7 1 1 Z.J 1 A AAQ1 U.UU? J AU.UUJO AA18 —7 /II A All U.Uj J A A 1 /I U.U 14 —11.0/87

A A7 1 U.UZ 1 A AASA U.UUoo —9 A7 Z.U / 0.055 0.022 -1.65

242
Wavelength Spectrum Energy Levels

A K

5225.16 Nb I 1 1525 30658

5232.81 Nb I 9329 28434

5237.43 Nb I 841

1

27499

5240.39 Nb I 8705 27783

5251.62 Nb I 0 19037

5253.03 Nb I 11248 30279

5253.93 Nb I 8827 _ 27855

5269.92 Nb I 8827 27797

5271 53 Nb I 1 143 20107

5272.48 Nb I 8705 27666

5276.20 Nb I 9498 28445

5279.43 Nb I 9498 28434

5296.34 Nb I 1421

1

33087

5315.55 Nb I 5965 24773

5317.01 Nb I 1 1044 29846

5318.60 Nb I 1587 20384

5319.49 Nb I 8705 27499

5334.87 Nb 1 9043 27783

5336.81 Nb I 695 _ 19428

5340.80 Nb 1 1 1044 _ 29763

5344.17 Nb I 2805 21512

5350.74 Nb I 2154 20838

5353.28 Nb I 20734 39409

5355.31 Nb I 12358 31026

5355.70 Nb I 1 1525 30191

5359.19 Nb I 8705 27360

5362.01 Nb I 392 19037

5375.27 Nb I 1 1248 29846

5381.34 Nb I 5965 24543

5388.30 Nb I 9043 27597

5395.86 Nb I 4998 23526

5396.33 Nb I 841

1

26937

541 1.24 Nb I 1 1044 29519

5416.30 Nb I 11318 29776

5422.44 Nb I 10923 29360

5431.26 Nb I 1587 19994

5437.27 Nb I 5298 23684

5448.31 Nb I 10923 29272

5456.19 Nb I 20316 38638

5458.04 Nb I 9043 27360

5468.10 Nb I 19994 38277

5481.00 Nb I 18036 36276

5483.49 Nb I 8705 26937

5491.06 Nb I 20432 38638

5499.53 Nb I 1587 19765

5504.58 Nb I 2154 20316

5509.12 Nb I 13405 31551

5523.57 Nb I 9498 27597

5541.47 Nb I 10238 28278

5551.35- Nb 1 4998 23007

«

gl Log gt

108/sec

0.072 0.030 -1.53

0.090 0.037 -1.43

0.040 0.016 -1.79

0.015 0.0062 -2.21

0.0064 0.0027 -2.58

0.076 0.032 -1.50

0.044 0.018 -1.74

0.027 0.011 -1.95

0.016 0.0067 -2.17

0.013 0.0052 -2.28

0.078 0.033 -1.48

0.018 0.0076 -2.12

0.078 0.033 -1.49

0.012 0.0050 -2.3

1

0.016 0.0066 -2.18

0.016 0.0069 -2.16

0.025 0.011 -1.97

0.038 0.016 -1.79

0.0012 0.00053 -3.27

0.048 0.021,: -1.69

0.041 0.018: -1.75

0.025 0.011 -1.97

0.58 0.25 -0.60

0.033 0.014 -1.85

0.043 0.019 -1.73

0.014 0.0059 -2.23

0.00075 0.00032 -3.49

0.036 0.015 -1.81

0.0089 0.0039 -2.41

0.0084 0.0037 -2.44

0.0033 0.0015 -2.84

0.012 0.0053 -2.27

0.025 0.011 -1.95

0.020 0.0086 -2.07

0.052 0.023 -1.64

0.0012 0.00055 -3.26

0.018 0.0078 -2.11

0.015 0.0068 -2.17

0.22 0.096 -1.02

0.018 0.0080 -2.10

0.20 0.088 -1.06

0.22 0.10 -1.00

0.0080 0.0036 -2.44

0. 14 0.065 -1.18

0.00094 0.00043 -3.37

0.0028 0.0013 -2.90

0.026 0.012 -1.92

0.027 0.012 -1.91

0.016 0.0072 -2.14

0.012 0.0055 -2.26

243
Wavelength Spectrum Energy Levels gf Loggf

A K lu /sec

s'^f\'^ on MH I IN U 111 n?'^8 \JZ,J o — 78708 ZOZWo 0.018 0.0084 -2.08

5571.44 Nb I 18332 - 36276 0.10 0.047 -1.33

5576.16 Nb I 2805 - 20734 0.0025 0.0012 -2.93

J J / o.Ly In D I

1 '\8

1 Z J JO — jUZ 10070/ y 0.037 0.017 -1.76

IN D 1

1 1 41 — 1Q017 1 y\jj 1 0.0024 0.001

1

-2 94

MVi T

In U 1

11 lAlf\ / / D — 15145 J J jfJ 0.058 0.027 -1 56

5599.59 Nb I 9043 - 26897 0.0072 0.0034 -lAl

5603.52 Nb I 1587 - 19428 0.0022 0.0010 -2.99

Nb T IN tj 1 7 11 JH54 — 11 QQQ4 yyy^ 0.00077 0.00036 -3.44

567R 26 7 1 54 — 19917 0.0015 0.00072 -3.14

5679 17 NhIN U I1 1 Z. J J o — 10117 0.067 0.032 -1.50

5642.11 Nb I 5965 - 23684 0.029 0.014 -1.86

5645.30 Nb I -5298 - 23007 0.0048 0.0023 -2.64

5654 14 Nh T IN U 1 1 0718 _ 77Q1

Q

L. I y 1 y 0.0097 0.0046 -2.33

Mh T IN U 11 1 1 1 H-? — 187Q1 1 O / ]7 1 0.0055 0.0027 -2.58

Nh I iN U 1 — 10^i58 0.21 0.10 -1.00

5666.86 Nb I 15282 - 32924 0.040 0.019 -1.72

5671.02 Nb I 11345 - 28973 0.049 0.024 -1.63

JO/ 5A71v.yQ1v Mh I In u 1 17117 1 z 1 J / — 7Q761 Ly 1 o J 0.081 0.039 -1.41

<^77 47 Mh I In U 1 J 7DJ — 71574 Z J J / f 0.0043 0.0021 -2.69

Mh I In D 1 J "DJ — Z7157/^ J JZD 0.0042 0.0021 -2.69

5697.90 Nb I 13629 - 31175 0.049 0.024 -1.62

5706.16 Nb I 15282 - 32802 0.097 0.047 -1.33

570^. 48 In D 1 841 of 1 1 I — 75010 Z J 7 jU 0.028 0.014 -1.87

MH 1 IN U 11515 1 J J 1

J

— 11 07

A

J 1 UZD 0.041 0.020 -1.70

57 1 5 5Q Mh ! 1 7788 z^y 1 1 y 0.016 0.0081 -2.09

5716.35 Nb I 12358 - 29846 0.063 0.031 -1.51

5725.66 Nb I 18036 - 35496 0.12 0.061 -1.21

<79Q 1 Q J 1 ^y• 1 y Mh 1 IN U 1 1

1 J587o / — 10017 1 yyjj 1 0.0060 0.0029 -2.53

5751 44 Nh I IN U 1 17117 1 1 J / _ 705 1

Q

z.y ^ I y 0.077 0.038 -1.42

57^^n "^4 Nh I IN U 1 8705 O / \JJ 0.036 0.018 -1.74

5764.99 Nb I 12018 - 29360 0.055 0.028 -1.56

5771.08 Nb I 15282 - 32605 0.065 0.032 -1.49

J^77A / / O.U07/ MK I In D 1

1 1 T.A^ 1 J J'tJ — 78A^1 ZooJ J 0.038 0.019 -1.72

J / oU. j't In D 1

1 OMO _ 7QQ87 Ayyo 1 0.018 0 0089 -2.05

^787 ^4 MVi I In D 1 1Z 11 Jf^4 — 10478 0.0045 0.0023 -2.65

5789.79 Nb I 13012 - 30279 0.019 0.0097 -2.01

5794.24 Nb I 12018 - 29272 0.045 0.023 -1.64

^804 O"? MV-i I In D 1 870^ o / UJ — 75010 Z J ^jU 0.018 0.0089 -2.05

5815 '^'^ Mh I In D 111 701 L\j 1 8O — 70700 0.025 0.013 -1.90

Jo^8 1I Qy.^jA1 MK I In D 1

1 101 9 1 jU 1

Z

— 101 01 0.12 0.060 -1.22

5820.62 Nb I 16829 - 34004 0.1

1

0.056 -1.25

5834.90 Nb I 13146 - 30279 0.085 0.043 -1.36

JO5818JO. 1 5 L J Mh I In D 1 11118 1 J J J o — 78447 zoffz 0.017 0.0089 -2.05

JOJO.O'f In u 1 Q041 ZD 1 DO 0.046 0.023 -1.63

^8zl'7 Al In D 1 zou 7805J — 1 00 1

7

1 yy 1 / 0.0033 0.0017 -2.78

584A OQ Mh I In D 11111 Jf145J — Zoff 78445J 0.012 0.0059 -2.23

5866.47 Nb I 5965 - 23007 0.0094 0.0049 -2.31

5874.70 Nb I 9043 - 26061 0.012 0.0062 -2.21

5877.79 Nb I 4998 - 22007 0.0019 0.00098 -3.01

244
Wavelength Spectrum Energy Levels 1 ,(\a CFT A K IQS/sec

5893.44 Nb I 14211 - 31175 0.063 0.033 -1.48

5900.62 Nb I 9498 - 26440 0.075 0.039 -1.41

jyvj.ov MV-v I IN D 1 — 98978 0.028 0.015 -1.84

5927.41 Nb I 15467 - 32333 0 062 0.032 -1.49

5934.16 Nb I 17476 - 34323 0.15 0.082 -1.09

5957.70 Nb I 12982 - 29763 0.043 0.023 -1.64

5983.22 Nb I 5298 - 22007 0.017 0.0091 -2.04

1 N U 1

1 ^ 1 46 — 9Q846 0.066 0.035 -1.45

5997.93 Nb I 9498 - 26166 0 03

1

0.017 -1.77

6029.75 Nb I 12692 - 29272 0.047 0.026 -1.59

6031.84 Nb I 15439 - 32013 0.10 0.056 -1.25

6045.50 Nb I 12982 - 29519 0.051 0.028 -1.56

IN U 1 1 / ^ / o 0.086 0.047 -1.32

6056.65 Nb I 15467 - 31973 0 057 0.03

1

-1.50

6107.71 Nb I 15439 - 31808 0.055 0.031 -1.51

6142.51 Nb I 14899 - 31175 0.066 0.037 -1.43

6148.13 Nb I 13515 - 29776 0.055 0.031 -1.50

Ml-i I IN U 1 — 9Q69^ 0.053 0.030 -1.52

6213.06 Nb I 15461 - 31551 0.052 0.030 -1.52

6221.96 Nb I 8705 - 24773 0.019 0.011 -1.95

6251.76 Nb I 18332 - 34323 0.16 0.095 -1.02

6260.77 Nb I 18036 - 34004 0.074 0.044 -1.36

In U 1 — 9 1 S 1 9 0.0090 0.0056 -2.25

6433.22 Nb I 5298 - 20838 0 0047 0 0029 -2 54

6497.84 Nb I 4998 - 20384 0.0013 0.00084 -3.08

6544.61 Nb I 9498 - 24773 0.017 0.011 -1.96

6574.73 Nb I 8705 - 23911 0.0032 0.0021 -2.69

<^A07 OOU / .Zo 98 IN D 11 "i/tO^ 1 J'fU J 0.015 0.0099 -2.00

6614.15 Nb I 8411 0 0065 0 0043 -2 37

6626.98 Nb I 5298 - 20384 0.0015 0.0010 -3.00

6660.84 Nb I 9498 - 24507 0.054 0.036 -1.44

6677.33 Nb I 9043 - 24015 0.033 0.022 -1.65

^i7ni 90 IN L) 1 — 984^4 0.050 0.033 -1.48

6723.62 Nb I 8705 - 23574 0 025 0 017 —1J. • 77/ / 6739.88 Nb I 8411 - 23244 0.013 0.0092 -2.04

6828.11 Nb I 9043 - 23684 0.018 0.012 -1.91

6849.35 Nb I 8411 - 23007 0.0044 0.0031 -2.51

6876 36 IN U 1 8705 O / \jj — 9^944 0.0071 0.0050 -2.30

6902.89 Nb I 9043 - 23526 0.0051 0.0037 -2.44

6908.07 Nb I 9439 - 23911 0.0076 0.0055 -2.26

6918.32 Nb I 13405 - 27855 0.029 0.021 -1.68

6946.07 Nb I 13405 - 27797 0.011 0.0083 -2.08

6Q79 4Q In U 11 49 1 1 — 98'^4Q 0.014 0.010 -1.98

6986.09 Nb I 14899 - 29209 0 026 0 019 —1 72

6990.32 Nb I 8705 - 23007 0.015 0.011 -1.96

6996.11 Nb I 13629 - 27919 0.012 0.0088 -2.06

7023.48 Nb I 14211 - 28445 0.017 0.013 -1.89

7038.04 Nb I 12692 - 26897 0.0090 0.0067 -2.17

7046.81 Nb I 9498 - 23684 0.041 0.031 -1.52

7066.41 Nb I 12018 - 26166 0.0037 0.0028 -2.56

245
Wavelength Spectrum Energy Levels

A K

IN U 1

1 Q498

7098.94 Nb I 12358 — 26440

7102.01 Nb I 9498 — 23574

7119.31 Nb I 12018 — 26061

7126.17 Nb I 12137 — 26166

71 30 O^i Nh T IN U 1 7159.43 Nb I 9043 — 23007

7208.94 Nb I 14211 — 28079

7252.35 Nb I 10126 — 23911

7274.81 Nb I 15467 — 29209

7317 03 94905 -7 O J UO

7323.92 Nb I 14899 - 28549

7328.38 Nb I 12288 — 25930

7353.16 Nb I 8411 — 22007

7372.50 Nb I 11345 — 24905

741 Q 8"?

In U 1 ZO 1 DO

7478.20 Nb I 12692 — 26061

7515.93 Nb I 8705 — 22007

7519.77 Nb I 13146 — 26440

7574.58 Nb I 11345 — 24543

/ _) o J .Z. 1 1\ D 1

1 908? Z.O J oo

7647.71 Nb I 24770 — 37842

7703.33 Nb I 25200 — 38178

7726.68 Nb I 11345 — 24283

7757.31 Nb I 25680 — 38568

19,1'^ 4.1 Mh r 1iHoy 48QQy 77SQ7

7885.31 Nb I 11525 —

7938.89 Nb I 11318 — 2391 1 7954.76 Nb I 9439 — 22007

8135.20 Nb I 11248 — 23537

8740 00 Nh I 8705 70838

8320.93 Nb I 9498 — 21512

8346.08 Nb I 11044 — 23023

8350.04 Nb I 8411 — 20384

8439.77 Nb I 12358 — 24203

IN U 1 908^8 ZUO JO

8526.99 Nb I 10923 — 22647

8547.25 Nb I 8411 — 20107

8560.54 Nb I 8705 — 20384

8575.87 Nb I 12358 — 24015

8697.55 Nb I 13012 24507

8740.96 Nb I nm 23574

8767.97 Nb I 8705 20107

8815.56 Nb I 9498 20838

8905.78 Nb I 12018 23244

gf Log gf

108/sec

0.00055 0.00041 -3.38

0.018 0.014 -1.87

0.0036 0.0027 -2.57

0.0081 0.0062 -2.21

0.015 0.011 -1.95

0.0087 0.0066 -2.18

0.023 0.018 -1.75

0.014 0.01

1

-1.95

0.012 0.0099 -2.01

0.016 0.012 -1.91

0.19 0.15 -0.82

0.015 0.012 -1.92

0.012 0.010 -2.00

0.0089 0.0072 -2.14

0.061 0.049 -1.31

0.0058 0.0048 -2.32

0.0085 O.OOVl -2.15

0.0091 0.0077 -2.11

0.015 0.013 -1.90

0.050 0.043 -1.37

0.0079 0.0068 -2.17

0.16 0.14 -0.85

0.36 0.32 -0.50

0.021 0.019 -1.73

0.40 0.36 -0.44

0.0092 0.0086 -2.07

0.0094 0.0088 -2.06

0.0066 0.0062 -2.21

0.0013 0.0012 -2.91

0.0091 0.0090 -2.04

0.0014 0.0015 -2.84

0.0041 0.0042 -2.37

0.0063 0.0066 -2.18

0.0011 0.0011 -2.95

0.0051 0.0054 -2.27

0.0020 0.0021 -2.67

0.0049 0.0054 -2.27

0.0012 0.0013 -2.88

0.0017 0.0019 -2.72

0.0049 0.0054 -2.27

0.0071 0.0080 -2.09

0.0055 0.0063 -2.20

0.0021 0.0024 -2.62

0.0036 0.0042 -2.38

0.0081 0.0097 -2.01

246
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

2032.99 Nb 11 3542 52715

2125.21 Nb II 3030 - 50069

2126.54 Nb II 3542 C A C C O 50552

1 1 T 1 1 O 2131.18 Nb II Zbly Adz "jn

IZyj.bo Nb II Izzj A Ann 1 44 / / 1

2302.08 Nb II 801 44227

2376.40 Nb II 801 - 42869

2387.09 Nb II

1 AO ^ ^ 10836 527 15

2387.52 Nb II T AA 1 7901 49772

2388.27 Nb II

^7 AA 1 7901 49759

2398.48 Nb II 10247 51927

2405.34 Nb II 10653 - 52215

2405.85 Nb II

1 AO O 10836 T O A 52389

2412.46 Nb II O O A 8320 49759

A \ C\C\ 2416.99 Nb II

1 AA 1 A 10919 C O A 52280

2418.69 Nb II 10604 51936

2433.80 Nb II 9510 - 50585

2435.95 Nb II AO 1 "i 9813 C AO C 2437.42 Nb II

^7 C A/" 7506 48520

2442. 14 Nb II 10247 C 1 1 O O

5 1 1 82

2442.68 Nb II 16219 57145

2451.87 Nb II 12263 — 53036

2453. V5 Nb II

1 1 zi; AA

1 3690 54429

Nb 11 C C /I 1 J j46 1 ^ Ann "J o 2477.38 Nb n 6 1 yl A H Z A Z 4654j

2478.29 Nb II 10247 50585

2479.94 Nb II 10186 — 50498

2483.88 Nb II 10604 50852 C AO O

2502.49 Nb II 10604 50552

C 1 1 f\C\ 25 1 1.00 Nb II 5562 45375

2521.40 Nb II 9510 _ 49158

2525.81 Nb II 10919 - 50498

2530.97 Nb II 14626 54125

253 1.25 Nb II

1 A Z' "1 O 14678 54173

2540.62 Nb II 14661 C /I A 1 A 54010

Nb II 1225 40561

2544.80 Nb II 7261 — 46545

2548.63 Nb II 1 3055 O O A

z j5 1 . j8 Nb II 6 1 yl 45375

Nb II n c 1 A 95 10 48627

2556.94 Nb II 7261 46359

Nb II 6192 - 45207

2571.33 Nb II 1225 A f\ t r\ A 40104

cn A OA 2574.84 Nb II1 C A 159 O A O /I ::i8984

2580.28 Nb II A C 1 A

95 10 48253

C O O AA 2583.99 Nb II AO 1 9813 /f O C A 1 48501

2590.94 Nb II 10186 48771

2594.34 Nb II 801 39335

2594.74 Nb II 7901 46429

2601.29 Nb II 10186 48617

12. 0.72 -0.14

13. 0.87 -O.06

8.8 A A 0.60 A O O

1 o

12. A OA U.8U A 1 A —U. lU

c o J.O n A z r\ 1 A —U.34

4.1 0.33 -0.48

3.8 0.32 -0.50

27. 2.3 U.37

22. 1 A

l.y A O

A

6.9 A C A 0.59 A 1 O —0.23

39. 3.4 0.53

15. 1.3 0.13

16. 1 A 1.4 U. 14

O Ct 29. o ^ 2.6 A /I 1 0.41

C A

50. 4.3 0.64

45. 3.9 0.59

24. 2.2 0.33

13. 1 .

1

A A C 0.05

9.6 A O C U.85 A A*? —0.0/

13. 1 o

1.2 A AO

22. 2.0 0.30

35. 3.2 0.50

/1

1

41. 3. / AC? O.D 1 38. 3. J A C /4 U. j4

1 1

1 /. 1.6 A O 1 U.2 1

25. 2.3 0.36

24. 2.2 0.35

1 T 13. 1 o

1.2 A AO 0.08

1 A10. A

0.97m A A 1 —0.01

1 O

12. 1 o

1 .2 A AT 0.0 1

32. 3.1 0.49

33. 3.2 0.50

34. 3.3 A C O 0.52

17. 1 .7 A O O 0.22

55. 5.3 A TO 0.72

2.6 0.25 -0.60

63. 6.1 0.79

1 A 14. 1.3 AIT U. 1

3

13. 1 0 1 .2 A AO

1 r

1 J. 1 .4 A 1 U. 16

21. 2.0 0.31

15. 1.4 0.16

Z.y —U.54

f\ O A 0.84 A AO 0.084 — 1 AO

1 .08

1 1.

1 1 1.1 A A yl 0.04

101. 10. 1.01

107. 11. 1.03

0.94 0.094 1 A'^ -1.02

15. 1.5 0.18

19. 2.0 0.29

247
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

2608.96 Nb II 9813 48130 6.7 0.69 -0.16

2613.85 Nb II 438 — 38685 0.20 0.020 -1.70

MV* IT IN U 11 1 JUO ^JK)J\J 8 4 0U.o87/ —AU.UO06

\]h, II 1 N U 11 8170 O JZU '4-OZ "O 11 7z. 1 1 1 . J OU. 11 O

U

Z.OJ 1 .yo M"h II IN U 11 11 0f>04 UOU't 48S01 fo JU 1 7 4 O 77 —O 1 1 U. 1 1

2641.06 Nb II 10919 — 48771 6.2 0.65 -0.18

2642.24 Nb II 9510 — 47345 34. 3.6 0.55

IN D 11 418 'V J o 187 joZ 1 ^1 1 O 4 7 O 44 —OU. 16jD

Z.D J 1 . 1 Z MVi II IN U 11 11 0Q1 \jy 1 Qy 48fi77 '-looz / 70 7Z. 11 0U. 17jZ zojo.uo MK II IN D 11 Vjy J177Q7 / / y / 1 6 0U. 18J O —O 47

2658.88 Nb II 8320 — 45919 3.1 0.33 -0.49

2660.04 Nb II 10919 — 48501 5.9 0.63 -0.20

zooJ . J D MVi II In U 11 Q8 1

1

y <j 1 J 4714S H / JHJ 4H.O6 0 40 —0 1

1

U.J 1 Z-DD J .Z J MH II IN U 11 0747 UZH- / H / / J o 70zu. 7z. 7z 0U.J11J ZDDD. J ^ MH II IN U 11 801 ou 1 187Q1 11 . Js 0U. 11 6D —0u. 70/ y

2667.15 Nb II 8320 — 45802 4.5 0.48 -0.32

2667.30 Nb II 0 — 37480 1.2 0.13 -0.89

zoo 1.10 MV-i Ti IN U 11 1 0A04 48078 11 8o. 11 . 0y 0u.zo78 zo / 1 . yj MVi TI IN D 11 80

1

ov 1 187 J oZ 11 D J.J 5 1 0U.JO56 —0U.Z75J ZO 1 J.J 1 MV-i II IN D 11 11 J^1Q6 J "O JZ / oo 01yj

.

Qy, 0y 11 .uu 00

2675.94 Nb II 438 — 37797 2.3 0.25 -0.60

2677.66 Nb II 10919 — 48253 5.7 0.61 -0.21

ZD / o.DD MV-i II IN U 11 11 J 7 J17480 1 'toU 0u. 77/ z 0u.u077/ / —1 1

1

ZOoU.UO MV-i IT IN D 11 8170 O JZU 4*1 HJ ^i77 ozz 5 0 0U. Jt54 —0U.Z77/ ZDoO. j" MK T T IN D 11 11 8o jUo ^08 J J5777 /ZZ 41^j. 4 7 0U.O67/

2691.77 Nb II 159 — 37298 1.6 0.18 -0.75

2697.06 Nb II 1225 — 38291 14. 1.5 0.17

?f.Q8 ZD70.008/^ KTVi TI IN U 11 418 17480 J 1 '4oU 1J.J5 0U. J18o —0U.HZ47

7700 Z / VJU. 11 JS MV^ II IN U 11 7Q0

1

/ y\j 1 44Q7 5 J.J 1 5 0yj.jy 10 —0U.H411 Z / U\J. J o MH II 1547 '-T\JJ \J 1 0V. JZ57 0W. 056 WJ u —11 * 75ZJ

2702.20 Nb II 801 — 37797 3.8 0.41 -0.38

2702.52 Nb II 1225 — 38216 2.0 0.21 -0.67

7704 Z / WH-.ZO 7^1 II IN U 11 J'-r<j\J 1480 50447 1

1

1 J. 11 .H4 0U. 11 6u 7706 Z / UO.HU40 MV-i II In U 11 418 ^J o J / J / / 0 QS 0U. 1 1 1 1 —0 07

7707 8"? Z / U / . O J

MVi II IN D 11 Q5y J 11 0

U

4647 Q 4 6 0U.J5 11 —0U.Z770

2715.34 Nb II 16219 — 53036 13. 1.4 0.16

2715.88 Nb II 13055 — 49864 12. 1.3 0.12

77Z 1 ^; ? T / 1 O.J 1 MV-\ IT IN D 11 1\jy5Q OU.JO56 0u.uoz 067 —11 .zu 70

77Z /1J O.OZA7 MVi II

IN U 11 1 77 5 1 ZZJ 18074 j.y 5 Q 0u.oo66 —0u. 11 8o 7717 Z / 1 / .0 J

MVi TT

IN D 11 Q5yj 11 O

U

467Q6 'tOZ^D 1 6 j.O 0u.tu 40 —0 40

2720.26 Nb II 3030 — 39780 0.56 0.062 -1.21

2721.63 Nb II 0 36732 0.35 0.039 -1.41

777 1 Qfi Z / Z 1 .70 MK TT

IN D 11 oUSOI1 17578

J / jZo J.Z 5 7 0U.J57/ —0 74

777"? z /z j.OO MK TT

IN D 11 1 10*1 'i I jUj J ^y / jy Q 8 1 1 1 . 1 0UiUt04

7777 /4 z / Z / .4 J MK TT

IN D 11 11 J

1 1111 Q7 4Q777 f7 / / Z 7 8 OU. 88oo —0U. 06\J\J

77-JO Z / jU. JZ17 MK II IN D 11 11 J1 11

11 Q7 4Q711 11 6D. 1 .7 0 74

2733.26 Nb II 801 37377 3.3 0.37 -0.44

2733.46 Nb II 159 36732 0.71 0.080 -1.10

2734.35 Nb II 7506 44067 1.4 0.16 -0.80

2737.09 Nb II 438 36963 1.0 0.11 -0.94

248
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

z. / tu. 1 o IN U 11 Q8yo 11 J^ 2744.96 Nb II 10653 — 47073

2745.30 Nb II 4146 — 40561

2745.73 Nb II 9510 — 45919

2753.14 Nb II 15396 — 51707

Z, / JH.JZ. MV-i II 2757.26 Nb II 12263 - 48520

2758.78 Nb II 10836 — 47073

2764.56 Nb II 801 — 36963

2765.28 Nb II 1225 — 37377

z. / oj.yj IN U 11 / JWD '-rDyj'-Ty 2768.13 Nb II 438 — 36553

2769.57 Nb II 10247 — 46343

2771.40 Nb II 21073 — 57145

2771.65 Nb II 13690 — 49759

9780 z 9zl / ou.zM- NTH II IN L) 11 401 04

2790.57 Nb II 10604 — 46429

2791.74 Nb II 9813 — 45622

2793.05 Nb II 3542 — 39335

2795.14 Nb II 13480 — 49246

77Q7 f\Q Mb TI In u 11 1111 ^40 _J *T\J 4707"?

2798.91 Nb II 7901 — 43618

2803.81 Nb II 3030 — 38685

2809.17 Nb II 2629 — 38216

2810.81 Nb II 8320 — 43887

7816 f,9, MhL\IJ IT11 11 JTiftftf, 491 *-Ty I J58

o

2820.80 Nb II 2357 — 37797

2825.86 Nb II 10919 — 46296

2827.08 Nb II 159 — 35521

2829.75 Nb II •1225 — 36553

98'^^ ZoJ J . 191 z MV-v IT IN U 11 189Q

1

2841.15 Nb II 3030 — 38216

2842.65 Nb II 2629 — 37797

2843.64 Nb II 10186 — 45342

2844.44 Nb II 14626 — 49772

98dS ZOH- J .ou 80 MVi IT IN U 11 QS 1 0

2846.28 Nb II 2357 — 37480

2847.24 Nb II 14661 — 49772

2848.30 Nb II 14661 — 49759

2849.56 Nb II 438 — 35521

9859 04 MhIN U IT11 1 VJO JO 45809 T- J ouz

2861.09 Nb II 2357 — 37298

2865.61 Nb II 0 — 34886

2868.52 Nb II 2629 — 37480

2875.39 Nb II 3030 — 37797

2876.95 Nb II 3542 38291

2877.03 Nb II 2629 37377

2878.74 Nb II 159 34886

2879.36 Nb II 801 35521

2880.72 Nb II 10919 45622

11 9z. 11 'J^ 0 19

4.4 0.50 -0.30

1.6 0.18 -0.75

7.9 0.90 -0.05

30. 3.4 0.53

0 60 0 068 —11.1/1 7

14. 1.6 0.20

4.4 0.51 -0.29

0.51 0.059 -1.23

0.72 0.082 -1.08

9Z. 11 0 94 —0u.oz69

2.0 0.24 -0.63

2.3 0.27 -0.57

50. 5.8 0.76

6.0 0.69 -0.16

ftD.Z9 0*J. 79/ z —0 1 4

3.8 0.45 -0.35

8.9 1.0 0.02

2.1 0.25 -0.60

7.3 0.85 -0.07

1

0

1 yj. 11 .z.9 0 08

3.0 0.35 -0.46

0.95 0.11 -0.95

0.37 0.044 -1.36

5.0 0.60 -0.22

1.1 0 86 —0\j- 07yj / 0.49 0.059 -1.23

3.3 0.39 -0.41

1.2 0.15 -0.84

0.35 0.042 -1.38

11 . %J 0 1 6 —0 7Q

3.5 0.43 • -0.37

3.5 0.42 -0.37

2:8 0.34 -0.47

8.2 0.99 -0.00

4 f\ 0U.JO56 —0v7.Z9 J5 1.8 0.22 -0.65

7.2 0.87 . -0.06

20. 2.5 0.40

0.48 0.059 -1.23

4 8 0yi. J59y —0O. 9^Z. J 2.6 0.32 -0.49

0.55 0.068 -1.17

5.7 0.71 -0.15

10. 1.2 0.10

J . y 0 48 —O "19 U. jZ

6.0 0.74 -0.13

0.37 0.046 -1.34

0.31 0.039 -1.41

11. 1.4 0.15

249
Wavelength Spectrum Energy Levels

A K

2883.18 Nb II 3542 38216

2887.69 Nb II 14626 — 49246

2888 83 NhIN \J 1

1

2357 D^696"? \j y\jj

7804 ^ O 1^ '-T

. 4?'-r Z. Nh T T 1 1

1 08^6 45^75

2897 81 MhIN U II1

1

^0^0 ^7528

2899.24 Nb II 3542 — 38024

2908.24 Nb II 2357 — 36732

2908 88 Mb II 114791 '~r / V 1 491 58

291 0 59 Nh 1

1

^\J 3030 37377

291 1.74 Nb J J 2629 ^36963 \j y \j ^

2917.05 Nb II 10653 - 44925

2927.81 Nb II 4146 38291

2931.47 Nb II '2629 36732

2932 66 Nb II 10836 44925

2935 29 Nb II 9510 43568

2937.33 Nb II 10604 - 44639

Nb II 3542 — 37528

2945 88 NhIN \J II 1 0836 4477

1

T'T" III. 2946 1 2 NhIN VJ II ^030 ^696^ J\j y\j J 2946 y . 90y\j NhiN VJ II 2629 Z- VJ y 36553

2950.88 Nb II 4146 - 38024

2954.02 Nb 11 14678 — 48520

2954 53 NhIN vj 1

1

1 4791 48627

2956 89 NhiN VJ 1

1

1 7901 1 y\j I 41710

2970 40 NhIN w 1

1

1 2263 4591y 1 9y

2912.51 Nb II 11340 — 44971

2974.10 Nb II 10919 — 44532

2977 68 NhIN VJ 1

1

1 0653 44227

2078 04 NhiN VJ n 1 7292 50852

7979 88 NbiN VJ II 55021

2980.72 Nb II 12263 - 45802

2982.11 Nb II 3030 36553

2085 05 NhIN VJ

1

1

1 1 3055 46545

2990 ^ y y \j • 26^ \j NhiN VJ II 1 1 340 4-4111111 2991 ^ y y 1 1 95y ^ NbiN VJ II 10653 1 \J\j ^ ~J 44067

2994.73 Nb II 4146 - 37528

3002.21 Nb II 11340 — 44639

3005 \J\j ^ •II 77 NhiN VJ II 11 7292 1 y ^ 50552

301 0 38 NhiN VJ II 1y ^5949 y ^ y 491 58

3010 69 NhIN VJ IILI 1 7292 50498 \j^ y (J

3022.74 Nb II 17425 - 50498

3024.74 Nb II 10836 — 43887

^028 44 NhIN VJ IT1

1

^542 J\J ^655^ J J J

D\jZ^y. 1 T- NhIn vj 1

1

1

1

1 2806 45802

^0'^? 77 In u TTL

1

1 0f«04 4^568

In U

TILi 2^^20 D J J V 3039.82 Nb II 11340 44227

3044.76 Nb II 13666 46500

3055.52 Nb II 16053 48771

3063.79 Nb II 13666 46296

gf Log gf

IQS/sec

8 1 1 0 0u.uuoo

D.O 0U. 87OZ —Ou.uo08

2 8 0U.J^sJ —A At< 4.3 0.54 -0.27

5.5 0.69 -0.16

U.Oo n 1 nU. I / A A U.JO —A 7 ^ U.Z J 22 7Z.O8 0 4^

7.6 0.96 -0.02

4.7 0.60 -0.22

D.tA 0 8 1 U. o 1 —0U.U700

11 7/

.

7Z. 11 0U. 'WJ J 0 1 ^ U. 1 J —0U. 88oo

3.2 0.41 -0.38

1.7 0.23 -0.65

0U.JO^8 —OU.f47z

11 0u. 1 '\ I . J 0 1

1

U. 1 J 0".08 1 . J 0 1 1 U. 1 1 1.2 0.15 -0.82

0.97 0.13 -0.90

1 D. Z.U 7 0 U.J I J.U 0U.OA5J —OU. 11 0y

1 0 1 3 0U. 11 7z

1.6 o!20 -0.69

4.3 0.57 -0.25

^0 J.Z S 7 0u. 77/ z 98Zo. 7 J. / 0U. J57/

1 7 7Z.J^ U. jO

23. 3.1 0.49

36. 4.8 0.68

11 7z. 1 .D 0U. 11 0^

1I . 8o 0U.Z75J —0U.O(\\1 8 A 1 1 0U.U05J 31. 4.2 0.62

6.1 0.83 -0.08

3.^ 7/ nU. 7A/ D —0U. 11 7z

o.u 0u. 87oz —0u.u^00

zu. 7 7 Z. / n A'x U.'f J 9.6 1.3 0.12

12. 1-7. 0.22

70ZU. 7z. 7/ 0U.^A'XJ 8 /L 1 1 1 .

1

0U.UOOA

7Z.OA U. JO —O AA

3.4 0.47 -0.33

16. 2.2 0.35

u. I y nu.uzo n7A —1 ^0

7 7 Z. / U.JO —O 47

1 J. 1 s 1 . o 0U.Z75J 77ZZ. j.U nU.'+o 48

9.1 1.3 0.11

250
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

3064.53 Nb II 10247 42869

3065.26 Nb II 10836 43450

3066.10 Nb II 13690 46296

3069.68 Nb II 13055 45622

3070.90 Nb II 14791 47345

3071.18 Nb II 15949 48501

3071.56 Nb II 11340 43887

3072.51 Nb II 13119 45656

3073.24 Nb II 2357 34886

3076.87 Nb II 3030 35521

3080.35 Nb II 10836 43290

3087.86 Nb II 12263 44639

3094.18 Nb II 4146 36455

3099.19 Nb II 2629 34886

3127.53 Nb II 17425 49390

3129.64 Nb II 10653 42597

3130.79 Nb II 3542 35474

3140.50 Nb II 12806 . 44639

3145.40 Nb II 8320 40104

3152.16 Nb II 21073 52788

3163.40 Nb II 3030 34632

3173.20 Nb II 14791 46296

3175.78 Nb II 10653 42133

3180.29 Nb II 7901 39335

3181.40 Nb II 7261 38685

3184.22 Nb II 15949 47345

3189.28 Nb II 17425 48771

3191.10 Nb II 4146 35474

3191.43 Nb II 17292 _ 48617

3194.98 Nb II 2629 _ 33919

3203.35 Nb II 17292 48501

3206.34 Nb II 7506 38685

3215.60 Nb II 3542 _ 34632

3223.32 Nb II 8320 _ 39335

3225.48 Nb II 2357 _ 33351

3229.56 Nb II 7261 38216

3236.40 Nb II 3030 33919

3247.47 Nb II 7901 38685

3248.94 Nb II 6192 _ 36963

3254.07 Nb II 2629 33351

3260.56 Nb II 17470 48130

3263.37 Nb II 21073 51707

3272.22 Nb II 14791 45342

3283.46 Nb II 16053 _ 46500

3291.06 Nb II 3542 _ 33919

3292.02 Nb II 15551 45919

3294.36 Nb II 15949 46296

3319.58 Nb II 7261 37377

3320.81 Nb II 15551 45656

3341.60 Nb II 10186 40104

9.7 1.4 0.14

4.0 0.56 -0.25

4.0 0.57 -0.24

1 1. 1.5 0.18

16. 2.2 0.35

6.9 0.97 -0.01

6.5 0.92 -0.04

6.6 0.93 -0.03

0.47 0.067 -1.17

2.3 0.32 -0.49

5.5 0.78 -0.1

1

5.6 0.80 -0.10

14. 2.0 0.29

0.68 0.098 -1.01

67. 9.8 0.99

1.4 0.21 -0.68

8.5 1.3 0.10

5.7 0.84 -0.07

8.1 1.2 0.08

29. 4.3 0.64

5.3 0.80 -0.10

9.4 1.4 0.15

5.7 0.86 -0.07

6.6 1.0 0.00

0.96 0.14 -0.84

12. 1.9 0.27

17. 2.6 0.41

1.7 0.27 -0.57

33. 5.0 0.70

3.8 0.57 -0.24

25. 3.9 0.59

4.3 0.67 -0.18

1.8 0.27 -0.56

1.3 0.20 -0.69

2.6 0.40 -0.40

1.8 0.28 -0.55

1.5 0.24 -0.62

2.9 0.46 -0.33

1.1 0.17 -0.78

1.0 0.16 -0.79

47. 7.5 0.88

62. 9.8 0.99

7.2 1.2 0.06

27. 4.4 0.65

0.32 0.052 -1.28

18. 2.9 0.47

1 1. 1.8 0.25

1.2 0.20 -0.70

4.5 0.74 -0.13

2.8 0.47 -0.33

251
Wavelength Spectrum Energy Levels Log gf

A K IQS/sec

3343.96 Nb II 8320 — 38216 I.l 0.18 -0.73

3365.58 Nb II 8320 — 38024 1.6 0.27 -0.57

J jO". I O In D 11 1 SQ/IQ 1 J y^y 45677 13. 2.3 0.36

3372.56 Nb II 10919 40561 1.7 0U.Z7QJ7 —0U.JSIJ 3374.25 Nb II 7901 37578 o!46 0.078 -1.11

3386.24 Nb II 9813 — 39335 3.1 0.53 -0.28

3394.98 Nb II 12263 — 41710 1.5 0.26 -0.59

MV-. II

IN D 11 1 40D I 5.8 1.0 0.00

3408.68 Nb II 6192 J"^557 J J 1 L. \

1 <: 1 . J 0u.zo76 —

n

\j.jy

3409.19 Nb II 5562 0.96 0.17 -Q.ll

3412.94 Nb II 7261 — 36553 2.0 0.34 -0.46

3420.63 Nb II 7506 — 36732 0.81 0.14 -0.85

MV-i II In D 11 1

I HQ\jy 11 Qy 40104 5.4 0.95 -0.02

3426.57 Nb II 10604 39780 4 Q 0 86 —0U.UD06

3432.70 Nb II 16219 45342 19. 3.3 0.52

3436.96 Nb II 15551 - 44639 7.6 1.3 0.13

3439.92 Nb II 7901 — 36963 0.87 0.16 -0.81

j'ffU. J" IN D II o JZU 37377 2.0 0.35 -0.46

3452.35 Nb II 14661 4361 8 5 7 1 0 0 01

3479.56 Nb II 10604 39335 3.8 0.68 -0.17

3484.05 Nb II 6192 - 34886 0.54 0.098 -1.01

3489.09 Nb II 7901 — 36553 0.65 0.12 -0.93

JJL u.zo ND II I OUJ D JZ 16. 3.0 0.48

3515.42 Nb II 10247 38685 'KJ .z7 0 5Q -flU. 7^Z J 3517.67 Nb II 16219 446'^0 17. 3.2 0.50

3540.96 Nb II 8320 — 36553 2.2 0.41 -0.39

3568.51 Nb II 7506 — 35521 0.33 0.063 -1.20

JO I y.J 1 JND II "7001 "^557 1 2.0 0.39 -0.40

3619.73 Nb II 15949 43568 J.Z ^ 7 0 64 -ft 70

3633.31 Nb II 16053 43568 5.9 1.2 0.07

3651.19 Nb II 7506 — 34886 2.3 0.45 -0.35

3659.61 Nb II 15551 — 42869 11. 2.2 0.33

ICQ-; Q-7 M D II 1 "7/1 O < I /4Zj 44532 8.6 1.8 0.25

3688.18 Nb II 10919 38024 11 . 0w 0 7

1

-0 68

3695.90 Nb II 14661 41710 3.3 0.67 -0.18

3709.25 Nb II 11340 — 38291 2.5 0.51 -0.29

3720.46 Nb II 13690 — 40561 2.1 0.44 -0.35

J /4u. 1 i MK T T ND II 1 jUj J jy 1 oyj 13. 2.8 0.45

3781.38 Nb II 13666 401 04 7Z.J)^ 0 50 -0 30

3818.86 Nb II 12806 3.4 0.75 -0.12

3828.24 Nb II 13666 — 39780 0.68 0.15 -0.82

3831.84 Nb II 13690 — 39780 3.5 0.78 -0.11

iooD.Uz M D II 11110 1 3 1 1 y 3 O 70*4- 1.1 0.25 -0.61

3879.35 Nb II 14791 4056 1 1 7 0 39 -0 41

3898.28 Nb II 13690 jy D D J 1.9 0.44 -0.36

3919.72 Nb II 13480 38984 0.56 0.13 -0.89

3952.37 Nb II 13690 38984 1.1 0.26 -0.58

4000.60 Nb II 14791 39780 0.82 0.20 -0.71

4072.07 Nb II 13666 38216 0.54 0.13 -0.88

4119.28 Nb II 21073 45342 9.1 2.3 0.36

252
Wavelength Spectrum Energy Levels

A K

4156.68 Nb II 16053 - 40104

4367.97 Nb II 13666 - 36553

4492.96 Nb II 21040 - 43290

4527.65 Nb II 12806 - 34886

4579.45 Nb II 13690 - 35521

4789.96 Nb II 19690 - 40561

gA gf Log gf

108/sec

0.81 0.21 -0.68

0.36 0.10 -0.99

1.2 0.37 -0.43

0.15 0.045 -1.35

0.18 0.055 -1.26

1.5 0.53 -0.28

253
Wavelength Spectrum Energy Levels

A K

4301.22 Nd I 2367 25609

4343.50 Nd I 0 — 23016

4444.99 Nd I 0 — 22491

4475.84 Nd I 2367 — 24703

4480.97 Nd I 1128 — 23438

4481.90 Nd I 1 128 23434

4527.25 Nd I 5049 - 27131

4542.06 Nd I 0 — 22010

4548.24 Nd I 3682 — 25662

4559.67 Nd I 2367 — 24292

4603 82 Nd I 5049 26764

4609.87 Nd I 1128 — 22815

4621.94 Nd I 2367 — 23996

4626.50 Nd I 1128 — 22737

4627.98 Nd I 2367 — 23968

4634.24 Nd I 0 21572

4637.20 Nd I 0 - 21559

4639.14 Nd I 1 128 — 22678

4654.73 Nd I 1128 — 22606

4671.10 Nd I 1128 — 22530

4673.97 Nd I 2367 23756

4675.52 Nd I 3682 — 25064

4683.45 Nd I 0 — 21346

4684.04 Nd I 1 128 — 22471

4690.35 Nd I 0 — 21314

4696.44 Nd I 3682 24968

4706.96 Nd I 1128 - 22367

4731.77 Nd I 1128 — 22256

4749.75 Nd I 3682 — 24730

4755.85 Nd I 3682 — 24703

4760.45 Nd I 1 128 22129

4787.40 Nd I 1128 - 22010

4806.62 Nd I 1128 — 21927

4835.66 Nd I 2367 — 23040

4853.33 Nd I 1128 — 21727

4855 31 Nd I 1 128 21718

4866.74 Nd I 0 - 20542

4869.27 Nd I 3682 — 24213

4893.23 Nd I 1128 — 21559

4896.93 Nd I 1128 — 21543

4907.26 Nd I 2367 22739

4907.78 Nd I 2367 - 22737

4910.05 Nd I 0 — 20361

Nd I 3682 — 23996

Nd I 0 — 20301

Nd I 1128 21314

4954.78 Nd I 0 20177

5029.45 Nd I 1128 21005

5040.20 Nd I 1128 20963

5056.89 Nd I 0 19770

gA gf Log gf

108/sec

Q.ll 0.2

1

-0.67

0.37 0. 1

1

-0.98

0.29 0.085 -1.07

0.28 0.083 -1.08

0.86 0.26 -0.58

0.43 0. 13 A OA -0.89

2.2 0.67 A 1 O —0. 1

8

0.37 All 0. 1

1

A A C —0.95

1.0 0.32 -0.50

1.4 0.44 -0.36

1.7 C\ C A 0.54 -0.27

0.56 A 1 O

0. 1

8

A ^ C -0.75

2.3 0.75 -0. 12

0.46 0.15 -0.83

0.78 0.25 -0.60

2.0 0.64 A A -0.20

0.23 0.074 1 1 ^ -1.13

0.45 A 1 C0. 15

c\ a A —0.84

1.1 0.35 -0.46

0.35 0.11 -0.94

0.25

r\ r\ o 1 0.081 1 AA —1 .09

0.89 0.29 A C -0.53

1.6 C\ C A 0.54 —0.27

0.77 0.25 -0.59

0.56 0.18 -0.73

2.8 0.92 A A /! —0.04

1.0 0.33 A AO -0.48

0.98 0.33 A AO —0.48

0.99 0.33 -0.48

0.66 0.22 -0.65

0. 14 0.049 -1.3

1

0. 14 0.048 -1.32

0.26 A AA'l 0.092 1 C\ A —1.04

0.26 0.091 -1.04

0.51 0.18 -0.75

0.22 0.076 —1.12

0.83 A A 0.29 A CI —0.53

0.58 A 1 0.21 A O —0.68

0.28 0.100 -1.00

1.7 0.60 -0.22

0.24 A A O O 0.088 1 AzT —1.06

0.24 A A O O 0.088 1 A/' —1.06

0.25 f\ f\C\f\ 0.090 1 AC -1.05

0.42 0.15 -0.82

2.0 0.71 -0.15

0.39 C\ \ A 0. 14 f\ O A —0.84

1.5 0.56 -0.25

0.61 0.23 -0.64

0.36 0.14 AO/' —0.86

0.43 0.17 -0.78

254
Wavelength Spectrum Energy Levels

A K

5071.87 Nd I 1 128 20839

5073.87 Nd I 3682 - 23385

5178.75 Nd I 1 128 — 20432

5195.60 Nd I 2367 — 21608

5198.07 Nd I 1128 — 20361

5204.38 Nd I 0 19209

5213.23 Nd 1 2367 - 21543

5300.58 Nd I 1 128 — 19989

5334.33 Nd I 0 — 18741

5349.58 Nd I 1 128 — 19816

5411. 93 Nd I 2367 20839

5501.47 Nd I 0 - 18172

5529.07 Nd I 1 128 — 19209

5533.82 Nd I 2367 20432

5561.17 Nd I 0 17977

5576.70 Nd 1 3682 21608

5620.54 Nd I 0 - 17787

5675.97 Nd I 1 128 — 18741

5764.23 Nd I 3682 — 21025

5784.96 Nd I 2367 — 19648

5820.37 Nd 1 1 128 18304

5826.74 Nd I 3682 - 20839

6149.28 Nd I 0 — 16258

6226.50 Nd I 2367 — 18423

6310.49 Nd I 2367 — 18209

6385.20 Nd I I 128 16785

6485.69 Nd I 0 15414

6630.14 Nd I 0 15078

6670.37 Nd I 2367 17354

8043.33 Nd I 1128 13557

gA gf Log gf

108/sec

U.4 1 A 1 <c u. 1 o —A QA U.oU

U.4o n 1 0 ^j. 1 J nil U. 1

1

U.U4j —1 .J / 0.45 0.18 -0.74

0.32 0.13 -0.89

u.z / A 1 1 U. 1 1 —n QT u.y /

1 1 A < 1 U.J 1 —u.zy

U. 14 A A/; 1 U.Uo J —111 1 .Z

1

0.10 0.044 -1.36

0.19 0.080 -1.10

n 1 1

U. 1 J A A< < U.Uj J —1 OA 1 .ZO

U. IZ U.Uj J 1 .Zo

U.Uo 1 U.Uj / —1 A 1\ .4j

0.57 0.26 -0.58

0.17 0.080 -1.10

n lA U.Z4 A 1 1 U. 1 I n Q^

U.o / AU. jZn —A ^A U. jU

U.J J U.Zo A < 0 —U.JO

0.084 0.042 -1.38

0.24 0.12 -0.92

A AQQ A A^

A

U.UjU — 1 1C\

1 . jU

U.Z4 A 1 T U. 1 Z —u.yz n c\^A U.Uj4 A A1 1 U.Uj 1 —1 .J 1 0.11 0.064 -1.20

0.21 0.12 -0.90

A 1 A U. 1 O A AQQ 1 A

1

—1 .Ul

U.UjZ A A1 1 U.Uj J — \ Act

U.Uj / A nil U.Uj / — 1 A 11 .4j n r\A 1 U.U4 / A A1 1 U.Uj I —1 ? A 1 . jU

0.012 0.012 -1.93

255
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

3282.78 Nd II 0 - 30453 0.066 0.011 -1.97

3328.28 Nd II 0 30037 0.48 0.079 -1.10

3334.48 Nd II 1470 31451 0.51 0.084 —1 07

3339.07 Nd II 513 _ 30453 0.38 0.064 -1 19

3354.60 Nd II 1650 _ 31451 0.15 0.025 -1 60

3470.86 Nd II 1650 - 30453 0.16 0.030 -1.53

3522.05 Nd II 3067 31451 0.22 0.041 -1.39

3615.82 Nd II 1650 29298 0.39 0.076 -1.12

3752.67 Nd II 0 26640 0.19 0.040 -1.40

3769.65 Nd II 1650 28170 0.40 0.085

) -1.07

3780.40 Nd II 3802 30247 0.82 0.18 -0.76

3807.23 Nd II 513 26772 0.25 0.055 -1.26

381 1.06 Nd II 3067 29298 0.26 0.056 -1.25

3811.77 Nd II 0 26227 0.12 0.027 -1.57

3826.42 Nd II 513 _ 26640 0.62 0.14 -0.87

3838.98 Nd II 0 - 26041 0.74 0.16 -0.78

3848.24 Nd II 1470 27449 1.1 0.25 -0.61

3863.33 Nd II 0 25877 1.6 0.35 -0.45

3869.07 Nd II 1470 _ 27309 0.54 0.12 -0.92

3880.78 Nd II 513 _ 26274 0.56 0.13 -0.90

3887.87 Nd II 513 - 26227 0.25 0.058 -1.24

3894.63 Nd II 513 26182 0.38 0.086 -1.07

3937.57 Nd II 0 25389 0.025 0.0059 -2.23

3941.51 Nd II 513 25877 0.88 0.20 -0.69

3951.16 Nd II 1470 _ 26772 1.1 0.26 -0.58

3952.20 Nd II 0 - 25295 0.30 0.070 -1.16

3958.00 Nd II 513 25772 0.25 0.059 -1.23

3963.12 Nd II 3802 29027 1.4 0.34 -0.47

3973.30 Nd II 5086 30247 1.6 0.39 -0.41

3973.69 Nd II 2585 27744 0.55 0. 1

3

-0.89

3976.85 Nd II 0 - 25138 0.26 0.062 -1.20

3979.49 Nd II 1650 26772 0.42 0.099 -1.00

3982.36 Nd II 3067 28170 0:27 0.064 -1.20

3990.10 Nd II 3802 _ 28857 1.5 0.35 -0.46

3991.74 Nd II 0 _ 25045 0.35 0.084 -1.08

4000.50 Nd II 1650 - 26640 0.22 0.053 -1.28

4012.25 Nd II 5086 30002 5.2 1.3 0.10

4018.81 Nd II 513 25389 0.14 0.035 -1.46

4020.87 Nd II 2585 27449 0.70 0.17 -0.77

4021.34 Nd II 2585 27446 0.70 0.17 -0.77

4024.78 Nd II 513 - 25352 0.13 0.031 -1.51

4030.47 Nd II 1470 26274 0.20 0.049 -1.31

4034.01 Nd II 513 25295 0.025 0.0062 -2.21

4038.12 Nd II 1470 26227 0.13 0.032 -1.49

4040.80 Nd II 1470 26211 1.5 0.36 -0.44

4043.59 Nd II 2585 27309 0.27 0.066 -1.18

4051.15 Nd II 3067 27744 0.64 0.16 -0.81

4059.96 Nd II 1650 26274 0.42 0.10 -0.98

4061.09 Nd II 3802 28419 4.3 1.1 0.03

4069.28 Nd II 513 25081 0.39 0.097 -1.01

256

1
Wavelength Spectrum Energy Levels

A K

4075.12 Nd II 1650 26182

4075.28 Nd II 513 — 25045

A f\Of\ "J 4O0U.23 Nd II M3 Z5U14

4085.82 Nd II (J Z4468

A 1 C\f\ A 4100.24 Nd II 3067 ^ n A A a

4106.59 Nd II 4512 28857

4109.08 Nd II 513 - 24843

A 1 f\C\ A ^ 4109.46 Nd II ^ c 0 z 2585 26913

A t t f\ AO 41 10.48 Nd II 0

0 /I O 'O 1 2432

1

41 13.83 Nd II 1470 25772

4120.66 Nd II 5986 30247

4123.88 Nd II 3067 - 27309

4133.36 Nd II 2585 26772

A t A A z a 4144.56 Nd II 1650 251/

Z

A C /' f\0 4156.08 Nd II

1 Aid 1470 Z Z A 25524

4173.38 Nd II 513 24468

4175.61 Nd II 5086 — 29027

4177.32 Nd II 5 1

3

A A A Z 24445

A 1 TO CO 4179.59 Nd II 1470 25389

4 1 06.04 Nd II

^ Anf\ 1470 25352

4199.11 Nd II 513 24321

4205.60 Nd II 5086 — 28857

421 1.29 Nd II

1 ^ Z f\ 1650 25389

A"^ t n 0 ^217.28 Nd II 3067 26772

4220.25 \T J II Nd II 2585 26274

4227.73 Nd II 3802 _ 27449

4228.03 Nd II 1650 - 25295

4228.20 Nd II 3802 ^ 1 A A /' 27446

A"^ 1 0 4232.38 Nd II CIO

5 1

3

241 34

4234. 19 Nd II

1 A^ f\ 1470 25081

4246.88 Nd II 513 24053

4247.38 Nd 11 0 - 23537

4256.24 Nd II 1650 25 138

4266.7

1

XT -J II Nd II 1650 C AO 1 2508

1

4270.56 XT J II Nd II 0

0 /I 1 A 23410

4272.79 Nd II 0 23397

4277.29 Nd II 1470 - 24843

4282.57 Nd II CIO 513 23857

4284.52 XT J .1 Nd II 5086 28419

4303.58 Nd II 0 23230

4307.78 Nd II 3067 _ 26274

4310.51 Nd II 1650 - 24843

43A 'i14.52 A 0 Nd II 0 23171

4515 Jo Nd II 3802 2691

3

433o. /U XT *J II Nd II c no z: 5986 AAO n 29027

A'^ A'^ f\n 4342.07 Nd II z 1 "y 513 23537

4351.29 Nd II 1470 24445

4358.17 Nd II 2585 25524

4358.70 Nd II 4512 27449

4359.25 Nd II 4512 27446

gA gf Log gf

IQS/sec

0.35 0.086 -1.07

0.17 0.042 -1.38

f\ l ^7 0.17 0.041 -1.38

0.071 0.018 -1.75

0.13 0.033 -1.48

0.21 f\ f\ Z A 0.054 -1.27

0.45 0.12 -0.94

1.5 0.39 -0.41

0.15 0.037 -1.43

0.13 0.034 -1.47

0.13 0.033 -1.48

0.27 0.070 -1.15

0.28 0.071 1 1 z -1.15

0.075 0.019 -1.72

1.3 0.32 -0.49

0.031 0.0081 —2.09

0.90 0.24 -0.63

0.72 0. 19 -0.72

0.26 0.067 -1.17

0.053 0.014 -1.85

0.035 0.0093 —2.03

0.51 0.13 —0.87

0.19 i\ f\z -t 0.051 -1.30

0.070 0.019 -1.73

0.15 0.040 -1.40

0.32 0.085 -1.07

0.073 0.020 -1.71

0.13 0.036 -1.44

0.36 0.097 -1.02

0.094 0.025 -1.60

0.033 0.0089 —2.05

0.49 0.13 -0.88

0.026 0.0070 -2.16

0.13 0.034 -1.46

0.055 0.015 -1.82

0.079 0.022 -1.67

0.047 0.013 1 OA —1.89

0.063 0.017 -1.76

0.68 0.19 -0.73

1.2 0.34 -0.47

0.1

1

0.030 -1.53

0.036 0.0100 -2.00

0. 10 0.029 1 Z A -1.54

0.70 0.20 -0.71

0.63 0.18 -0.75

0.033 0.0094 -2.03

0.22 0.061 -1.21

0.37 0. 10 -0.98

0.063 0.0] 8 -1.75

0.050 0.014 -1.84

257
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4368.64 Nd II 513 23397 0.080 0.023 -1.64

4374.93 Nd II 1470 — 24321 0.15 0.042 -1.38

4382.74 Nd II 3067 c on

n

256// A r\cn 0.057 A A 1 ^ 0.016 1 ^7 A —1.79

4385.66 Nd II 1650 A A A C 24445 0.23 0.066 -1.18

4391.10 Nd II 2585 25352 A A*^ O 0.028 0.0081 —2.09

4400.83 Nd II 513 23230 0.12 0.036 -1.44

4411.06 Nd II 1470 — 24134 0.15 0.044 -1.36

441Z.Z/ Nd II C 1 1 J 13 Z3 1 / 1 A A'2 A 0.U30 A AAOO o.oooy O AC —Z.05

A A \ A A A 4414.44 Nd II J 13 TJ 1 ^A Z3 1 oO A A 1 C O.Ul 5 A AA/f A 0.0044 —O 1 c Z.35

44ZD.03 \1A TT INa II 14 /U T/l ACJ Z4U53 A AAQQ A AAOQ —0 C/1 Z.54

4446.39 Nd II 1650 — 24134 0.17 0.051 -1.29

4451.57 Nd II 3067 — 25524 0.60 0.18 -0.75

/I /I C 1 QQ 44J 1 .yy \J ^ TT JMa II AU ZZ45D A Al Q 0.038 A A 1 1 0.01 1 — 1 QC 1 .5*5 A A Z£i Ar\ 44JD.4U \T TT Nd II Zo4 1

V

A "JA 0.30 A AO 1 o.oy 1

1 A/1 —1.04

44DZ.42 TT Nd II

1 ^ ^ A T /I A C

1

Z4053 A A/1 Q o.o4y A A 1 C 0.015 —l.o3

4462.99 Nd II 4512 26913 0.49 0.15 -0.84

4465.07 Nd II 0 — 22390 0.019 0.0055 -2.26

A A Z £ir\ 44dj.oU Nd II1 A nc\ 14/U O '2 O C-7 Z3oj / A f\1 ^ U.U33 A AAOO o.ooyo A 1 —Z.Ul

A Al f\ c\n KT -3 T T Nd II C AO ^ 5086 n A A /I 27446 0.064 A A 1 n 0.019 1 n 1 —1.7

1

A An z zn Nd II 513 "O O C 1 ZZ85 1 A AAO O 0.0088 A AAO 1 0.0027 O CO —2.58

4485.95 Nd II 3067 25352 0.018 0.0054 -2.27

4501.82 Nd IT 1650 — 23857 0.11 0.034 -1.46

M ^ T T Nd II J 13 ZZ6y / A A /I 1 0.041 A A 1 O O.OIZ 1 0

1

—i.y 1 4541. z/ Nd II 3067 O CAO 1 Z50o 1 AIT 0. 1

3

A A /I O 0.04Z —1.3o

A C < A 0*7 4j j4.y / KT ^ T T Nd II 30o / O C A 1 y1 Z5014 A A 1

"2 0.01 3 A AA/1 1 0.0041 O 0 Q —z.3y

4556.14 Nd II 513 22456 0.019 0.0060 -2.22

4556.74 Nd II 1470 — 23410 0.021 0.0066 -2.18

4jd /.6

1

'hT^ TT Nd II 1 djO Z353 / A AOO o.ozz A AA/C O O.OOoo O 1 ^7 —Z. 1 /

/I CQ/I A Z 43y4.4j Nd II1 ^ C A 16j0 Z341U A AO 1 O.OZ 1 O.OOo / O 1 ^ —Z. 1 / 4 jy /.uz \T /A TT Nd II

1 ^ ^ A lojO oil QT Z33y / A AC 1 0.05 1 A A 1 ^ 0.0 1 D1 '7Q —1. /y

4607.38 Nd II 4512 26211 0.023 0.0075 -2.13

4612.47 Nd II 513 - 22188 0.0060 0.0019 -2.72

4632.64 Nd II 1650 23230 A A 1 0.012 A AAO n O /I 1 —2.41

4680.74 Nd II CIO 513 ^ 1 on 1 21871 A AT n 0.039 A A 1

'5 0.013 1 on —1.89

4703.57 Nd II 3067 24321 A Az: o 0.062 A AO A 0.020 —1.69

4706.54 Nd II 0 21241 0.094 0.031 -1.50

4709.71 Nd II 1470 — 22697 0.057 0.019 -1.72

4715.59 Nd II 1650 2285 1 A A C O 0.059 A AO A 0.020 1 ^7 A —1. /O

4/b3.t>2 Nd II 3067 24053 A AO 1 0.021 A A/\'70 0.00 /Z O 1 /I —Z. 14

An ^ "J on 4763.87 M J TT Nd II1 /I T A 1470 22456 A AO A 0.0Z4 A AAOA O.OOoO O 1 A —Z. 10

4797.15 Nd II 4512 25352 0.077 0.026 -1.58

4799.42 Nd II 0 — 20830 0.011 0.0037 -2.43

AO ^ 1 1 A 4o 1 1 .34 T T Nd II CIO J 13 z izyz A A/1 O o.o4y A A 1 "7 0.01 / —l./f

4o'Z0. j4 T T Nd II

1 /C C A 1650 OO "5 OA zz3yo A A/1 A 0.040 A A 1 /I 0.014 —1 .00

A G'^ A 1 O 4oZ4. 15 Nd II 45 IZ O CO 1 c Z5Z35 A AAOQ o.oooy A AA'3 1 0.003 1 —0 C 1 Z.5 1

4oZ5.4o T T Nd II

i An f\ 14/0 O O 1 o o ZZloo A AOC o.oy5 A Al 1 0.033 —[1 AQ .48

4835.98 Nd II 0 20673 0.012 0.0043 -2.36

4859.02 Nd II 2585 23160 0.10 0.036 -1.45

4867.84 Nd II 1650 22188 0.013 0.0045 -2.34

4876.12 Nd II 25014 0.014 0.0050 -2.30

258
Wavelength Spectrum Energy Levels

A K

4902.03 Nd II 513 20907

4914.37 Nd II 3067 — 23410

/I no A no 4y2U.Do Nd II 5 1 3 o no '2 n ZUoiU

45*31). /I Nd II 663 / 1 Q 1 '2 Z6y 1 i

4y4z.yj Nd II 5yo6 1 1 Z6Z 1 1

4943.90 Nd II 1650 21871

4958.10 Nd II 3067 — 23230

4959. 1

3

"NT -3 WW Nd II c 1

1

5 1 3 o n^c 1

1

4961.39 M J WW Nd II c no ^: 5086 z5zi5

4970.93 IvT J WW Nd II o c o c 2585 2Z6y /

5027.85 Nd II 4438 24321

5033.52 Nd II 9166 — 29027

C f\OC\ O A 5089.84 Nd II

1 Zl C A 1650 1 O A'l ZilyZ

CAO^ OA 5092.80 Nd II 3067 22697

C AA /' C 5096.52 Nd II 4438 24053

5102.39 Nd II 5488 25081

5107.59 Nd II 6637 — 26211

c 1 in /; 1 5 1 iy.6i NT ^ ¥ ¥ Nd II Z AOQ 5488 o c n 1 /I z5U14

Clin Nd II 1 U5 1 / 3UUUZ 1 nnm

C 1 /I 1 1 -} J 14j. J J Nd II 14 /U zuyu /

5165.14 Nd II 5488 24843

5167.92 Nd II 4512 — 23857

c 1 o 1 1-7 5 1 o 1 . i / M J ¥ ¥ Nd II 6y3Z Z6zz / J 1 8Z.6U M J ¥ ¥ Nd II 6(JU5 o CO n

c

Z5zy5

c 1 n 1 A z 5 iyi.45 M -3 ¥ ¥ Nd II

1 c n 1 651) ozUVU nnm/

5192.62 Nd 11

• 9166 28419

5212.37 Nd II 1650 - 20830

C AC 5225.05 Nd II

/- {\r\ c 6005 25138

5228.43 Nd II 3067 22188

5234.20 Nd II 4438 23537

5249.59 Nd II 7869 26913

5250.82 Nd II 6005 — 25045

5255.5

1

Nd II

1 /I C A 1650 20673

C O A'J 52 73.43 M -J WW Nd II C AO O 5488 O /I /I /I c 24445

5z /6.88 Nd II 6932 258 / /

5293.17 Nd II 6637 — 25524

5302.28 Nd II 11392 — 30247

5 jU6.4 / II 65*32 O C ^7 -70 25 / /2

Nu 11

1 n 1 o c

1 U 1 y5 o ono ^ 2VU2 / < 1 1 AH 53 1 1.46 Nd II 26 / /2

5319.82 Nd II 4438 23230

5336.55 Nd II 4438 — 23171

5345.7 1 Nd II AA A T 9043 27744

C O C ^ AO 5356.98 Nd II

1 A 1 A C 10195 28857

C T 1 1 "7 5361.17 Nd II 45 12 23 160

5361.47 Nd II 5488 241 34

5371.94 Nd II 11392 30002

5399.12 Nd 11 7525 26041

5416.38 Nd II 6932 25389

5421.56 Nd II 6005 24445

gA 1 .ACT CTT lO^/sec

0.020 0.0072 -2.14

0.064 0.023 -1.64

0.061 0.022 -1.65

0.037 0.013 -1.87

0.030 0.011 -1.96

0.015 0.0054 -2.27

0.026 0.0096 -2.02

0.068 0.025 -1.60

0.12 0.045 -1.34

0.015 0.0056 -2.25

0.042 0.016 -1.80

0.36 0.14 -0.86

0.041 0.016 -1.79

0.15 0.060 -1.22

0.039 0.015 -1.81

0.15 0.059 -1.23

0.42 0.16 -0.79

0.030 0.012 -1.93

2.3 0.90 -0.05

0.021 0.0084 -2.08

0.14 0.054 -1.27

0.054 0.022 -1.66

0.15 0.060 -1.22

0.11 0.043 -1.37

0.13 0.053 -1.28

1.4 0.56 -0.25

0.079 0.032 -1.49

0.11 0.045 -1.35

0.048 0.020 -1.71

0.25 0.10 -0.99

1.0 0.43 -0.37

0.17 0.070 -1.16

0.090 0.037 -1.43

0.42 0.18 -0.75

0.16 0.065 -1.19

0.67 0.28 -0.55

0.61 0.26 -0.59

0.1

1

0.048 -1.32

0.072 0.030 -1.52

0.30 0.13 -0.89

0.26 0.11 -0.96

0.046 0.020 -1.71

0.15 0.065 -1.19

0.46 0.20 -0.70

0.023 0.0099 -2.00

0.19 0.084 -1.08

0.54 0.23 -0.63

0.026 0.01

1

-1.94

0.070 0.031 -1.51

0.060 0.027 -1.58

259
Wavelength Spectrum Energy Levels

A K

5431.53 Nd II 9043 27449

5432.36 Nd II 9043 — 27446

j44z.Z / Nd II Z AOO

C A An C J44/.JD Nd II O yl '> A lb 1 11

5455.82 Nd II ^ A C A 7950 26274

5473.08 Nd II 9043 27309

5474.73 Nd II 7950 — 2621 1 5483.12 Nd II 7950 O ^ 1 OO 26182

C A O C '7 A 5485.70 Nd II1 A 1 A C 10195 O /I 1 A 28419

548 /.U3 Nd II 84zU Z664U

5508.40 Nd II 6932 — 25081

5539.26 Nd II 6005 — 24053

J j48.4 / Nd II 4438 0 0 /I C/I ZZ4jo

J JO 1 .oU i¥ Nd II z4843

Nd II yU43 zoyi3

5603.65 Nd 11 3067 20907

5614.30 Nd II 8420 — 26227

5oz J. /z Nd II /jZj ZjZyj

5oo8.8 / Nd II 1 1 3yz AAO n zyuz / 5688.53 Nd II ncicr\ 25524

5698.93 Nd II 12460 30002

5702.24 Nd II 6005 - 23537

5706.2

1

Nd II 7525 C A A C 25045

5708.28 Nd II ^ A'5 6932 24445

5718.12 Nd II 1 1 373 28857

5726.83 Nd II 8420 25877

5740.86 Nd I! 9358 - 26772

cn A'J '~if\ 5 /43.2U Nd II 1U33 / OT? A A z / / 44

C7 A A 1/1 5 /44. 14 Nd II£i f\nc 6UU5 O T /I 1 A z34 1

U

J /44. / / Nd II O CO Zj3 jz

5748.15 Nd II 6005 — 23397

5761.70 Nd II 8420 — 25772

J / /U. jU Nd II 8 / 1 / O ^ A /I 1 3oU4.Uz Nd II 6UU5 O "3 O ^ A Z5Z30

coil c? 581 1.57 Nd II 6y3

1

^ A ^ 1 A Z4134

5825.87 Nd II 8717 25877

5842.39 Nd II 10337 — 27449

5865.06 Nd II 1 1 373 zo41 V

C O A 1 C T 5891.53 XT 1 t-w Nd II O /I A 8420 25389

5900.43 Nd II 7525 24468

5906.65 Nd II 6932 23857

5934.75 Nd II 6005 — 22851

C AO A A 5989.34 XT J , , Nd II AA c 6005 22697

603 1.27 XT -J T X Nd II

1 AT T 10337 o ^ n 1

'5 26913

ZT AT /I /I 6034.24 XT .J -w-w Nd II 12460 O OAO 1

H 1 AO /I 1 6108.41 XT J -r T Nd II yo/4 O /I A /I 1 z6U41

6170.49 Nd II 9674 25877

6183.91 Nd II 9358 25524

6238.50 Nd II 8420 24445

6298.42 Nd II 7525 23397

gA gf Loggf

108/sec

U.Zo U. 1 .1 —A QA

U.UOj U.UZo 1 .JO

U.Uj / U.UZ J

1 /TA i.OU

0.052 0.023 -1.64

0.090 0.040 -1.39

nU.UOHA 11 n 07 7 U.UZ /11 .JO

U.UJD A A7 ^ U.UZ J

11 ^A .OU u.uzz AU.UA 11 AAUU 7Z.UUAA

0.40 0.18 -0.75

0.032 0.014 -1.85

A A1 ^ U.U 1 J —1 OT

1 .83 n n 1 8 U.U 1 o AU.UUo AAS^J —7Z.UA7/ U.UZ J A A 1 1 U.U 1 1 1 .70

0.027 0.013 -1.90

0.36 0.17 -0.77

u.uu / / A AAT/; U.UU3D —7 A A Z.44

U.U4D AU.UZZ A7 7 1 .00

V.Vjj A A 1 7 U.U 1 / _11 78 . / o 0.20 0.098 -1.01

0.23 0.11 -0.95

n 1

7

U. 1 / AU.UoZ A89 1 .Uo nU.Un7^/ o AU.U3A17/ 1/11 1 .43 nU.Un7</ J A A'J7 U.U3 /

1 A A

1 .44

0.13 0.062 -1.21

0.22 0.11 -0.97

U.U /4 A A'J7 U.U3 / —1 A A 1 .44

U. I 1 A A^/1 U.Uj4 1 77 1 .Z / U.UOj A A'? 1 U.Uj 1 1 .J 1 0.0064 0.0031 -2.50

0.046 0.023 -1.64

n n 1

Q

U.U 1 7 AU.UU7Z AOQ? —7Z.U'f 04

U.U3D A A 1 8 U.U 1 o 1 . /4

U.Ujd AU.UZo A7 8 1 .J J 0.092 0.046 -1.33

0.059 0.030 -1.52

U.UoD A r\AA U.U44 1.30

U. I J AU.UA78/ o —111

u.uoy A A/I A U.U40 ——11 . lAJ4

0.038 0.020 -1.70

0.018 0.0096 -2.02

U.U 1 y AU.UU7 AAQ7/ —7— 01 Z.U 1 U.U 1

4

A AA7/I U.UU /

4

—7— 1 1 Z. 1 J U.U 1 1) A AAB<; U.UUo3 —7Z.U07/ 0.060 0.033 -1.49

0.14 0.074 -1.13

n n 1

Q

U.U I 7 A A1 T U.U 1 1 —11.7/Q7

U.U40 AU.UZO A7A —11 . J^8o U.U3 1 A A1 8 U.U 1 o —11 . 7^/ J U.U 1 y A A 1 1 U.U 1 I —I1 .yj

0.010 0.0062 -2.21

260
Wavelength Spectrum Energy Levels

A K

\j ^ \j • \j y Nd II 8420 - 24134

6365.55 Nd II 7525 - 23230

6504.46 Nd II 9675 - 25045

6523.15 Nd II 7525 - 22851

6539.94 Nd II 6005 - 21292

6553.07 Nd II 6932 - 22188

6669.65 Nd II 8420 - 23410

6816.02 Nd II 6005 - 20673

7261.64 Nd II 8420 - 22188

7285.29 Nd II 9675 - 23397

7288 56 NdIN «—I 11II 7525 - 21241 ^ 1 1 7513.77 Nd II 7525 - 20830

7587.66 Nd II 9675 - 22851

7603.75 Nd II 7525 - 20673

7792.24 Nd II 9358 - 22188

7796.42 Nd II 10337 - 23160

7825.20 Nd II 12460 - 25235

7982.09 Nd II 8717 - 21241

8643.48 Nd II 9675 - 21241

gf Log gf

108/sec

0.014 0.0087 -2.06

0.01

1

0.006.8 -2.17

0.0086 0.0054 -2.26

0.0041 0.0026 -2.58

0.0047 0.0030 -2.53

0.0060 0.0039 -2.41

0.0099 0.0066 -2.18

0.0058 0.0041 -2.39

0.0066 0.0053 -2.28

0.012 0.0096 -2.02

0.0066 0.0052 -2.28

0.012 0.0099 -2.00

0.0084 0.0072 -2.14

0.0039 0.0034 -2.47

0.0071 0.0065 -2.19

0.0080 0.0073 -2.13

0.012 0.01

1

-1.95

0.012 0.01

1

-1.94

0.0069 0.0078 -2.11

261
Wavelength Spectrum Energy Levels gA gf Log gf

A K 10^/sec

ZZ O 7. In 1 1 u — 43655 J.U n 10 AU.4U4A

Z jUU. / O M -i I In 1 1 ZUJ 4 J D J J

7 7 Z.Z A 1 8 U. i 0 A 7 < 2310.96 Ni I 0 — 43259 7.6 0.60 -0.22

2312.34 Ni I 1332 — 44565 9.5 0.76 -0.12

Mi I 77ZZ 171 / — 45419 11 nu. A 87 U.oZ —A AQ

Z J 1 /.ID IN 1 1

11 J117jZ — 44475 7 8 / .0 AU.D J AU.ZU70

Z JZU.Uj IN 1 1 u 4jU7U 1 1 1 1

.

A 8^. U.OO A A7

2321.38 Ni I 2217 — 45281 13. 1.1 0.04

2325.79 Ni I 1332 — 44315 8.9 0.72 -0.14

OTTO Q/;

IN 1 1 77 1

7

ZZ 1 / — 45122 7 1 AU.J 7 AU.Z71J

Z J J / .^y Mi I IN 1 1 nV — 42768 z.u 7 n AU. 11 a0 A 7Q U. / y Z9 J

^ J^7/ .oZ 87 M -i I IN 1 1 17 11 1 / 1 J 4447^ 444 / J

1 1 1 .

1

AU.Uoo A88 ——1 C\< 1 .Uj

2345.54 Ni I 0 — 42621 5.5 0.46 -0.34

2346.63 Ni I 1332 — 43933 1.2 0.10 -0.99

71/17 ^7 Z j't 1 .J L M i I IN 1 1 AV — 42585 1

1 .yQ AU. 11 A0 —0U.oU80

Z joU.D J M -i TIN 1 1 ZZ77 171 / — 44565 1 .J A 1 7 U. 1 Z —A Q1 Kj.y 1 Z jDZ.UO M -i I IN 1 1

11 J117jZ 4J D J J

11 .44 n 1 7 U. 1 Z —0U.7ZQ7

2386.58 Ni I 880 — 42768 1.8 0.15 -0.81

2419.31 Ni I 1332 — 42654 2.7 0.23 -0.63

747 Z'tZ 11 .Z71J M -i I IN 1 1 11 J117JZ — 42621 nU.oo88 nU.U077/ / —1 1

1

1.11

7zl7 Z^Z 1J. J J M -i I IN 1 11 117 — 42585 n 87 U.o / AU.UA77/ / —1 1

1

1.11

7471 A/^ Z'+Z J. DO Mi I IN 1 1 77ZZ 171 / 4j4D4 1 1 A AQQ —1 0

1

1 .u 1 2424.03 Ni I 1713 — 42954 0.97 0.085 -1.07

2453.99 Ni I 2217 — 42954 1.5 0.13 -0.88

7477 Z'f / z.uoHA Mi I IN 1 1 77 1

7

ZZ 1 / — 42656 7Z.J^ nU.Z71J —

0

U.04

7/I7A 87 Mi I IN 1 1 AU — 40361 C\ 7 1 U. / 1 U.UOO — 1 18 1 . 1 0

ZD"D.'+5' Mi I IN 1 1 j41411 n

U

40484 4U4o4 nU.4U40 nU.U44 044 — 1 l^i 1 . jO

2798.65 Ni I 880 — 36601 0.56 0.066 -1.18

2821.29 Ni I 205 - 35639 0.72 0.086 -1.07

Tore cr» ZoDJ. JU "NT -1 I IN 1 I 17 11 1 / 1 J — 36601 n 1

Q

u. 1

7

AU.UZ4 A7 4 —1J .0 J

7Qn7 Z/I A 7U / .40 "NT -i I IN 1 1 77ZZ 171 / — 36601 n 74 U.Z4 A A1

1

U.Uj 1 —1 ^ 1 1 .J 1 7Q 1 /I n 1 IN 1 I 1117 A A74 U.U / 4

AU.UU74 AAQ4 —7Z.U01J 2943.91 Ni I 205 — 34163 0.99 0.13 -0.89

2981.65 Ni I 880 - 34409 1.2 0.16 -0.78

7Q84 1 1 Mi I IN 1 1 n — 33501 n 4

1

U.4 1 u.uj j 1 .zo

7007 (:r\ Mi I IN 1 1 70^ ZUJ — 33611 n 8^. U. 00 n 1

7

u. 1 z —0u. QAy^

7QQ4 4A Mi I IN 1 1 -• 70^ ZUJ1 1 <;Qn 11 7. / nU.Z71J —0U.04A4

3002.49 Ni I 205 — 33501 6.7 0.90 -0.04

3003.63 Ni I 880 — 34163 4.5 0.61 -0.21

jUin 11 z.uu 7 nn Mi I IN 1 1 j414 11 nu - 36601 1 J

.

z.u 7 n 0 1

1

U.J 1

in 1 Q 14 Mi I IN 1 1 Au — 33112 n ^1 U.J J nU.U077/ z —11.141 A

ini 11.0/87 Mi I IN 1 1 AKJ 17Q71 n 1 8 u. 1

0

AU.UZA7 ^J —11 .DU AO

3037.94 Ni I 205 — 33112 2.6 0.37 -0.44

3045.01 Ni I 1332 - 34163 0.31 0.043 -1.37

in^n 87 Mi I IN 1 1 7n^ ZUJ - 32973 J. 1 0 7

1

u. /

1

—0 1

'^ U. 1 J

jUj4. in<4 JZ17 Mi T IN 1 1 ooU 8sn — 33611 7Z.OA 0U.j17/ —0U.441J in<7 f^A jUj / .o4 MiNilI 17 11 34409 4 1 4. 1 0 <a U.JO —nU.Z474

IHA/I /^7 Mi I N 1 1 CCA 33501 A 8 ^ U.O J A 1 7 U. 1 z —A Q7 U. yZ

3080.76 Ni I 1713 34163 0.98 0.14 -0.86

3097.12 Ni I 1332 3361 1 0.53 0.077 -1.12

262
Wavelength Spectrum Energy Levels gA gf Loggf

AA K /sec

3099. 12 Ni I

\ 1 1^ 1332 - 33590 VAZ A A/; A 0.060 —1 OT 1 .22

3 101.55 Ni I o o r\ 880 331 12 A £L 4.6 0.6 / A 1 '7 —0. 1 / 3101.88 Ni I 3410 35639 4.7 0.68 -0.17

3105.47 Ni I 2217 34409 0.56 0.081 -1.09

3 1 14. 12 Ni I 880 32982 A An 0.47 A A^ O 0.068 —1 1 "7 1.1/

3 1 34. 1

1

Ni I 1713 - 3361 1 5.0 A QH 0.o6 —0.0 A r\i

/ 3 145.72 Nl I

1 '5 1 "0 1 332 33 1 12 A AOO 0.09o A A 1 C 0.015 1 Q A —l.o4

3181.74 Ni 1 15610 47030 5.1 0.77 -0.11

3184.37 Ni I 2217 — '3361 1 0.21 0.031 -1.51

line C7 3 195.57 Nl I Ill 1 33501 A 1 1 0. 1 1 A A 1 O.Ul / — 1. 1

1

3 1 9 /. 1 1 Nl I

1 ^7 1

'2 1/13 - 32982 O.Z / A C\A 1 U.U4

1

1 Id —i.5y

jZvZ. 14 Nl I 2 J / 54 56974 Z3. 1 c 3.5 A c c U.55

3214.06 Ni I 25754 56858 73. 11. 1.05

3217.83 Ni I 25754 56821 73. 11. 1.05

3221.27 Nl I 30923 61958 56. O Q o.o A O/i 0.94

3221.65 Nl I 0 - 31031 A 1 0. 16 A AO A 0.024 1 /CI —1.61

3225.02 Nl I

'3 /I 1 A 3410 34409 A C C 0.55 A AO/C O.O06 1 f\i —1.0/

3232.96 Ni I 0 30923 1.1 0.17 -0.77

3234.65 Ni I 880 31786 0.36 0.057 -1.25

3243.06 Ni I- O A C 205 31031 0.62 A AO"? 0.09 /

1 A

1

—1 .01

3248.46 Nl I 1 AC z05 - 30980 A 1 AA 0. 100 A A 1 ^ 0.0 1

6

—1 OA 1 .80

3250.74 Nl I

"3 1 A 3410 34163 A '2 A 0.30 A A /I T 0.04 / —1.32

3271.12 Ni I 880 31442 0.11 0.018 -1.74

3282.70 Ni I 1332 31786 0.15 0.025 -1.60

33 15.66 Nl 1 O O A 880 31031 U.69 A 1 1 0. 1 1 —0.95 A QC

3320.26 Nl I

1 "3 T "O

1 33z - 31442 A '} O 0.39 A A^ A 0.064 —1 1 Q 1.19

3322.3 1 Nl I T y1 1 A 3410 33501 A /; c 0.65 All 0. 1 1 —A Q"7 0.9 / 3361.56 Ni I 880 30619 0.31 0.053 -1.28

3365.77 Ni I 3410 33112 0.63 0.11 -0.97

11 an \ n Jioo. 1 /

X.T -I ¥ Nl I

1 "3 O — 31031 A '2 C 0.35 A ACQ 0.059 —1 .23

11 C O 1 3366.8

1

XT T Nl I ^7 T 1 z /z6

1

- 56954 Z9. A n 4.9 A 0 0.69

336 /.o9 XT

¥

Nl 1 z05 29888 A AC 1 0.05 1 A AAO/; 0.0006 —2.06

3369.57 Ni I 0 29669 2.1 0.35 -0.45

3371.99 Ni I 1332 30980 0.41 0.071 -1.15

33 I^.IL XT 4 ¥ Nl I O AC 29833 A '^A O.zO A A'5 A 0.034 —1 A1 1 .4 /

3374.64 XT -1 ¥ Nl I nzbi - 56885 57. 9.0 A QQ 0.99

3380.5 / XT 4 ¥ Nl I

'3 /I 1 A 3410 32982 6.

1

1 A 1 .0 A AO 0.02

3380.85 Ni I 2217 31786 0.32 0.055 -1.26

3391.05 Ni I 0 29481 0.91 0.16 -0.80

1 1 c\'^ on Ni I'I A C 205 29669 '> A ZA f\ A t 0.41 A "3 0 —0.38

34Uy. JO XT 4 ¥ Nl I 0 — 29321 A AC? A A 1 C 0.015 —1 .o2

1 /I 1 1 /I o 341 3.48 Ni I 1332 30619 0.32 A A C C 0.055 1 0 —1.26

3413.94 Ni I 880 30163 0.28 0.048 -1.31

3414.76 Ni I 205 29481 5.7 1.0 0.00

3423. /

1

XT 4 ¥ Nl I

1 '7 1 1 1713 30913 1.7 A '3 A 0.30 A CO —0.52

1 All 3433. j6 Nl I O AC Z05 29321 1 o ATI 0.3 1 —0.5 A C 1I 343 /.zo XT 4 I Nl I 0 29084 0.62 All 0. 1 I —0.96

3446. ZD XT 4 Nl I OOA ooO 29888 1 0 3.0 A A 1 1 —0. 1 / 3452.89 Ni I 880 29833 1.0 0.18 -0.74

3458.47 Ni I 1713 30619 4.9 0.88 -0.06

263
Wavelength Spectrum Energy Levels

A K

3461.65 Ni I 205 - 29084

3467.50 Ni I 1332 - 30163

3469.49 Ni I 2217 - 31031

3472.54 Ni I 880 - 29669

3483.77 Ni I 2217 - 30913

3485.89 Ni I 1713 - 30392

3492.96 Ni I 880 - 29501

3500.85 Ni I 1332 - 29888

3502.60 Ni I 0 - 28542

3507.69 Ni I 1332 - 29833

3510.34 Ni I 1713 - 30192

3513.93 Ni I 1713 - 30163

3515.05 Ni I 880 - 29321

3519.77 Ni I 2217 - 30619

3524.54 Ni I 205 - 28569

3527.98 Ni I 1332 - 29669

3548.18 Ni I 2217 - 30392

3551.53 Ni I 1332 - 29481

3561.75 Ni I 0 - 28068

3566.37 Ni I 3410 - 31442

3571.87 Ni I 1332 - 29321

3587.93 Ni I 205 - 28068

3597.70 Ni I 1713 - 29501

3610.46 Ni I 880 - 28569

3612.74 Ni I 2217 - 29888

3619.39 Ni I 3410 - 31031

3624.73 Ni I 0 - 27580

3664.10 Ni I 2217 - 29501

3669.24 Ni I 1332 - 28578

3670.43 Ni I 1332 - 28569

3674.15 Ni I 205 - 27415

3688.42 Ni I 2217 - 29321

3693.93 Ni I 880 - 27944

3722.48 Ni I 1713 - 28569

3736.81 Ni I 3410 - 30163

3739.23 Ni I 1332 - 28068

3775.57 Ni I 3410 - 29888

3783.53 Ni I 3410 - 29833

3807.14 Ni I 3410 - 29669

3831.69 Ni I 3410 - 29501

3858.30 Ni I 3410 - 29321

3889.67 Ni I 1713 - 27415

3972.17 Ni I 3410 - 28578

3973.56 Ni I 3410 - 28569

4401.55 Ni I 25754 - 48467

4459.04 Ni I 26666 - 49086

4462.46 Ni I 27944 - 50346

4470.48 Ni I 27415 - 49778

4592.53 Ni 1 28578 - 50346

4600.37 Ni I 29013 - 50745

gf Loggf

108/sec

3.2 0.57 -0.24

0.17 0.030 -1.52

0.26 0.048 -1.32

1.2 0.22 -0.65

0.58 0.11 -0.97

0.12 0.022 -1.66

3.9 0.72 -0.14

0.53 0.097 -1.01

0.036 0.0066 -2.18

0.043 0.0080 -2.10

2.3 0.43 -0.37

0.23 0.042 -1.37

4.5 0.83 -0.08

0.65 0.12 -0.92

4.6 0.85 -0.07

0.083 0.016 -1.81

0.31 0.058 -1.24

0.040 0.0075 -2.12

0.032 0.0061 -2.21

6.4 1.2 0.08

0.69 0.13 -0.88

0.065 0.012 -1.90

0.97 0.19 -0.73

0.75 0.15 -0.83

0.43 0.085 -1.07

7.5 1.5 ^0.17

0.057 0.01

1

-1.95

0.15 0.030 -1.53

0.076 0.015 -1.81

0.10 0.020 -1.69

0.1

1

0.022 -1.65

0.13 0.026 -1.59

0.043 0 0088 -2.06

0.077 0.016 -1.79

0.15 0.032 -1.50

0.034 0.0071 -2.15

0.57 0.12 -0.92

0.65 0.14 -0.85

0.63 0.14 -0.86

0.10 0.023 -1.64

1.1 0.24 -0.62

0.017 0.0039 -2.41

0.028 0.0065 -2.19

0.082 0.020 -1.71

23. 6.8 0.83

20. 6.0 0.78

5.7 1.7 0.23

1 5 4.6 0.67

12. 3.7 0.57

6.3 2.0 0.30

264
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

lO^/sec

4605.00 Ni I 28068 49778

4606.23 Ni I 29013 — 50717

A a AO an 4648.66 Nl I 2 / jol)

46o6. 22 Nl I AlXAAl Ni I 27261 48467

4715.78 Ni I 28578 _ 49778

4756.52 Ni I 28068 — 49086

4763.95 Ni I 29481 50466

4786.54 Ni I 27580 A Ci A ^ ^ 48467

4807.00 Ni I 29669 50466

4829.03 Ni I 28569 49271

4831.18 Ni I 29084 - 49778

4855.41 Ni I 28569 49159

Ni I 28542 49086

4873.44 Ni I 29833 50346

4904.41 Ni I 28569 48953

4918.36 Ni I 30980 - 51306

4935.83 Ni I 3 1786 52040

4980.16 Ni I 29084 49158

4984.13 Ni I 30619 50678

5000.34 Ni I 29321 _ 49314

5012.46 Ni I 29833 - 49778

5017.59 Ni I 28542 48467

5035.37 Ni I 29321 49175

5048.85 Ni I 31031 50832

5080.52 Ni I 29481 49158

5081.11 Ni I 31031 - 50706

5084.08 Ni I 29669 49333

c r\c\c\ ^ 5099.32 Ni I 29481 49086

5099.95 Ni I 29669 A^TIX

5115.40 Ni I 30923 50466

5129.38 Ni I 29669 - 49159

5137.08 Ni I 13521 32982

5142.77 Ni I 29888 49328

5 146.48 Ni I 29888 A C\'^ 1 A 493 14

5155.76 Ni I 31442 _ 50832

5168.66 Ni I 29833 — 49175

5176.56 Ni I 31442 50754

5435.87 Ni I 16017 34409

5476.91 Ni I 14729 32982

5510.00 Ni I 31031 49175

5578.73 Ni I 13521 — 31442

5587.86 Ni I 15610 33501

5592.28 Ni I 15734 3361

1

5614.79 Ni I 33501 51306

5625.33 Ni I 32982 50754

5649.70 Ni I 3361 1 51306

5664.02 Ni I 36601 54251

5682.20 Ni I 33112 50706

5695.00 Ni I 32982 50537

19. 5.9 0.77

6.2 2.0 0.30

1 n

6.

1

0.78

/.J Z.J

21. 7.0 f\ Ci A 0.84

5.4 1.8 0.26

7.2 2.4 0.39

4.3 1.5 0.17

8.5 2.9 0.47

6.3 2.2 f\ ^ A 0.34

5.0 1.8 0.25

5.0 1.8 0.24

9.9 3.5 0.55

7.4 2.6 0.42

5.0 1.8 0.25

8.4 3.0 0.48

7.3 2.7 0.43

4.9 1.8 0.26

8.9 3.3 0.52

12.

A A 4.4 0.64

3.2 1.2 0.07

4.0 1.5 0.18

8.9 1 A 3.4 0.53

21. 7.9

r\ f\r\ 0.90

A4.2 1.6 0.20

21. 8.0 0.91

17. 6.7 0.82

5.4 2.1 0.32

3.6 1.4 0.15

5.3 2.1 0.32

5.3 2.1 0.32

3.7 1.4 0.16

0.055 0.022 -1.66

4.9 1.9 0.29

8.1 3.2 0.51

11. 4.3 0.63

3.2 1.3 0.11

3.5

1 A 1.4 0.15

0.029 0.013 -1.89

0.46 0.21 -0.68

1.4 0.64 -0.19

0.011 0.0051 -2.30

0.027 0.013 -1.90

0.040 0.019 -1.73

2.9 1.4 0.14

1.5 0.73 -0.14

1.3 0.61 -0.22

2.5 1.2 0.08

3.5 1.7 0.22

2.2 1.1 0.04

265
Wavelength Spectrum Energy Levels

A K

5709.56 Ni I 13521 31031

5711.90 Ni I 15610 — 33112

C7 1 c no Nil 17Q71 c A/)

J / J4.00 In 1 I 1 JO 1

U

17 007

J / OU.o J In 1 I J J 1 1 z

CA/i /rz:

5857.76 Ni I 3361 1 — 50678

5892.88 Ni I 16017 — 32982

0 1 UO. 1 z M -i T

l^J 1 1 11^71 1 J JZ 1 7Qfi8fi zyooo

D J /O.o 1 M -1 I IN 1 1 jZy / J 47 1 JO

^ 1 Q 1 18 D 1 7 1 . 1 o In 1 I

1 1 ^7 1 1 J JZ 1 7QAAQ Ayooy

6256.36 Ni I 13521 — 29501

6314.66 Ni I 15610 — 31442

0D4J.04 IN 1 I

1 1 ^7 1 1 J jZ 1 zo joy

O /D /. / / IN 1 I

1 /177Q 1 4 / z.y 7 OCA 1 ZVjU 1 O / iL.il. N 1 1 7 QC A 1 /I /IT A

1

44ZoJ

6914.56 Ni I 15734 — 30192

7110.90 Ni I 15610 — 29669

7 177 7n / 1 zz.zu IN 1 I 70 C£Q ZO J07 A 7 AAA 4ZoUo

7107 AA In 1 I in 1 Q7 jU 1 7Z 44 1 1 Z

7 1 Q7 A7

In 1 I

1 1 A

1 JO 1 U 7QCA 1 zyju 1

Ni I 15734 — 29501

7291.45 Ni I 15610 — 29321

7 -3 Q C 7/1

In 1 1 7 7 1 A7 ZZ 1 UZ 1 <A1Q 3 JD

Mil 7 QAO A /I 7 AHA

7/1 AQ 1 C Nil 1 A/T 1 Q /I /I 1 1 7 44 1 1 Z

7414.51 Ni I 16017 — 29501

7422.28 Ni I 29321 — 42790

/ JZZ. / 0 IN 1 1 Z?JU 1 4Z / yU

7^7 ^ 17 IN 1 1 7Q17 1 /1 7 AAA

7/ J J

<; J.OUah IN 1 1 1 1 ni 1 /1/17A1 44ZD3

7574.05 Ni I 30913 — 441 12

7617.00 Ni I 29481 — 42606

7^ 1 Q 7 1 / 0 1 y.z 1 IN 1 I 7ZyOOy Q/^AQ /177QA 4Z / 77 1 /I 17 / / 1 4. JZ In 1 I

1 C Z, 1 A 7ZoS < AQ J07

77 1 < <fi

/ / 1 J.JO IN 1 I 7QC11 ZVoJ J /177QA 4Z / yyj

7727.61 Ni I 29669 — 42606

7748.89 Ni I 29888 — 42790

77 0 0 Q/l N 1 I1 C7 1 /I 1 J / 34 7 0 C A Q zojby

77Q7 CO Nil J 144Z /I /) 7 A 1 44Zd3

7917.44 Ni I 30163 42790

8809.42 Ni I 31442 42790

8862.55 Ni I 32982 44263

gf Loggf

108/sec

0 036 0 017 —1 lf\

0 07R 0 014 1 . 00

3.0 1 .5 0 1 f\ 0.041 0.021- -1.69

2.2 1.1 0.05

3

'?

1 0 7 1 0 078 0 015 — 11 . 810 J 0 017 0 00^>Q —7 1 2.5 1.4 0.16

0.012 0.0067 -2.17

0 014 0 0081 —7 08

0 070 0\j. 017 vj 1 z. — 11 . Qly J 0 07 1 0 014 —1 86

0.038 0.026 -1.58

0.98 0.67 -0.17

0 071 0 01 f> —1 7Q

yj.yj v D 0 010 —1I .yy QQ

7 0 0 7Q

1.00 0.77 -0.11

0.013 0.010 -2.00

0 013 0 010 —11.-77 Q9

0 011 0 00R7 —7 Ofi

\J.\JJ \J 0 04^ —1 14

1.7 1.4 0.14

2.6 2.1 0.33

VJ.\J 1 J 0011 —11 . Qfi yyj 7jL . JS 7 0 0 1

1

1.4 11 >Z.7 0 09

0.95 0.81 -0.09

3.3 2.8 0.45

11 . J1 1 1 1 .

1

0 01

7 4 7Z.* 11 0VJ. J17z.

1 .0 0 M —0VJ. 05VJ J 0.033 0.030 -1.53

0.59 0.53 -0.28

7 1 1 9 0VJ. 77z, / 7 7 7Z, . 0VJ 0 10

0 0?? 0 070 —1 71

2.3 2.1 0.31

0.23 0.21 -0.67

0U.Z7^J 0 7Q —0VJ. J351

1.8 2.1 0.33

266
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2316.04 Ni II 8394 - 51558 59. 4.8 0.68

2394.52 Ni II 13550 - 55300 167. 14. 1.16

2416.14 Ni II 14995 - 56371 155. 14. 1.13

2437.89 Ni II 13550 - 54557 79. 7.0 0.85

267
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

200L45 Os I 0 49947 2.9 0.17 -0.76

2003.73 Os I 4159 - 54050 7.4 0.45 -0.35

zUl o. 14 Os I 0

A C\ C A 49534 10. 0.63 -0.20

lull, lb Os I 2740 52162 O A 8.4 0.52 -0.29

zOzo.Zi Os I 4159 53447 10.0 0.62 -0.21

2034.44 Os I 0 _ 49138 7.1 0.44 -0.36

2048.28 Os I 2740 - 51546 5.4 0.34 -0.47

Os I A t c a 4159 52938 6.6 0.42 -0.38

2061.65' Os I 5 1229 10. 0.67 -0.18

2076. 5*5 Os I 0 48132 3.8 0.24 -0.61

2079.97 Os I 0 48062 7.5 0.48 -0.32

2082.54 Os I 4159 - 52162 3.5 0.23 -0.65

2089.03 Os I 0 47854 1.6 0.10 -0.98

2089.21 Os I 11 50589 2.7 0.18 -0.75

2097.60 Os I 5 144 52802 8.6 0.56 -0.25

2100.63 Os I 2740 _ 50330 5.9 0.39 -0.41

2117.66 Os I 2740 - 49947 2.5 0.17 -0.78

/ 1 1 /.yb Os I 0 47200 3.1 0.21 -0.68

1 ^ 1 OA 2123.84 Os I 4159 5 1229 3.

1

0.21 -0.68

2137. 1

1

Os I 4159 50937 9.6 0.66 -0.18

2154.59 Os I 2740 49138 4.3 0.30 -0.52

2157.84 Os I 0 - 46328 1.1 0.079 -1.10

2158.53 Os I 21 AQ A r\r\ c A 49054 2.1 0. 15 -0.83

2166.90 Os I 4159 50294 7 A l.A 0.52 -<).28

2171.65 Os I 21 AQ 48773 4.0 0.28 -0.55

2184.68 Os I 0 _ 45759 0.94 0.068 -1.17

2202.49 Os I 0 - 45389 0.86 0.062 -1.20

2227.98 Os I 0 44870 0.75 0.056 -1.25

2234.61 Os I 2740 AlAll 3.1 0.23 -0.63

2252. 15 Os I 8743 53 13

1

13. 0.97 -0.01

2255.85 Os I 2740 47052 6.7 0.51 -0.29

2264.60 Os I 4159 - 48303 7.1 0.55 -0.26

2268.28 Os I 2740 46813 1.3 0. 10 -0.98

2270.17 Os I 2740 46776 3.7 0.28 -0.55

2283.67 Os I 4159 47935 4.9 0.38 -0.42

2289.32 Os I 4159 47828 3.5 0.27 -0.57

2297.31 Os I 0 - 43516 0.79 0.063 -1.20

2324.24 Os I 0 4301 1 1.5 0.12 -0.91

2325.5

1

Os I 5144 48132 1.6 0.13 -0.87

2326.99 Os I 6093 49054 A f\ 4.0 0.32 f\ AC\ —0.49

2334.56 Os I 2740 45562 1.7 0.14 -0.86

2338.63 Os I 0 - 42747 1.2 0.098 -1.01

2340.69 Os I 5144 47854 3.

1

0.26 -0.59

Os I 4159 46813 3.8 0.3

1

-0.50

2345.75 Os I 4159 46776 2.4 0.20 -0.70

2347.38 Os 1 8743 51329 9.5 0.78 /All -0.1

1

2351.55 Os I 10166 52678 1.7 0.14 -0.86

2351.72 Os I 11378 53887 2.0 0.16 -0.79

2352.99 Os I 8743 51229 8.5 0.71 -0.15

2357.25 Os I 8743 51152 5.9 0.49 -0.31

268
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

U o 1 0 473 1

7

2362.77 OS I 0 — 42310

2363.33 Os I 8743 — 51043

2369.24 OS I 8743 — 50937

2370.70 Os I 4159 — 46328

9'^71 ^.J / I. lo18 Da I o / HJ 2374.33 Os I 4159 — 46264

2374.51 Os I 11031 — 53131

2377.03 Os I 5144 — 47200

2377.61 Os 1 11378 — 53424

2378 14 Os r 5766 47802

2378.74 Os I \111A - 54800

2379.39 Os I 5144 — 47158

2379.64 Os I 4159 — 46170

2380.82 Os I 2740 — 44730

U o 1 1 1 '?78 1 1 J> / o S"? "^8 J J J J o 2384.62 Os I 2740 — 44663

2387.29 Os I 0 — 41876

2394.29 Os I 11378 — 53131

2395.39 Os I 2740 — 44475

9^QS 88 Dc; I Q 41 776

2396.78 Os I 12774 — 54484

2397.61 Os I 11378 — 53073

2398.18 Os I 11031 — 52716

2401.13 Os I 8743 — 50377

2407 73 VJ O 1 41 59 45775

2403.54 Os I 10166 — 51759

2403.85 Os I 8743 — 50330

2405.45 Os I 11378 — 52938

2405.96 Os I 8743 — 50294

2408 67 WO I 111 1 03WJ 11 57535

2410.98 Os I 13020 — 54484

2414.10 Os I 8743 — 50154

2414.52 Os I 2740 — 44144

2417.99 Os I 4159 — 45503

7418 ZH 1 O . JJ JS U o 11 1 "^78 S77 1 6

2418.53 Os I 2740 — 44075

2421.15 Os I 12774 — 54064

2424.56 Os I 0 — 41232

2424.97 Os I 0 — 41225

7476 1 9 Dc; U o I

1 9.1 A'X 4QQ47

Os I 10166 — 51311

2431.19 Os I 5144 — 46264

2431.61 Os I 11378 — 52491

2435.51 Os I 5766 — 46813

2435.65 Os I 13020 54064

2436.51 Os I 13020 54050

2440.68 Os I 11378 52338

2442.00 Os I 13365 54302

2445.88 Os I 12774 53647

0 97 0 081 -1 09

2.7 0.23 -0.65

5.0 0.42 -0.38

8.2 0.69 -0.16

5.3 0.44 -0.35

1 4 1.2 0 ft7 0.91 0!077 -1.11

3.9 0.33 -0.48

39. 3.3 0.52

12. 0.99 -0.00

1 6 0.13 -0.88

4.8 0.41 -0.39

13. 1.1 0.04

2.1 0.18 -0.75

0.67 0.057 -1.24

8 1 0 69 —0 1 6

1.9 0.16 -0.79

6.0 0.52 -0.29

17. 1.5 0.16

2.3 0.20 -0.70

4 0 0 ^4 —0 46

13. 1.1 0.06

3.4 0.29 -0.54

5.4 0.46 -0.33

36. 3.1

' 0.50

3 4 0 29 -0 53

9.4 0.82 -0.09

12. 1.0 0.02

16. 1.3 0.13

7.4 0.65 -0.19

20 1 7 0 24

17. 1.5 0.18

3.6 0.32 -0.50

2.6 0.23 -0.64

7.8 0.68 -0.17

J5 . 4*-r 0 48 —0 ^7

5.2 0.46 -0.34

3.8 0.34 -0.47

2.3 0.21 -0.69

6.9 0.61 -0.21

7z. . 8o 0 75 —0 60

2.7 0.24 -0.63

8.1 0.72 -0.14

27. 2.4 0.39

3.6 0.32 -0.49

13 1.1 0 06

2.6 0^23 -0.64

3.1 0.28 -0.56

8.0 0.71 -0.15

7.4 0.66 -0.18

269
Wavelength Spectrum Energy Levels

A K

2446.02 OS I 2740 43611

2450.74 Os I 8743 — 49534

2451 19 VJ O 1 1 1 378 52 1 62

245 1.73 Os I 2740 43516

2453 ^ ^ . *—?9^ Os I 5766 / \j\J 465 T^W_J 11 5

2453.90 Os I 8743 - 49483

2456.46 Os I 2740 43437

2457. 16 Os I 13365 54050

2459.84 Os I 5766 46407

2461.42 Os I 5144 45759

2464.50 Os I 12774 - 53338

2468.09 Os I 10166 — 50671

2472 28 n<=; I 5766 46202

9474 7R Wo 1 8743 491 38

U O 1 1 1 378 J51759 I 1 ^ y

2476.84 Os I 0 - 40362

2480.71 Os I 1 1031 — 51329

2482.43 Os I 2740 4301

1

2484.04 Os I 5 144 45389

2488 55 Os I 5144 453 16

2489.04 Os I 10166 - 50330

2491.02 Os I 8743 48875

2491 .69 Os I 1 103

1

5 1 152

2492.42 Os I 6093 46202

2493.83 Os I 0 40087

2498.41 Os I 8743 - 48756

2499.92 Os I 14339 — 54328

2500 91 Oq I 14091 54064

2501 84 OsWO I1 14091 1 y 1 54050

2502 29 wo 1 1 1 378 5 1 329

2504.39 Os I 2740 — 42658

2504.51 Os I 4159 — 44075

2508 61 0=5 WO I1 1 1 378 51229

2509 94 0=5 wo I1 1 2774 52604

2512 87 Oswo 1I 8743 48526

2513.25 Os I 5144 -

2515.04 Os I 5144 44893

2517 61 OsWO I1 1 3365 53073

25 17.92 Oswo I1 41 59 43863

2 5 1 8 44 Os I 5144 44839

Os I - 42422

Os I 4159 43755

I'ilft 01 Oswo I1 2740 423 1 7

2526 83 Oswo I1 1 2774 52338

2527 09 wo 1 8743 48303

2532 44 wo 1 14852 54328

2534.17 Os I 10166 49615

2538.10 Os I 12774 52162

2539.73 Os I 14091 53454

2540.14 Os I 4159 43516

gA gf Log gf

IQS/sec

4 0 —0 44

^50W. A 5 0 ^»5 6 1 0W. 55J —0 7fi 6.2 0.56 -0.25

1.7 0.15 -0.82

29 7 6 0 47

f,U. 11 0 55 —0 7^^ 7 8 0 7

1

W. / 1 —0W. 11 J5 2.9 0.27 -0.57

40. 3.6 0.56

11 8o. 1 f\ 0 71

7 3 n f>7 —0 1 7

7 5 0 ^^9 —0 1 15. 1.4 0.13

8.7 0.80 -0.10

A A f)W. 40w —0 39

2 3 0W. 7 11 —0w. fi8 uo

0W. J?14H- —0 4^^ 0.73 0.067 -1.17

90. 8.4 0.92

4 7 0w.*+_? 43 —0 36

14 1 3 0 12

2 1 7 0 0 30

9.4 0.88 -0.06

0.27 0.025 -1.60

1 77 1

7

1 08

38 3 f\ 0 55

1 1 1 1 • 0\J, 99y y -0W. 00V/W

6.6 0.62 -0.21

26. 2.4 0.38

A 7 0 45 —0 ^5

^ 7 0 ^5 —0 46

1 7 w. v/o

16. 1.5 0.17

30. 2.9 0.46

4 1 0 61

1 2 1 1 1 . 1 0W. 05

D . J 0W. 34J'-T —0 47

6.7 0.64 -0.20

12. 1.1 0.04

1 . o 0 1 7 —0W. 76/ \j 0 9"? 0 089 —11 . 05WJ 0yj. 14i H —0W. 86OD

6.5 0.62 -0.21

5.8 0.56 -€.25

2^ 7 3 0W. J35^ 9 0\J.\Jf\l1 -0W. 11 8o

W. D 1

1 A 0 17

2.0 0.20 -0.70

270
Wavelength Spectrum Energy Levels

A K

2540.74 Os I 1 1031 50377

2541.65 Os 1 14091 - 53424

2542.51 Os I 8743 — 48062

2543.80 Os I 1 1031 — 50330

2546.17 Os I 11031 — 50294

2547.70 Os I 13365 52604

2548.10 Os I 14339 - 53572

2554.46 Os I 2740 — 41876

2555.11 Os I 11378 — 50503

2555.27 Os I 11031 — 50154

2555.80 Os I 14339 53454

2556.08 Os I 8743 - 47854

2557.77 Os I 8743 47828

2558.09 Os I 15223 — 54302

2562.66 Os I 13365 52375

2564.37 Os I 12774 51759

2565.17 Os I 10166 — 49138

2565.72 Os I 5766 — 44730

2566.49 Os I 11378 — 50330

2566.88 Os I 10166 — 49112

2568.83 Os I 1 1031 49947

2571.14 Os I 12774 - 51656

2571.78 Os I 8743 — 47615

2573.09 Os I . 4159 — 4301

1

2573.48 Os I 14091 — 52938

2574.74 Os I 15223 54050

2578.16 Os I 11378 - 50154

2581.05 Os I 5144 — 43876

2581.96 Os I 5144 — 43863

2582.62 Os I 5766 — 44475

2587.49 Os I 13020 51656

2588.26 Os I 14091 - 52716

2589.39 Os I 10166 — 48774

2589.51 Os I 14848 — 53454

2590.76 Os I 4159 — 42747

2591.98 Os I 1 1378 49947

2593.90 Os I 16212 - 54753

2594.14 Os I 12774 — 51311

2596.37 Os I 11031 — 49534

2596.69 Os I 4159 — 42658

2597.20 Os I 2740 41232

2597.58 Os I 0 - 38486

2599.13 Os I 14339 — 52802

2599.91 Os I 1 1031 — 49482

2600.45 Os I 12774 — 51218

2602.33 Os I 8743 47158

2603.80 Os I 13365 51759

2604.60 Os I 6093 44475

2604.96 Os I 14339 52716

2609.20 Os I 8743 47057

gf Log gf

108/sec

12. 1 .2 U.Uo

7.5 (\ n '1. \J. 1

5

A 1 A 14

43. 4.2 AU.d2

8.7 0.85 -0.07

10. 1.00 -0.00

1 A 14. A 1 O

U. 1

2

17. 1 .6 A ^ 1 U.2 1 2.4 U.24 —U.63

11. 1.0 0.02

7.7 0.76 -0.12

16. 1.6 A O 1 (J.2

1

A A 4.4 (\ A^ U.43 A "2 n —U.3 / 1 Q U.3<5 —OAZ A /IT

14. 1.4 0.14

14. 1.4 0.15

1 U. n QQ yj.yy A AA

/.u U. /U A 1 a —U. 10

1 .u

f> 1 A U. lU —{j.yy A QQ

40. 3.9 0.60

15. 1.5 0.18

iU. 3.U f\ An U.4 / 6.9 U.69 —U. 1

6

15. 1.5 A 1 "7 U. 1 / 0.90 0.089 -1.05

4.8 0.47 -0.33

3.4 U.34 A A n —u.4 / 6.2 U.62 A O 1 —u.2 1 5.6 0.56 A ^ C —U.25

11. 1.1 0.06

1.9 0.19 -0.71

1 2. 1 .2 A AO U.Uo

A C. 4.6 f\ An A "3 1 —U.33

A O 4.0 f\ AO A "3 O —U.32

6.4 0.64 -0.19

11. 1.1 0.06

1 A 14. 1 A

1 .4 A 1 /C U. 1 O

A A 4.4 A /I C U.45 A 1 C —U.3 5

13. 1 .5 AIT U. 1

3

1.7 0.18 -0.75

1.6 0.17 -0.78

1 .

1

All 0. 11 /A A C 0.43 f\ f\A A 0.044 —1.36

1 2. 1 .2 A AO U.Uo

9.7 0.98 -0.01

9.4 0.95 -0.02

A 7 0 U.io A A T —U.42

C 1 o. 1 A ^1 A O 1 —u.2 1 J.J A 1 ^ U.36 A A A —U.44

4.7 Ci AO A "2 ^ —U.32

8.2 0.84 -0.08

271
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

2609.56 Os I 5766 — 44075 6.3 0.65 -0.19

ZolO. /o Os I 13365 5 1656 38. 3.9 0.59

2611.33 Os I 14848 53131 12. 1.3 0.10

2612.63 Os I 0 — 38264 1.5 0.15 -0.81

2613.06 Os I 5144 — 43402 25. 2.5 0.40

2614.06 Os I 10166 — 48409 2.8 0.29 -0.54

ZoJ4.jU Os I 1 1378 49615 1 o 1.8 0.18 -0.74

2615.96 Os I 12774 50990 5.5 0.56 -0.25

2617.18 Os I 13020 — 51218 4.7 0.49 -0.31

2619.94 Os I 4159 — 42317 8.0 0.83 -0.08

2620.62 Os I 2740 — 40888 1.6 0.16 -0.79

zoz 1 .oZ Os I I) 38130 1.6 0.17 -0.77

2623.61 Os I 11378 49482 4.2 0.43 -0.36

2624.57 Os I 16212 — 54302 8.6 0.88 -0.05

2628.48 Os I 8743 — 46776 14. 1.4 0.16

2632.89 Os I 13020 — 50990 9.2 0.95 -0.02

zoi4.zy Os I 14o5Z 5ZoOZ 7.2 0.75 -0.13

2634.44 Os I 15391 53338 7.7 0.80 -0.10

2637.13 Os I 0 — 37909 11. 1.2 0.07

2637.98 Os I 12774 — 50671 5.2 0.55 -0.26

2639.98 Os I 14848 — 52716 3.0 0.31 -0.51

T/; /I 1 1-7 Zo41. 1 / Os I 15ZZJ j3U /3 7.4 A ^7 O 0.78 All -0.1

1

2641.60 Os I 11031 48875 10. 1.0 0.02

2643.63 Os I 12774 — 50590 6.9 0.72 -0.14

2644.11 Os I 0 — 37809 5.5 0.57 -0.24

2646.89 Os I 10166 — 47935 16. 1.7 0.24

Zd4 /. /3 Os I Z /4U Af\A no 2.3 0.25 A 1 —0.61

2649.34 Os I 11378 49112 24. 2.5 0.40

2650.68 Os I 15223 — 52938 7.3 0.77 -0.11

2652.98 Os I 15391 — 53073 17. 1.8 0.27

2653.78 Os I 5766 - 43437 2.1 0.22 -0.66

2655. 19 Os I 13020 5067

1

5.3 0.56 -0.25

2655.78 Os I 14848 I 52491 5.8 0.61 -0.21

2658.60 Os I 5144 — 42747 22. 2.3 0.37

2659.83 Os I 8743 — 46328 21. 2.2 0.34

2660.92 Os I 13020 - 50590 7.8 0.83 -0.08

Z661. lo Os I /lien 4159 41726 3.3 A T C 0.35 -0.45

2661.93 Os I 12774 50330 3.3 0.35 -0.45

2662.55 Os I 15391 — 52938 12. 1.3 0.12

2663.22 Os I 12774 — 50312 8.3 0.88 -0.06

2666.21 Os I 11031 — 48526 6.5 0.69 -0.16

Z66y.5i Os I

1 A 1 ^ ^ 10166 47615 b.l 0.72 A 1 —0.14

2674.57 Os I 11378 48756 34. 3.6 0.56

2674.88 Os I 10166 — 47540 18. 1.9 0.28

2679.38 Os I 15391 — 52702 6.0 0.65 -0.19

2679.74 Os I 13365 — 50671 6.2 0.67 -0.18

2682.19 Os I 11031 48303 5.6 0.61 -0.22

2684.36 Os I 16212 53454 9.3 1.0 0.00

2688.08 Os I 14852 52043 11. 1.2 0.08

2689.35 Os I 12774 49947 7.8 0.85 -0.07

272
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

2689.82 Os I 5144 42310

2692.70 Os I 14091 — 51218

2694.52 Os I

t 1 A'5 1 1 lUJ 1 AQ ^ 4o 1 3Z

2694.75 Os I 12774 A OOT3 49873

2696.61 Os I 4159 41Z3Z

2699.59 Os I 2740 39772

2700.75 Os I 8743 — 45759

2702.83 Os I

1 'J A^ A 13020 C AAAT 5UUU /

C\ A AC 2704.45 Os I1 "5 "3 /C C 13365 CAI '3 A 5U33U

nub.70 Os I Afi Z /4U 3yD /5

2707.42 Os I 11378 48302

2709.86 Os I 10166 — 47057

1

1

14.64 Us I A

U iooZo

1

1

15.36 (JS I lie 5 /oo A") CQI 4Z5o J L 1 1 5.d4 A r-. ¥ US I

1 /1 1 1

Q

5 1 1 5Z

2716.80 Os I 11031 — 47828

2718.71 Os I 15391 — 52162

OTOA A/I Us I Z /4U

Z/zl.oo A ¥ Us I

/I 1 <Q 4i5y /•AQQO

A ¥ us I

1 A 1 /Tz: lUlOD A(^Q 1 1

2728.27 Os I 2740 39383

2730.61 Os I 5144 — 41754

z / 3Z. ol) Os I ^ 1 A A 5 144 41 /Zo

Z /36.3y Os I 5 /oo A^l f\f\ 4ZiUU

2738.33 Os I 1 T '3 /C C 13365 49o73

2738.46 Os I 15391 51897

2740.32 Os I 14848 — 51329

2740.75 Os I 1 1378 An O C A 47554

2741 .38 Os I

1 1 T T O

1 1378 An O A c 4 /o45

O T /i O /CO Z /4Z.6y Os I1 1 "3 ^7 O

1 13 /o An

o

2747.91 Os I 14848 — 51229

2748.86 Os I 15391 — 51759

z /4y. lo A T Us I IZ 1 1^ /I Q 1 J Q 4yi JO

O ^7 C 1 1 C Z /5 1. 15 A r-i ¥ Us I. IZ / /4 /I Q 1 1 O

C2 T> ZIj5. 1

Z

A r-. ¥ Us I1 AQ AQ 5 1 1 5Z

2755.59 Os I 12774 — 49054

2757.81 Os I 13365 — 49615

2 / jo.oZ Us I 1 13 /o 4/d1 J Z /ol .Uo Os I T7 /I 1 A"^ zloiAZ Os I 4159 40362

2763.27 Os I 8743 44921

2763.94 Os I 11031 — 47200

2765.04 Os I 15391 51546

2765.45 Os I on A 8743 A A OC^"^ 44893

2767. 12 Os I 1 103

1

A n t C O 47158

2769.88 Os I 13020 A Ci 1 1 491 12

2770.10 Os I 14848 50937

2770.71 Os I 5144 41225

2773.07 Os I 14852 50903

2774.02 Os I 14339 50377

22. . 2.4 0.38

14. 1.5 0.17

7.

1

A nn TV 1 1 —U. 1 1 A C 4.6 A C 1 U.5 1 f\ -3 r\ —U.3U

ATT 0.33 A A1 C 0.035 1 AC —1.45

2.6 0.28 -0.55

2.9 0.32 -0.50

5.6 A 1 U.ol A O 1 —U.Z 1 5 Q 5.y A <C< U.o5 —A 1 Q U. 1 y

Z.y AU.3Zn A <(\ —U.5U

9.7 1.1 0.03

7.7 0.84 -0.07

o.o U. / J A 1 A ^J. 1 4

o.o U. / J A 1 A ^J. 14

1 A14. 1 .5 A 1 C U. 1 O

3.1 0.34 -0.47

11. 1.3 0.10

o.U A AT u.o / A 1 1 ^J. 1 / O.U U.OO —A 1 O U. 1 5. / A (i1 U.oi —A TA u.zu

0.54 0.060 -1.22

5.2 0.59 -0.23

5.Z A TJ —U.Z J A OO A 1 A U. lU —11 AA .uu

r\ A A U.44 —A 1 ^ U.35

6.6 0.74 -0.13

16. 1.8 0.26

D.Z A "7 A A 1 <r —U. 15

"3 1 J. 1

C\U.3-> K A A K —U.45

Z. 1 A Tl A ai —U.oi

14. 1.6 0.20

13. 1.5 0.17

o.Z A Q1 A A1

5.5 AU.oZ A 1 1 —U.Z 1 < Q j.y U.O / A 1 -7

6.8 0.77 -0.11

12. 1.4 0.14

C A 0.4 A HA U. /4 A 1 1 —U. 13

1.6 A 1 OU. 1 o

r\ n A —U. /4

A4.Z A y1 O U.4o A '3 1 —U.3 1

10. 1.2 0.08

6.3 0.72 -0.14

34. "i A

3.9 A C A 0.59

1 y1 1.4 A 1 ^

0. 16 A 'TA —0.79

C A 5.4 A /C 1 0.61 —U.Z 1

10. 1.2 0.07

9.6 1.1 0.04

7.5 A O/C U.o6 —U.U6

10. 1.2 0.08

9.6 1.1 0.04

273
Wavelength Spectrum Energy Levels

A K

2774.38 Os I 13020 - 49054

2774.90 Os I 1 1031 47057

2776.91 Os I 2740 38741

2782.55 Os I 4159 — 40087

2786.31 Os I 5144 41023

2786.80 Os I 2740 - 38614

1-^ r\ f\ c\f\ 2790.90 Os I 15223 51043

2793.99 Os I 11378 47158

2794.19 Os I 14852 — 50630

2796.11 Os 1 13020 _ 48774

2796.73 Os I 2740 - 38486

2801.93 Os I 1 1378 47057

2804.07 Os I 15391 51043

2806.91 Os I 0 35616

2807.48 Os I 10166 45775

2808.24 Os I 15391 - 50990

2808.94 Os I 2740 38331

2813.84 Os I 14848 50377

2814.20 Os I 2740 _ 38264

2814.84 Os I 4159 — 39675

2815.27 Os I 13365 - 48875

2815.78 Os I 2/40 38244

2817.51 Os I 14848 I 50330

2820.18 Os I 15223 — 50671

2820.56 Os I 14091 — 49534

2821.25 Os I 11378 - 46813

2824.17 Os I 1 1378 46776

2829.03 Os I 10166 45503

2829.27 Os I 4159 39494

2831.59 Os I 14848 — 50154

2832.24 Os I 11031 - 46328

2837.42 Os I 1 103

1

46264

2838.17 Os I 4159 39383

2838.63 Os I 5144 40362

2840.44 Os I 14339 — 49534

2841.60 Os I 2740 - 37922

2844.40 Os I 5144 40291

2844.68 Os I 14339 49482

2846.39 Os I 5766 40888

2846.55 Os I 8743 43863

2848.25 Os I 14848 - 49947

2849.05 Os I 15223 503 12

2849.30 Os I 10166 45252

2850.76 Os I 2740 — 37809

2855.34 Os I 8743 — 43755

2857.54 Os I 18902 — 53887

2860.06 Os I 16212 51166

2860.96 Os I 5144 40087

2864.26 Os I 15391 50294

2865.68 Os I 11378 46264

gA gf Loggf

10^/sec

6.8 0.79 -0.10

4.4 0.50 -0.30

1.2 0.13 -0.87

4.3 0.49 -0.31

4.8 0.55 -0.26

0.48 0.056 -1.25

5.9 0.69 -0.16

9.9 1.2 0.06

20. 2.4 0.37

1.3 0.15 -0.82

1.9 0.23 -0.64

4.0 0.47 -0.33

30. 3.5 0.54

4.5 0.53 -0.27

1.2 0. 14 r\ a A -0.84

2.9 0.35 -0.46

1.6 0.19 -0.71

35. 4.2 0.62

2.6 0.31 -0.52

0.22 0.026 -1.58

2.7 0.32 -0.50

1.0 0.12 -0.91

3.5 0.42 -0.38

12. 1.4 0.16

6.8 0.82 -0.09

7.5 0.90 -0.05

5.0 0.59 -0.23

0.57 0.068 -1.17

2.1 0.25 -0.60

1.7 0.21 -0.69

4.4 0.53 -0.27

8.0 0.97 -0.01

2.2 0.27 -0.57

32. 3.9 0.59

7.7 0.93 -0.03

2.4 0.29 -0.54

14. 1.8 0.24

6.1 0.74 -0.13

3.1 0.38 -0.42

2.5 0.31 -0.5

1

33. 4.0 0.61

8.0 0.97 -0.01

1.1 0.13 -0.89

4.6 0.56 -0.25

2.1 0.26 -0.59

7.4 0.91 -0.04

10. 1.3 0.10

8,7 1.1 0.03

3.5 0.44 -0.36

2.9 0.36 -0.44

274
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2869.39 OS I 12774 — 47615 2.1 0.25 -0.59

2872.40 Os I 0 — 34804 0.23 0.028 -1.55

Zo / J .'4-Z no T 1 1 178 /I A 1 70 S 7 0 7

1

2874.15 Os I 13020 /1 7809 4 / oUZ 4.9 0.60 -0.22

2874.59 Os I 16212 j\jyy\j ^OQQO 4.0 0.50 -0.30

2874.96 Os I 8743 — 43516 5.6 0.70 -0.16

2877.35 Os I 11031 — 45775 5.6 0.70 -0.16

Lo 1 o.'tU Ub 1 J / ou z.w 9 0 0 9S —0 ^«1 2883.94 Os I 14091 A C7 4o / JO 2.0 0.25 -0.60

2884.41 Os I 8743 434UZ 1.3 0.16 -0.80

2886.06 Os I 1941

1

— 54050 3.1 0.38 -0.42

2886.50 Os I 14848 — 49482 3.1 0.39 -0.41

9800 8S Dc: U o I

1 41 SO 187/1 1 Jc5 /4 1 0U. 11 7/ 0 079 —1 fifi 2891.83 Os I 25013 12. 1.5 0.18

2892.35 Os I 10166 44 / jU 1.9 0.23 -0.63

2895.06 Os I 11031 — 45562 2.7 0.34 -0.47

2896.06 Os I 13020 — 47540 12. 1.5 0.19

9001 19 U o 11 1090 An AT? 4 /4 / / 1J .\j0 0 18 —0 49

2903.07 Os I 18902 JS1118 J J JO 8.5 1.1 0.03

2903.21 Os I 14091 /I 8 S9 A 7.7 0.97 -0.01

2905.73 Os I 6093 — 40498 1.3 0.16 -0.79

2908.03 Os I 16212 — 50590 2.8 0.36\ -0.44

Dq I Q

1 1 1 1

.

1 4 0O. 11 o Os I 11031 /t c 1 CO 2.8 0.36 -0.44

2911.34 Os I 19109 J j44 / 5.0 0.64 -0.20

2912.33 Os I 4159 — 38486 8.1 1.0 0.01

2913.84 Os I 10166 — 44475 2.9 0.36 -0.44

Dc: U o I

1

1 841 7 <97 1 A JZ / 1 O 0y. 11 1.2 0 07

2917.26 Os I 8743 /1 10 1 1 43U 1 1 7.3 0^93 -0.03

2917.83 Os I 5144 10/1 o«^ 0.63 0.081 -1.09

2919.79 Os I 15223 — 49461 155. 20. 1.30

2921.07 Os I 15391 — 49615 4.0 0.51 -0.29

9094 40 U o 11I11 178 J / o

A ^ < A9 4j JOZ 1 0 0U.JO18 —OU.4Z49

2925.28 Os I 13365 4 / j4U 2.1 0.27 -0.58

2925.57 Os I 4159 1811

1

JO J J I 1.1 0.14 -0.85

2929.51 Os I 0 — 34126 0.40 0.052 -1.28

2930.57 Os I 22616 — 56729 22. 2.9 0.46

901 1 98 Dc; I 41 SO JoZ04 1 8 0 94 —0U.O^1J 2932.45 Os 1 15391 AQA 87 3.1 0.40 -0.39

2933.98 Os I 18301 ^7 1 7 ^ jZj / J 5.0 0.65 -0.19

2934.64 Os I 2740 — 36806 0.61 0.079 -1.10

2936.81 Os I 14091 — 48132 1.5 0.19 -0.72

9Q1^; qo ^yjyj.yy U o 1

1

1 9774 z / /

1

/I 0 1 1 4oo 1 J J.Z S 9 0U.OA7/ —O 1 7 U. 1 / 2938.38 Os I 19109 CI 1 1

1

5.6 0.72 -0.14

2942.20 Os I 10166 A A i A A 44144 2.0 0.26 -0.58

2942.85 Os I 4159 JO 1 JKJ 0.70 0.091 -1.04

2948.23 Os I 5766 39675 5.7 0.75 -0.13

2949.53 Os I 2740 36634 3.2 0.41 -0.38

2949.81 Os I 11031 44921 5.0 0.66 -0.18

2952.34 Os I 11031 44893 3.0 0.39 -0.41

275
Wavelength Spectrum Energy Levels gA gf Loggf

AA K IQS/sec

2955.00 Os I 15223 - 49054 5.8 0.76 —0.12

2958.34 Os I 14339 48132 i.U U.39 -0.41

2961.01 Os I 4159 37922 U. 13 —0.89

2962.15 Os I 4159 37909 1.7 0.23 -0.64

2962.33 Os I

1 ^ r\ 1 15391 49138 7.4 0.97 -0.01

^ A C\/' 2964.06 Os I 5766 - 39494 L.i U.3U -i).jz

2964.62 Os I

1 c o r\ 1 15391 3. /

C\ Ai\ u.4y -0.31

2968.45 Os I 14848 I 48526 Z.U U.zo A CO —u.5y

2970.69 Os I 15223 — 48875 2.5 0.33 -0.49

2970.97 Os I 4159 37809 2.4 0.32 -0.50

2972.25 Os I 25013 — 58648 z4. 3.

1

A /* O u.4y

2973.06 Os I

1 O ^ 1 18417 52043 15. 1 Q

i.y A o n U.Z9

2977.64 Os I 8743 42317 c 1 J. I U.oo A 1 n —U. 1 / 2978.21 Os I 8743 42310 1.2 0.16 -0.79

2978.53 Os I 21303 54868 15. 2.1 0.31

Os I 12774 - 46328 3.

1

n /1

1

U.41 A '7 O —U.3o

2982.90 Os I 1 1378 44893 1 T

l.D A O 1 U.zl

2985.61 Os I 15391 48875 Q C O.J 1.1 A AC U.U5

2988.26 Os I 14848 48303 3.8 0.50 -0.30

2989.13 Os I 19893 53338 15. 1.9 0.29

2992.1

1

Os I 13365 - 46776 ^ 1 U.oz A AO —U.Uo

2993.57 Os I 12774 46170 3. / U. jU —A 1A U.3U

2997.65 Os I 10166 43516 A 1 4.

1

U.JO A o < —U.ZJ

3003.48 Os I 11378 — 44663 3.8 0.52 -0.29

o r\r\'i c\f\ 3007.90 Os I 18902 — 52138 12. 1.7 0.23

3013.07 Os I 2740 — 35920 v. by U.U>'4 —11 Al .U3

3015.65 Os I 13365 46515 U.oo —A 1 T U. 1 / 3017.25 Os I 8743 I 41876 D.J (\ CO u.oy ^.Uj A AC

3018.04 Os I 0 33124 4.3 0.58 -0.24

3019.38 Os I 5766 38876 2.3 0.32 -0.49

3030.70 Os I 5144 - 38130 A U.o3 A TA

3031.01 Os I 8743 41726 1.3 AIT U. 1 / A —U. /o

3031.30 Os I 14848 47828 4.0 A CI U.o3 A OA —U.zU

3032.81 Os I 13365 46328 4.0 0.55 -0.26

3040.90 Os I 2740 35616 5.6 0.78 -0.11

3043.50 Os I 5766 - 38614 All U. 13 —U.O / 3043.64 Os I 10166 43011 1 Q

l.O AU.Zj —A ^A u.du

3044.07 Os I 16212 49054 A C

4. J AU.OZO —A T 1 U.Zl

3044.41 Os I 13365 46202 2.3 0.32 -0.49

3044.91 Os I 1 1031 43863 3.1 0.43 -0.37

3049.04 Os I 12774 — 45562 3.

1

C\ A1 U.43 A ^J.30

3049.46 Os I 6093 38876 1.1 A 1 U. Id A fiA ^J.oU

3050.39 Os I 22616 55389 A 1 41. 5 7 Au. /o

3051.17 Os I 5144 37909 0.43 o!o60 -1.22

3054.97 Os I 1 1031 43755 1.9 0.26 . -0.58

3055.21 Os I 14091 46813 1 .1 1 A l.U A A1 u.ui

3058.66 Os I 0 32685 /•4 1 A l.U A AT U.UZ

3060.30 Os I 4159 36826 U.oU All U. 1 1 A

3062.19 Os I 4159 36806 11.0 U.Zz —ftU.OA<J 3066.12 Os I 15223 47828 4.6 0.65 -0.18

276
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

"^069 94 Ds I 5766 3833

1

3074.08 Os I 6093 — 38614

3074.96 OS I 22616 — 55127

3077.06 Os I 8743 — 41232

Os I 11031 — 43516

^077 77 8741 41775

3078.11 Os I 5766 — 38244

3078.38 Os I 4159 — 36634

3083.74 Os I 22616 — 55034

3084.60 Os I 13365 — 45775

jUoO.Z / Ufa 1

1 577"^ 47/^1 5 3090.08 Os I 14848 — 47200

3090.30 Os I 2740 — 35090

3090.49 Os I 14852 — 47200

3091.25 Os I 17667 — 50007

3093 59 nc! I 1 8907 51718

3101.53 Os I 13020 — 45253

3104.98 Os I 13365 — 45562

3105.99 Os I 4159 — 36346

3107.38 Os I 14091 — 46264

3 1 08 98 0=! U O I1 O5766 1 \J\J 37977

3109.38 Os I 6093 — 38244

3111.09 Os I 10166 — 42300

3114.81 Os I 12774 — 44870

3116.48 Os I 14091 — 46170

J 11

11 8O. 17i z. Uo 1 54f^77

3118.33 Os I 11378 — 43437

3129.23 Os I 17667 — 49615

3131.12 Os I 14848 — 46776

3140.31 Os I 15223 — 47057

31 57 07 U o 1 1 1 01

1

47747

3152.67 Os I 10166 — 41876

3153.61 Os I 12774 — 44475

3156.25 Os I 5144 — 36818

3156.78 Os I 23463 — 55132

31 57 74 Dt? Wo II 73463 55177

3161.44 Os I 19049 — 50671

3161.73 Os I 8743 — 40362

3164.61 Os I 15223 — 46813

3166.51 Os I 23463 — 55034

?1fi8 78 nc3 Uo I11 5771 to / / o 3173.20 Os I 13365 — 44870

3178.06 Os I 4159 — 35616

3180.12 Os I 19893 — 51329

3181.88 Os I 14339 — 45758

3182.57 Os I 14091 45503

3185.33 Os I 2740 34126

3186.98 Os I 11378 42747

3187.34 Os I 13365 44730

3189.46 Os I 8742 40087

0 90 0 13 -0 90

1.7 0.24 -0.62

55. 7.8 0.89

1.8 0.25 -0.60

5.3 0.75 -0.12

1

1

1 6 0 70

1.5 0.22 -0.67

0.61 0.087 -1.06

29. 4.1 0.62

2.0 0.29 -0.54

J.J 1 1 n 48 —0 17

12. 1.7 0.24

0.25 0.035 -1.45

6.0 0.87 -0.06

5.5 0.78 -0.11

^311 • 4 5 0 65

9.3 1.3 0.13

3.2 0.46 -0.34

0.90 0.13 -0.89

2.4 0.35 -0.46

11 • 2^ 0 17 —0 77

2.6 0.38 -0.42

3.3 0.48 -0.32

3.1 0.46 -0.34

4.7 0.68 -0.17

11 8o. 7 (\ 0 41

5.6 0.82 -0.09

11. 1.6 0.21

23. 3.4 0.53

4.9 0.73 -0.14

1 5 0 22 -0 66

3.0 0.44 -0.35

7.1 1.1 0.03

8.8 1.3 0.12

49. 7.3 0.86

26 3 9 0 59

14. 2.0 0.31

0.90 0.13 -0.87

4.2 0.63 -0.20

60. 9.0 0.95

D.U 0 91 —0 04

3.5 0.52 -0.28

0.86 0.13 -0.88

13. 1.9 0.29

8.3 1.3 0.10

5 8 0u.oo88

0.31 0.047 -1.33

4.7 0.72 -0.14

1.5 0.24 -0.63

2.2 0.34 -0.47

277
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3194.23 Os I 14091 — 45389 10.0 1.5 0.18

3195.38 Os I 11031 — 42317 2.6 0.40 -0.40

3195 97 1J. 11 J378/ w 42658 11 * 9y 0 29 —0W. J*T S4

3232 06 WO 1 41 59 35090 D y\j 3 4 0 54 —0 11

3238 63 n=; W O 1 5766 / \J\J -'WW-/" 36634 0w. 80xjyJ 0w. 11 3D —0w. 90w

3241.04 Os I 11031 - 41876 2.3 0.37 -0.43

3248.00 Os I 13365 — AA\AA 2.9 0.46 -0.34

3254.91 Os I 14848 45562 6w • 7/ 1 1 1 > 1 0 02

3256.92 Os I 1 1031 41726 2.3 0W» 36w -0W. 44T*T 3260 30 Os I 8743 39406 1.2 0.19 -0W» 73/ -7

Os I 4159 - 34804 5.1 0.82 -0.09

7,162.15 Os I 8743 39383 2.3 0.37 -0.43

3267.94 Os I 0 30592 1i. • 6w 0 25 -0W. 60WW

3269.21 Os I 5766 36346 11 • 6W 0w• 26^w -0w« ^59y 3272.16 Os I 15223 45775 7 1 1 1 0W» 06WW

3275.20 Os I 5766 — 36290 1.3 0.22 -0.66

3277.97 Os I 5766 — 36264 0.83 0.13 -0.87

3986 67 n=! I 1 ^020 4^417 1 ^ 0 2 1 —0 68

3788 84 wo 1 D / ^ 58769 8O.J5 0 9^

3?90 ?6 \J o 1 71AO ^^D D 1V 24Z.*T 11 . ^D 0 2 1 —0W. 67W /

3301.56 Os I 0 - 30280 3.6 0.59 -0.23

3306.23 Os I 12774 — 43011 4.3 0.70 -0.15

3310 91 Os I 11 1031 1 W-/ J. 41225 6W- —5

0W• 03WJ 331 5 42 Os I ~J5766 1 WW 35920 0.29 0 048 -1 32

3315.69 Os I 13365 435 16 1.9 0.31 -0.50

3324.33 Os I 13365 — 43437 4.9 0.80 -0.09

3327.42 Os I 14848 44893 9.0 1.5 0.18

3336.15 Os I 4159 34126 1.4 0.23 -0.65

3351 74 Os I 6093 35920 0.25 0.042 -1.38

3357.97 Os I 14091 43863 5.1 0.86 -0.06

3361.15 Os I 8743 - 38486 1.2 0,21 -0.69

3364.12 Os I 2740 — 32457 0.17 0.029 -1.54

3370 20 D"^ WO I1 14091 1 *TW y 1 43755 it* 2 71 0 46 -0.34

^370 59 W O 1 5144 -/tOWr ^4804 1 7 0w. 28^ o —0W* u55.J DDI 3372Z. . 08WO VJ o 1 11. D^^65 D\j

D

4301

1

2 9 0 49 -0W» 31~J 1

3378.68 Os I 19893 — A9AS2 12. 2.0 0.30

3384.00 Os I 12774 — 42317 4.4 0.76 -0.12

3384 D D 0*T. 60iJv/ n=; Wo I1 14339 1 *T-? D y 43876 1 9 0W» 33~J ^ -0 48

3385 94 n=; W o I1 MilA 42300 2 8 0 47 -0W- 32^ 3386 14 Dc; wo I1 14339 D D y 43863 *T J O W-J 1 9 0W» 33w/ -0W• 48I w

3387.84 Os I 10166 - 39675 4.3 0.74 -0.13

3395.72 Os I 15223 — 44663 2.7 0.47 -0.33

3401 17 wo 1 23323 D D ^ D 52716 <b« 20w* 3.4 0.54

3401 86 OsWO T1 8743 38130 ^ W 1 w 2.8 0.48 -0.32

3402 51 Oswo T1 0w 29382 0.094 0.016 -1.79

3406 67 wo 1 14091 43437 1.9 0.33 -0.48

3408.76 Os I 10166 39A9A o!82 0.14 -0.85

3412.74 Os I 13365 42658 2.0 0.35 -0.46

3421.69 Os I 10166 39383 0.80 0.14 -0.85

3427.44 Os I 23323 52491 10. 1.8 0.26

278
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3427.67 OS I 8743 37909

3435.26 Os I 12774 — 41876

1A10 AO US I o /43 3 / o\jy

344U.OU US I

1 1 (\i 1 1 1U3 1 4uUo / 1 A A A Ad 3444. 4o US I

1 A 8 in 43o /O

3445.55 OS I 14848 — 43863

3449.20 OS I 11378 — 40362

34j-).U3 US I 1 33oj 4Z3UU

34jo.3o Us I

"{ AQ AQ All 43 / J J 340J.44 A r-. ¥ Us I

1 n Clin

1 / bo /

/I A < 1 ^ 4oj 1

J

3478.53 Os I 17667 46407

3482.11 Os I 10166 — 38876

i4oz.z3 Us I lino 4UUo / j4o7.25 Os I

1 AQ AQ 14o4o A1 Z i £i 43 J 15

3491. 5U Os I 19893 4o3Z6

3498.54 Os I 10166 38741

3501.16 Os I 14848 — 43402

3 jU4.00 A r-. ¥ US I A 1 41 3ZooJ

KIT QQ A C-i ¥ US I 41Z3Z

3 J I 3.00 A O T US I loziz 44003

3516.63 Os I 19049 — 47477

3523.64 Os I 0 — 28372

3 JZO.U4 A C ¥ us I

1 1 ni 1 1 1U3 1 37363

3 JZO.OU A ¥ us I u

3 j3U.Ud A f-. ¥ us I

1 n 1 364oo

3532.80 Os I 4159 32457

3533.41 Os I 15223 — 43516

-J C /I 1 Q 1 US I

1 A no 1 14Uyi /I 0 1 1 "7 4Z3 1 /

'2 C /I O ^ 1 3 j4Z. /

1

Us I

1 A AO 1 y| 1 1 A 4Z3 lU

3 J J j.y / Os I A no o o

3559.79 Os I 8743 36826

3560.86 Os I 8743 — 36818

3 JOZ.34 A c:. ¥ US I Ql Al o / 43 3ooUd

3 3D7. /O A IT. ¥ US I 113/8 373o3

3 J /4.Uo A ¥ US I 14337 1 /I no 4Z3 1

U

3586.51 Os I 18902 — 46776

3587.32 Os I 13020 — 40888

337Z.3Z -ICQ') n A ¥ US I T2T)1 ^ 1 1 3 1 1 jZ

A r-. ¥ US I ^1 AC\ Z /4U 3U3Zj

30U1 .53 A C ¥ us I lUloo 3 /yzz

3616.57 Os I 10166 37809

3619.43 Os I 15391 — 43011

l/OQ QC Us I 5 144

364U.33 Os I

t A O A O 14848 423 10

"3/^/10 O 1 364o.o 1 Os I 19760 47158

-3 C /I /I rt 36j4.4y Os I

1 dO 1 15391 A^'^ A"^ 42747

3656.90 Os I 2740 30078

3666.31 Os I 18902 46170

3670.89 Os I 11031 38264

3675.45 Os I 15223 42422

0.65 0.11 -0.94

0.87 0.15 -0.81

f\ IQ u.u /u 1 . 1

J

z.u U.3 J A Af.

Z.6 U.J 1 _n in

3.7 0.66 -0.18

2.6 0.46 -0.33

r\ QQ n 1 8 U. 1

6

A

^J. / J Z.o U. jU A -3A —U.3U

O./ 1.1 U.Uj

6.0 1.1 0.04

0.70 0.13 -0.89

n <i U. j3 A r\Qn —l.Ul

1 A 1.4 U.Zo A CQ —U. J7

/. /

1 A 1.4 n 1 <

U. 1

J

0.89 0.16 -0.79

5.1 0.93 -0.03

u.oz r» 1 1 U. 1 1 A Q/f

4.

7

U.7U U.U4

Z.6 U. jZ U.Z7

4.3 0.79 -0.10

0.14 0.026 -1.58 n 80 U.6Z n 1 ^

U. 1

J

A O

n i/i A a/:q I 17 1.1/

1 T l.Z u.zz

0.22 0.040 -1.40

2.6 0.49 -0.31

1 .U n 1 Q U. 1 7 —u. / z

1 <

3. J U.oj A 1 Q —U. 1 O n QT U.7 / U.lo A T\ —U. / 3

3.1 0.59 -0.23

4.0 0.76 -0.12

U.4U U.U/O 1. iz

z.u nu.3iQ7

—C\ A 1 U.4

1

11.7Q n lA U.30 A A A / U.44

3.7 0.71 -0.15

1.3 0.25 -0.61

Qy.yjn 1 7 1. / U.Z4 n 1/1 U.34 n n<;7 u.Uo /

1 18 1.16

U.6j f\ 1 7 U. 1 / A -70

1.1 0.21 -0.67

2.3 0.46 -0.34

U.U07 U.U14 —1 07 1.0 / 6.5 1

"3 1 .3 All 0. 1 1 Z.7 A CO u. jy -0.23

3.7 0.74 -0.13

0.15 0.030 -1.52

c c J.J 1.1 A A/(

2.2 0.45 -0.35

1.9 0.38 -0.42

279'
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3681.57 OS I 19109 — 46264 3.8 0.77 -0.11

JOOJ'.UO US I

1 1 ni 1 1 8 1 in 1.1 A 7 1 U.Zi A C A 3698.83 OS I 14848 — 41876 0.47 0.096 -1.02

3703.25 OS I 17667 — 44663 5.3 1.1 0.04

3706.56 Os I 23323 — 50294 14. 2.8 0.45

3709.14 Os I 11378 — 38331 0.59 0.12 -0.91

17 1 T 8/1 J 1 1Z.04 US I

1 CIQI 1 jjy I 4Z/1 7 1 1 7 J 1 /

1 7 l.Z A 7 ^ U.Z J A CC\

3713.73 Os I 15391 — 42310 3.3 0.69 -0.16

3718.34 Os I 11378 — 38264 0.39 0.081 -1.09

3719.52 Os I 14848 — 41726 2.6 0.54 -0.27

3720.13 Os I 8743 — 35616 0.51 0.11 -€.98

5 / Zl.yo US I 1/17 07 ^11 ^7 J 1 1 jZ A n 4. / A Q7 A A1

3729.22 Os I — 44475 1.7 0.35 -0.45

3730.73 Os I 14091 — 40888 0.82 0.17 -0.77

3746.47 Os I 14339 — 41023 1.8 0.38 -0.42

3752.52 Os I 2740 — 29382 1.4 0.30 -0.52

•3-7 CT 1 O Dljl.il. US I

1 "inn A 1Q181 n ^7 A 1 A U. 14 A 8 < 3766.30 Os I 11378 — 37922 0.58 0.12 -0.91

3768.14 Os I 11378 — 37909 0.53 0.11 -0.94

3774.40 Os I 18902 — 45389 4.4 0.94 -0.03

3774.62 Os I 15391 — 41876 1.5 0.32 -0.49

3 / Ib.Zj us I 1 3U2U 1 O/l 0/1 C\ 8/1 A 1 8U. 1(5 —U.A KID 3776.99 Os I 10166 36634 0.87 0.19 -0.73

3782.20 Os I 4159 — 30592 1.1 0.24 -0.61

3789.11 Os I 14848 — 41232 0.91 0.20 -0.71

3790.14 Os I 14848 — 41225 6.8 1.5 0.17

D 1 yy). 1

J

us 1

1 A S ^7 4/I 1 77 ^ 1 ZZJ

1i.yQ nU.4Z/i7 —AU.JO18

3793.91 Os I 18902 — 45252 13. 2.8 0.44

3794.66 Os I 28332 — 54677 8.6 1.9 0.27

3795.67 Os I 24292 — 50630 10.0 2.2 0.33

3827.14 Os I 22616 — 48737 7.0 1.5 0.19

us I C7/1

1

U.4j A 1 AA U. lUU 1 AA l.UU

3840.30 Os I 29099 55132 30. 6.6 0.82

3841.29 Os I 25013 — 51039 18. 3.9 0.59

3843.66 Os I 15223 — 41232 0.81 0.18 -0.75

3849.94 Os I 12774 — 38741 0.98 0.22 -0.66

1 O <7 AO Us I A 1 CO 41 iUU/o U. lU A A77 1 .OJ

3865.47 Os I 25275 51138 28. 6.2 0.79

3876.77 Os I 11031 — 36818 2.2 0.49 -0.31

3881.86 Os I 10166 — 35920 0.58 0.13 -0.89

3886.75 Os I 13020 — 38741 0.20 0.046 -1.34

Us I

1 ^771 A(\QQQ 4Uooc5 A 17 A AC^ _1 A7 1 .U / 3900.39 Os I 2740 — 28372 0.038 0.0086 -2.07

3901.71 Os I 8743 — 34365 0.29 0.066 -1.18

3907.65 Os I 14091 — 39675 0.23 0.052 -1.28

3911.81 Os I 12774 — 38331 0.16 0.036 -1.45

3918.97 Os I 27954 53464 5.8 1.3 0.13

3922.03 Os I 12774 38264 0.15 0.035 -L45

3925.10 Os I 12774 38244 0.15 0.035 -1.45

3926.77 Os I 18417 43876 0.75 0.17 -0.76

280
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

3928.41 Os I 11378 36826

3928.54 OS I 5144 — 30592

3930.00 Os I

1 AO 14852 A f\r\ C\ 1 402vl

393 1.52 Os I

1 1 T T O

1 1378 36806

3938.59 Os I Ci^ A^ 8743 34126

3939.57 Os I 13365 38741

3949.78 Os I 13020 — 38331

3952.77 Os I 14091 39383

3955.37 Os I 15223 40498

3960.51 Os I A f\ C A 49534

3961.02 Os I 14848 _ 40087

3963.63 Os I 4159 — 29382

3964.96 Os I 2740 27954

3969.67 Os I 14852 40036

Os I YlllA 51922

^911.13, Os I 5144 30280

3979.36 Os I 30280 — 55403

3988.18 Os I 14339 39406

3988.62 Os I 1941

1

A A C 44475

3991.49 Os I 2740 27787

3994.93 Os I 21303 _ 46328

3996.80 Os I 0 - 25013

3998.93 Os I 19893 A A O CX"^ 44893

4003.48 Os I 15391 40362

4004.02 Os I 1 1378 36346

4005.16 Os I 18902 43863

4015.04 Os I 13365 — 38264

4018.26 Os I 13365 O"^ A A 38244

4029.32 Os I 30592 55403

4032.92 Os I 23985 48773

4037.84 Os I 5766 30525

4038.64 Os I 19109 - 43863

4041.92 Os I 1941

1

44144

4048.05 Os I 15391 40087

4051.43 Os I 16212 40888

4066.69 Os I 22616 47199

4070.86 Os I 14848 — 39406

4071.56 Os I 14852 39406

4074.68 Os I

1 A c\ A a 14848 39383

A f\CiCi A A 4088.44 Os I 15223 39675

4091.82 Os I 6093 30525

4098.10 Os I . 14091 - 38486

A •% f\f\ T t\ 4100.30 Os I 8743 33 124

4103.62 Os I 111%! 52149

41 12.02 Os I 5766 30078

4124.60 Os I 1 1378 35616

4128.96 Os I 4159 28372

4135.78 Os I 4159 28332

4137.84 Os I 15223 39383

4158.78 Os I 14091 38130

0.14 0.032 -1.50

0.024 0.0055 -2.26

0.82 -0.72

0.24 A AC C 0.055 —1.26

0.35 A AC^ 0.082 1 An —1.09

0.47 0.11 -0.96

0.47 0.11 -0.96

0.35 0.083 1 r\Ci -1.08

0.39 0.091 1 f\ A —1.04

8.5 2.0 0.30

1.6 0.37 -0.44

0.38 0.090 -1.05

0.025 A AAZTA 0.0060 —2.22

1.1 0.26 f\ CO -0.58

0.47 0.1

1

-0.95

0.35 0.084 -1.07

9.7 2.3 0.36

0.65 A 1 C 0.15 A O 1 -0.81

1 1 1.1 A C 0.25 A ^A —0.60

0.0095 0.0023 —2.64

2.1 0.50 -0.30

0.0043 0.0010 -2.98

1.7

r\ A t 0.41 A 1 A —0.39

1.2 ATA 0.30 A CI -0.53

0.27 0.066 1 1 o —1.18

3.3 0.79 -0.10

0.31 0.076 -1.12

0.73 A 1 O

0. 18 A C -0.75

12. 3.0 A AO 0.48

7.5

1 o

1.8 0.26

0.053 0.013 -1.88

1.3 0.31 -0.50

6.9 1.7 0.23

1.2 0.30 -0.52

0.55 0.14 -0.86

56. 14. 1.14

1.6 0.40 -0.40

1.2 0.3

1

A C 1 -0.5

1

1.5 0.36 f\ A A —0.44

r\ AO 0.48 0.12 ^ A A^ —0.92

0.26 0.067 -1.18

0.28 0.072 -1.14

0.14 0.035 1 A —1.46

8.5 2.1 0.33

0.59 0.15 -0.83

0.41 0.10 -0.98

0.053 0.014 -1.87

0.72 0.18 -0.73

0.96 0.25 -0.61

0.31 0.081 -1.09

281
Wavelength Spectrum Energy Levels

A K

4159.96 Os I 12774 - 36806

4172.57 Os I 10166 34126

4173.23 Os I 5144 29099

4175.63 Os I 8743 32685

4184.13 Os I 18417 42310

4189.91 Os I 12774 - 36634

4195.14 Os I 14091 37922

4201.45 Os I 4159 27954

4202.06 Os I 14339 38130

4211.86 Os I 23463 47199

4213.86 Os I 25013 - 48737

4215.16 Os I 14091 37809

4226.53 Os I 15223 38876

4233.46 Os I 13020 _ 36634

4260.85 Os I 0 23463

4264.75 Os I 13365 - 36806

4269.61 Os I 18902 42317

4277.15 Os I 19049 42422

4285.90 Os I 13020 36346

4293.95 Os I 14848 38130

4296.22 Os I 13365 - 36634

4308.88 Os I 19109 42310

431 1.40 Os I 5144 28332

4326.25 Os I 15223 38331

4328.68 Os I 11031 34126

4338.75 Os I 15223 - 38264

4351.53 Os I 18902 41876

4354.46 Os I 10166 33124

4357.98 Os I 15391 _ 38331

4358.14 Os I 30525 _ 53464

4365.67 Os I 13020 - 35920

4370.66 Os I 15391 38264

4376.90 Os I 37809 60649

4391.08 Os I 19109 41876

4394.86 Os I 11378 _ 34126

4397.26 Os I 14091 - 36826

4400.58 Os I 32685 55403

4402.74 Os I 28332 51039

44Q4.21 Os I 15223 37922

4411.13 Os I 16212 38876

4420.47 Os I 0 - 22616

4432.41 Os I 13365 35920

4436.32 Os I 2740 25275

4437.09 Os I 15391 _ 37922

4439.64 Os I 15391 _ 37909

4445.69 Os I 14339 36826

4447.35 Os I 14339 36818

4459.53 Os I 15391 37809

4462.29 Os I 21034 43437

4465.94 Os I 38264 60649

gA gf Loggf

lO^/sec

0.22 0.056 -1.25

0.27 0.071 -1.15

0.45 0.12 -0.93

0.62 0.16 -€.79

1.9 0.49 -0.31

0.97 0.25 -0.59

0.25 0.066 -1.18

0.048 0.013 -1.90

1.2 0.31 -0.51

75. 20. 1.30

11. 2.8 0.45

0.44 0.12 -K).94

0.33 0.088 -1.06

0.52 0.14 -0.85

0.38 0.10 -0.99

0.33 0.091 -1.04

1.9 0.53 -0.28

0.90 0.25 -0.61

0.29 0.081 -1.09

2.7 0.75- -0.13

0.21 0.059 -1.23

0.88 0.25 -0.61

0.17 0.048 -1.32

0.58 0.16 -0.79

0.53 0.15 -0.83

0.51 0.14 -0.84

1.4 0.40 -0.40

0.080 0.023 -1.64

0.23 0.066 -1.18

13. 3.7 0.57

0.56 0.16 -0.80

0.57 0.16 -0.79

16. 4.5 0.65

1.3 0.37 -0.43

0.82 0.24 -0.62

0.54 0.16 -0.81

13. 3.9 0.59

22. 6.3 0.80

0.26 0.076 -1.12

0.24 0.070 -1.16

0.31 0.090 -1.05

0.27 0.079 -1.10

0.039 0.011 -1.94

0.24 0.070 -1.16

0.47 0.14 -0.86

0.14 0.040 -1.40

0.77 0.23 -0.64

0.36 0.1

1

-0.97

0.75 0.22 -0.65

12. 3.6 0.55

282
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

44 /y.o 1 us I

1 TV? /I 1 Z / /4

4484.76 Os I 10166 — 32457

4488.60 Os I 2740 — 25013

4518.89 OS I 19109 — 41232

4520.32 Os I 19109 — 41225

4jz4.o / us I

I 1 r\i 1 I I \jj I J11J MAI Z4

4529.67 Os I 13020 — 35090

4537.62 Os I 16212 - 38244

4539.92 Os I 25594 - 47615

4548.66 Os I 14848 - 36826

4j jU.4 1 us I 1^8 jOo 1 81 o 4551.30 Os I 14852 — 36818

4579.04 Os I 19893 — 41726

4595.04 Os I 29382 — 51138

4597.16 Os I 11378 — 33124

Ai^f\< r\A Us I 1 OZ 1 z J IvLL

4616.78 Os I 11031 32685

4631.83 Os I 15223 — 36806

4634.77 Os I 23323 — 44893

4641.83 Os I 8743 — 30280

4ooj.oZ US I

1 1 1^8')^ JOOZO

4682.31 Os 1 12774 — 34126

4692.06 Os I 11378 - 32685

4732.80 Os I 15223 - 36346

4738.04 Os I 25070 - 46170

nuso I1 1 / DO / 1 91A 1 4752.16 Os I 34365 — 55403

4763.10 Os I 38613 - 59602

4793.99 Os I 4159 — 25013

4813.80 Os I 14848 — 35616

4o 1 J. jU us I

1 1 1 /: c j4 1 Zo

4815.96 Os I 30280 — 51039

4826.66 Os I 14091 — 34804

4843.87 Os I 8743 — 29382

4865.60 Os I 30592 — 51138

Us I Zo j3Z 48 / J / 4912.60 Os I 12774 33124

4935.81 Os I 17667 — 37922

4942.94 Os I 15391 — 35616

4979.32 Os I 16212 — 36290

<f\1 1 81 J\JJ l.OJ US 11 1

I jZZ J 5039.12 Os I 18902 — 38741

5072.88 Osi 16212 — 35920

5074.77 Os I 15391 — 35090

5079.09 Os I 12774 — 32457

5103.50 Os I 8743 28332

5110.81 Os I 11031 30592

5122.23 Os I 14848 34365

5145.54 Os I 18902 38331

5149.74 Os I 15391 34804

n 1 Q U.Ujo 1 7/1

1 .Z4

0.13 0.038 -1.42

0.0049 0.0015 -2.83

0.41 0.13 -0.90

0.41 0.13 -0.90

u.Uo J U.UZo

0.14 0.045 -1.35

0.15 0.045 -1.34

4.9 1.5 0.18

0.40 0.12 -0.91

11 .yQ yj.jy

0.47 0.15 -0.83

0.48 0.15 -0.82

13. 4.1 0.62

0.11 0.036 -1.45

n 1 /I U. 14 n r\A 1 U.U4 J —1 If, I. JO

0.19 0.060 -1.22

0.60 0.19 -0.71

1.2 0.38 -0.42

0.019 0.0062 -2.21

n AO U. 1 D —A 8n

0.048 0.016 -1.81

0.076 0.025 -1.60

0.090 0.030 -1.52

1.2 0.40 -0.40

u.zo u.vyo

7.2 2.5 0.39

12. 4.1 0.61

0.089 0.031 -1.51

0.060 0.021 -1.68

U.U 1

4

1 ST 1 .0 / 6.8 2.3 0.37

0.047 0.017 -1.78

0.010 0.0036 -2.44

17. 6.2 0.79

4 5 1 .o not U.Z 1 o!o9o 0.033 -1.49

0.15 0.053 -1.27

0.076 0.028 -1.55

0.13 0.048 -1.31

yj.ij U.Uj 1

1 OQ

0.30 0.1

1

-0.94

0.10 0.040 -1.40

0.081 0.031 -1.50

0.039 0.015 -1.83

U.U3Z U.U 1 J — i.yy)

0.038 0.015 -1.82

0.045 0.018 -1.76

0.14 0.054 -1.26

0.30 0.12 -0.92

283
Wavelength Spectrum Energy Levels

A K

5152.01 Os I 36818 56223

5168.98 Os I 38486 — 57827

Ub 1 jUZoU 10780

con? f^i US 1 1 U 1 oo 70187 zyjoz

J Z.\JJ .Z.J Uo 1 11178 1 1 J / o 10S07

5255.82 Os I 19109 — 38130

5265.15 Os I 23323 — 42310

J Z.OJ .oy noU b I1

1 QA 1 1 18111 Jo J J 1 J.D J us 1

1J A?OZ 11 9Z 1 SOQO

Jz,yo. 1 o us 1 Zo J jZ Al4/11 00yy

5302.58 Os I 19411 — 38264

5336.23 Os I 15391 — 34126

US I

1 1 178 1 1 J / o 10078 JUU / o

c-j CO 7 ^ J J JZ.Z J us 1

11 7AA7 / DO / 1 A1/1

A

JOj40

J J / D. / 7 U S 1

1 AOQ 1 JZOoJ

5403.43 Os I 36346 — 54847

5412.14 Os I 21033 — 39505

1 U. 3*+ U S I JUZoU A8717 4o / J / DaUo I

1 A4 1

1 JSO" 77^1 ZZO 1 o

</l 1 7 'J 1 J / . J 1 DaU S T

1 17^;8S JZDoJ J

S 1111 18Jo

5441.82 Os I 19893 — 38264

5443.31 Os I 14091 — 32457

nUSo I1 jZOo 17A8 SJ J1i 010 yjjy

^AAl 7A MoT us 11 1 ni 1 1 1 UJ 1 70187 zyjoz

17 Hal US 1114J4110J7 17a;8< JZOo J

5453.40 Os I 23985 — 42317

5457.30 Os I 5144 — 23463

J'f / u.uu US 1 14o4o 1 A 8/1 8 111 7/1 J J 1 Z4

J4</174 ^8 / H.Jo nUSo T

1 7 S/in7 Z JOUz A4Jo0j 1 e^;i

JH / J. 1 j nUS I

1 7 1 1 7/1 Z 1 1 Z4 10181 jyjo J

5477.27 Os I 17667 — 35920

5481.85 Os I 19893 — 38130

us 1 10^07 4o/18717 / J / J J 1 O.U 1 us 1 78Zo 1 /in 1 4U 40Z0J J JZJ. J J us 1 4/1 /17 1 00yy

5546.82 Os I 34125 — 52149

5549.79 Os I 33124 — 51138

^^^9 88 us 1111J J178/ o 70187 zyJ oZ

J jOU.DZ us 1 1J JO'nA 11 A0

<1 so< J J jyj

J JOU.DD nusc! II 1117/1 J J 1Z4 < 1 O10

5584.44 Os I 15223 — 33124

5600.50 Os I 36826 — 54677

joZU.Uo us I lUlOO 770<;/l z / yj4

JOj /.4 1 us I

1 CIQI 1 J jy i 1117/1 J J 1Z4

J04Z. JO US 1

1 Q 1 no ly I \Jy ICQ")/: JOOZO

jo4j.Z J US I

1 Q 1 OQ 1 1 Q JOO 1 O

5648.98 Os I 19109 36806

5674.38 Os I 18301 35920

5680.88 Os I 34804 52402

5709.37 Os I 37909 55419

gA gf Loggf

108/sec

8 S O.J 1 /I J.

4

U.J J 0 7 j.y 1 0 - o <0

0U.UZ07'\J oU.Uoi1 ou z.uu

-I, no

0.13 0.054 -1.27

0.023 0.0095 -2.02

0u.zo7^. O 1 1 U. 1 1 —o o^ u.yo

1 1 1 .

1

O A'\ U.4J U.J J O 1 1 U. 1 J OU.UJOS1J —1 78 1 .Zo

0.051 0.021 -1.67

3.0 1.3 0.10

0U.Uo081J o oi s U.UJ J —1 Af^ 1 .40

O 01 < U.UJ J O OI s U.U 1 J —1 81 1 .OJ

O OOAO ou.uuooinJU _7 <1 Z.J J 0.049 0.021 -1.68

0.15 0.063 -1.20

A4.4A 11 .y0 OU.Zo78

O 1 7 U. 1 Z OU.UJOS1J —1— 78 1 .Zo

14 O.U0 OU. 78/ O

o!o034 0.0015 -2.82

4.8 2.1 0.33

O 000 OU.U44 C\AA —1 IS 1 .J J 0 0^0 O OI 1 U.UJ 1 —1 s 1 i.j 1 3 8 1 7 n 0

1

U.Z J o!o058 0!0026 -2.59

0.027 0.012 -1.93

o /10 O 1 8 U. 1 o ^J. 1 J OU.UUZZ 0077 Ou.uuuyo 00008 —1 OI J.Ul

O 0/17 O OI 0 U.U 1 y —11 71 . / J 0.42 0.19 -0.73

0.12 0.053 -1.28

0U.U010JU O OI 1 U.U 1 J —l.oo 1 88

O OQA OU.U4J 0/11 —1— 1A I.JO

7 < Z.J 1 7 1 .Z OU.UOOA

0.57 0.26 -0.59

22. 9.9 0.99

A4.0 7 1 Z. 1 O 11 U.J J

11.0 O 71 U. / J —O 1 A U. 14

OU.UU007 1 / 1 OU.UUJ 0011J —7 /1

8

Z.4o

2.8 1.3 0.11

2.7 1.3 0.11

O 1 7 U. IZ U.UjO 1 7 c

1 .Z J

7 7 Z.Z 11 .uo 0U.UZ07

O 0 1 7 U.U 1 Z o oo<;7 U.UUj / —7— 7/1 Z.Z4

0.014 0.0066 -2.18

0.098 0.047 -1.33

O 1 7 U. IZ O 0<Q U.UJ7 —1 7 -J 1 .Z J n n7Q U.UZ 7 O OI /I U.U14 1 8 < 1 .0 J n 07

1

U.UZ J O OI 1 U.Ul 1 _i 0/; 1 .70 ^ 1 0.

1

1 O J.U O Al U.4 / 3.5 1.7 0.23

284
Wavelength Spectrum Energy Levels

A K

5721 93 Os I 5144 22616

OS I 17667 - 35090

5739.72 Os I 25594 — 43011

5765.05 Os I 11031 — 28372

5780.82 Os I 15391 — 32685

5800 60 Os I 15223 32457

5842.49 Os I 22564 - 39675

5857.76 Os I 15391 — 32457

5860.64 Os I 13020 — 30078

5882.92 Os I 11378 — 28372

5903.98 Os I 19893 36826

5906.84 Os I 19893 — 36818

5908.95 Os I 30280 — 47199

5981.36 Os I 18902 — 35616

5983.22 Os I 25602 — 42310

5996 00 Os I 34365 51039

6015.79 Os I 21303 — 37922

6054.63 Os I 27351 — 43863

6144.53 Os I 8743 — 25013

6158.03 Os I 34804 — 51039

6211.1Q \J i * 1 V Os I 32685 48737

6241.70 Os I 13365 - 29382

6269.41 Os I 43012 — 58957

6274.94 Os I 40291 — 56222

6286.83 Os I 18902 — 34804

6398 86 Os I 25602 41225

6403.15 Os 1 33124 — 48737

6448.13 Os I 41225 — 56729

6520.85 Os I 21303 — 36634

6528.87 Os I 21034 — 36346

6533 14 Os I 15223 30525

6538.30 Os I 14091 - 29382

6576.83 Os I 15391 — 30592

6614.56 Os I 24292 — 39406

6615.43 Os I 40291 — 55403

6661 81 Os I 13365 28372

6729.56 Os I 15223 - 30078

6791.53 Os I 8743 — 23463

6806.61 Os I 15391 — 30078

6878.70 Os I 14848 — 29382

6901.58 Os I 25602 40087

6956.02 Os I 34365 - 48737

6984.95 Os I 16212 — 30525

7060.67 Os I 15223 — 29382

7145.54 Os I 15391 — 29382

7149.89 Os I 1 1031 25013

7184.10 Os I 38486 52402

7206.33 Os I 8743 22616

7209.96 Os I 16212 30078

7251.16 Os I 21303 35090

gA gf Log gf

IQs/see

0.014 0.0067 1 O —2. 1 5

0.021 0.01

1

1 AO —1.98

0.20 0.099 1 AA —1.00

0.0092 0.0046 -2.34

0.23 0.12 -0.93

0.052 0.026 1 C A —1.59

0.079 0.041 —1.39

0.15 A A*? a 0.076 1 1 ^ —1.12

0.019 0.0098 -2.01

0.0047 0.0024 -2.61

0.05

1

0.027 1 —1.57

0.05

1

A A'^ 1 0.027 1 C7 -1.57

f\ CO 0.58 ATA 0.30 A CO —0.52

0.022 0.012 -1.92

0.24 0.13 -0.88

13. ^ O 6.8 A O 1 0.83

0. 1

3

A ATA 0.070 —1.16

0.23 All 0. 1

3

A AA -0.90

0.0034 0.0019 -2.71

2.2 1.2 0.09

4.3 2.5 A A r\ U.4(J

0.0040 A AAO 1 0.UUZ3 —2.63

10. A

6.0 A ^7 O 0.78

4.1 2.4 0.39

0.031 0.018 -1.74

0. 1

5

A AA C 0.095 1 A^ —1.02

2.9 1 O 1.8 A O ^ 0.26

3.5 2.2 0.34

0.027 0.017 -1.77

0.030 0.019 -1.72

f\ c\c\ c o 0.0058 A AAT n 0.0037 O A 1 —2.43

0.0070 A AA A C 0.0045 —2.35

o.ooyy

A Arii^ A 0.0064 O 1 A —2.19

0.083 0.055 -1.26

1.6 1.1 0.02

0.0032 0.002

1

—2.67

0.026 0.018 -1.75

0.0027 0.0019 —2.72

0.014 0.0098 -2.01

0.0044 0.0031 -2.51

0.075 0.054 -1.27

1.9 1 A 1.4 A 1 yl 0. 14

0.0082 A AA/: A 0.0060 —2.22

0.015 0.011 -1.95

0.023 0.017 -1.76

0.003 1 A AA'1 A 0.0024 —2.62

1.9 1 A

1 .4 A 1 0. 16

0.0016 0.0012 A 1 —2.91

0.0065 0.005

1

O OA —2.29

0.046 0.037 -1.44

285
Wavelength Spectrum Energy Levels

A K

7253.49 Os I 18902 - 32685

7375.07 Os I 18902 - 32457

/ 4U / .yj US 1 — IAS 1

8

JDO 1 0

/ OUZ,7 J US i I J LA J Zo J /

Z

-77A 1 '/I f. 1 /U1.4t) US 1 Zo J / Z

7789.96 Os I 34365 - 47199

7852.17 Os I 15223 - 27954

7981.20 Os I 24292 - 36818

8041.29 Os I 11031 - 23463

gf Log gf

108/sec

u.u 1

0

u.u 1 z _1 Q1 u.u 1

J

u.u 1 z

1 Q1 u.u / / U.U04 —1 .zu 0.021 0.018 -1.73

0.0037 0.0033 -2.48

1 1 V.J 1 .zf\ AA U.UO u.uuJO U.UUjZ Z.Z?

U.Uj J U.Uji —1 TO 1 .Zo

0.0015 0.0014 -2.85

286
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

9067 1 1 WO II 3593 5 1 952 250 16 1 20

2070.67 Os 11 3929 — 52206 144. 9.3 0.97

2194.39 Os II 3593 — 49149 73. 5.3 0.72

2282.26 Os II 0 — 43802 85. 6.6 0.82

2313.75 Os II 5592 — 48799 63. 5.0 0.70

U o 11 D J y J 1 7*^ 1

4

1 I 6

2350.23 Os II 5592 — 48128 95. 7.9 0.90

2355.28 Os II 3929 — 46374 36. 3.0 0.48

2367.35 Os II 3929 — 46157 157. 13. 1.12

Os II 13137 — 54445 267. 23. 1.37

wo 11 4Q 1 4Q 767 73 1 36

2424.02 Os II 13204 — 54445 223. 20. 1.29

2427.90 Os II 13204 — 54379 222. 20. 1.29

2454.91 Os II 3593 — 44315 53. 4.8 0.68

2468.90 Os II 11460 — 51952 298. 27. 1.44

?48f^ Z.*-rOvJ. 74Z.*-r Dc; VJ o II11 3593 43807 777 71 1 32

2507.18 Os II 3929 — 43802 16. 1.5 0.17

2509.71 Os II 17569 — 57403 364. 34. 1.54

2538.00 Os II 0 — 39390 98. 9.5 0.98

2548.83 Os II 17569 — 56791 147. 14. 1.15

7563 1 f\ Dc; II 1 3704 5770f^ 571 56 1 75

2578.32 Os II 15606 — 54379 659. 66. 1.82

2580.03 Os II 13204 — 51952 4; 5. 41. 1.62

2596.00 Os II 24466 — 62974 1374. 139. 2.14

2631.22 Os II 24981 — 62974 218. 23. 1.35

II 75457 ^^7974 357 38JO. 1 57

2731.36 Os 11 15606 — 52206 152. 17. 1.23

2783.88 Os II 7892 — 43802 23. 2.7 0.43

2863.37 Os II 11460 — 44. 5.4 0.73

2879.39 Os II 11654 — 44. 5.5 0.74

2880.20 Os II 17242 51952 116. 14. 1.16

3042.74 Os II 11460 44315 87. 12. 1.08

3173.93 Os II 7892 39390 36. 5.4 0.74

3213.31 Os II 13204 44315 123. 19. 1.28

3604.48 Os II 11654 39390 22. 4.2 0.62

287
Wavelength Spectrum Energy Levels

A K

2135.47 p I 11362 - 58174

2136.20 P I 11376 - 58174

2149.11 P I 11362 - 57877

2152.95 P I 18722 - 65157

2154.08 P I 18748 - 65157

2534.01 P I 18722 - 58174

2535.65 P I 18748 - 58174

2553.28 P I 18722 - 57877

2554.93 P I 18748 - 57877

gA gf Loggf

108/sec

U. jZ U.Uj J

1 A <

j.Z U.J J U.4J

A4.0 U. jZ

0.73 0.051 -1.29

1.5 0.10 -0.99

1 A14. 1 1 1. J U. 1 1 5 1

.

J.O U.J J Li. L.i U.J J

9.1 0.89 -0.05

288
Wavelength Spectrum Energy Levels

A K

ZyjZZ.Vl rb I U

A Q/1 A n

2053.27 Pb I 0 — 48687

2169.99 Pb I 0 - 46069

2246.88 Pb I 7819 - 52312

2332.44 Pb I 10650 - 53511

Z JOO.OU PKru I

1 1 uoju JZ'v7 JUU son

2393.79 Pb I 10650 — 52412

2399.60 Pb I 10650 — 52312

2401.95 Pb I 7819 — 49440

2411.73 Pb I 10650 — 52102

Z4ZO.O J ru 1 Z 1 4J o OZOZ 1 2443.84 Pb I 7819 — 48726

2446.19 Pb I 7819 — 48687

2476.38 Pb I 7819 — 48189

2577.27 Pb I 10650 — 49440

ZO 1 J.OJ rD I 7fi 1 Q 40U03'

2614.18 Pb I 7819 — 46061

2628.28 Pb I 10650 — 48687

2657.09 Pb I 7819 — 45443

2663.16 Pb I 10650 — 48189

icni QQ zoUl .yy PK I ru I1lUOJu HA^n 40jZy

2823.20 Pb I 10650 — 46061

2833.06 Pb I 0 - 35287

2873.32 Pb I 10650 — 45443

3220.57 Pb I 21458 — 52500

J J /Z. /-H- PK I 7 1 4<;8

3639.58 Pb I 7819 — 35287

3671.51 Pb I 21458 - 48687

3683.48 Pb I 7819 — 34960

3739.95 Pb I 21458 — 48189

/in 1 Q A/i PKru I

I 7 1/1^8 Z 14JO 40jZy

4057.83 Pb I 10650 — 35287

4062.14 Pb I 21458 — 46069

4168.03 Pb I 21458 — 45443

5005.44 Pb I 29467 49440

5201.47 Pb I 29467 48687

6001.93 Pb I 35287 51944

7229.00 Pb I 21458 35287

gA gf Log gf

IQS/see

0.32 0.019 -1.71

0.44 0.028 -1.56

0.68 0.048 -1.32

0 22 0 017 —1 77

0.27 0.022 -1.65

0.22 0.019 -1.72

11. 0.94 -0.03

0.22 0.019 -1.73

2 7 0 23 -0.63

0.94 0.082 -1.09

0.45 0.040 -1.40

2.4 0.21 -0.67

4.3 0.38 -0.42

7 8 0 71 -0.15

8.8 0.88 -0.06

1.9 0.19 -0.72

26. 2.7 0.43

1.7 0.18 -0.76

0 050 0 00S2 -2 28

19. 2.0 0.31

43. 5.1 0.70

17. 2.0 0.30

1.8 0.22 -0.67

9.4 1.2 0.06

0^50 0.077 -1.11

12. 2.3 0.37

1.3 0.26 -0.58

3.3 0.68 -0.17

3 1 0.64 -0.20

25. 5.3 0.72

2.5 0.60 -0.22

9.2 2.3 0.35

3.2 0.79 -0.10

0 63 0 16 -0 78

1.4 0.53 -0.28

0.49 0.20 -0.70

0.23 0.12 -0.91

0.067 0.053 -1.28

289
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2203.53 Pb II 14081 - 59448 5.6 0.41 -0.39

290
Wavelength Spectrum Energy Levels

A K

2447 91 Pd I 0 40839

2476.42 Pd I 0 - 40369

2763.09 Pd I 0 — 36181

2922.49 Pd I 6564 — 40771

3002.65 Pd I 6564 — 39858

^009 78 Pd I 25101 583 1

7

3027.91 Pd I 7755 - 40771

3065.31 Pd I 7755 — 40369

3114.04 Pd I 7755 — 39858

3142.81 Pd I 25101 — 56911

"^947 70 Pd I 6564 37394 w' / _J y^

3251.64 Pd I 10094 — 40839

3258.78 Pd I 10094 — 40771

3287.25 Pd I 6564 — 36976

3302.13 Pd I 10094 — 40369

3373 J / _7 . 00\J\J Pd I 7755 37394 ^ 1 J y^

3404.58 Pd I 6564 — 35928

1,A1\.1A Pd I 7755 — 36976

3433.45 Pd I 11722 — 40839

3441.40 Pd I 11722 — 40771

3460 77 Pd I 6564 3545

1

3481.15 Pd I 10094 - 38812

3489.77 Pd I 11722 — 40369

3516.94 Pd I 1155 — 36181

3553.08 Pd I Will — 39858

3571 16 Pd I 10094 38088

3609.55 Pd I 7755 — 35451

3634.70 Pd I 6564 — 34069

3690.34 Pd I 11722 — 38812

3718.91 Pd I 10094 — 36976

^799 1

9

Pd I 7755 34069

3832.29 Pd I 10094 - 36181

3894.20 Pd I 11722 — 37394

3958.64 Pd I 11722 — 36976

4087.34 Pd I 11722 — 36181

4169 84 Pd I 10094 34069

Pd I 1 1722 — 35451

Pd I 11722 — 34069

4788.18 Pd I 34069 — 54948

4817.51 Pd I 34069 — 54821

4875 43 Pd I 34069 54574

5110.81 Pd I 35451 - 55012

5117.02 Pd I 38812 — 58349

5163.84 Pd I 35451 — 54811

5234.86 Pd I 35928 — 55025

5295.63 Pd I 35928 54806

5312.57 Pd I 36181 54998

5345.10 Pd I 39858 58562

5395.24 Pd I 39858 58388

5542.80 Pd I 36976 55012

gA gf Lost '-'"6 sife*- 10«/sec

0.83 0.074 -1.13

1.1 0.10 -0.98

0.62 0.071 -1.15

0 66 0.084 -1.08

0.65 0.088 -1.06

1.8 0.24 -0.61

2.0 0.28 -0.56

1.3 0.19 -0.73

2 7 0.39 -0.41

13. 1.9 0.27

7.7 1.2 0.08

5.1 0.80 -0.09

6.3 1.0 0.00

0 29 0.047 -1.33

6.0 0.98 -0.01

3.6 0.62 -0.21

12. 2.0 0.30

8.4 1.5 0.17

9 8 1.7 0.24

12. 2.2 0.34

3.3 0.60 -0.22

11. 2.0 0.31

3.5 0.64 -0.19

6 4 1.2 0.07

18. 3.4 0.54

4.3 0.82 -0.09

9.0 1.8 0.25

6.2 1.2 0.09

6 5 1 3 0.12

0.98 0.20 -0.69

0.47 0.10 -0.99

0.86 0.19 -0.72

1.8 0.42 -0.38

1.1 0.26 -0.58

0.18 0.046 -1.34

0.032 0.0084 -2.08

1.3 0.36 -0.45

0.069 0.021 -1.68

3 2 1.1 0.04

2.7 0.93 -0.03

2.1 0.75 -0.12

3.5 1.4 0.13

6.1 2.4 0.38

9.7 3.9 0.59

3.6 1.5 0.16

7.6 3.2 0.51

1.2 0.51 -0.29

1.3 0.56 -0.25

3.2 1.4 0.15

3.8 1.7 0.24

291
Wavelength Spectrum Energy Levels gA gf Log gf

A K lO^/sec

5547.02 Pd I 36976 - 54998 2.5 1.2 0.06

5619.44 Pd I 40771 - 58562 2.6 1.2 0.08

5642.69 Pd I 40839 - 58556 1.5 0.70 -0.16

5655.42 Pd I 40771 - 58448 1.3 0.61 -0.21

5670.07 Pd I 37394 - 55025 5.1 2.5 0.39

5690.14 Pd I 40839 - 58408 1.0 0.50 -0.30

5695.09 Pd I 37394 - 54948 3.8 1.9 0.27

5736.61 Pd I 37394 - 54821 1.3 0.63 -0.20

6774.54 Pd I 25101 - 39858 0.067 0.046 —1.34

6784.52 Pd I 34069 - 48804 2.1 1.5 0.17

6833.42 Pd I 40369 - 54998 0.31 0.22 -0.67

7016.44 Pd I 38088 - 52336 0.69 0.51 -0.29

7310.06 Pd 1 38812 - 52488 0.86 0.69 -0.16

7368.12 Pd 1 35451 - 49020 2.8 2.3 0.35

7391.92 Pd I 38812 - 52336 1.8 1.5 0.17

7486.90 Pd I 35451 - 48804 0.61 0.51 -0.29

7764.03 Pd I 35928 - 48804 4.5 4.1 0.61

7786.67 Pd 1 36181 - 49020 1.1 1.00 -0.00

7915.80 Pd I 39858 - 52488 3.3 3.1 0.49

7961.08 Pd I 28214 - 40771 0.081 0.077 -1.11

8132.82 Pd I 25101 - 37394 0.096 0.095 -1.02

8300.83 Pd I 36976 - 49020 1.9 2.0 0.30

8353.58 Pd I 40369 - 52336 0.68 0.72 -0.14

8532.74 Pd I 40771 - 52488 1.4 1.6 0. 19

8599.10 Pd 1 37394 - 49020 0.73 0.81 -0.09

8761.35 Pd I 37394 - 48804 2.8 3.2 0.50

292
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

2486.53 Pd ii 27094 - 67299 37. 3.4 0.54

2488.92 Pd II 25081 - 65247 94. 8.7 0.94

2498.78 Pd ii 32278 - 72285 48. 4.5 0.65

2854.58 Pd ii 32278 - 67299 28. 3.5 0.54

293
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3650.18 Pr II 0 — 27388 0.083 0.017 -1.78

371 1.10 Pr II 442 27380 0.19 0.039 -1.41

3769.70 Pr II 442 26962 0.095 0.020 -1.69

3823.57 Pr II 0 26146 0.031 0.0067 -2.17

3826.71 Pr II 3893 30018 0.27 0.060 -1.22

3868.58 Pr II 0 - 25842 0.050 0.011 -1.95

3878.31 Pr II 1649 27425 0.1

1

0.025 -1.60

3884.04 Pr II 1649 27388 0.044 0.010 -2.00

3885.19 Pr II 1649 27380 0.51 0.11 -0.94

3889.33 Pr II 442 — 26146 0.36 0.081 -1.09

3899.56 Pr II 1744 - 27380 0.100 0.023 -1.64

3908.03 Pr II 4437 30018 1.9 0.43 -0.37

3912.90 Pr II 1649 27198 0.69 0.16 -0.80

3918.86 Pr II 2998 28509 2.0 0.46 -0.34

3920.52 Pr II 0 25500 0.17 0.039 -1.41

3925.46 Pr II 0 - 25468 0.65 0.15 -0.82

3927.45 Pr II 1744 27198 0.53 0.12 -0.91

3935.82 Pr II 442 25842 0.28 0.064 -1.19

3947.63 Pr II 1649 26974 0.65 0.15 -0.82

3949.44 Pr II 1649 26962 0.80 0.19 -0.73

3953.52 Pr II 4437 — 29724 1.7 0.41 -0.39

3962.45 Pr II 1744 26974 0.42 0.099 -1.00

3964.26 Pr II 1744 26962 0.50 0.12 -0.93

3964.83 Pr II 442 25657 0.97 0.23 -0.64

3965.26 Pr II 1649 26861 0.97 0.23 -0.64

3966.57 Pr II 2998 - 28202 0.71 0.17 -0.78

3971.16 Pr II 3403 28578 0.70 0.16 -0.78

3972.16 Pr II 442 25610 0.38 0.089 -1.05

3982.06 Pr II 3403 28509 3.0 0.70 -0.15

3989.72 Pr II 442 25500 0.80 0.19 -0.72

3994.83 Pr II 442 - 25468 0.93 0.22 -0.65

3997.05 Pr II 2998 28010 0.68 0.16 -0.79

4000.19 Pr II 1649 26641 0.51 0.12 -0.91

4008.71 Pr II 5079 30018 4.1 0.98 -0.01

4015.39 Pr II 1744 26641 0.60 0.15 -0.84

4031.76 Pr II 1649 — 26445 0.57 0.14 -0.86

4033.86 Pr II 2998 27782 1.1 0.27 -0.57

4034.30 Pr II 1744 26524 0.18 0.044 -1.36

4038.47 Pr II 0 24755 0.36 0.087 -1.06

4039.36 Pr II 1649 26398 0.37 0.089 -1.05

4044.82 Pr II 0 - 24716 0.65 0.16 -0.80

4054.85 Pr II 1744 26398 1.7 0.43 -0.37

4056.54 Pr II 5079 29724 4.5 1.1 0.04

4061.34 Pr II 5108 29724 0.22 0.055 -1.26

4062.82 Pr II 3403 28010 4.1 1.0 0.01

4081.02 Pr II 1649 26146 0.36 0.090 -1.05

4096.82 Pr II 1744 26146 0.41 0.10 -0.99

4100.22 Pr II 2998 27380 0.16 0.041 -1.39

4100.75 Pr II 4437 28816 4.5 1.1 0.06

4111.87 Pr II 442 24755 0.072 0.018 -1.74

294
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

41 18.48 Pr 11 442 24716 0.83 0.21 -0.68

4132.23 Pr II 1649 - 25842 0.11 0.029 -1.53

4141.26 Pr II 4437 — 28578 2.1 0.55 -0.26

4143.14 Pr II 2998 — 27128 2.6 0.68 -0.17

4148.46 Pr II 1744 — 25842 0.18 0.047 -1.32

4164 19 Pr 1 649 25657 I.l 0 28 -0 55

4168.08 Pr II 3403 - 27388 0^28 0.074 -1.13

4169.46 Pr II 3403 — 27380 0.24 0.062 -1.21

4171.82 Pr II 2998 — 26962 0.58 0.15 -0.82

4172.27 Pr II 1649 — 25610 0.47 0.12 -0.91

4179 42 Pr II 1649 25569 3.3 0.86 -0.07

4180.68 Pr II 1744 - 25657 0.044 0.011 -1.94

4189.52 Pr II 2998 — 26861 2.3 0.60 -0.22

4191.62 Pr II 1649 — 25500 0.35 0.092 -1.03

4206.74 Pr II 4437 — 28202 3.3 0.88 -0.06

4208.3

1

Pr II 1744 25500 0.31 0.082 -1.08

Pr II 17AA - 25468 0.035 0.0093 -2.03

Pr II 442 — 24115 1.6 0.43 -0.36

Pr II 0 — 23660 1.4 0.38 -0.42

Pr II 1649 — 25249 0.18 0.050 -1.30

A1A\ 02 Pr II 4437 28010 1 2 0 33 -0 48

4243.53 Pr II 3403 — 26962 0.32 0.087 -1.06

4247.66 Pr II 442 — 23978 0.35 0.094 -1.03

A2A9.AS Pr II 2998 — 26524 0.076 0.021 -1.69

4254.42 Pr II 5079 — 28578 0.75 0.20 -0.69

4261 80 Pr II 3403 26861 0 1 3 0 034 —1 47

4263.81 Pr II 2998 - 26AA5 0.22 0.061 -1.22

4272.27 Pr II 2998 — 26398 0.64 0.18 -0.75

4282.44 Pr II 4437 — 27782 0.95 0.26 -0.58

4290.99 Pr II 1649 — 24947 0.031 0.0085 -2.07

4297.76 Pr II 0 23261 0.38 0.11 -€.98

4302.10 Pr II 3403 - 26641 0.089 0.025 -1.61

4305.76 Pr II 442 — 23660 0.56 0.15 -0.81

4323.55 Pr II 5079 — 28202 0.29 0.083 -1.08

4329.42 Pr II 1744 — 24835 0.14 0.040 -1.39

4333.91 Pr II 1649 24716 0.70 0.20 -0 7

1

4338.69 Pr II 3403 - 26445 0.30 0.086 -1.07

4347.49 Pr II 3403 — 26398 0.39 0.11 -0.95

4351.85 Pr II 1744 — 24716 0.58 0.17 -0.78

4359.80 Pr II 5079 — 28010 0.53 0.15 -0.82

4368.33 Pr II 0 22886 0 38 0 1 1 -0 96

4395.79 Pr II 3403 - 26146 0.14 0.041 -1.39

4403.61 Pr II 5079 — 27782 0.21 0.061 -1.21

4405.85 Pr II 4437 — 27128 0.44 0.13 -0.89

4408.84 Pr II 0 — 22675 0.50 0.15 -0.84

4412.16 Pr II 2998 25657 0.054 0.016 -1.80

4413.77 Pr II 1744 24394 0.19 0.057 -1.25

4421.23 Pr II 2998 25610 0.11 0.031 -1.50

4429.24 Pr II 2998 25569 0.83 0.24 -0.61

4449.87 Pr II 1649 24115 0.33 0.097 -1.01

295
Wavelength Spectrum Energy Levels gf Loggf

A K IQS/sec

44j4. JO Pr II 44z — ZZ006 u.uz 1 U.UU04 —7Z.ZU7A

A A Z Q 1 A 4430.34 Pr II A A^n 443 / — oz: 1 Z606I U.UoO u.uzo 1 CQ I.JO

4468.71 Pr II 1744 - 24115 U.43 U. I

J

A OA

4473.84 Pr II 5079 - 27425 0.064 0.019 -1.71

A All 0 44/ /.ZD Pr II^ ^ ACi 1645' — 0 1 AT 0 z3y/o 0.058 0.018 -1.75

44o /.OZ Pr II

/I y1 0 44z — OOT 1 0 zz / 1

0

U.UUoO u.uuzo 7z. ji*

A A Q'~> A 1 44yz.4j Pr II

'2 /I Al 34U3 — z565

/

u.ujy u.u I z

11 .5*3 Q1

4496.43 Pr II 442 - 22675 U. jZ U.Ui'o I .Ul

4501.83 Pr II 3403 - 25610 0.027 0.0083 -2.08

4j lU. Id Pr II 1 A A'3 34U3 — 25565' 0.54 0.16 -0.78

4j 1 /.oU Pr II

/I /1

0

44z — 0 0 CT 1 ZZ J / 1 U.UDU u.u I 0 —1 7/1

I . /4

4j34. 1 J Pr II c A*? 0 5U /y — 0 T 1 0 z / Izo U. JO U. I I A AC

4535.92 Pr II 0 - 22040 U.UOO u.uzo 1 <Q I .JO

4550.06 Pr II 5226 - 27198 0.031 0.0095 -2.02

4j jU.oo Pr II

A H AC^ 1645* — 0 T 1 T z36 1

/

0.013 0.0042 -2.38

4500.55 Pr 11 CAT A 5U /y 0 A^: 0 u.uz J u.uu / z —7 1 A Z. 14

43 /U.J / Pr II

\ n A A

1 /44 — 23616 nu.uznil/ U.UU04 7 A7 Z.U / 4576.32 Pr II 3403 - 25249 u.u 1

J

—11 87 .0 / 4578.14 Pr II 2998 - 24835 0.032 0.0100 -2.00

A COC C? 455*5.0 / Pr II C 1 AO 5 lUo 1 z: 0 z: r\ 0.028 0.0089 -2.05

461Z.U/ Pr II U — 21676 U.UJ 1 u.u I u

T AA —Z.UU

46z /.U5 Pr 11

'3 0 A'3 3893 — 0 C C AA 25500 u.uz J A AA7 C u.uu / J 7 11 Z. I J 4628.75 Pr II 442 - 22040 u.u /u u.uzz 1 ^< I .Oj

4646.06 Pr II 1744 - 23261 0.050 0.016 -1.79

4oj 1 . jz Pr II 1645' — 23 141 0.072 0.023 -1.63

4do4.oj rr II 34U3 — AQ1 ^ 24o3j u.u / 0 u.uz J

1 ^A 1 .ou 40 /Z.Uo rr II ^'^ A A

1 /44 — 23 141 U.U5'D U.UJZ —1 '\f\ 1 . ju

4678.17 Pr II 4098 - 25468 U.UJ y u.u 1

J

—1I .yyj on

4679.11 Pr II 5079 - 26445 0.036 0.012 -1.93

4 /U /. j4 Pr II

^ ACi 1645* — 22oo6 0.019 0.0063 -2.20

4 /u /.y4 Pr II A A^ 44/ — 216/6 u.u 1

0

U.UUj J —7—Z.Z77/ 4 / zo.6j Pr II \n A A

1 /44 — 00 0 O/: 22oo6 u.u I 5* U.UUOJ —7Z.ZU7f» 4734.18 Pr II 2998 - 24115 u.uz 1 u.uu / z —7Z. 11 4

4

4744.93 Pr II 1649 - 22718 0.029 0.0098 -2.01

4 /46.y3 Pr II 0 ZT 3226 — 26287 0.13 0.044 -1.36

An t^n a A 4/5 /.y4 Pr II 6414 — 27425 U.Ui'O nU.UJnilJ —11 .45' A Q

4 /6z. /

i

Pr II 1 /I A'J 3403 — A 1 Cl A 24394 U.UjZ u.u I 0 —1 7<;

I . / J 4765.22 Pr II 2998 - 23978 n ni 1 U.UJ 1 u.u I I —1 Q7 I .y 1 4779.20 Pr II 7660 - 28578 0.048 0.016 -1.79

4 /o J. J5 Pr II 0 nno 0.051 0.017 -1.76

4 /yy.y4 Pr II

1 n A A

1 /44 — ZZj I 1 AU.UU'tZ nnAO u.uu I J —7 84

/I OA 1 1 C 4oU 1.15 Pr II 0 0 A1 38^3 — ^ An \ £L 14/ lb U.Uj I n ni 8 u.u I 0 —1—I 7^ . / J

4814.34 Pr II 8958 - 29724 nil u. 1

1

U.UJ / —1 A T

1 .4J

4839.54 Pr II 4098 - 24755 0.023 0.0081 -2.09

Pr II — Zjy/o 0.013 0.0047 -2.33

AO H C A Pr II 6414 — 1 z: nz: 26^02 nu.uoOA 11 u.uzz 1 .00

4876.26 Pr II 5 108 — 25610 u.uz J U.UU''U —7Z.UrxJ 4877.82 Pr II 3403 — 23898 A CiAl U.U4Z u.u I .) —1 .0 J 4879.12 Pr II 5079 - 25569 A AAOT U.UUo J U.UU.jU 7 ca 2. J J 4886.05 Pr II 5108 - 25569 0.021 0.0075 -2.13

296
Wavelength Spectrum Energy Levels

A K

4901.48 Pr II 7806 — 28202

4912.63 Pr II 7660 — 28010

4925.63 Pr ij 1 /44 ZZU4U

4943.74 Pr II 3893 Z4 1 1

5

4956.65 Pr II 5079 Z jZ47

5002.45 Pr II 6414 — 26398

5004.58 Pr II 7806 — 27782

5015.54 Pr II

i n A A

1 /44 T 1 ATA Z 1 0 /o

5034.42 Pr II 8958 Zoo 10

5064.84 Pr II 3403 011/11 Z3 1 4 I

5110.38 Pr II 4098 — 23660

5110.77 Pr II 9255 — 28816

^ 1 1 O AO 5 1 1 o.UZ Pr II A All 443 / z.jy /yj

5129.52 Pr II 5226 0/17 Z4 1 /Id

5135.13 Pr II 7660 07 1 Oft Z / 1 Zo

5161.74 Pr II 3893 — 23261

5173.90 Pr II 7806 — 27128

5 1 /5.o3 rr II 1

A

34U3 007 ZZ 18 / I 0

5183.85 Pr II 5108

5195.11 Pr II 8958

5195.31 Pr II 6414 — 25657

5206.56 Pr II 7660 — 26861

COA'7 OA 5ZU /.yu rr II H A 1 A o414 0Z

1 n JO I u 5216.76 Pr II 4098 0 10 A

1

Z3ZO I 5219.05 Pr II 6414 0Z

^ ^AQ J J07

5220.11 Pr II 6418 — 25569

5251.74 Pr II 5079 — 24115

5Z5y. /4 rr II < 1 AO 5 lUo 0/1 1 1 < Z4 1 I J 5263.88 Pr II 3893 ZZooO

5292.10 Pr II 5079 01Q7A Z3 7 /U

5292.63 Pr II 5226 — 24115

5298.11 Pr II 5108 — 23978

53Uo.yo rr II H A i Q 541

0

0 ^0/1

Q

zjZ4y

5311.12 Pr II 8958 07700 Z / /oZ

5312.33 Pr II 5079 0 1 8QB Z3oyo

5321.09 Pr II 4098 — 22886

5321.81 Pr II 7660 — 26445

53zz. /5 Pr II 3oy3 00 A7 < ZZo /5

5331.48 Pr II 5226 01078

5352.40 Pr II 3893 00 <7 1 ZZj /

1

5381.26 Pr II 4098 — 22675

5411.56 Pr II 4098 — 22571

? < AO 1 ? 55Uy. 1

5

Pr II 3oy3 0 0 A /I A ZZl)4U

5519.38 Pr II 11611 0 mo A Zy /z4

5571.84 Pr II 4098 0 0 A /I A ZZU40

5582.40 Pr II 8490 z63yo

5610.22 Pr II 9379 27198

5621.85 Pr II 3893 21676

5662.19 Pr II 8490 26146

5677.04 Pr II 5108 22718

Log gf

IQS/sec

0.044 0.016 -1.80

0.083 0.030 -1.52

0.0078 0.0028 -2.55 n n 1 /I U.UI4 U.UUj I —0Z.ZOQ7

0.054 0.020 -1.70

0.086 0.032 -1.49

0.064 0.024 -1.62

0.0071 0.0027 -2.57 n ^ 1 U.J 1 n on A 7 1 0.011 0.0042 -2.38

0.16 0.064 -1.20

1.1 0.43 -0.37

0.011 0.0044 -2.36 n 0 ^ U.Z J n HQS 1 .Ul

0.33 0.13 -0.89

0.083 0.033 -1.48

0.75 0.30 -0.52

0.016 0.0063 -2.20 n no < U.UZ J n ni

n

—1I .yy QO

0.24 0.098 -1.01

0.16 0.066 -1.18

0.41 0.17 -0.78

0.12 0.048 -1.32 n ni Q U.u 1

7

u.uu / 0 z. 1 z 0.28 0.12 -0.93

0.45 0.18 -0.74

0.036 0.015 -1.83

0.36 0.15 -0.83

nU.UDnA7/ U.UZo 1 .J J 0.17 0.072 -1.14

0.18 0.075 -1.12

0.12 0.049 -1.31

0.017 0.0070 -2.16 n 1 A nu.ujn^7/ —1 0/1 0.034 0.014 -1.84

0.034 0.014 -1.84

0.041 0.017 -1.76

0.15 0.065 -1.19

U.Uj J n n 1 ^ u.u I

J

——11 81 .03

0.071 0.030 -1.52

0.0065 0.0028 -2.55

0.020 0.0087 -2.06

0.021 0.0095 -2.02

U.U3D n n 1

7

u.u 1 /

1 78 1 . / 0

0.014 0.0065 -2.18

0.014 0.0067 -2.17

0.076 0.036 -1.45

0.013 0.0061 -2.22

0.016 0.0076 -2.12

0.0061 0.0029 -2.53

297
Wavelength Spectrum Energy Levels

A K

5681.90 Pr II 9379 26974

5685.61 Pr II 9379 - 26962

5687.19 Pr II 4098 21676

C f CiC\ 1 o 5689.18 Pr II 1 1005 28578

5695.93 Pr II 9647 27198

5711.65 Pr II 11005 _ 28509

5719.09 Pr II 6418 - 23898

5775.92 Pr II ^ A A ^ lAAl 24755

5791.38 Pr II 9379 26641

58 10.62 Pr II

1 1 1 1 11611 28816

5813.59 Pr II 11005 28202

5823.72 Pr II 8490 - 25657

5879.25 Pr II 1 1005 28010

5892.23 Pr II 11611 28578

5967.84 Pr II 9647 26398

6025.72 Pr II 11611 28202

6141.51 Pr II 9379 - 25657

6159.09 Pr II 9379 25610

6161.19 Pr II o A f\r\ 8490 24716

6165.95 Pr II 7447 23660

6182.34 Pr II 11611 27782

6200.79 Pr II 11005 - 27128

6244.34 Pr II 9647 25657

6262.54 Pr II 9647 25610

6278.68 Pr II

C\ ^ A"! 964/ 25569

6305.26 Pr II 11005 _ 26861

6398.00 Pr II 8490 - 24115

6454.87 Pr II 8490 23978

6475.29 Pr II 7447 22886

6564.63 Pr II 7447 22675

6850.55 Pr II 7447 22040

7021.54 Pr II 9379 23617

gf Log gf

IQS/sec

0.072 0.035 -1.46

0.017 A AAO A 0.0084 -2.08

0.0065 A AA 1 1 0.003

1

-2.50

0.045 0.022 -1.66

0.031 0.015 -1.82

0.078 A AT O 0.038 1 A'^ -1.42

0.024 A A -1 0.012 1 A'^ -1.92

0.0078 A AA 1 A 0.0039 -2.41

0.053 0.027 -1.57

0.087 0.044 -1.36

0.029 A A 1 C 0.015 -1.83

0.081 A A /( 1 0.041 -1.38

f\ t A 0. 14 0.072 -1.14

0.12 0.061 -1.21

0.13 0.069 -1.16

A O 0.28 A 1 C

0. 15 A O -0.82

A AO 0.032 A A i O 0.018 -1.74

A A 1 T 0.013 A AA'7 0.0073 -2.14

0.14 0.080 -1.10

0.15 0.084 -1.08

A AA O 0.098 0.056 —1.25

0.049 A A-^ O 0.028 -1.55

f\ f\ A A 0.044 A A^ ^ 0.026 1 C A -1.59

0.038 0.022 -1.65

0.037 0.022 -1.65

0.046 A A^ O 0.028 —1.56

A A'^ A 0.029 A A 1 O 0.018 —1.75

0.0056 0.0035 AC -2.45

0.0041 0.0026 -2.58

0.0099 0.0064 -2.19

0.0078 0.0055 —2.26

0.035 0.026 -1.59

298
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

p+rX I

I AU 48770 40 1 1 y

2067.50 Pt I 0 48352

2084.59 Pt I 824 — 48779

2103.33 Pt I 824 — 48352

2128.61 Pt I 776 - 47741

Z144.ZJ p+ I r L 1 nu 40DZZ

2165.17 Pt I 0

- 46170

2202.22 Pt I 776 — 46170

2222.61 • Pt I 6568 — 51546

2249.30 Pt I 0 — 44444

1 O T /I 1Q ZZ /4. JO rt I / /o 44 / 3U

2289.27 Pfl 776 — 44444

2292.40 Pt I 824 — 44433

2308.04 Pt I 6568 — 49881

2318.29 Pt I 824 - 43946

Z jZO. 1 u P+ T OjOo 4"J4j

2340.18 Pt I 6568 — 49286

2357.10 Pt I 776 - 43188

2368.28 Pt I 6568 — 48779

2383.64 Pt I 10132 - 52072

Z joO.o 1 r L 1 / /O 4ZODU

2389.53 Pt I 824 — 42660

2396.17 Pt I 13496 — 55217

2401.87 Pt I 10132 — 51752

2403.09 Pt I 6140 — 47741

Z4 1 o.UO P + T rt I 11/1 QA

2428.04 Pt I 6568 — 41141

2428.20 Pt I 10117 — 51287

2429.10 Pt I 10132 — 51287

2436.69 Pt I 776 — 41803

Z44U.UO p + I r L 1 u 4U7 /

U

2450.97 Pt I 0 — 40788

2467.44 Pt I 0 — 40516

2471.01 Pt I 13496 - 53953

2487.17 Pt I 0 - 40194

Z47U. 1 Z p+ I 90oZ4A 4U7 / U

2495.82 Pt I 6568 — 46623

2498.50 Pt I lie — 40788

2508.50 Pt I 6568 — 46420

2514.07 Pt I 10117 — 49881

Zj 1 j.Uj P + T rt I 1 U 1 3Z A QQ C 1 4700 1 2515.58 Pt I 776 — 40516

2524.30 Pt I 6568 — 46170

2529.41 Pt I 13496 — 53019

2536.49 Pt I 10132 — 49545

2539.20 Pt I 824 40194

2549.46 Pt I 13496 52708

2552.25 Pt I 10117 49286

2596.00 Pt I 15502 54011

2603.14 Pt I 10132 48536

2 9 n 1

8

U. 1 o —0U. lA/ 4

0^89 0.057 -1.24

2.5 0.16 -0.79

0.91 0.060 -1.22

1.0 0.068 -1.17

1 8 1 .o U. 1 J u. yyj

0.69 0.048 -1.32

0.70 0.051 -1.29

2.1 0.16 -0.80

0.27 0.021 -1.68

A 7 <

U. / J A c U.Ujo 1 OA I .Z4

0.43 0.034 -1.47

0.43 0.034 -1.47

3.4 0.27 -0.57

0.76 0.062 -1.21

11 .DA —0 8Q

3.1 0.25 -0.60

1.3 0.10 -0.98

3.9 0.33 -0.48

6.0 0.51 -0.29

u.zz —11. 1 J

0.66 0.056 -1.25

2.9 0.25 -0.60

3.8 0.33 -0.48

5.4 0.47 -0.33

Qy.yQ nU.o87/ u.uo

2.7 0.24 -0.62

3.6 0.32 -0.50

1.8 0.16 -0.80

1.3 0.12 -0.93

4.Z nU.J17/ U.4J 0.40 0.036 -1.45

2.7 0.25 -0.60

4.6 0.42 -0.38

5.7 0.53 -0.28

11 .4A n 1

1

—0U.OO88

5.7 0.53 -0.27

1.6 0.15 -0.82

4.1 0.39 -0.41

3.7 0.35 -0.46

A A 4.4 A AO U.4Z A 18

1.5 0.14 -0.84

4.5 0.43 -0.37

4.8 0.46 -0.34

3.5 0.34 -0.47

n Qi A nOA 1 A^

2A 0.20 -0.69

3.3 0.33 -0.49

6.9 0.70 -0.15

4.1 0.42 -0.38

299
Wavelength Spectrum Energy Levels gA gf Loggf

A

l\ K IQS/sec

1 Q C-T Zo 1 y.j / rt I OJOO — 44730 1 1 1 .

1

ft 1

1

—ft Q^i U. 70

ZoZo.Uj p+ I r L 1 77^. JOO 1 D H.J ft A(\ —ftU. J11J 2639.35 Pt I 6568 44444 ftu.z97/ —flU.JS7/ 2646.89 Pt I 0 — 37769 3.1 0.32 -0.49

-)f.Z(\ Of. r L I oZ4 87/1 — 38536 1.9 0.20 -0.70

ZOJO. 1 / rX I

1 n 1 17 1U13Z — 47741 1 ft ft 1

1

—ftKj.y071 ZOJ7.4J rt, I Q

1 7 C Q 1 5 Ijyi o.z. ftu. 87o / —ftu.uoft/^ 2674.57 Pt I 6568 — 43946 0 71 ftu.uft7A/ o —1 1

9

1 . J z 2677.15 Pt I 0 — 37342 1.2 0.13 -0.89

'>/;Q8 /I "J ZD70.4J p+

1

rX I ^ 1 /in D 1 4U — 43188 2.9 0.31 -0.50

'>7n'> /in Z / UZ.4U p + I r I. 1 lit) — 37769 ? ftU.DO^i8 —ftU. 11 7/ Z prX+ II 87/1 oZ4 177AQ 5 11 by ftU.J J —ftu.zo9A

2713.13 Pt I 10117 — 46965 z.. J ftw.zo98 U.J J 2719.04 Pt I 824 — 37591 3.9 0.43 -0.37

OTTO p+ I 0 JDO — 43188 1.9 0.21 -0.68

7711 p+ I 77A / /O — 37342 J.Uft ftU.JO^(^ —ftU.Z9 JS Z / jo.4o rt I

1 n 1 1

7

lUl 1 /

/I A/C7 1 4ooZ J 9 7 ft 1

1

U. J 1 —ftU.JS 11 2747.61 Pt I 13496 49881 J.O ft (\A —ftu.zu9ft 2753.86 Pt I 10132 — 46434 3.0 0.34 -0.47

77^/1 Q7 Z / j4. yZ p + I r L I 10117 lUl jZ — 46420 7.5 0.85 -0.07

77AQ 6/1 z / oy.o4 P + T rt I A ^A8 OJOO — 42660 ftU. ^8J o ft V\AA —1I.JO "Xfy 777 1 A7 Z / / 1 .0 / p + I rt I 77/i lib 1 A O /I c 1 9 ft 1 A —ftU. 8^O J 2773.24 Pt I 13496 49545 J .uft ftU.J'K^J —ftU.H4SJ

2774.00 Pt I 10132 — 46170 0.71 0.081 -1.09

77Q1 77 p+ I r X I 1 3470 — 49286 3.6 0.43 -0.37

780"^ ZoUj.Z47/1 prX+ II D 1 4U — 41803 1 A ftU. 11 7/ —ftu. 78/ o 7808 ZoUo. <; 1 J 1 p+rX I

1

1 < ^n7 1 J jUZ c 1 nQ8 1 ft ftU. 191 z —ftu. Q9yjl 2818.25 Pt I 824 — 36296 ftU. 1 1 1 1

ftu.uftl1 J —11 . 890 7

2830.30 Pt I 0 — 35322 2.3 0.28 -0.56

7 8'i/l 71 ZO j4. / 1 p+rX I

I

1 ni 17 lUl i£ — 45398 2.0 0.24 -0.62

78Zo "? 11 J J. 1 1 p+rX II1 1/1 1 j470 — 48536 1 ft ftU. 11 J —ftu. Qft yyj

ZooO.ZU 7888 7n p+rX II

1 n 1 1

7

lUl 1 / 44 / iU ft S9 ftu. ft74 u / —11 . 11 3

J

2893.22 Pt I 15502 50055 9 9 ft 97 —ftU.JO^^i 2893.86 Pt I 776 — 35322 1.0 0.13 -0.90

70Q7 C7 Lay 1 .o 1 P+ ¥ rX I 87/1 oZ4 — 35322 0.50 0.063 -1.20

7Qn< on P + ¥ rt I OJOO — 40970 ftU. JWsft ftU.UD(\(\'\J —11 .zu 9ft 7Q 1 7 7/; zy 1 z.zo p + I rt I

1 A 1 1 7 A A A A A 44444 9 7 ftU. J'KAH- —ft 47

2913.54 Pt I 10132 44444 9 7 ft "KA U. j4 —ftU.H47/ 2919.34 Pt I 13496 — 47741 3.8 0.49 -0.31

7 Q7 1 "JO zyz 1 .3o P+ ¥ rX I

fiOJOO — 40788 0.24 0.030 -1.52

7Q7Q 7Q P + ¥ rt I U — 34122 9 1 ftu.zo1(\ —ftU. JS8o

7Q/17 7/; zy4Z. /o P + ¥ rt I in 1 ^7 ^ /I 1 7 Q y,D 11 >z9 ftu.uoft8 2944.75 Pt I 6568 40516 ftu.zz99 ft ft9Q —11 . j't f4

2959.10 Pt I 15502 — 49286 1.9 ,0.25 -0.60

7QQ7 Q7 P+ r rX I 77A lib — 34122 2.2 0.30 -0.52

inn7 77 juUZ.Z / P + T rX I oZ4 87/1 — 34122 ftu.z97/ ftU. ft^7 UJ / —1 43

-JA1 7 oo P + T rX I

1 1/1 OA 46623 ftU. 11 8o —0 75

jUjd.4j P+ ¥ rX I 11/1 OA 1 3470 46420 J .H- ftU. 74/ *T —ft 1 3 3042.64 Pt I 824 33681 ftV/. 8QO 7 ftU. 191 z —ft 91

3064.71 Pt I 0 32620 2.6 0.37 -0.43

300
Wavelength Spectrum Energy Levels gA gf Loggf

A K IQS/see

3071.94 Pt I 101 17 — 42660 0.42 0.060 -1.22

3100.04 Pt I 6568 38816 0.63 0.090 -1.05

3139.39 Pt I 776 32620 0.27 0.040 -1.40

3156.56 Pt I 10132 — 41803 1.6 0.24 -0.62

3200.71 Pt I 13496 — 44730 3.2 0.49 -0.31

3204.04 Pt I 6568 — 37769 1.2 0.18 -0.74

3230.29 Pt I 13496 44444 0.74 0.12 -0.94

3233.42 Pt I 15502 46420 0.88 0.14 -0.86

3251.98 Pt I 10132 - 40874, 0.36 0.057 -1.24

3255.92 Pt I 6140 — 36845 0.46 0.074 -1.13

3281.97 Pt I 33681 — 64141 8.7 1.4 0.15

3290.22 Pt I 10132 40516 0.99 0.16 -0.79

3301.86 Pt I 6568 36845 1.5 0.24 -0.62

3315.05 Pt I 0 - 30157 0.027 0.0044 -2.35

3323.80 Pt I 10117 — 40194 0.27 0.044 -1.36

3408.13 Pt I 824 — 30157 0.16 0.027 -1.57

3427.93 Pt I 13496 42660 0.55 0.097 -1.01

3483.43 Pt I 101 17 38816 0.32 0.059 -1.23

3485.27 Pt I 10132 — 38816 0.86 0.16 -0.80

3628.11 Pt I 6568 — 34122 0.18 0.035 -1.45

3638.79 Pt I 10117 — 37591 0.28 0.056 -1.26

3643.17 Pt I 18567 46007 3.1 0.62 -0.21

3699.91 Pt I 13496 40516 0.32 0.067 -1.18

3818.69 Pt I 10117 — 36296 0.23 0.051 -1.29

3900.73 Pt I 34122 — 59751 13. 3.1 0.49

3922.96 Pt I 30157 — 55641 27. 6.3 0.80

3948.40 Pt I 13496 38816 0.21 0.050 -1.30

3966.36 Pt I 101 17 35322 0.23 0.054 -1.27

3996.57 Pt I 15502 - 40516 0.20 0.048 -1.32

4118.69 Pt I 13496 — 37769 0.52 0.13 -0.88

4164.56 Pt I 10117 — 34122 0.14 0.036 -1.45

4192.43 Pt I 13496 37342 0.17 0.045 -1.34

4327.06 Pt I 33680 56784 5.5 1.5 0.19

4391.83 Pt I 21967 — 44730 0.65 0.19 -0.73

4442.55 Pt I 10117 — 32620 0.096 0.028 -1.55

4445.55 Pt I 10132 — 32620 0.017 0.0050 -2.30

4498.76 Pt I 30157 52379 4.9 1.5 0.17

4520.90 Pt I 37769 59882 4.7 1.4 0.16

4552.42 Pt I 33680 - 55641 10. 3.1 0.50

4879.53 Pt I 36296 — 56784 4.1 , 1.5 0.17

5044.04 Pt I 15502 — 35322 0.041 0.016 -1.81

5059.48 Pt I 32620 52379 6.6 2.5 0.40

5227.66 Pt I 13496 32620 0.049 0.020 -1 69

5301.02 Pt I 36782 - 55641 13. 5.7 0.75

5368.99 Pt I 15502 — 34122 0.027 0.011 -1.94

5390.79 Pt I 34122 — 52667 2.9 1.3 0.11

5475.77 Pt I 34122 — 52379 3.3 1.5 0.18

5478.50 Pt I 38536 56784 5.4 2.4 0.38

5763.57 Pt I 35322 52667 1.6 0.78 -0.11

5840.12 Pt I 15502 32620 0.032 0.016 -1.79

301
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

5844.84 Pt I 38536 —f KJ ^ .J \J - 55641 3.0 1J. • 5—

0.18

6026.04 Pt I 40194 - 56784 2.5 1.4 0.14

6318.37 Pt I 36845 - 52667 2.0 1.2 0.08

6326.58 Pt I 21967 - 37769 0.058 0.035 -1.46

6523.45 Pt I 37342 - 52667 2.7 1.7 0.23

6710.42 Pt I 37769 - 52667 3.0 2.1 0.31

6760.02 Pt I 37591 - 52379 5.9 4.0 0.61

6842.60 Pt I 37769 - 52379 18. 13. 1.10

7113.73 Pt I 18566 - 32620 0.038 0.029 -1.54

8224.74 Pt I 21967 - 34122 0.034 0.034 -1.46

302
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2794.21 Pt II 13311 - 49089 120. 14. 1.15

303
Wavelength Spectrum Energy Levels

A K

4201.85 Rb I 0 - 23793

4215.56 Rb I 0 - 23715

5648.10 Rb I 12579 - 30280

5724.45 Rb I 12817 - 30282

6206.31 Rb I 12579 - 28687

6298.33 Rb I 12817 - 28689

7280.00 Rb I 12579 - 26311

7408.17 Rb I 12817 - 26311

7618.93 Rb I 12579 - 25701

7757.65 Rb I 12817 - 25704

7759.43 Rb I 12817 - 25701

7800.23 Rb I 0 - 12817

7947.60 Rb I 0 - 12579

gf Log ef

IQS/sec

0.96 0.25 -0.60

0.47 0.13 -0.90

0.30 0.14 -0.84

0.51 0.25 -0.60

0.44 0.25 -0.60

0.71 0.42 -0.37

0.37 0.29 -0.53

0.54 0.44 -0.36

0.65 0.57 -0.25

1.0 0.94 -0.03

0.19 0.17 -0.77

3.0 2.7 0.43

1.3 1.2 0.08

304
Wavelength Spectrum Energy Levels

A K

2003.53 Re I 0 49895

2017.87 Re I 0 49541

2049.08 Re I 0 48786

2074.70 Re I 0 48184

2083.92 Re I 0 47971

2085.59 Re I 0 47932

2097.12 Re I 0 47669

2156.67 Re I 0 46353

2167.94 Re I 0 461 12

2176.21 Re I 0 45937

2226.42 Re I 0 44901

2235.44 Re I 0 44720

2255.73 Re I 11584 55902

2256.19 Re I 0 44309

2264.39 Re I 0 44148

2274.62 Re I 0 43950

2281.62 Re I 0 43815

2287.51 Re I 0 43702

2294.49 Re I 0 43569

2299.77 Re I 11755 55224

2302.99 Re I 0 43408

2306.54 Re I 0 43342

2312.97 Re I 15058 58280

2319.19 Re I 16307 59412

2320.16 Re I 16307 59394

2322.49 Re I 0 43044

2328.66 Re I 11584 54514

2334.33 Re I 11584 54410

2335.73 Re I 11754 54554

2336.10 Re I 16619 59412

2337.95 Re I 1 1754 54514

2345.28 Re I 13826 56452

2347.06 Re I 1 1584 _ 54177

2349.39 Re I 14621 _ 57173

2352.07 Re I 1 1584 _ 54087

2356.50 Re I 11754 54177

2365.90 Re I 0 42254

2367.68 Re I 15058 57281

2369.27 Re I 11755 53949

2371.52 Re I 1 1584 53738

2375.07 Re I 14217 56308

2375.82 Re I 11584 53662

2380.22 Re I 16619 58619

2380.89 Re I 16307 58295

2381.14 Re I 1 1754 _ 53738

2383.46 Re I 14217 56160

2387.46 Re I 16307 58180

2389.11 Re I 0 41844

2391.28 Re I 11584 53390

2393.65 Re I 13826 55590

trf gl Loggf

108/sec

2.9 0.17 -0.76

2.1 0.13 -0.89

4.4 0.28 -0.56

0.82 0.053 —1.28

0.78 0.051 -1.29

2.2 0.14 -0.85

2.1 0.14 -0.87

1.2 0.084 -1.08

1.7 A 1 0. 12 A n 1 —0.91

1.2 0.088 -1.05

0.87 0.065 -1.19

0.49 0.036 -1.44

2.2 0.17 -0.77

0.50 A A1 O 0.038 —1.42

1.2 0.092 -1.04

1.4 0.11 -0.97

1.1 0.086 -1.07

2.1 0.17 -0.78

2.

1

A 1 0. 16 —0.79

3.2 0.25 -0.60

0.49 0.039 -1.40

0.53 0.043 -1.37

2.8 0.22 -0.65

3.0 A O /I U.z4 , —U.6/

5.2 0.42 -0.38

0.68 0.055 -1.26

3.0 0.24 -0.61

3.0 0.24 -0.61

1 A 3.0 A O C 0.25 A /: 1 —U.ol

3.8 0.31 -0.51

3.0 0.25 -0.61

2.1 0.18 -0.76

1.7 0.14 -0.85

3.9 0.32 —0.49

8.7 0.72 -0.14

3.4 0.28 -0.55

1.3 0.11 -0.95

12. 0.99 -0.00

8.

1

A ^ O 0.68 A 1 "7 —0.17

3.3 0.28 -0.56

6.7 0.57 -0.25

2.3 0.20 -0.71

5.1 0.43 -0.36

1.8 A 1 C0. 15 A—0.82

3.3 0.28 -0.56

4.2 0.36 ^.45

2.5 0.21 -0.67

0.23 0.020 -1.70

1.6 0.14 -0.87

5.7 0.49 -0.31

305
Wavelength Spectrum Energy Levels

A K

2394.37 Re I 11584 - 53336

2396.79 Re I 11584 - 53294

2397.3

1

Re I 11^15 1 66\J\J — 56866

2398.71 Re I 16619 - 58295

2400.72 Re I 15058 - 56699

2401.68 Re I 11754 - 53379

2405.06 Re I 11754 - 53321

2405 60 Rp I 0 — 41

2410.37 Re I 11584 - 53059

2414.59 Re I 15770 - 57173

2416.44 Re I 11584 - 52954

2417.66 Re I 16307 - 57657

241 9 40 Rp I 1 5770 — 57090

2419.81 Re I 0 - 41313

2421.38 Re I 15166 - 56452

2421.73 Re I \A(yl\ - 55901

2423.50 Re I 15058 - 56308

2426 64 Re I 16328 - 57524

2428.58 Re I 0 - 41 164

2429.65 Re I 16307 - 57453

2432.18 Re I 1 1754 - 52857

2432.70 Re I 15166 - 56260

2433 28 Rp \ 1 6307 - 57391

2436.05 Re I 16619 - 57657

2438.46 Re I 13826 - 54823

2439.06 Re I 11754 - 52741

2441.47 Re I 0 - 40946

2442 51 Rp I 1 5770 — 56699

2444.94 Re I 11584 - 52472

2446.98 Re I 15058 - 55912

2449.71 Re I 0 - 40809

2450.89 Re I 11584 - 52373

2453 14 Rp I 1 661 9 — 57372

2460.24 Re I 11584 - 52218

2461.20 Re I 11754 - 52373

2463.31 Re I 13826 - 54410

2465.13 Re I 16619 - 57173

2474 73 Rp I 1 5058

2476.28 Re I 1 1584 - 51955

2479.02 Re I 17331 - 57657

2480.^2 Re I 14217 - 54514

2483.92 Re I 11754 - 52001

248S 81 Rp I 2486.78 Re I 1 1754 - 51955

2487.33 Re I 11755 - 51946

2492.84 Re I 13826 - 53929

2495.26 Re I 11584 - 51648

2496.04 Re I 14217 - 54268

2496.70 Re I 17331 - 57372

2498.22 Re I 13826 - 53843

Loggf

IQS/sec

6.3 0.54 -0.27

6.7 0.58 -0.24

5.8 0.50 -0.30

2 5 0 22 U.DD

6.3 0.55 -0.26

4.5 0.39 -0.41

31. 2.7 0.44

1.1 0.096 -1.02

f\D. 11 U.J J —A 27

4.6 0.41 -0.39

3.0 0.26 -0.58

4.8 0.42 -0.37

6.6 0.58 -0.24

2 0 0 1 8 —0 7S

6.3 0.55 -0.26

10. 0.89 -0.05

2.2 0.19 -0.72

4.1 0.36 -0.44

4 4 0 ^9 —0 41

4.8 0.42 -0.37

12. 1.1 0.03

6.2 0.55 -0.26

8.2 0.72 -0.14

4 9 n 4^

7.6 0.68 -0.17

4.2 0.38 -0.42

0.65 0.059 -1.23

11. 0.98 -0.01

8 2 —rtU. 1 "X 1 J 30. 1.1 0.43

1.3 0.11 -0.94

2.8 0.26 -0.59

4.8 0.43 -0.36

2 . 8o 0 2 S 13. 1.2 0.07

4.7 0.43 -0.37

6.8 0.62 -0.21

7.6 0.70 -0.16

2 1 0 2 1 11. 1.0 0.02

8.0 0.74 -0.13

39. 3.6 0.56

21. 1.9 0.28

Tij.y0 —0 4S

31. 2.9 0.46

8.0 0.75 -0.13

4.5 0.42 -0.38

16. 1.5 0.16

2.1 0.20 -0.71

8.0 0.74 -0.13

306
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

2498.86 Re I 11584 51590

2500.31 Re I 22160 - 62143

2500.57 Re I 23956 63935

2501.72 Re I 14217 54177

2505.94 Re I 1 1754 C t y A O

5 1648

2507.40 Re I 14217 _ 54087

2508.99 Re I 0 - 39845

2512.55 Re I 14621 c A A 1 r\ 54410

25 16. 12 Re I 1 1754 CI AO/' 5 1486

2520.01 Re I 0 39670

2521.50 Re I 14621 54268

2526.81 Re I 13826 — 53390

2529.50 Re I 14217 53738

2533.3

1

Re I 13826 53288

2534.80 Re I

1 1 ^ C A

1 1754 5 1 193

2539.33 Re I 17331 56699

2540.51 Re I 11584 - 50934

2543.67 Re I 15166 C A A /' '~l 54467

2543.84 Re I 13826 53 125

2544.22 Re I 16619 c c r\ 1 ^ 55912

2544.74 Re I 11584 _ 50869

2545.48 Re I 11754 - 51028

2548.14 Re I 13826 c T r\ c ri 53059

C A O O O 2548.88 Re I 14621 53842

2549.37 Re I 17238 C yi C 56452

2552.02 Re I 14217 _ 53390

2552.73 Re I 14217 — 53379

2554.93 Re I 13826 52954

2556.51 Re I 142 17 53321

2558.06 Re I 17331 C /' 1 1 5641

1

2559.08 Re I 0 39065

2559.71 Re I 13826 — 52881

2559.88 Re I 15770 54823

2561.46 Re I 15058 54087

2564.19 Re I 1 1584 50571

2565.84 Re I 21775 60737

2571.26 Re I 11584 - 50464

I'Sl'h.ld Re I 14217 53059

2574.21 Re I 16619 55454

2576.32 Re I 1733

1

56134

2579.01 Re I 15166 53929

2580.31 Re I 15770 - 54514

2581.44 Re I 1 1584 C 1 1 503 1

1

2584.77 Re I 15166 53842

2586.79 Re I 11754 50401

'1 c OT f\r\ 2587.00 Re I 13826 52469

2591.13 Re I 17331 55912

2591.59 Re I 11584 50159

2592.84 Re I 11755 50311

2594.85 Re I 11584 50110

3.3 0.31 -0.51

5.6 0.52 -0.28

t 1 1 1. 1.0 0.01

16. 1.5 A 1 0. 16

8.2 0.77 —0. 1

1

6.2 0.58 -0.24

3.0 0.28 -0.55

3.2 0.30 —0.52 AO

3.6 0.35 f\ A a —U.46

0.87 U.Uo3 1 AC —l.Uo

23. 2.2 0.34

2.4 0.23 -0.64

c c 5.5 A CO A O O —U.2o

5.7 A C /I U. 54

1 1.

1 A 1.0 A A 1 0.01

6.0 0.58 -0.23

16. 1.5 0.18

4.9 0.47 —0.32

2.3 0.23 —0.65

C5.6 0.55 —0.26

20. 2.0 0.29

10. 1.0 0.00

A 1 4.

1

0.4U A 1 A

6.

1

A CO A 0 1 —U.23

3.3 A 1 O U.3Z A A O

12. 1.1 0.05

1.4 0.14 -0.85

2.3 A OO U./z —U.o5

A 1 41. A A 4.U U.dU

7.9 A T O 0.78 —0.All1

1

0.32 0.032 -1.50

2.7 0.27 -0.57

1 A 3.4 0.33 -0.48

6.3 0.62 -0.21

9.0 0.89 -0.05

5.3 0.53 -0.28

3.8 0.38 -0.42

5.6 0.55 —0.26

LA 0.24 —0.62

3.9 0.39 —0.41

6.2 0.62 -0.21

4.4 0.44 -0.35

3.7 U.37 —0.43

3.1 U.J 1 A C 1 —0.5

1

11. 1 1 1.1 A Al 0.03

2.6 0.26 -0.58

3.8 0.39 -0.41

A O 4.5 A /I A 0.49 —0.3

1

2.5 0.25 -0.60

4.2 0.42 -0.37

307
Wavelength Spectrum Energy Levels gA Loggf

AA 1 Aft « « lU^/sec

2595.23 Re I 0 - 38521 0.22 0.023 -1.64

2596.78 Re I 15770 - 54268 7.6 0.77 -0.11

2596.95 Re I 16327 - 54823 5.8 0.58 -0.23

2599.86 Re I 13826 - 52278 11. 1.1 0.05

2600 87 Re I 14621 - 53059 Z.o -4\ S4

2601.87 Re I 16307 - 54730 4.6 0.46 -0.33

2602.93 Re I 15770 - 54177 4.3 0.44 -0.36

2613.74 Re I 15770 - 54018 5.3 0.54 -0.26

2614.56 Re I 14621 - 52857 6.4 0.66 -0.18

2617.44 Re I 16619 - 54813 U.'to w. J

2620 03 Re I 14217 - 52373 6.5 0.67 -0.18

2620.34 Re I 21775 - 59927 13. 1.3 0.13

2623.28 Re I 11754 - 49863 2.3 0.24 -0.62

2625.04 Re I 1 1584 - 49667 1.1 0.12 -0.94

2630.75 Re I 15058 - 53059 U.Z. J

2631.57 Re I 11584 - 49573 2.2 0.23 -0.64

2633.01 Re I 15770 - 53738 2.1 0.22 -0.67

2633.61 Re I 15166 - 53125 5.8 0.60 -0.22

2636.64 Re I 0 - 37916 0.60 0.063 -1.20

2642.75 Re I 1 1754 - 49583 D. / rt 70 —0 16

Re I 0 - 37766 0.16 0.017 -1.77

2649.05 Re I 14217 - 51955 9.9 1.0 0.02

2649.58 Re I 17238 - 54969 2.4 0.25 -0.60

2651.90 Re I 0 - 37698 0.68 0.072 -1.14

2652.91 Re I 15058 - 52741 J.J U. J.O

2654.12 Re I 1 1584 - 49250 9.4 0.99 -0.00

2655.18 Re I 13826 - 51477 1.5 0.16 -0.79

2655.84 Re I 16307 - 53949 2.1 0.23 -0.65

2659.02 Re I 14621 - 52218 2.6 0.27 -0.56

2659 79 Re I 26349 - 63935 D.J U.D / —0W. 171 /

2663 63 Re I 11755 - 49286 5.3 0.56 -0.25

2664.22 Re I 15770 - 53294 3.0 0.32 -0.50

2664.81 Re I 16327 - 53842 3.2 0.34 -0.47

2667.13 Re I 17331 - 54813 3.5 0.38 -0.42

2670.24 Re I 1 1584 - 49023 1 c V.J U. 1 o —0 79

Re I 14217 - 51648 4.0 0.42 -0.37

2671.84 Re I 1 1754 - 49171 3.6 0.39 -0.41

2674.34 Re I 0 - 37381 0.89 0.096 -1.02

1611.16 Re I 14621 - 51955 5.0 0.54 -0.27

2679.10 Re I 15058 - 52373 J.J n S7 -0 24

2679.91 Re I 22160 - 59464 12. 1.3 0.11

2683 56 Re I 22160 - 59412 10. 1.1 0.05

2688.53 Re I 15770 - 52954 9.6 1.0 0.02

2690.25 Re I 16307 - 53467 5.1 0.56 -0.26

2694 39 Re I 1 1754 - 48858 1 7 -0 73

2695 56 Re I 15770 - 52857 6.6 0.72 -0.14

2697 26 Re I 0 - 37064 0.077 0.0084 -2.07

2698.79 Re I 16619 - 53662 2.1 0.23 -0.64

2699.58 Re I 11754 - 48786 0.73 0.079 -1.10

2704.37 Re I 16327 - 53294 6.0 0.66 -0.18

308
Wavelength Spectrum Energy Levels

A K

2706.06 Re I 15058 — 52001

2712.48 Re I 14621 51477

2713.02 Re I 16619 53467

2713.16 Re I 17331 54177

2715.47 Re I 11754 48570

2715.77 Re I 14217 - 51028

2716.75 Re I 16327 53125

2719.54 Re I 16619 53379

2722.70 Re I 14217 50934

2723.84 Re I 15770 52472

2727.55 Re I 14217 - 50869

2728.63 Re I 13826 50464

2729.64 Re I 16327 52952

2730.83 Re I 14621 51230

2732.21 Re I 15058 — 51648

Re I 14621 — 51183

2738.32 Re I 15770 52278

2741.97 Re I 22160 58619

2743.87 Re I 16307 52741

2747.44 Re I 1 1584 47971

2752.85 Re I 11584 - 47899

2753.05 Re I 14621 50934

2755.21 Re I 13826 50110

2758.00 Re I 14621 50869

2758.71 Re I 16619 52857

2761.93 Re I 11584 - 47780

2763.30 Re I 1 1754 47932

2763.79 Re I 15058 51230

2766.39 Re I 27130 63268

iiei.iA Re I 11584 47704

2768.85 Re I 11754 - 47860

2770.42 Re I 1 1584 47669

2773.11 Re I 17238 53288

2777.71 Re I 17331 53321

2778.50 Re I 14218 50197

2781.43 Re I 14217 — 50159

2783.57 Re I 1 1754 47669

2785.21 Re I 14217 501 10

2786.14 Re I 21775 57657

2786.56 Re I 15058 50934

2789.27 Re I 13826 - 49667

2790.94 Re I 15770 51590

2791.29 Re I 16307 52122

2798.10 Re I 17331 53059

2807.86 Re I 1 1754 47358

2812.07 Re I 17331 52881

2812.36 Re I 16328 51874

2813.11 Re 1 14621 50159

2813.96 Re I 17331 52857

2814.68 Re I 11584 47102

gA gf Loggf

lO^/sec

1.7 0.19 -0.73

2.4 0.26 -0.58

4.1 0.46 -0.34

3.4 0.37 -0.43

28. 3.1 0.49

5.9 0.65 -0.19

3.0 0.33 -0.48

2.0 0.23 -0.64

6.2 0.68 -0.16

4.1 0.46 -0.34

3.6 0.40 -0.40

1.3 0.15 -0.82

2.9 0.33 -0.49

1.5 0.17 -0.77

8.1 0.91 -€.04

1.9 0.21 -0.67

3.6 0.40 -0.40

5.0 0.57 -0.25

3.8 0.43 -0.37

2.7 0.30 -0.52

1.4 0.16 -0.79

4.4 0.50 -0.30

1.6 0.18 -0.74

7.3 0.83 -0.08

2.4 0.28 -0.56

2.0 0.23 -0.64

1.6 0.19 -0.72

7.3 0.84 -0.08

19. 2.2 0.35

5.5 0.63 -0.20

4.1 0.47 -0.33

6.2 0.72 -0.14

7.7 0.89 -0.05

3.6 0.42 -0.38

2.3 0.26 -0.58

5.2 0.60 -0.22

9.8 1.1 0.06

4.5 0.52 -0.28

4.0 0.46 -0.33

4.1 0.47 -0.32

2.4 0.28 -0.56

5.3 0.62 -0.20

8.9 1.0 0.02

4.6 0.53 -0.27

1.6 0.20 -0.71

2.5 0.29 -0.53

3.0 0.36 -0.44

1.6 0.19 -0.71

7.4 0.88 -0.05

3.5 0.41 -0.39

309
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

2816.32 Re I 22160 - 57657 12. 1.4 0.16

2816.96 Re I 14621 501 10 2.9 0.35 -0.46

2819.95 Re I 11754 47206 14. 1.7 0.23

2822.12 Re I 13826 — 49250 2.8 0.33 -€.48

2824.25 Re I 21775 — 57173 7.8 0.93 -0.03

2825.46 Re I 16619 - 52001 4.0 0.48 -0.32

2827.52 Re I 14217 49573 3.0 0.35 -0.45

2834.08 Re I 14621 49896 8.8 1.1 0.03

2837.55 Re I 22160 57391 14. 1.7 0.24

2840.35 Re I 13826 49023 4.8 0.58 -0.24

2843.00 Re I 15770 - 50934 7.6 0.92 -0.04

2844.16 Re I 1 1584 46133 1.2 0.15 -0.83

2850.98 Re I 11584 46649 3.7 0.46 -0.34

2852.84 Re I 17331 52373 3.8 0.46 -0.34

2860.07 Re I 14217 49171 1.4 0.17 -0.77

2860.25 Re I 14621 - 49573 1.5 0.18 -0.74

2864.56 Re I 27244 62143 5.3 0.65 -0.19

2867.19 Re I 16619 51486 9.1 1.1 0.05

2871.82 Re I 14217 — 49028 3.8 0.47 -0.33

2872.30 Re I 15058 — 49863 1.6 0.20 -0.71

2872.67 Re I 15770 - 50571 1.4 0.18 -0.75

2875.28 Re I 1 1584 46353 2.6 0.32 -0.49

2879.27 Re I 16307 51028 2.3 0.29 -0.54

2883.44 Re I 17331 52001 8.1 1.0 0.01

2884.04 Re I 23956 58619 5.3 0.66 -0.18

2887.31 Re I 17331 - 51955 2.7 0.34 -0.47

2887.68 Re I 1 1754 46374 38. 4.8 0.68

2889.45 Re I 1 1754 46353 1.2 0.15 -0.83

2891.48 Re I 16619 51193 3.6 0.45 -0.34

2891.88 Re I 14217 48786 4.1 0.52 -0.28

2892.63 Re I 19458 - 54018 8.2 1.0 0.01

2894.32 Re I 15770 5031

1

3.5 0.44 -0.36

2895.65 Re I 15058 49583 1.2 0.15 -0.82

2896.01 Re I 0 34520 0.22 0.028 -1.55

2898.79 Re I 20482 54969 2.0 0.25 -0.61

2902.48 Re I 18950 — 53392 41. 5.2 0.71

2905.58 Re I 14621 49028 5.2 0.66 -0.18

2906.02 Re I 14621 49023 4.4 0.55 -0.26

2909.82 Re I 16307 — 50663 18. 2.3 0.37

2910.08 Re I 11584 45937 0.64 0.081 -1.09

2913.15 Re I 17331 - 51648 2.6 0.33 -0.48

2918.88 Re I 16619 50869 2.3 0.29 -0.53

Re I 16327 50571 3.3 0.42 -0.38

2924.60 Re I 11754 45937 1.8 0.23 -0.64

2925.20 Re I 26661 60837 11. 1.4 0.16

2926.93 Re I 17331 51486 2.5 0.33 -0.49

2927.42 Re I 11754 45904 9.5 1.2 0.09

2929.53 Re I 15770 49895 5.2 0.67 -0.17

2930.61 Re I 15058 49171 6.8 0.88 -0.06

2932.31 Re I 15770 49863 1.9 0.25 -0.60

310
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

Z7JO. jU Ke I

1 1 Q 1 DO 1 y

2941.56 Re I 20482 — 54467

2943.14 Re I 14217 - 48184

2944.32 Re I 13826 — 47780

2946.57 Re I 20482 - 54410

TQ/iQ no 1 1 / J J I 2949.88 Re I 16307 — 50197

2950.83 Re I 11584 - 45463

2954.34 Re I 13826 — 47665

2961.74 Re I 14217 — 47971

1 HJ J JZ

2962.87 Re I 22160 — 55901

2965.1 1 Re I 14217 — 47932

2965.76 Re I 11754 - 45463

2967.25 Re I 16619 - 5031 1

Zl'Oo.U't RKeo 1

1 47 1 7 1 Q>yy

2975.02 Re 1 17331 — 50934

2975.25 Re I 19458 - 53059

2976.29 Re I 0 - 33589

2977.30 Re 1 16619 - 50197

Z7 / 0. 1 J RKea I 1 D jZ / 2980.82 Re I 11584 — 45122

2981.01 Re I 19758 - 53294

2984.75 Re I 19458 - 52952

2988.47 Re I 14217 — 47669

9QQ? L.yy '\f\ A., j\j R o T1 Q

2995.40 Re I 30560 — 63935

2999.60 Re I 11754 — 45083

3001.14 Re I 14621 - 47932

3004.14 Re I 14621 — 47899

Ro T

1 1 J oZD Al^ 1

1I 07uz

3006.42 Re I 15770 — 49023

3011.92 Re I 11754 — 44946

3013.14 Re I 13826 — 47004

3016.02 Re I 11754 - 44901

Jul -JAI A ZlQ Ki.^y R a I1

1 47 1 7 1 "^Z 1 / 4/1 71 ^ 8 / J J o 3016.97 Re I 1 1584 — 44720

3021.88 Re I 14621 — 47704

3022.99 Re I 17331 - 50401

3030.45 Re I 14217 - 47206

'JA'J 1 77 Ror\e 1 7 "J 1 ^ < Z J 1 J J JO 1 j4

3032.79 Re I 16619 — 49583

3034.55 Re I 20448 - 53392

3036.55 Re I 16327 — 49250

3037.96 Re I 13826 - 46733

3040.03 Re I 14217 47102

3041.00 Re 1 15058 47932

3041.99 Re I 16307 49171

3044.08 Re I 15058 47899

3047.25 Re I 28030 60837

4. J nU.JO^8 —0U.Z'4 74

2.5 0.33 -0.49

9.3 1.2 0.08

1.3 0.17 -0.78

3.8 0.49 -0.31

A S M-. J yj.jy —0 71

2.1 0.27 -0.57

1.4 0.18 -0.75

2.3 0.30 -0.53

2.9 0.38 -0.42

Z..O V/. J J —0 Af,

4.4 0.58 -0.24

14. 1.9 0.28

16. 2.1 0.32

2.8 0.38 -0.43

J.J n Af\ —0U.J11J 2.8 0.37 -0.43

5.9 0.79 -0.10

0.11 0.015 -1.83

2.1 0.28 -0.55

D.J n RA —0u.uo08

2.1 0.28 -0.56

3.3 0.44 -0.35

3.2 0.43 -0.37

4.2 0.56 -0.25

\).\J V n 087 —11 .uo OS

18. 2.4 0.38

52. 7.0 0.84

7.2 0.97 -0.01

4.4 0.60 -0.22

1 1

1 .

1

0U. 11 Js —0u. 87OZ

5.1 0.69 -0.16

1.3 0.18 -0.75

3.4 0.47 -0.33

4.9 0.67 -0.17

j.y OU.o8 11 —OU.U7OQ

0.38 0.051 -1.29

2.6 0.35 -0.45

2.2 0.30 -0.52

7.2 1.00 -0.00

A f\ 0W.OfilJ —Ou.zu70

1.9 0.26 -0.58

7.4 1.0 0.01

1.8 0.25 -0.61

1.7 0.24 -0.63

7 A 0W. Jt^4 —0U.t47/ 2.3 0.31 -0.50

1.8 0.25 -0.61

2.3 0.31 -0.50

25. 3.5 0.55

311
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3053 63 Re I 21775 54514 6.6 0.92 -0.04

3054.90 Re I 11584 — 44309 1.1 0.15 -0.81

3057.66 Re I 16327 — 49023 2.6 0.36 -0.44

3058.78 Re I 13826 — 46509 3.2 0.43 -0.34

3060.32 Re I 16619 — 49286 3.9 0.55

t -0.26

3061.61 Re I 22160 54813 6.8 0.95 -0.02

3064.60 Re I 17238 — 49860 2.4 0.33 -0.48

3067.40 Re I 0 — 32592 0.50 0.070 -1.15

3069.94 Re I 11584 — 44148 2.6 0.37 -0.43

3071.16 Re I 16619 — 49171 7.7 1.1 0.04

3072 96 Rp I 1 733

1

49863 6 8 0 96 -0 02

3076.14 Re I 15166 - 1.9 0.28 -0.56

3078.86 Re I 11754 — AA115 0.83 0.12 -0.93

3082.43 Re I 14217 — 46649 9.3 1.3 0.12

3084.21 Re I 15770 — 48184 4.4 0.62 -0.20

3087 15 Re I 14621 47004 1.7 0.24 -0.62

3088.76 Re I 11584 - 43950 2.6 0.38 -0.42

3089.94 Re I 22160 — 54514 7.3 1.0 0.02

3093.64 Re I 13826 — 46141 3.0 0.42 -0.37

3095.06 Re I 15058 — 47358 4.0 0.58 -0.24

3095.79 Re I 14217 46509 2.9 0.42 -0.37

3096.41 Re I 13826 — 46112 1.5 0.21 -0.68

3100.67 Re I 16327 — 48569 19. 2.7 0.43

3104.65 Re I 15770 — 47971 3.3 0.47 -0.33

3108.81 Re I 14217 — 46374 11. 1.6 0.21

3 1 1 0 86 Rp I 14217 46353 5 4 0 78 -0 1

1

3111.56 Re I 15770 - 47899 3.2 0.47 -0.33

3118.19 Re I 11754 — 43815 2.6 0.37 -0.43

3121.36 Re I 14621 — 46649 5.8 0.85 -0.07

3123.16 Re I 15770 — 47780 1.6 0.23 -0.64

3125 52 Re I 1 1584 43569 0.49 0.072 -1.14

3128.94 Re I 16619 - 48569 11. 1.7 0.22

3134.02 Re I 15770 — 47669 5.7 0.84 -0.07

3139.79 Re I 17331 — 49171 2.1 0.31 -0.50

3139.94 Re I 15166 — 47004 1.3 0.19 -0.71

3141.38 Re I 11584 43408 1.7 0.25 -0.60

3151.16 Re I 19458 - 51183 3.1 0.45 -0.34

3151.64 Re I 14217 — 45937 6.1 0.91 -0.04

3153.79 Re I 11754 — 43453 2.3 0.34 -0.47

3158.31 Re I 11754 — 43408 2.4 0.37 -0.44

3164 52 Re I 15058 46649 3 8 0.57 -0.24

3167.16 Re I 16619 - 48184 1.2 0.19 -0.73

3168.37 Re I 16307 — 47860 16. 2.4 0.39

3173.09 Re I 13826 — 45332 1.6 0.25 -0.61

3174.61 Re I \A61\ — Aeni 3.3 0.50 -0.30

3174.78 Re I 27130 58619 14. 2.1 0.31

31,77.71 Re I 11584 43044 2.7 0.41 -0.39

3178.61 Re I 15058 46509 4.4 0.66 -0.18

3182.66 Re I 19458 50869 2.9 0.45 -0.35

3182.87 Re I 18950 50359 23. 3.5 0.54

312
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3 184.76 Re I 18950 50341 A O 42. A 6.4 not 0.81

3185.57 Re I 18950 50333 42. 6.4 0.81

3186.29 Re I 27244 — 58619 12. 1.8 0.25

3190.17 Re I 16328 — 47665 3.4 0.51 -0.29

3190.78 Re I 17238 — 48569 7.1 1.1 0.04

3 192.36 Re I 14621 45937 3.6 0.56 —0.25

3193.20 Re I 22160 53467 8.5 1.3 0.11

3194.50 Re I 15058 — 46353 3.2 0.50 -0.31

3198.58 Re I 14621 — 45876 3.0 0.47 -0.33

3199.49 Re I 14217 — 45463 0.86 0.13 -0.88

1 c\c\ r\ A 3200.04 Re I 16619 47860 3.5 0.54 —0.27

3200.72 Re I 15770 47004 1.9 0.29 -0.53

3204.25 Re I 16307 — 47507 24. 3.7 0.56

3205.42 Re I 24724 — 55912 5.5 0.85 -0.07

3211.75 Re I 14217 — 45343 1.7 0.26 -0.59

3212.94 Re I 14217 45332 1 A 1.4 0.22 r\ y. y -0.66

3214.11 Re I 26349 I 57453 11. 1.7 0.22

3227.46 Re I 15166 — 46141 2.3 0.36 -0.44

3228.73 Re I 15770 — 46733 1.3 0.20 -0.70

3235.94 Re I 13826 — 44720 3.8 0.60 -0.22

3237.51 Re I 15058 45937 2.1 0.33 -0.48

3241.47 Re I 14621 I 45463 0.99 0.16 -0.80

3248.55 Re I 16327 — 47102 1.6 0.25 -0.60

3252.26 Re I 15770 — 46509 2.6 0.41 -0.39

3258.85 Re I 16327 — 47004 12. 1.9 0.27

Ke I n AO 0.48 —0.32

3261.56 Re I 15166 45817 2.8 0.44 -0.36

3262.77 Re I 17331 — 47971 2.9 0.47 -0.33

3266.85 Re I 17331 — 47932 2.9 0.47 -0.33

3268.48 Re I 16619 — 47206 3.1 0.49 -0.31

3268.89 Re I 15770 46353 5.0 0.80 -0. 10

3277.71 Re I 14621 45122 1.8 0.29- -0.53

3285.64 Re I 17238 — 47665 3.7 0.60 -0.22

3287.13 Re I 27244 — 57657 7.5 1.2 0.08

3294.83 Re I 15770 — 46112 3.1 0.51 -0.29

3296.70 Re I 18950 49275 C\ 1 9.1 1.5 0.17

3296.99 Re I 16327 I 46649 5.1 0.82 -0.08

3300.97 Re I 15058 — 45343 0.98 0.16 -0.80

3301.60 Re I 14621 — 44901 3.0 0.49 -0.31

3302.23 Re I 15058 — 45332 2.9 0.48 -0.32

3303.75 Re I 1 1584 41844 1.3 0.21 -0.68

3307.01 Re I 27161 57391 7.4 1.2 0.08

3312.29 Re I 16327 — 46509 1.4 0.23 -0.64

3313.95 Re 1 15770 — 45937 3.5 0.57 -0.24

3318.67 Re I 13826 — 43950 1.3 0.22 -0.66

3322.48 Re I 11754 41844 2.8 0.46 -0.34

3324.93 Re I 16307 46374 1.2 0.20 -0.71

3331.52 Re I 14217 44225 1.8 0.30 -0.52

3335.36 Re I 11584 41557 0.68 0.11 -0.95

3338.18 Re I 20448 50396 81. 14. 1.13

313
Wavelength Spec

A

trum Energy Levels

K

gA. gf

108/sec

Log gf

3339.68 Re I 17238 47173 2.9 0.49 -0.31

3342.24 Re I 20448 - 50359 65. 11. 1.03

3344.32 Re I f\ A A a 20448 50341 32. C A 5.4 0.73

3346.20 Re I 13826 A3/02 2.5 0.42 -0.38

3353.21 Re I 16327 A ^ 1 A 1 46141 2.1 0.35 -0.45

3355.29 Re I 22423 _ 52218 8.7 1.5 0.17

3356.33 Re I 22160 - 51946 13. 2.1 0.33

3358.02 Re I 1733

1

47102 4.1 0.70 -0.16

3359.22 Re I 23632 53392 10. 1.7 0.23

3361.14 Re 1 13826 43569 1.2 0.20 -0.69

3362.74 Re I 11584 41313 0.80 0.14 -0.87

3365.73 Re I 23155 - 52857 9.5 1.6 0.21

3377.74 Re I 16307 45904 3.5 0.60 -0.22

3379.70 Re I 1 1584 41 164 1.2 0.21 -0.67

3384.45 Re I 27161 56699 14. 2.5 0.39

3385.76 Re I 14621 44148 1.8 0.31 -0.51

3389.43 Re I 17238 - 46733 4.5 0.78 -0.11

3390.25 Re I 22160 51648 10. 1.7 0.24

3394.12 Re I 21775 5 1230 3.8 0.65 —0. 18

3397.21 Re 1 26349 55777 6.6 1.1 0.06

3399.30 Re I 11754 _ 41164 16. 2.7 0.43

3404.72 Re I 11584 - 40946 2.4 0.41 -0.38

3405.89 Re I 14217 43569 5.0 0.87 -0.06

3408.67 Re I 14621 43950 2.0 0.36 C\ A C —0.45

3409.83 Re I 1733

1

46649 6.0 1.0 0.02

3413.74 Re I 16619 45904 1.2 0.21 -0.68

3417.77 Re I 15058 - 44309 3.0 0.53 -0.28

3419.41 Re I 14217 43453 6.0 1.0 0.02

3420.75 Re I 1 1584 40809 0.56 0.099 1 f\f\ —1.00

3424.62 Re I 1 1754 40946 29. 5.2 0.71

3426.19 Re I 17331 46509 7.2 1.3 0.10

3427.61 Re I 15058 - 44225 2.8 0.49 -0.31

3437.71 Re I 14621 43702 2.6 0.46 —0.34

3AA1.91 Re I 16307 45343 0.77 0. 14 —0.87

3449.37 Re I 15166 44148 3.7 0.65 —0. 19

3451.88 Re I 0 28962 2.0 0.36 -0.44

3453.28 Re I 15770 - 44720 0.86 0.15 -0.81

3453.50 Re I 14621 43569 1.9 0.33 C\ AO —0.48

3458.88 Re I 17238 46141 2.6 f\ A ^ 0.47 —0.32

3460.46 Re I 0 28890 6.8 1.2 0.09

3464.73 Re I 0 28854 4.9 0.88 -0.05

3467.96 Re I 20448 - 49275 14. 2.5 0.39

3472.72 Re I 14621 43409 1.2 0.22 -0.67

Re I 15058 43815 2.0 0.36 f\ A A -0.44

3A11.\A Re I 55912 6.9 1.2 0.10

3480.38 Re I 16619 45343 5.2 0.94 -0.03

3480.85 Re I 14621 43342 2.3 0.43 -0.37

3482.23 Re I 22160 50869 11. 2.0 0.30

3490.86 Re I 17238 45876 1.7 0.30 -0.52

3494.72 Re I 17331 45937 1.2 0.22 -0.65

314
Wavelength Spectrum Energy Levels

A K

3502.73 Re I 20482 49023

3503.06 Re I 15770 - 44309

3512.28 Re I 16619 — 45083

3516.65 Re I 13826 — 42254

3517.33 Re I 14621 — 43044

3520.72 Re I 15058 43453

3529.21 Re I 16619 - 44946

3534.82 Re I 16619 — 44901

3537.46 Re I 1 1584 — 39845

3539.33 Re I 19458 — 47704

3539.94 Re I 22160 50401

3549.89 Re I 11754 - 39916

3551.29 Re I 22160 — 5031

1

3553.65 Re I 17331 — 45463

3558.94 Re I 1 1754 — 39845

3564.73 Re I 15770 43815

3568.23 Re I 24724 — 52741

3570.26 Re I 17331 — 45332

3579.12 Re I 15770 — 43702

3580.97 Re I 16307 — 44225

3583.02 Re I 1 1754 39656

3590.88 Re I 22423 — 50263

3595.16 Re I 21775 — 49583

3596.39 Re I 11754 — 39552

3598.77 Re I 23155 — 50934

3604.39 Re I 22423 50159

3610.49 Re I 16307 — 43996

3617.08 Re I 15770 — 43409

3617.25 Re I 15770 — 43408

3621.46 Re I 16619 44225

3625.91 Re I 15770 43342

3629.20 Re I 19458 - 47004

3637.06 Re I 13826 — 41313

3637.84 Re I 1 1584 — 39065

3642.99 Re I 1 1754 — 39197

3651.66 Re I 16619 43996

3651.97 Re I 16327 - 43702

3653.62 Re I 23632 — 50994

3660.52 Re I 27244 — 54554

3662.13 Re I 27514 — 54813

3669.78 Re I 16327 43569

3670.36 Re I 23956 - 51193

3670.53 Re I 14217 — 41453

3672.41 Re I 14621 — 41844

3676.00 Re I 16619 — 43815

3680.21 Re I 24425 51590

3681.28 Re I 26132 53288

3689.50 Re I 14217 41313

3691.48 Re I 16327 43409

3697.71 Re I 27141 54177

gA gf Loggf

IQS/sec

0.49 ATI —0.3 1 5.4 1 A 1.0 A AA 0.00

1.2 A ^ O 0.22 A ^ C —0.65

1.7 0.32 -0.49

2.2 0.40 -0.39

0.61 All 0. 1

1

—u.y4

(J./O AIT 0. 13 A O O —U.oo

1 A

1 .4 0.26 A C O —U.JO

0.89 0.17 -0.78

4.0 0.75 -0.12

2.6 n ACk UAy A 1 1 —U.3 1 0.68 AIT 0.13 A on —v.oy

6.8 1.3 All (J. i 1 2.2 0.41 -0.38

0.45 0.085 -1.07

0.69 All U. 13 A O O —0.88

Q Q y.y1 Q 1 .y A ^ O V.Zo

5.1 A z: 1 0.61 A—0.22

3.0 0.58 -0.24

6.3 1.2 0.08

2.

1

r\ A t 0.41 A O A —0.39

3.0 A C O 0.58 A O yl —0.24

3.0 A C O 0.58 A O '5 —0.23

0.42 0.081 -1.09

3.8 0.74 -0.13

3.4 A ^ C 0.65 A 1 O —0.18

1.5 A ^ n U.Zy A C /i —0.54

2.5 n ACi 0.49 All —0.3 1 0.62 0.12 -0.91

1.6 0.31 -0.51

1 ^

1 .z U.Z4 -0.62

1

"7 1.3 A ^ z: 0.26 A C A —0.59

A /: 1 U.6 1 A 1 U. I z —Ao.y2m

1.8 0.36 -0.44

0.084 0.017 -1.78

0.74 A 1 C0. 15 A O 'I —0.83

3.8 0.75 A 1 ^ —0.12

3.y A0.79m A 1 A —0. 10

4.7 0.95 -0.02

3.2 0.65 -0.19

A on A O A 0.20 A ""7 A -0.70

A 1 4.

1

A0.82 A AA —0.09

1.5 A o n U.Zy A CI —0.53

0.41 0.082 -1.09

0.53 0.11 -0.97

1 Q 1 .y —0.41

^ A ZA ATI —0.3

1

3.7 0.76

.

—0. 12

IZ. O A Z.4 ATA 0.39

7.6 1.6 0.20

315
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3703.24 Re I 13826 — 40822 2.0 0.41 -0.39

i / U4.o4 Ke I A no 1 f\ U.Z3 f\ f\An U.U4/ 1 TO —1.33

3705.02 Re I 13826 — 40809 0.38 0.079 -1.10

3709.93 Re I 14217 — 41164 1.0 0.21 -0.68

3715.02 Re I 17238 — 44148 0.34 0.071 -1.15

3717.28 Re I 17331 — 44225 3.6 0.75 -0.12

5

/

Zj. /o Ke I O ^ '2 O Z5bil jU4o4 1 oi 1 oi. 38. 1 CO 1.58

3731.87 Re I 16619 43408 1.1 0.23 -0.63

3732.28 Re I 15058 — 41844 0.72 0.15 -0.82

3735.01 Re I 11754 — 38521 0.49 0.10 -0.99

3735.31 Re I 23632 — 50396 36. 7.6 0.88

3 1 Jo.o4 Ke I Z4//4 c -x Ann

J 14 / / z.z

f\ A C U.45 —0.34

3740.10 Re I 14217 40946 3.6 0.76 -0.12

3740.41 Re I 23632 — 50359 6.3 1.3 0.12

Re I 14621 — 41313 1.3 0.28 -0.55

3755.62 Re 1 17331 — 43950 0.75 0.16 . -0.80

in AQ Ke I1 /I 1 1462 1 A t t H A 41 164 U.6U 0.13 —0.89 Aon

Re I 17238 43702 1.2 0.26 -0.58

3787.52 Re 1 15058 — 41453 3.3 0.71 -0.15

3796.59 Re I 11584 — 37916 0.28 0.060 -1.22

3797.59 Re I 14621 — 40946 0.65 0.14 -0.85

1 cm 1

A

Ke I 1 jUjo 4 1 J 1

J

U.oo A 1 Q A ni —U. 15

3815.66 Re I 14621 _ 40822 0.47 0.10 -0.98

3836.30 Re I 14434 — 40494 0.43 0.096 -1.02

3869.94 Re I 16307 — 42140 1.4 0.31 -0.50

3875.26 Re I 11584 — 37381 0.36 0.082 -1.09

3o /O.OD Ke I 1 J / /U 41 J J /

1 o

1 .z A nn A cn —0.57

3887.49 Re I 27\4\ 52857 5.5 1.2 0.09

3887.95 Re I 17331 — 43044 0.60 0.14 -0.86

3889.96 Re I 22160 — 47860 2.0 0.45 -0.34

3896.11 Re I 20482 — 46141 1.5 0.34 -€.47

iyyjO.y 1 Ke I l4Zl / n n c O.Zj A f\Z£i U.Ujo —l.ZJ

3901.09 Re I 11754 37381 0.061 0.014 -1.85

3908.21 Re I 27161 — 52741 6.8 1.6 0.19

3913.92 Re I 15770 — 41313 0.61 0.14 -0.86

3917.27 Re I 16619 — 42140 2.2 0.51 -0.29

Ke I O'TO A A Z /Z44 <^n A 1 jZ /4i A 1 4.

1

A QA —A A1 U.U3

3927.59 Re I 14217 39670 0.21 0.048 -1.32

3929.85 Re I 14217 — 39656 1.6 0.37 -0.43

3931.20 Re I 21775 — 47206 1.5 0.34 -0.46

3936.90 Re I 15770 — 41164 0.63 0.15 -0.84

'2 O /I 1 Z A 3^41. j4 Ke I 1 y / JO 4J iZZ r\ on V.oZ A 1 O

u. ly A nn —U. 1

Z

3944.72 Re I 27514 52857 7.6 1.8 0.25

3945.91 Re I 14217 — 39552 0.51 0.12 -0.92

3950.64 Re I 14621 — 39927 0.22 0.052 -1.28

3954.43 Re I 22423 — 47704 0.98 0.23 -0.64

3961.04 Re I 13826 39065 0.70 0.16 -0.78

3962.48 Re I 16327 41557 1.8 0.42 -0.38

3963.27 Re I 16619 41844 0.33 0.077 -1.11

3964.81 Re I 23956 49171 1.2 0.27 -0.57

316
"Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3967.39 Re I 22160 — 47358

3975.65 Re I 16307 41453

3991.03 Re I 14621 39670

4004.93 Re I 19758 _ 44720

4012.26 Re I 26661 _ 51578

4018.40 Re I 27244 - 52122

4022.96 Re I 18950 43801

4023.31 Re I 14217 39065

4028.53 Re I 23155 47971

4029.63 Re I 13826 _ 38635

4033.31 Re I 15058 — 39845

4037.49 Re I 15166 39927

4048.99 Re I 16307 40998

4061.86 Re I 15058 39670

4081.43 Re I 16327 40822

4083.36 Re I 16327 — 40810

4083.58 Re I 16327 40809

4089.92 Re I 14621 39065

4104.42 Re I 19458 _ 43815

41 10.89 Re I 17238 41557

4113.40 Re I 14217 38521

4121.64 Re I 20448 44703

4132.28 Re I 13826 38019

4133.42 Re I 16307 40494

4136.45 Re I 1 1754 35923

4137.60 Re I 21775 - 45937

4144.36 Re I 17331 41453

4149.96 Re I 13826 37916

4152.29 Re I 33589 _ 57665

4152.63 Re I 15770 _ 39845

4159.92 Re I 27161 — 51193

4170.40 Re I 27514 51486

4182.90 Re I 15770 39670

4183.06 Re I 14621 38521

4194.67 Re I 17331 41164

4204.52 Re I 22160 - 45937

4213.27 Re I 27141 50869

4221.08 Re I 1 1584 35268

4227.46 Re I 18950 42598

4232.96 Re I 17695 41313

4236.24 Re I 16327 — 39927

4238.59 Re I 18950 42536

4241.16 Re I 17238 40810

4241.39 Re I 17238 40809

4246.82 Re I 34520 58061

4255.75 Re I 17331 40822

4257.60 Re I 14217 37698

4291.17 Re I 16619 39916

4291.65 Re I 14621 37916

4299.92 Re I 23956 47206

1.8 0.43 -0.37

0.17 0.041 -1.39

0.10 0.025 -1.60

1.2 0.30 -0.52

3.5 0.85 -0.07

2.2 0.54 -0.27

1.4 0.33 -0.48

0.25 0.062 -1.21

1.8 0.44 -0.35

0.25 0.060 -1.22

0.70 0.17 -0.77

0.36 0.087 -1.06

0.88 0.22 -0.66

0.15 0.038 -1.42

1.0 0.25 -0.60

0.21 0.053 -1.28

0.21 0.053 -1.28

0.10 0.026 -1.59

1.4 0.35 -0.46

1.3 0.32 -0.50

0.11 0.028 -1.55

2.4 0.62 -0.21

0.097 0.025 -1.60

0.94 0.24 -0.62

1.9 0.50 -0.30

0.91 0.23 -0.63

3.6 0.92 -0.03

0.27 0.068 -1.16

8.3 2.1 0.33

0.16 0.042 -1.37

5.2 1.3 0.13

9.7 2.5 0.40

0.69 0.18 -0.74

0.50 0.13 -0.88

0.43 0.11 -0.94

1.7 0.44 -0.36

3.9 1.0 0.01

0.59 0.16 *-0.80

26. 7.0 0.84

0.18 0.047 -1.32

0.14 0.037 -1.44

0.21 0.058 -1.24

0.39 0.11 -0.97

0.66 0.18 -0.75

8.7 2.4 0.37

0.18 0.048 -1.32

0.47 0.13 -0.89

0.41 0.11 -0.94

0.16 0.043 -1.36

0.81 0.23 -0.65

317
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

4304.40 Re I 16619 - 39845 0.68 0.19 -0.73

43^4.58 Re I 21775 44946 0.43 0.12 -0.92

4318.58 Re I 27514 50663 4.4 1.2 0.09

4319.53 Re I 14621 37766 0.076 0.021 -1.67

4332.25 Re I 14621 37698 0.37 0.10 -0.98

4358.69 Re I 11584 - 34520 0.29 0.083 -1.08

4367.58 Re I 16307 39197 0.54 0.16 -0.81

4391.34 Re I 11754 34520 0.11 0.031 -1.51

4392.45 Re I 14621 37381 0.12 0.035 -1.46

4394.38 Re I 15770 38521 0.86 0.25 -0.61

4396.80 Re I 16327 - 39065 0.17 0.048 -1.32

4402.60 Re I 15058 37766 0.15 0.045 -1.35

4406.40 Re I 16307 38995 0.30 0.087 -1.06

4415.82 Re I 15058 37698 0.34 0.100 -1.00

4440.44 Re I 17331 39845 0.21 0.062 -1.21

4453.92 Re I 35923 - 58369 4.0 1.2 0.08

4454.62 Re I 14621 37064 0.048 0.014 -1.85

4463.53 Re I 35268 57665 3.8 1.1 0.06

4467.54 Re I 24724 47102 0.82 0.25 -0.61

4467.92 Re I 16619 38995 0.22 0.066 -1.18

4475.08 Re I 17331 - 39670 0.50 0.15 -0.82

4477.99 Re I 17331 39656 0.27 0.080 -1.10

4478.39 Re I 15058 37381 0.21 0.063 -1.20

4496.43 Re I 19758 41991 0.16 0.049 -1.31

4507.04 Re 1 28854 51035 7.3 2.2 0.35

4508.01 Re I 28854 - 51031 3.0 0.93 -0.03

4513.31 Re I 20448 42598 20. 6.1 0.79

4516.64 Re I 28854 50988 16. 4.8 0.68

4519.76 Re I 28854 50973 4.8 1.5 0.17

4522.73 Re I 28890 50994 30. 9.3 0.97

4523.88 Re I 28890 - 50988 7.3 2.2 0.35

4526.01 Re I 20448 42536 0.61 0.19 -0.73

4528.97 Re I 28962 51035 4.3 1.3 0.12

4529.95 Re I 28962 51031 7.3 2.3 0.35

4530.89 Re I 22160 44225 0.61 0.19 -0.72

4541.80 Re I 28962 - 50973 2.4 0.75 -0.12

4545.17 Re I 15770 37766 0.20 0.062 -1.21

4559.27 Re I 15770 37698 0.098 0.030 -1.52

4559.68 Re I 13826 35751 0.079 0.025 -1.61

4565.30 Re I 15166 37064 0.082 0.026 -1.59

4580.68 Re I 11584 - 33409 0.070 0.022 -1.65

4591.68 Re I 20482 42254 0.18 0.056 -1.25

4605.73 Re I 14217 35923 0.14 0.046 -1.34

4614.66 Re I 17331 38995 0.071 0.023 -1.64

4621.38 Re I 21775 43408 0.99 0.32 -0.50

4625.96 Re I 15770 37381 0.045 0.015 -1.84

4630.82 Re I 16327 37916 0.17 0.054 -1.26

4652.33 Re I 14434 35923 0.11 0.035 -1.45

4662.49 Re I 13826 35268 0.040 0.013 -1.88

4682.32 Re I 19458 40809 0.24 0.079 -1.10

318
Wavelength Spectrum Energy Levels gf Log gf

AA K 108/sec

4687.86 Re I ^ A A - 48570 1 n U.J J —AU.4o48

A f\ A C\C\ 4694.99 Re I1 C T7A

1 5770 37064 U.Ul'f 1 . OO

4700.44 Re I 21775 43044 U. jO n 1

9

U. 1 Z —A Q7

4705.04 Re I 22160 — 43408 0.61 0.20 -0.70

4725.93 Re I 23 155 — 44309 0.33 0.11 -0.96

Re I 16619 — 37766 U. 1 z U.UhZ 1 .JO

4748.38 Re I 37381 nil U. 1 1 u.UJ o —1

1 .4Z AO

4749.03 Re I \A1\1 I 35268 u.uzo U.UUo / —7Z.UOAA

4758.83 Re I 1 1584 — 32592 0.019 0.0066 > -2.18

4763.67 Re I 17238 — 38225 0.047 0.016 -1.79

A^ C\ 1 A'^ Re I1 C A C O 15058 — 35923 V.Z.H nU.UoZ OS? —11 .Ui' AQ

4889. 14 Re I 0

f\ A AO Z044o U.UJO u.U 1 J —1 8Q

4915.02 Re I 12251 32592 U.UZ J U.UU7U —7Z.U4A/l

4923.90 Re I 14217 — 34520 0.19 0.069 -1.16

A n A Z' 4946.72 Re 1 15058 — 35268 0.086 0.031 -1.50

4956.76 Re I 23632 - 43801 KJ.jy u.zz —AU.OOAA

A no c no 4985.98 Re I 17331 3738

1

u. 1 0 u.UJ o —1

1 .Z71J 5058.56 Re I 13826 33589 u.uz / u.U 1 u —11 .70 Q8

5096.50 Re I 16307 — 35923 0.093 0.036 -1.44

5 120.32 Re I ^ A A^ C 2AA25 — 43950 0.26 0.10 -1.00

C 1 1 Z' c 5161.65 Re I1 T A C 17695 — 37064 U.U4D u.U 1 y —11 71 . / J 5178.89 Re I 16619 T C A'^ 1 35923 n c\'\A U.UJ4 u.uzz —1

1 .DO AA

5181.74 Re I 22160 I 41453 v. I J U.UjZ —11 .Z7 70

5234.31 Re I 23155 — 42254 0.28 0.12 -0.93

5248.86 Re I 21775 — 40822 0.27 0.11 -0.95

5270.95 Re I 23632 - 42598 1 z. A Q AU.D7AQ

5275.56 Re I 0

1 O A C A 18950 u.U 1 o u.uu / p

—7 1 7 Z. 1 Z

5278.24 Re I 16327 35268 n 1 1 n A/I 8 1 -J7

J . JZ

5317.28 Re I 26661 — 45463 0.41 0.17 -0.76

5321.28 Re I 1462

1

— 33409 0.024 0.010 -1.99

Re I 1 3826 — 32592 u.uz / A A 1 7 U.U I Z

1 QA 1 .74

^ O T 1 C\f\ 5331 .90 Re I1 C ^ ^ A

1 5770 O /I C ^ A 34520 u.U 1 y A AA8A U.UUOU —7 1 A Z. 1 U

5333.85 Re I 27161 I 45904 U.40 AU.ZU7A n 7A ^J. /U

5369.48 Re I 24425 — 43044 0.36 0.16 -0.80

5369.80 Re I 13826 — 32444 0.026 0.011 -1.95

5377. 10 Re I 1733 1 - 35923 C\ \ A U. 1

4

A AA 1 U.UO 1 —11 .ZZ 77

C yl 1 1 OA 543 1.90 Re I 39656 58061 A n ^.u 1 8 1 .o A 7 ^ U.Z J 5437.03 Re I 22423 40810 u.U / 7 A A1 U.Uj J —11

/I A .40

5447.92 Re I 15058 — 33409 0.0098 0.0043 -2.36

C A C\ Z' A 5460.64 Re I1 A /< C O 19458 — 37766 0.060 0.027 -1.57

C OA AC 5520.05 Re I O A'> A 28030 - 46141 V.J / A 1 7 U. 1 / C 1 1 A 5521.10 Re I O C A*^ 28542 A Z' A C\ A66A9 u. /b U.J J n /lA

5532.68 Re I 21775 I 39845 u.zz A T AA U. 1 UU 1 AA 1 .UU

5563.24 Re I 14621 — 32592 0.028 0.013 -1.88

C C7 O A^ Re I 17331 — 35268 0.030 0.014 -1.85

C C O A 5584.72 Re I1 /' 1 A 16619 — 34520 U.UZ4 A A 1 ! U.U I 1

1 Q/l

1 .74

C /" AT 1 5607.2

1

Re I 215 14 45343 n 1

1

U.Z 1 A AQC —1 A 1 1 .U

1

5667.88 Re I 15770 33409 u.U / J A A1 ^ U.Uj J

1 A A 1 .40

5711.43 Re I 22423 39927 n 1 1 U. 1 1 A A</; U.Ujo —1 7 ^

1 .Z J 5716.95 Re I 26661 44148 0.27 0.13 -0.87

319
Wavelength Spectrum Energy Levels

A K

5752.93 Re I 11584 — 28962

J 1 Ib.oi Ke I

1 1 ^ O /I J 1 jo4 T OQ on Zooyu

5791.60 Re 1 16327 — 33589

5815.92 Re I 17331 - 34520

5834.31 Re I 11754 — 28890

5919.86 Re I 24425 — 41313

Ke I

1 Klin JZ J 7Z

5950.21 Re I 28542 — 45343

5969.77 Re I 26661 - 43408

5989.99 Re I 23155 — 39845

5995.73 Re I 27141 — 43815

(LI A A Ol 14. ZZ Ke I I 1 Z JO 3 J J07

6145.81 Re I 27141 — 43408

6146.82 Re I 16327 — 32592

6203.24 Re I 16327 — 32444

6217.97 Re I 17331 — 33409

ozzy.4z Ke I Zooj4 A A Qni

6243.24 Re I 28890 — 44903

6271.37 Re I 28962 — 44903

6278.76 Re I 21775 — 37698

6286.41 Re I 27141 — 43044

Ke 1 Zo ID A

A 1 000 4 1 77Z

6307.70 Re I 28854 — 44703

6321.90 Re I 28890 - 44703

6350.75 Re I 28962 — 44703

6382.94 Re I 29800 — 45463

CA 1 1 Al 041 1.4/ Ke I ZDOD 1 4ZZ j4

6511.47 Re I 17238 — 32592

6515.25 Re I 30560 — 45904

6544.91 Re I 22423 — 37698

6577.11 Re I 28854 — 44054

ojyz. jz Ke I Zooyu 44Uj4

6605.19 Re I 13826 — 28962

6623.91 Re I 28962 — 44054

6637.25 Re I 19458 — 34520

6652.39 Re I 13826 — 28854

ODO J.Zo Ke I ZZ4Z J J / JO 1 6711.30 Re I 17695 — 32592

6761.19 Re I 20482 — 35268

6813.41 Re I 14217 — 28890

6829.90 Re I 14217 — 28854

07 / 1 . J J Ke I

1 Af.') 1 14oZ 1 Zo j'oz

7006.63 Re I — 28890

7024.15 Re I 14621 — 28854

7246.67 Re I 15058 — 28854

7292.72 Re I 28890 — 42598

7578.73 Re I 15770 28962

7611.89 Re I 19458 32592

7620.25 Re I 15770 28890

7640.94 Re I 15770 28854

gf Log gf

lu /sec

0.023 0.011 -1.94

0.023 0.011 -1.94

0.014 0.0071 -2.15

0.010 0.0052 -2.29

nil —11 .Z91J

0.070 0.037 -1.43

0.036 0.019 -1.72

0.22 0.12 -0.93

0.23 0.12 -0.91

U.U'f / —11 .OU AA

0.26 0.14 -0.85

0.025 0.014 -1.86

0.46 0.26 -0.58

0.031 0.018 -1.75

U.Ul 1 u.uuoJ —1 OA

0.020 0.012 -1.94

0.61 0.36 -0.45

0.72 0.42 -0.38

0.37 0.22 -0.66

U.U'4-O A\}.\}Ly 090

0.12 0.072 -1.14

0.091 0.054 -1.27

3.9 2.3 0.37

3.9 2.3 0.37

1 .D A Q'C —AU.UZA?

0.39 0.24 -0.62

0.14 0.086 -1.07

0.033 0.021 -1.68

0.40 0.25 -0.60

U.Uj4 AU.UZZ ATO l.DO

0.59 0.39 -0.41

0.68 0.44 -0.35

0.024 0.016 -1.80

0.51 0.34 -0.47

U.U J z A AA77 Z. 1 1

0.0071 0.0047 -2.33

0.042 0.028 -1.55

0.0068 0.0046 -2.34

0.0088 0.0060 -2.22

n H/iQ U.U47 A (YXA U.Uj4 —1 Al

0.068 0.047 -1.32

0.025 0.019 -1.73

0.010 0.0074 -2.13

0.020 0.015 -1.83

U.UZ 1 A Ai U.U 1 o —1 7Q

0.20 0.16 -0.80

0.014 0.012 -1.92

0.012 0.011 -1.97

0.0022 0.0019 -2.72

0.016 0.014 -1.85

320
Wavelength Spectrum Energy Levels gA gf Loggf

AA K 108/sec

KG I 16327 - 28962 0.023 0.022 —1 66

iyo\). 1 1 Ke 1 16327 - 28854 0.011 0 01

1

—1 97

8417.13 Re I 1 1754 - 23632 0.0034 0.0036 —2 44

8527.73 Re 1 17238 - 28962 0.011 0.012 -1.93

321
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

2214.26 Re II 0 — 45148 15. 1.1 0.05

2275.25 Re II 0 43938 28. 2.2 0.33

2298.09 Re II 27628 71128 53. 4.2 0.62

2368.53 Re II 14930 57139 32. 2.7 0.43

2370.76 Re II 14883 57050 37. 3.1 0.49

2373.48 Re II 14930 - 57050 26. 2.2 0.35

2378.53 Re II 27746 69776 22. 1.9 0.28

2386.90 Re II 20976 62859 52. 4.4 0.65

2403.04 Re II 23341 64942 28. 2.4 0.39

2418.20 Re II 25988 67328 29. 2.6 0.41

2449.03 Re II 18846 — 59666 46. 4.1 0.61

2449.52 Re II 26237 67049 61. 5.5 0.74

2455.83 Re II 14352 55059 73. 6.6 0.82

2467.57 Re II 14930 55444 76. 6.9 0.84

2467.85 Re II 26768 67276 88. 8.1 0.91

2469.36 Re II 18846 - 59330 77. 7.1 0.85

2470.61 Re II 20463 60927 70. 6.4 0.81

2471.05 Re II 19140 59596 39. 3.6 0.56

2475.17 Re II 23894 64282 106. 9.7 0.99

2490.16 Re II 30982 71128 58. 5.4 0.73

2502.35 Re II 20976 — 60927 328. 31. 1.49

2504.60 Re II 17224 57139 106. 10. 1.00

2534.10 Re II 14352 53802 49. 4.7 0.67

2550.09 Re II 20463 59666 88. 8.6 0.93

2553.59 Re II 17224 56372 64. 6.3 0.80

2554.63 Re II 20463 59596 203. 20. 1.30

2568.64 Re II 14883 53802 183. 18. 1.26

2571.81 Re II 14930 53802 125. 12. 1.09

2608.50 Re II 14352 52677 220. 22. 1.35

2616.72 Re II 18846 57050 81. 8.4 0.92

2635.83 Re II 17224 55151 138. 14. 1.16

2637.01 Re II 19140 57050 99. 10. 1.02

2641.02 Re II 14824 52677 30. 3.1 0.49

2648.46 Re II 14930 52677 22. 2.3 0.37

2731.56 Re II 18846 55444 95. 11. 1.03

2733.04 Re II 17224 - 53802 243. 27. 1.43

2753.64 Re II 19140 55444 53. 6.0 0.78

2803.28 Re II 13777 49439 26. 3.0 0.48

2819.78 Re II 17224 52677 28. 3.3 0.52

2888.06 Re II 14824 49439 29. 3.6 0.56

2916.73 Re II 25321 - 59596 46. 5.9 0.77

2957.91 Re II 23341 57139 79. 10. 1.02

3103.06 Re II 17224 49439 36. 5.2 0.72

3303.21 Re II 14883 45148 30. 5.0 0.69

3379.06 Re II 14352 43938 22. 3.8 0.58

3580.15 Re II 17224 45148 82. 16. 1.20

3742.26 Re II 17224 43938 9.9 2.1 0.32

322
Wavelength Spectrum Energy Levels

A K

ZZoo. J / RV\ I ZJ 70 '+DZOU

2309.82 Rh I 3473 — 46753

2318.36 Rh I 5691 — 48811

2319.10 Rh I 5691 — 48798

2321.73 Rh I 1530 - 44588

LjLL.jo PKnVi II Q

/no/i9 '4- jU'+Z

27,26.41 Rh I 3310 — 46280

2328.64 Rh I 7791 — 50721

2352.47 Rh I 0 - 42495

2359.18 Rh I 1530 - 43905

Z jO 1 ."Z x\n 1 Q 49'tZ JZ^9 SJ 2368.34 Rh I 3473 — 45683

2382.89 Rh I 0 — 41953

2384.65 Rh I 7791 — 49713

2407.88 Rh I 1530 — 43048

Rh I 1 s^o 4'? 049

2410.25 Rh I 3310 — 44787

2419.75 Rh I 3473 — 44787

2427.68 Rh I 2598 — 43777

2429.52 Rh I 3473 — 44621

1A11 (^(^ ZH-jZ.DD Rh I r\n 1 jOjo H-0 / J J 2437.08 Rh I 7791 — 4881 1 2440.34 Rh I 1530 — 42495

2448.84 Rh I 2598 — 43421

2449.04 Rh I 5691 - 46511

9470 1Q R h I rvJl I1 O HJ4^777 III

2A1\A1 Rh I 2598 — 43048

2473.09 Rh I 1530 - 41953

2483.33 Rh I .3473 — 43729

2492.30 Rh I 3310 — 43421

9 509 4^ JaII 1 H-jH-Z 1 2505.67 Rh I 2598 — 42495

2509.70 Rh I 2598 — 42431

2515.75 Rh I 3310 — 43048

2525.99 Rh I 9221 — 48798

95"^ 1 74 RhKn I

1 Joy I 443< 11 78/ o 2555.36 Rh I 3310 — 42431

2565.79 Rh I 5658 - 44621

2566.04 Rh I 3473 - 42431

2575.75 Rh I 14788 — 53600

9A99 ZOZZ. JO PKnh I

1 JOJO 4 1777

2625.88 Rh I 5658 — 43729

2630.42 Rh I 2598 — 40603

2647.28 Rh I 5658 - 43421

2652.66 Rh I 2598 - 40285

2659.01 Rh I 1530 39127

2671.06 Rh I 3473 40900

2676.11 Rh I 5691 43048

2680.63 Rh I 3310 40603

2681.78 Rh I 14788 52065

gf Log gf

10^/sec

0.82 0.064 -1.19

0.93 0.075 -1.13

0.94 0.076 -1.12

1.5 0. 12 A—O.yZ

0.50 0.040 -1.39

1.2 0.098 -1.01

1.3 0.11 -0.98

1.9 0.15 -0.82

0.25 0.020 1 z: A —1.69

0.37 0.031 -1.51

1.3 0.11 -0.95

1.3 0.11 -0.96

1.5 0.13 -0.89

1.6 U. 14 —U.OD

0.84 0.073 -1.14

0.25 0.022 -1.66

0.41 0.036 -1.44

0.86 0.076 -1.12

^ 1 2.

1

0.18 —0.74

4.6 0.41 -0.39

1.5 0.14 -€.87

1.2 0.11 -0.98

4.4 0.39 -0.41

11.2 0. 1

1

—0.97

2.3 0.21 -0.68

1.6 0.15 -0.84

1.5 0.14 -0.86

1.6 0.15 -0.84

1 r\ l.U u.uy /1 A 1 —l.Ul

0.60 0.056 -1.25

2.4 0.23 -0.64

2.2 0.21 -0.68

5.1 0.49 -0.31

3.5 A 'J "3 0.33 f\ AO —0.48

1.0 0.098 -1.01

0.40 0.039 -1.41

8.2 0.81 -0.09

1.4 0.14 -0.86

0.66 A A^ C 0.065 1 1 A —1.19

4.5 0.45 -0.35

3.4 0.35 -0.46

5.0 0.52 -0.29

0.92 0.096 -1.02

2.3 0.24 —0.62

3.4 0.36 -0.45

0.19 0.020 -1.69

0.32 0.034 -1.47

1.2 0.13 -0.90

0.94 0.10 -1.00

4.8 0.51 -0.29

323
Wavelength Spectrum Energy Levels

A K

2694.31 Rh I 3473 40577

2703.73 Rh I 3310 - 40285

2707.23 Rh 1 2598 — 39525

2714.41 Rh I 11968 — 48798

2717.51 Rh I 0 — 36787

2718.54 Rh I 5658 42431

2720.52 Rh I 13975 - 50721

2728.94 Rh I 2598 — 39231

2736.76 Rh I 2598 — 39127

2741.75 Rh I 9221 — 45683

2767.73 Rh I 2598 38718

2771.51 Rh 1 2598 - 38669

2778.06 Rh I 7791 — 43777

2779.54 Rh I 10313 — 46280

2783.03 Rh I 3310 — 39231

2791.16 Rh I 3310 39127

2796.63 Rh I 11006 - 46753

2826.43 Rh I 10313 — 45683

2826.68 Rh I 9221 — 44588

2827.31 Rh I 3310 — 38669

2834.12 Rh I 1 1006 46280

2835.44 Rh I 1530 - 36787

2836.69 Rh I 5658 — 40900

2856.16 Rh I 3473 — 38474

2860.68 Rh I 5658 — 40605

2862.94 Rh I 5658 40577

2864.40 Rh 1 3310 - 38211

2878.66 Rh I 3310 — 38038

2880.76 Rh I 3310 — 38013

2882.37 Rh I 9221 — 43905

288S 97 Rh I 7791 4243

1

2889.11 Rh I 1530 — 36133

2889.84 Rh I 5691 — 40285

2899.96 Rh I 10313 — 44787

2904.81 Rh I 14382 — 48798

2907.21 Rh I 2598 36985

2912.62 Rh I 5658 - 39981

2915.42 Rh I 5691 — 39981

2923.10 Rh I 9221 — 43421

2924.02 Rh I 2598 — 36787

2929.1

1

Rh I 5658 39788

2931.94 Rh I 5691 - 39788

2955.41 Rh I 9221 — 43048

2968.66 Rh I 3310 — 36985

2974.03 Rh I 11006 — 44621

2977.68 Rh I 5658 39231

2986.20 Rh I 3310 36787

2986.99 Rh I 5658 39127

2987.45 Rh I 10313 43777

3004.46 Rh I 9221 42495

gA Log gf

108/sec

0.47 0.051 -1.29

3.5 0.38 -0.42

0.26 0.029 -1.54

6.6 0.73 -0.14

0.24 0.027 -1.57

2.8 0.31 -0.51

3.9 0.44 -0.36

1.1 0.12 -0.93

0.24 0.027 -1.57

3.0 0.34 -0.47

0.28 0.033 -1.49

0.56 0.065 -1.19

1.2 0.14 -0.86

3.7 0.43 -0.37

0.83 0.096 -1.02

0.16 0.019 -1.73

4.2 0.50 -0.30

6.2 0.75 -0.13

5.3 0.64 -0.19

0.18 0.021 -1.67

3.8 0.46 -0.34

0.15 0.018 -1.75

0.81 0.098 -1.01

0.27 0.034 -1.47

0.50 0.061 -1.21

2.7 0.34 -0.47

0.32 0.039 -1.41

0.55 0.068 -1.17

0.36 0.045 -1.34

3.5 0.44 -0.36

1.3 0.16 -0.80

0.21 0.027 -1.57

0.69 0.087 -1.06

2.1 0.26 -0.58

2.3 0.30 -0.53

0.60 0.076 -1.12

0.64 0.082 -1.09

0.75 0.096 -1.02

0.71 0.091 -1.04

0.61 0.078 -1.11

1.0 0.13 -0.88

1.0 0.13 -0.88

0.64 0.084 -1.07

0.84 0.11 -0.95

0.81 0.11 -0.97

1.2 0.15 -0.82

1.6 0.21 -0.67

0.60 0.081 -1.09

1.3 0.17 -0.77

2.0 0.27 -0.56

324
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3019.54 Rh I 10313 43421

3023.91 Rh I 5658 38718

3028.43 Rh I 5658 38669

3045.77 Rh I 3310 36133

3046.76 Rh I 7791 40603

3057.89 Rh I 161 19 4881

1

3067.30 Rh I 12723 45316

3083.96 Rh I 1530 33946

3087.42 Rh I 5658 38038

3114.91 Rh I 3310 35404

3121.76 Rh I 3310 35334

3123.70 Rh I 0 32004

3130.79 Rh I 3473 35404

3137.71 Rh I 3473 35334

3151.36 Rh I 14788 46511

3 152.60 Rh I 5658 37369

3155.78' Rh I 9221 40900

3179.73 Rh I 7791 — 39231

3185.59 Rh I 9221 40603

3189.05 Rh I 2598 — 33946

3191.19 Rh I 5658 36985

3197.13 Rh I 2598 33867

3214.32 Rh I 0 31 102

3237.66 Rh I 7791 38669

3263.14 Rh I 3310 33946

3271.61 Rh I 3310 33867

3280.55 Rh I 1530 32004

3281.70 Rh I 11968 42431

3283.57 • Rh I 2598 — 33044

3289.14 Rh I 3473 33867

3289.64 Rh I 14788 45178

3294.28 Rh I 12723 43070

3296.72 Rh I 12723 43048

3300.46 Rh I 10313 40603

3323.09 Rh I 1530 — 31614

3331.09 Rh I 5658 35670

3331.24 Rh I 9221 39231

3338.54 Rh I 1530 31474

3342.90 Rh I 9221 39127

3344.20 Rh I 1 1006 40900

3359.90 Rh I 13975 43729

3360.80 Rh I 5658 35404

3362.18 Rh 1 3310 33044

3368.38 Rh I 2598 32277

3369.68 Rh I 10313 39981

3372.25 Rh I 2598 32243

3377.14 Rh I 12723 42325

3377.71 Rh I 11006 40603

3385.78 Rh I 13521 43048

3396.85 Rh I 0 29431

1.2 0.16 -0.80

0.78 0.11 -0.97

0.31 0.042 -1.37

0.094 0.013 -1.88

0.33' 0.046 -1.33

2.5 0.35 -0.46

2.5 0.36 -0.45

0.29 0.041 -1.39

0.16 0.023 -1.63

0.19 0.027 -1.56

0.37 0.054 -1.27

0.24 0.035 -1.45

0.095 0.014 -1.86

0.25 0.037 -1.44

3.0 0.45 -0.35

0.22 0.033 -1.48

1.7 0.25 -0.61

0.57 0.086 -1.07

0.98 0.15 -0.83

0.26 0.039 -1.41

2.0 0.3 1 -0.51

0.33 0.051 -1.29

0.058 0.0090 -2.05

0.57 0.090 -1.04

0.96 0.15 -0.81

0.94 0.15 -0.82

2.5 0.41 -0.39

2.2 0.35 -0.46

3.4 0.55 -0.26

0.52 0.084 -1.08

2.

1

0.34 -0.47

5.2 0.85 -0.07

1.2 0.19 -0.73

3.2 0.52 -0.28

4.1 0.69 -0.16

0.18 0.030 -1.52

0.40 0.066 -1.18

0.31 0.052 -1.28

0.58 0.097- -1.01

1.1 0.19 -0.73

1.8 0.30 -0.52

0.81 0.14 -0.86

0.087 0.015 -1.83

0.51 0.086 -1.06

0.49 0.084 -1.07

1.3 0.23 -0.65

2.2 0.37 -0.43

1.0 0.18 -0.75

2.7 0.46 -0.34

3.1 0.53 -0.28

325
Wavelength Spectrum Energy Levels

A K

3399.70 Rh I 2598 32004

3406.55 Rh I 14382 — 43729

3412.27 Rh 1

1 A 1 O 16018 453 16

3410. 16 Rh I 12 Hi 41953

i424.3o Rh I / /y I 1 AO C 36985

3434.89 Rh I 0 29105

3440.53 Rh I 16121 — 45178

3442.63 Rh I 14382 A 1 A'^ t 434/1

1 A An HA 344 /. /4 Rh I / ly\ 1 £."7 on

A AO CO Rh I^ An o

o

14/88 A 1 1 n n 43777

3450.29 Rh I 13521 42495

3451.15 Rh I 3310 - 32277

3455.22 Rh I T 1 A 3310 32243

•"i A C C A^ 3455.42 Rh I1 1 A O

1 1 968 A AAAA 40900

1 A C"! f\'~f 3457.07 Rh I1 AT 1 O 103 1 31 A^ T 1 3923 1

3457.93 Rh I 13521 42431

3462.04 Rh I 2598 - 31474

3469.62 Rh I

1 AT 1 T 103 1

3

39127

3470.66 Rh I 3473 32277

3472.25 Rh I 922 I T O A 1 T 3801

3

3474.78 Rh I 3473 32243

3478.91 Rh I 3310 — 32046

1 A O A r\ A 3484.04 Rh I 33 1

0

'5 O AA A 321)04

1 ACi t f\n Kh I 1 1 Vd8 /I A/; A C

1 A Ci A A A 34^4.44 Rh I 1 1 y68 405 / /

3498.73 Rh I 3473 32046

3502.52 Rh I 0 — 28543

Rh I 3507.32 Rh I oil AO 3 1 lUz

O C 1 1 ^7 0 35 1 1 .78 Rh I1 z^ 1 '^ 1 16121 /I /i c o o 44588

3513.10 Rh I 13975 42431

3519.54 Rh I 10313 - 38718

3528.02 Rh I

1 C "5 A 1530 29866

3538. 14 Rh I 5691 33946

3541.91 Rh I

1 1 AAz^

1 1006 T AO 1 3923 1

3543.95 Rh I 5658 33867

3549.54 Rh I 3310 - 31474

3564. 1

3

Rh 1 14382 A"^ A "J ^ 4243 1 3570. 1

8

Rh I 1 Al 54/5 't An A 314/4

1 C O '5 1 A 3583. 10 Rh I1 CI A 1530 2^43 1

3583.53 Rh 1 10313 3821 1 3596.19 Rh I 2598 — 30397

3597.15 Rh I 1 1 1 A 3310 '2 11 AO 3 1 lUz

3605.86 Rh I

1 AT 1 T 10313 T O A1 O 38038

3612.47 Rh I 3473 'J 1 1 A"! 3 1 147

3614.78 Rh I 16121 A "J n 1

1

43777

3620.46 Rh I 7791 35404

3626.59 Rh I 9221 36787

3627.80 Rh I 11968 39525

3639.51 Rh I 11006 38474

gf Log gf

108/sec

0.92 0.16 -0.80

5.0 0.88 -0.06

39. 6.9 0.84

1.1 0.19 -0.72

0.54 0.095 -1.02

4.1 0.73 -0.14

66. 12. 1.07

1.0 0.18 -0.75

0.51 0.092 -1.04

1.8 0.33 -0.48

2.6 0.46 -0.34

0.072 0.013 -1.89

0.49 0.087 -1.06

0.82 0.15 -0.83

1.5 0.28 -0.56

4.8 0.86 -0.06

5.8 1.0 0.02

1.5 0.27 -0.57

5.8 1.0 0.02

0.73 0.13 -0.88

5.8 1.0 0.02

2.5 0.44 -0.35

0.1

1

0.020 -1.71

1.1 0.20 -0.71

1.4 0.25 -0.60

1.4 0.25 -0.60

2.6 0.47 -0.33

0.57 0.10 f\ AO -0.98

2.5 0.47 -0.33

2.4 0.44 -0.36

1.3 0.24 f\ Z' -0.62

0.45 0.084 -1.08

5.6 1.0 0.02

1.8 0.33 -0.48

2.5 0.48 -0.32

2.3 0.44 -0.36

1.8 0.34 -0.47

5.2 1.00 -0.00

1.2 0.23 -0.64

2.7 0.52 -0.29

0.80 0. 15 -0.81

3.5 0.69 -0.16

5.4 1.0 0.02

2.0 0.39 -0.41

2.9 0.56 -0.25

7.7 1.5 0. 18

0.62 0.12 -0.91

8.1 1.6 0.20

0.94 0.18

^7 1 -0.73

2.3 0.45 -0.35

326
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

3654.87 Rh I 5691 33044 0.57 0.11 -0.94

3657.99 Rh I 1530 — 28860 4.1 0.82 -0.09

J OD 1 . OO Rh I 1 A 1 9 1 1 D I Z 1 4149 HJH-Z 1

1 8O.JS 1 7 0U. 91jL J jDDD.ZZ Phi 9Z J"o ^08 908AA Z7000 0u.o8SJ 0U. 11 7/ —0u. 7A/ o

1 AAA Q 1 Rh I 1111 0A8 700 109 1

1

J"Z J 1

11 .0A 0U. 11J J —OU.4048

3674.76 Rh I 1 1006 — 3821

1

0.98 0.20 -0.70

3681.04 Rh I 1 1968 — 39127 5.1 1.0 0.02

jO"U. IV Rh I J1110 J 1 u ju10107 J y 1 1 .J 0U. J10u —0U.JSIJ 1AQ7 1A Rh I 0u Z. I\J 1 J

9z.o8 0U.JoS8 —0U. 94ZH

lAQzl Rh I 1 1 9 1 1 J jZ 1 40S77 '+UJ / / 0U.oU80 0U. 11 Ao —0u. 78/ O

3695.52 Rh I 16018 — 43070 26. 5.3 0.73

3698.26 Rh I 11006 — 38038 1.9 0.39 -0.41

"JAQS jO"o.OUAO Rh I r\ii 1

11 A01 OU 1 8O 41048 HjUHo 11 0u. Z.9 11 0U. J11J ^700 01 Rh I All 1

11 JS10JU 98S41 Zo J^J J1 . JS 0 79 —0U. 11 4H

J / 1 J.UZ Rh I i\ll 1 Jf1471/ J 10107 JUJ y 1 0u. 71/ J 0U. 11 JS —Ou.oz. 89

3713.43 Rh I 16121 — 43042 1.6 0.33 -0.48

3714.83 Rh I 9221 — 36133 0.18 0.038 -1.42

Rhnil I

1

1 1 0A8 JooU 18807/ 0U. 141 0u.uz^ 090 —11 . J*T S4

Rh 1 1 1S9 1 1 J JZ 1 409 M-UZO8 JS 8o.z9 11 . 7/ 0yj. 94L.'-T 17'?7 97 Rh 1 1 1 0A8 187 J O / 1

1 8o J1 . JS 0u. 79/ z —0U. 11 4H

3744.17 Rh I 11968 — 38669 3.4 0.72 -0.14

3748.22 Rh I 10313 — 36985 5.9 1.2 0.10

"^VS^ 1 9 Rh T r\ii 11 107'^ 1 J 7 / J 40A0S ^UOUJ J1 . 1J 0U.O"AO —0U. 1

1 Ao

"^7^4 97 Rhnil I1

11 J107S 7 / J 40A01 HUDUJ J.J s 1 1 1 0U. OSUJ

J / J J.Jo Rh I i\ll 1 JOJo JZZ 19977/ / 0u.ooAA 0U. 11 4 —0U.OO8A

3760.40 Rh I 5658 — 32243 1.3 0.28 -0.55

3765.08 Rh I 5691 — 32243 3.1 0.66 -0.18

'J7A0 07 Rh I 11 4189 ^4 J OZ 40000 ^U"UU 7/ S. J 11 .0A 0U.Z9 1

1 J^77S / ij.il79 Rh I rs.li 1

11 A01 OU 1 8o 4940S 11 . 7/ 0U. JO1A —OU.4444

J / / o . 1 J RhmilI 1 1S9 1 1 J JZ 1 1008 jyyo 1I 4 4 0u. OSyj —Ou.uz09

3788.47 Rh I 5658 — 32046 1.3 0.27 -0.57

3792.18 Rh I 11006 — 37369 7.3 1.6 0.20

'Xl^'X J 1 y J .ll. 99 Rhmi I

1 JSAOO 7 11 19 04

A

JZU^O 4 8 11 .u0 0U.U0 11 ^700 1 1 J / y y . D 1 RhAll I1 S^i0

1

J U 7 1 J19004 Z,UUH f,o.z.9 11 . J1 0 1

1

U. 1 J

D oyjj . yz. RhmilI 1 1S9 1 1 J J Z 1 jy10788 1 OO 8o.oA 1

1

. 0y 0U.Z97/

3806.76 Rh I 2598 — 28860 0.67 0.15 -0.84

3809.50 Rh I 11968 — 3821

1

0.34 0.074 -1.13

J

'?8O 11 9Z .'H- 4S

J

Rhmi I

1

11 4189 J oZ 40A0S 'tUOUJ 1 1 1 .J 0U.Z790 —OU. J4S4

JO"^8 11 JS .U011 Rhmi I

1

1 A 1 9 1 4919 'fZ JZ JS 9Z.f4 0U.J17/ J18O 11 ACi-47/ Rhmi I1

11 4189 'f JoZ 40S77 'tUJ / /

1 f 1 1

.

9 4 nU.J17/

3818.19 Rh I 9221 — 35404 4.2 0.93 -0.03

3822.26 Rh I 7791 — 33946 8.2 1.8 0.25

J1898 oZo.'+o 48 Rh I All 1 099 yzz 11 J s 1 "J /i J J J J4 7 A I 7 O 99 u.zz Jo1811J J.0780 Rhmi I

1 770 1 1 /y I 1 "J 8 A7 J JoO / 4. J U. 74 A A-3 ^J.Uj

J1814 o J'+. 7^/ J Rhmi I1

1111 OAS 7DO JoUjo O 11 U.J J OU.U079/ Z1 1 A

18^A '>9 Jo JO. JZ Rh I All 1 JO" SAO 11 J

1 I1 A 1 4 O 1 A0. 7/ 1 .J 0 17 U. 1 / 3870.01 Rh I 16121 41953 10. 2.3 0.37

3872.39 Rh I 5658 31474 0.077 0.017 -1.76

3877.34 Rh I 5691 31474 0.41 0.093 -1.03

3888.34 Rh I 13521 39231 0.69 0.16 -0.80

327
Wavelength Spectrum Energy Levels

A K

3904.22 Rh I 13521 39127

3912.83 Rh I 3310 _ 28860

3913.51 Rh I 1530 - 27075

3922.19 Rh I 5658 — 31 147

3934.23 Rh I 5691 — 31102

3934.98 Rh I 14382 39788

3935.84 Rh I 1 1968 37369

3942.72 Rh I 10313 - 35670

3958.24 Rh I 13975 — 39231

3958.86 Rh I 7791 — 33044

3975.31 Rh I 13521 38669

3984.40 Rh I 10313 35404

3995.61 Rh I 10313 - 35334

3996.15 Rh I 1 1968 — 36985

4023.14 Rh I 14382 — 39231

4048.41 Rh I 13975 38669

4049.04 Rh I 13521 3821 1 4053.44 Rh I 11006 - 35670

4056.34 Rh I 9221 — 33867

4077.57 Rh I 13521 — 38038

4082.78 Rh I 7791 32277

4084.28 Rh I 2598 27075

4087.79 Rh I 16121 - 40577

4088.50 Rh I 7791 — 32243

4097.52 Rh I 1 1006 — 35404

4107.49 Rh I 14788 39127

41 16.33 Rh I 14382 38669

4119.68 Rh I 16018 - 40285

4121.68 Rh I 7791 — 32046

4128.87 Rh I 7791 — 32004

4135.27 Rh I 5691 29866

4154.37 Rh I 12723 36787

4196.50 Rh I 9221 - 33044

4206.62 Rh I 3310 — 27075

421 1.14 Rh I 5691 — 29431

4230.20 Rh I 10313 33946

4244.44 Rh I 10313 33867

4273.43 Rh I 13975 - 37369

4278.60 Rh I 11968 — 35334

4288.71 Rh I 7791 — 31 102

4296.77 Rh I 13521 36787

4342.44 Rh I 9221 32243

4373.04 Rh I 11006 - 33867

4374.80 Rh I 5691 — 28543

4379.92 Rh I 9221 — 32046

4433.32 Rh I 16119 — 38669

4492.47 Rh I 9221 31474

4503.78 Rh I 14788 36985

4528.72 Rh I 7791 29866

4544.27 Rh I 14788 36787

gf Loggf

lO^/sec

0.28 0.064 -1.19

0.012 0.0029 -2.54

0.038 0.0087 -2.06

0.24 0.055 -1.26

2.0 0.47 -0.33

0.55 0.13 -0.90

0.29 0.067 -1.17

2.1 0.50 -0.30

0.94 0.22 -0.66

6.6 1.5 0.19

3.2 0.76 -0.12

0.80 0.19 -0.72

0.79 0.19 -0.72

2.0 0.48 -0.32

1.2 0.29 -0.54

0.51 0.13 -0.90

0.18 0.044 -1.35

0.15 0.038 -1.42

0.053 0.013 -1.88

0.52 0.13 -0.89

0.82 0.20 -0.69

0.0063 0.0016 -2.80

0.71 0.18 -0.75

0.085 0.021 -1.67

0.50 0.12 -0.90

0.47 0.12 -0.92

0.63 0.16 -0.80

1.6 0.42 -0.38

1.5 0.37 -0.43

2.1 0.53 -0.27

1.6 0.40 -0.39

1.2 0.32 -0.49

0.61 0.16 -0.79

0.024 0.0065 -2.19

2.2 0.59 -0.23

0.071 0.019 -1.72

0.097 0.026 -1.58

0.38 0.10 -0.99

0.21 0.058 -1.24

0.90 0.25 -0.60

0.38 0.11 -0.97

0.036 0.010 -1.99

0.11 0.033 -1.48

2.3 0.66 -0.18

0.14 0.039 -1.40

0.22 0.066 -1.18

0.045 0.014 -1.87

0.18 0.054 -1.27

0.019 0.0059 -2.23

0.095 0.029 -1.53

328
Wavelength Spectrum Energy Levels

A K 10«/sec

Loggf

4548.73 Rh I 11968 — 33946

4551.64 Rh I 10313 32277

4560.89 Rh I 16119 38038

4565.19 Rh I 1 1968 33867

4569.00 Rh I 9221 31102

4608.12 Rh I 13975 - 35670

4643.18 Rh I 16944 38474

4675.03 Rh I 5691 27075

4721.00 Rh I 9221 30397

4745.1

1

Rh I 7791 _ 28860

4755.58 Rh I 14382 - 35404

4810.49 Rh I 27075 47857

4842.43 Rh I 9221 29866

4843.99 Rh I 27075 47714

4963.71 Rh I 1 1006 31 147

4977.75 Rh I 10313 - 30397

4979.18 Rh I 1 1968 32046

5090.63 Rh I 9221 28860

5120.69 Rh I 13521 33044

5130.76 Rh I 14382 33867

5155.54 Rh I 11006 — 30397

5157.09 Rh I 28543 47928

5158.69 Rh I 28860 48239

5175.97 Rh I 28543 47857

5177.27 Rh I 32046 51356

5184.19 Rh I 7791 - 27075

5193.14 Rh I 28543 47793

521 1.52 Rh I 31 102 50285

5212.73 Rh I 1 1968 31147

5214.79 Rh I 28543 47714

5222.66 Rh 1 32277 - 51419

5230.62 Rh I 32243 51356

5237.16 Rh I 31 102 50191

5269.27 Rh I 28860 47832

5280.12 Rh I 31474 50408

5292.14 Rh I 12723 - 31614

5314.79 Rh I 31474 50285

5329.74 Rh I 29105 47862

5331.08 Rh I 29105 _ 47857

5349.31 Rh I 29105 _ 47794

5354.40 Rh I 31614 - 50285

5356.47 Rh I 31614 50278

5379.10 Rh I 31614 50199

5390.44 Rh I 10313 _ 28860

5404.73 Rh I 29431 47928

5424.07 Rh I 29431 47862

5424.72 Rh I 11968 30397

5425.45 Rh I 29431 47857

5439.52 Rh I 12723 31102

5441.36 Rh I 29866 48239

0.091 0.028 -1.55

0.067 0.021 -1.68

0.15 0.048 -1.32

0.042 0.013 -1.88

0.15 0.047 -1.33

0.13 0.040 -1.40

0.22 0.072 -1.14

0.059 0.019 -1.72

0.019 0.0062 -2.21

0.045 0.015 -1.81

0.048 0.016 -1.79

3.2 1.1 0.04

0.018 0.0065 -2.19

6.2 2.2 0.34

0.075 0.028 -1.55

0.061 0.023 -1.64

0.068 0.025 -1.60

0.049 0.019 -1.72

0.053 0.021 -1.68

0.054 0.021 -1.67

0.063 0.025 -1.60

2.1 0.83 -0.08

6.5 2.6 0.41

8.5 3.4 0.53

3.3 1.3 0.12

0.015 0.0060 -2.22

13. 5.5 0.74

3.9 1.6 0.20

0.025 0.010 -1.99

2.3 0.95 -0.02

5.4 2.2 0.34

5.3 2.2 0.34

11. 4.5 0.66

2.1 0.86 -0.06

2.6 1.1 0.04

0.022 0.0092 -2.03

3.4 1.4 0.16

6.2 2.6 0.42

2.1 0.90 -0.05

1.4 0.60 -0.22

32. 14. 1.13

5.7 2.5 0.39

11. 4.9 0.69

0.069 0.030 -1.52

3.6 1.6 0.20

8.9 3.9 0.60

0.021 0.0094 -2.03

2.9 1.3 0. 10

0.016 0.0072 -2.14

2.0 0.87 -0.06

329
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

5444.32 Rh I 29431 — 47794 1.4 0.63 -0.20

j4oo. 1 1 Kn I Zy45 1 4 / / 14 3.5 1

/' 1.6 0.19

5470.85 Rh I 32004 50278 8.8 3.9 0.60

5476.12 Rh I 14788 — 33044 0.028 0.013 -1.89

5481.42 Rh I 32046 — 50285 2.9 1.3 0.12

5484.23 Rh I 32004 — 50233 4.1 1.8 0.26

J jU4.D J Kh I 3zU46 jUzUo Z.5 1.1 A AO 0.02

5535.04 Rh I 29866 47928 4.6 2.1 0.33

5544.58 Rh I 29866 — 47897 3.3 1.5 0.18

5599.42 Rh I 9221 — 27075 0.075 0.036 -1.45

5607.71 Rh I 33946 — 16119 0.00013 0.00006 -4.20

joUo. J J

ID V. ¥ Kn I 16 Iz 1 lid AC. J 3^46 0.053 A A'^ C 0.0/5 —1.61

5632.77 Rh I 16119 33867 0.015 0.0070 -2.15

5659.62 Rh I 14382 — 32046 0.018 0.0085 -2.07

5686.38 Rh I 13521 — 31102 0.060 0.029 -1.54

5702.47 Rh I 33946 — 51478 3.0 1.4 0.16

J 11 /.3U Kn I 14/00 1'^^ A1 5ZZ45 0.012 A f\f\ C O 0.0058 —2.23

5192.11 Rh I 14788 32046 0.057 0.029 -1.54

5806.91 Rh I 14788 — 32004 0.079 0.040 -1.40

5821.84 Rh I 13975 — 31 147 0.0088 0.0045 -2.35

5831.58 Rh I 12723 — 29866 0.037 0.019 -1.72

Kh I 1 6 1 z 1 11 CiA A A A 1 O 0.01 O A AAA^ 0.00^6 O AO —Z.Oz

5918.54 Rh I 11968 28860 0.0075 0.0040 -2.40

5941.46 Rh I 31102 — 47928 1.2 0.63 -0.20

5983.60 Rh I 12723 — 29431 0.12 0.066 -1.18

5991.19 Rh I 14788 — 31474 0.016 0.0086 -2.07

/; 1 "7") o 1 Uz. /

Z

Kh 1 zy IUj A f\1 1 U.Ul / —11 n c

. lb

6116.15 Rh I 13521 29866 0.0065 0.0036 -2.44

6128.06 Rh I 14788 — 31102 0.013 0.0072 -2.14

6186.89 Rh I 16119 — 32277 0.018 0.010 -1.98

6199.99 Rh I 16119 — 32243 0.031 0.018 -1.75

6/ J J. /Z Kh I 1601 O

1 o nn A 3zU04 A f\1 A 0.034 A AO A O.OzU —1 ^ A 1 . /O

6276.66 Rh I 16119 32046 0.0098 0.0058 -2.24

6277.46 Rh I 16121 — 32046 0.017 0.010 -1.99

6293.38 Rh I 16119 — 32004 0.012 0.0072 -2.14

6319.53 Rh I 12723 — 28543 0.023 0.014 -1.86

6414. 11 Rh I zoo6U A A A A C 44445 A O '3 O.o3 A C 1 0.5 1 A O O —u.zy

6510.41 Rh I 16119 31474 0.030 0.019 -1.71

6519.70 Rh I 16944 — 32277 0.044 0.028 -1.56

6627.80 Rh I 16018 — 31 102 0.016 0.010 -1.98

6630.16 Rh I 14788 - 29866 0.022 0.015 -1.83

^ '7 C O 1 Z Kh I Z /U/5 4 1 oo 1 z. 11 A 1.4 A 1 C

U. 1 o 6796.65 Rh I 35334 50043 4.2 2.9 0.46

6827.33 Rh I 14788 — 29431 0.020 0.014 -1.84

685^.68 Rh I 29866 — 44445 1.2 0.88 -0.06

6879.94 Rh I 16944 — 31474 0.057 0.041 -1.39

6965.67 Rh I 12723 27075 0.054 0.039 -1.41

6972.91 Rh I 31414 45812 1.3 0.97 -0.01

6979.15 Rh I 31147 45471 2.4 1.8 0.25

7001.58 Rh I 16119 30397 0.034 0.025 -1.60

330
Wavelength Spectrum Energy Levels

A K

Rh I 3 1 1 47

7101.64 Rh I 30397 — 44475

7104.45 Rh I 14788 — 28860

7142.55 Rh I 31474 — 45471

7219.06 Rh 1 16018 — 29866

/ zoo. 1 o Rh I

1 H / oo O J HJ

7270.82 Rh I 28543 — 42293

7271.94 Rh I 161 19 — 29866

7273.03 Rh I 16121 — 29866

7375.57 Rh I 13521 — 27075

TlQf. (.A

1 joD.O'+ Rh I 19'>77 JAZ. 1 1 4^8 1 9

7430.80 Rh I 1694^4 — 30397

7442.39 Rh 1 28860 — 42293

7446.77 Rh 1 32046 — 45471

7475.74 Rh I 31102 — 44475

Rh I 98543 41 88

1

7542.02 Rh I — 50043

7557.67 Rh I 32243 — 45471

7577.22 Rh I 32277 — 45471

7690.05 Rh I 31474 — 44475

7779 QO Rh 1 7791.61 Rh 1 31614 — 44445

7824.91 Rh I 29105 — 41881

7846.50 Rh I 16119 — 28860

8029.91 Rh I 29431 — 41881

oUjO. 1 1 Rh 1 AAAA'\

8045.40 Rh I 29866 — 42293

8063.50 Rh I 32046 — 44445

8136.20 I^h I 14788 27075

8193.63 Rh I 32243 44445

8369.55 Rh 1 33867 45812

8425.51 Rh I 33946 45812

of Log gf

108/sec

0.038 0.029 -1.54

2.8 2.1 0.32

0.028 0.021 -1.67

1 2 0 QA —n 09

0.024 0.019 -1.72

0.032 0.025 -1.60

3.1 2.4 0.39

0.031 0.024 -1.61 n m 9 nv.wyo nnQ8 —9 01

0.011 0.0093 -2.03

1.1 0.92 -0.04

0.029 0.024 -1.62

1.6 1.3 0.12

1 .J I .J U. 1 1 2.0 1.6 0.21

0.94 0.79 -0.10

5.4 4.6 0.66

2.4 2.0 0.30

1 8 1 .o 1 .o 0U.ZU90

1.8 1.6 0.20

1.6 1.5 0.17

5.0 4.6 0.66

4.4 4.1 0.61

U.Uj 1 nU.UZ7 09 0 —1J .JH

1.8 1.7 0.23

1.9 1.8 0.26

2.8 2.8 0.44

1.3 1.2 0.09 n n9n V.V ly —1 71

1.3 1.3 0.11

1.3 1.3 0.13

2.2 2.4 0.38

331
Wavelength Spectrum Energy Levels

A K

2276.21 Rh II 28835 71359

2334.77 Rh 11 16885 - 59702

2415.84 Rh II 19793 — 61 173

2420.18 Rh II 33845 — 75152

2420.98 Rh II 20647 — 61940

2427.1

1

Rh n 18540 59729

2431.85 Rh II 21 180 62288

2455.70 Rh II 20647 — 61356

2458.90 Rh II 19792 — 60448

2461.04 Rh II 18540 — 59161

2475.64 Rh II 31730 72112

2490.77 Rh II 16885 - 57021

2503.84 Rh II 20647 60573

2505.10 Rh II 19792 59699

2510.66 Rh II 18540 58358

2520.53 Rh II 16885 56547

2537.04 Rh II 34243 - 73646

2566.92 Rh II 38687 — 77633

2587.29 Rh II 27439 — 66078

2603.32 Rh II 32605 — 71006

2606.44 Rh II 41045 79399

2638.74 Rh II 34243 72128

2705.63 Rh II 25377 62326

2715.31 Rh II 25377 62194

2910.17 Rh II 25377 59729

gA gf Log gf

108/sec

25. 0.28

A A 44. 3.6 0.55

49. A T 4.3 0.63

43. 3.8 0.57

44. 3.9 0.59

45. A r\ 4.0 0.6U

51. Z.y (\ A a 0.46

3 1

.

Z.o C\ AC

60. 5.4 0.73

78. 7.1 0.85

Zv. 1 o U.Z / 11

.

l.Z U.o6

1 J.

1 A 1.4 U. 14

35. 3.3 0.52

43. 4.1 0.61

Q f\ y.K)

159. 13. 1 1 o 1. ly

37. i.o U. 56

47. 4.7 0.68

44. 4.5 0.65

1 IZ.

1

1

1 1

.

1 .Uo

45. A n4.7 0.67

A "J 43. A O 4.0 l).6o

lie

1 15. 13. 111 1.11

68. 8.6 0.94

332
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

2076.43 Ru I 0 48144

2083 77 Rii I 1191 _ 49165

2255 52 Ru I 0 44322

2259.53 Ru I 0 44243

2272 09 Ru I 0 43999

2nSA9 Ru I 1191

I

45071

2285 38 Ru I 0 43743

2302.54 Ru I 1191 44608

2317.80 Ru I 1191 44322

2322 01 Ru I 1191 44243

2340.69 Ru I 2092 44801

2349.34 Ru I 1191 43743

2351.33 Ru I 2092 44608

2360 56 Ru I 2092 44442

2370.17 Ru I 2713 44891

2375.27 Ru I 2713 44801

2392.42 Ru I 3105 I 44891

2429 60 Ru I 8575 49722

2432.93 Ru I 6545 47635

2447.45 Ru I 9492 50339

2450.58 Ru I 6545 47339

2454.92 Ru I 8044 I 48766

2458 62 Ru I 7483 48144

2462.94 Ru I 8575 49165

Ru I 8044 48604

lAlAm Ru I 9620 50028

2475.41 Ru I 7483 47868

2476 Li~ 1 \J*\J\j 88 Ru I 8044 48405

2489!91 Ru I 6545 46695

2491.78 Ru I 9184 49304

2494.02 Ru I 9058 49141

'2496 56 Ru T 7483 47526 ^ 1 ^ Li\J 2500 84 Rn T 9073 49048

2501 48 Rn T 9073 49037

2501 89 Rn 1 91 84 49141

2508.27 Ru I 7483 — 47339

2509 Li ^ \J ^ t\J071 Rii I 9121 y \. Li 1. 48964

2512.81 Ru I 8084 47868

2515.28 Ru I 8044 47789

2517.62 Ru I 9058 48766

2521.61 Ru I 9121 48766

2525.17 Ru I 8575 48165

2526 83 Ru I 7483 47047

2528 88 Ru I 9073 48604

2530.64 Ru I 8044 47547

2533.24 Ru I 7483 46947

2541.28 Ru I 8771 48109

2544.22 Ru I 8575 47868

2546.67 Ru I 8084 47339

2549.48 Ru I 7483 46695

4.0 0.26 -0.58

6 3 0.41 -0.39

3.5 0.27 -0.57

1.5 0.12 -0.93

4.3 0.33 -0.48

1.9 0.15 -0.82

1.0 0.079 -1.10

3.0 0.24 -0.62

5.2 0.42 -0.38

1.6 0.13 -0.90

3.7 0.30 -€.52

2.4 0.20 -0.70

5.3 0.44 -0.36

2.5 0.21 -0.67

3.8 0.32 -0.49

5.6 0.48 -0.32

4.9 0.42 -0.38

6.5 0.58 -0.24

6.3 0.56 -0.25

6.4 0.58 -0.24

3.5 0.31 -0.51

9.5 0.86 -0.06

8.4 0.76 -0.12

8.9 0.81 -0.09

12. 1.1 0.04

6.1 0.56 -0.25

14. 1.2 0.10

14. 1.3 0.1

1

3.0 0.2'8 -0.55

3.1 0.29 -0.54

13. 1.3 0.10

7.4 0.69 -0.16

5—' • 1X 0.48 -0.32

121. Li* 1 1 X • X 0 04

9.0 0.84 -0.07

14. 1.3 0.13

17X / • 1 6 0.22

14. 1.3 0.12

7.9 0.75 -0.12

8.4 0.80 -0.10

8.4 0.80 -0.10

3.7 0.35 -0.45

7.6 0.73 -0.14

8.1 0.78 -0.1

1

6.4 0.62 -0.21

4.6 0.45 -0.35

6vl • 1X 0.59 -0\J. 23Lt .J 35. 3.4 0.53

13. 1.3 0.11

26. 2.6 0.41

333
Wavelength Spectrum Energy Levels

A K

2549.58 Ru I 6545 45756

2556.00 Ru I 9492 — 48604

2556.31 Ru I 9058 48165

2558.54 Ru I 8084 47157

2560.26 Ru I 8771 47818

2563.15 Ru I 8044 47047

2564.58 Ru I 9184 — 48165

2566.59 Ru I 8575 47526

2568.77 Ru I 7483 46401

2569.74 Ru I 8044 46947

2572.28 Ru I 8771 47635

2572.41 Ru I 8084 — 46947

2575.24 Ru I 6545 45365

2578.57 Ru I 8575 47345

2578.95 Ru I 8575 47339

2579.22 Ru I 8044 46804

2579.53 Ru I 8771 — 47526

2580.80 Ru I 9073 47809

2581.14 Ru I 9058 47789

2581.91 Ru I 8084 46804

2583.04 Ru I 8044 46746

2584.14 Ru I 8575 - 47262

2585.74 Ru I 8084 46746

2589.57 Ru I 9184 47789

2590.97 Ru I 7483 46067

2591.12 Ru I 8575 47157

2591.64 Ru I 8771 — 47345

2592.02 Ru I 8771 47339

2593.70 Ru I 12817 51360

2594.85 Ru I 6545 45071

2597.33 Ru I 9058 47547

2605.35 Ru I 8575 — 46947

2605.86 Ru I 9184 47547

2609.06 Ru I 8084 46401

2609.48 Ru I 10624 48934

2611.05 Ru I 9058 47345

2612.07 Ru I 7483 - 45756

2614.07 Ru I 1 191 39434

2614.59 Ru I 2713 40949

2615.09 Ru I 8575 46804

2617.79 Ru I 9620 47809

2619.67 Ru I 9184 - 47345

Ru I 8044 46191

2623.83 Ru I 16191 54292

2627.65 Ru I 7483 45529

2631.30 Ru I 7483 45476

2631.57 Ru I 9058 47047

2632.13 Ru I 10624 48604

2632.50 Ru I 8771 46746

2633.46 Ru I 11447 49409

gA gf Loggf

108/sec

4U. u. jy

A C n An U.4 /

f» -J 1

< n j.U n 1

1

—U.J 1 4.9 0.49 -0.31

16. 1.6 0.20

1 oIZ. 1.

1

U.Uo

1 Q J.O U.i / —

TV A 1 U.43

O.J (\ f.A —U. 1 y

14. 1.4 0.14

2.8 0.28 -0.55

1 1 j.i U.J J n A c

J. 1 U.JO ^.ZJ

U. 1 o ^J. 1 J

11. 1.1 0.06

6.2 0.62 -0.21

4.0 n A(^ U.40 n iAj4

1 oIZ. 1 o 1 .z(\ no U.Uo

1 TIZ. 1 0 l.Z U.U / 9.3 0.93 -0.03

6.4 0.64 -0.19

C A

J.

4

n KA U. j4 ^J.Z / O.Z U.oZ

A K 4. JC\ A^ U.4j (\ IA ^J. j4

13. 1.3 0.11

5.3 0.53 -0.27

1 Q

lo. 1 c l.o U.Zo

A O 4.Z (\ A1 U.4Z J /

1 A 14. 1 A 1.4 (\ \ A U. 14

25. 2.5 0.41

6.6 0.67 -0.17

c c

3. J U.JO —U.Z J

/.O U. /o —n 1 1 U. 1

1

1 .

1

0. /y n 1 (\ ^j. lU

33. 3.4 0.53

7.5 0.77 -0.12

yj.y / n n 1

ol. O.Z U. /y

1 1 1.1 nil U. IZ n QT ^j.yj

1.0 0.11 -0.97

10. 1.0 0.02

Q A y.4 u.y / ^J.Ul

1 1. 1.1 U.U4

7.1 U. /i —U. 14

10. 1.1 0.02

3.8 0.40 -0.40

1 J.

1l.o u.zu

U.oZ n o

'1 —U.Z 1 n 1 /.I U. /i ^J. 1

J

A C 4.0 r\ AQ U.4o U. JZ

5.0 0.52 -0.29

334f
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2635.86 Ru I 9620 47547

2636.67 Ru I 12207 — 50122

2638.51 Ru I 9058 — 46947

2639.12 Ru I 9620 — 47501

2640.33 Ru I 9184 — 47047

2642.96 Ru I 8575 46401

2646.02 Ru I 10624 - 48405

2647.32 Ru I 9184 46947

2648.45 Ru I 8044 45790

2648.78 Ru I 12207 49949

2649.51 Ru I 9058 46789

2651.29 Ru I 8084 — 45790

2651.84 Ru I 6545 44243

2656.69 Ru I 8771 — 46401

2658.40 Ru I 9184 — 46789

2659.62 Ru I 7483 45071

2664.76 Ru I 1191 — 38706

1661.91 Ru I 9058 — 46528

2673.48 Ru I 9073 — 46466

2673.60 Ru I 8084 — 45476

2686.29 Ru I 8575 45790

2688.11 Ru I 26118 - 63308

2689.90 Ru I 10624 — 47789

2693.29 Ru I 9073 46191

2699.88 Ru I 8044 45071

2701.34 Ru I 9184 46191

2702.83 Ru I 8084 — 45071

1101.91 Ru I 2092 39009

2709.20 Ru I 8575 — 45476

2713.19 Ru I 9620 — 46466

2717.40 Ru I 3105 39895

2719.52 Ru I 7483 — 44243

2721.56 Ru I 9058 — 45790

1111.65 Ru I 9073 — 45790

1114.06 Ru I 9492 — 46191

2728.83 Ru I 9121 45756

2729.46 Ru I 8575 - 45202

2730.33 Ru I 2092 — 38706

2730.93 Ru I 9183 — 45790

2733.59 Ru I 9620 — 46191

2735.72 Ru I 0 36543

2739.22 Ru I 8575 - 45071

2743.94 Ru I 6545 — 42978

2744.45 Ru I 8771 — 45197

2762.31 Ru I 8044 44235

2763.42 Ru I 1191 37367

2785.65 Ru I 9184 45071

2792.64 Ru I 8044 43842

2802.81 Ru I 8575 44243

2810.03 Ru I 2092 37668

27. 2.8 0.45

34. 3.6 0.55

9.7 1.0 0.00

8.9 0.93 -0.03

12. 1.2 0.10

42. 4.4 0.64

4.1 0.43 -0.37

12. 1.2 0.09

2.4 0.26 -0.59

5.5 0.58 -0.23

6.5 0.69 -0.16

8.3 0.88 -0.06

16. 1.7 0.23

1.2 0.13 -0.90

4.7 0.50 -0.30

25. 2.7 0.42

2.1 0.22 -0.65

3.5 0.38 -0.43

5.2 0.56 -0.25

3.2 0.34 -0.46

17. 1.8 0.26

23. 2.5 0.39

2.4 0.26 -0.58

3.2 0.35 -0.45

5.8 0.63 -0.20

9.8 1.1 0.03

6.9 0.76 -0,.12

0.42 0.046 -1.34

12. 1.3 0.11

7.0 0.78 -0.11

0.67 0.075 -1.13

34. 3.8 0.58

7.1 0.79 -0.10

10.0 1.1 0.04

6.6 0.73 -0.14

4.2 0.47 -0.32

1.5 0.17 -0.77

0.58 0.065 -1.19

7.1 0.80 -0.10

4.1 0.46 -0.34

11. 1.2 0.07

11. 1.2 0.07

2.6 0.29 -0.53

8.5 0.96 -0.02

1.9 0.21 -0.67

1.9 0.22 -0.67

3.6 0.42 -0.38

1.7 0.20 -0.70

7.1 0.84 -0.08

2.8 0.33 -0.48

335
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

2810.55 Ru I 1191 36760 11. 1.3 0.11

2817.09 Ru I 2713 — 38200 0.69 0.082 -1.08

Ru I 0

1 z An 'I J j4/ 11 c

I.

J

A 1 0 —U. /4

Ru I Qnn 1 (Sill 44Z3 J

1 Q i.y A 0 -3 U.Z3 A /T /i —0.64

OCT) r\i ZoZZ.Uj Ru I Qr\Q A oUo4 A 1 C AO 4j juy A -7 4. / U.JO —U.Z5

2827.87 Ru I 1191 36543 1.2 0.14 -0.84

2829.16 Ru I 6545 — 41881 11. 1.3 0.11

Z034.UU Ru I 37367 A Ci^ v.yo

A 1 U.lz A A'^ Zoib.J 1 Ru I A Ami 443U1 1 A

I.y U.Z4 A —0.63

Zo4U.54 Ru I C Z A Z. 6545 /I 1 T3 A 41739 -3 0 3.8 A AH 0.46 —0.34

2843.17 Ru I 9073 44235 3.8 0.47 . -0.33

2846.32 Ru I 9121 - 44244 1.9 0.23 -0.63

O O y1 O CO 2848.58 Ru I 3 105 '3 OO AA 38ZUU A -7A 0.79 A AA^ 0.096 1 AO —1.02

o o c /I Zoj4.l)/ Ru I zuyz

"3 T t 1 Q 3 / 1 ly A < 4.J A C C U.55 —U.Zo

ZooU.UZ Ru I Zl 15 3 /ooo 1. J A 1 0

u. ly —D. /3

2861.41 Ru I 6545 — 41483 10. 1.3 0.10

2866.64 Ru I 2092 — 36965 3.7 . 0.46 -0.34

0 C AO 1 Q ZoDO. 1 y Ku I y iZl 43y /o A A 4.U A <A U. jU —A 1C\ U.3U

-tOHA no Zo /4.yo Ku I U

1 /I -7-7-3 34 / /3 0. / A Q1 U.o3 —A AO U.Uo

Zo /y. /o Ru I

/I 1 -) A A C A U.o3 —U.ZU

2881.28 Ru I 3105 37802 0.40 0.049 -1.31

2883.60 Ru I 2092 — 36760 0.83 0.10 -0.99

Ru I A10 A"^ 1 A y—3.U ^ A A 0 HJ.4Z

Ru I 'jn'i An 3/34/ 5.6 A TA U. /U —(J. Id

2888.00 Ru I

1 1 n 1 1191 35807 A T ^ 0.36 A A /I C 0.045 —1.34

2891.65 Ru I 15550 50122 8.3 1.0 0.02

2896.53 Ru I 3105 — 37620 0.60 0.076 -1.12

Ru I on A A oU44 4Z534 1 0

1.0 A 0 "3 U.Z3 —U.o4

TQA1 OA Ru I ono A y1 -) C'3 /I 4Zj34 3.0 f\ A£i C\ 1 A —U.34

ZyyjZAyj Ru I

1 A A cdn 1 3. /f\ An U.4/ —U.3 3

2903.08 Ru I 9073 43509 0.80 0.10 -1.00

2905.65 Ru I 2713 — 37119 0.99 0.13 -0.90

OQAC 0'2 Ru I C /I c A AO/1 0 1 A 1.4 A 1 -7 U. 1 /(\ nc —U. /O

ZyVo.iZ Ru I n A01 /4oi /1 1 0 0

1

0 A z.u U.Zo —u.5y

oorio oo Ru I

'3 1 A C 3 105 37473 -) A

z.y

A -3 "7 U.3 / A A 1 —U.43

2909.22 Ru I 8575 42939 1.2 0.15 -0.82

2913.17 Ru I 11786 — 46103 3.4 0.44 -0.36

Zy 14. iU Ru I

1 1 T CI

1 1753 46056 "3 A 3.4 U.43 f\ -3 n —U.3 / zy lo.zo Ru I

1 1 n 1 1 ly 1"J c An 1 354/1 5.U U.64 —U.ZU

Zyi 1 . 1

1

Ru I O AO A A'^1 An 4Z34 / A 0-7 U.o / All U. 1 1 —u.yb

2919.61 Ru I 3105 37347 1.1 0.14 -0.84

2927.12 Ru I 14700 - 48854 5.0 0.64 -0.20

zy3y.y4 Ru I

1 1 o ^

1 1786 A C? OA 45790 "3 1 3.1 A yj A U.4U f\ A A —U.4U

Zy4U.36 Ru I n A01 7483 A t A O'J 41483 1 A 1.4 A 1 0

0. lo —U. /j

'^Ci Al (\1 ZyAi.yZ Ru I 8575 A^ Z "J A 42534 2.5 A -3 U.3Z n cA —U.5U

Zy4o.yy Ru I O AO A 8084 A AA*? 42007 C "3 5.3 A ^ A u.6y —U. lo

2949.50 Ru I 6545 40439 6.8 0.89 -0.05

2952.50 Ru I 3105 36965 0.26 0.034 -1.47

2954.49 Ru I 8043 41881 4.1 0.54 -0.27

2958.00 Ru I 8084 41881 2.1 0.27 -0.57

336
Wavelength Spectrum Energy Levels

A K

2959.74 Ru I 7483 41260

2961.69 Ru I 11447 45202

2963.72 Ru I 6545 — 40277

2965.16 Ru I 2092 — 35807

2968.48 Ru I 10624 — 44301

2968.95 Ru I Of\0 A 8084 41756

2973.99 Ru I 9492 43108

2974.34 Ru I 10624 — 44235

2976.92 Ru I 1191 — 34773

2979.72 Ru I 15054 — 48604

o no 1 a A 2981.94 Ru I nil

2988.95 Ru I 0 33447

2989.66 Ru I 8044 — 41483

2993.27 Ru I 8084 — 41483

2994.96 Ru I 2092 — 35471

2996.90 Ru I, c\r\ c o 9058 42416

2997.43 Ru I 10624 43976

3001.64 Ru I 8575 — 41881

3006.59 Ru I 2713 — 35964

3008.26 Ru I 9184 — 42416

3008.80 Ru I 9121 A"^ 'J 42347

3012.92 Ru I 8575 41756

3013.36 Ru I 8084 — 41260

3017.24 Ru I 3105 — 36239

3019.37 Ru I 8771 — 41881

iUZU.oo Ru I Z/ 13 1 com

3033.45 Ru I 7483 40439

3034.06 Ru I 9058 — 42007

3035.47 Ru I 9073 — 42007

3038.18 Ru I 8044 — 40949

3040.3

1

Ru I 1191 34072

3042.48 Ru I 3105 35964

3042.83 Ru I 10655 — 43510

3045.71 Ru I 9184 — 42007

3048.50 Ru I 7483 — 40277

3048.78 Ru I 2092 34882

3054.94 Ru I 8044 40768

3064.84 Ru I 9121 — 41739

3073.34 Ru I UAAl — 43976

3080.90 Ru I 11786 — 44235

3086.07 Ru I

t t A A^

1 1447 A O A 43842

3089.14 Ru I 9121 41483

3089.80 Ru I 8084 — 40439

3090.23 Ru I 17097 — 49448

3091.87 Ru I 2713 — 35047

3096.57 Ru I 12207 44492

3097.60 Ru I 10624 42897

3099.28 Ru I 1191 33447

3100.84 Ru I 1191 33431

3110.55 Ru I 9121 41260

gA Loff sf

108/sec

0.65 0.085 -1.07

5.2 0.69 -0.16

0.98 0.13 -0.89

7 R V/. J I —0 44

3.1 0.40 -0.39

2.2 0.30 -0.53

1.5 0.19 -0.71

1.5 0.20 -0.70

7 1 0 28 —0 56

13. 1.7 0.23

0.32 0.042 -1.37

3.6 0.48 -0.32

0.93 0.12 -0.91

2 8 0 37 —0 43

2.1 0.29 -0.54

1.8 0.24 -0.61

1.4 0.19 -0.72

1.6 0.21 -0.68

—0 49

1.2 0.16 -0.78

1.8 0.24 -0.61

1.5 0.21 -0.69

1.3 0.18 -0.75

1.9 0 Jf\ —0 58

0^52 0.072 -1.14

1.6 0.22 -0.66

4.6 0.63 -0.20

1.9 0.26 -0.58

1 6 0 23 —0 65

1.2 0.17 -0.77

0.58 0.081 -1.09

1.1 0.15 -0.82

2.5 0.35 -0.46

0 42 —0\J, J o

1.0 0.14 -0.85

0.40 0.056 -1.25

2.9 0.41 -0.39

10. 1.4 0.16

4 —0 2

1

4.7 0.67 -0.18

2.8 0.40 -0.40

4.1 0.58 / -0.23

2.1 0.31 -0.51

1 ? 1.7 0 23

0.23 o!o34 -1.47

19. 2.7 0.44

4.3 0.62 -0.21

2.1 0.31 -0.52

1.9 0.27 -0.57

2.0 0.30 -0.53

337
Wavelength Spectrum Energy Levels

A K

3124.17 Ru I 2092 34091

3125.96 Ru I 2092 — 34072

3 1 32 88 Rii I 1 0694 495^4 *tz.^ J*T J

a 11 J\J' ~J\J ^f. Rn T 8044 19917

Rn I Ql 9 1 40949

3-144.26 Ru I 14700 — 46495

3150.69 Ru I 8044 — 39774

^ 1 8? Rn T 8044 jy / T-z. J 1 _J o. o ^ Rn T r\u. 1 9191 -7 1 z, 1 40768

Rn I 9099 J J / L,y

3168.52 Ru I 11447 — 42998

3186.04 Ru I 2713 — 34091

J 1 OO. Jf T?11 T r\u 1 90Q9 -1 ^447

1 1 8Q Q8 Rn T r\U 1 90Q9 J'X'XA'K 1 J 1 Rn T 1 0S 14180

Ru I 9121 — 40235

3216.52 Ru I 2092 — 33172

3223 27 Rn1\ I U. 1 271 3 33729

3226 37 Rn I 3105 34091

"XTll 88 Rn I 8771 39742

3228.53 Ru I 8044 — 39009

3238.53 Ru I 15054 — 45923

3241 24 Rn T 9073 39917

3243 50 Rn T 6545 37367

1954 54 Rn I 971

1

1141

1

3254.71 Ru I 9058 — 39774

3260.35 Ru I 1191 — 31853

Rn T IxU 1

1 0S 11799

Rn T 41 960

^?^\8 9 1 Rn T r\U. 11 ^646 449 IS

3273.08 Ru I 8044 — 38587

3274.71 Ru I 10655 — 41183

^277 57 Rn I 14700 4S202

Rn I r\u. 1 0 10148

Rn I 1 lfi4fi 4197fi

3297.96 Ru I 9121 — 39434

3301.59 Ru I 0 — 30280

Rn T r\u. 1 8771 O / / 1 J?9009

1 5 05 Rn T f\U. 1 8044 18200

Rn T rvu. 1 1 1 91 1 1 14f^

3316.39 Ru I 10624 — 40768

3317.89 Ru I 8575 — 38706

"^^18 89 Rn T 1 4700 44891

"^^9^ no Rn T 1 OS 111 79

"^1^9 n^ Rn T ni?s 61D 1 188 JOG

J J J J.07 Rn T r\u. 1

1 1 786 41H 1 7S6 / JO

3339.55 Ru I 8771 38706

3341.66 Ru I 9121 39037

3344.53 Ru I 0 29891

3361.15 Ru I 17046 46789

gf Loggf

108/sec

rt 1 Q

U.jUZo —1 CO I.JO

U.JO U.Uj3 1 T 0 —l.Zo

L.y A /1

1

U.43 TV 0/- —U.35

1.4 0.21 -0.68

1.9 0.28 -0.55

1 A 1.4 A 1 >f U.14

r» Q

1

All U. 1

3

—U.O / l.O A T7 u.z / —U.J / 1.2 0.18 -0.74

0.83 0.12 -0.91

/.J 1.1 A A<C U.U5

U.5 J A AO y1 U.Uo4 1 AT —l.U/

A AQ/I u.uy4 —1 Al 1.U3

0.61 0.094 -1.03

0.60 0.092 -1.03

1.1 A 1 £ U. 15 —u. /y

U. 14 A ATT —1.5j

U.J 1 A ATQ u.u/y —1 1 A 1. lU

0.34 0.053 -1.27

1.5 0.24 -0.62

L. 1 U.43 , A 11

1 Qly. 1 A 3.U (\ AQ U.4o

1 Q l.y All U.3

1

A C 1 ^J. J 1 0.95 0.15 -0.83

0.21 0.033 -1.48

u.y4 A 1 < U. 1 J A CI

r\ An U.4 / A AT < U.U/j —1.13

U.34 A AC ? U.Uj J —1.Z5

2.9 0.46 -0.34

11. 1.8 0.25

z.z U.35 A A A

4. / Av. K/J n 1 o —U. IZ

/.J 1 2 A AT U.U / 0.55 o!o9o -1.05

3.1 0.51 -€.30

AU.OO r\ 1 A

U. 14 —A 0 C U.oj

U.41 A A^Q U.U5o —1 IT 1.1/

Z.o f\ Aii U.45 —U.34

0.61 0.10 -1.00

0.44 0.073 -1.14

5.3 1 A l.U A AO u.uz ATI U. / 1 AIT U. IZ —n Qi u.y3

y< A

4.U 0.66 —U. lo

0.25 0.041 -1.39

30. 4.9 0.69

3.4 AU.j5 —U.Zj

1 1. l.y A '>T U.Z / 1 1 3.1 AU. jZ —U.Zo

A ACA A AAOO u.uuyy —T AA Z.UU

24. 4.0 0.60

338
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

11 f.^ r\f\ KU 11 J AAl Alls'? 1 1 O J 3368.45 Ru I 2713 — 32392

3371.86 Ru I 9058 — 38706

3374.65 Ru I 8044 — 37668

3378.02 Ru I 0 — 29595

iiiQ An 1 OAS *5 3380.18 Ru I 8044 — 37620

3385.14 Ru I 12207 — 41739

3388.71 Ru I 11447 — 40949

3389.50 Ru I 2713 — 32208

IIQ 1 fiQ jjy 1 .07 KU 1 3392.54 Ru I 0 — 29468

3401.74 Ru I 9620 — 39009

3409.28 Ru I 8044 — 37367

3411.64 Ru I 8044 — 37347

KU I ZU"Z J 1 j40

3420.08 Ru I 11786 — 41017

3428.31 Ru I 0 — 29161

3428.63 Ru I 1191 - 30348

3429.54 Ru I 10624 - 39774

r\U 1 Z / 1 J J I OJ J 3432.21 Ru I 9073 — 38200

3432.74 Ru I 9121 — 38243

3433.26 Ru I 10624 — 39742

3435.19 Ru I 3105 — 32208

KU 1 1 1 Q

1

1 1 1 JUZoW

3438.37 Ru I 8044 — 37119

3440.20 Ru I 7483 - 36543

3448.95 Ru I 11447 - 40433

3452.90 Ru I 2092 - 31044

1A AT D1 1 I KU I1 'Cn^/l

1 3Uj4 A 1Q7A

3463.14 Ru 1 2092 — 30959

3473.75 Ru I 10655 — 39434

3481.30 Ru I 8044 — 36760

3483.16 Ru I 1191 — 29892

'XAflT. '>Q KU 1

1 1 Q

1

1 1 7 1 'JQSQ Ayoy 11 3494.25 Ru I 9058 — 37668

3495.97 Ru I 8771 - 37367

3498.94 Ru I 0 - 28572

3502.42 Ru I 8575 — 37119

•3 C 1 /I /IQ Pi 1 1 ZU"Z

3519.64 Ru I 1191 — 29595

3528.68 Ru I 2713 - 31044

3531.39 Ru I 9058 - 37367

3532.81 Ru I 14700 - 42998

3535.37 Ru I 1191 29468

3535.83 Ru I 9073 37347

3537.95 Ru I 2092 30348

3539.37 Ru I 2713 30959

3541.63 Ru I 6545 34773

11 .4A U.Z'4 U.O 1 0.76 0.13 -0.89

1.2 0.20 -0.69

1.2 0.20 -0.70

0.11 0.019 -1.73

1 .o n "^9

1.1 0.20 -0.71

3.7 0.63 -0.20

2.9 0.51 -0.30

0.19 0.033 -1.48

J.J u.ou —Au.zz99

0.34 0.058 -1.23

4.2 0.73 -0.14

2.7 0.46 -0.34

1.6 0.27 -0.56

A4.7Q C\ 8^ —O 07

1.6 0.29 -0.54

4.1 0.73 -0.14

0.15 0.026 -1.58

3.1 0.55 -0.26

U.Oo U. I o —f>U. 81o 1 1.1 0.19 -0.73

3.4 0.60 -0.22

3.1 0.55 -0.26

0.31 0.055 -1.26

71 .4A 1 1 1 .J nil

2.0 0.36 -0.44

1.5 0.26 -0.59

3.2 0.57 -0.25

0.14 0.025 -1.60

1 8 J.O n A8 —n 1

7

0.097 0.017 -1.76

3.9 0.71 -0.15

1.7 0.31 -0.51

0.13 0.024 -1.61

U.UZ4 —1 1 1 .0 1 1.2 0.22 -0.66

1.1 0.20 -0.69

6.0 1.1 0.05

0.56 0.10 -0.99

0 8 1 U. o 1 U. 1 J —0u. 89oz

0.32 0.060 -1.22

0.29 0.054 -1.27

1.1 0.21 -0.68

0. 1.9 0.28

\j.\}yj U.U 1 / 1.1 0.21 -0.68

0.47 0.089 -1.05

1.1 0.21 -0.67

0.83 0.16 -0.81

339
Wavelength Spectrum Energy Levels

A K

3550.27 Ru I 2092 — 30250

3553.85 Ru I 11786 — 39917

3556 63 Rll T 1 1 786 J39895 y \j y u 3564 56 Rll I 9073 ^3711 y 1V 9y 3567 1 6 Rll 1 1 3982 42007

3570.59 Ru I 15550 - 43549

3574.58 Ru I 8575 — 36543

3579 77 Rll I 2092 ^3001 \J\J 1 8O

3587 20 Ru I 16240 44109

3589 22 Ru I 3105 30959 ^ \j y ^> y

3593.02 Ru I 2713 - 30537

3596.18 Ru I 2092 — 29891

3599.76 Ru I 8771 36543

3605 64 Ru I 9620 37347

3608.73 Ru I 9058 36760

3616.95 Ru I 9121 - 36760

3619.20 Ru I 12817 — 40439

3620 28 Rll 1\ U II 1 3646 41 260

3623 64 Rll I 11 0655 \J\J ^ ^ 38243

3625 20 Rll I 11 0624 \J\j L.*^ 38200

3626.74 Ru I 17097 - 44662

3627.29 Ru I 13699 — 41260

3631 71 Rn \ 6545

3633.92 Ru I 17097 44608

3634.93 Ru I 2092 29595

3635.52 Ru I 9620 - 37119

3637.47 Ru I 13699 41183

3638.02 Ru I 15054 42534

3640.64 Ru I 12817 40277

3646 1

1

Rn I 12817 1 ^ O 1 / 40235

3650.32 Ru I 8084 — 35471

3652.32 Ru I 2713 30085

3654 40 Rll I 1 6240 43597

3660 81 Rll I 16240 43 549

3661 35 Rll I 1 191 28495

3663.37 Ru I 7483 —

3669.49 Ru I 12207 — 39451

3678 32 Rll I 271 3 ^29892 y ij y 3685 95 Rll I 1 3646 40768

3696 59 Rll 1 1 0624 37668

3697.76 Ru I 8771 - 35807

3700.99 Ru I 17097 — 44109

3702 24 Rll I 8044 35047

30 Rll 1\ LI I1 1 7046 43976

371 5 56 Rll I 9058 35964

3716 18 Rll 1\ Ll I1 6545 33447

3717.00 Ru I 8575 35471

3719.33 Ru I 17097 43976

3724.97 Ru I 8044 34882

3725.49 Ru I 11753 38587

gA gf Log gf

108/sec

U. 1

J

A AT 0 U.UZo —11 c c

.J J L.i (\ A A U.44 A 1 C —U.36

1 Q 1.0 A T "2 U.3 J A A O —U.4o

1.0 0.20 -0.70

4.2 0.80 -0.10

5 J. D.O AU.oZO

1 A 1 .4 U.Z6 A C O —U.JO

U.U / / A A 1 C U.Ul J —1 .o3

23. 4.5 0.65

9.3 1.8 0.25

i.l A T /I U.Z4

6.y 1

"2 1.3 AIT U. 1

3

Q n y.yj 1 6 l.O A 0 /t U.Z4

1.1 0.22 -0.66

0.74 0.14 -0.84

U.44 A A0"7 U.Uo / —\ .U6

T 1 Z. 1 A /I 1 U.4i —A "JQ u.3y

1 ^ 1 .0 All U.3 1 A ^ 1 —U.J 1 0.68 0.13 -0.88

3.8 0.75 -0.13

ZJ. A O 4.y

1 1 i . 1 A O 1 U.Zl —U.oo

u. jy AIT U. IZ A QT —u.y3

5.4 1.1 0.03

3.0 0.59 -0.23

A\j.yy QQ A OA A ~l 1

j.Z 1 A A A1 U.Ui

1 .J A TA U.3U A jZO

3.8 0.76 -0.12

3.2 0.63 -0.20

1 c

1 .J A T Q u.zy —A </1 U. j4

A a<;q A A 1 /I U.U14 —1 .oo

1 J. 3.

1

A /I Q

2.5 0.51 -0.29

4.4 0.88 -0.06

3.4 Au.6y —A 1 A u. 1 o

9.6 1 Q i.y A O Q u.zy

U.Z4 U.U4o —1.3 1 0.94 0.19 -0.72

2.3 0.48 -0.32

A CO U.JO AIT U. IZ A Q1

1 .L AIT U. 1 / A 1 O

U. IZ A AT A U.UZ4 —1 .6Z

5.8 1.2 0.08

0.30 0.063 -1.20

A "JA U.3U A A<CT U.UOZ 1 0 1 1 .Z 1 O A Z.U A /I O U.4Z —A 1 C U.3o

1 A 14. Z.y A A(^ U.4D

A '70 U. /Z A 1 C

U. 1 J —A CI U.o3

0.64 0.13 -0.88

340
Wavelength Spectrum Energy Levels

A K

3726.10 Ru I 12207 - 39037

3726.93 Ru I 1191 28015

0 26816

3730.43 Ru I 2092 _ 28891

3732.03 Ru I 13646 40433

3733.05 Ru I 9184 - 35964

3737.40 Ru I 9058 35807

RnFvU. I1 9492 36239

3738.63 Ru I 13699 40439

3738.91 Ru I 16240 42978

3739.46 Ru I 13699 - 40433

3742.28 Ru I 2713 29427

Rn I X\U. 1 1 5550 42261

3744.22 Ru I 8771 35471

3744.40 Ru I 16240 42939

3745.59 Ru I 12207 — 38898

3753.54 Ru I 12817 39451

^755 09 Rn I 91 84 35807

3755.93 Ru I 12817 _ 39434

3759.84 Ru I 7483 34072

3760.03 Ru I 3105 - 29694

3761.51 Ru I 13699 40277

3767 35 Rn I 1 3699 40235

3773.17 Ru I 10624 _ 371 19

7>111.59 Ru I 3105 _ 29570

Ru I 12817 - 39273

3781.18 Ru I 20056 46495

3787 74 Rn 1 27789 53718

3786.06 Ru I 27\3 291 19

3790.51 Ru I 2092 28466

3794.92 Ru I 16191 — 42534

3795.18 Ru I 10624 36965

3798 05 Rn I 3105 29427

3798.90 Ru I 1191 27507

3799.35 Ru I 0 26313

3800.26 Ru I 8575 - 34882

3803.20 Ru I 20242 46528

3808 68 Rn I 11 4700 *T- / yjyj 40949

3812.72 Ru I 12817 39037

3814.86 Ru I 15054 41260

3817.27 Ru I 15550 - 41739

3819.03 Ru I 2713 28891

38 1 9 77 Rn I 1 1447 37620

3822.09 Ru I 16191 42347

3824.93 Ru I 10624 36760 ~J\J 1 \J\J

3828.71 Ru I 8771 34882

3831.80 Ru I 12207 38297

3835.05 Ru I 14700 40768

3838.07 Ru I 8044 34091

3839.70 Ru I 12207 38243

ef T iOff erf 108/sec

7.3 1.5 0.18

5.2 1.1 0.03

4.6 0.96 -0.02

5.4 1.1 0.05

1.7 0.36 -0.44

0.49 0.10 -0.99

1.5 0.32 -0.50

0.33 0.069 -1.16

0 86 0.18 -0.74

4.4 0.93 -0.03

8.2 1.7 0.24

3.1 0.65 -0.19

29. 6.1 0.78

1.4 0.29 -0.54

17. 3.5 0.54

36. 7.7 0.88

11. 2.4 0.39

1.6 0.35 -0.46

13. 2.8 0.44

4.0 0.84 -0.08

0.36 0.076 -1.12

11. 2.4 0.38

11. 2.4 0.38

0.43 0.091 -1.04

1.4 0.30 -0.52

2.2 0.47 -0.33

52. 11. 1.05

254. 54. 1.74

3 2 0.70 -0. 16

4.1 0.89 -0.05

8.7 1.9 0.27

0.66 0.14 -0.85

0.69 0.15 -0.83

4.0 0.87 -0.06

2.9 0.62 -0.21

1.3 0.28 -0.56

10. 2.2 0.34

7.1 1.5 0.19

8.2 1.8 0.25

3.9 0.85 -0.07

22. 4.9 0.69

0.59 0.13 -0.89

0.50 0.11 -0.96

23 5 0 0 70

3.9 0.86 -0.07

0.55 0.12 -0.91

8.5 1.9 0.27

4.9 I.l 0.03

1.0 0.23 -0.64

10. 2.2 0.35

341
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

3840.82 Ru I 8044 34072 0.52 0.11 -0.94

3843.16 Ru I 3105 — 29119 0.073 0.016 -1.79

3846 68 r\u. 1 9058 yyjj o 15047 7 1 0 47 —O 17

3850 4^ Rn T 748"^ 1 HO J J 1 7 7 0 48 —O 17

JO J ^* 1 *T Rn T 1 7046 47998 J.J 11 .z7 n no

3856.46 Ru I 2092 — 28015 0.29 0.066 -1.18

3857.55 Ru I 14700 — 40616 28. 6.3 0.80

3860 72 Rn f r\u. 1 1 5054 40949 *-ryjyHy 5 7 1 7 0u.uo06

3862 69 Rn I 1 7097 47978 77 60. 1

1

0\j. 791 y

3865 40 Rn f 91 84 15047 0\j* jy59 0U. 111 J —0 88

3867.84 Ru I 6545 — 32392 2.8 0.62 -0.21

3873.52 Ru I 9073 — 34882 1.1 0.25 -0.60

'\9.1f\ OR Rn 1 1 "^987 Dy19774 t 1

H

0U.JO56 0 1

1

U. 1 J —0u. 90y\) ^ O O^. v7 1 Rn 1 11 1 ^ 0 069 0U.U0161 o —11 . 81o 1 J3884 00*+. 07V/Z, Rn 1 14700 1 T" / \j\J 40419 7 7 0 61 —0 7

1

3884.68 Ru I 13699 — 39434 1.5 0.34 -0.46

3887.77 Ru I 15054 — 40768 2.2 0.50 -0.30

"1800 70 Rn I 91y 1 84ot 14887 0w.oo66 0V/- 11 J5 —0 81

3891 41 Rn I rvLl 1 16191 41 881 7 0 0 46 —0 14

1807 T 1 D o y 1 Rn I J11779 J / z.y 7 0 0 46 —0 14

3892.77 Ru I 20242 — 45923 3.2 0.72 -0.14

3894.24 Ru I 11447 — 37119 0.26 0.060 -1.22

-ICQ7 J oy 1 .z.*T Rn f rvU. 1 9171 14771 0 41 0 091 —1 01

J O . _7 u Rn I 8084 J11779 J 1 ^y 0 1

1

0 070 —1 16

3901 74 Rn f 1191 76816 0 068 0 015 —1 81

3908.76 Ru I 14700 — 40277 2.6 0.59 -0.23

3909.08 Ru I 13699 — 39273 11. 2.6 0.42

3917 11 Rn T 9497 y^y^ 15047 0 44 0 10 —0\j. 99y y

3914 85 Rn T 8044 11580 0 46 0 1 1 —0\j> 98yo

3Q70 97 Rn T OJ 1 J 0 ? 1 w.uo

3923.47 Ru I 12817 — 38297 17. 4.0 0.60

3924.63 Ru I 20056 — 45529 5.7 1.3 0.12

Rn f I\U 1 0 7 54A5 1 00 0U.Z.71J —O 64

J 7J 1 . / o Rn I 9^;70 1 5047 7 7 0U.D61J —O 70

J7J J. J J 7097 77507 0U. 171 / 0U.Uj018o —1 41

3937.90 Ru I 8044 — 33431 0.35 0.081 -1.09

3941.65 Ru I 8084 — 33447 0.19 0.044 -1.35

^947 06 Rn I ^ 1 05 78466 0 067 0 015 —1 84

Rn T 8084 0\j. 1X 9y 0 044 —1 35

Rn T 1 ^i740 41 S78 J . X 0 71

3946.31 Ru I 11786 — 37119 0.31 0.073 -1.14

3949.42 Ru I 11447 — 36760 0.49 0.11 -0.94

"^950 04 Rn I 7005*^ 45165 1

0

7 4 0 37

^950 7 1 Rn I ^>545 1 1 851 0w.O85J 0 20 -0 70

"^950 41 Rn T r\U. 1 9071 y\j 1

J

JHD 141800\J 0V. J58o 0 14 -0 87

"^95 1 7 1 Rn T r\U. 1 8771 O / / 1 14077 0 71 0 053 —1X • 27^ 1 3952.68 Ru I 16191 41483 8.6 2.0 0.30

3957.45 Ru I 9620 34882 0.17 0.039 -1.41

3964.90 Ru I 0 25214 0.13 0.031 -1.51

3969.79 Ru I 10624 35807 0.19 0.044 -1.36

342
Wavelength Spectrum Energy Levels

A K

3974.50 Ru I 8575 33729

3978.44 Ru I 8044 — 33172

3979.42 Ru I 1191 — 26313

3984.86 Ru I 8084 — 33172

3987.80 Ru I 16191 — 41260

3993.53 Ru I 9058 34091

3995.98 Ru I 9073 - 34091

3996.51 Ru I 9058 — 34072

4005.64 Ru I 8771 — 33729

4006.60 Ru I 9120 — 34073

4007.54 Ru I 14827 39774

4008.27 Ru I 13646 - 38587

4013.50 Ru I 7483 — 32392

4021.00 Ru I 15054 — 39917

4022.16 Ru I 8575 — 33431

4023.83 Ru I 1191 26036

4031.00 Ru I 6545 - 31346

4032.20 Ru I 2713 — 27507

4037.74 Ru I 9620 — 34380

4039.21 Ru I 14700 — 39451

4040.48 Ru I 22519 47262

4045.76 Ru 1 17046 - 41756

4049.41 Ru I 15054 — 39742

4051.40 Ru I 8771 — 33447

4052.20 Ru I 9058 — 33729

4054.05 Ru I 8771 33431

4062.85 Ru I 20056 - 44662

4062.99 Ru I 13982 — 38587

4064.10 Ru I 9492 — 34091

4064.46 Ru I 8575 — 33172

4067.61 Ru I 16191 40768

4068.37 Ru I 14700 - 39273

4071.40 Ru I 13646 — 38200

4073.00 Ru I 9184 — 33729

4076.73 Ru I 9058 — 33580

4080.60 Ru I 6545 31044

4082.79 Ru I 11753 - 36239

4085.43 Ru I 16713 — 41 183

4091.06 Ru I 17046 — 41483

4097.03 Ru I 8771 — 33172

4097.79 Ru I 9184 33580

4100.37 Ru I 2092 - 26473

4101.74 Ru I 9058 — 33431

4102.28 Ru I 7483 — 31853

4107.84 Ru I 14700 — 39037

4109.65 Ru I 9120 33447

4112.74 Ru I 8084 32392

4113.38 Ru I 16713 41017

4114.13 Ru I 8044 32343

4118.50 Ru I 1191 25464

gf Log gf

IQS/sec

0.28 0.066 -1.18

1.6 0.39 -0.41

0.24 0.056 -1.25

2.4 0.57 -0.25

0.73 0.17 -0.76

0.19 0.046 -1.34

1.0 0.24 -0.62

0.096 0.023 -1.64

0.45 0.1

1

-0.96

0.31 0.074 -1.13

0.96 0.23 -0.64

1.1 0.26 -0.58

0.19 0.046 -1.33

1.0 0.24 -0.61

4.5 1.1 0.04

0.22 0.053 -1.27

0.14 0.035 -1.46

0.085 0.021 -1.68

0.15 0.036 -1.44

4.9 1.2 0.08

4.8 1.2 0.07

5.4 1.3 0.12

1.2 0.28 -0.55

4.2 1.0 0.02

0.56 0.14 -0.86

2.1 0.52 -0.28

3.9 0.96 -0.02

1.5 0.38 -0.42

0.39 0.097 -1. 01

1.0 0.25 -0.59

4.6 1.2 0.06

12. 2.9 0.47

1.8 0.44 -0.36

0.64 0.16 -0.80

3.1 0.76 -0.12

9.2 2.3 0.36

0.51 0.13 -0.90

8.2 2.0 0.31

3.2 0.80 -0.10

0.30 0.077 -1.11

2.9 0.73 -0.14

0.032 0.0081 -2.09

1.1 0.27 -0.58

0.15 0.037 -1.43

1.9 0.49 -0.31

0.083 0.021 -1.68

4.2 1.1 0.03

4.2 1.1 0.03

0.073 0.018 -1.73

0.021 0.0053 -2.27

343
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

4120.99 Ru I 8084 32343 0.36 0.093 -1.03

4123.06 Ru I 9184 — 33431 0.50 0.13 -0.90

41 23 81 Rn I 16191 I. \j I. y X 40431 1 4 —0 44

41 27 44 Rii I 2092 761 1

1

0 049 0 012 —1 QO

AMI 87 Rn I 11 Jf3982 y ij Am 18200 1 4 0 l^i —0 45

4137.23 Ru I 8044 — 32208 0.21 0.054 -1.27

4144.16 Ru I 8084 — 32208 4.2 1.1 0.04

4145 74 Rn I 1 \ Ll 1 9058 11 1 72 1I »y9 0 48 —0 12

41 46 77 Rn I i \ Ll 1 9620 11779 0V/. 87o, / 0\J. 22Z,Z. —0 f^5 4148 38 Rn I 9073 y\j 1 J 11 1 72 0 25 \j.\J\j'-r — 1 20

4150.30 Ru I 9492 — 33580 0.17 0.045 -1.35

4159.17 Ru I 16240 — 40277 0.69 0.18 -0.75

4161 66 Rn I 1 1646 17f^68 1 1 0 14 —0 4(\

41*T 1 66Uv). 88oo Rn 1 r\ Ll ^i545 D\jJ J 1 0 1 5 0 018 —1 42

41 67 51 Rn I 1 \ Ll 1 91 84 2 5 0 ^^5 —0 1 9

4170.05 Ru I 13646 — 37620 1.1 0.28 -0.55

4175.43 Ru I 20056 — 43999 3.3 0.86 -0.06

41 87 Af\ Rn I I\ LI 11 7n4f» 40Q4Q 2 8 0 71 —0 14

41 87 64 Rn 1 r\ Ll 7481 11185 0 1 1 0 010 —1 51

41 89 46 Rn I 7481 1 1 14^^ 0 015 —1 81

4196.87 Ru I 13982 — 37802 1.6 0.43 -0.37

4197.58 Ru I 8575 — 32392 1.3 0.33 -0.48

41 98 88 Rn1\ I Ll 1 8044 31853 11.11 0 28 —0 55

41 99 90 Rn I 1 \ Ll I 6545 30348 9y . 9y 2 6 0 42

4206 02 Rn I 1 \ Ll I 8084 31853 3 0 0 80 -0 10

4207.64 Ru I 14828 - 38587 2.5 0.65 -0.19

4212.06 Ru I 6545 — 30280 6.9 1.8 0.27

A2]d 44 Rn T 1 \ Ll I 1 3646 37167 7 2 1i » 9

y

0 28

4217 27 Rn 1 6545 10250 1 2 0 3

1

-0 51

4220 68 Rn I 1 3982 17668 3J . 80 11 .\j0 0W. 01W 1

4225.09 Ru I 20242 — 43903 6.5 1.7 0.24

4226.66 Ru I , 15054 — 38706 1.0 0.28 -0.55

4279 11 Rn T rs. u. 1 11 J1982 y O ^ i7^>2n 11 . 9y 0 50 —0 10

Rn 1 OJ 1 J 12208 0 12 —0 49

Rn I rvU. 1 8771 o / / 1 121Q2 0 095 —1 02

4236.67 Ru I 14700 — 38297 1.3 0.36 -0.44

4241.05 Ru I 8771 — 32343 1.7 0.47 -0.33

4241 06 Rn I r\ LL 1 7481 1 1 044 1

2

1 . ^ 0 33 -0 48

4244 81 Rn I r\ Ll 1 9620 11 1 72 0 12 0 085 —1 07

4246 33 Rn I 1 \ Ll 1 14700 IT" / \J\J 38243 2 2 0 61 -0 22

4246.73 Ru I 20056 - 43597 20. 5.5 0.74

4248.14 Ru I 15054 — 38587 0.51 0.14 -0.86

42 58 99 RnrvLi I1 1 1646 171 1 9 2Zo • 7/ 0 74 -0 1 3

4260 '~T^\J\J . 00\J\J RnrvLi I1 1 0624 14091 0 29 0 078 -11 • 11 11 4263 40 Rni\ I Ll 1 1 0624 J14072 '~T\J 1 0 12 0 033 —1 48

Rn I r\Li 1 11 O^SS \JVJ J J 14091 0 29 0 079 -11 . 101 4277.26 Ru I 14827 38200 0.39 0.11 -0.97

4278.69 Ru I 13982 37347 0.36 0.099 -1.00

4281.93 Ru I 15550 38898 0.64 0.18 -0.75

4282.22 Ru I 6545 29891 0.088 0.024 -1.61

344
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

4284.33 Ru I 9058

4287.05 Ru I 13646 36965

4293.28 Ru I 9058 32343

4294.79 Ru I 8575 31853

4295.93 Ru I 9121 32392

4297.71 Ru I 8084 31346

4307.60 Ru I 9183 32392

4309.21 Ru I 26036 49235

4314.30 Ru I 25214 48386

4316.64 Ru I 9184 32343

4318.43 Ru I 9058 32208

4319.87 Ru I 8044 31186

4320.58 Ru I 17097 — 40235

4321.30 Ru I 9073 32208

4322.96 Ru I 25201 48327

4325.05 Ru I 13646 36760

4326.82 Ru I 10624 33729

4327.43 Ru I 8084 31186

4331.16 Ru I 8771 — 31853

4332.50 Ru I 23453 46528

4336.42 Ru I 7483 30537

4337.27 Ru I 6545 29595

4338.68 Ru I 20934 43976

4340.34 Ru I 16240 39273

4341.04 Ru I 16713 39742

Ru I 9184 32208

4346.48 Ru I 8044 31044

4349.70 Ru I 13982 36965

4354.13 Ru I 8084 31044

4354.80 Ru I 10624 33580

4361.21 Ru I 6545 29468

Ru I 8084 30959

4371.20 Ru I 17046 39917

4372.21 Ru I 7483 30348

4381.27 Ru I 16191 39009

4383.36 Ru I 10624 33431

4385.39 Ru I 7483 30280

4385.65 Ru I 9058 31853

4386.27 Ru I 14827 37620

4388.99 Ru I 22419 45197

4390.44 Ru I 8575 31346

4391.03 Ru I 7483 30250

4394.96 Ru I 15550 38297

4397.80 Ru I 9121 31853

4399.59 Ru I 9620 32343

4404.82 Ru I 17046 39742

4410.03 Ru I 9184 31853

4420.84 Ru I 8771 31385

4421.46 Ru I 8575 31186

4424.78 Ru I 11786 34380

1 o

1.8 0.49 -0.3

1

1.6 0.44 -0.36

0.51 0.14 -0.85

0.53 0.15 -0.83

1.3 0.36 -0.45

6.5 1.8 0.26

2.2 0.61 -0.22

9.2 2.6 0.41

22. 6.2 0.79

0.18 0.050 -1.30

0.83 0.23 -0.63

0.92 0.26 -0.59

0.83 0.23 -0.64

0.074 0.021 -1.69

6.6 1.8 0.26

1.4 0.40 -0.40

0.60 0.17 -0.77

0.18 0.052 -1.29

0.20 0.056 -1.25

5.0 1.4 0.15

0. 1

1

0.030 —1.52

0.19 0.053 -1.27

2.0 0.58 -0.24

0.72 0.20 -0.69

0.72 0.20 -0.69

1.2 0.35 -0.46

0.18 0.050 -1.30

3.0 0.86 -0.07

1.2 0.33 -0.48

0.47 0.13 -0.87

0.91 0.26 -0.58

0.052 0.015 -1.82

1.3 0.38 -0.43

3.2 0.93 -0.03

0.51 0.15 -0.84

0.32 f\ C\C\ 1 0.091 1 /\ A -1.04

1.2 0.33 -0.48

2.7 0.78 -0.11

1.0 0.30 -0.53

2.4 0.70 -0.15

3.1 0.90 -0.04

0.11 0.033 -1.48

0.42 0.12 -0.92

0.36 0.10 -0.98

0.091 0.026 -1.58

0.63 0.18 -0.74

3.4 0.99 -0.00

0.12 0.035 -1.46

0.28 0.083 -1.08

0.16 0.048 -1.32

345
Wavelength Spectrum Energy Levels &A gf Loggf

A K IQS/sec

4428.46 Ru I 8771 - 31346 U.59 0. 17 -0.76

4439.76 Ru I 10655 - 33172 1 A

1 .4 U.41 —0.39

4444.51 Ru I 8044 - 30537 U. 1 3 0.037 —1.43

4449.34 Ru I 8575 - 31044 0.73 0.22 -0.67

4460.04 Ru I 8771 - 31 186 1.9 0.57 -0.25

4467.26 Ru I — AibiX O.yb A O A

u.zy —0.54

4473.93 Ru I 6545 - 28891 U. I / A A? 1 U.Uj 1

1 oo —i.zy

4479.41 Ru I 13646 - 35964 A 1 O A AC C U.U55 —1.26

4480.45 Ru I 15054 - 37367 1.5 0.46 -0.34

4482.03 Ru I 1 1786 - 34091 0.13 0.039 -1.41

4488.39 Ru I 8771 - 31044 OA J

f\ C\A A U.U44 —1.35

4490.24 Ru I 8084 - 30348 U.U / J A AO 1 U.UZ J

1 A —1.64

4491.68 Ru I 13982 - 36239 U.iz A AA^ u.uy6 —1.02

4498.14 Ru I 9121 - 31346 0.64 0.19 -0.71

4510.10 Ru I 8084 - 30250 0.16 0.049 -1.31

451 1.20 Ru I 13646 - 35807 U.JO A 1 '7 U. 1 / —U. lb

4516.89 Ru I 1 1447 - 33580 U. / j A O T U.Zj f\ n A —U.64

4517.82 Ru I 9058 - 31186 U.JO A 1 U. IZ ^\ Al —u.yj

4520.95 Ru I 9073 - 31186 0.19 0.059 -1.23

4530.85 Ru I 15054 - 371 19 0.62 0.19 -0.72

4543.69 Ru I 9184 - 31 186 U.U4o A A 1 C U.Ul J —l.OJ

4547.33 Ru I 7483 - 29468 U. 1 y u.Ujy —1 .Zj

4547.85 Ru I 13982 - 35964 U. /4 U.Zj —U.o4

4549.43 Ru I 8044 - 30018 0.035 0.011 -1.97

4549.96 Ru I 23393 - 45365 4.2 1.3 0.12

4552.1

1

Ru I 8575 - 30537 f\ r\c A U.Uo4 A AOA U.UZU —1 TA 1. /U

4554.51 Ru I 6545 - 28495 A Z 4.5 1 A

1 .4 A 1 C

U. 1 J 4559.98 Ru I 9121 - 31044 A 1 Q U. 1 y A ACQ U.Ujo —1 O/l 1.Z4

4562.60 Ru I 15054 - 36965 0.20 0.062 -1.21

4564.69 Ru I 9058 - 30959 0.064 0.020 -1.70

4580.07 Ru I 1 1753 - 33580 A TI A AT) U.U/Z —1.14

4584.44 Ru I 8084 - 29891 z.z A /CO U.oo A 1 "7 —U. 1 / 4587.10 Ru I 11786 - 33580 A 1 C

U. 1

5

A A/1 O U.U4o 1 1

0

—1 .iZ

4591.10 Ru I 9184 - 30959 0.18 0.058 -1.24

4592.52 Ru I 10624 - 32392 0.38 0.12 -0.92

4596.71 Ru I 23453 - 45022 < 0 J.O 1 c 1.0 U.Z / 4599.08 Ru I 10655 - 32392 AU.ozO A OA U.Zo A CQ —U.JO

4601.76 Ru I 11447 - 33172 A 1 "7 U. 1 / A AC /I U.Uj4 —1 OA 1 .Zo

4605.66 Ru I 15054 - 36760 0.33 0.11 -0.98

4612.32 Ru I 8575 - 30250 0.030 0.0096 -2.02

4635.69 Ru I 9620 - 31 186 A O U.Zo A ACQ u.uoy —11 .Uj

4645.09 Ru I 20056 - 41578 O.J T A Z.U All U.J 1 4647.61 Ru I 8084 - 29595 A n a

U. /O U.Zj A A 1 U.D 1 4654.32 Ru I 9058 - 30537 0.40 0.13 -0.89

4669.14 Ru I 14827 - 36239 0.17 0.054 -1.27

4669.98 Ru I 7483 - 28891 A A/;o U.UoZ A AO A U.UZU —1 AQ

4674.65 Ru I 1 1786 - 33172 AU.Zo A AO 1 u.uy 1 —I (\A 1 .U4

4681.79 Ru I 9184 - 30537 A y1 A U.4U All U. 1

J

^J.OO

4684.02 Ru I 8084 - 29427 A 1 Q U.U04

4690.11 Ru I 8575 - 29891 0.33 0.11 -0.96

346
Wavelength Spectrum Energy Levels

A K

4709.48 Ru I 9121 30348

4720.92 Ru I 16191 — 37367 /mi IT 473 l.Ji Ru I A 1 1 y izi 'J AO C A 30250

4733.52 Ru I onn 1 877

1

1 AO A 1 4743.02 Ru I 225 19 43597

4756.23 Ru I 8575 29595

4757.84 Ru I 7483 — 28495

Ru I 27507 A Ct A C\/\ 48490

4769.30 Ru I 6545 27507

4773.15 Ru I 1 1447 32392

4774.00 Ru I 20242 41183

4784.27 Ru I 11447 — 32343

An a A TO Ru I o c n c 8575 29427

4795.57 Ru I 0/\A A 8044 o o A 1 28891

4 /yo.44 Ru I 9058 zy8y2

4804.88 Ru I 8084 28891

4815.52 Ru I 11447 — 32208

AO t ^ 1 A 4o 1 /.i4 Ru I1 C A C /I "5 c onn

y1 O 1 O A 1 Ru I 263 13 A a c\n

/I o 1 rt 'in 403". / / Ru I 877

1

c\ A'^n 29427

4844.56 Ru I 9058 29694

4854.56 Ru I 26313 — 46906

4861.87 Ru I 10624 3 1 186

4869. 15 Ru I n A o 7483 28015

A Of\C TO 4895.32 Ru I OA A A 8044 O o >i y Z" 28466

4895.60 Ru I 10624 _ 31044

4899.25 Ru I 11447 - 31853

4903.05 Ru I 10655 t f\ A A 31044

4905.02 Ru I Of\0 A 8084 28466

4907.89 Ru I Arv c o 9058 29427

4921.07 Ru I 8575 28891

4938.43 Ru I 9184 - 29427

4955.26 Ru I 26816 A y AA 1 46991

4959.86 Ru I 26816 /< y AT^ 46972

AC\iLO C\C\ 4968.90 Ru I 8771 ^ O O A 1 28891

4974.12 Ru I 22162 42261

4976.20 Ru I 26816. - 46906

A C\OC\ 1 c Ru I 9620 29694

4983.45 Ru I AA C O 9058 A ^ 1 A 291 19

4987.26 Ru I 9073 291 19

4992.74 Ru I 7483 27507

5011.23 Ru I 9620 — 29570

5014.95 Ru I 9184 291 19

5026. 18 Ru I 8575 28466

5028. 16 Ru I

1 Ay c c 10655 30537

5040.35 Ru I 20934 40768

5040.74 Ru I 9058 28891

5047.31 Ru I 9620 29427

5057.33 Ru I 6545 26313

5062.64 Ru I 13982 33729

gA gf Loggf

108/sec

1 Q A (^1 —n TA U.ZU

A AQ^ 1 (V)

1 .UZ

f\ 1 Q

' U. 1 7 A A*;') 111 1 .Z i 0.14 0.047 -1.33

2.0 0.68 -0.17

n nil A AT/; U.UZo —11 .58

U.4U A 1 1

U. 1 J —U.o / 4.5 1 5 A 1 C U. 1 o 0.057 0.020 -1.71

0.051 0.018 -1.76

I .u A "J < U.J J

(\ AC. —U.4o

nil U. 1

1

A A1Q —1/11 1.41

U.U3 / A A1 1 U.Ul J —1 OQ 1.07

0.032 0.011 -1.96

0.057 0.020 -1.71

U.Uj J A A 1 Q U.Ul y

1 TX

u.ou A 0 1 U.Z 1

(\ /TO

U. 1 z A A/IT U.U4Z 1 1

C

I.JO

7.1 2.5 0.40

0.020 0.0070 -2.15

U. 14 A A/1C U.U4o 11 . jZn

1 ^ J.J 1 T 1 .Z A 1 A U. 1

U

n 1 /I U. 1

4

A A^ 1 U.Uj 11 TO 1 .Ly

0.39 0.14 -0.86

0.058 0.021 -1.68

U.Z4 A Afi^ U.Uoo —l.uo n 1 ^

U. 1

5

A (\<A U.U54

U. /Z A T/; u.zo —u.5y

0.029 0.010 -1.98

0.11 0.041 -1.38

u.zz A AfiA U.UoU 1 1 A 1 . 1 u

U. 1 o A AA^ U.UO 3

1 1 fi 1 . 1 o

A 1 4. / A AO U.oo

6.4 2.4 0.37

0.13 0.049 -1.31

1 .Z (\ A< U.4j —U.J J

1 1 A 1 4. / A AT U.O / U. 1 / A A^T U.UOZ —1 T 1 1 .Z 1 0.047 0.018 -1.75

0.047 0.018 -1.75

U.Udo A AT ^ U.UZj 1 AA 1 .oU

u. 1 o A AA 1 U.UO 1 —1 T 1 l.Z 1 U.Uo J A A1 1 U.Uj 1 —1 ^ A 1 .5U

0.069 0.026 -1.58

0.089 0.034 -1.47

n fin A lA U.3U —U.5Z

U.UZo A A 1 1 U.U 1 1 —1 .y / n n/;<

.

U.Uoj A AT U.UZ5 —1 AA 1 .oU

A 1 8 U. 1 o A AT 1 U.U/ 1 —1.15 1 1 ? 0.071 0.027 -1.57

347
Wavelength Spectrum Energy Levels

A K

5072.97 Ru I 9184 — 28891

jU /o.jz. KU I I UOJ J mi A Q JKJJHO

5093.83 Ru I 9492 — 29119

5107.07 Ru I 12817 — 32392

5123.73 Ru I 1 1447 - 30959

5127.26 Ru I 9620 — 29119

< 1 "2"J CO r\U 1 "1^17? JJl/Z.

5136.55 Ru I 8044 — 27507

5142.76 Ru I 8575 — 28015

5147.24 Ru I 8084 — 27507

5151.07 Ru I 9058 — 28466

Rn I 1 1 78^i T. 1 1 8^^ J 1 1 OD

5155.14 Ru I 9073 — 28466

5160.00 Ru I 9121 — 28495

5171.03 Ru I 7483 — 26816

5195.02 Ru I 8771 — 28015

< 1 QQ 87 KU 1 Zy I OU

5202.12 Ru I 20056 — 39273

5213.43 Ru I 28495 - 47671

5223.55 Ru I 12207 - 31346

5242.38 Ru I 10624 — 29694

J Z.J l.O 1 Rn I I\U 1 1 zo 1 / J1 11 8S^ O J J 5257.07 Ru I 30537 — 49554

5266.47 Ru I 20934 — 39917

5266.83 Ru I 20056 — 39037

5280.82 Ru I 8575 — 27507

Rn I t\U 1 OJHJ

5291.16 Ru I 9121 — 28015

5304.86 Ru I 9620 — 28466

5309.27 Ru I 7483 — 26313

5315.33 Ru I 20934 — 39742

Rn T KU I jLiyL

5335.93 Ru I 8771 — 215^1

5377.84 Ru I 28495 - 47085

5385.88 Ru I 13646 - 32208

5401.39 Ru I 13699 — 32208

J't 1 o.oD RnKU I

1 Q0S8 77^07

5427.59 Ru I 28572 — 46991

5452.71 Ru I 28572 — 46906

5454.82 Ru I 31186 — 49513

5456.13 Ru I 9184 — 27507

J</17^ t / J . 11 8o RnKU I1 5479.40 Ru I 31346 — 49591

5480.30 Ru I 30280 — 48522

5484.32 Ru I 8084 — 26313

5484.64 Ru I 12817 — 31044

5496.69 Ru I 20056 38243

5501.02 Ru I 30348 48522

5510.71 Ru I 12207 30348

5512.37 Ru I 30250 48386

gA gf Loggf

10®/sec

0.079 0.030 -1.52

0.15 0.059 -1.23

0.18 0.071 -1.15

0.18 0.072 -1.15

0.037 0.014 1 OA -1.84

0.049 0.019 -1.72

0.19 0.076 -1.12

0.31 0.12 -0.91

0.12 0.046 -1.34

0. 15 0.059 —1.23

0.081 0.032 -1.49

0.088 0.035 -1.46

0.39 0.15 -0.81

0.041 0.016 -1.79

0.45 0. 18 —0.75

0.13 0.051 -1.29

16. 6.5 0.81

0.76 0.31 -0.51

8.0 3.2 0.51

0.12 0.048 -1.32

0.044 0.018 -1.74

0.11 0.045 -1.35

10. 4.2 0.63

0.79 0.33 -0.48

0.62 0.26 —0.59

0.024 0.0100 -2.00

0.045 0.019 -1.73

0.028 0.012 -1.94

0.063 0.027 -1.58

0. 11 f\ f\ AO 0.048 —1.32

0.25 0.11 -0.97

0.096 0.041 -1.39

0.064 0.027 -1.56

10. 4.4 0.65

0.15 0.066 1 1 O —1.18

0.092 0.040 -1.40

0.024 0.011 -1.97

8.1 3.6 0.55

2.0 0.88 -0.05

21. C\ A. 9.4 {j.y/

0.057 0.026 -1.59

3.6 1.6 0.21

14. 6.4 0.81

5.8 2.6 0.42

0.035 0.016 —1.80

0.031 0.014 -1.85

0.34 0.16 -0.81

2.9 1.3 0.12

0.18 0.084 -1.07

4.2 1.9 0.29

348
Wavelength Spectrum Energy Levels

A K

5517.86 Ru I 15054 - 33172

5521.78 Ru I 31186 49291

5530 99 Ru I 20934 39009

5540 66 Ru I 12207 30250

5556.52 Ru I 8044 26036

5559.75 Ru I 7483 — 25465

5569.03 Ru I 8084 26036

5603 14 Ru I 10624 28466

5606 73 Ru I 29160 46991

5629 79 Rii I 22519 40277

5636.24 Ru I 8575 - 26313

5641.66 Ru I 12817 30537

5649 56 Ru I 9121 26816

5653 30 Ru I 12207 29891

5665 20 Ru I 13699 31346

5679.63 Ru I 22293 - 39894

5699.05 Ru I 8771 26313

5724.82 Ru I 12817 30280

5725.73 Ru I 8575 26036

5745.99 Ru I 13646 31044

5747.47 Ru I 21643 — 39037

5752.02 Ru I 8084 — 25465

5756 83 Ru I 1 1753 291 19

5161.92 Ru I 1 1786 291 19

5804 39 Rh I 23393 ^ J J y J 40616

5814.98 Ru I 9121 - 26313

5828.06 Ru I 15054 — 32208

58^^ 7 1 Rii 1 30^48 47487 H" / *-rO / ^591y 1 9y • 34 Ru I 8575 25465

5921 45 Rn T \ 0624 27507

5926.87 Ru I 16713 - 33580

5932.38 Ru I 9184 26036

5936.65 Ru I 30348 47188

5951.15 Ru I 15054 31853

5973 38 Ru I 30348 47085

5914A1 Ru I 20934 — 37668

5988.67 Ru I 8771 25465

5993 65 Rn I 1 1786 28466

61 16 77 Ru1 \ Ll I1 9121 25465

6199.42 Ru1 \ Ll 1 17046 33 172

6225.20 Ru I 11447 - 27507

6284.49 Ru I 22293 — 38200

6295 22 Ru I 23393 39273

6330 62 Ru I 25465 41 256

6336 12 Ru1 \ Li I1 22519 38297 J Kj y 1

6363 41 Rn T 441 76

6376.45 Ru I 12817 28495

6390.23 Ru I 23393 39037

6417.57 Ru I 34773 50351

6444.84 Ru I 27507 43019

gf Loggf

108/sec

0.025 0.01

1

-1X t 95y ^

3-J • 1 1.4 0.15

0.19 0.088 -1.05

0.033 0.015 -1.82

0.0050 0.0023 -2.64

0 033 0 015 -1.82

0 0044 0 0021 -2 69

0 018 0 0083 -2 08

2.1 0.98 -0.01

0.25 0.12 -0.93

0.13 0.064 -1.20

0.016 0.0076 -2.12

0 003 5 0 001

7

-2 78

0.0083 0.0040 -2.40

0.020 0.0097 -2.01

0.34 0.16 -€.79

0.086 0.042 -1.38

0.019 0.0093 -2.03

0.0057 0.0028 -2.55

0.028 0.014 -1.86

0 27 0 13 -0 88

0 0039 0 001

9

—2 71/ 1 0 01

1

V- V 1 1 0\J • 0054 \J\J ^ T -2.27

0.011 0.0055 -2^26

0.42 0.21 -0.67

0 03

1

0 016 -1.80

0 020 0 010 -2L. . 00\J\J 2.9 11 • 5 0W- 171 / o!o2o 0.011 -1.98

0.053 0.028 -1.55

0 079 0 042 -1 38

0 012 0 0062 -2.21

1.4 0.73 -0V/- 13X ^ o!oi8 0!0097 -2.01

3.6 1.9 0.29

0.095 0.051 -1.29

0 0061 0xJ . 0033 \J\J ^ _J -2 49

0.030 0.016 -1.80

0.0072 0.0041 -2.39

0.092 0.053 -1.27

0 019 0 01

1

\J*\J X X -1I . 96y\j

0v. 141 ^ 0 080 -\X ' 10X\J

0 37 0.22 -0 66

0.46 0^28 -0.56

0.14 0.084 -1.07

0 74 0 45 -0 35

0\j . 0089 \J\J vj y 0\J • 0054 \J\J ^ " -2 27

0 30 0V/. 181 o -0 74

2 9 11 • 8LJ 0 25

1.5 0.96 -0.02

349
Wavelength Spectrum Energy Levels gA gf Logg]

A IV lO^/sec

6496 \.f ^ y \j • 441 1 Rn1\ T U. 1 27507 47895 0.45 0.29 -0.54

6560 45 Rn T 23005 38743 0.061 0.040 -1.40

6593.74 Ru I 17046 — 32208 0.011 0.0073 -2.14

6618.20 Ru I 16240 — 31346 0.021 0.014 -1.87

6663 14 Rn I 7801 S 4'^01 9 1.6 1.1 0.03

6690 00 Rn I 263 1 3 41 7 S6 2.4 1.6 0.21

6707 52 Rn I 23393 jy38797 o^y f 0.21 0.14 -0.84

6718.30 Ru I 28015 — 42895 1.1 0.74 -0.13

6730.45 Ru I 16191 — 31044 0.038 0.026 -1.58

6756 54 Rn1\ Li. I1 ^32392 J y £m 471 88 1.8 1.3 0.10

6766 \J / \J\J • 95y ~J Rn1 \ LI I1 291 1

9

^ y V V y 43892 2.1 1.4 0.15

Ru I 1 7097 3 1 853 0.10 0.072 -1.14

6787.23 Ru I 15550 - 30280 0.027 0.019 -1.73

6813.51 Ru I 22293 — 36965 0.12 0.082 -1.08

6823 88 Rn I 29694 6m yyj y^ AA2AA 1.7 1.2 0.06

6824 1 7 Rn T 28466 43 1 1 6 1.7 1.2 0.07

6831 52 Rn I 2 5643 40777 0.26 0.18 -0.73

6911.48 Ru I — 43892 3.2 2.3 0.36

6923.23 Ru I 26816 — 41256 6.0 4.3 0.64

6982 01 Rn I 27507 41 875 1.8 1.3 0.12

7027 / VJZ. 1 ,y\j 98 Rn I 78891 ^ O O -7 1 4^ 1 1 6 2.6 1.9 0.28

7086 06 Rn I 1 uz-Hv 0.024 0.018 -1.75

7087.35 Ru I 12207 — 26313 0.01

1

0.0080 -2.10

7141.72 Ru I 17046 — 31044 0.012 0.0089 -2.05

721 9 26 Rn I 75603 3945

1

0.22 0.17 -0.76

Rn I 2801 5 41 825 2.5 1.9 0.29

7322 56 Rn T 1 6240 29891 ^ y \j y I 0.019 0.016 -1.81

7393.93 Ru I 29595 — 43116 1.6 1.3 0.13

7468.91 Ru I 30959 — AA3AA 2.6 2.2 0.34

7485 79 Rn I 30537 43892 3.4 2.9 0.46

7499 / y y * 751 ^ Rn I 28495 41 825 5.1 4.3 0.64

1521 07 Rn I y 1 38200 0.19 0.16 -0.80

7559.61 Ru I 29891 — 43116 2.8 2.4 0.38

7612.94 Ru I 31044 — 44176 0.76 0.66 -0.18

7621 50 Rn I fx U. 1 3 1 8S3 44970 3.2 2.8 0.44

7722 87 Rn I 1 5550 78495 0.031 0.027 -1.56

7779 Ql Rn r rv u 1 D\jy J y 4'^897 J o yz. 0.71 0.64 -0.20

7791.86 Ru I 31346 — 44176 3.2 2.9 0.47

7806.82 Ru I 37367 — 50173 2.8 2.6 0.41

/ O 1 J) .HJJ Rn T 7n9'l4 jj/ L^y 0.020 0.019 -1.73

7829 8

1

Rn ! 1 \ U. 1 30250 4301 9 0.47 0.43 -0.37

7833 39 Rn I 37708 44970 0.98 0.90 -0.05

7841.90 Ru I 36543 — A'^l^X 3.4 3.1 0.49

7847.80 Ru I 30280 — 43019 3.3 3.0 0.48

7881 49 Rn I rv u. 1 78S77 41 756 5.2 4.8 0.68

7890 37 Rn I r\u. 1 30348 4301 9 1.7 1.6 0.20

7924 43 Rn I 30780 47896 *-rZ,0 y\j 1.6 1.6 0.19

Rn I J Z.J yjL 0.99 0.94 -0.03

7967.84 Ru I 30348 42895 0.92 0.88 -0.06

8112.47 Ru I 31853 AAlie 1.3 1.3 0.12

350
Wavelength Spectrum Energy Levels

A K

8264.96 Ru I 29161 - 41256

8348.98 Ru I 31044 - 43019

8352.94 Ru I 32208 - 44176

8435.77 Ru I 3 1044 - 42895

8473.64 Ru I 33172 - 44970

8483.56 Ru I 32392 - 44176

8710.84 Ru I 30348 - 41825

8724.98 Ru I 20934 - 32392

8777.36 Ru I 33580 - 44970

gA gf Log gf

108/sec

1.2 1.2 0.09

1.2 1.3 0.10

0.97 1.0 0.01

0.39 0.42 -0.38

2.1 2.3 0.36

1.7 1.8 0.26

1.9 2.1 0.33

0.083 0.095 -1.02

1.8 2.1 0.32

351
Wavelength Spectrum Energy Levels

A K

2334.96 Ru II 10151 — 52964

T T 11 1 U 1 .3 1 jzozu

2357.91 Ru II 9152 — 51549

2375.63 Ru II 11604 — 53685

2396.71 Ru II 9152 — 50863

2402.72 Ru II 9152 — 50758

ZfU / . y Z. r\U 11 I 1 'XC\A I I jyJH JZOZU

2414.82 Ru II 10151 — 51549

2455.53 Ru II 10151 — 50863

Ru II 10852 — 51549

2456.57 Ru II 10151 — 50845

•7/178 Q1 KU II 1 na <7 I Uo jZ ^ 1 1 7Q J I 1 / 7

2481.11 Ru II 29019 — 6931 1 2493.69 Ru II 26109 - 66199

2494.48 Ru II 11304 - 51380'

2495.69 Ru II 27545 — 67602

74QR A7 I\U 11 11

11 jyJH mA ^ 1 1 7 J 1 J 1 / 2498.57 Ru II 10852 — 50863

2507.01 Ru II 11304 — 51 179

2513.32 Ru II 11604 — 51380

2517.32 Ru II 11604 — 51317

Z J J J . J 7 rvU 11 ZD-' 1 1 DOJ J o 2543.25 Ru II 25952 — 65260

2656.25 Ru II 25952 — 63588

2661.17 Ru II 25952 — 63518

2661.61 Ru II 9152 — 46711

ZOO / .'fVJ RnI\U 11 7AZO 11 HQVy /^"X <;88 Dj Joo

2678.76 Ru II 9152 — 46471

2687.50 Ru II 26109 - 63308

2692.06 Ru II 10151 — 47285

2712.41 Ru II 10852 — 47708

777 '\ Al RnKU T T 11 1 1 "ICiA 2734.35 Ru II 10151 — 46711

2747.97 Ru II 11604 — 47984

2752.45 Ru II 10151 — 46471

1151.11 Ru II 19379 — 55695

Z / OJ.^H Rn 70^ ZUJ 11 JS JOOOJ 2768.93 Ru II 11604 — 47708

2778.38 Ru II 11304 - 47285

2787.83 Ru II 10852 — 46711

2806.74 Ru II 21646 — 57263

7Zo'+ 8/111 ^8 .Do RnKU II ZUj 1 J J J07J

2882.12 Ru II 19379 — 54065

2927.54 Ru II 20515 — 54663

2945.67 Ru II 19379 — 53317

2963.40 Ru II 21246 — 54981

2965.55 Ru II 20515 54225

2976.59 Ru II 19379 52964

2977.23 Ru II 21646 55224

2979.96 Ru II 21246 54794

gf Loggf

lu /sec

27. 2.2 0.34

46. 3.8 0.58

38. 3.2 0.51

30. 2.5 0.40

7Z.D (\ A 1 U.41

247. 21. 1.33

67. 5.8 0.77

23. 2.0 0.29

103. 9.3 6.97

Q7y L. 8 1 O.J n Q7

205. 19. 1. 11

164. 15. 1.18

54. 5.0 0.70

119. 11. 1.04

78Zo. 7Z.O n /i7 U.4Z

158. 15. 1.17

84. 7.9 0.90

78. 7.3 0.87

154. 15. 1.16

Oo. O.J n 8

1

U.o 1

68. 6.5 0.81

277. 27. 1.43

118. 11. 1.06

50. 5.3 0.72

A 1 4 I

.

A A n A/i U.04

85. 9.0 0.95

58. 6.2 0.79

167. 18. 1.25

50. 5.4 0.73

QQyy.

1

1

1 1

.

67. 7.4 0.87

49. 5.5 0.74

82. 9.2 0.96

13. 1.5 0.17

1 aI o. 7 1 Z. 1 n 17

85. 9.6 0.98

46. 5.3 0.73

31. 3.6 0.56

31. 3.6 0.56

1 < D.J nU. <AJ4

49. 5.8 0.77

44. 5.3 0.72

56. 7.0 0.85

41. 5.2 0.72

1 7 <

I / J. 7

1

Z J. 11 iA . jO

21. 2.8 0.45

177. 23. 1.37

127. 17. 1.23

55. 7.3 0.86

84. 11. 1.05

352
Wavelength Spectrum Energy Levels

A K

2991.62 Ru II 21246 - 54663

3177.05 Ru II 19379 - 50845

gA gf Loggf

108/sec

42. 5.6 0.75

40. 6.0 0.78

353
Wavelength Spectrum Energy Levels

A K

2029.49 Sb I 16396 _ 65653

2039.77 Sb I 9854 _ 58863

2049.57 Sb I 8512 - 57287

2068.33 Sb I 0 48332

2098.41 Sb I 8512 56152

2118.48 Sb I 18464 65653

2127.39 Sb I 0 46991

2139.69 Sb I 8512 55233

2144.86 Sb I 8512 55121

2175.81 Sb I 0 45945

Sb I 9854 55728

2201.32 Sb I 16396 61809

2208.45 Sb I 9854 — 55121

2220.73 Sb I 8512 53528

2224.93 Sb I 8512 53443

Sb I 16396 60581

2288.98 Sb I 9854 53528

2293.44 Sb I 9854 - 53443

2306.46 Sb I 16396 59738

231 1.47 Sb I 0 43249

2360.50 Sb I 16396 58747

2373.67 Sb I 18464 60581

2383.64 Sb I 18464 - 60404

Sb I 18464 59738

Sb I 16396 57597

2445.51 Sb I 8512 49391

2474.57 Sb I 18464 58863

2478.32 Sb I 16396 - 56733

2480.44 Sb I 16396 56699

2510.54 Sb I 8512 48332

2528.52 Sb I 9854 49391

2554.64 Sb I 18464 57597

2574.06 Sb I 16396 — 55233

2598.05 Sb I 8512 46991

Sb I 18464 56733

2652.60 Sb I 18464 56152

2670.64 Sb I 8512 45945

2682.76 Sb I 18464 — 55728

2692.25 Sb I 16396 53528

2718.90 Sb I 18464 55233

2727.23 Sb I 18464 55121

2769.95 Sb I 9854 45945

2851.11 Sb I 18464 — 53528

2877.92 Sb I 8512 43249

3029.83 Sb I 16396 49391

3232.52 Sb I 18464 49391

3267.51 Sb I 16396 46991

3383.15 Sb I 16396 45945

3637.83 Sb I 18464 45945

3722.79 Sb I 16396 43249

gA gf Loggf

lU°/sec

1.5 0.090 -1.05

2.2 0.13 -0.87

5.4 0.34 -0.47

'

6.3 0.41 -0.39

3.6 0.24 -0.62

1.5 0.10 -0.99

0.43 0.029 -1.53

3.4 0.23 -0.63

3.4 0.23 -0.64

2.5 0.18 -0.75

2.5 0.18 -0.74

1.4 0.100 -1.00

2.4 0.18 -0.75

1.5 0.11 -0.97

0.72 0.054 -1.27

3.7 0.29 -0.54

0.60 0.047 -1.33

2.1 0.16 -0.78

2.1 0.16 -0.78

1.5 0.12 -0.93

0.99 0.083 -1.08

2.2 0.19 -0.73

2.2 0.19 -0.72

2.2 0.19 -0.72

2.8 0.25 -0.60

3.0 0.27 -0.56

0.94 0.087 -1.06

8.1 0.74 -0.13

1.6 0.14 -0.84

0.42 0.040 -1.40.

56. 5.4 0.73

0.59 0.058 -1.23

3.3 0.32 -0.49

64. 6.4 0.81

16. 1.6 0.22

15. 1.5 0.19

3.0 0.33 -0.49

6.2 0.67 -0.17

1.8 0.19 -0.72

7.3 0.81 -0.09

2.1 0.24 -0.62

7.5 0.86 -0.06

2.6 0.32 -0.50

5.7 0.70 -0.15

10. 1.4 0.16

22. 3.5 0.54

11. 1.8 0.26

1.0 0.17 -0.76 ^

1.1 0.22 -0.66

0.26 0.054 -1.27

354«
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

4033.55 Sbi 18464 - 43249 0.23 0.055 -1.26

355
Wavelength Spectrum Energy Levels gA gf Loggf

A K lO^/sec

2692.78 Sc I 0 1 2 0 1 3 —0VJ. 89O y 2706 77 Sc I 0 — 36934 3 4 0 ^7 —0 4^

2101.95 Sc I 168 - 37086 2.0 0.22 -0.66

2711.35 Sc I 168 - 37040 5.6 0.62 -0.21

2965 86 Sc 1 0 - 33707 1 4 0 18 —0 7^

2974.01 Sc I 0 - 3361

5

4 9 0 65 —0W. 11 9y 2980 75 Sc I 1 68 — 33707 6 0 0 80 —0 10

2988.95 Sc I 168 - 33615 1.4 0.18 -0.74

3015.36 Sc I 0 - 33154 7.8 1.1 0.03

301 9 34 Sc I 1 68 — 33279 9y . 9y 1 4 0 1 ^

3030 76 OSrO T1 11 68\j\J — 33 1 54 11 . 3 0 1 8 —0 74

J325SJ .\jy 69 0 — ^0707 0 57

3269.91 Sc I 0 - 30573 9.1 1.5 0.16

3273.63 Sc I 168 - 30707 12. 1.9 0.28

3416 68 Sc I 1 5757 - 45016 1

1

2 0 0V/. 29^ y

3418 51 kjScO I1 1 5882 - 45126 171 / < 3 0 0 48

341 9 36 Sc I 1 5673 — 44910 8 1 1 4 0 1 5 3429.21 Sc I 15757 - 44910 25. 4.3 0.64

3429.48 Sc I 15673 - 44823 24. 4.2 0.63

3431 36 Sc I 15882 - 45016 34 5 9 0 77

3435 56 Sc I 16027 - 45126 70 12 1 09

1 5757 — 44823 1 1 1 9 0 28

3448.49 Sc I 16027 - 45016 8.5 1.5 0.18

3457.45 Sc I 16211 - 45126 35. 6.3 0.80

3462 1 9 Sr I 16141 — 45016 23 4 1 0 61

^469 f>5 Sc I 1 601

0

- 44823 1

6

2^ . 9y 0 46

^471 n OScO 1I — 4482^ 1

1

7 4 0 39

3498.91 Sc I 16027 - 44599 23. 4.2 0.62

3907.49 Sc I 0 - 25585 12. 2.7 0.44

J"^Ql y I

1i . 81o i Sc I111 68uo — 95775 1 J

.

0 57

3933 38 Sc I 1 68 — 25585 2 7 0 62 -0 21

J3996 y y\j»\j611 Sc I 0 — 25014 2 9y 0 69 -0 16

4020.40 Sc I 0 - 24866 10. 2.4 0.39

4023.69 Sc I 168 - 25014 10. 2.5 0.41

4030 67 Sc I 16023 — 40826 10J. yjt 2 5 0.39

4031 39 Sc I 1 5757 - 40555 6 1 1.5 0.17

4034 23 KJ\J T1 16022 - 40803 4 5 11 • 11 0.04

4043.80 Sc I 15882 - 40604 9.5 2.3 0.37

4046.48 Sc I 16097 - 40803 9.1 2.2 0.35

4047 79 Sc I 1 68 — 24866 1 4 0 33 -0.48

4049 95 Sc I 16141 — 40826 V7 O V7 5 6 1 4 0.14

Sc I 0 — 74657 7 7 0 66 -0 18

4056.59 Sc I 16027 - 40671 9.7 2.4 0.38

4074.97 Sc I 16022 - 40555 6.6 1.7 0.22

4078 '-T\J /O.J/57 Sc I 16010 — 40521 6 6 1 6 0.21

Sc I 1 UO — 74657 7 9y 0 74 -0 13

Sc I 1 U 1 H1

HUUU*T 8O. 7/ 2 2 0 34

Sc I I Dii. 1 1 — 40671 1 8 4.4 0.65

4093.13 Sc I 16097 - 40521 1.6 0.41 -0.38

4094.85 Sc I 16141 - 40555 2.9 0.72 -0.14

356
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

4098.35 Sc I 1621

1

40604

4100.33 Sc I 15042 39424

4133.00 Sc I 15673 — 39861

4140.30 Sc I 15757 — 39903

4147.40 Sc I 15757 — 39861

4152.36 Sc I 15882 39958

4161.88 Sc I 15882 39903

4165.19 Sc I 16027 — 40028

4171.56 Sc I 15757 — 39722

4187.62 Sc I 15882 — 39755

4205.20 Sc I 16027 39800

4212.34 Sc I 16022 I 39755

4212.49 Sc I 16023 — 39755

4216.10 Sc I 16010 — 39722

4218.26 Sc I 16022 — 39722

4219.73 Sc I 16010 39701

4221.88 Sc I 16022 39701

4225.59 Sc I 16141 — 39800

4233.61 Sc I 16141 39755

4238.05 Sc I 16211 39800

4239.57 Sc I 16141 7)9111

AlA(i.\l Sc I 16211 39755

4348.53 Sc I 15882 — 38872

4358.64 Sc I 16023 — 38959

4389.60 Sc I 16097 — 38872

4542.55 Sc I 14926 36934

4544.68 Sc I 15042 I 37040

4557.24 Sc I 21400 — 43337

4573.99 Sc I 21480 — 43337

4592.94 Sc I 21400 — 43167

A C C\Ci AC 4598.45 Sc I 21480 AillX

4609.95 Sc I 21480 I 43167

4706.97 Sc I 18516 39755

4709.34 Sc I 18571 — 39800

4728.77 Sc I 11610 32752

Sc I 1 1558 32697

4732.30 Sc I 16023 37148

4734.10 Sc I 11520 32637

4737.65 Sc I 11558 32659

4741.02 Sc I 11610 32697

A^ A'^ O 1 4743.81 Sc I 1 1677 32752

4753.16 Sc I 0 21033

4779.35 Sc I 168 — 21086

4791.50 Sc I 168 — 21033

4827.28 Sc I 17948 — 38658

4833.67 Sc I 17919 38602

4839.44 Sc I 18000 38658

4840.47 Sc I 17948 38602

4847.68 Sc I 17948 38571

4852.68 Sc I 18000 38602

2.4 0.61 -0.22

2.1 0.52 -0.28

16. 4.0 0.61

19. 4.9 0.69

2.4 0.61 -0.21

11. 6.9 0.84

3.2 0.84 -0.08

42. 11. 1.04

2.3 0.60 -0.22

2.3 0.61 -0.21

2.8 0.73 -0.13

2.3 0.62 -0.21

1.6 0.42 -0.38

2.7 0.72 -0.14

3.9 1.0 0.01

3.9 1.0 0.01

1.3 0.36 -0.44

3.2 0.85 -0.07

7.1 1.9 0.28

14. 3.9 0.59

3.1 0.84 -0.08

3.5 0.96 -0.02

0.79 0.22 -0.65

3.2 0.92 -0.04

1.3 0.37 -0.44

1.1 0.35 f\ AC —0.45

1.6 0.49 , -0.31

13. 4.0 0.60

16. 5.1 0.71

6.7 2.1 0.33

6.8 1.1 0.33

4.5 1.4 0.15

5.2 1.7 0.24

5.3 1.8 0.25

1.2 0.41 -0.39

3.0 1.0 0.00

0.84 0.28 -0.55

3.5 1.2 0.08

4.2 1.4 0.15

4.8 1.6 0.21

7.3 2.5 0.39

0.045 0.015 -1.82

0.050 0.017 -1.76

0.020 0.0070 -2.15

3.3 1.1 0.06

3.2 1.1<* 0.05

5.6 2.0 0.29

1.3 0.46 -0.34

2.6 0.91 -0.04

2.6 0.92 -0.04

357
Wavelength Spectrum Energy Levels gf Loggf

A K 10^/sec

4906.67 Sc I 16141 - 36516 1.5 0.53 -0.28

4909.76 Sc I 1621

1

- 36573 1.7 0.60 -0.22

4922.84 Sc I 16023 - 36330 1.7 0.63 -0.20

4934.25 Sc I 17919 - 38180 2.9 1.1 0.03

4935.74 Sc I 16022 - 36277 0.86 0.31 -0.50

4941.33 Sc I 17948 - 38180 2.4 0.86 -0.07

4954.06 Sc I 18000 - 38180 5.6 2.1 0.31

4973.66 Sc I 17025 - 37126 3.1 1.1 0.06

4980.37 Sc I 17013 - 37086 3.7 1.4 0.14

4983.45 Sc I 17025 - 37086 2.0 0.73 -0.14

4991.92 Sc I 17013 - 37040 3.4 1.3 0.11

5018.39 Sc I 17013 - 36934 1.9 0.71 -0.15

5021.51 Sc I 17025 - 36934 1.9 0.72 -0.15

5064.32 So I 11610 - 31351 1.2 0.47 -0.33

5070.23 Sc I 1 1558 - 31275 2.6 0.99 -0.00

5075.81 Sc I 1 1520 - 31216 1.2 0.46 -0.34

5081.56 Sc I 1 1677 - 31351 11. 4.1 0.61

5083.72 Sc I 11610 - 31275 6.0 2.3 0.37

5085.55 Sc I 1 1558 - 31216 5.1 2.0 0.30

5086.95 Sc I 1 1520 - 31 173 3.6 1.4 0.14

5087.14 Sc I 20237 - 39889 22. 8.4 0.92

5089.89 Sc I 20240 - 39881 15. 5.7 0.76

5096.73 Sc I 11558 - 31173 1.8 0.72 -0.14

5099.23 Sc I 11610 - 31216 3.0 1.2 0.06

5101.12 Sc I 1 1677 - 31275 1.8 0.71 -0.15

5210.52 Sc I 20237 - 39424 19. 7.9 0.90

5219.67 Sc I 20240 - 39392 14. 5.7 0.76

5258.33 Sc I 20237 - 39249 14. 5.6 0.75

5284.97 Sc I 20237 - 39153 1.7 0.69 -0.16

5285.76 Sc I 20240 - 39153 9.9 4.2 0.62

5301.94 Sc I 0 - 18856 0.0054 0.0023 -2.64

5331.77 Sc I 15673 - 34423 o;88 0.37 -0.43

5339.41 Sc I 15757 - 34480 1.2 0.53 -0.28

5341.05 Sc I 15673 - 34390 1.5 0.65 -0.19

5342.96 Sc I 0 - 1871

1

0.014 0.0062 -2.21

5349.30 Sc I 14926 - 33615 3.5 1.5 0.18

5349.71 Sc I 168 - 18856 0.018 0.0076 -2.12

5350.30 Sc I 15882 - 34567 0.80 0.35 -0.46

5355.75 Sc I 15757 - 34423 2.6 1.1 0.06

5356 10 Sc 1 15042 - 33707 5.4 2.3 0.37

5375.35 Sc I 15882 - 34480 3.4 1.5 0.17

5392.08 Sc I 16027 - 34567 4.9 2.1 0.33

5416.12 Sc I 16022 - 34480 0.57 0.25 -0.60

5425.57 Sc I 16141 - 34567- 0.58 0.26 -0.59

Sc I 16010 - 34423 0.56 0.25 -0.61

5432.94 Sc I 16022 - 34423 0.45 0.20 -0.70

5433.23 Sc I 16023 - 34423 0.67 0.30 -0.53

5438.22 Sc I 16097 - 34480 0.57 0.25 -0.60

5439.03 Sc I 16010 - 34390 0.67 0.30 -0.53

5442.60 Sc I 16022 - 34390 0.67 0.30 -0.53

358
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

5446.20 Sc I 1621

1

34567

5447.39 Sc I 14926 _ 33279

5451.34 Sc I 16141 — 34480

5455.21 Sc I 16097 — 34423

5465.20 Sc 1 18856 — 37148

5468.40 Sc I 16141 344z3

Sc I 16211 34480

5481.99 Sc I 15042 — 33279

5484.62 Sc I 14926 — 33154

5514.22 Sc I 14926 — 33056

C C 1 C TO 55 15.39 Sc I 1 j6 /3 1 1 TOO 33 lyy

5520.50 Sc I 15042 33151

5526.06 Sc I 15673 — 33764

5541.04 Sc I 15757 — 33799

5546.40 Sc I 15882 — 33906

5550.40 Sc I 1 8504 36516

5553.59 Sc I 18571 36573

5561.10 Sc I 18516 — 36493

5564.86 Sc I 15882 — 33847

5571.24 Sc I 18571 — 36516

5579.76 Sc I 15882 T T T C\C\ 33799

5591.33 Sc I 16027 I 33906

5593.38 Sc I 21086 — 38959

5604.19 Sc I 21033 — 38872

5631.02 Sc I 16010 — 33764

5646.36 Sc I 16141 T T O yf T 33847

5647.60 Sc I 16097 33799

5649.56 Sc I 16211 — 33906

5671.81 Sc I 11677 — 29304

5686.84 Sc I 11610 — 29190

5700.2

1

Sc I

1 1 c c o

1 1558 29096

5708.61 Sc I 11677 I 29190

5711.75 Sc I 11520 — 29023

5717.28 Sc 1 11610 — 29096

5724.08 Sc I 11558 — 29023

5919.1

1

Sc 1 18856 35746

5961.49 Sc I 21086 I 37856

5969.19 Sc I 21033 — 37781

5988.42 Sc I 17013 — 33707

6026.18 Sc I 17025 — 33615

62 10.68 Sc I 0 16097

6239.41 Sc I 0 16023

6239.78 Sc I 0 — 16022

6249.96 Sc I 18571 — 34567

6258.96 Sc I 168 — 16141

6262.25 Sc I 18516 34480

6276.31 Sc 1 168 16097

6305.67 Sc I 168 16023

6344.83 Sc I 0 15757

6378.82 Sc I 0 15673

3.5 1.6 A 1 n

0. 1 9

0.16 0.072 -1.14

1.5 0.66 -0.18

0.39 0.18 -0.76

0.49 0.22 -0.66

U.oo A 1A U.3U A

0.80 0.36 -0.44

7.0 3.1 0.50

4.7 2.1 0.33

5.0 2.3 0.36

U. 1 / A ATO —111 1 . 1

1

6.0 2.7 0.44

0.47 0.22 -0.66

0.57 0.26 -0.58

0.35 0.16 -0.80

f\ A t 0.41 A 1 n 0.19 —0.72

0.84 0.39 -0.41

0.37 0.17 -0.77

0.78 0.36 -0.44

0.41 0.19 -0.71

0. 1

5

A AT'^ 0.072 1 ^ A —1.14

1.2 0.56 -0.25

1.7 0.78 -0.11

1.0 0.48 -0.32

0.24 0.11 -0.94

A /I Q A T /I U.Z4 —U.o3

0.18 0.084 -1.08

0.60 0.29 -0.54

4.7 2.3 0.35

3.7 1.8 0.26

3.

1

1.5 A 1 OU. 1 O

0.59 0.29 -0.54

2.6 1.3 0.10

0.68 0.33 -0.48

0.51 0.25 -0.60

A zT 0.62 ATT 0.33 —0.49

1.3 0.69 -0.16

1.3 0.68 -0.17

1.0 0.54 -0.27

0.69 0.38 -0.42

0.046 A A^ n 0.027 1 CO —1.58

0.0064 0.0037 -2.43

0.023 0.013 -1.87

1.6 0.94 -0.03

0.019 0.011 -1.96

0.92 A C /I 0.54 —0.27

0.0040 0.0023 -2.63

0.055 0.033 -1.49

0.0017 0.0010 -2.98

0.0039 0.0024 -2.62

359
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

6413.35 Sc I 168 - 15757 0.0058 0.0036 -2.44

6819.52 Sc I 21086 35746 1.2 0.85 -0.07

6829.54 Sc I 21033 35671 0.70 0.49 -0.31

7138.14 Sc I 24866 38872 0.83 0.63 -0.20

7169.13 Sc I 25014 38959 0.96 0.74 -0.13

7257.57 Sc I 31351 - 45126 4.9 3.9 0.59

7275.57 Sc I 31275 45016 3.0 2.4 0.37

7300.62 Sc I 31216 44910 1.2 0.93 -0.03

7524.13 Sc I 25585 38872 0.87 0.74 -0.13

7553.96 Sc I 25725 38959 1.0 0.86 -0.06

7574.44 Sc I 24657 - 37856 0.82 0.71 -0.15

7617.45 Sc I 24657 37781 0.57 0.49 -0.31

7665.72 Sc I 20237 33279 0.21 0.18 -0.74

7697.73 Sc I 25585 38572 2.0 1.8 0.26

7729.72 Sc I 25725 — 38658 1.3 1.1 0.05

7741.17 Sc I 20237 - • 33151 0.78 0.70 -0.15

115Q31 Sc I 29023 41922 0.93 0.84 -0.08

7752.72 Sc I 29190 42085 0.97 0.88 -0.06

7771.06 Sc I 29096 41961 1.1 0.97 -0.01

7785.17 Sc I 25014 37856 0.84 0.77 -0.11

7794.68 Sc I 29190 - 42016 1.4 1.2 0.10

7800.44 Sc I 20240 33056 0.44 0.40 -0.40

7821.64 Sc I 29304 42085 2.0 1.8 0.25

8196.98 Sc I 25585 37781 0.61 0.61 -0.21

8241.13 Sc I 25725 37856 0.89 0.91 -0.04

8761.40 Sc I 24866 36277 0.76 0.88 -0.06

8794.72 Sc I 29304 40671 2.1 2.5 0.39

8834.45 Sc I 25014 36330 1.2 1.5 0.16

360
Wavelength Spectrum Energy Levels

A K

gA

lO^/sec

gf Log gf

2545.22 Sc II 68 39345 3.4 0.33 -0.48

2552.37 Sc II 178 — 39345 18. 1.8 0.25

2555.82 Sc II 0 391 14 3.2 0.32 -0.50

2560.25 Sc II 68 391 14 13. 1.3 0.11

2563.21 Sc II 0 39002 6.4 0.63 -0.20

2611.22 Sc II 26081 64366 15. 1.5 0.18

2684.23 Sc II 39345 - 76588 8.8 0.96 -0.02

2819.54 Sc II 27918 63374 13. 1.5 0.19

2822.15 Sc II 28021 63444 16. 1.9 0.27

2826.68 Sc II 28161 63528 26. 3.1 0.50

3039.93 Sc II 32350 65236 15. 2.1 0.31

3045.72 Sc II 27444 — 60267 29. 4.1 0.61

3052.93 Sc II 27602 60348 A 34. 4.8 0.68

3065.1

1

Sc II 27841 60457 C A 54. 7.6 0.88

3 139.75 Sc II 28161 60002 20. 2.9 0.46

3251.32 Sc II 68 30816 0.85 0.13 -0.87

3343.28 Sc II 27841 - 57743 45. 7.6 0.88

3352.05 Sc II 0 0.18 0.030 -1.53

3353.73 Sc II 2541 32350 14. 2.3 0.36

3359.68 Sc II 68 1.3 0.23 -0.65

3361.27 Sc II 0 1.1 0.18 -0.74

3361.94 Sc II 0 - 19136 1.1 0.18 -0.74

3368.95 Sc II 68 29742 2.6 0.44 -€.35

3372.15 Sc II 178 29824 4.4 0.76 -0.12

3535.73 Sc II 2541 30816 2.5 0.46 -0.33

3558.55 Sc II 68 28161 2.9 0.56 -0.25

3567.70 Sc II 0 - 28021 2.6 0.50 -0.31

3572.53 Sc II 178 28161 5.9 1.1 0.05

3576.35 Sc II 68 28021 4.3 0.82 -0.09

3580.94 Sc II 0 27918 3.2 0.62 -0.21

3589.64 Sc II 68 _ 27918 1.7 0.32 -0.49

3590.48 Sc II 178 - 28021 1.7 0.33 -0.48

3613.84 Sc II 178 27841 1 1. 2.2 0.35

3630.75 Sc II 68 27602 1.1 1.5 0.18

3642.79 Sc II 0 21AAA A f\ 4.9 0.98 -0.01

3645.31 Sc II 178 lldi)! 2.6 0.51 -0.29

3651.80 Sc II 68 — 21AAA 2.0 0.39 -0.40

3664.25 Sc II 2541 29824 0.081 0.016 -1.79

3666.54 Sc II 178 27444 0.1

1

0.022 -1.67

3675.26 Sc II 2541 29742 0.039 0.0080 -2.10

3678.35 Sc II 32350 59528 20. 4.0 0.60

3833.07 Sc II 0 - 26081 0.070 0.016 -1.81

3843.03 Sc II 68 26081 0.16 0.036 -1.45

3923.51 Sc II 2541 28021 0.021 0.0048 -2.32

3989.06 Sc II 2541 27602 0.019 0.0045 -2.35

4014.49 Sc II 2541 27444 0.22 0.052 -1.28

4246.83 Sc II 2541 26081 4.5 1.2 0.09

4294.77 Sc II 4883 28161 0.15 0.042 -1.37

4305.71 Sc II 4803 28021 0.18 0.051 -1.30

4314.09 Sc II 4988 28161 2.3 0.63 -0.20

361
Wavelength Spectrum Energy Levels

A K

4320.74 Sc II 4883 28021

4325.01 Sc II 4803 — 27918

A'l 1 'f J J'f.O 1 OC 11 Z778/1 1 / 1 A'Xl A Af^ oCQ II11 4Q88 7784 1 Z / o't 1. HJ O't. O 1 OOQr* IT11 77A07 Z / OVJZ

4400.37 Sc II 4883 — 27602

4415.56 Sc II 4803 — 27444

AA1C\ OCQ If11 4088 77A07 z / ouz

'tf J 1 . J D oO 11 488'? '+00 J 77444

M-D / VJ.HV OO 11 1 0Q4^ jZ J JU

4698.29 Sc II 4803 — 26081

5031.02 Sc II 10945 — 30816

"NnAS 8A juoo.oo oC II 1 An7i 1 OUZJ oC II 1 1 71

A

11/ JO I AO 1 ^: jUo 1 O

j3 1 O.J J oC II 7 /I 7 zy / 4Z

5334.23 Sc II 12074 — 30816

5357.19 Sc II 12154 — 30816

J jZD.oZ oC II 1 4ZO 1 171 JZ J jU

J J JZ.ZJ oCQ II11 1 1 71

A

1 1 / JO 7Q747 Z7 / 'tZ SA40 Q8 OOQ II11 1 7 1 O 1 1 Z 1 U 1 7Q874

5657.88 Sc II 12154 — 29824

5658.34 Sc II 12074 — 29742

JOD SAA7/.ID1A OO 11 1 Z 1 U 1 7Q747 Ly 1 HZ

OOClr' Ti11 171 Z 101 1 U 1 7Q71A Z7 / JO

JDO't.ZU 70 OOQr* II11 1 7 1 '^41 Z 1 Jt 7Q747 Z" / '+Z

6245.63 Sc II 12154 — 28161

6279.76 Sc II 12101 — 28021

Aion 70 OC 11 1 Z 1 34 7S07 ZoUZ 11 6309.90 Sc II 12074 27918

6320.85 Sc II 12101 27918

6604.60 Sc II 10945 26081

gA gf Loggf

108/sec

1 7 0 48 —O 17 ^J. JZ

11 . 7z OU. J'f 14 —^J.4 O /17

/ 0 088 0 07 <; U.UZ J —11 .ou AO

0.99 0.28 -0.55

0.062 0.018 -1.75

0U. J^7z 0 1 s U. 1 J —OU.oZ87

0 40 0U. 11 7z —OU. Q47'+ 0U.U0111 J 0U.UUJo 0018 —7Z.HZ47

0.020 0.0059 -2.23

0.75 0.25 -0.61

0U.U0181 o 0U.UUOO'nQ J " —7Z.Z71J 0U.oo88 Oil U.J J —O 48

0U.J^1J 0U.Z7 11 —O AQ

0.61 0.25 -0.60

0.029 0.012 -1.92

O 07 ^ U.UZ J noil U.U 1 1 —1 08

O 07 < U.UZ J O O 1 1 U.U 1 1 —1 07 1 .y 1

1 9 O 8'^ U.O J —OU.U07/ o!o072 0.0033 -2.48

0.11 0.053 -1.27

0U. JISJ 0U. 11 7/ —0u. 78/ o 0U.Uo08SJ 0U.UH0411 —1I .JIQ7

0U.U071/ J 0 01

S

U.UJ J —11 .fj 4S

0.097 0.047 -1.33

0.13 0.065 -1.19

OU. 11 7z 0U.U070/ u —1 1 <» 1 . 1

J

0U.UH0411 0U.UZ07SJ —11 .0A11 OU.U0 1 71 / 0U.UU77 OOQQ —7z.uuOO

0.024 0.015 -1.84

0.015 0.0088 -2.06

0.035 0.023 -1.64

362
Wavelength Spectrum Energy Levels

AA K

1960.26 Se I 0 — 50997

2039.85 Se I 1989 - 50997

Se I 2534 - 50997

Se I 0 - 48182

8918.80 Se I 48182 - 59391

gA gf

108/sec

10. 0.59 -0.23

13. 0.78 -0.1

1

4.8 0.30 -0.52

0.56 0.036 -1.44

16. 20. 1.29

363
Wavelength Spectrum Energy Levels gA gf Log gf

A K lO^/sec

21 24 11 O X 1 6299 J J J yjA^ 4 4 0 30 —0 5^

2207 97 9i I 0 0 09? —1 67

2210.88 Si I 11 - 45294 0.30 0.022 -1.66

2216.67 Si I 223 - 45322 0.53 0.039 -1.41

O9 i I -L 1 6299 — 47"? 52 7 6 0 67 —0 1 7

2S0fi QO O -L 1 111 1 _ jyy 1QQ55J J 6 ^ 0 60 —0 22

2 514 1,7 O J. 1 0 — 39760 5 7 0 54 —0 27

2516.11 Si I 223 - 39955 13. 1.3 0.11

2519.21 Si I 11 - 39760 4.3 0.41 -0.39

2S24 1 1 11 8 4 0 80 —0 1 0

2'n?8 51 oil 22'^ jy 1 ou 7 1

/ . 1 0 68 —n 1

7

2^i^1 28 O X 1 — 5'?'?87 J J J o / 22 2 1 0 ^6

2881 ^^0 O X 1 ^i299 — 40992 \1 JS

.

1.9 0 27

2987.65 Si I 6299 - 39760 0.63 o!o85 -1.07

3905.53 Si I 15394 - 40992 0.86 0.20 -0.71

364
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

3245.80 Sm I 1490 32290

3680.98 Sm I 3125 30284

3690.08 Sm I 2273 29365

3721.03 Sm I 1490 28356

3730.74 Sm I 2273 29070

3745.46 Sm I 1490 28181

3748.52 Sm I 293 26962

3756.41 Sm I 812 27426

3803.94 Sm I 0 26281

3806.47 Sm I 4021 30284

3813.83 Sm 1 4021 30234

3818.36 Sm I 1490 27671

3832.81 Sm I 2273 — 28356

3834.48 Sm I 4021 — 30093

3846.76 Sm I 293 — 26281

3853.30 Sm I 3125 c\ /~v ^ r\ 29070

3854.56 Sm I 1490 27426

3858.52 Sm I 1490 27399

3858.74 Sm I 2273 28181

3877.49 Sm I 4021 29803

3909.95 Sm I 3125 28694

3925.22 Sm I 812 26281

3949.85 Sm I 2273 27583

3974.66 Sm I 2273 27426

4079.83 Sm I 2273 26777

4135.50 Sm I 1490

4183.33 Sm I 1490 25387

4219.31 Sm I 293 23986

4226.18 Sm I 812 24467

4230.73 Sm I 0 23630

4240.45 Sm I 1490 25065

4266.31 Sm I 812 24245

4271.86 Sm I 2273 25676

4282.21 Sm I 3125 26471

4282.83 Sm I 2273 25616

4283.50 Sm I 812 24151

4296.74 Sm I 4021 27288

Sm I 293 23547

4301.28 Sm I 812 24054

4312.85 Sm I 2273 25453

4319.53 Sm I 1490 2A63A

Sm I 2273 25391

4330.02 Sm I 293 23381

4336.14 Sm I 3125 26182

4338.96 Sm 1 812 23852

4339.92 Sm I 812 23847

4350.82 Sm I 1490 24467

4357.90 Sm I 3125 26066

4362.91 Sm I 0 22914

4365.95 Sm I 812 23710

4.1 0.64 -0.19

4.1 0.84 -0.08

2.0 0.41 -0.38

1.5 0.32 -0.50

1.1 0.23 -0.65

15. 3.1 0.49

1.8 0.38 -0.42

10. 2.2 0.34

1.5 0.33 -0.49

5.4 1.2 0.07

3.1 0.67 -0.18

0.65 0.14 -0.85

1.8 0.40 -0.40

16. 3.4 0.53

1.5 0.34 -0.47

1 1. 2.5 0.39

6.3 1.4 0.15

2.4 0.54 -0.26

6.5 1.5 0.16

6.2 1.4 0.15

1.5 0.35 -0.46

2.6 0.60 -0.22

0.66 0.15 -0.81

7.6 1.8 0.25

1.1 0.27 -0.57

0.34 0.088 -1.06

1.5 0.39 -0.41

0.25 0.068 -1.17

0.83 0.22 -0.65

0.23 0.062 -1.21

0.30 0.080 -1.10

0.63 0.17 -0.76

0.41 0.11 -0.94

7.1 2.0 0.29

3.7 1.0 0.01

1.2 0.34 -0.47

21. 5.7 0.76

0.39 0.11 -0.96

0.23 0.063 -1.20

1.8 0.50 -0.30

2.9 0.80 -0.10

1.8 0.50 -0.30

1.9 0.53 -^.28

8.3 2.3 0.37

0.43 0.12 -0.91

0.18 0.051 -1.29

0.14 0.039 -1.41

0.22 0.062 -1.21

1.7 0.48 -0.32

0.21 0.060 -1.22

365
Wavelength Spectrum Energy Levels gA gf Loggf

A K lO^/sec

4380.42 Sm I 1490 — 24312 3.0 0 86 -0 07

4386.22 Sm I 2273 0.82 0 24 -f) 63

4393.35 Sm I 1490 — 24245 1.1 0.33 -0.48

4397.34 Sm I 812 — 23547 1.3 0.39 -0.41

4401.17 Sm I 3125 — 25840 3.6 1.0 0 02

441 1.58 Sm I 1490 — 24151 1.6 0.46 -0.33

4419.33 Sm I 293 77914 1.8 0.53 -0 28

4423.38 Sm I 293 — 22893 0.28 0.082 -1.09

4429.66 Sm I 812 — 23381 2.1 0.61 -0.22

4433.08 Sm I 293 — 22844 0.44 0 13 -0 88

4441.81 Sm I 1490 — 23997 2.8 0.82 -0.09

4442.28 Sm I 812 7^^ jL^J 11 7/ 1.9 0 56 -0 25

4443.27 Sm I 2273 — 24773 0.33 0.099 -1.00

4445.15 Sm I 3125 — 25616 5.8 1.7 0.24

4452.95 Sm I 4021 — 26471 2 6 0 78 -0 1

1

4459.29 Sm I 812 — 23231 1.1 0.3

1

-0 50

4463.90 Sm I 2273 0. 19 0.056 -1 25

4470.89 Sm I 2273 — 24634 5.1 L5 0.18

4477.50 Sm I 3125 — 25453 0.41 0.12 -0.91

4480.32 Sm I 0 — 22314 0.39 0.12 -0.94

4490.02 Sm I 3125 — 25391 0.21 0.063 -1.20

4499.1

1

Sm I 1490 237 1

0

1.8 0.54 -0.26

4503.38 Sm I 293 - 22492 0.81 0.25 -0.61

451 1.33 Sm I 4021 — 26182 1.2 0.35 -0.45

4522.55 Sm I 1490 — 23595 0.28 0.086 -1.07

4527.42 Sm I 812 — 22893 0.23 0.070 -1 15

4532.44 Sm I 1490 0.34 0.1

1

-0.97

4533.80 Sm I 2273 — 1.7 0.53 -0.28

4550.03 Sm I 2273 — 1A1A5 0.25 0.079 -1.10

4566.77 Sm I 1490 — 23381 0.27 0.083 -1.08

4569 58 Sm I 2273 — 24151 0.21 0.065 -1.19

4581 58 Sm I 812 1.1 0.34 -0.47

4581.73 Sm I 4021 — 25840 4.0 1.3 0.10

461 1.25 Sm 1 812 — 22492 0.26 0.083 -1.08

Sm I 4021 — 25616 0 25 0 081 -1 09

4645.40 Sm I 293 — 21813 0.87 0.28 -0.55

4649.49 Sm I 812 J 1 H 1.3 0.42 -0.38

4663.56 Sm I 2273 — 23710 1.5 0.48 -0.31

4670.75 Sm I 1490 — 22894 1.9 0.62 -0.21

4681.55 Sm I 1490 — 22844 1.3 0.42 -0.37

4688 73 Sm I 2273 — 23595 2.7 0.91 -0.04

4716.10 Sm I 3125 ?4^?4. 6.7 2.2 0.35

4717.07 Sm I 0 — 21194 1.0 0.35 -0.46

4718.64 Sm I 3125 — 24312 0.27 0.089 -1.05

4728.42 Sm I 1490 — 22632 4.4 1.5 0.17

4750.72 Sm I 2273 — 23317 1.0 0.34 -0.46

4760.27 Sm I 812 21813 3 3 1.1 0.05

4770 20 OSmill II 23231 0 73 0 25 -0.60

4783.10 Sm I 293 21194 2.2 0.77 -0.11

4785.86 Sm I 812 21701 1.6 0.54 -0.27

366
Wavelength Spectrum Energy Levels

A K

4789.96 Sm I 3125 — 23997

4841.70 Sm I 4021 — 24669

4o4o. /1 8/1 fi n onl 1 ZZ / J 99801

4883.77 Sm I 293 907^^1

4883.97 Sm I 3125 9is0'=; J yj

4904.97 Sm I 812 — 21194

4910.40 Sm I 2273 — 22632

/I Q 1 Q QQ om 1

1 A on 9z 1811 1 o 1

J

4924.04 Sm I 4021 Zt9419/1 JZ'f

4946.32 Sm I 1490 9Z, 11 701 / W 1

4975.98 Sm I 0 — 20091

5044.28 Sm I 1490 — 21308

JU47.J 1 Olll 1 20091

5060.93 Sm I 1490 21 243

5088.32 Sm I 812 20459

5122.14 Sm I 3125 — 22643

5172.74 Sm I 2273 — 21600

J

^ 11 o87/ .yjy no om 1

1 AQC\ 90761

5200.59 Sm I 1490 907 1 ^ 5251.92 Sm I 2273 9 11 ^08 jyJO

5265.67 Sm I 0 — 18986

5271.40 Sm I 812 — 19777

jZoZ.7 1 om 1

1 /ion 9041 1 5320.60 Sm I 2273 9 1 O^^l

5341.29 Sm I 293 11 001 yyj I 0\j

5348.08 Sm I 293 — 18986

5349.14 Sm I 812 — 19501

J jOo. jO oin 1 4UZ 1 99^.41

5403.70 Sm I 1490 1I 0000 yy yyj

5405.23 Sm I 293 11 878R o / o o

5411.39 Sm I 3125 — 21600

5421.57 Sm I 2273 — 20713

JtJ j.oz Olll 1 8o 11 9

Z

1 09 1 0

5453.00 Sm I 3125 9 1 450

5466.72 Sm I 1490 1 QUI

5485.42 Sm I 0 — 18225

5493.72 Sm I 812 — 19010

omQm rI 901 Zyj 1 847 ^ 5511.09 Sm I 2273 904 1 1 5512.10 Sm I 812 11 8040 oy^y

5516.09 Sm I 2273 — 20397

5550.40 Sm I 1490 — 19501

J JO 1 . J / om I 8 1 9 o 1

Z

11 8788 o / oo 5573.42 Sm I 3125 9Z

11 OAI UOJ 5574.89 Sm I 293 1899^ 1 oZZJ

5588.20 Sm I 2273 901 ZU ^^1 1 O J 5621.79 Sm I 293 18076

5626.01 Sm I 0 17770

5659.86 Sm I 812 18475

5686.98 Sm I 4021 21600

gA ef Los fff 108/sec

1.3 0.46 -0.34

10. 3.6 0.55

1.7 0.61 -0.22

0 75 0 27 -0 57

5.6 2.0 0.31

0.69 0.25 -0.60

3.8 1.4 0.13

2.0 0.73 -0.13

11 . 0yj 0W.J/37 -0 43

0.58 0.21 -0.67

0.69 0.25 -0.59

2.2 0.86 -0.07

0.17 0.067 -1.18

0 40 0.15 -0.81

0.26 0.10 -1.00

2.9 1.1 0.06

1.5 0.62 -0.21

0.22 0.087 -1.06

1 2 0 49 -0 3

1

1.5 0.63 -0.20

0.077 0.032 -1.49

1.5 0.63 -0.20

1.1 0.47 -€.33

1 0 0 44 -0 35

0.34 0.15 -0.84

0.090 0.039 -1.41

0.13 0.056 -1.25

1.3 0.55 -0.26

0.39 0 17 -0.77

0.39 0.17 -0.77

0.38 0.17 -0.78

0.22 0.098 -1.01

0.061 0.027 -1.57

1.4 0.62 -0.21

0.55 0.24 -0.61

0.17 0.076 -1.12

0.74 0.34 -0.47

0.22 0.100 -1.00

0 14 0 063 -1 20

0.25 0.11 -0.94

1.1 0.50 -0.30

0.54 0.25 -0.60

0.044 0.021 -1.69

0 25 0 12 -0 93

0.076 0.035 -1.45

0.16 0.077 -1.12

0.13 0.061 -1.22

0.17 0.081 -1.09

0.41 0.20 -0.70

0.100 0.048 -1.31

367
Wavelength Spectrum Energy Levels

A K

5706.20 Sm I 1490 19010

5711.45 Sra I 2273 — 19777

J /ZU. 1 y omCm T

I 7Z7Ql3 I 1 1 iKJ CT-JT QC

J

/

iL.yj om 1 /in7

1

4UZ 1 7 T /I <Q Z 1 4j 7

3/41.17 ^7/1 1 1 Q Qm I 8 1 7 0 1 Z

1 877 C 1 oZZ J

5779.24 Sm I 1490 — 18788

5788.38 Sm I 3125 — 20397

JoUZ.o4 om I 7771 ZZ / J

1 QCA 1 1 7JU 1 JOOU. /

0

Cm T om I 1 1 7 < i 1 Z J 7AZU 1 81 1 0 3

JOD /. / 7 omCm ¥I 1 1 7 c J 1 Z J

7 A 1 Al ZU 1 OJ

5868.61 Sm I 4021 _ 21056

5871.06 Sm I 3125 — 20153

JO bm I 017 0 Iz 1 701

1

1 /o J 1 JO IJ.yZ bm I

1 A OA 1 0 C A1 1 0 jUj

5702.61) om I ZZ / J

1 07 1 A I7ZIU

5906.05 Sm I 1490 — 18417

5916.36 Sm I 293 — 17190

CQ-7Q -JO Cm ¥ om I

1 A QA 1 47U 1 07 1 A 1 oZ 1

U

jyyj.yjy ^QQ^ no Cm ¥ om I 7771 ZZ / J

1 8Q/1

Q

1 0747

oUU4. 1

0

Cm T om I 8 1 7 0 1 Z

1 7/1 /:7

1 /4oZ

6027.16 Sm I 3125 — 19712

6045.00 Sm I 2273 — 18811 ou / u.uo omCm I

1 1 47U 1 TQCQ 1 / 7J7

DUo4. 1

Z

omCm I

1 8 1 7 0 1 z

1 11 A A 1 / Z44

OU77. 7U omCm T

I 7Z7JQ1 1 oooZ

6159.56 Sm I 2273 — 18503

6174.45 Sm I 812 — 17003

C 1 Q/l 1Q 0 1 74. J7 Cm ¥ om I 1 1 7 c J 1 Z J

1 Q7^C 1 7ZOJ

OZZO. /U Cm ¥ om I 7771 ZZ / J

1 017Q 1 0 jzy

OJO /.41 Cm ¥ om I

1 A QA I47U 17 1 QA 1/1 7U

6371.01 Sm I 4021 19712

6509.44 Sm I 293 — 1565.1

ojZo.UZ Cm ¥ om I 7771 1 7 C 07 1 / JO / ojjZ.Zj Cm ¥ om I 8 17 0 IZ 1 A 1 1 ^ 1 0 1 1 0

^ C C 1 OA OJ J l.oU Cm ¥ om I1 A QA 147U 1 A 0 10 /4o

6588.91 Sm I 3125 — 18298

6671.51 Sm I 4021 — 19006

o/Ui.ol Cm ¥ om I 1 /O J J 17 <A8 JZ JDO

^70/1 71 0 / Z4. ID omCm II1 ^8 <Q lOo J7 1 1 77 A J 1 / ZO

(Ln-) coo D / ZJ.OO Cm ¥ om 1 AU

1 A Qf^A 1 4004

6759.25 Sm I 4021 — 18811

6802.96 Sm I 812 — 15507

DOUO. J 1 om I

1 C C A7 1 jjU/ 1 A 1 Q 1 jU 1 7 1 Dozu.y 1 bm I

1 y1 1 0 A 7 QA1

7

zyuj / 0 1 A z A DO jU. j4 bm I

i AQ \ C 7 Q C ^7 Z7J jZ

oo41. /j om I 1 J J ly 1 A 1 Q 1 jUl 7I

6858.12 Sm I 16345 30922

6860.93 Sm I 293 14864

6879.50 Sm I 17194 31726

7088.30 Sm I 812 14916

gf Log gf

108/sec

nU.Z77Q 0U. 11 A4 —0U.O8^J u.uou 0U.UZ7 070 —1 '!;i

1 .J J u.uo 7 0U.U014J4 —11.4/ 47

0.34 0.17 -0.78

0.027 0.013 -1.87

U. 1

4

0 O^Q —11.101 fy 0V/.Z,7 ?Q 0U. 11 J —0U.0484

V/.Z, J 0 1

1

W. 1 J —0U. 8007

0.17 0.089 -1.05

0.31 0.16 -0.80

0\J. 77z, / 0U. 11 A4 —0 8^i u. 00

n 1

7

u. 1 / 0U.U07 08Q —11 .UJ OS

n 1

1

u. 1

J

0u.uo06^J —11.101 8

0.039 0.020 -1.70

0.11 0.055 -1.26

U.UJ J 0U.UZO 078 —11 .JO

0 010 0U.U011

0

—11 .ou 80

0 07

1

U.U /

1

0U.UJ0180 —11 .4Z, 47

0.100 0.054 -1.27

0.050 0.027 -1.57

0w.uOSQJ y —11 .Z.7^J 0 1

7

0U.U7001J —1i .UJ 01

0 1

1

U. 1 J 0U.U074/ 4 —1 1

1

i . 1

J

0.095 0.053 -1.28

0.026 0.014 -1.84

0U. 11 A4 0U.U077/ / —1 1

1

0U.UJ017/ 0U.UZ07 11 —11.0/f\i

0 070 0U.U40411 —1 "^0

1 . J 7

0.054 0.032 -1.50

0.033 0.020 -1.70

0U.UZD n7A 0U.U01 ^> 1

0

—11 .OU 80

0U.U01^JO 0U.UZ. 071J —11 .04 f\A

0U.U4047/ 0U.UJU 010 —1 S7

0.028 0.018 -1.75

0.026 0.017 -1.78

0U.U70Q11 0U.UJO'\07 —11 .Z71J 0u.zu70 Oil U. 1 J —0u.oo88

7z.oA 11.08 0U.Z474

4.1 2.8 0.45

0.019 0.013 -1.89

0u.uoo 0^»8 0U.U40 04^; 1 . J J 0U.UZ.O 07A 0U.U0181

0

—11 . 74/ 4

7z.u0 11 .44 0u. 1 S 1

J

0.98 0.68 -0.17

1.4 0.99 -0.00

7z.u0 11 .44 0u. 1 fi 1

0

1

1 .z7 0u. 810 J —0u.uo08

u. 1

1

0U.U078/ 0 —1 1 1 2 1 1 5 0u. 171 / 0!027 o!o2i -1.68

368
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

7091.16 Sm I 4021 - 18119 0.058 0.044 -1.36

7095 50 Sm I 1490 - 15579 0.047 0.036 -1 45

7096 33 Sm I 293 - 14380 0.013 0.0099 -2.01

7104 54 ill 1 2273 - 16345 0.066 0.050 -1.30

7106 23 Sm111 I1 3 125 - 17194 0.055 0.041 -1.38

7131.80 Sm I 1490 - 15507 0.018 0.014 -1.85

71 72 67 OSm111 1I 2273 - 1 62 1

1

0 020 0Vy . 016 v/ 1 V J -1±•01. 81

72 13 82 2273 - 16132 0 043 0.033 -1 48

1220 07 OSm T 111 1 1634S - 30191 1 4 1 1 0Vy 05\J ^ 7279 25 OSmill I1 3125 — 16859 0Vy • 033 vy ^ 0 026 -1 58

ll'il.lX Sm I 17194 - 30922 1.1 0.85 -0.07

7332.65 Sm I 4021 - 17655 0.043 0.035 -1.46

7347.30 Sm I 18119 - 31726 4.5 3.6 0.56

7794.50 Sm I 1621

1

- 29037 0.89 0.81 -0.09

7801.54 Sm I 19753 - 32568 2.4 2.2 0.34

7859.53 Sm I 19006 - 31726 1.2 1.1 0.05

7895.96 Sm I 16891 - 29552 1.6 1.5 0.18

7931.92 Sm I 17587 - 30191 1.1 1.0 0.02

369
Wavelength Spectrum Energy Levels

A K

3065.78 Sm II 327 32935

3096.68 Sm II 1489 — 33773

3 1 06 S7 OiU IT11 7738 I y

D 11

11 ^S .\JJ OS Oill TT11 77"? 8

Oill IT11 768Q ^4454

3152.10 Sm II 3053 — 34768

3162.15 Sm II 2238 — 33853

J 1 U -7. OO Olil 9m TT11 77^8

1 70 7 1 9m IT

1

1

77^8

.J^178 1 / 0 . 171 z. 9m 1111 1 4.8Q

3187.01 Sm II 1489 — 32858

3187.22 Sm II 3053 — 34419

3 1 87 79 9m IT

1

1

7738 J33599 J jy y

3 1 88 72 kJ9mill TT1

1

2689 ^4040

3 1 96 18 oill I T 1

1

3053 3433 1

3204.90 Sm II 2689 — 33882

3207.18 Sm II 0 — 31171

37 14 17 9m If1

1

7003 33 1 07

37 1 5 76 OiU 9m TT

1

1

3053 341 45

_? Z. 1 U. O J OIU 9m TI1

1

OJO

3228.78 Sm II 4386 — 35349

3230.56 Sm II 1489 — 32435

373 1 53 OIU 9m 1

1

838 3 1 775

373 1 9S OUl 9m IT11 7003 D37935 ^yD o 3737 89 OUl 9m 1

1

1 3499 34375

3239.66 Sm II 3910 — 34768

3241.16 Sm II 327 — 31171

^741 59 O9mlii TT

i 1 1518 1 _J 1 O 32359

3250 37 O9mill T T 1

1

0 30757

3253 94 9m JJ 3053

3254.38 Sm II 327 — 31045

3255.63 Sm II 2238 32945

3758 75 OIU 9m If11 7003 37686

^7^7 7R OIU 9m IT11 ^\joy 7689 3^333 D D J J J OUl 9m Ifii 7738 37858

3272.81 Sm II 3052 - 33599

3273.32 Sm II 3499 — 34040

^775 87 OUl 9m 11 1 48Q "^7007

"^776 75 Olil 9m T T ^44 1 9

jZoJ.OO om9m T T 11 1 zl8Q ^1916 J 1 " 1 o

3286.23 Sm II 3910 — 34331

3286.54 Sm II 2689 — 33107

^7Q^ ^7 Oill 9m IT11 700^ '^7'^ 59

'?7Q5 8 1 OUl 9m IT11 8'?8 ^1171

3300 98 OUl 9m TI11 1489 3 1 775

OUl 9m IfXI J y lyj 341 89

3304.52 Sm II 0 30253

3305.18 Sm II 2689 32935

3306.39 Sm II 3910 34145

3309.52 Sm II 838 31045

gf Log gf

IQS/sec

0.16 0.023 -1.64

0.21 0.030 -1.52

0.72 0. 10 -0.98

0.17 0.024 -1.62

0.52 0.077 -1.11

0.71 0. 1

1

-0.98

0.26 0.038 -1.42

1.1 0. 16 -0.79

0.25 0.038 -1.42

0.43 0.065 -1.19

0.72 0.1

1

-0.96

1.6 0.24 -0.62

1.0 0. 16 -0.80

0.27 0.042 -1.38

1.3 0.19 -0.71

0.45 0.069 -1.16

0.52 0.081 1 f\r\ —1.09

0.36 0.056 -1.25

0.89 0.14 -0.86

0.95 0.15 -0.83

1.3 0.20 -0.71

1.5 0.24 -0.63

0.62 0.098 -1.01

0.35 0.054 -1.27

0.52 0.082 -1.09

2.9 0.46 -0.34

0.77 0.12 -0.91

0.37 0.058 —1.24

0.94 0.15 -0.83

0.81 0.13 -0.89

1.2 0.19 -0.72

0.26 0.042 1 'I o —1.38

0.19 0.030 -1.52

0.98 0.16 -0.81

1.0 0.16 -0.78

1.3 0.20 -0.69

0.28 0.045 -1.35

0.16 0.025 -1.60

1.6 0.26 -0.59

0.33 0.053 -1.27

1.6 0.25 -0.60

0.22 0.035 -1.46

0.50 0.081 -1.09

0.64 0.10 -0.98

0.30 0.049 -1.31

1.2 0. 1

9

—0.72

0.39 0.064 -1.20

0.83 0.14 -0.87

5.8 0.95 -0.02

0.49 0.080 -1.10

370
Wavelength Spectrum Energy Levels

A K

3310.66 Sm II 2238 32435

3312.42 Sm II 1489 31670

3320.16 Sm II 1489 31600

3321.18 Sm II 3053 33154

3329.62 Sm II 3910 33935

3332.70 Sm II 2689 32686

3333.64 Sm II 4386 34375

3336.12 Sm II 2238 32204

3340.58 Sm II 327 _ 30253

3341.43 Sm II 838 30757

3344.35 Sm II 3053 32945

3346.35 Sm II 5318 35192

3347.30 Sm II 3910 33776

3354.18 Sm II 3053 32858

3367.27 Sm II 3910 33599

3368.57 Sm II 2238 31916

3369.46 Sm II 2689 32359

3370.59 Sm II 327 29986

3371.21 Sm II 4386 34040

3376.48 Sm II 3499 33107

3377.81 Sm II 2003 31600

3382.40 Sm II 1489 31045

3384.66 Sm II 3053 32589

3385.39 Sm II 2238 31768

3389.32 Sm II 4386 33882

3391.11 Sm II 1489 30969

3396.19 Sm II 3499 32935

3402.46 Sm II 3053 32435

3413.90 Sm II 2238 _ 31522

3418.51 Sm II 3910 33154

3429.75 Sm II 838 29986

3435.27 Sm II 5318 34419

3437.10 Sm II 2689 31775

3438.06 Sm II 3053 32131

3440.50 Sm II 5318 _ 34375

3449.56 Sm II 2689 31670

3452.78 Sm II 3053 32007

3454.97 Sm II 3499 32435

3462.69 Sm II 5318 34189

3464.43 Sm II 1489 30346

3467.87 Sm II 5318 34145

3473.96 Sm II 3053 31830

3479.53 Sm II 2238 30969

3492.62 Sm II 1489 _ 30113

3500.54 Sm II 4386 _ 32945

3506.85 Sm II 3499 32007

3511.23 Sm II 838 29310

3512.93 Sm II 5318 33776

3525.51 Sm II 2689 31045

3530.60 Sm II 1489 29805

gA sf

108/sec

1.8 0.30 -0.53

1.0 0.17 -0.77

0.73 0.12 -0.92 —O 98

0.28 0.046 -1.34

0.19 0.032 -1.49

0.63 0.10 -0.98

0.34 0.057 -1.25

u. yo W. 1 o —fl 78

0.11 0.019 -1.72

0.60 0.10 -1.00

0.40 0.066 -1.18

0.53 0.089 -1.05

1 on n 1

7

—0u. 77/ / 0.44 0.074 -1.13

0.63 0.11 -0.97

0.72 0.12 -0.91

0.18 0.031 -1.50

1.2 —O 7 1 038 0.065 -1.19

0.12 0.021 -1.67

1.8 0.30 -0.52

1.2 0.20 -O.70

0 1 1 yj. \j I y —1 7^

1.3 0.23 -0.64

0.21 0.036 -1.44

1.0 0.18 -0.75

1.3 0.23 -€.64

0 id 0 09 S —1 ^^0 1 .DU

1.2 0.20 -0.69

0.11 0.019 -1.73

0.23 0.041 -1.38

0.27 0.047 -1.33

W. 0 O^il VJ.UD 1 —1 99

0.92 0.16 -0.79

0.13 0.023 -1.64

0.17 0.030 -1.53

0.19 0.034 -1.47

U. ^ 1 0 0S'^ —1 9^1 0.089 0.016 -1.79

0.61 0.11 -0.96

0.25 0.045 -1.34

0.20 0.036 -1.45

\j.\jyy 0u.u0181 o —1 lA

0.44 0.081 -1.09

0.24 0.044 -1.35

0.32 0.058 -1.23

0.56 0.10 -0.99

0.13 0.024 -1.62

0.34 0.063 -1.20

371
Wavelength Spectrum Energy Levels gf Loggf

A K IQS/sec

J J J j.oj Cm II 1/1 3477QQ — 31775 0 50 —11 .U01J

J j4Z.40 Cm It om 11 1Q1 A 3y lU JZ, 1 J 1 0 1 8 0 0^^ —11 .Ho 48

3552.30 Sm II 0 — 28143 0V7.U01^1 O —11 81 .o 1 3554.15 Sm II 2689 — 30817 0.35 0.066 -1.18

J J JO. /4 OlB II 7710 ZZ3o — 30346 0.21 0.041 -1.39

J J J /.Jo Cm II om II 177 3Z / — 28429 n 1

7

0 074 —1I .O61J

J JDO.Z / omCm II

II 1Q1 A 3 1 976 8O.'-TA 1 6 0u.zu70

3577.79 Sm II 0 — 27942 0yj* 117/ J J —1 48

3583.39 Sm II 1489 — 29388 0.31 0.059 -1.23

J J04.ZO omCm II11 o3o SIS — 28730 0.14 0.026 -1.58

omCm II11 818 o3o — 28672 0 067 0 01 —1 88

1 <;q7 omCm II11 3Uj3 IA'nI 30880 6O. J^ 1 7 0 09

3593.73 Sm II 4386 — 32204 0 1 8 0 03 5 —1 45

3601.69 Sm II 1489 — 29246 0.32 0.062 -1.21

jOU4.Zo omCm II11 1Q1 A 3 7 I

U

— 31646 3.1 0.61 -0.21

Cm II oni 11 7718 ZZ3o — 29935 3 9 0V/. 76/ U —0yj. 17I ^ JO 1 J.Z4 Cm T T om II 7ZUU3 AA1 Z.7D JO 0 14 0 078 1 . J o 3620.10 Sm II 327 — 27942 0\J. 11 11 0 077 1 .DO

3620.58 Sm II 3910 — 31522 0.43 0.085 -1.07

JOZ 1^7 171 1 .Z J om II C1C o3o — 28445 1.3 0.25 -0.60

JoZZ. jU om II 17 7 3Z / — 27924 0 1 1 V/. 1 1 0 077 —11 .oo 66

JOZj. JZ C* Wl ¥ ¥ om II 0 1 Q o3o W. 1 o 0W. 0^6 WJ o —1 45

3627.01 Sm II 2238 — 29801 0 94 0 1 8 —0U. 71/ J 3627.97 Sm II 838 — 28394 0.13 0.025 -1.60

If.T.A 7Q 11407 /I 8Q — 28997 3.0 0.59 -0.23

KLIA Ql Jo34.yj om II 177 3Z / — 27830 0 1 5 0 030 —1 57

'jA/17 7/; 3o4Z. /

O

C*m IT om II A 18^ 43oo 3 1 830 0 33 0 066 —11 • 11 8O

3645.29 Sm II 1489 — 28914 0 3

1

0 063 —1 70

3645.39 Sm II 2689 — 30113 0.37 0.073 -1.14

ifiA < on Cm TT om II 1 ^ 1 s 1 J 1 o — 28939 0.15 0.029 -1.53

304y. j3 Sm II 1A<1 3Uj3 — 30446 0yj. 89o 7 0XJ. 11 8o —0W. 75/ J JOjU. 1 y Cm IT om II 7ZUU3 AA1 7Q^Q1 Z. 7J 7 1 0 34 0V/. 067 \J\J I —1 17

3651.00 Sm II 4386 — 31768 0 33 0yj. 066 y/\j\j -1 18

3654.86 Sm II 2238 — 29591 0.14 0.028 -1.55

1 CO C") Sm II 1 A QQ 3477 — 30817 0.25 0.051 -1.30

iooI.iD Sm II 177 3Z / — 27631 11 . 3J 0 77 -f)yj, 58o iODZ.Z / Sm II 7^0Q ZD07 0 70 0\J.\J'-T\J 040 —1 40

3662.90 Sm II 3053 — 30346 0 77 0 044 -1 35

3667.93 Sm II 2238 — 29494 0.35 0.070 -1.15

3o /U.o4 Sm II Q 1 Q o3o — 28073 1.5 0.30 -0.52

3o/4.U/ Sm II AU — 27210 0 091 0 019 —1 73

3000.4Z Sm II 018 o3o 77947 Z. / 7HZ, 0 1 8 0 036 —1 44

3690.93 Sm II 838 — 27924 0 056 0 011 -1L t 94y^

3692.22 Sm II 2238 — 29314 0.26 0.053 -1.27

ioyj.yy Sm II Au — 27063 0.54 0.11 -0.96

5 /UU.oU Sm II 1 A QQ 345*7 — 30514 0 ^7 0 075 -1 12

3 /Ul.JO Sm II 7710 ZZ3o 29246 0 093 0 019 -1 72

17A/C 7^ 3 /Uo. / J om II IQ 1 A 37lU 30880 0 67 0 14 -0.86

3707.17 Sm II 2689 29656 0 1 1 0.022 -1.66

3708.41 Sm II 327 27285 0.24 o!o50 -1.30

372
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3708.65 Sm II 1489 28445

3710.87 Sm II 1489 - 28429

3711.54 Sm II 2003 — 28939

3712.76 Sm II 2003 28930

3718.88 Sm II 3053 29935

3724.90 Sm II 327 27165

3726.80 Sm II 1489 - 28314

3727.38 Sm II 2689 29510

3728.47 Sm II 5318 — 32131

3731.26 Sm II 838 27631

3735.98 Sm II 2238 28997

3737.48 Sm II 3053 - 29801

3743.87 Sm II 2689 — 29391

3747.62 Sm II 2238 — 28914

3751.57 Sm II 327 — 26974

3754.86 Sm II 1518 28143

3755.28 Sm II 2689 - 29310

3758.45 Sm II 0 — 26599

3760.04 Sm II 3053 — 29641

3760.69 Sm II 1489 — 28072

3762.59 Sm II 2003 28513

3764.37 Sm II 2689 — 29246

3767.36 Sm II 3910 30446

3770.73 Sm II 5318 31830

3774.29 Sm II 2238 28726

3774.68 Sm II 0 26485

3779.56 Sm II 5318 - 31768

3780.93 Sm II 3053 — 29494

3782.42 Sm II 4386 — 30817

3783.06 Sm II 2003 — 28429

3783.36 Sm II 1518 27942

3787.20 Sm II 327 — 26724

3788.12 Sm II 2003 — 28394

3792.02 Sm II 327 — 26690

3793.97 Sm II 838 — 27188

3797.28 Sm II 838 27165

3799.54 Sm II 1518 — 27830

3800.37 Sm II 3499 29805

3800.89 Sm II 2238 28540

3805.63 Sm II 838 27108

3806.77 Sm II 3053 29314

3807.92 Sm II 0 - 26254

3808.46 Sm II 2689 — 28939

3809.75 Sm II 2689 — 28930

3809.88 Sm II 838 — 27078

3812.07 Sm II 838 27063

3814.63 Sm II 2238 28445

3824.18 Sm II 1489 27631

3826.20 Sm II 4386 30514

3830.29 Sm II 838 26938

0.65 0.13 -0.87

0.11 0.023 -1.64

0.39 0.080 -1.10

0.28 0.058 -1.24

1.00 0.21 -0.68

0.21 0.044 -1.36

0.13 0.026 -1.58

0.051 0.01

1

-1.98

3.2 0.66 -0.18

1.2 0.25 -0.60

1.3 0.28 -0.56

0.33 0.069 -1.16

1.1 0.23 -0.63

0.39 0.082 -1.09

0.075 0.016 -1.80

0.10 0.022 -1.66

0.72 0.15 -0.81

0.19 0.040 -1.39

0.34 0.073 -1.14

1.2 0.25 -0.60

0.48 0.10 -0.99

1.0 0.21 -0.67

0.60 0.13 -0.89

0.25 0.053 -1.28

0.23 0.048 -1.32

0.077 0.016 -1.79

0.24 0.052 -1.28

0.41 0.088 -1.06

0.13 0.028 -1.55

0.066 0.014 -1.85

0.083 0.018 -1.75

0.14 0.030 -1.52

1.0 0.22 -0.65

0.12 0.025 -1.60

0.80 0.17 -0.76

0.21 0.046 -1.34

0.31 0.066 -1.18

0.28 0.061 -1.22

0.59 0.13 -0.89

0.16 0.034 -1.47

0.12 0.027 -1.57

0.072 0.016 -1.80

0.35 0.077 -1.12

0.26 0.057 -1.24

0.16 0.034 -1.47

0.25 0.054 -1.27

0.31 0.067 -1.17

0.31 0.067 -1.17

2.1 0.45 -0.34

0.25 0.055 -1.26

373
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3831.50 Sm II 3499 29591 1.1 0.25 -0.60

3833.83 Sm II 2238 — 28314 0.37 0.082 -1.09

JOJJ. t L Olll 11 11 ASO 4o " Z97^^1 / J J J 0U.Z9 11 0U.U4D 04A —I .J J

J O J o. "'f C:m II OUl 11 9^^80 Zo9S7in / jU 0 40 0U.Uoo 088 1 .uD

CJm II oin 11 197 ZD9^;i s8 J JO 0 1 U. 1 0

0 oi*; U.UjD 1 A c

3842.36 Sm II 2238 — 28256 0.18 0.041 -1.39

3843.50 Sm II 3499 — 29510 1.6 0.35 -0.46

'X'i.A'X 11 omCJm II11 9nni ZoU 98ni 91 z 0 1

7

u. 1 / 0 01

8

U.Ujo —1 /19 1 .4Z

18/1/1 omC;m II11 1 /180 1 407 97/101 Z / 47J 0 O^Q 0011 U.U 1 J —11 88 .00

"20/17 < 1 J o't / . J I omC^m II11 zoo 9 A80" 98A79 ZOO / z 0U.441

1

0U.U7Z 009 —11 .U4 04

3851.88 Sm II 2238 — 28192 0.29 0.064 -1.19

3855.90 Sm II 327 — 26254 0.31 0.070 -1.15

J o J I ,y L omCIm IT11 9918 ZZ JO 981^1 Z 0 1 J 1 0U. jZ19 0U.U079/ z —1 1

4

1.14

J ODZ,.U J O

c;m TI ill 11 818 O J 0 zo9^^794 / ZM- 0W. JU10 0U.UO067/ —11.1/1 7

omdm II11 zoo 9^807 zo98S71 J / J 0u.zolf\ 0U.UJO'=i07 —11 .Z91J

3865.24 Sm II 327 — 26191 0.12 0.028 -1.56

3865.69 Sm II 3053 — 28914 0.067 0.015 -1.83

J1871 o / 1 . 78/ o omCIm II11 11 4.80 407 Z97110 / J 1 u 0U.4Z49 0U.U7oosJ —11 .uz 09

JO18711 J.I.Z, 9? omC^m II11 j4-7 14007 901 LyJ

11 0u 0 1 9 U. 1

Z

0U.UZO 09 8 —11 .J J 187'n '\/1 omC;m II11 1 /180 1 407 9798^ Z / Zo J 0U. 10jU 0U.UOC\(^l/ —1 1

8

1 . 1

0

3880.77 Sm II 838 — 26599 0.35 0.079 -1.10

3881.38 Sm II 2689 — 28445 0.33 0.075 -1.12

Cm TI om II zooy 98/I9Q Zo4Z7 0 0 1 Q U.U I 7 A r\c\A A U.UU44 —9 1^ Z. jD

1 88 90 omQm IT

II 1 Q 1 n jy \\) 9Z704 Q^/l 11 1 8 J.O 0 87 U.o / —0 OA

188^ Q

1

omCm II11 /141 8 A J OO jU10 1 1 1 1 I J 0U.Zo98 U.UD4 —11 . T1 07

3889.16 Sm II 2689 — 28394 0.48 0.11 -0.96

3890.08 Sm II 1489 — 27188 0.32 0.072 -1.14

J18Qo " 1 9 1 1 .Z 1 omCm II11 1^18 1 J I 0 979 Z / Z 11 0u 0U. 11 7/ 0U.Uj0180 —11 .4Z 49

1804 omCm II11 in^i 9079^ Z 0 / ZD 0U. jZ19 0U.U079/ z —11.141 4

omCm II11 J197z / 9Z JS080 7OU 0U.JSO7 0 1

1

U. 1 J —0u. 870 /

3897.26 Sm II 5318 — 30969 0.070 0.016 -1.80

3900.89 Sm II 2003 — 27631 0.16 0.036 -1.45

1009 1? omCm II11 1140" 480 97z /11 08Uo 0U.U014j4 0u.uu0077/ / —9z. 1 1 X 1 lon^ 8

1

omCm II11 11 480 40 " 97078 Z / U / 0 0u.uz097/ 0U.UUO 00^^ 1i —9z.z911 jy101I n\}.\)y no omCm II11 9^>80 Z007 ZOZ 989 JDSfi 0u. OS/^ UJ 0 0U.U0111

J

—11 .07 80

3910.92 Sm II 5318 — 30880 0.068 0.016 -1.80

3912.98 Sm II 4386 — 29935 0.12 0.028 -1.56

1 Q 1 7 A A jyi / .44 omCm TTII 818 0 JO 9^1 ZD 'n8 J JO 0U.Z91J 0U.Uj0^1J —11 .Zo 98

1Q 1 8 ^9 iyV o.oZ omCm TT

II

1 /I 8Q 1 4o7 Z97001 / UU

I

nU.Uo08<J 0u.uzu 090 —1 7 1 1 . / 1 Cm TT om II ZUUj 97/1 Q1 Z /47

J

0U.U70 0Q8 0 09

1

u.uz J —11 .D6SJ

3922.40 Sm II 3053 — 28540 1.7 0.40 -0.40

3922.70 Sm II 1489 — 26974 0.039 0.0090 -2.04

1Q98 98 omCm IIII 1 4o 7 9^01 ZD7 8 J 0 0U.o484 0 1

0

U. 1 7 —0 7

1

u. /

1

1Q1 1 1 jyi 1 . 1

D

omCm TTII j4y 1/1QQ7 98010 Zo7jU 0U.UZo 098 U.UUOD —9z. 11 8

0

1Q19 Q7 Cm TT om II /1 1 8 A 4 JOO 9Q80^ Z7oUj 0U.Uo087/ 0U.UZU 090 —11 .07 60

1Q11 J7j <B J. JO omCm IIII 4joD 418A 90801 Z70U

1

0U.Z790 0U.UO067/ —11.1/1 7

3935.18 Sm II 3910 29314 0.044 0.010 -1.99

3935.76 Sm II 2238 27638 0.25 0.059 -1.23

3938.43 Sm II 2689 28073 0.018 0.0042 -2.38

3939.64 Sm II 838 26214 0.018 0.0043 -2.37

374
Wavelength Spectrum Energy Levels

A K

3941.87 Sm II 0 25361

3943.24 Sm II 838 — 26191

O111 11 1 489 2682 1 O'^mill 11II 2689 2801

2

3948 1 1 O9mill 11IT 818 261 60

3954.20 Sm II 1489 - 26772

3958.72 Sm II 2689 — 27942

396? 24 oil! "^m 1111 1499 28710

"XQf^f, 04 O9m111 IT11 2001 272 1

0

19^ifi 14 Olll 9m II11 4186 29591

3967.68 Sm II 5318 — 30514

3970.53 Sm II 0 — 25178

1971 40 O9m II ill 11 1499 28672

197S 11 9m II Olll XI 7718 jL. 1 DO 1 jyX^lf\1 yj.z.111 9m TT olll 11 818 O JO

3976.43 Sm II 2689 — 27830

3979.20 Sm II 4386 — 29510

1981 14 O9m II 111 11 lOSl 78z,o 1 S 1 1 J i 1986 00 O9m II HI 11 11 JS 11 8o 76599 z.yjj yy

1986 68 O9m II 111 11 11 489 to 76S66

3987.43 Sm II 2238 - 27310

3990.00 Sm II 0 — 25056

1991 11 Olll 9m II11 127 25161

4001 46 O9mHI Ti11 2001 26974

4004 26 Olll 9m II11 1518 1 _/ 1 O 26485

4006.60 Sm II 838 - 25790

4006.82 Sm II 2238 — 27188

4007 48 9m II Olll 11 1499 78445

4008 10 9m II Olll 11 7689 7761

1

401 1 I'X 9m II Olll 11 0 74970

4015.77 Sm II 3499 — 28394

4019.84 Sm II 2238 — 27108

401 9 98 O9m II 111 11 11 489 ^oy 76158 Z.O J J o 409? 71 9m II Olll 11 177 Z,75J 1I/O78

4021 21 O9m II 111 11 177 75175 Z, J V / J

4035.11 Sm II 2689 — 27464

4037.10 Sm II 2238 — 27001

4018 10 O9m II 111 11 1499 78756

4041 68 Olll 9m II11 1518 1 J 1 O 76754

4042 72 Olll 9m II11 75056 D \J ~J U

4042.90 Sm II 838 — 25566

4045.05 Sm II 838 — 25553

4046 16 9m II Olll 11 818 0-5 O 7 5 546

4047 16 9m II Olll 11 1 489 76191 zo 1 ;7 1 4047 IS 9m II Olll 11 7718 76918 zo"J o

4048 69 om9m II11 1499 98zo 11 Q9yZ. 4049.58 Sm II 2003 26690

4049.81 Sm II 0 24686

4058.87 Sm II 3910 28540

4063.54 Sm II 327 24929

gA gf Log gf

108/sec

U.J J U.UoZ 1 AO —I .Uo

U.ZZ U.Uj 1 _11 .Ly OQ

C\ 0 1 U.z 1 U.UjU —1 -3 A 1 . jU

0.18 0.041 -1.39

0.26 0.061 -1.21

n n5n n n 1

9

U.U 1 z 1 .7 J U.UO" U.U 1 o —1i. 70ly

U.UOJ U.U I J —1 .OZ

0.30 0.070 -1.16

0.083 0.020 -1.71

U. J / c\ ^ A U. 1

4

—A 87 nU.zU7n U.U4 / —111 1 .J J u.z J A /:a

o!o82 0.019 -1.71

0.32 0.077 -1.11

U.J 7

(\ ^ A U. 14 A OC

U.oo not U.Z 1 A (LQ —U.OO

U.40 rt 1 1 U. 1

1

A

0.060 0.014 -1.85

0.30 0.070 -1.15

U. 1 o U.U4J —11 lA . jO

U.J 7 u.uyz —1 (\A

1 .U4

u.z 1 U.UjU 1 -J A 1 . jU

0.13 0.030 -1.52

0.020 0.0049 -2.31

U.UDz U.Ul J

1 81 1 .0 J U.U4z U.U I u

1 QQ i.yy

U. jz n n78 U.U / o 111 1 . 1

1

0.080 0.019 -1.71

0.022 0.0054 -2.27

U.U4U A nnQ/: u.uuyo 7 A7 Z.UZ

U.Ujo U.U 1

3

—1 07 l.O / nil U. I 1 U.UZo 11 . jy

0.024 0.0059 -2.23

0.24 0.059 -1.23

U.J 7 U.U74 1 ni I .Uj

U.Uo 1 u.uzu _i1 7n . /u

u.uyo U.UZ4 —1 ^1 1 .Oj

0.22 0.054 -1.27

0.20 0.048 -1.32

u.z / u.uoo _1 1 8 1 . 1 O n 1

7

U. 1 / U.U4Z —1 18 I.JO

U. 1 J n nil U.Uj J 1/18 1 .40

0.27 0.066 -1.18

0.047 0.011 -1.94

U. 1 J U.Uj j —I ACt 1 .4?

U.Uj 1 u.uu / o

7 1 7 Z. IZ

U. 1

4

U.U3 J —1 .45

0.31 0.078 -1.11

0.14 0.036 -1.45

375
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Loggf

4064.58 Sm II 2689 — 27285 0.70 0.17 -0.76

4066.74 Sm II 2238 26821 0.36 0.088 -1.05

4068.33 Sm II 3499 28073 0.44 0.1

1

-0.96

4075.84 Sm II 4386 28914 0 64 0 16 -0V/« 79/ y 4076 65 Sm II 838 25361 0.082 0.020 -1 69

4076.86 Sm II 327 - 24848 0.022 0.0056 -2.25

4080.56 Sm II 2689 27188 0.12 0.029 -1.54

4081 97 OSmill IIi 1 1489 25980 0.046 0.012 —1X • 94y^

4082 60 Sm Fi 53 1

8

29805 0.42 0 1

1

-0 98

4083 24 Sm II 53 1 8 29801 0.090 0 023 -1 65

4083.58 Sm II 2003 - 26485 0.11 0.028 -1.55

4084.40 Sm II 2689 27165 0.11 0.027 -1.57

4092.27 Sm II 0 24430 0.23 0.058 -1.23

4093.04 Sm II 3499 27924 0.031 0.0078 -2.11

4094.05 Sm II 2689 27108 0.14 0.036 -1.45

4098.97 Sm II 2689 - 27078 0.056 0.014 -1.85

4104.13 Sm II 327 24686 0.057 0.014 -1.84

4106 62 Sm II 4386 28730 0.067 0.017 -1.77

4107.28 Sm II 838 25178 0.23 0.057 -1.24

4107.80 Sm II 838 25175 0.016 0.0042 -2.38

4108.32 Sm II 3053 - 27387 0.069 0.017 -1.76

4109.40 Sm II 2238 26566 0.17 0.043 -1.36

4110 19 OSm111 liTi 53 1 8 29641 0 28 0 070 -1X • 16X\J

4113 90 Sm IT 1 489 25790 0 14 0.035 -1 46

til VJ.*-HJ OSmill TT11 2689 26,974 0 089 0 023 -1 65

4118.55 Sm II 5318 - 29591 1.9 0.47 -0.32

4119.57 Sm II 2238 — 26506 0.060 0.015 -1.82

4121 36 Kjiil Sm IT11 3053 273 10 0.21 0.054 -1.27

4121 54 Sm II 327 24583 0.028 0.0071 -2.15

A\T1.5\ Sm II 2003 26254 0.11 0.027 -1.57

4123.96 Sm II 3910 - 28151 0.46 0.12 -0.93

4129.23 Sm II 2003 26214 0.11 0.027 -1.57

4133.19 Sm II 2003 26191 0.039 0.0099 -2.01

4135.14 Sm II 5318 29494 0.24 0.061 -1.21

4138.97 Sm II 4386 28540 0.037 0.0096 -2.02

4146.75 Sm II 1489 - 25598 0.051 0.013 -1.88

4147.71 Sm II 327 0.074 0.019 -1.72

41 49 83 Oiil Sm TI11 838 24929 0.21 0.055 -1.26

415? 21 OiXX Sm TT11 1489 1 'TO ^ 25566 0 37 0.096 -1.02

zll S"^ '^^ Olll 11 ^ -J 1 o 29388 0 49 0 1 3 -0.90

4155.22 Sm II 4386 — 28445 0.40 0.10 -0.99

4156.25 Sm II 3499 — 27553 0.073 0.019 -1.72

41 59 40 Oil! Sm TT11 11518 _/ 1 O 25553 0 032 0.0084 -2.08

41 S9 1 OSm111 11TT 2689 0 045 0.012 -1.93

41 fi^ 77 OSm111 11TT 838 O J O 24848 0 027 0.0069 -2.16

41 69 48 |y_) Smill II11 2003 25980 0.29 0.075 -1.12

4171.57 Sm II 3499 27464 0.22 0.058 -1.24

4174.43 Sm II 3053 27001 0.091 0.024 -1.62

4178.02 Sm II 4386 28314 0.30 0.080 -1.10

4181.10 Sm II 2689 26599 0.23 0.059 -1.23

376
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

4183.76 Sm II 327 — 24222

H I OO. L D TT 4186 28256

H- 1 yz. . 1 u Oiil 11 818 O J O 24686

41 97 90 Oiii 9m 11II 11 489 '-rO y 25304

41 99 45 Olll ^in II11 4386 281 92

AlQX.ll Sm II 2689 —_ 26485

4202 92 Oiil 9m II11 3910 27696

420^ 05 O9miii II11 1499 27285

4204 82 O9miii II11 3053 26828

O9miii II11 3053 2682 1

Sm II 4386 — 28151

42 1 0 3 5 Olli 9m 11II 838 O J O Z.*T 24583 J O J O9m II iii 11 1910 776'^Q

9m II Oiil li 1499 j^yy Z, / 1 oo 4770 66 9m II Olii 11 4186

4223.70 Sm II 2689 — 26358

4224 2^^ 9m IT olll 11 jHyy 1499 27 1 ^.5 422S W 9m IT olll 11 1518 1 J 1 o 25i-J 1I/O78

4229 70 9m IT Olll 11 127 219^^2

42'^4 57 9m IT Olli 11 1499 21Z. 1

1I 08uo

4236.74 Sm II 5318 — 28914

4237 66 Oiii 9m II11 818 O J O 24410

4244 70 O9mill II11 2218 25790 Z._J / y\J

did') 1 8 O9miii 11II 2001 25551 L. J J J J 4247 39 Olii 9m IT11 1518 1 _J 1 O 25056

4249.55 Sm II 2689 —

4251 78 O9mlli IT11 1051 26566 J \J\j 4253 72 O9mlli II11 1499 27001

4256 39 O9mill II11 1051 26540

4258 58 O9mill IT11 j'-ryy 1499 ^yjy 1 T4259.39 Sm II 2689 — 26160

4262 68 O9m IT ill 11 1051 2^i50^^

42^^5 08 9m IT Olll 11 11 489 HO y 24910

42^^9 77 9m TT olll 11 2001 2 5417

4270 I'K 9m IT Olll 11 11 489 *+o y 24898

4270.84 Sm II 5318 — 28726

4272 01 Olll 9m IT11 1518 1 J 1 o 24920

4279 68 Oiii 9m IT11 2218 25598

4279 94 Olll 9m 11II 2001 25161

4280 32 Olli 9m II11 818 O J O 241 94

4280.79 Sm II 3910 — 27263

4285 50 O9mill II11 2238 25566 ^ J J \J\J 4286tHJ. 64 Olli 9m II11 3499 2ft9,2 1 4292 18 Olll 11 Z,UO y ^JyOxJ

4295 74 Oill 11 J'-ryy

4299.34 Sm II 4386 27639

4304.94 Sm II 5318 28540

4309.01 Sm II 1489 24690

4313.73 Sm II 2003 25178

4318.94 Sm II 2238 25385

0.12 0.030 -1.52

0 70 0 18 —0W. 74/ T" 0 040 0 01 1 —1I • 97y / 0 013 0 0035 —2 Aft 0 18 0.047 -1 33

0.011 0.0029 -2.54

0 38 0\J * 1100\J\J -11 -WW 00

0 57 0 1 5 -0 82

0 023 0 0062 —2^ • 21Z' 1 0 30 0 080 —11 . 101 w

0.18 0.047 -1.33

0 16 0 043 —11 . 37J / 0\j < 059 \j J y 0 016 —11 • 80o w 0 089 0 024 —11 . 62uz. 0 48 0 1 3 -0W» 89O J?

0.059 0.016 -1.80

0 026 0 0069 —2 16

0 10 0W. 079 \j 1 y —11 . 101 w

0\J* 11 J5 0 040

V/. D 1 0 OR^ —11 .wo OS

0.97 0.26 -0.58

0 12 0 031 —11 . -J50W

0 21 0 057 -1 24

0 038 0 010 -1L * 99y y

0\j 'Vj014y^r 0 0039 —2 41

0.080 0.022 -1.67

0.1

1

0.029 -1 54

0.028 0 0077 -2 1

1

0 88 0 24 —0w. 62wz. 0\j -yj099y y 0 027 —1 57

0.020 0.0054 -2.27

0 53 0 14- —0W. 84OH- 0 14 0 0'^7 —1 41

0v. 01*J 1 11 0 OO'^ 1 —2 50

0 00^ R —2Z..HZ> 42

0.12 0.032 -1.50

0v. 014 \j y-r 0 0018 —2 42

0 39 0 1

1

—0W. 97y / 0 072 0 020 —11 • 70/ W

0.019 0.0054 -2.27

1.2 0.32 -0.50

0.017 0 0046 -2 34

0. 16 0 045 -1 35

0 1 3 0 036 —1 45

0 027 0 0075 —2 1 3

0.052 0.014 -1.84

0 24 —11.1/17

0.23 0.063 -1.20

0.052 0.014 -1.84

0.60 0.17 -0.78

377
Wavelength Spectrum Energy Levels gf Loggf

A K 108/sec

4323.28 Sm II 838 - 23962 A 1 0. 12 A AT A 0.034 —1.46

4327.51 Sm II 2689 - 25790 U.Ul J A AA A T 0.0043 —2.36

4329.02 Sm II 1489 - 24583 U.44 A 1 0. 12 —0.91

4334.15 Sm II 2238 - 25304 0.40 0.11 -0.94

4345.86 Sm II 838 - 23842 0.11 0.032 -1.49

4346.49 Sm II 4386 - 27387 o.o4y A A 1 yl 0.014 1 O —1.86

4347.80 Sm II 3053 - 26046 0.42 A 1 0. 12 A AT —0.93

4350.46 Sm II 3910 - 26889 \).21 A ATZT 0.076 —1.12

4360.72 Sm II 2003 - 24929 0.15 0.044 -1.36

4361.07 Sm II 4386 - 27310 0.12 0.034 -1.47

4362.04 Sm II 3910 - 26828 0.38 All 0.1

1

A AZ" —0.96

4363.45 Sm II 1518 - 24430 A ACT 0.053 A A 1 C 0.015 —1.82

4368.03 Sm II 3053 - 25940 A 1 O0. 1

8

A A C T 0.053 1 ^ O —1.28

4369.92 Sm II 2689 - 25566 0.068 0.020 -1.71

4370.48 Sm II 5318 - 28192 0.031 0.0088 -2.06

4373.46 Sm II 3499 - 26358 0. 1

8

A ACT 0.053 —1.28

4374.98 Sm II 327 - 23177 0.055 A A 1 ^ 0.016 1 OA —1.80

4378.24 Sm II 5318 - 28151 A ^ 1 0.61 AIT 0. 17 —0.76

4384.29 Sm II 4386 - 27188 0.15 0.045 -1.35

4390.86 Sm II 1489 - 24257 0.37 0.11 -0.97

4392.60 Sm II 0 - 22759 A AA'3 1 U.OOi 1 A AAAAA T AC —3.05

4399.88 Sm II 4386 - 27108 f\ f\A ^ 0.046 A A 1 T 0.013 1 o o —1.88

4403.06 Sm II 1489 - 24194 A 1 O

U. 1 O A A 0.053 —1.27

4403.36 Sm II 1518 - 24222 0.094 0.027 -1.56

4405.67 Sm II 3499 - 26191 0.015 0.0043 -2.37

4407.52 Sm II 2003 - 24686 A A 1 C 0.015 A AA A C 0.0045 —2.35

4409.33 Sm II 2689 - 25361 A 1 ^

0. 16 f\ f\ A1 0.047 1 T '> —1.32

441 1.83 Sm II 2238 - 24898 A AT '7 0.033 A AAA C 0.0095 AT —2.02

4417.58 Sm II 3910 - 26540 0.17 0.049 -1.31

4420.53 Sm II 2689 - 25304 0.46 0.13 -0.87

4421.14 Sm II 3053 - 25665 ATT 0.33 A0.097 Am 1 A

1

—1.01

4424.34 Sm II 3910 - 26506 1 T 1.3 A T O 0.38 A A'^ —0.42

4427.58 Sm II 2003 - 24583 A A /I C 0.045 A A 1

"5 0.013 1 o o —1.88

AA11.%\ Sm II 2238 - 24816 0.020 0.0059 -2.23

A A 'y "y o o 4433.88 Sm II 3499 - 26046 0.62 0.18 -0.74

Sm II 3053 - 25598 A /CA A 1 O A n c —U. /5

4446.96 Sm II 3499 - 25980 A A 1 '7 0.01 / A AACA 0.0050 —O 1 A 2.30

4452.73 Sm II 2238 - 24690 A T C 0.35 A 1 A 0. 10 A OO —o.y©

4454.63 Sm II 4386 - 26828 0.57 0.17 -0.77

4456.1

1

Sm II 4386 - 26821 0.043 0.013 -1.90

4458.52 Sm II 838 - 23261 A 1 O A A C /* —11 O T .2 / 4467.34 Sm II 5318 - 27696 1 A 1.4 0.41 A '3 O —o.3y

4472.43 Sm II 1489 - 23842 A AAO 0.098 A A'5 A 0.030 —1.53

4473.02 Sm II 2238 - 24588 0.16 0.048 -1.32

4475.18 Sm II 838 - 23177 0.013 0.0038 -2.42

4495.14 Sm II 2689 - 24929 0.0067 0.0020 —2.69

4499.48 Sm II 2003 - 24222 A AO ^ 0.086 A A'^ ^ 0.026 —1 .5o

4501.38 Sm II 2689 - 24898 A A 1 A AAC 1 0.005 1 —2.3U

4505.05 Sm II 2003 - 24194 A A /f 1 0.041 A A 1 ^ 0.012 1 OA —i.yo

4511.83 Sm II 1489 - 23647 0.11 0.034 -1.47

378
Wavelength Spectrum Energy Levels

A K

4519.63 Sm II 4386 26506

4523.04 Sm II 327 - 22429

4523.91 Sm II 3499 — 25598

4536.51 Sm II 838 22875

4537.95 Sm II 3910 25940

4540.19 Sm II 2238 24257

4543.95 Sm II 2689 - 24690

4544.83 Sm II 2689 24686

4545.81 Sm II 5318 27310

4552.66 Sm II 2003 23962

4554.45 Sm II 838 22789

4560.43 Sm II 327 - 22248

4561.19 Sm II 3499 — 25417

4564.10 Sm II 0 — 21904

4566.21 Sm II 2689 — 24583

4577.69 Smii 2003 23842

4584.83 Sm II 3499 — 25304

4591.82 Sm II 1489 — 23261

4593.54 Sm II 3053 — 24816

4595.29 Sm II 3910 — 25665

4598.35 Sm II 2689 24430

4604.18 Sm II 327 - 22040

4606.51 Sm II 0 21702

4613.50 Sm II 2689 24358

4615.44 Sm II 4386 26046

4615.69 Sm II 1518 23177

4616.49 Sm II 0 - 21655

4624.97 Sm II 10214 — 31830

4630.21 Sm II 838 22429

4642.24 Sm II 3053 — 24588

4646.68 Sm II 2238 23753

4647.53 Sm II 5318 - 26828

4648.16 Sm II 0 — 21508

4655.13 Sm II 3910 25385

4665.13 Sm II 3499 — 24929

4669.40 Sm II 838 22248

4669.65 Sm II 2238 — 23647

4674.60 Sm II 1489 — 22875

4676.91 Sm II 327 — 21702

4682.69 Sm II 3499 — 24848

4687.18 Sm II 327 21655

4689.57 Sm II

_ 327 - 21645

4693.63 Sm II

1489 — 22789

4699.34 Sm II 2689 — 23962

4704.40 Sm II 0 21251

4710.64 Sm II 5318 26540

4713.06 Sm II 4386 25598

4714.62 Sm II 3053 24257

4715.26 Sm II 838 22040

4717.72 Sm II 3499 24690

gA gf Log gf

108/sec

n /in U. 1 z —A Q7 u.yz

yJ.VOJ U.U 1 y ——1

1 77 . / Z u.zz U.UO J' —1

1 1 A . 10

0.043 0.013 -1.88

0.27 0.084 -1.08

u.u / u u.uzz 1 .00 u.zz nu.uoo OAK —11.1/1 7

U.UZo U.UUoO —7Z.UA7/ 0.017 0.0051 -2.29

0.091 0.028 -1.55

n OA? U.U 1 J —11 .oy 80

V.VjZ. U.U 1 uu —

TZ.UUHA

U.UUj 7 A AA 1 8 U.UU I o —7 7/1 Z. / 4

0.0073 0.0023 -2.64

0.12 0.039 -1.41

v. i J AU.U4U A/IA 1 .4U

U. 1 o A A'\7 U.Uj / —1— 7/1 1 .Z4

U.Uj4 A A 1 7 U.U I /

1 -7-7 I. 1 1 0.11 0.034 -1.47

0.20 0.064 -1.20

A AA7 1 U.UU / 1 —7 1 ^ Z. 1 J U.UZ 7 A AAQ 1 u.uuy 1 —7Z.U4A/t

U.Uj J A A 1 1 U.U I I 1 .yO

0.018 0.0059 -2.23

0.12 0.038 -1.42

U.UOH- AU.UZA77/ —1 ^7 1 .J / AU.UUAOI 1 1 1 —7 Q*^

AU.UAl1 AO —1 8 1 1 .0 1 0.021 0.0069 -2.16

0.24 0.076 -1.12

u.uoz AU.UZU A? A —11 . 7A/ U

U.U44 A A 1 /I U.U 14 —1— 8/1 1 .84

U.UZo A AA8^ U.UUoO 7Z.UA7/ 0.049 0.016 -1.79

0.022 0.0071 -2.15

U. I u AU.UjAllJ —1—1 .40 AH

U. 1 J A A/17 U.U4Z 1 -J Q I. JO

u.z / AU.Uoo A88 ——1 A< 1 .Uj

0.12 0.040 -1.39

0.034 0.011 -1.95

u.uoo AU.UZZ A77 1 .00

U.UUD7 AU.UUZ AA71J —7— A/1 Z.04

U.Uj 1 AU.UA1i AU

—1l.yy QQ

0.040 0.013 -1.88

0.086 0.028 -1.55

U.U4Z A A 1 /I U.U 1 4 —11 8A .00

U. 1 J AU.UjU A'nA —11 . jU1A

U.UZ7 AU.UU7 AAQ7/ —7Z.UA11 U.UZ J AU.UUo4 AA8/I —7Z.UA7/ 0.091 0.030 -1.52

379
Wavelength Spectrum Energy Levels gf Loggf

A 10'*/sec

4718.33 Sm II 5318 - 26506 0.14 0.046 -1.34

4719.84 Sm II 327 - 21508 0.047 0.016 -1.80

4720.12 Sm II 4386 - 25566 0.018 0.0062 -2.21

4721.39 Sm II 2003 — 23177 0.0081 0.0027 -2.57

4726.02 Sm II 2689 - 23842 U.U4Z U.UI4 l.OJ

4741.72 Sm II 3499 - 24583 0.020 0.0068 -2.17

4745.68 Sm II 838 - 21904 0.091 0.031 -1.51

4755.37 Sm II 2238 - 23261 0.011 0.0038 -2.42

4774. 15 Sm II

1 A OCi 1489 — 22429 0.024 0.0083 -2.08

4777.85 Sm II 327 - 21251 U.U3/ U.Ul i

4781.84 Sm II 3910 - 24816 0.030 0.010 -1.98

4791.58 Sm II 838 - 21702 0.043 0.015 -1.83

4804.90 Sm II 838 - 21645 0.0028 0.00098 -3.01

A O t C O 1 4815.81 Sm II1 A o r\ 1489 — 22248 0.093 0.032 -1.49

4816.01 Sm II 3499 - 24257 a nil u.u 1 z I .yj

4829.57 Sm II 3053 - 23753 0.042 0.015 -1.83

4833.32 Sm II 8046 - 28730 0.053 0.018 -1.73

4834.62 Sm II 3910 - 24588 0.033 0.011 -1.94

4836.67 Sm II 838 — 1 C AO 21508 0.0060 0.0021 -2.68

4837.65 Sm II 10214 - 30880 U.Uj4 —11.4/ An

4844.21 Sm II 2238 - 22875 0.081 0.029 -1.54

4847.76 Sm II 5318 - 25940 0.084 0.030 -1.53

4854.36 Sm II 3053 - 23647 0.038 0.013 -1.87

4859.55 Sm II 2689 — 23261 0.026 0.0090 -2.04

4869.98 Sm II 9407 - 29935 U. 1 J U.UJ J V.LI

4893.35 Sm II 4386 - 24816 0.035 0.013 -1.90

4894.30 Sm II 2003 - 22429 0.0079 0.0028 -2.55

4900.73 Sm II 8046 - 28445 0.049 0.018 -1.75

4901.90 Sm II A A AT 9407 — AO A 1 29801 0.045 0.016 -1.79

4913.25 Sm II 5318 - 25665 u.zu u.u / 4

4914.30 Sm II 3499 - 23842 0.0047 0.0017 -1.11

4920.38 Sm II 8679 - 28997 0.12 0.042 -1.38

4923.83 Sm II 4386 - 24690 0.026 0.0094 -2.03

4929.56 Sm II 5318 — '^ c c AO 25598 0.017 0.0061 -2.22

4936.03 Sm II 3499 - 23753 u.uzu U.UU / J —9Z. 1

1 A

4

4938.10 Sm II 2003 - 22248 0.035 0.013 -1.90

4948.63 Sm II 4386 - 24588 0.10 0.037 -1.43

4952.37 Sm II 2689 - 22875 0.041 0.015 -1.82

4953.03 Sm II 1518 — ^ 1 T A^ 21702 0.011 0.0041 -2.39

4961.94 Sm II 3499 - 23647 u.u / / u.uzy —T '^A 1 . j4

4964.56 Sm II 1518 - 21655 0.011 0.0041 -2.39

4972.16 Sm II 7525 - 27631 0.080 0.030 -1.53

4973.74 Sm II 2689 - 22789 0.013 0.0047 -2.33

4981.73 Sm II 53 18 - 25385 0.032 0.012 -1.93

4989.44 Sm II 2003 - 22040 n n 1 n u.u 1 u U.UUJ o Z.4 1

4992.02 Sm II 8046 - 28072 0.11 0.042 -1.37

5001.22 Sm II 1518 - 21508 0.011 0.0040 -2.40

5016.61 Sm II 7135 - 27063 0.051 0.019 -1.71

5023.50 Sm II 2003 - 21904 0.016 0.0060 -2.22

5028.44 Sm II 12045 - 31926 0.68 0.26 -0.59

380
Wavelength Spectrum Energy Levels

A K

5031.18 Sm II 12045 31916

5052.76 Sm II 11094 — 30880

jUj / . /4 oin Qm II oo / y 9844^ Lo'iHJ

OUl 11 9949Q zz'tz y

JUDO.oO 11 1 1 7Q

1

11/71 J'X 11 _)S99zz

5069.46 Sm II 10214 — 29935

5087.08 Sm II 2003 — 21655

snsR Q7 Qm 1 T

1 1

11 97Qn z, / y\j "^94^ JZ*+J JS

1 no 7? Qm T T 11 1 Z WHJ

J 1I f\Af\ UHU

Qm 11 y-rXJ 1 98997 Z O 7 7 /

5104.48 Sm II 8046 — 27631

5116.70 Sm II 7525 — 27063

J 1 J J .U J omQm 11 oo / y 98079 zou / z

J 1 J / .u / Qm T I 11 1 U"OU

J 1 Ou.uO oin Qm XT

11 I 1 C\QA I I yjy^ 1044^.

5202.73 Sm II 2689 — 21904

5252.77 Sm II 8046 — 27078

J J IZ.Z J omQm 1

1

9^8Q 9z 11 jUo ^08

J't <;/170

/ O.Zi' 9Q Qm 1 1 1 U 1 o 1 9849Q Zo'+z 7

J^^"17 J J 1 .\j071 Qm T T 11 1 j'fOD 1 *\99 J 1 JZZ

5600.86 Sm II 11791 — 29641

5738.01 Sm II 14504 — 31926

JS74^ / fJ . J J omQm 11 1 4 1 1 S 1 f 1 1 J J 11 JS99zz

J / jy.jA Qm 1 1

11 9Q88 Z700 JUJ'+O J / OO. 70 Qm 11 1 'X(\CiA 1 jOU'+ 10880

5801.66 Sm II 10960 — 28192

5831.02 Sm II 12790 — 29935

JoJ 1 . / olll Qm ¥¥11 11 4.S04 ^jyjH J 1 Ofo

^8"^^; "^7 OlU Qm I T 11 8046 9Z JS 11 7 S / J Qm 11 oo / " 9z JS7Q0 / yy)

5848.67 Sm II 12842 — 29935

5860.42 Sm II 7135 — 24194

J o / o. 1 1 omQm II 1 A 1 fi 1 I U 1 O 1 97 188 Z / 1 OO

Joy 1 .jy omQm II 1 zU4J 98QQ7 Zo77 / J yJ L.yyj omQm 11 11 97QO z / yyj Z^Of 1

5938.90 Sm II 7525 — 24358

5957.52 Sm II 9410 — 26191

J yyjJ.LL omQm 11 199^9 1 ZZ J z 980Q7 Zo77 / J yyjj. 1 1 Olll Qm ¥ I

1

!

11 0874 Uo / ^ 97^1

1

Z / D J 1 J ^Do.oZ. omQm 11 1 1 7Q

1

ZojfU

5994.64 Sm II 11395 — 28072

6011.22 Sm II 11799 — 28429

DU 1 / . J Olll Qm T 1 1 1

11 09uz 11 4 96898 ZOoZo

60"^ 9"?

Olll Qm 1 1 Q4 11 0u 9Zj*\Q80 70U

oil U.DD omQm 1 I 11 1 1 7Q

1

11/71 9Zo8 1^1 1 J 1

D 1I 141 ^. JS8O omQm 11 1 OQAO 97"? Z

1 O / J 1 U

6123.60 Sm II 10214 26540

6124.88 Sm II 12988 29310

6149.10 Sm II 12988 29246

6157.55 Sm II 11395 27631

gA gf Loggf

108/sec

U.lJ o o< 1 U.Uj 1 —1I .Z7 9Q

O 7 1 u. / 1 Ou.z97/ —O ^7 U.J / O 1 1 U. I I O 04 A U.U44 1 16 I.JO

0.0093 0.0036 -2.44

0.091 0.035 -1.45

O 47 0 1 8 U. 1 O —OU. 7^/ J OU.UU007 ^ / J 0U.UUZ7 009 Q —9Z.JSIJ 0 1 9 U. 1 Z O 046 —11 . J414

0.76 0.30 -0.53

0.54 0.21 -0.68

0U.ZU90 0U.UoU 080 —1

1 . 11 ou

O 1 7 U. 1 / o 06<; U.UOJ —11.171 Q

OU.JO^8 Ou.z91J —O 61 U.Oj

0.20 0.080 -1.10

0.25 0.10 -1.00

O 0 1 7 u.ui / O 0067 U.UUO / —9 1 7 Z. I / U.U4J O 01 Q U.U 1 7 —11 71 . / J 0 0004 O 0040 —9Z.4U40

0.048 0.022 -1.66

0.13 0.061 -1.21

0U. 11 4f 0 06 <\ —11.171 Q

O 1 ^ U. I 3 OU.U076/ 0 —1 1 9 1 . 1 Z

O 94 O 1 9 U. 1

Z

—O Q9 U. 7Z

0.15 0.074 -1.13

0.29 0.15 -0.84

0U.U0161 o OU.UUoZ 0089 —9Z.Uo08

0 1 1 U. 1 J OU.UOo 068 —1 1 7 1.1/

O 1 1 U. 1 1 O O'n U.Uj J —196 I .ZO

0.035 0.018 -1.75

0.021 0.011 -1.97

OU.UO067/ o oi < U.Uj J 1 .40

0U.UU07 008Q OU.UU40 0046 —9—Z. j414

O 01 Q U.U 1 7 OU.UU7 OOQ7/ —9 01 Z.UI

0.10 0.054 -1.27

0.073 0.039 -1.41

OU.UZ4 09 4 O O 1 9 U.U 1 Z ——11 .7U QO

O 09 4 U.UZ4 O O I 1 U.U 1 J1 QO 1 .7U

O 06 1 U.UO 1 oU.UjoilJ

•-1 4 a 1 .40

0.11 0.057 -1.24

0.077 0.041 -1.38

Ou.UHo 048 OU.UZO 096 —1 «;q 1 . J7

OU.UjO^lJ OU.UZ7 09Q 1 . j4

OU.UZf 094 O 01 1 U.U I J —1 88 I .OO

0.019 0.010 -1.99

0.085 0.048 -1.32

OU.UZo 098 O O 1 6 U.U 1 0 —1 8 1 1 .0 1 0U.UZ097/ O 01 ^ U.U 1 J —1 89 I .oZ

OU.UOTQJ 7 O 09 9 U.UZZ 1 6S 1 .OJ

OU.U078/ o O 04 4 U.U44 1 "26

I .JO

0.025 0.014 -1.85

381
Wavelength Spectrum Energy Levels

A K

6160.42 Sm II 10960 - 27188

6168.33 Sm II 12790 28997

6179 82 Sm II 10181 26358

6181 05 Sm II 11 -y3466 ^\J\J 29641 ^ y 1 6182 89 Sm n 1 1094 27263

6188.00 Sm II 9410 — 25566

6237.66 Sm II 12045 — 28072

6244 21 Sm II 8679 24690 A^'-T\j y\j

6246 76 Oiii Sm II11 8579 24583

ftl^ft 66 Olii Sm II11 9407 25385

6267.28 Sm II 9410 — 25361

6289.90 Sm II 9410 — 25304

6291 82 KJSmHi II1

1

1 1 395 27285

6301.12 Sm II 10181 1 V 1 U 1 26046

6302 40 Sm II 1 2567 28429

6307.06 Sm II 8579 - 24430

6327.47 Sm II 10181 25980

6368 28 Sm II 12842 z 28540

6389 85 Sm II 9410 25056

6390.81 Sm II 8579 24222

6406.24 Sm II 10960 - 26566

6417.50 Sm II 8679 24257

6426.64 Sm II 14085 29641

6431.00 Sm II 10960 26506

643 1 96 OSmUi II11 111-/ 1 395y ^ 26938

6455.60 Sm II 11799 — 27285

6470.46 Sm II 10214 — 25665

O9mill II11 11 11 094 yjy-r 26540

6484 52 O'^mHi II11 10181 1 V/ 1 O 1 25598 D D y \j 6487 62 OSmiii II11 9407 y^\j 1 248 1 6

6490.82 Sm II 12790 - 28192

6498.67 Sm II 8579 — 23962

6502 00 Oiii Sm II11 1 2567 27942

6542.76 Sm II 1 1799 27078

6544 57 Oili Sm II11 9410 y " 1 \j 24686

6549.77 Sm II 8579 - 23842

6569.31 Sm II 12045 27263

6570 67 kjSmiii n11 8046 23261

6585.21 Sm II 9407 24588

6589 72 OSmiii II11 10214 25385

6601.83 Sm II 12045 - 27188

6604.56 Sm II 14504 — 29640

6630 61 K_> 111 Ti11 1V 223? ^ L. J 273 1 0

Oill 11 OU / y Z.D 1 J D

1 .VJ 1 O Ul IT11 1 1 / J7 1 ^\jO^ 1

O 111 IT11 y^ 1 \J 6661.22 Sm II 10181 25175

6679.21 Sm II 8679 23647

6681.53 Sm II 11395 26358

6693.55 Sm II 13604 28540

gA gf Loggf

10'*/sec

0.033 0.019 -1.73

0.029 0.017 -1.78

0.026 0.015 -1.83

0.055 0.031 -1.51

0.045 0.026 -1.59

0.021 0.012 -1.92

0.057 0.033 -1.48

0.019 0.011 -1.95

0.032 0.019 -1.73

0.040 0.023 -1.63

0.093 0.055 -1.26

0.023 0.014 -1.87

0.080 0.047 -1.32

0.024 0.014 -1.84

0.039 0.024 -1.63

0.026 0.015 -1.82

0.079 0.048 -1.32

0.049 0.030 -1.52

0.025 0.015 -1.82

0.017 0.010 -1.98

0.015 0.0093 -2.03

0.020 0.012 -1.91

0.14 0.084 -1.07

0.028 0.017 -1.76

0.015 0.0092 -2.04

0.023 0.015 -1.83

0.019 0.012 -1.93

0.057 0.036 -1.45

0.037 0.023 -1.64

0.023 0.015 -1.83

0.061 0.038 -1.42

0.023 0.015 -1.83

0.017 0.01

1

-1.97

0.078 0.050 -1.30

0.014 0.0092 -2.04

0.011 0.0072 -2.14

0.24 0.15 -0.81

0.019 0.012 -1.91

0.034 0.022 -1.66

0.1

1

0.073 -1.14

0.070 0.046 -1.34

0.33 0.21 -0.67

0.024 0.016 -1.80

0.027 0.018 -1.75

0.032 0.021 -1.68

0.022 0.014 -1.84

0.017 0.011 -1.95

0.043 0.029 -1.54

0.023 0.016 -1.81

0.17 0.12 -0.93

382
Wavelength Spectrum Energy Levels

A K

1 2232 27165

6707.45 Sm II 1525 - 22429

6712.62 Sm II 12045 — 26938

6731.84 Sm II 9407 — 24257

6734.06 Sm II 11094 — 25940

6734.81 Sm II 12045 26889

6741.47 Sm II 8046 - 22875

6754.68 Sm II 1 1799 — 26599

6766.52 Sm II 1 1791 — 26566

6778.19 Sm II 1 1791 — 26540

6778.61 Sm II 10181 24929

6781.17 Sm II 8046 — 22789

6790.00 Sm II 7525 — 22248

6792.55 Sm II 12567 — 27285

6794.20 Sm II 11791 — 26506

6829 86 Sm II 10960 25598

6844.71 Sm II 10960 - 25566

6846.54 Sm II 10214 — 24816

6848.16 Sm II 12567 — 27165

6854.50 Sm II 11395 — 25980

6856 03 Sm II 8679 23261

6862.82 Sm II 7135 - 21702

6872.43 Sm II 13604 — 28151

6875.27 Sm II 12567 — 27108

6885.16 Sm II 12790 — 27310

6900 28 Sm II 10874 25361

6909.81 Sm 11 12842 - 27310

6927.03 Sm II 9410 — 23842

6930.41 Sm II 10960 — 25385

6941.56 Sm II 10181 — 24583

6950 51 OSm111 IIIt 8046 22429

6955.29 Sm II 10214 - 24588

6968.65 Sm II 9407 — 23753

7020.44 Sm II 9407 — 23647

7039.22 Sm II 8046 — 22248

7042.24 Sm II 8679 22875

7051.52 Sm II 7525 — 21702

7054.97 Sm II 11395 — 25566

7082.37 Sm II 7135 — 21251

7085.52 Sm II 8679 — 22789

7122.40 Sm II 14115 28151

7125.11 Sm II 12790 - 26821

7143.98 Sm II 8046 — 22040

7149.60 Sm II 7525 — 21508

7218.09 Sm II 8579 — 22429

7237.02 Sm II 12232 26046

7240.90 Sm II 11791 25598

7257.11 Sm II 12790 26566

7261.45 Sm II 9410 23177

7281.47 Sm II 10960 24690

gA gf Log gf

108/sec

0.019 0.013 -1.90

0.0093 0.0063 -2.20

0.022 0.015 -1.83

0.088 0.060 -1.22

0.084 0.057 -1.25

f\ r\/' /' 0.066 0.045 -1.35

0.028 0.019 -1.72

0.025 0.017 -1.76

0.020 0.014 -1.86

0.030 0.021 -1.69

0.038 0.026 -1.58

0.0087 f\ f\f\ /' f\ 0.0060 —2.22

0.027 0.019 -1.73

0.025 0.017 -1.77

0.14 0.096 -1.02

0.03

1

0.022 -1.67

0.061 0.043 -1.37

0.025 0.017 -1.76

0.024 0.017 -1.77

0.017 0.012 -1.92

0.044 0.03

1

—1.51

0.015 0.01

1

-1.96

0.064 0.045 -1.35

0.017 0.012 -1.93

0.050 0.036 -1.45

0.010 0.0073 -2.14

0.025 0.018 1 ^ A -1.74

0.012 0.0086 —2.07

0.018 0.013 -1.88

0.015 0.011 -1.97

0.016 0.012 1 C\ A -1.94

0.1

1

0.077 -1.11

0.012 0.0085 -2.07

0.064 0.047 -1.33

0.043 0.032 -1.49

0.052 0.038 1 A -1.42

0.037 0.028 -1.56

0.020 0.015 -1.83

0.033 0.025 -1.61

0.022 0.016 -1.79

0.030 0.023 -1.65

0.040 0.030 -1.52

0.018 0.014 -1.87

0.033 0.025 -1.60

0.013 0.010 -1.98

0.019 0.015 -1.84

0.073 0.058 1 A -1.24

0.015 0.012 -1.92

0.0058 0.0046 -2.34

0.025 0.020 -1.69

383
Wavelength Spectrum Energy Levels

A K

7288.92 Sm II 12790 - 26506

Sin II 12045 25598

7453.03 Sm II 12567 25980

7481.99 Sm II 13466 — 26828

7502.39 Sm II 8579 — 21904

7541.42 Sm II 12790 — 26046

7560.15 Sm II 13604 26828

7570.95 Sm II 12842 26046

7578.09 Sm II 14504 27696

7585.77 Sm II 14085 27263

7613.94 Sm II 1 1799 - 24929

763 1.77 Sm II 1 1799 24898

7637.94 Sm II 10874 23962

7645.09 Sm II 8579 21655

7648.02 Sm II 12232 — 25304

7655.78 Sm II 12988 - 26046

7667.20 Sm II 13466 26506

7678.79 Sm II 9410 I 22429

7712.04 Sm 11 14115 — 27078

7728.56 Sm II 13604 — 26540

7749.30 Sm II 13604 - 26506

7755.20 Sm II 1 1799 24690

7820.15 Sm II 1 1799 24583

7835.08 Sm II 14504 27263

7837.27 Sm II 12842 25598

7844.82 Sm II 14085 - 26828

7863.65 Sm II 141 15 26828

7880.07 Sm II 10960 23647

7914.96 Sm II 11799 — 24430

7928.14 Sm II 12988 25598

7937.09 Sm II 12790 - 25385

7948. 12 Sm II 12988 25566

8001.61 Sm II 9410 21904

8014.92 Sm II 13466 — 25940

8025.12 Sm II 12232 — 24690

8026.32 Sm II 14085 - 26540

8032.03 Sm II 1 1395 23842

8048.70 Sm II 14085 26506

8068.46 Sm II 14115 — 26506

8117.16 Sm II 12988 — 25304

8125.12 Sm II 10874 — 23177

8161.90 Sm II 10181 22429

8195.50 Sm II 13466 25665

8218.76 Sm II 1 1799 23962

8240.98 Sm II 13466 25598

8289.26 Sm II 13604 25665

8300.88 Sm II 11799 23842

8305.79 Sm II 14504 26540

8348.68 Sm II 12842 24816

8387.77 Sm II 13466 25385

gA gf Log gf

10^/sec

0.027 0.021 -1.67

0.033 0.027 -1.57

0.037 0.031 -1.51

0.048 0.040 -1.40

0.010 0.0088 -2.05

0.034 0.029 -1.54

0.022 0.019 -1.73

0.034 0.029 -1.54

0.046 0.040 -1.40

0.068 0.059 -1.23

0.013 0.01

1

-1.95

0.011 0.0099 -2.01

0.019 0.017 -1.78

0.020 0.017 -1.76

0.024 0.021 -1.68

0.016 0.014 -1.86

0.034 0.030 -1.53

0.0057 0.0050 -2.30

0.046 0.041 -1.38

0.057 0.051 -1.29

0.056 0.051 -1.29

0.024 0.021 -1.67

0.017 0.015 -1.82

0.085 0.078 -1.11

0.035 0.033 -1.49

0.020 0.018 -1.73

0.038 0.035 -1.46

0.0082 0.0076 -2.12

0.026 0.024 -1.62

0.13 0.12 -0.93

0.025 0.024 -1.62

0.022 0.021 -1.68

0.0095 0.0092 -2.04

0.030 0.029 -1.54

0.025 0.024 -1.63

0.041 0.040 -1.40

0.014 0.013 -1.87

0.070 0.068 -1.17

0.082 0.080 -1.10

0.012 0.012 -1.93

0.0065 0.0064 -2.19

0.015 0.015 -1.82

0.028 0.028 -1.55

0.023 0.024 -1.63

0.023 0.024 -1.63

0.029 0.029 -1.53

0.0091 0.0094 -2.03

0.073 0.076 -1.12

0.023 0.024 -1.63

0.027 0.028 -1.55

384
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

8432.64 Sm II 14085 - 25940 0.052 0.056 -1.25

8473.54 Sm II 12790 - 24588 0.022 0.023 -1.63

o'+o J .yy OCIm IT ill 11 1 D UV/H — Z,75^85 J J <J^ 0 ^fs'K 0 Of>8 —11.1/17

8S 1 n QO OIIl 11 1 984? — 74S88 0 019 —11 .H-41

1

O JHJ.Z,Z 11 olll 1 7988 nU.V7Z.0 v\i(\ 0 079 —1 54

8617.03 Sm II 12045 - 23647 0.020 0.022 -1.66

8632.82 Sm II 14085 - 25665 0.035 0.039 -1.41

O / \f\J.J^ Oil! 9m IT11 1 *T 1 1 J — 75598 0 070 0 077 —1 65

Oil! 11TT 1I n95 I J y J — 77875 z.z,o / _J 0 017 —1 44

RIM 89 Olii IT11 1 7790 — 74757 0 014 —1 47

8758.28 Sm II 12232 - 23647 0.028 0.033 -1.48

8788.83 Sm II 10874 - 22248 0.013 0.016 -1.81

8913.66 Sm II 12045 - 23261 0.078 0.093 -1.03

385
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

1970.80 Sn I 1692 52416 3.4 0.20 -0.70

1983.55 Sn I 3428 — 53826 3.0 0.18 -0.76

Oil 1 JtZO 1478 JZM- S7411 60 7z.o6 0u. 161

0

—0U.oU80

Oil 1 0 48777 H-OZZZ 1 1 1 . 1 0 070 —115 1. 1

J

7091 S8 Oil 1 1607 1 07Z 40487 7z.u0 0 1

1

U. 1 J —0U. 8800

2096.39 Sn I 8613 — 56299 1.3 0.083 -1.08

2100.93 Sn I 3428 — 51010 0.80 0.053 -1.28

Oil X

1 607 4808'> Ho yo^ z7 . 7z 0 1 5 u. 1

J

—0U.o81J 7 1 48 71 oil 1

11 607 D"Z 487 Hoz 11 6

0

0U. JZ17 0u.uzz 077 —11 65 .0 J 7 1 S 1 41 Oil 1 1478 40804 1 1 1 .

1

0U.U078/ 0 —11.111 1

Sn I 3428 — 48982 1.7 0.13 -0.90

2199.34 Sn I , 1692 — 47146 1.7 0.12 -0.92

770Q Oil I jtZo 1478 48670 too / y4 0 0 70 —0 51 U.J J 7711 o<; on 1 86 1 1 <;1876 J JOZG 0U.O81J 0U.UD0611 —11 .ZZ 77

7711 77 Oil 1 1478 48777 tozzz 0 67 0 050 —11 . 10jU

2246.05 Sn I 0 — 44509 2.6 0.20 -0.71

2251.17 Sn I 8613 — 53021 0.76 0.058 -1.24

77^>7 1 Q onCIn I1 86 1

1

7z.z7 017 —0u. 77/ / 77^.8 Q1 onCJn I1 jtzo 1478 47488 / f00 6D. 0W 0 47 —0U.J11J 7786 68 oil 1 1478 47 1 46 11 .J1 0 10 —0u. 0870

2317.23 Sn I 8613 — 51754 16. 1.3 0.12

2334.80 Sn I 1692 — 44509 2.4 0.20 -0.70

71S4 84 onc;n T111 607 D"Z HH 1 HJ

1

1

0U. 017 J —0U.U01J 71S7 QO 0111 861

1

00 1

J

J51010 1 U i u 0 60 0 050 —11 . JU10

7180 77 on 1 11 607 D"Z 41681 0 47 0 040 —11 .HU 40

2408.15 Sn I 8613 — 50126 4.2 0.37 -0.44

2421.70 Sn I 8613 — 49894 66. 5.8 0.76

7470 40 onc;n I1 1478 JHZO 44S76 70z 7. 7Z.J5 0 41

7411 47 on<^n I1 jtzo 1478 44S00 0u.zu70 0 018 —11 . 75/ J 74S^ Z'tJ J .Z't 74 on 1 1478 jfZo 44HH 11 45J 0U.J111 0 078 —11 .JO 56

2483.39 Sn I 3428 — 43683 6.0 0.55 -0.26

2495.70 Sn I 8613 — 48670 23. 2.1 0.33

7^71 Z JZJ .7Z 07 on 1 861

1

00

1

J 48777 HoZZZ 7z.o8 0u.z77/ —0U. J57/ 7^46 onCIn T

1 w J7ZJ 107 57/ J.O 1 8 0U. 17J / —0U.t41J Zj / 1. JO on 1 861 oD 1 1 J 47488 H / 'too 1 6 11.06 0u.z7 11

2594.42 Sn I 8613 — 47146 8.3 0.84 . -0.08

2661.24 Sn I 1692 — 39257 2.3 0.25 -0.60

7706 Z

<; 1

/ UO. J 1 on 1

11 607 D7Z J18670 OOZ7 1 0 0 1 1 1 X 0 04

7761 Z / 0 1 . 78/ 0 Oil 1 1478 JtZO 10676 0u.z7 11 0u.uzt 074 —\1 .oz 67

7770 81 on 1 861 1 44576 7/ .08 0u. 017

1

—0U-Ut04

2785.03 Sn I 8613 — 44509 2.5 0.29 -0.54

2812.59 Sn I 17163 — 52707 5.5 0.65 -0.19

7811 '518 Zo 1 J. JO on I 8600 1 1

1

J 441 Hf 1 451

J

4t.z7 0U. jU50 —0U. jU10

TCIQ QQ Zo J 7. -77 on 1 1478 18670 7z 11

.

7Z.J5 0 40

78S0 Zo ju.oz67 Oil 1 861 00 1

1

J 41681 tJOO J

1 1 1 1

.

11 . 1J 0u. 1 1 1

1

7861 zodj. J11J on 1 Q D^y 14011 4

H

J5 . 1J 0U.D65J —0u. 11 0y

2913.54 Sn I 17163 51475 9.5 1.2 0.08

3009.14 Sn I 1692 34914 3.9 0.53 -0.28

3032.80 Sn I 17163 50126 13. 1.8 0.26

3034.12 Sn I 1692 34641 4.4 0.61 -0.22

386
Wavelength Spectrum Energy Levels

A K

3141.84 Sn I 17163 - 48982

3175.05 Sn I 3428 - 34914

3262 34 Oil Sn 1I 861

3

— 39257

3330.62 Sn I 8613 - 38629

3655.78 Sn I 17163 - 44509

3801.02 Sn I 8613 - 34914

4524.74 Sn I 17163 - 39257

5631.71 Sn I 17163 - 34914

8552.60 Sn I 34914 - 46603

1 C\0 OTT *-'"6 gl

lO^/sec

1.1 0.16 -0.79

3.2 0.49 -0.31

11. 1.8 0.25

1.9 0.32 -0.49

4.0 0.81 -0.09

2.0 0.43 -0.37

1.1 0.35 -0.46

0.042 0.020 -1.70

0.35 0.38 -0.42

387
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2428.10 Sr I 0 41172 0.20 0.018 -1.75

2569.47 Sr I 0 — 38907 0.11 0.011 -1.96

Ly J 1 .o J O I 1 u j4U70 14O08 O OS s U.Uj J O 007 1 U.UU /

1

—7 1 ^

Z. 1 J

J jU 1 . / J or 1

1 41 1 8 1 4J 1 o 44J70 A A SO*; 1 8 l.o O 7Q u.zy —U. j3

IITQ QQ or 1

1 A ^04 1 4JU4 44A A JZO S7/; 1 8 l.o O 7Q —U. j3

3351.25 Sr I 14899 — 44730 2.5 0.42 -0.37

3366.33 Sr I 14899 — 44596 1.8 0.31 -0.51

iQ4n »n orQ T- I

I 1 4J 1 o J 700D O SI U. j3 O 1 7 U. Iz TV Q 1 —U.7l

1QAQ "X^ or 11 A ^(\A 1 4jU4 1QAQ 1 3 707 1

1 1 1 .

1

n 7 c U.Zj A CO

1Q7n O/l or 11 A K(\A 1 4jU4 J 7000 O S/1 U. j4 oil U. 1

3

A OA —U.7U

4030.38 Sr I 14899 — 39703 2.4 0.58 -0.24

4032.38 Sr I 14899 — 39691 0.55 0.13 -0.87

/I /lie OA 0 1 1

11 4800 Hoyy 1747 S J / 4ZJ OU.317/ O 1 1 U. 1 1 U. 70

4^.07 11 O I 1 0U 7Z 11 ^08 U70 0U.o8SJ OU.Z77/ A C7 ^J. J /

/ LL.Lo O I 1 1

1 4^04 4JU4 J1 JOSA7S/ J

7Z.Z7 O 74 U. /4 A 1 -J U. 1

3

Sr I 14318 — 35400 1.4 0.47 -0.32

4784.32 Sr I 14504 — 35400 0.90 0.31 -0.51

48to 1111 .oo 88 O I I 1

1 4800 1 S/;7 S J JO / J 3.4 1 4 1 7 1 .Z OU.U07/ 4817 08 0 1 1 1 4'\04 1 4JU4 J

1 JS 11 0474 7Z.Z7 O 78 U. / o —O 1 1 U. 1 1 48^^ 04 or 1 181 o 1^0 1 J 7 J187SO o / JU O 84 U.o4 OU.3U10 A c-j ^J. j3

4868.70 Sr I 18219 — 38752 1.0 0.36 -0.44

4872.49 Sr I 14504 — 35022 1.8 0.63 -0.20

/I 87^ A^: or I1 A ^r\A 14jU4 1 SOA7 3 jUU / O 1 s U.3 J oil U. 13 A QA —u.yu

/I 87A 17 48 /D. jZ or I1 /t 8 QQ 14077 1 </1 AO 3 j4UU 1 1 1.3 o An U.4 / A 11 —U.3 3

/I 80 1 08 or I 18110 1 o J J 7 187S S 3o / J J1 7 1 . / O A 1 U.o 1 A T 1 ^J.Z 1

Sr I 14899 — 35045 4.8 1.8 0.25

4967.94 Sr I 14899 — 35022 0.78 0.29 -0.54

^ 1 07 or 1 701 <0 37J37 1 8 1 .o O 7 1 U. / 1 —O 1 s U. 1 J S777 70 OI 1

1 8 1 '^Q

J O 1 J 7 317107 / 3UZ 11 . 7/ 0U.07M —0 1 f> U. 1 o S77S 1 1 O I 1

11 8O 11 JSO7 17707 J / Z7Z 7z.tA 0U. 0870 —OU.U011

5229.27 Sr I 18219 — 37336 2.4 1.00 -0.00

5238.55 Sr I 18219 — 37302 3.4 1.4 0.14

^7 OO or 1 18110 I O J 1 7 3171/ 3 301A J.S 0

7

7Z.44 OU.3710

<;170 87 or 1 701 zu I jyj SO 318Q07 07U / OU.OoA8 0U.Z770 —OU. j4S4

J4^4*^0 JU.0484 or 1 18710 1 oZ 1 7 30JOU I^SAO 1 c1 .J OU.Oo(is —O 1 7 U. 1 /

5480.84 Sr I 18319 — 36560 7.2 3.2 0.51

5486.12 Sr 1 18159 — 36382 1.1 0.48 -0.31

J jU4. 1 / or I 1 O 1 Q 1 OZ 1 7 3o3oZ "J A 3.4 1 A 1 .D O 1 Q U. 1 7

or I

1 g 1 cQ

1 O 1 J7 1 A7 /i/l 3oZd4 7 ^ Z.J 1 1 1 .

1

O OS U.Uj

J J j4.o 1 or I 18110 1 O J 1 7 3d3oZ 1*^187 7 O Z.U OU.7UOO —OU.U404

5540.05 Sr I 18219 — 36264 1.9 0.88 -0.06

5543.36 Sr I 21698 — 39733 0.63 0.29 -0.53

<Q70 1 O J 7 /U. 1 U or I 7 1 f^QQ Z 1 D70 1QAAA 3 6444 O 18 U.3o OU.ZU70 —OU.07^0

1 /I C 7 ^ or I1 07 1 Q 1 oZ 1 7 337 /3 O 1 /I U. 14 O OSA U.UOO —1 A/;

1 .UO

o3oJ.y4 or I

1 0 1 <Q 1 O 1 J 7 33oOo r\ ^ A

U. 14 OU.Uo08SJ —11 .U07/

or I

1 8 1 SO 1 O 1 J7 1 1 8 S

1

33oj3 O 1 0 U. I 7 O 1 7 U. 1

Z

—OU. 017J 6380.75 Sr I 18159 33827 0.55 0.34 -0.47

6386.50 Sr I 18319 33973 0.52 0.32 -0.50

6388.24 Sr I 18219 33868 0.34 0.21 -0.69

6408.47 Sr I 18319 33919 5.1 3.2 0.50

388
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

6446.68 Sr I 18319 - 33827 0.14 0.087 -1.06

6465.79 Sr I 21698 - 37160 0.36 0.22 -0.65

6504 00 Sr I 18219 - 33590 2.9 1 8 0 26

6546.79 Sr I 18319 - 33590 0J3 0.34 -0.47

6550.26 Sr I 21698 - 36961 2.3 1.5 0.18

6617.26 Sr I 18159 - 33267 1.5 0.96 -0.02

6643.54 Sr I 18219 - 33267 0.39 0.26 -0.59

6791 05 Sr I 143 1 8 - 29039 0 27 0 19 -0 72

6878.38 Sr I 14504 - 29039 0.74 0.53 -0.28

6892.59 Sr I 0 - 14503 0.0020 0.0014 -2.84

7070.10 Sr I 14899 - 29039 0.87 0.65 -0.18

7153.09 Sr I 21698 - 35675 0.063 0.048 -1.32

7167 74 Sr I 201 50 — 34098 0V/. 11 7/ 0 1 ^ -0 89

7232.27 Sr I 20150 - 33973 0.13 0.10 -0.99

7309.41 Sr I 20150 - 33827 1.6 1.3 0.10

7621.50 Sr I 20150 - 33267 0.28 0.25 -0.61

7673.06 Sr I 21698 - 34727 0.34 0.30 -0.52

389
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10''/sec

2152.84 Sr II 14556 - 60992 1.3 0.089 -1.05

2165.96 Sr II 14836 - 60992 1.5 0.11 -0,96

3380.71 Sr II 23715 - 53286 14. 2.4 0.38

3464.46 Sr II 24517 - 53373 21. 3.8 0.58

3474.89 Sr II 24j I / — J jZoo z.o A /I C —U. jz

4077.71 Sr II 0 - 24517 0.66 0.17 -0.78

4161.80 Sr II 23715 - 47737 2.0 0.52 -0.28

4215.52 Sr II 0 - 23715 0.38 0.10 -0.99

4305.45 Sr II 24517 - 47737 3.5 0.99 -0.01

390
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

^1 CI in Zi J /.3U Ta I Q 4Z4Uo

2361.09 Ta I 2010 — 44350

2371.58 Ta I 3964 — 46117

2396.30 Ta I 5621 — 47340

2406.55 Ta I 2010 — 43551

Z4U/.5 / Ta I T A 1 n /I 7 c c 1 43 J j3

2414.32 Ta I 9253 50660

2421.03 Ta I 3964 — 45256

2427.64 Ta I 0 — 41180

2437.67 Ta I 0 — 41010

Ta I on 1 f\ ZUlU 4Zyo3

2442.39 Ta I 5621 — 46552

2447.17 Ta I 0 — 40852

2454.48 Ta I 3964 — 44693

2460.55 Ta I 9253 — 49882

T /I /C < Z4oj.Zo i a I JOZ 1 4o 1 /Z

2472.13 Ta I 3964 — 44403

2473.13 Ta I 3964 — 44386

2474.62 Ta I 2010 — 42408

2475.33 Ta I 9759 — 50146

Z4 /o.ZZ 1 a I u 4U337

2484.95 Ta I 0 — 40230

2486.70 Ta I 3964 — 44166

2496.24 Ta I 6069 — 46117

2504.45 Ta I 3964 — 43881

2507.45 Ta I ZOlO 41879

2512.65 Ta I 0 39787

2519.78 Ta I 6049 — 45724

2526.35 Ta I 2010 — 41581

2531.29 Ta I 5621 — 45115

^ CI A An Ta I 9705 ACi 1 ACi 4y i4y

2534.97 Ta I 5621 45058

2546.80 Ta I 0 — 39253

2549.38 Ta I 3964 — 43177

2551.07 Ta I 2010 — 41198

Zj J j.Uj 1 a I 3704 43uyu

2559.43 Ta I 0 — 39060

2562.10 Ta I 3964 — 42983

2563.33 Ta I 2010 — 41010

2563.70 . Ta I 0 — 38994

Zj / 3. j4 Ta I f\u

7 O O /I c 2573.79 Ta I 2010 40852

2574.38 Ta I 9976 — 48809

2575.47 Ta I 9253 — 48070

1511.1% Ta I 5621 — 44403

2579.62 Ta I 0 38754

2580.16 Ta 1 2010 40756

2584.69 Ta I 9253 47931

2585.61 Ta I 9705 48369

2593.08 Ta I 5621 44174

U.o / u.u / 3 —1 1 A

1 . 1

4

1.7 0.14 -0.85

3.7 0.31 -0.50

1.6 0.14 -0.87

1.1 0.095 -1.02

U.34 U.U3U 1 ^1

6.2 0.55 -0.26

2.2 0.20 -0.71

2.0 0.18 -0.76

0.54 0.048 -1.32

T 1 Z. 1 A 1 Q U. 1 7 ^J. /z

4.0 0.36 -0.45

0.65 0.058 -1.23

1.9 0.17 -0.76

6.9 0.63 -0.20

0 A Z.4 u.zz U.OO

2.1 0.20 -0.71

2.7 0.25 -0.61

6.1 0.56 -0.25

8.8 0.81 -0.09

u.o J u.u / y

2.8 0.26 -0.59

2.0 0.19 -0.73

1.5 0.14 -€.85

9.4 0.88 -0.05

J.

3

U. jU A 1A —U.3U

1.2 0.11 -0.95

2.6 0.25 -0.60

9.9 0.95 -0.02

1.1 0.11 -0.97

3.

1

U.3U —A <1 U. jZ

2.6 0.26 -0.59

1.0 0.10 -1.00

1.8 0.18 -0.75

3.4 0.34 -0.47

J. I U.3U —A ^0 U. jZ

4.9 0.48 -0.32

5.7 0.56 -0.25

0.57 0.056 -1.25

0.56 0.056 -1.25

1 Q n 1 Q U. 1 y A 7 1

3.1 0.31 -0.51

1. 1.1 0.02

9.1 0.90 -0.04

7.5 0.74 -0.13

0.46 n n A c U.U4j 1 "J A —1 .34

1.6 0.16 -0.80

8.3 0.84 -0.08

6.5 0.65 -0.19

8.8 0.89 -0.05

391
Wavelength Spectrum Energy Levels

A K

2595.26 Ta I 5621 — 44141

2596.12 Ta I 0 38508

2596.61 Ta I 2010 40510

2598.75 Ta I 6049 44518

2600.14 Ta I 0 38448

2601.06 Ta I 6049 - 44484

2602.38 Ta I 6069 44484

2603.82 Ta I 9976 48369

2605.32 Ta I 9253 _ 47625

2608.20 Ta I 2010 _ 40339

2608.63 Ta I 2010 - 40333

2609.00 Ta I 6069 44386

2610.13 Ta I 6049 44350

2611.34 Ta I 3964 42247

2615.25 Ta I 9705 _ 47931

2615.46 Ta I 9705 — 47928

2615.66 Ta I 2010 40230

2624.12 Ta I 6049 44146

2625.46 Ta I 6069 44146

2635.93 Ta I 2010 39936

2636.37 Ta I 9705 - 47625

2636.67 Ta I 3964 41879

2636.90 Ta I 5621 43533

2643.89 Ta I 6069 43880

2646.37 Ta I 2010 _ 39787

2647.47 Ta I 0 - 37761

2650.28 Ta I 9253 46974

2652.32 Ta I 9705 47397

2653.27 Ta I 2010 39688

2656.61 Ta I 0 37630

2657.30 Ta 1 3964 - 41585

2661.34 Ta I 5621 43185

2661.89 Ta I 5621 43177

2667.17 Ta I 6069 43551

2668.07 Ta I 5621 43090

2668.62 Ta I 0

- 37461

2671.63 Ta I 10950 48369

2674.49 Ta I 10690 48070

2684 28 Ta I 2010 39253

2686.29 Ta I 9759 46974

2690.54 Ta I 9253 — 46410

2691.31 Ta I 0 37146

2692.40 Ta I 5621 42752

2693.34 Ta I 6049 _ 43167

2693.50 Ta I 5621 _ 42737

2694.76 Ta I 6069 43167

2696.81 Ta I 9253 46323

2698.30 Ta I 2010 39060

2700.70 Ta I 12866 49882

2703.06 Ta I 2010 38994

gA gf Loggf

108/sec

1 1 1 1 . 1 .

1

0\). 06\}\J

\J. J yj —1 dd

0 Odd —1 "^5 0.97 0.098 -1.01

0.91 0.092 -1.03

3 1 0 3 1 —0 50

1 9 0 20 —0V/. 71/ 1 3 8 0 39 —0 41

3.2 0.33 -0.48

0.36 0.037 -1.44

9 6 0 98 —0\J»\J011 4 5 0 46 —0 34

0 74 0 076 —1 12

3.7 0.38 -0.42

4.0 0.41 -0.39

?0 2 0 0 3

1

2 1 0 22 —0 67

0 ^6 —0 44

1.8 0.18 -0.74

0.43 0.045 -1.35

Z. • O 0 29 —0 54

5 1 0 54 —0 27

1 6 0 1 9

3.3 0.35 -0.46

3.6 0.38 -0.42

8 2 0 87 -0 06

3 2 0 34 —0 47

2 2 0 2^ —0 63

15. 1.6 0.21

6.3 0.66 -0.18

0 69 0 074 -11 • 11 3

25 2 6 0 42

2 5 0 26 -0 58

0.91 0.097 -1.01

3.5 0.37 -0.43

1 Q 0 20 —0 69

f\ 7 0 72 -0 14

7 1 0 22 -0 65

3.2 0.34 -0.46

1.6 0.18 -0.76

1 A 0 1 5 —0 82

1 fi 1 .u 0 1 1 —0yj. 96yyj

'k 7 -0 40

1.5 0.16 -0.78

0.73 0.080 -1.10

2 ^ 0 25 -0 59

1 1 1.1 0 02

0 57 -0 25

d fk 0 50 -0 30

0.43 0.047 -1.33

392
Wavelength Spectrum Energy Levels

A K

2706.69 Ta I 10690 47625

2710.13 Ta I 3964 — 40851

2714.67 Ta I 0 — 36826

2717.18 Ta I 3964 — 40756

2718.38 Ta I 6069 — 42845

2720 76 Ta I 2010 38754

2721.83 Ta I 6049 - 42779

2726.32 Ta I 2010 — 38679

2727.78 Ta I 10690 — 47340

2732.92 Ta I 0 — 36580

2741 17 Ta I 9253 45724

2743.59 Ta I 2010 — 38448

2746.68 Ta I 5621 — 42018

2747.85 Ta I 11244 — 47625

2748.78 Ta I 3964 — 40333

2749.83 Ta I 9705 46061

2752.30 Ta I 10690 — 47013

2758.31 Ta I 2010 — 38253

2774.88 Ta I 15391 — 51418

2775.88 Ta I 0 — 36014

2779.10 Ta I 3964 39936

2779.70 Ta I 9759 — 45724

2781.37 Ta I 9705 — 45648

2781.79 Ta I 10950 — 46888

2787.69 Ta I 9253 — 45115

2789.77 Ta I 12235 48070

2790.71 Ta I 3964 39787

2791.67 Ta I 6069 — 41879

2796.34 Ta I 2010 — 37761

2796.56 Ta I 9976 — 45724

2800 57 Ta I 12235 47931

2802.07 Ta I 3964 - 39641

2804.76 Ta I 6049 — 41693

2806.30 Ta I 6069 — 41693

2806.58 Ta I 2010 — 37630

2810 92 Ta I 12235 47800

2814.80 Ta I 6069 - 41585

2815.01 Ta I 2010 — 37524

2815.12 Ta I 6069 — 41581

2817.50 Ta I 10690 — 46172

2819.37 Ta I 3964 39422

2824.81 Ta I 12235 — 47625

2826.18 Ta I 10950 — 46323

2826.42 Ta I 10690 — 46061

2827.18 Ta I 5621 — 40982

2833.64 Ta I 9976 45256

2834.41 Ta I 9976 45246

2836.62 Ta I 0 .0 5243

2837.94 Ta I 10950 46177

2842.82 Ta I 11244 46410

irA gi Log gf

108/sec

26. 2.9 0.46

10. 1.1 0.05

7.0 0.77 -0.11

2 0 0 22 -0\J'\J\j 66

2.2 0.24 -0.62

2.2 0.24 -0.61

2.5 0.28 -0.56

0.12 0.013 -1.88

2.4 V/. -? o 0.17 o!o2o -1.71

4.9 0.55 -0.26

0.89 0.10 -1.00

6.1 0.69 -0.16

1 7 0 1 9 -0\J» 791 ^

8.8 1.0 0.00

33. 3.7 0.57

7.6 0.86 -0.07

4.2 0.48 -0.32

1

9

1.4 0 1 5 1.7 0^20 -0.71

0.68 0.079 -1.10

1.8 0.20 -0.69

3.4 0.40 -0.40

1 9 0 14 —0\J. 840*T 11. 1.3 0.12

3.3 0.38 -0.42

0.66 0.077 -1.11

1.4 0.16 -0.79

9 5 n 99 —0 54

2.6 0.31 -0.51

3.2 0.37 -0.43

2.3 0.27 -0.56

0.57 0.067 -1.17

4 7 —0 75

1.8 0.21 -0.67

8.3 0.98 -0.01

1.0 0.12 -0.92

0.32 0.038 -1.42

1 0 0 19 -0 92

2.1 0.25 -0.61

0.55 0.066 -1.18

2.5 0.30 -0.52

2.9 0.35 -0.46

1 3 0 16 —0 79

0.86 0.10 -0.99

5.2 0.63 -0.20

2.1 0.25 -0.60

0.062 0.0075 -2.13

2.1 0.25 -0.60

11. 1.4 0.13

393
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2844.25 Ta I 6049 41198 6.2 0.76 -0.12

2845.35 Ta I 5621 — 40756 2.5 0.30 -0.52

O A C OA 2845.84 Ta I /111 no 41 198 0.33 A A /I 1 0.041 1 A —1.39

2848.05 Ta I 9705 A A oc\n 44807 3.9 f\ AO 0.48 -0.32

2848.52 Ta I 3i'64 39060 'J A 3.0 A O ^ 0.36 f\ A A —0.44

2849.82 Ta I 11244 46323 4.4 0.53 -0.27

2850.98 Ta I 5621 — 40686 16. 1.9 0.29

2861. 12 Ta I 606y 41U10 A yl O 0.4o A Acn —1.Z3

o 1 no Ta I 446©y Q A l.z A A/C 0.06

2868.65 Ta I 3964 "2 O O 1

'3 1.5 A 1 O 0. ly A —0. /z

2871.42 Ta I 2010 36826 1.3 0.17 -0.78

2873.36 Ta I 0 - 34792 0.44 0.055 -1.26

2873.56 Ta I 3964 on c A 38754 1.3 0. 16 A OA —0.80

2874.17 Ta I 6069 A AO CO 40852 1 o

1.8 A O 1 0.Z3 A C A —0.64

1 O ^7 /' 11 2876. 1

1

Ta I 9759 A A C O 445 18 1 A 3.4 A /I O 0.43 —0.37

2879.52 Ta I 13352 48070 2.3 0.28 -0.55

2879.74 Ta I 3964 - 38679 0.58 0.072 -1.14

2880.02 Ta I 5621 40333 2.y 0.36 —0.44

2881.23 Ta I 9705 A A A rx"^ 44403 f\ o^ 0.83 A 1 A 0.10 A no 2891.04 Ta I 13352 4793

1

5.5 A z: A 0.69 A 1 z: -0.16

2891.84 Ta I 2010 36580 2.1 0.26 -0.59

2894.15 Ta I 9976 - 44518 2.6 0.33 -0.49

o o n c 1 A 2895.10 Ta I 12866 Aliyl n o 7.8 A no 0.98 A A 1 —0.01

2898.42 Ta I 15391 >j no 3.

3

A /I 1 0.41 A 1 Q —o.3y

2899.04 Ta I 3964 O A AO 38448 l.z A 1 C —v.o3

2900.36 Ta I 9705 44174 3.9 0.50 -0.30

2901.05 Ta I 9705 - 44166 0.98 0.12 -0.91

2902.05 Ta I 13352 A n oc\f\ 47800 35. A A 4.4 0.64

2904.07 Ta I 10690 /I C 1 1 c 45 1 15 4.6 A C O —0.Z3

2908.91 Ta I

1 C\£l C\C\ 10690 45058 5.1 f\ H A 0.64 A 1 n —u. ly

2913.32 Ta I 5621 _ 39936 0.24 0.030 -1.52

2914.12 Ta I 10950 - 45256 6.4 0.82 -0.09

2914.94 Ta I

1 f\C\CC\ 10950 A A ^ 45246 r\ OA A 1 A A QQ —o.yy

2915.49 Ta I 3964 38253 1 o 1.3

A 1 0. 17 ^ A nn -yj.ll

2917.12 Ta I

r' r\ r' C\ 6069 40339 0.27 A AT A 0.034 —1.47

2925.19 Ta I 6069 _ 40245 3.1 0.40 -0.39

2925.66 Ta I 9976 — 0.79 0.10 -1.00

2926.46 Ta I 6069 40230 A ^7 O 0.78 A 1 A

0.10 1 AA —1.00

^ f\ f\f\ 2930.99 Ta I 12866 A y c\'n A 1 o

1.8 AT? 0.23 —0.64

2932.70 Ta I 46323 13. 1 n

1.7 A O /I 0.Z4

2933.55 Ta I 0 34078 2.3 0.30 -0.53

2934.85 Ta I 9705 — 43769 1.4 0.18 -0.74

2938.43 Ta I 12866 A ^ O O O 46888 1. / O.Zj —U.6j

2939.28 Ta I

1 1 1 /I 1 1244 45256 4.9 0.63 A TA —O.ZO

'^C\ Af\ r\/i 2940.06 Ta I 10690 A A £1C\'J 1 j. 1 ^

1.6 u.zz

Ar\ 2940.22 Ta I 0 34001 1.6 A O 1 U.Z 1 —A AQ o.6y

2941.37 Ta I 13352 47340 8.8 1.1 0.06

2942.14 Ta I 3964 37943 0.96 0.13 -0.90

2945.69 Ta I 12235 46172 1.4 0.19 -0.73

2946.91 Ta I 9253 43177 2.7 0.35 -0.45

394
Wavelength Spectrum Energy Levels

A K

2951.92 Ta I 2010 35877

2957.60 Ta I 5621 — 39422

2963.06 Ta I 10950 — 44689

2963.32 Ta I 2010 — 35746

2963.91 Ta I 9253 — 42983

2965 54 Ta± CL Ii. 2010 35721

2969.47 Ta I 3964 — 37630

2969.90 Ta I 13352 — 47013

2975.56 Ta I 3964 — 37561

2976.10 Ta I 9253 — 42845

2981.19 Ta I 9705 43239

2984.36 Ta I 9253 - 42752

2988.58 Ta I 10690 — 44141

2989.50 Ta I 6049 — 39490

2991.25 Ta I 6069 — 39490

3001.54 Ta I 12866 46172

3004.15 Ta I 9705 — 42983

3011.12 Ta I 13352 — 46552

3011.88 Ta I 5621 — 38813

3016.37 Ta I 11244 — 44386

3019.67 Ta I 1 1244 44350

3024.09 Ta I 5621 — 38679

3025.16 Ta I 9705 — 42752

3027.51 Ta I 12235 — 45256

3028.78 Ta I 9976 — 42983

3030.29 Ta I 6069 39059

3043.92 Ta I 10690 — 43533

3045.96 Ta I 13352 — 46172

3048.86 Ta I 2010 — 34800

3049.56 Ta I 2010 — 34792

3050.10 Ta I 6069 38845

3058.64 Ta I 6069 — 38754

3060.29 Ta I 3964 — 36631

3063.56 Ta I 5621 — 38253

3069.24 Ta I 12235 — 44807

3076.38 Ta I 6049 38546

3077.24 Ta I 10690 - 43177

3078.23 Ta I 6069 — 38546

3079.96 Ta I 12235 — 44693

3081.85 Ta I 6069 — 38508

3085.54 Ta I 10690 43090

3087.53 Ta I 6069 — 38448

3092.06 Ta I 9253 — 41585

3092.44 Ta I 9253 — 41581

3092.99 Ta I 5621 — 37943

3093.87 Ta I 9705 42018

3095.39 Ta I 13352 45648

3103.25 Ta I 0 32215

3107.21 Ta I 9705 41879

3115.86 Ta I 2010 -34095

1 OCT CFT 108/sec

1.2 0.15 -0.82

1.1 0.14 -0.86

0.93 0.12 -0.91

0 44 —0 35

2.0 0.27 -0.58

1.7 0.22 -0.66

1.3 0.17 -0.77

3.6 0.48 -0.32

—0 68

1.4 0.18 -0.73

1.1 0.14 -0.84

0.95 0.13 -0.90

4.4 0.59 -0.23

1 ? 0 1 6 —0 80

0.65 0.087 -1.06

2.2 0.30 -0.53

1.2 0.16 -0.80

9.8 1.3 0.13

1 3 0 17 -0 77

2.0 0.27 -0.57

1.7 0.24 -0.63

0.52 0.072 -1.14

3.3 0.45 -0.34

1

1

1 s 0\J. \f\ 1 u

1.8 0.24 -0.62

0.68 0.094 -1.03

1.7 0.24 -0.62

5.2 0.73 -0.14

0 35 0 049 —1 31

1.0 0.14 -0.84

0.64 0.090 -1.05

0.85 0.12 -0.92

0.47 0.066 -1.18

0 94 0 1 3 —0w. 88o o

17. 2.5 0.39

0.21 0.030 -1.52

7.6 1.1 0.03

0.81 0.12 -0.94

^ 4 0 48 —0 '\7

1.0 0.14 -0.84

3.4 0.48 -0.31

0.79 0.11 -0.95

0.40 0.058 -1.24

7 4

0.18 0.026 -1.59

2.3 0.33 -0.48

7.6 1.1 0.04

0.54 0.078 -1.11

1.1 0.16 -0.80

0.12 0.018 -1.75

395
Wavelength Spectrum Energy Levels

A K

3117.44 Ta I 2010 34078

3119.59 Ta I 10690 — 42737

Ta T 1 d 1 1 \jy J\j 42Q8^ ^L.yoj

^ 1 94 Q7 T 2010 14001

31 29 55 Ta I 9253 41 1 98

3129.95 Ta I 5621 - 37561

3130.58 Ta I 11244 — 43177

3 1 32 64 TaJ. CI. T1 3964 35877

31 33 55 TaJ. cL TX y y / \j 41 879

3135 89 Ta T 9705 41 585

3147.37 Ta I 13352 — 45115

3148.04 Ta I 9253 — 41010

3 1 50 85 Ta I 92 53 40982

3 1 59 05 Ta I 11 2235 A. ^ J ^ 43881 OO 1 3 1 62 72 1 d 1 y y 1 \j '-r V JO J

3163.13 Ta I 9976 — 41581

3163.82 Ta I 9253 — 40852

Ta I 1 d 1 6068 176'?0

^ 1 70 2Q Ta I 1 d 11 22'^S 1 yjy

1 72 87 Tai d T11 1 244 All's!

3173.59 Ta I 0 — 31501

3176.29 Ta I 6049 — 37524

3 1 78 \f\ Ta1 d T1 562

1

37077

3 1 80 95 Ta1 d T1 0 3 1428

3181 69 TaJ. Cl TX 9759 y 1 J y 41 1 80

3182.57 Ta I 6049 — 37461

3184.55 Ta I 6069 — 37461

3191 \f\ Ta1 d T1 11 0690yyj 4201 8

D 1 ^O.U / Ta1 d T1 J yxj'^ D J VO

Ta T 1 d X yy 1 o H 1 1 yo

3206.39 Ta I 5621 — 36800

3207.85 Ta I 11244 — 42408

jz, 1 \j,y J Ta T

J. d 1 6060 "Xl 1 46

^221 "^2 Ta I 1 d 1 QQ76 yy 1 \j 41010 '-r vyj VXJ ^22^ Ta1 d I1 *;62 1 1661

1

3227.32 Ta I 9253 — 40230

3230.86 Ta I 12235 — 43177

X'JT.Q go D iLjy ,yy Ta T 1 d 1

1 22"?^ 410Q0 '-r D\jy\J

3242 05 Ta1 d T1 3964 34800

Ta1 d T1 D y\j*-T 34792

3248.52 Ta I 11244 — 42018

3250.36 Ta I 6069 — 36826

3260 1 8 Ta1 d T1 0 30665 J \J\J\JJ

Tai d T1 9759 y 1 jy 40245

_JZ,0 w. O / Ta1 d T1 97S9 y 1 J y 40230

Ta I i d 1 yy 1 D h-uj d y

3295.33 Ta I 11244 41581

3299.77 Ta I 6049 36346

3304.38 Ta I 9976 40230

3309.78 Ta I 2010 32215

gA gf Loggf

iU /sec

0.25 0.036 -1.45

1.4 0.21 -0.69

0.76 0.11 -0.96

0.60 0.088 -1.06

0.73 0.1

1

-0.97

0.49 0.072 -1.14

8.0 1.2 0.07

0.74 0.11 -0.96

0.56 0.082 -1.09

2.5 0.36 -0.44

2.8 0.41 -0.38

1.6 0.23 -0.63

0.43 0.065 -1.19

0.99 0.15 -0.83

1.0 0.16 -0.81

2.0 0.29 -0.53

0.76 0.11 -0.94

0.34 0.051 -1.29

8.1 1.2 0.08

1.4 0.22 -0.66

0.22 0.033 -1.48

0.86 0.13 -0.89

0.55 0.084 -1.08

0.47 0.072 -1.14

1.3 0.20 -0.71

0.49 0.074 -1.13

1.0 0.16 -0.80

1.9 0.29 -0.54

0.45 0.069 -1.16

0.47 0.072 -1.14

0.54 0.084 -1.08

0.79 0.12 -0.91

0.60 0.093 -1.03

0.89 0.14 -0.86

1.0 0.16 -0.79

1.7 0.27 -0.57

2.6 0.41 -0.38

1.5 0.23 -0.64

0.41 0.064 -1.19

0.41 0.064 -1.19

0.60 0.095 -1.02

0.14 0.022 -1.66

0.044 0.0070 -2.15

0.66 0.11 -0.97

0.66 0.1

1

-0.97

0.30 0.049 -1.31

1.9 0.32 -0.50

0.39 0.064 -1.19

0.66 0.11 -0.96

0.077 0.013 -1.90

396
Wavelength Spectrum Energy Levels gA

A K 108/sec

gf Log gf

•3 I 1 1 1 /: 33 1 J. Id i a I JOZ 1 1 <C 1 1 3 JO 1

3

3317.93 Ta I 3964 — 34095

3318.53 Ta I 5621 — 35746

3318.84 Ta I 2010 — 32132

3332.41 Ta I 9253 — 39253

333 /.oU Ta I OA 1 A 1 1 Q/C 1 3 1 yo 1 3338.49 Ta I 6069 36014

3343.47 Ta I 11792 — 41693

3350.96 Ta I 13352 — 43185

3351.51 Ta I 9759 — 39588

3358.47 Ta I 1 1244 41010

3361.64 Ta I 13352 43090

3362.53 Ta I 9759 — 39490

3369.28 Ta I 6049 — 35721

3371.54 Ta I 3964 — 33615

33 / o.l)j ia I yy lb

3385.05 Ta I 3964 — 33497

3387.46 Ta I 11244 — 40756

3388.82 Ta I 9253 — 38754

3398.33 Ta I 2010 — 31428

34Uo.i'4 Ta I AU 2^344

3412.89 Ta I 9253 38546

3419.75 Ta I 3964 — 33198

Ta I 6049 — 35243

Ta I 6069 — 35243

3434.50 Ta I 9705 388 1

3

3436.00 Ta I 11244 40339

3445.15 Ta I 9976 — 38994

3447.29 Ta I 9253 — 38253

3463.97 Ta I 0 — 28862

34 /Z.jZ Ta I

1 "7 '2 O '2 1 /3o3 4bl /

Z

3473.90 Ta I 9976 38754

3477.22 Ta I 15391 — 44141

3477.45 Ta I 9759 — 38508

3480.52 Ta I 6069 — 34792

34o4.o2 Ta I Q Zoooy

3490.93 Ta I 10950 — 39588

3497.85 Ta I 2010 — 30591

3502.50 Ta I 11244 — 39787

3502.87 Ta I 10950 — 39490

T CAT OT 3503.87; Ta I 9976 38508

3504.98 Ta I 3964 32487

3505.18 Ta I 12235 — 40756

3511.04 Ta I 5621 — 34095

3513.61 Ta I 11792 — 40245

3527.06 Ta I 11244 39588

3528.61 Ta I 12866 41198

3531.58 Ta I 9253 37561

3532.21 Ta I 10950 39253

3536.30 Ta I 9253 37524

1 A 3.U A /I Q A 1 1 —U.3 1 0.37 0.061 -1.22

0.19 0.031 -1.51

0.68 0.11 -0.95

0.62 0.10 -0.99

A A/:; c A A 1 1 —\.yb

0.25 0.042 -1.38

0.45 0.076 -1.12

2.1 0.35 -0.46

1.1 0.18 -0.75

2.8 0.47 —0.32

3.9 0.65 -0.18

0.30 0.052 -1.29

0.32 0.054 -1.27

0.99 0.17 -0.77

1 1 1 .

1

A 1 O

U. 1 o A n A —U. /4

0.54 0.093 -1.03

0.44 0.075 -1.12

0.25 0.043 -1.37

0.19 0.033 -1.48

ATI AU.U3An/

1 A1 —1.43

0.57 0.099 -1.00

0.10 0.018 -1.74

0.36 0.062 -1.20

0.22 0.040 -1.40

0.5

1

r\ f\C\ 1 0.091 I f\ A —1.04

1.5 0.27 -0.58

0.33 0.058 -1.24

0.53 0.094 -1.03

0.097 0.017 -1.76

Z.b (\ AC TV -3 A —VJ.34

0.31 0.055 -1.26

1.4 0.25 -0.59

0.62 0.11 -0.95

1.1 0.20 -0.70

A A 1 Q U.U 1 O A AA7 1 —2.4y

0.65 0.12 -0.93

0.26 0.047 -1.33

0.69 0.13 -0.90

1.1 0.20 -0.70

1.5 0.28 A C C —0.55

0.15 0.028 -1.56

0.91 0.17 -0.78

0.90 0.17 -0.78

2.0 0.38 -0.42

r\ AH 0.46 0.086 —1 .07

1.0 0.19 -0.71

0.74 0.14 -0.86

0.30 0.056 -1.25

0.37 0.069 -1.16

397
Wavelength Spectrum Energy Levels

A K

3549.05 Ta I 3964 - 32132

3553.42 Ta I 0 28134

3557.98 Ta I 12235 40333

3564.79 Ta I 10950 38994

3566.72 Ta I 6049 — 34078

3571.85 Ta I 10690 - 38679

3584.21 Ta I 9253 37146

3584.51 Ta I 12866 40756

3586.29 Ta I 5621 33497

3595.64 Ta I 10950 — 38754

3602.48 Ta I 11244 - 38994

3607.41 Ta I 2010 29723

3625.24 Ta I 5621 33198

3626.62 Ta I 3964 — 31530

3642.06 Ta I 5621 33070

3653.39 Ta I 12866 - 40230

3653.83 Ta I 15391 42752

3657.27 Ta I 13352 40686

3657.49 Ta I 2010 29344

3658.78 Ta I 19658 46982

3661.69 Ta I 11244 - 38546

3674.83 Ta I 1 1244 38448

3675.12 Ta I 1 1792 38994

3681.04 Ta I 13352 40510

3686.18 Ta I 9705 36826

3689.73 Ta I 9705 - 36800

3693.05 Ta I 12866 39936

3695.38 Ta I 11792 38845

3701.34 Ta I 11244 38253

3723.07 Ta I 2010 — 28862

3731.02 Ta I 0 - 26795

3736.76 Ta I 1 1792 38546

3754.52 Ta I 3964 30591

3755.11 Ta I 9253 35877

Ta I 9976 36580

^159.15 Ta I 0 - 26590

3760.21 Ta I 9759 36346

3762.11 Ta I 10950 37524

3770.93 Ta I 5621 32132

3777.10 Ta I 9253 35721

3784.25 Ta I 6069 - 32487

3792.02 Ta I 0 26364

3823.60 Ta I 6069 32215

3826.17 Ta I 12866 38994

3826.85 Ta I 2010 — 28134

3828.95 Ta I 10690 36800

3836.60 Ta I 3964 30021

3839.03 Ta I 9705 35746

3846.64 Ta I 9253 35243

3848.05 Ta I 5621 31601

gf Loggf

10®/sec

0.13 0.024 -1.61

0.018 0.0035 -2.46

0.57 0.11 -0.96

0.39 0.075 -1.13

0.34 0.064 -1.19

1.0 0.20 -0.71

0.47 0.090 -1.04

1.0 0.20 -0.71

0.24 0.046 -1.34

1.1 0.21 -0.69

0.40 0.077 -1.11

0.42 0.081 -1.09

0.078 0.015 -1.81

0.90 0.18 -0.75

0.65 0.13 -0.89

0.41 0.082 -1.09

0.41 0.083 -1.08

0.65 0.13 -0.89

0.026 0.0053 -2.27

5.5 1.1 0.05

0.41 0.082 -1.09

0.40 0.080 -l.IO

0.23 0.047 -1.33

0.44 0.090 -1.04

0.38 0.077 -1.11

0.38 0.077 -1.12

0.68 0.14 -0.86

0.39 0.080 -1.10

0.12 0.024 -1.61

0.017 0.0035 -2.46

0.030 0.0063 -2.20

0.88 0.18 -0.73

0.072 0.015 -1.82

0.22 0.047 -1.33

0.075 0.016 -1.80

0.0089 0.0019 -2.72

0.070 0.015 -1.83

0.20 0.041 -1.38

0.043 0.0091 -2.04

0.28 0.061 -1.22

0.019 0.0041 -2.39

0.020 0.0044 -2.36

0.089 0.019 -1.71

0.24 0.053 -1.28

0.025 0.0056 -2.25

0.32 0.071 -1.15

0.034 0.0074 -2.13

0.22 0.048 -1.32

0.084 0.019 -1.73

0.083 0.018 -1.74

398
Wavelength Spectrum Energy Levels

A K

3859.80 Ta I 9976 _ 35877

3885.20 Ta I 11792 — 37524

3893.03 Ta I 12666 38546

3912.13 Ta I 17224 42779

3918.51 Ta I 0 25513

3922.78 Ta I 6069 31554

3922.92 Ta I 9759 — 35243

3930.94 Ta I 6069 31501

3936.55 Ta I 12235 37630

3937.84 Ta I 12866 38253

3942.24 Ta I 6069 31428

3952.16 Ta I 15391 — 40686

3956.57 Ta I 9976 35243

3970.10 Ta I 0 25181

3979.28 Ta I 10690 35813

3981.95 Ta I 15904 41010

3983.82 Ta I 9705 34800

3984.98 Ta I 9705

3988.70 Ta I 10950 36014

3996.17 Ta I 6049 31066

3999.28 Ta I 6069 31066

4003.70 Ta I 5621 - 30591

4006.84 Ta I 2010 26960

4007.23 Ta I 15904 40852

4013.19 Ta I 12235

4026.94 Ta I 6069 30895

4033.07 Ta I 11792 — 36580

4033.63 Ta I 2010 — 26795

4035.89 Ta I 10950 — 35721

4040.87 Ta I 5621 — 30361

4041.06 Ta I 0 24739

4058.46 Ta I 11244 — 35876

4061.40 Ta I 6049 30665

4064.63 Ta I 6069 30665

4067.24 Ta I 2010 26590

4067.91 Ta I 2010 26586

4073.00 Ta I 15391 » 39936

4085.80 Ta I \1T1A 41693

4091.26 Ta I 15904 40339

4097.19 Ta I 5621 30021

4105.02 Ta I 2010 26364

4114.77 Ta I 9705 — 34001

4127.88 Ta I 3964 — 28183

4129.38 Ta I 2010 — 26220

4136.20 Ta I 3964 28134

4147.89 Ta I 5621 29723

4175.21 Ta I 9253 33198

4177.92 Ta I 11792 35721

4181.15 Ta I 9705 33615

4193.10 Ta I 10950 34792

gA Loff sS

108/sec

0.10 0.023 -1.65

0.44 0.10 -1.00

0.11 0.025 -1.61

u. / z U. 1 o U. / o 0.030 0.0070 -2.16

0.11 0.026 -1.58

0.32 0.074 -1.13

0.052 0.012 -1.92

U. 1 /

1 A 1 1.41

0.45 0.11 -0.98

0.015 0.0034 -2.47

0.70 0.16 -0.78

0.15 0.036 -1.45

U.uZo U.UUDD —7 1 8 Z. 1 o 0.18 0.042 -1.37

1.00 0.24 -0.63

0.038 0.0091 -2.04

0.034 0.0082 -2.09

U.UJO 1 .Z4

0.15 0.035 -1.45

0.074 0.018 -1.75

0.041 0.0099 -2.00

0.042 0.010 -1.99

v. J 1 —1 .U J 0.26 0.063 -1.20

0.13 0.031 -1.50

0.29 0.071 -1.15

0.0037 0.00089 -3.05

U. 1 o U.U4J —i.j / 0.072 0.018 -1.75

0.010 0.0025 -2.60

0.19 0.046 -1.34

0.27 0.066 -1.18

nil U. 1

J

U.Uj J 1 .48

0.021 0.0053 -2.28

0.064 0.016 -1.80

0.33 0.083 -1.08

0.55 0.14 -0.86

U.JO 11 .uz m

0.021 0.0052 -2.29

0.024 0.0060 -2.22

0.032 0.0080 -2.09

0.028 0.0071 -2.15

n mo U.UIUU —z.uu

0.073 0.019 -1.73

0.11 0.030 -1.53

0.28 0.074 -1.13

0.29 0.075 -1.12

0.20 0.053 -1.28

0.12 0.032 -1.50

399
Wavelength Spectrum Energy Levels

A K

4205.88 Ta I 3964 27734

4228.61 Ta I 12235 - 35877

4243. Ta I 1 1244 34800

4z4j.3 J Ta I

t 1 A A

1 1244 34792

Alba. lb Ta I 15391 38813

4271.51 Ta I 10690 34095

4279.06 Ta I 0 - 23363

4zo6. Jo Ta I 19178 A'^ C A'^ 42502

4Zy4.3b Ta I 13352 /I n 1 ^ 3663 1 A "7 A'^ QO 45(jZ.yo Ta I yz53 A on 32487

4314.52 Ta I 2010 25181

4318.81 Ta I 12866 — 36014

/I '2

o

t:o Ta I 1 /383 y1 A C 1 A 4U5 10

/I "3 o

Q

4izy.j / Ta I

1 C OA A

1 5yU4 1 odd A 38yy4

Ta I ZiyZ 1

/( ooo 465*82

4355.14 Ta I llb^l 45637

4360.83 Ta I 10690 — 33615

436y.3 J Ta I

1 o o z:^ 12866 35746

A 11 A O 1 43 /4.Z 1 Ta I1 O O

1 zo66 35 /z 1 A 1 1 Z 1 y1 43 /5. 14 Ta I

1 C OA A

1 5yU4 "yon z A 38 /54

4377.98 Ta I 24982 47817

4378.82 Ta I 3964 - 26795

4381.88 Ta I 21 168 A") CiO'^ 43982

4386.07 Ta I 6069 28862

A1 do A Z 43y8.4j Ta I O A 1 A zUlU An "J d z4 /3y

4402.50 Ta I 9253 31961

4415.74 Ta I 6049 — 28689

441 y. 3 J Ta I b\jby 1 o ^ o o

A A^ A 4424.70 Ta I zUo4 / 4iZiy

443U.4

1

Ta I iZZ3j 1 A C AA 34oUU

4431.09 Ta I 5621 28183

4432.98 Ta I 15391 — 37943

4441.U3 Ta I yy /o 324o / A A A A /TO 4441 .DO Ta I

1 r\£i on 111 oo 4450.72 Ta I 13352 35813

4451.87 Ta I 9759 32215

4459.76 Ta I 19178 — 41595

A A ^ C ^ 4473.52 Ta I 9253 T 1 A 1 3 1601

4480.93 A A o f\ m Ta I 25009 /I ^7 O 1 A 473 19

4496.50 Ta I

'O r\ 1 A 2010 A"^ A Z4245

4510.98 Ta I 5621 27783

4511.50 Ta I 5621 — 27781

A CI 1 AO 43Z i.uy Ta I C/C^ 1 Z 1 1 54

43 JU.oj Ta I oUoy "^o ^ 1 A zo 1 34

4547.15 Ta I yy/b "J 1 O^ 1 3 iy6i

4551.95 Ta I 3964 O C 0*0 25926

4553.69 Ta I 11244 33198

4556.35 Ta I 11244 33185

4559.46 Ta I 12866 34792

4561.48 Ta I 2010 23927

gA gf Log gf

IQS/sec

0.088 0.023 -1.63

0.28 0.074 -1.13

0.061 0.017 -1.78

0.29 0.077 -1.11

0.89 0.24 -0.61

0. 12 0.032 -1.49

0.0082 0.0022 -2.65

1.3 0.35 -0.46

0.21 0.058 -1.24

0.18 0.051 -1.29

0.014 0.0038 -2.41

0.21 0.057 -1.24

0.73 0.20 -0.69

0.61 0.17 -0.76

2.3 0.65 -€.19

5.4 1.5 0.18

0.075 0.021 -1.67

0.16 0.047 -1.33

0.082 0.024 -1.63

0.32 0.092 -1.03

2.4 0.70 -0.16

0.024 0.0070 -2.16

0.70 0.20 -0.69

0.063 0.018 -1.74

0.015 0.0043 -2.36

0.18 0.053 -1.28

0.053 0.016 -1.81

0.019 0.0056 -2.25

0.81 0.24 -0.63

0.15 0.044 -1.36

0.012 0.0034 -2.47

0.21 0.061 -1.21

0.067 0.020 -1.70

0.11 0.032 -1.49

0.23 0.068 -1.17

0.021 0.0062 -2.21

1.5 0.44 -0.36

0.087 0.026 -1.58

3.7 1.1 0.05

0.0044 0.0013 -2.87

0.1

1

0.035 -1.46

0.024 0.0073 -2.13

0.018 0.0055 -2.26

0.067 0.021 -1.69

0.030 0.0092 -2.04

0.025 0.0078 -2.1

1

0.070 0.022 -1.66

0.13 0.039 -1.41

0.1

1

0.034 -1.47

0.0018 0.00057 -3.24

400
Wavelength Spectrum Energy Levels

A K

4565.85 Ta I 9705 31601

4566.86 Ta I 25926 47817

4573.29 Ta I 12235 34095

4574.31 Ta I 0 21855

4580.69 Ta I 9705 31530

4583.17 Ta I 9253 31066

4601.42 Ta I 15904 37630

4602.19 Ta I 9705 31428

4604.28 Ta I 22429 44141

4604.85 Ta I 23927 45637

4619.51 Ta I 9253 30895

4622.96 Ta I 9976 31601

4633.06 Ta I 9976 _ 31554

4661.12 Ta I 13352 _ 34800

4669.14 Ta I 9253 30665

4681.88 Ta I 2010 23363

4684.87 Ta I 5621 26960

4685.27 Ta I 9253 30591

4688.84 Ta I 17224 38546

4691.90 Ta I 9759 — 31066

4693.35 Ta I 22682 43982

4701.32 Ta I 10950 32215

4706.09 Ta I 11244 32487

4722.88 Ta I 0 21168

4730.12 Ta I 12866 34001

4740.16 Ta I 9976 31066

4745.93 Ta I 17383 38448

4756.51 Ta I 3964 _ 24982

4758.03 Ta I 10950 _ 31961

4768.98 Ta I 12235 _ 33198

4780.94 Ta I 10690 31601

4786.64 Ta I 9705 30591

4812.75 Ta I 0 _ 20772

4819.53 Ta I 13352 34095

4825.43 Ta I 11244 31961

4832.18 Ta I 9976 30665

4846.45 Ta I 25009 45637

4852.17 Ta I 10950 31554

4871.70 Ta I 6069 26590

4879.14 Ta I 23913 44403

4881.94 Ta I 10950 31428

4883.95 Ta I 9253 29723

4907.73 Ta I 2010 _ 22380

4914.96 Ta I 0 20340

4920. 1

1

Ta I 12866 33185

4921.27 Ta I 6049 26364

4923.47 Ta I 5621 25926

4924.96 Ta I 17224 37524

4926.00 Ta I 6069 26364

4936.42 Ta I 12235 32487

gf T £ Loggt

108/sec

0.16 0.050 -1.30

2.5 0.79 -0.10

0.090 0.028 -1.55

0.021 0.0065 -2.19

0.026 0.0083 -2.08

0.015 0.0049 -2.31

0.20 0.063 -1.20

0.043 0.014 -1.87

0.56 0.18 -0.75

1.7 0.53 -0.28

0.21 0.066 -1.18

0.027 0.0087 -2.06

0.036 0.012 -1.94

0.18 0.059 -1.23

0.084 0.027 -1.56

0.038 0.012 -1.91

0.0099 0.0033 -2.49

0.024 0.0079 -2.10

0.12 0.039 -1.41

0.095 0.031 -1.51

2.4 0.80 -0.10

0.066 0.022 -1.66

0.071 0.024 -1.63

0.0019 0.00065 -3.19

0.15 0.049 -1.31

0.11 0.038 -1.42

0.22 0.076 -1.12

0.029 0.0098 -2.01

0.041 0.014 -1.85

0.16 0.055 -1.26

0.075 0.026 -1.59

0.014 0.0048 -2.32

0.0089 0.0031 -2.51

0.15 0.053 -1.28

0.084 0.029 -1.54

0.036 0.013 -1.90

3.0 1.0 0.02

0.028 0.0099 -2.00

0.0042 0.0015 -2.83

0.42 0.15 -0.82

0.0091 0.0032 -2.49

0.039 0.014 -1.85

0.0021 0.00077 -3.11

0.0010 0.00036 -3.44

0.14 0.049 -1.31

0.018 0.0064 -2.20

0.0031 0.0011 -2.95

0.10 0.037 -1.43

0.020 0.0072 -2.14

0.15 0.054 -1.26

401
Wavelength Spectrum Energy Levels

A K

4937.63 Ta I 17383 37630

4968.53 Ta I 22380 - 42502

4969.69 Ta I 10950 — 31066

4976.20 Ta I 9253 — 29344

5012.52 Ta I 10950 30895

5037.37 Ta I 13352 33198

5037.66 Ta I 2010 - 21855

5043.32 Ta I 1 1244 — 31066

5058.70 Ta I 17383 — 37146

5067.87 Ta I 12235 — 31961

5076.37 Ta I 17383 37077

5082.25 Ta I 10690 - 30361

5087.37 Ta I 1 1244 — 30895

5090.71 Ta I 9705 29344

5095.27 Ta I 12866 — 32487

5109.77 Ta I 5621 25186

5117.25 Ta I 27783 - 47319

5136.47 Ta I 6049 25513

5141.62 Ta I 6069 — 25513

5143.69 Ta I 9253 — 28689

5147.62 Ta I 1 1244 30665

5148.78 Ta I 17383 — 36800

5150.85 Ta I 15391 — 34800

5153.42 Ta I 3964 — 23363

5156.56 Ta I 5621 — 25009

5161.81 Ta I 9976 29344

5163.65 Ta I 5621 - 24982

5166.79 Ta I 12866 32215

5171.63 Ta I 10690 30021

5180.98 Ta I 21855 41151

5188.93 Ta I 12866 32132

5193.99 Ta I 17383 - 36631

5212.74 Ta I 0 19178

5218.45 Ta I 2010 — 21 168

5230.80 Ta I 6069 — 25181

5235.39 Ta I 12866 31961

Ta I 9705 - 28767

5281.02 Ta I 9759 — 28689

5295.01 Ta I 9253 — 28134

5318.67 Ta I 25186 — 43983

5328.38 Ta I 2010 20772

5336.13 Ta I 12866 - 31601

5341.05 Ta I 3964 — 22682

5342.25 Ta I 9976 — 28689

5349.09 Ta I 6049 — 24739

5349.57 Ta I 12866 31554

5354.68 Ta I 6069 24739

5365.95 Ta I 17383 36014

5388.51 Ta I 28767 47319

5395.99 Ta I 9253 27781

gf Log gf

IQS/see

0.21 0.077 -1.11

0.42 0.16 -0.81

0.029 0.01

1

-1.97

0.010 0.0038 -2.42

0.048 0.018 -1.74

0.25 0.094 -1.03

0.0044 0.0017 -2.78

0.059 0.023 -1.65

0.095 0.036 -1.44

0.088 0.034 -1.47

0.16 0.063 -1.20

0.018 0.0068 -2.17

0.041 0.016 -1.80

0.037 0.014 -1.84

0.038 0.015 -1.83

0.0026 0.0010 -2.99

2.5 0.99 -0.00

0.0045 0.0018 -2.75

0.014 0.0057 -2.24

0.035 0.014 -1.85

0.046 0.018 -1.73

0.087 0.035 -1.46

0.050 0.020 -1.70

0.0059 0.0024 -2.63

0.041 0.016 -1.79

0.032 0.013 -1.89

0.0078 0.0031 -2.51

0.024 0.0096 -2.02

0.010 0.0042 -2.38

0.45 0.18 -0.74

0.019 0.0076 -2.12

0.067 0.027 -1.57

0.0028 0.001

1

-2.95

0.0048 0.0020 -2.70

0.0050 0.0021 -2.69

0.028 0.012 -1.93

0.0065 0.0027 -2.57

0.0064 0.0027 -2.58

0.027 0.01

1

-1.94

1.0 0.44 -0.36

0.0029 0.0013 -2.90

0.026 0.011 -1.95

0.0093 0.0040 -2.40

0.0092 0.0039 -2.41

0.0060 0.0026 -2.59

0.041 0.018 -1.75

0.0076 0.0032 -2.49

0.044 0.019 -1.72

1.8 0.77 -0.1

1

0.011 0.0047 -2.33

402
Wavelength Spectrum Energy Levels

A K

5397.56 Ta I 17224 35746

5402.51 Ta I 0 — 18505

5403.54 Ta I 15114 33615

5404.96 Ta I 17224 35721

5405.80 Ta I 17383 35877

5410.55 Ta I 9705 _ 28183

5413.48 Ta I 6049 - 24517

5419.13 Ta I 6069 24517

5435.27 Ta I 10950 29344

5461.29 Ta I 5621 23927

5475.54 Ta I 24243 42502

5481.16 Ta I 23355 — 41595

5483.43 Ta I 23363 41595

5494.78 Ta I 6049

C A f\r\ A A 5499.44 Ta I 13352 3 1530

5500.68 Ta I 6069 24243

5505.66 Ta I 9976 - 28134

5518.91 Ta I 17383 35498

5521.15 Ta I 20647 38754

5528.36 Ta I 3964 22047

5545.14 Ta I 12866 30895

5548.32 Ta I 17224 - 35243

5584.02 Ta I 27734 45637

5598.75 Ta I 27781 45637

5599.52 Ta I 27783 45637

5605.50 Ta I 17383 35218

5617.71 Ta I 23355 - 41151

5620.68 Ta I 12235 30021

5635.71 Ta I 10950 28689

5640.18 Ta I 12866 30591

5645.91 Ta I 9253 26960

5664.90 Ta I 2010 — 19658

5688.25 Ta I 17224 34800

5699.24 Ta I 9253 26795

5704.31 Ta I 21 153 38679

5706.28 Ta I 24982 42502

5715.24 Ta I 10690 - 28183

5716.53 Ta I 12235 29723

5746.71 Ta I 26586 43983

5761.61 Ta I 24243 41595

5766.56 Ta I 9253 26590

5767.91 Ta I 9253 - 26586

5771.93 Ta I 25181 42502

5116.11 Ta I • 6049 23355

5780.02 Ta I 20647 37943

5780.71 Ta I 6069 23363

5811.10 Ta I 3964 21168

5816.51 Ta I 26795 43983

5843.94 Ta I 9759 26866

5849.68 Ta I 10690 27781

gf Loggf

IQS/sec

0.068 A A'J A 0.030 —1.53

U.UU4Z A AA 1 O U.UUl O —L. /4

0.019 A AAOO O AO

0.12 0.052 -1.29

0.035 0.015 -1.81

A AA C £. U.UU56 A AAO C —Z.61

A AAO n u.uuzyA AA 1 "5 U.UU13 AA

0.014 0.0063 O OA —z.zU

0.028 0.012 -1.90

0.0086 0.0038 -2.42

0.58 A C O —U.5o

0.22 A AA*? 0.097 1 A 1 —1.01

A A 0.29 AIT 0. 1

3

A O A —0.89

0.0022 0.00098 -3.01

0.042 0.019 -1.72

A AA 1 O A AAAO^ "3 A'7 A AAZ: C 0.0065 A AAO A 0.0029 —2.53

A O T A 1 A U. lU A OO

0.057 0.026 -1.59

0.00073 0.00033 -3.48

f\ f\f\n 1 0.007

1

A AA"? 1 AO —Z.4o n f\ AO 0.048 A AOO U.UZZ —1.65

1 A

1 .4 A 1 ^ -0. 17

0.69 0.32 -0.49

1.4 0.67 -0.17

U.Uzl A A 1 A AA —z.UU

All 0. 1

1

A A C /I 0.054 —1 .27

A AO 1 A A 1 A U.UlU O AA —Z.UU

0.0078 0.0037 -2.43

0.025 0.012 -1.93

A AO H 0.036 A A 1 ^ 0.017 —1.77

A AA'3 O A AA I O ^ n A —1.14

A Azi n A A'5 '5 0.033 1 AO

0.0086 0.0042 -2.38

0.099 0.048 -1.32

A y1 O 0.48 0.24 —U.63

A A t 1 0.01

1

A AACO 0.0052 —z.zo A AAT n 0.0039 A AA 1 n 0.0019 —1.1 1 0.66 0.33 -0.48

0.23 0.11 -0.95

A AA C C U.UU55 A AA'*> n —z.5o

A AAz: O 0.0068 A AA1 A 0.0034 o An —1.41

A O A 0.20 A AAO 0.098 1 A 1 —1.01

0.011 0.0055 -2.26

0.14 0.068 -1.17

U.UU/ / A AA1 O —2.41

A AA^ A 0.0060 A AA 1 A U.0U3U —2.52

A ^ C 0.75 A T O 0.38 A A'^ —0.42

0.01

1

A AAC A 0.0054 —1.11

0.0039 0.0020 -2.70

403
Wavelength Spectrum Energy Levels

A K

5877.36 Ta I 13352 — 30361

jooZ.iU ia I Oleic zi5 15 /I A C 1 A 4U5 11) 5901.91 Ta I 11244 28183

5916.51 Ta I 11792 — 28689

5918.95 Ta I 9976 — 26866

5925.90 Ta I 17224 — 34095

jy5\).bZ ia I

1 OO^/^ IzODO Zy / 15

5931.05 Ta I 24739 41595

5931.68 Ta I 17224 — 34078

5935.54 Ta I 23913 — 40756

5939.76 Ta I 9759 — 26590

i a I yy IK) Zo lyj

5960.13 Ta I 23913 — 40686

5997.23 Ta I 13352 — 30021

6009.89 Ta I •24517 — 41151

6015.90 Ta I 17383 — 34001

OUZU. /z ia I QT CO y/jy ZDJ04

6045.39 Ta I 11244 27781

6047.25 Ta I 12235 — 28767

6053.64 Ta I 9705 — 26220

6090.82 Ta I 25181 — 41595

OlUI.JO ia I zz4zy 1 O O 1 1 ioo 1 i

6140.07 Ta I 26220 — 42502

6144.56 Ta I 10690 — 26960

6152.54 Ta I 27734 — 43983

6154.50 Ta I 9976 — 26220

^ 1 C O OA Ol Jo.o4 i a I 1 /JOJ 3 JO 1 J 6170.46 Ta I 27781 — 43983

6208.37 Ta I 25478 — 41581

6249.79 Ta I 12866 — 28862

6256.68 Ta I 6069 — 22047

oZoo. /U i a I

1 TO -J C

1 ZZ J J Zo 1 <S5 6281.33 Ta I 10950 — 26866

6287.91 Ta I 12235 — 28134

6289.34 Ta I 10690 — 26586

6309.58 Ta I 10950 — 26795

o c no ia I b04y O 1 o c c Z 1 OJ J 6332.91 Ta I 6069 21855

6346.02 Ta I 9759 — 25513

6356.14 Ta I 9253 — 24982

6360.84 Ta I 11244 — 26960

63 /3.U6 ia I 2Z /ol 1Q A AQ

6389.45 Ta I 21153 36800

6392.21 Ta I 10950 — 26590

6428.60 Ta I 11244 — 26795

6430.79 Ta I 12235 — 27781

6450.36 Ta I 12235 27734

6455.83 Ta I 9253 24739

6459.92 Ta I 9705 25181

6485.37 Ta I 13352 28767

gA gf Loggf

lU /sec

0.15 0.080 -1.10

1.4 0.74 -0.13

0.031 0.016 -1.79

0.013 0.0067 -2.18

A AO 1 U.UZ 1 A A 1 1 U.Ul 1 —1.95

0.028 0.015 -1.83

0.0082 0.0043 -2.36

0.35 0.18 -0.73

0.037 0.020 -1.71

A O 1 U.z 1 All U. 1 1 —u.y4

0.028 0.015 -1.83

0.057 0.030 -1.52

0.21 0.11 -0.95

0. 11 0.061 -1.22

A 1 C A 1 Q u. 1 y A ni —U. / 5

0.046 0.025 -1.60

0.021 0.012 -1.93

0.080 0.044 -1.36

0.043 0.023 -1.63

A AAO A AATQ u.uuzy o c c —Z.J J

0.50 0.28 -0.56

0.73 0.41 -0.39

0.52 0.29 -0.53

0.016 0.0092 -2.04

A QQ A C^ U.JO —A 0 c U.Zj

0.026 0.015 -1.82

0.064 0.036 -1.44

0.48 0.27 -0.57

0.41 0.23 -0.63

A A 1 ^7 U.Ul / A AAQQ u.uuyy —T AA z.uu

0.0099 0.0058 -2.24

0.056 0.033 -1.48

0.016 0.0096 -2.02

0.014 0.0082 -2.09

A AAAA

u.uuyu

A AAC1 U.UUji —Z.Z /

0.038 0.023 -1.64

0.0047 0.0028 -2.55

0.0032 0.0019 -2.72

0.0056 0.0034 -2.47

A A 1 O O.OlZ A AA'TA U.UU /U —z. lo

0.017 0.010 -1.99

0.26 0.16 -0.80

0.38 0.23 -0.63

0.0055 0.0034 -2.47

A A 1 ^ 0.016 A A 1 A U.UlU T AA —Z.uu

0.086 0.053 -1.28

0.068 0.042 -1.37

0.0029 0.0018 -2.74

0.0052 0.0032 -2.49

0.17 0.11 -0.97

404
Wavelength Spectrum Energy Levels

A K

6514.39 Ta I 11244 26590

6516.10 Ta I 11244 — 26586

6561 60 10690 X yjyjyyj 25926

1 CL 1 y y / \j 25181 X\J X 65R5 1

1

1 Cl 1 227f,] jf37943 J y^j

6611.95 Ta I 11244 — 26364

6621.30 Ta I 6069 — 21168

6673 73 Ta I J. CX i 9759 y 1 ^ y 24739

Ta T 1 1 244

f%l(\f\ O dfx / WD.H-D Ta T 1 CL 1

6709.39 Ta I 23913 — 38813

6740.73 Ta I 13352 — 28183

f^TsA o / JH-.yQ1I Ti:^ T 76705 411 1 J505yj

O / JJ.oJ i d 1

1 1 707 96590 z,D J y\j o / / W. J / 1 d 1 7'^01 "K "^8670 3oo / y

6771.74 Ta I 9976 — 24739

6774.25 Ta'i 9759 — 24517

6788 99 TaX I ex 1 12235 26960

6790 06 Ta1 I CX 1 6049 20772

6799 27 TaX I CX 1 6069 20772

6813.25 Ta I 9253 — 11911

6865.13 Ta I 10950 — 25513

6866 23 TaX I CX 1 12235 26795

6875 27 TaX I CX 1 9976 y y / \j 245 1

7

6896 77 TaX I CX X 10690 251 86

6900.55 Ta I 26022 - 40510

6902.10 Ta I 9759 — 24243

6927 ^8 Ta T X d 1 1 ^"^52 1 J J J 2778^

6928 54 Ta I X cl 1 1 ^"^52 1 J J ^ ^ 27781 / / O 1 6951 26 Ta I X d i 1 ^^ 52 277^4

6953.88 .Ta I 17224 — 31601

6966.13 Ta I 12235 — 26586

6971 5^ Ta I X d 1 2^91 ^ 3825^^

698^ 57 Ta I X d 1 / O 1 '\1€\11 J / \j / / yjy y ^ ,4L>^ Ta I X d 1 1 0690 24982

7005.07 Ta I 6069 — 20340

7006.96 Ta I 9976 — 24243

707 5 0"^

J. d 1 10950 1 yjy jyj 75181 Z^Jf 1 O 1 7031 51 X d 1 17383 X 1 J O J 3 1 601

7039 07 T?) T 1 d 1 22A29y

7085.40 Ta I 9253 — 23363

7093.02 Ta I 12866 — 26960

7108 05 Tn T 1 d 1 77761 / D 1 16876

7121 27 Ta T 1 d 1 77761 16800

7148 6^ Ta T X d 1

1 77"^ 5 76770

7177 90 Ta T 1 d 1 1 1 244 25181 1 O 1 7250.27 Ta I 10950 24739

7276.96 Ta I 1 1244 24982

7286.36 Ta I 11792 25513

7301.74 Ta I 12235 25926

gf Log gf

10«/sec

0.025 0.016 -1.80

0.025 0.016 -1.80

0.0052 0.0033 -2.48

0.017 0.01

1

-1.96

0.062 0.040 -1.40

0.027 0.017 -1.76

0.0041 0.0027 -2.57

0.015 0.010 -2.00

0.040 0.027 -1.57

0.010 0.0068 -2.17

0.20 0.14 -0.87

0.030 0.021 -1.69

0.66 0.45 -0.34

0.0032 0.0022 -2.66

0.097 0.067 -1.17

0.011 0.0079 -2.10

0.0054 0.0037 -2.43

0.011 0.0074 -2.13

0.00063 0.00043 -3.36

0.00063 0.00043 -3.36

0.020 0.014 -1.86

0.0029 0.0020 -2.69

0.059 0.042 -1.38

0.026 0.018 -1.74

0.0026 0.0019 -2.72

0.50 0.36 -0.45

0.020 0.015 -1.84

0.051 0.037 -1.44

0.051 0.037 -1.44

0.023 0.017 -1.78

0.048 0.035 -1.46

0.046 0.034 -1.47

0.062 0.045 -1.34

0.12 0.084 -1.07

0.019 0.014 -1.86

0.0017 0.0013 -2.90

0.010 0.0076 -2.12

0.0090 0 0066 -2.18

0.014 0.010 -1.99

0.17 0.13 -0.90

0.0022 0.0016 -2.79

0.0067 0.0051 -2.29

0.036 0.028 -1.56

0.097 0.073 -1.13

0.037 0.028 -1.55

0.021 0.016 -1.80

0.0051 0.0040 -2.39

0 0055 0.0044 -2.36

0.0018 0.0014 -2.85

0.032 0.025 -1.60

405
Wavelength Spectrum Energy Levels

A K

73 19.84 Ta I 9705 23363

1321.11 Ta I 15114 28767

7346.41 Ta I 6049 - 19658

7352.86 Ta I 9759 23355

7356.96 Ta I 6069 19658

7369.09 Ta I 10950 24517

7407.89 Ta I 11244 24739

7467.75 Ta I 9976 - 23363

7520.56 Ta I 10950 24243

7569.23 Ta I 17383 30591

llll.Kjl Ta I 12235 25181

1S42.16 Ta I 12235 I 24982

7882.37 Ta I 11244 - 23927

7950. 19 Ta I 13352 25926

7998.75 Ta I 17224 29723

8022.09 Ta I 28689 41 151

8026.50 Ta I 6049 I 18505

8029.04 Ta I 11792 - 24243

8039.08 Ta I 6069 18505

8053.93 Ta I 10950 23363

8068.98 Ta I 15391 27781

8100.11 Ta I 9705 22047

8248.95 Ta I 11244 - 23363

8264.85 Ta I 9759 21855

8281.62 Ta I 9976 22047

8415.73 Ta I 9976 21855

8447.62 Ta I 13352 25186

8550.49 Ta I 12235 23927

8575.92 Ta I 13352 25009

8595.84 Ta I 13352 24982

gf Loggf

1 O^/ser

-

0.0022 0.0018 -2.74

0.0058 0.0047 -2.33

0.0064 0.0052 -2.28

0.015 0.013 -1.90

0.0040 0.0032 -2.49

0.014 0.011 -1.95

0.027 0.022 -1.65

0.0036 0.0030 -2.52

0.0046 0.0039 -2.41

0 0056 0.0048 -2.32

0.0022 0.0020 -2.70

0.0038 0.0035 -2.46

0.014 0.013 -1.88

0.0078 0.0074 -2.13

0.0046 0.0044 -2.35

0.12 0.11 -0.95

0.0023 0.0023 -2.65

0.00079 0.00076 -3.12

0.00047 0.00045 -3.34

0 00092 0 00090 -3.05

0.0064 0.0063 -2.20

0.00043 0.00042 -3.38

0.0016 0.0016 -2.79

0.0017 0.0017 -2.77

0 0066 0.0067 -2.17

0.00042 0.00045 -3.35

0.0054 0.0058 -2.24

0.0017 0.0019 -2.72

0.0031 0.0035 -2.46

0.0021 0.0023 -2.64

406
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

0 T /I ^ ST Z140.0 / i a. II 1 C\'X 1 iUj 1 4 / jyo

2150.62 Ta II 1031 — 47515

2165.01 Ta II 0 — 46175

2178.03 Ta II 3180 — 49080

2182.71 Ta II 1031 - 46831

0z1 Qi on 1 yj.zyj J. a II ZD4Z 4oZZ /I899'?J 2193.88 Ta II 6187 — 51754

2196.03 Ta II 4416 — 49938

2199.67 Ta II 0 - 45447

2210.03 Ta II 0 - 45234

LL 1 J.OU i a II 47J JO

2239.48 Ta II 2642 — 47281

2248.48 Ta II 9746 — 54207

2249.79 Ta II 0 - 44435

2250.76 Ta II 1031 — 45447

ZZj4. oO Toi a. II J 1 oU 4 / J 1 J 1155.11 Ta II 12436 — 56753

2256.51 Ta II 9746 — 54048

2258.71 Ta II 0 — 44259

2261.42 Ta II 0 — 44206

ZZO 1 .oz i a II 1 ni 1 4jZ34 A ^91/1

2262.30 Ta II 2642 — 46831

2269.56 Ta II 12705 — 56753

2271.85 Ta II 2642 — 46646

2272.59 Ta II 3180 — 47169

7909 1Q zzoz. 1

7

Tq1 a

TT

11 1 C\'X 1 1 yjj 1 44o J J 2285.02 Ta II 5331 — 49080

2285.25 Ta II 2642 - 46387

2286.59 Ta II 9746 — 53466

2287.27 Ta II — 56142

ZZo7. 1

0

Toi a II 400J 1 2292.54 Ta II 0 — 43606

2301.47 .. Ta II 12705 — 56142

2302.24 Ta II 5658 — 49080

2302.93 Ta II 4416 — 47825

Z

T.^ 1 a II 1 Ml 1 444jU A A Am

2308.46 Ta II 5658 — 48963

2312.60 Ta II 1031 - 44259

2315.46 Ta II 1031 - 44206

2319.16 Ta II 12436 — 55543

9-1 Z J J

T 11 .Z5' 90 Toi a II 11/0/ <A(^AO j4d47

2332.19 Ta II 4416 — 47281

2334.88 Ta II 6831 - 49647

2335.75 Ta II 12705 — 55505

2338.28 Ta II 6988 — 49741

2340.94 Ta II 6831 49536

2341.61 Ta II 12436 55128

2353.86 Ta II 5331 47801

2356.05 Ta II 9690 52121

2356.90 Ta II 4416 46831

1

A

10. 1 1 1 .

1

U.UJ 1.1 0.53 -0.27

5.5 0.39 -0.41

15. 1.1 0.04

16. 1.1 0.05

It

.

U.oU —nu. 11 nu

42. 3.0 0.48

47. 3.4 0.53

16. 1.2 0.06

15. 1.1 0.04

1 c

1 J.

1 1 1 .

1

U.Uj

39. 3.0 0.47

25. 1.9 0.27

6.8 0.52 -0.29

24. 1.8 0.25

n n A U. /4 ^j. 1 J 63. 4.8 0.68

39. 3.0 0.47

7.8 0.60 -0.22

13. 0.98 -0.01

C 1 J. 1 —n /in U.4U

35. 1.1 0.44

38. 1.9 0.47

26. 2.0 0.31

39. 3.0 0.48

7 7 / . / U.OU —nU.ZZ99

9.2 0.72 -0.14

29. 2.3 0.36

82. 6.5 0.81

49. 3.8 0.58

A A 44. J.J n <A U. j4

3.3 0.26 -0.59

37. 2.9 0.46

42. 3.3 0.52

32. 2.5 0:40

8 1 O.J U.oo n 1 e ^j. 1

0

9.0 0.72 -0.14

12. 0.96 -0.02

12. 0.95 -0.02

70. 5.6 0.75

97z /

.

9z.z9 n lA U. j4

47. 3.8 0.59

26. 2.1 0.33

47. 3.8 0.58

48. 3.9 0.59

J I

.

9 ^ Z.J n Af\ U.4U

68. 5.6 0.75

22. 1.8 0.25

47. 3.9 0.60

14. 1.2 0.07

407
Wavelength Spectrum Energy Levels

AA Jv

L.jjy. ID IT id, 1 i Q746 y / HO '^7 1 7 1 J Z 1 Z I

1 CL 11 6O 11 87o / 48470

2367.24 Ta II 4416 — 46646

2369.32 Ta II 2642 — 44835

Ta If i d 11 S6S8 4787S H- / OZ J

I'Kl') Z- J) I jL.oyj 80 IT 1 Cl 11 68^ OOJ 11 4806"? HO yoj

?'?7'^ A.JIJ. Q4 Ta II 1 d 11 11 07U /

11 J^ JZOZ S787SJ 2378.31 Ta II 1031 — 43065

2381.13 Ta II 2642 — 44626

z JO 1 . jz Taid II11 nyj AH 1ly077/ /

TaId If11 47^06 H 1 J yo

7^84 78 Ta II id. 11 1 0^ 1 1 \jj 1 47060 HZ. yo\J

2387.06 Ta II 4416 — 46295

2388.37 Ta II 5658 — 47515

Ta T

I

id, 11 Q6Q0 yoyyj JS 11 JJH S^4

z J :7z. Ta 1

1

id, 11 J^ 11 80ou 448

S

HHOJJ

7400 f^l, Taid. II11 6U 11 87o / 478^0 H 1 o jyj

2402.13 Ta II 2642 — 44259

2403.68 Ta II 11875 — 53466

7408 lf\ Taid. II11 JOS6S8Jo 47H /1I 60oy

741 7 S"^ Taid II11 1 4S8

1

1 HJ O 1 jyjyj S601I 0y 741 S 71 Taid II11 68^ 1 48771 H-OZZ J 2416.89 Ta II 2642 — 44005

2417.33 Ta II 0 — 41355

747 1 8S Ta II i d 11 1 4S8

1

1 HJ O 1 J J ojy

747^^ 48 Taid II11 1 80 444^^0 HHHjyj

747S Q1 Tci id TT11 1 74'?6 1 Z.HJO

2428.00 Ta II 5658 — 46831

2429.71 Ta II 0 — 41145

74^ ZHJ 1 C\f\ 1 .\JO Taid TT11 1 0"? 1 1 yjj 1 47HZ 1 S"? I J J

74^7 Z^jZ. 70/ u Ta Ti 1 d 11 61O 1 87o / 4778 1 / ZO 1 ZHJ J. J" Ta TI 1 d 11 J^ 11 80ou 447 HHZ.JSOy

2436.51 Ta II 12436 — 53466

2438.64 Ta II 6831 — 47825

lAAA 1 ZH-H'-i-. 1 J Ta IT i d 11 7647 A'>, HJ JS44HH

JAAQ AA Taid IT11 6088 D^OO 47801 H / OU 1 JA^A 70 Ta II 1 d 11 11

11 767 / D / JS7401 zHyj

2461.06 Ta II 10713 — 51334

2463.82 Ta II 12436 — 53011

ztuu. yy Tp II 1 d 11 1 03

1

1 yjj 1 41555 H 1 J J J

lAfn ZM-O 'xi 1 ,J 1 Tn 11 i d 11 JS6S8 O J o 46HO I1 7S/ J 7468 A 1 Z'fOo.'t 1 Toid TI11 1 <;8'!; 1 1 JOJ I JOJ J 1 2470.90 Ta II 6187 — 46646

2473.31 Ta II 4416 — 44835

7476 Z'f / O.O67/ Taid II11 J^ 11 80ou HjJHH

z^747Q1 y.jo^8 Taid IT11 7647 ZDHZ 47060

7481 Z^O 1 .OO 86 Taid IT11 1111 87S O / J JS7Z 1I JOS6

OASA Z'+o'f. 77/ Z Taid II11 Q 40714

2488.70 Ta II 4416 44585

2497.77 Ta II 0 40024

408

gA gf Loggf

108/sec

47. 4.0 0.60

100. 8.4 0.92

5 4 0\J.'~T\J 46 —0 14

9 6 0 81 -0 09

AA 3 7 0 57

14. 1.2 0.07

35. 3.0 0.47

6 8 0V/. J58o —0 74

30 7 6 0 41

7 9 —0U. 171 /

28. 2.4 0.37

10. 0.89 -0.05

175 1 / . 1 ^ . 11 • 11 8O

11 d^T. 1 7 0\J.\J071 59 5 0 0 70

4.9 0.42 -0.38

516. 45. 1.65

1

1

0 96 —0 02

58 5 0 0 70

25 2 2 0 14

32. 2.8 0.44

65. 5.7 0.75

78 7 5 0 40

J3 . 11 0 77 —0 57

11 -J38o

.

1

2

1 08

19. 1.7 0.22

99. 8.8 0.94

1 J . 1 . 3J? 0 1

1

V/. 1 1

11 6D. 1 .H \). 1 u

1 1 1 1

.

131. 12. 1.07

15. 1.4 0.14

1IV//. 07 9 6 0.98

37 3 3 0 52

1

1 1 0 0 01

30. 2.1 0.43

43. 3.9 0.59

59 5 3 0 73

1

4

1 *T. 1 n

O.O 0 79 -0 1

1

33. 3.0 0.47

67. 6.1 0.79

11 OSUo. 0y.y0 11 .uu 00

70ZU. 1i .o8 0u.z77/ 71Z J

.

7Z. 11 0U. J11J

7.9 0U. 71/ J —0 14

loo! 9.3 0.97

3.7 0.34 -0.47

94. 8.7 0.94

2.2 0.20 -0.69
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

2498.33 Ta II A A \ a 4416 A A A ^ n 4443 U

2501.98 Ta II 9690 49647

2505.32 Ta II 5331 — 45234

2508.92 Ta II 9690 — 49536

2510.71 Ta II 15726 — 55544

ZJ 1 J. lU Ta II

'2 1 on 3 1 oU A o Qi^rx 4zyou

2513.88 Ta II 11767 51534

2526.02 Ta II 5658 — 45234

2532.12 Ta II 2642 — 42123

2537.94 Ta II 9690 — 49080

Ta II 1U3 1 4U3U3

2551.73 Ta II 5658 44835

2554.62 Ta II 2642 — 41775

2554.91 Ta II 4416 — 43544

2556.51 Ta II 5331 — 44435

2557.71 Ta II 9690 48776

2569.13 Ta II 2642 41555

2571.51 Ta II 5331 — 44206

2577.37 Ta II 11099 — 49887

2578.24 Ta II 12705 — 51480

Z30 1.6U Ta II 9746 484/U

2584.49 Ta II 13475 52156

2588.88 Ta II 6831 — 45447

2589.81 Ta II 5658 — 44259

2590.20 Ta II 13560 — 52156

Zjyi. 66 Ta II A A C 4416 42960

2594.25 Ta II 0 38535

2595.59 Ta II 0 — 38516

2596.45 Ta II 2642 — 41145

2600.73 Ta II 6187 — 44626

ZDU3.4y Ta II 61o/ A A ^ 44585

2606.43 Ta II 15851 54206

2612.61 Ta II 1031 — 39296

2628.85 Ta II 18494 — 56522

2630.53 Ta II .6831 — 44835

2633.79 Ta II 18494 56451

2635.58 Ta II 1031 38962

2637.93 Ta II 0 — 37897

2638.67 Ta II 5658 — 43544

2639.19 Ta II 11767 — 49647

Zo44.oU Ta II

' a A^ A r\ A A A 4U444

2645.10 Ta II 6831 44626

2646.74 Ta II 11875 — 49647

2651.22 Ta II 4416 — 42123

2658.86 Ta II 6831 — 44430

2659.41 Ta II 2642 40234

2663.88 Ta II 14628 52156

2664.24 Ta II 17982 55505

2665.60 Ta II 1031 38535

2667.00 Ta II 1031 38516

1 A 14. 1.3 A 1 A U. 10

78. 7.4 0.87

19. 1.8 0.25

55. 5.2 0.71

126. 12. 1.08

1 AlU. A QC \j.yj A AT —U.UZ

54. 5.1 0.71

27. 2.6 0.41

48. 4.6 0.66

81. 7.9 0.90

1 T1/. 1.

1

A AC

24. 2.4 0.37

34. 3.3 0.52

14. 1.4 0.15

22. 2.1 0.33

o /. 8. J A ni U.yi

9.6 0.96 -0.02

58. 5.8 0.76

422. 42. 1.62

63. 6.3 0.80

1 o

1 8. 1 o1.8 U.Z6

139. 14. 1.15

8.3 0.84 -0.08

13. 1.3 0.13

22. 2.2 0.34

C A5U. C A 5.0 A nf\

I). /U

11. 1.1 0.03

4.1 0.42 -0.38

22. 2.3 0.35

13. 1.3 0.13

1 1 < 113. 1 o12. 1 A'?

1 .U / 91. 9.3 0.97

4.8 0.49 -0.31

115. 12. 1.08

16. 1.7 0.22

t A A 144. 1 C 15. 1.17

48. 5.0 0.70

1.5 0.16 . -0.80

12. 1.3 0.11

35. 3.7 0.57

1 .5 A 1£i U. /O A 1 O —U. IZ

24. 2.5 0.39

107. 11. 1.05

27. 2.8 0.45

22. 2.4 0.38

A n

4.9 A C ^ 0.52 —0.28

27. 2.9 0.46

80. 8.5 0.93

7.9 0.85 -0.07

1.5 0.16 -0.79

409
Wavelength Spectrum Energy Levels

A K

2669.58 Ta II 24870 62318

2672.50 Ta II 5658 — 43065

ZD 1 ^. lo 1 a 11 I J O J 1 J JZ J J ZD / J .yyj 1 a 11 44 1 ^1 O

A 1 77 ^ 4 1 / / J ZD / D.'f o i a 11 1 07 1 1 1 U / 1

J

2678.80 Ta II 18186 — 55505

2680.06 Ta II 5658 — 42960

ZOoU.DO 1 a 11 44 1 4 11 70Q / \jy

ZDo J. 1 / To IT i a 11 41 9<; f 1 Z J 'i I J J J ZDo".Z^- i d 11 DOJ 1 4400<;

2691.80 Ta II 4416 — 41555

2692.83 Ta II 3180 — 40305

ZD^'t. JZ i a 11 9^;49 ZD'IZ 1 Q744

ZD7J. J't To TI 1 a 11 1 07 1 1 1 U / 1 J /17801 4 / oU 1 ZD7J . / 1 T Q TI 1 a. 11 Q74A 4^8"? 1 'tDo J 1

2702.80 Ta II 0 — 36988

2709.27 Ta II 9746 — 46646

77Z / 11 nu. 79/ z Tq II I a 11 9499^ Z'fZZD f^A D 1

11 OAUD

9797 Z / Z / .'t'f 44 Ta TI 1 d, 11 J J J 1 4 11 Q84 7o'+

97'in Z / jU. 71/ J Ta II i a 11 98044 f^Af^^'i O'fOJ J

2733.34 Ta II 18554 — 55128

2735.26 Ta II 9746 — 46295

97'?Q Z / J 7. 9AZD To IT 1 a 11 ^8 /I9 1 ^1 'fZ 1 J J 9740 Z / 'tU. 70/ U Ta IT 1 a 11 1 7 1 (^Si 1/1 Do J JD'+ J 974^; 8"? Z / 'tD.o J Ta II i a 11 1

1 J^79A / ZD JZ^9191 1 Z 1

2750.41 Ta II 11875 — 48223

2752.49 Ta II 2642 — 38962

97<7 9<^ Z / J /.ZD T .1 IT 1 a II 1IZ970< / Uj /t fiOAl 407Dj

97'\Q O^; Z / J7.UD To TI 1 a 11 Do J 1 4jUDJ 97A1 A8 Z / D 1 .Do To TI 1 a 11 1 C\1 1 1 Uj 1 "^79 7. 1 J / Z J 1

2763.37 Ta II 0 — 36177

2768.09 Ta II 3180 — 39296

977'\ 1 1 Z / / J. 1 1 T a TT 1 a 11 J J J

I

4 1 S S 1 J J J 977 S 1 < T a TT 1 a 11 11 8 1 8^ o 1 oO J4ZU <4907/ 977/^ 7 1 Z / / O. / 1 Ta IT 1 a 11 1 79"^ 1 1 / Z J 1 J JZ J J

2778.82 Ta II 13560 — 49536

2780.34 Ta II 1031 — 36988

9784 Z / 0'+."Q7/ Ta IT lex 11 jDjo 414 1 J J J 978^i'77 Z / oO. / / Ta II 1 a 11 ZOHZ J o J 1 O

978Q z / 07. 11 S

J

Ta TT 1 d 11 11/17 1 fiS Do J JU 1 1

2791.37 Ta II 5331 — 41145

2793.86 Ta II 3180 — 38962

97QS Z / i'j.ZU 90 Ta TT i a 11 11 970^ Z / UJ 48470 4o4 / U

97Q7 7^ Z / 7 / . / 0 Ta IT 1 a 11 1 01

1

1 Uj 1 jO / D4

9 8 1/1 1 Zo 1 4. J 1 Tn TT 1 a II 1 87 0 1 o / 41A 1 70Q /yjy

9 Q 1 T 1 A Zo 1 /. lU i a II JDJO /I 1 1 /I < 41 14j

2819.14 Ta II 10713 46175

2827.48 Ta II 14581 49938

2828.58 Ta II 31267 66610

2829.79 Ta II AA\6 39744

gf Loggf

108/sec

ill. 4U. 1.61

1 J.

1 A 1.4 A 1 C 0.15

<;9 DZ. 6. / A O 1 0.83

69. 7.4 0.87

26. 2.8 0.45

lU/. Iz.

1 AZ! 1.06

j4. 3.

1

0.57

zO. 2.

1

A O O 0.32

123. 13. 1.12

17. 1.9 0.27

4. J

Ci An U.4 / A "3 1 —0.33

Z.5 U.z8 A —0.56

z4. 2.6 A y1 1 U.41

21. 2.2 0.35

9.8 1.1 0.03

o o Z.o A '3 1 U.J 1 —0.5 1

1 1 o Hz. Iz.1 AA 1.09

6U. 6. / AU.oz

45. 5.1 0.70

141. 16. 1.20

46. c o J.Z A ^7 1 U. / 1 34. "1 A

3.9 A C A 0.59

z 1

.

Z.J A "5 T

U.3 / 39. 4.4 0.65

129. 15. 1.16

37. 4.2 A0.62

1 /.

1 A

l.y A ^ O

43. A A 4.y A A

9.1 1.0 0.01

11. 1.3 0.10

2.

1

A ^ /I 0.24 —U.o2

2.4 0.27 A C7 -0.57

1 1. 1.2 A AA

u.uy

48. 5.6 0.75

32. 3.8 0.57

37. 4.2 U.63

2.5 f\ Z A —IJ. j4

13. 1 ^1.6 A 1 O

2.2 0.26 -0.59

63. 7.4 0.87

1 -1 1 1. 1.2 A 1 A U. lU

1.

1

A C U.25 —U.6U

30. 3.5 C\ Z A 0.54

16. 1.8 0.26

9.5 1.1 0.05

20. 2.4 A '3 O

1 /I 14. 1.7 A "5 , U.2i

73. 8.8 A C\A

463. 56. 1 T /I 1.74

1.8 0.22 -0.66

410
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

T31 Cl 11II 683 1 42123

2838.24 Ta II 15851 - 51074

2843.51 Ta II 18186 — 53344

2844.46 Ta II 1031 — 36177

2852.36 Ta II 18186 — 53235

2856 69 Ta II 12601 47596

2857.28 Ta II 9705 - 44693

2858.44 Ta II 5331 — 40305

2860.88 Ta II 6831 — 41775

2865.32 Ta II 17231 — 52121

2867.41 Ta II 17982 52846

2877.05 Ta II 13475 - 48223

2877.69 Ta II 9690 — 44430

2879.05 Ta II 6831 — 41555

2882.33 Ta II 9746 — 44430

2885 40 Ta± CL IT11 5658 40305

2890.25 Ta II IdAl - 37231

2900.75 Ta II 12705 — 47169

2905.24 Ta II 4125 — 38535

2913.45 Ta II 6831 — 41145

2917 56 Ta II 13560 47825

2918.96 Ta II 17231 - 51480

2922.11 Ta II 15726 — 49938

2938.00 Ta II 18554 — 52580

2949.92 Ta II 14581 — 48470

2952.99 TaJ. CX I!11 9690 ^ \j y \j 43544

2956^84 Ta II 15726 - 49536

2957.88 Ta II 9746 — 43544

2965.13 Ta II 0 — 33715

2965.92 Ta II 0 — 33706

2968 28 Ta II 1 1767 / / 45447

2976.26 Ta II 12705 — 46295

2978.18 Ta II 18554 — 52121

2986.81 Ta II 2642 — 36113

2999.37 Ta II 14495 — 47825

3002 98 TaJ. Ct 11 13560 4685 1 3004.92 Ta II 9690 — 42960

3010.84 Ta II 5331 — 38535

3012.54 Ta II 5331 — 38516

3037.50 Ta II 6831 — 39744

3040 70 Tai. Cl. II11 5658 38535

3042.06 Ta II 4125 - 36988

3042.44 Ta II 11767 — 44626

3056.62 Ta II 17231 — 49938

3057.22 Ta II 14581 — 47281

3087.76 Ta II 9746 42123

3101.03 Ta II 11767 44005

3127.76 Ta II 9746 41709

3133.89 Ta II 5331 37231

3137.44 Ta II 9690 41555

7 1 0 86 -0 07

81. 9.8 0.99

90. 11. 1.04

5.7 0.69 -0.16

78. 9.5 0.98

33. 4.1 0.61

22. 2.7 0.44

14. 1.7 0.23

5.7 0.70 -0.15

86. 11. 1.03

127. 16. 1.20

48. 6.0 0.78

21. 2.6 0.41

6.2 0.77 -0.11

7.0 0.87 -0.06

5 4 0 68 —0 17

2.1 0.26 -0.59

27. 3.4 0.53

6.6 0.84 -0.07

2.8 0.35 -0.45

18. 2.3 0.36

98. 13. 1.10

28. 3.5 0.55

42. 5.4 0.74

21. 2.7 0.43

17/ • 2.2 0.34

91. 12. 1.07

5.6 0.73 -0.14

7.8 1.0 0.01

,0.96 0.13 -0.90

9 5 1V.J3 0 10

31. 4.2 0.62

120. 16. 1.20

2.4 0.32 -0.49

37. 5.0 0.70

11 5 • 2 0 0.29

11. 1.5 0.16

4.8 0.66 -0.18

82. 11. 1.05

6.8 0.95 -0.02

1 • 7/ 0.24 -0.62

8.5 1.2 0.07

27. 3.8 0.58

72. 10. 1.00

58. 8.1 0.91

7.8 1.1 0 05

17. 2.4 0.38

18. 2.6 0.41

2.5 0.37 -0.44

6.7 0.99 -0.00

411
Wavelength Spectrum Energy Levels

A K

3142.96 Ta II 9746 - 41555

3155.25 Ta II 6831 38516

3156.76 Ta II 1 1875 43544

3157.96 Ta II 5331 36988

3168.18 Ta 11 15726 _ 47281

3213.91 Ta II 5658 - 36764

3229.88 Ta II 14495 45447

3240.94 Ta II 5331 36177

3274.95 Ta 11 3180 33706

3275.68 Ta II 5658 36177

3339.91 Ta II 6831 - 36764

3349.21 Ta II 14581 44430

3379.52 Ta II 4125 33706

3406.66 Ta II 6831 _ 36177

3414.14 Ta II 6831 361 13

3417.03 Ta II 0 - 29257

3440.24 Ta II 14495 43554

3446.91 Ta II 12705 41709

3541.88 Ta II 1031 29257

3573.44 Ta II 1 1767 39744

3662.34 Ta II 9690 - 36988

3694.52 Ta II 14495 41555

3830.00 Ta II 5658 31760

3833.74 Ta II 3180 29257

3922.42 Ta II 6831 32318

3981.01 Ta II 11875 - 36988

4095.55 Ta II 1 1767 36177

4176.90 Ta II 14581 38516

4235.94 Ta II 24870 48470

5109.37 Ta II 9690 29257

5237.53 Ta II 14628 33715

gf Log gf

lO^/sec

6.7 1.00 -0.00

1.8 0.27 -0.57

7.4 1.1 0.04

2.3 0.35 -0.46

38. 5.8 0.76

5.8 0.90 -0.05

29. 4.5 0.65

3.1 0.48 -0.32

2.7 0.43 -0.36

2.1 0.34 -0.47

3.9 0.66 -0.18

34. 5.8 0.76

1.8 0.31 -0.52

4.4 0.77 -0.11

3.6 0.62 -0.21

0.17 0.030 -1.52

19. 3.5 0.54

9.7 1.7 0.24

0.38 0.072 -1.14

12. 2.2 0.34

2.2 0.44 -0.36

6.9 1.4 0.15

0.23 0.050 -1.30

0.70 0.16 -0.81

0.47 0.11 -0.97

0.59 0.14 -0.85

0.48 0.12 -0.92

3.8 1.00 -0.00

45. 12. 1.08

0.085 0.033 -1.48

0.38 0.16 -0.80
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

4318.85 Tb I ^ 0 - 23148 5.2 1.5 0.16'

4326.47 Tb I 0 - 23107 7.2 2.0 0.31

4338.45 Tb I , 0 - 23043 4.1 1.1 0.06

413
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

1994.20 Te I 4751 - 54877 3.2 0.19 -0.72

2002.00 Te I 4751 - 54685 6.3 0.38 -0.42

2081.03 Te I 10559 - 58596 5.7 0.37 -0.43

'> 1 /I o n c liAl. IJ Te I 0 — 45653 5.0 f\ Ar\ 0.40 —0.40

2147.19 Te I 10559 - 57116 5.8 0.40 -0.40

2159.79 Te I 10559 - 56845 0.72 0.051 -1.29

2259.04 Te I 0 - 44253 0.33 0.025 -1.60

2383.25 Te I 4707 - 46653 6.4 0.55 -0.26

Zioj. lb Te I 4 / J 1 — 46653 o.i U. /U —U. 16

2530.70 Te I 4751 - 44253 0.74 . 0.071 -1.15

3175.11 Te I 23199 - 54685 6.2 0.94 -0.03

414
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

2987.68 Th I 3688 37149

3060.44 Th I 0 — 32666

3120.88 Th I 2558 34591

3136.22 Th I 4962 1 y o 1 o 36838

3136.83 Th I 0 31870

3140.27 Th I 2869 34704

3145.63 Th I 0 - 31781

T 1 T 1 a 3 17 1.26 Th I u1 O A 3 1524

3 173.43 Th I 2869 34372

3 192.57 Th I 2869 34183

3195.69 Th I 0 31283

3211.20 Th I 2869 — 34001

3214.08 Th I 2558 33662

3214.38 Th I 4962 36063

3232.3 1 Th I 0 30929

3235.00 Th I 3688 34591

Th I 0 — 30813

3249.87 Th I 0 30762

3272.05 Th I 0 30553

3304.24 Th I 0 30255

3309.36 Th I 0 _ 30209

3322.09 Th I 2558 - 32651

3330.48 Th I 0 30017

3333.13 Th I 2869 32863

3348.77 Th I 0 29853

3365.33 Th I 2869 _ 32575

3380.86 Th I 2869 - 32439

3389.46 Th I O 1 1 1 8111 37606

3396.73 Th I T O C 3865 33297

3402.02 Th I O A ^ t\ 8460 37846

3405.56 Th I 3688 33043

3421.21 Th I 2869 - 32090

3423.99 Th I 0 29197

3429.00 Th I 2558 31713

3437.3

1

Th I 2869 31953

3442.58 Th I 4962 34001

3461.02 Th I 0 - 28885

3461.22 Th I 4962 33845

3466.52 Th I 4962 33801

3471.21 Th I 3865 32666

3471.95 Th I 7280 _ 36074

3480.05 Th I 8111 - 36838

1 A O 1 3496.81 Th I 0 28589

3498.95 Th I 7502 36074

3518.40 Th I 2869 3 1283

3526.64 Th I 0 28348

3531.44 Th I 4962 33271

3544.02 Th I 8800 37009

3547.34 Th I 3688 31870

3549.60 Th I 8111 36275

0.96 0.13 -0.89

0.66 0.093 -1.03

0.68 0.099 1 AA —1.00

2.6 A 1 O 0.38 A A -0.42

0.32 A A /I T 0.047 1 11 —1.33

1.4 0.21 -0.68

0.31 0.046 -1.34

0.33 A A C A 0.050 1 A —1.30

f\ n A 0.74 A 1 1 0. 1

1

—0.95

ATI 0.7

1

• All 0. 1 I —0.96

0.31 0.048 -1.32

0.68 0.10 -0.98

0.62 A AAy 0.096 1 A'^ —1.02

1.2 A 1 A0. 19 A 1 -0.73

0.22 A A1 A 0.034 i A ^ -1.47

0.81 0.13 -0.90

0.56 0.088 -1.06

0.48 A A^ y 0.076 -1.12

0.52 A AO A 0.084 -1.08

2.1 A 1 0.34 A A ^ -0.47

0.54 0.089 -1.05

0.48 0.079 -1.10

1 r\ 1.0 A 1 0.17 A T T -0.77

1.5

A O ^ 0.26 A C A —0.59

1.2 A A0.20 A ^ A —0.69

1.1 0.18 -0.74

1.0 0.18 -0.75

A A 4.4 0.77 A 1 —0.12

1 2.

1

A 1 y 0.36 A AC —0.45

^7 A 7.4 1 1 1.3

All 0. 1

1

1.9 0.33 -0.48

2.9 0.52 -0.29

0.89 A 1 y 0.16 A O 1 -0.81

1 1 1.3 0.23 -0.63

A 2.4 0.43 -0.36

1.5 0.26 -0.59

0.60 0.11 -0.96

3.3 0.60 -0.22

3.3 0.59 -0.23

1.5 0.27 -0.56

1.6 0.30 -0.53

2.0 0.37 -0.43

0.20 A A1 ^ 0.037 1 /II -1.43

1 r\ 3.0 A C C 0.55 A y -0.26

0.86 A 1 y

0. 16 -0.80

0.19 0.035 -1.45

1.5 0.28 -0.55

5.7 1.1 0.03

1.0 0.19 -0.71

4.3 0.81 -0.09

415
Wavelength Spec

A

trum Energy Levels gA gf

K 108/sec

Loggf

3555.02 Th I 2869 — 30991 1.1 0.21 -0.67

3567.26 Th I 0 28025 0.42 0.080 -1.10

3569.82 Th I 3865 31870 1.0 0.20 -0.70

3584.18 Th I 2869 30762 0.61 0.12 -0.93

3589.75 Th I 7502 35351 3.3 0.64 -0.19

3591.46 Th I 3688 — 31524 0.94 0.18 -0.74

3598.12 Th I 0 27784 0.62 0.12 -0.92

3604.68 Th I 5563 33297 1.2 0.24 -0.61

3612.43 Th I 0 27674 0.45 0.088 -1.06

3612.87 Th I 0 _ 27671 0.16 0.031 -1.50

3618.36 Th I 7502 - 35131 2.1 0.41 -0.38

Th I 5563 33162 1.5 0.30 -0.53

3622.80 Th I 3688 31283 0.71 0.14 -0.85

3638.64 Th I 8800 36275 1.8 0.36 -0.44

3642.25 Th I 0 27448 0.67 0.13 -0.88

3643.51 Th I 6362 — 33801 1.5 0.29 -0.54

3649.73 Th I 5563 32955 1.7 0.34 -0.46

3666.98 Th I 8800 36063 3.1 0.63 -0.20

3669.96 Th I 8111 _ 35351 5.7 1.1 0.06

3671.54 Th I 6362 33591 1.2 0.24 -0.61

3692.57 Th I 3688 - 30762 0.94 0.19 -0.72

3698.11 Th I 9805 36838 5.6 1.2 0.06

3700.98 Th I 5563 32575 0.39 0.080 -1.09

3703.78 Th I 4962 _ 31953 0.66 0.14 -0.87

3704.87 Th I 2869 _ 29853 0.36 0.075 -1.13

3706.77 Th I 8111 - 35081 6.4 1.3 0.12

3711.62 Th I 6362 33297 0.96 0.20 -0.70

Th I 0 26878 1.1 0.23 -0.64

2121.9Q> Th I 2869 29686 0.47 0.097 -1.01

3730.37 Th I 6362 33162 1.4 0.29 -0.53

3758.46 Th I 2558 — 29157 0.46 0.096 -1.02

3765.24 Th I 8800 35351 2.3 0.49 -0.31

3770.05 Th I 5563 32080 1.5 0.32 -0.49

3771.37 Th I 0 26508 0.34 0.072 -1.14

3796.72 Th I 8800 35131 1.1 0.24 -0.62

3798.10 Th I 4962 - 31283 0.37 0.081 -1.09

3801.44 Th I 7502 33801 1.7 0.37 -0.43

3803 07 Th I 0 26287 0.96 0.21 -0.68

3803.98 Th I 8800 35081 1.6 0.35 -0.45

3828 38 Th I 0 261 13 0.70 0.15 -0.81

3830.77 Th I 0 - 26097 0.17 0.038 -1.42

3837.87 Th I 2869 28918 0.87 0.19 -0.72

3840 80 Th I 4962 30991 0.52 0.12 -0.94

3852.14 Th I 3688 _ 29640 0.3^ 0.079 -1.10

3874.86 Th I 4962 _ 30762 1.5 0.33 -0.48

3875.37 Th I 2869 _ 28666 0.68 0.15 -0.81

3875.64 Th I 7502 33297 0.34 0.076 -1.12

3879.64 Th I 7502 33271 1.7 0.38 -0.42

3885.77 Th I 6362 32090 0.48 0.11 -0.97

3886.91 Th I 2869 28589 0.31 0.071 -1.15

416
Wavelength Spectrum Energy Levels

A K

iyl 0.4Z i n I Q Z J jZt5

3919.02 Th I 3688 — 29197

3923.80 Th I 2869 — 28347

3925.09 Th I 3688 - 29158

3947.33 Th I 9805 — 35131

1 n I Q Z J JZZ

3952.76 Th I 3865 _ 29157

3955.17 Th I 9805 — 35081

3959.30 Th I 5563 — 30813

3962.42 Th I 3688 — 28918

3973.20 1 h I 6362 1 1 CO A 3 1 jZ4

3987.22 Th I 7502 32575

3990.49 Th I 3865 — 28918

3991.73 Th I 8800 — 33845

4005.09 Th I 3688 — 28649

i h I / jUz 10/1 IQ

4009.72 Th I 8111 — 33043

4011.59 Th I 6362 — 31283

4012.50 Th I 2869 — 27784

4030.84 Th I 2869 — 27671

4U3o.Uj i n I Q

0/1 "TTA Z4 / /U

4043.40 Th I 4962 — 29686

4059.25 Th I 6362 — 30991

4067.45 Th I 2869 — 27448

4075.50 Th I 2558 — 27088

A(\Q'X An

1 n I JOOJ 081/18 Zoj4o

4085.43 Th I 8800 — 33271

4088.72 Th I 6362 — 30813

4089.14 Th I 2869 — 27317

4097.74 Th I . 2869 — 27266

A 1 nn 1

A

41UU.34 i h I r\U

O /1 1 Q 1 Z4jo 1 Th I 7502 31870

4107.86 Th I 3688 — 28025

4109.32 Th I 8111 — 32439

Alius Th I 0 — 24308

A i 1A 4 1 j4.Uo i h I Q0 /I 1 CO Z41 oZ

4158.54 Th I 9805 — 33845

4192.36 Th I 6362 — 30209

4193.02 Th I 8111 — 31953

4213.07 Th I 2558 — 26287

4zZ /.3y 1 h I TO OA 1 AOO O

4235.46 Th I 0 23604

4256.25 Th I 7502 — 30991

4257.50 Th I 0 — 23481

4260.34 Th I 9805 — 33271

4269.94 Th I 8111 31524

4272.86 Th I 8800 32197

4280.57 Th I 5563 28918

4288.66 Th I 7502 30813

4312.99 Th I 2869 26049

gA

108/sec

0.066 0.015 -1.82

0.43 0.098 -1.01

0.084 0.019 -1.71

0 1 7 —0 91

2.3 0.54 -0.27

0.090 0.021 -1.68

0.19 0.044 -1.36

2.3 0.53 -0.27

u.oo U. 1 D —0 80

0.20 0.047 -1.33

1.1 0.27 -0.57

0.84 0.20 -0.70

0.40 0.096 -1.02

I .D u.jy —0 A\

0.19 0.045 -1.35

2.2 0.53 -0.28

0.65 0.16 -0.81

0.39 0.095 -1.02

v. 1 o —0 7S

0.64 0.16 -0.81

0.28 0.069 -1.16

0.51 0.12 -0.91

0.92 0.23 -0.65 —1 47

0.12 0.030 -1.52

0.22 0.055 -1.26

1.1 0.26 -0.58

0.44 0.11 -0.96

V/. i J —1 48

0.26 0.065 -1.19

0.16 0.040 -1.40

0.47 0.12 -0.92

0.16 0.041 -1.39

U. JO n 1 A —0 8S

0.24 0.061 -1.22

0.19 0.049 -1.31

1.7 0.44 -0.36

0.15 0.040 -1.40

1 1 —0yj. J J o!io 0.027 -1.57

0.37 0.10 -1.00

0.071 0.019 -1.72

0.48 0.13 -0.88

U.Uo 1 1 .DO

1.5 0.40 -0.40

0.22 0.061 -1.21

0.54 0.15 -0.83

0.11 0.030 -1.53

0.18 0.051 -1.29

0.24 0.067 -1.17

417
Wavelength Spectrum Energy Levels

A K

4315.25 Th I 2869 - 26036

4330.84 Th I 8111 31 195

4337.28 Th I 0 23049

4349.07 Th I 4962 27949

4374.13 Th I 0 _ 22855

4378.18 Th I 2869 - 25703

4393.76 Th I 7502 30255

4401.58 Th I 4962 27674

4408.88 Th I 3688 26363

4416.84 Th I 9805 32439

4432.25 Th I 6362 - 28918

4452.56 Th I 2869 25322

4458.00 Th I 3688 261 13

4482.17 Th I 4962 27266

4486.90 Th I 2558 24839

4493.33 Th I 0 - 22249

4498.96 Th I 5563 27784

4505.22 Th I 8800 30991

4506.49 Th I 7502 29686

4513.69 Th I 9805 31953

4515.12 Th I 0 - 22142

4519.26 Th I 3688 25809

4521.22 Th I 2869 24981

4552.16 Th I 8800 30762

4555.81 Th I 3865 25809

4561.36 Th I 7280 - 29197

4563.66 Th I 8111 30017

4595.42 Th I 3688 25443

4663.20 Th I 2869 24308

4666.79 Th I 6362 27784

4668.17 Th I 7502 - 28918

4686.19 Th 1 2869 24203

4691.64 Th I 6362 27671

4703.99 Th I 0 21253

4723.78 Th I 7502 28666

4741.31 Th I 6362 — 27448

4749.95 Th I 8111 29158

4766.60 Th I 3865 24839

4778.30 Th I 0 20922

4789.39 Th I 3688 24562

4823.61 Th I 6362 - 27088

4826.71 Th I 13088 33801

4831.12 Th I 3688 24381

4840.84 Th I 2869 23521

4848.36 Th I 3688 24308

4865.48 Th I 13297 _ 33845

4872.91 Th I 6362 26878

4878.73 Th I 2558 23049

4894.95 Th I 0 20424

4936.77 Th I 8800 29051

gA gf Loggf

lu /sec

0.096 0.027 -1.57

0.21 0.058 -1.23

0.094 0.026 -1.58

0.17 0.047 -1.33

0.U60 A A 1 ^7 0.017 -1.77

0.089 0.026 -1.59

0.16 0.047 -1.33

0.16 0.045 -1.34

0.16 0.047 -1.33

0.30 {\ AO O 0.088 —1.06

0.11 0.033 -1.48

0.037 0.011 .-1.96

0.15 0.045 -1.34

0.11 0.032 -1.50

0.032 A AAAT 0.0097 O A 1 —2.01

0.10 0.031 -1.50

0.33 0.100 -1.00

0.41 0.12 -0.91

0.12 0.036 -1.44

ACT 0.53 A 1 ^

0. 16 A TO -D.79

0.025 0.0077 -2.11

0.038 0.012 -1.94

0.094 0.029 -1.54

0.24 0.075 -1.13

A 1 U. 12 A AO 'T 0.037 1 A "J —1.43

0.31 0.097 -1.01

0.23 0.073 -1.13

0.13 0.041 -1.39

0.029 0.0094 -2.03

AIT 0. 1

7

A A c 0.056 1 ^ c —1.25

0.41 0.13 -0.87

0.019 0.0062 -2.21

0.050 0.016 -1.78

0.027 0.0090 -2.04

A C A 0.50 AIT 0. 17 A T O —0.78

0.039 0.013 -1.88

0.10 0.035 -1.46

0.019 0.0065 -2.19

0.013 0.0043 -2.37

A A CI 0.053 A A 1 O 0.01

8

—1.74

0.090 0.032 -1.50

0.72 0.25 -0.60

0.059 0.021 -1.68

0.053 0.019 -1.73

0.042 A A 1 C 0.015 —1.83

0.86 0.31 -0.52

0.10 0.037 -1.43

0.023 0.0084 -2.08

0.020 0.0071 -2.15

0.19 0.071 -1.15

18
Wavelength Spectrum Energy Levels

A K

4943.07 Th I 2869 23094

4945.47 Th I 0 — 20215

49o5.3o rn I 3688 '7 /I 1 23 /41

49oy.3 1 Tn I /28U Z 1 5{ 1 5039.24 Tn I 2558 z23y /

5044.73 Th I 0 19817

5045.25 Th I 7502 — 27317

5047.05 Th I 4962

5050.80 Th I 3688 23481

5059.86 Th I n C A'^ 7502 27260

5064.61 Th I 4962 _ 24701

5100.62 Th I 4962 - 24562

5140.77 Th I 6362 25809

5158.60 Th I 2869 22249

5163.46 Th I 3688 23049

5195.82 Th I 4962 24203

5199.16 Th I 3865 — 23094

521 1.23 Th I 1 0 /I C 3865 23049

5219.10 Th I 0111 81 1

1

11 lob

523 1. 16 Th I 2558 21669

5258.36 Th I 3865 22878

5266.70 Th I 3688 — 22670

5297.74 Th I 0 0 AA 8800 2767

1

53 12.00 Th I 3688 C AO 22508

53 12.53 Th I 5563 24381

5326.98 Th I 8111 _ 26878

5343.58 Th I 3688 — 22397

5386.62 Th I 4962 23521

5394.76 Th I 3865 22397

5398.91 Th I 8800 27318

5410.76 Th I 6362 _ 24839

5417.49 Th I 3688 — 22142

5431.1

1

Th I 6362 ^ A^^ f\ 5496.13 Th I C C O 5563 23753

5499.26 Th I 2558 20737

5504.30 Th I 7280 25443

5509.99 Th I 9805 — 27949

5539.26 Th I AO A C 9805 •O ^7 0 C 27853

5548.18 Th I 6362 24381

C C CI f\ A 5557.04 Th I 8800 26790

5558.35 Th I 8111 _ 26097

5559.88 Th I 3688 - 21669

5572.47 Th I 7502 25443

5573.35 Th I 0111 8111 26049

5579.36 Th I 5563 23481

5587.03 Th I 4962 22855

5610.25 Th I 7502 25322

5610.67 Th I 11601 29419

5615.32 Th I 3865 21669

5674.98 Th I 11803 29419

gA gf L02 fff 108/sec

0.017 0.0062 -2.21

0.0075 0.0027 -2.56

0.029 0.01

1

-1.96

0.064 0.024 -1.62

0.020 0.0077 -2.12

0.019 0.0074 -2.13

0.065 0.025 -1.61

0.032 0.012 -1.92

0.027 0.010 -1.98

0.080 0.031 -1.51

0.031 0.012 -1.92

O.o54 0.013 -1.88

0.054 0.021 -1.67

0.069 0.028 -1.56

0.025 0.0099 -2.00

0.069 0.028 -1.55

0.10 0.041 -1.39

0.050 0.020 -1.69

0.12 0.050 -1.30

0.077 0.031 -1.50

0.036 0.015 -1.82

0.011 0.0047 -2.33

0.12 0.049 -1.31

0.033 0.014 -1.86

0.056 0.024 -1.63

0.15 0.064 -1.19

0.053 0.023 -1.64

0.044 0.019 -1.71

0.01

1

0.0047 -2.33

0.086 0.038 -1.42

0.039 0.017 -1.77

0.020 0.0089 -2.05

0.021 0.0094 -2.03

0.013 0.0058 -2.23

0.017 0.0078 , -2.11

0.042 0.019 -1.72

0.16 0.072 -1.14

0.21 0.095 -1.02

0.058 0.027 -1.57

0.077 0.036 -1.45

0.13 0.058 -1.23

0.0054 0.0025 -2.60

0.037 0.017 -1.77

0.1

1

0.051 -1.29

0.045 0.021 -1.67

0.064 0.030 -1.53

0.026 0.012 -1.92

0.13 0.061 -1.21

0.027 0.013 -1.89

0.099 0.048 -1.32

419
Wavelength Spectrum Energy Levels

A K

5719.63 Th I 7502 - 24981

5720.20 Th I 3688 21 165

5748.76 Th I 6362 23753

5753.04 Th I 4962 22339

5760.55 Th I 0 17355

5763.54 Th I 2869 - 20215

5804.14 Th I 0 17224

5885.70 Th I 9805 26790

5914.68 Th I 7280 24182

5938.83 Th I 5563 22397

5973.67 Th I 3688 - 20424

5975.06 Th I 6362 23094

5991.03 Th I 6362 23049

6001.22 Th I 8111 — 24770

6007.07 Th I 8800 25443

6010.18 Th I 2869 - 19503

6037.70 Th I 3865 20424

6151.99 Th I 7502 23753

6169.82 Th I 4962 — 21165

6182.62 Th I 2869 19039

6184.77 Th I 13089 - 29253

6191.89 Th I 6362 22508

6198.24 Th I 3688 19817

6207.22 Th I 5563 21669

6224.53 Th I 2869 18930

6234.85 Th I 6362 - 22396

6342.86 Th I 8800 24562

6411.90 Th I 7502 23094

6413.61 Th I 13297 — 28885

6490.74 Th I 8800 — 24203

6531.34 Th I 6362 - 21669

6554.16 Th I 4962 20215

6588.54 Th I 3865 19039

6591.48 Th I 0 — 15167

6662.27 Th I 7502 22508

6678.71 Th I 7280 - 22249

6713.98 Th I 6362 21253

6727.46 Th I 5563 20424

6742.87 Th I 12848 27674

6756.45 Th I 2558 17355

6772.17 Th I 15493 - 30255

6778.31 Th I 3865 18614

6780.41 Th I 8111 22855

6791.23 Th I 8800 23521

6829.04 Th I 7502 22142

6854.11 Th I 13089 27674

6868.45 Th I 13297 27853

6874.75 Th I 2869 17411

6943.61 Th I 9805 24203

7036.28 Th I 11601 25809

gf Loggf

10^/sec

0.038 0.019 -1.73

0.032 0.016 -1.80

0.013 0.0067 -2.18

0.0090 0.0045 -2.35

0.017 0.0084 -2.07

0.0050 0.0025 -2.61

0.0082 0.0041 -2.38

0.049 0.025 -1.60

0.027 0.014 -1.84

0.017 0.0088 -2.06

0.017 0.0092 -2.04

0.036 0.019 -1.71

0.017 0.0093 -2.03

0.014 0.0076 -2.12

0.051 0.028 -1.56

0.0048 0.0026 -2.59

0.0097 0.0053 -2.28

0.022 0.012 -1.91

0.044 0.025 -1.60

0.019 0.01

1

-1.96

0.085 0.049 -1.31

0.013 0.0073 -2.13

0.0048 0.0028 -2.56

0.016 0.0093 -2.03

0.0047 0.0027 -2.57

0.025 0.015 -1.84

0.070 0.042 -1.37

0.039 0.024 -1.62

0.16 0.099 -1.01

0.026 0.016 -1.79

0.043 0.027 -1.57

0.0035 0.0023 -2.64

0.010 0.0066 -2.18

0.0013 0.00085 -3.07

0.034 0.023 -1.64

0.0038 0.0026 -2.59

0.0097 0.0066 -2.18

0.015. 0.010 -1.98

0.048 0.033 -1.49

0.0083 0.0057 -2.25

0.12 0.085 -1.07

0.0037 0.0026 -2.59

0.022 0.015 -1.83

0.015 0.010 -1.99

0.018 0.012 -1.91

0.055 0.038 -1.41

0.045 0.032 -1.50

0.0034 0.0024 -2.61

0.14 0.10 -1.00

0.044 0.033 -1.48

420
Wavelength Spectrum Energy Levels

A K

7124.56 Th I 0 14032

7150.28 Th I 3865 - 17847

7154.94 Th I 7280 21253

7156.94 Th I 18930

7159.93 Th I 13297 27260

7200.04 Th I 7280 21165

7208.01 Th I 8800 - 22670

7218.05 Th I 9805 23655

7284.90 Th I 3688 1741

1

7328.28 Th I 7280 20922

7385.50 Th I 3688 17224

7428.94 Th I 7280 — 20737

7430.25 Th I 6362 19817

7549.31 Th I 7280 20523

7625.70 Th I 8800 21910

7658.32 Th I 8111 21165

7678.12 Th I 7502 - 20523

7848.45 Th I 8800 21540

7886.28 Th I 6362 19039

7978.97 Th I 3688 16218

8032.43 Th I 7502 19948

8075.65 Th I 11803 — 24182

8085.22 Th I O O f\f\ 8800 21 165

8093.60 Th I 3865 16218

8138.46 Th I 5563 17847

8159.75 Th I 6362 18614

8169.81 Th I 7280 - 19517

8320.86 Th I 7502 19517

8330.47 Th I 7502 19503

8445.49 Th I 8111 19948

8478.37 Th I 5563 17355

8573.14 Th I 5563 — 17224

8645.31 Th I 13962 25526

8665.50 Th I 7502 19039

8668.1

1

Th I 12848 24381

8709.24 Th I 3688 15167

8748.03 Th I 7502 18930

8758.24 Th I 8800 20215

8775.58 Th I 8111 19503

8967.61 Th I 8800 19948

gA gf Log gf

108/sec

0.0014 0.001

1

-2.97

0.0036 0.0028 -2.56

0.017 0.013 -1.90

0.0043 0.0033 -2.48

0.051 0.039 -1.41

0.012 0.0095 -2.02

0.093 0.073 -1.14

0.037 0.029 -1.54

0.0044 0.0035 -2.46

0.012 0.0093 -2.03

0.010 0.0085 -2.07

0.033 0.027 -1.57

0.01

1

0.0095 -2.02

0.011 0.0091 -2.04

0.016 0.014 -1.86

0.0065 0.0057 -2.24

0.0054 0.0048 -2.32

0.0074 0.0068 -2.17

0.0061 0.0057 -2.24

0.010 0.0098 -2.01

0.014 0.014 -1.85

0.024 0.024 -1.63

0.010 0.010 -2.00

0.0021 0.0020 -2.69

0.0082 0.0082 -2.09

0.01

1

0.01

1

-1.95

0.0087 0.0087 -2.06

0.018 0.019 -1.72

0.037 0.038 -1.42

0.012 0.013 -1.90

0.012 0.013 -1.87

0.0073 0.0080 -2.10

0.025 0.028 -1.55

0.011 0.012 -1.92

0.021 0.024 -1.62

0.0016 0.0018 -2.75

0.020 0.023 -1.65

0.024 0.027 -1.57

0.01

1

0.013 -1.90

0.063 0.076 -1.12

421
Wavelength Spectrum Energy Levels gA gf Loggf

A K iu /sec

2326.93 Th II 1860 - 44822 1.1 0.086 -1.07

2356.75 Th II 0 - 42418 0.54 0.045 -1.34

2368.05 Th II 4490 - 46706 1.1 0.094 -1.03

O T T OA 2373.84 Th II 0 — 421 13 1.0 0.085 -1.07

2377.84 Th II 4113 - 46156 4.y U.41 —0.38

2388.14 Th II 1522 - 43383 0.72 0.062 -1.21

2393.11 Th II 4490 - 46264 1.7 0.14 -0.84

2404.51 Th II 4113 - 45689 2.3 0.20 -0.69

2413.41 Th II 1522 - 42944 1.3 0.11 -0.95

2431.15 Th II 4490 - 45611 O.yZ 0.082 1 r\c\ —1.09

2444.46 Th II 1522 - 42418 0.47 0.042 -1.37

2456.30 Th II 4490 - 45190 3.3 0.30 -0.52

2459.01 Th II 0 - 40655 0.29 0.026 -1.58

2466.13 Th II 4113 - 44651 2.9 0.26 -0.58

2468.15 Th II 4147 - 44651 1 o

1.8 A 1 ^0. 16 A —0.79

2476.95 Th II 1860 - 42220 0.54 0.050 -1.30

2485.05 Th II 9061 - 49289 1.4 0.13 -0.89

2489.62 Th II 6214 - 46368 3.6 0.33 -0.48

2495.35 Th II 4490 - 44553 2.1 0.20 -0.71

2498.40 Th II 4490 - 44504 1.7 A 1 z: 0. 16 A-{j./y

2498.86 Th II 6700 - 46706 3.3 0.31 -0.51

2505.60 Th II 4490 - 44389 1.2 0.11 -0.96

2507.91 Th II 0 - 39862 0.47 0.044 -1.35

2509.96 Th II 9585 - 49415 3.0 0.29 -0.54

2525.93 Th II 9712 - 49289 1 A 1.4 A 1 /I U. 14 A on —0.0 1

2532.43 Th II 6214 - 45689 2.0 0.19 -0.72

2535.87 Th II 7001 - 46424 2.5 0.24 -0.62

2542.65 Th II 4490 - 43808 0.87 0.084 -1.07

2545.34 Th II 6214 - 45489 2.3 0.23 -0.64

2545.74 Th II 4113 - 43383 0.77 A A'7 C 0.075 —1 1 o

1 . 12

2547.90 Th II 4147 - 43383 3.3 0.33 -0.49

2548.14 Th II 9585 - 48818 3.3 0.32 -0.50

2551.24 Th II 1522 - 40707 0.15

' 0.014 -1.85

2561.94 Th II 6168 - 45190 3.0 0.30 -0.53

2565.60 Th II 1860 - 40826 J.J A C C V.J J A O £i —U.ZO

2566.59 Th II 1522 - 40472 2.7 . 0.27 -0.57

2574.48 Th II 4113 - 42944 1.4 0.14 -0.86

2576.69 Th II 4147 - 42944 4.1 0.41 -0.38

2580.70 Th II 4490 - 43228 1.2 0.12 -0.90

2589.06 Th II 1860 - 40472 2.3 0.Z3 A /C A —U.64

2595.03 Th II 8379 - 46903 3.6 0.36 -0.44

2597.05 Th II 0 - 38494 1.3 0.13 -0.87

2600.89 Th II 6214 - 44651 7.5 0.76 -0.12

2607.48 Th II 1522 - 39862 0.24 0.025 -1.60

2608.32 Th II 8379 - 46706 1 A1 .4 A 1 /I U. 14 A O C —U.oj

2609.86 Th II 4113 - 42418 1.8 0.18 -0.73

2618.90 Th II 4147 - 42319 3.9 0.40 -0.39

2623.45 Th II 41 13 - 42220 4.6 0.47 -0.32

2625.74 Th II 4147 - 42220 4.6 0.47 -0.32

2628.81 Th II 4490 - 42519 1.0 0.11 -0.97

422
Wavelength Spec

A

trum Energy Levels

K

gA gf

108/sec

Log gf

2633.33 Th II 8460 46424 2.6 0.27 -0.57

2639.51 Th II 1522 — 39397 0.30 0.032 -1.50

Th II ill 11 44Q0 491 T-Z J JZS9 0 74 0V/. 07\JZ J5 —1 ftO Th II 1 II 11 0 J1784<^ 1 OHD 11 . J1 0 14 —0\}. 85O J

Z.O'f J.Z / Th II 1 II 11 7001 / UU 1 44877 0 48 0 050 —11 . J10V/

2650.58 Th II 0 — 37716 0.81 0.086 -1.07

2658.66 "Th II 0 — 37602 0.68 0.073 -1.14

Th II 1 11 11 OUv/U H\J 1 J U 1 0 0 17 —0 49

Th II 1 11 11 ^»744 \JZH-H- 41744 0\J.'-rO 48 0 051 —1 79

ZD 1 D .Kj 1 Th II 1 11 11 yyjKj 1 4^^474

2678.93 Th II 9585 — 46903 1.2 0.13 -0.89

2687.13 Th II 8018 — 45221 5.0 0.54 -0.26

ZOoo. J't Th II 1 11 11 4400 411- 1 ^.77 0 / / 0u.z77/ 0 070 —11 . JH- 54

Th II 1 11 11 0u 17 1 10 7z.u0 0U.Z7 11 —0U.D(\1/ 9^;QS ZD"-' 9 1

1

Th II 1 II 11 11/ 1 T 79^> ZD 488 M-oo 11 8o 8o. 11 0 88 —0U. Oft WD

2695.81 Th II 8606 — 45689 1.3 0.14 -0.85

2696.83 Th II 12220 — 49289 4.4 0.48 -0.32

ZD-' / . Th II 1 II 11 11 JS99zz J18S87 o J oz 0w.zo78 0 01

1

—11 .J511 9/;qc 7/1 zo"o. / Th II I 11 11 ^>944 DZ^^ 41788 1 (\ 1 .D 0 1 7 —0 7ft 9700 ^.0 Th II 1 II 11 "JO J 4A^01 ^DDUJ

1 1 1 . 1 0w. 11 7z —0\J. 07"Z

2703.96 Th II 1522 — 38494 1.7 0.18 -0.74

2708.18 Th II 1522 — 38436 1.0 0.11 -0.95

Z97/

11f^D. JZ19 Th II 1 II 11 801 ou 1 8o 44877 1 1 0 1^1 —0 44

97Z / 11 0v.HJ Th II 1 II 11 84^\0 4S77 1 11 . 4H- 0 1 5 —0VJ. 81O 1 97 1 Q 0"^ z / 1 y ,y

J

Th II 1 II 11 Q401 ^D 1 J D J1 1

. 1 0 14 —0 4ft

2721.70 Th II 6214 — 42944 4.9 0.54 -0.27

2722.38 Th II 1860 — 38582 1.1 0.12 -0.93

7794 Z / ZH. 8QO -7 Th II 1 11 11 0 JUUOO 0W.Z75J 0 078 —11 . J5ftD

1111 9S Th II 1 11 11 07

1

y 1 vz.1 4^i1^;8 1 f^ 1 . D 0u. 11 8o —0 74

1119. Z / Zo. Q1-7 1 Th II 1 11 11 11 8^\0 ODU 18404 0u.zo78 0 01

1

—1 5 1 1 .J 1

2729.33 Th II 9061 — 45689 12. 1.3 0.11

2730.27 Th II 8606 — 45221 4.2 0.47 -0.33

97'?9 Z / JZ.OZ89 Th II 1 11 11 nu 1^*587 jd Joz 0 80 0 1 00 —11 .WW 00

9714 49 Th II I n 11 4 1 47 40707 11 . 8o 0 70 —0 ftO 971S Z / J J . 81O J Th II 1 11 11 4111 ^UDJ J 0U. J17z 0 01ft —1 44

2737.43 Th II 8379 - 44899 2.5 0.29 -0.54

2738.33 Th II 4147 — 40655 0.51 0.058 -1.24

9741 07 ThinnII nu 0 Ail OU.U07 1 / 1 —115 1 . 1

J

9747 Z 1 ^^ / H / . 1 o Th II i 11 11 nu l^ilOO JDJ -'U 11 . 8o 0 70 —0u. 70/ yj 9747 z / / .o8SJ Th II i 11 11 7001 / UU 1 41181 1 1 1 .

1

0 1

1

U. 1 3 —0u. 00y\j

2749.53 Th II 4113 — 40472 1.1 0.12 -0.90

2752.17 Th II 1522 — 37846 2.1 0.24 -0.62

97^^0 40 Th II i II 11 OOUD 44877 'H-'+OZZ 0W.J51J —0U.ZO78

llf\'K Z f\l / DJ>.OZ Thill II ^i944 4741 HZ'^- 1 8O 7z.o8 0W. 17JZ —0yj. J50yj 97^i4 f\A Th II i 11 11 OO^i 1 yyjKj 1 4'>77 HjZZ 11 4^.z7 0 48 —0 1

1

U. J 1

97^S Z / DJ . 191 Z Th II i 11 11 4400 40/^44 1

1 .z7 0 1

1

V. 1 J —OU.OO88

2768.85 Th II 6214 42319 5.0 0.57 -0.24

2770.82 Th II 1522 37602 0.99 0.11 -0.94

2773.96 Th II 13251 49289 16. 1.8 0.26

2778.04 Th II 1860 37846 0.21 0.024 -1.62

423
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10^/sec

2778.71 Th II 9712 - 45689 3.2 0.37 -0.43

2783.06 Th II 4490 - 40412 1.2 0.14 -0.85

2783.49 Th II 7829 - 43744 1.9 0.22 -0.66

7784 Q8 Th IT 1 J J z. — 4^998 1.6 0.19 -0.73

2787.13 Th II - 42113 1 8 0 21 —0 f^8

2791.01 Th II 6700 - 42519 1.3 0.16 -0.81

2794.26 Th II 9712 - 45489 4.1 0.48 -0.32

2797.02 Th II 1860 - 37602 0.33 0.039 -1.41

Th IT — 409 9 0.70 0.082 -1.09

2798.27 Th II 8018 - 43744 1 6 0 1 8 —0 74

2799.11 Th II 4147 - 39862 0.52 0.062 -1.21

2800.57 Th II 9202 - 44899 2.6 0.31 -0.51

2803.37 Th 11 6691 - 42352 0.64 0.075 -1.13

9807 8^ Th TT 1 11 11 QS8S yjoj — 4SJ 11 QOyyj 4.7 0.56 -0.25

2808.99 Th II 9061 - 44651 6 5 0 77 —0 1

1

2817.14 Th II 11117 - 46603 1.2 0.14 -0.86

2819.33 Th II 7829 - 43288 2.5 0.30 -0.53

2822.02 Th II 8379 - 43804 2.9 0.35 -0.46

7879 ^8 Th IT ill 11 Q401 — 44899 1.3 0.15 -0.81

2826.86 Th II 8018 - 43383 4 3 0 51 -0 29

2827.99 Th II. 9202 - 44553 1.6 0.19 -Q.ll

2829.94 Th II 11576 - 46903 1.4 0.17 -0.77

2830.45 Th II 6168 - 41488 1.0 0.12 -0.92

78'?7 T, 1 Th Ti ill 11 A'41'+/ 1 Al 6.6 0.79 -€.10

2833.33 Th II 8460 - 43744 1 6 0 1 9 -0 72

2834.49 Th II 8018 - 43288 3.9 0.47 -0.33

2836.05 Th II 4147 - 39397 1.0 0.12 -0.91

2839.24 Th II 4490 - 39701 0.81 0.098 -1.01

Th TT i 11 11 Q _ •! < 1 QQ J J 1 yy 0.17 0.021 -1.68

2841.16 Th II 9202 - 44389 3 1 0 37 —0 43

2841.81 Th II 9720 - 44899 0.79 0.096 -1.02

2842.82 Th II 1522 - 36688 ' 1.2 0.15 -0.83

2847.36 Th II 9712 - 44822 3.5 0.42 -0.38

78S 1 7fk Th IT i 11 11 11 J^77LL J D J of 1.0 0.12 -0.91

2851.43 Th II - 36582 0 30 0 036 —I1 • 441 1

2857.49 Th II 6691 - 41677 0.89 0.11 -0.96

2861.34 Th II 9712 - 44651 12. 1.4 0.15

2866.40 Th II 4490 - 39367 0.28 0.035 -1.46

78^i8 4S Th TI 1 11 11

1 9/179 — 47'?94 2.6 0.33 -0.49

2868.68 Th II 8379 - 43228 1 1 1 • 1 0.14 -0.86

2870.40 Th II 1860 - 36688 2.1 0.26 -0.58

2876.41 Th II 6168 - 40924 0.87 0.11 -0.97

2879.19 Th II 1860 - 36582 0.15 0.019 -1.73

787Q ^1 ThinnTT 8^7Q oj 1 y — 4^0Q7 0.54 0.067 -1.18

2882.00 Th II 11576 - 46264 2 7 0.34 -0.47

2882.51 Th II 8606 - 43288 0.99 0.12 -0.91

2883.61 Th II 9720 - 44389 0.77 0.097 -1.02

2884.29 Th II 4490 - 39151 2.5 0.31 -0.51

2886.23 Th II 6691 - 41328 0.65 0.082 -1.09

2892.17 Th II 9238 - 43804 1.2 0.14 -0.84

424
Wavelength Spectrum Energy Levels

A K

gA gf

10^/sec

Log gf

2895.13 Th II 1860 36390

2899.72 Th II 6168 — 40644

2903.16 Th II 4147 38582

2904.26 Th II 12902

2906.12 Th II 8018 42418

2908.36 Th II 4490 38864

2909.77 Th II 7332 - 41688

2910.59 Th II 4147 38494

291 1.32 Th II 8606

2912.01 Th II 0 34330

2912.66 Th II 4113 38436

2917.41 Th II 4490 - 38758

2919.83 Th II 4490

2920.36 Th II 6691 40924

2920.94 Th II 10673 44899

2922.79 Th II 12220 46424

2922.99 Th II 8018 — 42220

2928.25 Th II 8379 42519

2933.09 Th II 9720 43804

2937.43 Th II 12902 46936

2938.10 Th II 9202 43228

2940.58 Th II 7332 - 41328

2941.89 Th II 9401 43383

2942.62 Th II 8379 42352

2946.25 Th II 10572 44504

2949.06 Th II 4490 38389

2950.43 Th II 9061 - 42944

2955.03 Th II 10673 44504

2955.60 Th II 7001 40826

2957.58 Th II 4490 38292

2963.61 Th II 4113 37846

2964.11 Th II 6168 — 39895

2965.49 Th II 6700 40412

2968.69 Th II 4490 38165

2971.48 Th II 41 13 37757

2972.22 Th II 1522 35157

2974.01 Th II 4490 - 38105

2976.02 Th II 7332 40924

2980.32 Th II 9401 42944

2981.33 Th II 6168 39701

2985.24 Th II 4113 37602

2986.77 Th II 7001 - 40472

2988.23 Th II 4490 37945

2993.82 Th II 6214 39606

^ c\c\ c 2995.27 Th II 9720 43097

C\C\d' C\C\ 2996.99 Th II 9061 42418

2997.19 Th II 0 33355

3001.27 Th II 8379 41688

3002.39 Th II 1860 35157

3006.00 Th II 6691 39949

0.45 0.056 -1.25

3.0 0.38 -0.43

0.30 0.038 —1.42

1.8 0.23 -0.65

0.56 0.071 -1.15

0.58 0.073 -1.14

0.36 0.046 -1.33

1.3 0. 17 -0.7 / 2.1 0.26 -0.58

0.18 0.023 -1.63

0.58 0.074 -1.13

1.1 0.14 -0.84

0.95 0. 12 -0.91

0.59 0.076 -1.12

1.8 0.23 -0.63

2.9 0.37 -0.44

0.43 0.055 -1.26

5.1 0.66 -0.18

1.7 0.22 -0.67

4.9 0.64 -0.20

0.71 0.092 -1.04

1.00 0.13 -0.89

0.59 -1.11

2.4 0.32 -0.50

1.0 0. 13 -0.88

0.95 0.12 -0.91

1.8 0.24 -0.62

2.0 0.27 -0.57

0.73 0.095 —1.02

1.1

f\ \ A 0.14 -0.85

0.16 0.021 -1.68

0.56 0.074 -1.13

1.3 0.17 -0.77

1.7 0.22 -0.66

0.61 0.081 -1.09

0.21 0.027 -1.56

1.3 0.17 -0.77

1.5 0.20 -0.70

1.3 0.18 -0.75

1.5 0.20 -0.70

0.83 0.11 -0.96

0.93 0.12 -0.91

2.

1

0.28 -0.55

1.5 0.20 -0.71

0.70 0.094 -1.03

2.3 0.31 -0.51

0.045 0.0060 -2.22

2.4 0.33 -0.48

0.48 0.065 -1.19

0.29 0.039 -1.41

425
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3008.27 Th II 9712 — 42944 1.3 0.18 -0.74

1,009, SO Th1 IL 11II 67 1

4

"^9443 1.3 0 1 8 —0 75

3009.76 Th II 0 - 33216 0.086 0.012 -1.93

3011.59 Th II 6700 — 39895 0.46 0.062 -1.21

3012.70 Th II 6214 — 39397 0.59 0.081 -1.09

3014.92 Th II 9061 — 42220 0.66 0.090 -1.05

"^01 7 1 ^ Th1 11 II11 1 \J\J / J *T-7 O v/O 7 1 0 78 —0 55

3018.49 Th II 13249 — 46368 5.8 0.80 -0.10

3019.41 Th II 8379 — 41488 1.4 0.20 -0.71

3022.09 Th II 7332 — 40412 1.1 0.14 -0.84

3024.68 Th II 9061 — 42113 0.64 0.088 -1.06

_? yjA. o .J 1 Th II 6691 39701 0 98 0 1 3 —0 87

3031.70 Th II 4490 - 37465 0.17 0.024 -1.62

3034.06 Th II 8379 — 41328 4.5 0.62 -0.21

3035.53 Th II 0 — 32933 0.048 0.0067 -2.18

3038.60 Th II 6168 — 39069 0.55 0.076 -1.12

ThJ. 11 II11 77 1

0

3 5067 0 26 0 037 —1 43

3045.55 Th II 10189 - 43014 2.5 0.35 -0.46

3049.09 Th II 4490 — 37277 1.7 0.23 -0.64

3050.98 Th II 9585 — 42352 1.4 0.19 -0.71

3051.78 Th II 6700 — 39458 0.61 0.085 -1.07

Th II 1 11 11 U 1 uo 1,R9fid 0 76 0 0'?6 —1 44

3065.93 Th II 9712 — 42319 1.4 0.19 -0.71

3066.41 Th 11 12220 — 44822 1.4 0.20 -0.71

3072.11 Th II 4147 — 36688 1.2 0.17 -0.76

3077.34 Th II 9202 — 41688 1.2 0.16 -0.78

Th II 1 11 11 H- 1 1 J l,ft^9d 7 7 0 3 1 -0 51

3081.65 Th II 13249 — 45689 2.1 0.30 -0.53

3081.98 Th II 4147 — 36584 0.64 0.091 -1.04

3083.00 Th II 12472 — 44899 4.8 0.68 -0.17

3083.29 Th II 10673 — 43097 2.9 0.41 -0.39

Th111 11II 7^^7 / J J ^9701 1.9 0 27 -0 57

3090.08 Th II 1860 — 34212 0^21 0.030 -1.52

3096.43 Th II 9202 — 41488 1.3 0.18 -0.73

3097.27 Th II 4113 — 36390 0.44 0.063 -1.20

3101.68 Th II 11576 — 43808 1.2 0.18 -0.75

Th1 11 II11 f,] f,9. yj 1 uo J>^8^89 O J O -7 11 • 11 0 16 -0.81

3107.03 Th II 6691 — 38867 1.2 . 0.18 -0.75

3110.02 Th II 6691 — 38836 1.6 0.23 -0.64

3112.08 Th II 6168 — 38292 0.26 0.038 -1.42

3114.06 Th II 9585 — 41688 0.68 0.099 -1.00

^ 1 1 4 ?A Th II 1 11 11 40707 0 57 0 075 -1 12

3117.68 Th II 6691 — 38758 0.86 0.12 -0.90

3119.51 Th II 4147 — 36194 1.5 0.22 -0.66

3122.96 Th II 6168 — 38180 2.6 0.38 -0.42

3124.38 Th II 6168 — 38165 1.9 0.28 -0.56

3127.21 Th II 9720 41688 1.2 0.17 -0.76

3131.07 Th II 0 31929 0.14 0.020 -1.69

3133.62 Th II 9585 41488 1.1 0.16 -0.78

3141.84 Th II 7332 39151 1.4 0.21 -0.67

426
Wavelength Spectrum Energy Levels

A K

3146.04 Th II 6168 37945

3154.30 Th II 1522 33216

3154.77 Th II 6700 .

38389

3159.07 Th II 9061 40707

3162.83 Th II 9720 41328

3164.48 Th II 6700

I

38292

3165.62 Th II 7001 38582

3166.09 Th II 4490 — 36066

3169.'32 Th II 6214 — 37757

3170.42 Th II 7331 — 38864

3171.68 Th II 1 1576 43097

3174.19 Th II 1860 33355

3175.72 Th II 6700 — 38180

3176.50 Th II 6244 — 37716

3177.17 Th II 6700 — 38165

3180.20 Th II 1522 32957

3181.18 Th II 7332 38758

3182.40 Th II 6691 38105

3182.64 Th II 9061

3183.79 Th II 13251 44651

3184.94 Th II 4490 35879

3188.23 Th II 1860 33216

3190.07 Th II 9585 — 40924

3191.08 Th II 1522 — 32850

3198.71 Th II 6691 — 37945

3203.23 Th II 9202 40412

3203.88 Th II 9720 40924

3206.94 Th II 8379 39552

3208.03 Th II 12220 — 43383

3213.57 Th II 6168 37277

3217.45 Th II 9401 A^All

3220.35 Th II 4113 35157

3225.42 Th II 9712 40707

3226.12 Th II 8379 39367

3227.78 Th II 0 30972

3229.01 Th II 7332 38292

3230.86 Th II 9712 40655

3235.85 Th II 6168 37063

3240.48 Th II 6691 37542

3241.12 Th II 7001 37846

3245.78 Th II 9061 39862

3248.53 Th II 6691 37465

3254.82 Th II 7001 37716

3257.16 Th II 9585 40278

3260.92 Th II 9238 — 39895

3262.67 Th II 6168 36809

3263.03 Th II 9585 40223

3264.44 Th II 12472 43097

3265.58 Th II 7332 37945

3267.00 Th II 7001 37602

gf T r Log gf

108/sec

1.5 0.22 -0.65

0.40 0.059 -1.23

1.7 0.26 -0.59

0.53 0.079 -1.10

1.4 0.22 -0.67

0.61 0.091 -1.04

0.33 0.050 -1.30

0.41 0.061 -1.21

0.52 0.079 -1.10

0.36 0.054 -1.27

0.89 0.13 -0.87

0.15 0.023 -1.64

2.2 0.34 -0.47

0.26 0.039 -1.41

0.29 0.045 -1.35

1.3 0.19 -0.71

0.70 0.11 -0.97

0.44 0.066 -1.18

1.1 0.17 -0.76

1.8 0.28 -0.55

0.85 0.13 -0.89

1.0 0.15 -0.81

3.1 0.47 -0.33

0.13 0.020 -1.69

0.56 0.086 -1.07

0.56 0.086 -1.06

0.65 0.100 -1.00

0.44 0.068 -1.17

1.3 0.20 -0.70

0.70 0.11 -0.97

1.7 0.27 -0.57

0.38 0.060 -1.22

3.1 0.48 -0.32

0.42 0.066 -1.18

0.079 0.012 -1.91

3.1 0.49 -0.31

1.2 0.19 -0.72

1.9 0.29 -0.53

0.50 0.079 -1.10

1.2 0.18 -0.73

2.4 0.38 -0.42

0.49 0.078 -1.11

0.67 0.11 -0.98

1.8 0.28 -0.55

0.99 0.16 -0.80

3.4 0.54 -0.27

1.1 0.17 -0.76

2.4 0.39 -0.41

0.57 0.091 -1.04

0.84 0.13 -0.87

427
Wavelength Spectrum Energy Levels gA gf Log gf

AA IV lu /sec

"iO^Q AS 1 n II 17777 3 /Z / / A /17 ^U.4 / A nn c U.U/D 1 17 —l.lz

/U.o J i n II Q in^

A A7 1 U.U / 1 A A 1 1 U.Ul 1

1 a A —i.y4

3280.37 Th II 8018 - 38494 1.8 0.30 -0.53

3286.58 Th II 8018 - 38436 1.8 0.29 -0.53

nfiT no j/o / . /y i n II 1 ^77 1 jZZ 1 1 Q7 Q 3iyzy A C8 U.Do A AO /I —1.03

i n II /;7 1 A dZ 14 -3 /r c 0/( 30Jo4 1 7 3.Z A <r7 U. JZ A 7A —U.zy

1 n II O /UU i7nAi 3/Uo3 7 < Z.J A /lA U.41) A Af\ —U.4U

3293.94 Th II - 39552 1.9 0.31 -0.50

3295.32 Th II (aAA - 36582 0.64 0.10 -0.98

iZyj.jZ in II yuoi 1 Q1 07 A Q7 u.y / A 1 U. 16 A OA —0.80

izyo.ou 'PV^ innTT 1 7QA7 — /1 1 77 0 43ZZo 1 C3. J A C7 U. J / A 7 A —U.Z4

jZy /.o

3

innTT Q7 1 0 — 1 Q ? ^7 3yjjz 1 Q i.y All U.3 1 A CA —U. jU

3300.61 Th II 1522 - 31811 0.051 0.0083 -2.08

3309.14 Th II 7332 - 37542 0.58 0.095 -1.02

M 1U.Z4 innV> TT A7 /I A — 1 A/i /t < 3o44j A ^ 1 u.o 1 A 1 A U. lU 1 AA —l.UU

1117 71 •PK innTT 1 17 < 1 1 3Z J 1/1 1 1 81 43383 1 1 1.3 A 77 U.ZZ A e < —U.OJ

1 1 1 C Q7 •PV^ innTT fit^Q 1 ooy 1 1 A8 1 1 3ool3 A 7 1 U.Zl A A1 < U.U3 J —1 A£i 1.4o

3320.29 Th II 6700 - 36809 1.1 0.17 -0.76

3321.44 Th II 4113 - 34212 0.91 0.15 -0.82

117/1 7< T"innVl TT 11 oou 1 1 Q7 Q 3iyzy A 17 U.3 / A A<;7 u.uoz 17 1 1 .Z

1

117 '\ 17 J JZJ. IZ TVi innII 414 /1 1 /IT

/ — 1/17 34Z1Z1 7 1. J A 7 <r U.Z J ^.oU

117A /I < fV^ innTT /I /I on 44yu 1/1 </l A 34j44 A 1 Q u. 1 y A A17 U.U3Z 1 AO —i.4y

3327.18 Th II 12472 - 42519 2.4 0.39 -0.40

3328.25 Th II 13251 - 43288 1.3 0.22 -0.66

1117 /in "PVi innTT 1 777A IZZZU — /1777n 4ZZZU 1 7 1. / A 78 U.Zo A ? ? —U.J J

111/1 < 1 innV. TT ^7 1 A DZ 14 lA 1 Q/1 3oiy4 7 A Z.U All u.3 3 —A A Q u.4y

1 1 1 c c\c 333 J. Do T* V* TT ih II OOUo — 1 O C 87 3ojoz A 78 U. /o All U. 13 A 88 —U.OO

3337.87 Th II 1860 - 31811 0.57 0.095 -1.02

3338.39 Th II 7332 - 37277 0.54 0.091 -1.04

11 A A 07 3344. o / T* TT

i n II 7Q7 Q — 1 77 1 A 3 / / lo A A7 u.oz A 1 A U. lU —A QQ u.yy

11 A ec 334o. J J

T'V^ TT

i h II yjoj — 3y4jo 1 c1 .J A 7 /I U.Z4 A ^ 1 —u.o 1 1 K 1 71 33 J 1.Z3 T''U TT

i h II

1 <77 1 jZZ — 1 1 1 <1 313j3 A OA U.oU All U. 1

3

A 87 —U.O / 3353.95 Th II 11117 - 40924 1.5 0.26 -0.59

3354.61 Th II 8379 - 38180 1.1 0.18 -0.73

33 JO. OU TVl innTT1 OOU 310Z0 1 1 ^7^ A <A U. j4 A AQ7 u.uyz —

1 A/l

I .U4

1 1 1 ^ Vv TT

i h II 1 1 J /D — /I 1 1 7 0 413Zo 1 7 1 . / A 7Q u.zy —A ^A U. j4

11^7 33oZ. jU Vl TT

i h II 07 1 7 y / iz 1Q/I A 1 1 A 1 .U A 1 7 U. 1 / —A 77 U. / / 3363.06 Th II 8379 - 38105 0.69 0.12 -0.93

3363.70 Th II 0 - 29720 0.065 0.011 -1.96

11 ac C7 33oo. jZ inn 1 1 7 /I Q 13Z4y /170/1 /I ^ A

J.

4

A Q7 u.yz A A/1

lien o 1 33o/.ol TT in II/I /I OA 44yu — 1 /I 1 7 C 341 /

J

A 7 1 U. / 1 A 1 7

U. IZ A Q7 —U.yz

iinC Q

A

33 /o.o4 i h II 11)0/3 — A A7 7 O 4UZ/0 A 7 1 U. / 1 A 1 7

U. IZ ^.yz A Q7

3378.58 Th II 8018 - 37608 1.9 0.32 -0.49

3381.35 Th II 9585 - 39151 0.93 0.16 -0.80

3385.53 Th II A A OA 44yu — 1 A rn Ci 34Uiy U. j4 A AQ7 u.uyz —1 A/1 1.U4

3386.50 Th II 9061 — 1 O C07 38582 1 A

I.y All U.33 A A 0 —U.4o

3389.65 Th II 1860 — 1 'I 1 CI 3 13 j3 A 7 C U.ZJ A A/1 A U.U44 —1 Ifi 1 .3o

1 1 07 Al i h II

1 <77 1 jZZ — 1 AQQ/I 3uyy4 A QA A 1 U. 10 ^j.A 7Q/y

3395.37 Th II 7001 - 36445 0.39 0.067 -1.17

3401.68 Th II 7001 - 36390 0.67 0.12 -0.93

428
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

34UJ.ZO 1 n II yuo 1 3o4jd

3404.63 Th II 10189 — 39552

3406.23 Th II 6691 — 36041

3409.26 Th II 10572 — 39895

3411.77 Th II 7829 — 37130

3414. J 1 i n II yjoj Jooo4

3418.77 Th II 4113 — 33355

3418.94 Th II 4490 — 33731

3422.65 Th II 4147 - 33355

3423.11 Th II 12472 — 41677

j4/J. 1 J inn 'i8'?8Q JO J07

3425.94 Th II 9401 — 38582

3429.39 Th II 9238 - 38389

3429.88 Th II 4490 - 33637

3434.00 Th II 1860 - 30972

J4j J.Vo Th II Q z.y\jyj

3436.71 Th II 9202 — 38292

3437.02 Th II 8379 — 37465

3438.95 Th II 13249 — 42319

3441.36 Th II 6691 — 35741

1AA1 11 TV. ¥1 i n II 74UI J 8/11^ Jo43t5

3444.00 Th II 10673 — 39701

3445.38 Th II 12472 — 41488

3445.73 Th II 14791 — 43804

3449.65 Th II 10572 — 39552

Th II 1 jZ J 1 'tZZZU

3451.70 Th II 9202 — 38165

3452.68 Th II 6244 — 35199

3454.20 Th II 9238 — 38180

3462.85 Th II 9712 — 38582

J40J. /Z Th Tr

1 n II 1 1') ^ 1 1 JZ.J 1 /lo 1 1

1

4Z 1 1 J 3465.77 Th II 6700 — 35546

3465.92 Th II 4113 — 32957

3469.92 Th II 4147 — 32957

3473.03 Th II 9061 — 37846

1 n II y / 1 z

1 O AC\ A 3476.53 Th II 6700 35456

3478.12 Th II 9202 — 37945

3479.17 Th II 6691 — 35426

3482.55 Th II 9585 — 38292

j4oZ. /D ThinnTT

I odU

3485.20 Th II 8379 — 37063

3493.52 Th II 7829 — 36445

3499.98 Th II 8018 - 36582

3501.94 Th II 7332 — 35879

3502.77 Th II 9061 37602

3506.85 Th 11 15237 43744

3511.56 Th 11 4490 32960

3512.74 Th II 9720 38180

3514.52 Th II 9401 37846

1 0 l.z n 7 1 U.z 1 —U.oo

1.4 0.24 -0.61

0.39 0.068 -1.17

1.8 0.31 -0.50

0.71 0.12 -0.91

n 87 U.o / n 1 ^

U. 1

J

A

0.29 0.050 -1.30

0.32 0.056 -1.25

0.29 0.050 -1.30

1.9 0.34 -0.47

u. /o n 1 2U. 1

J

—A 87

0.80 0.14 -0.85

0.68 0.12 -0.92

0.20 0.035 -1.45

0.73 0.13 -0.89

n lA nU.UOU HAH —1 .zz

1.6 0.28 -0.56

0.59 0.10 -0.98

6.2 1.1 0.04

0.36 0.064 -1.19

f\ A1 0.0/

1

1 1 7 1 . 1 Z

0.62 0.11 -0.96

1.0 0.18 -0.74

5.5 0.98 -0.01

1.4 0.25 -0.60

z.u U.JO A AA U.44

0.72 0.13 -0.89

0.66 0.12 -0.93

0.56 0.10 -1.00

2.2 0.39 -0.41

A 1 4. / n QA —n Ae U.Uo

1.2 0.22 -0.65

0.17 0.030 -1.52

1.8 0.32 -0.50

0.66 0.12 -0.92

0.6z All 0. 1 1 A n c 0.45 0.082 -1.09

0.68 0.12 -0.91

0.67 0.12 -0.91

0.75 0.14 -0.86

U.Uo J U.U 1 o —10 1 l.ol

0.83 0.15 -0.82

0.95 0.17 -0.76

0.73 0.13 -0.87

0.21 0.039 -1.41

yj.y / A 1 8 U. 1 o A 7 < 2.0 0.36 -0.44

0.90 0.17 -0.78

0.82 0.15 -0.82

1.0 0.19 -0.71

429
Wavelength Spectrum Energy Levels

A K

3516.36 Th II 8379 36809

3516.83 Th II 8018 - 36445

3518.89 Th II 7332 35741

3523.53 Th II 8018 36390

3537.15 Th II 9202 37465

3539.32 Th II 4490 32736

3539.59 Th II 0 — 28244

3541.62 Th II 8460 36688

3553.38 Th II 9712 37846

3557.47 Th II 6168

3559.45 Th II 6244 34330

3559.95 Th II 8606 — 36688

3567.06 Th II 6700 34727

3567.69 Th II 12902

3569.62 Th II 6168 34175

3571.57 Th II 10189 38180

3572.39 Th II 8460 — 36445

iSlZ.ll Th II 8606 36584

3575.32 Th II 6700 34662

3576.56 Th II 15145 43097

3579.35 Th II 8460 36390

3585.76 Th II 9585 - 37465

3588.22 Th II 1860 29720

3589.15 Th II 6700 34554

3589.36 Th II 6691 liASAA

3591.06 Th II 8606 36445

3593.88 Th II 10572 - 38389

3595.33 Th II 12472 40278

3603.21 Th II 9720 37465

3609.44 Th II 4113 31811

3610.79 Th II 4113 31800

3613.78 Th II 4147 - 31811

3615.13 Th II A\A1 31800

3617.02 Th II 15305 A29AA

3619.71 Th II 10673 38292

3621.12 Th II 10572 38180

3624.90 Th II 6700 - 34279

3625.63 Th II 1522 29095

3632.62 Th II 9061 36582

3637.57 Th II 6691 34175

3639.45 Th II 6168 33637

3644.35 Th II 10673 - 38105

3648.17 Th II 0 27403

3649.25 Th II 7332 34727

3650.77 Th II 9061 36445

3652.54 Th II 7829 35199

3656.20 Th II 9720 37063

3658.06 Th II 7001 34330

3663.20 Th II 11576 38867

3663.70 Th II 9401 36688

gA gf Loggf

108/sec

U.JO U. 1 u —n\j.yy QQ

yj.Dv u.uyJ

1 f»i I.Uj n 9

1

U.Z. 1 U.UJ o I.4Z

0.25 0.046 -1.34

0.94 0.18 -0.75

U.UoU —1 in I . I u

U.U4J 1 1 c —I. J J

U. 1 u —n QQ v.yy

0.38 0.071 -1.15

0.33 0.063 -1.20

I . I nu.zu7A ^J.Oy

1I .un u.zu —r> 7

1

^j. /

1

U. 1 o u.ujU 1 <o I . jZ

.0.90 0.17 -0.76

0.13 0.026 -1.59

u.o / U. 1 J —A 8Q

11 .z9 U.Z J A /;i U.OJ

U. / 4

A 1 /I U. 1

4

n 8^

1.2 0.22 -0.65

4.7 0.90 -0.05

nU.Z71J —AU.OA1J

1 1 I .J n 7 < U.Z J —AU.OUAA

U.U 1 o —11 . 7^/ J 0.24 0.046 -1.33

0.42 0.081 -1.09

n A^ nU.Un7Q/ y —11 . 11 AU

C\ 1 7 U. 1 / —AU. 7A/ O

u. / 0 U. I J —A 81 U.O J

1.6 0.32 -0.49

0.98 0.19 -0.72

U. I 7 n niB , U.Ujo —1—1 .4Z AO

U. 14 n n7 7 u.uz / —1 . jO

r>U.4Ai/ nu.uynoiJ —1— A1 I .Uj

16. 3.0 0.48

0.26 0.051 -1.29

1 .0 nU. JZ17 —A <;a u. JU

U.J J U. 1 1 —Au. Q8yo

n 1

8

U. 1 o nU.UJD niA —11 .44 AA

0.43 0.085 -1.07

0.22 0.043 -1.36

U.JO n 1

1

U. I I —AU.7JQS n AO U.4Z nU.UonaiJ ——1I .Uo A8

n nil U.UUD J —7—Z. 1 Q1 y

0.71 0.14 -0.85

0.63 0.13 -0.90

U.J / n n7i U.U / J —1 1

1

• 1 . 1

J

n AA U.44 U.Uo / _1 A/^ I .UO

U.oo n 1

7

U. 1 / n 7*; u. / o

1 7 n 11 U.J J —A Aft U.4o

1.3 0.27 -0.57

430
Wavelength Spectrum Energy Levels

A K

3673.79 Th II 7332 34544

3675.57 Th II 1522 28721

3678.04 Th II 8018 — 35199

3681.88 Th II 11576 38729

3690.49 Th II 9720 36809

3695.98 Th II 11117 38165

3696.65 Th II 9401 36445

3697.03 Th II 6168 33209

3698.30 Th II 11726 — 38758

3700.77 Th II 15305 — 42319

371 1.30 Th II ^ ^ f\f\ 6700 33637

3718.17 Th II 9238 36125

3719.96 Th II 10189 — 37063

3720.31 Th II 9712 — 36584

3721.82 Th II 1860 — 28721

3722.1

1

Th II 4113 30972

3723.66 Th II A\A1 30994

3726.72 Th II A\41 — 30972

3734.59 Th II 4490 — 31259

3738.84 Th II 8460 35199

3741.19 Th II 1522 28244

3743.51 Th II 10572 37277

3744.74 Th II 8460 — 35157

3745.98 Th II 7332 — 34019

3747.54 Th II 9202 35879

3752.57 Th II 9238 35879

3754.59 Th II 0 26626

3762.88 Th II 6168 — 32736

3772.24 Th II 7829 — 34330

3773.74 Th II 10572 37063

3775.91 Th II 14349 40826

3783.29 Th II 0 26425

3785.60 Th II 6168 32577

3786.88 Th II 7332 33731

3789.11 Th II 1860 28244

3791.29 Th II 1 1576 37945

3794.15 Th II 11117 37465

3802.14 Th II 9585

• 35879

3805.81 Th II 6691 32960

3807.87 Th II 9202 35456

3813.07 Th II 9238 35456

3821.42 Th II 11117 37277

3822.15 Th II 9585 35741

3823.58 Th II 13251 39397

3826.94 Th II 14349 — 40472

3839.74 Th II 6700 32736

3841.96 Th II 9720 35741

3854.50 Th II 10189 36125

3859.85 Th II 8379 34279

3863.41 Th II 6700 32577

1 .rkor orT 108/sec

0.43 0.087 -1.06

0.30 0.060 -1.22

1.0 0.21 -0.68

U.oU AIT —u.y 1 0.88 0.18 -0.75

0.94 0.19 -0.71

0.26 0.054 -1.27

0.11 0.022 -1.66

n /1

1

U.41 1 .Uo

2.2 0.46 -0.34

0.48 0.099 -1.00

0.15 0.030 -1.52

2.0 0.42 -0.38

1 (\

1 .u u.zz

0.33 0.069 -1.16

0.27 0.057 -1.25

0.046 0.0095 -2.02

0.18 0.038 -1.42

U.UoO n 1 fi U.Ulo 1 lA 1. /4

0.45 0.095 -1.02

0.48 0.100 -1.00

0.20 0.043 -1.37

0.15 0.031 -1.50

V.OJ f\ 1 /I U. 14 n Qi —\j.o 1 1.0 0.21 -0.67

2.1 0.44 -0.35

0.030 0.0064 -2.19

0.68 0.14 -0.84

not U.Z I U.U44 1 .5 J

0.77 0.16 -0.78

0.93 0.20 -0.70

0.032 0.0069 -2.16

0.44 0.094 -1.03

nil U. I J u.uz / 1 .J / 0.12 0.025 -1.60

0.41 0.089 -1.05

0.51 0.11 -0.96

0.093 0.020 -1.70

U. lb —1 /I c 1.4j

1.1 0.23 -0.63

0.99 0.22 -0.67

0.83 0.18 -0.74

0.54 0.12 -0.93

U. / J U. 1 / —U. /o

1.4 0.30 -0.52

1.2 0.26 -0.59

0.90 0.20 -0.70

1.4 0.31 -0.50

0.30 0.067 -1.17

0.59 0.13 -0.88

431
Wavelength Spectrum Energy Levels

A K

3884.52 Th II 9720 35456

3891.05 Th II 11117 — 36809

3897 30 Th111 II11 6744 D3 11 979 y y 3900 12 Th1 11 11II 1 7477 381 D KJ \.\J05J 3900 88 Th1 11 11II 7337 1 D D 37960

3901.14 Th II 12220 — 37846

3902.12 Th II 14276 — 39895

Th IT 4111 H 1 1 J 7Q770 L.y 1 L.\3

1 7 78 Thill II11 1 0S77 Jul 1617Z J5 Th II 1 11 11 11 8^^0 ODV/ 77401

3916.79 Th II 9202 — Mill

3922.22 Th 11 9238 — 2,4121

Th II 1 11 11 n 7 5440

1Q^7 71 Th II 1 11 11 Q718 14667

3937 04 Th1 11 II11 1 0^i71 16066

3937.92 Th II 7828 — 33216

3942.64 Th II 10189 — 35546

Th111 II11 8179 3373 1 39 Th111 II11 1 0577 J35879 ^ 0 / y -295^ 59 Th111 II11 11 01V 1 890 ^ 35456

3960.33 Th II 13251 - 38494

3969.00 Th II 0 — 25188

"K^lfi 47 Thill II11 9S8S J'-T '\dl71 / ^ / 3988 01 Th1. II 11 11 9707 34770

J 70 0. 0 J Thill 11II OU-' 1 J 1I / JH"

3992.28 Th II 9238 — 34279

3997.47 Th II 11117 — 36125

"^QQ? jyyt,(ji87 Th111 11II 9770 14777 / z / 4001 7"^

'-r\J\} V . 1 J Th II 1 11 11 4111 H 1 1 J) 79095

400"? 1 1 Th II 111 11 11 0577 \Jj 1 z. 15 546

4003.31 Th II 9202 — 34175

4005.53 Th II 9585 — 34544

4007 07 Th IT 1 11 11 11117 1111/ 16066

40 1 4 S 1 1 11 11 1 577 7647 5 40 1 Q 11 Th II 1 11 11 74874 ZHO / *-r

4025.66 Th II 9720 — 34554

4026.16 Th II 8379 — 33209

4014 7S Th1 11 II11 f\l UZ 11 4T" 30994

403f^ 5fi Th1 11 II11 1 860

4048 41 Thill II11 9585 y J 0 J 34779

4063.40 Th II 11726 — 36329

4069.20 Th II 6691 — 31259

4087 If, Th1 11 II11 1 1 576 36066

408 S 04 Thill II11 11 01W 1 8Q0 -7 408^i S7 Th II i 11 11 n

4091 14 Th IT i n 11 Q707

4093.39 Th II 7332 31754

4094.75 Th II 0 24415

4097.33 Th II 9238 33637

4098.94 Th II 8460 32850

gf Loggf

108/sec

0 17 0 038 —11 .HZ 47

0 37 0v/. 084 WOT" —11 .WO 08

0 054 0 012 —1 91

0.18 0.041 -1.39

0.50 0.11 -0.94

0 33 0 076 —11 . 171 Z. 0 57 0 1 7 —0 Q'^ w. y J 0 084 0 019 —11 . 77/ ^

0.41 0.094 -1.03

0.017 0.0040 -2.40

0 34 0 079 —11 . 101 V/ 0 14 0 037 —1 50

0 1 1 0 074 1.01

0.20 0.047 -1.33

0.51 0.12 -0.93

0 18 0 047 —11 . 38_J 0

0 22 0 05 1 -1 29

0 29 0V/. 067 \J\J 1 —11.1/17

0.67 0.16 -0.80

1.2 0.28 -0.55

0 50 0\jt 11 2Z. —0yj* 93y J 0 017 0 0078 —7 55

0 52 0 12 -0V/. 91y 1 0.43 0.10 -0.99

0.076 0.018 -1.14

0 1 7 0 030 —1 53

0 71 0 050 —1 30

0 39 0 093 -1 03

0.029 0.0069 -2.16

0.35 0.085 -1.07

0V/. J511 0 17 —0 91

0yj, 33D J 0V/.V/O 0811 —11 .yjy 09

0 93 0 22 -0 65

0.014 0.0033 -2.48

0.66 0.16 -0.80

0v. J511 0 17 -0yj. 91y I 0V/. 78Z, 0 0 067 —1 1

7

1.1/

0V/. 11 7Z. 0w. 030 yj ^yj -1 52

0.061 0.015 -1.82

0.13 0.031 -1.51

11 .V/0 0 75 -0 60

0 87 0 77 —0 66

0 47 0V/. 101 \J -0yjt 98y Kj 1.8 0.44 -0.35

0.099 0.025 -1.60

0 093 0 023 -1 63

\}.\jy D 0 073 —1 63

\j.\jy 0 0 07 5 —1 61

0u. 1 1 1

1

—11 . J57/ 0.25 0.064 -1.19

432
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

4103.65 Th II 12220 36582

4104.38 Th II 8379 32736

4105.34 Th II 7001 _ 31353

4107.37 Th II 11117 _ 35456

4108.42 Th II 4490 28824

4116.71 Th II 6168 30453

4123.53 Th II 8606 32850

4131.42 Th II 8379 32577

4141.63 Th II 15305 39443

4142.70 Th II 0 24132

4148.18 Th II 7829 31929

4149.99 Th II 10572 34662

4156.23 Th II 10673 34727

4156.52 Th II 9585 33637

4162.68 Th II 14276 38292

4163.64 Th II 9720 33731

4164.25 Th II 9202 33209

4170.47 Th II 9238 33209

4176.33 Th II 14791 38729

4178.06 Th II 7332 31259

4179.71 Th II 1522 25440

4179.96 Th II 9720 33637

4182.16 Th II 14276 38180

4183.56 Th II 9061 32957

4184.71 Th II 14276 38165

4191.82 Th II 1 1576 35426

4201.85 Th II 8018 31811

4208.89 Th II 6700 30453

4218.19 Th II 11726 35426

4218.54 Th II 10572 34270

4224.25 Th II 1522 25188

4243.93 Th II 9401 32957

4248.00 Th II 9202 32736

4249.68 Th II 7829 31353

4250.31 Th II 4490 2801

1

4256.09 Th II 9720 33209

4263.36 Th II 9401 32850

4271.09 Th II 1860 _ 25267

4273.36 Th II 8379 _ 31773

4276.81 Th II 8379 31754

4276.96 Th II 9202 32577

4277.31 Th II 0 23373

4281.07 Th II 1522 _ 24874

4281.41 Th II 8460 31811

4282.04 Th II 6168 _ 29515

4283.52 Th II 9238 32577

4288.05 Th II 14791 38105

4318.29 Th II 9585 32736

4320.12 Th II 4490 27631

4320.58 Th II 12902 36041

0.21 0.054 -1.27

0.21 0.052 -1.28

0.26 0.067 -1.17

0.18 0.045 -1.35

0.41 0.10 -0.98

0.81 0.21 -0.68

0.17 0.044 -1.36

0.16 0.041 -1.39

1.5 0.39 -0.41

0.033 0.0085 -2.07

0.27 0.068 -1.16

1.1 0.30 -0.53

0.33 0.085 -1.07

0.65 0.17 -0.78

1.0 0.26 -0.58

0.33 0.086 -1.06

0.19 0.050 -1.30

0.38 0.100 -1.00

0.40 0.10 -0.98

0.61 0.16 -0.80

0.048 0.013 -1.90

0.30 0.078 -1.11

0.78 0.20 -0.69

0.089 0.023 -1.63

0.34 0.089 -1.05

0.18 0.047 -1.32

0.19 0.052 -1.29

0.49 0.13 -0.89

0.18 0.048 -1.32

0.13 0.035 -1.46

0.010 0.0027 -2.57

0.14 0.037 -1.43

0.21 0.058 -1.24

0.058 0.016 -1.81

0.067 0.018 -1.74

0.12 0.033 -1.48

0.088 0.024 -1.62

0.0091 0.0025 -2.60

0.33 0.090 -1.05

0.1

1

0.031 -1.51

0.082 0.023 -1.65

0.052 0.014 -1.85

0.021 0.0058 -2.24

0.13 0.036 -1.44

0.43 0.12 -0.92

0.16 0.045 -1.34

0.39 0.11 -0.97

0.17 ' 0.048 -1.31

0.051 0.014 -1.84

0.33 0.093 -1.03

433
Wavelength Spectrum Energy Levels

A K

4335.70 Th II 11117 34175

4343.94 Th II 1860 — 24874

Tin IT 0 9101 9

TVi If 1 n 11 1 uo / J 3303 /

X 11 11 801 oU 1 8o jKjy 10Q79t z

4357.61 Th II 1522 — 24464

4369.30 Th II 8379 — 31259

4171 on T"h IT i n 11 Q790 19 ^77 3Z3 / / fJO 1 .oO TVi Ti 1 n 11 0 / UU 9Q^ Z73 1 < 1

3

A'K9.A Th TT X 11 11 11 311434^ 17Q4S 3 / 743

4391.11 Th II 4490 — 27257

4394.90 Th II 8606 — 31353

i n II yuo I 1 1 con 3 1 oUU

AA i 0 1

A

44 1 Z. /4 inn O 1 Do '>007/) ZooZ4

44/I /I 1^91 1 O.Z J

T* Vi TT

1 n II 1 170Q 33zuy

4421.54 Th II — 24132

4436.06 Th II 10673 — 33209

44jO.Zo Th Tf 1 n 11 3

1 11 771 / / 3

44jO. J J Th TT I n 11 11 4Z497^/ O

1*;80Q 30oUi'

A41Q 1 9 Th TT 1 11 11 11117 1111/ 3303 11A17/

4440.86 Th II 8460 — 30972

4445.89 Th II — 37277

4447 HHH / .O81J Th TT 1 11 11 f^lAA OZtH 9879 Zo 1 / Z 1 44^4 S 1 Th TT 1 11 11 1 1 '^It^ 1 1 3 / O 34U 14011 Qy

440 1 .Uo Th TT i n 11 Q401 74U

1

11811 3 1011

4465.34 Th II 8606 — 30994

4480.82 Th II 4113 — 26425

448S 44o 78 J. /

o

1 n 11 I Uo / 3 3zyou

44o AASI I n 11 4414/ 147 Z04Z3

/1/iaS ^8 44oo.Oo Vi TT 1 n 11 11 CAA OOU 7/11 Z4 17 1 3Z

4492.24 Th II 12472 — 34727

4510.53 Th II 10572 — 32736

4j 1 Z. jU Th TT1 n II 1 1 ^7^ 1 13 /O 11711

4J 1 / .U4 Th TT i n 11 ooy 1 98894 ZooZ4

4^94 4JZ4.08^J Th TT i n 11 700

1

/ UU 1 9QOQ< LyKjyj

4525.10 Th II 11117 — 33209

4529.50 Th II 12472 — 34544

4j4^11J J.Zi' 9Q T* V> TT 1 n 11 Q790 y 1 L\j 1 1 771

4^14 4j 1 9 j4. IZ T* V» TT 1 n 11 1 0'\79 1 U3 / Z 3ZOZ 19<;9 11 4 ^17 08 T'W TT 1 n 11 1 /197A 1 4Z / D

1/^1 1 O 303 I U

4540.41 Th II 14791 — 36809

4544.52 Th II 4490 — 26489

4J04. 1 y

'P'h TT 1 n 11 11 0^71 UO / 3 3Z3 19 <77/ / 4300.00 innV» TT 789Q / oZy 9Q790 Ly 1 L\J

4 ^7 ^ 97 43 IJ.LI T* Vi TT i n 11 1 S99 I 3ZZ 91171 Z33 /

3

A <7 < /1

1

43 / 3.4j inn 1i4Z477A/O 1*; 301Z3 1 9 ^ 4584.37 Th II 12472 34279

4602.90 Th II 7001 28721

4606.52 Th II 8018 29720

4612.56 Th II 9585 31259

gA gf Loff fff 108/sec

0.39 0.1

1

-0.96

0.017 0.0047 -2.33

0.013 0.0036 -2.45

0.17 0.048 -1.32

0.11 0.030 -1.52

0.0085 0.0024 -2.62

0.087 0.025 -1.61

0.13 0.036 -1.44

0.80 0.23 -0.64

0.19 0.055 -1.26

0.38 0.1

1

-0.96

0.090 0.026 -1.59

0.085 0.025 -1.61

0.11 0.032 -1.49

0.15 0.044 -1.35

0.0069 0.0020 -2.70

0.041 0.012 -1.92

0.034 0.010 -2.00

0.21 0.062 -1.21

0.29 0.085 -1.07

0.14 0.040 -1.40

0.16 0.048 -1.32

0.058 0.017 -1.77

0.058 0.017 -1.76

0.10 0.031 -1.51

0.22 0.066 -1.18

0.023 0.0068 -2.16

0.072 0.022 -1.66

0.030 0.0092 -2.04

0.020 0.0060 -2.22

0.12 0.036 -1.45

0.45 0.14 -0.86

0.090 0.027 -1.56

0.012 0.0037 -2.43

0.024 0.0075 -2.13

0.052 0.016 -1.80

0.053 0.016 -1.79

0.21 0.064 -1.19

0.11 0.034 -1.47

0.31 0.096 -1.02

0.29 0.089 -1.05

0.020 0.0061 -2.22

0.035 0.01

1

-1.96

0.024 0.0077 -2.12

0.0026 0.00082 -3.09

0.096 0.030 -1.52

0.089 0.028 -1.55

0.026 0.0083 -2.08

0.020 0.0063 -2.20

0.031 0.0097 -2.01

434
Wavelength Spectrum Energy Levels

A K

4624.14 Th II 11117 32736

4631.76 Th II 10189 — 31773

4639.71 Th II 12472 34019

4651.56 Th II 7332 28824

465 1 .99 Th II 1522 23012

4689.20 Th II 6691 28011

4694.09 Th II 0 - 21297

4694.90 Th II 4147 25440

4700.14 Th II 14276 35546

4702.32 Th II 9712 30972

4706.25 Th II 7001 28244

4708.10 Th II 11726 — 32960

4712.44 'Th II 9238 30453

4715.43 Th II 10572 31773

4719.98 Th II 14276 35456

4723.44 Th II 12472 33637

4726.32 Th II 1860 - 23012

4729.87 Th II 8379 29515

4740.53 Th II 6168 27257

4742.26 Th II 10673 31754

4743.68 Th II 41 13 25188

4774.27 Th II 6691 — 27631

4823.20 Th II 4147 24874

4844.17 Th II 1 1 1 17 — 31754

4863.17 Th II 6700 27257

4912.52 Th II 4113 24464

4919.82 Th II 6168 - 26489

4921.62 Th II 9202 29515

4924.42 Th II 41 13 24415

4954.57 Th II 1 1576 31754

4963.20 Th II 11117 _ 31259

4999.95 Th II 14276 - 34270

5017.26 Th II 7332 27257

5028.66 Th II 10572 30453

5049.80 Th II 6691 26489

5055.36 Th II 1522 21297

5061.23 Th II 14791 — 34544

5090.75 Th II 8606 28244

5095.06 Th II 9202 28824

5107.24 Th II 7829 27403

5143.28 Th II 1860. 21297

5151.62 Th II 12220 — 31626

5170.23 Th II 11117 30453

5190.88 Th II 4113 23373

5193.84 Th II 0 — 19248

5218.52 Th II 7332 26489

5233.21 Th II 9720 28824

5247.65 Th II 0 19051

5277.50 Th II 10572 29515

5280.08 Th II 14276 33209

gf Log gf

108/sec

U.U4u U.U 1 J —1 81 n 1

Q

U. I 7 u.uo J —1—1 .zu on

f\ 1 7 U. 1 / U.Uj4 1 .Z / 0.085 0.028 -1.56

0.0038 0.0012 -2.91

U.UjU U.Ul O 1. ly n n 1 n u.uiu U.UUj4 T /17 Z.4 / n n 1

0

U.U 1 z U.UU4U ') /in Z.4U

0.21 0.069 -1.16

0.017 0.0057 -2.24

U.UZU U.UUoo Tie Z. 1 o

u.KJjyj U.U 1 u —')z.uunn

u.uo/ u.uz 1 —1 /;e i .08

0.036 0.012 -1.92

0.15 0.051 -1.29

r» 0

1

U.Z 1 U.U /z 11^

U.UUJO u.UU i J —Z.oy

Kj.yjjj U.Ul 1 0.076 0.026 -1.59

0.036 0.012 -1.91

n nm 1 U.UUj J Z.4o

U.UZo u.uuy /

"7 ni Z.Ul

U.UU4 / u.uui / 0 78 Z. / O

0.064 0.023 -1.64

0.11 0.041 -1.39

u.UU /Z u.uuzo Z. J7

U.UoU u.uz 7

1 U.UjU U.U 1 o —1 HA

1 . / 4

0.0047 0.0017 -2.76

0.15 0.055 -1.26

n nil U.U 1 z1 u.uoz u.uz J —11 .Oj n 1

9

U. 1 z n f\A < 1 I c 0.15 0.055 -1.26

0.087 0.033 -1.48

u.UU /u u.uuz / T ^7 Z.J / U. 1 J U.Uj / 1 .Z3

U.U 1

4

U.UUjO —L.I. J 0.030 0.012 -1.94

0.011 0.0045 -2.35

U.UUoZ U.UU3Z —

') /I Q Z.4y

U.U / o U.UjU 1 ^7 I . jZ

u.uz / U.Ul 1 —11 OA .yo

0.0074 0.0030 -2.52

0.0020 0.00082 -3.09

U.U 1 o u.UU / J 7 1 1 Z. 1 i u.uo 1 • U.UZj 1 An 1 .oU

U.UU44 n c\c\ 1 8 U.UUlo 7 7/1 Z. /

4

U.U04 u.uz /

1 <7 1. J / 0.030 0.013 -1.90

435
Wavelength Spectrum Energy Levels gf Loggf

A K lu /sec

5303.04 Th II 12902 ^ 1 754 0.020 0.0085 -2.07

5304.63 Th II 14791 — 33637 0.034 0.014 -1.84

5305.57 Th II 9401 — 28244 0.010 0.0044 -2.35

1 ^ Af^ 1 3.40 i n 11 1 4Z / O 0.16 0.072 -1.14

5421.84 Th II 7001 25440 0 0056 0yj* 009 yjyj^ _j5 —9 61

5425.68 Th II 9585 2801 1 0.036 0.016 -1.80

5433.69 Th II 11117 — 29515 0.0088 0.0039 -2.41

5449.47 Th II 14276 — 32621 0.093 0.041 -1.38

J40Z.0 I i n II 14Z /O 0.066 0.029 -1.53

5488.63 Th II 0 1 87 1

4

1 O^ 1 *+ 0 00099 0 00041 —^J.JO^8

5501.93 Th II 6244 2441 5 0.0026 0.0012 -2.92

5537.12 Th II 9202 — 27257 0.0059 0.0027 -2.56

5539.90 Th II 9585 — 27631 0.040 0.018 -1.74

^ ^CtT, AO J J 7J.OZ V» II 1 n II / UU

1

94874 ^H-o / 4 0.0061 0.0029 -2.54

5639.75 Th II 1522 1 9748 0 00^8 0 001 8 —9 74

5645.88 Th II 11117 98894 Z.OOZ.4 0.038 0.018 -1.75

5700.69 Th II 9720 — 27257 0.049 0.024 -1.62

5707.10 Th II 6214 — 23731 0.018 0.0088 -2.05

1 n II Qf\ 1 Q oU 1 O 9 5440 0.0022 0.0011 -2.96

5741.18 Th II 7001 9441 5 0 0044 0 0099 —9 f\(\ -6. DO

5749.40 Th II 1860 1 9948 0.0016 0.00080 -3.10

5796.42 Th II 11576 - 28824 0.017 0.0087 -2.06

5815.43 Th II 1860 — 19051 0.00098 0.00050 -3.30

JoJO. 74 inn Q 0.00029 0.00015 -3.83

5914.39 Th II 9585 26489 0 018 0 0094 -2 03

5989.07 Th II 1522 11 89O.^ 141 *T 0.0035 0.0019 -2.73

6019.00 Th II 15145 — 31754 0.023 0.012 -1.91

6085.26 Th II 6214 — 22642 0.0018 0.00098 -3.01

01U4.J / innVl I ¥ oOUO 94Q89 0.0086 0.0048 -2.32

6112.83 Th II 1860 1 89 1

4

1 O^ 1 H 0\J* 001 \J\J 1 8o 0 001

0

yj. \J\J 1 \j —^ 00

6193.86 Th II 11117 979 57 0.013 0.0076 -2.12

6232.98 Th II 9401 — 25440 0.0040 0.0023 -2.63

6261.06 Th II 4113 — 20081 0.0016 0.00094 -3.03

ozd6. 1 / Th II o4oU 9441 Z44 1 J5 0.0027 0.0016 -2.80

6274.13 Th II 4147 9008

1

0 00^5 0 009 1 —2 68

6277.23 Th II 6214 99 140 0.0014 0.00084 -3.07

6279.16 Th II 12902 — 28824 0.026 0.015 -1.81

6285.28 Th II 11726 — 27631 0.010 0.0062 -2.21

ojU4.Zj 1 n II odUd 944^^4 0.0028 0.0016 -2.78

6408.60 Th II 1522 17199 0 00063 0 00039 —3 41

6416.10 Th II 9401 94989 0.0051 0.0031 -2.51

6503.50 Th II 11117 — 26489 0.0056 0.0036 -2.45

6511.35 Th II 9061 — 24415 0.0019 0.0012 -2.92

OJOU.U / 1 n II 14Z /O 9Q5 1 5 0.016 0.010 -1.99

6605.42 Th II 4113 1 Q948 0\J. 001 \J\J 1 _J5 0 00097 —3 02

6617.06 Th II 12902 9801 Z.OU 1 X 1 0.0070 0.0046 -2.34

6619.95 Th II 4147 1 9948 0.0015 0.00097 -3.01

6658.68 Th II 9401 24415 0.0016 0.0011 -2.97

6692.71 Th II 4113 19051 0.00071 0.00047 -3.32

6704.04 Th II 8460 23373 0.0024 0.0016 -2.79

436
Wavelength Spectrum Energy Levels

A 1/

\jy y J .\JH 1 11 11 7001 — 717Q7

7900 T,? Tb II X 11 11 1 7770 — 7AR7A

8143.16 Th n 14349 - 26626

8784.57 Th II 1522 - 12902

Oo 1 D. 1 D Th IT 1 11 11

8842.08 Th II 4147 - 15453

gA gf Log gf

108/sec

0.0056 0.0041 -2.39

0.0078 0.0073 -2.14

0 022 0 027 —1 66

0.00009 0.00011 -3.97

0.00038 0.00045 -3.35

0.00082 0.00096 -3.02

437
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

2272.61 Ti I 387 44376 2.3 0.18 -0.76

2273.28 Ti I 0 43976 2.5 0.20 -0 71

2276.70 Ti I 170 - 44079 2.1 0.16 -0.79

2279.96 Ti I 387 — 44233 3.3 0.25 -0.59

2299.85 Ti I 0 — 43468 2.7 0.21 -0.68

2302.73 Ti I 170 43583 2.7 0.22 -0.66

2305.67 Ti I 387 43745 3.8 0.31 -0.51

2380.81 Ti I 387 — 42377 2.0 0.17 -0.77

2384.52 Ti I 387 — 4231

1

1.1 0.090 -1.04

2418.36 Ti I 0 — 41337 2.0 0.18 -0.75

2421.30 Ti I 170 41458 3.2 0.28 -0.55

2424.24 Ti I 387 41624 4.4 0.39 -0.41

2428.23 Ti I 0 - 41170 1.5 0.13 -0.89

2433.22 Ti I 170 — 41255 1.5 0.13 -0.87

2434.10 Ti I 387 — 41458 0.85 0.076 -1.12

2440.98 Ti I 387 41342 3.1 0.28 -0.56

2519.04 Ti I 0 39686 1.3 0.13 -0.90

2520.54 Ti I 0 - 39662 5.0 0.47 -0.32

2527.98 Ti I 170 — 39716 1.0 0.097 -1.01

2529.85 Ti I 170 — 39686 7.4 0.71 -0.15

2541.92 Ti I 387 39716 6.8 0.66 -0.18

2590.26 Ti I 170 38765 0.93 0.093 -1.03

2593.64 Ti I 0 — 38544 5.0 0.50 -0.30

2596.58 Ti I 170 — 38671 1.8 0.18 -0.74

2599.92 Ti I 0 — 38451 6.8 0.69 -0.16

2605.15 Ti I 170 38544 9.0 0.92 -0.04

261 1.28 Ti I 387 38671 12. 1.3 0.1

1

2611.48 Ti I 170 - 38451 1.7 0.17 -0.76

2619.94 Ti I 387 — 38544 7.0 0.72 -0.14

2631.54 Ti I 170 — 38160 3.6 0.38 -0.42

2632.42 Ti I 0 37977 3.4 0.36 -0.45

2641.10 Ti I 0 37852 13. 1.3 0.12

2644.26 Ti I 170 — 37977 16. 1.7 0.23

2646.64 Ti I 387 — 38160 21. 2.2 0.33

2654.93 Ti I 0 — 37655 0.28 0.029 -1.53

2657.19 Ti I 0 37623 0.69 0.073 -1.14

2661.97 Ti I 0 37555 1.5 0.16 -0.78

2669.60 Ti I 170 — 37618 1.8 0.19 -0.72

2679.93 Ti I 387 — 37690 2.4 0.26 -0.58

2685.14 Ti I 387 — 37618 0.60 0.064 -1.19

2725.07 Ti I 8492 45178 14. 1.5 0.18

2727.42 Ti I 8437 45091 12. 1.3 0.1

1

2731.13 Ti I 8602 - 45206 3.4 0.38 -0.42

2731.58 Ti I 8492 — 45091 6.6 0.74 -0.13

2733.26 Ti I 8602 — 45178 27. 3.1 0.48

2735.29 Ti I 8492 — 45041 8.2 0.92 -0.04

2735.61 Ti I 7255 43800 4.6 0.52 -0.28

2739.81 Ti I 8602 45091 13. 1.5 0.18

2742.32 Ti I 7255 43710 27. 3.1 0.49

2749.06 Ti I 8492 44858 6.3 0.71 -0.15

438
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

O-T C-T /lf\ L ID / .4U ill oOUZ /I44o/1 8 JO^8

2758.08 Ti I 12118 — 48365

2802.50 Ti I 7255 — 42928

2805.70 Ti I 8602 — 44233

2809.17 Ti I 8492 — 44079

0 fi 1 0 OS ill SAIl OHJ 1 M-ji' /

0

2817.40 Ti I 8492 — 43976

2817.84 Ti I 8602 — 44079

2828.07 Ti I 6557 — 41907

2912.08 Ti I 7255 — 41585

Ti I

1 7 1 1 O IZl lo A /C7 ^ C 4oZ JO

2933.55 Ti I 0 34079

2937.32 Ti I 170 — 34205

2942.00 Ti I 0 — 33981

2948.26 Ti I 170 — 34079

ill 107 j4ZUj

2956.80 Ti I 170 — 33981

2959.71 Ti I 8492 - 42270

2959.99 Ti I 8602 — 42377

2965.71 Ti I 8602 — 42311

Zyo 1 .LL ill JO187/ j4u / y

2968.23 Ti I 0 — 33680

2970.38 Ti I 0 — 33656

2974.93 Ti I 8602 — 42207

2983.31 Ti I 170 — 33680

JUUU.o / ill 187 JO / 1 i7r» 1 J J /Ul

3100.67 Ti I 8602 — 40844

3106.81 Ti I 8492 — 40671

3112.48 Ti I 8437 — 40556

3119.72 Ti I 12118 — 44163

1171 (Vl ill 77 ^ ^ /Z J J jyzoo

3141.54 Ti I 7255 — 39078

3141.67 Ti I 17215 — 49036

3186.45 Ti I 0 — 31374

3191.99 Ti I 170 — 31489

1 1 QQ Q7 ill 187 JO / 1 1 /;7Q J 1 oZy

3203.83 Ti I 170 — 31374

3204.87 Ti I 8492 - 39686

3214.24 Ti I 387 - 31489

3217.94 Ti I 15877 - 46944

17 1 Q 7 1 J/ 1 y.Z I ill 4 /UjU

3221.38 Ti I 16106 — 47140

3223.52 Ti I 16268 — 47281

3226.13 Ti I . 16459 — 47447

3292.08 Ti I 7255 — 37623

3299.41 Ti I 7255 37555

3306.88 Ti I 17215 47447

3308.39 Ti I 8437 38654

3309.50 Ti I 8492 38700

3309.73 Ti I 17075 47281

0 4 1 1 1 .

1

ft Ci'X 36. 4.1 0.61

22. 2.6 0.42

6.7 0.79 -0.10

5.1 0.61 -0.22

J.1 7/ —ftU.J J 3.8 0.45 -0.35

1.1 0.92 -0.04

4.2 0.50 -0.30

28. 3.5 0.55

e 1 O 1 . 1 ft 1 ft7 l.UZ

1.4 0.18 -€.76

1.2 0.15 -0.82

7.8 1.0 0.00

9.6 1.3 0.10

1

1

1 J. 1 .0 ftU.Z711 1.3 0.16 -0.78

2.0 0.27 -0.57

2.9 0.39 -0.41

13. 1.7 0.24

1 ^ 1 .J 0 1 Q —ftu. 77/ z 0.18 0.024 -1.62

0.50 0.066 -1.18

2.4 0.32 -0.50

1.2 0.15 -0.81

nu.zz77 n nin —11 .JSIJ 8.5 1.2 0.09

3.3 0.47 -0.33

2.1 0.31 -0.51

88. 13. 1.11

j.y U.oO —ftU.Uft7/ 4.2 0.62 -0.21

42. 6.2 0.79

8.1 1.2 0.09

11. 1.7 0.22

1 A 7 T Z. 1ftU.J11J 0.81 0.13 -0.90

1.7 0.26 -0.58

0.93 0.14 -0.84

30. 4.7 0.67

1

1

J 1

.

A 8o ftu.oo^.8 32. 4.9 0.69

65. 10. 1.01

45. 7.1 0.85

5.8 0.95 -0.02

1 A

J.

4

U.J J n 7*;

54. 8.9 0.95

5.9 0.97 -0.01

7.3 1.2 0.08

19. 3.1 0.49

439
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3312.69 Ti I 16961 - 47140 32. 5.3 0.73

3314.42 Ti I 8602 38765 24. 3.9 0.59

3341.88 Ti I 0 29915 13. 2.3 0.35

3342.15 Ti I 0 _ 29912 0.28 0.047 -1.33

3352.94 Ti I 170 _ 29986 0.29 0.049 -1.31

3354.64 Ti I 170 — 29971 9.7 1.6 0.22

3358.28 Ti I 0 29769 0.65 0.11 -0.96

3360.99 Ti I 170 29915 0.68 0.1

1

-0.94

3361.84 Ti I 170 _ 29907 0.28 0.048 -1.32

3370.44 Ti I 0 29661 2.5 0.43 -0.37

3371.45 Ti I 387 - 30039 11. 1.8 0.26

3377.48 Ti I 387 29986 7.0 1.2 0.08

3379.22 Ti I 387 29971 0.69 0.12 -0.93

3382.31 Ti I 8602 38160 4.1 0.70 -0.16

3385.66 Ti I 387 29915 0.40 0.069 -1.16

3385.95 Ti I 387 29912 3.4 0.59 -0.23

3390.68 Ti I 8492 37977 3.3 0.57 -0.24

3392.71 Ti I 12118 41585 9.2 1.6 0.20

3398.63 Ti I 8437 _ 37852 1.3 0.23 -0.63

3439.30 Ti I 11777 40844 3.2 0.56 -0.25

3467.26 Ti I 8492 - 37325 1.9 0.34 -0.47

3478.92 Ti I 8437 37173 1.1 0.21 -0.69

3480.53 Ti I 8602 37325 4.7 0.86 -0.07

3485.69 Ti I 8492 37173 1.1 0.21 -0.68

3495.75 Ti I 8492 37091 1.1 0.20 -0.69

3499.10 Ti I 8602 - 37173 1.8 0.33 -0.48

3506.64 Ti I 387 28896 0.22 0.041 -1.39

3547.03 Ti I 121 18 40303 8.9 1.7 0.23

3574.24 Ti I 18288 46258 16. 3.0 0.47

3598.72 Ti I 7255 35035 2.1 0.40 -0.40

3610.16 Ti I 7255 - 34947 6.3 1.2 0.09

3635.20 Ti I 387 27888 0.14 0.027 -1.56

3635.46 Ti I 0 27499 6.2 1.2 0.09

3637.97 Ti I 0 27480 0.15 0.031 -1.51

3642.68 Ti I 170 27615 8.8 1.8 0.24

3646.20 Ti I 0 - 27418 0.23 0.045 -1.34

3653.50 Ti I 387 27750 10. 2.0 0.30

3654.59 Ti I 0 27355 0.36 0.072 -1.14

3658.10 Ti I 170 _ 27499 0.86 0.17 -0.77

3660.63 Ti I 170 27480 0.50 0.100 -1.00

3668.97 Ti I 170 — 27418 0.49 0.099 -1.01

3671.67 Ti I 387 27615 0.81 0.16 -0.79

3685.96 Ti I 1 1532 38654 3.6 0.74 -0.13

3687.35 Ti I 387 27499 0.13 0.026 -1.59

3689.91 Ti I 387 27480 0.78 0.16 -0.80

3694.45 Ti I 1 1640 _ 38700 4.4 0.91 -€.04

3698.18 Ti I 18145 48178 13. 2.6 0.42

3698.43 Ti I 11640 38671 1.8 0.38 -0.42

3702.29 Ti I 8437 35439 1.5 0.30 -0.52

3704.30 Ti I 11777 38765 6.1 1.2 0.10

440
Wavelength Spectrum Energy Levels

A K 108/sec

Log gf

3707.53 Ti I 16268 43232

3709.96 Ti I 8492 35439

3717.40 Ti I 0 26893

3722.57 Ti I 170 27026

3724.57 Ti I 12118 38960

3725.16 Ti I 8602 35439

3729.82 Ti I 0 26803

3738.90 Ti I 15157 41895

3741.06 Ti I 170 26893

3748.10 Ti I 15108 41781

3752.86 Ti I 387 27026

3753.64 Ti I 170 26803

3766.45 TI I 8492 35035 \J -J 3771.66 Ti I 387 26893

3786 04 Ti I 7255 33661

3789.30 Ti I 11777 38160

3795.90 Ti I 1 1640 11911

3798.31 Ti I 1 1532 _ 37852

3818.22 Ti I 18193 44376

3822.03 Ti I 17075 43232

3828.19 Ti I 17215 43330

3853.05 Ti I 15877 41823

3853.73 Ti I 15976 41917

3858.14 Ti I 16106 42018

3866.44 Ti I 16268 A1\1A

3868.40 Ti I 15976 41819

3873.21 Ti I 16106 41917

3875.26 Ti I 0 25798

3882.15 Ti I 16268 42019

3882.33 Ti I 16268 42018

3882.89 Ti I 16459 42206

3888.02 Ti I 16106 41819

3889.95 Ti I 0 25700

3895.25 Ti I 16459 A1\1A

3898.49 Ti I 0 _ 15(iAA

3900.96 Ti I 170 2519S

3904.78 Ti I 7255 32858

3911.19 Ti I 16459 42019

3914.34 Ti I 387 _ 25927

3914.74 Ti I 0 _ 25537

3919.82 Ti I 12118 37623

3921.42 Ti I 0 25494

3924.53 Ti I 170 _ 25644

3926.32 Ti I 20796 _ 46258

3929.88 Ti I 0 _ 25439

3934.24 Ti I 387 25798

3947.78 Ti I 170 25494

3948.67 Ti I 0 25318

3956.34 Ti I 170 25439

3958.21 Ti I 387 25644

5.3 1.1 0.04

3.6 0.73 -0.13

0.51 0.10 -0.98

0.39 0.081 -1.09

20. 4.2 0.62

4.8 0.99 -0.00

3.1 0.65 -0.19

4.6 0.97 -0.01

3.8 0.79 -0.10

12. 2.5 0.39

6.1 1.3 0.11

0.66 0.14 -0.86

0.67 0.14 -0.85

0.68 0.14 -0.84

6.4 1.4 0.14

3.3 0.70 -0.15

1.9 0.40 -0.40

1.5 0.32 -0.49

11. 2.5 0.40

6.9 1.5 0.18

28. 6.2 0.79

10. 2.3 0.36

1 1. 2.3 0.37

14. 3.1 0.49

20. 4.6 0.66

13. 2.9 0.47

9.6 2.2 0.34

0.22 0.051 -1.30

14. 3.1 0.50

14. 3.1 0.50

44. 9.9 1.00

4.7 1.1 0.03

0.060 0.014 -1.87

17. 4.0 0.60

0.069 0.016 -1.80

0.15 0.035 -1.45

17. 3.8 0.58

9.0 2.1 0.31

0.45 0.10 -0.99

0.019 0.0044 -2.36

0.87 0.20 -0.70

0.23 0.052 -1.28

0.89 0.21 -0.69

31. 7.1 0.85

0.70 0.16 -0.79

0.062 0.014 -1.84

0.86 0.20 -0.70

3.4 0.81 -0.09

3.6 0.84 -0.08

4.4 1.0 0.01

441
Wavelength Spectrum Energy Levels

A K

3962.85 Ti I 0 - 25227

3964.27 Ti I 170 - 25388

3981 76 T i I 0 — 25107

3982 48 0

3984 33 11 fS^fi\1

3989.76 Ti I 170 - 25227

3994.70 Ti I 16875 - 41901

3998 64 DO 1 J O O

-IQQQ -If. Ti I J. X 1 1 6961 — 41V 959 y ^ y 4002 49 Ti I 1 7075 — 42053

4003.81 Ti I 17215 - 42185

4005.97 Ti I 16961 - 41917

4008 ~\J\J \j • 06 Ti I 17075 - 42018

4008 93 Ti I 170 - 25107

4009 66 Ti I 170 - 25103

4013.58 Ti I 17215 - 42124

4015.38 Ti I 16817 - 41714

4016 28 TX -1. i 1I 1721 5 - 42107 IV// 4017 77 Ti I 16875 — 41757

4021 83 Ti I 16961 - 41819

4024.57 Ti I 387 - 15111

4026.54 Ti I 17075 - 41903

4030 51 T1X1i I 11 72/ Z. 11 ^S — 42019 *tZ. V/ 1 y 40^^ 91 T1X1i T 1 7494

40^4 91 1X1 1 7'^70

4035.83 Ti I 17540 -42311

4040.32 Ti I 17075 - 41819

4055 02 T1X1i I 8437 — 33091

4057 62 Ti I 1 8594 — 43232

4058 14 T1X1i I 1 8695 — 43330

4060.26 Ti I 8492 - 33114

4064.22 Ti I 8492 - 33091

4065 10 Ti1X1I 8492 - 33085

4078 47 Til 8602 — 33114

4079 72 Ti T 17424 - 41929 ^ I. y y

4082.46 Ti I 8602 - 33091

4099.17 Ti I 17540 - 41929

4112 71 T1X1i I 387 — 24695

4172 17 T1X1i I 21470 — A^lll

T1X1i I H-DU J W

4123.57 Ti I 21588 - 48832

4127.54 Ti I 21740 - 45960

4131 25 T1X1i I 1 8525 — 42724

41 37 29 T1X1i I 1 8695 - 42859

4143 05 T1X1i I 1 8594 — A212A

41 50 96 T1X1i I 1 7540 — 41624

4159.64 Ti I \1A1A - 41458

Ti I 15108 - 39116

Ti I 15157 - 39152

4169.35 Ti I 15220 - 39198

gf Loggf

108/sec

ATI U. 1 / —U.7o

U. /4 A 1 O

U. 1 o —0.76

1 A

J.

4

AU.oZ A AA —u.uy

0.41 0.098 -1.01

5.1 1.2 0.09

A "2 4. J1 r\ l.U A A 1 U.Ul

i.U 0.71 A 1 C —0. 15

6.

1

1 c

l.J A 1 z: 0. 16

6.0 1.4 0.16

6.2 1.5 0.17

a A 0.4 1.5 A 1 A Kj.iy

3.U a 1 A —U. 14

O. I l.J AIT U. 1 / 0.69 0.17 -0.78

0.14 0.033 -1.48

1 c

lo. i.o A C O

J. 1

1 A 1.4 A 1 y1 U. 14

J.Z U. /O TV 1 n —il. IZ

9.5 2.3 0.36

12. 2.8 0.45

c\ on Au.zz —U.66

1 c

16. 1 Q A <Q

16. y1 A 4.U 0.60

3.8 0.93 -0.03

2.7 0.65 -0.19

1 C\ 10. 2.5 ATA 0.39

A TO u. /z A 1 A —U. 14

L.yj r\ ACi A '3 1 —U.3 1 10. 1.5 0.40

11. 2.6 0.41

ATI U. / 1 A 1 < —U. 13

1 /I 1.4 A 0 C A A Z

—I). 43

1 A 1.4 A A C —11.45

5.9 1.5 0.17

3.6 0.89 -0.05

L.yj A <A A 1(\ —U.3U

/.z 1 o1.0 l).Z6

A 1 y1 U. 14 A A'3 £: —\1 A A .44

21. 5.3 0.73

14. 3.5 0.55

46. 12. 1 AT 1.U7

35. O A A OC

4.5 1.2 A (\£i U.U6

16. 4.1 0.62

9.0 2.3 0.37

1 1 13. 3.4 (\ ^ A U. j4

6.4 1.6 A O O U.ZZ

1.4 U.3 / A A A —U.44

1.7 A /I '3 U.43 A 1 C —U.36

3.4 0.88 -0.06

442
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

4171.03 Ti I 17370 41337

4183.30 Ti I 18062 - 41959

4186.12 Ti I 12118 -> ^ f\f\f\ 36000

4188.69 Ti I 18062 41929

4200.75 Ti I 18145 A 1 C\ A A

4203.46 Ti I 18145 _ A\919

4211.73 Ti I 20063 - 43800

Ti I 22405 46068

4227.65 Ti I 20063 A'^ '~1 \ C\ 43710

A*^ ^ ^ O C\ 4237.89 Ti I

'-\ f\'-\ 1 f\ 20210 43800

4249.12 Ti I 18525 _ 42053

4256.04 Ti I 18695 - 42185

4258.54 Ti I 18483 41959

4261.60 • Ti I 18594 42053

4263.13 Ti I 15220 38671

4265.71 Ti I 15108 38544

4266.22 Ti I 18525 — 41959

AllQ.XA Ti I 18695 42107

A111A7) Ti I 6661 30060

A A CO 4274.58 Ti I

/- C C\C\ 6599 29986

4276.43 Ti I 13982 37359

4278.23 Ti I 20796 — 44163

4278.81 Ti I 18594 41959

4281.38 Ti I 6557 29907

4282.71 Ti I 15108 38451

4284.99 Ti I 14028 _ 37359

4286.01 Ti I 6661 — 29986

4287.40 Ti I 6743 30060

A^ a a 1 4288.16 Ti I

/- r c\c\ 6599 29912

4289.07 Ti I 6599 29907

4290.94 Ti I 6557 29855

4295.76 Ti I 6557 - 29829

4298.66 Ti I 6599 29855

4299.23 Ti I 14106 37359

4299.64 Ti I 6661 29912

4300.56 Ti I 6661 29907

4301.09 Ti I 6743 - 29986

4305.92 Ti I 6843 30060

4308.50 Ti I 8602 3 1806

43 1 1.65 Ti I 17370 40556

4314.35 Ti I 6743 _ 29915

4314.80 Ti I 6743 — 29912

43 18.64 Ti I 18193 A13A2

4321.66 Ti I 18037 41 170

4325.13 Ti I 18141 41255

4326.36 Ti I 6661 29769

4334.84 Ti I 6599 29661

4346.11 Ti I 18037 41040

4354.06 Ti I \1A1A 40385

4360.49 Ti I 17540 40467

8.8 2.3 0.36

3.2 0.83 -0.08

5.9 1.5 0.19

3.7 0.96 -<).02

6.3 1.7 0.22

7.3 1.9 0.29

5.3 1.4 0.15

12. 3.3 0.51

6.1 1-6 0.21

20. 5.3 0.72

7.7 2.1 0.32

13. 3.4 0.53

6.4 1.7 0.24

6.6 1 o1.8 0.25

12. 3.2 0.51

1.2 0.34 -0.47

3.8 1.0 0.01

6.7 1.8 0.26

0.26 0.072 1 -t A -1.14

0.73 0.20 —0.70

2.9 0.81 -0.09

20. 5.5 0.74

2.7 0.74 AIT —0.13

0.32 A Aon 0.089 1 AC —1.05

7.2 ^ A2.0 0.30

3.8 1.1 0.02

2.8 0.76 -0.12

2.6 0.72 —0.14

f\ f\c\r\ 0.090 0.025 1 /TV -1.60

2.9 0.79 -0.10

2.5 0.69 -0.16

2.5 0.68 -0.17

6.0 1.7 0.22

5.0 1.4 0.14

0.61 0.17 -0.77

8.7 2.4 0.38

13. 3.5 0.54

19. 5.2 0.72

0.19 A A C ^ 0.052 1 A —1.29

Z.b ATI 0.7

1

A 1 C —0.15

0.25 0.071 -1.15

3.6 1.0 0.01

27.

^7 ^7 1.1 0.88

13. 5.1 0.56

14.

A f\ 4.0 0.60

0.45 0.13 -0.89

0.085 0.024 -1.62

5.1 1.4 0.16

2.1 0.60 -0.22

5.8 1.6 0.22

AA3
Wavelength Spectrum Energy Levels

A K

4368.94 Ti I 18288 41170

4369.68 Ti I 20796 43674

4372.38 Ti I 20063 - 42928

4388.08 Ti I 18062 — 40844

4393.92 Ti I 18288 — 41040

4404.28 Ti I 18145 40844

4404.90 Ti I 15157 37852

4405.68 Ti I 8492 — 31184

4416.54 Ti I 15108 — 37744

4417.28 Ti I 15220 — 37852

4421.76 Ti I 18062 40671

4422.82 Ti I 8602 31206

4424.39 Ti I 18288 - 40883

4425.83 Ti I 8602 — 31191

4426.06 Ti I 15157 — 37744

4427.10 Ti I 121 18 34700

4430.02 Ti I 19422 41988

4430.37 Ti I 1 1640 - 34205

4431.28 Ti I 17996 — 40556

4433.58 Ti I 19323 — 41872

4434.00 Ti I 11532 34079

4436.59 Ti I 15157 37690

4438.23 Ti I 18145 - 40671

4440.35 Ti I 15108 — 37623

4441.27 Ti I 15108 — 37618

4444.27 Ti I 18062 40556

4449.15 Ti I 15220 37690

4450.90 Ti I 15157 - 37618

4453.32 Ti I 11532 — 33981

4453.71 Ti I 15108 — 37555

4455.33 Ti I 11640 34079

4457.43 Ti I 1 1777 34205

4462.09 Ti I 0 - 22405

4463.38 Ti I 15157 — 37555

4463.54 Ti I 15220 — 37618

4465.81 Ti I 14028 36415

4471.24 Ti I 13982 36341

4474.85 Ti I 11640 — 33981

4479.70 Ti I 13982 — 36298

4480.59 Ti I 14028 — 36341

4481.26 Ti I 14106 36415

4482.69 Ti I 1 1777 34079

4489.09 Ti I 14028 — 36298

4492.55 Ti I 16961 — 39214

4496.15 Ti I 14106 — 36341

4497.73 Ti I 17075 — 39302

4503.78 Ti I 17215 39413

4512.74 Ti I 6743 28896

4515.62 Ti I 17075 39214

4518.03 Ti I 6661 28788

gA gf Loggf

1.8 0.50 -0.30

14. 4.1 0.61

7.2 2.1 0.32

2.0 0.58 -0.24

12 3 5 0 S4

16. 4.7 0.67

1.7 0.51 -0.30

0.13 0.039 -1.41

1.7 0.49 -0.31

6 3 1 8 0V/.Z.U 1(\

7.7 2.3 0.36

0.54 0.16 -0.80

1.6 0.48 -0.32

0.13 0.039 -1.41

3 4 1 . \J\J —0 00

11. 3.2 0.50

2.0 0.59 -0.23

0.87 0.26 -0.59

3.0 0.88 -0.05

2 2 0 64 -0 19

1.7 0.50 -0.30

2.0 0.59 -0.23

1.9 0.57 -0.24

3.6 1.1 0.03

1 3 0 39 —0 41

1.5 0.45 -0.35

23. 7.0 0.84

15. 4.5 0.65

8.3 2.5 0.39

7 8 1 3

9.7 2.9 0.46

11. 3.4 0.53

0.0081 0.0024 -2.62

1.9 0.58 -0.24

0 79 —0 10

5.6 1.7 0.23

4.6 1.4 0.14

0.95 0.28 -0.55

1.8 0.55 -0.26

0 Q2 0 ?8 —0 '^f,

10. 3.1 0.49

0.98 0.29 -0.53

5.0 1.5 0.18

1.0 0.32 -0.50

1 4 0 1 5

1.1 0.32 -0.49

1.9 0.59 -0.23

1.9 0.57 -0.25

0.84 0.26 -0.59

2.3 0.72 -0.14

444
Wavelength Spectrum Energy Levels

A K

4518.70 Ti I 1 1532 33656

4522.80 Ti I 6599 _ 28703

4527.31 Ti I 6557 - 28639

4533.24 Ti I 6843 — 28896

4534.78 Ti I 6743 — 28788

4535 58 Ti I 6661 28703

4535.92 Ti I 6599 28639

4536.05 Ti I 6557 - 28596

4544.69 Ti I 6599 — 28596

4548.77 Ti I 6661 — 28639

4552.46 Ti I 6743 28703

4555 08 Ti I 19422 41369

4555.49 Ti I 6843 - 28788

4557.86 Ti I 19938 — 41872

4558.1

1

Ti I 18912 — 40844

4559.92 Ti I 1 1777 33701

4562 63 Ti I 170 22081

4563.43 Ti I 19574 - 41481

4570.91 Ti I 19323 — 41194

4617.27 Ti I 14106 — 35758

4619.52 Ti I 18826 40467

4623.09 Ti I 14028 35653

4629.34 Ti I 13982 - 35577

4637.88 Ti I 18912 — 40467

4639.37 Ti I 14028 — 35577

4639.67 Ti I 14106 35653

4639.95 Ti I 13982 35528

4645.19 Ti I 13982 — 35503

4650.02 Ti I 14028 — 35528

4656.04 Ti I 14106 — 35577

Ti I 0 21470

4667.59 Ti I 170 21 588

A(il5.\l Ti I 8602 — 29986

4681.92 Ti I 387 — 21740

4686 ~\j \J\J m 92y Ti I 17370 — 38700

4690 80 Ti I 8602 — 29915

4691.34 Ti I 8602 2991 2

4693.68 Ti I 170 — 21470

4696.94 Ti I 17370 — 38654

4698.76 Ti I 8492 — 29769

4710.19 Ti I 8437 29661

4715.30 Ti I 387 21588

4722.62 Ti I 8492 - 29661

4723.17 Ti I 8602 — 29769

4731.17 Ti I 17540 — 38671

4733.43 Ti I 17424 — 38544

4734.68 Ti I 18037 39152

4742.1

1

Ti I 17370 38451

4742.79 Ti I 18037 39116

4747.68 Ti I 18141 39198

gA gf Loggf

10^/sec

0.87 0.27 -0.57

2.3 0.70 -0.15

1.7 0.53 -0.28

14. 4.4 0.64

8.3 2.6 0.41

5.4 1.7 0.22

2.7 0.82 -0.09

2.6 0.81 -0.09

1.6 0.49 -0.31

2.1 0.66 -0.18

2.2 0.68 -0.17

1.9 0.60 -0.22

1.7 0.52 -0.28

1.8 0.56 -0.25

1.3 0.42 -0.38

0.56 0.17 -0.76

0.017 0.0053 -2.28

3.0 0.94 -0.03

2.8 0.87 -€.06

16. 5.2 0.71

1.5 0.49 -0.31

7.8 2.5 0.40

3.1 0.99 -0.00

3.8 1.2 0.09

3.9 1.2 0.09

3.5 1.1 0.06

3.0 0.98 -0.01

2.3 0.73 -0.13

1.9 0.62 -0.21

0.39 0.13 -0.90

0.22 0.071 -1.15

0.26 0.086 -1.07

0.24 0.079 -1.10

0.31 0.10 -0.99

0.85 0.28 -0.55

0.079 0.026 -1.58

0.63 0.21 -0.68

0.013 0.0042 -2.38

0.93 0.31 -0.51

0.61 0.20 -0.70

0.37 0.12 -0.91

0.0076 0.0025 -2.60

0.22 0.074 -1.13

0.23 0.077 -1.12

2.4 0.79 -0.10

1.8 0.61 -0.21

0.86 0.29 -0.54

0.89 0.30 -0.52

8.0 2.7 0.43

1.1 0.37 -0.43

445
Wavelength Spectrum Energy Levels

A K

4758.12 Ti I 18141 39152

4759.28 Ti I 18193 39198

4766.33 Ti I 18141 - 39116

A169.il Ti I 18193 39152

4778.26 Ti I 18037 38960

4781.72 Ti I 6843 27750

4792.49 Ti I 18826 39686

4796.22 Ti I 18818 — 39662

4797.98 Ti I 18826 39662

4799.80 Ti I 18288 391 16

4805.43 Ti I 18912 39716

4808.53 Ti I 24695 45485

4811.08 Ti I 15220 - 36000

4812.25 Ti I 18912 39686

4820.42 Ti I 121 18 32858

4825.46 Ti I 18695 39413

4836.13 Ti I 18288 38960

4840.87 Ti I 7255 27907

A a A a A ^ 4848.47 Ti I 17540 38160

4856.01 Ti I 18193 38780

4864. 18 Ti I 17424 37977

4868.26 Ti I 18037 38573

4870.14 Ti I 18141 - 38669

4880.91 Ti I 17370 37852

4882.35 Ti I 18193 38669

4885.08 Ti I 15220 35685

4899.91 Ti I 15157 35560

4913.62 Ti I 15108 — 35454

4915.24 Ti I 15220 35560

4919.87 Ti I 17424 37744

4921.77 Ti I 17540 37852

4925.41 Ti I 15157 35454

4926.16 Ti I 6599 - 26893

4928.34 Ti I 17370 37655

4937.74 Ti 1 6557 26803

4938.29 Ti I 20796 41040

4941.58 Ti I 17424 37655

4948.19 Ti I 17540 — 37744

4958.25 Ti I 7255 27418

4964.75 Ti I 15877 36014

4968.58 Ti I 15976 36096

4973.05 Ti I 16106 36209

4975.35 Ti I 20210 — 40303

4977.74 Ti I 16268 36351

4978.20 Ti I 15877 35959

4981.73 Ti I 6843 2691

1

4989.15 Ti I 15976 36014

4991.07 Ti I 6743 26773

4995.08 Ti 1 18145 38160

4997.10 Ti I 0 20006

gA gf Log gf

108/sec

15. 5.2 0.71

15. 5.2 0.72

2.1 0.73 -0.14

1.4 0.46 -0.33

3.1 1.1 0.02

0.087 0.030 -1.52

6.3 2.2 0.34

2.5 0.87 -0.06

1.9 0.65 -0.18

5.4 1.9 0.27

6.4 2.2

- 0.35

13. 4.5 0.66

0.45 0.16 -0.81

2.2 0.77 -0.11

1.7 0.58 -0.23

1.2 0.41 -0.38

1.8 0.64 -0.19

0.97 0.34 -0.47

2.5 0.88 -0.05

13. 4.6 0.66

1.2 0.42 -0.37

8.5 3.0 0.48

1 1. 3.8 0.58

0.96 0.34 -0.46

1.9 0.69 -0.16

7.5 2.7 0.43

7.3 2.6 0.42

5.9 2.1 0.33

1.0 0.37 -0.43

4.5 1.6 0.21

6.6 2.4 0.38

0.99 0.36 -0.44

0.053 0.019 -1.71

5.1 1.9 0.27

0.052 0.019 -1.72

8.6 3.2 0.50

1.1 0.41 -0.39

0.76 0.28 -0.56

0.041 0.015 -1.82

1.2 0.43 -0.37

1.4 0.53 -0.28

1.7 0.64 -0.19

8.6 3.2 0.51

1.5 0.57 -0.24

2.5 0.94 -0.03

9.9 3.7 0.57

3.3 1.2 0.09

7.6 2.8 0.45

1.3 0.48 -0.32

0.033 0.012 -1.90

446
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

4999.51 Ti I 6661 26657

5001.01 Ti I 16106 — 36096

jUU / .Z

1

1 1 1 7a<;a/i ZDJ04

i 1 I

1 7n 70ZU 1 7 A 1 ZD

cn 1 Tin 1 1 I 1 OZt)o 1 A70Q

5014.19 Ti I 0 — 19938

5016.17 Ti I 6843 — 26773

JUZU.UJ ill O / 4J 7AA^7

jUZZ.o / ill AAA DOO 11 7ASA/I ZDJ04

jUZ4.o4 ill 7A/tQ/l Z0474

5025.58 Ti I 16459 — 36351

5035.91 Ti I 11777 — 31629

JUju.'f / ill 1 1 04U J

1 11 4840"Q

^ni8 /in ill 1 1 J jZ 1 1 11

A

J 1 J / 4

ill 1

1 70/U 7000A ZuUUO

5040.62 Ti I 6661 — 26494

5043.59 Ti I 6743 — 26564

KCiAA 77 ill 1 7 </i n 1 / J4U 171 <Q J 1 jjy

<r\A < A ^ jV'fJ.H I 111 A8/1

1

Oo4J 7AA^7 ZDOj / CA/1 8 7 1 ill 1

1 7i7n / J /u 17 171 J 1 I 1 J

5052.87 Ti I 17540 — 37325

5054.08 Ti I 21588 — 41369

^nA7 1 1 jUoZ. 1

1

ill 17/17/1

1 /4Z4 17 171 5 1 1 1 i

jUo4.U / ill 7 1 7/1 n Z 1 / 4U /I 1 /I 8 1 4 1 4o 1 jU04.00 ill 187 JO 1 70ZU 1 7 A 1 ZD

5065.99 Ti I 11640 — 31374

5068.33 Ti I 21470 — 41 194

ill 11 7170 / J / U J170Q 1 / \jy 1 JU / 1 .4o 111/// 1 777 J1 1

1 48Q 4o"

JUO CDS'!; "izi J. j4 1X1 1 1 's17 1 1 J JZ 1 1 1 Q 1 J 1 1 7 1

5087.07 Ti I 11532 — 31184

5109.44 Ti I 11640 — 31206

'si 1 "J A A J 1 J J. 44 ill 1 1 A/l O 1 1 04U 1 1 1 Q 1 J 1 1 7 1

1 7n /17 J 1 ZU.4Z 'Pi illT 707QA ZU / yV) /10170 4UjZU

J 143.4 / ill 1 1 777 Villi 1 1 7 OA 5 1 ZUO

5147.48 Ti I 0 — 19422

5152.20 Ti I 170 — 19574

C 1 -7-2 n c ill U

1 Q1 7 1

J I OO. J4 i 1 I

1 707 ^

1 IKjIj 1 A1 < 1 ^ 1 Q7 Qfi i 1 1

1 70 i /u 1 Q/1 77

5194.04 Ti I 16961 — 36209

5201.10 Ti I 16875 — 36096

jZUO.Uo ^iCif^ n8 ill 700A1 1Q7AA J "ZOO

JZU ^7n7/ .o87/ ill 1 AB 1 7 1 Do 1 / 1jOUA0 1 A1 4

JZ lU. J7 Till-i I 187 JO 1

11 0^74 yj /4

^7 1 Q 7 1 ill 11 70IK) 1 Q17

1

1 y jLj

5222.69 Ti I 16817 35959

5223.64 Ti I 16875 36014

5224.32 Ti 1 17215 36351

5224.56 Ti I 16961 36096

6.4 2.4 0.38

5.3 2.0 0.30

^ A J.O 7 1 Z. 1 O 17 U. jZ

O 07 Q O O 1 1 U.U 1 1 —1 OA 1 .70

c c J.J 7 1 Z. 1 Oil U.J 1

0.76 0.29 -0.54

0.96 0.36 -0.44

1 1 1 .J O ^ 1 U.J 1 —OU.Z77Q

1 1 1 .J oU. jU^o —OU. jU10

O 80 0U. j414 —OU.447/

7.3 2.8 0.44

7.6 2.9 0.46

^ 1 J.J 7Z.UO o io U. jU

4 <C 4. J1 7 1 . / OU.Z71J OU.ZO78 O 1 1 U. I 1 —OU. QA70

0.11 0.043 -1.37

0.13 0.050 -1.30

1 7 1 .Z O /I A U.40 ^j. J J oU.Uooa<J OU.UjZ 017 —1 A Q 1 .47

O 87 U.oZ O 1 1 U.J 1 ^J. jU

3.4 1.3 0.12

2.2 0.82 -0.08

1 1 J.J 1 1 1 .J O 1 o U. 1

U

1 Q j.y 1 .J O 1 8 U. I O

O 1 ^ U.J J oil U. 1 J n 87

0.58 0.22 -0.65

3.6 1.4 0.14

11

. Q

0U. 7S/ J O 1 1

/ U. 1

J

O 80 O 1 1 U.J 1 —OU.JS T1 OU.Z7 SJ oU.U-' oQ<;

J

—11 .uz 07

0.73 0.28 -0.55

0.31 0.12 -0.92

1 1

1 .

1

O /I /I U.44 n iA ^J. JD

7 1 Z 1

.

8 1 O.J O Q7 U.7Z

1 A 1 .0 O A/1 U.04 TV 1 Q ^J. 1 7

0.049 0.020 -1.71

0.047 0.019 -1.73

O 77 U.ZZ O OQ8 —1 OA 1 .UO

1 1 1 . 1 O /1

1

U.4j n iA —U.JO

O 77 U.Z / oil U. 1 1 —U. 70

2.1 0.83 -0.08

1.5 0.61 -0.22

A 7 D. / 7 7 Z. / U.44

1 7 OU. 70/ U n 1

A

^J. 1 o O 1 1 U.J 1 O 1 1 U. 1 J —OU. QO7U

0.031 0.013 -1.90

2.2 0.89 -0.05

7z.u0 0u. 80OU —0U.U700

6.5 2.7 0.42

2.3 0.93 -0.03

447
Wavelength Spectrum Energy Levels gA gf Log gf

A K IQS/see

5224.95 Ti I 17075 - 36209 4.7 1.9 0.28

5238.58 Ti I 6843 - 25927 0.16 0.065 -1.19

5246.15 Ti I 20210 - 39266 1.2 0.51 -0.29

5246.57 Ti I 6743 - 25798 0.069 0.029 -1.55

5247.31 Ti 1 16961 - 36014 1.7 0.71 -0.15

5250.95 Ti I 6661 - 25700 0.027 0.01

1

-1.95

5252.1

1

Ti I 387 - 19422 0.023 0.0095 -2.02

5255.83 Ti I 17075 - 36096 1.8 0.73 -0.13

5259.99 Ti I 22081 - 41087 5.2 2.1 0.33

5263.50 Ti I 17215 - 36209 1.3 0.54 -0.27

5265.98 Ti I 15220 - 34205 2.1 0.86 -0.06

5282.39 Ti I 8492 - 27418 0.088 0.037 -1.43

5283.45 Ti I 15157 - 34079 1.9 0.78 -0.11

5284.39 Ti I 8437 - 27355 0.076 0.032 -1.50

5295.79 Ti I 8602 - 27480 0.13 0.057 -1.25

5297.26 Ti I 15108 - 33981 1.5 0.65 -0.19

5298.44 Ti I 20210 - 39078 3.5 1.5 0.17

5341.50 Ti I 34947 - 53663 29. 13. 1.10

5351 08 Ti I 22405 - 41087 7.4 3.2 0.50

5366.65 Ti I 6599 - 25227 0.030 0.013 -1.89

5389.18 Ti I 6557 - 25107 0.047 0.020 -1.69

5389.99 Ti I 15108 - 33656 0.65 0.28 -0.55

5396.60 Ti I 170 - 18695 0.0031 0.0013 -2.87

5397.09 Ti I 15157 - 33680 1.1 0.46 -0.34

5404.02 Ti I 18826 - 37325 1.3 0.56 -0.25

5409.61 Ti I 15220 - 33701 1.3 0.58 -0.24

5426.26 Ti I 170 - 18594 0.0075 0.0033 -2.48

5429.15 Ti I 18912 - 37325 2.6 1.1 0.06

5436.73 Ti I 7255 - 25644 0.034 0.015 -1.82

5438.32 Ti I 11532 - 29915 0.073 0.032 -1.49

5446.64 Ti I 18818 - 37173 1.4 0.63 -0.20

5448.90 Ti I 18826 - 37173 1.1 0.47 -0.32

5449.16 Ti I 1 1640 - 29986 0.093 0.042 -1.38

5453 65 Ti I 1 1640 - 29971 0.16 0.073 -1.14

5460.51 Ti I 387 - 18695 0.0097 0.0043 -2.36

5471.21 Ti I 11640 - 29912 0.32 0.14 -0.84

5472.70 Ti I 11640 - 29907 0.16 0.072 -1.14

5473.55 Ti I 18826 - 37091 1.4 0.63 -0.20

5474.23 Ti I 1 1777 - 30039 0.38 0.17 -0.77

5474.46 Ti I 18912 - 37173 1.1 0.48 -0.32

5477.71 Ti I 19574 - 37825 4.7 2.1 0.33

5481.43 Ti I 19422 - 37660 4.1 1.8 0.27

5481.87 Ti I 1 1532 - 29769 0.31 0.14 -0.86

5488 20 Ti I 19323 - 37539 3.2 1.4 0.16

5490.15 Ti I 11777 - 29986 0.66 0.30 -0.53

5490.84 Ti I 387 - 18594 0.0047 0.0021 -2.67

5503.90 Ti I 20796 - 38960 5.9 2.7 0.43

5511.78 Ti I 20063 - 38201 1.9 0.87 -0.06

5512.53 Ti 1 1 1777 - 29912 1.5 0.68 -0.17

5514.35 Ti I 11532 - 29661 1.1 0.51 -0.29

448
Wavelength Spectrum Energy Levels gA gf Log gf

AA lU^/sec

c c 1 /I ill 1 1 A/in 1 1 04U LylW 1 1 1 .3 A A 1 U.O 1 A n

111 11 oUj onn/ 1 AAAA Z.D 1 0 1 .z A A8

5644.14 Ti I 18288 - 36000 6.3 3.0 0.48

5648.58 Ti I 20126 - 37825 3.1 1.5 0.17

JDOZ. 1 O 111 1 OD7J 1 A1 c 1 3o3j1 c 1J.

3

0 c Z.J A Ar\ U.4U

i 1 I ZUUUo — 3/ooU "3 A 3.U 1 .4 A 1 C0. 1

J

JO /3.4Z i 1 I Zj 1U3 — 4Z/Z4 T c

3. J 1 . / A 0 1 U.Z3

5675.44 Ti I 18594 - 36209 3.4 1.6 0.21

5679.94 Ti I 19938 - 37539 1.2 0.60 -0.23

jooy.4 / i 1 I

1 0 CO c T /I AO/; -) c Z.J l.Z A AO U.Uo

D /UZ.OO 111 1 Q /t Q

1

•J /: A 1 /t 1 Q l.y A Q 1 TV r\A —U.U4

J /Uo.Zj 111 — 3ozuy A QQ A /I 8 A 1 1 —U.3 1 5711.88 Ti I 18594 - 36096 1.6 0.81 -0.09

5713.92 Ti I 18463 - 35959 1.1 0.52 -0.29

c-7 1 c 1 1 ill 1 0 1 Q-J 1 <^8 < L.L 1.1 A C\1 U.U3

^7 1 /IS J / 1 O.4o ill 1 0 JZJ

IC-Cy 1 A 3t5U14 i .3 U.oo —A 1 8 U. 1 0

J / /u.4o Till-i I 1 8/181 1 o4o3 Djyjy A QT A /I C U.4j —A 1 A U.34

5739.51 Ti I 18141 - 35560 1.9 0.94 -0.03

5740.02 Ti I 18037 - 35454 0.92 0.46 -0.34

J /4 1 .ZZ ill om 1 n ZUZ lU — 3/oZ3 A n c

\J. /o A 1 0 —i).4Z

J / jZ.o4 ill 1 oAz:')1 oUdZ 1 C/1 1Q 3j43y A /1/i U.4o A T 1 U.Z3 —A ^ A U.d4

J 1 oz.z / Till-i I ZD4j'4 43544 /1 1 8/1 /I Q Q A Q 4.7 A AO u.oy

5766.35 Ti I 26564 - 43902 13. 6.3 0.80

5774.05 Ti I 26657 - 43972 18. 9.0 0.95

C-7Qn -TO 3 /oU. /o ill 1 Q 1 /f C lo 14j — 1 C /1 1 Q 3j43y A 1 C U.3 J —a A c U.4o

£•-70 c no ill Zo / /3 — A /I AC 1 44Uj 1

1

0

1 0. y.L u.y6

JOU4.ZO i 1 I Zoy 1

1

— /I /I 1 1 c 4413j 16. o.Z A A 1 u.y 1 5823.71 Ti I 18288 - 35454 0.93 0.48 -0.32

5866.46 Ti I 8602 - 25644 0.56 0.29 -0.54

CQOf> -J 1 ill o4yz — T C /I Q/l Zj4y4 A A8 C A A/1 /I U.U44 —1 "2 c 1.3j

C OQQ -}') ill 8/1 T C/l 1Q Zj43y All U.3 1 A 1 ^ U. 1

0

A "70 —U. ly

ill ooUZ 0 c c 1 -7 A AT) U.U /Z A Al 0 1 A'> —\Al

5918.55 Ti I 8602 - 25494 0.16 0.083 -1.08

5922.12 Ti I 8437 - 25318 0.19 0.10 -1.00

jyj 1 .oZ ill ooUZ — Zj43y A AQO AU.UjZ AO 1 TO —l.Zo

J 74 1 . / O ill 8/1 o4yz 0 CI 1 8 Z j3 i 0 A 1 C A A8A —1 1 A 1 . J U

CQCO 1 -7 J 7J J. 1

/

ill J jZZU — nA 1 /I 3ZU14 0 c Z.J 1 1 1.3 A 1

'2 U. 1

3

5965.84 Ti I 15157 - 31914 1.7 0.89 -0.05

5978.56 Ti I 15108 - 31830 2.2 1.2 0.08

ill 1 -7 C /I A 1 / j4U — 1 /I'OAC 34ZUJ C A J.

4

z.y

(\ An U.4 /

CQQQ /:o ill 1 oU3 / — 1 /I -7 AA 34/UU 1 o 1 .Z A ^"J U.o3 A TA —U.ZU

dUo4.oj ill 0 /I 1 -7 o43 / T /I QO 1 AIT U. IZ A A<:;0 U.U07 —l.lo

6085.23 Ti I 8492 - 24921 0.14 0.076 -1.12

6091.17 Ti I 18288 - 34700 2.2 1.2 0.08

ouyz.o 1 ill 1 5ZZU — 3l6Zy A '3 '3 U.33 A 1 0

u. 1 y

A -7 T —U.73

Quyo.o / ill -> /I ^ 0 c — y1 1 AO -7 4 1 Uo /

/I 0 4.0 Z. /(\ A1 U.43

olZl.Ul i 1 I

1 C 1 c-7

i M J / A 0 0 U.Zo A 1 ^U. lo C\ OA —U.oU

0 1 zo.zz ill ooUZ — Z4yzi A 1 /I U. 14 A ATO U.U /o —111 1.11

6138.38 Ti 1 17370 - 33656 0.27 0.15 -0.82

6146.22 Ti I 15108 - 31374 0.23 0.13 -0.88

449
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

6149.74 Ti I 17424 - 33680 0.30 0.17 •-0.77

O 1 OO. 1 J 111 1 /j4U U.J J U.3U —U.5Z

6215.28 Ti I 21740 - 37825 4.4 2.5 • 0.40

6220.49 Ti I 21588 - 37660 3.3 1.9 0.28

dllXAX Ti I 21470 - 37539 2.7 1.6 0.19

6258.10 Ti I 11640 - 27615 0.99 0.58 -0.24

J o. / \J T111-i 1 111/// 1 777 — 777^n 1 .u u.ou ~U.ZZ

6261.10 Ti I 11532 - 27499 0.75 0.44 -0.36

6303.75 Ti I 11640 - 27499 0.16 0.096 -1.02

6312.24 Ti I 11777 - 27615 0.14 0.083 -1.08

6318.03 Ti I 11532 - 27355 0.065 0.039 -1.41 o J JO. 1 u ill I 1 D4U 77/1 1 8 Z /4 1 O u.u/y (\ f\A 8 1 1^ —l.iZ

6366.35 Ti I 11777 - 27480 0.094 0.057 -1.24

6419.10 Ti I 17540 - 33114 0.13 0.082 -1.08

6497.69 Ti I 11640 - 27026 0.039 0.025 -1.61

6508.14 Ti I 11532 - 26893 0.042 0.027 -1.57

O j4o.Zo i 1 I

1 1 ^17 7 ABOI ZooUj nil U. 1

1

A A'? A U.U /4 —1 11 1.13

6554.23 Ti I 11640 - 26893 0.14 0.091 -1.04

6556.07 Ti I 11777 - 27026 0.17 0.11

" -0.96

6575,18 Ti I 20796 - 36000 0.49 0.32 -0.50

6599.11 Ti I 7255 - 22405 0.027 0.017 -1.76

OOOO. J J 111 1 1 nnn 11/// 7 A77'J ZD 1 1

J

A (\A A U.U40 A Cil 1 U.U3 1 1^1

6677.18 Ti I 20063 - 35035 0.48 0.32 -0.50

6716.68 Ti I 20063 - 34947 0.70 0.47 -0.32

6743.12 Ti I 7255 - 22081 0.056 0.038 -1.42

6861.47 Ti I 18288 - 32858 0.53 0.37 -0.43

Do / j.yZ. 111 7 1 <88 Z 1 J OO Jo 1 jZ A 7/1 U.Z4 ^J.OJ

6913.19 Ti I 21740 - 36201 0.48 0.34 -0.46

6933.15 Ti I 25107 - 39527 1.4 1.0 0.01

6943.70 Ti I 25388 - 39786 1.5 1.1 0.04

6996.63 Ti I 18826 - 33114 0.44 0.32 -O.50

/UU4.DO 111 1 OO 1 O n 7Q A 7 1 U.Z 1 ^.O / 7008.35 Ti I 18826 - 33091 0.26 0.19 -0.72

7010.94 Ti I 18826 - 33085 0.26 0.19 -0.72

7035.86 Ti I 25318 - 39527 1.6 1.2 0.08

7038.80 Ti I 18912 - 33114 0.73 0.54 -0.27

/UjU.oj Ti I 18017 1 ay 1

Z

— 5i\jy\ n 7/c U.Zo A 1 Q U. 1 7 n 7

1

^J. /

1

7069.11 Ti I 25644 - 39786 2.9 2.2 0.34

7138.91 Ti I 11640 - 25644 0.063 0.048 -1.32

7189.89 Ti I 20796 - 34700 1.6 1.3 0.10

Ti I 11777 - 25644 0.62 0.48 -0.32

"77 1 A 7n t L lO.ZU ill 1 1 (^A(\ 7 <AQA Zj474 U. 14 All U. 1 1 —A OA

7244.86 Ti 1 11640 - 25439 0.29 0.23 -0-64

7251.72 Ti I 11532 - 25318 0.28 0.22 -0.65

1166.19 Ti I 13982 - 27740 0.083 0.065 -1.18

7315.56 Ti I 17540 - 31206 0.18 0.14 -0.85

7318.39 Ti I 18145 - 31806 0.37 0.29 -0.53

7344.72 Ti I 11777 - 25388 0.28 0.22 -0.65

7352.16 Ti I 20063 - 33661 0.25 0.20 -0.69

7357.74 Ti I 11640 - 25227 0.20 0.16 -0.79

450
Wavelength Spectram Energy Levels

A K

/ JU*T. 1 1 T i I J. X 1 1 1 532 25107

7440.60 Ti I 18193 — 31629

7474.94 Ti I 14106 — 27480

7489.61 Ti I 18141 — 31489

7496.12 Ti I 18037 — 31374

/ Jou. J J J. ± 1 1 / yy\j ^J> 11

11 84OH- 7614.50 Ti I 18062 — 31191

7654.44 Ti I 18145 — 31206

7949.17 Ti I 12118 — 24695

7961.58 Ti I 26657 — 39214

7Q7S / y / o.oo88 1 J. 1 977S0

7979.07 Ti I 26773 — 39302

7996.53 Ti I 26911 — 39413

8024.84 Ti I 15157 — 27615

8068.24 Ti I 15108 — 27499

RttOf. 1,]' Ti I J. X 1 27750 39786

8307.41 Ti I 6661 — 18695

8311.76 Ti I 27499 — 39527

8312.85 Ti I 27615 — 39641

8334.37 Ti I 6599 — 18594

8353 15 T i .1 6557 1 8575

8364.24 Ti I 6743 — 18695

8377.85 Ti I 6661 — 18594

8382.54 Ti I 6599 — 18525

8382.82 Ti I 6557 — 18483

8^Q^^ 87 1X1 1 846^

8412.36 Ti I 6599 — 18483

8416.98 Ti I 18037 — 29915

8424.41 Ti I 16961 — 28829

8426.52 Ti I 6661 — 18525

84^4 94 T i I 684^ 1 86QS

8435.70 Ti I 6743 — 18594

8438.93 Ti I 18193 — 30039

8450.89 Ti I 18141 — 29971

8457.10 Ti I 14106 — 25927

84^»7 1 S T i I 1 707 S 78887

8468.50 Ti I 15220 — 27026

8496.04 Ti I 18145 — 29912

8518.05 Ti I 17215 — 28952

8518.32 Ti I 15157 — 26893

85^9 ^8 1X1 1 8067 ^y / oy

8548.12 Ti I 15108 — 26803

8569.77 Ti I 17996 — 29661

8598.18 Ti I 18288 — 29915

8675.39 Ti I 8602 — 20126

8682.99 Ti I 8492 20006

8692.33 Ti I 8437 19938

8734.69 Ti I 8492 19938

8766.64 Ti I 8602 20006

8778.71 Ti I 14106 25494

gf TLoggf

lO^/sec

0.13 0.10 -0.98

0.36 0.29 -0.53

0.038 0.032 -1.50

U. 34 AO.ly —A <A U. j4

0.24 0.20 -0.70

0.15 0.13 -0.90

0.18 0.16 -0.80

0.28 0.24 -0.61

0.061 A A C O 0.058 —1.24

3.2 3.1 0.49

0.29 0.28 -0.56

1.1 1.1 0.04

3.9 3.8 0.58

U.ZJ A O/l U.Z4 —A AT U.oZ

0.14 0.13 -0.87

2.0 2.1 0.32

0.0035 0.0037 -2.44

1.3 1.3 0.12

1 .

1

A A^

0.0046 o!o048 -2.32

0.0051 0.0053 -2.27

0.030 0.031 -1.51

0.038 0.040 -1.40

U.U3 / A A'3Q —1.41 1/11

0.020 0.021 -1.68

0.028 0.030 -1.53

0.045 0.048 -1.32

0.18 0.19 -0.73

A 1 A All A

0.063 0.067 -1.18

0.19 0.21 -0.68

0.093 0.099 -1.00

0.37 0.39 -0.41

die U.JO A J Q A A 1 —U.41

0.028 0.030 -1.53

0.13 0.14 -0.84

0.19 0.20 -0.69

0.14 0.15 -0.81

U. 14 A 1 <; A Q "7

0.15 0.17 -0.78

0.12 0.14 -0.87

0.15 0.16 -0.79

0.080 0.089 -1.05

U.Uo / A AO/I —11 AT .01

0.055 0.062 -1.20

0.027 0.030 -1.52

0.013 0.015 -1.83

0.011 0.013 -1.90

0.014 0.016 -1.81

0.042 0.049 -1.31

451
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

452
"Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

Z44U.Z 1 Ti II iZoZy Z1 CQ7

2450.44 Ti II 12758 — 53555

2517.43 Ti II 1087 — 40798

2524.64 Ti II 984 — 40582

2525.60 Ti II 1216 — 40798

Zj3 i.Zj Ti II lUo / 4Ujoz

2534.62 Ti II 984 40426

2535.87 Ti II 908 — 40330

2555.99 Ti II 4629 — 43741

2571.03 Ti II 4898 — 43781

07 1^ ">< Z / 1 O.Z J 1111 87/1/1 4J j47

2761.29 Ti II 8710 — 44915

2806.50 Ti II 9851 — 45473

2810.30 Ti II 29734 — 65307

2832.16 Ti II 4629 — 39927

TC/l 1 OA i 1 II 4UU/

J

2851.10 Ti II 9851 44915

2853.93 Ti II 4898 — 39927

2862.32 Ti II 9976 — 44902

2868.74 Ti II 4629 — 39477

loll AA Ti II onno oyyo 45141

2884.11 Ti II 9118 43781

2888.93 Ti II 4629 — 39233

2891.07 Ti II 4898 — 39477

2909.92 Ti II 393 — 34749

in 1 "7 10 1 1 II IZ / / J 4j

3029.73 Ti II 12677 — 45674

3046.68 Ti II 9396 — 42209

3056.74 Ti II 9364 — 42069

3057.40 Ti II 0 — 32698

i 1 II yj 1

0

A T) AO 4ZZ\jy

3059.74 Ti II 9396 42069

3066.22 Ti II 94 — 32698

3071.24 Ti II 9518 — 42069

3072.11 Ti II 225 — 32767

iUll.yl Ti II 0 32532

3075.22 Ti II 94 32603

3078.64 Ti II 225 — 32698

3088.02 Ti II 393 — 32767

3089.40 Ti II 15266 — 47625

ir\Qn 1 Q ivy / . I y i 1 II yyi 1 4ZZ\jy

3103.80 Ti II 15258 — 47467

3105.08 Ti II 9873 — 42069

3106.23 Ti II 10025 — 42209

3110.67 Ti II 9931 — 42069

3117.67 Ti II 9931 41997

3130.80 Ti II 94 32026

3143.76 Ti II . 225 32026

3148.04 Ti II 0 31757

3152.25 Ti II 984 32698

1 Q1 y.

1 n 1 . /

r\ 77 U.ZZ

15. 1.4 0.14

2.7 0.26 -0.59

2.6 0.25 -0.61

13. 1.2 0.09

0.4 U.oz —U.Z 1 6.2 0.59 -0.23

4.2 0.41 -0.39

5.5 0.54 -0.26

9.7 0.96 -0.02

i.j yj.iy n A 1 ^J.4 I 1.7 0.19 -0.72

4.3 0.50 -0.30

107. 13. 1.10

3.6 0.43 -0.36

J.O U.Oo —U. 1 / 12. 1.5 0.18

1.2 0.15 -0.83

11. 1.4 0.13

1.3 0.16 -0.78

1 c 15. 1 Q

i.y U.Z / 24. 2.9 0.47

1.5 0.19 -0.72

1.3 0.17 -0.77

0.21 0.027 -1.57

1

7

I /. 7 A Z.4 A 17 U. J / 19. 2.7 0.43

5.5 0.77 -0.11

6.5 0.91 -0.04

0.46 0.065 -1.19

0.0 1 7 I .z A AQ U.Uo

4.1 0.58 -0.24

4.6 0.65 -0.18

3.6 0.50 -0.30

2.2 0.30 -0.52

3.8 0.54 —0.27

5.4 . 0.76 -0.12

8.0 1.1 0.06

13. 1.9 0.27

42. 6.1 0.78

y.5 All U. 13

52. 7.5 0.87

11. 1.6 0.22

14. 2.0 0.30

2.4 0.35 -0.46

7 1 /. I 1 .u A A 1 U.U 1 0.71 0.10 -0.98

0.64 0.095 -1.02

0.66 0.099 -1.01

0.87 0.13 -0.89

453
Wavelength Spectrum Energy Levels

A K

3154.20 Ti II 908 32603

3155.67 Ti II 1087 — 32767

3161 20 TJ. -Li TT11 908 J32532 Z._J 3161 77 T i II 984 ^260^

3 1 62 57 TJ. J.i II11 11 087 WO / J^7698 A.\jy O

3168.52 Ti II 1216 - 32767

3190.87 Ti II 8744 40075

3 1 97 52 TJ. J-i II11 225 3^ 11 491 ^y I 3202.54 Ti II 8710 39927 ^ y y A. 1 3203.44 Ti II 0 _/3 11 A.\J 207/

3213.14 Ti II 94 — 31207

3214.75 Ti II 393 — 31491

3217 06 T i IT 225 ^ 1 301

3218 27 TIXi 11II \7fsll 4^^741

3222 84 T1 Xi II11 94 ^1114 1 1 1 *T

3224.24 Ti II \2115 — 43781

3228.60 Ti II 8710 — 39675

3229. 19 Ti II 0 30959 y ^ y 3229 42 TL X.i TIIX 9118 40075

323 1.32 Ti II 1087 1 \J\j 1 32026

3232.28 Ti II 8998 — ^9921

3234.52 Ti II 393 — 31301

3236 12 TiJ. X 11II 8710 39603

3236 57 Ti II 225 31114

3239 04 T i II 94 J)30959 \j y ^ y

3239.66 Ti II 8744 — 39603

3241.99 Ti II 0 — 30837

3248 60 T i II X X 11 1 0025 40798

'^751 Ql Ti1 X II11 D\jOD ^0R^71 J Z.J z.,y 1 T i IT 77S D\jy lOQSQJ y

3254.25 Ti II 393 — 31114

3261.60 Ti II 15258 — 45909

3271 65 T1X11 i II 1 0025 40582

'Mil 08 TIXi TI11 987^ yO 1 J *-rv/*+ZVj 3278 29 TIXi TT11 99^ 1 40426

Ti II 8744 - 39233

3282.33 Ti II 9873 — 40330

3287 66 Ti II 1 5266 45674

3308 81 Ti1 X IT11 1 087 3 1 301

331 5 32 TiL ±. IT11 9873 40027

3318.02 Ti II 984 — 31114

3321.70 Ti II 9931 — 40027

3322 94 TX Xi TI11 1216 3 1 301

3326 76 T1 Xi 11TI 908 30959

^^29 46 T1X11 i IT 11 087 V/O / ^1114

J J JZ,. 1 1 T i II 1 X 11 1 007 S 40077

3335.20 Ti II 984 30959

3340.34 Ti II 908 30837

3343.77 Ti II 1216 31114

3346.73 Ti II 1087 30959

gA gf Loggf

108/sec

0 84 0 1 ^ —0 90

0 88 0 1 3 —0w. 88o o

1 7 0 26 —0\J. ^58o 2.8 0.41 -0.38

3.7 0.55 -0.26

5 8 0\J.O87/ —0 Oft 30 4 6 0 66

0 1 3 0\J.\J019I y —11 77/ Zr 22. 3.4 0.53

0.12 0.018 -1.75

0 26 0 040 —1 19

0 50 0 078 —1I'll1 1 7 7 0V/.*tZ 47 —0

22. 3.4 0.53

3.1 0.49 -0.31

20 3 2 0 50

14 7 7 0 14

1 8 0w. 78zo —0

16. 2.4 0.39

0.33 0.052 -1.29

6 8 1 1 1*1. 0 03

1

6

1 6 0 4.1 0W- 88oo —0 05

13. 2.0 0.29

9.3 1.5 0.16

5 6 0 89 —0 05

5 8 0W. 91y 1 —0 04

44 6 9y 0 84

2.1 0.34 -0.47

2.7 0.43 -0.36

7Z,. 9-7 0 45 —0 14

1 OD. 11 .t47/

1 1 1 1 . 1 7 0 74

10. 1.7 0.22

6.8 1.1 0.04

6 ^ 1 0 0 00

7 0 1 T 1.1 0 05

77. 13. 1 10

0.55 o!o91 -1.04

8.6 1.4 0.15

0Vy> 82OZf 0 1 3 —0 87

17 7 7 0 44

7 d 1.2 0 09

0.90 o!l5 -0.83

5.3 0.88 -0.06

1 7 7z.. 8o 0 44

4 ? 0 70 —0 1 5 0 41 —0 16

0 65 0\j' 11 1

1

—0\j- 96y\j

0.79 0.13 -0.88

454
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

3349.04 Ti II 4898 34748

3349.41 Ti II 393 — 30241

o T 1 o 1 i 1 II 7 7? ZZj 7 QOAQ zyy6o

33 /Z.Z 1 1 1 II AQQQ 40^0 1A<A1 34j43

33 /Z.oU 1 1 II 74 7 Q7 1 A Zy 1 34

3374.35 Ti II 9976 39603

3380.28 Ti II. 393 — 29968

3383.76 1 1 II

r\U

^C\Z A A Zy544

33o /.64 i 1 II 77 C 7 07 1 A Zy 1 54

33oo. lb 1 1 II QQ7A yy lb 374 / /

3394.58 Ti II 94 — 29544

3402.42 Ti II 9851 — 39233

34U /.ZU T* -i IT 1 1 II 1Q1 iyi 7 Q7 7 A Z7 /34

I/IAQ C 1 34U7.0 1 T* -i IT i 1 II 77ZZj< Z7J44

3444.3 1 T* -i TT 1 1 II 1 7 1 A 1 Z 1 O

'iA7/l 3UZ4 11

3452.47 Ti II 16516 — 45473

3456.39 Ti II 16625 — 45549

340 1 . jU i 1 II 1 AC7 lUo / Z7700

3/177 1 C 34 / /. 1 O

T" -i IT i 1 II 704 Zy 1 34

1 /I OQ 7/1 34oy. /4 1 1 II1 AC7 1 Uo / 7 Q7 1 A Z7 /34

3491.05 Ti II 908 29544

3504.89 Ti II 15258 — 43781

"2 C 1 A Q A 35 ll).o4 i 1 II 1 5Z66 Ain A ^ 43 /41

"3 OA O C 35ZU.ZJ 1 1 II

1 A C 1 A 165 16 44715

3335.41 TI T TT 1 1 II

1 A A7 C A A QA7 447UZ

3573.74 Ti II 4629 32603

3587.13 Ti II 4898 — 32767

1 ^QA A^ 3 jy6.Uj T TT

i 1 II 3Z670

lAT/l 07 36Z4.0Z T* -i TT

i 1 II yoj 1 11 A1^ 3 /43 1 1 A/l 1 11 3641.33 -i T T i 1 II QQ7A yy lb 3 /43 1

3659.76 Ti II 12758 — 40075

3662.24 Ti II 12629 — 39927

1 AC ^ OA 300J.ZU -i TT i 1 II A CQC 17A7A 3ZUZ6

17AA 0

1

3 /UO.Z3 T" -1 TT1 1 II

1 7A7Q 1 Z6zy IQAAI 376U3

'277 1 A/l 3 /Z 1 .64 T A TT 1 1 II

/I A7Q 46zy 1 1 /I Q 1 3 147 1

3741.64 Ti II 12758 39477

3757.69 Ti II 12629 — 39233

Tl II 4898 3 1491

3761.32 Tl II 4o2y 3 1207

3761.89 Ti II 20892 4l4o/

3776.06 Ti II 12758 39233

3900.54 Ti II 9118 — 34748

3^13.46 T" -i TT i 1 II OQQO oyyo 1 /I C /1 1- 34j43 ion A7 T" -i TT

1 1 II Q 1 1 Q 7 1 1 6 1AZA1 34j43

/IA1 4U1Z.37 7 1Q T* -i TT 1 1 II 46Zy 7Z7j44 Q ? /I /I

/I A7 < 1 /I 4UZj. 14 -i T T i 1 II AQQQ 4070 7 07 1 /I Z7 / 34

4028.34 Ti II 15258 40075

4163.65 Ti II 20892 44902

4171.90 Ti II 20952 44915

4290.23 Ti II 9396 32698

30. 5.0 0.70

23. 3.9 0.59

1

1

13. 7 7 z.z

[\ 1 A U.34

A QA U.74 A 1 A

U. 16 TV OA —U.oU

7.6 1 .6 A 7 7 U.ZZ

1.6 0.28 -0.56

2.6 0.44 -0.35

A 7 7.Z 1.6 A 7 A u.zo

7 A Z.4 A /I7 U.42 —l).3o

1.6 A 77 U.Z /

TV C7 —U.5 /

1.8 0.31 -0.50

1.5 0.26 -0.59

A 1 A U. lU A A 1 O U.Ul 0 —11 7C . /5

A 1 ?

U. 1 J A A77 U.UZ / —1 ?7 1 .J /

1 Q 1 .8 A 17 U.3Z —v.jy)

8.7 1.6 0.19

27. 4.8 0.68

1 1 1.1 A 7A u.zuTV -vn —U. /U

1 A 1 .u A 1 Q U. l7 A -7-5 —U. / 3

A 1 A U. lU A A 1 Q 1 77 —1. IZ

0.79 0.14 -0.84

82. 15. 1.18

54. 1 A10. l.UU

7.6 1 /I 1.4 0. 15

A A40. T A 7.4 0.87

0.48 0.092 -1.04

0.25 0.049 -1.31

A QQ U.77 A 1 Q U. 1 7 —u. /z

1 A 3.U A AA U.6U A 77 —U.ZZ

1 A 3.U A A 1 A 7 7 —U.ZZ

4.0 0.81 -0.09

6.2 1.2 0.10

1

1

1 1

.

7 7 Z.Z A 1 ? U.35

A 1 4.3 A 00 U.oo A AC —U.U3

(\ A A U.44 A AQ 1 U.U7 1 —1 A/I 1.U4

9.8 2.0 0.31

3.9 0.83 -0.08

10. 2.2 0.34

5.2 1 "7 1.7 0.24

13. 2.8 i\ AC 0.45

0.82 0.18 -0.76

4.2 0.96 -0.02

1 o 3.0 A 07 U.O / —U.Uo

A 77 U.Z / A AA 1 U.U63 —1 OA I.2U

A 1 /I U. 14 A A1

1

U.U33 1 AQ

0.084 0.020 -1.69

1.6 0.38 -0.42

1 1. 7 O 2.0 {\ A Z 0.45

6.3 1.6 0.22

0.59 0.16 -0.79

455
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4294.12 Ti II 8744 32026 0.59 0.16 -0.79

4300.05 Ti II 9518 32767 1.0 0.28 -0.55

4301.93 Ti II 9364 - 32603 0.40 0.11 -0.95

4307.90 Ti II 9396 32603 0.87 0.24 -0.62

4312.87 Ti II 9518 32698 0.42 0.12 -0.94

4337.92 Ti II 8710 31756 0.59 0.17 -0.78

4344.29 Ti II 8744 31756 0.092 0.026 -1.59

4395.04 Ti II 8744 - 31491 1.2 0.35 -€.46

4399.77 Ti II 9976 — 32698 0.30 0.088 -1.06

4417.72 Ti II 9396 32026 0.25 0.074 -1.13

4443.80 Ti II 8710 31207 0.76 0.23 -0.65

4450.49 Ti II 8744 31207 0.10 0.030 -1.53

4468.50 Ti II 9118 - 31491 0.87 0.26 -0.58

4488.32 Ti II 25193 — 47467 6.3 1.9 0.28

4501.27 Ti II 8998 31207 0.69 0.21 -0.68

4533.97 Ti II 9976 32026 1.0 0.32 -0.50

4549.63 Ti II 12775 34748 2.2 0.69 -0.16

4563.77 Ti II 9851 - 31756 0.43 0.14 -0.87

4571.98 Ti II 12677 34543 2.1 0.66 -0.18

4589.95 Ti II 9976 31756 0.097 0.031 -1.51

4805.10 Ti II 16625 37431 0.63 0.22 -0.66

5129.15 Ti II 15258 34748 0.38 0.15 -0.83

5188.70 Ti II 12758 32026 0.47 0.19 -0.72

5226.56 Ti II 12629 31756 0.33 0.14 -0.87

5336.81 Ti II 12758 31491 0.13 0.056 -1.25

456
Wavelength Spectrum Energy Levels

A K

2315.98 Tl I 0 - 43166

2379.69 Tl 0 - 42011

2580 14 Tl I

1 0 — 38746

2608 99 Tl± J. [ - 46 110

2665 57 Tl J 119'^ — 45296

Tl I 1193 - 44693

2710.67 Tl I 7793 - 44673

"jifn 87 Tl I 0 — 3fi1 1 8

2826 IfS Tl T1 — 43 1 fS6 7918 ^2 Tl1 X I — 49049

2921.52 Tl I 7793 - 42011

3229.75 Tl I 7793 - 38746

35 1 9 24 Tl± X 7793 - 36200

3529 43 TlX. X J 7793 / 1 y ^ — 36118

3775 72 TlJ. X I 0 — 26478

5350.46 Tl I 7793 - leAl^

6549.77 Tl I 26478 - 41741

6713.69 Tl I 26478 - 41368

gA gf Log gf

10*/sec

0 11 7/ 0 014

1 7 0 14 —0 84

0 1 ^ —0 8Q

0.91 0.093 -1.03

0.96 0.10 -0.99

4 ^ 0 47 —0 ^7

0 S 1 U. vJO

4 1 0 47

1.9 0.23 -0.63

15. 1.9 0.27

0yj, 79z^y —0 S"? 2 7 0 4^ —0 "57 74 4 S 5.9 1.1 0.05

1.0 0.22 -0.67

7 1 0 97 —0 04

0V/. 117/ 0 1 1 \J* 1 1 —0 QS

0.060 0.040 -1.39

457
Wavelength Spectrum Energy Levels gA gf Loggf

A K IQS/sec

2914.83 Tm I 0 1.4 0.17 -0.76

2932.96 Tm I 0 — 34085 0.61 0.079 -1.10

2973.22 Tm I 0 — 33624 3.4 0.45 -0.35

3081.12 Tm I 0 1.7 0.25 -0.61

3172.66 Tm I 0 J 1I JS Ti\j0 1.7 0.25 -0.60

3180.56 Tm I 0 0.55 0.083 -1.08

3233.75 Tm I 0 — 30915 0.24 0.038 -1.42

3349.99 Tm I 0 — 29842 0.58 0.098 -1.01

3410 05 Tm I 0 1 7 1.9 0.32 -0.49

3412.59 Tm I 0 0.74 0.13 -0.89

3416.59 Tm I 0 0.73 0.13 -0.89

3429.33 Tm I 0 — 29152 0.71 0.13 -0.90

3487.38 Tm I 0 — 28666 0.79 0.14 -0.84

3499.95 Tm I 0 0.62 0.1

1

-0.95

3514.12 Tm I 0 78449 0.15 0.028 -1.56

3517.60 Tm I 0 0.45 0.083 -1.08

3563.88 Tm I 0 — 28051 0.68 0.13 -0.89

3567.36 Tm I 0 — 28024 0.67 0.13 -0.89

3624.20 Tm I 0 77S84 z, / OH- 0.11 0.021 -1.68

3638.41 Tm I 0 11All 0.47 0.093 -1.03

3646.70 Tm I 0 71At A 0.22 0.043 -1.36

3717.92 Tm I 0 — 26889 8.3 1.7 0.23

3744.07 Tm 1 0 — 26701 5.1 1.1 0.03

3751.81 Tm I 0 ZDDt-D 1.7 0.35 -0.45

3781.15 Tm I 0 0.080 0.017 -1.77

3807.72 Tm I 0 0.55 0.12 -0.93

3826.38 Tm I 0 — 26127 0.25 0.056 -1.25

3883.13 Tm I 0 — 25745 4.8 1.1 0.04

3887.35 Tm I 0 75717 3.8 0.87 -0.06

3896.62 Tm I 0 75656 0.30 0.069 -1.16

3916.48 Tm I 8771 34797 28. 6.5 0.81

3949.28 Tm I 8771 — 34085 11. 2.7 0.42

4044.47 Tm I 0 — 24718 0.21 0.052 -1.29

4094.19 Tm I 0 7441 8 5.2 1.3 0.12

4105.84 Tm I 0 ZH- 74'<4Q JH-' 4.8 1.2 0.08

4138.34 Tm I 0 741 Zt 1 J57/ 0.52 0.13 -0.87

4158.60 Tm I 8771 — 32811 0.68 0.18 -0.75

4187.62 Tm I 0 — 23873 4.0 . 1.0 0.02

4203.73 Tm I 0 7^787 Z J / OZ 2.6 0.70 -0.16

4222.67 Tm I 8771 '^744^1 1.9 0.52 -0.28

4271.71 Tm I 8771 jZ^7 11 74/

1

1.3 0.36

- -0.45

4359.93 Tm I 0 — 22930 0.98 0.28 -0.55

4386.43 Tm I 0 — 22791 0.47 0.14 -0.86

4394.42 Tm I 0 77750 ZZ / J\J 0.070 0.020 -1.69

4396.49 Tm I 8771 ^1510 0.55 0.16 -0.79

4599.02 Tm I 0 717^8 z 1 / J o 0.074 0.023 -1.63

4643.12 Tm I 8771 "^0^07 jUjUZ 0.29 0.094 -1.03

4724.26 Tm I 0 21161 0.026 0.0086 -2.06

4733.34 Tm I 0 mil 0.16 0.054 -1.27

5060.90 Tm I 0 19754 0.025 0.0098 -2.01

458
Wavelength Spectrum Energy Levels

A K

5113. 99 Tm I 0 — 1 nc /I n 19549

5185.25 Tin I 8771 - 28051

5307.12 Tm I 0 - 18837

5631.40 Tm I 0 - 17753

5658.30 Tm I 8771 - 26440

5675.85 Tm I U — 1 1 £i 1 A

1 /ol4

5760.21 Tm I 8771 - 26127

5764.30 Tm I 0 - 17343

5895.65 Tm I 0 - 16957

5899.48 Tm I 8771 - 25717

5971.28 Tm I 0 - 16742

7060.99 Tm I 8771 - 22930

•gA gf Log gf

108/sec

0.015 0.0061 -2.22

0.074 0.030 -1.53

0.090 0.038 -1.42

0.030 0.014 -1.85

0.085 0.041 -1.39

0.055 0.027 -1.57

0.064 0.032 -1.50

0.019 0.0095 -2.02

0.022 0.01

1

-1.94

0.036 0.019 -1.72

0.011 0.0061 -2.21

0.0055 0.0041 -2.38

459
Wavelength Spectrum Energy Levels

A K

2367.1

1

Tm II 237 42470

2480.13 Tm II 237 - 40545

2505.89 Tm II 0 — 39894

2509.08 Tm II 0 39843

2524.09 Tm II 237 — 39843

2527.42 Tm II 0 39554

2542.66 Tm II 237 - 39554

2565.98 Tm II 237 — 39197

2606.01 Tm II 0 — 38361

2607.05 Tm II 237 — 38583

2622 21 Tm II 237 38361

2624.34 Tm II 0 - 38094

2640.77 Tm II, 237 — 38094

2650.27 Tm II 237 — 37958

2658.48 Tm II 237 — 37841

2684 08 Tm II 237 37483

2708.19 Tm II 237 - 37151.

2711.51 Tm II 0 — 36869

2729.04 Tm II 237 — 36869

2735.33 Tm II 0 — 36548

2753.18 Tm II 237 36548

2756.69 Tm II 8770 - 45034

2766.81 Tm II 0 — 36132

2771.04 Tm II 8957 — 45034

2773.80 Tm II 0 36041

2779.55 Tm II 0 35966

2785.07 Tm II 237 - 36132

2792.15 Tm II 237 — 36041

2796.09 Tm II 0 — 35754

2797.98 Tm II 237 — 35966

2808 42 Tm II 237 35834

2814.74 Tm II 237 35754

2833.82 Tm II 8770 — 44047

2844.66 Tm II 237 — 35380

2848.98 Tm II 8957 — 44047

2853.25 Tm II 237 35274

2860.55 Tm II 237 - 35185

2863.35 Tm II 0 — 34914

2886.46 Tm II 237 34871

2889.64 Tm II 8770 — 43366

2905.41 Tm II 8957 43366

2913.96 Tm II 0 - 34308

2925.92 Tm II 237 — 34404

2969.50 Tm II 0 — 33666

2978.42 Tm II 0 — 33565

2983.13 Tm II 8957 42470

2985.08 Tm II 0 33490

2990.54 Tm II 237 33666

2993.26 Tm II 0 33399

2993.90 Tm II 0 33392

gA gf Log gf

IQS/sec

U.DO ft ft^7 —1 74

ft Af\ —ftU.J J

U. 1 J

ft ftl 4 1 .o J 6.9 0.65 -0.19

0.99 0.094 -1.03

XJ.J J ft ftS7 —1 78

U.DW ftU.UftS8 J O —1 74

\j.z.y ft ft7Q —11 . JHS4

0.81 0.082 -1.09

3.2 0.33 -0.48

0u.z.77/ ftu.uzo ft78 1 .J J

ft 74 —ftU.Of\\1

ftU.Uft71/ J —1 1

4

1.1*+ 0.49 0.051 -1.29

0.56 0.060 -1.23

ft 77 ft ft7Q —11 . JH- S4

ft ftSft ftU.UUftftS'^ J J —7 7A

ft 7 ^ ftU.UZ.O ft7 8 1 . J D

0.35 0.039 -1.41

0.11 0.012 -1.93

ft 7^ ft ft77 —11 . JS8o

J.J ft 4ft —0U.HU 4ft

ft 1 ftU.Uftl1 JS —1 87

2.6 0.30 -0.53

0.17 0.019 -1.71

ftU.J^ 11ftU.UftSQ J y —11 .z71J

ft M ftU.UoU ftSft —1 1 ft 1 . 1 u

ftU. 'Xd Jt ftU.Uft^Q J y —11 .H-41

1

0.17 0.020 -1.69

0.11 0.013 -1.89

ft 1ft ftU.Ufti^i jO —1 A'\

ft ft^7 ftu.uuoz ftft*;7 —7Z.Z711

1 .J ft 1 ^ U. 1

J

—ftu. 87OZ

0.51 0.061 -1.21

0.55 0.067 -1.18

ft C\Afy ftU.UUftft^f. J D —7 7^

ft 1 1 U. 1 1 ftU.Uft! 1 1 J —1 8Q

ft 1 4 ftU.Uftl1 7/ —11 . 77/ / 0.19 0.024 -1.61

1.5 0.19 -0.72

1 <

1 .J ftU. 11 Q —ftU. 7 1 / 1

ft 1 ^; U. lO ftU.U/.U ft7ft —11 . 7ft / u

ft ftS^. ftU.Uftl 1 1 1 —11 . 95-7 J 0.12 0.016 -1.79

0.15 0.020 -1.70

ft 8^ ft 1

1

U. 1 1 —ftu. Q4y-r

ft ft^8 U.UOo ft ftftQI —7 ft4

ft ^7 U.O /

ftU.Uo" ftSQ —11 .UftSJ

ftU. 11 Q7

ftU.UZD ft7^^ —1 SQ

0.11 0.015 -1.81

460
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

2999.60 Tm II 237 33565

3006 36 Tm II 237 33490

3014.65 Tm II 237 33399

3015 30 Tm II 237 33392

3042 35 Tm II 237 33097

3046.76 Tm II 237 33049

3098 60 Tm II 237 32500

3131.26 Tm II 0 31927

3133.89 Tm II 0 31900

3146.16 Tm II 8770 40545

3149.15 Tm II 0 31745

3150.07 Tm II 8770 40506

3157.35 Tm II 237 _ 31900

3164.87 Tm II 8957 40545

3168.82 Tm II 8957 40506

3172.83 Tm II 237 31745

3177.46 Tm II 8770 40232

3195.33 Tm II 8770 _ 40056

3196.54 Tm II 8957 40232

3210.83 Tm II 0 31 136

1>1\1.Q)1 Tm II 8770 39894

3214.63 Tm II 8957 40056

3231.51 Tm II 8957 39894

3235.45 Tm II 237 31 136

3236.81 Tm II 8957 39843

3241.53 Tm II 0 30841

3245.86 Tm II 237 31037

3247.46 Tm II 8770 39554

3258.05 Tm II 0 30684

3266.63 Tm II 237 30841

Tm II 8957 39554

3276.81 Tm II 0 30509

3283.40 Tm II 237 _ 30684

3285.61 Tm II 8770 39197

3291.00 Tm II 0 30377

3302.45 Tm II 237 30509

3306 01 Tm II 8957 39197

3306 91 Tm II 8770 39001

3316 88 Tm II 237 30377

3327 58 Tm II 8957 39001

Tm n 111 29967

3374.51 Tm II 8957 38583

3397.50 Tm II 0

3399.95 Tm II 8957 38361

3425.08 Tm II Til _ 29425

3425.63 Tm II 0 29183

3431.20 Tm II 8957 38094

3438.81 Tm II 8770 37841

3441.50 Tm II 237 29286

3447.26 Tm II 8957 37958

0.13 0.018 -1.76

0.059 0.0080 -2.10

0.42 0.057 -1.24

1.4 0.20 -0.71

0.23 0.032 -1.49

0.28 0.039 -1.41

0.53 0.077 -1.11

4.6 0.68 -0.17

1.4 0.21 -0.67

1.7 0.25 -0.61

0.044 0.0065 -2.18

0.52 0.077 • -1.11

0.92 0.14 -0.86

0.53 0.079 -1.10

0.52 0.079 -1.10

1.4 0.21 -0.68

0.83 0.13 -0.90

1.5 0.22 -0.65

0.84 0.13 -0.89

0.16 0.025 -1.60

1.9 0.30 -0.53

0.80 0.12 -0.91

1.4 0.22 -0.66

0.24 0.038 -1.43

7.0 ' 1.1 0.04

1.1 0.17 -0.76

0.064 0.010 -2.00

2.3 0.37 -0.43

0.87 0.14 -0.86

0.76 0.12 -0.92

6.5 1.0 0.02

0.46 0.074 -1.13

0.53 0.086 -1.06

5.9 0.95 -0.02

0.98 0.16 -0.80

0.88 0.14 -0.84

1.1 0.18 -0.75

1.0 0.17 -0.78

0.17 0.028 -1.55

0.41 0.068 -1.17

1.5 0.26 -0.58

2.1 0.36 -0.44

0.56 0.097 -1.01

1.8 0.30 -0.52

2.1 0.37 -0.43

0.30 0.052 -1.28

1.6 0.29 -0.54

0.50 0.088 -1.05

1.6 . 0.28 -0.55

0.63 0.11 -0.95

461
Wavelength Spectrum Energy Levels

A K

3453.67 Tm II 237 29183

3461.16 Tm II 8957 — 37841

3462.20 Tm II 0 28875

3451.75 Tm II 8770 37483

3522.43 Tm II 8770 37151

3536.58 Tm II 0 _ 28268

3557.80 Tm II 8770 - 36869

3566.47 Tm II 237 28268

3608.77 Tm II 0 27702

3623.42 Tm II 8957 36548

3639.89 Tm II 237 _ 27702

3653.61 Tm II 8770 - 36132

3665.81 Tm II 8770 36041

3668.09 Tm 11 0 27254

3678.86 Tm II 8957 36132

3700.26 Tm II 237 _ 27254

3701.36 Tm II 0 - 27009

3704.85 Tm II 8770 35754

3719.71 Tm II 8957 35834

3730.8

1

Tm II 8957 35754

3734.12 Tm II 237 _ 27009

3756.86 Tm II 8770 - 35380

3761.33 Tm II 0 26579

3761.91 Tm II 0 26575

3783.56 Tm II 8957 35380

3795.17 Tm II 237 _ 26579

3795.76 Tm II 237 - 26575

Tm II 8957

3810.72 Tm II 8770 O C C\f\ A 35004

3838.20 Tm II 8957 O C f\f\ A 35004

3848.02 Tm II 0 25980

3857.84 Tm II 8957 - 34871

3883.44 Tm II 237 25980

3890.53 Tm II 0 25696

3900.79 Tm II 8770 34398

3928.66 Tm II 8957 _ 34404

3929.58 Tm II 8957 - 34398

TOCO \ f\ 3958. 10 Tm II (J 25258

3995.59 Tm II 237 25258

A(\c\c\ (\ 4090.30 Tm II oyj / 3 J jy9

4091.49 Tm II 8957 33392

4199.92 Tm II 0 - 23803

42 12.79 Tm II 8770 32500

Tm II 237 23803

4246.40 Tm II 8957 32500

4351.18 Tm II 8770 3 1745

4481.27 Tm II 0 22309

4489.71 Tm II 8770 31037

4529.38 Tm II 237 22309

4561.86 Tm II 8770 30684

gA gf Log gf

108/sec

1.5 A T7 0.27 A e y -0.56

0.50 A AAA 0.090 1 A ^ —1.05

2.5 f\ A A 0.44 -0.35

1.1 0.20 -0.69

0.52 0.096 -1.02

U.Zl A A /I A

0.040 1 /i A —1.40

1.2 0.23 -0.64

0.32 A A^ i 0.061 —1.21

0.46 0.090 -1.05

0.070 0.014 -1.86

0.0070 A AA t A 0.0014 -2.86

1.3 0.25 -0.60

1.0 A 1 0.21 A y o -0.68

0.19 0.037 -1.43

0.96 0.19 -0.71

0.83 A 1 ^7 0.17 A -0.77

0.62 AIT 0.13 A O A —0.89

0.64 A 1 0.13 A O O —0.88

0.14 0.029 -1.53

0.23 0.048 -1.32

0.39 A AO 0.082 —1.09

0.54 All 0. 1

1

—0.94

A O '7 0.87 A 1 A

0. 19 A T7 —0.73

0.70 0.15 -0.83

0.46 0.099 -1.00

A A C ^ 0.056 A A 1 1 0.012 1 A 1 —1.91

1.1 0.23 —0.64

0.41 A A O A 0.089 1 AC -1.05

0.61 0.13 -0.88

2.1 0.47 -0.33

1.1 0.25 A y A —0.60

A 1 A 0.19 0.041 1 o o —1.38

A ^ A

0.20 A A y< C 0.045 —1.35

0.045 0.010 -1.99

0.82 0.19 -0.73

A 1 C 0.15 A A'^ C 0.035 1 A y —1.46

A ^7 A

0.70 A 1 0. 16 ATA —0.79

A 1 yl 0. 14 A AO T 0.033 1 A C\ 0.041 0.0098 -2.01

0.078 0.020 -1.71

A A^7 O 0.078 A AT A 0.020 1 '7 1 —1.71

A AT A 0.034 A AAAA 0.0090 AC —2.05

A A /I ^ 0.042 A A 1 1 0.01

1

—1.96

0.20 0.053 -1.27

0.042 0.011 -1.95

A A/' 1 0.061 A A 1 T 0.017 —1.76

A A*^ C 0.025 A AA*? C 0.0075 —2. 12

/\ /\ A A 0.044 0.013 1 O O —1.88

0.0082 0.0025 —2.60

0.020 0.0063 -2.20

462
Wavelength Spectrum Energy Levels gA gf Loggf

A K 108/sec

4601.29 Tm ii 8957 - 30684 0.017 0.0054 -2.27

4626.56 Tmii 0 - 21608 0.0037 0.0012 -2.93

4677.86 Tmii 237 - 21608 0.0016 0.00053 -3.28

463
Wavelength Spectrum Energy Levels

A K

3027.66 U I 620 - 33640

3048.64 U I 620 33412

31 14 54 U I 0 32098

3263 12 U I 0 30637 \J\j ^ 1 3345 89 U 1 620 30499

3368.98 U I 620 — 30294

3418.39 U I 620 — 29866

3431 14 n I 4276 3341 2

3435.49 U I 620 29720

3462.21 IJ I 0 28875

3466.30 U I 3801 - 32642

3489.37 U I 0 28650

3493.99 U I 620 29233

3500 07 U I 0 28563

3507 05 U I 620 29126

3507.34 U I 0 - 28504

3511.44 U I 0 28470

35 14.61 U I 0

3534 33 U I 0 28286

3538 23 IJ I 620 28875

3542.57 U I 4276 - 32496

3549.20 U I 3801 — 31968

3555 32 11 T 0 281 19

3557 84 U I 0 28099

3563 66 U I 0 28053

3565.05 U I 4276 — 32318

3566.60 U I 620 28650

3574.76 U I 0 27966

3577.92 U I 0 27941

3580.25 U I 620 28543

3584.88 U I 0 - 27887

3587.78 U I 4453 32318

3589.66 U I 620 28470

3591.74 U I 620 28454

3593 20 U I 4276 32098

U I 620 — 28444

3602.48 U I 3801 — 31552

^3603 \j\J ^ • ^36\J IJ I 0 27744

3603 74 IJ I 4276 3201 7

36 11 40 I J I 0 27682

3616.33 U I 3801 - 31445

3920.08 U I 0 27616

3635 30 IJ I 3801 ^ \J\J K 31 301

3638 20 IJ I 3801 3 1 279

3644 24 IJ I 620 28053

3653 21 IJ I 3801 3 1 166

3654.89 U I 3868 31221

3659.16 U I 620 27941

3677.39 U I 3801 30986

3679.38 U I 620 27791

gf Log gf

1 nS loan lu /sec

3.6 0.49 -0.31

4.0 0.56 -0.25

1.7 0.24 -0.62

0.83 0.13 -0.88

0.98 0. 16 -0.79

0.46 0.079 -1.10

0.42 0.073 -1.14

2.3 0.40 -0.40

3.2 0.57 -0.24

1.4 0.25 -0.60

8.0 1.4 0.16

6.5 1.2 0.08

1.7 0.30 -0.52

2.6 0.47 -0.33

1.2 0.21 -0.67

3.1 0.57 -0.24

0.96 0.18 -0.75

6.2 1.2 0.06

1.2 0.22 -0.65

0.54 0. 10

t\ c\c\ -0.99

3.9 0.74 -0.13

3.4 0.64 -€.19

2.5 0.47 -0.33

1.4 0.27 -0.57

1.4 0.27 -0.58

1.7 0.33 -0.48

9.8 1.9 0.27

1.1 0.21 -0.67

1.3 0.24 -0.61

0.80 0. 15 -0.81

11. 2.1 0.32

1.5 0.28 -0.55

0.99 0.19 -0.72

1.6 0.30 -0.52

1.1 0.53 -0.27

0.49 0.095 -1.02

1.4 0.28 -0.56

0.48 0.094 -1.03

1.3 0.26 -0.58

0.24 f\ f\ A'n 0.047 -1.33

3.0 0.59 -0.23

1.1 0.25 -0.60

1.3 0.26 -0.58

11. 2.1 0.32

2.1 0.43 -0.37

1.7 0.34 -0.46

1.7 0.35 -0.46

4.8 0.96 -0.02

3.1 0.62 -0.20

1.2 0.24 -0.63

464
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

JooJ. /

0

T T T U I o/u 777/1/1 n Q

1

n 1

8

u. 1

0

—f> 7"? 3702.62 U I 4276 — 31276 3.8 0.78 -0.11

3703.27 U I 620 - 27616 1.4 0.28 -0.55

3707.95 U I 7104 — 34065 3.9 0.81 -0.09

3713.56 U I 0 - 26921 1.7 0.35 -0.45

J / iy.z.y 1 1 I u 1 7740Q nu.ozA7 n 1 x U. 1 J —n so

3731.45 U I 0 — 26792 0.45 0.093 -1.03

3732.26 U I 3801 — 30587 3.2 ^ 0.66 -0.18

3751.18 U I 3801 — 30451 7.9 1.7 0.22

3758.36 U I 4276 — 30876 7.3 1.6 0.19

3 /Oj.Z /

T T T U I /UUO 1 "X <7 1 1 u. 7 7 z.z U.J J 3765.35 U I 0 — 26550 1.2 0.26 -0.59

3766.89 U I 4453 — 30993 6.7 1.4 0.16

3773.44 U I 3801 — 30294 6.9 1.5 0.17

3781.75 U I 3868 — 30304 1.6 0.34 -0.47

ioU 1 . 1 J

T T T U I /;7n 7 AQ7 1 1 7 1 .z n 7A u.zo ^J. JO

3808.93 U I 6249 — 32496 9.1 2.0 0.30

3812.00 U I 0 - 26226 7.8 1.7 0.23

3819.25 U I 4276 — 30451 1.6 0.36 -0.44

3821.95 U I 3801 — 29958 2.9 0.63 -0.20

'^87Q 7Q U J Q 7^1 ZD 1 04W4 n ziQ n 1

1

u. 1

1

—f>u. Q7y 1 3839.62 U I 3801 — 29838 14. 3.1 0.49

3846.55 U I 3801 — 29791 2.8 0.61 -0.21

3851.72 U I 5991 — 31946 2.5 0.56 -0.25

3854.22 U I 0 — 25938 2.4 0.53 -0.28

JOO / . 1 / IT T U 1 JOOO 7Q77n 7 7 z. / u.o 1 —C\ 7 1 U.Z 1 3871.04 U I 0 — 25826 5.5 1.2 0.10

3876.13 U I 0 — 25792 0.90 0.20 -0.69

3879.53 U I 4453 — 30222 3.1 0.71 -0.15

3894.12 U I 0 — 25672 1.7 0.40 -0.40

1Q 1 7 7 < T T T U I 8 1 1 Q 0 J I y 0.3 1 Q V.y u.zo 3926.22 U I 0 — 25463 1.1 0.26 -0.59

3926.73 U I 5762 — 5.6 1.3 0.11

3943.82 U I 0 - 25349 4.0 0.94 -0.03

3948.45 U I 0 - 25319 0.98 0.23 -0.64

U 1 OZ47 1. 1 /I J 1 4D" 0.0 1 .0 u. 1

7

3980.80 U I 5762 — 30876 1.9 0.46 -0.34

3997.09 U I 7008 - 32017 2.7 0.64 -0.19

3999.18 U I 3801 - 28799 1.1 0.26 -0.58

4005.21 U I 4453 — 29414 4.6 1.1 0.04

A{\'XA 'fU J'+. JU<n II I U I 7Q711 7 7 z.z A </! U. J4 A 77 ^J.Z / 4042.76 U I 620 — 25349 3.5 0.85 -0.07

4047.62 U I 620 — 25319 1.4 0.34 -0.47

4091.64 U I 0 — 24433 0.29 0.072 -1.14

4101.91 U I 8119 — 32491 5.3 1.3 0.12

4108.36 U I 0 24334 0.18 0.044 -1.35

4133.50 U I 0 24186 0.51 0.13 -0.89

4141.86 U I 620 24757 0.20 0.051 -1.29

4153.97 U I 0 24067 2.1 0.55 -0.26

4156.66 U I 620 24671 1.1 0.28 -0.55

465
Wavelength Spectrum Energy Levels gA gf Loggf

A

I\ JV lO^/sec

4160.95 U I 0 - 24026 0.16 0.042 -1.37

4162.43 U I 3801 - 27818 1.7 0.44 -0.35

4169.06 U I 8119 - 32098 3.8 1.00 -0.00

4186.96 U I 4276 - 28153 1.5 0.39 -0.41

4191.94 U I 0 - 23849 0.12 0.033 -1.48

4198.22 U I 620 - 24433 0.37 0.098 -1.01

4222.36 U I 3801 - 27478 2.3 0.61 -0.22

4231.67 U I 7646 - 31270 4.1 1.1 0.04

4246.26 U I 0 - 23544 0.55 0.15 -0.83

4266.32 U I 0 - 23433 0.1

1

0.031 -1.51

4288 84 U I 6249 - 29559 2.4 0.66 -0.18

43 13.13 U I 3801 - 26979 0.86 0.24 -0.62

4335.73 U I 0 - 23058 0.23 0.066 -1.18

4355.75 U I 620 - 23572 0.96 0.27 -0.56

4362.05 U I 0 - 22919 0.80 0.23 -0.64

4371.76 U I 8119 - 30986 1.7 0.49 -0.31

4372.76 U I 0 - 22862 0.12 0.035 -1.45

4383.27 U I 3801 - 26608 0.28 0.082 -1.09

4393.60 U I 0 - 22754 0.58 0.17 -0.78

4426.94 U I 0 - 22583 0.12 0.034 -1.47

4440.74 U I 3801 - 26313 0.20 0.059 -1.23

4469 32 0 - 22368 0.088 0.026 -1.58

4516.73 U I 620 - rii5A 0.12 0.038 -1.42

4551.98 U I 620 - 22583 0.083 0.026 -1.59

4576 64 U I 620 - 22464 0.092 0.029 -1.54

4620.23 U I 6249 - 27887 2.4 0.76 -0.12

4631 62 U I 0 - 21585 0.31 0.100 -1.00

4663.75 U I 620 - 22056 0.084 0.027 -1.56

4715.68 U I 4453 - 25653 0.20 0.068 -1.17

4743.53 U I 6249 - 27324 0.28 0.095 -1.02

4756 80 U I 620 - 21637 0.23 0.077 -1.11

4768 66 U I 620 - 21585 0.056 0.019 -1.72

4790.06 U I 3801 - 24671 0.16 0.054 -1.27

4810.90 U I 3801 - 24581 0.13 0.046 -1.34

4842.48 U I 620 - 21265 0.070 0.024 -1.61

4868 86 IJ I 3801 - 24334 0.12 0.044 -1.35

4885 1 5 IJ I 0 - 20464 0.049 0.018 -1.76

4910.35 U I 6249 - 26608 0.32 0.12 -0.94

U I 4276 - 24560 0.16 0.057 -1.24

4933 06 TI I 3801 - 24067 0.078 0.029 -1.54

4955 78 TI I 7646 — 27818 0.40 0.15 -0.84

4967 33 11 I 3801 - 23927 0.13 0.049 -1.31

5011.42 U I 620 - 20569 0.030 0.01

1

-1.95

5027.38 U I 0 - 19885 0.18 0.070 -1.16

^5063 \J\J ^ 'II 77 I J I 3801 — 23544 0.10 0.040 -1.40

5088 29 U I 0 - 19648 0.021 0.0081 -2.09

5164 14 IJ I 8119 - 27478 0.54 0.21 -0.67

^52721 ^ m 00\J\J IJ I 7646 - 26608 0.12 0.050 -1.30

5280.38 U I 0 - 18933 0.059 0.025 -1.61

5308.54 U I 3801 - 22633 0.098 0.042 -1.38

466
Wavelength Spec

A

trum Energy Levels gA gf

K ' 108/sec

Log gf

j3 1 J.Z /

T T ¥ U I 1 040 Zo4j4

5329.26 U I 0 — 18759

5382.94 U I 620 — 19192

5385.54 U I 7646 — 26209

5410.24 U I 4276 — 22754

j4J7.Z / U 1 o/u 1 oyj J 5496.43 U I 4276 — 22464

5500.69 U I 11545 — 29720

5511.49 U I 620 — 18759

5531.26 U I 8119 — 26192

J jo4. 1 /

T T T u I 1 on 1 L \ 1 DO

5573.07 U I 10347 — 28286

5573.59 U I 6249 — 24186

5610.89 U I 6249 — 24067

5616.58 U I 8119 — 25918

^ rv no JOZO. /o T T T U I 6ZU 1 o4U6

5621.51 U I 3801 — 21585

5634.38 U I 7646 — 25389

5658.26 U I 5762 — 23430

5669.42 U I 620 — 18254

JOoU. J / IT T U 1 DZ47 Z J 847

5685.19 U I 4453 — 22038

5716.87 U I 4453 - 21941

5736.38 U I 7006 — 24433

5737.27 U I 5762 - 23187

J / JO. 14 T T T' U I Q 1 / jdz

5758.35 U I 4276 — 21637

5763.63 U I 7326 — 24671

5767.43 U I 5991 — 23325

5771.05 U I 6249 — 23572

T T T U I /^T /I Q 6Z4y O 1 C /I /I Z3 j44

5802.11 U I 8119 25349

5813.83 •U I 5991 — 23187

5814.41 U I 3868 — 21062

5819.01 U I 7006 — 24186

JO jo.Uo T T T U I I U34 / T -7/1 -70 z/4/0

5898.78 U I 6249 — 23197

5915.40 U I 0 — 16900

5925.47 U I 7646 — 24517

5929.33 U I 3801 — 20662

J7J CQ-J J.OJ ICC T T T U I oZU 1 7/1 AO 1 /4do

5942.77 U I 5762 — 22584

5948.57 U I 7646 — 24452

5956.86 U I 5991 — 22774

5971.50 U I 620 — 17362

5976.32 U I 3801 20529

5986.10 U I 3868 20569

5997.31 U I 6249 22919

5997.96 U I 4276 20943

5999.41 U I 3801 20464

nil u. 1

J

U.UJO 1 .Z J 0.033 0.014 -1.85

0.011 0.0047 -2.33

0.078 0.034 -1.47

0.036 0.016 -1.81

u.u 1

0

VJ.UU / J —7z.. m1 A

0.083 0.038 -1.42

0.30 0.14 -0.86

0.039 0.018 -1.75

0.11 0.051 -1.29

U. 14 U.U04 1 1 Q 1 . 1 7

0.17 0.081 -1.09

0.046 0.021 -1.67

0.22 0.11 -0.98

0.090 0.043 -1.37

(J.U4j U.UZ 1

1 /;7

0.055 0.026 -1.58

0.16 0.077 -1.11

0.060 0.029 -1.54

0.022 0.011 -1.98

U.Uj 1 U.UZ J 1.01

0.031 0.015 -1.83

0.045 0.022 -1.66

0.10 0.050 -1.30

0.071 0.035 -1.46

U.U14 u.uu /u —7—Z. T ^1 0

0.023 0.011 -1.94

0.054 0.027 -1.57

0.037 0.019 -1.73

0.040 0.020 -1.70

U.Z4 r\ 1 7 U. 1

Z

—n Q7 u.yz

0.23 0.12- -0.93

0.036 0.018 -1.74

0.016 0.0080 -2.10

0.038 0.019 -1.71

n /I c U.4o n 7 ^ U.Z J —A fit 0.066 0.034 -1.46

0.12 0.065 -1.19

0.11 0.056 -1.25

0.032 0.017 -1.77

u.u 1 \) U.UUJ J —7Z.ZO7^^ 0.028 0.015 -1.83

0.063 0.033 -1.48

0.059 0.031 -1.50

0.036 0.019 -1.71

n 1

A

U. lo n no/i 1 n7 1 .U / 0.044 0.024 -1.62

0.14 0.074 -1.13

0.028 0.015 -1.83

0.034 0.019 -1.73

467
Wavelength Spectrum Energy Levels

K

6010.86 U I 10347 26979

6016.73 U I 5762 22378

6017.57 U I 6249 - 22862

6019.19 U I 4453 21062

6039.60 U I 8119 24671

6050.48 U I 3868 20392

6050.67 U I 7326 23849

6056.80 U I 0 - 16506

6057.07 U I 6249 22754

6062.30 U I 4276 20766

6077.29 U I 620 17070

6089.19 U I 3801 20219

6101.77 U I 6249 - 22633

6127.77 U I 8119

6129.72 U I 620 16930

6152.25 U I 10347 26597

6164.50 U I 7326 23544

6171.85 U I 7646 - 23844

6175.38 U I 4276 20464

6215.37 U I 3801 19885

6234.30 U I 4276 203 12

6246.53 U I 5762 21766

6268.66 U I 8119 - 24067

6293.32 U I 620 16506

6298.53 U I 3868 \'^1A\

6359.28 U I 0 15721

6372.47 U I 3801 19489

6383.59 U I 4453 — 201 14

6389.80 U I 5991 21637

6392.78 U I 0 15638

6395.45 U I 0 15632

6397.18 U I 7006 22633

6411.59 U I 7326 - 22919

6449.17 U I 620

6465.00 U I 7326 '^'^^ C\f\ 2119Q

6503.62 U I 4276 19648

6518.94 U I 6249 21585

6527.04 U I 5762 — 21079

6542.97 U I 7104 22383

6552.75 U I 7326 22583

6601 46 U I 7646 22790

6603 98 U I 7326 22464

6620.52 U I 620 - 15721

6625.29 U I 5762 — 20852

6656 81 U I 620 15638

6683 38 U I 3801 18759

6691.21 U I 10686 25627

6727.96 U I 5762 20621

6754.93 U I 8119 22919

6782.85 U I 4453 19192

gf Loggf

108/sec

0.20 0.11 -0.98

0.027 0.014 -1.84

0.061 0.033 -1.48

0.029 0.016 -1.81

0.10 0.056 -1.25

0.014 0.0075 -2.13

0.036 0.020 -1.70

0.0076 0.0042 -2.38

0.046 0.026 -1.59

0.030 0.017 -1.78

0.054 0.030 -1.53

0.023 0.013 -1.90

0.052 0.029 -1.54

0.075 0.042 -1.37

0.016 0.0091 -2.04

0.080 0.045 -1.34

0.030 0.017 -1.77

0.16 0.092 -1.04

0.053 0.030 -1.52

0.021 0.012 -1.91

0.024 0.014 -1.85

0.036 0.021 -1.67

0.060 0.035 -1.45

0.010 0.0060 -2.22

0.024 0.014 -1.85

0.010 0.0061 -2.21

0.069 0.042 -1.37

0.012 0.0071 -2.15

0.051 0.031 . -1.51

0.0098 0.0060 -2.22

0.031 0.019 -1.72

0.054 0.033 -1.48

0.029 0.018 -1.74

0.049 0.031 -1.51

0.1

1

0.067 -1.17

0.021 0.013 -1.88

0.036 0.023 -1.64

0.0089 0.0057 -2.24

0.026 0.017 -1.78

0.010 0.0066 -2.18

0.015 0.0095 -2.02

0.030 0.020 -1.71

0.01

1

0.0069 -2.16

0.021 0.014 -1.86

0.0033 0.0022 -2.66

0.021 0.014 -1.84

0.033 0.022 -1.66

0.0081 0.0055 -2.26

0.023 0.016 -1.80

0.0054 0.0038 -2.43

468
Wavelength Spectrum Energy Levels

A K

6790.30 U I 7646 - 22368

6812.98 U I 4453 19127

6818.29 U I 3868 18531

6820.76 U I 4276 — 18933

6826.93 U I 0 — 14644

6832.71 U I 7006 — 21637

6846.25 U I 6249 zOo 52

6887.74 U I 8119 22633

6902.55 U I 4276 — 18759

6915.3

1

U I 5762 — 20219

6917.05 U I 3801 - 18254

7015.72 U I 8119 22368

7033.84 U I 10347 24560

7074.81 U I 4276 — 18406

7101.63 U I 4453 — 18531

7128.91 U I 620 - 14644

7130.09 U I 5762 19783

7147.89 U I 10347 I 24334

7164.87 U I 4453 — 18406

7172.10 U I 7326 — 21265

7205.45 U I 10686 — 24560

U I 6249 ZOI 14

7371.95 U I 5991 19552

7396.99 U I 4453 — 17969

7425.50 U I 0 — 13463

7533.91 U I 3801 — 17070

7590.54 U I 5762

7595.07 U I 10686 23849

7609.16 U I 7326 — 20464

7619.35 U I 7646 — 20766

7631.71 U I 3801 - 16900

7634.73 U I 7326 20420

7639.54 U I 4276 17362

7748.19 U I 11545 — 24448

7754.19 U I 7326 — 20219

1159.^1 U I 7646 - 20529

7761.86 U I 7006 19885

7784.13 U I 620 I 13463

7816.32 U I 13128 — 25918

7868.75 U I 3801 — 16506

7881.94 U I 6249 - 18933

^ C\f\f\ A 7900.43 U I 4276 16930

7904.29 U I 8119 20766

7908.00 U I 7006 — 19648

7918.80 U I 4276 — 16900

7959.96 U I 7326 — 19885

7970.46 U I 8119 20662

7975.09 U I 5991 18527

7991.30 U I 6249 18759

7998.60 U I 13128 25627

gf Log gf

108/sec

0.067 0.046 1 A —1.34

0.0027 A AA 1 A 0.0019 —2. 15

A A 1 1 0.01 1 0.0079 1 A —2. 10

0.044 0.031 -1.51

0.036 0.025 -1.60

A A 1 ^ 0.U16 A A 1 1 0.01 11 C\ A —1.94

A A^^ O.UZZ A A 1 C 0.015 1 O 1 —1.81

U.044 A A'3 1 0.03 1

1 CI —1.51

0.012 0.0087 -2.06

0.022 0.016 -1.80

U.Uz / A A 1 A

u.ui y —1.72

0.041 A Al 1 0.03 1 —1.52

0. 16 A 1 O0. 1 z —o.yz

0.057 0.043 -1.37

0.071 0.054 -1.27

u.ui y

A A 1 /I 0.014 1 OA -1.84

0.017 A A 1 1 0.013 1 on —1.89

A 1 0.2

1

A 1 0.16 ATA -0.79

0.023 0.018 -1.75

0.026 0.020 -1.70

A A/I 0.066 A A C 1 0.05

1

—i.2y

A ATA 0.030 A A'> T 0.023 1 ^ '3 —1.63

A A 1 0.016 A A 1 1 0.01

3

1 o o —1.88

0.032 0.026 -1.59

0.0073 0.0060 -2.22

A AO "7 0.083 A c\n 1 0.071 1 1 C —1.15

A A 1 /I 0.014 A A 1 O 0.012 1 A 1 —1.91

A AC? 0.057 A A /I n 0.049 1 '3 1 —1.31

0.044 0.038 -1.42

0.083 0.073 -1.14

A A'^ A 0.020 A A 1 ^7 0.017 —1 .76

0.035 A A'5 A 0.030 1 CO —1.52

A AO O 0.028 A AO A 0.024 1 ^1 —1 .61

0.11 0.099 -1.01

0.033 0.030 -1.52

A AT a 0.036 A AT T 0.033 1 AO -1.48

A f\ Al 0.047 A A /I '3 0.043 —1.37

A AA A 0.0046 A AA A 0.0042 O '3 O —2.38

0.17 0.15 -0.81

0.021 0.020 -1.71

0.16 A 1 4' 0. 15 —A OO 0.8z

A A 1 T 0.017 A A/1 O.OU 61 O 1 —1.81

A A'3 C 0.035 A A'3 O O.Ojz 1 ACi 0.025 0.024 -1.63

0.016 0.015 -1.81

A A'>T U.U27 A A'^ 0.U26 —1 .59

0.097 A AA'l 0.092 — 1.04

A A'^ 0.026 A A'^ C 0.025 1 ^ A —1.60

0.020 A A 1 A

0.01

9

— 1 .72

0.20 0.19 -0.72

469
Wavelength Spectrum Energy Levels

A K

8012.96 U I 4453 - 16930

8019.38 U I 7006 19472

8034.79 U I 10347 I 22790

8055.60 U I 8119 — 20529

8137.21 U I 10347 — 22633

8153.71 U I 13128 - 25389

8174.30 U I 4276 16506

8175.85 U 1 0 12228

8230.83 U I 5762 _ 17908

8240.51 U I 5762 — 17894

8262.05 U I 8119 — 20219

8346.74 U I 5991 17969

8381.86 U I 7006 18933

8389.17 U I 5991 — 17908

8441.20 U I 7646 — 19489

8445.35 U I 3801 - 15638

8450.03 U I 3801 15632

8496.09 U I 8119 19885

8540.20 U I 5762 — 17468

8557.34 U I 10686 — 22368

8567.73 U I 4453 - 16122

8570.51 U I Olio 8119 19783

8574.61 U I 6249 I 17908

8607.94 U I 0 11614

8710.77 U I 5991 17468

8753.69 U I 10347 21768

gf Log gf

lu /sec

0.0059 0.0057 -2.25

0.021 0.020 -1.70

0.089 0.086 -1.07

0.033 0.032 -1.49

u.uou U.UoU —1 .11

0.13 0.13 -0.88

0.026 0.026 -1.59

0.00099 0.00099 -3.00

0.016 0.016 -1.78

(\ (\C\Q 1 U.UUo 1 U.UUoz —T AO z.Uo

0.088 0.091 -1.04

0.030 0.031 -1.51

0.062 0.066 -1.18

0.029 0.031 -1.51

U.Uov —1 ^ f. 1. Id

0.041 0.044 -1.35

0.021 0.022 -1.65

0.033 0.036 -1.45

0.027 0.029 -1.53

U.U6 / n c\n A U.U/4 1 11

0.010 0.011 -1.94

0.071 0.078 -1.11

0.019 0.021 -1.67

0.0080 0.0089 -2.05

U.U44 U.UjU —1 "J A 1 .3U

0.15 0.17 -0.78

470
Wavelength Spectrum Energy Levels

A K

2556.19 U II 0 — 39109

2675.88 U II 1749 39109

II II 2295 39109

2739.39 U II 289 36783

2815.98 U II 289 35790

2824.37 U II 289 — 35685

2838.62 U II 915 36133

2853 57 II IT 1749 36783

2862.62 U II 4585 39508

2865.68 U II 0 _ 34886

2875.20 U n 915 - 35685

2886.45 U II 289 34924

2889 63 U II 289 34886

2898.71 U II 2295 36783

2902.81 U II 0 34439

2904.51 U II 289 — 34708

2914.25 U II 289 34593

291 8 97 II IT 5260 39508

2923.17 U II 0 34199

2927.38 U II 289 34439

2936.78 U II 1749 — 35790

2941.92 U II 5527 39508

2942 12 II\J 11II 289 z 34268

2942.85 U II 915 34886

2945.89 U II 1749 35685

2948.09 U II 289 — 34199

2954.39 U II 2295 36133

2966 66 U II 1749 35447

2968.40 U II 915 34593

2984.61 U II 2295 35790

2987.80 U II 289 — 33749

3012.45 U II 289 33475

301 6 96 tl\J 11ri 1749 1 / ^y 34886

3033.19 U II \1A9 34708

3046.46 U II 289 33104

3055.59 U II 0 — 32717

3063.88 U II 2295 34924

3080 74 II II 1 749 z 34199

3084.24 U II 2195 34708

3095.04 U II 1749 34049

3095.23 U II 2295 — 34593

3098.01 U II 915 33184

31 19 35 U\J 11 5260 z 37308

3126.70 U II 2295 34268

3133.42 U II 2295 34199

3139.56 U II 4706 36549

3145.56 U II

' 5527 37308

3151.08 U II 1749 33475

3155.41 U II 1749 33432

3171.37 U II 5260 36783

gA gf Lo£ sf

IQS/sec

2.9 0.29 -0.55

1.5 0.16 -0.79

1.2 0.13 -0.89

1.0 0.11 -0.94

0.55 0.065 -1.18

1.2 0.15 -0.83

0.26 0.032 -1.50

0.84 0.10 -0.99

0.91 0.11 -0.95

2.5 0.31 -0.52

0.70 0.087 -1.06

0.50 0.063 -1.20

3.1 0.39 -0.41

0.64 0.081 -1.09

0.22 0.028 -1.55

0.60 0.076 -1.12

0.75 0.096 -1.02

1.6 0.21 -0.68

0.21 0.027 -1.57

0.72 0.093 -1.03

0.33 0.042 -1.37

13. 1.7 0.22

0.48 0.062 -1.20

0.70 0.091 -1.04

0.72 0.093 -1.03

0.73 0.096 -1.02

0.82 0.11 -0.97

0.75 0.099 -1.00

0.41 0.055 -1.26

1.8 0.24 -0.61

0.33 0.044 -1.36

0.17 0.024 -1.62

0.78 0.11 -0.97

1.2 0.17 -0.76

0.32 0.044 -1.35

0.36 0.050 -1.30

0.27 0.038 -1.42

0.66 0.094 -1.03

0.32 0.045 -1.34

0.63 0.091 -1.04

0.49 0.071 -1.15

0.54 0.077 -1.11

2.9 0.43 -0.37

0.40 0.058 -1.23

0.22 0.033 -1.48

2.4 0.35 -0.45

2.7 0.40 -0.40

0.27 0.041 -1.39

0.27 0.041 -1.39

0.70 0.11 -0.98

471
Wavelength Spec

A

trum Energy Levels gA gf

K 108/sec

Loggf

3188.34 U II 1749 - 33104 0.38 0.057 -1.24

3206.23 U II 2295 33475 0.28 0.043 -1.37

3213.09 U II 8394 39508 0.77 0.12 -0.93

3232.16 U II 289 31219 0.69 0.11 -0.96

3244.79 U II 2295 33104 0.25 0.040 -1 40

3246.39 U II 289 — 31084 0.22 0.034 -\A1

3269.78 U II 289 30863 0.068 0.011 -1.96

3270.12 U II 289 30860 0.41 0.066 -1.18

3303 60 U II 289 30550 0.25 0.041 —1 38

3305.93 U II 0 30240 0 85 0 14 -0 86

3311.72 U II 5260 — 35447 1.0 0.17 -0.78

3325.66 U II 0 30061 0.11 0.018 -1.74

3332.42 U II 5791 35790 0.28 0 046 —1 33

3337.79 U II 289 30240 0.31 0.052 -1.28

3338 48 U II 915 30860 0.14 0.023 -1 63

3341.66 U II 2295 - 32211 0.61 0.10 -0.99

3355.11 U II 289 30086 0.056 0.0095 -2.02

3357.93 U II 289 30061 0.20 0.035 -1.46

3370.13 U II 5260 34924 0.37 0.063 -1.20

3372.01 U II 289 29936 0.16 0.028 -1.56

3382.68 U II 915 — 30469 0.063 0.011 -1.97

3384.45 U II 289 29828 0.16 0.027 -1.57

3392.99 U II 4585 34049 0.17 0.030 -1.52

3394.78 U II 5260 34708 0.98 0.17 -0.77

3406 28 U II 915 30264 0.18 0.031 -1.50

U II 1749 - 30942 0.58 0.10 -0.99

3431.54 U II 5791 34924 0.45 0.079 -1.10

3433 71 IJ II 289 29404 0.047 0.0084 -2.08

3433 90 IJ\J IT11 289 29402 0.095 0 017 -11 • 78/ u 3434 1 5 TuJ TT11 1749 30860 0 26 0 046 —1 33

3451.21 U II 1749 - 30716 0.14 0.025 -1.61

3472.56 U II 2295 — 31084 0.15 0.0^8 -1.56

3489.57 U II 5791 34439 0.60 0.1

1

-0.96

U II 1749 30342 0.46 0.085 -1.07

3499.33 U II 2295 30863 0.24 0.045 -1.35

3508.85 U II 1749 - 30240 0.27 0.049 -1.31

3511.58 U II 289 28758 0.081 0.015 -1.83

3517.05 u n 6283 34708 0.43 0.080 -1.09

3531.1

1

U II 1749 30061 0.31 0.059 -1.23

3533 57 U II 915 29207 0.40 0.075 -1.13

3543.16 U II 5260 - 33475 0.51 0.097 -1.01

3546.68 U II 1749 29936 0.19 0.036 -1.45

3547 19 n\j II11 1749 29932 0.30 0.057 -1.24

3548 62 IJ\j 11II 5260 33432 0.31 0.058 -1.24

3550 82 n IT 0 28154 0 55 0.10 -0.98

"^560 44 U\J II11 1749 29828 0.11 0.021 -1.68

3570.93 U II 4421 32417 0.12 0.022 -1.66

3589.79 U II 5667 33516 0.53 0.10 -0.99

3590.32 U II 5260 33104 0.56 0.11 -0.96

3590.50 U II 915 28758 0.18 0.035 -1.46

472
Wavelength Spectrum Energy Levels

A K

3605.48 U II 1749 29477

3612.67 U II 915 28587

3619.13 U II 289 27912

3623.06 U II 915 — 28508

3635.40 U II 0 27499

3640.95 U II 1749 29207

3670.07 U II 915 28154

3676.56 U II 6283 — 33475

3682.46 U II 6283 — 33432

3700.58 U II 915 — 27930

3701.52 U II 5527 32535

3714.76 U II 2295 29207

3724.99 U II 1749 — 28587

3738.05 U II 5791 — 32535

3746.41 U II 5527 32211

^^ c c\c\ 3775.99 U II 915 27390

3780.72 U II 915 27357

3782.84 U II 289 — 26717

3783.84 U II 5791 32211

3793.10 U II 4585 30942

3799.20 U II 8394 34708

3813.79 U II 2295 28508

3814.07 U II 915 27126

3818.48 U II 1749 27930

3826.51 U II 289 26415

3848.62 U II 4585 30562

3849.85 U II 0 25968

3859.58 U II 289 — 26191

3865.92 U II 2295 — 28154

3868.42 U II 4421 — 30264

3881.46 U II 4585 1 r\ T A'^ 30342

3882.36 U II 1749 27499

3890.36 U II 289 25986

3892.68 U II 5260 30942

3895.27 U II 4421 30086

3896.78 U II 8394 34049

3899.10 U II 4421 30061

3899.78 U II 2295 27930

3902.49 U II 2295 27912

3904.56 U II 5260 30863

3918.06 U II 4421 29936

3924.27 U II 4585 30061

3932.03 U II 289 25714

3933.03 U II 0 25419

3942.55 U II 0 25357

3944.13 U II 4585 29932

3953.58 U II 4421 29707

3962.79 U II 4706 29934

3966.40 U II 2295 27499

3985.80 U II 5260 30342

gA 1 .rko* orf 108/sec

0.085 0.017 -1.78

0.11 0.021 -1.68

0.033 0.0064 -2.19 nU.Z"> 11

ft ft/i 1 1 IQ

0.059 0.012 -1.93

0.22 0.044 -1.36

1.9 0.38 -0.42

0.80 0.16 -0.79

ft AO ft ftS^L —1 ft7 1 .U / 0.45 0.092 -1.03

3.3 0.68 -0.17

0.27 0.057 -1.24

0.35 0.074 -1.13

1 9. 1 . o ft "^8 U.JO —ft Al

1.9 0.40 -0.40

0.18 0.038 -1.42

0.27 0.059 -1.23

1.1 0.25 -0.61

1 .z ft —ft ^8

1.1 0.24 -0.61

1.4 0.30 -0.52

0.38 0.Q83 -1.08

0.26 0.p56 -1.25

ft 1 ft ft (Y)'X —1 (^A

0.42 0.092 -1.04

0.88 0.20 -0.71

0.10 0.(^22 -1.65

2.6 0.5,8 -0.24

1 .o ft 'XQ —ft A^

0.20 0.046 -1.34

1.7 0.39 -0.40

0.38 0.085 -1.07

1.1 0.25 -0.61

1 "X I. Jft ')0 U.Z7 —ft <.A 0.33 0.074 -1.13

2.4 0.55 -0.26

0.30 0.069 -1.16

0.54 0.12 -0.91

ft 1 <; ft ftfi 1 U.Uol —1 ftO 0.49 0.11 -0.95

0.13 0.029 -1.54

0.30 0.070 -1.15

0.096 0.022 -1.65

ft ft^i ft fti '> U.U 1 z —T Q1

0.081 0.019 -1.72

0.38 0.088 -1.05

0.44 0.10 -0.99

0.30 0.070 -1.16

0.19 0.045 -1.34

2.0 0.48 -0.32

473
Wavelength Spectrum Energy Levels

A K

3988.89 U II 2295 - 27357

3990.42 u II 915 25968

4004.06 u II 1749 26717

4009.17 u II 6283 31219

4018.99 u II 289 25164

4026.02 u II 2295 - 27126

4033.43 u II 4421 29207

4050.04 u II 0 24684

4051.91 u II 5260 29932

4053.03 u II 1749 26415

4054.31 u II 6283 - 30942

4062.55 u II 0 24608

4067.76 u II 6283 30860

4084.93 u II 5791 . 30264

4088.25 u II 0 24453

4090.14 u II 1749 - 26191

4098.03 u II 289 24684

4106.93 u II 0 24342

4113.11 u II 0 24306

4116.10 u II 0 — 24288

4124.73 u II 1749 - 25986

4135.76 u II 4585 28758

4136.81 u II 4421 28587

4139.14 u II 0 24153

4141.23 u II 8394 32535

4144.70 u II 2295 — 26415

4145.39 u II 6445 30562

4155.41 u II 6283 30342

4163.68 u II 0 24010

4165.68 u II 289 24288

4171.59 u II 1749 — 25714

4172.97 u II 6283 30240

4174.19 u II 5527 29477

4179.00 u II 4585 28508

4188.07 u II 289 24160

4189.28 u II 289 — 24153

4197.52 u II 8394 3221

1

4200.10 u II 6283 30086

4204.37 u II 0 23778

4212.26 u II 4421 28154

4214.42 u II 289 - 24010

4227.33 u 6283 29932

4232.04 u 289 23912

4240.59 u JJ 6283 29858

4241.67 u JJ 4585 28154

4244.37 u JJ 0 23554

4267.30 u 915 24342

4269.61 u 1749 25164

4273.98 u 915 24306

4282.03 u 289 23636

gf Loggf

108/sec

0 0^4 —1 Aft 0 24 0 0S7 —1 7S

0 22 0 054 —1 77

0.28 0.067 -1.18

0.12 0.030 -1.53

0 058 0 014 —1 8S

0 21 0 OS 1 —11 *^y 70

0 59 0V/. 11 J5 —0 84

0.87 0.21 -0.67

0.10 0.026 -1.59

0 1 f\ —0U. 81o 1 0 ^ 1 0 078 —11.111 1

1.1 0 77 —0U.JS7/ o!34 0.084 -1.08

0.093 0.023 -1.63

1 7 0 ^ 1 —0 S7 n 1

7

U. 1 / 0 04 —11 . ^7J / 0\j.\j\jO Of>8 0 017 —11 . lf\ / o 0.036 0.0091 -2.04

0.27 0.068 -1.17

0 OSS —1 lf> 0 1 1 0 078 —11 .JSSJ 0 1 s 0 0^9 —1 41

0.061 0.016 -1.81

1.6 0.40 -0.39

0 090 0 07^

0W. 11 11 0 077 —11 . JS^iU

0V/. 11 ^-? —0 8Q

0.11 0.028 -1.55

0.091 0.024 -1.63

u.oo 0 1 8 —0 7S n lA —1 70

0 087 —1 09

0.15 0.039 -1.41

0.061 0.016 -1.79

0 07S —1 60

0 55 0 1 S —0 83

0 094 0 07 5 0.051 0.014 -1.87

0.14 0.036 -1.44

0 00^i8 —7 17

0W. 1 1 1 1 0\j. 0^0 yjj yj —1 57

0 n? I —7 7fi 0.089 0.024 -1.62

1.0 0.28 -0.56

0 1 A 0 O'^Q —11 .*T411 n\J.\JH 0471 0 01^ —1 89

0 07

1

0 019 —11 . 71/ 1 0 098 0 0077 —7 1 1 Z. . 1 1 0.058 0.016 -1.80

474
Wavelength Spectrum Energy Levels

A K

4282.45 u n 4585 27930

4287.87 U II 0 - 23315

4191.

W

u II 289 — 23554

4301.47 u II 0 — 23241

4310.39 u II 6283 — 29477

4341.69 u II 289 23315

4347.19 u II 915 — 23912

4362.26 u II 0 — 22917

4362.93 u II 4585 — 27499

4372.57 u II 915 — 23778

47>17>A\ u II 1749 24608

4415.24 u II 0 — 22642

4426.68 u II 4706 — 27290

4427.65 u II 289 — 22868

4433.89 u II 8394 — 30942

4462.97 u II 915 23315

4465.13 u II 2295 - 24684

4472.34 u II 289 — 22642

4477.71 u II 915 — 23241

4490.84 u II 1749 — 24010

4510.32 u II 0 22165

4515.28 u II 289 - 22430

4538.19 u II 1749 — 23778

4543.63 u II 915 — 22917

4545.58 u II 2295 — 24288

4553.86 u n 915 22868 ^ \J \J \J 4555.10 u II 8394 — 30342

4567.69 u II 1749 — 23636

4569.91 u II 289 — 22165

4570.99 u II 6283 — 28154

4573.69 u II 2295 24153

4584.85 u II 1749 — 23554

4601.13 u II 915 — 22642

4603.66 u II 2295 — 24010

4605.15 u II 5791 — 27499

4622.43 u II 5260 26887

4627.08 u II 4585 - 26191

4641.66 u II 8394 — 29931

4646.60 u II 915 — 22430

4666.86 u II 289 — 21711

4671.41 u II 4585 25986

4689.07 u II 0 — 21320

4702.05 u II 4706 — 25968

4702.52 u II 2295 — 23554

4722.73 u II 1749 — 22917

4731.60 u II 4585 25714

4755.73 u II 0 21021

4769.26 u II 0 20962

4772.70 u II 2295 23241

4779.63 u II 6445 27361

gf Loggf

108/sec

0. 16 : A A /I "5 0.043 —1.37

A

0.053 Ad A A 1 C 0.015 —1.83

0.042 A A 1 0.012 —1.94

0.031 0.0087 -2.06

0.081 0.023 -1.65

A 1 O

(J. lo A AC 1 0.05 1

1 '? A —1.30

0.04/ A A 1

'7 0.013 —l.oo

0.045 A A 1 T 0.013 1 OA —1.89

0.059 0.017 -1.78

0.049 0.014 -1.85

U.U42 A A 1 U.U12 —1 no l.yZ

0.030 A AAO O O.OOoo O AC —2.05

U.Ujo A A 1 ^ —1 no I. /o

0.026 0.0076 -2.12

0.16 0.046 -1.33

U.l)41 A A 1 1 no

U.UZ / A AAO 1 O AA —Z.Uy AIT I). 13 A A /I A 1 1

A

—1.39

0.018 0.0054 -2.26

0.036 0.011 -1.96

A A 1

"5 A AA A 1 0.0041 —z.3y

A AC^ 0.052 A A 1 ^ 0.016 1 OA —l.oO

A f\£. A 0.060 A A 1 O 0.018 —1.73

0.15 0.048 -1.32

0.054 0.017 -1.77

A AAAA 0.0099 A AAI 1 0.003

1

—2.5

1

A 1 ^

0. 16 A A C 1 0.05

1

1 OA —1.29

A A'^ A 0.029 A AAAA 0.0090 —2.04

0.027 0.0085 -2.07

0.044 0.014 -1.86

A AC? 0.037 A A 1 O 0.018 —1.74

A A 1 /: A AAC 1 U.UU5 1 O O A —Z.Zy

A A 1

"2 A AAyl A U.UU4U —O /I A 2.4U

0.046 0.015 -1.83

0.050 0.016 -1.80

A A'3 1 U.U3 1 A A 1 A O AA —Z.OO

A 1 ^

0. 16 A0.052 AO 1 '1 o —I.ZO

A 1 0.12 A A yl A 0.040 —1.40

0.054 0.017 -1.76

0.027 0.0088 -2.06

A A/T H 0.066 A A'^ 1 0.021 —1.67

A A'5 1 0.03

1

A A 1 A 0.010 1 AA —I .yy

A AT T 0.033 A A 1 1 0.01

1

1 Az: —1.96

0.033 0.011 -1.96

0.045 0.015 -1.82

A f\nn U.U / / A A1 ^ 0.026 —1.59

A A 1 ^ 0.016 A AA C £1 0.0056 o o c —2.25

A A 1 T U.U12 A AA A 0.0042 O 1 o —2.38

A A'5 1 0.03

1

A A 1 1 0.01

1

1 AO —1.98

0.049 0.017 -1.77

475
Wavelength Spectrum Energy Levels gA Loggf

A K lu /sec

4819.54 U II 4421 - 25164 0.027 0.0093 -2.03

4847.66 U II 2295 - 22917 0.021 0.0076 -2.12

4858.08 U II 4585 - 25164 0.047 0.017 -1.78

'f o J 7.Do Q ZUj / z 0.011 0.0039 -2.41

4861.02 U II 5402 - 25968 U.V/DO 0u.uz^ 074 —11 .oz 67

"4886.33 U II 5527 - 25986 0.021 0.0077 -2.11

4899.29 U II 915 - 21320 0.018 0.0066 -2.18

4913.16 U II 2295 - 22642 0.020 0.0073 -2.14

AQ') A A/I T T II u II JOD / 7 CQAC Zj^Oo 0.030 0.011 -1.96

4933.66 U II 4421 - 24684 0U.U011 Js 0 00*^^ —7z.zo76

4950.17 U II 5791 - 25986 0.022 0.0080 -2.10

4972.10 U II 915 - 21021 0.0075 0.0028 -2.55

4986.90 U II 915 - 20962 0.0074 0.0028 -2.56

jUUo.ZZ IT IT U II 1 7/1 Q 1 /47 Z 1 / 1 1 0.026 0.0099 -2.00

5047.42 U II 2295 - 22101 0 ooso 0U.UUZ 009^J —7Z.O6^J

5085.86 U 11 915 - 20572 0.0058 0.0023 -2.65

5145.10 U II 6283 - 25714 0.017 0.0066 -2.18

5160.33 U II 5791 - 25164 0.050 0.020 -1.70

C 1 OA CQ T T II U II j4UZ 7 /I AB/l 0.032 0.013 -1.90

5225.12 U II 4421 - 23554 0 OOQ? 0U.UU00"^J 80 —7 47

5247.35 U II 5402 - 24453 0.0096 0.0039 -2.40

5247.75 U II 4585 - 23636 0.019 0.0078 -2.11

5257.04 U II 5667 - 24684 0.026 0.011 -1.97

JZ / 0. 1 o

II II U 11 J4UZ ^/im 7/11/17 Z4j4Z 0.012 0.0049 -2.31

5288.40 U II 5402 - 24306 0 OOQ? 0u.uuj 00^ Qy —9Z.'t411

• 5311.88 U II 4421 - 23241 0.015 0.0064 -2.20

5312.73 U II 5791 - 24608 0.0088 0.0037 -2.43

5321.60 U II 5667 - 24453 0.0085 0.0036 -2.44

J jDj.oZ IT II U II JOD / 7 /I in^ Z4jUO 0.0094 0.0040 -2.39

5400.95 U II 5402 - 23912 0 01 ^^ 0U.UUDZ' oo^;q —7z. 1i 60

5406.00 U II 8394 - 26887 0.024 0.011 -1.97

5444.48 U II 5791 - 24153 0.017 0.0076 -2.12

5481.22 U II 6445 - 24684 0.040 0.018 -1.74

c /1 0-7 no IT ¥T U II ^ 7Q 1 7/ini n 0.017 0.0075 -2.13

5492.97 U II 0 - 18200 001s 0u.uuoo 0068 z,. 1 /

5504.15 U II 6445 - 24608 0.023 0.010 -1.98

5551.44 U II 6445 - 24453 0.016 0.0073 -2.14

5552.62 U II 6283 - 24288 0.0097 0.0045 -2.35

J J J 1 .y\J IT II U II <7Q 1 J / 7 1 71778 Z J / /o 0.010 0.0048 -2.31

5580.82 U II 5402 - 23315 0U.UUO 008^J 0u. OO'^Q uuJ y —1 41

5581.61 U II 289 - 18200 0.0044 0.0020 -2.69

5597.38 U II 6445 - 24306 0.015 0.0072 -2.14

5602.91 U II 6445 - 24288 0.012 0.0057 -2.24

JOZo.UZ T T II U II J / 7

1

7 1 < </i 0.0060 0.0028 -2.55

5654.41 U II 4421 - 22101 u. uuuu 0U. 00^7 \J\JJ L> —7 50

5691.39 U II 6445 - 24010 0.020 0.0097 -2.01

5723.63 U II 6445 - 23912 0.020 0.0096 -2.02

5788.59 U II 6283 - 23554 0.010 0.0051 -2.29

5837.71 U II 4585 - 21711 0.015 0.0078 -2.11

5843.29 U II 6445 - 23554 0.010 0.0053 -2.28

476
Wavelength Spectrum Energy Levels

A

1

ITJV

n TT11 5407 — 77430

nu

TT11 S7Q1 — 77647

5952.05 U II - 23241

6017.39 U II 4706 - 21320

^^nsQ 7"? TIu T T 11 JDO 5^i^^7/ — 77 1 f>5

^^087 OUO / . 'XA ITu

TI

1

1

^^44 5 — 778^i8

fD 54 97 nu 11 ^^445 — 774'^0

6279.64 U II 5791 - 21711

6280.20 U II 5402 - 21320

IIuIT11 5407 — 7 1 07 1

^^474 89 TTu

If11 5407 — 709^^7

UJ J\J.JK3 TTu

IT11 — 70967

U J -7 \J. V/

J

ITuTT11 5407 — 90579

6720.84 u II 6445 - 21320

8504.70 u II 6445 - 18200

gA gf Loggf

108/sec

0.01

1

0.0059 -2.23

0.0057 0 0030 -2 52

0.0087 0.0046 -2 34

0.0071 0.0038 -2.42

0.0058 0.0032 -2.50

0.01

1

0.0062 -2 21

0 0056 0 0033 ' -2 48

0.0033 0.0020 -2 71

0.0074 0.0044 -2.36

0.0019 0.0012 -2.92

0.0027 0.0017 -2 77

0.0017 0.001

1

-2 97

0.0023 0.0015 -2 83

0.0025 0.0017 -2 77

0.0027 0.0029 -2.54

477
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Loggf

2092.44 V I 553 — 48329 17. 1.1 0.04

V 1 Q 41 098 1 7 O 1 4 A 0< U.O J 2386.96 V I 10892 — SlllA 33. 2.8 0.45

2388.92 V I 11101 — 52948 33. 2.9 0.46

2390.87 V I 137 — 41950 3.3 0.29 -0.54

2391.26 V I 2220 — 44026 6.0 0.51 -0.29

V T V 1 7/ .O6 O 6S —O 1 Q ^J. 1 y 2397.78 V I 553 — 42246 3.6 0.31 -0.50

2398.27 V I 553 — 42237 3.6 0.31 -0.50

2399.96 V I 0 — 41655 3.1 0.27 -0.57

2406.75 " V I 323 — 41861 6.6 0.57 -0.24

2407 90 V 1 1 ^7 41 fiSS _>.D 0 48 —0 ^ 1 V I 323 — 41758 5.1 0.45 -0.35

2413.03 V I 0 — 41429 3.5 0.31 -0.52

2415.33 V I 0 — 41389 6.3 0.55 -0.26

2416.75 V I 553 — 41918 7.4 0.65 -0.19

V 1 ID/ 4 7 0 4? —0 "^8yj. J o V I 553 — 41861 5.9 0.52 -0.28

2421.06 V I 137 — A\M9 5.3 0.46 -0.34

2421.98 V I 323 — 41599 5.5 0.49 -0.31

2423.38 V I 137 — 41389 2.3 0.20 -0.69

V 1 Ji-D 41'J- 1 407 'iyL o.o 0 '?8 U.JO —0 74

2432.02 V I 323 — 41429 4.7 0.42 -0.38

2435.52 V I 553 — 41599 7.4 0.66 -0.18

2439.10 V I 553 — 41539 3.6 0.32 -0.49

2441.89 V I 553 — 41492 2.4 0.21 -0.67

\1 T V 1 7/ .z? 0u.of\l/ —0yj. 1I 7/ 2503.30 V I 0 — 39935 4.0 0.37 -0.43

2506.90 V I 0 — 39878 7.8 0.74 -0.13

2507.78 V I 137 — 40001 13. 1.2 0.09

2511.65 V I 323 — 40126 10. 0.95 -0.02

\! T V 1 J yyJ J y.j 0\j. QOyyj —O 04

2515.15 V I 137 — 39884 3.5 0.34 -0.47

2517.14 V I 323 — 40039 9.8 0.94 -0.03

2519.62 V I 323 — 40000 13. 1.2 0.09

2526.22 V I 553 — 40126 23. 2.2 0.35

LJjKj. 1 o V 1 J J J 'tv/UO'f 1 1 3 0 1 1 U. 1 1 2545.98 V I 0 — 39267 1.1 o!26 -0.59

2552.65 V I 137 - 39300 5.4 0.53 -0.28

2554.86 V I 137 — 39267 2.3 0.23 -0.64

2558.90 V I 323 — 39391 1.7 0.17 -0.77

V I V 1 y.o u. yj —0yj. 09wz V I 15265 — 54251 105. 10. 1.01

2564.82 V I 323 — 39300 5.1 0.50 -0.30

2574.02 V I 553 — 39391 10. 1.0 0.02

2577.29 V I 553 — 39342 2.1 0.21 -0.69

2620.29 V I 8716 46868 36. 3.7 0.57

2640.69 V I 9825 47683 18. 1.9 0.28

2643.16 V I 137 37960 1.4 0.15 -0.82

2645.26 V I 323 38116 5.0 0.53 -0.28

478
"Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

2647 71 VV I* 0 37757

2651.90 V I 137 - 37835

2652.92 V I 15265 — 52948

2653.83 V I 15104 — 52774

2656.22 V I 323 — 37960

2661.42 V I 553 381 16

2665.96 V I 0 - 37499

2671.67 V I 137 — 37556

2685.14 V I 9637 — 46868

2686.36 V I 9637 — 46851

2696 99 V I 10893 47960

2697.74 V I 11101 — 48158

2698.73 V I 9825 — 46868

2699.11 V I 9825 — 46863

2722.56 V I 10893 — 47612

2731 35 VV I1 11101 47702

V I 11101 — 47143

2783.78 V I 13811 — 49723

2785.54 V I 14515 — 50404

2785.69 V I 13802 — 49689

2838 06 V I 0 35225

2844.93 V I 14549 - 49689

2848.77 V I 0 — 35092

2849.18 V I 137 — 35225

2852.87 V I 13802 — 48845

2855 22 VV I1 0 35013

2857.94 V I 9637 - 44617

2859.97 V I 137 — 35092

2864.36 V I 323 — 35225

2866.42 V I 9825 — 44701

2866 59 VV T1 15104 49978

2868.10 V I 15265 — 50121

2870.55 V I 553 — 35379

2894.58 V I 0 — 34537

2899.20 V I 137 — 34620

2899 60 VV I1 0 34477

2903.70 V I 0 - 34429

2904.13 V I 323 — 34747

2906.13 V I 137 — 34537

2914.30 V I 16573 — 50876

2914.93 VV I1 323 34620

2915.33 V I 137 - 34429

2916.02 V I 10893 — 45176

2917.93 V I 11101 — 45361

2923.62 V I 553 — 34747

2926.26 V I 323 34487

2935.87 V I 323 34375

2937.69 V I 137 34168

2942.33 V I 553 34530

2943.20 V I 0 33967

2.7 0.29 -0.54

4.4 0.47 -0.33

56. 5.9 0.77

54. 5.8 0.76

4.8 0.51 -0.29

6.1 0.64 -0.19

0.85 0.091 -1.04

0.86 0.093 -1.03

18. 2.0 0.30

18. 2.0 0.30

64. 6.9 0.84

66. . 7.3 0.86

18. 2.0 0.30

12. 1.3 0.13

74. 8.2 0.92

91. 10. 1.01

20. 2.3 0.37

41. 4.8 0.68

23. 2.7 0.43

41. 4.8 0.68

0.48 0.057 -1.24

24. 2.9 0.46

1.0 0.13 -0.90

1.1 0.13 -0.88

91. 11. 1.05

2.9 0.36 -0.45

14. 1.7 0.22

2.8 0.34 -0.47

3.8 0.47 -0.33

17. 2.1 0.33

140. 17. 1.24

182. 23. 1.35

3.5 0.43 -0.36

0.80 0.10 -1.00

1.2 0.16 -0.81

1.5 0.19 -0.73

0.78 0.098 -1.01

1.2 0.15 -0.83

2.0 0.25 -0.59

53. 6.7 0.83

5.2 0.66 -0.18

0.78 0.100 -1.00

12. 1.5 0.19

17. 2.2 0.34

10. 1.3 0.12

0.80 0.10 -0.99

1.5 0.19 -0.73

1.1 0.14 -0.85

3.0 0.39 -0.40

2.6 0.34 -0.47

479
Wavelength Spectrum Energy Levels

A K

2946.53 V I 137 34066

2949.63 V I 137 — 34030

2954.33 V I 137 — 33976

2955 80 VV I1 ^553^ ^ 34375

2957.33 V I 323 34128

2962.77 V I 323

2974.22 V I 9637 — 43249

2977.54 V I 553 — 34128

2999 24 VV I1 9637 y\J^ 1 429f^9

3016.16 V I 9825

3031.01 V I 10893 43875

3043.12 V I 137 - 32989

3043.56 V I 0 32847

3044.94 VV I1 323 ^ ^ 33155

3050.40 V I 11101 43874

3050.89 V I 0 32768

3052.19 V I 137 - 32891

3053.65 V I 0 32738

3056.33 V 1 137 32847

3060.46 V I 323 32989 J ^ y Kj y

3066.38 V I 553- 331 55

3069.64 V I 323 — 32891

3073.82 V I 323 — 32847

3075 27 V I 1 5 1 04 4761

2

3082.11 V I . 553 J32989 L.y \j y

3087.06 V I 9545 41 928

3088.1 1 V I 9637 - 42010

3089.13 V I 9637 — 41999

3094 69 VV 1I 9545 41 848

3183.41 V I 137 3 1541

3183.98 V I 323 31722

3185.40 V I 553 - 31937

3193.92 V I 15063 46363

3 198.01 VV I1 1 37 3 1 398

3199.82 V I 15001 46244

3202.38 V I 323 3 1 541

3205.58 V I 10893 — 42079

3207.41 V I 553 — 31722

32 ] 2 43 VV I1 11101 42221

3218.87 V I 10893 41 950

3233.19 V I 11101 4202 1 3249.57 V I 553 - 31318

3255.65 V I 8716 — 39423

3263 24 VV I1 0 30^\36

3271.64 V I 137 30694

3273.03 V I 10893

3283.31 V I 323 30771

3284.36 V I 11101 41539

3298.14 V I 553 30864

3309.18 V I 9637 39847

gf Log gf

lO^/sec

1.3 0.17 -0.76

2.6 0.35 -0.46

1.4 0.18 -0.74

1.2 0.15 -0.81

1.0 0 1 3 -0 88

4.9 0.65 -0.19

7.2 0.95 -0.02

2.9 0.39 -€.41

6.7 0.90 -0.04

11. 1x »^5 0v- 19X y

13. 1.8 0.26

2.0 0.28 -0.55

2.0 0.27 -0.57

2.1 0.30 -0.53

8.8 1.2 0 09

1.4 0.20 -0.71

0.60 0.083 -1.08

3.8 0.53 -0.27

10. 1.5 0.17

13. 1.8 0.26

23. 3.2 0.51

1.2 0.17 -0.77

1.4 0.21 -0.69

54. 7.7 0.89

1.4 0 20 -0 71

5.1 0.74 -0.13

11. 1.5 0.18

5.3 0.75 -0.12

5.9 0.84 -0.07

20 3 0 0.48

35. 5.3 0.72

26. 4.0 0.60

22. 3.4 0.53

3.2 0.49 -0.31

22. 3 3 0.52

4.7 0.73 -0.14

56. 8.6 0.93

3.0 0.46 -0.33

53. 8.3 0.92

4 5 0 70 -0.16

6.5 1.0 0.01

0.32 0.050 -1.30

2.2 0.35 -0.45

0.67 0.11 -0.97

0 46 0.074 -1.13

7.9 1.3 0.10

0.47 0.076 -1.12

5.7 0.93 -0.03

0.77 0.13 -0.90

3.6 0.59 -0.23

480
Wavelength Spectrum Energy Levels gA gf Log gf

AA K 10^/sec

3329.86 V I AC^ C 9825 - 39847 7.2 1.2 A AO

3356.35 V I 9637 39423 5.5 0.93 A A'5 —0.03

3365.55 V I 9545 39249 6.1 1.0 0.02

3376.06 V I 9637 — 39249 3.1 0.53 -0.28

V I yb57 — 39237 '2 1 3.1 A CJ U.53 A O Q —U.2o

5311. bz V I AO O C 9825 - 39423 6.5 1 .

1

A Ayl

3400.40 V I 8716 38116 7.

1

1.2 A AA 0.09

3402.57 V I 8579 37960 2.2 0.38 -0.43

3417.06 V I 8579 — 37835 2.1 0.37 -0.44

3418.52 V I 87 16 — 37960 1.9 U.33 A A Q —U.49

A 0(\ A ^ 3489.47 V I

1 n ^ A'^ 17242 — 45892 1 o

18. 3.2 A C 1 0.5 1 3500.82 V I

1 A 1 yl C

1 9145 A 1 ^7 A-^ 47702 24. 4.5 U.65

3505.69 V I 13802 I 42318 7.6 1.4 0.15

3529.74 V I 9637 — 37960 9.6 1.8 0.25

3533.68 V I 9825 — 38116 25. 4.7 O.bl

3543.50 V I A C yi C 9545 - 37757 A C 4.6 A O ^ 0.86 A AT —U.U / 3553.27 V I AC^ C 9825 A Z" A 37960 A O 4.8 A n'*> 0.92 —0.04

3556.25 V I 17242 45354 18. 3.4 0.54

3566.18 V I 8579 — 36612 3.3 0.63 -0.20

V I

1 A C C 17U55 — 45067 1 /. 3.2 A C 1 U.5 1

lent f\

A

3571 .04 V I

1 n'^ A o 17242 - 45237 1 o

1 8. 3.4 A C2

357 1.65 V I

1 ^7 1 1 T 17117 45 107 29. 5.6 A T C

U. /5

3573.52 V I 17182 45158 30. 5.7 0.75

3577.87 V I 17117 — 45059 17. 3.2 0.51

V I 17242 — 45145 1 n

17. 3.3 A CO U.52

3606.69 V I

1 AOn'5 10893 — 38611 5.y 1 o

1.2 U.U6

3639. UZ V I 14549 A AO 1 4202

1

1 £. 16. 1 1 3.1 f\ ACi U.49

3643.86 V I 14515 41950 7.1 1.4 0.15

3644.71 V I 11101 — 38530 5.8 1.2 0.06

3648.97 V I 16450 — 43847 21. A 1 4.2 0.62

3656.7

1

V I 16573 - 43912 "O 1 21. 4.3 A ^ T 0.63

3663.59 V I

1 z^ O 1 16361 43649 A O 43. 8.7 0.94

3665.14 V I 16729 44005 15. 2.9 0.47

3667.74 V I 16450 — 43707 44. 8.8 0.95

3671.20 V I

1 /AO A T 10893 — 38124 z' O 6.3 1.3 0.10

3672.40 V I

1 z' A 1 ^ 16917 - 44140 1 A

19. A3.9 A C A 0.59

3673.40 V I 16573 A 'J 1 O O 43788 52. 1 A10. 1 AO 1.02

3675.70 V I 2220 29418 0.90 0.18 -0.74

3676.68 V I 17136 — 44327 36. 7.3 0.87

T O A 11 3ooU. 1 1 V I1 ZTT^ A 16729 — 43894 57. 12. 1 Az: 1.06

iooi. 13 V I 2153 — 29296 1 ^7 1.7 A T C 0.35 f\ A C 3686.26 V I

1 1 1 A 1 11101 38221 1 .2 1.5AIT 0. 17

3687.47 V I 16917 I 44028 93. 19. 1.28

3688.07 V I 2311 — 29418 4.2 0.86 -0.07

'J r AA O V I 2112 — 29203 3.1 0.64 A '^ A —0.20

3692.22 V I 2220 — 29296 A Z' 4.6 0.95 -0.02

3695.34 V I 17136 44190 93. 19. 1.28

3695.86 V I 2153 29203 3.

1

0.64 ri 1 A

-0. 1

9

3703.58 V I 2425 29418 12. 2.5 0.39

3704.70 V I 2311 29296 5.5 1.1 0.06

481
Wavelength Spectrum Energy Levels

A K

3705.04 V I 2220 - 29203

3706.04 V I 15104 42079

3708.72 V I 15265 42221

3713.96 V I 553 27471

3722.00 V I 15001 — 41861

3722.20 V I 18198 — 45057

3729.04 V I 14949 41758

3734.43 V I 15078 41848

3737.99 V I 14910 — 41655

3738.76 V I 15270 — 42010

3740.24 V I 15270 - 41999

3741.50 V I

1 O /I T O 18438 45 158

3747.98 V I 15572 42246

3751.78 V I 8579 — 35225

3753.27 V I 13802 — 40437

3755.70 V I 18302 - 44921

3759.32 V I 20830 47423

l>l(i\AA V I 15270 I 41848

3763.14 V I 15572 — 42138

3769.07 V I 13802 — 40326

3774.11 V I 13811 - 40300

3775.19 V I 15270 41752

1>115.12 V I 18680 45158

V I 15771 — 42246

3778.68 V I 2311 — 28768

3779.65 V I 10893 - 37343

3781.39 V I 15572 42010

3787.14 V 1 15104 I 41501

3790.32 V I 2220 — 28596

3793.61 V I 0 — 26353

3794.96 V I 2425 - 28768

3799.91 V I 2153 28462

3803.47 V I 2311 I 28596

3803.78 V- I 10893 — 37175

3806.80 V I 11101 — 37362

3807.50 V I 2112 - 28369

3808.52 V I 0 26249

3809.60 V I 2220 28462

3813.49 V I 137 — 26353

3815.51 V I 2112 — 28314

3817.84 V I 553 - 26738

3818.24 V I 0 26183

3819.96 V I 2425 28596

3821.49 V I 2153 28314

3822.01 V I 323 26480

3822.89 V I 2311 — 28462

3823.21 V I 2220 28369

3823.99 V I 8476 34620

3826.77 V I 8413 34537

3828.56 V I 137 26249

gA gf Log gf

108/sec

1.7

11.

16.u.u / u

5.1

0.35

2.2

3.2 u.u 1

4

1.1

-0.45

0.34

0.51

1 Q/l

1 .54

0.02

12.

5.9

16.

A 8

9.6

2.6

1.2

3.4

1 ft 1 .u 2.0

0.41

0.09

0.53

ft ftft u.uu

0.30

4.2

26.

4.6

U.OJ 2.7

0.89

5.4

0.96

ft 1

1

0.58

-0.05

0.73

-0.02

—ftU.oo88

-0.24

9.7

20.

5.1

1 u.u

2.7

2.1

4.1

1.1 9 1 Z. I 0.57

0.31

0.62

0.03

ftU.J11J -0.25

2.6

4.0

10.

4.0

0.72

0.57

0.85

2.2

ft QS

0.15

-0.25

-0.07

0.35

—ft fti u.u 1 -0.81

1.4

4.3

6.5

I .J 0.13

0.31

0.92

1.4

ft '>Q

0.028

-0.51

-0.04

0.15

—ft 'iA U. j4

-1.55

3.1

1.4

1.5

Z.J

5.8

0.67

0.31

0.32

ft '\A U. J4

1-3

.

-0.18

-0.51

-0.49

—ftU.Z77/ 0.10

0.74

0.70

0.57

1 A 0.23

0.16

0.15

0.12

ft 1

1

U.J 1 0.050

-0.79

-0.82

-0.91

—ft sft u. jU

-1.30

0.22

1.7

0.59

U.J J 0.82

0.048

0.38

0.13

ft 1

T

U. 1 z 0.18

-1.32

-0.42

-0.89

—ft Q'y V.yz.

-0.75

1.1 0.74

0.95

0.66

2.3 •

0.25

0.16

0.21

0.15

0.50

-0.60

-0.79

-0.68

-0.84

-0.30

482
Wavelength Spectrum Energy Levels

A K

gA gf

10«/sec

Loggf

3832.84 V I 13802 39884

3834.22 V I 13811 - 39884

3835.56 V I 8413 34477

3836.05 V I 8476 34537

3839.00 V I 8579 34620

3839.38 V I 14549 40587

3840.14 V I 10893 — 36926

3840.44 V I 8716 34747

3840.75 V I 323 26353

3841.89 V I 323 — 26345

3844.44 V I 0 26004

3847.33 V I 137 — 26122

3851.17 V I 8579 — 34537

3852.10 V I 8476 — 34429

3855.37 V I 0 — 25931

3855.84 V I 553 26480

3858.68 V I 8579 - 34487

3859.34 V I 8716 — 34620

3862.22 V I 137 — 26022

3863.87 V I 10893 — 36766

3864.86 V I 137 26004

3867.60 V I 323 - 26172

3870.58 V I 15771 — 41599

3871.08 V I 1 1 101 — 36926

3873.64 V I 10893 — 36701

3875.08 V I 323 26122

3875.90 V I 137 - 25931

3876.09 V I 553 26345

3883.89 V I 15689 41429

3886.59 V I 11 101 — 36823

3890.18 V I 323 26022

3892.86 V I 323 - 26004

3894.04 V I 18174 — 43847

3896.16 V I 8716 — 34375

3897.08 V I 18259 — 43912

3898.02 V I 18680 44327

3900.18 V I 18372 - 44005

3901.15 V I 18513 — 44140

3902.25 V I 553 — 26172

3904.47 V I 14515 — 40119

3906.75 V I 8579 34168

3909.89 V I 553 - 26122

3910.79 V I 8413 — 33976

3912.21 V I 8413 — 33967

3912.89 V I 8579 — 34128

3920.49 V 1 8476 33976

3921.90 V I 8476 33967

3922.43 V I 8579 34066

3924.66 V I 15063 40536

3925.24 V I 19026 44495

1.8 0.40 -0.40

18. 4.0 0.60

1.0 0.23 -0.64

1.1 0.23 -0.63

2.3 0.51 -0.29

8.8 1.9 0.29

2.1 0.46 -0.34

8.4 1.9 0.27

3.7 0.82 -0.09

0.16 0.035 -1.46

0.48 0.11 -0.97

0.42 0.093 -1.03

1.1 0.24 -0.63

0.52 0.1

1

-0.94

1.5 0.34 -0.47

4.4 0.98 -0.01

0.92 0.21 -0.69

1.1 0.24 -0.61

0.19 0.043 -1.36

3.5 0.78 -0.1

1

1.7 0.38 -0.42

0.30 0.068 -1.17

3.9 0.88 -0.06

4.7 1.1 0.03

1.7 0.39 -0.41

2.0 0.45 -0.35

0.52 0.12 -0.93

0.80 0.18 -0.75

2.8 0.64 -0.20

1.8 0.41 -0.39

0.67 0.15 -0.82

0.44 0.099 -1.00

13. 3.0 0.47

0.90 0.20 -0.69

13. 3.0 0.48

47. 11. 1.03

21. 4.9 0.69

22. 5.1 0.71

2.4 0.55 -0.26

2.6 0.60 -0.23

0.97 0.22 -0.65

0.69 0.16 -0.80

0.92 0.21 -0.67

2.0 0.45 -0.35

0.48 0.1

1

-0.96

0.92 0.21 -0.67

0.92 0.21 -0.67

2.1 0.49 -0.31

14. 3.2 0.51

27. 6.2 0.79

483
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3927.93 V I 15001 — 40452 12. 2.7 0.43

3930.02 V I 11101 — 36539 4.8 1.1 0.04

3931.34 V I 14949 - 40379 8.5 2.0 0.29

3934.01 V I 8716 34128 A 2.4 0.56 -0.25

3935.14 V I 14910 40315 8.3 1.9 0.29

3936.28 V I 8579 — 33976 0.93 0.22 -0.67

3937.53 V I 15063 — 40452 2.9 0.67 -0.17

3938.20 V I 19078 - 44463 8.9 2.1 0.32

3939.33 V I

1 C f\f\ 1 15001 40379 2.8 0.66 -0.18

3941.25 V I 14949 I 40315 2.1 0.49 -0.31

3942.01 V I 11101 — 36461 1.6 0.38 -0.42

3943.66 V I 8716 — 34066 1.4 0.33 -0.48

3979.14 V I 20768 - 45892 14. 3.2 0.51

3979.42 V I 19023 A A t A ^ 44146 8.3 2.0 0.29

3984.34 V I 14910 40001 2.6 0.61 -0.21

3984.60 V I 14949 — 40039 4.5 1.1 0.03

3988.83 V I 15001 — 40064 4.6 1.1 0.04

3990.57 V I 14949 - 40001 27. 6.5 0.81

3992.80 V I 15001 40038 13. 3.1 0.49

3998.73 V I 15063 I 40064 22. 5.4 0.73

4023.17 V I 15270 — 40119 2.7 0.65 -0.19

4031.83 V I 19078 — 43874 17. 4.3 0.63

4042.64 V I 15270 - 40000 5.9 1.4 0.16

4048.62 V I 137 24830 0.036 0.0089 -2.05

4050.96 V I 17182 I 41861 31. 7.6 0.88

4051.35 V I 17242 — 41918 31. 1.1 0.89

4053.26 V I 15270 — 39935 2.6 0.63 -0.20

4057.07 V I 17117 — 41758 24. 5.8 0.77

4057.82 V I

1 C O A 15689 40326 7.2 l.o 0.25

4063.93 V I 17055 I 41655 19. 4.7 0.67

4071.54 V I 15572 — 40126 12. 3.0 0.48

4082.93 V I 9545 — 34030 0.61 0.15 -0.82

4090.58 V I 8716 - 33155 8.6 2.2 0.33

A r\c\ 1 C\ A 4091.94 V I 9545 33976 A AO 0.48 A 1 0. 12 —0.92

4092.41 V I 9637 34066 1.7 . 0.44 -0.36

4092.69 V I 2311 — 26738 2.2 0.55 -0.26

4093.50 V I 9545 — 33967 1.1 0.27 -0.57

4094.28 V I 17242 - 41660 5.3 1.3 0.12

4095.49 V I 8579 32989 6.4 1.6 ATI 0.21

4099.80 V I 2220 26605 3.3 0.84 -0.08

4102.16 V I 8476 — 32847 4.0 1.0. 0.01

4104.40 V I 17242 — 41599 19. 4.7 0.67

4104.78 V I 15771 — 40126 14. 3.5 0.54

4105.17 V I 2153 26506 3.2 A 01 0.82 —0.09

4107.49 V I 9637 33976 0.61 0.15 -0.81

4108.22 V I 17055 — 41389 8.8 2.2 0.35

4109.79 V I 2112 — 26438 2.6 0.66 -0.18

4111.78 V I 2425 — 26738 11. 2.8 0.45

41 12.33 V I 17182 41492 9.1 2.3 0.36

41 13.52 V I 9825 34128 2.3 0.58 -0.24

484
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

411 4. J J V 1

11 JOOJ jyyO/.

4115.18 V I 2311 — 26605

4116.47 V I 2220 — 26506

4118.18 V I 15724 — 40000

4118.64 V I 8716 — 32989

V 1 o J / y 39847

4120.54 V I 8476 — 32738

4123.19 V I 15689 — 39935

4123.57 V I 2153 — 26397

4124.07 V I 9825 — 34066

4198 f 1 zo.u07/ V T V 1 9970 9A418

4128.86 V I 15665 — 39878

4132.02 V I 2311 — 26506

A\1>AA9 V I 2425 — 26605

4136.11 V I 15078 — 39249

41A 1 1Qjy.LOOA V 1

11 JZ^970/

u

1Q/I91 J 74Z3

4159.69 V I 2311 — 26345

4171.30 V I 15270 — 39237

4174.01 V I 13802 — 37753

4179.42 V I 2425 — 26345

418? '^Q

V 1 9990 9^i zu 11 99zz 4189.84 V I 2311 — 26172

4191.56 V I 2153 — 26004

4197.60 V I 15265 — 39081

4198.61 V I 2311 — 26122

4900 1 Q V 1 9990 9^^099 ZUWZ.Z

4209.86 V I 2425 — 26172

4218.71 V I 2425 — 26122

AllAAA V I 15724 — 39391

Aiie.ei V I 15689 — 39342

4ZZ / . /4 V 1

1 "J 8 1 1 1 JO 1 1 J / 4J o 4229.69 V I 15665 — 39300

4232.46 V I 15771 — 39391

4232.95 V I 15724 - 39342

4234.00 V I 15689 — 39300

4Z j4.3Z V 1 Q 9 l/^OQ

4235.76 V I 15665 — 39267

4240.36 V I 15724 — 39300

4257.37 V I 15001 — 38483

4259.31 V I 137 — 23609

4?^i? HZ.OZ.. ^f\ 1 D V 111 4Q40 4"47 1840^

4268.64 V I 15063 — 38483

4269.76 V I 14910 — 38324

4270.32 V 1 14549 - 37960

4271.55 V I 15001 — 38405

4276.96 V I 14949 38324

4282.91 V I 15063 38405

4284.06 V I 14910 38246

A2S6.A2 V I 15001 38324

4291.30 V I 14949 38246

1 1 J.J O SI V.oj

5.2 1.3 0.12

2.1 0.52 -0.28

9.3 2.4 0.37

1.3 0.33 -0.49

11 .DA 0 40 —Ou. J10y

1.2 0.31 -0.52

9.1 2.3 0.37

2.3 0.58 -0.23

1.1 0.29 -0.54

J.J 0V.oy8Q —o o<

5.8 1.5 0.17

3.6 0.91 -0.04

2.7 0.70 -0.15

.2.7 0.69 -0.16

9 8 Z.O nyj. 71/ J A 1 A U. 1 4

0.17

' 0.044 -1.35

2.7 0.71 -0.15

2.9 0.75 -0.13

0.26 0.067 -1.17

0 1 U. 1

D

0 049 —11 .J171 0.19 0.050 -1.30

0.18 , 0.048 -1.32

2.6 0.69 -0.16

0.067 0.018 -1.75

0U.UJo<;^J 0U. 014 W 1

4

—1 8^. 0.25 0.066 -1.18

0.068 0.018 -1.74

2.9 0.77 -0.11

5.1 1.4 0.14

1 1

I. J U.JO ^J.4j

2.2 0.60 -0.22

16. 4.3 0.64

7.9 2.1 0.33

7.8 2.1 0.32

n 09 7 u.uz / OU.Uu0079/ Z —9 1 A Z. 14

5.0 1.3 0.13

2.2 0.61 -0.22

3.6 0.97 -0.01

0.061 0.017 -1.78

j.y 0 01

20. 5.4 0.73

1.7 0.47 -0.33

1.5 0.42 -0.37

16. 4.3 0.64

1 c

1 J. 44.Z9 0U.OA1J 1.5 0.42 -0.37

14. 3.9 0.60

1.7 0.47 -0.32

1.3 0.35 -0.46

485
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

4291.82 V I 17242 — 40536 21. 5.8 0.76

AJQf^ HZ. yo. 1 1 I 1 V 1 171/118?oL 4U4JZ 1

1

1J. 7/ o <,1 U.J / 4297.68 V I 17117 — 40379 10. 2.8 0.44

4298.03 V I 17055 — 40315 9.8 2.7 0.44

4306.21 V I 137 — 23353 0.082 0.023 -1.64

4307.18 V I 0 — 23211 0.067 0.019 -1.73

\T I V 1 91^90 Z J jZU OU.UoD 08^ O 09/1 U.UZ4 1 <;9

1 .oZ

4313.89 V I 14949 — 38124 1.2 0.34 -0.46

4330.02 V I 0 - 23088 0.21 0.060 -1.22

4332.82 V I 137 - 2321 1 0.25 0.069 -1.16

4334.09 V I 9825 — 32891 0.28 0.079 -1.10

AiA\ n 1 4j4 1 .U

1

V 1 911^1 O 18 U.JO O 1 1 U. 1 1 n Q7

4342.83 V I 15104 — 38124 1.6 0.47 -0.33

4352.87 V I 553 — 23520 0.54 0.15 -0.82

4354.98 V I 15265 — 38221 4.3 1.2 0.08

4355.94 V I 137 — 23088 0.071 0.020 -1.69

HjKiJ.jZ. V 1 9990 9^111 Z J 1 J 1 n 049 0U.U0191 Z —11 .7Z Q9

4364.22 V I 17055 — 39962 2.8 0.80 -0.10

4368.04 V I 323 - 23211 0.074 0.021 -1.67

4368.60 V I 17117 — 40001 2.8 0.81 -0.09

4373.23 V I 21603 — 44463 27. 7.8 0.89

HJ / J . O J

\1 I V 1 171/1189oZ /lOOIQ 4UUJ y A 1 4. J

1 9 0 OQ

4375.30 V I 21646 — 44495 20. 5.8 0.76

4379.24 V I 2425 - 25254 10. 3.Q 0.48

4380.55 V I 17242 — 40064 5.8 1.7 0.22

4384.72 V I 2311 — 25112 5.8 1.7 0.23

\T T V I 9990 ZZZU 3 9 n o<; U.UJ 4392.07 V I 2153 — 24915 0!070 o!o2o -1.69

4393.09 V I 15078 — 37835 1.3 0.39 -0.41

4393.84 V I 8476 — 31229 0.21 0.060 -1.22

4395.23 V I 2153 — 24899 2.8 0.81 -0.09

t'^-UU. JO V I V 1 9119 Z 1 1 z 94810 Z4oJU 1 1

1 .

1

0 1

1

U. J 1 —0U. JUso 4403.67 V I 15063 — 37765 2.3 0.66 -0.18

4406.15 V I 8579 — 31268 0.42 0.12 -0.91

4406.64 V I 2425 — 25112 1.9 0.56 -0.25

4407.64 V I 2311 — 24993 2.3 0.66 -0.18

V I V 1 9990 ZZZU 9480Q 9z.o8 nu. 89oz —0U.U"OQ

4408.51 V I 2153 — 24830 3.5 1.0 0.01

4412.14 V I 2112 — 24771 0.11 0.031 -1.51

4415.06 V I 15001 — 37644 1.3 0.37 -0.43

4416.47 V I 2153 — 24789 0.49 0.14 -0.85

/l /f 1 Q Q/t V I 999A ZZZU 9/1 81

Q

O 08Q OU.UZO 09A 1 . J o 4421.57 V I 2220 — 24830 0.49 0.14 -0.84

4423.21 V I 8716 — 31318 0.43 0.13 -0.90

4423.91 V I 20813 — 43411 4.7 1.4 0.14

4424.56 V I 11101 - 33695 0.42 0.12 -0.91

4425.71 V I 14910 37499 2.5 0.72 -0.14

4426.00 V I 2311 24899 0.36 0.11 -0.97

4427.31 V I 21603 44184 21. 6.1 0.79

4428.52 V I 2153 24728 0.23 0.068 -1.17

486
Wavelength Spectrum Energy Levels

A K

4429.80 V I 2425 — 24993

4430.50 V I 15270 — 37835

V 1

1 5572 ^8 1 1 J O 1 1 D

4436.14 V I 2112 74^48

4437.84 V I 2311 748'?0

4441.68 V I 2220 — 24728

4443.34 V I 21646 — 44146

dAAd 7 1 V I V 1 2 1 53

4449.57 V I 10893

4450.90 V I 19078 41 5'?Q H I J jy

4452.01 V I 15063 — 37518

4452.70 V I 14910 — 37362

H-H-J / .HO V 1 2220 74^»48

4457.76 V I 15104

4459.76 V I 2311 74778

4460.29 V I 2425 — 24839

4460.99 V I 19026 — 41437

V 1

1 5001 "Kl AC\A J / '+U'+ 4464.27 V I 19145 41^10

4464.75 V I 15724 JO 1 1 D

4465.50 V I 15572 — 37960

4468.01 V I 14910 — 37285

V 1

1 5 1 04 "^747^ J 1 1 J 4469.71 V I J / J 1 D

AAIA.QA V I 15771 J

"^8O 1 1 1 1 o

AAIA.IX V I 15265 — 37606

4475.89 V I \A9A9 — 37285

4480 04 \1 I V 1 11 ^5001 yjyj I 17^ 1 f\ 4488.89 V I 14910 ^7181

4490.80 V I 14949 ^77 1 1

4496.06 V I 15724 — 37960

4496.85 V I 14949 — 37181

44Q7 40 V 1 7 1 f,Af^ 4^87*\ JO / J 4501.95 V I 11101 J J j\j 1 4514.19 V I 15689 1781 ^ J / o J J

4524.22 V I 15265 — 37362

4525.16 V I 15665 — 37757

4529 ^0 V 11 5770 171/11

4529.59 V I 15104 17 17^

4537.66 V I 14549 jOjoU

4540.01 V I 15265 — 37285

4545.39 V I 15771 — 37765

4551 84 V 1 14515 jO'+ 1^478/ o 4553.05 V I 19023 40Q8 1 4560.71 V I 15724 J 1 04'+

4570.42 V I 15771 llf.AA J 1 0'f'f 4571.78 V I 15689 37556

4577.17 V I 0 21841

4578.73 V I 15665 37499

4579.19 V I 15724 37556

gA gf Log gf

108/sec

0.19 0.055 -1.26

0.97 0.29 -0.54

2.9 0.87 -0.06

0.32 0.094 -1.02

0.50 0.15 -0.83

0.63 0.19 -0.73

16. 4.8 0.68

0.47 0.14 -0.85

0.55 0.16 -0.79

5.5 1.6 0.22

17. 5.1 0.71

0.68 0.20 -0.69

0.30 0.090 -1.04

3.2 0.96 -0.02

0.77 0.23 -0.64

1.6 0.48 -0.32

6.5 1.9 0.29

17. 5.0 0.70

3.3 1.00 -0.00

1.3 0.38 -0.42

1.2 0.36 -€.44

3.0 0.90 -0.04

1.1 0.32 -0.50

10. 3.0 0.48

3.8 1.1 0.06

5.9 1.8 0.25

0.67 0.20 -0.70

2.0 0.61 -0.21

9.8 3.0 0.47

2.0 0.60 -0.22

3.3 0.99 -0.00

1.6 0.50 -0.30

6.5 2.0 0.29

0.99 0.30 -0.52

2.4 0.72 -0.14

3.8 1.2 0.07

1.2 0.36 -0.45

1.0 0.32 -0.50

2.0 0.61 -0.22

0.84 0.26 -0.59

1.0 0.32 -0.50

1 1. 3.4 0.53

0.54 0.17 -0.77

6.8 2.1 0.32

8.3 2.6 0.41

1.9 0.59 -0.23

5.9 1.9 0.27

0.18 0.055 -1.26

4.0 1.3 0.10

0.93 0.29 -0.54

487
Wavelength Spectrum Energy Levels gf Loggf

A lO^/sec

4580.40 V I 137 - 21964 0.23 0.072 -1.14

4583.78 V I 15689 - 37499 1.5 0.46 -0.34

4586.36 V I 323 - 22121 0.31 0.098 -1.01

4591.22 V I 19145 - 40920 12. 3.9 0.60

4594.11 V I 553 - 22314 0.50 0.16 -0.80

4606.15 V I 137 - 21841 0.035 0.011 -1.95

4609.65 V I 1 1 101 - 32788 0.24 0.077 -1.11

461 1.74 V I 15665 - 37343 0.70 0.22 -0.65

4619.77 V I 323 - 21964 0.083 0.026 -1.58

4624.41 V I 8476 - 30095 0.23 0.073 -1.14

4626.48 V I 8413 - 30022 0.18 0.057 .-1.24

4635.18 V I 553 - 22121 0.039 0.012 -1.91

4640.07 V I 8476 - 30022 0.22 0.072 -1.14

4640.74 V I 8579 - 30121 0.23 0.074 -1.13

4646.40 V I 8579 - 30095 0.46 0.15 -0.83

4648.89 V I 19189 - 40694 2.3 0.74 -0.13

4666.14 V I 15270 - 36695 0.74 0.24 -0.62

4670.49 V I 8716 - 30121 0.56 0.18 -0.74

4684.45 V I 15270 - 36612 0.52 0.17 -0.76

4686.92 V I 15078 - 36408 0.69 0.23 -0.65

4706.16 V I 15572 - 36815 1.2 0.41 -0.39

4706.57 V I 17242 -•38483 3.0 0.99 -0.01

4710.56 V I 17182 - 38405 2.9 0.97 -0.01

4714.12 V I 171 17 - 38324 2.4 0.79 -0.10

4715.89 V I- 19026 - 40225 2.0 0.68 -0.17

4717.69 V I 17055 - 38246 1.9 0.62 -0.21

4721.51 V I 15724 - 36898 0.95 0.32 -0.50

4722.86 V I 15771 - 36938 0.96 0.32 -0.49

4729.53 V I 15270 - 36408 0.83 0.28 -0.56

4730.38 V I 15689 - 36823 0.62 0.21 -0.68

4742.63 V I 18805 - 39884 1.5 0.50 -0.30

4746.63 V I 16361 - 37423 0.67 0.23 -0.65

4748.52 V I 16450 - 37503 1.1 0.38 -0.42

4750.98 V I 16573 - 37615 1.4 0.46 -0.33

4751.56 V I 15572 - 36612 0.74 0.25 -0.60

4753.93 V I 16729 - 37758 1.2 . 0.41 -0.38

4757.48 V I 16361 - 37375 1.8 0.62 -0.21

4766.63 V I 16450 - 37423 1.5 0.51 -0.30

4776.36 V I 16573 - 37503 3.8 1.3 0.11

4786.51 V I 16729 - 37615 3.2 1.1 0.03

4796.92 V I 16917 - 37758 4.1 1.4 0.15

4799.77 V I 0 - 20828 0.0049 0.0017 -2.78

4807.53 V I 17136 - 37931 4.3 1.5 0.18

4827.45 V I 323 - 21033 0.037 0.013 -1.89

4831.64 V I 137 - 20828 0.038 0.013 -1.87

4832.43 V I 0 - 20688 0.030 0.011 -1.98

4833.02 V I 13802 - 34487 0.23 0.081 -1.09

4848.81 V I 21603 - 42221 2.0 0.72 -0.14

4851.48 V I 0 - 20606 0.079 0.028 -1.55

4862.61 V I 20830 - 41389 2.9 1.0 0.01

488
Wavelength Spectrum Energy Levels

A K

AQ^A lA 4oo4. /

4

\T T V I

1 11 I J / ZUooo

4871.26 V I 17242 — 37765

4875.48 V I 323 — 20828

4880.56 V I 9637 — 30121

4881.56 V I 553 — 21033

A 8Q/1 0 1 4074.Z 1 V I 1 /Ujj 17/1 8 1 3 1 4o 1 4900.62 V I 17117 — 37517

4904.29 V I 9637 - 30022

4925.65 V I 9825 — 30121

4932.03 V I 9825 — 30095

^700. 1 L V I 5002.33 V I 19023 — 39009

5014.62 V I 19145 — 39081

5051.63 V I 21646 - 41437

5128.53 V I 18438 - 37931

^ 1 '38 A'} V 1 1 o jUZ J / / JO

5139.53 V I 19078 — 38530

5148.72 V I 18198 - 37615

5159.35 V I 18126 - 37503

5169.94 V I 18086 — 37423

V I 1 o 1 zu J / J / J 5192.99 V I 18680 — 37931

5193.62 V I 18174 — 37423

5194.83 V I 18259 - 37503

5195.36 V I 18372 - 37615

JZUO.O 1 V 1 J / J / J 5216.59 V I 18259 — 37423

5225.77 V I 18372 - 37503

5233.75 V I 18513 — 37615

5234.07 V I 19023 — 38124

3Z4U.ZU V I I oOoU "377 ^ 8 J / / Jo

5240.87 V I 19145 — 38221

5260.98 V I 18438 — 37441

5353.41 V I 19078 — 37753

5383.43 V I 20828 — 39399

J JO J. 14 V I Z IUj J jyjy 1 5388.30 V I 20688 — 39241

5397.87 V I 20606 — 39127

5401.93 V I 19023 — 37530

5415.26 V I 19145 — 37606

j4 1 0.U7 V I 1 yuz J in Ai K J /4 / J 5424.08 V I 19026 — 37458

5434.18 V I 19078 — 37475

5437.66 V I 19145 — 37530

5458.12 V I 19026 — 37343

5487.22 V I 14549 32768

5487.92 V I 19145 37362

5489.94 V I 14515 32725

5504.87 V I 13802 31962

5507.75 V I 19023 37175

gt Log gf

10^/sec

0.12 0.043 -1.37

0.67 0.24 -0.62

0.16 0.058 -1.24

(\ 1 Q O.iy —1. lo

0.21 0.073 -1.13

0.62 0.22 -0.65

1.6 0.57 -0.25

0.33 0.12 -0.92

n 7Q nil —

A Q7 u.y / 0.12 0.044 -1.35

4.0 1.5 0.17

3.0 1.1 0.06

3.7 1.4 0.15

7 A Z.4 A AT —U.U3

3.7 1.5 0.16

3.5 1.4 0.14

0.99 0.39 -0.41

2.1 0.84 -0.07

1 7 1 .z n /I Q u.4y A -J 1 ^J.5 1 0.64 0.26 -0.59

0.56 . 0.23 -0.65

3.7 1.5 0.18

0.65 0.26 -0.58

5.5 1.3 All U. 1 3

1.7 0.69 -0.16

0.56 0.23 -0.64

1.2 0.50 -0.30

1.0 0.43 -0.37

1 1 1 .

1

n AA U.44 A 1 < 4.0 1.6 0.21

0.63 0.26 -0.59

4.1 1.7 0.23

0.49 0.21 -0.69

1 A 1.4 A —U.Z3

1.8 0.80 -0.10

2.3 I.O 0.00

0.70 0.31 -0.52

0.54 0.24 -0.62

i.U 1.3 A 1 7

U. 1 Z

4.4 2.0 0.29

0.86 0.38 -0.42

1.5 0.66 -0.18

1.3 0.57 -0.24

\j.5j n 1 <

U. 1

J

A 8 1 0.50 0.22 -0.65

0.21 0.093 -1.03

2.5 1.1 0.06

0.20 0.093 -1.03

0.18 0.084 -1.08

2.0 0.91 -0.04

489
Wavelength Spectrum Energy Levels

A K

551 1.18 V I 19145 - 37285

5545.93 V I 8579 - 26605

5547.07 V I 8716 - 26738

5558.75 V I 13802 - 31786

5561.66 V I 1381

1

- 31786

5584.50 V I 8579 - 26480

5586.00 V I 15001 - 32898

5592.42 V I 8476 - 26353

5601.38 V I 19078 - 36926

5604.94 V I 8413 - 26249

5624.20 V I 18805 - 36580

5624.60 V I 8579 - 26353

5624.89 V I 8476 - 26249

5626.01 V I 8413 - 26183

5627.64 V I 8716 - 26480

5632.46 V I 553 - 18302

5633.90 V I 19078 - 36823

5635.51 V I 19026 - 36766

5646.1

1

V -I 8476 - 26183

5657.44 V I 8579 - 26249

5668.36 . V I 8716 - 26353

5670.85 V I 8716 - 26345

5698.52 V I 8579 - 26122

5703.56 V I 8476 - 26004

5706.98 V I 8413 - 25931

5708.95 V I 19189 - 36701

5725.64 V I 19078 - 36539

5727.03 V I 8716 - 26172

5727.66 V I 8476 - 25931

5731.25 V I 8579 - 26022

5734.01 V I 19026 - 36461

5737.06 V I 8579 - 26004

5743.45 V I 8716 - 26122

5747.70 V I 19145 - 36539

5748.87 V I 15270 - 32660

5752.74 V I 15078 - 32456

5761.41 V I 8579 - 25931

5772.42 V I 15572 - 32891

5776.64 V I 8716 - 26022

5782.61 V I 8716 - 26004

5783.50 V I 21841 - 39127

5784.38 V I 22314 - 39597

5786.16 V I 21964 - 39241

5788.56 V I 15078 - 32349

5807.14 V I 24899 - 42114

5817.06 V I 15270 - 32456

5817.53 V I 24993 - 42177

5830.72 V I 251 12 - 42257

5846.30 V I 25254 - 42353

5850.32 V I 15572 - 32660

gA gf Loggf

10^/sec

0.41 0.19 -0 73

0.033 0.015 —\ 82

0.1

1

0.049 -1 31

0.22 0.10 -0.99

0.18 0.082 -1.09

0.20 0.093 —1 03

0.19 0.091 —1 04

0.13 0.063 —1 20

0.76 0.36 -0.45

0.093 0.044 -1.36

0.31 0 15 -0 83

0.27 0. 13 -0 89

0.094 0.044 -1 35

0.074 0.035 -1.46

0.56 0.27 -0.57

0.0018 0 00085 —3 07

0.26 0.12 -0.91

0.33 0.16 -0.81

0.11 0.053 -1.28

0.15 0.072 -1.14

0.16 0.075 -1.13

0.43 0.21 -0.69

1.6 0.76 -0.12

1.2 0.56 -0.25

0.70 0.34 -0.47

0.29 0.14 -0.85

1.7 0.85 -0.07

1.1 0.55 -0.26

0.21 0.10 -0.99

0.29 • 0.14 -0.85

1.0 0.50 -0.30

0 29 0 14 -0 85

0.15 0 073 -1J. • 14X ^

0.42 0.21 -0.68

0.35 0.17 -0.76

0.13 0.066 -1.18

0.021 0.010 -1.98

0.63 0.31 -0.50

0.045 0.023 -1.65

0.014 0.0072 -2.14

0.58 0.29 -0.53

2.5 1.3 0.10

3.0 1.5 0.18

0.17 0.087 -1.06

4.2 2.1 0.33

0 18 0.091 -1.04

4 3 2 2 0 34

7/ . 11 3 6 0 56

5 6 0.75

o!o95 0.049 -L31

490
Wavelength Spectrum Energy Levels

A K

5924.57 V I 15063 31937

5978.91 V I 15001 — 31722

5980.78 V I 9637 — 26353

6002.31 V I 9825 — 26480

6002.63 V I 8476 — 25131

6016.12 V I 21603 38221

6025.41 V I 14949 — 31541

6039.73 V I 8579 25131

6058.14 V I 8413 24915

6067.26 V I 21646 38124

6081.44 V I 8476 24915

6090.22 V I 8716 - 25131

6106.98 V I 1 1 101 27471

611 1.67 V I 8413 24771

61 19.52 . V I 8579 24915

6128.34 V I 8476 24789

6135.38 V I 8476 - 24771

6150.15 V I 2425 — 18680

6170.36 V I 231

1

— 18513

6189.35 V I 2220 — 18372

6199.19 V I 231

1

18438

6213.87 V I 2425 - 18513

6216.37 V I 2220 18302

6218.31 V I 23520 39597

6224.50 V I 231

1

18372

6230.74 V I 2153 18198

6233.20 V I 2220 — 18259

6240.13 V I 2153 18174

6242.81 V I 21 12 18126

6243.10 V I 2425 — 18438

6251.82 V I 2311 18302

6256.90 V I 2220 - 18198

6258.57 V I 21 12 18086

6261.22 V I 2153 18120

6266.32 V I 2220 18174

6268.82 V I 2425 18372

6274.65 V I 2153 - 18086

6282.33 V I 17242 — 33155

6285.16 V I 2220 — 18126

6292.83 V I 231

1

— 18198

6296.49 V I 2425 18302

6311.50 V I 26738 - 42578

6324.66 V I 17182 — 32989

6326.84 V I 15063 — 30864

6339.09 V I 15001 — 30771

6349.48 V I 14949 30694

6355.58 V I 17117 32847

6357.30 V I 14910 30636

6358.82 V I 17242 32964

6361.27 V I 17182 32898

gA

108/sec

0.29 0.16 -0.81

0.19 0.10 -1.00

0.029 0.015 -1.81

0.043 0.023 -1.64

0.058 0.032 -1.50

1.2 0.64 -0.20

0.13 0.068 -1.17

0.47 0.26 -0.59

0.097 0.053 -1.27

0.81 0.45 -0.35

0.47 0.26 -0.58

1.3 0.74 -0.13

0.057 0.032 -1.49

0.27 0.15 -0.82

0.59 0.33 -0.48

0.019 0.011 -1.97

0.27 0.15 -0.82

0.031 0.018 -1.75

0.014 0.0079 -2.10

0.0036 0.0021 -2.69

0.073 0.042 -i.38

0.021 0.012 -1.91

0.070 0.041 -1.39

1.8 1.0 0.02

0.020 0.012 -1.93

0.064 0.037 -1.43

0.015 0.0089 -2.05

0.0085 0.0050 -2.30

0.025 0.015 -1.83

0.11 0.067 -1.17

0.044 0.026 -1.59

0.013 0.0076 -2.12

0.013 0.0073 -2.13

0.0084 0.0050 -2.31

0.013 0.0076 -2.12

0.020 0.012 -1.92

0.025 0.015 -1.83

0.18 0.10 -0.98

0.030 0.018 -1.76

0.030 0.018 -1.74

0.027 0.016 -1.80

4.2 2.5 0.40

0.14 0.085 -1.07

0.39 0.23 -0.63

0.30 0.18 -0.74

0.26 0.16 -0.80

0.14 0.083 -1.08

0.26 0.15 -0.81

0.25 0.15 -0.81

0.35 0.21 -0.68

491
Wavelength Spectrum Energy Levels

A K

6379.36 V I 17117 - 32788

6393.28 V I 17055 32692

6430.47 V I 15771 31318

6431 63 V I 15724 31268

6433.18 V I 15689 31229

6435.16 V I 15665 — 31200

6452.34 V I 9637 25131

6488 05 V I 19078 34487

6504.17 V I 9545 24915

653 1.43 VV I1 9825 25131

6543.51 V I 9637 - 24915

6558.02 V I 11101 — 26345

6565 88 VV l'1 9545 7477 ^-'-r III1 6605 97 VV I1 9637 ^" III

6607 83 VV 1I 10892 26022

6623.54 V I 15771 - 30864

6624.85 V I 9825 24915

6633.26 V I 1 1101 26172

6643.79 V I 15724 30771

6693.66 V I 21603 36539

6708.07 V I 9825 - 24728

6753.00 V I 8716 23520

6766.49 V I 8579 23353

6784.98 V I 847(5 2321

1

6812 40 V I 8413 23088

6829.94 V I 8716 - 23353

6832.44 V I 8579 23211

6839 58 V I 1 9023 33640

6841 90 VV I1 8476 23088

6870 88 VV 1I 1 9145 33695

6871.56 V I 15572 — 30121

6894.00 V I 19026 — 33528

6974.50 VV I1 19026 33360

7026 07 VV I1 1 9078 33307

7063 69 VV T1 11101 25'>54

7102.58 V I 17242 - 31318

7151.36 V I 20768 34747

7182.08 V I 18805 32725

7264.29 VV I1 20768 34530

7321.44 VV 1I 17117 30771

7338.92 V I 17242 - 30864

7356.54 V I 17182 30771

7358 66 V I 20789 34375

7361.39 V I 17054 30636 ^ \J\J \J 7362.49 VV 1-I 19189 32768

7363.16 VV I1. 17117 30694

7385.95 V I 19189 32725

7485.90 V I 20813 34168

7488.08 V I 15270 28621

7578.75 V I 24915 38106

gA gf Loggf

±\j /sec

0.22 0.13 -0.88

0.13 0.080 -1.09

0.22 0.14 -0.86

0.14 0.088 -1.06

U.Uo / A AC A 1 O T —1.27

0.069 0.043 -1.37

0.078 0.049 -1.31

0.18 0.11 -0.95

0.060 0.038 -1.42

U. 1 3 A AO 1 0.081 1 AA —1.09

0.030 0.019 -1.72

0.027 0.017 -1.76

0.012 0.0075 -2.13

0.058 0.038 -1.42

U.Uzj A A 1 ^ —1.79

0.065 0.043 -1.37

0.061 0.040 -1.40

0.022 0.014 -1.85

0.079 0.052 -1.28

A O /I I). 24 A 1 U. 1 6 n n a —1). /y

0.0087 0.0059 -2.23

0.052 0.036 -1.45

0.040 0.027 -1.56

0.029 0.020 -1.70

A A 1 A

u.ui y

A A 1 1 0.013 1 on —1.89

0.0070 0.0049 -2.31

0.012 0.0081 -2.09

0.17 0.12 -0.94

0.0084 0.0059 -2.23

A 1 C

U. 1 J All U. 1 1

0.048 0.034 -\A1

0.11 0.077 -1.12

0.17 0.13 -0.90

0.31 0.23 -0.64

A A 1 1 0.01

1

A AAOA 0.0080 —O 1 A 2. lU

0.049 0.037 -1.43

0.16 0.12 -0.92

0.089 0.069 -1.16

0.30 0.24 -0.62

0.061 A A /I n 0.049 —1 '5 1 1 .5 1

0.31 0.25 -0.59

0.26 0.21 -0.67

0.22 0.18 -0.75

0.17 0.14 -0.86

0. 15 A 1 "5 0. 1

3

A OA

0.17 0.14 -0.85

0.12 0.10 -1.00

0.23 0.20 -0.71

0.049 0.041 -1.39

0.72 0.62 -0.21

492
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

7591.24 V I 24771 37940 0.55 0.47 -0.32

7596.92 V I 19189 32349 0.17 0.15 -0.83

7598.28 V I 18805 31962 0.13 0.1

1

-0.96

7624.81 V I 25131 38242 1.5 1.3 0.12

7701.37 V I 18805 31786 0.049 0.044 -1.36

7704.81 V I 25131 38106 0.51 0.45 -0.34

7937.92 V I 24728 37322 1.2 1.1 0.06

8027.39 V I 8579 21033 0.015 0.015 -1.83

8093 48 V I 8476 20828 0.0070 0.0069 -2.16

8108 59 V I 251 12 37441 0.64 0.63 -0.20

8109.07 V I 24899 37227 0.48 0.47 -0.33

8116. 80 V I 8716 21033 0.062 0.061 -1.21

8136.79 V I 24830 371 17 0.52 0.52 -0.28

8144.59 V I 8413 20688 0.014 0.014 -1.85

8154.55 V I 24899 37158 0.47 0.47 -0.33

8161.07 V I 8579 20828 0.035 0.035 -1.45

8171.35 V I 24993 37227 0.72 0.72 -0.14

8180.21 V I 20768 _ 32989 0.11 0.1

1

-0.96

8186.71 V I 8476 _ 20688 0.017 0.017 -1.77

8187.33 V I 251 12 _ 37322 1.2 1.2 0.10-

8198.87 V I 8413 20606 0.014 0.014 -1.85

8203 07 V I 25254 37441 1.9 1.9 0.29

8241.61 V I 8476 20606 0.01

1

0.01

1

-1.94

8253 51 V I 8716 20828 0.015 0.015 -1.82

8255.88 V I 8579 20688 0.014 0.015 -1.83

8280.39 V I 25931 38004 0.30 0.31 -0.50

8282.37 V I 26172 38242 1.3 1.3 0.13

8324.42 V I 25931 _ 37940 0.53 0.55 -0.26

8331.23 V I 26004 _ 38004 0.92 0.96 -0.02

8342.03 V I 26122 _ 38106 0.95 0.99 -0.01

8499.52 V I 26480 38242 0.83 0.90 -0.04

8534.49 V I 21646 33360 0.11 0.12 -0.94

8919.85 V I 9824 21033 0.034 0.041 -1.39

8932.93 V I 9637 20828 0.016 0.019 -1.71

8971.62 V I 9545 20688 0.0062 0.0075 -2.12

493
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

2384.00 V II 8842 - 50775 9.3 0.79 -0.10

2479.05 V II 13543 53869 54. 4.9 0.69

2479.52 V II 13609 I 53927 36. 3.3 0.52

2482.31 V II 11908 — 52181 29. 2.7 0.42

2503.02 V II 8640 — 48580 21. 1.9 0.29

2506.22 V II 8842 - 48731 24. 2.3 0.35

25 14.64 V II 9098 48853 27. 2.6 0.42

2527.90 V II 12706 I 52253 138. 13. 1.12

2528.47 V II 12545 — 52083 77. 7.4 0.87

2528.84 V II 12622 — 52154 97. 9.3 0.97

2534.52 V II 11296 - 50739 16. 1.5 0.18

C AO /1C\ 2548.69 V II1 1 C 1 C 11515 50739 32. 3.1 f\ A{\ 0.49

2549.28 V II 11908 51123 59. 5.7 0.76

2552.96 V II 13609 — 52767 64. 6.3 0.80

2553.67 V II 11515 — 50662 20. 1.9 0.28

2630.67 V II 14656 - 52658 103. 11. 1.03

2642.2

1

V II

1 A C C /' 14556 52392 o n

89. C\ A 9.4 0.97

2644.36 V 11 34746 I 72551 92. 9.6 0.98

2645.84 V II 14462 — 52246 57. 6.0 0.77

2655.68 V II 35193 — 72837 108. 11. 1.06

2658.98 V 11 14656 — 52253 21. 2.2 0.34

2659.61 V II

1 ^7 A 1 1 1791 1 CCA CiC\ 55499 30. 3.2 A C 1 0.5

1

2672.00 V II 107 37521 5.0 0.53 -0.27

2677.80 V II 36 — 37369 6.3 0.68 -0.17

2678.57 V II 209 — 37531 4.7 0.51 -0.29

2679.32 V II 209 - 37521 6.6 0.71 -0.15

2682.87 V II 107 37369 3.0 0.33 —0.49

2683.09 V II 0 37259 2.9 0.32 -0.50

2685.69 V II 36 — 37259 1.1 0.12 -0.92

2687.96 V II 339 — 37531 19. 2.0 0.30

2688.72 V II 339 — 37521 2.9 0.31 -0.50

2689.88 V II 36 37201 2.4 0.26 f\ c o —0.58

2690.24 V II 209 37369 3.8 0.41 -0.39

2690.79 V II 107 — 37259 3.9 0.43 -0.37

2700.94 V II 339 — 37352 11. 1.2 0.09

2702.19 V II 209 — 37205 6.1 0.66 -0.18

2705.22 V II 0 36955 0.68 0.075 —1.13

2706.17 V II 209 37151 8.4 0.92 -0.04

2706.70 V II 107 — 37041 2.3 0.25 -0.59

2707.86 V II 36 — 36955 1.6 0.17 -0.76

2711.74 V II 339 - 37205 2.7 0.30 -0.53

2713.05 V II 107 36955 0.91 0. lU —1 r\f\

1 .UU

2714.20 V II 209 37041 1.9 0.21 -0.69

2715.69 V 11 107 — 36919 9.6 1.1 0.02

2723.22 V II 209 — 36919 0.45 0.050 -1.30

2728.64 V II 36 — 36674 3.4 0.38 -0.42

2733.90 V 11 107 36674 0.53 0.059 -1.23

2739.71 V II 0 36489 1.3 0.15 -0.83

2742.41 V II 36 36489 1.2 0.14 -0.87

2742.67 V II 3163 39613 0.97 0.11 -0.96

494
"Wavelength Spectrum Energy Levels

A K

2747.48 V II 19113 55499

2753.40 V II 19192 55499

2760.12 V II 13512 _ 49731

2760 70 V 11 19192 _ 55403

2765.67 V 11 12706 48853

2766.46 V II 13595 49731

2768 56 V II 12622 48731

2774.28 V II 12545 48580

2774.72 V II 19113 55142

2775.76 V II 19192 55207

2777.73 V II 13742 49731

2797.02 V II 16341 52083

2797.80 V II 16422 52154

2798.76 V II 16533 52253

2799.45 V II 13491 _ 49202

2802.80 V II 13543 4921

1

2803.47 V II 13609 49269

2805.54 V II 18294 53927

2810.16 V II 18294 _ 53869

2810.27 V II 18354 _ 53927

2817.50 V II 18269 53751

2836.52 V II 13609 48853

2841.04 V II 13543 4873

1

2845.24 V II 20363 55499

2847.57 V II 20242 55350

2849.05 V II 13491 48580

2850 69 VV II 22274 57343

2854.34 VV II 20280 55304

2869.13 V II 20363 55207

2869.96 VV II 2687 37521

2877.69 V II 14462 49202

2879.16 V II 2809 37531

2880.03 V II 2809 _ 37521

2882.50 V II 2687 37369

2884.78 V II 2605 37259

2888.25 V II 14656 49269

2889.62 V II 2605 37201

2891.64 V II 2687 37259

V II 2968 37531

2892 66 V II 2809 37369

2893.32 V II 2968 37521

2896 21 V II 2687 37205

2903.08 V 11 2605 37041

2906.46 VV II 2809 37205

2907.47 VV II 2968 ^ y \i Kj 37352

2908.44 V II 20343 54716

2908.82 V II 3163 37531

2910.02 V II 2687 37041

2910.39 V II 2605 36955

2911.06 V II 2809 37151

at Log gf

IQS/see

63. 7.1 0.85

149. 17. 1.23

29. 3.3 0.51

94. 11.

1 /AO 1.03

54. 6.2 0.80

29. 3.3 0.52

32. , 3.7 0.57

34. 4.0 0.60

46. 5.3 0.72

46. 5.3 0.73

65. 7.5 0.88

48. 5.6 0.75

54. 6.3 0.80

60. 7.1 0.85

39. 4.6 0.67

39. 4.7 0.67

53. 6.3 0.80

27. 3.2 0.51

81. 9.6 0.98

81. 9.6 0.98

53. 6.3 0.80

25. 3.0 0.48

24. 2.9 0.47

49. 5.9 0.77

112. 14. 1.13

12. 1.4 0.16

95. 12. 1.07

144. 18. 1.24

143. 18. 1.25

0.56 0.070 -1.16

47. 5.9 0.77

2.0 0.25 -0.61

6.5 0.81 -0.09

6.8 0.84 —0.07

6.6 0.82 -0.09

65. 8.1 0.91

6.5 0.81 -0.09

16. 2.0 0.30

10.0 1.2 0.10

16. 2.0 0.31

27. 3.4 0.53

6.2 0.78 -0.11

6.0 0.75 -0.12

16. 2.0 0.30

8.8 1.1 0.05

46. 5.8 0.77

46. 5.8 0.76

12. 1.5 0.18

8.5 1.1 0.03

9.6 1.2 0.09

495
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

2917.37 V II 2687 - 36955 2.0 0.25 -0.60

2919.99 V II 2968 37205 3.7 0.47 -0.33

2920.38 V II 2687 36919 6.0 0.77 -0.1

1

2924.02 VV IIi 1 3163 37352 44. 5.6 0.75

2924.64 V II 2968 37151 28. 3.6 0.56

2930.13 V II 14462 — 48580 21. 2.7 0.44

2930.81 V II 2809 36919 12. 1.5 0.17

2932.32 V II 20623 54716 70. 9.0 0.95

2934.40 V II 2605 36674 3.2 0.41 -0.39

2938.25 V II 14556 48580 12. 1.6 0.20

2941.37 V II 3163 - 37151 16. 2.0 0.31

2941.49 V II 2687 36674 6.8 0.88 -0.05

2944.57 V II 2968 36919 17. 2.2 0.35

2949.17 V II 22274 56171 72. 9.3 0.97

2950 35 V II 2605 36489 4.3 0.56 -0.25

2952.08 V II 2809 — 36674 9.7 1.3 0.10

2957.52 V II 2687 36489 3.7 0.48 -0.32

2968 38 V II 13742 47420 189. 25. 1.40

1912.15 V II 19133 52767 99. 13. 1.12

2975.65 V II 13512 47108 26. 3.5 0.54

2976.20 V II 13512 — 47102 35. 4.7 0.67

2976.52 V II 13595 47181 1 12. 15. 1.17

2981.20 V II 19166 52700 49. 6.6 0.82

2988.02 V II 13595 47052 26. 3.5 0.54

2989.60 V II 13742 47181 13. 1.8 0.26

2994.54 V II 30673 - 64057 144. 19. 1.29

2996.00 V II 13512 46880 21. 2.8 0.45

3001.20 V II 13742 47052 74. 10. 1.00

3003.46 V II 13595 46880 25. 3.4 0.53

3008 61 V II 13512 46740 12. 1.6 0.22

3013.10 V II 13512 — 46690 24. 3.3 0.51

3014.82 V II 13595 46755 37. 5.0 0.70

3016 78 VV II11 13742 46880 50. 6.9 0.84

1033 45 VV IIll 20363 53320 245. 34. 1.53

3033 82 V II 14656 47608 96. 13. 1.12

3041.42 V II 16341 - 49211 21. 3.0 0.47

3042.26 V II 16341 49202 43. 5.9 0.77

3048 22 VV II11 20280 53077 199. 28. 1.44

3048 89 VV 11II 16422 4921

1

43. 6.0 0.78

3053 39 VV II11 14556 47297 57. 7.9 0.90

3053.89 V II 16533 - 49269 33. 4.6 0.66

3063.25 V II 20242 52878 124. 17. 1.24

3067.12 VV II11 14462 47056 58. 8.2 0.91

3093 1

1

VV II11 3163 35483 43. 6.1 0.79

3094.20 V II 16422 48731 86. 12. 1.09

3100.94 V II 16341 _ 48580 77. 11. 1.04

3102.30 V II 2968 35193 32. 4.6 0.66

3110.71 V II 2809 34947 25. 3.6 0.56

3113.57 V II 23391 55499 107. 15. 1.19

3118.38 V II 2687 34746 18. 2.7 0.42

496
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3120.73 V II 20623 52658

3121.14 V II 3163 35193

3122.90 V II 23391 55403

3125.28 V II 2605 _ 34593

3126.22 V II 2968 34947

3130.27 V II 2809 34746

3133 33 V II 2687 34593

3134.93 V II 20363 52253

3136.51 V II 20280 _ 52154

3139.74 V II 20242 _ 52083

3142.48 V II 17911 49724

3145.34 V II 3163 34947

3145.97 V II 2968 _ 34746

3146.23 V II 20617 52392

3151.32 V II 20522 _ 52246

3164.83 V II 8842 40430

3168.14 V II 8640 40196

3187.71 V II 8640 40002

3188.51 V II 8842 40196

3190.68 V II 9098 40430

3208.35 V II 8842 40002

3214.75 V II 9098 40196

3217.1

1

V II 16533 47608

3237.87 V II 16422 47297

3250.78 V II 23391 _ 54144

3251.87 V II 20343 51086

3254.77 V II 16340 47056

3267.70 V II 8640 39234

3271.12 V II 8842 39404

3276.12 V II 9098 39613

3279.84 V II 191 13 49593

3282.53 V II 19113 49568

3289.39 V II 8842 _ 39234

3298.74 V II 9098 39404

3321.54 V II 19113 49211

3485.92 V II 8842 37521

3493.17 V II 8640 37259

3497.03 V II 20981 _ 49568

3504.44 V II 8842 _ 37369

3517.30 V II 9098 37521

3520.02 V II 8640 37041

3524.72 V II 8842 37205

3530.77 V II 8640 36955

3545.20 V II 8842 37041

3556 80 V II 9098 37205

3560.60 V II 8842 36919

3589.76 V II 8640 36489

3592.02 V II 8842 36674

3593.33 V II 9098 36919

3669.41 V II 20363 47608

64. 9.4 0.97

4.0 0.58 -0.24

177. 26. 1.41

13. 2.0 0.29

2.5 0.37 -0.43

4.9 0.72 -0.14

3.7 0.55 -0.26

171. 25. 1.40

121. 18. 1.25

120. 18. 1.25

106. 16. 1.19

1.5 0.22 -0.65

0.49 0.073 -1.13

38. 5.6 0.75

31. 4.6 0.66

1.8 0.26 -0.58

2.3 0.35 -0.46

17. 2.6 0.42

23. 3.6 0.55

36. 5.4 0.73

3.2 0.49 -0.3

1

3.4 0.52 -0.28

75. 12. 1.07

50. 7.9 0.90

56. 8.9 0.95

27. 4.2 0.63

43. 6.8 0.83

36. 5.8 0.77

33. 5.3 0.72

29. 4.7 0.67

58. 9.4 0.97

29. 4.7 0.67

3.1 0.51 -0.29

3.3 0.54 -0.27

27. 4.5 0.65

2.6 0.47 -0.33

1.1 0.20 -0.69

53. 9.7 0.99

4.6 0.85 -0.07

13. 2.4 0.38

3.0 0.56 -0.25

2.4 0.44 -0.35

.4.4 0.83 -0.08

11. 2.1 0.33

12. 2.3 0.36

1.0 0.20 -0.71

9.9 1.9 0.28

9.0 1.7 0.24

5.4 1.0 0.02

37. 7.4 0.87

497
Wavelength Spectrum Energy Levels

A K

3715.47 V II 12706 - 39613

3727.34 V II 13609 - 40430

3728.34 V II — 47056

V II 12622 — f\ A f\ A 39404

3745.80 V II 12545 - 39234

3750.87 V II 13543 - 40196

3770.97 V II 13491 - 40002

3878.71 V II 14656 — 40430

3899.13 V II

1 A C C /' 14556 — 40196

3903.26 V II

1 1 C\f\0

1 1908 - 37521

3914.33 V II 14462 - 40002

3916.41 V II 11515 - 37041

395 1.97 T T -w-w V II

1 1 nno 1 lyUo — 372U5

3968.09 V II 1 1296 — 36489

3973.64 V II 11515 - 36674

3997.12 V II 11908 - 36919

4005.71 V II 14656 - 39613

4023.39 V II 14556 - 39404

4035.63 V II 14462 - 39234

gA gf Loggf

108/sec

1 1. 2.3 0.36

1 1. 2.3 0.35

1 A 14. O O 2.8 f\ A C 0.45

9.3 2.0 0.29

7.2 1.5 0.18

8.6 1 o1.8 0.26

8.2 1 ^7 1.7 0.24

6.1 1 >i 1.4 A 1 /I 0.14

4.5 1.0 0.01

0.77 0.18 -€.76

4.3 A A 1 —0.01

1.3 U.3

1

A C 1 —0.5

1

2.0 0.46 —0.34

0.58 0.14 -0.86

1.2 0.29 -0.54

0.66 A 1 ^ 0.16 A OA —O.oO

4.6 1.1 A A C 0.05

3.0 A0.73 AIT -0.13

3.9 0.94 -0.03

498
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

2182.90 W I 6219 52015

2249.84 W I 1670 — 46105

2271.37 TXT * W I 33zo /I T "I 1 O 4 /33o

ZZ 1 /.JO TXT T W I A A 1QQ1 43oy3

zzo4.yu TXT T W I

1 ^TA ID /U A C/IT) 4j4ZZ

2285.17 W I 6219 — 49966

2294.49 W I 6219 — 49789

T> QC TO zzyo.zo TXT T W I A Q1A 4o3Zo

ZiUo.oU W I OQC 1 Zyj I 4ozyz

Z3Uy.U4 TUT T W I ^O 1 Q oZ 1 y

/I QC 1 /t 4yj 14

2313.19 W I 0 43217

2314.18 W I 6219 — 49418

Z31o.y4 TXT T W I

1 CATA 1 jU/U CO 1 TO JO 1 /y

z3Z1.d3 TIT T W I 33Zo /I /; 1 O C 4d3oj

232o.5o TXT T W I 6Z ly AQi QO 4y loo

2331.30 W I 12162 55043

2341.37 W I 1670 — 44367

2343. 13 TXT T W I

1 TAAO jy6 /3

^1 AH an z34/.y /

TXT T W I

"2 1 O 33Zo A C OAT 4jyuz

Z3 j4.0i TXT T W I

1 Q oziy 4oD lb

2358.07 W I 12162 54557

2360.43 W I 3326 — 45678

Z3o3.Uo TXT T W I

1 /;ta lo/U A 1 QT C 43y / J Z3oj.4j TXT T W I Ay) 4ZZoZ

Z30J.0J TXT Y W I

1 TAAO 1 /UUo COT/;/! jyzo4

2366.18 W I 4830 — 47079

2366.95 W I 9528 — 51763

Z3o /.6o 1IT T W I

1 iCTA 16 /U A 1 OQ'3 43oy3

Z3 /U.oo TIT T W I 1 QC 1 zyj 1

>1 C 1 1 T 4j 1 1 / Z3 / 1.3? TIT T W I

1 T 1 AT 1 / lU/ jyzo4

2374.14 W I 6219 48326

2374.46 W I 4830 — 46932

2374.76 TXT T W I 3326 A C A^'^ 454ZZ

Z3 /o.U/ TXT T W I

1 CATA 13U /U CT 1 /I T J / 143

Z3 /O. JO TXT T W I

1 T 1 AT 1 / lU / CO 1 TO jy 1 /z

2382.99 W I 6219 48171

2384.82 W r 6219 — 48138

z3oo. 1 /

TXT T W I

1 TAAO 1 /UUo COQA/l joyu4

z3oy.u/ TXT I W I

1 iCTA 167U /I "3 C 1 C 43 J 15

Z3y /. /Z TXT T W I 33Zo /I CA 1 Q 4juiy

2397.98 W I 3326 45015

2399.04 W I 17107 — 58778

Z4l;l.zy W I

1 Q oziy /I TO C 1 4 /oj 1 T A AO /I /I Z4UZ.44 TXT t W I

1 TTTO 13 / /o C C'3 O A

J j3oy

Z4UJ.ZO TXT T W I i334y C /I Q 1 O j4y iz

T/IA^ CO TXT ¥ W I

1 /CTA lb /U /I "3 O O O 43ZZo

2409.03 W I 4830 46328

2410.63 W I 6219 47689

2414.04 W I 3326 44737

2415.68 W I 1670 43054

1.2 0.086 -1.06

0.75 0.057 -1.24

U.Zo A ATA U.UZU —1 T A 1. /U

A CO u. jy A (\Af^ U.U40 —1.34 1 1A

A lA U.3U A AO /I U.UZ4 1 ^0 l.oZ

1.8 0.14 -0.85

3.5 0.28 -0.56

1.3 A 1 A U. lU A QC

A Q 1 U.O 1 A AAC U.UOJ —1 1 Q 1 . 1 y

o c Z.J A OA U.ZU A TA —U. /U

0.66 0.053 -1.27

1.7 0.13 -0.88

ZA A 1 Q u. ly A T 1 —U. / 1

1 Q i.y A 1 C

U. 1 J A OO —U.oZ

3.Z A O^ U.Zo A CO —u. jy

3.7 0.30 -0.52

0.58 0.048 -1.32

Z.Z A 1 O

U. lo A T C -V. / J AU.3Zn A AOT U.UZ / —1 CT 1. J / 3.3 A OT U.Z / A CT —U.J /

1.6 0.13 -0.87

3.0 0.25 -0.59

O T Z. / A O 1 U.Z3 —A CA U.o4

A Ol U.Z J A A1 Q 1 TO 1 . /Z

/I4.0 A IQ u.3y A A 1

0.89 0.075 • -1.13

1.9 0.16 -0.80

A C 1 U.J 1 A (\A 1 U.U43 —1.3 / A C 1 U.J 1 A A/1 "3 U.U43 1 '3 T —1.3 / 1.6 A 1 '3 U. 13 —U.87

0.61 0.052 -1.29

4.4 0.37 . -0.43

A yl O U.48 0.U4U —1 yl A 1.4U

A A 4.U (\ 1 A U.34 A A T —U.4 / O A ZA A OA U.ZU TV TA —U. /U

2.6 0.22

' -0.65

8.5 0.73 -0.14

A C 4.6 A 1 Q u.3y A A 1 —U.41

A AO u.y3 A AOA U.UoU —1 1 A 1. lU

i T

3. / A lO U.3Z A A O —u.4y

3.7 0.32 -0.50

3.9 0.34 -0.47

A /I Q u.4y A A/l 1 U.U43 1 IT 1.3/

C A J.U (\ A1 U.43 A IT —U.3 / Z.4 A O 1 U.Z 1 —u.oy

7.3 0.64 -0.20

1.1 0.093 -1.03

A AA

u.yu

A AT O 0.078 111 —1.11

2.3 0.20 -0.70

2.8 0.25 -0.61

499
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10^/sec

2416.23 W I 6219 - 47593 0.88 0.077 -1.11

2420.20 W I 13778 - 55084 3.4 0.30 -0.53

2422.28 W I 3326 - 44596 1.0 0.090 -1.05

IW T

VV 1 f>7 UZ 11 97 — 47484 0.72 0.063 -1.20

2424.22 W I 4830 - 46068 14. 1.2 0.09

2425.98 W I 13349 - 54557 15. 1.3 0.11

2427.29 W I 15070 - 56256 11. 0.96 -0.02

2429.84 W I 6219 - 47362 3.6 0.32 -0.49

WW T1 j\j 1 yjy 11. 0.95 -0.02

2431.08 W I 3326 - 44447 6.2 0.55 -0.26

2433.98 W I 4830 - 45902 10. 0.91 -0.04

2435.96 W I 4830 - 45869 29. 2.6 0.42

2436.26 W I 2951 - 43985 0.27 0.024 -1.62

WW f1 J.?ZO 2.6 0.24 -0.63

2437.96 W I 9528 - 50534 1.3 0.12 -€.92

2443.33 W I 19826 - 60741 3.7 0.33 -0.48

2443.62 W I 17008 - 57919 13. 1.1 0.05

2444.06 W ll 1670 - 42573 4.0 0.36 -0.44

VV 1

11 9Z 11 ^^9 uz J i^yy D 22. 1.9 0.29

2451.34 W I 12162 - 52943 22. 1.9 0.29

2452.00 W I 0 - 40771 4.0 0.36 -0.45

2454.71 W I 15070 - 55796 46. 4.2 0.62

2454.97 W I 4830 - 45551 11. 1.00 -0.00

Z'+J J. JU W I W 1 oz 1 y ^\jy J z 20. 1.8 0.26

2456.53 W I 3326 - 44020 8.8 0.80 -0.10

2459.30 W I 3326 - 43975 12. 1.1 0.04

2460.16 W I 6219 - 46855 7.0 0.63 -0.20

2461.57 W I 12162 - 52774 15. 1.4 0.14

Z'tOZ. / y W 1 1 D / W — 499A9 HZZOZ 3.4 0.31 -0.51

2464.31 W I 3326 - 43893 3.0 0.27 -0.56

2465.20 W I 17008 - 57561 12. 1.1 0.05

2466.85 W I 3326 - 43851 15. 1.3 0.13

2471.21 W ,1 17107 - 57561 9.8 0.90 -0.04

74.79 Z't / Z. JSI1 W T VV I 4810 7.9 0.72 -0.14

2473.69 W I 14976 - 55389 10. 0.94 -0.03

2474.15 W I 6219 - 46625 28. 2.6 0.42

2480.13 W I 1670 - 41979 5.6 0.52 -0.28

2480.65 W I 2951 - 43251 0.36 0.033 -1.48

9480 QS HI T W 1

1 ^70 2.5 0.23 -0.64

2481.44 W I 6219 - 46506 37. 3.4 0.53

2482.10 W I 2951 - 43228 4.5 0.41 -0.39

2484.74 W I 12162 - 52395 43. 4.0 0.60

2487.49 W I 4830 - 45019 5.9 0.55 -0.26

9488 01 Zm-oo." 1 W 1 ^i9 oz 11 Qy 2.7 0.25 -0.60

2489.72 W I 3326 - 43479 0.67 0.062 -1.20

2490.84 W I 17008 - 57143 9.6 0.89 -0.05

2493.39 W I 12162 - 52256 5.0 0.46 -0.33

2495.26 W I 1670 - 41734 3.8 0.36 -0.45

2496.97 W I 17107 - 57143 6.0 0.56 -0.25

2499.44 W I 13349 - 53346 8.2 0.77 -0.11

500
Wavelength Spectrum Energy Levels

A K 108/sec

gf Log gf

2501.78 W I 2951 42911

2503.04 W I 15070 — 55009

2504.53 W I 9528 A a A A A 49444

2504.70 W I

1 ZT TA 1670 yl 1 C O '5 41583

2505.30 W I 3326 43228

2505.65 W I 12162 52060

2506.03 W I 3326 — 43217

O C AO A A TXT T W I izioz 521)15

1 C AO n A W I

1 Q A £i(\C Q 4ol)oo

Zj lU. ID W I

1 CA"7A 15U/U 54oyo

2513.93 W I 4830 44596

2516.58 W I 17107 — 56832

25 18.50 W I 12162 C 1 o c ^5 1856

^ C^A A C 2520.45 TIT w W I1 CATA 15070 54733

2521.32 TRT -w W I ^ A C 1 295

1

42601

2523.41 W I 4830 44447

2524.81 W I 13349 — 52943

2526.42 W I 6219 A CI Ar\ 45790

2529.72 W I

1 '7AAO 17008 56527

2530.99 W I A C 1 2951 42450

2533.63 W I 1670 41127

2533.98 W I 15460 — 54912

CO C 1 A TXT T W I 16 /U A t t f\A 41 1U4

Zjjy.i 1

TXT W I

1 Q C O C

1 y5i5 COQA/I 5oyU4

TKT 1 W I

1 Q oZly /I C C C 1 4555

1

2545.34 W I 3326 42601

2547.14 W I 3326 — 42573

O C /I O 1 c TXT -w W I /CO 1 ft 45452

^ c c A in 2550.37 W I

' 1 ^ T A 1670 40868

O C C 1 AA 255 1.00 W I o 'J ^ ^ 3326 A'^ Z 1 A 425 14

2551.35 W I 0 39183

2551.98 W I 17107 - 56280

2553.16 W I 4830 y| T A O C 43985

2553.82 W I 4830 A ^ At C 43975

2556.74 W I

1 TA 1670 A A*? ^7 t 40771

2557.56 W I 13349 52436

2560.12 W I 15070 - 54119

2561.51 W I

•O A C 1 2951 A 1 ATA 41979

2561.96 W I 4830 43851

2564.68 W I

1 TAAO 17008 C C AO O 55988

2567.50 W I 3326 42262

2568.21 W I 3326 — 42251

z56o.56 TXT T W I

ft C 1 lyj 1 41872

c^:o no z56o.yo TKT -r W I1 ft^ /I o 19648 58563

2569.25 W I 12162 C 1 AT^ 5 1072

O CTA AO z5 /u.uy TRT -w W I ^ ^ 1 A 6219 45 1 17

2573.53 W I 13307 52153

2575.46 W I 19828 58644

2577.02 W I 15070 53863

2579.40 W I 13307 52064

1.3 0.12 -0.91

1.4 0.13 -0.88

3.2 0.30 —0.53

A A 4.0 ATT 0.37 -0.43

0.36 A AT yf 0.034 1 A^ -1.47

7.0 0.66 -0.18

2.5 0.24 -0.63

6.9 A ^ C 0.65 A 1 O —0.18

A 1 4.

1

A o n 0.39 n A 1 —0.41

26. 2.4 A 1 O 0.38

1.9 0.18 -0.75

11. 1.0 0.01

1 A 2.0 A 1 ft 0. ly ATI -0.71

31. 1 A 3.0 A /I T 0.47

6.1 A CO 0.58 —0.24

10. 0.98 -0.01

6.3 0.61 -0.22

1 A

1.9 0.18 -0.75

23. 2.2 0.35

0.18 0.018 -1.76

4.0 0.39 -0.41

3.0 0.29 -0.54

(\ A C 0.45 A A yl ^5 0.043 -1.36

A n

9.7 0.94 A A'5 —0.03

1 /I 1.4 A 1 /I 0. 14 A on —0.87

4.6 0.45 -0.35

9.1 0.89 -0.05

A ZTA A AC O 0.058 —1.23

3.8 0.37 —0.43

1 A

1.0 A 1 A0. 10 A AA -0.99

8.2 0.80 -0.10

3.4 0.34 -0.47

2.0 0.20 -0.70

5.2 0.51 -0.29

1.5 0.14 -0.84

6.0 0.59 -0.23

28. 2.7 0.44

0.58 0.057 i ^ A —1.24

8.2 0.81 -0.09

1 n

17. 1 n1.7 A ^ ^ 0.22

0.98 0.097 -l.Ol"

0.91 0.090 -1.05

A ^ T 0.63 A A£1 0.062 111 —1.21

1 1.

1 1 1.1 A A yl 0.04

12. 1 ^1.2 A AA 0.09

2.5 0.25 -0.60

14. 1.4 0.16

A

6.9 0.69 —0.16

13. 1.3 0.10

14. 1.4 0.16

501
Wavelength Spectrum Energy Levels gA gf Loggf

A K 10«/sec

2580.33 W I 2951 41694 1.8 0.18 -0.74

2580.49 W I 1670 4041

1

3.8 0.38 -0.42

2581.06 W I \2\62 50894 8.4 0.84 -0.08

2584.38 W I 17008 - 55691 44. 4.4 0.64

2585.43 W I 13349 52015 7.8 0.79 -0. 10

2586.34 W I 3326 41979 0.26 0.026 -1.58

2586.64 W I 4830 A A ^ C\ 0.50 0.050 -1.30

2586.94 W 1 12162 I 50806 7.1 0.71 -0.15

2587.76 W I 2951 - 41583 0.58 0.059 -1.23

2593.38 W I 295 1 A t A C\C\ 41499 0.40 0.040 1 T A —1.39

2596.67 W I 15460 53959 6.4 0.65 A 1 A -0.19

2597.73 W I 17008 55492 8.7 0.88 -0.06

2598.42 W I 17701 56175 8.1 0.82 -0.09

2600.74 W I 17107 - 55546 8.7 0.89 -0.05

2601.96 W I 4830 Ails 1 3.6 0.36 -0.44

2602.80 W I 3326 A \ ^ A 0.80 f\ f\Ci 1 0.081 i f\f\ -1.09

2603.54 W I 4830 A a A322S 2.6 0.27 -0.57

2604.38 W I 17107 55492 16. 1.7 0.22

2605.51 W I 3326 - 41694 1.1 0.11 -0.95

2606.39 W I 0 38356 1.7 0.17

2606.90 W I 17107 55455 8.7 0.88 -0.05

2607.38 W I 1670 4001

1

1.2 0.13 r\ AA -0.90

2608.32 W I 6219 I 44547 5.2 0.53 -0.28

2612.19 W I 19648 - 57919 25. 2.6 0.41

2613.07 W I 3326 41583 5.9 0.60 A —0.22

2613.82 W I 295

1

/111 no 41 1 98 2.6 0.27 A C7 —0.57

2615. 12 W I 6219 A A A A ^ AAAAl 3.2 ATI 0.33 A A C\ -0.49

2618.81 W I 3326 I 41499 1.2 0.12 -0.93

2619.18 W I 15070 - 53238 22. 2.3 0.36

2620.23 W I 2951 41 104 2.6 0.27 -0.57

2622.21 W I 15070 53 194 A ^ 42. A A A.A 0.64

2625.22 W I 4830 4291

1

A "1 4.3f\ AC 0.45 A T C -0.35

2626.24 W I 14976 53042 8.3 0.86 -0.06

2628.25 W 1 1670 - 39707 0.91 0.094 -1.03

2632.49 W I 12162 50137 27. 2.8 A AC 0.45

W I 295

1

40924 2.5 0.26 A C C\ -0.59

2633.13 W I 1670 39637 A 3.4 0.36 A AC —0.45

2636.55 W I 2951 40868 1.8 0.18 -0.74

2638.61 W I 19256 - 57143 64. 6.6 0.82

2643.12 W I 13778 5 1600 14.

1 A 1.4A 1 /' 0.16

2644.60 W I 6219 44020 1.2

A 1 0.12 A AA —0.90

W I 15070 52856 21. 2.2 A '5 C 0.35

2646.19 W I 3326 I 41104 4.2 0.44 -0.36

2646.74 W I 4830 - 42601 4.0 0.42 -0.38

2647.10 W I 6219 43985 2.4 0.25 A ^ 1 —0.61

2649.98 W I 17008 54733 10. 1.1 A A1 0.03

2652.61 W I 1643

1

541 19 19. ^ A

2.0 A "> 1 0.3 1 W I 15460 53 1 18

1 A 14.1 A 1.4 U. 1

6

2656.54 W I 2951 40583 9.1 0.96 -0.02

2657.38 W I 4830 42450 3.8 0.41 -0.39

502
Wavelength Spectrum Energy Levels

A K

2660.52 W I 19256 — 56832

2661.56 W I 13349 — 50909

zodZ.o4 - TUT T W I 3izo 4Uooo

2663.94 W I 14976 jz jU3

2664.32 W I 6219 43 /41

2664.96 W I 1670 39183

2665.77 W I 6219 — 43721

2669.30 W I 1 J j4y c r\or\f\ 5UoUU

2669.77 W I 3326 40 / / 1 2671.47 W I 4830 4225 1

2675.13 W I 13349 50719

2675.40 W I 15070 — 52436

2675. o7 W I

1 una 3yu3U

2677.28 W I 3326 /f A^AA 4UOOD

2678.52 W I 19826 J / 1 4?

2678.88 W I 2951 — 40269

2680.04 W I 17008 — 54310

2oo 1.41 W I T QC 1 Zyj 1 4UZ34 /I mi/I 2683.34 W I 12162 4^4 1 o 2687.37 W I 18974 JO 1 / J

2691.09 W I 4830 41979

2692.16 W I 18974 — 56108

2695.67 TIT T W I 1 1 o 33z6 A f\ A 1 1 4041

1

2697.51 W I 2951 A C\f\ 1 1 4001

1

2698.84 W I 4830 41 872

2699.59 W I 6219 43251

2700.01 W I 12162 — 49188

z /l)z.5z TIT 1 W I 1 y535 j65z / 2706.01 W I 3326 A AT /CO 4Uzoy

2706.58 W I 13349 CAT Q C jUzoj

2707.88 W I 19256 56175

2708.18 W I 16431 — 53346

z /Uo. JO TIT T W I 1 jU/U C 1 Q^Q

2708.79 W I 1670 3o J /o

2715.50 W I 6219 43U34

2717.53 W I 14976 51763

2718.90 W I 2951 — 39720

z / 1 y.33 TUT T W I 1 643 1 C 1 1 A /I j3 1 y4

2719.86 W I 2951 1 mA'? 39707

2722.68 W I 14976 5 1694

2724.35 W I 2951 39646

2724.63 W I 6219 - 42911

z /z5.Ui W I 3326 A AA 1 1 4001 1 2727.95 W I 6219 42866

2733.18 W I 9528 46105

2735.97 W I 19256 55796

2738.00 W I 16431 52943

2743.42 W I 13349 49789

2744.34 W I 19828 56256

2746.74 W I 15460 51856

sf

108/sec

13. 1.3 0.12

6.2 0.66 -0.18

4.9 0.52 -0.28

7/ .7Q U.o'f U.Uo

2.2 0.24 -0.63

0.98 0.10 -0.98

2.2 0.23 -0.63

16. 1.7 0.23

U.Z4 u.uzo ——1 '^Q1 .jy

7.3 0.78 -0.11

3.0 0.32 -0.49

3.9 0.42 -0.38

0.47 0.051 -1.30

J. 1 U.4U

6.5 0.70 -0.16

2.1 0.22 -0.65

16. 1.7 0.23

11. 1.2 0.06

1 71 /

.

1 Q 0u.z77/ 12. 1.3 0.11

1.8 0.19 -0.72

5.9 0.65 -0.19

3.5 0.38 -0.42

U.03 U.UOo —1 1 -7 1.1/

1.3 0.14 -0.84

7.8 0.85 -0.07

23. 2.5 0.40

32. 3.5 0.55

U.U'fO

28. 3.1 0.49

9.6 1.1 0.02

4.5 0.49 -0.31

37. 4.1 0.61

1 .J nU. 11 A't —O 9.A 4.6 0.51 -0.29

7.2 0.80 -0.10

9.4 1.0 0.02

35. 3.9 0.59

U. 1 u —0u. Q8yo

14. 1.6 0.20

11. 1.3 0.10

2.3 0.26 -0.59

2.0 0.22 -0.66

1 A 1 .4 U. 1 o —n »o

2.3 0.26 -0.59

5.9 0.66 -0.18

4.3 0.48 -0.32

11. 1.2 0.07

12. 1.4 0.14

7.4 0.84 -0.08

503
Wavelength Spectrum Energy Levels

A K

gA gf Log gf

108/sec

2748 85 W I 4830 O V/ 41 1 98 4 5 0 50 —0 ^0

2754.92 W I 13349 - 49637 5.1 0.58 -0.23

2755.26 W I 17107 — 53390 4.6 0.52 -0.28

2755.94 W I 4830 — 41104 0.54 0.062 -1.21

2760.03 W I 15070 — 51291 3.4 0.39 -0.41

2762.34 W I 0 36190 0.68 0.078 -1.11

2768.98 W I 1670 - 37774 0.56 0.064 -1.19

2769.74 W 1 4830 — 40924 2.6 0.30 -0.52

2770.88 W I 2951 — 39030 3.0 0.35 -0.46

2774.00 W I 4830 — 40868 5.1 0.59 -0.23

2774.48 W I 6219 42251 7.6 0.87 -0.06

2779.72 W I 16431 - 52395 16. 1.9 0.27

2780.28 W I 19535 — 55492 12. 1.3 0.13

2783.12 W I 19535 — 55455 23. 2.7 0.43

2785.88 W I 18974 — 54859 5.5 0.64 -0.20

2787 98 W I 11 1 3326 39183 0 83 0 097 -1 01

2789.07 W I 19648 - 55492 19. 2.2 0.34

2789.68 W I 4830 — 40666 0.24 0.028 -1.55

2791.95 W I 12162 — 47969 16. 1.8 0.26

2792.70 W I 2951 — 38748 2.8 0.33 -0.48

2796 1 5 W T 11 I 4830 40583 0 48 0 056 -1 25

2797.20 W I 13778 - 49517 2.5 0.30 -0.52

2799.92 W 1 3326 — 39030 1.5 0.18 -0.74

2802.95 W I 13778 — 49444 5.0 0.59 -0.23

2804.01 W I 6219 — 41872 0.69 0.081 -1.09

2804.24 W I 16431 52081 13. 1.5 0.17

2804.67 W I 17701 — 53346 9.2 1.1 0.04

2805.63 W I 18117 — 53749 16. 1.8 0.26

2807.72 W I 19254 — 54859 1 1. 1.3 0.1

1

2813.13 W I 17701 — 53238 4.6 0.54 -0.27

281 5 45 11 1 1 9535 5 5043 11. 1.3 0.13

2818.06 W I 6219 - 41694 6.6 0.78 -0.11

2827.15 W I 19648 — 55009 18. 2.2 0.33

2829.82 W I 13349 — 48676 14. 1.7 0.22

2830.29 W I 12162 — 47484 1.7 0.20 -0.70

1 283 1 38 W I 2951 38259 5 0 0.60 -0.22

2833.63 W I 6219 - 41499 6.3 0.75 -0.12

2835.64 W I 2951 — 38206 0.64 0.077 -1.11

2836.25 W I 19648 — 54896 1 1. 1.3 0.13

2837.34 W I 1670 — 36904 0.24 0.029 -1.54

2837 76 W I 18117 53345 4.7 0.57 -0.25

2838.89 W 1 15070 - 50285 3.0 0.36 -0.44

2839.34 W I 9528 — 44737 2.5 0.30 -0.52

2841.57 W I 4830 — 40011 2.1 0.25 -0.60

2842.56 W I 16431 — 51600 3.7 0.45 -0.35

2847.82 W I 3326 38430 0.53 0.064 -1.19

2848.03 W I 2951 38053 2.4 0.29 -0.54

2849.46 W I 19828 54912 22. 2.7 0.44

2850.80 W I 15070 50138 9.3 1.1 0.06

2853.49 W I 15460 50495 6.2 0.76 -0.12

504
Wavelength Spectrum Energy Levels gA gf Loggf

A K IQS/sec

2853.84 W I 3326 38356 0.13 0.016 -1.80

2855.35 W I 13307 - 48319 4.1 0.50 -0.30

2856.03 W 1 1670 36674 1.3 0. 16 —0.80

2857.13 W 1 14976 49966 5.7 0.69 -0.16

2858.04 W I 6219 41 198 1.2 0.14 -0.85

2863.01 W I 1670 36588 0.25 0.031 -1.51

2863.88 W I 19826 — 54733 18. 2.2 0.34

2866.06 W I 3326 38206 2.0 0.25 -0.61

2866.37 W I 4830 39707 0.19 0.023 -1.63

2870.90 W I 13349 48171 2.0 0.25 -0.61

2871.37 W I 4830 39646 0.60 0.074 -1.13

2875.21 W I 12162 — 46932 4.8 0.59 -0.23

2878.72 W I 3326 38053 0.67 0.084 -1.08

2879.11 W I 2951 37674 1.6 0.20 -0.70

2879.39 W I 0 34719 0.70 0.087 -1.06

2880.63 W I 6219 40924 0.27 0.034 -1.47

2884.18 W I 19648 - 54310 12. 1.5 0.16

2887.66 W I 13349 4.2 0.53 —0.28

2893.12 W I 17701 52256 4.1 0.52 -0.29

2894.25 W I 13778 483 19 2.1 0.26 -0.59

2896.01 W I 1670 36190 0.79 0.099 -1.01

2896.45 W I 2951 — 37466 3.9 0.49 -0.31

2900.52 W I 13778 2.4 0.3

1

—0.5

1

2901.78 W I 17701 52153 4.9 0.62 -0.21

2907.26 W I 18117 52503 5.2 0.65 -0.18

2908.26 W I 16431 50806 7.3 0.93 -0.03

2909.12 W I 9528 — 43893 1.4 0.18 -0.75

A 1 r\ AO 2910.48 W I 3326 37674 0.61 0.078 —1.11

2911.00 W I 0 1>AIA1 0.29 0.037 -1.43

2915.11 W I 14976 A^ll^ 5.6 0.71 -0.15

2917.67 W I 18974 53238 5.7 0.73 -€.14

2918.25 W I 6219 — A0A76 2.1 0.27 . -0.57

2923. 10 W I 4830 39030 1 A 1.4 0. 18 n ^ A -0.74

2923.54 W I 2951 37146 0.53 0.068 -1.17

2925.12 W I 15460 49637 15. 2.0 0.29

2926.98 W I 17701 51856 8.7 1.1 0.05

2927.93 W I 18974 - 53118 5.6 0.72 -0.14

2928. 19 W I 3326 37466 0.23 0.029 1 C5 —1.53

2928.66 W I 13349 47484 2.1 0.27 -0.57

2930.15 W I 15070 49188 5.0 0.65 -0.19

2934.99 W I 1670 35732 1.1 0.14 -0.85

2935.62 W I 15460 - 49514 3.2 0.41 -0.38

(\ ^ f\f\ 2936.00 W I 6219 — 40269 0.55 0.071 -1.15

2937.14 W I 19826 53863 12. 1.6 0.20

2939.04 W . I 6219 40234 0.77 0.100 -1.00

2941.24 W I 13349 47338 2.0 0.26 -0.58

2944.40 W I 2951 36904 5.3 0.69 -0.16

2946.98 W I 2951 36874 5.3 0.69 -0.16

2947.38 W I 4830 38748 1.8 0.23 -0.63

2960.14 W I 13307 47079 3.8 0.50 -0.30

505
Wavelength Spectrum Energy Levels

A K

2964.52 W I 2951 — 36674

2966 ^ \J\J * 57^ 1 W I 17107 50806

2967 07 W T 17107 50800

2967 55 W I 1 5460 491 T" >' 1 48T"0 2969.62 W I If 1 1 3778

2971.67 W I 1670 — 35311

2972.92 W I 12162 45790 / yyj

2916.19 W I 1 3349 46932

2977.10 W I 19648 53228

2982.61 W I 19256 5211A

2984.14 W I 6219 39720

2990.51 W I 4830 38259

2990.71 W I 6219 39646

2993.61 W I 6219 39614

2995.26 W I 4830 38206

2997.79 W I 3326 36674

3000 J \J \J\J ' 24^" W I 1 9535 52856

3001.98 W I 1 3778 47079 ^ 1 \j 1 y 3002 82 WVV I1 1 9826 53118

3009 08 W I VV 1 4830 38053

3013.79 W I 4830 — 38001

3016 47 W I 6219 39361

3017 44 W I 2951 36082

3024.92 W I 1670 34719

3026 68 W I 19826 52856

3033.58 W I 12162 451 17

3034.20 W I 19826 52774

3041.74 W I 15460 48326

3043.81 W I 4830 37674

3046.45 W I 1670 34486

3048.66 W I 18280 51072

3049.69 W I 2951 35732

3054.01 WVV 1.I 9528 42262

3064.94 WVV I1 3326 35943

3073 28 WVV 1T 621

9

38748

3084.82 W I 17107 49514

3089 1 8 W I VV 1 14976 47338

3090 58 W T VV 1 1 9254 51600

3093 51 VV 1 4830 37146

3 1 0S 88 W I VV V 1 9828 5201 5

3107.23 W I 3326 — 35499

3108.02 WVV I1 2951 351 17

3111.12 WVV I1 15460 47593

3 1 17.58 WVi I1 , 13307 45374

3120.18 W I 6219 38259

3133.89 W I 13778 45678

3141.42 W I 12162 43985

3152.96 W I 16431 48138

3155.10 W I 18280 49966

3159.18 W I 13778 45422

gf Loggf

lO^/sec

0.92 0 12 -0 92

8.2 1.1 0 03

4.1 o!54 -0.27

3.0 0.40 -O.40

3.5 0 46 —0 34

0 21 0 027 —1 56

4 0 0 52 —0 28

2,.l 0.49 -0.31

58. 7.7 0.89

16. 2.2 0 34

0.48 0.064 -1.19

0.50 0.067 -11 • 171 / 0.23 0.031 -1.50

1.9 0.26 -0.58

0.78 0.1

1

-0 98

0.41 0.055 -1.26

5 6 0 75 -0.12

3.2 0.44 -0.36

5.8 0.78 -0.11

0\J • 60\J\J 0 082 —1 09

1 1 1 J. 0 1 5 -0 83

2 4 0 32 -0 49

1.4 0.19 -0.73

0.26 0.035 -1.45

36 4"• 9y 0 69

3.7 0.51 -0.29

19. 2.6 0.41

24. 3.3 0.52

0.78 0.11 . -0.97

0.51 0.071 -1.15

10. 1.4 0.15

1.3 0.18 -0.73

0.58 0.082 -1.09

0.20 0.028 -1.56

0 <S9 0 097 -1 01

1 2 11 . 8O 0 25

4 2 0 61 -0 22

6.4 0.92 -0.04

0.92 0.13 -0.88

9 0\j . 99y y -0 00

0 38 0 055 -1 26

0 34 0 049 -1 31

3.0 0.44 -0.36

5.7 0.84 -0.08

0 88 - 0.13 -0.89

A 5 0.66 -0.18

2 2 0 33 -0.48

3 5 0 52 -0.29

5.0 0.75 -0.13

2.5 0.38 -0.42

506
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

3163.42 W I 15070 46672

3164.44 W I 13349 — 44940

"? 1 IS J I OJ.JO W 1 18117 loll/ '\y 1 yjyj 1 1 7n in J I / xJ.ZKJ W 1 Z7J 1 j^'4-oO

1 1 31 /O.jy W I1 (^1(\ 10 /U 33 141

3179.06 W I 17701 — 49148

3180.74 W I 13307 — 44737

1 1 Q 1 CI 3 1 o 1 .o 1 W I1 A/1 1 I lo431 4 /o J 1 1 1 Q /I C\A TUT 1 W I 18 117 loll/ /I Q< 1 /t 47J 14

1 1 Q/l Al 3 1 o4.4Z W I 33Zo 1/1 7 1 Q 34 / 1 7

3191.57 W I 0 31323

3198.84 W I 4830 — 36082

5Z\) 1 .Zj W I 7 1 zyj 1 1A 1 77 34 1 ZZ

32UO./0 W I 1 1 7 A 33Zo 1AAQ(^ 344oo

321 J.JO W I A7 1 Q OZ 1 y i7inQ 3 / 31)7

3221.21 W I 18117 — 49152

3221.91 W I 3326 — 34354

3Z3Z.4y W I A7 1 Q OZ 1 y 17 1 /I A 3/1 40

T) n ^'c 3Z3Z. OJ W I 1 j40U /I A1 8 S 403oJ 3Z3 1111/ .U7 no W 1 QS78 7JZo AC\A t 1 'tU^ 1 1

3242.02 W I — 52285

3254.36 W I 15070 — 45789

3Z37.44 W I 18loll/ 117 /1 8788 4o / oo

11 <Q 3zjy.oo W I A eir\ 4o3U 1 </1 QQ 3 j477

3Zy3. / 1 W I 17 1 A7 IZloZ /1 7 < 1 /I 4Zj 14

3300.82 W I 4830 — 35117

3311.38 W I 2951 — 33141

33 lo.uy TXT T W I

1 A7n lo /U 118 18 3 1 O 1 O inn 33ZU.3n/ W I Q<7 8 7JZo 1 OA 1

7

37o3 / 1 lie 1 o 33Zo. 1 y W I OZ 1 7

1 /C7 7 C 3dZ / j

3331.67 W I 2951 32958

3345.86 W I 13349 — 43228

IKA A< 33 j4.4j TXT Y W I/I 0 1 f\ 4o3U 1 /I Ai 1 34o33

Hf.1 1A 3303.34 W I A7 1 Q OZ 1 71 ^Q/1

1

3 J 743

111 'i r\K 3 3/1 .Uj W I 4o3U /1 8in 1/1/1 8A 34450

3371.35 W I 1670 — 31323

3373.75 W I 3326 — 32958

33oo.o3 1KT Y W I 7 1 /I/1Q Z 1447 JU747

337 I . lU W 1 1 J40U 4474U AAOAC\

IIQ 1 ^1 IK/ ¥ W I1 ^C\l(\

1 jU /U A A </l7 44j4 /

3398.10 W I 19256 — 48676

3412.96 W I 4830 — 34122

1A 1 1 KA 34 1 3. J4 TKT T W I 7Q^ 1 Z7J 1 17718 3ZZ3o

1 Ain ni 34Z /. /Z TXT T W I\ 11 A^ 1 3347 /I 7 C 1 /I 4Z5 14

3427.61) TXT V W I 19535 48685

3443. Ul TXT T W I

1 7 1 7 IZ loZ yi 1 1 no 41 198

3448.83 W I 15460 44447

3463.25 W I 2951 31818

3468.40 W I 13778 42601

3475.84 W I 12162 40924

11. 1.7 0.22

2.9 0.44 -0.35

7.0 1 A 1 .4 A 1 A U. 1 O n 1

7

U. 1 z n n 1

7

U.U 1 /

1 -TA

1. /O nu.z77/ U.U4U 1 Af\ 1 .4U

8.6 1.3 0.12

1.4 0.21 -0.67

Q 8 7.0 1 .J A 1 7 U. 1 / Q 1 7.3 1 A 1.4 A 1 ?

U. 1 J A 1 7 A A7 C —11 ^ A .60

0.19 0.029 -1.53

0.73

' 0.11 -0.95

A C7 U. J / A ACQ —1 AC 1 .Uj

A 1 7

U. 1 / A A7 A —11 CO . jy

7 0 Z.O I). 44 A 1 A —U.36

9.3 1.4 0.16

0.16 0.025 -1.60

A ^A U. JU A A7Q U.U / 71 1 A 1 . 1 u

7 Q Z.7 n /lA U.40 A 1/1

C\U.0780 C\ \ A U. 14 A c ^

16. 2.5 0.40

6.3 0.99 -0.00

8 7 O. /1 A 1 .4 A 1 /I U. 14

r\ 1A U.34 A A^ < U.Uj J —1 7 A l.ZO

1 7

1. / A 7 0 A C C —U.J J

1.1 0.18 -0.75

0.38 0.063 -1.20

A A/I 1 U.U43 U.UU/ 1 7 1 C —Z. 1 J A 1 A 0.39 0.064 1 1 A —1.19

A A7 A 1 C 0. 15 —U.ol

0.36 0.060 -1.22

1.1 0.18 -0.74

A 1 O

U. l7 A A1 7 l).U3Z —11 ACk .47

A 1 /I I). 14 A A7 A l).UZ4 —1 A1 1 .o3

A 7A u.zu A A1

1

l).U33 1 /I c 1 .48

0.042 0.0072 -2.14

0.32 0.055 -1.26

7 Q 1 .y 1 A 1 .4 A 1 /I U. 14

1 A Z.l) A 1/1 U.34 ^.4A Al/

1 6 l.O A 1A U.31) A <7jZ

5.2 0.91 -0.04

0.18 0.031 -1.51

A 1 A I). lU U.Ulo —11 HA

. /4

1 Q 1.7 A '2 /i 0.34 A A 1 —U.4 / 15. 2.6 A /I ^ 0.42

2.1 0.37 -0.43

1.7 0.31 -0.51

A ACA U.UjI) A AAAA —7 AC Z.Uj

1.0 0.19 -0.72

0.65 0.12 -0.93

507
Wavelength Spectrum Energy Levels

A K

3481.82 W I 19256 - 47969

3495.25 W I 19648 48251

3508.74 W I 3326 I 31818

3510.03 W I 2951 — 31433

3521.91 W I 13349 — 41734

3526.85 W I 13349 — 41694

3535.55 W I 13307 41583

3537.45 W I 15070 43331

3545.23 W I 0 — 28199

3554.21 W I 4830 — 32958

3568.04 W I 15460 - 43479

3570.66 W I 3326 3 1323

3575.23 W I 17008 44971

3575.98 W I 13778 — 41734

3590.83 W I 15070 — 42911

3606.07 W I 1670 — 29393

3607.07 W I 19826 47541

3617.52 W I 2951 30587

3622.34 W I 19256 — 46855

3627.24 W I 13307 — 40868

363 1.95 W I 1670 - 29196

3651.00 W I 17008 44390

3663.36 W I 16431 43721

3667.72 W I 18117 — 45374

3668.66 W I 19256 — 46506

3674.58 W I 19648 - 46855

3675.56 W I 12162 39361

3679.61 W I 15070 42239

3682.09 W I 6219 — 33370

3683.31 W I 18280 — 45422

3683.94 W I 19535 - 46672

3684.66 W I 19254 46385

3688.07 W I 19648 46755

3699.42 W I 19648 — 46672

3702.32 W I 14976 — 41979

3707.93 W I 2951 - 29913

3714.24 W I 17008 A O Ci'^ A 43924

3715.05 W I 20428 I 47338

3717.10 W I 17701 — 44596

3719.40 W I 17107 — 43985

3722.25 W I 19648 - 46506

3730.43 W I 19826 46625

3739.48 W I 18280 I 45015

3741.71 W I 14976 — 41694

3742.68 W I 22477 — 49188

3751.43 W I 19254 — 45902

3757.09 W I 6219 32828

3757.92 W I 4830 31433

3760.13 W I 3326 29913

3761.61 W I 18974 45551

gA gf Loggf

108/sec

A /' 4.6 0.84 -0.08

25. 4.5 0.65

0.10 0.019 -1.73

0.091 0.017 -1.78

0.83 0.15 -0.81

1.6 0.31 -0.51

1.6 0.30 -0.52

2.6 0.49 -0.31

0.15 0.028 -1.56

0.070 0.013 -1.87

2.8 0.53 -0.28

0.13 0.026 -1.59

A4.2 0.81 f\ r\f\ -0.09

0.84 0.16 -0.79

1.2 0.23 -0.64

0.078 0.015 -1.82

A4.3 f\ Q A 0.84 -0.07

0.88 0.17 -0.76

7.3 1.4 0.16

1.1 0.21 . -0.67

f\ 1 f\(\ 0.100 0.020 -1.71

1.8 0.36 -0.44

1 o 1.8 0.37 -0.44

2.4 0.49 -0.31

3.4 0.69 -0.16

4.5 0.91 -0.04

0.89 0.18 -0.75

1.0 0.20 —0.69

0.66 0.13 -0.87

12. 2.5 0.40

7.

1

1.5 0.16

3.3 0.67 —0.17

26. 5.2 0.72

3.6 0.74 -0.13

0.94 0.19 -0.72

0.30 0.061 -1.21

1.1 0.24 -0.63

3.0 0.62 -0.21

2.0 0.41 -0.39

2.0 0.41 -0.39

3.5 0.72 -0.14

3.6 0.74 -0.13

0.78 0.16 -0.79

1.2 0.26 -0.59

5.8 1.2 0.08

1.1

f\ ^ A 0.24 -0.62

0.029 0.0061 —2.22

0.29 0.062 1 1 —1.21

0.25 0.054 —1.27

0.78 0.17 -0.78

508
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3764.31 W I 19828 46385

3767.85 W I 19256 — 45790

3768.45 W I 1670 28199

3769.21 W I

1 A 14976 41499

3769.87 W I 15460 41979

3772.42 W I 20983 47484

3773.70 W I 13778 - 40269

3778.59 W I 19648 46106

3778.68 W I 18280 44737

37SO.n W I 2951 29393

3783.73 W I 19256 45678

3786.38 W I 17008 — 43411

3792.77 W I 13349 39707

3794.34 W I 15070 41417

3796.28 W I 19535 45869

3801.52 W I 13349 39646

3801.92 W I 19256 - 45551

3804.08 W I 19826 46106

3809.23 W I 295

1

29196

38 10.38 W I

1 O 1 1 T 18117 44353

3810.80 W I 13778 _ 40011

3816.39 W I 19256 - 45452

3817.48 W I 2951 29139

3820. 1

1

W I 16431 42601

3824.15 W I 18974 451 17

3824.39 W I 19648 45790

3826.19 W I 15070 - 41198

3829.13 W I 1670 1111%

3834.04 W I 19828 45902

3835.05 W I 3326 29393

3838.50 W I 12162 38206

3842.30 .W, I 6219 — 32238

3846.21 W I 1670 27662

3847.49 W I 0 25984

3855.54 W I 13778 39707

3859.29 W I 18117 44020

3861.06 W I 14976 - 40868

3861.24 W I

1 ^ 1 ^ 12162 38053

3864.34 W I 3326 29196

3866.05 W I 13778 39637

3867.98 W I 2951 28797

3872.83 W I 3326 - 29139

3874.41 W I 19648 45452

3875.68 W I 14976 40771

3881.39 W I 4830 30587

3883.83 W I 18280 44020

3890.74 W I 18280 43975

3892.72 W I 13349 39030

3901.83 W I 18974 44596

3903.98 W I 29773 55381

2.7 0.57 -0.24

2.2 0.48 -0.32

0.23 0.050 1 T A —1.30

1.2 0.25 A 1 —0.61

1.3 0.28 A C C -0.55

3.6 0.76 -0.12

2.4 0.50 -0.30

2.8 0.61 -0.22

1 f\ 1.9 0.40 -0.40

0.33 0.071 -1.15

1.6 0.35 -0.46

0.57 0.12 -0.91

1 f\ 1.0 0.22 -0.66

0.82 0. 18 -0.75

1 1 1.1 0.25 A /'A -0.60

0.40 0.086 -1.06

2.6 0.57 -0.24

0.95 0.21 A /' A -0.69

r\ f\oC\ 0.089 0.019 —1.71

A 1 4.

1

(\ C\f\ 0.90 A AC -0.05

1.7 0.36 -0.44

2.1 0.45 -0.35

0.41 A AAA 0.090 1 AC —1.05

f\ A ^ 0.46 0. 10 -1.00

0.94 0.21 -0.69

3.1 0.68 -0.17

0.85 0.19 -0.73

0.021 0.0046 -2.33

11.2 0.26 -0.59

0.33 0.074 1 11 -1.13

1.1 0.24 -0.63

0.062 0.014 -1.86

0.14 0.030 -1.52

0.030 0.0066 -2.18

0.82 0.18 -0.74

2.8 0.62 -0.21

0.57 0.13 -0.89

0. 13 0.029 '1 C A -1.54

0.053 A A 1 0.012 1 A

1

—1.93

0.35 A A'^ A 0.079 1 1 A —1.10

0.47 0.11 -0.97

0.073 0.016 -1.78

3.1 0.70 -0.15

0.56 0. 13

f\ C\f\ -0.90

0.32 0.071 -1.15

0.70 0.16 -0.80

0.69 0.16 -0.80

0.51 0.12 -0.93

0.82 0.19 -0.73

6.4 1.5 0.17

509
Wavelength Spectrum Energy Levels gA gf Log gf

AA K lU°/sec

iQr\< on W I1 QO0 - 45422 2.

1

(\ AO 0.48 —0.32

jy 1 o.oU TIT T W I 12162 37674 0.24 0.054 -1.27

3924.37 W I 20428 45902 1.2 0.28 -0.56

3924.70 W I 18974 44447 0.80 0.18 -0.74

TIT T W I 15460 — 40924 0.29 0.068 -1.17

TIT W I — 45263 1 O

1 .8

f\ A -\ 0.41 -0.39

3yiU.4o TIT ¥ W I 14976 4041

1

0.57 0. 13 -0.88

3930.97 W I 18083 43515 0.61 0.14 -0.85

3935.04 W I 13778 39183 0.72 0.17 -0.78

TIT Y W I

1 O 1 1 loll/ — 43515 A ^ 1 U.6

1

C\ A A 0. 14 -0.85

W I

1 OQ"?/!

1 o y /4 - 44367 Z.J A CO u. jy —0.23

W I

1 Qc 1 c

1 yj5j 44924 A Q 1 u.y 1 ATI U.2 1 —u.6 / 3947.98 W I 19648 I 44971 3.0 0.70 -0.15

3952.52 W I 14976 — 40269 0.80 0.19 -0.73

W I

1 QT <

A

1 yz JO — 44547 2. / A ^ 1 U.63 —U.20

iy^5. Id W I

1 QOQ

1 VoZo - 45117 A A 4.4 1 A l.U A A 1 U.Ul

jyj J. J

1

W I

1 dC. A O

1 Vo4o A A r\'^ A 44924 C A 5.U 1 O

1 .2 A A*? U.U / 3958.88 W I 13778 I 39030 0.35 0.082 -1.09

3962.33 W I 17008 — 42239 0.97 0.23 -0.64

IQ/i/l QQ jyo4.yy W I 62 1 y — 31433 Ci f\A U.U46 A A 1 1 U.Ul 1

1 o^ —1.96

jyoj. 14 TIT ¥ W I '^'^ Ann - 47689 O Qo.y 2.

1

U.32

TIT ¥ W I 1 ylDb 44447 2.0 0.67 A 1 O —0. 18

3969.20 W I 19828 45015 2.1 0.50 -0.30

3975.46 W I 12162 37309 0.24 0.057 -1.24

1 Q7 COO TIT ¥ W I

1 '7 1 A*?

1 / 1 U / — 42251 U.54 All U. 1

3

—u.oy

iy ly.Zy TIT ¥ W I 111 (\n — 38430 A <n U.52 A 1 OU. 12 A O 1 —U.y 1 iyoU.64 TIT ¥ W I iyo26 44940 3.2 u. / / All —U. 1

1

3982.87 W I 18117 I 43217 0.57 0.14 -0.87

3982.96 W I 19254 — 44353 2.0 0.47

• -0.33

TXT I W I

11 QO^ yo2o — 44924 O.J 1 c

1 .J A 1 Q u. 1 y

1 QQ t T) W I 2 1 44y - 46497 3.3 A TQ u. /y A 1 A —U. lU

TIT Y W I O 1 A/1 '7 2jU4 / 48078 2. / A c U.6j A 1 Q —u. 1 y

3997.13 W I 18974 43985 0.89 0.21 -0.67

3998.16 W I 21454 46458 1.8 0.44 -0.36

jyyo. /6 TIT ¥ W I

1 O 0*7 A 43975 1.4 A I /I U.34 A A n —U.4 /

A AA 1 IT 4UUl.i / W I 12 162 - 37146 A O 1 U.23 A AC/T U.U56 —11 T c

.2 J

/I AA C /I A 4UU5.4U W I 1670 26630 A A 1 1 U.Ul I A AA'^ a U.UU26 —o c o 2. jy

4008.75 W I 2951 27890 1.8 0.44 -0.36

4010.38 W I 23047 47975 2.7 0.64 -0.19

4015.22 W I

1 an A o 19648 44547 1 'J 13. 1 A 3.U U.4o

4019.23 W I 3326 - 28199 A ACA 0.U5U A A 1 O U.Ul 2

1 OO —i.y2

4022. 1'2 W I 19535 44390 2.8 A ^ O U.68 A 1 n —U. 1 / 4028.79 W I 9528 34342 0.24 0.057 -1.24

4035.36 W I 15460 40234 0.31 0.076 -1.12

4036.86 W I 19256 44020 3.6 A OO u.sy —A AC U.Uj

/I A'5 n o ^ 4U3y.86 W I 1 ay /4 — 43721 2. J u.6

1

A O 1 —U.2

1

y1 A /I A CO W I1 A^ A O

1 y64o 44390 1 A 1 -U A C U.2 J A a 1 —v.ol

A(\A 1 OO TIT I W I1 C A 43975 A QA u.yu A T) U.ZZ A (if: W I 26230 50949 14. 3.5 0.54

4045.60 W I 2951 27662 0.18 0.044 -1.35

510
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

4046.70 W I 13349 38053

4047.94 W I 1670 — 26367

4053.94 W I 14976 39637

4060.71 W I 19828 44447

4064.79 W I 19256 43851

4069.80 W I 19826 44390

4069.95 W I 4830 - 29393

4070.61 W I 1670 — 26230

4071.93 W I 15460 — 4001

1

4073.15 W I 15070 — 39614

4074.36 W I 2951 27488

4082.97 W I 19256 - 43741

4088.33 W I 3326 — 27778

4088.77 W I 19535 — 43985

4095.70 W I 17008 — 41417

4097.67 W I 18117 42514

4099.03 W I 19535 - 43924

4102.70 W I 6219 — 30587

4108.53 W I 181 17 42450

4109.76 W I 13349 37674

4110.57 W I 18280 42601

4111.81 W I 1670 - 25984

41 15.59 W I 15070 39361

41 18.05 W I 18974 43251

41 18.18 W I 13778 38053

4120.86 W I 15460 39720

4122.02 W I 18974 - 43228

4123.06 W I 15460 — 39707

4125.18 W I 16431 — 40666

4126.80 W I 19254 — 43479

4132.21 W I 19828 44020

4133.48 W I 19535 - 43721

4136.35 W I 18280 — 42450

4137.46 W I 3326 — 27488

4138.02 W I 13307 — 37466

4138.30 W I 19828 43985

4139.32 W I 16431 - 40583

4142.26 W I 18117 — 42251

4145.16 W I 13349 37466

4145.95 W I 12162 36275

4149.44 W I 19648 43741

4154.68 W I 19389 - 43452

4160.04 W I 20983 — 45015

4160.35 W I 22477 — 46506

4168.66 W I 18280 — 42262

4170.54 W I 18280 42251

4171.18 W I 4830 28797

4180.24 W I 19826 43741

4183.67 W I 18083 41979

4183.83 W I 19826 43721

0.34 0.083 -1.08

0.0062 0.0015 -2.81

0.53 0.13 -0.88

1.0 0.25 -0.59

3.5 0.86 -0.06

3.2 0.81 -0.09

0.24 0.059 -1.23

0.046 0.011 -1.94

0.65 0.16 -0.79

0.48 0.12 -0.93

0.95 0.24 -0.63

2.7 0.68 -0.17

0.026 0.0066 -2.18

0.91 0.23 -0.64

0.97 0.24 -0.61

0.60 0.15 -0.82

0.72 0.18 -0.74

0.46 0.12 -0.94

0.71 0.18 -0.74

0.49 0.12 -0.90

0.74 0.19 -0.73

0.013 0.0032 -2.50

0.30 0.076 -1.12

2.5 0.64 -0.19

0.38 0.096 -1.02

0.61 0.15 -0.81

0.89 0.23 -0.65

0.33 0.084 -1.08

0.79 0.20 -0.69

2.7 0.69 -0.16

1.1 0.29 -0.54

1.9 0.48 -0.32

0.72 0.18 -0.74

0.1

1

0.027 -1.57

0.50 0.13 -0.89

1.8 0.47 -0.33

0.42 0.11 -0.96

1.4 0.35 -0.46

0.44 0.11 -0.95

0.25 0.065 -1.19

1.0 0.27 -0.57

2.9 0.74 -0.13

1.5 0.39 -0.41

1.9 0.50 -0.30

1.1 0.30 -0.53

2.0

' 0.53 -0.27

0.13 0.033 -1.48

1.0 0.27 -0.56

0.63 0.17 -0.78

1.7 0.45 -0.34

511
Wavelength Spectrum Energy Levels

A K

4186.02 WIT 1I 1 7701 41 583

4199.63 W I 17107 - 40912

4200.03 W I 16431 — 40234

4203.82 W I 12162 — 35943

4204.41 W I 19256 — 43034

4207 05 W I VV 1 1 9648 4341 1 4215.38 W I 19535 — 43251

4218.56 W I 18280 — 41979

4219.38 W I 6219 — 29913

4222.06 W I 15070 — 38748

4224 76 W I 23930 47593

4226.34 W I 19256 - Al'iX 1 4226.92 W I 18083 — 41734

4233.00 W I 18117 — 41734

4234.35 W I 19256 — 42866

4241 45 W I VV A 1 5460 ^39030 y\j J \j 4244.37 W I 6219 - 29113

4249.46 W I 13349 — 36874

4258.53 W I 17107 — 40583

4259.36 W I — 44920

W I VV 1 1 7008 AOAlf>

4260.29 W I 18117 — 41583

4263.32 W I 23047 — 46497

4266.54 W I 23930 — 47362

4269.39 W I 2951 — 26367

4769 78 W I VV 1 1 8280 41694 *-r 1 D y^

W I llAll — 45869

4274.55 W I 20064 — 43452

4275.49 W I 18117 — 41499

4276.75 W I 19535 — 42911

4282.34 WVV I1 19256 42601

4284.96 W I 19535 - 42866

4286.01 W I 13349 — 36674

4294.10 W I 13307 — 36588

4294.61 W 1 2951 — 26230

4302 1 1 W I VV 1 2951 261 89

4306.88 W I — 47975

4307.64 W I 19826 — 43034

4330.66 W I 19826 — 42911

4330.97 W I 19828 — 42911

4^37 1 ^ W I VV 1 1 4976 38053

4345.84 W I 18974 — 41979

4347.00 W I 19254 — 42251

4347.51 W I 19256 — 42251

4348.12 W I 20983 — 43975

4355.16 W I 35117

4361.82 W I 6219 29139

4364.79 W I 3326 26230

4365.96 W I 28393 51291

4372.53 W I 3326 26189

gA gf Loggf

108/sec

0.47 0.12 -0.91

0.39 0.10 -0.98

0.39 0.10 -0.99

0.19 0.051 -1.29

2.6 0.68 -0.17

3.8 1.0 0.01

1.8 0.49 -0.31

0.64 0.17 -0.77

0.099 0.026 -1.58

0.51 0.14 -0.86

3.

1

0.82 -0.08

0.69 0.19 -0.73

0.60 0.16 -0.80

0.60 0.16 -0.79

2.2 0.59 -0.23

1.5 0.40 -0.40

0.21 0.056 -1.26

0.15 0.041 -1.38

0.44 0.12 -0.93

7.9 2.1 0.33

0.42 0.1

1

-0.94

2.1 0.58 -0.24

8.7 2.4 0.37

2.9 0.80 -0.10

0.20 0.054 -1.27

1.2 0.33 -0.49

1.9 0.53 -0.27

3.9 1.1 0.03

1.7 .0.47 -0.33

2.5 0.69 -0.16

1.5 0.43 -0.37

0.69 0.19 -0.72

0.29 0.080 -1.10

0.28 0.079 -1.10

0.57 0.16 -0.80

0.30 0.084 -1.07

10. 2.9 0.46

1.8 0.49 -0.31

1.3 0.36 -0.44

1.3 0.36 -0.44

0.43 0.12 -0.91

0.55 0.16 -0.81

1.3 0.37 -0.43

0.59 0.17 -0.77

1.2 0.33 -0.48

0.27 0.077 -1.11

0.032 0.0092 -2.03

0.022 0.0063 -2.20

12. 3.4 0.53

0.022 0.0063 -2.20

512
Wavelength Spectrum Energy Levels

A K

4378.49 W 1 4830 - 27662

4384.86 W I 15460 38259

4389.84 W I 19828 I 42601

4394.08 W I 18117 — 40868

4408.28 W I 26676 — 49355

4412.20 W I 3326 - 25984

A A -i C f\Ct 4415.08 W I 18280 A C\C\'^ A 40924

4418.45 W I 20428 43054

4420.47 W I 19256 — 41872

4423.78 W I 22853 — 45452

4425.91 W I 18280 - 40868

A A /' C\f\ 4436.90 W I 20983 43515

4438.30 W I 18974 41499

4441.81 W I 17107 — 39614

4445.15 W I 37466

4449.01 W I 12162 — 34633

4450.36 W 1 A ^ ^ llAll 44940

4455.46 W I 19256 41694

4458.09 W 1 13307 35732

4458.30 W I 19828 42251

A A ^ f\ C i\ 4460.50 W I 13778 - 36190

A A ^ C f\ 4463.50 W I 23930 46328

4466.35 W 1 13349 35732

4484.19 W I 1670 — 23965

A A C\'^ T 1 4492.33 W I 17107 — 39361

4493.97 W I 19254 - 41499

A A C\ A CI 4494.5

1

W I 19256 A \ A {\C\ 41499

4495.30 W I 15070 37309

4498.47 W I 18974 41 198

A C f\ A Q /' 4504.86 W I 12162 34354

45 12.91 W I 18117 - 40269

45 13.30 W I 13349 35499

4529.76 W I 22477 44547

4530.47 W I 12162 34229

4534.71 W I 19826 41872

4535.05 W I 19828 - 41872

4536.66 W I 21856 43893

4542.89 W I 15460 37466

4543.51 W I 21449 43452

A C A /' A C\ 4546.49 W I 18280 — 40269

4551.85 W I 13349 - 35311

4556.87 W I 23930 45869

4558.97 W I 18083 40011

4559.11 W I 14976 — 36904

4563.59 W I 19828 41734

4565.32 W I 14976 36874

4570.66 W I 44920

4586.85 W I 9528 31323

4588.75 W I 26189 47975

4592.42 W I 19648 41417

gf Log gf

IQS/sec

U.U4i A A 1 0 U.U12 —1 Q 1 1 .y 1 U. la A T> U.22 —0.65

A '70 U. ly A 0 0 U.23 A ^ A —U.o4

0.73 0.21 -0.67

17. 5.0 0.70

U.Ul / A AACA U.UUjU —OTA 2.3U

U.41 AIT U. 12 A QT —u.y2

U. /6 A 00 U.22 —U.06

1.1 0.32 -0.50

2.7 0.79 -0.10

A /I 1 A 1 ^

U. 12 A—u.y2

1 1 A 00 u.y2 A C\A —U.U4

A /I n A 1 /I U. 14 A 0 A —U.o4

0.46 0.14 -0.87

0.31 0.093 -1.03

A 1 /! U. 14 A C\A^ U.U42 —1 00 1 .3o

1.3 A T 0 U.3o A A 1 —U.41

A /I 0 U.42 A 1 0

U. 12 A 0 1 —u.y 1 0.097 0.029 -1.54

0.49 0.14 -0.84

0.33 A AAO 0.098 1 A

1

—1.01

3.2 A 0 /I u.y4 A A1 —U.U3

A T Q U.Uo / —1 A/;

1 .UO

0.049 0.015 -1.83

0.27 0.082 -1.09

(\ ^ A U.24 A —U.o2

A 0 0 AU.2 / A C? —U.J / A 1 C

U. 15 U.U46 —1 1 A 1.34

0.32 0.097 -1.01

0.24 0.073 -1.14

A OA ATA U.3U —U.A j20

A 0 /I 0.24 A AT T U.U73 —1.14

A A /I 0.94 A 0 A A C A —U. j4

0.051 0.016 -1.80

0.78 0.24 -0.62

1 A 1 .1) A "3 1 0.3

1

A C 1 —U.M

1 A 1.4 A /I 0 U.42 A 1

1

—U.3 / A 1 '5 0.13 U.U4U —1 Af\

\ .4U

3.0 0.92 -0.04

1.2 0.37 -0.43

U.Uo / —1 A^ 1 .Uo

1 A

1 .4 n Ai U.43 A 11 —U.3 / A AC^ U.Uo2 —1 AQ 1 .Uo

0.11 0.034 -1.46

0.86 0.27 -0.57

All U. 1 1 A Al A U.U34 —1 An 1 .4 / A A 4.1) 1 .2 A AO

u.uy

A A/1 A U.U4U A A 1 '2 U.Ul 3 —1 OA 1 .yu

12. 3.6 U.56

0.79 0.25 -0.60

513
Wavelength Spectrum Energy Levels

A K

4592.58 W I 13349 351 17

4599.96 W I 24763 - 46497

4600.44 W I 18280 4001

1

4609.92 W I 15460 37146

4613.32 W I 6219 27890

4614.86 W I 19535 41 198

4620.55 W I 19535 - 41 171

4623.69 W I 16431 — 38053

4634.81 W I 16431 — 38001

4641.80 W I 4830 — 26367

4642.56 W I 13778 3531 1 4643.15 W I 20983 - 42514

4646.15 W I 19254 40771

4657.44 W I 27890 49355

4659.87 W I 0 21454

4661.23 W I 22477 43924

4661.97 W I 15460 - 36904

4668.46 W I 15460 36874

4676.63 W I 19535 40912

4677.69 W I 19826 41 198

4679.04 W I 18280 39646

4680.52 W I 4830 - 26189

4683.54 W I 19826 — 41 171

4693.73 W I 26676 — 47975

4698.63 W I 19828 — 41 104

4700.41 W I 6219 27488

4702.47 W I 18974 — 40234

4706.17 W I 16431 — 37674

471 1.19 W I 19256 — 40476

4712.49 W I 14976 — 36190

4716.86 W I 17008 38203

4718.63 W I 23930 - 45117

4720.40 W I 13307 34486

4725.14 W I 19254 4041

1

4729.65 W I 13349 34486

4745.57 W I 18117 39183

4752.21 W I 18974 — 40011

4752.58 W I 13307 — 34342

4757.55 W I 2951 — 23965

4757.78 W I 15070 — 36082

4758.21 W I 23930 44940

4773.91 W I 13778 — 34719

4787.94 W I 13349 34229

4788.43 W I 16431 — 37309

4797.55 W I 19828 — 40666

4799.92 W I 19648 40476

4807.37 W I 12162 32958

4816.11 W I 19254 4001

1

4816.82 W I 28600 49355

4835.02 W I 20428 41104

gf Loggf

108/sec

A 1 A A A"? '1 0.032 1 c rv -1.50

6.4 A2.0 rv T 1 0.3

1

0.23 0.074 -1.13

0.45 0.14 -0.85

0.039 0.013 -1.90

0.23 0.075 -1.13

0.33 0. 10 rv rv o -0.98

0. 12 0.037 -1.43

0.23 0.074 -1.13

0.0050 0.0016 -2.79

0.18 0.058 -1.24

f\ AO 0.48 0.15 rv o 1 -0.81

0.29 r\ rv A c 0.095 1 rv^ —1.02

11. 3.5 0.54

0.023 0.0076 -2.12

A C 1 0.5

1

A 1 ^

0. 17 A ^7 O —0.78

0.098 rv r\ o 0.032 t A f\ —1.49

0. 1

1

r\ r\ ^ 0.037 1 A A -1.44

0.44 0.14 -0.84

0.57 0.19 -0.73

rv 1 o

0. 1

8

A A/f A 0.060 —1.22

rv r\ o A 0.089 rv A 0.029 -1.53

0.38 r\ 1 0.12 rv rv i -0.91

6.2 2.1 0.31

0.28 0.092 -1.04

0.0100 r\ r\rv t 0.0033 —2.48

0.22 rv rv^ 0.072 1 t A —1.14

0.071 rv rv^ 0.023 —1.63

0.19 0.065 -1.19

0.093 0.031 -1.51

0. 10 rv rvo A 0.034 —1.47

0.72 0.24 —0.62

A A*? ^ 0.036 A A 1 O 0.012 —1.92

0.38 0.13 -0.89

0.12 0.039 -1.41

0. 1

1

A ATT 0.037 —1.43

0.21 rv rv? rv 0.070 —1.15

r\ r\ A^ 0.042 0.014 —1.85

0.010 0.0035 -2.45

0.057 0.019 -1.71

0.55 r\ 1 A 0.19 A T> —0.73

0.054 rv rv 1 rv 0.019 —1.73

0.034 rv rv 1 0.012 1 A

1

—1.93

0.065 0.022 -1.65

0.21 0.072 -1.14

0.63 rv ^ 0.22 -0.66

0.048 . rv 1 ^ 0.017 —1.78

0. 14 rv f\ A (\ 0.049 —1.31

1.7

rv c (~\ 0.59 rv 1 —0.23

0.24 0.084 -1.08

514
Wavelength Spectrum Energy Levels

A K

4843.83 • W I 3326 23965

4854.09 W I 13349 33944

4863.08 W I 22477 43034

4878.28 W I 18083 38576

4886.91 W I 6219 — 26676

4888.39 W I 13778 34229

4890.29 W I 16431 I 36874

4890.89 W I 20428 — 40868

4892.44 W I 22477 — 42911

4902.32 W I 19254 39646

4902.97 W I 19256 39646

4910.74 W I 19256 39614

4916.18 W I 14976 3531 1 4931.56 W I 15460 35732

4953.09 W I 19828 40011

4957.37 W I 13778 33944

4972.57 W I 19256 39361

4979.85 W I 18280 38356

4982.60 W I 0 20064

4984.72 W I 18974 39030

4986.94 W I 15070 351 17

4995.32 W I 22853 42866

5002.80 W I 20428 40411

5006.16 W I 6219 — 26189

5015.32 W I 4830 — 24763

5040.36 W I 13307 33141

5052.23 W I 20983 40771

5053.30 W I 1670 21454

5054.61 W I 1670 — 21449

5055.53 W I 22477 42251

5069.15 W I 3326 23047

5110.36 W I 15070 34633

SllA.lA W I 14976 34486

5130.1

1

W I 23965 _ 43452

5138.40 W I 28233 _ 47689

5145.77 W I 20983 4041

1

5183.97 W I 18974 38259

5192.72 W I 14976 _ 34229

5195.63 W I 25984 45225

5203.26 W I 19535 38748

5204.51 W I 20428 39637

5206.19 W I 19828 39030

5212.79 W I 28^797 47975

5224.67 W I 4830 23965

5233.54 W I 19254 38356

5242.99 W I 16431 35499

5254.54 W I 15460 34486

5255.42 W I 22477 41499

5259.36 W I 27488 46497

5275.55 W 1 19256 38206

gi L.oggt

10«/sec

0.061 0.021 -1.67

0.051 0.018 -1.75

0.41 0.15 -0.83

0. 12 0.042 —1 .38

0.063 0.022 -1.65

0.022 0.0080 -2.10

0.047 0.017 -1.77

0.14 0.052 -1.29

0.48 0. 17 -0.76

0.19 0.069 -1.16

0.10 0.037 -1.43

0.16 0.058 -1.24

0.057 0.021 -1.69

0.086 0.031 -1.51

0.22 0.079 -1.10

0.045 0.017 -1.78

0.084 0.031 -1.51

0.23 0.084 -1.07

f\ f\f\ C 0.0052 i\ f\f\ 1 c\ 0.0019 -2.71

0.11 0.041 -1.39

0.11 0.041 -1.39

0.23 0.085 -1.07

0.11 0.043 -1.37

f\ f\ A A 0.044 0.017 -1.78

0.020 0.0074 -2.13

0.053 0.020 -1.70

0.18 0.069 -1.16

0.029 0.011 -1.95

0.0074 0.0028 -2.55

0.34 0.13 -0.88

0.012 0.0045 -2.35

0.057 0.022 -1.65

0.055 0.022 -1.67

0.59 0.23 -0.63

2.2 0.88 -0.05

0.33 0.13 -0.88

0.14 0.055 -1.26

0.059 0.024 -1.62

0.66 0.27 -0.58

0.21 0.086 -1.07

0.34 0.14 -0.86

0.29 0.12 -0.93

2.8 1.1 0.05

0.057 0.023 -1.63

0.14 . 0.059 -1.23

0.15 0.061 -1.21

0.048 0.020 -1.70

0.46 0.19 -0.72

2.9 1.2 0.08

0.18 0.077 -1.11

515
Wavelength Spectrum Energy Levels

A K

5318.87 W I 27662 — 46458

5337.37 W I 26189 — 44920

W I zoZ jU 44yzu

5350.44 W I 29393 48078

5351.90 W I 27778 — 46458

5354.46 W I 9528 — 28199

5355.26 W I 19535 — 38203

J J J /. 1 / W I 1 j4oU 341ZZ

5368.70 W I 28233 — 46855

5374.16 W 1 20428 — 39030

5388.02 W I 19648 — 38203

5397.97 W I 19254 — 37774

CA 1 Q An j4 1 7.4U W 1 Ann 2Z4 / / 4UyZ4

5422.89 W I 22477 ,40912

5423.93 W I 19828 — 38259

5435.06 W I 1670 — 20064

5435.61 W I 17107 — 35499

j44U.Uo W I

1 OCT/; joZUj

5456.59 W I 23930 42251

5475.11 W I 28199 — 46458

5477.80 W I 9528 — 27778

5486.01 W 1 31433 — 49656

j4o / . / 0 W I 4o3U Z jU4 / 5492.32 W I

• 29773 47975

5496.24 W I 22477 — 40666

5500.51 W I 19826 — 38001

5503.45 W I 14976 — 33141

J jUo.DJ W 1 ZU4ZO ioj lb

5514.70 W I 3326 _ 21454

5521.01 W 1 18083 — 36190

5531.38 W I 18117 — 36190

5537.74 W I 19256 — 37309

CC1Q AQ W I W I L\)y<S5

5576.34 W I 20428 — 38356

5604.33 W I 31818 — 49656

5617.08 W I 17701 — 35499

5624.58 W I 19535 — 37309

W I 1 jU /U iZoZo

5631.26 W I 33370 — 51123

5631.97 W 1 12162 — 29913

5642.04 W I 1670 — 19389

5648.38 W I 18974 — 36674

J06U.U /

TXT ¥ W I 1 oZoU T C 0 /I 'J 3 jy43

5660.75 W I 19648 37309

5664.34 W I 18083 — 35732

5673.56 W 1 19254 — 36874

5674.42 W I 19256 — 36874

5675.38 W 1 18117 35732

5676.61 W I 12162 29773

5676.93 W I 17701 3531 1

Loggf

108/sec

1.2 0.52 -0.29

0.77 0.33 -0.48

1.2 0.53 -0.27

z.z A m -0.03

0.98 . 0.42 -0.38

0.0055 0.0024 -2.62

0.056 0.024 -1.62

0.018 0.0076 -2.12

U.OJ A ^ 0 O.Zo -<J.55

0.12 0.051 -1.29

0.094 0.041 -1.39

0.058 0.025 -1.59

0.10 0.045 -1.35

A AA 1 U.Uo 1 A A'>7 U.UZ / —1.57

0.029 0.013 -1.90

0.0014 0.00063 -3.20

0.022 0.0098 -2.01

0.038 0.017 -1.77

A 1A A 1

"2 —0.00

0.50 0.23

• -0.65

0.0088 0.0040 -2.40

1.4 0.65 -0.19

0.00060 0.00027 -3.57

A A 4.4 ^ A z.U A 1 A 0.30

0.086 0.039 -1.41

0.11 0.051 -1.29

0.029 0.013 -1.88

0.048 0.022 -1.66

A AAO C A AA1 0 /1

1

—2.41

0.022 0.0100 -2.00

0.038 0.018 -1.76

0.052 0.024 -1.62

0.049 0.022 -1.65

A A1A A A 1 /I U.U14 —1 Q< l.OJ

1.3 0.59 -0.23

0.018 0.0086 -2.06

0.019 0.0090 -2.04

0.0086 0.0041 -2.39

1 A

1 .4 A C —U. 1 y

0.012 0.0056 -2.25

0.00017 0.00008 -4.09

0.19 0.092 -1.04

0.018 0.0088 -2.06

All 0. 1 1 A AC C —1 .z6

0.017 0.0083 -2.08

0.024 0.011 -1.94

0.085 0.041 -1.39

0.015 0.0071 -2.15

0.0055 0.0027 -2.58

0.031 0.015 -1.83

516
Wavelength Spectrum Energy Levels gA

A K 108/sec

gf Log gf

5697.82 W I 13778 31323

5723.06 W I 25984 - 43452

5735.09 W I 27488 44920

5739.60 W I 32238 49656

5747.26 W I 30683 48078

5749.22 W I 30587 47975

5756.09 W I 15460 — 32828

5759.65 W I 29139 46497

5793.07 W I 11661 44920

5796.51 W I 17107 34354

5799.53 W I 13349 30587

5804.87 W I 26230 - 43452

5806.07 W I 18280 35499

5822.60 W I 22477 39646

5833.59 W I 22477 39614

5838.99 W I 17107 34229

5845.26 W I 29393 — 46497

5851.56 W I 26367 43452

5856.62 W I 20983 38053

5864.63 W I 19828 36874

5874.23 W I 19256 36275

5875.66 W I 17107 — 34122

5880.22 W I 34122 51 123

5891.61 W I 18974 35943

5902.66 W I 19254 36190

5947.58 W I 13778 30587

5953.97 W I 20983 — 37774

5956.18 W I 17701 34486

5965.86 W I 18974 35732

5972.52 W I 3326 20064

5978.89 W I 28199 44920

5983.84 W I 28233 - 44940

6009.04 W I 18083 34719

6012.81 W I 19648 36275

6021.54 W I 18117 34719

6028.35 W I 29913 46497

6043.33 W I 31433 - 47975

6049.92 W I 18974 35499

6065.09 W I 20983 37466

6081.48 W I 18280 — 34719

6111.68 W I 15460 31818

6115.55 W I 14976 - 31323

6128.27 W I 28233 44547

6143.94 W I 22477 38748

6153.73 W I 19254 35499

6154.86 W I 17701 33944

6203.51 W I 19828 35943

6254.29 W I 33370 49355

6285.90 W I 19828 35732

6292.03 W I 13307 29196

0.0100 0.0049 -2.31

0.13 0.065 -1.19

1.7 0.82 -0.09

0.54 0.27 -0.58

0.47 0.23 -0.64

0.91 0.45 -0.34

0.011 0.0055 -2.26

0.32 0.16 -0.80

0.40 0.20 -0.69

0.020 0.010 -1.99

0.0024 0.0012 -2.93

0.89 0.45 -0.35

0.028 0.014 -1.84

0.046 0.023 -1.63

0.091 0.046 -1.33

0.020 0.010 -1.99

0.87 0.44 -0.35

0.58 0.30 -0.52

0.049 0.025 -1.60

0.070 0.036 -1.44

0.030 0.015 -1.81

0.013 0.0067 -2.17

1.7 0.88 -0.05

0.033 0.017 -1.77

0.10 0.053 -1.27

0.030 , 0.016 -1.80

0.055 0.029 -1.53

0.022 0.012 -1.94

0. 13 0.069 -1.16

0.00078 0.00042 -3.38

0.62 0.33 -0.48

0.63 0.34 -0.47

0.023 0.013 -1.90

0.15 0.082 -1.08

0.069 0.037 -1.43

1.0 0.55 -0.26

1.4 0.79 -0.10

0.029 0.016 -1.79

0.051 0.028 -1.55

0.040 0.022 -1.66

0.011 0.0059 -2.23

0.0092 0.0051 -2.29

0.64 0.36 -0.44

0.075 0.042 -1.37

0.045 0.026 -1.59

0.029 0.016 -1.78

0.051 0.030 -1.53

2.0 1.2 0.07

0.068 0.040 -1.39

0.017 0.010 -1.99

517
Wavelength Spectrum Energy Levels

A K

W 1

1 '\(^ 1 ^ 1 1 7 J J 1 1 / 6404.20 W I — 30587

6445.13 W I 18974 — 34486

6508.02 W I 13778 - 29139

6532.42 W I 20428 — 35732

OJ JO. 14 W I

1 QOA 1 < 1 1 7 J J 1 1 / 6563.22 W I — 34486

6573.95 W I 20983 — 36190

6607.15 W I 17107 — 32238

6609.04 W I 15460 — 30587

11 A/1 W I I 0 Q C Q 4oU /o

6621.68 W I 19256 34354

6678.41 W I 18974 — 33944

6693.12 W I 14976 — 29913

6746.56 W I 23930 - 38748

OoUj .Zo HI T W I 6814.95 W I 22477 — 37146

6820.28 W I 19828 — 34486

6828.42 W I 31818 - 46458

6853.73 W I 19535 - 34122

DO / O.UZ W I A QA 47DJO

6908.29 W I 13307 — 27778

6934.27 W I 14976 — 29393

6964.12 W I 13307 — 27662

6984.30 W I 13349 — 27662

077J.ZO W I

1 QOA 1 yozo 1 /I 1 T) j4 1 ZZ

6994.08 W I 19828 — 34122

7098.22 W I 44547 — 58631

7111.18 W I 20428 — 34486

7140.54 W I 13778 — 27778

/ 1 OZ.OD TXT ¥ W I

11 OCA oZoU JZZ JO

7191.37 W I 31323 — 45225

7198.62 W I 19254 — 33141

7200.18 W I 13778 — 27662

7216.31 W I 18974 — 32828

1 z/o.uJ W I 1 7J J J Jinn

7237.08 W I 37309 — 51123

7278.23 W I 15460 - 29196

7285.80 W I 19648 — 33370

7296.58 W I 19256 — 32958

/ 3o j.Uo W I 11 o/oU OCA 1 1 & 1 QJ 1 O 1 O

7483.35 W I 20983 — 34342

7504.16 W I 13307 — 26630

7508.99 W I 19828 — 33141

7520.66 W I 19535 — 32828

7537.43 W I 18974 32238

7550.46 W I 18083 31323

7569.91 W I 18117 31323

7582.88 W I 28233 41417

7614.11 W 1 19828 32958

Loggf

108/sec

0.041 0.025 -1.61

0.020 0.012 -1.92

0.069 0.043 -1.37

A C\C\A A U.UU44 A AAT O U.UUZo —Z.J J 0.040 0.025 -1.60

0.029 0.018 -1.74

0.024 0.016 -1.81

0.058 0.038 -1.42

n n 1 1 U.U 1

1

A AA-7A —7 1^ Z. I J 0.0067 0.0044 -2.36

1.4 0.94 ,-0.03

0.019 0.013 -1.89

0.021 0.014 -1.85

U.UUj3 —Z.Zo

0.034 0.023 -1.63

0.011 0.0074 -2.13

0.035 0.025 -1.61

0.017 0.012 -1.94

(\AA U.44 nil U.J 1 A <; 1 ^J. J 1 0.0075 0.0053 -2.27

0.51 0.36 -0.44

0.0016 0.0011 , -2.94

0.0040 0.0029 -2.54

A AAT) U.UUzZ A AA 1 C U.UU 1 O —9 OA Z.oU

0.0037- 0.0027 -2.56

0.013 0.0099 -2.01

0.0077 0.0057 -2.25

1.1 0.87 -0.06

A AAO-7 U.UUo / U.UUoo 9 10 Z. lo

0.0046 0.0035 -2.45

0.0093 0.0071 -2.15

0.23 0.18 -0.75

0.0075 0.0058 -2.23

A AA-n A AAT C U.UUZ J 9 AA Z.oU

0.0069 0.0054 -2.27

0.0064 0.0050 -2.30

1.2 0.96 -0.02

0.0045 0.0036 -2.45

U.UZ3 U.Ul o

1 7/1

1 . /4

0.020 0.016 -1.79

0.0064 0.0052 -2.28

0.015 0.013 -1.89

0.0015 0.0013 -2.90

A A 1 /I U.U14 A A 1 T U.U 1 Z —11 Q7 .yz

0.0043 0.0037 -2.44

0.0098 0.0083 -2.08

0.0075 0.0065 -2.19

0.015 0.013 -1.89

0.082 0.070 -1.15

0.024 0.021 -1.68

518
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

7688.94 W I 19826 — 32828 0.018 0.016 -1.81

7701.00 W I 19256 32238 0.0050 0.0044 -2.35

7761 14 W I VV 1 1 3349 26230 0.0012 0.0010 -2.98

7784.12 W I 18974 — 31818 0.01

1

0.010 -1.99

7808.94 W I 14976 — 27778 0.0022 0.0020 -2.71

7863.46 W I 20428 — 33141 0.0066 0.0061 -2.22

7867.03 W I 16431 29139 0.001

1

0.00099 -3.01

7880 34 W I 14976 z 27662 0.0014 0.0013 -2.88

7886.47 W I 13307 - 25984 0.0011 0.0010 -2.99

7940.93 W I 13778 — 26367 0.0020 0.0019 -2.73

7957.06 W I 19254 — 31818 0.0034 0.0033 -2.49

8017.18 W I 181 17 30587 0.016 0.016 -1.80

8054 86 W I 13778 26189 0.0014 0.0014 -2.86

8055.60 W I 19828 — 32238 0.026 0.025 -1.60

8060.36 W I

• 18280 — 30683 0.0042 0.0041 -2.39

8123.79 W I 18280 — 30587 0.0099 0.0098 -2.01

8165.70 W I 28233 40476 0.040 0.040 -1.39

8210.20 W I 19256 31433 0.0053 0.0054 -2.27

8322.00 W I 23930 - 35943 0.015 0.016 -1.80

8338.01 W I 19828 — 31818 0.011 0.011 -1.95

8348.76 W I 20983 — 32958 0.0066 0.0069 -2.16

8382.87 W I 9528 21454 0.00019 0.00020 -3.69

8402 55 W I 19535 31433 0.0043 0.0046 -2.34

8475.16 W I 18117 - 29913 0.0028 0.0031 -2.51

8585.06 W I 22477 — 34122 0.059 0.065 -1.18

8594.37 W I 18280 — 29913 0.0065 0.0072 -2.14

8613.26 W I 19826 31433 0.0078 0.0086 -2.06

8614.48 W I 19828 31433 0.0033 0.0037 -2.43

8865.50 W I 18117 29393 0.0077 0.0091 -2.04

519
Wavelength Spectrum Energy Levels

A K

2001.71 W II 3173 531 14

2008.07 W II 4716 - 54499

2009.98 W II 1518 — 51254

2010.23 W II 3173 — 52902

2026.08 W II 4716 — 54057

2029.98 W II 6147 55393

2049.63 W II 1519 - 50292

2065.57 W II 4716 — 53114

2071.21 W II 3173 — 51438

2075.59 W II 8711 — 56875

2079.1

1

W II 6147 54229

2089.14 W II 4716 - 52567

2094.75 W II 1519 — 49242

2100.67 W II 0 — 47589

2106.18 W II 1519 — 48983

21 10.34 W II 871

1

56084

2118.87 W II 0 - 47180

2121.59 W II 3173 — 50292

2153.56 W II 6147 — 52567

2157.80 W II 4716 — 51045

2166.32 W II 4716 50863

2194.52 W II 0 - 45554

2204.48 W 11 6147 — 51495

2248.75 W II 0 — 44455

2270.24 W II 1519 — 45554

2303 83 W II 1519 44912

2315.02 W II 3173 - 46355

2326.09 W II 6147 — 49125

2328.31 W II 1519 — 44455

2333.77 W II 1519 — 44355

2358 81 W II 3 173 45554

2390.37 W II 7421 - 49242

2392.93 W II 4716 — 46493

2397.09 W II 3173 — 44877

2404.24 W II 8711 — 50292

241 1.54 W II 17437 58892

2419.34 W II 20040 - 61361

2421.01 W II 13412 — 54705

2427.49 W II 3173 — 44355

2435.01 W II 20534 — 61590

2446.39 W II 7421 48285

245 1 .48 W II 1519 - 42298

2466.52 W II 1519 — 42049

2470.80 W II 20781 — 61241

2477.80 W II 6147 — 46493

2484.40 W II 20040 60279

2488.77 W II 7420 47589

2489.23 W II 4716 44877

2492.93 W II 14857 54959

2496.64 W II 4716 44758

gA gf Loggf

108/sec

ZD. 1 .Z A AT 0.07

£0oz. 3.7 A C "7 0.57

1 J. u.yz

A A yl —0.04

16. 0.97 -0.01

37. 2.3 0.36

c < O J. J.

5

Au. /z

ZZ. 1 A1 .4 A 1 /I U. 14

I /. 1 .

1

A A'5 0.03

21. 1.4 0.14

25. 1.6 0.21

6.0 A T O 0.78

1 Q 1 .Z A 1 A U. lU

55. z.z 0.34

9.1 0.60 -0.22

8.8 0.59 -0.23

14. 1.6 A O A 0.20

Q « y.j U.o4 A 1 O

—v. 1 y

Z5. 1.5 A 1 A 0.19

16. 1.1 0.06

13. 0.91 -0.04

Zo. 1 o1 .0 A "0 C U.Zj

5. 1 A T) U.ZZ A /'C —U.DJ

4U. Z.y A Al

4.7 0.35 -0.45

3.2 0.25 -0.61

5.4 A /I 1 0.43 -iJ.36

/.4 A CO V.jy —U.Z3

O A 14. 1 o

i.y A O O

1.7 0.14 -0.86

3.5 0.29 -0.54

3.0 0.25 A ^ A —0.60

21. 1.8 U.Z6

1 1. A0.97m TV A 1 —U.Ul

48. 4.1 0.61

18. 1.6 0.19

47. A 1 4.

1

U.6

1

A a

46. A 1 4. i A 1

ly. Z.J A /1A

18. 1.6 0.21

79. 7.0 0.85

j3. A Q 4.0 U.DO

55. C A A in U. /U

16. 1 A

1 .4 A 1 <

U. 1 J 126. 12. 1.06

70. 6.4 0.81

45. A4.Z U.oZ

86. O A A OA

58. C A 5.4 AU. /3

80. 7.5 A Qn U.o / 34. 3.2 0.50

520
Wavelength Spectrum Energy Levels

A K

gA

10»/sec

gf Log gf

z.t" / .to VV 11 O 1 H / dfi HO 11 7S/ J 2499.69 W II 7420 — 47413

2510.47 W II 19071 — 58892

2518.14 W II 10593 — 50292

2522.04 W II 4716 — 44355

W II

vv 11 7078 1 ^^07 1 9

2549.09 W II 3173 — 42390

2554.86 W II 0 — 39129

2555.09 W II 3173 — 42298

2563.16 W II 17437 — 56440

W II 1 1 "^0

1

S0797

2571.44 W II 3173 — 42049

2572.24 W II 20534 — 59399

2573.95 W II 16553 — 55393

2581.20 W II 6147 — 44877

2589 1 7 Wvv 11II 6147 44758

2591.49 W II 0 - 38576

2598.74 W II 8711 — 47180

2603.02 W II 16553 — 54959

W II 15147 — 55370

W II

vv 11 1 DJ J J 2653.57 W II 4716 — 42390

2658.04 W II 1519 — 39129

2666.49 W II 7421 — 44912

2677.79 W II 4716 — 42049

W II

vv 11 11 JS 11 0

7

JO J 1 O

2701.48 W II 14857 — 51863

2702.11 W II 13434 — 50431

2709.58 W II 14968 — 51863

2710.78 W II 16235 — 53114

2716 32 W II vv 11 14634 5 14^8

2718.04 W II 16590 — 53370

2729.62 W II 8833 — 45457

2740.79 W II 23804 — 60279

2760.74 W II 19277 — 55488

Z. / U 1 . J W II vv 11 87o 1 1 / 1 1 4dQ1 HHy 1 7z 2764.27 W II 0 — 36165

2776.50 W II 14857 — 50863

2778.69 W II 16590 — 52567

2799.03 W II 15147 — 50863

7801 ^'^ Z.OU 1 .u J W 11 4QHy 1 7 ^ 1 Lj

2805.92 W II 16235 — 51863

2812.25 W II 13434 — 48983

2822.57 W II 13412 — 48831

2918.63 W II 11301 — 45554

2952.29 W II 14968 48831

3024.50 W II 11301 44355

3149.85 W II 13173 44912

3189.24 W II 15147 46493

3572.48 W II 10593 38576

77 7 0 0 T, 1 41. 3.9 0.59

112. 11. 1.02

32. 3.1 0.49

36. 3.4 0.53

1 D. 7 A 0u.o87/ 3.7 0.36 -0.44

12. 1.2 0.08

43. 4.2 0.63

285. 28. 1.45

uw. J5 . 9y 0 77

37. 3.7 0.57

266. 26. 1.42

87. 8.6 0.94

6.0 0.60 -0.22

58 5.9 0 77

4.6 0.46 -0.33

32. 3.2 0.51

84. 8.5 0.93

77. 7.9 0.90

JS . 7z 0u. 77/ z

1.1 0.81 -0.09

15. 1.6 0.21

14. 1.5 0.18

14. 1.5 0.18

D.

0 7S —0L/. 11 7Z

37. 4.1 0.61

118. 13. 1.11

75. 8.2 0.91

44. 4.9 0.69

70 7/ . RO 0 89

92. 10. 1.01

19. 2.1 0.32

149. 17. 1.23

59. 6.7 0.83

11 D. 1 .9 0 77

6.9 0.79 -€.10

131. 15. 1.18

42. 4.9 0.69

66. 7.7 0.89

"D. 1

1

1 1

.

1 OS

124. 15. 1.16

24. 2.8 0.45

92. 11. 1.04

12. 1.6 0.20

175 1 ft 11 7 1 . 1 20. 2.7 0.43

15. 2.2 0.34

24. 3.7 0.56

3.5 0.67 -0.17

521
Wavelength Spectrum Energy Levels gA gf Log gf

A K 108/sec

3592.42 W II 1 1301 - 39129 4.1 0.80 -0.10

3613.79 W II 14634 - 42298 10. 2.0 0.30

3641.41 w II 871

1

- 36165 5.5 1.1 0.04

3646.52 w II 14634 - 42049 9.6 1.9 0.28

3657.59 w II 8833 - 36165 1.8 0.37 -0.44

3716.08 w II 15147 - 42049 6.8 1.4 0.15

3736.22 w II 18001 - 44758 13. 2.6 0.42

3851.57 w II 13173 - 39129 1.3 0.30 -0.53

522
Wavelength Spectrum Energy Levels

A K

2354.20 Y I 530 - 42995

2490.42 Y I 530 - 40672

26ol.65 Y I I) — 5 1 Lly

2695.39 Y I 530 - 37620

2723.00 Y I 530 - 37244

2730.08 Y I 0 - 36618

2742.53 Y I 0 - 36452

2760. 10 Y I ai r\ 531) — 36 / J 1 2791.20 Y I 0 - 35817

2813.64 Y I 530 - 36061

2818.86 Y I 10529 - 45994

2822.56 Y I 10529 - 45948

^oo a AO 2886.48 Y I 1 1 36U /( c no /I 2919.05 Y I 0 - 34248

2948.40 Y I 0 - 33907

2964.96 Y I 530 - 34248

2974.59 Y I 0 - 33608

zyo4.z6 Y I j3U — 1 A f\1 A 34U3U

2995.26 Y I 530 - 33907

2996.94 Y I 0 - 33358

3005.26 Y I 0 - 33265

3018.95 Y I 10529 - 43644 im 1 11 jUZ 1 . /3 Y I j3U — 33ol4

3022.28 Y I 530 - 33608

3045.37 Y I 530 - 33358

3111.81 Y I 10529 - 42656

3191.31 Y I 11360 - 42686

11 A(\ 1Q Y I 1dU6o — 4jyy4

3388.59 Y I 15246 - 44748

3397.04 Y I 16234 - 45664

3412.47 Y I 15712 - 45008

3450.95 Y I 16234 - 45204

1 AO Z 3485.73 Y I

1 T 1 1 ZT 17116 — 45796

3521.53 Y I 14949 - 43338

3551.80 Y I 14949 - 43096

3552.69 Y I 0 - 28140

3558.76 Y I 15246 - 43338

lent Ai 3 J / 1.43 Y I 15712 — A"^ ^f\ A 43704

3576.05 Y I 16234 - 44190

3589.69 Y I 15246 - 43096

3592.92 Y I 0 - 27824

3620.94 Y I 530 - 28140

V T Y I 1/116 — AAA c\r\ 44190

3718.12 Y I 16817 - 43704

3738.61 Y I 16597 - 43338

3749.89 Y I 16436 - 43096

3887.77 Y I 11360 - 37074

3918.25 Y I 10937 - 36452

3987.50 Y I 11360 - 36431

4039.83 Y I 0 - 24747

Loggf

iQS/sec

0.77 0.064 -1.19

0.66 0.062 -1.21

0.22 0.024 -1.62

A 11 0.3 / A A/1 A —\1 AC\ .4U

1.2 0.14 -0.87

0.23 0.026 -1.59

0.71 0.080 -1.09

1.6 0.18 -0.75

All U. 1 1 A A 1 T U.UIZ —1 Q \ i.yi

0.25 0.029 -1.54

2.7 0.32 -0.49

6.7 0.80 -0.10

15. 1.9 0.28

A Q1 O.yZ AIT A Q1

2.1 0.27 -0.57

2.1 0.27 -0.56

2.4 0.32 -0.50

4.2 0.56 -0.26

A 1 O U.3o A A< 1 1 TO v.Ly

0.65 0.088 -1.06

0.32 0.043 -1.37

4.5 0.61 -0.21

0.66 0.091 -1.04

A /I /I U.44 A A*;n 1 11

0.91 0.13 -0.90

2.9 0.42 -0.37

5.4 0.83 -0.08

11. 1.9 0.27

1

1

13. 1 1 A 1 A U.34

8.9 1.5 0.19

14. 2.4 0.38

12. 2.1 0.33

35. 6.3 0.80

0 A o.U 1 c

1 .3 A 1 "7 U. 1 / 13. 2.4 0.38

0.77 0.15 -0.83

18. 3.4 0.53

22. 4.1 0.61

3 J. 1 o. / ACT

9.9 1.9 0.28

3.7 0.71 -0.15

6.2 1.2 0.09

21. 4.4 0.64

O.J 1 AV .4 All U. 1

3

5.9 1.2 0.09

4.8 1.0 0.00

0.45 0.10 -0.99

0.64 0.15 -0.83

0.51 0.12 -0.91

0.46 0.11 -0.95

523
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

4047.64 Y I 0 24699 1.1 0.28 -0.55

4077.38 Y I 0 24519 4.3 1.1 0 03

4081.22 Y I 18499 42995 7.6 1.9 0.28

4083.71 Y I 0 24481 0.91 0.23 -0 64

4102.38 Y I 530 24900 5.1 1.3 0 1

1

4106.39 Y I 18512 42858 4.9 1.2 0.09

41 10.81 Y I 15246 39565 2.6 0.65 -0.19

4128.31 Y I 530 24747 4.4 1.1 0.06

4142.85 Y I 0 24131 3.1 0.80 -0.09

4157.63 Y I 15712 _ 39758 3.4 0.89 -0.05

4167.52 Y I 530 24519 1.1 0.29 -0.53

4174.14 Y I 530 24481 0.93 0.24 -0.62

4213.02 Y I 16234 39964 2.9 0.78 -0.1

1

4213.54 Y I 14949 38675 1.0 0.27 -0.56

4217.80 Y I 10529 34231 1.2 0.31 -0.51

4220.63 Y I 14949 38636 7.1 1.9 0.28

4235.94 Y I 530 24131 0.94 0.25 -0.60

4251.20 Y I 15246 38762 7.9 2.2 0.33

4302.30 Y I 15712 38949 10. 2.8 0.45

4316.30 Y I 1 1360 34521 0.41 0.1

1

-0.94

4330.78 Y I 10529 33613 0.69 0.20 -0.71

4337.29 Y I 15712 38762 0.81 0.23 -0.64

4344.65 Y I 16436 39446 2.0 0.56 -0.25

4348.79 Y I 16234 _ 39223 14. 3.9 0.59

4352.33 Y I 1 1278 _ 34248 0.46 0.13 -0.89

4352.70 Y I 16597 39565 2.0 0.58 -0.24

4357.73 Y I 16817 39758 4.3 1.2 0.09

4366.03 Y I 1 1360 34257 0.92 0.26 -0.58

4375.61 Y I 17116 39964 5.7 1.6 0.22

4379.33 Y I 11079 33907 0.55 0.16 -0.80

4385.48 Y I 1 1360 34156 0.22 0.064 -1.19

4394.01 Y I 11278 34030 0.22 0.063 -1.20

4394.67 Y I 16817 _ 39565 1.0 0.30 -0.53

4437.34 Y I 1 1079 _ 33608 0.52 0.15 -0.82

4443.66 Y I 1 1532 34030 0.73 0.22 -0.67

4446.63 Y I 1 1360 33842 0.90 0.27 -0.57

4475.72 Y I 1 1278 33614 1.1 0.33 -0.48

4476.96 Y I 1 1278 33608 1.2 0.35 -0.45

4477.45 Y I 10937 33265 0.95 0.28 -0.55

4487.28 Y I 1 1079 33358 0.67 0.20 -0.69

4487.47 Y I 10937 33215 1.8 0.53 -0.28

4491.75 Y I 1 1532 33789 0.21 0.062 -1.20

4492.42 Y I 1 1360 33613 0.16 0.050 -1.30

4505.95 Y I 1 1079 33265 3.0 0.91 -0.04

4513.58 Y I 15327 37476 0.98 0.30 -0.52

4514.01 Y I 15329 37476 1.6 0.48 -0.32

4522.05 Y I 16436 38544 1.1 0.33 -0.49

4527.25 Y I 11532 33614 5.9 1.8 0.26

4527.80 Y I 11278 33358 2.7 0.83 -0.08

4544.32 Y I 15477 37476 2.0 0.61 -0.21

524
Wavelength Spectrum Energy Levels gA gf Loggf

A K IQS/sec

4559.37 Y I 15222 — 37148 1.8 0.56 -0.25

4573.56 Y I 16817 — 38675 1.7 0.52 -0.28

1 I 17 1/18 3/1 4o U.03 A 7A U.ZU —A 7A U. /U

4581.77 Y I 15329 — 37148 0.54 0.17 -0.77

4596.55 Y I 17116 - 38866 3.2 1.0 0.01

4604.80 Y I 15329 - 37040 1.4 0.45 -0.35

4613.00 Y I 15477 — 37148 0.64 0.20 -0.69

4D4J. /U V T 1 1 Q 7z 1^70 1 jzy n 18 U.3o n 1

7

U. 1 z 4658.32 Y I 16159 — 37620 3.6 1.2 0.07

4667.47 Y I 15994 — 37413 1.4 0.45 -0.34

4674.84 Y I 530 — 21915 0.43 0.14 -0.85

4678.35 Y I 19148 — 40517 2.4 0.79 -0.11

40oi'. / / V T 1 I 1 O 1 J 7 17/17^ 3 /4 /D 1 A 1 .4 A Al U.4 / A 1

1

4696.81 Y I 15994 — 37279 2.9 0.96 -0.02

4708.85 Y I 15222 — 36452 0.46 0.15 -0.82

4725.85 Y I 15994 — 37148 0.93 0.31 -0.50

4728.53 Y I 10529 — 31672 0.56 0.19 -0.73

4 / jZ.i / 1 I ICA <7 3o4jZ A 77 A 7A U.Zo A <Q

4741.40 Y I 16159 — 37244 1.3 0.45 -0.34

4752.79 Y I 15327 — 36361 2.0 0.66 -0.18

4760.98 Y I 530 — 21529 0.078 0.027 -1.58

4780.18 Y I 15222 — 36136 0.20 0.068 -1.17

4 /O 1 .U4 V I 1 I 1 1 Z / o 17 188 3Z 1 OO nU.4An/ U. 1 o —n 8n

4786.89 Y I 15477 — 36361 2.1 0.73 -0.14

4799.30 Y I 11079 - 31909 0.65 0.22 -0.65

4804.31 Y I 15327 — 36136 0.57 0.20 -0.70

4804.81 Y I 15329 — 36136 0.86 0.30 -0.53

/I C 1 Q A.A 4o 1 7.04 V I 3 1 DoU (\ AO A 1 7 U. 1 / —A 77 U. / / 4822.13 Y I 15329 — 36061 1.4 0.49 -0.31

4839.15 Y I 15477 — 36136 0.72 0.25 ^.60

4839.87 Y I 11532 — 32188 3.1 1.1 0.03

4845.68 Y I 11278 — 31909 2.0 0.71 -0.15

4ojZ.Di' Y I

1 1 A7Q 1 1 ^ O A 3 looU 1 A 1.4 f\ AO A 1 1 —U.3 1 4854.25 Y I 15222 35817 1.3 0.47 -0.33

4856.70 Y I 15477 — 36061 0.57 0.20 -0.70

4859.84 Y I 10937 — 31508 1.1 0.39 -0.41

4879.65 Y I 15329 — 35817 0.53 0.19 -0.72

A QOA 0 C 4ooo.zo V ¥ Y I1 ^ 1 <Q lol 1 1 8 3do 1 o U.O / A 7 /I A /;7 —U.oZ

4886.65 Y I 15994 — 36452 0.56 0.20 -0.70

4893.44 Y I 11079 — 31508 0.32 0.11 -0.95

4906.11 Y I 11532 — 31909 0.31 0.11 -0.95

4909.00 Y I 16066 — 36431 0.48 0.17 -0.76

47Z 1.0/ V ¥ Y I

1 1 lAH 1 1 JOU 1 1 A77 3 1 O /Z A /I 7 U.4Z A 1 ^

U. 1 J A 87

4930.93 Y I 16146 — 36420 0.40 0.14 -0.84

4974.30 Y I 18499 — 38597 2.4 0.88 -0.06

5006.97 Y I 18512 — 38479 2.0 0.76 -0.12

5070.21 Y 1 19148 — 38866 1.6 0.63 -0.20

5088.18 Y I 19028 38675 0.62 0.24 -0.62

5135.20 Y I 18499 37967 3.1 1.2 0.08

5240.81 Y I 18512 37588 2.8 1.2 0.06

525
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

5380.62 Y I 15327 33907 0.43 0.19 -0.73

5417.03 Y I 16066 34521 0.16 0.072 -1.14

5424.37 Y I 15477 33907 0.52 0.23 -0.64

5438.24 Y I 15864 34248 1.2 0.55 -0.26

5466.46 Y I 1 1532 29820 1.3 0.59 -0.23

5468.47 Y I 15327 33608 0.56 0.25 -0.60

5493.17 Y I 14949 33148 0.28 0.13 -0.90

5495.59 Y I 16066 34257 0.24 0.1

1

-0.96

5503 45 Y I 15864 34030 1.8 0.82 -0.09

5513.64 Y I 15477 33608 0.32 0.15 -0.83

5521.63 Y I 15327 33432 0.61 0.28 -0.55

5526.76 Y I 16159 34248 0.15 0.071 -1.15

5527.54 Y I 1 1278 29364 1.2 0.56 -0.25

5541.63 Y I 15712 33753 0.21 0.097 -1.01

5544.61 Y I 15327 33358 0.60 0.28 -0.56

5556.43 • Y I 15246 33238 0.36 0.17 -0.77

5567.75 Y I 15477 33432 0.31 0.14 -0.84

5577.42 Y I 15864 33789 1.0 0.48 -0.32

5581.08 Y I 15994 33907 0.14 0.066 -1.18

5581.87 Y I 1 1079 28989 0.93 0.43 -0.36

5590.96 Y I 15477 33358 0.11 0.050 -1.30

5594.12 Y I 16159 34030 0.13 0.060 -1.22

5606.33 Y I 1 1532 29364 0.20 0.093 -1.03

5623.91 Y I 16066 33842 0.087 0.041 -1.38

5630 13 Y I 10937 28694 0.78 0.37 -0.43

5632.25 Y I 15864 33614 0.13 0.063 -1.20

5632.89 Y I 16159 33907 0.12 0.059 -1.23

5644.69 Y I 1 1278 28989 0.18 0.085 -1.07

5648.47 Y I 15712 _ 33412 0.62 0.30 -0.53

5675.27 Y I 1 1079 28694 0.12 0.060 -1.22

5693.63 Y I 16597 34156 0.12 0.056 -1.25

5706.73 Y I 16234 33753 0.95 0.47 -0.33

5720.61 Y I 16436 33912 0.15 0.071 -1.15

5732.09 Y I 16817 34257 0.14 0.069 -1.16

5743.85 Y I 17116 _ 34521 0.65 0.32 -0.49

5765.64 Y I 16817 34156 0.49 0.24 -0.61

5773.86 Y I 16597 33912 0.23 0.1

1

-0.94

5821.87 Y I 16066 33238 0.15 0.078 -1.11

5832.27 Y I 17116 34257 0.14 0.073 -1.14

5871.83 Y I 16817 33842 0.091 0.047 -1.33

5879.96 Y I 16146 33148 0.12 0.062 -1.20

5902.96 Y I 16817 33753 0.22 0.12 -0.93

5945.72 Y 1 16597 33412 0.25 0.13 -0.89

5950 02 Y I 16436 33238 0.12 0.066 -1.18

5981 86 Y I 16436 33148 0.27 0.14 -0.84

6009.19 Y I 17116 33753 0.73 0.39 -0.40

6023.41 Y I 0 16597 0.0056 0.0030 -2.52

6088.00 Y I 16817 33238 0.28 0.16 -0.81

6135.04 Y I 17116 33412 0.68 0.38 -0.42

6138.43 Y I 530 16817 0.0077 0.0044 -2.36

526
Wavelength Spectrum Energy Levels

A K

6191.73 Y I 0 — 16146

6222.59 Y I 0 — 16066

Y I J jU 101 40

6435.00 Y I 530 1 OUOO

6437.18 Y I 18499

6538.60 Y I 18499 — 33789

6557.39 Y I 0 — 15246

D J / O.O

J

V ¥ 1 I

1 Q0 1 8 "2 /I /I -JO 6584.87 Y I 530 1 J / 1 z 6622.49 Y I 18512 J jOUo

6636.49 Y I 28989 — 44053

6650.61 Y I 19406 — 34438

D004.4U V T I I OQI^/l zyjo4 '4-'4-jOO

6687.58 Y I 0

1 A Q/l Q

6691.83 Y I 29820 44 /OU

6694.75 Y I 18499 — 33432

6700.71 Y I 18512 — 33432

D / 15.10 V T Y I z J jzy JD4ZU

6735.99 Y I 19406 j4Z4o

6793.71 Y I 530 1 JZ40

6803.15 Y I 19148 — 33842

6815.16 Y I 19238 — 33907

t5o4j./4 V I Y I

1 Q 1 /I fi 1 y 14o J J / J J 6887.22 Y I 21915 j04j 1 6908.26 Y I 14949 9Z

Q/1 74ZU90

6933.52 Y I 530 — 14949

6950.31 Y I 19028 — 33412

07JO.U4 V T Y I 1 JZ4D 7ZyOOA 1 A1 4

6979.88 Y I 14949 7Q777 zyz / z 7008.97 Y I 19148 11A 1 7 JJHl Z

7009.93 Y I 18976 — 33238

7035.18 Y I 19028 — 33238

-TAC') Q/1 V T Y I 1 jZ4o Zi'4ZU

7054.28 Y I 18976 33 l4o

7075.13 Y I 15712 zyo43

7127.92 Y I 15246 — 29272

7191.66 Y I 15712 — 29614

7 1 QC Q-2

/ \yj.y5 Y I JOJO 1 jUZj4

7293.08 Y I 15712 7Zi'4ZU Q/l 7n

7346.46 Y I 16234 7Z7o43 Qfi/1 1

7398.77 Y I 15477 — 28989

7494.88 Y I 19028 — 32366

/ JOJ. 1 D V J Y I

1 Q 1 /I C iy\ 4o 3Z jOO

7622.94 Y I 18976 3ZU7 i7nQ 11 7652.89 Y I 19028 17f>Q 1 3ZUi' 1

7689.49 Y I 18976 3 1 y/0

7719.89 Y I 19028 31978

7724.08 Y I 19148 32091

7788.42 Y I 16436 29272

7796.32 Y I 16597 29420

gA gf Los ef

108/sec

0.047 0.027 -1.56

0.012 0.0067 -2.18

0.0031 0.0019 -2.73

0 042 0 026 -1 59

0.17 0.10 -0.98

0.60 0.39 -0.41

0.0025 0.0016 -2.79

0.36 0.24 -0.63

0\J . 0010 \J\J 1 \J 0 00068 -3 17

0.12 0.076 -1.12

2.9 1.9 0.29

0.43 0.28 -0.55

3.6 2.4 0.38

0 0048 0 0032 -2 49

2.7 1.8 0.26

0.056 0.037 -1.43

0.56 0.38 -0.43

0.65 0.44 -0.36

0.41 0 78 —0 55

o!o069 0.0048 -2.32

0.11 0.073 -1.13

0.19 0.14 -0.87

0.42 0.29 -0.53

0 56 0 40 -0 40

0.025 0.018 -1.75

0.00046 0.00033 -3.48

0.24 0.17 -0.76

0.033 0.024 -1.62

0 075 0 055 -1 26

0.14 0.100 -1.00

0.092 0.068 -1.17

0.18 0.14 -0.86

0.095 0.071 -1.15

0 094 —1 03

0.032 0.024 -1.62

0.037 0.028 -1.55

0.12 0.092 -1.04

9.2 7.1 0.85

0 029 0 023 -1 63

0.18 0.15 -0.82

0.035 0.029 -1.54

0.14 0.12 -0.93

0.27 0.23 -0.63

0 14 0 1 3 -0 90

0.051 0.045 -1.35

0.035 0.031 -1.50

0.14 0.13 -0.90

0.15 0.13 -0.88

n 047 V/. J 0.049 0.044 -1.35

527
Wavelength Spectrum Energy Levels

A K

7802.52 Y I 15327 - 28140

7812.16 Y I 16817 - 29614

7855.52 Y I 17116 — 29843

7999.33 Y I 17116 - 29614

8329.61 Y I 32188 - 44190

8344.43 Y I 16159 - 28140

8365.64 Y I 24481 - 36431

8450.36 Y I 15994 - 27824

8528.94 Y 1 24699 - 36420

8800.62 Y I 0 - 11360

gf T I* Loggf

108/sec

0.015 0.013 -1.88

0.066 0.061 -1.22

0.12 0.11 -0.96

0.038 0.036 -1.44

2.2 2.2 0.35

0.065 0.068 -1.17

0.22 0.23 -0.64

0.043 0.046 -1.33

0.22 0.24 -0.62

0.00049 0.00057 -3.24

528
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

2243.06 Y II 0 44568

2413.93 Y II 23776 65189

2422.20 Y II 3296 44568

2460.61 Y II 24647 65275

2734.85 Y II 24647 61200

2785.21 Y II 23776 59670

2785.59 Y II 24647 60535

2800.1

1

Y II 23445 59147

2825.37 Y II 29214 64597

2826.38 Y II 23776 59147

2854.43 Y II 24647 59670

2856.30 Y II 23776 58776

2897.69 Y II 24647 — 59147

2898.82 Y II 23776 — 58262

2930.03 Y II 27532 — 61650

2973.91 Y II 24647 58262

2980.55 Y II 28394 61934

3026.49 Y II 26147 59179

3036.59 Y 11 28730 61650

3055.22 Y II 29214 61934

3086.85 Y II 26147 58533

3093.76 Y II 32284 64597

3095.88 Y II 1045 33337

3112.04 Y II 0 32124

3128.77 Y II 27227 59179

3129.93 Y II 27532 59472

3135.17 Y II 1450 33337

3173.06 Y II 28394 59900

3179.41 Y II 840 32284

3195.62 Y II 840 32124

3200.27 Y II 1045 32284

3203.32 Y II 840 32049

3216.69 Y II 1045 32124

3242.28 Y II 1450 — 32284

3280.91 Y II 14098 44568

3308.47 Y II 28730 58947

3327.89 Y II 3296 33337

3362.00 Y II 14833 44568

3448.82 Y II 3296 32284

3467.88 Y II 3296 32124

3496.09 Y II 0 28595

3549.01 Y II 1045 29214

3584.52 Y II 840 _ 28730

3600.73 Y II 1450 _ 29214

3601.92 Y II 840 28595

3611.05 Y II 1045 28730

3628.71 Y II 1045 28595

3633.12 Y II 0 27517

3664.61 Y II 1450 28730

3668.49 Y II 28394 55645

0.68 0.051 -1.29

4.7 0.41 -0.39

8.0 0.70 -0.15

18. 1.6 0.21

7.1 0.79 -0.10

9.3 1.1 0.03

3.9 0.45 -0.34

9.0 1.1 0.03

8.4 1.0 0.00

13. 1.6 0.19

22. 2.7 0.42

7.7 0.94 -0.03

5.3 0.67 -0.17

4.0 0.51 -0.29

6.2 0.80 -0.10

5.2 0.69 -0.16

11. 1.5 0.17

8.4 1.2 0.06

11. 1.6 0.19

23. 3.2 0.51

19. 2.7 0.44

9.2 1.3 0.12

0.12 0.018 -1.75

0.048 0.0070 -2.15

20. 3.0 0.47

29. 4.3 0.64

0.14 0.020 -1.69

43. 6.5 0.81

0.24 0.037 -1.44

2.5 0.38 -0.42

2.4 0.37 -0.43

2.3 0.35 -0.45

4.2 0.65 -0.19

7.0 1.1 0.05

11. 1.8 0.26

7.5 1.2 0.09

7.3 1.2 0.08

5.8 0.99 -0.00

0.24 0.043 -1.36

0.13 0.023 -1.64

0.74 0.14 -0.87

2.0 0.38 -0.42

1.5 0.29 -0.54

5.3 1.0 0.02

2.8 0.54 -0.27

3.6 0.70 -0.15

0.84 0.17 -0.78

2.6 0.51 -0.29

1.3 0.26 -0.59

13. 2.6 0.41

529
Wavelength Spectrum Energy Levels gA gf Log gf

AA K lu /sec

3710.30 Y II 1450 28394 5 0 1.0

3747.55 Y II 840 — 27517 0.37 0.078 -1.11

3774.33 Y II 1045 — 27532 3.2 0.69 -0.16

3776 56 Y II 1045 — 27517 0.43 0 091 -1 04

3782 30 Y 11 29214 — 55645 16. 3.4 0 53

3788.70 Y II 840 27227 2.1 0.45 -0 34

3818.35 Y II 1045 - 27227 0.37 0.082 -1.09

3832.88 Y II 1450 — 27532 1.3 0.28 -0.56

3878 28 Y II 1450 — 27227 0.12 0.027 -1 56

3930.66 Y II 3296 — 28730 0.094 0.022 —1 66

3950.36 Y II 840 26147 0.84 0.20 -0.71

3951.60 Y II 3296 - 28595 0.057 0.013 -1.88

3982.60 Y II 1045 — 26147 0.69 0.16 -0.79

A\1A.91 Y II 3296 — 27532 0.094 0.024 -1 62

4177.54 Y II 3296 — 27227 2.2 0 57 -0 24

4199.28 Y II 840 24647 0.016 0.0042 -2 38

4204.70 Y II 0 - 23776 0.039 0.010 -1.98

4235.73 Y II 1045 — 24647 0.080 0.022 -1.67

4309 63 Y II 1450 — 24647 0.38 0.1

1

-0.98

4358 73 Y II 840 — 23776 0.086 0.024 -1 61

Y II 3296 26147 2.5 0.72 -0.14

4398.02 Y II 1045 - 23776 0.20 0.057 -1.25

4422.59 Y II 840 — 23445 0.089 0.026 -1.58

4682.32 Y II 3296 — 24647 0.032 0.01

1

-1 97

4786 58 Y II 8328 — 29214 0.071 0.024 -1.61

4823.3 1 Y II 8003 28730 0.077 0.027 -1.57

4854.87 Y II 8003 - 28595 0.35 0.12 -0.91

4883.69 Y II 8743 — 29214 0.89 0.32 -0.50

4900.12 Y II 8328 — 28730 0.46 0.17 -0.78

4982.13 Y II 8328 — 28394 0.036 0.013 -1.87

5087.42 Y II 8743 28394 0.35 0.13 -0.87

5119.11 Y II 8003 - 27532 0.051 0.020 -1.70

5123.21 Y II 8003 — 27517 0.11 0.043 -1.37

5196.43 Y II 14098 — 33337 0.15 0.062 -1.21

5200.41 Y II 8003 — 27227 0.22 0.089 -1.05

5205 72 Y II 8328 27532 0.37 0.15 -0.82

5289.82 Y II 8328 — 27227 0.014 0.0058 -2.24

5320.78 Y II 8743 — 27532 0.011 0.0048 -2.32

5402 78 YJ. II 14833 — 33337 0 30 0.13 -0.89

5473.39 Y II 14018 — 32284 0.089 0.040 -1.40

5480.74 Y II 13883 32124 0.085 0.038 -1.41

5497.41 Y II 14098 - 32284 0.24 0.11 -0.97

5509.90 Y II 8003 — 26147 0.045 0.021 -1.69

5546.02 Y 11 14098 — 32124 0.086 0.040 -1.40

5662.94 Y II 15683 — 33337 1.0 0.50 -0.30

5728.89 Y II 14833 32284 0.078 0.038 -1.42

5781.69 Y II 14833 32124 0.1

1

0.053 -1.28

6613.75 Y II 14098 29214 0.060 0.040 -1.40

6795.41 Y II 14018 28730 0.041 0.028 -1.55

6832.49 Y II 14098 28730 0.0082 0.0057 -2.24

530
Wavelength Spectrum Energy Levels

A K

6858.24 Y II 14018 - 28595

6896.00 Y II 14098 - 28595

6951.68 Y II 14833 - 29214

7264.17 Y II 14833 - 28595

7332.96 Y II 13883 - 27517

7450.30 Y II 14098 - 27517

7881.90 Y II 14833 - 27517

8835.85 Y II 14833 - 26147

gA

108/sec

0.0079 0.0056 -2.25

0.012 0.0085 -2.07

0.0079 0.0058 -2.24

U.U 1 " —1 7 1 0.0026 0.0021 -2.68

0.016 0.013 -1.88

0.061 0.057 -1.24

0.0085 0.0100 -2.00

531
Wavelength Spectrum Energy Levels

A K

1 U 1 U 40564

2671.98 Yb I 0 — 37415

3464.36 Yb I 0 — 28857

jj 1 / .UZ 1 D 1

11 077 /11 nu — 48136

JO J J. / J X D 1

11 7QQ7 / yyz. — 45339

i 1 5'\. /yj 1 D 1 1

1 7QQ7 / yyz, 3770.10 Yb I 17288 — 43805

3872.85 Yb I 17992 — 43805

-3QAA O^: VK I 1 D 1

1 Q7 1 n 1 7 / J u — 45339

1QS7 Qfi VK I 1 D 1 nU — 25068

1 D I

1 Q7 1 n T-H- / \}\J

4149.07 Yb I 19710 - 43805

4231.99 Yb I 17992 — 41615

41Q1 If^ I D 1 Z J UDo — 47822

^'f jU.ZZ Vl-> T 1 D 1 Z44o>' — 47055

VV-l T 11 7788 / Zoo 39809

Yb I 24752 - 47055

4564.00 Yb I 19710 — 41615

A^lf^ 7 1 VK T 11 7QQ7 / yyA — 39838

'+J oZ. jO VVl T 1 U 1

11 7QQ7 / yyz. — 39809

/I <8Q 77 VVi T I u I 7^771 Z jZ / 1 47055

4837.47 Yb I 24489 — 45155

4912.38 Yb I 19710 — 40062

/I Qi ^ 1 VK I I D 11 Q7 1 n 1 7 / 1 u — 39966

VK T 1 D I

1 07 1 n 1 7 / 1

U

— 39838

jU /4. J j VK T 1 D I 7/17^7 Z4 / jZ 44453

5076.75 Yb I 25068 — 44760

5211.59 Yb I 25271 — 44453

<7/l/l 1 1 JZ44. 1 1 VK T 7/17'^7 Z4 / jZ — 43816

JZ^^777/ / .Uo n8 VK T Z4407 — 43434

<1 < 1 11 VK r 1 D 1 7/17^7 Z4 / JZ

5481.94 Yb I 24489 - 42726

5505.50 Yb I 24489 — 42648

J J JD.4o VK I 1 D 1 nu — 17992

J JDZ.U / VK I 1 D I 7/17 Z4 '»7

/ JZ — 42726

J JOO. J J VK r 1 D 1 7/17C7 Z4 / jZ 42648

5720.01 Yb I 27678 - 45155

6400.40 Yb I 27678 — 43298

(iA 1 7 Q7 D4 I / .y / VK T 1 D 1 77A78 Z / O / o — 43255

(LA on in VK I I D I

11 7788 /Zoo — 32695

/1 1 < /I D04i. j4 VK T Y D I 77^78 Z /O /o 42726

6667.85 Yb I 25068 — 40062

6678.17 Yb I 27678 — 42648

A7^C 7n O /Do. /U VK T I D I 7Z jUOo <nA8 — 39838

^7QQ ^ 1 o /yy.oi VK T I D I1 7QQ7 1 lyyA — 32695

77/1/1 /I 7 / Z44.4 / VK I 1 D I 7/17 Z4 <I7

/ 3Z 38552

7ir>^ 7

/ jUj.Zj VK I I D 1 7/1 Z44o" /18Q 38174

7313.10 Yb I 24752 38422

7448.33 Yb I 24752 38174

7527.56 Yb I 25271 38552

gf Loggf

lU®/sec

7 7 0 94 —0U.DZ69

1 0 0 1 1 —0u. Q7y 1 0.72 0.13 -0.89

3.3 0.61 -0.21

1Z. 11 0 49 —OU. 18J o

1 0 7fi U. / D —0U. 11 9z

8O.D 1l.O8 0u.zoIf,

3.2 0.72 -0.14

5.0 1.1 0.06

1 .0 0U.Jo18 —0U.4Z49

11 7z. 9z.o8 0 4'^ u.4J A 8 1i .z9 0U. HQU7

0.66 0.18 -0.75

1.9 0.56 -0.25

11 . 6VJ 0 48 —0 ^9

1 < 1 . J 0 46

Z.J 0u. 70/ yj 0.51 0.16 -0.80

2.3 0.74 -0.13

0U.Z9^J U. UJ

1 Q 0U.Dfil1 —0 99

0U. 71/ J 0u.zoJf\

0.11 0.041 -1.39

2.9 1.1 0.03

U. J4 0u.zu70 —Ou. 70/ u

1 1 J.J 11 .J1 0 1

0

U. 1 u

nU. 87OZ 0U. 19JZ —0U. JUSO

1.3 0.53 -0.28

1.3 0.54 -0.27

1I .o8 0U. 74/ 4 —0 1 ^

U. JD 0U. 11 J —0V/. 81O 1 U.J 7 0U.ZD9fi —0V/. 58o 0.41 0.19 -0.73

0.022 0.010 -1.99

nU. J414 0U. 1 f\ 1 u —0 80

0u.zu70 0 0Q4 —1 0^

44. J 9z.z9 0V/. 14J) T- 0.46 0.28 -0.55

0.45 0.28 -0.55

OU.Z71J O 1 *5 U. 1

J

—0 8"^ U. O J

O 17 U. jZ 0U.Z911 —0u. f\l u /

1 1 1 .J 0u. QOyyj —0U. OSUJ 0.24 0.16 -0.80

0.18 0.13 -0.90

OU.OA7/ 0U.447/

oU.UDo^; 11 0U.U40 048 —11 . ^9J ^ O 0/1Q OU.U4U 040 —11 .HU 40

u.uoo 0U.UOS^J J —1 27

0.16 0.13 -0.88

0.21 0.18 -0.74

532
Wavelength Spectrum Energy Levels

A K

7699.49 Yb i 19710 - 32695

7895.12 Yb I 24752 - 37415

gA gf Log gf

108/sec

1.0 0.92 -0.03

0.038 0.035 -1.45

\

533
Wavelength Spectrum Energy Levels

A K

2126.72 Yb II 0 47006

21 85 70 Yb II 0 45737

ITIA 45 Yb 11 0 " J y ^ \ ll^^l 88 Yb II 21418 63727

2390.73 Yb II 21418 63234

2398.01 Yb II 0 41688

2421.36 Yb II 32371 73658

2447.25 Yb II 28758 69608

2460.24 Yb II 30224 70858

2484.87 Yb II 30563 70794

2502.00 Yb II 21418 61374

2505 46 Yb 11 3 1 568 71469 / 1 "V/ y 2512 05 Ybi. 11II 21418 X. 1 *^ 1 O 61215 \J 1 -t- 1 ^ 2516 36 YbJ. U Ti11 33052 72780

2522 42 YbJ. 1^ II11 21418 ^ 1 ^ 1 U 61051 \j 1 \j ^ 1

2537.64 Yb II 30563 — 69957

2538 67 Yb1 1.^ IT11 0 D39379 y ^ 1 y 2552 14 YbJ. kJ II11 30224 69395 \j y J y ^ 2552 69 YbX kJ IT11 3 1 632

2565 56 Yb IT 34785 73751 1 ~} 1 .J X

2571.35 Yb II 31980 70858

2573 1 3 YbX yy II11 32371 71222

2596.29 Yb II 31632 70136

2615.26 Yb II 68450

2617.00 Yb II 21418 59619

2639.44 Yb II 31568 69444

2641.90 Yb II 21418 59259

2644.30 Yb II 33052 70858

2646.44 Yb II 33494 71270

2647.46 Yb II 35019 72780

2648.80 Yb II 33052 70794

2649 79 YbX yJ II11 33494 7 1 222

2650 73 YhX TT11 30224 67939 \j 1 y ^ y 2653 74 YbX VJ II11 21418 ^ 1 ^ 1 L> 59090

2656 1 1 YhX \J II11 28758 66396

2659.26 Yb II 28758 — 66351

2665 02 YbX kJ II11 3 1 568 69080

2668 74 Yb II 33494 70954

2672 65 Yb II 21418 58823

2680 40 Yb II 26759 64056

2683.42 Yb II 44438 81693

2684.75 Yb II 32371 69608

2687 96 Yb II 67A\6

2695 43 YbX kJ II11 31632 68720

2696 62 YbX k^ II11 32371 69444

2708.84 Yb II 33052 69957

2710.54 Yb II 31568 68450

2711.79 Yb II 21418 58284

2712.66 Yb II 30563 67416

2718.35 Yb II 31980 68756

gA gf Log gf

10«/sec

0.41 0.028 -1.56

0.16 0.011 -1.94

0.15 0.01

1

-1.95

0.68 0.057 -1.24

3.2 0.28 -0.56

0.013 0.001

1

-2.95

1.0 0.091 -1.04

1.2 0.10 -0.98

1.4 0.12 -0.91

0.68 0.063 -1.20

2.6 0.24 -0.61

1.4 0.13 -0.88

5.2 0.49 -0.31

0.89 0.084 -1.07

1.8 0.17 -0.76

3.1 0.30 -0.52

0.19 0.019 -1.73

3.4 0.33 -0.48

2.8 0.27 -0.56

1.1 0.11 -0.97

1.4 0.14 -0.85

0.64 0.064 -1.20

1.4 0.14 -0.85

1.0 0.11 -0.98

3.5 0.36 -0.45

2.1 0.22 -0.65

2.9 0.31 -0.51

5.8 0.61 -0.21

1.5 0.15 -0.81

1.5 0.16 -0.80

1.5 0.15 -0.81

2.6 0.27 -0.57

1.4 0.15 -0.84

34. 3.6 0.56

1.7 0.18 -0.75

1.00 0.1

1

-0.98

9.9 1.1 0.03

2.9 0.31 -0.50

13. 1.4 0.15

0.94 0.10 -1.00

0.78 0.084 -1.08

3.6 0.39 -0.41

1.2 0.13 -0.88

1.4 0.16 -0.81

0.72 0.079 -1.10

1.1 0.12 -0.92

3.2 0.35 -0.45

0.83 0.091 -1.04

2.8 0.31 -0.51

8.6 0.96 -0.02

534
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

2722.19 Yb II 34390 71114

mini Yb II 31568 - 68150

2734.08 Yb II 34390 — 70954

2741.71 Yb II 33494 — 69957

2747.58 Yb II 32371 — 68756

2748 03 Yb II 34575 70954

2748.66 Yb II 31568 - 67939

2750.48 Yb II 21418 — 57765

2751.45 Yb II 30224 — 66558

2759.00 Yb II 37516 — 73751

2760 78 Yb II 35059 71270

2761.38 Yb II 35019 — 71222

2764.42 Yb II 35059 — 71222

2771.33 Yb II 34785 — 70858

2776.28 Yb II 34785 — 70794

2784.66 Yb II 33494 69395

2787.96 Yb II 30224 - 66082

2793.28 Yb II 33654 — 69444

2794.44 Yb II 35019 — 70794

2795.08 Yb II 37516 — 73283

2798.21 Yb II 30224 65951

2800.05 Yb II 28758 - 64461

2810.72 Yb II 32371 — 67939

2814.53 Yb II 30563 — 66082

2816.35 Yb II 30392 — 65888

2821.15 YbJ. II11 3 1 980 6741 6

2824.97 Yb II 30563 - 65951

2830.98 Yb II 30563 — 65876

2832.20 Yb II 28758 — 64056

2834.98 Yb II 37516 — 72780

2842 58 Yb II 32982 68150

2847.17 Yb II 27062 - 62174

2848.44 Yb II 33052 — 68149

2849.33 Yb II 44498 — 79583

2851.12 Yb II 26759 — 61822

2851 86 Yb II 33494 68549

2853.41 Yb II 46170 - 81205

2853.68 Yb II 34575 — 69608

2854.13 Yb II 35832 — 70858

2854.49 Yb II 40036 — 75058

2858 33 Yb 11 30224 65200

2858.46 Yb II 32982 — 67955

2859.38 Yb II 35832 — 70794

2859.80 Yb II 21418 — 56376

2861.21 Yb II 31632 — 66571

2861.33 Yb II 35019 69957

2867.05 Yb II 30224 65093

2885.97 Yb II 33494 68135

2886.26 Yb II 30563 65200

2888.03 Yb II 26759 61374

1.1 0.13 -0.90

5.7 0.64 -0.19

1.1 0.13 -0.90

3.0 0.33 -0.48

2.9 0.33 -0.48

0.95 0.1

1

-0 97

11. 1.3 0.11

42. 4.7 0.67

4.2 0.47 -0.33

1.2 0.13 -0.87

3.4 0.39 -0.41

3.4 0.39 -0.41

1.9 0.22 -0.66

4.6 0.53 -0.28

9.2 1.1 0.02

5.2 0.61 -0.22

0.87 0.10 -1.00

2.2 0.26 -0.58

1.3 0.16 -0.80

1.2 0.14 -0.86

4.8 0 57 -0 24

4.0 0.47 -0.33

0.73 0.087 -1.06

3.1 0.37 -0.43

1.4 0.17 -0.78

7 3 0 87 -0 06

4.9 0.59 -0.23

9.1 1.1 0.04

0.83 0.099 -1.00

1.6 0.19 -0.71

0.74 0.090 -1.05

9.9 1.2 0.08

5.2 0.63 -0.20

1.2 0.15 -0.82

15. 1.9 0.27

3.0 0.37 -0.44

1.2 0.15 -0.82

0.96 0.12 -0.93

3.1 0.38 -0.42

2.5 0.30 -0.52

2 1 0 25 -0.59

1.1 0.27 -0.56

5.5 0.67 -0.17

13. 1.6 0.20

7.2

' 0.88 -0.05

5 4 0 67 -0 1 8

9.7 1.2 0.08

1.5 0.19 -0.72

3.5 0.44 -0.36

8.4 1.1 0.02

535
Wavelength Spec

A

trum Energy Levels gA gf

K 108/sec

Loggf

2891.38 Yb II 0 34575 0.75 0.094 -1.03

2893.63 Yb II 35059 69608 2.3 0.29 -0.53

2896.90 Yb II 46170 — 80679 1.7 0.21 -0.67

2899.71 Yb II 28758 — 63234 3.9 0.50 -0.30

2902.40 Yb II 33494 — 67939 0.94 0.12 -0.92

2902.92 Yb II 38342 72780 1.2 0.16 -0.81

2906.88 Yb II 37078 71469 1.2 0.15 -0.81

2908.32 Yb II 30224 — 64598 1.4 0.18 -0.76

2909.19 Yb II 33052 — 67416 1.9 0.24 -0.62

2909.47 Yb II 30563 — 64923 2.8 0.35 -0.45

291 1.52 Yb II 35059 r\ 1 r\ c 69395 4.7 0.60 -0.23

2912.86 Yb II 31568 65888 0.90 0.11 -0.94

2914.21 Yb II 35832 — 70136 9.5 1.2 0.08

2915.27 Yb II 26759 — 61051 6.0 0.76 -0.12

2916.43 Yb II 39379 — 73658 1.0 0.13 -0.88

2919.34 Yb II 3 1632 65876 14. 1.8 0.27

2921.12 Yb II 32982 I 67205 3.0 0.38 -0.42

2924.23 Yb 11 32371 — 66558 2.2 0.28 -0.55

2927.85 Yb II 37078 — 71222 1.4 0.18 -0.74

2935.10 Yb II 34390 — 68450 3.1 0.40 -0.40

2937.18 Yb II 37078 71114 1.2 0.16 -0.80

2939.52 Yb II 31568 I 65577 2.2 0.28 -0.55

2942.04 Yb II 32371 — 66351 1.5 0.19 -0.72

2945.90 Yb II 34785 — 68720 7.8 1.0 0.01

2946.30 Yb II 40036 — 73967 2.5 0.33 -0.48

2946.76 Yb II 43956 77882 1 -f 1 .

1

0. 14 —0.85

2950.32 Yb II 35059 68944 1.6 0.20 -0.69

2955.31 Yb II 26759 — 60586 1.8 0.23 -0.63

2962.52 Yb II 34390 — 68135 3.5 0.46 -0.34

2964.75 Yb II 30224 — 63944 6.2 0.82 -0.09

2970.56 Yb II 0 33654 0.33 0.044 —1.36

2982.49 Yb II 33052 I 66571 2.3 0.30 -0.52

2982.66 Yb II 32371 — 65888 1.1 0.15 -0.83

2983.70 Yb II 33052 _ 66558 1.5 0.20 -0.70

2983.98 Yb II 30224 — 63727 9.6 1.3 0.11

2985.08 Yb II 35059 68549 5.1 0.68 -0. 17

2985.87 Yb II 32982 66463 1.9 0.25 -0.60

2990.36 Yb II 35019 — 68450 2.4 0.32 -0.50

2991.87 Yb II 32982 — 66396 3.4 0.45 -0.34

2993.93 Yb II 35059 — 68450 1.6 0.21 -0.67

^ c\c\ A a f\ 2994.80 Yb II 30563 ^ r\ A A 63944 8.3

1 1 1.1 0.05

2995.86 Yb II 32982 I 66351 1.5 0.20 -0.70

3002.61 Yb II 41679 _ 74973 1.5 0.20 -0.69

3005.76 Yb II 31632 — 64891 16. 2.1 0.33

3009.39 Yb II 31980 — 65200 5.1 0.69 -0.16

3010.62 Yb II 32371 65577 3.3 0.45 -0.35

3014.43 Yb II 30563 63727 2.8 0.38 -0.42

3017.55 Yb II 35019 68149 8.7 1.2 0.07

3026.67 Yb II 33052 66082 8.3 1.1 0.06

3031.11 Yb II 0 32982 0.13 0.018 -1.75

536
Wavelength Spec

A

trum Energy Levels

K

gA gf Log gf

108/sec

3034.64 Yb II 31980 64923

3037.99 Yb II 32982 65888

3039.67 Yb II 35832 _ 68720

3042.65' Yb II 33494 66351

3044.01 Yb II 30392 63234

3046.48 Yb II 34390 67205

3047 06 Yb II 33654 66463

3063.13 Yb II 30224 62861

3063.67 Yb II 34785 _ 67416

3065 04 Yb II 28758 61374

3076.02 Yb 11 26759 59259

3089.10 Yb II 28758 61 120

3093.87 Yb II 31632 63944

3101.36 Yb II 33654 65888

3102.07 Yb II 32371 64598

3107.76 Yb II 34390 66558

3107.90 Yb II 40036 72202

3115.33 Yb II 32371 64461

31 16.70 Yb II 31980 64056

31 17.80 Yb II 26759 58823

3136.75 Yb II 33052 64923

3140.92 Yb II 28758 60586

3141.72 Yb II 34575 _ 66396

3145.06 Yb II 34785 66571

3153.17 Yb II 33494 65200

3155.17 Yb II 32371 64056

3 163.79 Yb II 33494 65093

3165.20 Yb II 35832 67416

3169.06 Yb II 33052 64598

3180.92 Yb II 33494 64923

3192.88 Yb II 30563 61874

3198.65 Yb II 31980 63234

3201.16 Yb II 31632 62861

3217.18 Yb II 32982 _ 64056

3218.33 Yb II 35019 _ 66082

3225.86 Yb II 30224 61215

3239.20 Yb II 32371 63234

3261.50 Yb II 30563 61215

3289.37 Yb II 0 30392

3305.73 Yb II 31632 61874

3333.06 Yb II 33654 63648

3347.53 Yb II 35059 64923

3375.48 Yb II 26759 56376

3391.10 Yb II 37078 66558

3394.44 Yb II 32371 61822

3401.02 Yb II 30224 59619

3404.11 Yb II 35832 65200

3428.47 Yb II 34785 63944

3438.71 Yb II 34575 63648

3438.85 Yb II 31980 61051

2.9 0.40 -0.40

1.3 0.18 -0.74

3.2 0.45 -0.35

4.2 0.58 -0-.24

1.0 0.14 -0.84

2.3 0.33 -0.49

1.9 0.27 -0.57

2.0 0.29 -0.54

1.2 0.17 -0.78

5.1 0.72 -0.14

0.71 0.10 -0.99

4.5 0.64 -0.20

3.6 0.52 -0.29

2.3 0.33 -0.48

1.5 0.21 -0.67

3.1 0.45 -0.34

10. 1.5 0.18

4.4 0.64 -0.19

2.9 0.42 -0.37

7.3 1.1 0.03

2.6 0.39 -0.41

10. 1.5 0.17

4.3 0.64 -0.19

4.4 0.65 -0.19

1.5 0.23 -0.64

2.6 0.38 -0.42

3.8 0.57 -0.24

2.8 0.43 -0.37

6.4 0.96 -0.02

6.5 0.98 -0.01

19. 2.9 0.46

3.6 0.55 -0.26

12. 1.9 0.27

4.1 0.64 -0.19

2.8 0.43 -0.36

2.3 0.36 -0.44

2.2 0.35 -0.46

6.1 0.97 -0.01

1.4 0.22 -0.65

7.1 1.2 0.06

2.7 0.45 -0.35

2.8 0.47 -0.33

8.6 1.5 0.17

3.0 0.52 -0.29

2.5 0.44 -0.36

2.3 0.39 -0.41

2.1 0 36 -0.45

4.4 0.77 -0.11

2.8 0.49 -0.31

4.9 0.88 -0.06

537
Wavelength Spectrum Energy Levels

A K

3446.89 Yb II 32371 61374

3454.07 Yb II 26759 55702

3458.28 Yb II 40036 68944

3476.31 Yb II 0 _ 28758

3478.84 Yb II 30224 _ 58961

3485.76 Yb II 32371 61051

3507.82 Yb II 37078 65577

3520.29 Yb II 30563 58961

3549.82 Yb II 33052 61215

3560.33 Yb II 21418 49498

3560.71 Yb II 34785 62861

3563.94 Yb II 31568 59619

3570.56 Yb II 33052 61051

3585.47 Yb II 21418 49301

3606.48 Yb II 33494 _ 61215

3610.24 Yb II 31568 59259

361 1.30 Yb II 37516 65200

3619.82 Yb II 28758 _ 56376

3637.76 Yb II 21418 48900

3669.70 Yb II 27062 54304

3670.69 Yb II 38342 65577

3675.08 Yb II 30563 57765

3690.56 Yb II 34785 61874

3694.19 Yb II 0 27062

3698.59 Yb II 35832 62861

3710.33 Yb II 28758 55702

3724.22 Yb II 31980 58823

3904.82 Yb II 38342 63944

4077.28 Yb II 38342 62861

4135.09 Yb II 34785 58961

4180.82 Yb II 30392 54304

4218.56 Yb II 37516 61215

4316.96 Yb II 30563 53721

4515.17 Yb II 26759 48900

4553.59 Yb II 30563 52517

4598.37 Yb II 31980 53721

4683.83 Yb II 32371 53715

4726.08 Yb II 26759 47912

4786.61 Yb II 31632 52517

4820.25 Yb II 28758 49498

4836.95 Yb II 33052 53721

4851.16 Yb II 24333 44941

4937.23 Yb II 37516 ' 57765

5009.52 Yb II 32982 52938

5067.31 Yb II 34575 54304

5135.99 Yb II 33052 52517

5147.03 Yb II 38342 57765

5184.18 Yb II 33654 52938

5240.52 Yb II 30224 49301

5257.51 Yb II 34390 53405

gf Log gf

llf/sec

1 8 0 37 —0 49

1 7 0 4Q

12. 2.1 0.33

0.024 0.0044 -2.35

4 0

4 3 0 78 —0 1 1 5 2 0 95 —0 07

10. 1.9 0.28

5.1 0.97 -0.01

3 0 0 57 -0 24

9 5 11 . 8

0

0 76

2 4 0 45 —0 35

4.4 0.84 -0.08

5.2 1.0 0.00

4 9 0 95 —0 07

11 < 7/ 0 33 —0 48

0\J-\J\J ^0 —0 77

5.4 1.1 0.03

2.3 0.46 -0.33

1 t 1 < 1 0 04

2 1 0 45 —0 34

4 3 0V/. 87o / —0 06

2.0 0.40 -0.40

0.74 0.15 -0.82

2 9 0 59 -0 23

1 3 0 27 —0 57

7 0 0 42 —0yj* J38\j 1.4 0.31 -0.51

2.3 0.57 -0.25

0 39 —0 41

1 3 0 1 3

3 9 1 0 0 07

0.99 0.28 -0.56

0.60 0.18 -0.73

0 45 0 14 —0 86

\J.\J\J n 71 —0 68

0 1 8 —0 75

1.1 0.38 -0.42

2.4 0.81 -0.09

0 36 0 1 3 -0 90

0\j. 11 9y —0 7

1

0 047 0 017 —11 . 78/ O

0.58 0.21 -0.67

0.36 0.14 -0.86

f) "K 1 0 17 -0 97

U. J>U n 1

7

—0yj. 97y 0 14 -0 86

0 1 3 —0 88

0.30 0.13 -0.90

0.72 0.30 -0.52

538
Wavelength Spectrum Energy Levels

A K

ji. 1 ".JO VH II / o J 5300.95 Yb II 37516 — 56376

5335.15 Yb II 30563 — 49301

5345.67 Yb 11 35019 — 53721

5347.22 Yb II 35019 — 53715

VVl IT I D 11 '+0 y\j\)

5358.66 Yb II 35059 — 53715

5389.87 Yb II 34390 — 52938

5432.74 Yb II 47680 — 66082

5449.30 Yb II 35059 - 53405

J'i lo.jZ. VK IT 5588.47 Yb II 35832 — 53721

5652.00 Yb II 30224 — 47912

5749.92 Yb II 49009 — 66396

5771.67 Yb II 31980 — 49301

S8 1 0 4"^ J o 1 y-^j VV-i lullII HOJHO ^.'^797

5837.15 Yb II 32371 — 49498

5897.23 Yb II 48923 — 65876

5908.38 Yb II 31980 — 48900

5991.51 Yb II 35832 — 52517

VKlullII "^9089 J Lyol. /IQ4Q8

6152.58 Yb II 33052 — 49301

6246.97 Yb II 33494 — 49498

6274.80 Yb II 31980 — 47912

6308.15 Yb II 33052 — 48900

6432.73 Yb II 32371 47912

6727.61 Yb II 33052 47912

6934.04 Yb II 33494 47912

7043.80 Yb II 47680 61873

8922.62 Yb II 44498 55702

gA gf Log gf

108/sec

0.60 0.25 -0.60

0.40 0.17 -0.78

1.5 0.66 -0.18

0.55 0.24 -0.63

1.1 0.46 -0.34

1.3 0.55 -0.26

0.55 0.24 -0.62

0.28 0.12 -0.91

0.54 0.24 -0.62

0.75 0.33 -0.48

0.38 0.17 -0.76

0.80 0.37 -0.43

0.43 0.21 -0.69

0.43 0.21 -0.67

0.27 0.13 -0.87

0.40 0.20 -0.69

0.35 0.18 -0.75

0.36 0.19 -0.72

0.19 0.099 -1.00

0.74 0.40 -0.40

0.11 0.060 -1.22

0.62 0.35 -0.45

0.34 0.20 -0.70

0.48 0.28 -0.55

0.14 0.081 -1.09

0.17 0.10 -0.98

0.29 0.20 -0.70

0.21 0.15 -0.82

0.75 0.56 -0.25

4.4 5.3 0.72

539
Wavelength Spectrum Energy Levels

A K

2138.56 Zn I 0 - 46745

2756.45 Zn I 3231 1 - 68579

2770.86 Zn I 32501 - 68581

2800.87 Zn I 32890 - 68583

3072.06 Zn I 32890 - 65432

3075.90 Zn I 0 - 32502

3282.33 Zn I 3231 1 - 62769

3302.59 Zn I 32501 - 62772

3302.94 Zn I 32501 - 62769

3345.02 Zn I 32890 - 62777

3345.57 Zn I 32890 - 62772

3345.93 Zn I 32890 - 62769

4680.14 Zn I 3231 1 - 53672

4722.16 Zn I 32501 - 53672

4810.53 Zn I 32890 - 53672

6362.35 Zn I 46745 - 62458

Log gf

IQS/sec

19. 1.3 0.12

0.69 0.079 -1.10

1.2 0.14 -0.86

1 fi u.o / 2.0 0.29 -0.54

0.013 0.0018 -2.75

4.0 0.64 -0.19

18. 2.9 0.47

J .D n Qi

28. 4.7 0.68

6.1 1.0 0.01

1.2 0.20 -0.69

5.8 1.9 0.28

d 9

21. 7.2 0.86

4.5 2.8 0.44

540
Wavelength Spectrum Energy Levels

A K

2025.51 Zn II 0 - 49354

2061.91 Zn II 0 - 48481

gA gf Log gf

108/sec

21. 1.3 0.10

92. 5.8 0.77

541
Wavelength Spectrum Energy Levels

A K

Zj /4.4Z AT I U

A 7 1 A1 4Z 1 Uj

2388.01 Zr I 570 — 42434

2405.52 Zr I 1241 — 42799

2539.65 Zr I 570 — 39934

2550.51 Zr I 570 - 39766

Z. J JO. 4 J ZiT 1

1 7/1

1

1 Z't 1 4Uj4D

2567.45 Zr I 1241 — 40178

2589.65 Zr I 570 — 39174

2609.43 Zr I 570 - 38882

2635.42 Zr I 1241 — 39174

/ . / o ZiT 1 ^7n JO JZ / 2658.69 Zr I 4186 — 41788

2687.75 Zr I 1241 - 38436

2692.92 Zr I 0 — 37123

2706.17 Zr I 0 — 36942

Z iKjy.Dj ^r I ^7n 11 Af^Q

2717.48 Zr I . 4186 — 40974

2725.47 Zr I 1241 — 37921

2727.02 Zr I 570 — 37230

2759.48 Zr I 1241 — 37469

Z / Oj.Vj AT I 4J / 0

/I n<; <;8 4UJ J 0

2774.04 Zr I 570 — 36608

2786.86 Zr I 5102 — 40974

2790.14 Zr I 5102 - 40932

2792.04 Zr I 0 — 35806

Z

/

yJ. I J ZjT 1 ^70 JO J JO

2806.78 Zr I 4186 — 39804

2814.90 Zr I 0 - 35515

2819.56 Zr I 5102 - 40558

2821.56 Zr I 570 — 36001

787Q ZoZy.o8 1

1 "7^rT- I

1 4J / 0 jy /U4

2836.49 Zr I 5102 — 40346

2837.23 Zr I 570 — 35806

2848.52 Zr I 1241 — 36336

2860.85 Zr I 570 — 35515

7 87^ no Zo / J.yo LxV \ 17/11 "J Ann 1 2880.83 Zr I 5102 — 39804

2892.26 Zr I 1241 — 35806

2916.25 Zr I 570 — 34851

2923.85 Zr I 570 — 34762

zyou.o / Zjr 1 U 111 f^A JJl 04

2969.19 Zr I 570 — 34240

2985.39 Zr I 0 - 33487

3005.37 Zr I 4186 - 37450

3005.50 Zr I 8057 - 41320

3011.75 Zr I 570 33764

3014.44 Zr I 0 33164

3029.52 Zr I 1241 34240

3043.25 Zr I 570 33420

3045.83 Zr I 4186 37008

gA af

108/sec

0.90 0.076 -1.12

1.00 0.085 -1.07

1.1 0.097 -1.02

1 .7 n 1

7

—fl 77

o!84 0.081 -1.09

0.99 0.097 -1.01

1.3 0.12 • -0.90

0.36 0.036 -1.44

1

1 0 1

1

w. y J 2.2 0.23 -0.64

1.2 0.12 -0.92

4.1 0.44 -0.36

2.0 0.22 -0.66

0\j. J35J 0\j. 0^8 \jj 0 —11 .HZ. 47

1.3 0.15 -0.83

1.2 0.14 -0.87

0.58 0.065 -1.19

2.8 0.32 -0.50

1 0 0\J- 11 11 —0 94

0.22 0.025 -1.60

3.8 0.43 -0.36

2.4 0.27 -0.56

3.8 0.45 -0.35

9 3 1 1 0 04

1.4 0.16 -0.79

0.41 0.048 -1.32

3.1 0.37 -0.44

6.5 0.77 -0.11

D3 1 . 1 0Vy. J371 —0 44

0.64 0.076 -1.12

2.1 0.26 -0.59

1.5 0.18 -0.75

8.1 0.98 -0.01

A 7 yJ.JO —0 74

1.0 0.13 -0.90

6.0 0.74 -0.13

1.3 0.16 -0.80

1.4 0.18 -0.74

n 74 1 . J z. 0.62 0.080 -1.10

3.0 0.39 -0.41

1.3 0.17 -0.77

7.2 0.96 -0.02

7 7 0 ^7 —0 43

13. 1.8 0.25

7.9 1.1 0.03

0.51 0.070 -1.16

9.7 1.3 0.13

0.28 0.039 -1.41

2.4 0.34 -0.47

542
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Log gf

3049.33 Zr I 4186 36971

3063.57 Zr I 4376 — 37008

T AO C 1 A 3085.34 Zr I CTA 5Zy /Z

1 AOA A A 3090.44 Zr I C 1 A'^ J lUz 3 /4jU

1 AA yl OA 3094.80 Zr I

/I 1 0 ^ 4186 1 ^ A 0 a 36489

3095.82 Zr I 4197 36489

3108.37 Zr I 4376 — 36538

3 120.74 Zr I A 1 0^ '5 zT A 3dzzU

1 1 1 11 3131.11 Zr I A 1 A*? 4197 36125

1 O ^ A'? 3 1 32.07 Zr 1 4376 36295

3133.23 Zr I 5102 37008

3136.96 Zr I 5102 — 36971

O 1 1 A OA 3 1 39.80 Zr I C 1 A'^ 5 lUz

T 1 AO 0

1

3 148.82 Zr I 4376 1 ZT 1 ^ C 36125

t 1 CT 0*^ 3 157.82 "7 T Zr I A in a 4376 1 £if\1 C 36U35

3191.21 Zr I 0 31327

3197.04 Zr I 4186 — 35456

I'^fiA OA Zr I C 1 A^ 5 lUz 3oz"5

"3 O 1 O A 1 3Z IZ.Ul Zr I 5 /U 3 l05'5

'2 O 1 O ^0 3z 1z.j8 Zr I J 1 UZ I^T) A ioZZO

3234.12 Zr I 1241 32152

3250.39 Zr I 570 — 31327

3zj4.Z5 Zr I 4/0^5

1 A 11 JZoU. 1 1 Zr I/I 1 0 41 00 -3 /1 0 c 1 34oj 1 3269.66 Zr I

/I 1 0 ^ 41 86 34762

3282.73 Zr I 1241 31695

3326.41 Zr I 4186 — 34240

3353.66 Zr I 1241 T 1 A C A

3 1050

3360.46 Zr I 5 102 0 /I 0 C 1 3485 1 3368.64 Zr I 0

1 A^ '7 ^7 29677

3370.59 Zr I 5102 34762

3379.92 Zr I 17556 — 47135

ijy /.yz Zr I 18277 47698

i4i 1 . /y Zr I 1 /o33 An ^ 1 z 4/135

3414. oo Zr I CTA 5 /U zyo4 /

3419.66 Zr I 4186 33420

3426.93 Zr I 8057 — 37230

1 /I "3 A O O Zr I1 0 /I 1 lz41 0 AT 0 C 3U3o J

"5 /I /i A A Z 3440.45 Zr I u

AA C 0 29058

3446.6

1

Zr I

/I 1 0 ZT 4186 Til A'^ 33 192

3447.36 Zr I 0 28999

3455.91 Zr I 4186 - 331 14

T /I C7 1 O 3457. lo Zr I A 1 AT 4197 O 1 1 /I 33114

1 A C \ AA Zr I 8057 36942

3465.63 Zr I 1241 0 AO ^7 30087

An \ in 347 1.19 Zr I 0 28801

3472.90 Zr I 4186 32972

3478.79 Zr I 4376 331 14

3482.81 Zr I 570 29275

3483.01 Zr I 8057 36760

1.7 0.23 -0.63

1.7 0.24 -0.62

C\ 0 A 0.84 A 1 0.12 A A'^ —0.92

1 .6 0.23 —0.65

2.3 ATT 0.33 C\ AO —0.48

2.3 0.33 -0.48

2.5 0.36 -0.45

A

6.9 1.0 f\ f\f\ 0.00

2.7 A A C\ 0.40 A AC\ —0.40

7.1 1 C\

1 .0 0.02

2.7 0.39 -0.41

4.4 0.64 -0.19

3.4 0.50 —0.30

3.4 A C 1 0.5 1 A A —0.29

/I A 6.0 A AA 0.90 A A C —0.05

2.7 0.42 -0.38

1.2 0.19 -0.72

A A 1 A U.3U —U.52

3.

1

f\ An

(J.4 / A 1 0 —U.3z

A AA U. 14 A 0 C —0.85

4.1 0.65 -0.19

1.6 0.26 -0.58

1 AC 1U5. 1 n

17.. 1.22

0 0 2.5 0.45 A T -0.34

2.6 A A'~^ 0.42 A T 0 —0.38

1.8 0.30 -0.53

0.46 0.076 -1.12

0.63 0.1

1

f\ AO —0.98

2.2 ATT 0.37 A A'^ —0.43

A AO C 0.085 A A 1 C 0.015 1 OA —1.84

2.2 0.37 -0.44

27. 4.6 0.66

A

20. T C 3.5 A C C 0.55

1 0

lo. T 1 3.

1

A C A 0.50

1 y1 1.4 A 0 /I 0.24 —0.62

1.1 0.20 -0.71

0.73 0.13 -0.89

AU.2 / A A /I T 0.04 / —1 T T 1.33

A C 1 0.5

1

A AA 1 0.091 1 C\A —1.04

1 0

1.8 ATI 0.3

1

A C A —0.50

1.7 0.31 -0.51

1.8 0.33 -0.48

1 A

1.0 A 1 A 0.19 ATT —0.73

A A 4.4 A 0 A

0.80 A 1 A —0. 10

0.37 0.067 1 10 -1.18

1.6 0.30 -0.53

0.22 0.040 -1.39

1.9 0.34 -0.47

0.59 0.11 -0.97

4.9 0.89 -0.05

543
Wavelength Spectrum Energy Levels

A K

3495.37 Zr I 1 1956 - 40558

3501.35 Zr I 570 29123

3501.49 Zr I 8057 36608

3509.32 Zr I 570 29058

3519.60 Zr I 0 28404

3530.22 Zr I 5102 - 33420

3533.22 Zr I 1241 29535

3535.16 Zr I 8057 36336

3547.68 Zr I 570 28750

3549.74 Zr I 8057 36220

3550.46 Zr I 0 - 28157

3558.96 Zr I 5102 33192

3566.10 Zr I 1241 29275

3568.88 Zr I 5102 331 14

3575.79 Zr I 570 28528

3577.55 Zr I 8057 - 36001

3586.29 Zr I 0 27876

3591.72 Zr I 570 28404

3593.13 Zr I 17060 _ 44882

3601.19 Zr I 1241 29002

3613.70 Zr I 4186 - 31851

3623.86 Zr I 570 28157

3634.15 Zr I 1241 28750

3638.72 Zr I 4376 31851

3661.20 Zr I 570 _ 27876

3663.65 Zr I 1241 - 28528

3680.37 Zr I 1241 28404

3706.63 Zr I 1241 28212

3714.13 Zr I 1241 28157

3737.39 Zr I 5102 31851

3754.79 Zr I 14349 - 40974

3764.39 Zr I 0 26557

3766.72 Zr I 12342 38882

3780.54 Zr I 0 _ 26444

3791.40 Zr I 570 _ 26938

3792.40 Zr I 570 - 26931

3822.41 Zr I 0 26154

3835.96 Zr I 0 26062

3847.01 Zr I 570 26557

3849.25 Zr I 0 25972

3863.87 Zr I 570 - 26444

3864.34 Zr I 1241 271 1

1

3877 60 Zr I 8057 33839

3879.05 Zr I 570 _ 26343

3885.42 Zr I 0 _ 25730

3890.32 Zr I 1241 _ 26938

3891.38 Zr I 1241 26931

3892.03 Zr I 15201 40888

3893.84 Zr I 12761 38436

3896.53 Zr I 570 26227

gf Log gf

IQS/sec

3.3 0.61 -0.21

0.38 0.070 -1.16

2.0 0.37 -0.43

3.0 0.55 -0.26

5.0 0.93 -0.03

0.90 0.17 -0.77

1.5 0.28 -0.55

5.0 0.93 -0.03

4.8 0.92 -0.04

4.8 0.92 -0.04

1.5 0.28 -0.56

1.5 0.28 -0.56

3.4 0.65 -0.18

2.0 0.39 -0.41

2.8 0.53 -0.27

3.8 0.73 -0.14

1.9 0.37 -0.43

0.17 0.034 -1.47

12. 2.3 0.35

10. 2.0 0.31

0.93 0.18 -0.74

2.7 0.53 -0.28

0.89 0.18 -0.76

0.21 0.042 -1.37

0.45 0.090 -1.05

2.4 0.47 -0.32

0.1

1

0.023 -1.64

0.17 0.035 -1.45

0.37 0.076 -1.12

0.26 0.055 -1.26

3.5 0.73 -0.14

0.59 0.13 -0.90

19. 4.1 0.61

0.87 0.19 -0.73

0.78 0.17 -0.78

0.12 0.026 -1.58

0.63 0.14 -0.86

2.5 0.54 -0.27

0.51 0.1

1

-0.95

0.43 0.095 -1.02

2.6 0.57 -0.24

0.83 0.19 -0.73

7.2 1.6 0.21

0.17 0.039 -1.41

1.1 0.26 -0.59

3.0 0.67 -0.17

2.0 0.46 -0.33

5.2 1.2 0.08

2.0 0.46 -0.33

0.13 0.030 -1.53

544
Wavelength Spectrum Energy Levels

A K

3897.66 Zr I 14697 40346

3900.52 Zr I 0 — 25630

jy I u.O't 7r- I 11 941 Z4 1 ZD / DO

207 1 70 7r I Zj I 1 S70 ZDUDZ

J yZ.Kj. 1 0 7r I Zi I 1

11 JS770 / zu 41411/" 1 7Q

3929.53 Zr I 570 — 26012

3941.62 Zr I 8057 — 33420

"iQ^ 1 7.7. ZiT 11 1 t^A 1

1 1 04 1 XMAl JD74Z

Zji 1

1 (^1 1 7 1 0 J 1 / 414 *s'l8 1 J JO

J700.DD 7^^r- I

1

1 OA 1 1 Z4

1

ZD444

3968.26 Zr I 1241 — 26434

3972.30 Zr I 15720 — 40888

jy 1 j.jy ZjT 1

1 77/^ 1 I7q7 1 J 1 yL 1 JQ71 J 7 / J. jU ^^ I <7A 7 <;7'jn Z J / jU

jy 1 j.Z.y AT7 r- I1

1 777"? '?7q7 1 J / yL 1

3977.34 Zr I 5249 — 30385

3977.48 Zr I 8057 — 33192

1Q7S jy 1 0. 74/ ^ ZjI 1 I Z j4Z ^74^q J 1 40"

V r I ZjI I 11017 1 1 U 1 / jD 1 Z J

jyoz.. 1

0

Zil 1

11 088^ UOOJ

3984.75 Zr I 4186 — 29275

3986.80 Zr I 570 — 25646

J 700.00 V -r I Zj I 1 JUZ ^09"?J 10087

J yo y .Ly ZjI I S70 Z JOjU

jyoy.j\j 7r- I ZjI 1

1 S 1 '>0 404U 11/078

4001.09 Zr I 1241 — 26227

4002.55 Zr I 4871 — 29847

7 1- I zjr I1 1 ni 7 1 lUl / i <qqn

/inn/i /in Ar 11 7 ^oi J 1 407

AC\C\A 87 7 T' ¥ ZjT I1J ^q78 D7 / 0A 1 q/i 1 4 1 74 1

4007.60 Zr I 14989 — 39934

4012.25 Zr I 15720 — 40637

/in 1 ^ qs 7 r- ¥ Zjr 11 7'?/17

1 Z j4Z J / Z JU

AC\n. qs 7 ¥ ZjF 1 ^ <;4 1 J J4 1 1018^

/tn?/! q? All 1 JZ47 J10087 UUo /

4027.20 Zr I 5023 — 29847

4028.95 Zr I 4186 — 28999

4010 04 Zj I 1 487 4o 1 / 1 ?qA77 Z7D / / J.O'?^ oq tUJ J .0" 7-p I Zil 1

11 941 Z4 J 7601 ZOU 1 7z 4041 ^»4 AI 1

11 J^901 ZU J jyy iqqi7J 1

4042.22 Zr I 11258 — 35990

4043.58 Zr I 4186 — 28910

A(\AA 7 I Zir 1/I 87 1 4o / 1 Z7JOO

/1 0<0 /I 8 7 -r. T LT I 4j /D ZyUjo

AC\'\A A1 AT I 1 Z4 1 7 COQC

4Uj /I o< <; Cii J.Uj 7LTT' rI jUZ ^07 13 7q^77 zyo / / 4055.71 Zr I 12773 37422

4061.53 Zr I 4186 28801

4064.16 Zr I 5249 29847

4068.72 Zr I 10885 35456

gf Log gf

108/sec

1 < J.J 0 en U.oU ^J. 1

U

n 78 U.Zo nU.UOJ n6< 1 1 Q 1 . 1 y n 1 '\ u. 1

J

n ni < U.Uj J —1 /I <

1 .4j

0.49 0.11 -0.94

4.5 1.0 0.01

0 q7 0U.Z71J ^J.D J U.OJ n 1 ^ u. 1

J

A 07 U.oZ

0 68 n 1

6

u. 1

0

A OA

5.0 1.2 0.07

0.44 0.10 -0.98

n Q

1

n 7 1 U.Z 1 A

—U.O / 7 1 z. 1 n /iq U.47 A 1 1 ^J. J 1 7 6 Z.O n A

1

U.O 1 A 7 1 0.50 0.12 -0.93

4.6 1.1 0.04

0 1 fi U. J 0 n n/i /I U.U44 1 16 1 . jO

0 q< U.7 J n 71 U.Z J ^.OJ

7 0 z.u n /I Q U.47 A -J 1 ^J. J 1 2.8 0.67 -0.18

1.3 0.32 -0.49

0 17 U. jZ nU.Un7</ J — 1 17 1 . 1 Z

0 o/iq n 0 1

7

U.U 1 z — 1 q/1 1 .74

A 7^; U.ZO n n6

1

u.uo 1 17 1 1 .Z 1 0.057 0.013 -1.87

6.8 1.6 0.21

n 01/1 n nn8

1

U.UUo 1 —7Z.Unq7 n 1 q n n/1 < U.U4J —1 1 < 1 .J J 7 0 Z.U n /i7 U.4 / A -5-J ^J. J J

1.6 0.38 -0.41

5.7 1.4 0.13

c 1 O.J 7 n Z.U n in u. jU

1 U. 7 A Z.4 n iq U.J 7

j.U n Ti U. / J A 1 A

1.1 0.27 -0.56

2.0 0.49 -0.31

7 A Z.4 n <;q u. jy A 7-5 ^J.Z J U.40 nil u. 1

1

A q< U.7J

1 1 1 .

1

nU.Z77/ —n <6 u. jO

0.33 0.080 -1.10

4.2 .1.0 0.01

1 1 J.J n 87 U.oZ AU.U7nq

1 .

1

n 7 Q U.ZO A c/: —U.JO

1 .

1

n T7 U.Z / A C7

J / 0.39 0.096 -1.02

0.097 0.024 -1.62

1 Q 1 .0 U.44 A T C J J

1 71 Z. 1 n J.U n /I Q U.4o

U.OU n 1 < U. 1

J

> A 01 ^J.O J

1 c J.O n Q/1 A AT

0.92 0.23 -0.64

545
Wavelength Spectrum Energy Levels

A K

gA gf

108/sec

Log gf

40 / Z. /O Zr I Z Z A \ jdA 1 30087 5.2 1.3 0.1

1

4074.93 Zr I 4376 28910 0.58 0.15 -0.84

4076.53 Zr I 4186 — 28710 0.35 0.088 -1.05

4078.31 Zr I 4197 — 28710 0.43 0.11 -0.97

4081.22 Zr I 5889 — 30385 5.7 1.4 0.15

4Uoz.iU Zr I

^ ^ A ^ Zj /30 A A C 1 0.05 I 0.013 -1.89

4083.08 Zr I 11641 36125 1.8 0.44 -0.36

4084.30 Zr I 14697 — 39174 5.3 1.3 0.12

4085.66 Zr I 12761 — 37230 3.1 0.76 -0.12

4087.69 Zr I 12773 — 37230 1.5 0.38 -0.42

Zr I 1 z jUj I/IQA") 5oy4Z Z.O ATI 0. / 1 A 1 C —0.15

4093.16 Zr I 4376 — 28801 0.10 0.025 -1.59

4094.27 Zr I 12342 — 36760 2.1 0.53 -0.28

4099.31 Zr I 0 — 24388 0.058 0.015 -1.83

4107.50 Zr I 1 1956 — 36295 2.4 0.60 -0.22

A 1 AO A n Zr I Ainu 45 lb zo / 1

0

A '5 0.36 0.090 1 f\ A —1.04

4119.83 Zr I 12342 36608 1.8 0.47 -0.33

4121.46 Zr I 4376 — 28633 0.70 0.18 -0.75

4127.96 Zr I 4186 — 28404 0.13 0.033 -1.49

4134.31 Zr I 12761 — 36942 1.4 0.37 -0.44

4 1 3 J. DO Zr I 5 lOz 29275 0.33 0.084 —\ .08

4140.01 Zr I 14123 38271 1.0 0.27 -0.57

4147.37 Zr I 12503 — 36608 1.1 0.29 -0.54

4152.64 Zr 1 11017 — 35091 2.2 0.56 -0.25

4153.75 Zr I 12773 — 36841 1.4 0.36 -0.44

4 1 oo.io Zr I C C /( 1 jj4 1 A O 1 o.y 1 0.z4 A ^ ^ 4169.36 Zr I 14349 38327 2.1 0.55 -0.26

4171.48 Zr I 10885 — 34851 1.3 0.33 -0.49

4183.32 Zr I 5102 — 28999 0.39 0.10 -0.99

4187.56 Zr I 11641 — 35515 8.3 2.2 0.34

/i 1 Q 1 '7Q 4 1 y 1 . /y Zr I1 1 1 1 yjo 1 C O A/C 1 a r\ Ai U.43 A 1 C —u.3o

4192.10 Zr I 12761 36608 0.66 0.17 -0.76

4194.01 Zr I 12761 — 36597 0.66 0.17 -0.76

4194.76 Zr I 11258 — 35091 4.4 1.2 0.07

4196.13 Zr I 12773 — 36597 1.3 0.35 -0.46

41 yy.oy Zr I 5 102 O O A 1 A zoyio 1.2 A '5 1 0.3 1 A C 1 —0.5 1 4201.46 Zr I 5023 28818 1.1 0.30 -0.52

A1\\.3A Zr I 14697 — 38436 2.2 0.59 -0.23

4212.62 Zr I 10885 — 34617 0.75 0.20 -0.70

4213.86 Zr I 4871 — 28595 0.71 0.19 -0.72

A'^ 1 O AC 42 1 8.45 Zr I 5 102 28801 0.23 0.061 —1 .z 1 4220.65 Zr I 5023 28710 0.071 0.019 -1.72

4225.46 Zr I 12342 — 36001 0.96 0.26 -0.59

4227.76 Zr I 5889 — 29535 4.6 1.2 0.09

4234.63 Zr I 5102 — 28710 0.29 0.077 -1.11

4236.06 Zr I 11017 34617 1.9 0.52 -0.28

4236.55 Zr I 0 23597 0.029 0.0078 -2.11

4237.43 Zr I 1 1258 34851 1.0 0.28 -0.55

4239.31 Zr I 5541 29123 4.1 1.1 0.05

Zr I 4871 28447 1.3 0.36 -0.45

546
Wavelength Spectrum Energy Levels

A K

4241.20 Zr I 5023 28595

4241.69 Zr I 5249 — 28818

4253.57 Zr I 1 1258

4256.44 Zr I 4186 Z /O / J 4261.21 Zr I 5541 ZyOvZ

AldX.Al Zr I 12761 36220

4268.02 Zr I 5023 — 28447

4274.77 Zr I A t O 4186 Z Ij 1

5

4276.72 Zr I 4197 Z 1 J 1 i

4282.03 Zr I 17833 A 1 1 TO 411/7

4282.20 Zr I 5249 28595

4291.20 Zr I 4376 — 27673

4291.35 Zr I 4186 Z /4oZ

4294.79 Zr I 5541 O O O 1 o Zoo 1

0

4302.89 Zr I 5889 Zy 1 Z J

4304.68 Zr I 14697 37921

4309.82 Zr I 4376 — 27573

43 19.05 Zr I 1241 ") A1QQ Z4joo

4321.17 Zr I 1241 Z4j /d

4324.03 Zr I 14349

4325.44 Zr I 5889 — 29002

4329.56 Zr I 570 — 23661

4341. 13 Zr I

1 1 c o

1 1258 j4Zo / 4343.04 Zr I 0 ZiU 1 y

4346.52 Zr I 14123 -J -7 1 T -J J / 1 Z3

4347.22 Zr I 570 — 23567

4347.89 Zr I 8057 — 31050

4348.93 Zr I C C A 1 5541 Zo jZo

4358.74 Zr I 4186 Z / 1 ZZ

4360.81 Zr I 4186 T7 1 1 1 Z / 1 11

4366.45 Zr I 11017 33912

4373.07 Zr I 5889 — 28750

4394.50 Zr I 570 233ZO

4394.94 Zr I 10885 1 'J T

1

53b5Z

4395.21 Zr I 4376 ZliZZ

4400.24 Zr I 5889 28609

4402.95 Zr I 4197 — 26902

A A 1 -) r\ A 441 3.04 Zr I

1 1 c o

1 1258 1 1 Q 1 T iiyi Z

4414.14 Zr I 1241 z jooy

4420.46 Zr I 11017 J jdjZ

4427.24 Zr I 18739 — 41320

4429.11 Zr I 5102 — 27673

443 1 .49 Zr I 10885 11 A A Z 4438.05 Zr 1 4376 zoyuz

4444.33 Zr 1 11956 1 A A Z A 3445 1

4448.95 Zr I 5102 Z151

5

4450.28 Zr I 10885 33350

4455.43 Zr I 14791 37230

4456.30 Zr I 14989 37422

4457.43 Zr I 1 1017 33445

gi Log gf

lO^/sec

1.4 0.37 -0.43

2.3 0.63 -0.20

0.79 0.21 -0.67

All U. 1 1 A AOQ 1 ZA —i . j4

0.16 0.043 -1.37

1.2 0.33 -0.49

0.54 0.15 -0.83

0.12 0.033 -1.48

U. lo A A/i ^ —1 1A 1.34

4.9 1.3 0.13

1.0 0.28 -0.56

0.15 0.043 -1.37

0.15 0.040 -1.39

1 .

1

U.3U —U.J 3

0.65 -0.18 -0.74

4.7 1.3 0.12

0.053 0.015 -1.83

0.043 0.012 -1.92

f\ Ci A 1 U.043 A A 1 O O.UIZ —i.yz

2.5 0.69 -0.16

0.36 0.10 -0.99

0.018 0.0049 -2.31

5.1 1.4 0.15

A n 1 ? U.Ul J A AA/IO —Z.3o

1.4 0.38 -0.42

0.015 0.0042 -2.38

3.9 1.1 0.04

0.060 0.017 -1.77

A AO 1 U.Uo 1 A AT 1 U.UZ j — 1 (^A

1 .o4

0.38 0.11 - -0.97

2.9 0.84 -0.08

0.064 0.018 -1.74

0.014 0.0040 -2.39

1 A 1 .0 A '5 A 0.30 —0.53 AC!

0.12 0.035 -1.45

0.17 0.048 -1.32

0.077 0.022 -1.65

1.6 0.46 -0.34

A A 1 A U.U 1 O A C\C\A Q U.UU4o —Z.3Z

1.9 0.55 -0.26

8.2 2.4 0.38

0.080 0.023 -1.63

1.1 0.34 -0.47

A 1 A 0. lU A r\i A 0.030 —1 .jZ

0.27 0.080 -1.10

0.039 0.012 -1.94

0.64 0.19 -0.72

1.2 0.35 -0.45

1.3 0.37 -0.43

0.82 0.24 -0.61

547
Wavelength Spectrum Energy Levels

A K

4460.34 Zr I 5102 - 27515

4466.91 Zr I 5102 27482

4468.22 Zr I

1 1 ^ o

1 1258 33632

4468.79 Zr I A 1 Ci Z' 4186 Z' c c n 26557

4470.31 Zr I 12342 34706

4470.56 Zr I 12773 - 35135

4480.77 Zr I

1 A Z' C\n 14697 T n f\f\0 37008

4482.50 Zr I

1 c 1 r\ 15 120 37422

A A C\ \ C /' 4491.56 Zr I A "X O Z" 41 86 Z' A A A IbAAA

A A C\ A C\ A 4494.94 Zr I1 AC\0C\ 14989 37230

4507.12 Zr I 4376 - 26557

43/3. 1 3 Zr I 17753 1 n o c c 39855

4535.75 Zr I 41 86

/) C T o oo 4j3y.5'o Zr I 2/122

4j42.2z Zr I 5 IU2 T7 1 1 1 2/111

4553.01 Zr I 4197 - 26154

A C C C 1 'J 4555. 13 Zr I 12503 '~i A A C t 3445

1

4555.52 Zr I 12760 o An r\z' 34706

A C CO r\ A 4558.04 Zr I 1 1 c o

1 1258 33 192

A C Zl c An 4565.47 Zr I 12342 A ^ A f\ 34240

4575.52 Zr I 0 — 21849

4576.20 Zr I

-\ S Z' A -\ 1 1641 33487

Zr I

1 An C\'\ "i z' z' r\o 36608

A C Q A A 4584.24 Zr I 1 1956 "y n z" A 33764

4590.16 Zr I 1 1641 33420

4590.55 Zr I 4376 - 26154

4602.57 Zr I 15120 36841

A Z' f\ A A*^ Zr I A 1 O Z' 41 86 25898

A ^ f\C\ '\ C 4609. 15 Zr I1 1 1 12761 A A C i 3445

1

A ^ C\C\ '~\ C\ 4609.29 Zr I 5249 26938

4609.83 Zr I 4871 — 26557

A ^ 'K r\ 11 4610. 1

1

Zr I A n Z" 4376 26062

A Z' ^ Z' At 4626.41 Zr I 14989 z' c c\n 36597

4627.72 Zr I 1 1956 33559

4633.98 Zr I cn ri 570 ^ t A A 22144

4634.64 Zr I 5541 - 27111

4640.13 Zr I

1 A n C\ 1 14791 36336

A A A O T 4644.83 Zr I1 A Z" C\n 14697 36220

A Z' C A O 4654.38 Zr It ^ "1 z' 1 12761 34240

A Z' C n Z' A Zr Ii i C\C z" 1 1956 33420

4659.49 Zr I 5102 26557

4667.14 Zr I 5023 26444

4683.42 Zr I 12342 33688

4684.25 Zr I 5102 26444

A z' a z' c "-1 4686.57 Zr It -i Z' A % 1 1641 32972

4687.80 Zr I 5889 27215

4688.45 Zr I MAX 22564

4691.73 Zr I 5249 26557

4695.04 Zr I 17143 38436

4707.79 Zr I 11956 33192

gA gf Log gf

iu /sec

U.Ujo A A 1 1 U.U 1 1

1 CI A

U. 1

J

U.U4D 1 1 A —1.34

0.22 0.065 -1.19

0.047 0.014 -1.85

1 0 A 1 < U.3 J —A A C U.4j

z.z U.O / A 1 1 —U. 1 / U.D / A OA U.2U A —v.by

1.0 0.30 -0.52

0.029 0.0087 -2.06

U.oU A 1 QU. 1 0 A n A —U. /4

U. A 1 0U. 1 O A n A —U. /4

1 7 1.3 A 1Q A A 1 —U.4 1 0.60 0.18 -0.73

0.098 0.030 -1.52

U.O 1 A 1 Q O.iy A "70 —U. /Z

A 1 Q A a<;a U.UdU —1 OO 1 .ZZ

T A z.u A AO U.DZ A 0 1 —U.Z 1 1.6 0.48 -0.32

0.31 0.097 -1.01

A /IT A 1

"2 U. 13 A OO —U.OO

A 1 /I U.U44 —1 .3d

A 1A A AQ7 u.uy3 —11 Al .U3

1.8 0.58 -0.24

0.64 0.20 -0.69

A 1 ^ A A/l C U.U4o —1 10 1.32

A 1 /I U. 1

4

A A/1 A U.U44 —1 1 < 1.3 J

'7 A /.U o o Z.Z Ale U.3 J 0.13 0.042 -1.38

0.22 0.072 -1.15

A AT7 U.U2 / A AAOA U.UUs6 O A'T —Z.U/

A AT /I U.Uz4 A AA'7'7 U.UU / / —Oil Z. 1

1

A AO 1 U.Uz 1 U.UUo / O 1 '7 —Z. 1 / 3.9 1.3 0.10

0.18 0.056 -1.25

All U.Z 1 A AAO U.Uoo —1.1/

A AO 0 A AAQO u.uuyz —0 A/l Z.U4

1 .2 U.3 / —A A 1 U.43

3.4 1.1 0.04

0.32 0.10 -0.98

A o U.OO A 00 U.22 —U.OO

A A'2 ^ U.Uj / A A 1 0 U.U12 —1 OO 1 .yz

U.U / 1 A AO '2 U.U23 —I .d3

2.0 0.67 -0.18

0.072 0.024 -1.63

A 1 C OA J A ACA U.UjU —1 .3U

1 A A QO A A 1 —U.U 1 A 1 O

U. 1 o A A? 0 U.Ujo —1 .Z4

A AO C A AAO 1 U.UUo 1 0 AO —Z.U 7 0.70 0.23 -0.63

0.72 0.24 -0.62

548
Wavelength Spectrum Energy Levels

A K

gA

108/sec

gf Log gf

An '\ r\ AO 47 lU.Uo Zr I 5541 lo/bb

4711.92 Zr I 12342 33559

4713.43 Zr I 14791 — 36001

4717.62 Zr I 4871 — 26062

4719.12 Zr I 14989 — 36173

All 1 1/1 4/31.14 Zr I jUZ3 ZD 1 j4

4732.33 Zr I 5102 — 26227

4734.36 Zr I 18739 — 39855

4739.48 Zr I 5249 — 26343

4742.94 Zr 1 12342 — 33420

4751.91 Zr I 5023 26062

4753.05 Zr I 15120 36153

4762.78 Zr I 14791 — 35782

4772.31 Zr I 5023 — 25972

4784.92 Zr I 5541 — 26434

4780.67 "7 » Zr I coon 5889 Zb/bb

4789.11 Zr I 5023 25898

4793.28 Zr I 14349 — 35206

4794.96 Zr I 12342 — 33192

4805.87 Zr I 5541 — 26343

4oUo.Do Zr I Iz /o 1 33 J 4809.47 Zr I 12773 33559

4815.04 Zr I 5249 — 26012

4815.63 Zr I 4871 — 25630

4824.29 Zr I 5249 — 25972

4o2o.U4 Zr I 5023 z5 /3U

4838.78 Zr I 12503 33164

4838.98 Zr I 12761 — 33420

4841.45 Zr I 5249 — 25898

4846.35 Zr I 5102 — 25730

AO z ^ Id 4oj 1.36 Zr I C AO o 5Uz3 2563U

4866.06 Zr I 5889 26434

4881.24 Zr I 5249 — 25730

4883.60 Zr I 5541 — 26012

4893.12 Zr I 12761 — 33192

4905.08 Zr 1 5249 25630

4930.87 Zr I 15201 35476

4933.64 Zr I 14784 — 35047

4948.76 Zr I 4186 — 24388

4962.30 Zr I 14989 — 35135

4^03. /z Zr I

1 C'TO A 1 J /zU 3 JOG 1 4987.82 Zr I 16317 — 36360

4994.76 Zr I 15120 — 35135

4996.33 Zr I 15201 — 35210

501 1.46 Zr I 17060 — 37008

5046.58 Zr I 12342 32152

5060.39 Zr I 15720 35476

5064.91 Zr I 11956 31695

5065.22 Zr I 18739 38476

5070.26 Zr I 14989 34706

z. 1 A ^A U. /U A 1 —U. 16

1.3 0.42 -0.38

1.1 0.36 -0.45

0.11 0.036 -1.44

3.4 1.1 0.05

A ATT U.Uzz A nA'7 ^ U.UU / J —1. 1

3

0.29 0.099 -1.00

1.6 0.53 -0.27

1.4 0.47 -0.32

0.26 0.087 -1.06

A AT O 0.038 A A 1 T 0.013 1 OA —1.89

0.94 0.32 -0.50

2.7 0.92 -0.04

0.80 0.27 -0.56

0.22 0.075 -1.12

A 1 n

U. 1 y

A A/I A 0.064 1 1 A —1.19

0.037 0.013 -1.90

0.43 0.15 -0.83

0.20 0.071 -1.15

0.26 0.091 -1.04

A O T

U.Z / A AO C 1 AO —l.Uz

1.1 0.38 -0.42

0.17 0.060 -1.22

0.58 0.20 -0.69

0.26 0.090 -1.05

A 1 U. 16 A A C /C 0.056 1 o c —1.25

0.74 0.26 -0.59

0.44 0.15 -0.81

0.017 0.0059 -2.23

0.016 0.0057 -2.25

A 1 O

U. 1 O A A/: o U.U62 —1 OA 1.2U

0.17 0.061 -1.21

0.091 0.033 -1.49

0.099 0.035 -1.45

0.33 0.12 -0.92

A A 1 0.01

6

A AA C n 0.0057 O O —Z.24

0.40 0.15 -0.83

0.85 0.31 -0.51

0.028 0.010 -1.98

0.37 0.14 -0.87

A C yl U. j4 A OA U.ZU A n(\ —U. 10

0.37 0.14 -0.85

1.2 0.44 -0.35

1.1 0.40 -0.40

0.63 0.24 -0.63

1.3 0.49 -0.3

1

1.2 0.44 -0.35

1.6 0.63 -0.20

3.5 1.3

' 0.12

1.1 0.41 -0.39

. 549
Wavelength Spectrum Energy Levels

A K

5073.98 Zr I 4186 — 23889

1 O .Z,^ Zj7r I 1 1

1111 641 OH1^ 1 '^77

Zjl 1 I47Q1 1 y V jHHj ^445 11 JS 11 11 JS . ?4Z-T- 7r I 1 ^i'^ 1 7 ^5861

7r T 1 5Q^7 J J'fJO

5133.40 Zr I 4186 — 23661

71^ I Zil 1

1 77^> 1 1 57

5158 no 7r I 11 fi078/ o ^6^60

J5 11 J58o.u^^7/ 7r I 1 777"? 'Xl jZ 11 JZ57

5 1 ^iO OQ 7r T II1I Q5^; yJ D

1, 1 "^77 J 1 JZ /

5165.96 Zr I 12342 — 31695

51 78 99 7r I 41 8^; 7'?480 L^jHoy

5183 70 7r I 5 1 07 74'^88

51 87 03 7r I 1\ O59^7 y D ^ J^5706 J zwu

5701 15 7r I 7^597 jy 1

5209.30 Zr I 12503 — 31695

7r T 41 86 7"? "^70 L^J J zu

574^ 47 7r I Zj 1 11 7060 "^61 75

J 1. 1 / .H1

7r I Zj 1 1 4^76 7^^70 Z J jZU

_>Z,OU.UJ 7r I Zjl 1

1 776

1

1 Z / D I

"X 1 605

5294.82 Zr I 8057 — 26938

57Q^% 7Q 8057 760"? 1 5^rtl Q7 7t^ t 1 77^"? 1 / / J J "^6608

5 1 1 40 41HI"/07 7 ^ 0 1 Q

5'^71 7^; 71^ f

Lii. 1 5 1 07 7'?880 Z JOO"

5330.84 Zr I 570 — 19324

J5'^^S J J A'X O.TJ

71- I ZjX 1 487 1 7"? 507

5^ 50 QO 7r I Zj 1 11lo87^Q t ^y 317477 / H-ZZ 5^^i7 5^i 7r T Zj 1 1 HJ I D 71010 Z J) VJ 1 ;7 5^6^ ^5 7r T Zj X X 574Q 71880

5369.39 Zr I 4871 — 23489

5^87 ^7 7rZjl Ii 507^ 71597

5'^85 14 7rZjX IX 41 86 / _J 1

ZjX 7r T1 5 1 07

-7 Z7 1 . 1 O 7r T Zj X 1

5395.88 Zr I 17833 — 36360

5405 1 ^ 7r I ZjX 1 5 1 07 71507 jy I 5407 ^^7 7r I ZjX i 5880 ^Hj 1 O

541 Q"? 7r T ZjX 1 5541 74006

j'f^ 547 1 8^i 1 .oo 7t- t ZjX 1

1 7477 J15861 J oO 1

5426.36 Zr I 16787 — 35210

5478 47 ZjX 11 7060 15476 J JH 1 O

54'?7 7^i ZjX 1

1 741 I yoz.yj

^440 41 7-p I Zil 1 487 Ho 1 1 1 71746

^448 ^7 1 -r \ Zil 1 ^S41 71880

5474.92 Zr I 16787 35047

5477.40 Zr I 4871 23122

5478.33 Zr I 17753 36001

5480.83 Zr I 5249 23489

5486.09 Zr I 5023 23246

gf Loggf

10'*/sec

o mQ U.UJo A A 1 ? U.Ul J

1 Q A —l.o4

T Q i.y A "7 C

U. / J —U. Iz

0.87 0.34 -0.47

2.0 0.80 -0.10

U.oo A 0^ U.ZD —U.JO

U.U4z A A

1

U.Ulo —1. /o

l.O A Z[ "2 U.6i A O A —U.zO

3.4 1.4 0.14

0.20 0.079 -1.10

A "2 1 U.3 1 A 1 O

U. iz {\ OA

U.41 A 1 z; U. Id —u. /y

U.UUoU A AAO O U.UUiz O /J A —z.4y

0.059 0.024 -1.62

0.39 0.16 -0.80

o O/n U.U4 / A A1 Q U.Ul y —1 . /Z

U.41 AIT U. 1 / A TQ —U. /o

A A 1 A U.Ulo —1 C A 1 .oU

0.51 0.21 -0.68

0.056 0.023 -1.63

U.3 J A 1 C

U. 1 J —U.OJ

A A'?'? U.U/ / A A'i 0 U.Ui J —11 /I o

.4y

A 1 <

U. 1 J A A/C ^ U.Uoj —1 1 Q 1. ly

1.2 0.50 -0.30

0.046 0.020 -1.71

A A 1

"3 A AAC^ U.UUjo TIC —Z.ZJ

A AAI "3 U.UUii A AA 1 A U.UU14 —Z.OJ

A AA/C 1 U.UU61 A AAO Z U.UUzo O CO —Z.JO

0.60 0.26 -0.59

0.031 0.013 -1.87

A AAZ;^ U.UU66 A AA^ A

u.uuzy —2.54

A AAC1 A AAIA U.UUJO 7 /t/l Z.44

A AAQQ U.UVyo A AA/1

1

U.UU4J Z.J / 0.11 0.046 -1.33

0.016 0.0068 -2.17

A AAQ ^ U.UUo J A AAIT U.UUj / —z.4j

A '2 O A 1 /I U. 14 A —U.OO

A A 1 O U.Ulz A AAC A U.UUj4 —Z.Z / 0.054 0.024 -1.63

0.0097 0.0043 -2.37

A 2 1 U.i 1 A 1 /( U. 14 A —U.OO

A TA U.zU A AC? U.Uo / —11 AA .Uo

A 2 C U.i J A 1 Z

U. 16 A Q 1 —U.O 1 0.0040 0.0018 -2.75

0.0067 0.0030 -2.52

A A'^ A O.UzO A AAAA —O AC z.Uj

A 1 O

U. 13 A A CT U.U5 /

1 0 c —l.ZJ

A AA A A U.UU44 A AAO A U.UUzU —z. / 1 A /CO U.6z A O O U.zo A C C —U.J J 0.018 0.0082 -2.09

0.014 0.0064 -2.19

550
Wavelength Spectrum Energy Levels gA gf Log gf

4A K 10°/sec

5502.12 Zr I 8057 — 26227 0.14 0.066 -1.18

5507.87 Zr I 17060 35210 0.33 0.15 -0.82

5517.11 Zr I 5541 23661 0.016 0.0073 -2.14

5518.05 . Zr I 5889 _ 24006 0.0057 0.0026 -2.59

5528.41 Zr I 18277 _ 36360 1.4 0.64 -0.20

5532.30 Zr I 5249 — 23320 0.0093 0.0043 -2.37

5537.46 Zr I 17422 35476 0.63 0.29 -0.54

5545.32 Zr I 17833 35861 0.80 0.37 -0.43

5612.11 Zr I 0 17814 0.0013 0.00060 -3.22

5620.14 Zr I 4186 21974 0.041 0.019 -1.72

5623.53 Zr I 4197 - 21974 0.012 0.0058 -2.24

5664.51 Zr I 5102 22751 0.066 0.032 -1.50

5666.28 Zr I 17833 35476 0.30 0.14 -0.85

5680.90 Zr I 4376 21974 0.041 0.020 -1.70

5685.42 Zr I 18277 35861 0.25 0.12 -0.92

5708.89 Zr I 0 — 17512 0.0030 0.0015 -2.84

5735.70 Zr I 0 17430 0.012 0.0058 -2.24

5797.74 Zr I 570 17814 0.017 0.0086 -2.07

5847.32 Zr I 17143 34240 0.34 0.17 -0.76

5868.27 Zr I 1241 18277 0.0060 0.0031 -2.51

5869.50 Zr I 15120 - 32152 0.67 0.35 -0.46

5879.80 Zr I 1241 18244 0.041 0.022 -1.67

5885.62 Zr I 570 17556 0.0087 0.0045 -2.34

5901.09 Zr I 570 17512 0.0049 0.0026 -2.59

5925.13 Zr I 5102 21974 0.047 0.025 -1.61

5935.20 Zr I 0 - 16844 0.0079 0.0042 -2.38

5955.35 Zr I 0 16787 0.0088 0.0047 -2.33

5984.23 Zr I 14989 31695 0.54 0.29 -0.54

5995.37 Zr I 5889 _ 22564 0.0072 0.0039 -2.41

6001.05 Zr I 12342 29002 0.13 0.068 -1.17

6025.36 Zr I 1241 — 17833 0.0034 0.0019 -2.73

6032.61 Zr I 11956 28528 0.19 0.1

1

-0.98

6045.85 Zr I 14791 31327 0.85 0.47 -0.33

Zr I 19834 36360 2.0 1.1 0.05

6062.84 Zr I 570 17060 0.012 0.0067 -2.18

6120.83 Zr I 4186 - 20519 0.012 0.0066 -2.18

6121.91 Zr I 8057 24388 0.12 0.069 -1.16

6124.84 Zr I 4197 20519 0.021 0.012 -1.94

6127.44 Zr I 1241 17556 0.071 0.040 -1.40

6134.55 Zr I 0 16297 0.023 0.013 -1.88

6140.46 Zr I 4186 - 20467 0.023 0.013 -1.88

6143.20 Zr I 570 16844 0.037 0.021 -1.68

6155.61 Zr I 12761 29002 0.081 0.046 -1.34

6157.71 Zr I 19626 _ 35861 1.3 0.76 -0.12

6160.20 Zr I 12773 29002 0.065 0.037 -1.43

6189.40 Zr I 19324 35476 0.60 0.35 -0.46

6192.96 Zr I 4376 20519 0.015 0.0085 -2.07

6213.05 , Zr I 4376 20467 0.021 0.012 -1.93

6214.69 Zr I 17753 33839 1.0 0.59 -0.23

6257.26 Zr I 12773 28750 0.24 0.14 -0.84

551
Wavelength Spectrum Energy Levels of Log gf

A K 108/sec

6267.06 Zri 11956 — 27908 0.072 0.043 -1.37

6299.66 Zr I 12342 — 28212 0.26 0.16 -0.80

z.r I A 1 1

C

43 /o ZUZ34 0.0033 0.0020 -2.70

6313.02 Zr I 12773 Zoouy U. / 1 n Ai U.4Z A T-r —U.J / 6314.71 Zr I 8057 T T O Q Q 0.020 0.012 -1.93

6321.35 Zr I 12342 — 28157 0.10 0.063 -1.20

6340.36 Zr I 12761 — 28528 0.052 0.032 -1.50

Zir I Villi Zo jZo 0.17 0.11 -0.98

6407.00 Zr I \1A\ ^ £iQ A A 10o44 u.uujz u.uuzu —o 7n Z. /U

6426.17 Zr I 11\AA 5 1 lul 0.39 0.24 -0.62

6434.33 Zr I 22564 38101 1.3 0.82 -0.09

6445.74 Zr I 8057 — 23567 0.036 0.023 -1.64

Zr I jUZi one 1 Q ZUj ly 0.0049 0.0031 -2.51

6457.63 Zr I 11641 Z / IZZ u.UjZ A AOA U.UZU 1 7 A —I. /U

6470.21 Zr I 12761 ZoZ 1

Z

0.24 0.15 --0.81

6484.35 Zr I 5102 — 20519 0.0028 0.0018 -2.75

6489.64 Zr I 12503 — 27908 0.22 0.14 -0.85

LiT I IZ /D 1 Zo 1 J / 0.048 0.031 -1.52

6503.26 Zr I 12503 Z /o /O \j.\jyy U.UO J

1 OA I .ZU

6506.36 Zr I 5102 ZU40 / 0.012 0.0078' -2.11

6550.54 Zr I 11641 26902 0.057 0.037 -1.44

6569.43 Zr I 5249 — 20467 0.0077 0.0050 -2.30

O J / O. JO z.r I u

1 CO A 1 1 jZUl 0.00087 0.00056 . -3.25

6591.99 Zr I 11956 Z / IZZ U.Uo 1 U.Uj J IOC 1 .Zo

6596.71 Zr I 11956 O "7 1 1 1 Z / 1 1

1

0.016 0.011 -1.98

6598.84 Zr I 570 15720 0.00055 0.00036 -3.44

6603.27 Zr I 12342 — 27482 0.090 0.059 -1.23

DOZU. JO Lv I

-J -3 O -J A 0.16 0.11 -0.97

6688.18 Zr I 4376 U.UU40 c\ nn'3

1

U.UUj 1 —0 «; 1 Z.J 1 6702.12 Zr I 11641 C CT Zoj J / 0.018 0.012 -1.93

6709.61 Zr I 4197 — 19097 0.0034 0.0023 -2.63

6717.88 Zr I 11017 — 25898 0.037 0.025 -1.61

zr"? TJ D / jZ. / J LT I oUj / TOO/:') ZZoOZ 0.022 0.015 -1.82

6762.38 Zr I 0

1 /I "7Q /I 14/o4 AU.Ut/jZ nnil u.uuzz Z.OO

6769.16 Zr I 12342 T 7 1 1 1 Z 1 I I I 0.17 0.11 -0.94

6772.89 Zr I 10885 — 25646 0.034 0.024 -1.63

6790.85 Zr I 12761 — 27482 0.070 0.048 -1.32

o /yo.Do Zr I

1 Al AQ 14i4y TOnCQ zyujo 0.025 0.018 -1.76

6828.78 Zr I 11258 z joy© u.uou U.U4Z —ITS 1 .Jo

6832.89 Zr I 570 1 CO A 1 1 jZUl 0.0022 0.0016 -2.80

6833.67 Zr I 11017 25646 0.0083 0.0058 -2.23

6845.33 Zr I 10885 — 25490 0.016 0.011 -1.95

Do4o. j4 Zr I jOZi 19626 0.0041 0.0029 -2.54

6846.97 Zr I 11956 O C C T z6j J / n 1

A

U. 1 o n 1

1

—Ou. QAyn

6849.26 Zr I 12342 O 0*5 O Z6yio 0.050 0.035 -1.45

6852.56 Zr I 12342 O/CQ'2 1 zoyj 1 0.024 0.017 -1.77

6854.63 Zr I 5249 19834 0.0022 0.0015 -2.82

6857.90 Zr I 14697 29275 0.016 0.011 -1.96

6883.23 Zr I 5102 19626 0.0015 0.0011 -2.96

6888.29 Zr I 11641 26154 0.19 0.14 -0.86

552
Wavelength Spectrum Energy Levels

A K

6900.59 Zr I 11956 26444

6904.36 Zr I 1241 — 15720

6907.37 Zr I 11017 25490

6916.87 Zr I 4871 19324

6922.23 Zr I 12773 27215

6932.38 Zr I 11641 26062

6948.46 Zr I 11258 — 25646

6953.84 Zr I 5249 19626

6966.44 Zr I 12761 mil

6975.91 Zr I

.

1 1641 25972

6990.84 Zr I 5023 19324

6994.32 Zr I 5541 - 19834

7005.46 Zr I 1 1956 26227

7027.40 Zr I 4871 19097

7057.36 Zr I 12773 26938

7087.30 Zr I 4871 18976

7089.43 Zr I 12342 — 26444

7094.46 Zr I 12342 26434

7095.59 Zr I 1 1641 25730

7097.70 Zr I 5541 19626

7102.91 Zr I 5249 19324

7103.72 Zr I 5023 — 19097

71 1 1.68 Zr I 4186 18244

71 12.82 Zr I 1 1956 26012

71 13.52 Zr I 12503 26557

7132.95 Zr I 11956 _ 25972

7138.28 Zr I 12761 — 26766

IXA^.IA Zr I 12342 26343

IXAAAl Zr I 12773 26766

7169.09 Zr I 5889 19834

7201.62 Zr I 15120 29002

7258.17 Zr I 11956 - 25730

7264.76 Zr I 14989 28750

7284.69 Zr I 12503

7306.21 Zr I 12761 16AAA

7311.62 Zr I 12761 26A3A

7313.72 Zr I 12342 - 26012

7318.08 Zr I 12773 26434

7335.97 Zr I 4186 17814

7343.96 Zr I 14791 28404

7373.50 Zr I 12503 26062

7374.80 Zr I 12342 25898

7383.63 Zr I 14989 28528

7400.90 Zr I 12503 26012

1A\ 1.39 Zr I 15120 28609

7417.89 Zr I 14123 27600

7422.75 Zr I 12503 25972

7433.10 Zr I 14123 27573

7439.86 Zr I 4376 17814

7467.57 Zr I 12342 25730

gA gf Lost srf lO^/sec

0.053 0.038 -1.42

0.0014 0.0010 -2.99

0.040 0.029 -1.54

0.0047 0.0034 -2.47

0.013 0.0094 -2.02

0.025 0.018 -1.74

0.042 0.031 -1.51

0.039 0.028 -1.55

0.13 0.094 -1.03

0.016 0.011 -1.95

0.036 0.026 -1.58

0.022 0.016 -1.79

0.017 0.012 -1.91

0.023 0.017 -1.78

0.052 0.039 -1.41

0.031 0.023 -1.64

0.045 0.034 -1.47

0.063 0.048 -1.32

0.074 0.056 -1.25

0.15 0.11 -0.96

0.068 0.051 -1.29

0.039 0.029 -1.53

0.025 0.019 -1.72

0.064 0.049 -1.31

0.034 0.026 -1.59

0.019 0.015 -1.84

0.016 0.012 -1.91

0.028 0.022 -1.67

0.024 0.018 -1.74

0.17 0.13 -0.88

0.19 0.15 -0.83

0.018 0.014 -1.84

0.12 0.098 -1.01

0.014 0.011 -1.95

0.037 0.030 -1.53

0.046 0.037 -1.43

0.058 0.046 -1.33

0.17 0.13 -0.87

0.0083 0.0067 -2.17

0.16 0.13 -0.88

0.034 0.027 -1.56

0.013 0.011 -1.98

0.085 0.069 -1.16

0.023 0.019 -1.72

0.035 0.029 -1.54

0.021 0.017 -1.76

0.017 0.014 -1.86

0.026 0.022 -1.67

0.019 0.015 -1.81

0.028 0.023 -1.63

553
Wavelength Spectrum Energy Levels

A K

7479.58 Zr I 14791 28157

7502.92 Zr I 14349 27673

7515.70 Zr I 15700 29002

7517.95 Zr I 17753 31050

7521.03 Zr I 15457 _ 28750

7540.62 Zr I 15146 28404

7544.59 Zr I 12761 26012

7551.46 Zr I 12773 26012

7553.00 Zr I 4186 17422

7554.70 Zr I 4197 17430

7558.45 Zr I 12503 25730

7560.09 Zr I 14349 27573

7560.31 Zr I 14989 28212

7562.12 Zr I 5023 18244

7607.15 Zr I 5102 _ 18244

7610.83 Zr I 4376 17512

7612.08 Zr I 14349 27482

7621.17 Zr I 11258 24376

7621.61 Zr I 14791 27908

7658.60 Zr I 4376 17430

7690.83 Zr I 14123 27122

7704.27 Zr I 14697 27673

7708.42 Zr I 12761 25730

7722.48 Zr I 22145 35091

7723.95 Zr I 4871 17814

7765.70 Zr I 4186 17060

7766.55 Zr I 11017 23889

7800.74 Zr I 21801 34617

7816.32 Zr I 5023 _ 17814

7819.35 Zr I 14697 27482

7822.94 Zr I 14123 26902

7826.72 Zr I 14349 27122

7849.35 Zr I 5541 18277

7869.99 Zr I 5541 18244

7876.25 Zr I 22398 35091

7882.18 Zr I 4376 17060

7897.98 Zr I 4186 16844

7908.46 Zr I 4871 17512

7924.20 Zr I 22145 _ 34762

7940.47 Zr I 4197 16787

7944.61 Zr I 5249 17833

7956.66 Zr I 5249 17814

7959.98 Zr I 4871 _ 17430

7963.63 Zr I 14349 26902

8005 27 Zr I 5023 17512

8015.26 Zr I 11017 23489

8040.10 Zr I 14123 26557

8046.05 Zr I 14697 27122

8053.06 Zr I 14697 27111

8055.29 Zr I 4376 16787

Loggf

IQS/sec

0.049 0.041 -1.38

0.024 0.021 -1.69

0.055 0.047 -1.33

(J.Uo4 0.071 —1.15

0.033 0.028 -1.55

0.067 0.057 -1.24

0.034 0.029 -1.54

0.051 0.044 -1.36

0.001

1

0.00092 -3.04

0.0062 0.0053 -2.28

0.039 0.034 -1.47

0.032 0.027 -1.56

0.022 0.019 -1.72

0.0023 0.0020 -2.71

0.015 0.013 -1.88

0.0013 0.0011 -2.96

0.036 0.032 -1.50

0.022 0.019 -1.72

0.015 0.013 1 on —1.89

0.0047 0.0041 -2.38

0.043 0.038 -1.42

0.039 0,035 -1.46

0.016 0.014 -1.84

0. 14 0. 12 —0.92

0.0016 0.0014 -2.85

0.0011 0.0010 -2.99

0.0096 0.0087 -2.06

0.12 0.11 -0.96

0.0021 0.0019 O ^ 1 —2.71

0.29 0.27 -0.57

0.079 0.073 -1.14

0.097 0.089 -1.05

0.018 0.017 -1.78

0.0069 0.0064 —2.19

0.32 0.30 -0.52

0.0023 0.0021 -2.67

0.0013 0.0012 -2.91

0.0026 0.0025 -2.61

A 1 O 0. 1

3

A 1 0. 12 —\j.yZ

0.0026 0.0025 -2.61

0.029 0.027 -1.56

0.014 0.014 -1.86

0.013 0.012 -1.91

0.046 0.044 —1.36

0.027 0.026 -1.59

0.0062 0.0060 -2.22

0.0085 0.0082 -2.09

0.062 0.060 -1.22

0.040 0.039 -1.41

0.0026 0.0026 -2.59

554
Wavelength Spectrum Energy Levels

A K

oUjj. /o Lt I J lUz 1 -7 C 1 T

1 / J IZ

8058.08 Zr I 5023 — 17430

8063.09 Zr I 5023 — 17422

8070.08 Zr I 5889 — 18277

8114.28 Zr I 5102 — 17422

olZU. 1 / Zir I vo 1 iy J LVjV

8132.99 Zr I 5541 — 17833

8152.58 Zr I 5249 — 17512

8188.77 Zr I 14349 — 26557

8194.73 Zr I 10885 — 23085

oZUl. Id LV I 4o /

1

I /UoU

8212.53 Zr I 5249 — 17422

8240.37 Zr I 17143 — 29275

8283.81 Zr I 11017 — 23085

8299.81 Zr I 12342 — 24388

Zir I jUZ J I /UoU

8309.50 Zr I 14123 — 26154

8320.16 Zr I 5541 — 17556

8332.44 Zr I 17060 — 29058

8370.23 Zr I 5889 — 17833

C1CQ /I 1 LT I lO /o / 8414.00 Zr I 5541 — 17422

8453.17 Zr I 11258 — 23085

8457.48 Zr I 5023 — 16844

8464.65 Zr I 5249 - 17060

I 1 14j Z07 1 u 8498.44 Zr I 5023 — 16787

8513.78 Zr I 5102 - 16844

8515.06 Zr 1 17060 — 28801

8568.54 Zr I 5889 - 17556

o J / 1 .Uj Ar 1 1 Z J4Z Z4UUO

8584.21 Zr I 15120 — 26766

8587.84 Zr I 11956 — 23597

8610.24 Zr I 11956 — 23567

8734.86 Zr I 14989 — 26434

8749.48 Zr I 4871 16297

8786.23 Zr I 11641 23019

8804.98 Zr I 14989 26343

8836.09 Zr I 15120 26434

8899.52 Zr I 12773 24006

gt Log gf

108/sec

0.0034 0.0033 -2.48

0.0099 0.0096 -2.02

0.025 0.024 -1.62

n 1 ^ U. 1 o n 1 ^ U. It) 0.0017 0.0016 -2.19

0.15 0.15 -0.82

0.074 0.073 -1.13

0.0034 0.0034 -2.47

U.UZo U.UZo 1 Q —i.jy

0.032 0.033 -1.49

0.0089 0.0090 -2.05

0.047 0.047 -1.32

0.093 0.095 -1.02

U.U3i U.U34 —11 Al .4 / 0.0083 0.0086 -2.07

0.021 0.022 -1.66

0.014 0.014 -1.85

0.0012 0.0013 -2.89

U.UoZ U.Uoj 1 1 Q —i.iy

0.0095 0.0100 -2.00

0.016 0.017 -1.76

0.012 0.013 -1.89

0.042 0.045 -1.35

U.UUUo J u.uuuy 1 —1 (\A J.U4

0.0077 0.0082 -2.08

0.039 0.042 -1.37

0.0056 0.0060 -2.22

0.00071 0.00077 -3.11

U.UZ 1 U.UZ J

1 (^A

1 .04

0.0015 0.0016 -2.80

0.0077 0.0085 -2.07

0.043 0.048 -1.32

0.0069 0.0076 -2.12

u.uu4y U.UUj4 —z.z / 0.022 0.025 -1.60

0.0014 0.0016 -2.79

0.0085 0.0099 -2.01

0.035 0.041 -1.39

0.16 0.18 -0.74

0.068 0.081 -1.09

555
Wavelength Spectrum Energy Levels

A K

2419.41 Zr II 4248 — 45568

Zr II AO AQ 4248 A C AC C Z4j / .44 Zr II A < AA 4jUo /I C T C A 4J 1 OD

") A Ql '^Q Z4o / .Zy ZiT II 0 1 j3 45343

0 A A C 245*0. 4o ZiT II "7010 4 /oo2

2532.46 Zr II 763 — 40239

Zr II 3 1

J

1 Q/; A A

255U.74 Zr II A 3yiy2

Zjo /.o4 Zr II AU 3oy34

2 joo.o / Zr II 1323 A A'^ 0 41)235'

2571.39 Zr II 763 — 39640

2joi. 4U Zr II A CAA 45Uo 45101

Zr II A'^ AO 424o A'^O Cl 42ool

Zr II A CA/C 4jUo /(O CAyl 423U4

O ^ '2 Q AO Zr II /o3 IQfiA A 3od44

2643.40 Zr II 315 — 38134

2ojU.3o Zr II /d3 10/101 3o4o3

2oD /.oU •7 TT ZjT II 3 1

J

moo 3 / / 00

T T AT II J / j3 432U2

TATA QA 2o /u.yo ZiT II A'^ AQ 424o 4 1 0 / /

2678.63 Zr II 1323 — 38644

ZOol. /O ZlT II / 03 1 0A/I 1 3 oU4

1

')/;Q') /:a -r^ TT Ar II CACC oUjo 43 1 oO

207J. J J T TT Zir II 3 1

J

3 /43U

1(^QA AA Zr II C? CI J / 33 /I T 0 A 1 42oo 1

2695.43 Zr II 4248 — 41337

0/::oo /:a Zr II

"2 1 C 313 1 ^71 /I A

3 / 34d

OTAA 1 'J 2/UU. 13 Zr II lt>5 3 / /oo

T7 1 1 CI 271 1.51 Zr II AI) 3D005'

2 / 12.42 Zr II

'J 1 C 315 3/1/1

2714.26 Zr II 4506 — 41337

2722.61 Zr II 1323 1 OA/I 1 3oU41

2726.49 Zr II 1 63 1 '7 /1 1 A 3 /43U

11 51.1

1

Zr II /d3 A£i 5 1 34o

2734.06 Zr II

'J 1 C 315 1 C OC Q 30007

2740.35 Zr II 3758 — 40239

2 /4U.5 1 Zr II A'^ AO 424o 4U / 2 / '^n A 1 c c 2 /41.JJ Zr II

1 n1

3moo / /oo

2/42. JO Zr II AU 3d432

2 /4j.oo Zr II

"7 /CI /o3 3/1/1

2752.21 Zr II 315 - 36639

2/jo.ol Zr II AU

1 AO 1 '7 3d23 / Zr II A

u 5t)iy 1 llbo.15 Zr II

1 '2 0 1515 5 /43U

2796.90 Zr II 5 /24 A 1 A CO 41400

2799.15 Zr II 5753 41468

2808.16 Zr II 315 35915

2810.91 Zr II 6112 41677

2818.74 Zr II 7736 43202

2825.56 Zr II 7513 42894

gf Log gf

108/sec

3 2 0 28 -0 56

9.2 0.83 -0.08

1.3 0.12 -0.91

11. 1.0 0.02

6.1 0.57 - -0.25

2.9 0.28 -0 55

3 1 0.30 -0 52

2.8 0.27 -0.57

6.5 0.65 -0.19

27 2 7 0 43

29 2 9 0 46

2.9 0.29 -0 54

4.7 o!47 -0.32

8.2 0.85 -0.07

3 9 0 41 -0 39

1 1 1 • 1 0 12 -0 93

1 9 0 20 -0 70

2.6 0.28 -0.56

3.6 0.38 -0.42

5 0 0.54 -0.27

33. 3 6 0.55

0 56 0.060 -1.22

11. 1.1 0.06

2.1 0.23 -0.64

11. 1.2 0.08

2 8 0 31 -0.51

1 3 0 14 -0 86

11. 1.2 0.08

3.2 0.36 -0.45

1 8 0 19 -0 71

5 7 0 63 -0.20

21 2 4 0 37

11. 1.2 0.08

6.4 0.72 -0.14

1

6

1X • 80 0 26

0 24 -0 62

3 6 0 41 -0 39

2.1 0.24 -0.62

11. 1.2 0.09

8 4 0 95 -0.02

7 2 0\J*\J82£ml -0.09

5 7 0 59 -0.23

0.68 0.078 -1.11

2.7 0.31 -0.51

u. 9y 0V/. 810 X -0.09

4 0 54 -0.27

0 3? 0 038 -1.42

8 2 0 97 -0.01

28. 3.3 0.52

35. 4.2 0.62

556
Wavelength Spec

A

trum Energy Levels gA gf

K 108/sec

Log gf

2827.50 Zr II

1 1 ^ 6112 41468

2833.91 Zr II 7513 42789

2834.40 Zr II 6468 — 41738

2838.02 Zr II 6112 — 41337

2839.34 Zr II 6468 — 41677

Al 2843.52 Zr II 1 1 Sb 4Zoy4

2844.58 Zr II 8058 — 43202

2848.19 Zr II 5753 — 40853

2851.97 Zr II 7736 — 42789

2854.43 Zr II 7838 — 42861

2856. 06 Zr II 41) /Z 1 2865.10 Zr II 2895 37788

2865.60 Zr II 3758 — 38644

2869.81 Zr II 8058 — 42894

2872.53 Zr II 8058 — 42861

Zall.jj Zr II 33UU 3oU41

2882.09 Zr II AlA^ 38934

2883.80 Zr II 7838 — 42504

2888.04 Zr II 6112 — 40727

2889.43 Zr II 2572 — 37171

2898.7

1

Zr II 3300 37788

2901.62 Zr II 13428 47882

2901.82 Zr II 2895 — 37346

2905.23 Zr II 6468 — 40878

2907.38 Zr II 6468 — 40853

o o 1 n o c Zyiyj.Zj Zr II O 1 C3 ol5i A'^ Zf\ A 4z jU4

2915.99 Zr II 3758 — 38041

2916.64 Zr II 2895 — 37171

2918.24 Zr II 8153 — 42410

2924.64 Zr II 14163 — 48345

2926.99 r-y Zr II 1/11 C\f\ 141 90 48345

2934.61 Zr II 2572 36639

2936.31 Zr II 3300 — 37346

2945.46 Zr II 7736 — 41677

2948.94 Zr II 7838 — 41738

o r\ c 1 AO 295 1.48 Zr II 1 f\f\ 3300 37171

2952.24 Zr II 1323 35186

2955.78 Zr II 14060 — 47882

2962.68 Zr II 2895 — 36639

2968.96 Zr II 3758 — 37430

Zr II ZdII 1 1 T ^7 36237

2976.61 Zr 11 8153 41738

2978.05 Zr II 3300 — 36869

2979.18 Zr II 2895 — 36452

2981.02 Zr II 4506 — 38041

2987.80 Zr II 9743 43202

2991.41 Zr II 0 33419

3003.74 Zr II 4506 37788

3013.32 Zr II 4506 37682

3019.84 Zr II 315 33419

"3 Q 5.y U.46 —U.ii

6.8 0.81 -0.09

3.8 0.45 -0.34

2.2 0.27 ' -0.57

5.8 0.70 -0.16

o. /

1 1 1 .

1

U.UZ

48. 5.8 0.76

7.9 0.96 -0.02

23. 2.8 0.44

4.6 0.57 -0.25

yj.yj HIT U. I Z A Q1 ^j.yD

0.83 0.10 -0.99

1.8 0.22 -0.66

22. 2.8 0.44

2.3 0.29 -0.54

1 c

1 .J n 1 Q U. 1 7 —U. / J 0.77 0.096 -1.02

3.2 0.40 -0.40

3.2 0.40 -0.40

0.59 0.074 -1.13

1 A

1 .4 n 1 Q

U. 1 o —U. / J 16. 2.1 0.32

0.74 0.094 -1.03

6.1 0.77 -0.12

2.7 0.34 -0.47

J.

5

U.6o A 1 n —U. 1 / 5.2 0.66 -0.18

1.4 0.18 -0.74

16. 2.0 0.30

13. 1.7 0.23

Q < yj. Iz. 1 AO 1 .yjy

1.9 0.24 -0.62

2.3 0.29 -0.53

4.3 0.56 -0.25

16. 2.0 0.31

Z.y U.JO A /IT —U.4z

0.76 0.099 -1.01

86. 11. 1.05

5.2 0.68 -0.17

6.5 0.86 -0.07

1 1 J.J U.44 A -J C —U.J J 8.8 1.2 0.07

5.6 0.74 -0.13

3.6 0.47 -0.32

4.0 0.54 -0.27

Z. 1 U. j6 —A A < U.4j

0.34 0.045 -1.34

7.3 0.98 -0.01

2.3 0.31 -0.51

1.1 0.15 -0.82

557
Wavelength Spectrum Energy Levels

A K

11 4948 fZto 17146

3028.04 Zr II 7838 — 40853

3030.92 Zr II 0 — 32984

JUjO. J" 11 HJ UD — 37430

7 -r ZjI T I 11 8 1 '^1 o 1 J J — 40878

7 r 1 1 8O 11 JSIJ 408^1 HUo J J 3060.11 Zr II 315 — 32984

3061.35 Zr II 763 — 33419

jUO't.D J 7 T- I I 11 4948 — 36869

-1A^,C 9 1 7 r 1 1 0 — 32615

jU"J.U / "7 -r Zil 1 1 1

1

J 1

J

196 jZO I S 1 J 3099.23 Zr 11 0 — 32257

3106.58 Zr II 8058 — 40239

J 1 1 U.oo 7 T' 11 7^>1 / DJ — 32899

.J"^19^ L^J, 1Q1 7 7 r I T

1 1 4948 — 36237

7r 1 1 Q 3 11 981 -7 O 1 3129.18 Zr II 4248 — 36197

3129.76 Zr II 315 — 32257

'WK'K 48 7r TT / / JO — 39640

J 1 J O. Do 7t IT11 1 DJ — 32615

J 1 J J.D / 7 -r Zi I 1

1

7<; 1

1

/ J 1

J

1Q1 Q9

3157.00 Zr II 4248 — 35915

3164.31 Zr II 5753 — 37346

J 1 OJ .Hj 11 80'^8 — 39640

1 1 Q7 7Zj I 1 1 1

1 jLj 191 — 32899

1J11 /^A DO. 7AZD 7 y ZiT 11 DHDo 1804 1 J oUH 1 3178.09 Zr II 7736 — 39192

3181.58 Zr II 7513 — 38934

1 1 S 1 Q7 J 1 o 1 .yA 7Zir II '^7 S 1 — 37171

1 1 87 8A J loZ.oD 7 T~ ZiT II HJUD — 35915

T 1 q 1 qa J ly I. yyj ZjI 7 11 A4A8 DHDo J17788 / / Oo

3204.35 Zr II 7736 — 38934

3212.85 Zr II 5753 — 36869

J^914 z. i^. 1lyQ Zj X 11 7^.1 / D J — 31866

Zj I 1 1 14161 — 45186

"^998 81 ZjI 1 1 DHDO 17410

3231.69 Zr II 315 — 31249

3236.58 Zr II 14299 — 45186

jZf 1 .U J ZjI 11 J1 1 s 1

J

— 31160

jZD'+.o 1 7 r' Zil T T

1 1 7*; 1 1 / J 1 J — 38134

197 jZ 1 11 / 1 . 1 J 7 T T T 11 4948 HZ'+o jHo 148 11 OV

3272.22 Zr II 0 — 30551

3273.05 Zr II 1323 - 31866

JZ197Q/ 7. 9AZD 7 r~ II 761 - 31249

jZo4. 19 8/1 7 1 / 1 7 1- Ar II o — 30435

198^ jZo J.oo88 7 T- I T 11 80^8 oUjo 38483

jzoo.oU 19 88 80 1 r~ LiV II 761 / DJ 31 160

3296.40 Zr II 7736 38063

3302.67 Zr II 9969 40239

3305.15 Zr II 315 30562

gA gf Log gf

11/ /ocC

7 1 / . 1 0 Q7 —0u.u011 0U.JO58

1.1 0.15 -0.84

7.3 1.0 0.00

^9J y. J.H 0u. 74/

J . y nU. JHS4 —0u.z97/ 0 6

1

n 086 —11 .u07/ 0.61 0.085 -1.07

1.8 0.26 -0.59

n 98 0u.u01QJ y —11 .H41

1

1 4 0 90 —0u. 70/ u

11 .*+4 0 90 —0u. 70/ u

33. 4.8 0.68

1.3 0.19 -0.73

1 1 1 .

1

0 1 6 —Ou.ou80

11 . J5 0 99 —0 67

7/ . 7/ 1 1 0 06

2.5 0.37 -0.43

14. 2.1 0.32

^ 9 0 57 —0u.z.*+ 94

1 0 11 .D6 0u. 11 Qy 0U. J19z —0 4Q

12. 1.7 0.24

6.2 0.93 -0.03

S 4 0 8 1 \J. O 1 —0 09

A 0 0U. J5Q" —0U.^91J 6O.yQ 1

1 -V0 0u.uz. 09

6.4 0.97 ^.01

3.1 0.47 -0.33

1

1

1 J . i.y 1 Q 0 9Q

J.J S 1 0 80 —0U. 11 0u

nU. 86OD ' Oil U. 1 J —0u.oo88

1.4 0.22 -0.65

3.5 0.54 -0.26

Z.9 11 . J . J 0 59

0 7 1 —0yj. 11 J5 0yj. J1Qy —0 41

21. 3.4 0.53

2.9 0.46 -0.34

11 .yjn 0U. 11 7/ —0 78/ o

1I 6.D 0U.ZD96 —0U. J58o

11 . 7/ 0U.ZO98 —0U. J55J 4.8 0.77 -0.12

5.0 0.81 -0.09

9 8 Z.o Ot/.H4SJ —OU. 14jH

4 1 H. J 0 6Q —0U. 11 6D

yj.jy 0 0Q6 —11 .uz 09

9 1 Z.. 1 0U. jH- 14 —0U.H-47/ 3.8 0.63 -0.20

1.8 0.29 -0.54

558
Wavelength Spectrum Energy Levels

A K 108/sec

gf Loggf

3306.28 Zr II 315 30551

3309.89 Zr II 7838 — 38041

'Jill "J A 33 1 1.34 Zr II J /Z4 1 <Q 1 < 3313.70 Zr 11 T < 1 1 /j 13 3 /ooZ

33 14.50 Zr II C7 CI J / j3 1 CO 1 c 3 1

J

3318.51 Zr II 6112 — 36237

3319.02 Zr II 315 — 30435

-J-3T> QQ Zir II /Clio 0 1 1 z1^1 Q7 30 17/

o T T /r on iJZo.oU ZjT II 1Z30U 4Z4 iU

3334. Zir II oyjjo 1 sn/i 1 3oU4 1

3334.62 Zr II 4506 — 34485

3338.41 Zr II 7736 — 37682

11 Af\ C/C 334U. j6 Zr II

1 1 T 1

1 3Z3 1 1 T /I Q 3 lZ4y

1 ^ A A nCi 3344. /y •7 .1-. Z,r II Old 0 1 j3

3354.39 •7Zr II /Clio ol IZ 1 CO 1 c 3 jy 1

J

3356.09 Zr II 763 — 30551

3357.26 Zr II 0 — 29778

3359.96 •7 « Zr II

I i 00 A

' I I yo4 41 / 3o

"5 T ^ /CO 3362.68 •7 .1-. Zr II 3 / /ao

o -5 0 00 3363. oz Zr II layJ 3Zd1 J

3367.82 Zr II 2572 — 32257

3369.26 Zr II 9969 — 39640

33 /3.4Z Zr II 0 1 CI ol j3 -2-7-700 3 / /oo

111 A 11 zr II oUjo -J -7 /CO 3 / ooZ

lint: 33 /O.Z / zr II 1

1

3o 3 / 34D

3377.46 Zr II 3300 — 32899

3378.30 Zr II 7838 — 37430

11 Qn Qi 33o /.o / Zr II /o3o 3 /34o

33oo.3U Zr II A T Q C A?

-5 1 Q 1 QO Zr II i3Z3 1 ATQA 3U /yo

3393.12 Zr II 315 — 29778

3396.33 Zr II 7736 — 37171

33yo.oo •7Zr II

1 1 /) 0 Q 1 34zy /I -) Q/C 1 4Zoo 1 33yy.3 J 7 « Zr II Zj /Z 1 1 00

1

3 1 y© 1

'2 /I AO OT 34UZ.O / Zr II

1 0 1 /C A lZ3oU /1 1 -7 1

0

41 /3o

3403.68 Zr II 8058 37430

3404.83 Zr II 2895 — 32257

"2 /I AO AO 3408.08 •7 « Zr II ^0-50 7838 "2 T 1 -7 1 37 17

1

34IU.Z3 •7 *^ Zr II 1 1 AA 33UU 1 -) /C 1 c 3Zol J

341 y. 1

1

Zr II 1 3Z3 1 AC/C-> 3UjoZ

3424.82 Zr II 315 — 29505

3430.53 Zr II 3758 — 32899

1/111 343 1.3/ zr II / /3o 3oooy

1/1 n /II 343Z.4

1

zr II

"7 < 1 1

/ J 1

3

3oD3y

1/111 01 3433. y 1 Zr II oUjo 3/1/1

1/1 n 1 /I 343 /. 14 Zr II cn /I J /Z4 1 /I 0 1 A 34o IU

3438.23 Zr II 763 29840

3443.57 Zr II 7838 36869

3457.56 Zr II 4506 33419

3458.93 Zr II 7736 36639

2.9 0.48 -0.32

1.0 0.17 -0,.77

A C7 U.J / A AQ1 1 Al 1.U3

1 T 3. / u.oz —n 7

1

u.z 1 1 0 3.Z n CI U. j3 —C\ 78

1.2 0.21 -0.69

0.48 0.080 -1.10

O.Z 1 n 1 .u u.u 1 30. j.y n 77 u. / /

1 u. 1. / nU.Z47zi

2.2 0.36 -0.44

4.7 0.79 -0.10

1 1 3.

1

U.J 1

1 A1 u. 1.0 A 7/1 U.Z4

Z. / U.4j A -2/1

2.5 0.43 -0.37

1.4 0.24 -0.61

1 A

1 4. 7 /I Z.4 A 17 U.3 / 0 /I Z.4 A /I 1 U.41 A TO

A Q1 u.y 1 A 1 < U. I

J

A Q 1

0.82 0.14 -0.85

1.7 0.28 -0.55

A U. / 0 —n 1

1

u. 1

1

Q C y.j l.O n 7

1

U.z 1 Z.J —nU.JO18

0.99 0.17 -0.77

1.3 0.23 -0.64

1

1

1 3. z.z n 1 c u.3 J

1 Q 1 .7 n 11 U.33 A /( 0 U.4o

0 1 Z 1

.

1 ^ 3.0 n cc U.J J

1.5 0.27 -0:57

3.6 0.62 -0.21

/I 1 4.

1

A 7 1 U. / 1 A 1 < ^J. I J

1 .y All U.33 A A C —U.4o

1 0

iz. Z. 1 A 17 U.3Z

4.5 0.78 -0.11

3.1 0.54 -0.27

A O 4.Z A 70 u. /z A 1 A ^J. 14

/I ^ 4.0 A 8A U.OU A AQ

A 0/; u.zo A A/1 C U.U4j 1 1/1 1.34

0.40 0.071 -1.15

6.7 1.2 0.07

0 1 Z.3 u.4

1

-~(\ 1Q

z.o n 47 —AU.J11J Z.J n /i/i —n 1 ^ u.3 J

4.3 0.76 -0.12

13. 2.4 0.37

O /I Z.4 A /1

1

U.43 —A 1<^ U.3o

3.2 0.57 -0.24

3.9 0.70 -0.16

559
Wavelength Spectrum Energy Levels

A K

3463.02 Zr II

1 1 no /I 1 iy84 4Uo53

3469.94 Zr II 8058 36869

3478.30 Zr II 763 — 29505

3478.50 Zr II 9743 — 38483

3479.02 Zr II 4248 — 32984

3479.39 Zr II 5753 34485

3480.41 Zr II 7513 I 36237

3481.15 Zr II 6468 — 35186

3483.54 Zr II 6112 — 34810

3485.32 Zr II 7513 — 36197

Zr II 315 28909

3499.58 Zr II 3300 I 31866

3505.48 Zr II 12360 — 40878

3505.67 Zr II 1323 — 29840

3506.05 Zr II 9969 — 38483

3507.67 Zr II 7736 36237

3510.46 Zr II 4506 32984

3520.87 Zr II 4506 — 32899

3525.81 Zr II 2895 — 31249

3530.85 Zr II 14190 — 42504

3536.94 Zr II 2895 Til /lf\ 3 1 160

3539.01 Zr II 13429 41677

3542.62 Zr II 14190 — 42410

3549.51 Zr II 9969 — 38134

3551.95 Zr II 763 — 28909

3554.07 Zr II 9553 O ^7 O O 37682

3556.60 Zr II 3758 I 31866

3568.14 Zr II 6468 — 34485

3572.47 Zr II 0 — 27984

3573.08 Zr II 1511 — 30551

3576.85 Zr II 1 1 f\f\ 3300 3 1249

3578.23 Zr II 9743 37682

3587.98 Zr II 2572 — 30435

3588.32 Zr II 3300 — 31160

3599.90 Zr II 14733 — 42504

3607.38 Zr II 3 /6o2

3611.89 Zr II 14060 41738

3613.10 Zr II 315 — 27984

3614.77 Zr II 2895 — 30551

3630.02 Zr II 2895 — 30435

3633.49 Zr II 14163

3636.45 Zr II 3758 31249

3655.56 Zr II 7838 — 35186

3662.14 Zr II 13419 — 40727

3668.45 Zr'll 3300 — 30551

3671.27 Zr II 5753 32984

3674.72 Zr II 2572 29778

3678.90 Zr II 14163 41337

3697.46 Zr 11 3758 30796

3698.17 Zr II 8153 35186

1 .CkfT CTT 108/sec

52. 9.3 0.97

0.78 0.14 -0.85

0.33 0.059 -1.23

z.u U.J / U.4J 1.2 0.22 -0.66

13. 2.3 0.36

2.6 0.47 -0.32

16. 2.9 0.47

o. /

1 A 1.0 u.zu

2.2 0.39 -0.41

9.0 1.6 0.22

0.96 0.18 -0.76

22. 4.1 0.61

Z.J U. JO

2.7 0.50 -0.31

0.77 0.14 -0.85

1.4 0.26 -0.59

0.86 0.16 -0.80

1 Q I .y U.J J A A ^ u.4J 7.1 1.3 0.12

0.48 0.089 -1.05

3.6 0.68 -€.17

63. 12. 1.08

1 c J.O U. /z A 1 A ^j. 14

3.9 0.74 -0.13

3.3 0.63 -0.20

11. 2.1 0.32

0.95 0.18 -0.74

3. / u. / I U. 1 J 0.76 0.15 -0.83

5.5 1.1 0.02

4.0 0.78 -0.11

1.5 0.30 -0.53

U. / J n 1 /I U. 14 U.o4

9.2 1.8 0.25

4.4 0.86 -0.07

59. 11. 1.06

2.0 0.39 -0.41

A T 4.

1

U.oU U. 1 u

0.62 0.12 -0.91

12. 2.3 0.36

0.78 0.15 -0.81

0.42 0.085 -1.07

A Q 4.5* U.U 1 0.46 0.093 -1.03

2.2 0.45 -0.35

1.9 0.38 -0.42

8.7 1.8 0.25

1.2 0.25 -0.61

10. 2.1 0.33

560
Wavelength Spectrum Energy Levels gA gf

A K 108/sec

Loggf

3709.26 Zr II 6468 33419

3714.78 Zr II 4248 - 31160

3718.84 Zr II 2895 — 29778

3731.26 Zr II 14060 — 40853

3738.11 Zr II 4506 — 31249

3745.98 Zr II 14190 40878

3750.64 Zr II 4506 — 31160

3751.60 Zr II 7838 — 34485

3757.79 Zr II 14733 — 41337

3766.82 Zr II 3300 — 29840

3767.88 Zr II 5724 32257

3782.22 Zr II 6468 - 32899

3796.48 Zr II 8153 — 34485

3817.58 Zr II 4248 — 30435

3836.76 Zr II 4506 — 30562

3838 28 Zr II 4506 30551

3843.02 Zr II 2895 — 28909

3855.43 Zr II 4506 — 30435

3914.34 Zr II 19515 — 45055

3915.94 Zr II 4248 — 29778

3934.12 Zr II 2572 27984

3934.79 Zr II 5753 — 31160

3936.06 Zr II 6468 — 31866

3958.22 Zr II 4248 — 29505

3991.13 Zr II 61 12 — 31 160

3998.97 Zr II 4506 29505

4018.38 Zr II 7736 - 32615

4024.44 Zr II 8058 — 32899

4029.68 Zr II 5753 — 30562

4034.09 Zr II 6468 — 31249

4040.24 Zr II 7513 32257

4045.61 Zr II 5724 - 30435

4048.67 Zr II 6468 — 31160

4050.33 Zr II 5753 — 30435

4090.51 Zr II 6112 — 30551

4096.63 Zr II 4506 28909

4149.20 Zr II 6468 - 30562

4150.97 Zr II 6468 — 30551

4156.24 Zr II 5724 — 29778

4161.21 Zr II 5753 — 29778

4179.81 Zr II 13429 37346

4186.69 Zr II 14163 - 38041

4208.98 Zr II 5753 — 29505

4211.88 Zr II 4248 — 27984

4231.63 Zr II 14163 — 37788

4258.04 Zr II 4506 27984

4273.52 Zr II 6112 29506

4286.51 Zr II 7838 31160

4296.74 Zr II 14163 37430

4317.31 Zr II 5753 28909

4.7 0.97 -0.01

0.67 0.14 -0.86

0.15 0.031 -1.51

15. 3.0 0.48

0.17 0.036 -1.44

30. 6.4 0.81

0.28 0.059 -1.23

7.9 1.7 0.22

5.9 1.3 0.10

0.81 0.17 -0.76

0.12 0.024 -1.61

0.28 0.059 -1.23

1.2 0.25 -0.60

0.60 0.13 -0.88

3.9 0.86 -0.07

0.34 0.075 -1.13

0.76 0.17 -0.77

0.23 0.052 -1.28

5.2 1.2 0.07

0.55 0.13 -0.89

0.22 0.050 -1.30

0.53 0.12 -0.91

0.22 0.050 -1.30

1.6 0.37 -0.43

2.1 0.50 -0.30

1.3 0.31 -0.50

0.50 0.12 -0.92

0.54 0.13 -0.88

0.92 0.22 -0.65

0.11 0.026 -1.58

0.14 0.035 -1.45

0.89 0.22 -0.66

1.7 0.41 -0.39

0.44 0.11 -0.96

0.36 0.090 -1.04

0.097 0.024 -1.61

2.9 0.74 -0.13

0.37 0.094 -1.02

0.55 0.14 -0.85

0.76 0.20 -0.71

1.3 0.33 -0.48

2.0 0.52 -0.29

1.1 0.29 -0.54

0.23 0.061 -1.21

0.72 , 0.19 -0.72

0.21 0.056 -1.25

0.14 0.038 -1.42

0.1

1

0.031 -1.51

0.66 0.18 -0.74

0.12 0.033 -1.48

561
Wavelength Spectrum Energy Levels gf Log gf

A Xv /see

AI T T 11 1 74J J 4ZjU4 2 8 0 78 —0 1

1

W. 1 1 4359.74 Zr II 9969 - 32899 1.4 0 39 —0\J.'-t\J 40

4370.95 Zr II 9743 - 32615 0^59 0.17 -0.77

fJ 1 y. 1 o ZjI T T 11 1 Z jOU — 1 '^ 1 8^^ 2.2 0.64 -0.19

ZiT TT11 7J J J — Ill jZZj / 0 27 0 078 —1 1

1

I'll

II 7707 J AO 1 J 0 30 0 087

4440.46 Zr II 9743 - 32257 0 37 0 094 —11 . 0^yJD 4443.00 Zr II 11984 - 34485 1.1 0.33 -0.49

H-'tO 1 .ZZ II O 1 J J — in^A7 0.23 0.067 -1.17

AAOA Al II 1 QA 1

2

I 74j J — /I4

11 A77 O / / 3 3 0 99 —0 01

II J / J J Z/704 —1 1 ^ 4553.97 Zr II 19515 - 41468 —0 1 1 1 1 4574.50 Zr II 19614 - 41468 1.1 0.35 -0.45

AA.1Q ni LiT II ZUUoU — A 1 /;77 410// 2.4 0.76 -0.12

40oJ . 1 y LA. II 1 7 J 1 J 4UoJj 1

1 0 35 —0 45

1 1 "7 "77 J 1 1 Z.Z / 7 r ZiT TT11 11 j4Zo lAlS jZ704 0 26 0 10 —1 00

5191.60 Zr II 14163 - 33419 0 59 0 24 -0 62

5350.09 Zr II 14299 - 32984 0.17 0.072 -1.14

jjjyj.jj 7 II t1 4Alii / J J — 1 "1/1 1 Q J j4 1

7

0.19 0.081 -1.09

6678.01 Zr II 19515 - 34485 0 1 3 0 085 —11 . 07W /

6787.15 Zr II 20080 - 34810 0.20 0.14 -0.86

562
THE NATIONAL BUREAU OF STANDARDS

Functions and Activities

The functions of the National Bureau of Standards are set forth in the Act of Congress,

March 3, 1901, as amended by Congress in Public Law 619, 1950. These include the development and maintenance of the national standards of measurement and the provision of means

and methods for making measurements consistent with these standards; the determination of

physical constants and properties of materials; the development of methods and instruments for

testing materials, devices, and structures; advisory services to government agencies on scientific

and technical problems; invention and development of devices to serve special needs of the

Government; and the development of standard practices, codes, and specifications. The work

includes basic and applied research, development, engineering, instrumentation, testing, evaluation, calibration services, and various consultation and information services. Research projects are also performed for other government agencies when the work relates to and supplements the

basic program of the Bureau or when the Bureau's unique competence is required. The scope of

activities is suggested by the listing of divisions and sections on the next page.

Publications

The results of the Bureau's research are published either in the Bureau's own series of publications or in the journals of professional and scientific societies. The Bureau itself publishes three

periodicals available from the Government Printing Office : The Journal of Research, published

in four separate sections, presents complete scientific and technical papers; the Technical News

Bulletin presents summary and preliminary reports on work in progress; and Basic Radio Propagation Predictions provides data for determining the best frequencies to use for radio communications throughout the world. There are also five series of non-periodical publications : Monographs, Applied Mathematics Series, Handbooks, Miscellaneous Publications, and Technical

Notes.

A complete listing of the Bureau's publications can be found in National Bureau of Standards

Circular 460, Publications of the National Bureau of Standards, 1901 to June 1947 ($1.25), and

the Supplement to National Bureau of Standards Circular 460, July 1947 to June 1957 ($1.50),

and Miscellaneous Publications 240, July 1957 to June 1960 (Includes Titles of Papers Published in Outside Journals 1950 to 1959) ($2.25); available from the Superintendent of Documents, Government Printing Office, Washington 25, D. C.
U. S. DEPARTMENT OF COMMERCE

Luther H. Hodges, Secretary

NATIONAL BUREAU OF STANDARDS

A. V. Astin, Director

THE NATIONAL BUREAU OF STANDARDS

The scope of activities of the National Bureau of Standards at its major laboratories in Washington, D. C,

and Boulder, Colorado, is suggested in the following listing of the divisions and sections engaged in technical

work. In general, each section carries out specialized research, development, and engineering in the field in- dicated by its title. A brief description of the activities, and of the resultant publications, appears on the preceding page.

WASHINGTON, D. C.

Electricity. Resistance and Reactance. Electrochemistry. Electrical Instruments. Magnetic Measurements.

Dielectrics. High Voltage.

Metrology. Photometry and Colorimetry. Refractometry. Photographic Research. Length. Engineering

Metrology. Mass and Scale. Volumetry and Densimetry.

Heat. Temperature Physics. Heat Measurements. Cryogenic Physics. Equation of State. Statistical Physics.

Radiation Physics. X-ray. Radioactivity. Radiation Theory. High Energy Radiation. Radiological Equipment.

Nucleonic Instrumentation. Neutron Physics.

Analytical and Inorganic Chemistry. Pure Substances. Spectrochemistry. Solution Chemistry. Standard Reference Materials. Applied Analytical Research. Crystal Chemistry.

Mechanics. Sound. Pressure and Vacuum. Fluid Mechanics. Engineering Mechanics. Rheology. Combustion

Controls.

Polymers. Macromolecules: Synthesis and Structure. Polymer Chemistry. Polymer Physics. Polymer Characterization. Polymer Evaluation and Testing. Applied Polymer Standards and Research. Dental Research.

Metallurgy. Engineering Metallurgy. Microscopy and Diffraction. Metal Reactions. Metal Physics. Electrolysis and Metal Deposition.

Inorganic Solids. Engineering Ceramics. Glass. Solid State Chemistry. Crystal Growth. Physical Properties.

Crystallography.

Building Research. Structural Engineering. Fire Research. Mechanical Systems. Organic Building Materials.

Codes and Safety Standards. Heat Transfer. Inorganic Building Materials. Metallic Building Materials.

Applied Mathematics. Numerical Analysis. Computation. Statistical Engineering. Mathematical Physics.

Operations Research.

Data Processing Systems. Components and Techniques. Computer Technology. Measurements Automation.

Engineering Applications. Systems Analysis.

Atomic Physics. Spectroscopy. Infrared Spectroscopy. Solid State Physics. Electron Physics. Atomic Physics.

Instrumentation. Engineering Electronics. Electron Devices. Electronic Instrumentation. Mechanical Instru- ments. Basic Instrumentation.

Physical Chemistry. Thermochemistry. Surface Chemistry. Organic Chemistry. Molecular Spectroscopy.

Molecular Kinetics. Mass Spectrometry.

Office of Weights and Measures.

BOULDER, COLO.

Cryogenic Engineering Laboratory. Cryogenic Equipment. Cryogenic Processes. Properties of Materials.

Cryogenic Technical Services.

CENTRAL RADIO PROPAGATION LABORATORY

Ionosphere Research and Propagation. Low Frequency and Very Low Frequency Research. Ionosphere Research. Prediction Services. Sun-Earth Relationships. Field Engineering. Radio Warning Services. Vertical

Soundings Research.

Radio Propagation Engineering. Data Reduction Instrumentation. Radio Noise. Tropospheric Measurements.

Tropospheric Analysis. Propagation -Terrain Effects. Radio-Meteorology. Lower Atmosphere Physics.

Radio Systems. Applied Electromagnetic Theory. High Frequency and Very High Frequency Research.

Modulation Research. Antenna Research. Navigation Systems.

Upper Atmosphere and Space Physics. Upper Atmosphere and Plasma Physics. Ionosphere and Exosphere

Scatter. Airglow and Aurora. Ionospheric Radio Astronomy.

RADIO STANDARDS LABORATORY

Radio Physics. Radio Broadcast Service. Radio and Microwave Materials. Atomic Frequency and TimeInterval Standards. Millimeter -Wave Research.

Circuit Standards. High Frequency Electrical Standards. Microwave Circuit Standards. Electronic Calibration Center.
Selected Publications of the National Bureau of Standards

Atomic Energy Levels, C E. Moore:

Circular 467, Volume I. H to V (Z= 1 to 23) 206 spectra. 309 p. (1949) $5.50

Circular 467, Volume II. Cr to Nb (Z=:;24 to 41) 152 spectra. 227 p. (1952) $4.00

Circular 467, Volume III. {nno^Ac (Z = 72 to 89)} spectra. 245 p. (1953) $2.50

An Ultraviolet Multiple! Table, C. E. Moore:

Circular 488, Section 1. H to V (Z= lto23); Selected Multiplets of 79

spectra. 78 p. (1950).

Circular 488, Section 2. Cr to Nb (Z = 24 to 41); Selected Multiplets of 46

spectra. 115 p. (1952).

Circular 488, Section 3. |Hf°to°Ra (Z = 72 to 88)} ^^^^^^ted Multiplets of 78

spectra. 94 p. (1961).

Circular 488, Section 4. H to Nb (Z= 1 to 41); Finding List for Sections 1 and 2 of the Table. 65 p. (1961).

Circular 488, Section 5. jnf'to'Ra (Z = 72 to 88)} ^''^'''"S List for Section 3 of the Table. 30 p. (1961).

Table of Wavenumbers, C. D. Coleman, W. R. Bozman, and W. F. Meggers:

Monograph 3, Volume I. 2000 A to 7000 A. 508 p. (1960) $6.00

Monograph3, Volume II. 7000 A to 1000 ^i. 542 p. (1960) $6.00

New Description of Thorium Spectra, Romuald Zalubas

:

Monograph 17, 108 p. (1960) $0.65

Tables of Spectral-Line Intensities, W. F. Meggers, C. H. Corliss, and B. E

Scribner:

Monograph 32, Part I. Arranged by Elements. 474 p. (1961) $4.00

Monograph 32, Part II. Arranged by Wavelengths. 272 p. (1961) $3.00

The above publications may be purchased from the Superintendent of Documents,

U. S. Government Printing Office, Washington 25, D. C.

$0.55

$0.70

$0.60

$0.45

$0.30

A Multiplet Table of Astrophysical Interest, C. E. Moore. A Reprinting

of the 1945 Multiplet Table (Princeton Univ., Obs. Gontr. No. 20):

Technical Note 36 (PB151395), Part I Table of Multiplets, and Part II Finding List, U2951A—13164A. 242 p. (1959). $4.00

The above Technical Note may be purchased by the PB number from the Department of Commerce,

Office of Technical Services, Washington 25, D. C.

U. S. GOVERNMENT PRINTING OFFICE : 1962 O - 644264


This is the first production-line book in which the tables

were composed by a photocomposition machine controlled by the output of a digital computer. Printing

instructions, column headings, and the decimal tabular

material were programmed for the computer. The output magnetic tape then became the input to the photocomposition machine which produced auto-positive film.

These, in turn, were used to produce direct offset

printing plates.