National Bureau of Stan3ar3s

Library, E-01 Admin. BIdg.

AUG 2 2

1968

NBS MONOGRAPH 108

Oscillator Strengths and

Transition Probabilities

for 3288 Lines of Fe i

U.S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
THE NATIONAL BUREAU OF STANDARDS

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UNITED STATES DEPARTMENT OF COMMERCE

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

Oscillator Strengths and

Transition Probabilities

for 3288 Lines of Fe i

C. H. Corliss and J. L. Tech

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

National Bureau of Standards Monograph 108

Issued March 1968

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 - Price 45 cents

Contents

Page

1. Introduction 1 2. Discussion of the data 1 3. Results 2

4. Discussion 3

5. References 3

Table 1 4

Table 2 51

iii

Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i (2100-9900A)

C. H. Corliss and J. L. Tech

A homogeneous set of intensity-related data has been calculated for 3288 spectral lines of Fe I in the region from 2100 to 9900 angstroms. The quantities tabulated in the present monograph include

log igfK). log (g/), gf,f, gA, and A. The data are presented on the absolute scale established in a previous work by Corliss and Bozman. In that work and the later extensions of it by Corliss and Warner, the

calculation of g/'-values included the application of an empirically determined normalization correction

to the level populations, the normalization being given as a function of upper energy level for the

transition. Since recent investigations do not support these excitations corrections in the case of Fe I and certain other spectra, the present tabulation incorporates a removal of that normalization function. This recalculation affects the values for all lines whose upper energy levels lie above 46000 cm"' and

should significantly improve the internal consistency of the present data.

Key Words: Fe I, iron, oscillator strengths, spectrum, spectrum of neutral iron, transition probabilities in Fe I.

1. Introduction

A detailed knowledge of the spectrum of neutral

iron (Fe I) is of great importance in both laboratory

spectroscopy and astrophysics. In the spectroscopy

laboratory, attention has been traditionally devoted

j to the term analysis and to obtaining wavelengths

of high accuracy to serve as international secondary

standards. For most applications in plasma physics

and astrophysics, on the other hand, reliable values

I for intensity-related quantities associated with

the spectrum also become a primary concern. Such

values are rendered necessary, for example, in the

determination of iron abundances in stellar atmospheres or in the calculation of theoretical line profiles. The importance of iron in this connection is indicated by the large number of iron lines commonly found in stellar spectra. The solar spectrum,

as an example, is dominated by five times as many

lines arising from iron as from any other element.

The present authors, using the best existing data

on oscillator strengths for lines of Fe I, have just

j completed a comprehensive calculation of mean

radiative lifetimes for 408 energy levels of neutral

iron. In a work of that kind, of course, it was essential that most of the lines in which the energy of the

system is radiated be taken into account. Reasonable assurance to this effect has been provided by

several recent investigations that now permit the

compilation of a consistent set of g/^values for almost 3300 lines of Fe I in the region extending

from 2100 to 9900 A. In the course of work on life- times we prepared a comprehensive table of oscilla- tor strengths and other measures of intensity for lines over this entire range. These values are dis- tinguished from earlier presentations in that the new calculation of ^/-values removes an empirically

determined excitation correction that had been

applied to earlier measured values. The need for removing this normalization function is indicated

by several recent investigations, as described below.

The result, it is hoped, is an extensive and, more

importantly, consistent set of data for neutral iron. In view of the current interest in this spectrum and

of the homogeneity and completeness of the tables, we have decided to publish them as an NBS Monograph. Moreover, this Monograph contains all the

supporting material for our work on mean lifetimes

published in the NBS Journal of Research [12].

2. Discussion of the data

The present tables are based largely on the

material contained in two earlier compilations by

Corliss and Warner [1, 2] the first covering the

spectral region from 2084 to 4150 A and the second

the region from 4150 to 9900 A. The data given in those two publications were derived partly from new

measurements by Corhss and Warner, and partly

from the critical evaluation of 19 sets of measure- ments previously published by other workers. The

observations had been variously made in emission

or absorption by use of furnaces, and in emission by

use of arcs, sparks, or hollow cathodes. In the

evaluation, the data for each line were summarized

by stating a "best" value for the logarithm of the

gf-value.

The calibration of the majority of the data re- ported in [1] and [2] was carried out by reference to the oscillator strengths for Fe I found in the mono1
graph by Corliss and Bozman [3]. Since the appear- ance of that work five years ago, new absolute

measurements of /-values for Fe I have been made

by Byard [4], and by Huber and Tobey [5]. This new

information permits a re-examination of three as- pects of Corliss and Bozman's data on Fel: (1) the

intensity calibration as a function of wavelength;

(2) the relative populations of high levels in neutrcd

iron (the "normalization function"); and (3) the

absolute scale. The intensity cahbration has been re-examined

by plotting as a function of wavelength the ratio of values in two new sets of measurements against

the CB values. The new measurements used are

the relative values of Parchevskii and Penkin by

the hook method [6] in the range 2900 to 4500 A,

and the absolute values of Byard using a shock

tube in the range 4600 to 6200 A. The average of

the four atomic beam determinations listed on p. 336

of [1] for the line at 3719.9 A provided the scaling

factor for putting the relative measurements of

Parchevskii and Penkin onto an absolute scale. The

resulting plot, given in figure 1, shows no evidence of a significant error dependent upon wavelength.

Moreover, this figure offers additional evidence, over the range shown, for the general correctness

of the absolute scale established by Corliss and

Bozman, as discussed in [1]. Huber and Tobey [5] have made the first absolute

measurements of /-values in Fe I that extend to lines with upper levels above 55000 cm~^ Their

results would indicate that the aforementioned

normalization function, which in [3] was applied

without discrimination to all spectra, should not have been applied as an excitation correction in the case of Fe I. The inapphcability of this excitation correction

to the values for Fe I and certain other spectra has

been confirmed on other grounds by a recent investigation of Warner and Cowley [7]. In view of this,

all values to which the normalization function had

previously been applied were revised for the present

tables.

3. Results

All calculations were performed on a high-speed Col. 2: digital computer, the Univac 1108. The results,

presented in table 1 and table 2, were set by photocomposition from the computer output and should Col. 3: therefore be free of typesetting errors. Quantities

derived from those values of log (gf) that have been

changed by the removal of the normalization func- Col. 4: tion were calculated from unrounded values of

log (gf). This causes, for example, minor discrepancies between columns 5 and 7 of Table 1 for those

lines arising from levels above 46,000 cm"'. The

various columns of Table 1 present the following Col. 5: information:

Col. 1: the wavelength of the spectral line,

in angstrom units. The third digit to the right of the decimal point is significant only for wavelengths less 4150 A.

the lower and upper energy levels

for the transition. The values are rounded to the nearest cm~'.

the multiplet number as found in C. E. Moore's Muhiplet Tables

[10, 11]. the /-values of the lower and upperi|!l|

energy levels, respectively, as taken

from Vol. II of Atomic Energy Levels

[8] or from Kiess, Rubin, and Moore

the "best" value for \og{gf) as taken*' from references [1] and [2]. In a few. cases in [1] no "best" value could be

safely derived. For our present table we have in some of these cases listed that value considered by us most

likely to be correct. We have also

0.8

g 0.4

o

-J -0.4

-0.8

1 1 1 1

1 1 1 o

+ Fel + PARCHEVSKII AND PENKIN

+ +

+

++

++

Ho

o

o 0

o

BYARD

O

0

+ + o

o

o ° 0°°°

° o o* °o

o

o

+

o o

1 1 1

o

1 1 3000 3500 4000 4500 5000 5500 6000

WAVELENGTH, ANGSTROMS

Figure 1. Ratio of absolute oscillator strenths for Fe I from independent measurements to those from Corliss and Bozman in the wavelength range 2900 to 6200 1.

2
taken the opportunity here to correct

a few errors recently discovered to exist in [2]. The previously employed

"normalization function," which ad- justed g/"-values on the basis of the

upper energy levels of the transitions was also removed for this work, as noted above.

Col. 6: the values of log(g/"X). Cols. 7-10: a presentation in computer exponential format of the quantities gf, /, gA, and A. In this number format, the

interior sign and the succeeding

digits represent the power of ten by which the preceding digits are

to be multiphed. The weighted transi- tion probability {gA) and A are stated

in units of second

In table 2 the wavelengths, energy levels, J- values, and transition probabihties (Einstein Avalues, in sec~^) for the lines are presented again.

However, the data have here been sorted by upper

energy level in order to document the exact lines and /4-values that were employed by us in the

calculations for our compilation of mean radiative

lifetimes for energy states of iron [12].

4. Discussion of the Results

A detailed assessment of the accuracy of the

absolute scale for the values quoted in table 1 can

be found in section 5 of reference 1. Briefly, it appears that this scale may be too high by about 25

percent. The relative accuracy of the values will vary greatly from line to line, depending on the number and origin of the observations contributing to

|it. The best available evidence would seem to supiiport our behef that the data presented here do not

suffer from any serious systematic error. We feel that this homogeneity and the extensive wavelength

coverage justifies, in view of the great interest

attached to iron, the present recalculation of the

iron data. Radiative lifetimes for over 400 energy states of

neutral iron have been derived by the authors from

the /4-values presented here and are being published in the NBS Journal of Research [12].

5. References

: [1] C. H. Corliss and B. Warner, J. Res. NBS 70A (Phvs. and

and Chem.), No. 4, 325 (1966).

[2] C. H. Corliss and B. Warner, Astrophysical J. Suppl. 8, 395

No. 83 (1964).

[3] C. H. Corliss and W. R. Bozman, Experimental Transition

Probabilities, NBS Monograph 53 (1962).

[4] P. L. Byard, J. Quant. Spectrosc. Radiat. Transfer 7, 559

(1967).

[5] M. Huber and F. L. Tobey Scientific Report No. 16, Shock

Tube Spectroscopy Laboratory, Harvard College Observatory (1967). Also Astrophys. J. (in press).

[6] N. P. Penkin, J. Quant. Spectrosc. Radiat. Transfer 4, 41

(1964). Translated by J. L. Tech, Smithsonian Astrophysical Observatory, Astronomical Papers Translated from

the Russian, No. 3, June 1964.

[7] B. Warner and C. R. Cowley. J. Quant. Spectrosc. Radiat. Transfer 7, 751 (1967).

[8] C. E. Moore, Atomic Energy Levels, NBS Circ. 467, II, 49

(1952).

[9] C. C. Kiess, V. C. Rubin, and C. E. Moore, J. Res. NBS 65A

(Phys. and Chem.), No. 1, 1 (1961).

[10] C. E. Moore, A Multiplet Table of Astrophysical Interest, Contrib. Princeton Univ. Obs. No. 20 (1945).

[11] C. E. Moore, An Ultraviolet Multiplet Table, NBS Circ. 488, Sec. 2 (1952).

[12] C. H. Corliss and J. Tech, J. Res. NBS 71 A (Phys. and Chem.) No. 6, 567 (1967).
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength

Wavejength A

Energy Levels K

Multiplet No.

y-Vaiues

Log Log

k'f / A

2084.122 0 -47967 UV 33 4 -3 1.17 4.49 1.49+01 1.66+00 2.30 + 10 3.28+09

2157.795 416 -46745 uv 24 3 -3 .89 4.23 7.80+00 1.11 +00 1.12 + 10 1.60+09

2 164.550 704 -46889 UV 24 2 _ 7 .55 3.89 3.58 +00 7.16 — 01 5.10+09 1 .02 +09

2 1 66.769 0 -46137 uv 21 4 -3 1.14 4.47 1 .37 +01 1 .52 +00 1 .95 + 10 1.1% +09

21/ \ .298 704 -46745 uv 24 T -3 .24 3.58 1 .75 +00 3.49 — 01 2.47 +09 3.53 +08

2 1 78.080 416 — 463 14 U V 23 — 2 .79 4. 1

6. 14+00 8.77 — 01 8.64 +09 1 .73 +09

2178.120 704 — 46601 U V 22 — 1 .44 3.78 2.76+00 5.57 _oi 3.88 +09 1.29+09

2186^483 416 — 46137 U V 2

3 — 3 .55 3^89 3.53+00 5.04-01 4.92+09 7!03+08

2186.893 888 — 46601 U V -- 1 — 1 -.03 3.31 9.35-01 3.12-01 1.30+09 4.34+08

2187.195 704 — 46410 uv 2

— 1 .55 3.89 3.54+00 7.08-01 4.94+09 1.65+09

2191.836 704 -46314 uv 21 2 _ 2 .48 3.82 3.01 +00 6.02 — 01 A \ 0 1 f\C\ 4. 1 8 +09 8.35 +08

2196.043 888 -46410 uv 21 1 - I .43 ^.11 2.69 +00 8.95—01 3.71 +09 1 .24 +09

2200.370 978 -46410 uv 21 0 - I .33 3.67 2. 13 +00 2.13 +00 2.94 +09 9.79 +08

2200.723 888 -46314 uv 21 1 _ 2 .30 3.64 1 .99 +00 6.62 — 01 2.74 +09 5.47 +08

2248.858 6928 -51381 uv 70 5 -4 — .35 3.01 4.5 1—01 4.10 — 02 5.95 +08 6.61 +07

2250.791 0 -44415 uv 16 4 -4 — .79 2.56 1 .62 — 01 1.80 — 02 2. 14 +08 2.37 +07

2259 5 10 -44244 uv 15 4 — 5 — .40 2.95 3.98_01 4.42 — 02 5.20+08 4 73 -(-07 2264.389 6928 -5 1077 uv 71 5 -4 ^03 3J8 r07+00 9!70-02 l'39+09 1.54+08

2265.055 416 -4455 1 uv 16 3 -3 -.79 2.57 1.62-01 2.32-02 2.1 1 +08 3.01 +07

2266.903 7728 -5 1828 uv 70 3 2 -.43 2.93 3.71-01 5.31-02 4.82+08 9.64+07

2267.085 416 -44512 uv 17 3 _ 2 — .65 2.72.24 — 01 3.20 — 02 2.91 +08 5.81 +07

2267.465 6928 -51017 uv 70 5 -5 .05 3.41 1.13 +00 1.03-01 1 .47 +09 1.34+08

2269.099 704 -44761 uv 16 T - 1 - .78 2.58 1.66 — 01 3.32 — 02 2. 15 +08 7.17+07

2270.863 0 -44023 uv 15 4 -4 - 1.19 2.17 6.46-02 7.17 — 03 8.35 +07 9.28 +06

227 1 .787377 -51381 uv 70 4 -4 — .20 3.16 6.37 — 01 7.08 — 02 8.24+08 9.15 +07

2272.070 416 - 444 1uv 16 3 -4 — .62 2.74 2.40 — 01 3.43 — 02 3.10+08 3.44 +07

?77'> 8 1

/ _ . O 1 u 7377 -51361 uv 71 4 -3 — 23 15 6 2 1 —01 6 90 — 02 8 n"> -1-08 ] 1 5 -1-08 2275.189 888 — 44827 uv 16 1 -0 - L08 2^28 832-02 2^77-02 1.07+08 L07+08

2276.026 0 -43923 U V 14 4 - 3 -.31 3.05 4.90-01 5.44-02 6.31 +08 9.01 +07

2277.098 7728 -5 1630 uv 71 3 — 2 -.42 2.94 3.79-01 5.41-02 4.87+08 9.75+07

2277.672 7728 -51619 uv 70 3 -3 — .42 2.94 3.78 — 01 5.40 — 02 4.86 +08 6.95 +07

1 1 "T r» T 2279.922 704 -44551 uv 16 -3 — .41 2.95 3.89 — 01 7.78 — 02 A (\C\ 1 f\Ci 4.99 +08 7. 1 3 +07

2280.222 7986 -51828 uv 70 2 _ 2 — . 10 3.26 7.94 — 01 1.59 — 01 1 .02 +09 2.04 +08

2283.304 978 -44761 uv 16 0 -I — .99 2.37 1 .02 — 01 1 .02 — 01 1.3 1 +08 4.36 +07

22o3.d56 888 -44664 uv 16 1 _2 — .97 2.39 1 .07 — 01 3.57 — 02 1 .37 +08 2.74 +07

2284.086 416 -44184 uv 14 3 — 2 — .36 3.00 4.37 — 01 6.24 — 02 5.58 +08 1.12 +08

2287.250 704 - 444 1uv 14 7 - 1 — .26 3. 15.50 — 01 1.10 — 01 7.01 +08 2.34 +08

2289.032 8155 -5 1828 uv 70 1 2 -^23 3'l3 5^89-01 L96-01 7.49+08 L50+08

2290.546 7986 -5 1630 uv 71 7 -.18 3.18 6.58-01 1.32-01 8.37+08 1.67+08

229 1.122 7728 -5 1 361 uv 71 3 -3 -.1 1 3.25 7.82-01 1.12-01 9.94+08 1.42+08

2292.525 416 -44023 uv 15 3 -4 — .71 2.65 1 .95 —01 2.79 — 02 2.47 +08

1 2.75 +07

2294.406 888 -44459 uv 14 1 -0 — .58 2.78 2.63—01 8.77 — 02 3.33 +08 3.33 +08

2296.928 888 -4441 1 uv 14 1 - 1 — 1 .00 2.36 1 .00 — 01 3.33 — 02 1.26+08 4.2 1 +07

2297.788 416 -43923 uv 14 3 -3 -.25 3.11 5.62 — 01 8.03 — 02 7.10+08 1 .01 +08

2298. 1 70 0 -43500 uv 14 4 -4 -.16 3.20 6.92 — 01 7.69 — 02 8.74 +08 9.71 +07

2298.657 888 -44378 uv 15 1 - 1 - 1.30 2.06 5.01-02 1.67-02 6.33 +07 2. 1 1 +07

704 -44184 uv 14 2 _ 2 — .JO 7 80 7 7S ni SSI 07 ? 48 -1-08 A OS -1-07 2300.140 704 -44166 uv 15 2 -3 -.58 2.78 2.63-01 5.26-02 3.32+08 4.74+07

2301.685 978 -4441uv 14 0 - 1 -.82 2.54 1.51-01 1.51-01 1.91 +08 6.35+07

2303.422 978 -44378 uv 15 0 - 1 -.77 2.59 1.70-01 1.70-01 2.13+08 7.12+07

2303.582 888 -44285 uv 15 1 _ 7 - .68 2.68 2.09-01 6.96-02 2.63 +08 5.25 +07

2309.000 888 -44184 uv 14 1 _ 7 - .49 2.87 3.24-01 1.08-01 4.05 +08 8. 10 +07

23 1 3. 105 704 -43923 uv 14 T -3 - .32 3.04 4.79-01 9.57 — 02 5.97 +08 8.52 +07

2320.358 416 -43500 uv 14 3 -4 -.3 1 3.06 4.90-01 7.00-02 6.07 +08 6.74+07

2341 .575 416 -43109 uv 13 3 -4 — 1 .42 1 .95 3.80-02 5.43-03 4.62 +07 5. 14 +06

2350.408 0 — 42533 U V 14 -3 — 1 .69 1 .68 2.04 — 02 2.27 — 03 2.47 +07 3.52 +06

2355.327 416 — 42860 U V 1

3 —

— 1 .33 2 04 4.68 — 02 6.68 — 03 5.62 +07 1 .12+07

2356.196 7377 — 49805 4 — 3 -'l2 3^25 7.54-0I 8.37-02 9^05+08 L29+08

2369.457 888 — 43079 uv 1

1 — 1 - 1.36 2.01 4.37-02 1.46-02 5.19+07 1.73+07

2371.431 704 — 42860 U V 1

7 ") -.97 2.41 1.07-01 2.14-02 1.27+08 2.54+07

2373.625 416 -42533 uv 1

3 -3 — .63 2.75 2.34 — 01 3.35—02 2.78 +08 3.96 +07

2374.5 19 978 -43079 UV 1

0 - 1 — 1 .06 2.32 8.71 —02 8.71 —02 1 .03 +08 3.43 +07

238 1 .836 888 -42860 uv 11 _ 7 — .88 2.50 1 .32 — 01 4.39 — 02 1 .55 +08 3.10+07

2389.973 704 -42533 uv 12 -3 — .86 2.52 1 .38 — 01 2.76-02 1 .61 +08 2.30+07 . 2408.045 7728 -49243 uv 68 3 -3 - 1 .79 1.60 1.64 — 02 2.34-03 1 .89 +07 2.69 +06

241 1.558 6928 -48383 5 -5 - 1 .08 2.30 8.24-02 7.49 — 03 9.45 +07 8.59 +06

2429.810 8155 -49298 uv 68 1 - 1 — 1 .34 2.04 4.54 — 02 1.51 —02 5. 1 2 +07 1 .7 1 +07

2433.056 8155 -49243 uv 68 1 _ 2 -.73 2.66 1.88-01 6.27-02 2.12+08 4.24+07

2438.183 6928 -47930 uv 62 5 -4 -.51 2.88 3.12-01 2.83-02 3.50+08 3.89+07

2439.630 11976 -52954 4 -3 -.61 2.78 2.46-01 2.73-02 2.75+08 3.93+07

4
Table ]. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Conlinmd

\Vii\ ejength A

Energ\ Lev els Multiplet No

y-Values

Log 1 OP («A) / A

Z4j7. /43 I Q ^ QH I yiy\j — oUjdd UV157 6 -6 1 - JO /I 07 4.9 / 1 7Q ^ A

3. /9 +U 1 2.92+00 /I 7 C 1 1 A 4.Z J + 1

1 77 1 AO 3.Z / +U9

•^AACi 1 HA Z44U. 1 UO 1 y / 00 — DU / jo UV157 4 -4 1 . j4 All 7 1 fi ^A

Z. 1 6 +U2.42+00 7/1/1 1 I A Z.44 + 1 U

7 7 1 _L AQ Z. / 1 +U9

Z44z. JO / 1 Vo_ 1 — DUj47 UV157 5 -5 1 .J 1 A QA 4.9U 1 77 _L A 1 3.ZZ +U 1 2.92+00 1 AA _L 1 A 3.DU + lU 177 1 AA 3.Z / +U9

1/1/11 CTI oV_o — 4 / 0 J J uv 63 5 -5 — . j4 1 AC 3.Uj /ICO A

4.39- Ul A 17 4. I / — A7UZ C 1 7 1 AO J. 1 Z +U8 A AA i A7 4. DO +U / T /I /I s *> 1 "2 Dy_o — /I 7fi 1 7 4 / 0 1 _ uv 63 5 -4 — 1 .Uo Z.3 1 Q 1 1 A7 8.33 — UZ /. JO — AlUJ A 1A _i A7 9.3U +U /

1 Al _lA7 1 .U3 +U / T /I /I "7 "7 1 1 /44 /./II u — 4Uo4_ uv 9 4 — 3 — 1 .UO 7 11 Z.33 071 A7 6. / I — UZ A ^ 0 y.bo — AlU3 Q 7A _L A7 9. /U +U /

1 10 1 A7 1.39 +U / 2450.439 12561 - 53358 3 — 3 -.56 2.83 2.74-01 5.y 1 — A*) UZ 3.04+08 4.35 +07

2451.384 I2969- 53749 - ~- -.73 2.66 1.88-01 J. / / — A"> UZ 2.09+08 4.18+07

2453.477 7377- 48123 uv 62 4 -3 -.20 3.19 6.29-01 m A A A"> UZ 6.97+08 9.96+07

2453.568 19621- 60366 UV157 5 -6 .48 3.87 3.01 +00 Z. /4 — A 1 U 1 3.34+09 2.57+08

245 I .by IS £ AT 0 4 /oUo UV 62 .5 _ 5 .3

1 7 A 3. /U 7 A7 ' AA 2.02 +00 1.84- 01 7 7/1 \ AA 2.24 +U9 7 Al I AO Z.U3 +Uo

2458.564 A'* 0 6926 — 'i "7 C AA 4 / jyU uv 59 5 -4 — 1 in 1.3/ 2.02 4.23 —02 3.84 — 03 /I A A 1 A7 4.66 +0 / C 1 0 1 AA 5.16 +06

2462. 1 62 A \ C 4l0 — /I 1 A 1 0 4 1 U 1 6 uv 9 3 _ 2 — .11 7 A 7 Z.O / 1 .9 1 —01 2.72 — ATUZ 7 1 A 1 AO Z. 1 U +U8 /I 1 n 1 A7 4. 19 +U/

2462.648 A /I A C 0 /I 4Ujy4 U V

A

y 4 -4 — .Zo 111 3. 1

CCA A 1 j.jU — Ul D. 1 1 — A7UZ A A/1 1 AO D.U4 +U8 A 77 1 A7 D. 11 +U/

i4o3. /Zo / /Zo — /J 0 1 AC 4o jUj UV 65 3 _ -) — C 1 .J 1 700 Z.69 117 A

3. 1 Z — U

/I /I C 4.4j — A7UZ 1/17 L AO 3.4Z +U8 A 0 C i_ A7 0.8 J +U /

1 i 1 1 — y1 7Qin 4 / V jU uv 62 4 — 4

"> A .ZU 1 AA 3.DU 1 AA _L AA 1 .OU +UU 1 7Q J . /o — A I u \

1 7 C 1 An 1 . / J +U9 1 Q C _L AO 1 .9 J +U6

2467.733 7728- 48239 uv 62 3 ~- -.46 2.93 3.48-01 A Q7 4.y / — A7UZ 3.81 +08 7 63 +07

2468.880 6928- 47420 uv 59 5 — 5 .20 3.60 1.59+00 1 .4 J — A 1 U 1 1.74+09 1.59+08

2470.961 1111- 47834 uv 63 4 — 3 -.69 2.70 2.05-01 7 7fi Z.Zo — A7UZ 2.24+08 3.20+07

2472.343 6928- 47363 uv 59 5 — 6 .03 3.42 1.08+00 Qy . 771 1 — 07UZ 1.17+09 9.03+07

-yAT) QQA Z4 / _.oVO 4 1 0 — AC\Q A 7 uv 9 3 -3 C\A .U4 J .4 J 1 . 1 U H-UU 1.57- 01 1 7 A _lOQ 1 .ZU +U7 1 7 1 _i_OS 1 . / 1 +Uo

Z4 / 3. I JO U — AC\A 7 ) uv 8 4 -4 — 02 .yo 7 A 1 Z.4 1

I A 1 1 .UJ — u 1 1.10 — 07UZ 1 1 A _i_AS 1.14 +Uo 1 77 _i_07 1 .Z / +U / /4 / 4 . o 1 J 1 1 lo — 46 1 15 uv 62 3 -3 . jU 1 AO 1 .yy H-UU 7 si/i Z.o4 — nu 11 7LAI1 7 _lAQ +uy 1 OQ _i_OS J.UV +Uo

Z4 / O.Dj4 / 700 — 4oj J 1 uv 62 ' 2 - 1 — . jO J.U4 A A"^ A 1 4.4Z — U 1 0. 0 J — 07UZ A SO _i_AQ 4.0U +Uo 1 AO_i_AS 1 .OU +Uo

Z4 /D.OO I 0 1 J J — 4o J 1 0 uv 65 1 -1 — 1 1A 1 . j4 7Z.Uj A ^7 A7 4. J / — UZ 1 ^ 7 1 . jZ — A7UZ A 07 _i_A7 H.y 1 +U /

I AA _l07 1 .00 +U / Z4 / V.4o I 7Qft / V6D — 4<5 jUj uv 65 - 2 — Ay1 Q 1 7

A 1 A 1 O.J I — U I1 1

1 . jU — A 1 U 1 7 AA _i_AR / .UO +Uo 1 A 1 _lOS 1 .4 1 +Uo

2479.777 704- 41018 uv 9 - 2 .07 3.46 1.17+00 7 1^ Z. J J — 0 1 U 1 1.27+09 2.55 +08

2483.272 0- 40257 uv 9 4 — 5 .49 3.89 3.09+00 J. 4 J — 0 1 U 1 3.34+09 3.04+08

2483.531 7986- 48239 uv 62 - 2 -.16 3.24 6.95-01 1.39- 01 7.51+08 1.50+08

2484.186 888- 41131 uv 9 1 — 1 .05 3.45 1.12+00 3.74- 01 1.21+09 4.04+08

"> 1 0 /I CIA 1 1 y /o — C T> 1 1 5z2 1

4 -3 — .11 7 AQ Z.06 1 Q7 A

2.13- 02 7 07 1 AQ Z.U / +Uo 7 QA _i_07 z.yo +u / AQ z no n Z46J.yoV "7 1 '7'7

1 i 1 1 — A *7 CQA 4 / jVU uv 59 4 -4 — . / 3

7 AA Z.OO ISA A

1 .84 — U 1 2.05- 02 1 .yy +Uo 7 7 1 _i_07 Z.Z I +U / AQ C ITi Z460.J 11 AU — /I A") AT 4UZU / uv 8 4 -3 — 1 AA 1 .uu 7 /I A Z.4U 1 AA A

1 .UU — U 1 1.11- 02 1 OS _i_OS 1 .Uo +Uo 1 ^A _i_07 1 . J4 +U / Z460.oyU / / Zo — 4 /y 3U uv 62 3 -4 — 1 c

. 1 J

"J 7 C 3.ZJ 7 1/1 n 1 / . 1 4 — U 1 1.02- 01 7 70 _l08 I.IK) -rUo ft -1-07 O.JO -rU /

/1 0 "7 r\£ /I Z4o /.Uo4 0 1 c c 6 1 J J — /I 0 "7 C 1 463j 1 uv 62 1 - 1 AA .uu

"3 /I A 3.4U 1 Al 1 AA 1 .U 1 +UU 3.37- 01 I 00 _i_AQ 1 .UV +uy 1 A/1 -lOS J. 04 +Uo

AOI T "7 A 2467.370 704 — 40895 uv 10 7 2 — 1 .3U 7 1 A Z. lU C A 1 A7 J.U 1 — UZ 1.00- 02 ^ AC\ _i- A7 J .4U +U /

1 AS -lA7 1 -Uo +U / 2488.144 416 — 40594 uv 9 3 -4 .51 3.91 3.24+00 4.62- 01 3.49+09 3.87+08

2488^942 20641 - 60807 UV164 4 — 3 .98 4.38 9.62+00 1.07+00 1.04 + 10 1.48+09

2489.751 978- 41131 uv 9 0 — 1 .24 3.64 1.74+00 1.74+00 1.87+09 6.23+08

2489.917 8155- 48305 uv 65 1 — 2 -.23 3.17 5.94-01 1.98- 01 6.39+08 1.28+08

T /1 0A /I /I C Z4yU.o4j /U4 — 40842 uv 9 2 -3 .36 i. la 7 /I A 1 AA Z.4U +UU 4.80- 01 7 ^S _i_AQ Z.Jo +uy 1 AS -lAS J.Oo +Uo

z4y 1 . 1 JO 000 060 — /I 1 A 1 0 4 1 U 1 6 uv 9 1 _ 1 .11 1 A7 3 .OZ 1 AA _lAA 1 .DO +UU 5.53- 01 1 7S _i_00 1 . / 0 +uy J.J / +Uo

Z4V 1 .yoj A/; A 1 ZUd4 1 — <^ A"? C 0 OU / JO UVI63 4 -4 QA /I 7Q 4.Z9 7 Q 1 _i_ AA /.9 1 +UU 8.79- 01 s <;o _i_oQ 0. jU -\-\jy Q AA _i_Oft 7.44 -rUo

T /I m £^ AC\ Z4yZ.o4U 1 1 Zo — A^Q 1 A 4/634 uv 63 3 -3 — 1 AC 1 .Uj 7 T C Z.3 J

Q Q/f A7 8.94 — UZ 1.28- 02 0 AO _i_07 y.ou +u /1 17 -1-07 1 . J / +U / T /i m An 0 ITi 0

/ /Zo — /I "7 0 1

"> 4 /o 1 Z uv 63 3 -4 — C A .34 7 Q A Z.6O 7 OQ A

Z.69 — U 1 4.13- 02 110 _i_OS J. 1 U +Uo 1 AA J_07 J .44 -rU / Z4y4.Z JZ oVZo — /I "TAAQ 4 /UUo uv 57 5 — 5 — I AA 1 .Uo 7 11 Z.33 0 A7 A7 o.oz — UZ 7.84- 03 Q 7/1 _i_07 7.Z4 -rU / 0.4U ft AO -1-0^ -rUO 2495.869 6928- 46982 uv 57 5 — 6 -.55 2.84 2.79-01 2.53- 02 2.98+08 2.30+07

2496.534 1311- 47420 uv 59 4 — 5 .12 3.52 1.33+00 1.47- 01 1.42+09 1.29+08

2501.133 0- 39970 uv 7 4 — 3 -.06 3.34 8.71-01 9.68- 02 9.29+08 1.33+08

2501.695 6928- 46889 uv 56 5 — 4 -.61 2.79 2.48-01 2.25- 02 2.64+08 2.93+07

1 cm /I n 1 ZjU3.4y 1 T AO "7 C ZU6 / J — AQ A"? oUoU / UV164 3 -3 . / / A 1 7 4. 1 /

*\ _i_nA J.yj +UU 8.47- 01 0.31 -r\jy Qy.xJL 07 4-08 ^uo

1 C A/1 1 A 1 ZjU4. 1 Ut Ail /I 1 ZUd4 1 — iiC\Z £^ A dUjd4 4 -3 1

— .3U 1 I A 3. 1 U

^ AA A

5.55- 02 17 -i_n8 J . 3 Z -f-Uo / .DU / 2504.635 1 7727 - 57641 2 -3 — 1 .3y 7 A 1 Z.U 1 A AC A7 4.U0 — UZ 8.17- 03 A 1/1 _i-n7 4. 34 -r u / AO.ZU70 -i-f>A -rUO 1CAC AA/1 2505.004 20641 - 60549 UV163 4 -5 .3d 1 7A 3. /O 7 7C i AA Z.Zo +UU 2.53- 01 7/17 -lOQ Z.4Z -r\jy Z.ZU 7 70 ^08 -rUO 2506.569 20875 - 60758 UV163 3 -4 AO .00 /I AO 4.U6 A 77 _i_AA 4. / / +UU 6.81- 01 Z. AA _l_nQ J.UO +U9 J.OZ -rU6 2507.899 7728- 47590 UV 59 3 — 4 — AA .00 1 /I A 3.4U Q Q 1 A 1 y.y 1 — U

1.42- 01 1 AC _i_AQ

1 .Uj +U9 1 1 7 1.1/ +U6

2508.75 1 7986-.47834 uv 63 -3 - 1.04 2.36 9.15-02 1.83- 02 9.70+07 1.39+07

2508^948 7986--47831 uv 59 2 2 -2.00 1.40 1.00-02 2.01- 03 1.06+07 2.13+06

2509.390 17727--57565 -3 -.87 2.53 1.36-01 2.72- 02 1.44+08 2.06+07

2510.836 416--40231 uv 7 3

7 .04 3.44 1.10+00 1.57- 01 1.16+09 2.32+08

25 12.266 6928--4672uv 55 5 -4 — C A

.69 7 7z. /

7 A<; A

Z.Uj — U I 1.86- 02 7 1 7 1 AQ Z. 1 / +Uo 7 A 1 -1-07 Z.4 1 -rU / 2512.361 416--40207 uv 8 3 -3 — 1 1 A 1.14 7 7 A z.zo 7 7/1 A7 / .Z4 — UZ 1.03- 02 7 AA -1-07 / .00 -rU /

1 OQ -1-07 1 .\jy n^U / 1 C 1 C 0 AO 25 1 5.648 12561 --52297 UV104 3 _2 — dA .94 7 ,1 A Z.40 11/1 A

1 . 1 4 — U 1 1.63- 02 1 70_i_0S 1 .ZU -rUo 7 41 -1-07 Z.4 1 -rU / 25 I r).24y 7377 --47 107 uv 57 4 -4 — AO .96 7/17 Z.4Z I A/1 A 1

1 .U4 — U 1 1.16- 02 1 1 0 _i_ AS 1 . I U +Uo 1 77 -1-07 1 .ZZ -rU / 25 1 6.572 7728 --47453 uv 61 3 -4 — 1 .04 7 1 A Z.3d Q 1 Q A7 V. I V — UZ 1.31 - 02 OAS _i_A7 y .05 +u /

1 OS -1-07 1 .Uo -rU / 25 17.658 7986--47693 uv 59 2 -3 — .11 1 7 n 3.Z9 7 7 "2 A 1 / . / 3 — U 1 1.55- 01 S 1 1 -uOS 6. 1 J +Uo 11.101 A -lOS -rUo 2518.103 704--40405 uv 7 2 - 1 -.08 3.32 8.32-01 1.66- 01 8.75+08 2.92+08

1 C 1 0 0 *> /I 25 1 6.824 20875 --60564 3 -3 A I .4 1 1 c 1 3.8 1 7 CA lAA Z. JO +UU 3.66- 01 7 70 -i-OQ Z. / U -\-\jy 3.0J 1 4-08 T^UO 2519.630 8155--47831 uv 59 1 _2 -.20 3.20 6.33-01 2.11- 01 6.65+08 1.33+08

2521.920 7377--47017 uv 58 4 -3 -.84 2.56 1.43-01 1.59- 02 1.50+08 2.14+07

5

281-658 0-68—
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Coniinued

Wavelength A

Energy Levels K

Multiple! No.

J-Values Log

(af) Log

J

2522.488 7377-47008 UV 57 4 - 5 -.75 2.65 1.76-01 1.96-02 1.85+08 1.68+07

2522.850 0-39626 UV 7 4 — 4 .50 3.90 3.16+00 3.51-01 3.31+09 3.68+08

2524.294 888-40491 UV 7 1 — 0 -.20 3.20 6.31-01 2.10-01 6.60+08 6.60+08

2527.436 416-39970 UV 7 3 _3 .23 3.63 1.70+00 2.43-01 1.77+09 2.53+08

2528.910 20641-60172 UV162 4 -4 .61 4.01 4.07+00 4.53-01 4.25+09 4.72+08

2529.136 704-40231 UV 7 2 _ 2 -.08 3.32 8.32-01 1.66-01 8.67+08 1.73+08

2529.837 888-40405 UV 7 1 - 1 -.59 2.81 2.57-01 8.57-02 2.68 +08 8.93 +07

704 40707 ILJIVV o8 2 -3 — 1

1 . jU10 7Z . 11 0u JSOI.u 1 — 07uz 11 .uu no — 07uz S 77 -1-07 J.ZZ -rU / 7 4A -i-OA / .4D -rUO ZJ J I .J i u 7087S ZUo ID — t<(\'\(\'\ OUjDJ IUIVV 1 f>7 1 oz 3 -3 .Do ^8 A OS 4 78 4-00 AO.oZ87 — 01U i 44.7Q7/ 4-OQ -rU7 7 1 0 -i-Oa / . I U -rUo

-> C 1

-) C7A ZjjZ.O / D 7778 / /Zo — 471Q7 ^/ iy

\J V JD 3 — 2 — 11 .ZD 7A 7Z. 1I 4 JS .40 48 — 07UZ 7/ .oZ 87 — 01Uj S AQ -1-07 J .Oy -rU /

1 1 A _i_n7 1 . 1 4 -rU / 2535.609 978-40405 UV 7 — 1 -.19 3.21 6.46-01 6.46-01 6.70+08 2.23+08

2537.460 1 1976-51374 UV102 4 — cJ -.30 3.11 5.06-01 5.62-02 5.24+08 4.76+07

2539.358 7377-46745 UV 55 4

-3 — J -.78 2.63 1.67-01 1.85-02 1.73+08 2.46+07

2539.575 7728-47093 UV 56 3 -3 -1.89 1.51 1.28-02 1.83-03 1.32+07 1.89+06

2540.973 888-40231 UV 7 1 — 2 -.12 3.29 7.59-01 2.53-01 7.84+08 1.57+08

2542.101 21039-60365 UV162 2 -3 1.83 5.23 6.75+01 1.35+01 6.96 + 10 9.95+09

2543.920 20875 -601 72 UV162 3 -4 1.78 5. 19 6.03 +01 8.61 +00 6.21 +10 6.90+09

UV162 4 -5 1 .47 4.87 2.92 +01 3.25 +00 1J . 01U 1 -t- 11 0u 7i-, 741 H -l-OQ 7^ U7 704 — 39970 U V 7 2 -3 — .08 3.33 8.32 — 01 1 .66 — 01 aO 56 -1-08 . J L> n^VJO 1 .22 +08

2549.614 U V 7 3 -4 — .28 3.13 5.25 — 01 7.50 — 02 5.38 +08 S Q8 -1-07 J . 70 7^ u / 2550.812 7986-47177 UV 55 7 — 1

1 - 1.28 2.12 5.23-02 1.05-02 5.36+07 1.79+07

2552.604 888-40052 UV 8

1

1 7 - 1.65 1.76 2.24-02 7.46-03 2.29+07 4.58+06

2552.832 7728-46889 UV 55 i

'J - 1.13 2.28 7.48-02 1.07-02 7.66+07 1.53+07

2554.518 22947-62081 1 — 2 .12 3.53 1.33+00 4.42-01 1.36+09 2.71 +08

2555.648 8155-47272 UV 58 1 -

-1.69 1.72 2.04-02 6.80-03 2.08+07 6.95+06

2556.304 12561-51668 UV102 3 -4 — .22 3.19 6.03-01 8.62-02 6.16+08 6.84+07

2556.862 6928-46027 UV 53 5 -6 - 1.03 2.37 9.27-02 8.42-03 9.45 +07 7.27+06

LJ J 1 . L\}0 1 IV 1 04 -5 1 40 7Z 0 1

. U i 1J.7DQfi — 07UZ 44.4U 40 — 01UJ 44.U404-1-07 n^U / J.D 1 A7/ -uOA T^UD

7Z JOU. SAD JSS8JO 8 1 S S 47 1 Q7 U V JO 1 — 2 — 1

1 . 70ZU Z.Z 7 7 1

1 f.D. 7QZ 7 — COUZ Z.7 101 U — 07UZ AD.4U 40 -1-07 -j-U /

1 78 -1-07 I .Zo -rU / 708^i 47017 IUIVV JOS8 2 -3 — 1 S 1

1 .J I

1

I .oy 8Q j.uo 1 OA — 07uz AO. 1

1 7Z — 01U J

1 1 1 -1-07 J . 1 I -i^yj 1 44.4J4S -i-OA -f-UO 2561.856 8155-47177 UV 55 1 — 1 - 1.26 2.15 5.47-02 1.82-02 5.56+07 1.85+07

2562.224 8155-47172 UV 55 1 — AU -.98 2.43 1.04-01 3.48-02 1.06+08 1.06+08

2563.820 7728-46721 UV 55 3 — 4 -1.80 1.61 1.59-02 2.27-03 1.62+07 1.79+06

2564.561 8155-47136 UV 58 1 — 2 -1.20 2.21 6.27-02 2.09-02 6.36+07 1.27+07

2567.860 17927-56859 UV130 1 -2 -.17 3.24 6.79-01 2.26-01 6.87+08 1.37+08

2568.862 7986-46902 UV 54 2 - 1 -1.13 2.28 7.48-02 1.50-02 7.56+07 2.52+07

2569.595 6928-45833 UV 52 5 -4 - 1.09 2 32 8.13-02 7.39-03 8.21+07 9.12+06

7SAQ 747 7Q8A 4A88Q 1UIVV "J^ J J 2 — 2 — 1 -UD Z.J J

8 7Q n7 o. Iy — UZ 11 . if^

/ D — muz ft ftft _i_r»7 o.oo +U /

1 7ft _i_r\7

I . /o +U /

1 7 S A 1 S 1 41

IU1 VV 1

I 01U J 3 -3 — 1 .D / 7 J 1 n7 z. i J — uz 1 (\A (\1 1 1 A -i-Cil Z. 1 4 +U / J.uo +uo

7 'r77 7S7 IZ"D" — J loZD IUIVV 1

1 07uz 2 -3 — .oA7/ 1 1 A n t Z. 14 — U I A 11 Cil H.z / — uz Z. I J +Uo j.Uo +u / 2576.692 6928-45726 UV 52 cJ — cJ — .22 3.19 6.03-01 5.48-02 6.05+08 5.50+07

2579.266 7986-46745 UV 55 7Z — i -L32 2.09 4.81-02 9.62-03 4.82+07 6.89+06

2580.066 8155-46902 UV 54 1

1 — 1 -1.57 1.85 2.72-02 9.06-03 2.72+07 9.08+06

2580.281 12561-51305 3 -4 -.82 2.59 1.51-01 2.16-02 1.52+08 1.69+07

2580.454 7986-46727 UV 54 2 — 2 - 1.76 1.65 1.75-02 3.49-03 1.75+07 3.50+06

2580.561 12969-51708 2 -2 -.80 2.61 1.60-01 3.19-02 1.60+08 3.20+07

2580.939 8155 — 46889 UV 55 1 — 2 - 1.67 1.75 2.16-02 7.19-03 2.16+07 4.32 +06

i. J o*+. J J / ftQ7e 4SA0S 1UIVV JS7z 5 -6 . I D J.J 1 S7/

1 4 S -1-00 .4J T^UU 111 1 .J 1 — 01U 11 .44 44-l-OQ 7^U7 1 1 1 -1-08 I . 1 1 T^Uo

7S8ft SS7 7 171^1 f\C\'Kf\f\ I IVV 1 7 1 / 1 5 -6 .Z71J J1 .D4 A4 1 70-1-00 1 . / U -rUU 1 S4 0

1 . J4 — U I

1 AQ -i-OQ 1 .D7 -i-yjy 1

1 . jU10-1-oa -rUo 7SQ7 78S 7z

1 qqq f,f\'\f^A

yyy — ou jo^ 4 -3 77 .Z / 1 AW J .Do I 8A -l-An 1 .oD +UU 7 HA n 1 Z.UD — U 1

1 8/1 -l-HQ I .o4 +U7 7 A1 -L.Oa Z.Dj +Uo

2593.510 19351-57897 UV146 5 — 5 .53 3.95 3.42+00 3.1 1 -01 3.39+09 3.09+08

2594.150 7377-45914 UV 52 4 — 3 -.92 2.49 1.20-01 1.34-02 1.19+08 1.70+07

2595.422 8155-46673 UV 54 1 — 0 -2.01 1.41 9.80-03 3.27-03 9.71 +06 9.71 +06

2598.855 12969-51436 UV103 2 — 3 -1.09 2.32 8.08-02 1.62-02 7.98+07 1.14+07

2599.565 7377-45833 UV 52 4 -4 .10 3.51 1.26+00 1.40-01 1.24+09 1.38+08

2605.658 6928-4'$295 UV 51 5 -5 -.86 2.56 1.38-01 1.25-02 1.36+08 1.23+07

2606.828 7377-45726 UV 52 4 -5 .10 3.52 1.26+00 1.40-01 1.24+09 1.12+08

7^00 Z0U7.ZZU 77n 777^0 An*\A4 3 -3 .J J1 11 i. 1 1 '>i _Lnn j.\y — U

z. 1 7 +uy 117 ^nft ZD 1 U. / JU 704 18QQA IU1 VV Ao 2 -1 — z.yjj \ TQ 1 .jy Q 1 1 ni y.j J — yjj 1 .o / — \Jj V. 1 J -|-UO 1 c\A _i_nA J.U4 +UO

7^i ZD 1

1 7Z. 771 / / J ^ID — joD/o 1UIVV AD 3 -2 — 1 .oU \ A")

1 .OZ 1 .JO — uz Z.Zd — Vj 1 ^ <; _i_n7 I - J J -rU / J . 1 U -|- uo

2614.495 7728-45965 UV 52 3 — 2 -1.08 2.34 8.32-02 1.19-02 8.12+07 1.62+07

2618.019 7728-45914 UV 52 3 — 3 — .22 3.20 6.03-01 8.61 -02 5.86+08 8.38+07

2618.71

0-38175 UV 6 4 — 3 -K74 1.68 1.82-02 2.02-03 1.77+07 2.53+06

2623.367 888-38996 UV 6 1 - 1 - 1.84 1.58 1.45-02 4.82-03 1.40+07 4.67+06

2623.532 7728-45833 UV 52 3 — 4 .00 3.42 1.00+00 1.43-01 9.69+08 1.08+08

2627.230 7377-45428 UV 51 4 -4 -1.69 1.73 2.04-02 2.27-03 1.97+07 2.19+06

2629.579 978-38996 UV 6 0 - 1 -2.09 1.33 8.13-03 8.13-03 7.84+06 2.61 +06

2632.238 7986-45965 UV 52 2 -2 -.32 3.10 4.79-01 9.57-02 4.61 +08 9.22+07

2632.595 704-38678 UV 6 2 -2 -1.70 1.72 2.00-02 3.99-03 1.92+07 3.84+06

2635.810 7986-45914 UV 52 2 -3 -.07 3.35 8.51-01 1.70-01 8.17+08 1.17+08

6
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Continued

A K

\1 1 iltirtlpt IV lU! lipiCl No.

y-Values Log Log

/ A

2636 479 Till — 45295 UV 51 4 -5 — 1 . 1 .1 L.J\J 8.43 — 03 1 .r6 -1-0/ 6.62 +06

264 1 .647 7377- 45221 UV 50 4 -3 — .63 2.79 2.60- 02 ">Z.lHlA _i_nfi -1-Uo 3./U +U / 2643.999 8155- 45965 UV 52 1 _2 — .09 3.33 8.13 — 01 2.71 - 01 7 lf\ -1-08 1 4-OR 2645.423 888- 38678 UV 6 1 _ ~i — 2.05 1 .37 8.91 —03 2.97- 03 1 70 4- OA

2647.559 416 — 38175 UV 6 3 -3 — 1.72 1.70 1 .9 1 —02 2.72- 03 1 8 1 -1-07 7 SO 4-OA 2648.164 1 1976 — 49727 UV 99 4 — 4 — 1.61 1 .82 2 48 — 0^ 2.75- 03 7 A7 -lO/; Z.DZ +UO

2648J48 24336- 62081 2 J4 i.ii 2^20+00 4.40- 01 2.09+09 4.19+08

2651.708 7728- 45428 UV 51 i — 4 -1.12 2.30 7.59-02 1.08- 02 7.20+07 8.00+06

2655.140 1 1976- 49628 UVlOO 4 — 4 - 1.75 1.67 1.78-02 1.97- 03 1.68+07 1.87+06

2656.145 19390- 57028 UV156 0

-7 — 1 .82 4.24 6.56+00 5.04 — 01 6.20+09 4.13+08

2656.793 1 1976- 49604 UV 99 4 -5 — .79 2.63 1.62 — 01 1.80- 02 1 .53 +08 1 4-07 2660.396 7986- 45563 UV 51 2 -3 — 1.30 2.12 5.01 —02 1.00- 02 4 7") -1-07 6 75 4-06 2661.196 7986- 45552 UV 50 ~) - 1 - 1.74 1.69 1.82 — 02 3.64- 03 1 7 1 -1-07 S 7 t 4-06 2662.057 7728- 45282 UV 50 3 _ 2 — .72 2.71 1.91—01 2.72 _ 02 1 79 -1-08 3 59 4-07 2666.400 7728- 45221 UV 50 3 -3 -.94 2.49 1.15 — 01 1.64- 02 1 08 4-08 1 .54 +07

2666.813 6928- 44415 UV 48 5 — 4 -.35 3.08 4.47 — 01 4.06 — 02 4 1 9 -^-08 4.65 +07

2666.966 11976- 49461 UVlOO 4 — 5 -.33 3J0 4J1-01 5.23 — 02 4^42+08 4.02+07

2667.914 704- 38175 UV 6 2 — 3 -2.20 1.23 6.31-03 1.26 — 03 5.91+06 8.45+05

2669.492 19621 - 57070 UV156 5 — 6 .57 4.00 3.72+00 3.38 — 01 3.48+09 2.68+08

2673.214 8155- 45552 UV 50 1 — 1 -1.16 2.27 6.92-02 2.3 1 - 02 6.46+07 2.15+07

2679.063 6928 — 44244 UV 47 5 _ 5 — .14 3.29 7.24 — 01 6.59- 02 6.73 -1-08 6. 1 2 +07

2680.454 7986 — 45282 UV 50 2 _ 2 — .81 2.62 1.55 — 01 3.10- 02 1 .44 -1-08 2 88 +07

2680 910 12561 — 4985 1 UVlOO 3 -3 — 1 .74 1 .69 1.82 — 02 2.59- 03 1 69 +07 7 41 4-06 7681 586 19562 — 56843 UV 145 4 -4 .57 4.00 3.72 +00 4.13- 01 "J 4S -l-OQ ! OT, -Lna J .OJ ^uo 7986 — 4522

U V 50 2 -3 — 1 .97 1 46 1 07 — 02 2.14- 03 Q Q 1 4-06 1 47 4-06 2689.2 1

7377 — 4455 1 UV 48 4 — 3 — .24 3.1

5.75 —01 6.39- 02 S ? 1 4-08 7/.JOS8 4-071 2689^830 12561- 49727 UV 99 3 — 4 -^42 3^01 3.84-01 5.48- 02 3.54+08 3.93+07

2690.069 0- 37163 UV 4 4 — 3 -2.03 1.40 9.33-03 1.04- 03 8.60+06 1.23+06

2692.250 1 1976- 49109 UV 98 4 — 4 - 1.20 2.23 6.30-02 7.01 - 03 5.80+07 6.45+06

2692.658 8155- 45282 UV 50 1 - 1.89 1.54 1.29-02 4.29 — 03 1.19+07 2.37+06

2694.222 416 — 3752UV 4 3 -2 — 3.01 .42 9.77 — 04 1.40- 04 8 98 4-OS 1 .80 +05

2694.536 19351 — 56452 UV144 5 -4 .63 4.06 4.24 +00 3.85- 01 3.89 +09 4.32 +08

2695 036 6928 — 44023 UV 47 5 -4 — 1.35 2.08 4.47 — 02 4.06- 03 4 ] 0 +07 4 S6 +06

2695 662 19757 — 56843 UV 145 3 -4 .65 4.08 4.47 +00 6.39- 01 4. 1 1 +09 4.56 +08

2696.284 1935 1 — 56428 UV143 5 -5 1.00 4.44 1 .01 +01 9.20- 01 9.28 +09 8.44 +08

2697.022 12561 - 49628 UVlOO i — 4 — .45 2.98 3.55 — 01 5.U / — 3.25 +08 3.61 +07

2699.108 7377- 44415 UV 48 4 — A4 -.49 2.94 3.24-01 1 An j.dU — Uz 2^96+08 3^29+07

2701.908 20641- 57641 UV161 4 — 3 -.05 3.38 8.94-01 9.93- 02 8.16+08 1.17+08

2702.453 19390- 56383 UV154 6 — 5 .59 4.02 3.90+00 3.00- 01 3.56+09 3.24+08

2706.012 19390- 56334 UV154 6 — 6 .89 4.32 7.71 +00 5.93- 01 7.02+09 5.40+08

2706.583 7728 — 44664 UV 48 3 _ T — .08 3.35 8.32 — 01 1.19- 01 7.57 +08 1 .5 1 +08

2707.45

20641 — 57565 4 -3 .21 3.65 1.64+00 1.82- 01 1.49+09 2.13 +08

2708 570 20641 — 57550 UV161 4 -4 1 .09 4.53 1 .24 +01 1.38+00 1.13 + 10 1 .25 +09

2709.989 19562 — 56452 UV144 4 -4 .27 3.70 1 .85 +00 2.05- 01 1.68+09 1.87 +08

2710.543 12969 — 4985 1 U V 100 2 -3 — .26 3. 17 5.48 — 01 1.10- 01 4 98 -1-08 7. 1 1 +07

271 1.656 7377 — 44244 UV 47 4 — 5 — .44 2.99 3.63—01 4.03- 02 3.29 +08 2.99 -(-07 2714^062 20875- 57709 UV161 3 2 33 3.76 2J2+00 3.04- 01 L92+09 3^85+08

2714.870 7728- 44551 UV 48 3 -3 - 1.20 2.23 6.31-02 9.01- 03 5.71 +07 8.16+06

2715.323 704- 37521 UV 4 2 _ 2 -2.70 .73 2.00-03 3.99- 04 1.81 +06 3.61+05

2716.410 19621- 56423 UV154 5 — 4 -.17 3.27 6.83-01 6.21 - 02 6.18+08 6.86+07

2717.368 7377 — 44 1 66 UV 47 4 -3 — 1 .70 1 .73 2.00 — 02 2.22 — 03 1.80+07 2.57 +06

2717.787 7728 — 44S 1 "> U V 49 3 _2 — 1 .08 2.35 8.32 — 02 lT9- 02 7.5 1 +07 1.50+07

2718.436 7986 — 4476

U V 48 1 - 1 — .28 3.15 5.25 — 01 1.05- 01 4.74 +08 1 .58 +08

2719.027 0 — 36767 U V 5 4 -3 .15 3.58 1.41 +00 1.57- 01 1 .27 +09 1 .82 +08

2719.418 19621 — 56383 U V 1 54 5 -5 .95 4:39 8.94 +00 8.12- 01 8.06 +09 7.33 +08

2720.194 17550 — S430I UV129 3 — 4 .30 3.73 1 97 -1-00 2.82- 01 1 78 -1-09 1.98+08

2720^516 416- 37163 UV 4 3 — 3 -2^71 '72 K95-03 2.79- 04 1.76+06 2.51+05

2720.904 416- 37158 UV 5 3 ^2 -.10 3.33 7.94-01 1.13- 01 7.16+08 1.43+08

2722.032 1 1976- 48703 UV 97 4 — 4 -1.47 1.96 3.36-02 3.73- 03 3.02 +07 3.36+06

2723.579 704- 37410 UV 5 - — 1 -.42 3.02 3.80-01 7.60- 02 3.42+08 1.14+08

2724.344 19757- 56452 UV 144 3 -4 .02 3.45 1.04+00 1.49- 01 9.3^ +08 1 .04 +08

2724.954 7728- 44415 UV 48 3 -4 — .38 3.06 4.17 — 01 5.96- 02 3.74+08 4.16+07

2725.3 1

12561 - 49243 UV 98 3 -3 — .99 2.45 1 .03—01 1.48- 02 9.29+07 1.33 +07

2725 602 7986- 44664 UV 48 2 -2 — 1 .62 1.82 2.40 — 02 4.80- 03 2. 15 +07 4.3 1 +06

2725.805 20875 - 57550 UV161 3 -4 .19 3.63 1 56+00 2.23 — 01 1.40+09 1.56+08

2726.054 8155 — 44827 UV 48 1 -0 — .34 3.10 4.57 — 01 ?J2- 01 4. 10+0& 4.10+08

2726^237 21039- 57709 UV161 2 -2 '88 4.31 7^54+00 1.51 +00 6^77+09 L35+09

2728.021 7377- 44023 UV 47 4 -4 -.70 2.74 2.00-01 2.22 — 02 1.79+08 1.99+07

2728.819 19788- 56423 UV154 4 -4 .79 4.23 6.23+00 6^92- 01 5.58+09 6.20+08

2728.970 888- 37521 UV 4 1 _ 2 -2.50 .94 3.16-03 1.05- 03 2.83+06 5.66+05

7
Table 1 . — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wave/eng//? — Continued

Wavejength A

Energy Levels K

Multiple! No.

J-Values Log Log

L'f /

AA

2730.982 8155 -44761 UV 48 1 _ 1 -.82 2.62 1.51-01 5.05 — 02 1.35+08 4.51 +07

273 1.281 21039 -57641 UV161 2 -3 .30 3.74 2.00+00 4.00- ol 1.79+09 2.56+08

2733.582 6928 -43500 UV 46 5 -4 .42 3.86 2.63 +00 2.39- 01 2.35 +09 2.61 +08

2734.006 7986 -44551 UV 48 2 -3 — .81 2.63 1.55 — 01 3.10- 02 1 .38 +08 1 .97 +07

2734.269 17550 -54112 UV125 3 _ ~> .40 3.84 2.52 +00 3.60- 01 2.25 +09 4.49 +08

2734.616 7728 — 44285 UV 47 3 — 1 .34 2. 10 4.57 — 02 6.53 — 03 4.08 +07 8. 15 +06

2735.476 7377 — 43923 UV 46 4 — 3 .16 3.60 1 .45 +00 1 .61 — 01 1 .29 +09 1 .84 +08

2736^960 7986 — 445 1UV 49 - ~2 -32 3^12 4^79-01 9.57 — 02 4.26+08 8.52+07

2737.311 888 -37410 UV 5 1 - 1 -.36 3.08 4.37-01 1.46- 01 3.89+08 1.30+08

2738.214 8155 -44664 UV 48 1 - 1.52 1.92 3.02-02 1.01 - 02 2.69+07 5.37+06

2741.100 24336 -60807 UV181 2 -3 .69 4. 1

4.93 +00 9.87- 01 4.38 +09 6.26 +08

•"ti A ^ CIO 2741 .578 12969 -49433 UV 98 2 _ 0 — 1 .03 2.41 9.37 — 02 1.87- 02 8.32 +07 1 .66 +07

2742.016 704 -37163 UV 4 2 -3 — 1 .92 1 .52 1 .20 — 02 2.40- 03 1.07 +07 1 .52 +06

2742.255 7728 -44184 UV 46 3 _ 2 — .38 3.06 4.17 — 01 5.96- 02 3.70 +08 7.40 +07

2742.406 704 -37158 UV 5 2 _2 — .32 3.12 4.79 — 01 9.57- 02 4.24+08 8.49 +07

2743.564 7728 -44166 UV 47 3 — 3 — .67 2.77 2.14 — 01 3.05- 02 1.89+08 2.7 1 +07

2744.069 978 -37410 U V 5 0 - 1 — .65 2.79 2.24 — 01 2.24- 01 ] 98 4-08 6.6 1 +07

2744.529 7986 -4441UV 46 2 -

-.42 102 180-01 7.60- 02 3^37+08 l'l2+08

2746.982 6928 -43321 UV 45 5 -6 .13 3.57 1.35+00 1.23- 01 1.19+09 9.17+07

2747.556 17727 -541 12 UV125 2 _ 2 .15 3.59 1.42+00 2.83- 01 1.25+09 2.50+08

2749.688 8155 -445 12 UV 49 1 _2 — 1.33 2. 1 1 4.68 — 02 1.56- 02 4.13 +07 8.25 +06

2750. 142 416 -36767 UV 5 3 -3 — .38 3.06 4.17 — 01 5.96- 02 3.68 +08 5.25 +07

2750.708 17927 -54271 UV125 1 _ 1 .00 3.44 1.01 +00 3.36- 01 8.87 +08 2.96 +08

2750.872 17550 -53892 UV128 3 -3 .48 3.91 2.99 +00 4.27- 01 2.63 +09 3.76 +08

275 1 .808 12969 -49298 -> - 1 — 1.28 2. 16 5.21 —02 1.04- 02 4.59 +07 1 .53 +07

2753.687 8155 -44459 UV 46 1 -0 — .59 2.85 2.57 — 01 8.57- 02 2.26 +08 2.26 +08

2754033 7986 -44285 UV 47 2 — .63 2.82.34 — 01 4.69- 02 7 Ofi 4-08 4 1 ~> -1-07 2754'427 7728 -44023 UV 47 3 -4 -l'02 2^42 9.55-02 1.36- 02 8.40+07 9.33+06

2755.184 19621 -55906 UV153 5 -4 -.06 3.38 8.74-01 7.94- 02 7.68+08 8.53+07

2756.268 416 -36686 UV 4 3 — 4 - 1.04 2.40 9.12-02 1.30- 02 8.01 +07 8.90+06

2756.330 888 -37158 U V 5 1 _ 2 — .60 2.84 2.5 1 —01 8.37- 02 2.21 +08 4.41 +07

1151 .Ji 18155 -4441UV 46 1 - 1 — .30 3.14 5.01 —01 1.67- 01 4.40 +08 1 .47 +08

2759.8 14 8155 -44378 UV 47 1 - 1 — .83 2.61 1.48 — 01 4.93- 02 1 .30 +08 4.32 +07

2761 .4o0 19552 -55754 U V 140 1 _ 2 — .4

3.03 3.88 — 01 1.29- 01 3.39 +08 6.79 +07

-7 /; 1 "7 0 1 2761.781 7986 -44184 UV 46 2 _ 2 — .20 3.24 6.3 1 —01 1.26- 01 5.52 +08 1 .10+08

2762.028 7728 -43923 UV 46 3 — 3 — .15 3.29 7.08 — 01 1.01 — 01 6. 1 9 +08 8.84 +07

2762.773 17927 -541 12 UV125 1 7 .03 3.47 1 .07 +00 3.58- 01 9.39 +08 1 88 _|_08

2763J08 7986 -44166 UV 47 "> -3 -.10 2.74 2^00-01 3.99- 02 L74+08 2.49 +07

2764.323 17727 -53892 UV128 1 -3 .31 3.75 2.02+00 4.04- 01 1.76+09 2.52+08

2765.700 1 1976 -48123 UV 92 4 -3 - 1.88 1.56 1.31-02 1.46- 03 1.15+07 1.64+06

2766.910 8155 -44285 UV 47 1 _2 — .94 2.50 1.15 — 01 3.83- 02 1.00+08 2.00 +07

2767.523 7377 -43500 UV 46 4 _4 — .39 3.05 4.07 — 01 4.53- 02 3.55 +08 3.94 +07

2768.432 17550 -53661 UV126 3 -3 — .27 3. 1

5.35—01 7.65- 02 4.66 +08 6.66 +07

2769.298 19390 -55490 UV151 6 -6 .70 4. 14 4.98 +00 3.83- 01 4.33 +09 3.33 +08

2769.672 6928 -43023 UV 44 5 -4 - 1 .39 2.05 4.07 — 02 3.70- 03 3.54 +07 3.94+06

2770.695 17727 -53808 UV123 - 1 — .42 3.02 3.79 — 01 7.59- 02 3.30+08 1.10+08

6928 -42992 5 -5 — 32 3. 1

4.79 — 01 4.35- 02 4 1 5 _)_08 3.78 +07

2772.320 17550 -53610 3 -4 -.05 339 8'81 -01 1.26- 01 7^65 +08 8^50+07

2772.51 1 17727 -53785 -3 -.12 3.32 7.54-01 1.51 - 01 6.55+08 9.35+07

2772.860 241 19 -60172 UV179 4 -4 .40 3.84 2.51 +00 2.79- 01 2.18+09 2.42+08

2773.907 19390 -55430 UV151 6 -5 — .97 2.48 1.08 — 01 8.29- 03 9.34 +07 8.49 +06

2774.150 17727 -53763 UV127 2 -3 -1.19 2.25 6.40-02 1.28- 02 5.54 +07 7.92 +06

2774.730 8155 -44184 UV 46 1 _2 — .94 2.50 1.15-01 3.83- 02 9.95 +07 1.99 +07

2778.221 6928 -42912 UV 44 5 -5 - .34 3.10 4.57 — 01 4.16- 02 3.95 +08 3.59 +07

2780.526 11976 -47930 UV 92 4 -4 - 1.73 1.72 1.88 — 02 2.09- 03 1.62 +07 1.80+06

2780.700 20641 -56593 UV 160 4 — 4 .05 3.49 1.12 +00 1.24- 01 9.66 +08 1 .07 +08

278 1 .837 7986 -43923 UV 46 7 -3 — .82 2.62 1.51—01 3.03- 02 1 30+08 1 .86 +07

2782.055 17727 -53661 UV126 1 -3 -^56 2'88 2.75-01 5.49 — 02 2.37+08 3'38+07

2784.017 20875 -56783 UV160 3 — 3 -.40 3.04 3.94-01 5.63 — 02 3.39+08 4.84+07

2784.346 19621 -55526 UV152 5 -5 -.26 3.18 5.50-01 5.00- 02 4.73+08 4.30+07

2786.180 17927 -53808 UV123 1 - 1 — .89 2.55 1.29 — 01 4.29- 02 1 .10+08 3.68 +07

2787.120 19621 -55490 UV15 1 5 -6 — .76 2.68 1.73—01 1.57- 02 1 AO 1 r\o 1.48 +08 1 . 14+07

2787.933 1 1976 -47835 UV 93 4 -5 — .70 2.75 2.00 — 01 2.22- 02 1 .72 +08 1 .56 +07

2788.106 6928 -42784 UV 44 5 -6 .43 3.88 2.69 +00 2.45- 01 2.3 1 +09 1 .78 +08

2789.477 17550 -53389 UV125 3 -3 -.08 3.37 8.3 1 —01 1.19- 01 7.13 +08 1 .02 +08

2789.803 21716 -57550 UV170 5 -4 .64 4.09 4.40 +00 4.00- 01 3.77 +09 4. 1 9 +08

2790.762 17927 -53749 1 _ ~) - 1.28 2.17 5.31-02 1.77- 02 4.55+07 9.09+06

?7Q1 Z / 7 I . 787 / o / 19621 -55430 1 IVV 1 5 I 1 J 1 5 -5 .H4 1

1 3 86 2 59 +00 2.35- 01 2.2 1 +09 2.01 +08

2792.397 12561 -48362 UV 95 3 -4 - 1.04 2.40 9^02-02 1.29- 02 7^72+07 8.57+06

2794.157 17550 -53329 UV124 3 -4 - 1.04 2.40 9.03-02 1.29- 02 7.71+07 8.57+06

8
Table I. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Conlinued

Wilvelenglh

A."\ Enerey Levels

^ K

iVI Ul lipid No.

7-Values Log

(Kf) Log

/ A

2794.703 7728 -43500 UV 46 3 -4 1 71 7 7') z . z z jj.oy S 8Q — 07uz 8.41- 03 ^ 01 -I-07 J .U3 -r U / 3 . jy -f- UO

0 -35768 UV 3 4 -4 — 2.30 S 01 0"^ 5.57- 04 A4.Z019. -i_OA -r UD A 7 ^ -LOS 7377 -43138 UV 44 4 -3 1 1 f\ _.zy

"> 7Q fxD.y07z — 07uz 7.69- 03 ^ QO _]_ 07 3.yu -|-U / 0 A A \r\£i 0.44 +U0

„ / 7D.O / — 12561 -48305 U V 96 3 _2 — I.JO 1 8Q 7z. 78/ 0 — 07uz 3.97- 03 7 17 _i_07 Z.3 / -hU / A lA j-O/; 4. / 4 +U0

77Q7 77^i 7377 -43109 I IV 45 4 -4 — .J J

7z. onyu 7 87 n 1 Z.OZ — U I 3.13- 02 ") AC\ j_ oc Z.4U +U(5 7 A7 _L 07 Z.O / +u / — A'>Ofi OZUo 1

11 — 7z 04 1 10-1- 00 1 £.0 J. 00 — A 1 U 1 0 17 -LOS y.3 / -rUo 1 R7 -uOS 1 . 0 / "T Uo

2803.168 •4-10 1 A07Q UV 3 — 73 -2.80 .65 1.58-03 7 7^ Z.ZD — A A U4 1.35+06 1.92+05

2804.521 7*^77 41071 UV 44 — /I H -.32 3.13 4.79-01 j.3z — n7UZ 4.06+08 4.51+07

2804.865 7 1 QQQ S7A4 1 UV170 — 73 .23 3.68 1.70+00 1 .sy — A 1 U

1.44+09 2.06+08

2805.808 11

11 Q7A 7 / O —4 / ouo UV 92 — cJ -1.60 1.84 2.49-02 7 77 z. / / — A7Uj 2.11+07 1.92+06

18378 -54005 UV139 7 -3 7

7Z . 74/ H 1i .y07/ — Otu 1 3.93- 02 ^ 1.08 1 .DO ^^Uo 1Z.3oIS _i_07 "tU / ~)9.(\f. 08<i 1111 -42992 I IV 45 4 -5 — 1 31 . 74ZH A 1 7 01 6.85- 02 J.ZZ +Uo 4. / J +U / Loyj 1 . —HO 0 -35612 IUIVV jL7 4 -3 — 7Z.Oofi8 . 77/ / 7 00 0"^ — .uy — \jj 2.32- 04 1 77 -X^OA I . / / UO Z.J 3 +Uj

Tans ^">8 7728 -43326 I IV 4S 3 -3 — 1

1 .H3 41 7z.uz07 J

'X

. 77/ z — 07uz 5.31- 03 3.14 +U / A Ad _lOA 4.4y +uo

L.O 1 U.O JH 21999 -57565 4 -3 — .ou

")Z.o85J

7 'sA 0 1 Z. J4 — U 1 2.82- 02 7 } A -L- Oft Z. I 4 -r Uo 1 OA -i_07 3 .uo -rU / i-O 11.1 \J\J 1 z jd i — -40 i Ld U V 92 1 — 73 — 11.00 88 1I.J/57 111 I . J I — 07UZ 1 .00 — A7U3 1 1 1 -1-07 1.1 n^U /

11 , JS80 -)-0A T^UO 2812.042 T 1 OQO — J / J jU UV170 AH — A4 -.24 3.21 5.79-01 0.44- A7UZ 4.89+08 5.43+07

2813.288 1 i 1 1

/I 7Q t 7 UV 44 A4 — cJ .23 3.68 1.70+00 1 on 1 .sy — A 1 U 1 1.43+09 1.30+08

2815.017 1 Q 37fi 1 0 J /o C ICQ') UV138 — 73 -.82 2.62 1.50-01 7 no z.yy A 7 UZ 1.26+08 1.80+07

2815.506 1 7QAQ UV 95 -> — 73 - 1.05 2.40 8.89-02 1 . /o — A7UZ 7.48+07 1.07+07

""S 1 7 SOS 7728 -43210 UV 44 3 _2 — 11 . 1 7z 7Z.3311 7/ . jy50 — 07uz 1.08- 02 ft0.317/ 4-07 7^U /1

1 .Z77/ 4-07 T^U / 781 Q 78^1 22249 -57709 1 IV 1 70 3 -2 .HZ 47 Ji . 870 / z.o 7 filI 4-00 T^UU 3.73- 01 7z. 11 0y 4-00 T^uy 4H.jy10 4-08 T^uo 7870 804 416 -35856 UV 2 3 _2 — 7Z . 810 3 .oz ^;7 11 .Ho 48 — 01U3 2.11- 04 I1 .ZH 744-Oft T^UO 7Z.HO48 4-05 7^U3 7871 f\'\(\ 18378 -53808 I IV 1 14 2 - 1 — 11 .HZ 47 Z.U 7 01J J1 . 70I y — 07uz 7.59- 03 3.10 1 1 8 4-07 T^U /

1

I .UD Oft 4-07 7^U / 2823 277 7728 -43138 U V 44 3 -3 — .zz 77 1J . 71Z J ftO.U301 — 01U X 8.61- 02 J5 .UH 04 -t08 T^UO 7/ .ZU 7n 4-07 7^U / 7874 700 — J / 04 1 U V 1 70 73 — -7 11 J1 . 11 z7 AMH.U" — 01u 1 0. /u — A7UZ J1 .y07-1-08 ^ 7^ UO J5 .uu ftO 4-07 7^ U / 2825.557 '7'?') fi — A 1 1 HQ 43 luy UV 45 73 — /I 4 -.23 3.22 5.89-01 Q A i 8.4 1 — A7UZ 4.92+08 5.47+07

2825.689 U

1 c 7 -7Q UV 3 4 — cJ -1.96 1.49 1.10-02 1 7 7

1 .ZZ — A 7 U3 9.16+06 8.33+05

2825.995 /U4 — joU /y UV 3

7z — 5 -2.92 .53 1.20-03 7 An Z.4U — A A 04 1.00+06 1.43+05

2827.893 410 — 1 ^7AC 33 /DO UV 3

73 — A4 -2.29 1.16 5.13-03 777 /.33 — A A U4 4.28+06 4.75+05

78T8 800 7986 -43326 I IV 45 7 -3 0

— .y 1 7 54 171 1 .Z3 — 01U i 2.46- 02 I 01 -1-08 1 .U3 -rUo 1 .40 -rU / 7728 -43023 I IV 44 3 -4 00 31 .H45J 1

I .UU 00 4-00 7^ uu 1.43- 01 8 1 1 -1-08 O.J 1 ^Uo 0y , Z4lA -U07 -p u / 78'?'? 401 18378 -53661 IUIVV 11 317/ 7 -3 — .01 f> 1 7Z.oH84 7Z.HJ45 — 01U I 4.90- 02 9 01 -1-08 7z.yu00 4-07 T^u / 2834 177 12561 -47834 1uIVV Q1y J 3 -3 — 1I .^0 Of> 11 .H7 40 110 1 . 1 u — 07uz 1.57- 03 07. 1 1 -l-0^=» 1 J -r UO 1

I ,J\j 10-1^0^ ^UD

78'?4 ZO JH.H4 1

1 4 12969 -48239 1UIVV 7_ 2

7 1 01 11 . J57Z 11 . 1

1 80 — 07uz 2.36- 03 0y.ou80 -\-(\f\ T^UD 11 .yo 0^; -uofi ^ uo

78'?4 7SS — J jyu

1UIVV 11 JSO7 4 — c

J 77 13 .

11 80 35 .3y 10 — 01U I < QQ j.yy — n7UZ A Al _(-0S A^.uoOf^ 4-07 ^u / 2835.457 U UV 2

A4 — 4 -2.02 1.43 9.55-03 I .Uo — A7U3 7.92+06 8.80+05

2835.951 1 T ^ A 11 Zjb 1 — 4 /o 1 Z UV 93 73 — 4 -1.15 2.30 7.09-02 I ,U 1 — A7UZ 5.88+07 6.54+06

2836.315 ZzdjU — c 7007 J /oyUV175 0 — J -.14 3.32 7.32-01 j.o3 — A7UZ 6.07+08 5.51+07

2838.120 /yob — /I 1 7 1 A 43Z lU UV 44 7 -.44 3.01 3.63-01 1 .lb — A7UZ 3.01 +08 6.01 +07

7840 47 416 -35612 IUivV z7 3 -3 — 1

1 .70 08 11 .H47/

11 .U05J — 07UZ 1.50- 03 80.00ftft 4-Oft T^UO 1 .ZH 74 4-Oft T^UO 7840 018 Mill -52916 1UI \/V 1 7 7 1 Z J 2 _ 7 — .00 L.jy 7 50 117 1.3/ — 01U 1 2.75- 02 11.131 1 4-08 7^ UO 7Z.Z77/ 4-07 T^U / 7841 A1

mil -42533 \J V "43 4 -3 — . JH54 7z.y0 11 7Z.Oo88 — 01U i 3.20- 02 7Z.3018 4-08 T^UO 3.HU 1 40 4-07 T^U / 7841 Q78 7986 -43138 IUIV A A V H-^ 2 -3 .VJz 07 31 .H47/

1 .U3 05 4-00 T^UU 2.09- 01 O.OH 8 ft4 4-08 T^UO 1 71 -1-08 I .Z3 T^UO 784S SQfi 7728 -42860 I IV AT, 3 -2 70 7 75 7Z.UU 00 — 01U 1 2.85- 02 11 -UH ft4 4-08 7^ UO 3 29 +07

784S 714 I 1 7 / 0 — A 7 1 n7 4 / I U /IUIVV 8800 4 — 4 00 J1 . JH54 11 . 77z z 4-00 7^ uu 1 1

1 .JO — u 1

11 .U0 11 4-00 7^ U7 1 12+08

2846.831 1 1 y /o — 4 /uyj UV 87 4 — 73 - 1.27 2.18 5.33-02 ^ Q7 j.yz — 01u3 4.39+07 6^27+06

2848.715 /yoD — /I in7Q 4 ju /y UV 43 — 1 -1.18 2.27 6.61-02 1 17 n7uz 5.43+07 1.81+07

2851.798 0 1 J J

/I — "5 7 1 r\ 4jZ 1

UV 44 11 7 -.02 3.44 9.55-01 3. 1 0 — A 1 u 1 7.83+08 1.57+08

2852.952 I 1 OTA I I y /D — /1 7n 1 7 4 /U 1 / UV 89 4 — 73 - 1.99 1.46 1.01-02 1.13 — niU3 8.30+06 1.19+06

78S1 Zoj J -Do ^i8SJ 11976 -47008 IUIV fiC V 00 4 -5 — 1

1 . JU50 11 ,y05J 3.13 111 — 07UZ 3.48- 03 7Z.JO5ft 4-07 T^U / 7Z . J11J 4-Oft 7^ UO

78S1 774 20875 -55906 3 -4 . 11 0y 31 .0A5J 1

. J

5 J5 4-00 7^ UU 2.22- 01 1I .Z77/ 4-00 7^U7 1 .H411 4-08 7^ UO 78S7 QQfi 18378 -53358 2 -3 1 0 J1 ">ft . .^0 f>U.HZ47 — 01u 1 1.28- 01 5 24+08 7.49 +07

78S8 8Q7 888 -35856 IUIVV 7z 1 -2 — 7Z.Z371 11 . 71Z J J5 ,oy 80 — 01y) J 1.96- 03 4H. 80 11 4-Oft 7^ UU 9 6 1 +05

LO\J 1 17927 -52858 1 -

— 1

1 . JH54 1

I . 07J7 Z

">i-.y0 1

\ — 07uz 9.70- 03 7Z.J17/ 4-07 7^ u / 7 90 +06

78fi7 4QS 0 1 J J — 431) /y 1 IV A'X 1 — 11 — 1

. 143H 2 1

4H . J571 — 07UZ 1 . jZ — 07uz 1J . 77/ z 4-07 7^ u / 1 24 +07

2863.431 1 1 y /D — 4Dooy UV 87 A4 — 4 -.40 3.06 4.02-01 A A(^ 4.40 — 07UZ 3.27+08 3.63+07

2863.864 /U4 — 3 JO 1

UV 2

7Z — 73 -1.76 1.70 1.74-02 1 /I C 3.40 U3 1.41 +07 2.02+06

2866.626 /yoD — /I 7 Q AA 4ZooU UV 43 7Z

7 -1.03 2.43 9.33-02 1 07 1.0/ — 07UZ 7.58+07 1.52+07

2867.31

1 2969 — 47834 UV 93 2 — 3 - 1.07 2.39 8.54-02 1 7 1

1 . / 1 — 07uz 6.93+07 9.90+06

Z-oO / 12969 -47831 1 !v on 2 _ 2 — .yo Q8 7Z.Ho 48 1 .U05J — 01U 1 2.10- 02 80 . J57z 4-07 7^ u / ] 70 -1-07 ZoO / .ooU 12561 -47420 U V y I 3 _ 2

\ 77 11 . 74/ H 1 .y07z — 07uz 2.74- 03 1

I .J5 J5 4-07 T^U / J1 . 1

1 11 4-Oft 7^ uu

ZoDo.Z 1 J 19757 -54612 IUI \/ 1 /I 7 V 1 4z 3 _2 — 'X ^ .50 3.11 1 1 1 4H.H45J — 01U i 6.36- 02 3.D 1 ft 11 4-08 T^Uo 7/ . 77_z 4-07 7^ u / 18378 -53230 U V 1 3 J 2 -1 — . I 0 3.Z0 1 '>a f\o.jy50 — 01u 1 1.32- 01 J5 . J14H 4-08 7^ UO 1

. 78/ 0 4-08 r uo

'jfiAQ "ins 416 -35257 IUI\/ 7 V z 3 -4 — 11 .70 5 A 11 .yu 00 775 Z. / J — 07UZ 3.93- 03 7z . 71z J 4-07 7^ u / 2.48 +06

19913 -54748 I I \/ 1 /I 7 U V 1 4Z 2 - 1 — c 1 .31 7z.y05J 1 08 0 1 3 .UO — U 1 6.17- 02 7Z . J50U 4-08 7^ UO 8 32 +07

2871.730 19788 -54600 UV149 4 -3 - 1.30 2.16 4.98-02 5.54- 03 4.03+07 5^76+06

2872.335 7728 -42533 UV 43 3 -3 -.86 2.60 1.38-01 1.97- 02 1.12+08 1.59+07

2873.655 20641 -55430 UV158 4 -5 -.40 3.06 4.00-01 4.45- 02 3.23+08 2.94+07

2874.173 0 -34782 UV 2 4 -5 -1.55 1.91 2.82-02 3.13- 03 2.28+07 2.07+06

9
Table 1 — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength — Continued

Wavelength A

Energy Levels KMultiplet No.

y-Values

Log Log

A'/ / J? A A

2875.303 1 1976 -46745 UV 86 4 _3 -.11 2.69 1.71-01 1.90-02 1.38+08 1.97+07

2877.302 1 1976 -4672

UV 86 4 _4 -.33 3.13 4.70-01 5.22-02 3.78+08 4.21 +07

2878.762 22838 -57565 2 _3 .08 3.54 1.21 +00 2.43-01 9.77+08 1.40+08

2878.962 12969 -47693 UV 90 2 -3 - 1.66 1.80 2.18-02 4.36-03 1.75+07 2.50+06

2879.461 19552 -54271 UV136 - 1 - 1.04 2.42 9.18-02 3.06-02 7.39+07 2.46+07

2880.581 8155 -42860 UV 43 1 _ 2 - 1.94 1.52 1.15-02 3.83-03 9.23+06 1.85+06

2ooo. j 1 / 12561 -47197 U V 8 / 3 _ 2 — \ .1

l.iy j.ij — OZ "7 A ^ Al / .DJ — Ui A OQ I A"? "t.Zy +U / 0 ^"7 1 AA 0. J / +ud

2887.360 19390 -54014 UV150 6 -5 - 1.33 2.13 4.72-02 3.63-03 3.78+07 3.43 +06

2887.806 21716 -56334 UV167 5 -6 .27 3.73 1.85+00 1.68-01 1.48+09 1 .14+08

2887.961 19621 -54237 UV149 5 -4 -.80 2.66 1.59-01 1. 44 _ 02 1.27 +08 1.41 +07

2889.890 1 QTOO — J J 70 J UV149 5 _5 -.58 2.88 2.64-01 2.03-02 2.1 1 +08 1.92+07

2889.991 — J^u 1

UVI42 1 _ -) -.43 3.03 3.70-01 1.23-01 2.96+08 5.91 +07

2890.414 1

1 TQAQ z.y\iy — ^ / J JO -> _ 1 — 2.23 1.23 5.82-03 1.16-03 4.65+06 1.55+06

2890.868 26225 -60807 UV184 3 -3 -.To 3.36 8.00-01 1.14-01 6.38+08 9.12+07

2891.410 12561 -47136 UV 89 3 _2 - 1.99 1.47 1.02-02 1.45-03 8.12+06 1.62+06

2891.705 20875 -55446 UV158 3 -4 .09 3.55 1.24+00 1.77-01 9.90+08 1.10+08

289 1 .904 19788 -54357 4 -3 — .59 2.87 2.57 — 01 2.85 — 02 2.05 +08 2.92 +07

2892.479 19562 -54125 UV 142 4 -4 — .30 3.16 5.04 — 01 5.60 — 02 4.02 +08 4.46 +07

2893.763 7986 -42533 UV 43 2 -3 - 1 .82 1.64 1.51 —02 3.03-03 1.21 +07 1.72 +06

2893.882 12561 -47107 UV 88 3 -4 - 1.06 2.40 8.65-02 1.24-02 6.89 +07 7.66+06

2894.506 18378 — 52916 UV134 2 _ 2 .59 4.05 3.87+00 7.74-01 3.08+09 6.16+08

2895.036 12561 — 47093 UV 87 3 _3 -.35 3.1

4.44-01 6.34-02 3.53+08 5.04+07

2897.635 19788 — 54289 4 _3 -.39 3.08 4.1 1-01 4.57-02 3.27+08 4.67+07

2898.867 Mill -52213 2 -3 - 1.17 2.30 6.81-02 1.36-02 5.40+07 7.72+06

2899.416 18378 -52858 UV133 2 - 1 .32 3.79 2. 11 +00 4.22-01 1.67+09 5.58+08

2901.382 12561 -47017 UV 89 3 -3 -.65 2.81 2.22-01 3.17-02 1.76+08 2.51+07

THAI O 1 A 19351 -53801 U V 14z 5 -5 1 AQ 3.06 1 z: c 1 AA 1 .DJ +UU 1 ^ A A 1

1 . jU — U 1 111 1 AO 1.3 1 +uy 1 1 A 1 AO 1 . 1 y +uo

2905.570 26351 -60758 UV182 5 -4 .40 3.86 2.50+00 2.27-01 1.98+09 2.20+08

2907.518 21999 -56383 UV167 4 -5 .57 4.03 3.73 +00 4.14-01 2.94+09 2.67+08

2908.864 19757 -54125 U V142 3 -4 -.24 3.23 5.78-01 8.26-02 4.56+08 5.06+07

2909.313 1962

— 53983 UV149 5 _5 - 1.08 2.39 8.35-02 7.59-03 6.58+07 5.98+06

2910.930 22249 — 56593 UV168 3 _4 -.45 3.01 3.54-01 5.06-02 2.79+08 3.10+07

2912.159 Q — jHJ _ 7 UV 1 4 — J - 1.24 2.22 5.75-02 6.39-03 4.53+07 6.47+06

2918.023 26106 -60366 UV182 6 -6 1.54 5.00 3.46+01 2.66+00 2.71+10 2.09+09

2918.354 19552 -53808 UV134 1 - 1 -.11 3.35 7.75-01 2.58-01 6.07+08 2.02+08

2919.838 19562 -53801 UV142 4 -5 -.30 3.16 5.00-01 5.55-02 3.91 +08 3.55+07

A A T AA 2920.290 20038 -54271 U V 1 36 0 - 1 — 1.16 2.3

6.96 — 02 £. C\C A'> 6.96 — 02 C y1 C 1 AT 5.45 +0 /

1 0 1 AT 1 .82 +0 / 2920.691 12969 -47197 UV 87 2 _ 2 — .42 3.04 3.79-01 7.58 — 02 2.96 +08 5.93 _|_07 2922.383 12969 -47177 UV 86 2 - 1 - 1 .56 1.90 2.74 — 02 5.49_03 2. 14 +07 7.14+06

2922.620 17550 -51756 UV122 3 _ 2 -.68 2.1? 2.07-01 2.96-02 1.62+08 3.23 +07

2923.288 2635 1 — 60549 UV182 _ 5 1.37 4.83 2.33+01 2.12+00 1.82 + 10 1.65+09

2923.851 21716 — 55907 UV166 <^ _ 5 .74 4.21 5.51 +00 5.01 -01 4.30+09 3.91 +08

2924.002 21716 — 55906 UV166 <; _4 .76 4.23 5.77+00 5.25-01 4.50+09 5.00+08

2925.359 22249 -56423 UV167 3 -4 .48 3.95 3.05+00 4.36-01 2.38+09 2.64+08

2925.901 12969 -47136 UV 89 2 -2 -.84 2.62 1.44-01 2.87-02 1.12+08 2.24+07

2928.105 17550 -51692 UV121 3 -3 -.90 2.57 1.26-01 1.81-02 9.84+07 1.41 +07

416 -34547 1 1 \/ 1 u V 1 3 _2 — \ .1 1 "7^0 A") 1 AG A") ^ QA j_A'7 j.yu +u /

1 1 0 1 A7 1.18 +U / 2929.1 18 26628 -60758 UV182 4 -4 1.09 4.55 1.23 +01 1.36+00 9.52 +09 1.06+09

2929.620 12969 -47093 UV 87 •> -3 - 1.24 2

'''' 5.71 -02 1.14-02 4.44+07 6.34+06

2930.590 20020 -54132 UV141 ~\ - 1 - 1.62 1.85 2.41 -02 8.05-03 1.87+07 6.25 +06

2931.420 19788 — 53892 UV148 4 _ 3 -.83 2.63 1.46-01 1.63-02 1.14+08 1.62+07

2931.803 2 1999 — 56098 UV166 4 _3 -.45 3.01 3.53-01 3.92-02 2.74+08 3.91 +07

2934.370 17550 — 51619 UVI 17 3 _3 - 1.21 2.26 6.13-02 8.76-03 4.75+07 6.79+06

2936.120 12969 -47017 UV 89 2 -3 - 1.21 2'.25 6.1 1 -02 1.22-02 4.72+07 6.75+06

2936.905 0 -34040 UV 1 4 -4 -.60 2.87 2.51-01 2.79-02 1.94+08 2.16+07

2937.806 17727 -51756 UV122 2 _ 2 -.16 3.30 6.85-01 1.37-01 5.29+08 1.06+08

Zyiy.U 11 17927 -51942 1 1 \ / 1 1 0 U V 1 1 s I -0 — C A

. J V I.ti / 2.55 —01 t» C A AT 1 .y 1 +U8 1 Q-7 1 AC 1 . V / +U8

2940.586 22846 -56843 UV173 5 -4 . 1

3.62 1.41 +00 1 .29 — 01 1 09+09 1.21 +08

2941.344 704 -34692 U V 1 2 - 1 — 1.31 2.16 4.90 — 02 9.80 — 03 3.78 +07 1.26+07

2941.770 19562 -53546 U V 141 4 -3 — .52 2.95 3.02 — 01 3.36 — 02 2.33 +08 3.33 _|_07 2945.050 11 Q788 y I oo — D J 1 A — 1J -.18 3.29 6.67-01 7.41-02 5.13+08 7.32+07

2945.870 — DUJD'4- A

H- — 1J -.49 2.98 3.23-01 3.59-02 2.48+08 3.54+07

2946.095 1 l.y\>y — ^oyy)~ -> — 1

1 -2.26 1.21 5.55-03 1.11 -03 4.26+06 1.42+06

2947.1 16 26628 -60549 UV182 4 -5 1.14 4.61 1.37+01 1.52+00 1.05 + 10 9.58+08

2947.363 — C->'>A'7 jlly

UV131 -.16 3.31 6.89-01 1.38-01 5.29+08 1.06+08

2947.877 416 -34329 UV 1 3 -3 -.43 3.04 3.72-01 5.31-02 2.85+08 4.07+07

2948.433 21999 -55906 UV166 4 -4 .72 4.19 5.26+00 5.85-01 4.04+09 4.49+08

2948.733 Mill -51630 UVI 18 2 _ 2 -.82 2.65 1.51-01 3.02-02 1.16+08 2.31+07

2949.688 Mill -51619 UVI 17 2 -3 - 1.37 2.10 4.24-02 8.49-03 3.25+07 4.65+06

2950.240 17550 -51436 UV120 3 -3 -.12 3.35 7.54-01 1.08-01 5.78+08 8.26+07

10
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Continued

Wij V dc ngt h Energy Levels K

\A 1 1 1 1 1 nl p t L V 1 U I 1 1 1 ^ I No.

y-Values Log

(ft/) Log(kA) Hf f K^ A

2951.356 19788-53661 4-3 -.97 2.50 1.07_01 1.19-02 8. 18 +07 117 +07

2953.486 22249-56098 UV166 3-3 .73 4.20 5.34+00 7.62-01 4.08 +09 5 83 +08

2953.941 704-34547 10 2-2 -.61 2.86 2.45-01 4.91-02 1.88 +08 3.75 +07

2954.654 18378-52213 UV132 2-3 -.03 3.44 9.40-01 1.88-01 7.18+08 1.03 +08

2956.710 17550-51361 UVl 18 3-3 -.85 2.62 1.42-01 2.03-02 1.09+08 1.55 +07

2956.860 21716-55526 UV165 5-5 -.28 3.19 5.25-01 4.77-02 4.01 +08 3.64 +07

2957.366 888-34692 10 1-1 -.77 2.70 1.70-01 5.66-02 L30+08 4.32+07

2958.462 21999-55791 317 4-3 -.93 2.54 1.18-01 1.31-02 8.99+07 1.28+07

2959.682 22650-56428 UV172 6-5 .50 3.98 3.20+00 2.46-01 2.44+09 2.21+08

2959.993 21716-55490 316 5—6 1.10 4.57 1.25+01 1.14+00 9.53+09 7.33+08

2960.299 20038-53808 148 0-1 -.03 3.44 9.3 1 —01 9.3 1 _oi 7 09 +08 2 36 +08

2960.666 23784-57550 UV178 5-4 -.02 3.45 9.62-01 8.74 — 02 7.32 +08 8. 1 3 +07

2961.700 17550-51305 UVl 19 3-4 -2.14 1.33 7.25 —03 1.04 — 03 5.51 +06 6. 1 2 +05

2962. 1 10 1 1976-45726 57 4-5 -2.02 1.45 9.55 —03 1.06-03 7.26+06 6 60+05

2963.710 231 1 1-56843 UV173 3-4 -.69 2.78 2.04-01 2.92-02 1.55 +08 1.73 +07

2964.196 20875-54600 3-3 -.81 2.66 1.54-01 2.20-02 1.17+08 1.67+07

2965.256 978-34692 10 0-1 -.99 2.48 1.02-01 1.02-01 7.76+07 2.59+07

2965.8119621 -53329 UV147 5-4 -.21 3.26 6.10-01 5.55-02 4.63 +08 5.14+07

2966.260 17927-51630 104 1-2 -.69 2.78 2.03-01 6.78-02 1.54+08 3.08+07

2966.900 0-33695 10 4-5 -.21 3.26 6.17-01 6.85-02 4.67+08 4.25+07

2968.481 19552-53230 UV135 1 -

-.40 3.07 3.97_01 1.32-01 3.01 +08 1.00+08

2969.361 888-34556 1

1 -0 - 1.73 1.74 1.86-02 6.21 -03 1.41 +07 1.41 +07

2969.476 6928-40594 30 5-4 -.73 2.74 1.86 — 01 1 .69 — 02 1.41 +08 1 57 +07

2970.106 888-34547 10 1 -2 -.72 2.75 1.91-01 6.35-02 1.44+08 2.88 +07

2972.277 17727-51361 104 2-3 -.43 3.05 3.74_01 7.49_02 2.83 +08 4.04+07

2973.134 704-34329 10 2-3 -.54 2.93 2.88-01 5.77-02 2.18+08 3.1 1 +07

2973.237 416-34040 10 3-4 -.34 3.13 4.57-01 6.53-02 3.45+08 3.83+07

2974.780 22846-56452 335 5-4 -.43 3.04 3.69-01 3.35-02 2.78+08 3.09+07

2975.655 20641 -54237 4-4 -.21 3.26 6.17-01 6.86-02 4.65+08 5.17+07

2976.126 18378-51969 146 2-3 -.05 3.42 8.88-01 1.78-01 6.68+08 9.55+07

2976.550 1 1976-45563 56 4-3 - 1.74 1.73 1.82-02 2.02-03 1.37+07 1.96+06

2976.922 22846-56428 334 5-5 -.54 2.94 2.92-01 2.65-02 2.20+08 2.00+07

2978.060 19788-53358 4-3 - 1.1

2.36 7.72-02 8.58-03 5.8 1 +07 8.29+06

2980.532 22249-55791 317 3-3 .41 3.89 2.58+00 3.69-01 1 94+09 2.77+08

2981.446 416-33947 1

3-2 - 1.03 2.44 9.33-02 1.33-02 7.00+07 1.40+07

2982.234 241 19-57641 460 4-3 -.36 3.12 4.38-01 4.86-02 3.28+08 4.69+07

2983.571 0-33507 9 4-3 -.36 3. 11 4.37-01 4.85-02 3.27+08 4.67+07

2984.785 6928-40422 29 5-4 -.75 2.72 1.78-01 1.62-02 1.33+08 1.48+07

2986.457 888-34363 11 1 - 1 -2.22 1.26 6.03-03 2.01 -03 4.51+06 1.50+06

2986.653 19621-53094 200 5-6 -.63 2.84 2.34-01 2.13-02 1.75+08 1.35 +07

2987.292 7377-40842 30 4-3 -.56 2.92 2.75-01 3.06-02 2.06+08 2.94+07

2988.473 1 1976-45428 56 4-4 - 1.40 2.08 3.98-02 4.42-03 2.97 +07 3.30+06

2988.942 21999-55446 316 4-4 -.82 2.66 1.53-01 1.70-02 1.14+08 1.27+07

2990.393 21999-55430 316 4-5 .89 4.37 7.81 +00 8.67-01 5.82+09 5.29 + 08

2994.428 416-33802 9 3-2 -.35 3.13 4.47-01 6.38-02 3.32+08 6.65 +07

2994.503 978-34363 1

0- 1 -.23 3.25 5.89-01 5.89-01 4.38+08 1.46+08

2995.838 24339-57709 460 3-2 -.67 2.80 2.12-01 3.04-02 1.58+08 3.16+07

2996.386 19552-52916 148 1-2 .12 3.59 1.31+00 4.37-01 9.74+08 1.95+08

2999.512 6928-40257 30 5-5 -.06 3.42 8.71 -01 7.92-02 6.46+08 5.87+07

3000.453 1 1976-45295 56 4-5 -.32 3.16 4.79-01 5.32-02 3.55 +08 3.22+07

3000.949 704-34017 9 2- 1 -.36 3.12 4.37-01 8.73-02 3.23+08 1.08+08

3001.663 24336-57641 506 2-3 -.23 3.25 5.90-01 1.18-01 4.37+08 6.24+07

3003.032 7728-41018 30 3-2 -.54 2.94 2.88-01 4.12-02 2.13+08 4.27+07

3004.1 19 19621 —52899 199 5-5 -.3 1 3.16 4.86-01 4.42-02 3.59+08 3.27+07

3004.620 12561 —45833 57 3—4 - 1.87 1.61 1.35-02 1.93-03 9.97 +06 1.11 +06

3005.302 19390—52655 199 6 — 7 - .05 3.43 8.93-01 6.87-02 6.59+08 4.40+07

3006.598 20641 -53892 4-3 -.88 2.59 1.30-01 1.45-02 9.62+07 1.37+07

3007.147 11976-45221 55 4-3 -.35 3.13 4.47-01 4.96-02 3.29+08 4.71+07

3007.283 704-33947 11 2-2 -1.30 2.18 5.01 -02 1.00-02 3.70+07 7.39+06

3008.140 888-34122 9 1 -0 -.51 2.97 3.09-01 1.03-01 2.28+08 2.28 +08

3009.094 19390 — 52613 198 6 — 5 .16 3.64 1.44+00 1.11 -01 1.06+09 9.64+07

3009.57

7377 — 40594 30 4 — 4 — .15 3.33 7.08 — 01 7.87-02 5.21 +08 5.79+07

301 1 .482 316 3 — 4 .97 4.45 9.41 +00 1.34+00 6.92+09 7.69+08

301 1 .883 90038 — 53''30 UV135 0— 1 - 65 2.83 2.23-01 2.23-01 1.64+08 5.47+07

3014.175 7728 — 40895 3

3 — 2 — 1 .69 1.79 2.04-02 2.92-03 1.50+07 3.00+06

3015.913 1 962 1 — 52769 198 5—4 .06 3.54 1 .14+00 1.04-01 8.38+08 9.32+07

3016.186 7986-41131 30 2- 1 -^68 2.80 2.09-01 4.18-02 1.53+08 5.11+07

3017.629 888-34017 9 1-1 -1.17 2.31 6.76-02 2.25-02 4.95+07 1.65+07

3018.134 19390-52514 199 6-6 -.61 2.87 2.46-01 1.90-02 1.80+08 1.39+07

3018.985 7728-40842 30 3-3 -.30 3.18 5.01-01 7.16-02 3.67+08 5.24+07

11
Table ].- Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Continued

Wavelength A

Energy Levels Multiplet No y-Values

Log

(,!.'/)

1 OP / A

1 7/00 — J—O"" 11 0077 4 -5 Ol 1 so 1 04 +00 IIS 01 7 £,0 -1-08 / .OU 1 Uo A0.701 -\-i\l 1 ~u / Q7 4 -4 1

13 5 7/ .4411 — 01VJ 1 8 7/1 A7 0. _4 — U_ j.4_ S 4"' +08 T^Uo /ID.U_01 +07 T U /

ji V/ — 1 .yj / H 9 3 -3 — 1

1

''0 J . — 7 6 46 _ 0

Q 77 A7 y . — yj

471 H. / _ +08 ^ UO A 74 +'07 0. / H ^U / T.niA Old ooo — J 1 1 1 1 _ 7 1 00 ) 39 80 . 111 J — 07 771 A7 JSOI. 7 J +07 ' u /

1

1 . iq+07 1 7 / I'Kll 404^ "» Z707 4 -4 — 1 .68 1 .80 2.09 — 02 7_ . J"17

— — 07yjj 1 5"* +07 11 . AOU 7 +0A T V/O

1 Q7Q0 S'>47 1 11 0870 /;o — 0 1 07 4 50 1 _)_Q 1 71 .yy 00 — 0101 7/ . JS7/ +00 ' \}y J

«

. 0_CT +08 1 UO 3025.844 978-34017 9 AU — 1

1 -.57 2.91 2.69-01 2.69-01 1.96+08 6.54+07

3026.464 7986-41018 30 ~} -> -.45 3.03 3.55-01 7.10-02 2.58+08 5.17 + 07

3029.235 12561-45563 56 i — 1.1 - 1.12 2.36 7.59-02 1.08-02 5.51 +0^ 7.88+06

3030.149 19621-52613 198 cJ — c

_> 1.05 4.53 1.12+01 1.02+00 8.1 1 +09 7.38+08

in'^n AOS 1 81 7S S 1 IAS I 4S > -3 — 1 "> 77 AO.Uo08 — 07uz 1 77 07 44.44 1

1 +07 ' V/ / AD. ^U70 -l-OA 1 uo

10^ t ">

I ^ I . — I J 1Q788 I7/00 — J>./07 S"'7^>Q 4 -4 .70 OA 44.4444 07.U0 08 +00 1 uu I A 1 4-AA 1 .U 1

T uu O.J 7 \\}y 7 57 4-08 1 .J S 1 Uo

J 1/ J) 1 . 0 J o 8 1 S S 4 1 1 1 1

1 - I — .40 4A 1 07 1 47 0 1. 4 / — U 1

1

I . 1IDA — 01U

Z.J— 7 «T +08 ' Uo 0 1 Q 4-07 o.jy 1 U / 70'^'^

V/ J? . 101 I U 1 1 7 J J .1 J , J I _ 1 HO 1 - I — 47 1 01 1 40 01 117 01 1_ .H47/ +08V/O y 7 7 4-07 0 . 10/

1 TQf.Q 4SQ14 S7 "> -3 1 10 ''_ . 11 80 S 01 07 I 00 07 J1 . Al0 J +07 ^ u / cJ .1{yg -l-OA 1 UD

888 ooo — ?'<8n'> JJOV7_ q 1

1 7 41 1 OS 1 77 01 1 74 A 11

. — yj \ 1_ . AO0 7 +08 ^uo c -J 7 4-07 J.J 1 10/ 3037.781 7986-40895 31 -> 7 - 1.68 1.80 2.09-02 4.18-03 1.51 +07 3.02+06

3039.322 19621-52514 199 CJ — 0 -.55 2.93 2.83-01 2.57-02 2.04+08 1.57+07

3040.428 7377-40257 30 A4 ^ -.63 2.85 2.34-01 2.60-02 1.69+08 1.54+07

3041.639 12561-45428 56 J — 4 -.33 3.15 4.68-01 6.68-02 3.37+08 3.75+07

J\}H 1 . / 7778 zinSQ4 10 3 -4 s 1

'' OS Z

7 . 0S7 — 01W 1 4H. Z77Z — 07V/Z > I 7 4-08 _. 1 ~l/o -) -If. >o +07 I u / J>WH_ .V7 O 1 J J — *+ 1 v» 1 o 10 1 _ 2 — . 11/ / 7 7 1 Z. / 1 170 01 S AA 07 1 7 7 4-08 1 ' V/O 1_.4j4S +07 T U /

J> _ . DO / 7Q8<^ 4084'' /700 — tWOH^ 10 7 -3 — .40 48 1 00 111 01 AO.OZA7 — 07UZ 7 70 4-08 ^.jy 1 Uo J

1 .44 1

I +07 ~U / JU^ !n4<J) .u077/ / 1X11 I J t 1 — 40^07 HU_V' / ""0 _ 7 4 -3 — 1

1 . 70_U 7Z.Zo78 All O.J 1 — 07uz 7/ .U01I — 01U J 44.34S4 4-07 \y) 1 A0.4048 +0A 1 uo

1 0788 S '' A 1 1 1 7 / oo — J .-O 1 J

1

1 0870 4 -5 — .447/ 1 0 1 J.J/ 117 — 01U 1 1 7S Ol J . / J — u _

7 47 -1-08 -.4 J r Uo 1 ">

1

1 +07 T U /

1170.11 0A7 1 — J_^J S 741 1

1 11 0870 CJ — D

4'' 1 OA J

1 . 77/ / — 01U 1 J.1 414 J — 07uz 7 7 1 4-08 _ . / I 1 Uo T_ . 08v/o +071 3047,050 23784-56593 457 cJ — 4 .29 1.95+00 1.77-01 1.40+09 1.55 +08

3047.606 704-33507 9

•) — i -.33 3.15 4.68-01 9.35-02 3.36+08 4.80+07

3053.065 19552-52297 146 1

1 -> .27 3.75 1.85 +00 6.18-01 1.33 +09 2.65 +08

3053.440 8155-40895 31 1

1 -> - 1.67 1.81 2.14-02 7.13-03 1.53 +07 3.06+06

1 7 SA 1 4S 787 S s 3 _ 2

-) — —s} 1 74 J

S . A'' 0 _ — 01U 1 80 .u01J — 07uz

AH.U_o"> +08 1 \/o 80 . 04UH +07 ^u

71010 S1740 ") _ ') — A~< .4 — 1 07 -1' . 8S0 J — 01U 1 7/ .07 AO — 07uz

'>^. 71 JS +(18 ^Uo J

S .47 40 +07 IV// A078 10A7A ''8 _o 5 -4 . 1

1 4 1 Al 11 . J18+00 0 1 VJU 11 .Z7 J

S — 01U 1 07.0J8S +08 ^Uo 1

1 .\fy 00 +08 ~uo

77 7 B 404''

''0 _ 7 3 -4 — 1

1 .7Z 07 11 .J>S7/

1

1 . 70ZU — 01 11 . 77/ Z — 01UJ 8O.JOS 8 +1 0UOA 07. J

S J1 +0S 1 UJ ^nSQ 087 H 1 U — Jl _J V/ 7U 9 3 -4 44 1 OS J1 . Al0 J — 01V7 1 JS . 1

1 07 — 07uz _iJ7 T «g +(18 T^V70 _

''

. 8800 +07 1 u

J> VJUV7. J H J 74110|7 — JD/O..' SA781 4S7 -4 — J

1 <

. 1 J J

1 .0AlJ1

1 .4U 40 +00 1 UU 11 . J

s Js — 01u 1 07.7JOS +08 1 VIO 1

1 .4_ A'> +08 ' Uo

3060.985 12561-45221 55 J — J - L05 2.44 8.91-02 1.27-02 6.34+07 9.06+06

3062.872 23784-56423 456 — /I4 -.48 3.01 3.35-Oi 3.04-02 2.38+08 2.64+07

3063.149 17550-50187 102

5 ) - 1,76 1.73 1.75-02 2.51-03 L25+07 2.49+06

3063.933 19552-52181 147 1

1 — 11 -.16 3.33 6.93-01 2.31-01 4.93 +08 1.64+08

7 1 000 S4A00 1 1

4 -3 -> 1 71 I 77 4- no 11.7/ 07 — 01U 1

1 7S -1-00 1 . _ J ~y}y 1 70 -\-{\Q

\ . 1 y 1 l7o <nft7 VJU T^ft / . — to 7177 1 J / i — 10070 jyy 1 \j 78 4 -3 00 J

1 .4407 1 (^0 -1-00 III 1.1 1 — 01u 1 1 00 -1-08 / .U" 1 Uo 1 0 1 4-08 1 .U 1 » V/o

J) / . 7 J ^

7 1 7 1 A S410

_ 1 / 1 O — J H J) W 1 1 1 Sq J I J A 5 -4 .y)y OQ 1 S7 1 II i\\ I.I 1 — IM 8 A7 -1-08 o.o_ 1 Uo Q CO 4-07 y .JO ~\j 1 in^^8 17S 1 70A0 4S S S 7 1 707 — ^J J J J.

-) - 1 — . J 1 1 1 8 J . 1 0

A 00 0 1 4. VU — y) 1 0 ttn 0'> 7 Al 4-08 ^ .4 / T^Uo 1 1 A 4-OS 1 . 1 D 1 Uo 74S7S S7 1 04 j^y S40 4 -5 "1Z.0780 7^7 01 l.J J — U 1 7 Q 1 A 7 _ . 0 1 — y) J,

I 70 4- (18 \ . ly ^ Uo 1 4-07 1 . D .1 XU / 1A7-! go->

J> / J> . 7 O Z 7I71A Z 1 / JO — S4''17J / 1 1 1 J 1 J

c — 4 — .141 A lis 77^ A

AO.Jso7 — n7u_

c 1 7 4-Afi J . 1 _ T Uo S AO 4-07 J .D7 T u / 3074.157 24339-56859 457 1J

-) .06 3.55 1.15+00 1.65-01 8.14+08 1.63 +08

3075.721 7728-40231 28 -) -.15 3.34 7.08-01 1.01-01 4.99+08 9.98+07

3078.014 7728-40207 29 J — i - 1.39 2.10 4.07-02 5.82-03 2.87+07 4.10+06

3078.436 20038-52512 146 y) — 1 .27 3.76 1.87+00 1.87+00 1.32+09 4.39+08

"^08 1 ''78 74110 L^jjy — JO/ SA781oj 4S7 3 -3 . 70/ 7 _ .07 1 AO 0 I

1 .OU — U 1 7 7Q A

1 1 7 4-(»8 1 . 1 .> 1 Uo 1

1 .0A 11 +07 1 U /

1 1 07A 444 1 S 1 I 7 / o — 1 J 4 -4 1 — 8''

1 .o_ 11.0/ A7 1 '^ I 07 1I .00 A8 — 07y)j 1 OA -V-07 1 .UO ^U / 1 . 1 0 T uo

1 0788 S77 1

17/00 JZ_1J' I Q7 4 -3 70 -.17 "> 7Q 7 0 I 01 7^7 (^7 1 4 1 4-08 1 .4 1 1 Uo _.U -) 0 1

1 +07 1 u / 708A / "oo — 4040'S HWHVJ

-> - 1 _ 7

")7 A 07 01 171 .Z 1

I — 01W 1 J 77 4-08 4._ J 1 Uo 11 .44 11 +08 1 Uo

^087 d">n ')A140 S8S70 3 -4 7 1

. z 1 7 7( 11 .OJ 1 V/U 777y J — 01U 1

11.141 4 -l-(^Q \yjy 1 ''7+08 1 / ' uo

7 7140 S4A00 7 1 7 ^ 1 J

1

_S — 3

1 A J .J J A0.0088 — 01U 1 0 87 07 A 8 1 4-08 4.0 1 1 Uo ^0.007/ +07 1 u / 3091.579 8155-40491 28 1- — U -.40 3.09 3.98-01 1.33-01 2.78+08 2.78+08

3092.778 7728-40052 29 -) - 1.90 1.59 1.26-02 1.80-03 8.78+06 1.76+06

3094.870 21999-54301 315a 4 — 4 -.30 3.19 4.96-01 5.51-02 3.45 +08 3.83 +07

3095.270 21716-54014 314 c — cJ -.31 3.18 4.94-01 4.49-02 3.44+08 3.13+07

T_ 11777 000 — jHS4''S0 ^oy 4 -3 — 7 A . / 0

") 7/1 _ . / 4 17^ (W 1 . / J — U 1 1

\ .yj OS — \}- 1 7 7 4_08 \ .1- ^Uo 1

1 . 74/ 4 4' 07U / 7 1 7 1 A S 108

Zl / lO J->70J 1 1

5 -5 .4o 7 07 J .y 1 7 07 -l-OO "> 7A i\ 1 _ . / 0 — y)\ 7 I 1 4-OQ _. I 1 ~U7 1 QT -1-08 1 .7— T^UO 17077 1 / 7Z / — JV/IO/ Sni87 1

1 07UZ 1 _ 2 — i . _0 ')'}') 7(^ 07 I

\ . 771 1 — y) 1 _J7 .Do AS 4-T^U07/ 7/ . jO1^ +0A T^UO tOQQ U 7 7 . 807 O 7 / 8 1 S S 4040 S 78Zo 1 -I — .U4 04 7 4^ J .4 J 0 17 n I y . \ 1 — yj \ 7 04 0 I J .V.)4 — U 1 A 7 7 4-08 0. J> 3 1 Uo _.

~i 1

1 11 +08 1 Uo

J)TnQQ V/ 7 7 . Q7n 7 / W 7177 /_'/ / — J70_0 10A''A 78Zo 4 — 4 — 77 . _ / 7

')'>

. ' . _ — J.J ^ 771 — 01U I s 07 n'> J .y 1 — u_ 7 7 7 4-08 J . 1 J ' Uo 44. 11 4 +(17 T^V/ / 1 1 no ins 708A /700 — 40'' HU_J1 11 ''8 _o 2 _ 2 — A . _4 '\ 1 ^ 01 J . 1 J — y) I IIS A

1.17 — U 1

-1 QO -1-08 J .yy \\)o 7/ .77 00 +07 1 u / 3100.667 7728-39970 28 3 -3 -.20 3.29 6.31-01 9.01 -02 4.38+08 6.25 +07

3100.838 19390-51630 196 6 -5 -.21 3.28 6.14-01 4.73-02 4.26+08 3.87+07

3101.004 21999-54237 313 4 -4 -.54 2.95 2.89-01 3.21-02 2.00+08 2.22 +07

3102.644 7986-40207 29 » -3 -2.10 1.39 7.94-03 1.59-0? 5.50+06 7,86+05

12
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Contmntd

Wavejength A

Enercv Levels K

Multiplet No.

J-Values Log

(nf) Log

(kA) .1^/ / A

3103.760 19552-51762 1 _ -> - 1.14 2.35 7.18-02 2.39-02 4.97 +07 9.94 +06

3107.978 21716-53882 5 -4 -.42 3.08 3.84-01 3.49-02 2.65 +08 2.95 +07

3109.050 19913-52067 165 T _ -> - 1.17 2.33 6.83-02 1.37-02 4.7 1 +07 9.42 +06

3111 .686 20641-52769 260 4 -4 -.55 2.94 2.81-01 3.12-02 1.93 +08 2.15+07

31 12.079 23784-55907 455 5 — 5 .61 4.10 4.09+00 3.71 -01 2.8 1 +09 2.56 +08

31 13.592 22249-54357 3 _ 3 -.06 3.43 8.70-01 1.24-01 5.98+08 8.55 +07

31 14.054 12561-44664 53 3

T -2.55 .94 2.82-03 4.03-04 1.94+06 3.88+05

3 11 5.656 24772-56859 1 _ 2 -.63 2.87 2.36-01 7.85-02 1.62+08 3.24+07

3 1 1 5.862 A 1 1 a Z A~i1 145 iy — >o423 456 3 _4 — .96 2.54 1 . 1 1 -01 1.58-02 7.61 +07 8.46+06

3 1 1 6.250 iy/5/ — jIoj/ 1 65 3

_L 1, — .78 2.71 1.66-01 2.37-02 1. 14+08 1.63 +07

31 16.634 8155-40231 28 1 _ 2 -.82 2.67 1.51-01 5.05-02 1.04+08 2.08 +07

31 16.984 26140-58213 578a 3 _ 2 -.57 2.93 2.71-01 3.87-02 1.86+08 3.72 +07

31 17.640 7986-40052 29 -) _ 2 -2.18 1.31 6.61-03 1.32-03 4.53 +06 9.07 +05

31 19.496 19621-51668 194 5 -4 .23 3.72 1.70+00 1.55-01 1.17 +09 1.30+08

3120.220 22249-54289 3 -3 -.49 3.01 3.27-01 4.67-02 2.24 +08 3.20+07

3120.436 19788-51826 194 4 _ 3 .18 3.67 1.51 +00 1.68-01 1.04+09 1.48+08

3121.760 17927-49951 102 1 — 0 - 1.1

2.39 7.82-02 2.61-02 5.35+07 5.35 +07

3123.353 19562-51570 164 4 — J -.71 2.78 1,93-01 2.14-02 1.32+08 1.88+07

3 1 23.545 1 1 999 — 54005 4 _ 3 — .90 2.60 1.27 — 01 1.41 —02 8.67 +07 1.24+07

20U20 — 52020 1 65 1 _ 1 — 1 .09 2.41 8.15 — 02 2.72 — 02 5.57 +07 1.86+07

3125.653 7986-39970 28 ") -3 -.76 2.73 1.74-01 3.48-02 1.19+08 1.69+07

3128.901 12561 -44512 54 3 _ ~> - 1.47 2.03 3.39-02 4.84-03 2.3 1 +07 4.62 +06

3129.178 19757-51705 161 3 _ -) -.55 2.95 2.84-01 4.05-02 1.93+08 3.86+07

3132.514 25900-57814 578 4 -3 .63 4.12 4.23 +00 4.70-01 2.88+09 4.1 1 +08

3 1 34. II

7728-39626 28 3 — 4 - 1.12 2.38 7.59-02 1.08-02 5.15+07 5.72+06

3135.590 21999-53882 4 _4 -.61 2.89 2.48-01 2.76-02 1.68+08 1.87+07

3135.863 19788-51668 194 4 _4 -.80 2.70 1.59-01 1.76-02 1.08+08 1.20+07

3139.661 19351-51 192 155 5 _4 -.64 2.86 2.31-01 2.10-02 1.56+08 1.74+07

3 140.391 26 1 40 — 57974 578 I _ -> .74.2

5. 14 +00 7.35 — 01

1 AO i 3.48 +09 6.96 +08

3 142.453 1 9757 — 5 1 570 1 64 3

! — J — .00 3.49 9.89 — 01 1.41 —01 6.68 +08 9.54 +07

3142.891 18378-50187 144 ~i _ ) -.17 3.33 6.82-01 1.36-01 4.61 +08 9.21 +07

3143.243 0-31805 7 4 -3 -3.20 .30 6.31-04 7.01-05 4.26+05 6.09 +04

3143.990 25900-57698 578 4 -4 .96 4.45 9.04 +00 1.00+00 6.10+09 6.78+08

3144.488 1 99 1 3 - 5 1 705 161 2 _ -> -.11 3.39 7.81-01 1.56-01 5.27+08 1.05 +08

3144.924 19621 -51409 195 5 — 4 - 1.30 2.19 4.97-02 4.51-03 3.35 +07 3.72+06

3145.057 241 19-55906 455 4 _4 .26 3.76 1.83+00 2.03-01 1.23 +09 1.37+08

3146.475 19562-51335 160 4 _4 - 1.35 2.15 4.49-02 4.98-03 3.02+07 3.36+06

3147.793 24339-56098 455 _ 3 .14 3.64 1.37+00 1.96-01 9.23 +08 1.32+08

3 148. 1 78 22249 — 54005 _ Ty — .90 2.60 1.27 — 01 1.81 —02 8.54 +07 1 .22 +07

3 148.408 19621 —5 1374 1 94 _ ^ — .40 3.10 4.02 — 01 3.65—02 2.70 +08 2.46 +07

3149.492 23784-55526 453 5 -5 - 1.05 2.45 8.92-02 8.1 1 -03 6.00 +07 5.45 +06

3150.304 26479-58213 578a 1 _ T .55 4.05 3.57+00 1.19+00 2.40+09 4.80+08

3151.353 21999-53722 31 1 4 -5 .73 4.23 5.41 +00 6.01 -01 3.63+09 3.30+08

3151.867 416-32134 7 3 _ 1 -2.91 .59 1.23-03 1.76-04 8.26+05 1.65+05

3153.200 I9757_5I462 161 3 — 4 .18 3.68 1 .5 1 +00 2.16-01 I.OI +09 1.13 +08

3154.505 1 99 1 3 - 5 1 604 161 -) — J -.07 3.43 8.45-01 1.69-01 5.67+08 8.09 +07

3155.134 20020-51705 161 1 _ T - 1.09 2.41 8.18-02 2.73-02 5.48+07 1.10+07

3 155.293 19621 - 51305 193 <; A -.40 3.10 3.98-01 3.62-02 2.67+08 2.97+07

3 155.796 19390 — 5 1069 192a D — J — 1.21 2.29 6. 1 3 — 02 4.72 — 03 4. 1 1 +07 3.73 +06

3 156.275 26140 — 57814 578 J

-! — J .89 4.39 1.1 1 +00 1 . 1 0 +00 5. 1 6 +09 1 T "7 1 f\Ci 31 +08

3156.464 241 19-55791 454 4 -3 -.02 3.48 9.59-01 1.07-01 6.42+08 9.17+07

3 157.040 19562-51229 160 4 -5 .36 3.86 2.27+00 2.52-01 1.52+09 1.38+08

3157.880 19913-51570 164 1 -3 .23 3.72 1.68+00 3.36-01 1.12+09 1.60+08

3158.990 23784-55430 452 5 -5 -.46 3.04 3.49-01 3.17-02 2.33 +08 2. 1 2 +07

3159.248 21039-52683 259 ") "> - 1.20 2.30 6.35-02 1.27-02 4.24+07 8.48+06

3159.437 22249-53892 T.J _ 3 - 1.06 2.43 8.61-02 1.23-02 5.76+07 8.22+06

3160.200 26340-57974 578 -) _ T .61 4.1 1 4.09 +00 8.17-01 2.73 +09 5.46+08

3160.344 19390-51023 192a D — o -.16 3.33 6.84-01 5.26-02 4.57+08 3.51 +07

3 1 60.658 19562 — 5 1 192 1 55 A — AH .43 3.93 2.72 +00 3.02 — 01 1 .8 1 +09 2.02 +08

3161 .558 19788 — 5 1409 195 A — AH — 1 .09 2.41 8.05 — 02 8.95 — 03 5.37 +07 5.97 +06

3161.949 19351-50968 160 5 -6 .20 3.70 1.59+00 1.45-01 1.06+09 8.18+07

3162.335 19757-51370 159 3 _ 2 -.39 3.1 1 4.1 1 -01 5.87-02 2.74+08 5.48 +07

3164.308 19757-51351 163 3 -4 -.58 2.92 2.65-01 3.78-02 1.76+08 1.96+07

3165.005 19562-51 149 155 4 -3 — 22 3^28 6.05-01 6.72-02 4.03 +08 5.76+07

3165.860 19757-51335 160 -1J — A

H- .51 3.51 1 .03 +00 1.47-01 6.84+08 7.60+07

3166.435 20641-52213 259 4 -3 .42 3.92 2.65+00 2.94-01 1.76+09 2.52+08

3166.596 17727-49298 100 2 - 1 .05 3.55 I.I 1 +00 2.23-01 7.41 +08 2.47+08

3 1 66.982 24339 — 55906 455 3 -4 — 1 .04 2.46 9. 1 5 — 02 1 .3 1 —02 £. AO 1 A"T 6.0s +0 / b. lb +Uo

3 1 67.907 26140-57698 578 3 -4 .76 4.26 5.71 +00 8.15-01 3.79+09 4.21 +08

3168.858 19913-51461 160 2 -3 -.16 3.34 6.90-01 1.38-01 4.58+08 6.55+07

13

231-658 O - 68 - 3
Table 1 . - Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength - Continued

Wavelength AEnergy Levels K

Multiplet No.

7-Values Log

Wi

Log

/ A \ U'M

aS / kA Ar\

3171.353 1 1 976 — 43500 52 4 _4 -.86 2.64 1.38-01 1.53-02 9. 1 5 +07 1.02+07

3171 .663 20020 — 5 1 540 160 1 _ 2 -.43 3.07 3.74-01 1.25-01 2.-^8+08 4.96+07

3 172.067 ! 7727 _ 49''43 99 2 _ 3 -.55 2.96 2.85-01 5.70-02 1.89+08 2.70+07

3 172.292 22249 -53763 312 3 -3 -.96 2.54 1.09-01 1.55-02 7.20+07 1.03+07

3 173.400 23245 -54748 333 I - 1 -.17 3.33 6.74-01 2.25-01 4.47+08 1.49+08

3173.663 17727 -49227 101 2 -3 -.47 3.04 3.42-01 6.84-02 2.26+08 3.24+07

117/1 ")')') 26479 -57974 J / O I _ 2

"> 70 ISO 0

S 1A A7 J. jU — VZ 1 AS 4-AC 1 .Uj T^Uo 7 1 A 4-A7 3175.447 19351 -50833 155 5 -5 .45 3.95 2.79+00 2.53-01 1.84+09 1.68+08

3175.970 23270 -54748 333 0 - 1 -.49 3.01 3.23-01 3.23-01 2.13+08 7.12+07

3176.366 21039 -52512 258 ~t - 1 -.18 3.32 6.63-01 1.33-01 4.38+08 1.46+08

3178.015 1 935 1 — 50808 156 5 _4 .30 3.81 2.01 +00 1.83-01 1.33 +09 1.48+08

3178.545 24339 — 5579454 3 _ 3 .13 3.63 1.35 +00 1.94-01 8.94 +08 1.28+08

3178.967 1 962

— 5 1 069 192a 5 _ 5 -.28 3.22 5.22-01 4.74-02 3.44+08 3.13+07

3179.479 12969 -444152 2 - 1 - 1.14 2.36 7.24-02 1.45-02 4.78 +07 1.59+07

3180.223 19757 -51 192 155 3 -4 .83 4.34 6.83 +00 9.75-01 4.510+09 5.00+08

3180.756 704 -32134 . 7 2 _ 2 -2.26 1.24 5.50-03 1.10-03 3.62+06 7.25+05

110 1 ^ "> 20875 -52297 0 s c 1 JO 3 _ ) "> 1 1 7 1

1 .0 1

T uu 7 11 A

Z.i I — U

1 AA 4-AQ 1 .Ud TVy 7 1 1 4-AC 3181.922 24336 -55754 505 2 _ 2 .14 3.64 1.38+00 2.75-01 9.07+08 1.81 +08

3182.060 19562 -50980 159 4 -4 -.19 3.32 6.50-01 7.22-02 4.28+08 4.76+07

3182.980 17727 -49135 100 2 -3 -.20 3.30 6.32-01 1.26-01 4.16+08 5.94+07

3183.582 1962 1 — 5 1 023 192a 5 — 6 - 1.08 2.42 8.22-02 7.48-03 5.41 +07 4.16+06

3 1 84. 1 1

26875 — 58272 71 1 5 _5 -.04 3.46 9.09-01 8.27-02 5.98+08 5.44+07

3184.622 19757 — 51 1 49 155 3 _ 3 -.33 3.17 4.70-01 6.71-02 3.09+08 4.41 +07

3 184.896 4l6 - 3 1 805 7 3 -3 -2.00 1.50 1.00-02 1.43-03 6.58+06 9.39+05

3187.171 23245 -54612 333 1 _ 2 -.58 ") 9'' 2.62-01 8.74-02 1.72 +08 3.44+07

3 188.026 21999 -53358 4 -3 -.35 3.15 4.44-01 4.94-02 2.92+08 4.16+07

1 I OQ Zfi'J i 1 oo. jC) / 19351 -50704 1 SQ 5 -5 OQ 7 A 1 J. 4 1 Q 1 o n I o . 1 U — U7 17 A7 /. J / — c 1 7 -t- AC J. jZ I Uo /I C 1 4- A7

3 188.819 20020 -51370 159 1 _ 2 .27 3.78 1.88+00 6.26-01 1.23 +09 2.46+08

3190.020 20875 -52213 259 3 -3 -.45 3.06 3.57-01 5.10-02 2.34+08 3.35 +07

3190.651 24575 -55907 548 4 -5 .32 3.83 2.10+00 2.33-01 1.37+09 1.25 +08

3 190.816 24575 — 55906 548 4 _4 .39 3.90 2.46+00 2.74-01 1.61 +09 1.79+08

3191.116 2064

— 5 1969 258 4 _ 3 -.53 2.97 2.94-01 3.27-02 1 .93 +08 2.75 +07

3191.660 0 — 3 1 323 8 4 _ 3 -2.00 1.50 1.00-02 1.1 1 - 03 6.55 +06 9.35 +05

3192.417 17927 -49243 100 1 _ 2 -.91 2.60 1.24-01 4.14-02 8.14+07 1.63 +07

3 192.799 20020 -51331 155 1 _ t .61 4.12 4.09+00 1.36+00 2.68+09 5.35 +08

3193.227 0 -31307 7 4 -4 - 1.73 1.77 1.86-02 2.07-03 1.22+07 1.35 +06

1 t Q1 i lyi.iUi 19913 -51219 1 •> -3 4. 1 _A I 1 4- An o. / J — U 1 7 7A 4-AQ 1 0^; 4-AC J. 00 +U8

3 194.422 1 99 1

- 5 1 208 155 2 - 1 -.07 3.44 8.61-01 1.72-01 5.63 +08 1.88+08

3 196. 147 22846 -54125 333 5 -4 .5 1 4.02 3.25 +00 2.96-01 2.12+09 2.36+08

3 196.930 19562 -50833 155 4 -5 1.06 4.56 1.14+01 1.26+00 7.41 +09 6.74+08

3197.521 27560 — 58825 71 1 2 _ ) .30 3.81 2.00+00 3.99-01 1.30+09 2.60+08

3198.266 2 1 039 — 52297 258 2 _ T -.82 2.68 1.51-01 3.01 -02 9.83 +07 1.97+07

3 199.530 1 9562 — 50808 156 4 _4 .69 4.20 4.94+00 5.49-01 3.22+09 3.58+08

3200.475 19913 -5 11 49 155 -> -3 .80 4.3 1 6.34+00 1.27 +00 4.13+09 5.89+08

3200.785 704 -31937 8

-) - 1 -2.81 .70 1.55-03 3.10-04 1.01 +06 3.36+05

3202.562 24575 -55791 547 4 -3 .41 3.92 2.58 +00 2.87-01 1.68+09 2.40+08

20020 - 5 1 208 1 ^ ^

1 - 1 7/1 4.i J

^ 4- AA J.JO +UU 1 C ^ 4- AA 1 .8 J tUU 1 A t 4-AQ 1 7A 4-AQ 3207.089 19351 -50523 159 5 -6 -.49 3.02 3.23-01 2.94-02 2.10+08 1.61 +07

3207.649 22838 - 54005 382 2 -3 - 1.20 2.3 1 6.36-02 1.27-02 4.12+07 5.89+06

3210.230 19562 - 50704 159 4 -5 .37 3.88 2.34+00 2.60-01 1.51 +09 1.38+08

3210.830 1 99 1

— 5 1 048 156 _ 1 .65 4.15 4.43 +00 8.86-01 2.87 +09 9.55+08

321 1.487 20020 — 51 1 49 162 1 _ 2 .1 1 3.62 1.29+00 4.31-01 8.37+08 1.67+08

321 1.683 26875 — 58002 711 5 — 6 1.55 5.06 3.58+01 3.25 +00 2.31 +10 1.78+09

321 1.872 17927 -49053 98 1 _ ~i .03 3.53 1.07+00 3.55-01 6.89+08 1.38+08

32 1 1.989 19351 -50475 158 5 -4 .83 4.33 6.72+00 6.1 1 -01 4.35 +09 4.83 +08

3214.044 19757 -50862 156 3 -3 1.16 4.66 1.43 +01 2.05 +00 9.26+09 1.32+09

I") \ A J J. 1 4. jVD 704 -31805 7 2 -3 1 .dV 1 < 1 A7 1 A1 A1 j.UJ — Uj O 77 4-AA 1 A A 4- AA 1 .4U T^UO 3214.624 18378 -49477 143 2 _ -> - 1.32 2.19 4.83-02 9.65-03 3.12+07 6.23 +06

3215.940 1 99 1

-50999 156 2 _ 2 .69 4.20 4.94+00 9.88-01 3.19+09 6.37+08

3217.380 19351 -50423 157 5 -4 .46 3.97 2.92 +00 2.65-01 1.88+09 2.09 +08

3219.581 I Q7S7 SOROS 156 •2J — 44 .80 4.31 6.37+00 9.10-01 4.10+09 4.55 +08

3219.806 — J \J\) 1 1 158 AH — •JJ .57 4.08 3.75+00 4.17-01 2.41 +09 3.45+08

3221.931 200'>0 — JS 1

1 048 \J~tO 156 11 — 11 -.84 2.66 1.43-01 4.78-02 9.21 +07 3.07+07

3222.069 19351 -50378 156 5 -5 1.16 4.67 1.45+01 1.32+00 9.35+09 8.50+08

3223.273 1 1976 -42992 51 4 -5 - 1.89 1.62 1.29-02 1.43-03 8.27+06 7.52 +05

3223.480 26628 -57641 4 -3 -.35 3.16 4.48-01 4.98-02 2.87 +08 4.1 1 +07

ITT! QAA 7986 -38996 -ij 2 - 1 1 1 Q 7 17 I 7Q 07 A 1 A 4-07 1 18 4-07 I.JO ' \i 1 3225.789 19351 -50342 155 5 -6 1.32 4.83 2.09+01 1.90+00 1.34 + 10 1.03+09

3226.714 704 -31686 8

•> _ ~i -3.28 .23 5.25-04 1.05-04 3.36+05 6.72+04

3227.063 20020 -50999 156 I _ 2 -.24 3.27 5.81-01 1.94-01 3.72+08 7.44+07

14
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued ^<i\ cicnsth Enerey Levels

~ K

Mulliplet No.

y-Values Log Log

(.kA) Hf / A

3227.798 19562 -50534 157 4 -3 .85 4.36 7 09+00 7.87 — 01 4.54+09 6 48 +08

3228.003 22838 -53808 379 2 - 1 .50 4.01 3.16+00 6.31 -01 2.02 +09 6.73 +08

3228.254 19913 -50880 157 2 - 1 .24 3.75 1.73 +00 3.46-01 1.11 +09 3.69+08

3228.900 20020 -50981 157 1 -0 -.15 3.36 7.13-01 2.38-01 4.56+08 4.56+08

3229.122 978 1 \ din 8 AU — 1 -2.28 1.23 5.25-03 5.25-03 3.36+06 1.12+06

3229.595 22846 -53801 333 5 _5 -.27 3.24 5.35-01 4.87-02 3.42+08 3.1 1 +07

3229.994 24575 — 55526 546 4 _5 .76 4.27 5.76 + 00 6.40-01 3.68+09 3.35+08

3230.210 19913 — 50861 158 2 _2 .19 3.70 1.54+00 3.07-01 9.83+08 1.97+08

3230.963 19757 — 50699 157 3 _ 2 .50 4.01 3.15+00 4.50-01 2.01 +09 4.03 +08

3231.576 1 1976 — 42912 50 4 _5 - 1.57 1.94 2.69-02 2.99-03 1.72+07 1.56+06

3232.155 21039 -51969 258 2 -3 - 1.47 2.04 3.37-02 6.75-03 2.15+07 3.08+06

3233.053 26106 -57028 620 6 -7 1.43 4.94 2.67+01 2.05 +00 1.70 + 10 1.14+09

3233.967 19562 -50475 158 4 -4 .52 4.03 3.29 +00 3.66 — 01 2.10+09 2.33 +08

3234.614 416 -31323 8 3 -3 -2.12 1.39 7.59-03 1.08-03 4.84+06 6.91 +05

3235.312 21999 — 52899 309 4 — 5 — 1.68 1.83 2.07-02 2.30 — 03 1.32+07 1.20+06

3235.592 21716 — 5261308 5 _5 - 1.01 2.50 9.73-02 8.84-03 6.20+07 5.64+06

3235.833 22838 — 53734 2 _3 -1.07 2.44 8.59--02 1.72-02 5.47+07 7.82+06

3236.223 416 — 31307 7 3 _4 -1.88 1.63 1.32-02 1.88-03 8.40+06 9.33+05

3237.234 20875 — 51756 256 3 _ 2 - 1.36 2.1^ 4.32-02 6.17-03 2.75+07 5.50+06

3238.313 24575 — 55446 545 4 _4 - 1.09 2.42 8.20-02 9.11-03 5.22+07 5.79+06

3238.535 24507 -55376 397 2 -1 -.93 2.58 1.17-01 2.34-02 7.44+07 2.48+07

3239.029 18378 -49243 142 2 -2 - 1.15 2.37 7.15-02 1.43—02 4.55 +07 9.10+06

3239.436 19562 -50423 157 4 -4 .87 4.39 7.50+00 8.33-01 4 77+09 5.30+08

3240.013 24575 -55430 545 4 -5 — .90 2.61 1.27 — 01 1.41 _ 02 8.05 +07 7.31 +06

3240.122 19757 — 5061158 3 — 3 - 1.17 2.34 6.83-02 9.75-03 4.34+07 6.19+06

3241.502 — 38996 27 1 _ J -3.26 .25 5.50-04 1.83-04 3.49+05 1.16+05

3242.268 20875 — 51708 255 3 _2 -1.33 2.18 4.71-02 6.73-03 2.99+07 5.98+06

3243.109 19788 — 50614 192 4 _4 -.87 2.65 1.36-01 1.51-02 8.64+07 9.60+06

3243.406 26875 — 57698 710 5 _4 .61 4.12 4.04+00 3.67-01 2.56+09 2.85 +08

3244.190 19562 — 50378 156 4 _5 .81 4.32 6.50+00 7.22-01 4.12+09 3.74+08

3246.005 888 -31686 8 1 _2 -2.08 1.43 8.32-03 2.77-03 5.27+06 1.05+06

3246.482 20875 -51668 252 3 -4 -.22 3.29 6.03-01 8.62-02 3.82+08 4.24+07

3246.962 17727 -48516 95 2 - 1 -.08 3.43 8.32-01 1.66-01 5.26+08 1.75+08

3247.278 19913 -50699 157 2 -2 -.06 3.45 8.68-01 1.74-01 5.49+08 1.10+08

3248.206 19757 — 50534 157 3 — 3 .38 3.89 2.40+00 3.43-01 1.52+09 2.17+08

3249.037 21999 — 52769 308 4 _4 - 1.15 2.36 7.05-02 7.83-03 4.45+07 4.95+06

3249.191 20641 — 5 1409 253 4 _4 -.38 3.13 4.13-01 4.59-02 2.61 +08 2.90+07

3249.504 1 2561 — 43326 51 3 _3 -2.52 .99 3.02-03 4.31-04 1.91 +06 2.73+05

3250.394 23052 — 53808 379 0 _ 1 -.34 3.17 4.56-01 4.56-01 2.88+08 9.60+07

3250.625 1 7550 — 48305 95 3 _2 -.44 3.08 3.66-01 5.23-02 2.31 +08 4.62+07

3251.236 17727 -48476 93 2 -3 -.12 3.39 7.56-01 1.51-01 4.77+08 6.82+07

3252.916 20641 -51374 252 4 -5 -.15 3.37 7.15-01 7.94-02 4.50+08 4.09+07

3253.610 26225 -56951 681 3 -4 .69 4.20 4.90+00 7.00-01 3.09+09 3.43+08

3253.834 20641 -51365 250 4 -3 -.70 2.82 2.01 -01 2.24-02 1.27+08 1.81 +07

3253.949 21039 — 51762 257 2 — 2 -.33 3.18 4.63-01 9.27-02 2.92+08 5.84+07

3254.363 2635

— 57070 620 5 — 6 1.37 4.88 2.35 +01 2.13+00 1.48 + 10 1.14+09

3254.734 21716 — 5243

308 5 — 6 -.81 2.70 1.54-01 1.40-02 9.67+07 7.44+06

3257.244 1 1 y — J^O ^A9. 1 1

1 I 451 AH _4 .13 3.65 1.36+00 1.51-01 8.55+08 9.51+07

3257.594 1 7ssn — ^oz,jy 90 •IJ 7 -.14 3.37 7.27-01 1.04-01 4.57+08 9.14+07

3259.991 1 Q7S7 sn47'? 157 lJ — AH -.20 3.32 6.38-01 9.12-02 4.01 +08 4.45 +07

3260.261 20641 -51305 250 4 -4 -.33 3.18 4.68-01 5.20-02 2.94+08 3.26+07

3261 .332 27560 -58213 712 2 _2 .41 3.93 2.59+00 5.18-01 1.62+09 3.25+08

3262.009 27167 -57814 710 4 -3 .50 4.01 3.14+00 3.49-01 1.9,7+09 2.81 +08

3263.370 19552 -50187 144 1 _2 — .62 2.90 2.42-01 8.07-02 1.52+08 3.03+07

3264.5 12 \1121 -48351 90 2 — 1 -.34 3.18 4.62-01 9.25-02 2.89+08 9.65+07

3264.710 1 Q0 1

"? 1 yy I J 157 7 — J -.67 2.84 2.14-01 4.28-02 1.34+08 1.91 +07

3265.047 — J I J A J 8 J

•1 — J -2.18 1.33 6.61-03 1.32-03 4.13+06 5.91+05

3265.618 — Ho 1 \JJ 91 J — 7i. .48 3.99 3.02+00 4.31-01 1.89+09 3.78+08

3268.234 I 7Q77 48S 1 A 95 11 — 11 -.42 3.09 3.80-01 1.27-01 2.37+08 7.91 +07

3269.235 1 jy J — JS7074 1 y 1

710 1J 7 .25 3.77 1.78+00 2.55-01 1.11 +09 2.23 +08

3269.416 Mill -48305 95 2 _2 — 1.92 1.60 1.21 -02 2.42-03 7.57+06 1.51+06

3269.964 17550 -48123 90 3 -3 - 1.65 1.86 2.23-02 3.19-03 1.39+07 1.99+06

3271.001 Mill -48290 91 2 -1 .50 4.02 3.19+00 6.37-01 1.99+09 6.62+08

3271.487 26225 -56783 680 3 -3 17 3.68 1.46+00 2.09-01 9.12+08 1.30+08

3271.684 1 1 V /D — HZJ i

49 — J — 1.64 1.87 2.29-02 2.55-03 1.43+07 2.04+06

3272.596 12561 -43109 95 3 -4 - 1.98 1.53 1.05-02 1.50-03 6.52+06 7.25+05

3272.710 27666 -58213 712 1 -2 -.12 3.40 7.64-01 2.55-01 4.76 + 08 9.52+07

3274.227 17927 -48460 95 1 -0 -1.81 1.70 1.54-02 5.14-03 9.60+06 9.60+06

3274.453 27167 -57698 710 4 -4 .55 4.06 3.52+00 3.91-01 2.19+09 2.43+08

3275.685 22249 -52769 308 3 -4 -1.08 2.43 8.28-02 1.18-02 5.15+07 5.72+06

15
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — ConlmuQd

Wcivelcngth

AA

Energy Levels K Mul tiplel No.

J-Values Log Log

/ A

J t J) .0*tO 23784 -54301 450a 5 -4 — 1 2

7 10 ftu. 11 0u — 07wz S S4 01 1 70 4-07 4H.Z7 1 4- Oft i T^UD 3276.47

Mill -48239 90 2 _ 2 — .59 2.93 2.58 — 01 5 16 — 02 1I .yjyj ft0 4-08 T UO J1 . 7Z 1

I 4-07 ^u / 3278.741 19552 -50043 144 1 - 1 — .37 3.14 4.24 — 01 1 .4 1 —01 7Z.UJftl 4-08 n^UO 80. 77/ / 4-07 T U / 3279.739 24119 -54600 449 4 -3 — .39 3. 1

4.05—01 4.50 — 02 2.5 1 +08 3.59+07

3280 ''61 26628 -57104 620 4 — 5 1.35 4.87 2.26 +01 2.5 1 +00 1 .40 + 10 1 .27 +09

3280 763 J jy — JHo S48 1 11 45

1 — AH — 1.79 1.73 1.64 — 02 2.34 — 03 1.01 +07 1.13 +06

3281.824 1 7SA1 — 41071 *4 jUZ J 50 1 — /I -2J8 1.14 4.17-03 5.96-04 2.58+06 2^87+05

3282.720 7 1784 — JS4717 HZ J

449 J — 4 -1.01 2.51 9.78-02 8.89-03 6.05+07 6.73+06

3282.891 7ft40ft SftS SQ 680 11 — 7z .69 4.21 4.92+00 1.64+00 3.05+09 6.09+08

3283.430 7778 — 18JO 17^ I ID 27 1 1 -2.99 .53 1.02-03 1.46-04 6.33+05 9.04+04

3284. S89 Mill -48163 9

2 -2 — .30 3.22 S.Ol —01 1 00 01 T, J . 1 0u 4-08 —UO ftyj, 1I 0y 4-07 ^yj I 17927 -48351 90 1 -1 — .94 2.58 1 ] 6_o

^ 87 07 71 . 1I 7t 4-07 —u / 7Z. 10J 7 4-07U 7 3286.444 27395 -57814 710 3 -3 .34 3.85 2. 1 7 +00 3. 10 — 01 1 .34 +09 1I . 077Z 4-08UO 3286.754 17550 -47967 9

3 -3 .86 4.38 7.32 +00 1 OS ^00 4t . S7z 4-00 ^yjy ftU.HU 4ft 4-08 T UO

3287. 1 17 2371

-54125 396 4 -4 — .24 3.28 5.78 — 01 6 43 —02 3 57+08 1,J

. 07" / 4-07 r U /

J? _ o o . U^' 1 — ^yyj 1 1 44 11 — u — .93 2.59 ] 18 — 01 J .yOSJ — 07wz 7/ . ^U10-1-07 U / 7/ . JU10-1-07 u / 3288.967 1 1111 /1ft 1 7 1 90 7

5 — J -.84 2^68 1.44-01 2.88-02 8.89+07 1.27+07

3289.442 ZZo JO ^ ^7 7n 380 7 — 1

1 -.59 2.93 2.56-01 5.13-02 1.58+08 5.27+07

3290.714 1 / jjU — 4 / yj\j 90 1 — A4 -1.29 2.23 5.17-02 7.39-03 3.19+07 3.54+06

3290.990 1 7Q'> 7 — A CiA^ 40 jUj 95 11 — 7Z -.21 3.31 6.22-01 2.07-01 3.83+08 7.66+07

26225 -56593 ft80 uow 3 -4 1I . 1lyQ 4 7

1 5S 4-01 7z . z7 I1 4-00yjyj 0y ,jSIV 4-00 ^y)y 11 .UO Oft 4-00 7^U" 17927 -48290 Qy 1I 1 -

23 73 1 ft"? 4-00 S 4S 01 1I .u0 1I 4-00 ^y)y J . J JS 4-08UO

J ^y D . I *tz. 12969 -43326 2 -3 — 2 06 1 46 8 71 0"? 1 74 C\T, -IS . J"^ftu 4-Oft ^uu 7/ . ftS U J 4-OSU J 20875 -51201 7^0 3 _ 2 ft8 2 84 2 11—01 J

"< .L/Z 07 — 07WZ 1 . -TU 10-1-08 UO 7*_ . JSO7 4-07U / 26628 -56951 619 4 -4 — .58 2.94 2.63 — 01 2.92 — 02 161 +08 1 70 4-07 3298. 1 33 1 7Q77 4871Q 90 1 — 7z — . 10 3.42 7.98 — 01 2.66 — 01 4 89 +08 9 78 -f07 3298^537 L 1 ODO — JS7Q74 1 y 1 ^ 710 1

1 _ 7 -^65 2^87 2^25-01 7.49-02 1.38+08 2.75+07

3299.077 Z / jy J S7ftQ8 710 1 — 4 -.29 3.22 5.08-01 7.26-02 3.12+08 3.46+07

3299.509 1 — JO 1 478ftO 49 1 — 7Z -2.56 .96 2.75-03 3.93-04 1.69+06 3.37+05

3301.227 77Q47 ZZ7*+ / ^1710 380 11 — 11 -.50 3.02 3.15-01 1.05-01 1.93+08 6.43+07

3301 .917 26106 -56383 617 6 -5 .07 3.59 1.18+00 9.06 — 02 7.2 1 +08 6.55 +07

24339 -54600 44Q 3 -3 — . 7^Z J J>

1,

. 7QZ" s 8ft 01 80. J3"^7/ — 07wZ J.Jo 1 S 8 -1-08 r UO JS . 1 1 4-07 7^ u / 3304.346 27560 -57814 710 2 -3 — .78 2.74 1 65 —01 J .jLy 70 — 07vjz 1I .U011 4-08 —UO 1

I .HH 44 4-07 —U / 3305 972 Mill -47967 91 2 -3 74 4.26 S S S 4- 00 1 1 1 4-00 J1 .jy 10 4-00 ^yjy 4H. 84OH 4-08 UO

J J V/vi . J u 17927 -48163 y 1 1 2 86 4 38 7/ . 74Z*T 4-00\J\J 7 41 -4-00 4H .H47^ 4-00 ^yjy 80 .08^J 4-08 UO

ZODZ*+ — jOo J" 680 7z 7 .33 3.85 2. 1 5 +00 4.30 — 01 1.31 +09 2.62 +08

3307.008 7 1784 — j4U 1

450 -^48 3.04 3J4-01 3^04-02 2.04+08 1.85+07

3307.234 7ft ZD 1 Oft 1 UO — SAT 1/1 JO^ j4 617 D — 0 .95 4.47 8.85+00 6.81-01 5.40+09 4.15+08

3308.761 1 y jy\j — /tOAH/l 470U4 190 0 — J -1.36 2.16 4.35-02 3.35-03 2.65+07 2.41 +06

3310.347 7 17C/I — J jy(Sj 449 J — cJ .15 3.67 1.42+00 1.29-01 8.63+08 7.85+07

26225 -56423 679 3 -4 43.93 7i_ . ftO v>v7 4-00 ^yjyj 3 71—01 1I .JO S84-OO ^yjy 1

. 7ft4-08 / u —UO

J J 1 I .H J 1 7986 -38175 77 2 -3 I, S7 00 ^ 07 04 ft 04 OS 11 .OH 84 4-OSu

7Z.UZft? 4-04 I UH

"^^ I 7 774 24119 -54301 450a 4 -4 9.1 2.65 1.33—01 1 .48 — 02 8. 1 1 +07 9.01 +06

12969 -43138 50 2 -3 — 2.54 98 2 88 — 03 S 77 _04 175 -1-06 2.50 +05

1^14 070 27543 -57709 736 1 -2 — .39 3. 1

4 05 —01 1.35_01 2.46 +08 4.92 +07

"l^ 14 441 — J I ZU

250 7 — 7z — .72 7 8z . 0 1 1 93 —03.85 —02 1.17+08 2.34+07

3314.742 ZDOZ4 — 30 / o

680 7z — J 1.26 4.78 1.80+01 3.60+00 1.09 + 10 1.56+09

3315.164 If.f.'JQ ZDOZo — J D / o J> 618 — -IJ -1.75 1.77 1.76-02 1.96-03 1.07+07 1.53+06

3317.121 I <Sj I o — 4o 3 1139 7z — 11 -.57 2.95 2.69-01 5.38-02 1.63+08 5.44+07

3319.258 m 1 1 y

^/17 "J 7 449 /I — A4 -.03 3.49 9.34-01 1.04-01 5.66+08 6.28+07

-J?^70 -J ^V7 . fiSO VJ J V7 19621 -49727 190 5 -4 — .68 2.85 2.1 1 _oi 1 .92 — 02 1 .27 +08 1 .42 +07

1'?70 770 24507 -54612 396 2 -2 — 1

3.37 7.06 — 01 141 _o 1 4.27 +08 8.54 +07

TIT') /174. J J Z, ^ .H / t 2371

-53801 ^Qft 4 -5 1

3 63 1 28+00 1 43 — 07 76 +08 7 05 +07

22838 -52916 ^7Q J 1 y 2 _ 2 S4 4 Oft % .H-J 4S 4-00 ^\J\J 6 90 — 01 ">.-.UO 08 4-00 —u^ 4 1 7 +08

26351 -56423 ft 1 7 5 -4 OQ 3 44 8 21—01 7 47 — 02 4H . Oft 7U 4-08UO 5 5 1 +07

H74 S18 — 4^40 /I Q/1 A 11 Q

iy V D — cJ — J J . 10\ y 4 7 1 _oi 3 62 — 02 ">. 84OH 4-08 ^ UO 2 58 +07

3325.468 1 Q70 0 — /I no c 1 4yo J 1 191 A4 — 1J -.37 3.15 4.26-01 4.73-02 2.57+08 3.67+07

3327.497 1 Qior^ 1 y5y\j — A4^4QA 1 A j4 190 0 — t) -.87 2.65 1.35-01 1.04-02 8.16+07 6.28+06

3327.961 1 7 c cri A 7 ^on 86 1 — 4 -2.28 1.24 5.20-03 7.43-04 3.13+06 3.48+05

3328.867 1 — joJo

617 cJ — cJ 1.10 4.62 1.26+01 1.15+00 7.60+09 6.91 +08

177Q S17 24575 -54600 542a 4 -3 1lis ft 77 01 7/ .*+47/ — 07\JZ 4H.UJOS 4-08 n^UO JS . 78-1-07 / 0 u / JTTTQ J z.y ,y070I yj 24336 -54357 2 -3 — .96 2.56 1.09 — 01 2. 19 — 02 6.59 +07 9.41 +06

.3.5 JVJ..? 1 D 24339 -54357 3 -3 — .UO ft8 2 84 2.09 — 01 2.98 — 02 1 .25 +08 1 79 -1-07 nil ftl 1 19621 -49628 1lyQ t

i 5 -4 S 1 1 0

^ 00 01 7z . 810 1 — 07V/Z 11 . 8ft OU 4-08 T^UO 7z .uu 0ft4-07 ^u / mJ 3 J

1

1 . 778 / / o 20038 -50043 1 44 0 -1 ftl z7 . 800 7 7 ^"^ 01 7 01 11 .HU 40-1-08 UO 4H.Uft7/ 4-07U / 1114 770 19621 -49604 1 QOy\J 5 -5 7 1 7z 8 I

. 0 1

1 04 01 1 77 _02 11.117-1-08 / UO 11 .uu Oft 4-07 ^U / 3334.278 26351 -56334 617 5 -6 .06 3.58 1.14+00 1.04-oT 6.84+08 5.26+07

3335.513 12561 -42533 49 3 -3 -2.42 1.10 3.80-03 5.43-04 2.28+06 3.26+05

3335.770 22947 -52916 379 1 -2 .09 3.61 1.22+00 4.08-01 7.34+08 1.47+08

3336.254 26628 -56593 618 4 -4 .32 3.84 2.08+00 2.32-01 1.25+09 1.39+08
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Continued

Wavejength A

Energy Levels K

Multiple! No.

y-Values

Log

(«/) Log(.-'.Ai / A

3337.666

3338.638

3339.195 3339.582

3340.567

3341.906

3342.216

3342.298 3343.240

3343.678

3345.679 3346.936

3347.507

3347.927 3349.739 3350.284

3351.524

3351.746

3352.929

3353.267 3354.064

3355.229

3355.517

3356.403

3356.695 3359.488 3359.814

3360.922

3361.959

3363.815 3364.639

3366.789 3366.867

3367.159

3368.248

3368.983 3369.146

3369.549

3370.785 3372.074

3372.352

3373.874

3374.176

3375.724

3378.676

3379.021 3380.112 3381.340

3381.990

3382.404

3383.387

3383.692

3383.981 3384.765 3387.410

3388.966

3389.748 3392.014

3392.306 3392.654

3393.382

3393.623

3393.915

3394.085

3394.585 3395.080

3396.386

3396.977

3397.221 3397.560

21716-51668

24181-54125

19788-49727

24336-54271

18378-48305

21716-51630

18378-48290

22947-52858

17550-47453

24339-54237

19552-49433

17550-47420

24119-53983

18378-48239

22838-52683

19788-49628

17727-47556

21999-51826

19788-49604

19621-49434

23052-52858

26628-56423

7728-37521

18378-48163

24575-54357

6928-36686

26628-56383

19552-49298

22947-52683

22249-51969

20875-50587

21716-51409

17727-47420

19552-49243

26225-55906

22838-52512

19788-49461

21999-51668

21716-51374

17550-47197

24119-53763

21999-51630

17927-47556

241 19-53734

21716-51305

17550-47136

22249-51826

22947-52512

24507-54067

17550-47107

21039-50587

17727-47272

17550-47093

7986-37521

22249-51762

24772-54271

17927-47420

24336-53808

17727-47197

17550-47017

23052-52512

22838-52297

18378-47834

19788-49243

17727-47177

24339-53785

7728-37163

7728-37158

24336-53763

24339-53763

304

396

190 502

139 303

137 378

88 449

14187 449

138 377

19189 304

190

190 378 617

25 137

25 617

142 377

307

245 302

87

142 678

376

191 304

304

83 447

30389

301

85 304 376

84 245

85

83

25 306

502

87 499

8385 376 376

136

188

81

2526

503 447

5-4

3- 4 4- 4 2-1

2 — 2 5- 5 2- 1 1-1

3- 4 3-4

1- 2 3- 2 4- 5 2- 2 2 — 2 4-4

2- 1 4-3

4- 5 5- 6 0- 1 4-4

3- 2 2- 2 4- 3 5- 4 4- 5 1- 1 1- 2 3- 3 3- 3 5- 4 2- 2 1- 2 3- 4 2- 1 4- 5 4- 4 5- 5 3- 2 4- 3 4-5

1 - 1 4- 3 5- 4 3-2

3-3

1- 1 2- 2 3- 4 2-3

2- 1 3- 3 2- 2 3- 2

1 - 1

1 -2

2-1

2- 2 3- 3 0-1

2-2

2-3

4- 3 2- 1 3- 3 3-3

3-2

2- 3 3- 3

.05 -.17

-.63

-.36

-.31 -.00

-.36

-.04

-1.95

-.44

-2.34 - 1.23 -1.18

-.40 - 1.42 -1.29

-.80

-.18 - 1.38 - 1.07 -.06

1.06 -3.14

-.58

-.43

-2.08

.16 -1.24

-.74

-1.11 - 1.45

.35 -.40

.34 -.42 - 1.41 -1.25

.70

.90 -.74

-1.42

-.68 - 1.06 -1.63

.33 -.18

.54 -.40 - 1.1

-.75 -1.73

-.27

.12 -3.20

-.10

-.58

-.82

.18 .04

.43 -.42 - 1.07 -1.13

-.95 -.16

-1.39

-2.99

-1.65

-.52

-.59

3.57 3.36

2.90

3.17

3.22

3.52

3.17 3.49

1.58 3.08

1.19 2.30

2.35

3.13

2.1

2.23 2.72

3.35 2.14

2.46

3.47 4.59

.39 2.95 3.10

1.45 3.69

2.28

2.79

2.42

2.08

3.87

3.13 3.87

3.11 2.12

2.28 4.23

4.43

2.79 2.10

2.85 2.46

1.90 3.86

3.35 4.07

3.13 2.42

2.78

1.80 3.26

3.65

.33 3.43

2.95

2.71

3.71 3.57

3.96

3.11 2.46 2.40

2.59

3.37 2.14

.54 1.88

3.01 2.94

17

1.12+00

6.79-01

2.36- 01 4.39- 01 4.94-01

9.96-01

4.40- 01 9.20-01

1.13-02

3.63-01

4.59- 03 5.92-02

6.63-02

4.00-01

3.82- 02 5.13-02

1.57-01 6.60- 01 4.16-02

8.55-02

8.79-01

1.16+01 7.24-04

2.63-01

3.71-01

8.32-03

1.45+00

5.71- 02

1.83- 01 7.73-02

3.57-02

2.22+00

4.00-01

2.21 +00

3.81-01

3.91-02

5.66-02

5.02+00

8.02+00

1.81- 01 3.77-02

2.08-01

8.62-02

2.37- 02 2.14+00

6.57-01

3.47+00

4.00-01

7.72- 02 1.77-01 1.87-02

5.37-01

1.31+00

6.31-04

7.87-01

2.65-01

1.52-01 1.51+00

1.09+00

2.67+00

3.82- 01 8.48-02

7.44-02

1.13-01 6.89-01

4.05-02

1.02-03

2.24-02

2.99-01

2.55-01

1.02- 01

9.71 -02

2.63-02

8.79- 02 9.88-02

9.06- 02 8.80- 02 3.07- 01 1.61- 03 5.19-02

1.53- 03 8.46-03

7.37-03

8.00-02

7.65-03

5.69- 03 3.14-02

7.34-02

4.62- 03 7.77-03

8.79-01

1.29+00

1.03- 04 5.26-02

4.12-02

7.56-04

1.61-01 1.90-02

6.10-02

1.10-02

5.10-03

2.02-01

8.01 -02

7.37- 01 5.45- 02 7.81- 03 6.29-03

5.58- 01 7.29-01

2.59- 02 4.19-03

2.31-02

2.87-02

2.63- 03 1.94- 01 9.39-02

4.95- 01 1.33-01

1.54- 02 2.52-02

3.75-03

1.07- 01 1.87-01 1.26-04

1.12-01 8.83-02

5.08- 02 3.02-01

2.19- 01

3.81 -01

3.82- 01 1.70- 02 1.49-02

1.26-02

1.38- 01 5.79-03

1.46- 04 3.20- 03 5.98-02

3.64- 02

6.73+08

4.07+08

1.41 +08

2.63+08

2.95+08

5.95+08

2.63+08

5.50+08

6.75+06

2.17+08

2.74+06

3.53+07

3.95+07

2.38+08

2.27+07

3,.05 +07

9.31+07

3.92+08

2.47+07

5.07+07

5.21 +08

6.87+09

4.29+05

1.56+08

2.20+08

4.92+06

8.56+08

3.37+07

1.08+08

4.56+07

2.10+07

1.31+09

2.36+08

1.30+09

2.24+08

2.29+07

3.33+07

2.95+09

4.71+09

1.06+08

2.21 +07

1.22+08

5.05+07

1.38+07

1.25+09

3.84+08

2.02+09

2.33+08

4.50+07

1.03+08

1.09+07

3.13+08

7.62+08

3.67+05

4.58+08

1.54+08

8.84+07

8.76+08

6.33+08

1.54+09

2.21 +08

4.91 +07

4.31+07

6.57+07

3.99+08

2.34+07

5.92+05

1.29+07

1.73+08

1.47+08

7.48+07

4.52+07

1.57+07

8.76+07

5.90+07

5.41 +07

8.75+07

1.83+08

7,49+05

2.41 +07

5.47+05

7.05+06

3.59+06

4.76+07

4.55+06

3.38+06

3.10+07

5.60+07

2.24+06

3.90+06

1.74+08

7.64+08

8.58+04

3.11+07

3.14+07

5.46+05

7.79+07

1.12+07

2.16+07

6.51+06

3.01 +06

1.45+08

4.71 +07

2.60+08

2.49+07

7.65+06

3.02+06

3.28+08

4.28+08

2.13+07

3.16+06

1.11 +07

1.68+07

1.98+06

1.39+08

7.68+07

2.89+08

7.77+07

9.01 +06

1.14+07

1.56+06

1.04+08

1.09+08

7.35+04

9.15+07

5.13+07

1.77+07

2.92+08

1.27+08

2.21+08

7.37+07

9.82+06

6.15+06

9.38+06

1.33+08

3.35+06

8.45+04

2.59+06

2.47+07

2.10+07
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavelength

A

Energy Levels K

Multiplet No.

J-Values Log Log

WX) af / A

3397.640 7986 -37410 26 2 - 1 -1.90 1.63 1.26-02 2.52-03 7.27+06 2.42+06

3398.220 22249 -51668 304 3 -4 -.68 2.85 2.09-01 2.99-02 1.21 +08 1.34+07

3399.230 21999 -51409 302 4 -4 -.14 3.39 7.18-01 7.98-02 4.14+08 4.60+07

3399.336 17727 -47136 85 2 -2 .55 4.08 3.53+00 7.06-01 2.04+09 4.07+08

3400.662 24336 — 53734 2 — 3 -.76 2.78 1.75-01 3.51-02 1.01 +08 1.44+07

3401.007 24339 — 53734 3 _3 -1.02 2.52 9.64-02 1.38-02 5.56+07 7.94+06

3401.520 7377 — Idlbl 26 4 _3 -1.34 2.19 4.57-02 5.08-03 2.63+07 3.76+06

3402.256 26106 — 55490 614 5 — 6 .97 4.50 9.28+00 7.13-01 5.34+09 4.1 1 +08

3403.299 21999 — 51374 304 4 _5 — .32 3.22 4.83 — 01 5.37-02 2.78+08 2.53 +07

3404.356 1 7727 — 47093 83 _3 .42 3.95 2.61 +00 5.22 — 01 1.50+09 2. 15 +08

3404.755 21999 -51361 300 4 -3 -.83 2.71 1.49-01 1.66-02 8.58+07 1.23+07

3404.923 21716 -51077 300 5 -4 -1.09 2.44 8.09-02 7.35-03 4.65+07 5.17+06

3405.830 21716 -51069 299 5 -5 -.47 3.06 3.37-01 3.06-02 1.94+08 1.76+07

3406.442 26406 -55754 676 1 _2 .68 4.21 4.77+00 1.59+00 2.74 + 09 5.49+08

3406.802 17927 — 47272 85 1 — 1 .13 3.66 1.35+00 4.50-01 7.75+08 2.58+08

3407.461 1 / _J J w — tOOO 7 83 •JJ _4 .85 4.39 7.14+00 1.02+00 4.10+09 4.56+08

3409.218 — J j\} 614 f. _ 5 .03 3.57 1.08+00 8.29-02 6.18+08 5.62+07

3409.605 1 Q788 — 49109 188 4 _4 - 1.82 1.71 1.51-02 1.68-03 8.68+06 9.64+05

3410.031 — 53892 542 4 _3 -.25 3.28 5.56 — 01 6.18 — 02 3.19+08 4.56+07

3410.171 ^ / jHj — JyjO jy 735 1 _ 2 .91 4.44 8.17+00 2.72 +00 4.68 +09 9.37 +08

3410.905 7377 -36686 25 4 -4 -2.14 1.39 7.24-03 8.05-04 4.15+06 4.61 +05

3411. 134 21716 -51023 299 5 -6 -.82 2.71 1.50-01 1.36-02 8.58+07 6.60+06

3411. 353 21999 -51305 301 4 -4 .16 3.69 1.45+00 1.61-01 8.29+08 9.21+07

3413.134 17727 -47017 85 2 -3 .68 4.21 4.74+00 9.48-01 2.71 +09 3.88+08

3414.564 26628 — 55906 4 — 4 -.53 3.00 2.96-01 3.29-02 1.69+08 1.88+07

3415.532 47 1 Q7 83 11 _ 2 -.29 3.24 5.1 1 -01 1.70-01 2.92+08 5.85+07

3416.679 — 49298 142 n _ 1 -1.76 1.77 1.72-02 1.72-02 9.85+06 3.28+06

3417.273 — 374 126 1 _ 1 -2.14 1.39 7.24-03 2.41-03 4.14+06 1.38+06

3417.843 17927 — 47 1 77 81 1 _ 1 .44 3.97 2.74+00 9.14-01 1.57+09 5.22 +08

3418. 176 26479 — 55727 577 1 — 0 — .05 3.48 8.84-01 2.95 — 01 5.05 +08 5.05 +08

3418.507 17927 -47172 81 1 -0 .41 3.94 2.56+00 8.53-01 1.46+09 1.46+09

3418.905 24507 -53748 2 -3 -.64 2.90 2.32-01 4.63-02 1.32+08 1.89+07

3419.154 26140 -55379 576 3 -2 -.13 3.40 7.39-01 1.06-01 4.21+08 8.43+07

3419.706 22947 -52181 377 1 -1 -.32 3.22 4.80-01 1.60-01 2.74+08 9.12+07

3422.499 241 19 -53329 444 4 — 4 .46 3.99 2.85+00 3.17-01 1.63+09 1.81 +08

3422.658 I TOT? Al 1 \(\ 85 1

1 — L .27 3.80 1.85+00 6.17-01 1.05+09 2.1 1 +08

3424.286 1 7ssn 81 J

•1 — J .41 3.95 2.58+00 3.69-01 1.47+09 2.10+08

3425.009 541 AH

1 — J .73 4.26 5.32+00 5.91-01 3.03+09 4.32+08

3426.337 I 8'?78 1 OJ I o 47S Sf> 135 — 11 -.18 3.35 6.54-01 1.31-01 3.71 ^-08 1.24+08

3426.383 1 7S so 82 IJ

-> .08 3.62 1.21 +00 1.73-01 6.86+08 1.37 +08

3426.637 Mill -46902 82 2 - 1 .12 3.66 1.33+00 2.66-01 7.56+08 2.52+08

3427.121 17550 -46721 81 3 -4 .86 4.40 7.28+00 1.04+00 4.13+09 4.59+08

3428.195 17727 -46889 81 2 -2 .29 3.83 1.97+00 3.94-01 1.12+09 2.23+08

3428.746 29056 -58213 836 3 -2 .53 4.07 3.41 +00 4.88-01 1.94+09 3.87+08

3431.815 22838 — 5 1969 376 2 — 3 .05 3.58 1.12+00 2.23-01 6.33+08 9.04+07

3432.023 23052 — 52181 377 0 _ 1 -.90 2.64 1.26-01 1.26-01 7.15+07 2.38+07

3434.029 22249 — 5 1 36

300 3 _ 3 -.81 2.73 1.56-01 2.23-02 8.83+07 1.26+07

3436.045 2635

— 55446 614 _4 -.45 3.09 3.58-01 3.25-02 2.02+08 2.25+07

3437.046 24575 — 5366

539 4 — -JJ .37 3.90 2.34+00 2.60 — 01 1.32+09 1.89+08

3437.63

1962

— 48703 187 5 _4 - 1.40 2.13 3.94-02 3.58-03 2.23 +07 2.47 +06

3437.952 26351 -55430 614 5 -5 .41 3.95 2.59+00 2.35-01 1.46+09 1.33+08

3439.039 21999 -51069 299 4 -5 -.54 2.99 2.87-01 3.19-02 1.62+08 1.47+07

3440.607 0 -29056 6 4 -3 -.44 3.10 3.63-01 4.03-02 2.05+08 2.92+07

3440.990 416 -29469 6 3 -2 -.82 2.72 1.51-01 2.16-02 8.53+07 1.71 +07

3442.364 18378 — 47420 134 2 — 2 -.18 3.36 6.65-01 1.33-01 3.74+08 7.48+07

3442.671 7728 — 36767 26 !

J — •I J - 1.72 1.82 1.91-02 2.72-03 1.07+07 1.53+06

3442.979 24772 499 1

1 — 1

1 -.19 3.35 6.44-01 2.15-01 3.63+08 1.21+08

3443.878 704 — Ly I J J 6 L — 11 -1.09 2.45 8.13-02 1.63-02 4.57+07 1.52+07

3445.151 1 1111 4^i74S 81 L

1 — j> .56 4.10 3.65 +00 7.30-01 2.05 +09 2.93 +08

3446.791 L vyjjy 244 ->L

1 -.99 2.54 1.02-01 2.03-02 5.71 +07 1.90+07

3446.947 8155 -37158 26 1 -2 -2.53 1.01 2.95-03 9.84-04 1.66+06 3.31+05

3447.280 Mill -46727 82 2 -2 .01 3.55 1.03 +00 2.06-01 5.77+08 1.15+08

3448.786 22838 -51826 372 2 -3 - 1.01 2.53 9.77-02 1.95-02 5.48+07 7.82+06

3448.869 20641 -49628 242 4 -4 - 1.18 2.36 6.60-02 7.34-03 3.70+07 4.1 1 +06

3450.330 17927 -46902 82 1 - 1 .13 3.67 1.36+00 4.54-01 7.63+08 2.54+08

3451.628 19552 -48516 139 1 - 1 -.48 3.06 3.31-01 1.10-01 1.85 +08 6.18+07

3451.917 17927 -46889 81 1 -2 .14 3.68 1.39+00 4.64-01 7.80+08 1.56+08

3452.276 7728 -36686 25 3 -4 -1.14 2.40 7.24-02 1.03-02 4.05 +07 4.50+06

3453.022 22249 -51201 301 3 -2 -.02 3.52 9.65-01 1.38-01 5.40+08 1.08+08

3457.090 29056 -57974 835 3 -2 .39 3.93 2.46+00 3.52-01 1.37+09 2.75+08

18
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines ofFe i in Order of Ifave/eng//i - Continued

Wavejength Energy Levels KMultiple! No.

7-Values Log

(nf) Log

/ A

3457.5 12 19788-48703 187 4 — 4 — 1 .54 1 .99 7Z.oD8^ — 07VJZ 3.1/ 1 1 7 — 01\}j 1 -1-07

1 . / / +UO

3458.304 19552 — 48460 139 1 —0 — .22 J.1 jZ19 (\ 00 01 7 00 0 1 11^ -i-nc i.iD +Uo

3459.429 21716 ^1' V \J — 50614 ^ \J\J l.~ 297 5 — 4 _ 16 J1 . 1I 80 A A\ 01 A't.U0 t1 — 07UZ Z.4D 1 Uo T "71 -Urn L. / i +U / 3459.91 1 24336 — 53230 501 2— 1 .48 4 09 1 01 +00 O.UZ07 — 01U I I .Do 1 uy J.jy +U6

3462.354 177''7 — 46601 79 2— ]

I 01 9Z.J51J Q7. 7Q/ 7 — 07UZ 1 O'l

1 .70 — UZ jAj 1 U / 1 .oz +U / 3462.808 22838-51708 373 2 — 2 — 1.17 9Z.J/17 81 0^ 1 .30 l^i — 07UZ 5.17 1 7Q -I-07 1 U / 7 ^7 3463.304 1 1976 — 40842 48 4—3 — 1 .66 11.00 88 7Z. 1I Q7 — 07UZ 7Z.441J — 01UJ 1 -Zz ' U /

1 7/t 3464.914 20875-49727 241 3-4 -!90 2.64 1.27-01 1.81-02 7.06 4-07 7.84+06

3465.862 888-29733 6 1-1 -.94 2.60 1.15-01 3.83-02 6.38+07 2.13+07

3466.279 19390-48231 185 6-5 -1.34 2.20 4.59-02 3.53-03 2.55+07 2.32+06

3466 J^\j\J . 500 J \J\J 6928 — 35768 24 5 — 4 — 1.90 1i .0*+ fi4 11 .ZD ~>f\ — 09UZ 11 . 1

I A — niU3 1 1^ -l-O^ / . /D ^yjj 3468 847 20641 —49461 242 4—5 — .08 J1 .tu 46 8O.JO18 — 01vJ 1 Qy .J1 1

\ — 07UZ A fyA -I-08 H-.04 ~Uo

3469 0 1

26628 — 55446 614 4 — 4 .53 4 07 J1 .HZ 49 4-00 ^ \J\J J.OU 1 80 — 01U I

1 SQ -l-OQ 7 1 1 -1-08

Z, i 1 ^UO

3469.390 22947 — 51762 375 1 — 2 — 1.14 2 40 7/ . 181 0 — 09L/Z 7L.JIQ7 — 07UZ 1 Q8 -1-07

1 .70 ^UO

3469.834 21039 — 4985 1 242 2 — 3 — .30 J1 . 94zt 5 00 01 1

1 .UU 00 — 01U 1 7 77 -1-08 L. 1 1 1 Uo 1 4-07 3471.267 17927-46727 82 1 — 2 — .25 3.29 5.65—01 11.00 88 — 01\j \ 1 1

-i j.\ -l-OS 3 ^Uo r 7 c 4-07 O.Z3 ' u / 3471.346 18378 — 47177 1 30 2— 1 — .09 1J .t45J 80. in1 U — 01\J\ 11 .oz fyl — 01U 1 A 48 -l-Ofi 1 /IQ 4-08 1 .^y ^Uo

3473J03 24575-53358 4-3 -!03 3.51 9.28-01 1.03-01 5.13+08 7.33 +07

3473.497 7986-36767 26 2-3 -2.49 1.05 3.24-03 6.47-04 1.79+06 2.56+05

3475.451 704-29469 6 2-2 -.84 2.70 1.45-01 2.89-02 7.98+07 1.60+07

3475.65

17550 — 46314 78 3 — 2 .09 1

1 . -1-1 4-00 Z J ^\J\J 175 1 . / J — 01U 1 f\ 77 4-08 Ky. 1 1 1 Uo 1 1 ^ 4-08 i .5 J T^Uo 3475.867 1 962 1 —48383 186 5 — 5 15 J1 , 1

I 9y 4 49 0 1 4t.vZ09 — 09UZ 7 AA ~l-08 Z.'f'^ 1 Uo 7 77 -1-07 z.Zz ^U / 3476.336 18378 — 471 36 133 2 — 2 — 71 9z. 810 J 1 04 01 J.1 8800 — 09UZ 1 07 -1-08

1 .U / ~Uo 7 1 A 4-07 Z. 1 4- 1 U / 3476.704 978 y 1 \j — 29733 ^ y 1 J J 6 0— 1 — 11 . 94Z*T 9 10 J5 . 75/ J — 09wz J.5 75/ J — 09UZ 1 1 8 4-07 J . 1 0 ~u /

1 OA 4-07 1 .UO 1 u / 3476.853 90875—49628 242 3 — 4 — .03 1J .J5 1 07. J11J — 01\j I 111 I .J J — 01U J J . I J 1 Uo c 77 4-07 3477.007 19552 — 48305 1 39 1 — 2 — .40 J1 . 141

4 01 01 1I . Jt14 — 01U 1 7 77 -1-08 L.LL ^Uo 4 41 4-07 3477.856 1 7997 — 4667^? 82 1 0 81 9 7 1 Z. /

1 .to 48 — 01V 1 4 95J — 09UZ 8 1 8 4-07 0. 1 0 1 U / 8 1 8 4-07 0. 1 0 ~U / 3478J74 19621-48362 185 5-4 - 1.35 2.19 4.42-02 4.02-03 2.44+07 2.71 +06

3478.788 19552-48290 137 1-1 -1.22 2.32 6.07-02 2.02-02 3.35+07 1.12+07

3479.683 23784-52514 443 5-6 -.82 2.72 1.52-01 1.38-02 8.37+07 6.44+06

348 1 .558 1 8378 — 47093 1 32 2 — 3 — 1 60 1 94 9z.t~ 40 — 09wz 4H. 097 " — 01UJ

1I.J/-17 +07 1 u /1

1 ."D Of, +06 ^UD

3483 009 1'>,11 — '>,f,01') 24 4 — 3 — 1 .97 1 57 1 07 — 02 119 1.17 — 01UJ J.5 8007 +06 ' UU 8O.tZ 49 +05 T Uj

J^Ot.O J o 10788 I 7 / 0 0 — 48476 tot /

185 4 1 1 1 fi 9Z. J180 90 09 7/ .DD 66 — 01U J 1J , 791 y +07 lyj/ J.t 5 4 1

1 +06 T uo

3484.972 1 9559 — 489'?9 1 18J 0 1I — 9z 7f> 9z . 78/ 0 1

. 75/ J — 01u 1 J5 . 890 Z — 09UZ Q CO +07 1\ .y09 +07

3485.342 1 7797 — 46410 78 Z9 — 11 — .06 3 48 8 60 01 1

. 74/ 1 — 01u 1 4t. 77/ / +08 ' uo II .jy50 +08 ' uo 3486 556 1 7997 — 46601 79 1 — 1

1 19Z 41J 7/ .tz 49 — 09\JZ 9Z.t47/ — 09UZ t.U A 07/ +07 T U /1

. JU16 +07 ' u

"^489 670 / O'-t — ^' ^'-r J 1 449 5 f\ 40 J1 . Q4"t 9Z.t!? 40 +00 ' \J\J 9L.LI97 — 01U I

1

1 . J16+00 u ' yjy 11 .UJ 05 +08 ' uo

3490.575 416-29056 6 3-3 - LOO 2.54 1.00-01 1.43-02 5.47 +07 7.82+06

3493.290 11976-40594 48 4-4 -1.54 2.00 2.88-02 3.20-03 1.58+07 1.75+06

3493.698 21999-50614 297 4-4 -.29 3.26 5.18-01 5.75-02 2.83+08 3.14+07

3494. 1 70 19559 — 4816^? 1 37 1 — 9z — .96 9Z.JO58 1 10 — 01 J1 .U65J — 09UZ J5 .yy 90 +07 1 u /

1

1 . 70ZU +07 1 u

3495 288 90641 —49943 238 4 — 3 .30 3.85 2.02 +00 1.2A — ^\ 1 .10+09 1 .57 +08

3496.190 I y / 00 — *tO J 0 J 1 8^ 4 5 — 1 .00 9z . Jt54 0y ,y01V — 09wz 110 1 . 1 U — 09UZ J5 . 411 1 +07 1 u / 4 9 1 +06

3497.1 10 78/ 0 1 1 I 7 J1 7 1

. /

1 47 +00 9z . 101 U — 01U 1 0O.UZ 09 +08 1 uo 11 . 1

1 J5 +08 1 uo

3497.842 000 — L.y'^yjy f.\j 1

1 — 9z — 11 . 97z / 9z. 97z / J.J 5 17/ — 09vz 11 . 791 y — 09UZ 9L.y91J +07 1 u / J.OU c Qfi +06 1 UU

J3500 -} \J\J . 11 64 7*^ A,D 1I Q"^ y J — JS 1I 7S1 J JS 197 9 1 z — z — 11 . 97z / 9z . 97z / J5 . J19z — 09wz 1I .UU 06 — 09UZ 2.89 +07 9 ^5 +06

3504 455 ZZOjO — J 1 JOJ 17 1 9Z — 1J — .yH 94 9Z.DfilI 116 01 9L.J19L — 09UZ (1 70 +07 80.7098 +06 ^ UU

3504^864 18378-46902 131 2-1 -.64 2.91 2.31-01 4.63-02 1.26+08 4.19+07

3505.065 24336-52858 498 2-1 .24 3.79 1.75+00 3.51-01 9.52+08 3.17+08

3506.500 18378-46889 130 2-2 -.01 3.54 9.86-01 1.97-01 5.35+08 1.07+08

3507.139 994^vQ 57974 815 9z — 9z 9

. Z I 1 If, 1 63 +00 J1 .z95J — 01u 1 8o.oz89 +08 ' uo 1.76+08

"1507 "^QO 9A779 5'?975 500 11 — 9z — 1 1 -.11 1 44 7/ . 80ou — 01\J V 9Z.UU60 — 01U 1 4 23 +08 g 45 +07

9984#i 5 1115 19A 5 4 — fl 1 .D i 9 04 9 47 01 9Z. 94Zt — 09UZ ] 24 +08 1.48 +07

3509 736 91970 51755 J197Z / 0 1 9 04 9 40 01 2 49 — 01 1.35 +08 4.49 +07

35 1 1 .748 90^41 L.\j\j^ 1 — 49109 '^y i\)y 918 Z JO 4 4 8f^ 9 M 1 38 — 01 1.53 —02 7.46 +07 8.29 +06

^5 1 7 080 99QQ7 5 14A9 .?197z / 4 4 — 76 9z. 78/ 0 1 .73 — 01 1 .93 — 02 9.37 +07 1.04 +07

99007 LLyy 1 — J514AI 1 to 1 .>19Azo 4 1 — .Z91J 1 1

J.J I J5 . 870 / — 01W J 6U.J51J — 09UZ 3.1 8 +08 4.54 +07

3512.970 24772-53230 501 1 - 1 -.36 3.18 4.35-01 1.45-01 2^35+08 7^84+07

3513.065 12561-41018 48 3-2 -1.41 2.14 3.89-02 5.56-03 2.10+07 4.21 +06

3513.820 6928-35379 24 5-5 -.50 3.05 3.16-01 2.87-02 1.71 +08 1.55+07

jc 1 /I A-?/; J J i *+.DZ.O IQ'^QO 478'?^ 1"J"U — 'f / OJJ 1 8'^ D — J — . / 0 9Z. 70/ " 1

. 74/ 1 — 01w 1 1. Jt14 — 09UZ 9.41 +07 80 . J56*J +06 1 \J\J J J 1 O.J J w 71111 ^1 ^AC\ LD \ \ 1 — J 1 J'fU jZD 1 — 7Z 0^1 1 40 8 78 — 0

1 25 — 01 4.73 +08 9.47 +07

J J 1 o.OoU 71 1 Ql ^1 f-S\A 177 7 1 Z — J — .Zo 98 1 9f> J. ZD J5 . z911 — 01u 1

1 .Ut 04 — 01U 1 2.81 +08 4.01 +07

7iniQ 40411 718 ZJO 7 7 Z — Z — .JO58 9 07 9 64 01 5 28 — 02 1.42 +08 2.84 +07

J J Z 1 .ZO J 7177 1^7Aft 7/1 41 J1 . 1 9z 1J. 79/ Z — 01V 1 4t. 111 J — 09UZ 9 00 +08 2.22 +07

J J Z 1 .0 J J I7Q77 AfslAA 78/O 1 7 I — Z — .t47/ 1 08 1J.JO18 — 01VI 111 1 . 1 J — 01u 1 1.81 +08 3.63 +07

J J ZZ.ZOo 7784A ZZo'4D — J

^ 1

1 77Q ZZ" 17A 3Z0 3 — J .WD 1 ^>0 1 14+00 1 03—01 6. 1 2 +08 5.56 +07

3522.896 23193-51570 330 2-3 -.59 2.95 2^54-01 5^08-02 137+08 L95+07

3523.300 23193-51567 326 2- 1 -.23 3.32 5.95-01 1.19-01 3.20+08 1 .07 +08

3524.075 20875-49243 239 3-2 .07 3.62 1.19+00 1.70-01 6.38+08 1.28+08

19
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavejength A

Energy Levels K

Multiple! No.

j- \ a lues Log Log

(k/X) nf / A

3524.242 18378-46745 130 2-3 -.05 3.50 8.96-01 1.79-01 4.81+08 6.87+07

3525.856 22997-51351 329 4-4 -.09 3.46 8.18-01 9.09-02 4.39+08 4.88+07

3526.042 704-29056 6 2-3 -1.52 2.03 3.02-02 6.04-03 1.62+07 2.31+06

3526.168 7728-36079 24 3-3 -.78 2.77 1.66-01 2.37-02 8.90+07 1.27+07

3526.230 23111-51462 327 3-4 .83 4.38 6.74+00 9.63-01 3.62+09 4.02+08

3526.377 23111-51461 326 3-3 .82 4.37 6.59+00 9.41-01 3.53+09 5.05+08

3526.470 18378-46727 131 2-2 .24 3.79 1.75+00 3.49-01 9.36+08 1.87+08

3526.673 23193-51540 326 2-2 .77 4.32 5.93 +00 1.19+00 3.18+09 6.36+08

JJL !1 . 707 lyL 77QQ7 LAyy Sl'l'JS 1 — Dijjj J L\y A A S 1 .J 1 A*f .UD OA 1 A 1 (\\ 3.01 — U 1

1 lA _i_nQ 1 .y4 -rxjo J J Lo.J 1 D IZJDI — HU073 1J — 7z — 7Z.Z7SJ

1 in 3

< .OZ A7 — ni\Jj ft ni c\A 3528.942 6928-35257 23 5-4 -3.73 -.18 1.86-04 1.69-05 9.97+04 1.11 +04

3529.531 24575-52899 537 4-5 -.37 3.17 4.23-01 4.70-02 2.27+08 2.06+07

3529.818 23245-51567 326 1-1 .58 4.13 3.84+00 1.28+00 2.06+09 6.86+08

3530.385 22650-50968 326 6-6 .26 3.81 1.83+00 1.41-01 9.79+08 7.53+07

3531.446 19621-47930 182 5-4 -1.00 2.55 1.01-01 9.17-03 5.39+07 5.99+06

3533.008 23270-51567 326 0-1 .67 4.22 4.73+00 4.73+00 2.53+09 8.42+08

3533.201 23245-51540 326 1-2 .92 4.47 8.38+00 2.79+00 4.48+09 8.96+08

3534.530 28820-57104 81

5-5 .24 3.79 1.75+00 1.59-01 9.35+08 8.50+07

J

•5 J

C 0141 H 1 Z JO 1 — '+1/0^ Z

/IS 1 1 — 1 Aft 1 .Do 1 ft7 1 .o / 7 (\Q n7 L,\}y — UZ 7 Qft ni 1 I 7 -i-n7 I . i Z -rU / 1 .jy -rUo

7-j 1 Ql SI Af\ 1 17A ">Z — 1J

1 1 S . 1 J A 7n 1 .*f 1 1 7 ft 7 J- C\(\ 7 1 -I- 00 11 .U(\1/ -uHQ -rU" 3537.491 20875-49135 239 3-3 -.38 3.17 4.17-01 5.96-02 2.23+08 3.18+07

3537.729 21039-49298 239 2-1 .07 3.62 1.17+00 2.33-01 6.21+08 2.07+08

3537.896 22846-51103 327 5-5 .21 3.76 1.62+00 1.47-01 8.63+08 7.84+07

3538.310 28605-56859 775 2-2 .08 3.63 1.21 +00 2.42-01 6.44+08 1.29+08

3538.550 20038-48290 137 0-1 - 1.00 2.55 1.01-01 1.01 -01 5.37+07 1.79+07

3538.790 28820-57070 811 5-6 -.32 3.23 4.79-01 4.36-02 2.55+08 1.96+07

3540.121 231 1 1 -51351 329 3-4 .28 3.83 1.92+00 2.74-01 1.02+09 1.13+08

3540.71 1 7377-35612 23 4-3 - 1.62 1.93 2.40-02 2.67-03 1.28+07 1.82+06

J 1 .yjCtj LLyy I — J \ LLy J ZD A S 1I . 1lyQ A lA 1 S4-l-f\1 1 . -rU 1

1 7 1 j-on ft 1 7 -l-OQ O.I / -r\jy 7 47 -i-Oft / .^Z -rUo

7'1 1 1 1 S 1 'lis J ZD 1 A 1 1 A 1 A'\ -^-C^^

1 .^J -rVJ 1 7Z.U07/ O-OO -rUU 7 77 -i-OQ 1 . 1 L -rU7 ft Sft -l-Oft o.3o -rUo 3542.243 18378-46601 128 2-1 -.34 3.21 4.58-01 9.16-02 2.43+08 8.11+07

3543.392 19621-47835 183 5-5 -.86 2.69 1.38-01 1.26-02 7.36+07 6.69+06

3543.669 27543-55754 734 1-2 .66 4.21 4.56+00 1.52+00 2.42+09 4.84+08

3544.631 21039-49243 239 2-2 -.50 3.05 3.20-01 6.39-02 1.70+08 3.39+07

3545.639 22997-51192 321 4-4 .54 4.09 3.50+00 3.89-01 1.86+09 2.06+08

3545.832 24575-52769 536 4-4 .14 3.69 1.37+00 1.53-01 7.29+08 8.10+07

3546.210 19621-47812 183 5-4 -1.18 2.37 6.62-02 6.02-03 3.51+07 3.90+06

3547.203 22650-50833 321 6-5 -.14 3.41 7.17-01 5.51-02 3.80+08 3.45+07

741'ZA S7S I 7 /1QA. 7 1 Z — 1 — .u / 1 /ift o. 34 — U 1 17 1 ni A SI _i_nft 4. J J +uo 1 S 1 -i-Oft 1,3 1 -rUo

1 7QAQ 4 1111 4o Z — 1 — I Af\ 1 .4U 7 1 S

Z. 1 J j.yiS — UZ 7 QA ni / .yo — yjj 7 1 1 _i_n7 Z. 1 I +u / 7/.UZ n7 -unA +U0

3551.1 14 22997-51149 321 4-3 -1.02 2.53 9.59-02 1.07-02 5.07+07 7.25+06

3552.1 12 24772-52916 499 1-2 .05 3.60 1.12+00 3.72-01 5.90+08 1.18+08

3552.420 19788-47930 182 4-4 -1.44 2.11 3.66-02 4.07-03 1.94+07 2.15+06

3552.828 23193-51331 321 2-2 .30 3.85 2.00+00 4.01-01 1.06+09 2.12+08

3553.741 28820-56951 810 5-4 1.51 5.06 3.24+01 2.94+00 1.71 + 10 1.90+09

3554.120 7728-35856 23 3-2 -1.50 2.05 3.16-02 4.52-03 1.67+07 3.34+06

3554.500 23245-51370 325 1-2 .17 3.72 1.49+00 4.97-01 7.88+08 1.58+08

3554.922 22846-50968 326 5-6 1.35 4.90 2.25 +01 2.05 +00 1.19 + 10 9.14+08

Lj\\\ — J \ L\y 17 S J LJ 1 1 — .ID1 A 1 1Q A fts n 1 Qy . 7ft 1 Q> — 07UZ 3.0 1 Al -1-08 1 T^UO 3

<

. 1A4-07 1 O T^U / 077 77QQ7 LLyy 1 — J

S 1i1I ni\Jj J177L 1 QA .yO 4^1 Q 1 1 -Lnn 11 .Un 11 -L no -f- uu A ftO -LOO 4 1A -1-OR 3558.517 7986-36079 24 2-3 -.28 3.27 5.25-01 1.05-01 2.76+08 3.95+07

3559.506 24772-52858 498 1 - 1 .45 4.01 2.84+00 9.48-01 1.50+09 4.99+08

3560.076 23111-51192 321 3-4 -.95 2.61 1.13-01 1.62-02 5.96+07 6.62+06

3560.705 26225-54301 675 3-4 .35 3.90 2.21+00 3.16-01 1.16+09 1.29+08

3562.269 26225-54289 3-3 -.73 2.83 1.88-01 2.69-02 9.88+07 1.41 +07

3564.1 10 12969-41018 48 2 — 2 -1.66 1.89 2.19-02 4.38-03 1.15+07 2.30+06

3564.533 19788-47834 183 4-3 -.53 3.02 2.96-01 3.29-02 1.55+08 2.22+07

3565.381 7728-35768 24 3-4 .11 3.66 1.29+00 1.84-01 6.76+08 7.51 +07

71111 S 1AQ 171 1 1 J — Jft s 7 1 1 _i_nn / . 1 i +UU 1 n7 -i-nn 1 .UZ -hUU 171 -l-OQ S 11 4-Oft J 3 DO. J 1 O

1 ft 17ft Af^A 1 n 1 77 7 1 Z — 1 ftQ Z.OD 1 7Q n 1

1 .Ly — U i 7Z.3S7/ — n7UZ A 74 _l-n7 O. -rU / 7 7 S -1-07 Z.Z3 T^U / 3566.590 19390-47420 181 6-5 - 1.23 2.32 5.92-02 4.56-03 3.11+07 2.82+06

3567.360 19788-47812 183 4-4 -.86 2.69 1.38-01 1.54-02 7.25+07 8.06+06

3567.748 26140-54161 571 3-3 -.54 3.02 2.92-01 4.17-02 1.53+08 2.18+07

3568.828 26225-54237 673 3-4 .30 3.85 2.00+00 2.85-01 1.05+09 1.16+08

3568.978 21716-49727 294 5-4 -.01 3.55 9.86-01 8.96-02 5.16+08 5.74+07

3570.100 7377-35379 24 4-5 .39 3.94 2.45+00 2.73-01 1.28+09 1.17+08

3570.243 22650-50652 326 6-7 1.59 5.14 3.86+01 2.97+00 2.02 + 10 1.35+09

3571.226 1 1976-39970 46 4-3 — 1.44 2.1

3.63 — 02 4.03-03 1 .90+07 2.71 +06

3571.995 22846-50833 321 5-5 .78 4.33 5.96+00 5.42-01 3.12+09 2.83+08

3572.600 22997-50980 325 4-4 -.28 3.28 5.28-01 5.87-02 2.76+08 3.07+07

20
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Continued

Wavelength A

Energy Levels K

Multiplel No.

y-Values

Log Log

Kf / A

1 cTi A r\r\ 26624 - 54600 D/3 2- 3 .3 J 3.66 2.03 +l)U A f\C A 1 4.06 — 01 1.06 +09 1 .52 +08

5 C? 1 QIC 35 /i.oio 19390 -47363 1 8 1 6- 6 — 1 A

. 14 3/11 3.4

"7 T7 n 1 /.2 / — 01 5.59 ceo — m02 3 OA 1 no 3.80 +08 T AT _l_nT 2.92 +07

"i zn 1 Ode 35 /i.oyo 26628 -54600 All 0 1 1 4- 3 1 .U5 4.6U 1.12 +Ul 1 A 1 nn 1.24 +00 COT 1 nn

5.83 +09 0 3 T 1 no 8.32 +08

35 /4.i50 26479 -54449 5 /4 1- 1 — ZQ .59 2.96 c c n 1 2.55 — 01 8.49 — 02 1.33 +08 4.43 +07

35/5.1 15 23245 -51208 3z 1 1- 1 — CiA .U4 3.52 n "> T n 1 9.23 — 01 "5 no A 1 3.08 — 01 ,101 _LAO 4.8 1 +08 1.60 +08

35 /5.z4y 22846 — 50808 ill 5 — 4 .2 / 3.83 1 00 1 r\r\1 .88 +00 1.71—01 A 0 1 _l_AO 9.81 +08 1 nn 1 no

1.09 +08

3575.374 24336 — 52297 496 2 — 2 .61 4.16 4.06 +00 8.11—01 2. 12 +09 4.23 +08

3578.380 23270 — 5 1 208 321 0 — 1 -.34 3.22 4.62-01 4^62-01 2^41 +08 8^03 +07

3579.829 26140 — 54067 573 3 — 4 -.38 3.17 4.15-01 5.93-02 2.16+08 2.40+07

3581.195 6928 — 34844 23 5 — 6 .60 4.15 3.98+00 3.62-01 2.07 +09 1.59+08

3581.650 21716 -49628 in c 295 5- 4 — .03 3.52 9.33 — 01 8.48 — 02 4.85 +08 5.39 +07

3581.816 24772 -52683 4yyi m/ 1 - 2 .23 3.79 1 .7 1 +00 5.69 — 01 0 00 _1_ AO 8.88 +08 i "TO 1 A 0

1 .78 +08

3582.201 26106 -54014 /C 1 1 6 1

6- 5 1.02 4.58 1 .06 +01 8.13—01 5.49 +09 A AA 1 r\ci 4.99 +08

T c 0 T ^ nA 3582.690 23245 -51149 328 1- 2 — .46 3.10 3.48 — 01 1.16 — 01 1.81 +08 3.62 +07

3583.337 26550 - 54449 zn A 5/4 0- 1 .46 4.01 2.86 +00 2.86 +00 1 A C\ _L AA1 .49 +09 A AC _1_ AO 4.95 +08

3584.663 21716 — 49604 294 5 — 5

0 0 .60 4.43 7.56 +00 6.88 — 01 1 m 1 nn

3.93 +09 3.57 +08

3584.790 23 1 1

— 50999 322 3- 2 .05 3.61 1.13 +00 1.62 — 01 5 88 +08 1.18+08

3584.960 2635 1 -54237 6n 5- 4 L19 4.74 L55+01 1.41 +00 8.05 +09 8^94+08

3585.193 23784 — 51668 438 5 — 4 -.02 3.54 9.56-01 8.69-02 4.96+08 5.51 +07

3585.321 7728 — 35612 23 3- 3 -.41 3.14 3.89-01 5.56-02 2.02+08 2.88+07

3585. IV

7377 -35257 23 4- 4 — C A .64 *> n 1 2.9

2.29 — 01 2.55 — 02 n1.19 +08 1.32 +07

"5 C 0 ^ 11/1 3586. 1 1

26106 -53983 All 0 1

6- 5 1 .39 A c\c 4.95 2.4b +01 1 AA 1 nn

1 .90 +00 1 .28 +10 1.16 +09

3580. /4U 22650 -50523 "2 1 C 325 6- 6 — nn .00 3.55 1 nn _Lnn1 .00 +00 "7 i n A'^ 7.69 — 02 5.18 +08 3.99 +07

1 c 0 no i; 3586. y8o 7986 -35856 1 1 2i 2- 2 — .36 3. 19 4.37 — 01 8.73 —02 T T ^ _i_no 2.26 +08 4.53 +07

358 /.Z4U 23111 -50980 325 3- 4 .1)2 1 CO 3.58 1 n c _Lnn1 .05 +00 1 .5 1 — 01 5.46 +08 6.07 +07

"5 C 0 "7 /I .1 358 /.4z4 19552 — 47420 1 34 1 2 — "^n .29 3.27 c 1 £ n 1 5.16 — 01 1.72 — 01 2.67 +08 5.35 +07

3588.5 16 2371

-5 1570 394 4 3 — .11 3.44 7.67 — 01 8.53 — 02 3.97 +08 5.68 +07

3588^615 22846 — 50704 325 5 — 5 ^52 4^07 3.30+00 3.00-01 L71 +09 L55+08

3588.918 23 193 — 51048 322 2 — 1 .27 3.82 1.85+00 3.69-01 9.56+08 3.19+08

3589.106 6928 — 34782 23 5 — 5 -1.26 2.29 5.50-02 5.00-03 2.85+07 2.59+06

358V.450 21999 -49851 295 4- 3 — .51) 3.U5 1 1 n 1 3. 16 — 01 TCI AT 3.5 1 —02 1^1 4- AO 1 .63 +08 T 3 3 -1_AT 2.33 +0 / 1 c OQ CO/: 358y.58o 241 19 -51969 4- 3 — A 1

.4 / 3.U8 "5 "3 "7 n 1 3.3 / — 01 1 1 Z AT 3. /5 — 02 1 "7 C -U AO 1 . /5 +08 T CA -4-AT 2.50 +0 / icon no

3590.Ooo 23784 -51630 440 5- 5 — .37

"5 10

3. 14.25 — 01 3.86 — 02 T TA 1 no 2.20 +08 T AA _UAT 2.00 +07

1 cnn nnn 3590.990 25900 -53739 573 4- 5 — .39 3.17 4.1 1 —01 4.57 — 02 2. 1 3 +08 1 .93 +07

359 1 .345 22997 -50833 321 4- 5 — .35 3.20 4.42 — 01 4.91 —02 T T 0 1 no 2.28 +08 T AO 1 n"T 2.08 +07

T Cn 1 AO c 359 1 .485 26550 -54386 568 0- 1 — .17 3.39 6.78 — 01 c no A

6.78 — 01 3 C 1 1 no3.5 1 +08 1 IT i no1.1/ +08

3592.486 20875 -48703 237 3- 4 — .93 2.62 1.16 — 01 1.66 — 02 6.01 +07 6 68 +06

3592^680 26140 -53967 569 3- 2 -!09 3^47 8!l4-01 1.16-01 4'21 +08 8.41 +07

3592.881 17727 -45552 77 2- 1 - 1.46 2.10 3.47-02 6.93-03 1.79+07 5.97 +06

3593.329 26340 -54161 571 2- 3 -.06 3.50 8.81-01 1.76-01 4.55 +08 6.50+07

3594.632 22997 -50808 322 4- 4 .75 4.3

z CO 1 nn 5.68 +00 C 1 \ A 1 6.3 1—01 T Q1 -4-AQ 2.93 +09 1 TA -1-AO 3.26 +08

1 c n c T no 3595.308 23193 -50999 322 2- 2 — n A .04 3.52 9.20 — 01 1 .84 — 01 A n Z 4-AO 4. /5 +08 Q CA -1-AT 9.50 +0 / 3595.857 19788 -47590 1 8

4- 4 — 1.14 2.41 7.18 — 02 7.98 — 03 3 TA 1 n-T

3. /O +0 / /111 _1_AA 4. 1 1 +06

3596.198 19621 -47420 1 8

5- 5 — .84 2.72 1 .45 — 01 1.32 — 02 T CA 1 AT /.50 +0 / A OT -UAA 6.82 +06

3598.72

26225 -54005 674 3- 3 — .22 3.34 6.07 — 01 0 CO AT 8.68 — 02 111 -UAO 3. 1 3 +08 A An J_ AT 4.4 / +0 / 1 c no n ">

3598.930 26479 -54258 568 1 - 2 — .68 2.88 2. 10 — 01 "7 An AT /.OO — 02 I AO -LAO 1 .08 +08 T 1 A 1 AT 2. 1 6 +0 / 3598 980 23270 -51048 322 0- 1 — .52 3.03 3.00 — 01 3.00 — 01 1.54+08 5.14+07

3599.624 28820 -56593 809 5- 4 .89 4.45 7^75+00 7.04-01 3.99 +09 4.43+08

3602.460 231 1-50862 322 3- 3 .26 3.81 1.81 +00 2.58-01 9.28+08 1.33+08

3602.534 231 1

-50861 324 3- 2 .32 3.87 2.07 +00 2.96-01 1.07+09 2.13+08

3602.774 22838 -50587 370 2- 3 — 1 .05 2.5

0 m n"> 8.97 — 02 1.79 — 02 A C 1 _1_AT 4.61 +0/ A CO 1 AA 6.59 +06

3603.207 21716 -49461 295 5- 5 .8

4.37 6.50 +00 5.91 —01 'i 1 A 1 nn 3.34 +09 1 A/l 4-AO 3.04 +08

3603.572 19621 -47363 181 5- 6 — 1.38 2. 1

4.18 — 02 3.80 — 03 TIC _1_AT

2. 1 5 +0 /

1 AC -UAA

1 .65 +06

3603.673 20641 -48383 4- 5 — 1.21 2.34 6. 1 1 —02 6.79 — 03 3 1/1 1 n"T 3. 14 +0/ T 0 C -i- AA 2.85 +U6

3603.828 24772 -52512 496 1- 1 .24 3.80 1 .74 +00 5.81 —01 0 -UAO 6.96 +08 T QO 4-AO 2.99 +08

3604.383 23245 -50981 323 1 - 0 — .61 2.95 2.47 — 01 8.24 — 02 1 T T _i_ AO 1 .2 / +08 1 TT 1 AO 1 .1 1 +08

26624 -54357 2- 3 — .03 3.53 9.32 — 01 1.86 — 01 4.78 +08 6.83 +07

3605.206 26628 -54357 4- 3 ^42 3^98 2'63 +00 2^92-01 K35+09 1.93+08

3605.450 21999 -49727 294 4- 4 1.12 4.68 1.33+01 1.48 +00 6.82+09 7.58+08

3606.682 21716 -49434 294 5- 6 1.20 4.76 1.59+01 1.45 +00 8.16+09 6.28+08

T z: AO 0^1 3606.861 8155 -35856 23 1 - 2 .25 3.81 no 1 nn

1 . /8 +00 Z Cil A 1 5.93 —01 9. 1 1 +08 I .oZ T^Uo

T £. AA A 0 ^ 3609.486 23 1 1

-50808 322 3_ 4 — .65 2.91 2.26 — 01 "3 T 3 AT i.li — Vl 1.16 +08 I .Zy / 3610.159 22650 -50342 321 6- 6 1.15 4.7

1 .42 +01 1 nn 1 nn1 .09 +00 "7 T C -l_AO /.25 +09 J.JO T^Uo 3610.703 23193 -50880 323 2- 1 - .15 3.41 7.04 — 01 1.41 —01 1 AA -4-AO 3.60 +08 1 on -(-nc 3612.068 22846 — 50523 325 5 — 0 .26 3.82 1 0 _1_AA 1.82 +00 1.65 — 01 A 3 A _U AO 9.30 +08 I A J ^\) 1 3612.940 12561 -40231 46 3- 2 — 1.62 1.94 2.40 — 02 3.43 — 03 1 T 3 -l-AT

1 .23 +0 / LAj t^Ud 3613.1 10 23193 -50861 324 2- 2 -.48 3.07 3.29-01 6.57-02 1.68 +08 3.36+07

3613.459 26225 -53892 672 3- 3 .20 3.75 1.57+00 2.24-01 8.01 +08 1.14+08

3613.612 26624 -54289 2- 3 -.26 3.30 5.55-01 1.11-01 2.83+08 4.05 +07

3614.109 26628 -54289 4- 3 -.06 3.50 8.80-01 9.77-02 4.49+08 6.42+07

21

281-658 0-68—
Table 1 . — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wave]ength A

Energy Levels K

Multiple! No.

y-Values

Log Log

(kA) f A

r\

3614.71

26225 -53882 3 _4 .17 3.73 1.49+00 2.13-01 7.63+08 8.48+07

3615.665 1 1976 -39626 46 4 _4 - 1.84 1.72 1.45-02 1.61 -03 7.37+06 8.19+05

3615.959 26624 -54271 2 _ 1 -.78 2.78 1.67-01 3.34-02 8.52+07 2.84+07

3616.162 25900 -53546 569 4 -3 -.28 3.28 5.26-01 5.84-02 2.68+08 3.83+07

3616.326 19552 -47197 132 1 -2 -.97 2.59 1.07-01 3.56-02 5.45 +07 1.09+07

3617.090 24575 -52213 535 4 -3 -.57 2.^9 2.71-01 3.01 -02 1.38+08 1.97+07

jO 1 / . / oo 24336 -51969 2 -3 1 .Uo A f^A 1 Id -LOI 1 .ZU -rU 1 ) -jQ 1 no 0. 1 u +uy a 77 1 np 0. /z +Uo

3618.285 22846 -50475 324 5 -4 -.65 2.91 2.23-01 2.02-02 1.13+08 1.26+07

3618.392 21999 -49628 295 4 -4 .25 3.81 1.78+00 1^7-01 9.05 +08 1.01 +08

3618.769 7986 -35612 23 2 -3 .28 3.84 1.91 +00 3.81-01 9.71+08 1.39+08

3619.772 19390 -47008 180 6 -5 — 1.00 2.55 9.90-02 7.62-03 5.04+07 4.58+06

3620.228 22997 -5061324 4 -3 — .67 2.89 2.16-01 2.40-02 1.10+08 1.57+07

3620.880 23270 -50880 323 0 - 1 -.83 2.73 1.47-01 1.47-01 7.48 +07 2.49+07

3621.464 21999 -49604 294 4 -5 1.04 4.60 1.09+01 1.21 +00 5.56+09 5.05 +08

3621.718 28820 -56423 808 5 -4 .55 4.1

3.59 +00 3.26-01 1.82 +09 2.03 +08

3622.001 22249 -4985 1 295 3 -3 .90 4.46 7.93 +00 1.13+00 4.03 +09 5.76+08

3623 188 19390 -46982 1 80 6 -6 .24 3.79 1 .72 +00 1.32 — 01 8 7^ -LOS f, 77 -1-07 3623.440 20641 — 4823 1 233 4 — 5 -.42 3J4 3^82-01 4.24-02 1.94+08 1.76+07

3624.056 26340 -53925 570 2 -

-.31 3.25 4.87-01 9.74-02 2.47+08 8.25+07

3624.310 19552 -47136 133 1 2 -.75 ?.81 1.77-01 5.89-02 8.98+07 1.80+07

3625.140 22846 -50423 323 5 -4 .27 _'>.83 1.88+00 1.71-01 9.56+08 1.06+08

3627.060 28820 -56383 808 5 -5 .04 3.60 1.10+00 1 .00-01 5.57 +08 5.07+07

3628.094 17727 -45282 77 2 _2 — 1.12.45 7.76-02 1.55-02 3.93 +07 7.87+06

3628.806 241 19 -51668 438 4 -4 — .88 2.68 1.32-01 1.47-02 6.69+07 7.43 +06

3630.353 22997 -50534 323 4 -3 .06 3.62 1.15+00 1.28-01 5.82 +08 8.31 +07

363 1.465 7728 -35257 23 3 -4 .22 3.78 1.66+00 2.37-01 8.39+08 9.33 +07

24772 -52297 1 -2 Q7 A 1 10-1-00 A 70 4-OQ Q AC\ -l-OR 3632.558 23784 -51305 437 5 -4 .07 3.63 1.18+00 1.07-01 5.94+08 6.60+07

3632.980 20038 -47556 135 0 -1 -.30 3.26 4.96-01 4.96-01 2.51 +08 8.35+07

3633.087 2371

-51229 390 4 -5 .04 3.60 1.09+00 1.21-01 5.49+08 4.99+07

3633.833 241 19 -51630 440 4 _5 -.16 3.40 6.89-01 7.66-02 3.48 +08 3.17+07

3634.326 2371

-51219 389 4 _3 .36 3.92 2.27+00 2.52-01 1.15+09 1.64+08

3635.190 24336 — 5 1837 490 2 _ 1 -.13 3.43 7.42-01 1.48-01 3.75 +08 1.25 +08

3636.186 17727 -45221 77 2 -3 -.47 3.09 3.39-01 6.78-02 1.71 +08 2.44+07

3636.496 26340 -53831 568 2 -3 -.18 3.38 6.62-01 1.32-01 3.34+08 4.77 +07

3636,650 24336 -51826 493 2 -3 -.13 3.43 7.41-01 1.48-01 3.74+08 5.34+07

20875 -48362 3 -4 — . _ 7 J ,^ 1 7/ . TSZ J — 0?V/Z 7Z . J'sfsu -LOR ^v/o 7 84 -1-07 z. ot 1 3637.251 19621 -47107 180 5 -4 -.74 2.82 1.81-01 1.64-02 9.11+07 1.01 +07

3637.862 2371 1 -51 192 385 4 -4 .18 3.74 1.53+00 1.70-01 7.70+08 8.56+07

3638.300 22249 -49727 294 3 -4 .71 4.27 5.17+00 7.39-01 2.61 +09 2.90+08

3640.392 21999 -49461 295 4 -5 .95 4.5

8.97+00 9.97 — 01 4.52 +09 4. 1 1 +08

3641.454 23245 -50699 323 1 _2 — 1.13 2.43 7.39 — 02 2.46 — 02 i.ll +07 7.43 +06

3643.627 2371 1 -51 149 385 4 -3 .33 3.89 2.15+00 2.39 — 01 1.08 +09 1.54+08

3643.716 21039 -48476 233 2 -3 — .19 3.37 6.44 — 01 1.29 — 01 3.23 +08 4.62 +07

3644.798 26140 -53569 570 3 -2 — .11 3.45 7.80 — 01 1.11 —01 3.92 +08 7.84 +07

3645.090 22997 -50423 323 4 -4 -.05 3.52 9.02 — 01 1.00-01 4.53 +08 5.03 +07

3645 494 231 1

-50534 3 -3 — . j\j SO? 01 7. 1 7 — 02 2.52 +08 f>0 4-07 3645.822 25092 -52512 496 0 - 1 .79 4.35 6.19+00 6.19+00 3! 11 +09 1.04+09

3647.427 12561 -39970 46 3 -3 - 1.02 2.54 9.55-02 1.36-02 4.79+07 6.84+06

3647.844 7377 -34782 23 4 -5 .14 3.70 1.38+00 1.53-01 6.92+08 6.29+07

3649.304 0 — 27395 5 4 _3 -2.53 1.03 2.95-03 3.28-04 1.48 +06 2. 1 1 +05

3649.509 21716 — 49109 291 5 _4 .90 4.46 7.94+00 7.22-01 3.97 +09 4.42 +08

3649.699 237 1

— 51103 391 4 _ 5 -.46 3.10 3.46-01 3.85-02 1.73 +08 1.58 +07

3650.031 24181 -51570 394 3 -3 .67 4.23 4.62 +00 6.61-01 2.32 +09 3.31 +08

3650.281 19621 -47008 180 5 -5 .23 3.79 1.68+00 1.53-01 8.42 +08 7.65 +07

3650.554 26225 -53610 3 -4 -.12 3.44 7.50-01 i. 07-01 3.75 +08 4.17+07

JDJ I . I UU 22997 -50378 iz.1 4 -5 — . jU j.yj / J 1 8 O I J. 1 o — U 1 J.J^ T. S4 — 0?UZ 1

I .jySQ-l-08 -rUo 1 4S 4-07 3651.470 22249 -49628 295 3 -4 1.07 4.63 1.17+01 1.68+00 5.87+09 6.53+08

3652.256 24336 -51708 494 2 _ 2 -.68 2.89 2.10-01 4.21 -02 1.05+08 2.10+07

3653.352 20875 -48239 229 3 _ 2 - 1.46 2.10 3.48-02 4.97-03 1.74+07 3.48+06

3653.763 19621 — 46982 180 5 — 6 -.11 2.79 1.68-01 1.53-02 8.39+07 6.46 +06

3654.660 17927 -45282 77 1 _2 - 1.48 2.08 3.31-02 1 . 10-02 1.65 +07 3.3 1 +06

3655.467 22838 -50187 369 2 _2 .24 3.81 1.75 +00 3.51 -01 8.75+08 1.75 +08

3656.227 26406 -53749 I _ 2 .16 3.73 1.46+00 4.87 — 01 7.29+08 1.46+08

3656.358 23193 -50534 323 2 -3 -.94 2.62 1.15-01 2.30 — 02 5.73 +07 8.19+06

3657.139 19552 -46889 130 I _ 2 -.65 2.92 2.26-01 7.53-02 1.13 +08 2.25 +07

3657.890 24507 -51837 395 2 -3 .04 3^60 1.10+00 2.20-01 5.47+08 7.82+07

jOJ O.UZ3 24339 -51668 o 3 -4 7') J. ZD ^-uu 7 S 1 01 7z.DZA7 4-OQ ^yjy 7 Q 1 4-08 3658.550 20641 -47967 231 4 -3 -1.10 2.47 8.03-02 8.92-03 4.00+07 5.72+06

3659.519 19788 -47107 180 4 -4 .14 3.70 1.37+00 1.52-01 6.83+08 7.59+07

22
Table I. -Oscillator Strengths and Transition Probabilities for 3288 Lines ofFe i in Order of Wavelength -Continued

Wavejength A

Energy Levels KMultiple! No.

7-Values Log

(«/) Log

(kA) HJ J A

3660.330 23111- 50423 323 3 -4 -.93 2.64 1.19-01 1.70-02 5.92+07 6.57+06

3661.360 19788- 47093 179 4 -3 -1.07 2.49 8.45-02 9.39-03 4.20+07 6.01 +06

3663.250 24119- 51409 439 4 -4 -.33 3.23 4.63-01 5.15-02 2.30+08 2.56+07

3663.458 20875- 48163 231 3 -2 -.70 2.86 1.99-01 2.85-02 9.91 +07 1.98+07

3663.950 15 /o4 — J luoy 435 5 — 5 -.72 2.84 1.89-01 1.72-02 9.41 +07 8.56+06

3664.537 24181 — 51462 391 3 _4 .07 3.63 1.17+00 1.67-01 5.82+08 6.47+07

3664.694 24181 — 5 1461 390 3 _3 -.26 3.30 5.48-01 7.83-02 2.72+08 3.89+07

3666.240 19621 — 46889 179 5 _4 -.73 2.84 1.88-01 1.71-02 9.33 +07 1.04+07

jDOD. 12969 — 4023

4ft 2 _2 — Z.Z 9 9SJ 1 1

Js .OZ ft9 — niKJj 11 . 1

1 9Z — m\JJ 9 7Q -i_nft Z. / 7 +UD J.Jo +UJ

jOOo.Z I H 26140 — 53394 joo Sft8 3 _4 — . I 91 z J)1 .44 AA 1/ . J7sQ — niU 1 1 .Uo — U 1 1 7ft -L-Ofi 3. /O +Uo A 1 8 4-07 4. I o +U / 3668.893 20875- 48123 229 3 -3 -1.18 2.38 6.59-02 9.41-03 3.26+07 4.66+06

3669.151 241 19- 51365 437 4 -3 .21 3.78 1.64+00 1.82-01 8.10+08 1.16+08

3669.523 21999- 49243 291 4 -3 .70 4.27 5.07+00 5.63-01 2.51 +09 3.58+08

3670.071 23784- 51023 435 5 -6 .40 3.96 2.48+00 2.26-01 1.23+09 9.46+07

3670.810 20038- Aim 133 0 -

-.75 2.81 1.78-01 1.78-01 8.80+07 2.93+07

3671.510 570 z9 — 9z -.68 2.89 2.10^01 4.20-02 1.04+08 2.08+07

3671.689 LLL^y — 49477 — 9z -1.04 2.53 9.20-02 1.31-02 4.55+07 9.10+06

3672.722 I 7 / OO — 47008 4 / UUO 180 4 — J -.93 2.63 1.16-01 1.29-02 5.75+07 5.23 +06

io /4. /DO LLOJO — ^004"? JftQ JD7 9Z — 1i — OQ .1)7 J. 4 / o.Uo — U 1

1 ft9 n 1 1 .Oz — U1 QO _i_nfi 3.75' +Uo 1 1 1 4-08 1.33 +U0

JD / J.4j4 ~>L 1

\ n'lQ \)jy — A^.J'KQ 40Z37 99Q ZZ7 z — z — 1 C7 1.0/ 1 . /U 1 .J J — Uz Z. / 1 — U3 ft ftQ _i_nft D.07 +Ud t lA -l-Oft1 .34 +UD

3675.694 24507- 51705 391 2 -2 -1.05 2.52 8.97-02 1.79-02 4.43+07 8.86+06

3676.314 20641- 47835 228 4 -5 .13 3.70 1.35+00 1.50-01 6.68+08 6.07+07

3676.879 24181 - 51370 389 3 -2 -.49 3.08 3.26-01 4.66-02 1.61 +08 3.22+07

3677.309 28605- 55791 773 2 -3 .86 4.43 7.27+00 1.45+00 3.59+09 5.13+08

3677.477 18378 — 45563 125 2 — 3 -.83 2.74 1.48-01 2.96-02 7.30+07 1.04+07

3677.631 22249- 49433 291 3 _2 .86 4.43 7.28+00 1.04+00 3.59+09 7.18+08

3678.862 19552- Adlll 131 1 _2 -.29 5.28 5.15-01 1.72-01 2.54+08 5.08+07

3678.980 18378- 45552 124 2 _ 1 - 1.08 2.49 8.32-02 1.66-02 4.10+07 1.37 +07

?ft7Q Sin 24181

51351 jyj 3 _4 — .jyj in J.LI 1 97 s n4 ni 7/ .Z711 — n9wz 9 48 4-n8 9z . 7ft / U 4-n7u / JD?fi7Q/ 7.7Q 1 JS 0— 27 167 J 4 _4 9Z.Z97/ Js .Uni1 — n9VJZ s S7 ni 9Z.447/ 4-n7 T^U / 9 74 4-nft 3679.330 20641- 47812 228 4 -4 -1.12 2.45 7.60-02 8.45-03 3.75+07 4.16+06

3680.675 25900- 53061 568 4 -5 .47 4.03 2.93+00 3.26-01 1.44+09 1.31+08

3681.227 26628- 53785 4 -3 -.11 3.45 7.72-01 8.58-02 3.80+08 5.43 +07

3681.651 24181 - 51335 390 3 -4 -.37 3.20 4.28-01 6.12-02 2.1 1 +08 2.34+07

3681.880 29799- 56951 951 4 — 4 .30 3.87 2.00+00 2.22-01 9.82+08 1.09+08

3682.226 772 9z — 9z 1.64 5.20 4.35+01 8.71 +00 2.14 + 10 4.28+09

3683.056 HID — 5

•1 — 9z -2.05 1.52 8.91-03 1.27-03 4.38+06 8.76+05

3683.616 L\}\JJ O — Al 1 77 130 — 11 - 1.26 2.30 5.47-02 5.47-02 2.69+07 8.97 +06

Juo4. 1 1

1 1 QOQ 4Q47 1

1 JISJ 9Q9 Z7Z — J 7n A 97 4.Z / s n9 _i_nn J .uz +UU J

s .JO S8 — niU 1 9Z.447/ -l_nQ +U7 1 S9 -i-ns 3. JZ n^Uo

IZIOC QQO JOB J.770 Lj /II — SOS'? 1 C ^ A4 — J .7U /I /I ft 4.4D 7 fift _i_nn / .oO +UU 8 71 n 1 o. 1 J — U

13.0Daft -i-nQ +U7 13. Js 1I 4-n8 +Uo

3686.260 19552- 46673 131 1 -0 -.51 3.06 3.10-01 1.03-01 1.52+08 1.52+08

3687.098 17550- 44664 75 3 -2 -.75 2.82 1.78-01 2.54-02 8.72+07 1.74+07

3687.459 6928- 34040 21 5 -4 -.47 3.10 3.39-01 3.08-02 1.66+08 1.85+07

3687.656 21999- 49109 291 4 -4 .46 4.03 2.88+00 3.20-01 1.41 +09 1.57+08

3688.198 26628- 53734 4 -3 -.74 2.83 1.84-01 2.04-02 9.00+07 1.29+07

3688.476 LyiLLj — J J J Ly 669 1 4 -.02 3.54 9.45-01 1.35-01 4.63+08 5.15+07

3689.010 1 70Z 1 — 40 / Z 1 178 J 4 -1.73 1.84 1.87-02 1.70-03 9.17+06 1.02+06

3689.457 9'17 LJ 1 1 / i 1 — <08f)8 386 4*+ 4 .8-1 4.41 6.98+00 7.76-01 3.42 +09 3.80+08

"^AfiO CO"? J007.07 / 94S7S JS 1 (\(s9. 1 uuo J J J 4 _4 — ftft .00 9 Q 1 Z.7 I 9 1 Q n 1 Z. i 7 — U 1 9Z.4341 — 09UZ 1 n7 -i-n8 I .U / T^UO 1I . 10-1-07 I 7 U / jOVU.4jU 9 snQ9 JS9Z 1 8 1 1 O AQ1 Hy 1 0 _ 1 — I n . 1 u 3.4 1 Al/ 7/ . Qft 7D — niU

7/ .70 Qft — 01U

3.7U 1 on 4-08 n^Uo 11 .J\J 10 4-08 n^UO 3690.730 28820- 55907 807 5 -5 1.01 4.58 1.03+01 9.33-01 5.03+09 4.57+08

3693.008 24339- 51409 439 3 -4 -.08 3.48 8.24-01 1.18-01 4.03 +08 4.48+07

3694.005 24507- 51570 394 2 -3 1.27 4.83 1.84+01 3.68+00 9.00+09 1.29+09

3695.054 20875- 47930 229 3 -4 .37 3.94 2.36+00 3.38-01 1.16+09 1.28+08

3695.507 2064 1 - 47693 225 4 — 3 -1.19 2.38 6.43-02 7.14-03 3.14+07 4.49+06

3696.030 1iyQSS9 J J L. — AfyftOJ 'tUDW 1 128 1 — J -2.06 1.51 8.72-03 2.91-03 4.26+06 1.42+06

3697.426 94 1 8 1 J O i — JS I

1 9Z 1 Q7 389 •J-J — -IJ .43 3.99 2.66+00 3.81-01 1.30+09 1.86+08

3697.536 9A^i94 ZODZ4 — S 1 Aft I J jOO 1 670 z — •JJ .26 3.83 1.81 +00 3.63-01 8.85 +08 1.26+08

1 AOS ^ 1 1 Z4 J 3D — J 1 JDJ /I Q 1 47 1 z — -JJ — n9 .uz J. J J Q7.0ftiJ — niU 1

11 .73 Qi — niK) I 44.D7ftO 4-08 T^UO ft 71 4-07 lAOO \ AH joyy. 14 / Z4J jO — J 1 jD 1 4yu ->z — J — .4 / J. lu 141 3.4 n 1

1 — U 1 ft0.0381 — n9UZ 1I .DO ftft 4-08 T^UO 2 38 +07

3701.086 24181 - 51192 385 3 -4 1.15 4.72 1.43+01 2.04+00 6.94+09 7.72+08

3702.033 22947- 49951 369 1 -0 -.02 3.55 9.62-01 3.21-01 4.68+08 4.68+08

3702.500 12969- 39970 46 2 -3 -1.63 1.94 2.34-02 4.69-03 1.14+07 1.63+06

3703.556 22249- 49243 291 3 -3 .12 3.69 1.33+00 1.90-01 6.48+08 9.26+07

3703.697 2371 1 - 50704 389 4 -5 .30 3.87 1.99+00 2.21-01 9.67+08 8.79+07

3703.824 23052- 50043 369 0 - 1 .03 3.60 1.07+00 1.07+00 5.18+08 1.73+08

3704.021 24772- 51762 495 1 -2 -.58 2.98 2.61-01 8.69-02 1.27+08 2.53+07

3704.464 21716- 48703 290 5 -4 .45 4.01 2.79+00 2.54-01 1.36+09 1.51+08

3705.567 416--27395 5 3 -3 - 1.10 2.47 7.94-02 1.13-02 3.86+07 5.51 +06

3707.048 24181--51149 385 3 -2 .75 4.32 5.65 +00 8.07-01 2.74+09 5.48+08

23
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavejength A

Energy Levels K

Multiplet No.

y-Values

Log

(Kfl . Log

(kA) / A

3707.458 3707.578

3707.823 3707.922

3709.248

3709.535 3709.665

371 1.224 3711.411 3715.914

3716.442

3717.837

3718.409 3719.937

3721.189

3721.278 3721.396

3721.606

3722.564

3724.380

3725.498

3726.927 3727.096

3727.621 3727.809 3728.670

3730.388

3730.945 3731.376

3732.399

3733.319

3734.866

3735.325

3737.133 3738.308 3739.120

3739.317

3740.061 3740.247 3741.486

3742.151 3742.621 3743.364

3743.781 3744.105 3745.562

3745.901 3746.486

3746.931 3748.264

3748.492 3748.969

3749.488

3750.677 3751.059 3751.820

3752.420

3753.154

3753.613 3754.506

3756.069

3756.939 3757.459

3758.235

3759.155 3759.597

3760.052

3760.533

3761 .069 3761.410

20641 -47606

31307-58272

704-27666

17550-44512

7377-34329

24119-51069

20641-47590

20875-47812

24772-51708

18378-45282

2371 1 -5061 1 17550-54449

22249-49135

0-26875

24336-51201

26875-53739

20038-46902

24339-51201

704-27560

18378-45221

24575-51409

24507-51331

2371 1 -50534

7728-34547

24181-50999

20641 -47453

24575-51374

21039-47834

21039-47831

17727-44512

888-27666

6928-33695

23711-50475

416-27167

26351 -53094

17927-44664

17550-44285

27395-54125

26225-52954

27666-54386

31805-58520

23711-50423

7986-34692

21999-48703

24507-51208

704-27395

978-27666

17727-4441

24181-50862

888-27560

28820-55490

2371 1 -50378

7377-34040

21039-47693

26624-53275

21716-48362

24507-51149

19390-46027

17550-44184

24181-50808

17550-44166

28820-55430

26624-53230

7728-34329

29313-55907

27666-54258

19390-45978

17927-44512

27167— 53748 20875-47453

229

978

5 76

21 435

225 228 494

124 388 706

292

5 491 705

131 437

5 124 534

385 387

21 386

227

533 228

22576

5 21 388

5 609

7574 707 667

701 978

387

21 290

385

5

5 73 386

5 805 386

21 225

667

287

385

17773 38674

805 668

21 855

701

17776 706

227

4-5

4-5

2- 1 3- 2 4- 3 4-5

4-4

3- 4 1- 2 2- 2 4- 3 3- 1 3- 3 4- 5 2- 2 5- 5 0- 1 3- 2 2-2

2-3

4- 4 2- 2 4-3

3- 2 3- 2 4- 4 4- 5 2-3

2-2

2- 2 1- 1 5- 5 4- 4 3- 4 5- 6 1-2

3-2

3-4

3-3

1- 1 3- 4 4- 4 2- 1 4- 4 2-1

2-3

0- 1 2- 1 3- 3 1- 2 5- 6 4- 5 4- 4 2- 3 2-2

5- 4 2- 3 6- 6 3- 2 3-4

3-3

5- 5 2- 1 3- 3 6- 5 1-2

6-7

1-2

4^ — T,J 3-4

-1.01

.82 -1.78

.72 -.30

.06 -.62

-.12

.10 -.46

.65 -1.28

.04 -.32

-.34

.38 -.61

.05 -1.02

.22 -.40

.55 .36 -.30

.45 -.61

.49 -.28

-.38

.32 -1.18

.57

.72 -.50

1.08 -1.38

-1.42

-.22

.45 -.70

.17 .34 -.34

-1.12

.35 -.63

-1.12

-1.16

.43 -.87

-.21

.53 .44 -.81 -.35

-.97

-.45 - 1.49 -.07

-.30

-1.10

.93 .02

.31 .10 -1.88

.15 -.47

1 1

-.95

<

2.56 4.39

1.79 4.29

3.27

3.63

2.95

3.45 3.67

3.11 4.22

2.29

3.61 3.25 3.24

3.95 2.96

3.63

2.55 3.79

3.17 4.12

3.93 3.27

4.03 2.96

4.07

3.29 3.19

3.89 2.39 4.14

4.29

3.07 4.65

2.19

2.15 3.36

4.02

2.87

3.74

3.92

3.23 2.45

3.93 2.94

2.45

2.41 4.00

2.70

3.36

4.1

4.01 2.76

3.23 2.60

3,13 2.08 3.50

3.28

2.47

4.51 3.59

3.88

3.68

1.70 3.73

3.11

2.63

>4

9.69-02

6.59+00

1.66-02

5.25+00

5.01-01

1.14+00

2.38- 01 7.60- 01 1.27+00

3.47- 01 4.51+00

5.20- 02 1.10+00

4.79- 01 4.62-01

2.42+00

2.48- 01 1.13+00

9.55- 02 1.66+00

3.94-01

3.56+00

2.29+00

5.01-01

2.84+00

2.47-01

3.12+00

5.27-01

4.18-01

2.09+00

6.61- 02 3.72+00

5.22+00

3.16- 01 1.20+01 4.17- 02 3.80- 02 6.06-01

2.82+00

2.00-01

1.48+00

2.21 +00

4.57-01

7.51-02

2.26+00

2.34- 01 7.59-02

6.92-02

2.67+00

1.35- 01 6.13-01

3.41 +00

2.75 +00

1.54-01 4.49- 01 1.06-01

3.56- 01 3.21- 02 8.51-01

5.06-01

7.94-02

8.56+00

1.04 +00

2.04+00

1.26+00

1.32-02

1.41 +00

3.39- 01

O.KJJ — \JiL 1.13-01

1.08- 02 7.32-01

3.32-03

7.50-01

5.57-02

1.27-01

2.64- 02 1.09- 01 4.22-01

6.93-02

5.01-01

7.43-03

1.57-01

5.32-02

9.24-02

2.20-01

2.48-01

1.62-01

1.91- 02 3.32-01

4.38-02

7.12-01

2.55-01

7.16-02

4.06-01

2.75-02

3.47-01

1.05- 01 8.36-02

4.18-01

2.20-02

3.38- 01 5.80-01

4.52- 02 1.09+00

1.39- 02 5.43-03

8.65- 02 4.03-01

6.67-02

2.12- 01 2.46- 01 9.14-02

8.35-03

4.53- 01 4.69-02

7.59-02

1.38-02

3.82-01

4.50-02

5.57-02

3.79-01

3.06- 01 3.08- 02 8.97-02

9.64-03

7.13- 02 2.47- 03 1.22- 01 7.23- 02 1.13-02

7.78-01

2.09- 01 2.92- 01 9.71-02

4.41-03

1.09-01

1.13-01

o.y J —

1.61-02

4.70+07

3.20+09

8.05+06

2.55+09

2.43+08

5.53+08

1.15+08

3.68+08

6.14+08

1.67+08

2.18+09

2.51 +07

5.30+08

2.31 +08

2.23+08

1.17+09

1.19+08

5.46+08

4.60+07

7.98+08

1.90+08

1.71 +09

1.10+09

2.41 +08

1.36+09

1.19+08

1.50+09

2.52+08

2.00+08

1 .00 +09

3.16+07

1.78+09

2.49+09

1.51 +08

5.73+09

1.99+07

1.81 +07

2.89+08

1.34+09

9.54+07

7.07+08

1.05+09

2.18+08

3.57+07

1.08+09

1.11+08

3.61 +07

3.29+07

1.27+09

6.40+07

2.91 +08

1.62+09

1.31 +09

7.31+07

2.13+08

5.02+07

1.69+08

1.52+07

4.03+08

2.39+08

3.76+07

4.05 +09

4.93+08

9.64 4 08 5.96+08

6.25+06

6.66+08

1.60+08

T, 70 4-07 5.33+07

4.27+06 1 2.91+08 i 2.68+06

5.09+08

3.47+07

5.03+07

1.28+07 \ 4.09+07

1.23+08 ' 3.35+07

3.11+08

8.37+06

7.57+07

2.10+07

4.45+07

1.06+08

3.98+07

1.09+08

9.19+06

1.14+08

2.11+07

3.42+08

1.57+08

4.81+07

2.73+08

1.32+07

1.36+08

3.60+07

4.01 +07 ' 2.00+08 , 1.05+07

1.62+08

2.77+08

1.68+07

4.41 +08

3.98+06

3.63+06

3.21 +07

1.92+08

3.18+07

7.86+07

1.17+08

7.25+07

3.97+06

3.59+08

1.59+07

1.20+07

1.10+07

1.81 +08

1.28+07

2.24+07

1.47+08

1.45+08

1.04+07

4.25+07

5.58+06

2.41 +07

1.17+06

8.06+07

2.66+07

5.36+06

3.68+08

1.64+08

1.38+08

5.42+07

1.25+06

4.44+07

3.20+07

5 41 +06

5^92+06
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Continued

Wavejength A

Energy Levels K

Multiplet No.

7- Values Log

(Kf) Log

.'-'/ / «A A

3762.205 27167-53739 705 4-5 -.39 3.19 4.1 1 —01 4.57 — 02 1 .94 +08

3763.791 7986-34547 21 2 — 2 .1

3.69 1.29+00 2.58-oT 6 07 +08 1.21 +08

3765.541 26106-52655 608 6-7 1.31 4.89 2.05 +01 1.57 +00 9.62 +09 6.41 +08

3765.700 26351-52899 608 5-5 -.27 3.30 5.33-01 4.84-02 2.5 1 +08 2.28 +07

3766.092 20875-47420 226 3-2 - 1.20 2.38 6.35-02 9.07-03 2.98 +07 5 97 _|.06 3766.665 24507-51048 386 2- 1 -.31 3.26 4.86-01 9.72-02 2.28 +08 7.61 +07

3767.194 8155-34692 21 1 - 1 -.02 3.56 9.55-01 3.18-01 4.49+08 L50+08

3768.030 17927-44459 73 1 -0 -.93 2.65 1.17-01 3.92-02 5.52+07 5.52+07

3768.230 22947-49477 368 1-2 - 1.29 2.29 5.17-02 1.72-02 2.43+07 4.86+06

3769.995 24181-50699 387 3-2 -.28 3.29 5.23-01 7.47-02 2.45+08 4.91 +07

3770.305 21716-48231 287 5-5 -.50 3.08 3.17-01 2.89 — 02 1 .49 +08 1 .35 +07

3770.405 19621 -46136 177 5-5 - 1.41 2.16 3.87 — 02 3.52 — 03 1 .8 1 +07 1 65 +06

3771.473 26106-52613 607 6-5 -.76 2.81 1.73-01 1.33 — 02 8. 1 1 +07 7.38 +06

3773.364 24575-51069 531 4-5 - 1.00 2.57 9.94-02 1.10-02 4.66+07 4.23 +06

3773.699 24507-50999 386 2 — 2 -.49 3.09 3.26-01 6.53 —02 1.53 +08 3 06+07

3774.827 17927-4441

73 1 - 1 -.72 2.86 1.91-01 6.35-02 8'.92 +07 2.97+07

3775.860 21999-48476 287 4-3 -1.15 2.43 7.06-02 7.84-03 3.30+07 4.72+06

3776.455 17550-44023 74 3-4 -.76 2.82 1.74-01 2.48-02 8.13+07 9.03 +06

3777.061 241 19-50587 432 4-3 -.60 2.98 2.53-01 2.81-02 1.18+08 1.69+07

3777.452 20641 -47107 223 4-4 -.81 2.76 1.54-01 1.71-02 7.19+07 7.99+06

3778.320 22838-49298 367 2- 1 -.78 2.79 1.65-01 3.29-02 7.70+07 2.57+07

3778.509 26225-52683 664 3-2 .1

3.69 1.30+00 1.85-01 6.05 +08 1.21 +08

3778.699 17727-44184 73 2-2 — 1 .22 2.36 6.03-02 1.21-02 2.81 +07 5.63+06

3779.213 22249-48703 290 3-4 - L48 2.09 3.28-02 4.68-03 1.53 +07 1.70+06

3779.444 26406-52858 665 1 - 1 -.04 3.54 9.20-01 3.07-01 4.30+08 1.43 +08

3781.188 17727-44166 74 2-3 - 1.40 2.18 3.98-02 7.96-03 1.86+07 2.65+06

3781.938 29357-55791 917 2-3 .10 3.68 1.26+00 2.53-01 5.90+08 8.42+07

3782.450 24181 -5061

388 3-3 -.55 3.03 2.85-01 4.06-02 1.33+08 1.89+07

3782.608 24772-51201 491 1 -2 -.72 2.86 1.93-01 6.42-02 8.98 +07 1.80+07

3785.706 26106-52514 608 6-6 -.38 3.20 4.19-01 3.22-02 1.95 +08 1.50+07

3785.950 19621 -46027 177 5-6 -.13 3.45 7.36-01 6.69-02 3.43 +08 2.63 +07

3786.176 22838-49243 367 2 — 2 -.03 3.55 9.43-01 1.89-01 4.39+08 8.78+07

3786.678 8155-34556 22 1 -0 - 1.60 1.98 2.51 -02 8.37-03 1.17+07 1.17+07

3787.164 29357-55754 916 2-2 .17 3.75 1.47 +00 2.95-01 6.86+08 1.37 +08

3787.883 8155-34547 21 1-2 -.47 3.13.39-01 1.13-01 1.58+08 3.15+07

3789.178 21999-48383 289 4-5 -.46 3.13.43-01 3.82-02 1.60+08 1.45 +07

3789.808 27167-53546 702 4-3 -.29 3.29 5.14-01 5.71-02 2.39+08 3.41 +07

3790.094 7986-34363 22 2-1 -1.18 2.40 6.61-02 1.32-02 3.07+07 1.02+07

3790.656 24507-50880 387 2- 1 -.77 2.81 1.69-01 3.38-02 7.84+07 2.61 +07

3790.756 17550-43923 73 3-3 - 1.12 2.46 7.59-02 1.08-02 3.52+07 5.03 +06

3791.504 20641-47008 223 4-5 - 1.02 2.55 9.45-02 1.05-02 4.39+07 3.99+06

3791.730 27560-53925 703 2- 1 -.57 3.01 2.68-01 5.35-02 1.24+08 4.14+07

3792.156 21999-48362 287 4-4 -.51 3.06 3.06-01 3.40-02 1.42+08 1.58+07

3792.833 17927-44285 74 1 -2 - 1.47 2.1

3.39-02 1 . 1 3 - 02 1.57+07 3.14+06

3793.360 24507-50861 388 2-2 -.75 2.83 1.76-01 3.53-02 8.18+07 1.64+07

3793.478 24181-50534 387 3-3 -.27 3.31 5.37-01 7.68-02 2.49+08 3.56+07

3793.872 22947-49298 367 1-1 -.47 3.11 3.36-01 1.12-01 1.56+08 5.19+07

3794.340 19788-46136 177 4-5 -.19 3.39 6.42-01 7.13-02 2.97+08 2.70+07

3795.004 7986-34329 21 2-3 -.38 3.20 4.17-01 8.34 — 02 1.93 +08 2.76 +07

3796.000 19390-45726 176 6-5 -2.17 1.41 6.76-03 5.20-04 3.13+06 2.84+05

3797.517 26106-52431 607 6 — 6 .96 4.54 9.05 +00 6.96-01 4.18+09 3.22+08

3797.950 20875-47197 222 3-2 - 1.05 2.53 8.88-02 1.27-02 4.1 1 +07 8.22+06

3798.513 7377-33695 21 4-5 -.70 2.88 2.00-01 2.22-02 9.22 +07 8.39+06

3799.550 7728 — 34040 21 3-4 -.47 3.1

3.39-01 4.84-02 1.57+08 1.74+07

3801.682 22838-49135 367 2-3 — .11 3.47 7.77-01 1.55-01 3.59+08 5.13+07

3801.804 22947 — 49243 367 1 -2 -.5 1 3.07 3.12-01 1.04-01 1.44+08 2.88+07

3801.975 26875-53169 704 5-6 -.19 3.39 6.53-01 5.93-02 3.01 +08 2.32+07

3802.283 26624-52916 666 2 — 2 -.22 3.36 5.99-01 1.20-01 2.77+08 5.53+07

3803.220 18378-44664 122 2 — 2 -2.62 .96 2.40-03 4.80-04 1.11 +06 2.21 +05

3804.013 26875-53155 702 5-4 -.24 3.34 5.80-01 5.28-02 2.68+08 2.97 +07

3805.345 26628 — 52899 608 4-5 1.21 4.79 1.61 +01 1.79+00 7.41 +09 6.74+08

3806.203 27543 — 53808 73

1 — 1 .19 3.77 1.55 +00 5.15-01 7.12+08 2.37+08

3806.699 2635 1 —5261 3 607 5 — 5 .88 4.46 7.55 +00 6.87-01 3.48 +09 3.16+08

3807.539 1 7927 — 441 84 73 1 —2 — .33 3.25 4.68-01 1.56-01 2.15+08 4.30+07

3808.286 24336-50587 489 2 — 3 -.81 2.77 1.56-01 3.12-02 7.17+07 1.02+07

3808.731 20641 —46889 222 4 — 4 -.30 3.28 5.06-01 5.62-02 2.33 +08 2.58+07

3809.043 23052-49298 367 0- 1 -.93 2.65 1.17-01 1.17-01 5.36+07 1.79+07

3810.759 26624-52858 665 2-1 .10 3.68 1.27+00 2.54-01 5.84+08 1.95+08

381 1.892 22249-48476 287 3-3 -.50 3.08 3.15-01 4.50-02 1.45+08 2.07+07

3812.966 7728-33947 22 3-2 -.60 2.98 2.51-01 3.59-02 1.15+08 2.30+07

25
Table \ .- Oscillator Strengths and Transition Probabilities for 3288 Lines ofFe i in Order of Wavelength — ConWrneA

Wavelength A

Energy Levels KMultiple! No.

y-Values

Log Log

/ A

~)f\QnZ Ali^QI ')'>'> 3 -3 — A"? .U / J.J 1 0 A Z At 8.45 — 0

1.21 —01 1 0 0 -LAO 3.88 +08 5.54 +07

JO 1 .1.0 jo i 1 / 1 0 — 4 / VjU "t Q 1 283 5 -4 -7-7 — .11 "too 1 "7 1 At1 . / 1 — 0 1 1 .56—02 "7 Oe J_A*7 /.86 +0 / 8.73 +06

Jo 1 J.oy 1 Zyj 1 J — 55526 0 C /t 854 6 -5 1 A .34 1 AT 3.92 2. 1 9 +00 y CO A 1 1 .68-0

1 AA 1 A

1 .00 +09 9. 1 2 +07

JO 1 4. Ji3 8 1 55 — j4j6j ') ">

1 - 1 — 1 . / / 1 .0 1

t "7 A At 1 . /U — U2 zee C\1 5.66 — 03 "7 "7 0 1 r\ f

1 .la +06 T c A 1 r\/' 2.59 +06

JO 1 4. /5 J 'M Z A 1 Z 11 ACl 1 /54j — J J /4y 1 _ T — .15 1 A A "1 \ £. A 1 /. 1 6 — 0 1 T 1 A A 1 2.39 — 0

1 T 0 J_ AO 3.28 +08 e Z C 1 A-7 6.56 +0 / JO 1 j.54j 1 1 10 \ n z

1 19/6 — 381 /5 45 4 — 3

/CA .60 A to 4. I 8

1 AO _1_AA 3.98 +00 4.42 — 0t OT 1 A

1 .82 +09 2.6 1 +08

3816.342 17727 — 43923 73 - — 3 -.53 3.05 2.95-01 5.90-02 1 .35 +08 1.93 +07

381 7^650 26875-5306! 701 5 — 5 -!05 3^53 8.86-01 8.05-02 4^05 +08 3^69+07

3819.497 27395-53569 703 3 ^2 -.14 3.44 7.28-01 1.04-01 3.33 +08 6.66+07

3820.427 6928-33096 20 5 — 4 .41 3.99 2.57+00 2.34-01 1.17+09 1.31+08

382 1 . 1 0 1 C 1 Z \ Z ^ Z \ A 2635 1 — 525 1

z; AO 608 5 -6 t AO 1 .09 4.6 /1 A _1_A 1

1 .24 +0

1.12 +00 Z £. A -1- AA 5.64 +09 A 1 A _i_AO 4. J4 +08

382 1 .836 21 039 — 4/19/ -) _ J — 1 A

.30 1 0 3.28 C AA A 1 5.00 — 0 1 A AA AT 9.99-02 T T 0 -1- AO 2.28 +08 A Z r 1 AT 4.56 +0/

3824.076 208 /5 — 4 /0 1 / 224 3 -3 —

"7 A

. /O TOO 2.88 1 AO A t1 .98 — 0 1 "> 0 T AT 2.82 — U2 A A 1 1 ^"7 9.0 1 +0 /

t T A -1- AT 1 .29 +0 / 3824.446 0— 26 1 40 4 4 -3 1 t "7 — 1.1/ 2.4 1 C "7^ AT 6. /6 — 02 n Z \ AT /.5 1 — 03 1 AO -l-AT 3.08 +0 / A Af\ _i_ A/C 4.40 +06

3825.883 ~j 1 in 1 1 z n~j 73// — 3350/ 1

20 4 -3 .26 1 OA 3.84 I 0 t _i_ AA 1 .82 +I7U T AT A 1 2.U2 — U 1 0 T A -1- AO 8,29 +08 I 1 0 _l_AO 1.18 +08

3826.836 2 1 999 — 48 1 23 283 4 — 3 —

"7 A

. ly t "7 A

2. /9 1 At1 .62 — 0 1 t 0 A AT "7 "* f 1 A"T/. J6 +0 /

t AC _i_ AT 1 .Oj +0 / 3827.575 21716-47835 284 5 — 5 -.69 2.89 2.05-01 1.86-02 9.33 +07 8.48 +06

3827^826 12561-38678 45 3 ~^ .55 4.13 3.55+00 5.07-01 1.62+09 3.23+08

3829.125 29799-55907 948 4 — 5 -.20 3.38 6.33-01 7.03-02 2.88+08 2.62+07

3829.458 26406-52512 663 1 — 1 -.16 3.42 6.94-01 2.31-01 3.16+08 1.05+08

"J 0 ^ n "1 £. A 3829. /64 '^na A 1 A £in A z 2U64 1 —46 /4j 2-1

4 -3 — 1 OA 1 ..zy T 1C\ i. JU C 1 C AT J. 1 J — tj_ Z ~1 1 AJ. / J — UJ 1 A 1 A-7 Z. j4 +0 / 1 1Z 1 J. J J +06

3830. o64 21 /16 — 4/812 284 5 -4 — .69 "> OA 2.89 "> A C A 1 1 AT 1 .86 — 02 A T A -1- A"7 9. jO +0 /

1 AT _1_AT

1 .OJ +0 / T 0 "3 1 1 \ t\ hibii.!) 1

2064 1 — 46 /222 1 4 -4 — .16 1 A1 3.43 C C\Z A 1 6.95 — 0 1 "7 "7 T AT /. /2 — 02 TIC _l_AO3. 1 5 +08 1 CA _i_AT 3.50 +0 / JoJ4.ZZ4 1 1 LIS — J JoU_ J A 3 _ 2 A 1 J. j9 1 A") -t-AA

1 XjL +UU \ A e A 1 1 .46 — U 1 A CA 4-AO 4.64 +08 Q TQ -t-A"? y.2y +0 / 3836.332 26624 — 52683 664 2 _ 2

c 1 .53 4. 1 21 A \ 1 AA

3.4 1 +00 ^ 0 T A 1 6.82 — 0 1

1 C A 1 AA

1 .54 +09 1 AA _L.AO 3.09 +08

383 /. 1 3 / TtAon Ai r\(\i 1 1 039 — 4 /Ov

- — 3 — .88 t "7 A 2. /O \ 1 \ A 1 1.3 1 —01 2.62 — 02 c AT 1 r\n 5.93 +0/ 0 An 1 c\r 8.4/ +06

3839.258 24575 — 50614 529 4 — 4 .53 4. 13.42 +00 3.80-01 1 .55 +09 1 .72 +08

3840.440 7986-34017 20 — 1 -.19 3.39 6.46-01 L29-01 2.92+08 9J3 +07

3841.050 12969-38996 45 — 1 .47 4.05 2.95 +00 5.90-01 1.33+09 4.45+08

3842.901 20875-46889 222 3 — 4 -1.31 2.28 4.94-02 7.06-03 2.23 +07 2.48 +06

10 A~\ mc 208 /5 — 46889 22 1 3 _ 2 — 1 1 1 1.31 2.28 4.94 — 02 n f\£i AT /.06 — 03 2.23 +07 4.46 +06

3843.260 ~\ A zn z z r\z on 24575 — 50587 528 4 -3 .64 4.23 A 1 C\ 1 AA 4.39 +00 4.88 — 01 1 AO 1 1 .98 +09 2.84 +08

3845. 1 7 1 incci A z z z~i1 9552 — 45552 1 24 1 - 1 — .56 3.02 2.75 — 01 9. 18 — 02 1 .24 +08 4. 14 +07

3845.692 28605 — 54600 77

2 -3 — .3 1 3.27 4.87 — 01 9.74 — 02 2.20 +08 3. 14 +07

3846.002/16/ — 53161 703 4 -3 — £ "t .62 2.9 / 2.42 — 01 2.69 — 02 I AA _l_AO1 .09 +08 1 .56 +07

3846.41 28820 — 548 1804 5 — 4 .54 4. 1 3

1 CA 1 A

3.50 +00 3.18 — 01 1 .58 +09 1 .75 +08

3846.802 26225-522 1 3 664 3 — 3 .79 4.38 6.21 +00 8.87-01 2.80+09 4.00+08

3848.299 21039-47017 224 - — 3 -1.23 2.35 5.83-02 1.17-02 2.63+07 3.75+06

3849.969 8155-34122 20 1 — 0 -.45 3.14 3.55-01 1.18-01 1.60+08 1.60+08

3850.819 7986-33947 22 - ~2 -1.22 2.37 6.03-02 1.21-02 2.71 +07 5.42+06

10 0 c? c 3852.5 lb \ 1 z z(\ A 1 z i\r\

1 /550 — 43500 73 3 -4 — .57 3.02 2.69 — 03.85 — 02 1 .2 1 +08 1 .34 +07

3853.462 "MHQA A(\n~^n li IliA — 1 1429 5 -4 — A 1 .91 2.68 1 .24-01 . 1 3 — 02 5.57 +07 6. 1 9 +06

3854. J /5 25900 — 5 1 83 / C /I *7 56 / 4 -3 — .33 3.26 A £^0 A 1 4.68 — 0

5.20 — 02 2. 1 0 +08 T AA 1 AT 3.00 +0 / 3855.329 2 1 yy9 — 4 /930 283 4 -4 — 1.16 2.43 6.98 — 02 7.75 — 03 T 1 T -L.A*7 3.13 +0 / 1 AO 1 3.48 +06

3855.846 26 1 40 — 5206 / 56 / 3 _ 2 — .45 3.14 3.58 — 0

5. 1 2 — 02 1 .6 1 +08 T T 1 _L- AT 3.2 1 +0 / 3856.3 /

416— 26340 4 3 — 2 — 1.14 2.45 7.24 — 02 1 .03 —02 T T C 1 AT 3.25 +0 /

£i CA 1 r\ ^ 6.50 +06

3858.474 26140-52050 565 3 — 2 -.39 3.20 4. 10-01 5.86-02 1.84+08 3.68 +07

3859.214 19390-45295 175 6 — 5 .06 3^65 1.15+00 8.83-02 5.14+08 4.67+07

3859.913 0-25900 4 4 — 4 -.57 3.02 2.69-01 2.99-02 1.20+08 1.34+07

3861.341 21716-47606 283 5 — 5 -.54 3.04 2.86-01 2.60-02 1.28+08 1.16+07

JoD 1 .dOU jDOi4 — j1d\1 663 2 - 1 — .48 3. 1 1 3.32 — 01 6.65 —02 1 A A _L- AO 1 .49 +08 4.96 +07

5qoS. /4^ 1\ / 1 0 — 4 / jVU 280 5 -4 — .64 2.94 2.27 — 01 2.06 — 02 1 .0 1 +08 1.13 +07

3864.307 20875 —46745 22

3 -3 — 1 .99 1 .60 1 .03—02 1.47 — 03 4.59 +06 6.56 +03

3865.526 8 1 55 — 340 120 1 - 1 — .57 3.02 2.69 — 01 8.97 — 02 1 .20 +08 A AA -i_ AT 4.00 +0 / 3867.2 1

24336 — 50 1 87 488 J _ ~i .3 I 3.90 '^ rvzT 1 r\f\ 2.06 +00 4. 1 2 — 0

A 1 A 1 AO

9. 1 9 +08 1 0 yt _1_ AO 1 .84 +08

1 0 "7 n 1 c 3867.925 208 /5 — 46 /2

22 1 3 -4 — 1 .09 2.50 8.16 — 02 1 . 1 7 — 02 3.64 +07 A (\A 1 4.04 +06

3868.243 23784 — 49628 430 5 -4 — 1.36 2.23 4.36 — 02 3.97 — 03 1 .94 +07 2. 1 6 +06

3869J61 21999-47835 284 4 -5 -'48 3.1 1 3.32-0l 3^69-02 L48+08 1.35 +07

3871.751 23784-49604 429 5 -5 -.05 3.54 8.89-01 8.08-02 3.95 +08 3.59+07

3872.503 7986-33802 20 "> -.57 3.02 2.69-01 5.38-02 1.20+08 2.39+07

3872.923 2 1 999 — 478 1 2 284 4 -4 — .88 2.71.32 — 01 1 .47 — 02 5.87 +07 6.5 J +06

3873.762 1 962 1 —45428 1 75 5 -4 — .08 3.5 1 8.32 — 01 7.56 — 02 T TA 1 AO 3.70 +08 A \ t -LA"? 4. 1 1 +0 / 3876.04 1 OICC 1 1 Cl A ~J 8 I 55 — 33947 1 _ 2 — 2.3 1 1 .28 4.90 — 03 1 .63 — 03 T I T 1 A/" 2. 1 / +06 A 1Z 1 AC

4. J J +0j

3876.670 1 8378 — 44 1 66 1 2

2 -3 — 2.13 1 .46 7.41 —03 1 .48 — 03 3.29 +06 A TA -1- C 4. /O +05

3878.02

7728 — 33507 20 J — — .55 3.04 2.82 — 01 4.03 — 02 1 .25 +08 1 TA _1_AT1 . /9 +0 / 3878.574 704 — 26479 4 2 -

— 1.18 2.41 6.61 —02 1.32 — 02 r\ T _l_ AT 2.93 +07 9.76 +06

3878.676 19788-45563 175 4 -3 - 1.45 2.14 3.55-02 3.94-03 1.57+07 2.25 +06

3878.740 26406-52181 664 1 - 1 -.60 2.99 2.52-01 8.39-02 1.12+08 3.72+07

3883.282 26225-51969 663 3 -3 .17 3.76 1.47+00 2.10-0.1 6.52+08 9.3 1 +07

3884.361 21716-47453 282 5 -4 -.40 3.19 4.01 -01 3.65-02 1.77+08 1.97+07

26
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Continued

Wavejength A

Energy Levels K

Multiplel No.

yv'alues Log Log

(,1.7 At f o A A

3885.154 241 19 — 4985430 4 — 3 -.76 2.83 1.73-01 1.93-02 7.66+07 1.09+07

3885.512 19552 — 45282 124 1—2 -.38 3.21 4.17-01 1.39-01 1.84+08 3.68+07

3886.284 416 — 26140 4 3 — 3 — .94 2.65 1.15-01 1.64-02 5.07+07 7.24+06

3887.050 7377 — 33096 20 4 — 4 — .81 2.78 1.55-01 1.72-02 6.84+07 7.60+06

3888.316 12969 — 38678 45 2 0 — .07 3.52 8.51-01 1.70-01 3.75+08 7.51 +07

3888.825 24336 — 50043 488 2— 1 .03 3.62 1.07+00 2.13-01 4.70 + 08 1.57+08

3889.284 21716 — 47420 280 5 — 5 — 1.66 1.93 2.20-02 2.00-03 9.70+06 8.82+05

3890 390 26140 — 51837 567 3 — 3 — . / J ? 8^; 1 Of. A1 7z.ooAA — n7uz 7 1 _l_07 o.Z 1 +U / 1.1/ +U/

3890.844 21999-47693 280 4-3 -.57 3.02 2.68-01 2.98-02 1.18+08 1.69+07

3891.928 27543-53230 733 1-1 .30 3.89 1.99+00 6.63-01 8.76+08 2.92+08

3892.302 28605—54289 2 — 3 — 1.25 2.34 5.68-02 1.14-02 2.50+07 3.57+06

3892.894 22249 — 47930 283 3 —4 — 1.25 2.34 5.67-02 8.10-03 2.50+07 2.77+06

3892.980 26340 — 52020 567 2- I -.74 2.85 1.83-01 3.65-02 8.03+07 2.68+07

3893.316 22838 — 48516 364 2-1 -.73 2.86 1.86-01 3.72-02 8.19+07 2.73+07

3893.393 23784 — 49461 430 5-5 .28 3.87 1.92+00 1.74-01 8.44+08 7.67+07

3893.914 19621 —45295 175 5-5 -.92 2.67 1.20-01 1.09-02 5.29+07 4.81+06

3894.005 26624 — 52297 663 2-2 .02 3.61 1.04+00 2.09-01 4.59+08 9.17+07

3895.450 yj — 1 — .jyj 1 no J. 1 o — yj 1

1 ft A 1 J. 1 o — U I1 API _i_nfi

1 .4U +Uo 4.D / +U / 3895^658 888-26550 4 1-0 - 1.44 2.15 3.63-02 1.21-02 1.60+07 1.60+07

3897.452 23784-49434 429 5-6 -.46 3.13 3.48-01 3.17-02 1.53+08 1.18+07

3897.896 2 17 16— 47363 280 5 — 6 .10 3.69 1.26+00 1.15-01 5.55+08 4.27+07

3898.018155 — 33802 20 1 —2 — 1.42 2.17 3.80-02 1.27-02 1.67+07 3.34+06

3899.037 19788 — 45428 175 4 — 4 — .96 2.63 1.10-01 1.22-02 4.81 +07 5.35+06

3899.709 704 — 26340 4 2 — 2 - 1.32 2.27 4.79-02 9.57-03 2.10+07 4.20+06

T c\r\r\ c t c\ 3900.519 26140 — 51771 565 3 — 3 — .11 3.48 7.70-01 1.10-01 3.38+08 4.82+07

3902.948 12561 —38175 45 3 — 3 .01 3.60 1.02+00 1.46-01 4.48+08 6.40+07

3903.901 241 19 — 49727 429 4 — 4 .02 3.62 1.06+00 1.17-01 4.62+08 5.14+07

J y\j\j,^o 1 888 ooo — —ut '>^i47Qy 4

1 1 1 — 1 — 11 .yz. 0? 11 .o / 1 .ZVJ — uz 4^.U01I — m\Jj J.AJ S 7 '5 O-OA +VJO 1

1 . 7^/ J -uOA +UO

3906.748 26624-52213 664 2-3 -.07 3.52 8.57-01 1.71-01 3.75+08 5.35+07

3907.464 22249-47834 284 3-3 -.91 2.68 1.23-01 1.76-02 5.39+07 7.70+06

3907.937 22249 — 47831 280 3-2 -.30 3.29 5.03-01 7.18-02 2.20+08 4.39+07

3908.691 19757-45334 153 3-2 - 1.47 2.12 3.39-02 4.84-03 1.48 +07 2.96+06

3909.664 26479-52050 565 1 —2 -.30 3.30 5.05-01 1.68-01 2.20+08 4.41 +07

3909.830 22947-48516 364 1 -

-.43 3.16 3.71-01 1.24-01 1.62+08 5.40+07

3910.846 22249-47812 284 3-4 -.62 2.97 2.40-01 3.43-02 1.05 +08 1.16+07

391 1.005 25900-51462 562 4-4 -.76 2.83 1.73-01 1.93-02 7.56+07 8.40+06

391 1.699 26624-52181 664 2— I - 1.32 2.27 4.80-02 9.60-03 2.09+07 6.97 +06

3913.634 I oj

o — ^jy^j 1 zu ^ — J — .OH 1 4S ni z..oy 7 8Q — 07uz A 7Q -4-07 O. Z!^ w / o.yy 8 QQ J-OA T^VJD 3914^273 26479-52020 567 1 -

-.55 3.04 2.83-01 9.42-02 1.23+08 4.10+07

3916.733 26106-51630 606 6-5 .35 3.94 2.23+00 1.72-01 9.70+08 8.82+07

3917.183 7986-33507 20 2-3 - 1.63 1.96 2.34-02 4.69-03 1.02+07 1.46+06

3918.317 20038-45552 124 0- 1 -.56 3.03 2.75-01 2.75-01 1.20+08 3.99+07

3918.418 22947—48460 364 I -0 -.29 3.30 5.1 1 -01 1.70-01 2.22+08 2.22+08

3918.644 24339-49851 430 3-3 .21 3.80 1.62+00 2.31 -01 7.03 +08 1.00+08

3919.068 241 19-49628 430 4-4 -.33 3.26 4.67-01 5.19-02 2.03 +08 2.26+07

3920.260 978-26479 4 0- 1 - 1.48 2.13.31-02 3.31-02 1.44+07 4.79+06

3920.645 19562 — 45061 153 4 — 3 - 1.85 1.74 1.41—02 1.57—03 6.13 +06 8.76+05

'>f\'KAC\ SIS'?? Jo/ J. — J 7z.yQ7/ 7 4n ni 4H. 80OV/ — 07\JZ 1 04-1-08 1 4Q -1-07 i .Hy / 3921.270 20641 -46136 220 4-5 -1.77 1.82 1.69-02 1.88-03 7.32+06 6.66+05

3922.100 20020-45509 153 1 -

-2.30 1.29 5.01-03 1.67-03 2.17+06 7.24+05

3922.913 416-25900 4 3-4 - 1.44 2.15 3.63-02 5.19-03 1.57+07 1.75 +06

3925.201 26550-52020 567 0- 1 -.55 3.05 2.83-01 2.83-01 1.22+08 4.08+07

3925.646 22838-48305 364 2 — 2 -.22 3.38 6.08-01 1.22-01 2.63 +08 5.26 +07

3925.946 23052-48516 364 0- 1 -.12 3.47 7.58-01 7.58-01 3.28 +08 1.09 +08

3926.001 26140-51604 562 3-3 -.26 3.33 5.46-01 7.80-02 2.36+08 3.37 +07

3927.922 888-26340 4 1-2 - 1.30 2.29 5.01 -02 1.67 — 02 2.17+07 4.33 +06

3929.1 14 22249-47693 280 3-3 - 1.07 2.52 8.48-02 1.21 -02 3.66+07 5.23 +06

ZOZZJ — J JODo OJy — .J J

1 7A 4. Do — U 1 AD.07AQ — 07UZ 7 07 4-08 7 7 S -1-07 3930.298 704-26140 4 2-3 -1.31 2.28 4.90-02 9.80-03 2.1 1 +07 3.02+06

3931.122 26340-51771 565 2-3 -.26 3.33 5.45-01 1.09-01 2.35+08 3.36+07

3933.606 24772-50187 488 1 -2 -.24 3.36 5.81 -01 1.94-01 2.50+08 5.01 +07

3935.306 22947-48351 362 1 - 1 -.86 2.74 1.40-01 4.65—02 6.01 +07 2.00 +07

3935.814 22838-48239 362 2-2 -.10 3.50 7.98-01 1.60-01 3.43 +08 6.87 +07

3936.772 25900-51294 564 4-3 - 1.76 1.83 1.74-02 1.93-03 7.47 +06 1 .07 +06

3937.331 21716-47107 278 5-4 -.61 2.98 2.44-01 2.22—02 1.05 +08 1.17+07

3940.880 7728-33096 20 3-4 -2.03 1.57 9.33-03 1.33-03 4.01 +06 4.45 +05

3941.283 26340-51705 562 2-2 -.35 3.25 4.50-01 8.99-02 1.93 +08 3.86 +07

3942 442 ^^yH 1 — Hojyjj — 2^ J.JO 6.08 — 01 2.03 —01 2.61 +08 5.22 +07

3943.341 17727-43079 72 2- 1 - 1.36 2.24 4.37-02 8J3-03 1.87+07 6.24+06

3944.748 22947-48290 361 1-1 -1.16 2.44 6.97-02 2.32-02 2.99+07 9.96+06

27
Table ]. -Oscillator Strengths and Transition Probabilities for 3288 Lines ofFe i in Order of Wavelength-Conlimcd

Wavelength A

Energy Levels K

Multiple! No.

7-Values Log

(nf> Log

«/ /

A

3944.892

3945.1 19 3947.002

3947.533

3948.105 3948.778

3949.156

3949.956 3951.164

3951.638 3952.604

3952.702

3953.155 3953.512

3953.861 3955.352 3955.956

3956.457 3956.680

3957.027 3957.620

3960.284

3961.147

3962.353 3963.108

3963.438

3964.517

3965.511 3966.064

3966.532 3966.630

3966.824

3967.423 3967.964

3969.260

3969.628

3970.391 3971.325 3971.820

3973.655 3974.397 3974.764

3975.210

3975.842 3976.390

3976.615 3976.865 3977.744

3978.464

3979.630

3980.650

3981.104

3981.774

3983.350

3983.959

3984.930

3985.322

3985.393 3986.176

3989.006

3989.859

3990.377

3992.395

3994.1 17 3995.199

3995.986

3996.261 3996.779

3996.968

3997.395

241 19-49461

22249-47590

25900-51229

22838-48163

26140-51462

26351-51668

27543-52858

17550-42860

26406-51708

23052-48351

21716-47008

22947-48239

24339-49628

28605-53892

22838-48123

26479-51755

24772-50043

26106-51374

21716-46982

26340-51604

26479-51740

29357-54600

23052-48290

26340-51570

26479-51705

26406-51630

22947-48163

26140-51351

12969-38175

26624-51828

25900-51 103 26624-51826

26628-51826

26140-51335

1 1976-37163

26225-51409

24772-49951

21716-46889

22249-47420

28605-53763

26140-51294

17927-43079

19913-45061

31307-56452

24336-49477

27543-52683

24339-49477

17727-42860

22838-47967

26340-51461

19562-44677

19552-44664

21999-47107

24336-49433

21999-47093

26479-51567

20641 -45726

26624-51708

26225-51305

28820-53882

28605-53661

24575-49628

26628-51668

24575-49604

26351 -51374

21999-47017

241 19-49135

33507-58520

29799-5481

21999-47008

430

280

561 361 562 604

730

72

661

278

362 430

770

362

562 488 604

278 562 564

913

361 566 562

654

361 565

45 652

562 659 604

56143 657 488

277

281 769

564

72

153 977 487

729

431

72

361

561

15322 278 485

277

561 219

661 655

768

527 604

526 604

279

561 1074 945

278

4-5

3- 4 4- 5 2- 2 3- 4 5- 4 1-1

3-2

1-2

0- 1 5- 5 1- 2 3-4

2- 3 2-3

1 - 1

1 - 1 6- 5 5-6

2-3

1- 2 2- 3 0- 1 2- 3 1- 2 1-2

1- 2 3- 4 2- 3 2-2

4- 5 2- 3 4-3

3- 4 4- 3 3-4

1- 0 5- 4 3-2

2- 3 3- 3 1- 1 2- 3 4- 4 2- 2

1 -2

3- 2 2-2

2-3

2-3

4- 4 1- 2 4-4

2- 2 4-3

1- 1 4- 5 2- 2 3- 4 5- 4 2- 3 4- 4 4-4

4- 5 5- 5 4-3

4-3

3- 4 4- 4 4-5

-.56

-.68

-.18

-.33

.20

.55 -.60

-.45

.46 - 1.90 -.26

-.55 -.28

-1.16 - 1.10 -.32

-.55

.61 .39

.06 -1.20

-.24

-.90

-.81

.02 -1.33

-.69

-.63

-1.08

-.68

.43 .33 .50 -.11 -.02

-.14

-.18

-.15 - 1.90

.02 -.95 -1.90 - 1.92 -.29

-1.30

.25 -.57 -.28 - 1.27 -.90

-2.34

-2.06

-.29

-1.29

-.00

-1.34

-1.85

-.28

.00 -.81 -.24

-.62 - 1.40 -.59

-.96

-.67

-1.73

.09

.17

.38

3.04

2.91

3.41 3.27 3.80

4.15

3.00

3.15 4.06

1.70 3.33 3.05

3.32

2.43 2.50

3.27 3.04

4.21 3.98

3.65 2.40

3.36 2.70

2.78 3.62

2.27

2.91 2.97

2.52

2.92

4.03

3.93 4.10

3.49

3.58

3.45 3.42

3.45

1.70 3.62

2.65

1.70

1.68

3.31 2.30

3.85 3.03

3.32

2.33 2.70

1.26

1.54

3.31

2.31 3.60

2.27

1.75 3.32 3.60

2.80

3.36

2.98 2.20

3.01 2.65 2.93

1.87 3.69

3.78

3.98 28

2.77-01

2.07-01

6.55-01

4.67-01

1.58+00

3.55+00

2.53-01

3.55-01

2.90+00

1.27-02

5.44-01

2.83- 01 5.24- 01 6.84- 02 7.92- 02 4.74-01

2.80-01

4.1 1 +00

2.43+00

1.14+00

6.38-02

5.72-01

1.27-01 1.53-01

1.05+00

4.66-02

2.04- 01 2.36-01

8.32-02

2.09-01

2.69+00

2.14+00

3.16+00

7.80-01

9.55- 01 7.18-01

6.66-01

7.14- 01 1.27- 02 1.04+00

1.12-01 1.26-02

1.20-02

5.09-01

5.05- 02 1.79+00

2.71-01

5.25- 01 5.43-02

1.26- 01 4.57-03

8.71-03

5.09-01

5.15- 02 9.93- 01 4.62-02

1.41-02

5.28- 01 1.00+00

1.56- 01 5.74-01

2.40-01

3.99-02

2.56-01

1.11 -01

2.12-01

1.86-02

1.24+00

1.49+00

2.37+00

3.08- 02 2.96-02

7.28-02

9.35-02

2.26- 01 3.23-01

8.45-02

5.07-02

9.68-01

1.27- 02 4.95- 02 9.43-02

7.49-02

1.37-02

1.58-02

1.58-01

9.34- 02 3.16-01

2.21- 01 2.28- 01 2.13- 02

1.14- 01 1.27-01 3.06-02

3.51-01

1.55-02

6.80- 02 3.37-02

1.66-02

4.18-02

2.99-01

4.27-01

3.51-01

1.11-01

1.06- 01 1.03-01

2.22- 01 6.49-02

1.81- 03 2.07- 01 1.60-02

4.20-03

2.40-03

5.66-02

1.01-02

5.96- 01 3.88-02

1.05- 01 1.09- 02 2.51-02

5.08- 04 2.90-03

5.66-02

1.03-02

1.10- 01 1.54-02

1.57-03

1.06- 01 1.43-01

1.42- 02 1.15- 01 2.66-02

4.43- 03 2.85-02

1.01-02

2.35- 02 2.07- 03 1.76-01

1.66-01 2.64-01

1.19+08

8.87+07

2.80+08

2.00+08

6.77+08

1.52+09

1.08+08

1.52+08

1.24+09

5.44+06

2.32+08

1.21 +08

2.24+08

2.92+07

3.38+07

2.02+08

1.19+08

1.75+09

1.03+09

4.86+08

2.72+07

2.43+08

5.39+07

6.50+07

4.48+08

1.98+07

8.66+07

1.00 + 08 3.53+07

8.86+07

1.14+09

9.06+08

1.34+09

3.30+08

4.04+08

3.04+08

2.82+08

3.02+08

5.35+06

4.38+08

4.73+07

5.31+06

5.07+06

2.15+08

2.13+07

7.55+08

1.14+08

2.21+08

2.29+07

5.29+07

1.92+06

3.67+06

2.14+08

2.17+07

4.17+08

1.94+07

5.93+06

2.22+08

4.20+08

6.56+07

2.40+08

1.00+08

1.67+07

1.07+08

4.62+07

8.84+07

7.79+06

5.16+08

6.23+08

9.91 +08

1.08+07

9.86+06

2.55+07

4.00+07

7.52+07

1.69+08

3.61 +07

3.03+07

2.48+08

1.81 +06

2.11+07

2.42+07

2.49+07

4.17+06

4.83+06

6.73+07

3.98+07

1.59+08

7.96+07

6.94+07

5.43+06

3.48+07

1.80+07

9.29+06

8.95+07

3.96+06

1.73+07

1.11+07

5.04+06

1.77+07

1.04+08

1.29+08

1.91 +08

3.67+07

5.78+07

3.38+07

2.82+08

3.36+07

1.07+06

6.26+07

6.76+06

1.77+06

7.25+05

2.39+07

4.26+06

1.51+08

2.29+07

4.42+07

3.27+06

7.55+06

2.14+05

7.33+05

2.38+07

4.33+06

5.96+07

6.47+06

5.39+05

4.44+07

4.67+07

7.29+06

3.43+07

1.12+07

1.85+06

9.74+06

4.20+06

1.26+07

1.11 +06

5.73+07

6.92+07

9.01 +07
Table I. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Conlmutd

Wavelength A

Enercy Levels K

Multiple! No.

7-Values Log Log

(v/X) .,'/ / K^ A

3998.055 4000.266

4000.460

4001.663

4002.665 4003.764

4004.832 4004.976

4005.244 4006.159

4006.314

4006.63

4006.768 4007.274

4009.715 4010.180

4011.412 4011.710

4012.160

4013.641 4013.798

4013.822 4014.280

4014.534

4016.429

4017.093 4017.152

4018.282 4019.050

4020.490

4021.622 4021.870

4022.212 4022.450 4022.744

4024.109

4024.735 4029.640

4030.186

4030.499

4031.243 4031.727

4031.965 4032.469

4032.629 4033.190

4036.370

4038.622 4039.940

4040.650

4041.288

4041.91

4043.901 4043.993 4044.612

4045.815 4046.629

4047.315

4049.331 4051.923 4052.312

4052.466

4052.664

4052.724

4053.820

4054.180

4054.833

4054.883 4055.038 4055.980

21716-46721

26340-51331

241 19-49109

17550-42533

23245-48221

27543-52512

26106-51069

24336-49298

12561 -37521

26340-51294

26351-51305

25092-50043

23270-48221

22249-47197

17927-42860

29372-54301

20641-45563

19757-44677

26106-51023

25900-50808

24336-49243

24336-49243

24339-49243

28820-53722

26479-51370

22249-47136

24575-49461

26340-51219

21039-45914

29372-54237

26140-50999

22249-47107

22838-47693

19390-44244

26479-51331

22249-47093

26140-50980

26340-51149

17727-42533

25900-50704

24336-49135

24339-49135

26406-51201

23245-48037

11976-36767

20641-45428

22249-47017

26628-51381

21999-46745

26624-51365

26628-51365

26628-51361

21999-46721

26140-50861

22838-47556

11976-36686

24772-49477

18378-43079

20875-45563

27395-52067

27167-51837

26479-51149

24575-49243

26140-50808

24772-49433

26340-50999

27395-52050

27560-52214

20641-45295

29357-54005

276 556

426

72 320

728

601 486

43 564

603

488

320

277

72 915

218

153 601 557

485 486

426

802 560

279

527 560

219

913

557

278

173 556

277 560

556

72 560

486

427

655 32044

218

279 600

276

655

603 602

276

559

359

43 487

117 218 700

700

563 524

557

485

557 698

698

218 914

5- 4

2 — 2 4- 4 3-3

1- 1

1 - 1 6- 5 2- 1 3- 2 2- 3 5- 4 0-1

0- 1 3- 2 1- 2 3- 4 4- 3 3- 4 6- 6 4- 4 2- 3 2 — 2 3- 3 5- 5 1- 2 3- 2 4- 5 2- 3 2- 3 3- 4 3-2

3-4

2- 3 6- 5 1- 2 3- 3 3- 4 2- 3 2-3

4- 5 2- 3 3- 3 1-2

1- 2 4- 3 4-4

3- 3 4- 4 4-3

2- 3 4-3

4-3

4-4

3- 2 2-1

4- 4 1- 2 2- 1 3- 3 3- 2 4- 3 1-2

4-3

3-4

1- 2

2 — 2 3- 2 2- 1 4- 5 2-3

-.06

-.83

-.69

-1.09 - 1.66 -.31 -.33 -.74

-.09 - 1.41 -.03

-.35 -1.04

-.45

-.43 -1.07

-1.46

-1.84

-1.50

-.84

-1.02

-.65

-1.25

.84 -.57

-1.09

-.11 -.55

-1.75 -.72

-1.01

.12 -1.69

-2.27

-1.05

-1.28

.01 -.31 -1.50

.14 - 1.45 - 1.39 -.14

-1.25

-1.79

-1.69

-2.02

-.84

-1.61 -.12

-.64 - 1.10 -.62

-.37

-.18

.66 -1.12

-1.80

-1.35 -.59

-.75 -.84

-1.13 -.99

-1.26 - 1.10 -.09

-.11 -.77 - 1.35

3.54

2.77

2.91

2.51 1.94 3.29

3.27 2.86

3.51 2.19

3.57

3.25 2.56

3.15 3.17

2.53 2.14

1.76 2.10

2.77 2.59 2.96 2.36

4.45 3.04

2.51 3.50

3.05

1.85 2.88 2.60

3.72

1.91 1.33 2.56

2.32 3.62 3.30

2.11 3.74 2.16

2.22

3.47

2.35

1.82

1.92

1.58 2.77 2.00

3.49

2.97

2.51 2.99

3.23 3.42 4.27

2.49

1.81 2.26

3.02 2.86

2.77

2.48 2.62

2.35

2.51 3.52 3.50

2.84

2.26

29

8.75-01

1.48- 01 2.04-01

8.13-02

2.19-02

4.92-01

4.65-01

1.81- 01 8.13-01

3.89-02

9.34-01

4.44- 01 9.15- 02 3.54- 01 3.72-01

8.42-02

3.47-02

1.45- 02 3.13-02

1.46- 01 9.65-02

2.26-01

5.68-02

6.97+00

2.72-01

8.08-02

7.82- 01 2.79-01

1.78-02

1.91- 01 9.86-02

1.31+00

2.03- 02 5.37-03

8.95-02

5.21-02

1.03+00

4.92- 01 3.16- 02 1.38+00

3.55- 02 4.08-02

7.32-01

5.58-02

1.62-02

2.04- 02 9.46-03

1.46- 01 2.47- 02 7.65-01

2.31-01

8.00-02

2.41-01

4.23-01

6.54-01

4.57+00

7.65-02

1.58- 02 4.47-02

2.59- 01 1.78-01

1.45-01 7.49- 02 1.03-01 5.52-02

8.01 -02

8.19-01

7.82-01

1.70-01 4.50- 02

7.95-02

2.97- 02 2.27-02

1.16-02

7.31- 03 1.64-01 3.58-02

3.61- 02

1.16- 01 7.77-03

8.49-02

4.44-01

9.15-02

5.05- 02 1.24-01 1.20-02

3.85- 03 2.06- 03 2.41-03

1.62- 02 1.93-02

4.53-02

8.12- 03 6.33-01

9.05-02

1.15-02

8.68-02

5.58-02

3.56- 03 2.72-02

1.41-02

1.87-01 4.07- 03 4.13- 04 2.98- 02 7.44-03

1.47- 01 9.84-02

6.32- 03 1.53-01 7.11-03

5.83- 03 2.44-01

1.86- 02 1.80-03

2.27-03

1.35-03

1.62-02

2.74-03

1.53-01

2.57- 02 8.89-03

2.68-02

6.05-02

1.31- 01 5.08- 01 2.55- 02 3.17- 03 6.38-03

3.71-02

1.98-02

4.84- 02 8.32- 03 1.48- 02 1.84-02

1.60-02

1.17-01

1.56- 01 1.89-02 . 9.00-03

3.65+08

6.19+07

8.50+07

3.39+07

9.14+06

2.05+08

1.93+08

7.51+07

3.38+08

1.62+07

3.88+08

1.85+08

3.80+07

1.47+08

1.54+08

3.49+07

1.44+07

5.99+06

1.30+07

6.04+07

4.00+07

9.37+07

2.35+07

2.88+09

1.12+08

3.34+07

3.23+08

1.15+08

7.34+06

7.87+07

4.07+07

5.40+08

8.38+06

2.21+06

3.69+07

2.15+07

4.24+08

2.02+08

1.30+07

5.65+08

1.46+07

1.67+07

3.00+08

2.29+07

6.65+06

8.37+06

3.87+06

5.97+07

1.01 +07

3.12+08

9.43+07

3.27+07

9.83+07

1.73+08

2.66+08

1.86+09

3.12+07

6.45+06

1.82+07

1.05+08

7.23+07

5.90+07

3.04+07

4.19+07

2.24+07

3.25+07

3.32+08

3.17+08

6.89+07

1.83+07

4.06+07

1.24+07

9.45+06

4.84+06

3.05+06

6.82+07

1.76+07

2.50+07

6.76+07

2.31+06

4.31+07

6.15+07

1.27+07

2.94+07

3.08+07

3.88+06

2.05+06

6.66+05

9.97+05

6.71+06

5.71+06

1.87+07

3.36+06

2.62+08

2.25+07

6.68+06

2.94 + 07 1.65+07

1.05+06

8.74+06

8.13+06

6.00+07

1.20+06

2.01+05

7.38+06

3.07+06

4.71 +07

2.89+07

1.86+06

5.14+07

2.08+06

2.39+06

6.01 +07

4.58+06

9.50+05

9.30+05

5.53+05

6.64+06

1.44+06

4.46+07

1.35+07

4.67+06

1.09+07

3.45+07

8.88+07

2.07+08

6.23+06

2.15+06

2.60+06

2.11+07

1.03+07

1.18+07

4.35+06

4.66+06

4.48+06

6.50+06

6.64+07

1.06+08

6.26+06

2.61 +06

281-658 68—5
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavelength A

Energy Levels K

Multiple! No.

J-Values Log Log

a) J SA A

4056.530 231 1 1 -47756 320 3 _ 3 - 1.95 1.66 1.12-02 1.60-03 4.54+06 6.49+05

4057.346 22249-46889 277 3 _ 4 - 1.05 2.56 8.99-02 1.28-02 3.64+07 4.05 +06

4057.654 27543-52181 729 ] _ 1 - 1.65 1.96 2.24-02 7.48-03 9.09+06 3.03+06

4058.227 25900-50534 558 4_ 3 -.27 3.34 5.37-01 5.97-02 2.18+08 3.11+07

4058.756 19552-44184 120 1 - 2 - 1.21 2.40 6.17-02 2.06-02 2.50+07 4.99+06

4059.726 28605-53230 767 2_ 1 -.25 3.36 5.61 -01 1.12-01 2.27+08 7.57+07

4062.444 22947-47556 359 1- 1 .05 3.65 1.11 +00 3.70-01 4.49+08 1.50+08

4UOJ.Z0O //lo/ — Jl//1 4- 3 .Z8 3. By 1 QQ 1 AA 1 .oy +0U '> 1 A A 1 2. 10 — 01 1 a A 1 AO /.64 +08 1 AA 1 AO 1 .09 +08

4063.596 12561-37163 43 3- 3 .44 4.05 2.75 +00 3.93-01 1.11 +09 1.59+08

4064.450 12561 -37158 44 3- 2 -2.34 1.27 4.57-03 6.53 — 04 1.85 +06 3.69+05

4065.392 27666-52257 698 1

1 — 0\j -.43 3.17 3.68-01 1.23-01 1.48+08 1.48+08

4066.590 24119-48703 424 4_ 4 -.63 2.97 2.32-01 2.58-02 9.36+07 1.04+07

4066.979 22838-47420 358 2_ 2 -.23 3.38 5.92-01 1.18-01 2.39+08 4.78+07

4067.274 20641-45221 217 4

•IJ -.52 3.09 3.02-01 3.36-02 1.22+08 1.74+07

4067.984 25900-50475 559 4 4 .35 3.96 2.23+00 2.47-01 8.97+08 9.97+07

4069.080 26479-51048 557 1 - 1 -1.01 2.60 9.69-02 3.23-02 3.90+07 1.30+07

4070.766 26140-50699 558 3- 2 .04 3.65 1.09+00 1.56-01 4.40+08 8.80+07

40 / I.dZO zOo /5 — 434Z8 z 18 3- 4 — .88 2. /3 ITT A1.32 — 01 too AT 1 .88 — 02 C 1f\ 1 A*? 5.30 +0 / C OA 1 A/I 5.89 +06

4071.740 12969 — 37521 43 2- 2 .42 4.03 2.63 +00 5.26-01 1.06+09 2. 12 +08

4072.518 27666-52214 698 1- 1 -.32 3.29 4.82-01 1.61 -01 1.94+08 6.46+07

4073.760 26340-50880 558 2_ 1 -.02 3.59 9.50-01 1.90-01 3.82+08 1.27+08

4074.789 24575-49109 524 4_ 4 -.12 3.49 7.58-01 8.42-02 3.05+08 3.38+07

4076.232 24772-49298 486 ] _ 11 - 1.03 2.58 9.26-02 3.09-02 3.72+07 1.24+07

4076.498 21039-45563 218 A — 1J - 1.02 2.59 9.55-02 1.91-02 3.83+07 5.48+06

4076.636 25900-50423 558 4- 4 .28 3.90 1.93+00 2.14-01 7.74+08 8.60+07

4076.810 26340-50862 557 2- 3 -.41 3.20 3.86-01 7.72-02 1.55+08 2.21+07

4076.884 26340-50861 559 2- 2 -1.29 2.32 5.09-02 1.02-02 2.04+07 4.09+06

40 /8. 356 Z 1039 — 45352 z 1 / 2- 1 — .62 AA 2.99 /) A A 1 2.40 — 01 A QC\ AT 4.80 — 02 A T 1 A"7 9.62 +0 / 1 T 1 1 C\1 i.Z 1 +07

4079.186 27560-52067 700 2- 2 -.64 2.97 2.31 -01 4.63-02 9.27+07 1.85 +07

4079.841 23052-47556 359 0- 1 — .47 3.14 3.35-01 3.35 — 01 1.34+08 4.48 +07

4080.226 26479-50981 558 ] _ Q -.31 3.30 4.93-01 1.64-01 1.98+08 1.98+08

4080.886 26550-51048 557 AU — 11 -.86 2.75 1.37-01 1.37-01 5.48+07 1.83+07

4082.125 27560-52050 698 -> TL. -.54 3.07 2.90-01 5.81-02 1.16+08 2.33+07

4082.432 29320-53808 906 1I — 11 -.54 3.07 2.88-01 9.60-02 1.15+08 3.84+07

4083.554 18378-42860 1 17 2- 2 -1.58 2.03 2.63-02 5.26-03 1.05+07 2.10+06

4083.780 27560-52040 697 2- 1 -.49 3.12 3.25-01 6.51-02 1.30+08 4.34+07

4084.498 26875-51351 698 5- 4 .24 3.85 1.75+00 1.59-01 6.99+08 7.77+07

4085.0122947 — 47420 358 1- 2 — .43 3.13.74 — 01 1.25 — 01 1 .49 +08 T AA 1 AT 2.99 +07

4085 312 26140—5061 1 559 3- 3 — .02 3.60 9.64 — 01 1.38 — 01 3.85 +08 5.50+07

4085.980 33507-57974 1073 3- 2 -.12 3.49 7.61 —01 1.09 — 01 3.04+08 6.08+07

4087.099 26875-51335 694 5 _ 4 -.50 3.11 3.18-01 2.89-02 1.27+08 1.41 +07

4087.801 29469-53925 832 2_ ] -1.40 2.21 3.96-02 7.92-03 1.58+07 5.27+06

4088.567 29357-53808 906 2_ ] -.41 3.20 3.88-01 7.77-02 1.55+08 5.16+07

4089.225 23784-48231 422 Js — -.99 2.62 1.03-01 9.34-03 4.10+07 3.72+06

4090.077 27395-51837 700 3- 3 -.82 2.79 1.52-01 2.16-02 6.04+07 8.63+06

4090.326 12969-37410 44 2- 1 -3.54 .07 2.88-04 5.77-05 1.15+05 3.83+04

4090.984 27167-51604 695 4- 3 -.88 2.73 1.31-01 1.45-02 5.22+07 7.45+06

409 1.55/ ZZ038 — 4 /Z /

ij / 2- 1 — 1 .24 l.il 5.75 — 02 1 1 C AT 1 . 1 5 —02 T TA 1 C\1 2.29 +0 / 1 A 1 rxn /.04 +0o

4092.287 29320-53749 1- 2 — .44 3.18 3.67 — 01 1.22-01 1.46+08 2.93 +07

4092.5 12 7377_3i805 18 4- 3 — 3.69 — .08 2.04 — 04 2.27 — 05 8.13+04 1.16+04

4095.274 33802-58213 1075 2 _ 2 -.60 3.02 2.53-01 5.06-02 1.01 +08 2.01 +07

4095.973 20875-45282 217 3 _ 2 -.68 2.93 2.09-01 2.98-02 8.31+07 1.66+07

4096.114 29357-53763 911 2_ 3 -.39 3.22 4.04-01 8.07-02 1.60+08 2.29+07

4096.217 7728-32134 18 3 _ 2 -3.62 -.01 2.40-04 3.43-05 9.54+04 1.91 +04

4097.099 26479-50880 558 1- 1 -.87 2.74 1.34-01 4.47-02 5.33+07 1.78+07

4098.183 26140-50534 558 3- 3 -.09 3.52 8.13-01 1.16-01 3.23+08 4.62+07

4099.080 26628-51017 600 4- 5 -1.79 1.83 1.64-02 1.82-03 6.51 +06 5.92+05

A 1 AA Tin 4100. /39 69Z8 — 3 1 30

/

1

5- 4 — 2.59 1 .02 eii c\i 1 1 A C\A 2.34 — 04 1 AT 1 A/^

1 .02 +0o 1 1 1 1 A^ 1 . 1 3 +05

4101.272 27395 — 51771 698 3- 1 -.46 3.15 3.44 — 01 4.91 -02 1.36+08 1 95 _|_07 4101 681 20038 — 4441

120 0- 1 — 1.67 1 .94 2.14 — 02 2. 14 — 02 8.48 +06 2.83 +06

4103.620 26225-50587 650 1J — J - 1.81 1.81 1.56-02 2.23-03 6.18+06 8.82+05

4104.132 26340-50699 558 z, — 9L -.38 3.23 4.15-01 8.31-02 1.65+08 3.29+07

4104.472 24119-48476 422 *+ — •1 - 1.94 1.67 1.14-02 1.27-03 4.53+06 6.47+05

4104.970 26875-51229 694 J — -1.29 2.32 5.08-02 4.62-03 2.01 +07 1.83+06

4106.265 20875-45221 217 3- 3 -1.44 2.17 3.63-02 5.19-03 1.44+07 2.05+06

4106.437 27395-51740 697 3- 2 -.60 3.02 2.54-01 3.63-02 1.00+08 2.01 +07

4107.492 22838-47177 354 2- 1 .07 3.68 1.17+00 2.34-01 4.63+08 1.54+08

4108.138 26140 — 50475 559 3- 4 - 1.35 2.26 4.44 — 02 6.34 — 03 1.76 + 07 1.95 +06

4109.070 26550-50880 558 0- 1 -.67 2.94 2.13-01 2.13-01 8.40+07 2.80+07

4109.805 22947-47272 357 1 - 1 -.11 3.50 7.76-01 2.59-01 3.06+08 1.02+08

30
Table I. — Oscillator Strengths and Transition Probabilities for 3288 Lines ofFe i in Order of Wavelength-Continued

Wavejength

A

Energy Levels K

Multiplet No.

J-Values Log Log

A'/ / A

41 1 1.060 26875 — 5 1 192 689 5—4 - 1.25 2.37 5.68-02 5.16-03 2.24+07 2.49+06

41 12.350 2739!) — 5 1 /05 £ A C 695 3 — 2 — .84 2.78 1.45 — 01 2.08-02 5.74+07 1.15+07

At IT m"> 41 12.972 33695 — 58002 1 103 5 — 6 .56 4. 1

3.66 +00 3.33-01 1 .44 +09 1.11 +08

A t A A A A O 41 14.44e 22838 — 4 / 1 36 357 — .43 3.18 3.69 — 01 7.39 — 02 1 .46 +08 2.91 +07

A ^ 1 A C% CI 4 1 1 4.9? / 2 / 1 6 / — 5 14dz 695 4 — 4 — .72 2.89 1 .90 — 01 2. 1 1 —02 7.49 +07 8.32 +06

41 1 6.9 /U lb I4U — jU4z J 55o 1 A 3 — 4 — 1 .48 2. 14 3.35 — 02 4.79 — 03 1.32 +07 1 .46 +06

41 1 /.3iu Z4 / / Z — 4yUj3 AQ A 484 1 — 2 — 1 Al1 .93 1 .68 1 . 1 7 — 02 3.90 — 03 4.60 +06 9.20 +05

41 17.850 27560-51837 700 2 — 3 - .80 2.82 1 .59 — 01 3.17 — 02 6.24 +07 8.9 1 +06

4117. 870 34547-58825 1103 T _ T - J7 3.44 6!76-01 l'35-ol 2.66+08 5^32+07

4118.548 28820-53094 801 5-6 1.16 4.77 1.44+01 1.31+00 5.68+09 4.37+08

At 1 o an A "^Cl A(\ Z.C\C 1 1 2 — 3 — .11 2.85 1 .7 1 —01 3.43—02 6.74 +07 9.63 +06

4 1 iU.iUV T^llO AQ'IQI S4 1 1 y — H^ojoj 42 j

A Z 4 — 5 — .38 3.23 4. 1 3 — 01 4.59 — 02 1 .62 +08 1 .48 +07

4121 .805 i_oio — 4/Uyj I — i — A A

.49 3. 13.21 —01 6.43 — 02 1 .26 +08 1 O i\ 1 AT

1 .80 +07

41 22.522 22V47 — 47 1 y/ 356 1 —2 -.61 3.00 2.45 — 01 8.16 — 02 9.60 +07 1 .92 +07

4123.748 2 1 UiV — 452o2 2 1

2 — 2 — .99 2.63 1.02 — 01 2.05 — 02 4.01 +07 8.03 +06

4124.490 29372 — 53610 3—4 — 1 .2

2.40 6.10 — 02 8.7 1 —03 2.39 +07 2.66 +06

41 25.622 34040 — 58272 1 103 4 — 5 .45 4.06 O t 1 AA2.8 1 +00 3. 12 — 01 1.10+09 1 .00 +08

4125.883 22947 — 47177 354 1 — 1 — 1 .02 2 59 9 s 1 — 02 3 1 7 — 02 3 73 +07 1 24 +07

4126.192 26875-51103 695 5-5 — .22 ^39 6^02-oT 5;47_02 236+08 2.14+07

4126.880 22947-47172 354 1-0 - L84 1.77 1.44-02 4.80-03 5.64+06 5.64+06

4127.6123052 — 47272 357 0— 1 — .12 3.50 7.58 — 01 7.58 — 01 AT 1 O 2.97 +08 rv r\/\ 1 /~\T 9.90 +07

4127.807 26479 — 50699 558 1 —2 — .26 3.35 5.48 — 01 1.83-01 2. 14 +08 4.29 +07

41 29.220 27560 — 51771 698 2 — 3 — 1.41 2.20 3.86 — 02 7.72 — 03 1.5 1 +07 2. 1 6 +06

41 29.474 27395 — 51604 695 3 — 3 — 1 .05 2.56 8.85 — 02 1 .26 — 02 3.46 +07 4.95 +06

41 30.035 12561 —iblbl 44 3 — 3 — 2.74 .88 1.82 — 03 2.60 — 04 7.12+05 1 .02 +05

41 32.060 12969 — 37163 43 2 — 3 — .20 3.42 6.3 1 —01 1.26 — 01 2.46 +08 3.52 +07

4132.540 34329 — 58520 1 103 3—4 .23.83 1.63 +00 2.33 — 01 6.36 +08 7.07 +07

413"' QC ">">Q47 47 1 ^ft ^ S7 1 — — 09 J.J — 8 08 — 01 2 69_01 3 1 6 +08 6.3 1 +07

4133!869 27167-51351 698 4-4 -^36 3.26 4^39-01 4'88-02 "l7I +08 l'91 +07

4134.340 0-24181 3 4-3 -4.15 -.53 7.08-05 7.87-06 2.76+04 3.95 +03

41 34.433 24336 — 485 16 482 2— 1 — .7

2.91.95 — 01 3.90 — 02 7.61 +07 2.54 +07

4134.680 22838 — 47017 357 2 — 3 . 13.79 1 .50 +00 3.00 — 01 5.85 +08 8.35 +07

4136.512 27167 — 51335 694 4 — 4 — .67 2.95 2. 15 -01 2.39 — 02 O T "7 _L A"? 8.37 +07 9.30 +06

41 37.002 27543 — 5 1708 726 1 — 2 .32 3.94 1 A _LAA2. 10 +00 7.01 —01 O O A 1 AO 8.20 +08 1 .64 +08

4 1 37.4 13454 / — 5o7 1

1 103 2 — 3 — . 14 3.48 7.23 — 01 1 .45 —01 2.82 +U8 4.Uj +U / 4 1 37.960 22o4o — 470U6 320 5 — 5 — 2.38 1 .23 4. 1 3 — 03 3.75 —04 1 .6 1 +06 1 .46 +05

4138.840 18378 — 42533 1 1

2 — 3 — 2.78 .84 1.66 — 03 3.32 — 04 6.46 +05 9.23 +04

41 39.929 7Q86_ 1 34 18 2 — 2 — 2.84 .78 1.45 — 03 2.89 — 04 5.63 +05 1.13 +05

4140.441 27560-51705 695 2 — 2 -'84 2^78 L45-01 2^91-02 5^66+07 1.13+07

4141.862 24339-48476 422 3-3 -.98 2.64 1.04-01 1.49-02 4.06+07 5.80+06

A 1 A A t 1 4143.417 24575—48703 523 4 — 4 .65 4.26 A /I 1 AA

4.42 +00 4.91 —01 1 . /2 +09 1 A I _UAO

1 .9 1 +08

4143.870 12561 —36686 43 3—4 — .12 3.50 7.59 — 01 1.08 — 01 O A C J_ AO 2.95 +08 T O T _1_ AT 3.2 / +0 / 4145.206 21716 — 45833 274 5—4 — 1.71 1 .9

1.95 — 02 1.77 — 03 7.57 +06 O A 1 _1_AC 8.41 +05

4146.070 241 19 — 48231 422 4 — 5 — .87 2.75 1 .35 —01 1 .50 — 02 C O C 1 A"T 5.25 +0 / A "7 0 1 r\ /- 4. /8 +Uo

4147.347 26875 — 50980 693 5 — 4 — 1.13 2.49 7.46 — 02 6.78 — 03 O OA _1_A"7 2.89 +0 / 3.22 +06

4147.672 1 1976 — 36079 42 4 — 3 — 1.50 2. 1

3. 16 — 02 3.5 1 —03 1 O 1 1 A"7

1 .23 +0/ 1 1 Z _1_ A^ 1 . /5 +06

4149.372 26875 — 50968 694 5 — 6 — .08 3.54 8.36 — 01 7.60 — 02 3.24 +08 2.49 +07

4149 767 4lft ?4sn7 3 3 — 2 — 4.82 — 1 .20 1 .5 1 —05 2.16 — 06 5.86 +03 1.17 +03

4150^258 27666-51755 695 1-1 -^50 3^11 3^13-01 K04-01 l'21 +08 4^04+07

4151.960 28605-52683 764 2 — 2 -.48 3.14 3.33-01 6.66-02 1.29+08 2.58+07

4152.170 7728-31805 18 3 — 3 — 2.45 1.17 3.55 — 03 5.07 — 04 1 .37 +06 1 Oil -1- A C

1 .yo +U5

4153.910 27395 — 5 1462 695 3-4 .49 4. 1

*> AO 1 AA 3.08 +00 4.40 — 01 1.19 +09 1 .32 +08

4154.1 10 27395 -5 1461 694 3 — 3 — .54 3.08 2.88 — 01 4. 1 1 —02 1.11 +U8 1 CO 1 AT

1 .59 +U / 4154.500 22838 — 46902 355 2— 1 .14 3.76 1.39 +00 2.79 — 01 C T A _L_ AO 5.39 +08 1 OA _l_AO

1 .80 +08

4154.810 27167 — 51229 694 4-5 .40 4.01 1 AC\ i— f\r\ 2.49 +00 2.77 — 01 9.62 +08 O T y1 _1_ AT 8. /4 +U / 4156.460 27167-51219 693 4 — 3 — .98 2.63 1 .04 — 01 1.15—02 A AA 1 t\n C "7 O _L A<i 5. /z +Ut5

41 56.670 23784 — 47835 419 5 — 5 — .78 2.84 1 .67 — 01 1 .5 1 — 02 a A1 1 A-T C QA 1 A/' 5.84 +Ud

41 56 800 «_ i_ O _J O — *+UO O 7 354 2 — 2 1

3.74 1 .33 +00 2.66-01 5.14+08 1.03 +08

4157.790 27560-51604 695 2-3 .34 3.96 2^17+00 4.34-01 8.38+08 1.20+08

4158.800 27666-51705 695 1-2 -.01 3.61 9.83-01 3.28-01 3.79+08 7.59+07

4160.560 23784 — 478 1

419 5—4 — 1 .76 1 .86 1 1 A AT

1 . /4 — Ui ICO Al 1 . JO — U3 / .40 ^\J? 4161.080 27167 — 51 192 689 4 — 4 — .88 2.74 1.33 — 01 1 AQ AO 1 .48 — Uz C 1 1 -1-A7 5 . 1 J 1 U / ^ ICS 4161.490 24339-48362 422 3—4 — 1 .35 2.26 4.42 — 02 6.3 1 — U3 1 m-1- A"?

1 .07 T^UO 4163.680 27560-51570 274 2-3 — 1.12 2.49 7.50 — 02 1 .50 — 02 o oo 1 i\n 4. i 2 ^Uo

4164.800 241 19-48123 418 4 — 3 — 1.68 1 .94 2.08 — 02 2.3 1 —03 O A1 1 A/' 8.U 1 +Ub 1.14 ^^UO 4167.860 26628 — 50614 599 4 — 4 — .78 2.84 1.68 — 01 1 .86 — 02 ^ A A 1 A"7 0.44 +U / 7 1 -un/^ /. 1 J T^UO 4167.960 29372-53358 3-3 — .75 2.87 1.77 — 01 2.53 —02 £. HI 1 A"T D. /y tu / O 7^"V -UHA V. /U ^Uo

4168.620 27167-51 149 689 4-3 - 1.07 2.55 8.55-02 9.50-03 3.28+07 4.69+06

4168.950 27560-51540 694 2 — 2 -.73 2.89 1.88-01 3.75-02 7.20 +07 ! .44 +07

4169.770 27395-51370 693 3-2 - 1.04 2.58 9.20-02 1.31-02 3.53+07 7.06+06

31
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wave/ewgr/z — Continued

Wavekngth A

Energy Levels KMultiple! No.

y-Values

Log Log

te/X) / A

4170.900

4171.700

4171.900

4172.130

4172.640

4172.750

4172.980

4173.320

4173.920

4174.420

4174.920

4175.640

4176.570

4177.590

4180.400

4181.550

4181.760

4182.380

4182.770 4183.020

4184.890

4187.040

4187.590

4187.800

4188.730 4189.560

4191.440

4191.680

4195.340

4195.620

4196.220

4196.530

4197.100

4198.270 4198.310

4198.640

4199.100

4199.970

4200.930

4202.030

4202.760

4203.570

4203.950

4203.990

4205.550

4206.700

4207.130 4208.610

4210.350

4213.650

4215.430

4215.970

4216.190

4217.550

4219.360

4220.050 4220.350

4222.220

4223.730

4224.180

4224.520 4225.460

4225.720

4225.960

4226.430

4227.430 4228.720

4229.510

4229.540

/inn 1 cf\ 4lZy. /60

24336-48305

29799-53763

26624-50587

26225-50187

26875-50833

7728-31686

29372-53329

22947-46902

7986-31937

28820-52769

7377-31323

22947-46889

27167-51 103 7377-31307

21999-45914

28605-52512

22838-46745

24336-48239

27560-51461

27395-51294

22838-46727

19757-43634

27666-51540

19562-43435

33947-57814

29799-53661

1 9913-43764

23052-46902

26875-50704

24336-48163

27395-51219

23784-47606

7986-31805

27167-50980

19351-43163

27560-51370

24575-48383

704-24507

27395-51 192

1 1976-35768

24575-48362

8155-31937

29313-53094

22947-46727

27560-51331

416-24181

22838-46601

27395-51 149 20020-43764

22947-46673

22249-45965

21716-45428

0-2371 1 27666-51370

28820-52514

31686-55376

24772-48460

19757-43435

23784-47453

27167-50833

27666-51331

27560-51219

34040-57698

24575-48231

22947-46601

26875-50523

27167-50808

26406-50043

23784-47420

1 1 9/6 — 356 1 1

482

941 650

649 689

19 909

355

19 799

19 354

695

18 274

763 354 476a

694

697

355

152 694

152

940

152 355 693 478

693 418

18 693

152 693

522

3 689

42

521

19 850

355 689

3 352 689

152 355 274

273

3 693 800 994

482

152 417

689

689

693

1 102

521 352 693 690

649 416

4

2 — 2 4- 3 2- 3 3- 2 5- 5 3-2

3- 4

1 - 1 2-1

5-4

4- 3 1- 2 4-5

4-4

4-3

2- 1 2-3

2-2

2- 3 3- 3

2 — 2 3- 2 1- 2 4- 3 2- 3 4- 3 2- 1 0- 1 5- 5

2 — 2 3- 3 5-5

2-3

4- 4 5- 4 2- 2 4-5

2 _2

3- 4 4- 4 4- 4

1 - 1 6- 6 1- 2

2 — 2 3-3

2- 1 3- 3

1 - 1

1 -0

3- 2 5- 4 4- 4 1- 2 5- 6 2- 1

1 -0

3- 3 5-4

4- 5

1 -2

2-3

4-4

4- 5

1 - 1 5- 6 4- 4

1 - 1 5- 5 4 — 3

-.26

-.09

-.55

.12 -.36

-2.33

-.80

-.89

-2.67 - 1.14 -2.34

.09

.18 -2.42 - 1.80 -.55

.45 -.35

-.63 - 1.15 -.06

.17 — .22

'.n .37 -.38

.06 -.60

.27 -.70

.07 -.39

-3.71

.34

.07 -.01

.84 -4.21 -.08

-.25

-2.68 - 3.22

^27 — .22 -'47

-3.42

-.70

.07 -.19

-.56

-1.03

-1.62

-2.98

.27

1.01 -.69

-.53

-.35 - 1.93 .29 -.26

.28 -.10

-.56

-.70

1.01 - 1.53 - 1.38 - 1.14 - 2.65

3.36

3.53 3.07

3.74 3.26

1.29 2.82

2.73

.95 2.48

1.28 3.71 3.80

1.20

1.82 3.07 4.07

3.27 2.99

2.47 3.56

3.79

3.41 3.75 3.99

3.24

3.68

3.03 3.89

2.92 3.69

3.23 -.09

3.97 3.69

3.62 4.46 -.59

3.55

3.37

.94 .40 3.89

3.41 3.16

.20 2.92 3"70

3.43 3.07 2.59 2.00

.64 3.90 4.64

2.93 3.09

3.28

1.70

3.91 3.37 3.90

3.52

3.07

2.93 4.64

2.10

2.24

2.49

32

5.54-01

8.05-01

2.84-01

1.33+00

4.32- 01 4.68-03

1.57-01

1.30-01 2.14-03

7.21-02

4.57- 03 1.24+00

1.51 +00

3.80-03

1.58- 02 2.83-01

2.83+00

4.49-01

2.34-01

7.07-02

8.75- 01 1.48+00

6.07-01

1.35 +00

2.33 +00

4.16- 01

1.15 +00

2.54-01

1.86+00

1.99-01 1.16+00

4.04- 01 1.95-04

2.20+00

1.17+00

9.86-01

6.85+00

6.17- 05 8.40-01

5.62-01

2.07-03

6.03-04

1.86+00

6.05- 01 3.40-01

3.80-04

2.00-01

1.18+00

6.46- 01 2.76- 01 9.33- 02 2.40-02

1.05-03

1.88+00

1.03 +01

2.03-01

2.94-01

4.47- 01 1.18- 02 1.93+00

5.52-01

1.89+00

7.88-01

2.76-01

2.00-01

1.02+01 2.98-02

4.14-02

7.29-02

2.24 — 03

1.11 -01

8.95-02

5.68-02

1.90-01 3.93-02

6.68-04

2.24- 02 4.34-02

4.28-04

6.56-03

5.08-04

4.14- 01 1.68-01 4.22- 04 1.76- 03 5.66- 02 5.67- 01 8.97-02

4.68- 02

1.01 -02

1.75-01

2.1 1 -01

2.02-01

1.50-01 4.65- 01 4.62-02

2.30-01

2.54-01

1.69- 01 3.99-02

1.66- 01 3.67- 02 3.90-05

2.45-01

1.07-01

1.97-01

7.61 -01

1.23- 05 1.20- 01 6.25- 02 2.30-04

2.01 -04

1.43-01 2.02-01

6.80-02

5.43-05

4.00-02

1,69-01

2.15- 01 9.21- 02 1.33- 02 2,18-03

1.16- 04 6.26- 01 9.34- 01 4.07- 02 9,80-02

6,38-02

1.08- 03 2,14-01

1,84-01

3.77- 01 8,75-02

3,07-02

6,66-02

9.30- 01 3.31- 03 1,38-02

6.62-03

i.4V — U4

2.12+08

3.09+08

1.09+08

5.10+08

1.65+08

1.79+06

6.01 +07

4.98+07

8.19+05

2.76+07

1.75+06

4.75+08

5.78+08

1.45+06

6.05 +06

1.08+08

1.08+09

1.71 +08

8.91 +07

2.70+07

3.33+08

5.63+08

2.31 +08

5.13+08

8.85+08

1.58+08

4.36+08

9.63 +07

7.04+08

7.56+07

4.41 +08

1.53+08

7.38+04

8.33+08

4.45 +08

3.73 +08

2.59+09

2.33 +04

3.17+08

2.12+08

7.80+05

2.27+05

7.02+08

2.28+08

1.28+08

1 .43 +05

7.53 +07

4.44+08

2.4J+08

1.04+08

3.50+07

9.00+06

3.93 +05

7.04+08

3.85 +09

7.61 +07

1.10+08

1.67+08

4.43+06

7.21+08

2.06+08

7.05 +08

2.94+08

1.03 +08

7.46+07

3.82+09

1.11 +07

1.55+07

2,72+07

0.3 J +Uj

4,25 +07

4,41 +07

1,55+07

1,02+08

1,50+07

3,58+05

6,68+06

1,66+07

2,73+05

3,07 +06

2,50+05

9,50+07

5.25+07

1.61 +05

8.64+05

3.60+07

1.54+08

3.42+07

1.27+07

3.85+06

6.66+07

1.13+08

4.62+07

7.33 +07

1.26+08

2.26+07

1.45+08

3.21 +07

6.40+07

1.51 +07

6.29+07

1.39+07

1 .05 +04

9.26+07

4.94+07

7.46+07

2.36+08

4.66+03

3.53+07

2.36+07

8.67+04

7.58+04

5.40+07

4.57 +07

2.57+07

2.05 +04

2.51 +07

6.35+07

8.10+07

1.04+08

7.01 +06

1.00+06

4.37+04

1.41 +08

2.96+08

2.54+07

1.10+08

2.39+07

4.92+05

6.55 +07

4.12+07

1.01 +08

3.27+07

9.39+06

2.49+07

2.94+08

1.23 +06

5.15+06

2.47+06

1 1 Q -un^ I . I y i^UJ
Table \ . — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Continued

Wavejength A

Energy Levels KMultiplet No.

y-Values

Log

(ft/) Log

(ft/X) Kf f A

4230.580

4231.530

4232.730

4233.610

4235.940

4237.080

4237.680 4238.030

4238.820 4239.370

4239.740

4239.850

4239.960 4240.370

4241.1 10 4242.590

4242.730

4243.370

4243.560

4243.790 4245.260

4245.360 4246.020

4246.090 4247.320

4247.430

4248.230 4250.120

4250.790

4253.910

4254.940

4255.500

4256.210

4256.320 4256.790

4258.320

4258.620

4258.960

4260.000 4260.140

4260.480 4264.210

4264.740

4265.260 4266.970 4267.830

4268.740

4271.160

4271.760

4273.870

4275.720 4276.680

4277.390 4277.680

4278.230 4279.480

4279.860

4280.530

4282.410

4284.420 4285.450

4285.830

4286.440

4286.870

4286.990

4288.150

4288.970

4289.920 4290.380

24336-47967

26225-49851

888-24507

20020-43634

19562-43163

7728-31323

24339-47930

27560-51 149 27395-50980

29372-52954

23784-47363

21716-45295

24772-48351

28605-52181

22838-46410

21999-45563

26624-50187

29357-52916

29799-53358

31323-54880

23052-46601

26875-50423

26406-49951

29372-52916

19788-43326

27167-50704

24772-48305

19913-43435

12561-36079

29357-52858

24339-47834

24339-47831

27560-51048

19621-43109

34329-57814

704-24181

22838-46314

24339-47812

26875-50342

24772-48239

19351-42816

27167-5061 1 31937-55379

31686-55125

21999-45428

25092-48516

26624-50043

19757-43163

1 1976-35379

24772-48163

20641 -44023

31307-54683

21039-4441 1 19621-42992

27167-50534

31323-54683

23052-46410

26106-49461

17550-40895

241 19-47453

26106-49434

29357-52683

23784-47107

27560-50880

31805-55125

22249-45563

20875-44184

27395-50699

241 19-47420

ZZOJO — HO I J /

478

647

3 152

152

19 418

689

693 907 416

273 476a

764

351 273 649 906

994

352

691 649

906

172 693 482

15242 905 419

416 690

172

1 102

3 351 419

689 476a

152 692 993

993

273 482

649

15242 478

215 976

214

172 691 993

351 598

71 417

597 904 414

976

273 214

416

jj I

2- 3 3- 3 1-2

1- 2 4- 4 3-3

3-4

2- 3 3- 4 3- 3 5- 6 5-5

1 - 1 2-1

2-1

4- 3 2-2

2- 2 4- 3 3- 2 0- 1 5- 4 1- 0 3- 2 4- 3 4- 5 1- 2 2- 3 3- 3 2- 1 3- 3 3-2

2- 1 5- 4 3- 3 2- 3 2 — 2 3- 4 5-6

1 -2

5-5

4- 3

1 -2

2-3

4-4

0- 1 2- 1 3- 4 4- 5

1 -2

4-4

4- 4 2- 1 5- 5 4-3

3- 4 0- I 6- 5 3- 2 4- 4 6-6

2-2

5- 4 2- 1 3- 3 3-3

3-2

3- 2 4- 5 Z — J

- 1.93 .74 -4.10

.09

.31 -3.17 - 1.77 -.05

.60 -.79

-.69

-.82 - 1.81 -.39 - 1.65 -1.88

-.80

-.53 -.92

-.55

-.45

-.44 - 1.42 -.17 - 1.89 .57 -.51

.25 -.28 - 1.00 - 1.48 -1.31 - 1.20 -2.53

-.60

-3.67 - 1.26 - 1.21 -.62

-.71

.63 -.67

-.56

-.30

-.87

-.31 -.54

.25 .20 - 1.14 -2.28

-.38 - 2.22 -2.65

-.99

-.46 - 1.65 - 1.55 -.16 - 1.82 -.36

-.91 -1.73

-1.15

- .18 -1.10

-1.74

-.96

-.98 - 1I .ZZ 99

1.70 4.37 -.47

3.72 3.94

.46

1.86 3.58

4.23 2.84

2.94

2.81

1.82 3.24

1.98

1.75 2.83 3.10

2.71 3.08

3.18 3.19

2.21 3.46

1.74 4.20

3.12

3.88

3.35

2.63

2.15

2.32

2'43

1.10 3.03 -.04

2.37

2.42

3.01 2.92 4.26

2.96

3.07

3.33 2.76

3.32 3.09

3.88

3.83 2.49

1.35 3.26

1.41 .98 2.64

3.18

1.98 2.08

3.47

1.82 3.27 2.72

1.90 2.48

3.45 2.53

1.89 2.67

2.66

Z.H 1

33

1.19- 02 5.48+00

7.94- 05 1.23+00

2.04+00

6.76-04

1.71-02

8.95- 01

4.01 +00

1.62-01 2.05-01

1.51- 01 1.57- 02 4.08- 01 2.23- 02 1.32-02

1.60-01 2.94- 01 1.20- 01 2.81- 01 3.55-01

3.67-01

3.83- 02 6.73- 01 1.29-02

3.70+00

3.12-01

1.78+00

5.25- 01

1.01 -01

3.32-02

4.91 -02

6.26- 02 2.95- 03 2.49- 01 2.14-04

5.47-02

6.18-02

2.41 -01

1.96- 01 4.27+00

2.16-01

2.74- 01 4.99-01

1.35-01 4.90-01

2.87-01

1.78+00

1.58+00

7.24- 02 5.25- 03 4.21- 01 6.03- 03 2.24-03

1.02-01 3.50- 01 2.23- 02 2.84- 02 6.92-01

1.52- 02 4.38-01

1.24- 01 1.85- 02 7.04- 02 6.58- 01 7.94-02

1.82- 02 1.09- 01 1.05- 01

2.38-03

7.83-01

2.65- 05 4.10-01

2.27- 01 9.66- 05 2.45- 03 1.79-01 5.72- 01 2.32- 02 1.86- 02 1.38-02

5.22- 03 8.17- 02 4.47- 03 1.46- 03 3.20- 02 5.87- 02 1.33- 02 4.02-02

3.55- 01 3.34- 02 1.28- 02

9.61 -02

1.43-03

4.12- 01 1.04-01 3.56- 01 7.50-02

2.02-02

4.75- 03 7.02-03

1.25-02

2.68- 04 3.56-02

4.28-05

1.09-02

8.83-03

2.19-02

6.53- 02 3.88- 01 2.40- 02 9.15-02

9.98-02

1.50-02

4.90-01

5.73- 02 2.54- 01 1.76- 01 2.41- 02 5.83-04

4.67- 02 1.21- 03 2.04-04

1.14-02

5.00-02

2.23- 02 2.18- 03 9.88-02

1.69- 03 3.37-02

2.48- 02 1.68- 03

1.41 -02

9.40-02

1.13- 02 2.60-03

1.56-02

1.17-02

1 90 09

4.43 +06

2.04+09

2.96+04

4.58+08

7.59+08

2.51 +05

6.36+06

3.32+08

1.49+09

6.02+07

7.60+07

5.62 +07

5.81 +06

1.51 +08

8.28+06

4.88+06

5.93 +07

1.09+08

4.43 +07

1.04+08

1.32+08

1.36+08

1.42+07

2.49+08

4.76+06

1.37+09

1.15+08

6.57+08

1.94+08

3.72+07

1.22+07

1.81 +07

2.30+07

1.09+06

9.18+07

7.86+04

2.01 +07

2.27+07

8.84+07

7.20+07

1.57+09

7.92 +07

1.01 +08

1.83+08

4.94+07

1.79+08

1 .05 +08

6.50+08

5.79+08

2.64+07

1.91 +06

1.53+08

2.20+06

8.16+05

3.73+07

1.27+08

8.13+06

1.03 +07

2.52+08

5.54+06

1.59+08

4.49+07

6.72+06

2.56+07

2.39+08

2.88+07

6.60+06

3.96+07

3.82+07

2 1 7 +07

6.32 +05

2.92+08

5.91 +03

9.16+07

8.43+07

3.59+04

7.07+05

4.75 +07

1.65 +08

8.60+06

5.85+06

5.1 1 +06

1.94+06

5.05 +07

2.76+06

6.98 +05

1.19+07

2.18+07

6.33 +06

2.08+07

4.38+07

1.51 +07

1.42+07

4.98+07

6.80+05

1.25+08

2.30+07

9.38+07

2.77+07

1.24+07

1.75+06

3.62+06

7.68+06

1.21 +05

1.31+07

1.12+04

4.03 +06

2.52+06

6.80+06

1.44+07

1.43+08

1.13+07

2.01 +07

2.61 +07

5.49+06

5.98+07

3.50+07

7.22+07

5.27+07

5.29+06

2.13+05

1.70+07

7.32+05

7.42+04

5.33+06

1.42+07

2.71 +06

9.39+05

5.03+07

6.16+05

1.22+07

8.99+06

7.46+05

8.52+06

3.41 +07

4.12+06

1.32+06

7.92+06

3.47+06

3.10 +06
Table \ . — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength — ConimucA

Wavelength A

Energy Levels K

Multiple! No.

J-Vaiues Log Log

(ft/X) / A

4291.470

4291.470

4292.140

4292.290

4294.130 4298.040

4299.240

4300.820

4302.190

4304.540

4305.200

4305.450

4307.900

4309.040

4309.380

4309.460

4310.380

4315.090

4319.460

4320.380

4320.520 4325.760

4326.760 4327.100

4327.920

4330.820 4330.960

4337.050

4338.260

4340.490

4341.250

4343.210

4343.260

4343.700

4346.560

4347.240

4347.850

4348.940 4351.550

4352.740

4358.500

4360.810

4365.900

4367.580

4367.910

4369.770

4372.990 4373.560

4374.490

4375.930

4376.780

4377.790

4382.770 4383.550

4384.680

4385.260

4387.900 4388.410

4389.250

4390.460

4390.950

4391.880

4392.580

4395.290

4395.510

4401.290 4401.450

4404.750

4407.710

4408.420

12561-35856

416-2371 1 17550-40842

17727-41018

1 1976-35257

24575-47835

19562-42816

32134-55379

24575-47812

23784-47008

28605-51826

24336-47556

12561-35768

29313-52514

23784-46982

25092-48290

31686-54880

17727-40895

21039-44184

27395-50534

27560-50699

12969-36079

23784-46889

28605-51708

26628-49727

24336-47420

26351-49434

12561-35612

17550-40594

22249-45282

27395-50423

26225-49243

26225-49243

24575-47590

26628-49628

0-22997

29056-52050

241 19-47107

241 19-47093

17927-40895

23784-46721

29372-52297

241 19-47017

241 19-47008

12969-35856

24575-47453

24336-47197

20641-43500

26624-49477

0-22846

24336-47177

26406-49243

28820-51630

1 1976-34782

24336-47136

24339-47136

24772-47556

29056-51837

416-23193

241 19-46889

24339-47107

31686-54449

31307-54067

29469-52214

31323-54067

29056-51771

22838-45552

12561-35257

17550-40231

17727-40405

41

3 70

70

41 520

152 976

520 414

760

476

42

849 414

471 994

71 214

691

69142 413

761 597

475

597

4170 272

691 544

645

517

598

2 828 414

413

71 412

903 415 414

41 518 473

214

648

2 471 645 799a

41 474

415 476

830

2 413 414

992

973

828 992

828 350

4168

68

3-2

3-4

3- 3 2 — 2 4- 4 4-5

4-5

1 _-i 4- 4 5- 5 2-3

2- 1 3- 4 6- 6 5-6

0- I 2- 2

2 — 2

2 — 2 3- 3

2 — 2 2-3

5-4

2- 2 4- 4

2 — 2 5- 6 3- 3 3-4

3-2

3-4

3-3

3- 2 4- 4 4-4

4-4

3- 2 4- 4 4- 3 1- 2 5- 4 3- 2 4- 3 4-5

2 _ 2 4-4

2 — 2 4-4

2 — 2 4- 5 2- 1 1- 2 5- 5 4-5

2 _ T 3- 2

1 - 1 3-3

3- 2 4- 4 3- 4 2- 1 4- 4 2- 1 3- 2 3-3

2- 1 3- 4 3-2

2- 1

- 1.99 -3.51 -2.35

-1.96

-.68

-.55

.18 -.29

-.81 -1.16 - 1.27 -.47

.32 .00 -.31 -.90

-.53

-.33

-2.51 -1.72 - 1.53 .36 -1.84

.02 -.83

-2.29 - 1.36 - 1.15 -2.09

-2.21 - 1.87 - 1.68 - 1.05 - 1.08 -.74

-5.01 -.77

-1.38 -.86

-.56

-.87 - 1.05 - 1.43 -.47

-2.20

-.15 - 1.76 - 1.44 -1.15

-2.59 - 1.27 - 1.34

.01 .51 - 1.06 - 1.37 -.61

.20 -3.90

-1.59

-.62

-.75

-.63

-.88

-.64

-.06

-1.17

.25 - 1.17 -.95

1.64

.12 1.28

1.67 2.95 3.08

3.81 3.34

2.82

2.47 2.36

3.16

3.95 3.64

3.32 2.74

3.10 3.30

1.13 1.92 2.10 4.00

1.80 3.66

2.81

1.35 2.28 2.49

1.55 1.43 1.77 1.96 2.59

2.55 2.90 -1.37

2.87 2.26

2.78

3.08

2.77

2.59

2.21 3.17

1.44 3.49

1.88 2.20

2.49

1.05 2.37

2.31 3.65 4.15

2.58 2.27

3.03 3.84 -.26

2.06

3.02 2.89

3.01 2.77 3.00

3.58

2.47

3.89

2.47 2.69

34

1.02-02

3.09- 04 4.47-03

1.10- 02 2.09-01

2.83- 01

1.51 +00

5.11- 01 1.55-01 6.85-02

5.37- 02 3.35- 01 2.09+00

1.00+00

4.84- 01 1.27- 01 2.95-01

4.68-01

3.09-03

1.91-02

2.94-02

2.29+00

1.46-02

1 .05 +00

1.49-01 5.16- 03 4.38- 02 7.08-02

8.13- 03 6.17- 03 1.36- 02 2.11- 02

9.01 -02

8.24-02

1.82-01 9.77-06

1.71-01 4.14- 02 1.37- 01 2.75- 01 1.35-01 8.88-02

3.68-02

3.35-01

6.31-03

7.13- 01 1.73-02

3.63- 02 7.14- 02 2.57-03

5.35-02

4.62-02

1.02+00

3.24+00

8.66-02

4.24-02

2.43-01

1.59+00

1.26-04

2.59-02

2.38- 01 1.76- 01 2.33-01

1.33-01 2.28- 01 8.64- 01 6.76-02

1.78+00

6.76-02

1.12- 01

1.46-03

4.41-05

6.38-04

2.19-03

2.32- 02 3.14-02

1.68-01

1.02- 01 1.72-02

6.23-03

1.07-02

6.70-02

2.98- 01 7.72-02

4.40-02

1.27-01 5.89-02

9.35-02

6.18-04

2.72- 03 5.88-03

4.58- 01 1.33- 03

2.11 -01

1.66-02

1.03- 03 3.99- 03

1.01 -02

1.16-03

8.81-04

1.95-03

3.02-03

1.29-02

9.16-03

2.02- 02 1.09-06

2.44-02

4.60-03

1.52- 02 9.18-02

1.23-02

1.27-02

4.09-03

3.73- 02 1.26- 03 7.92-02

3.46-03

4.03- 03 1.43-02

2.86-04

1.07-02

1.54-02

9.27- 02 3.60-01

1.73-02

6.06-03

8.09-02

2.27-01

1.80-05

2.88-03

3.40-02

3.53- 02 2.59- 02 2.66-02

3.26-02

1.23- 01 1.35-02

2.54- 01 9.66-03

2.24- 02

3.71 +06

1.12+05

1.62+06

3.97+06

7.56+07

1.02+08

5.46+08

1.84+08

5.59+07

2.47+07

1.93 +07

1.21 +08

7.51 +08

3.61 +08

1.74+08

4.56+07

1.06+08

1.68+08

1.10+06

6.81 +06

1.05+07

8.17+08

5.20+06

3.76+08

5.31 +07

1.83+06

1.56+07

2.51 +07

2.88+06

2.18+06

4.83+06

7.47+06

3.18+07

2.91 +07

6.42+07

3.45+03

6.03 +07

1.46+07

4.83+07

9.70+07

4.76+07

3.1 1 +07

1.29+07

1.17+08

2.21 +06

2.49+08

6.04 +06

1.27+07

2.49+07

8.95 +05

1.86+07

1.61 +07

3.54+08

1.12+09

3.00+07

1.47+07

8.41 +07

5.49+08

4.36+04

8.98+06

8.24+07

6.10+07

8.06+07

4.58+07

7.87+07

2.98+08

2.33 +07

6.1 1 +08

2.32+07

3.85+07

7.41 +05

1.24+04

2.31 +05

7.94+05

8.40+06

9.28+06

4.97+07

3.69+07

6.21 +06

2.24+06

2.76+06

4.02 +07

8.34+07

2.77+07

1.34+07

1.52+07

2.1 1 +07

3.35+07

2.21 +05

9.73+05

2.10+06

1.17+08

5.77+05

7.51 +07

5.90+06

3.67+05

1.20+06

3.59+06

3.20+05

4.37+05

5.37+05

1.07+06

6.37+06

3.24+06

7.13+06

3.83 +02 i 1.21 +07

1.62 +06

6.90+06

1.94+07

5.29+06

6.23+06

1.84 +06

1 .07 +07

4.41 +05

2.77+07

1.21 +06

1.41 +06

4.98+06

8.14+04

6.21 +06

3.22 +06

3.22 +07

1.02 +08

6.01 +06

2.94+06

2.80+07

7.85+07

8.72+03

9.97+05

9.16+06

2.03 +07

8.96+06

1.53+07

1.57+07

4.25 +07

7.76+06

6.79+07

4.64+06

1.28+07
Table \.- Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength-Continued

TT d V CI V 1 1. 1

E ne rg y Levels K[VI ultiplet No.

7-Values Log Log

(A'/X) nf / A

4409.120 26624-49298 645 2 - 1 - 1.19 2.45 6.41 —02 1 98 09 9 90 -I-07 111

4415.120 12969-35612 41 2 -3 -.13 3.5 1 7.41 —01 1 48 01 9 '\A +08 3.DZ ^^U / 4418.430 241 19-46745 412 4 -3 — 1 .93 1 .72 1 . 1 8 — 02 111 0^ A m 4-OA J. /D T^Uj 4422.570 22947-45552 350 1 - 1 — .22 3.43 6.03—01 9 01 01 T OS +08 D.o J n^U / 4423.140 241 19-46721 412 4 — 4 - 1.58 2.07 2.64 — 02 2.94 — 03 Q f) y .\j

1

1 +n^> T^v/D 4423.860 29469-52067 830 2 _ 2 -.80 2.85 1 .60-01 3.20 — 02 <^ 45 +07 t nu -1-07 4424.190 28605-51201 757 2 _ 2 - 1.38 2.27 4.21-02 8^43-03 1.44+07 2.87+06

4425.660 28820-51409 798 5 _4 - 1.24 2.40 5.70-02 5.18-03 1.94+07 2.16+06

4427.3 10 416 — 22997 2 3 _4 -2.51 1.14 3.09-03 4.41-04 1.05+06 1.17+05

4430.200 24336-46902 472 2 _ 1 - 1.10 2.55 8.02-02 1.60-02 2.73 +07 9.08+06

4430.620 17927-40491 68 1 -0 - 1.02 2.63 9.55 — 02 3. 1 8 — 02 3.24 +07 ~K '>A +07

4432.570 28820-51374 797 5 -5 -.67 2.98 2.16 — 01 1 .96 — 02 7.33 +07 U. DO ^wo

4433.220 29469-52020 830 2 - 1 .05 3.70 1.13 +00 2.25 — 01 3 82 +08 1 97 +08

4433.790 29056-5 1604 825 3 -3 — .41 3.23 3.86 — 01 5.52 — 02 1 .3 1 +08 11.0/07 +07

4435.150 704-23245 2 2 - 1 -3.79 — .14 1.62 — 04 3.24 — 05 < «(-) +04 1 8^? +0/1 4436.920 24575-47107 516 A — A - 1.37 2.27 4.24 — 02 4.7 1 —03 1 .44 +07 1 ^;o +nA

4438.350 29733-52257 828 1

1 — u -.78 2.86 1.64-0l 5^48-02 5^56+07 5.56+07

4439.640 24575-47093 515 AH

1 — J -1.87 1.77 1.34-02 1.49-03 4.53 +06 6.47 +05

4439.880 18378-40895 116 -> _ 7 -2.00 1.65 1.00-02 2.00-03 3.38+06 6.77 +05

4440.480 29056-51570 829 JJ — J - 1.00 2.64 9.89-02 1.41-02 3.34+07 4.78+06

4440.840 3 1937 _ 54449 992 1 - 1 -.70 2.94 1 .98 — 01 6.59 — 02 (, (y() +07 T T T +07

4440.970 26624-49135 645 2 -3 — 1 .7

1 .94 1 .95—02 3.91 —03 f,0.0\7 flO +0^1 T V/U y 4-^ +05

4442.340 17727-40231 68 2 _2 — .50 3. 1

3. 16 — 01 6.32 — 02 1 Q-J +08 9 M+07

4442.840 17550-40052 69 3 -2 - 1 .89 1 .76 1 .29 — 02 1 .84 — 03 4 35 +Q^ g -j

1 +05

4443.200 23052-45552 350 0 - 1 — .22 3.43 6.03 — 01 6.03 — 01 2.04 +08 6.79 +07

4445.480 704-23 193 2 2 _ 2 -4.87 — 1.22 1.35 — 05 2.70 — 06 4.55 +03 9. 1 1 +02

4446.840 29733-52214 828 1 _ 1 -.37 3^28 430-01 L43-01 l'45+08 4^83 +07

4447.130 17727-40207 69 2 _ 3 - 1.89 1.76 1.29-02 2.58-03 4.34+06 6.2 1 +05

4447.720 17927-40405 68 1 _ 1 -.58 3.07 2.63-01 8.77-02 8.87+07 2.96+07

4450.320 25092-47556 476 0 _ 1 - 1.29 2.35 5.07-02 5.07-02 1.71 +07 5.70+06

4450.760 31307-53769 972 4 -4 - 1.15 2.49 7.02 — 02 7.80 — 03 2.36+07 2.63 +06

4452.620 31805-54258 969 3 _ 2 - 1.28 2.37 5.27-02 7.53 — 03 1 .77 +07 3.55 +06

4453.330 26479-48928 1 _ 2 - 1.52 2.13 3.04-02 1 .01 -02 1 .02 +07 2.05 +06

4454.380 22838-45282 350 2 _ 2 -.51 3.14 3.09-01 6.18-02 1.04+08 2.08 +07

4454.660 29320-5 1762 902 1 9 - 1.23 2.41 5.84 — 02 1.95 — 02 1 .96 +07 3.92 +06

4455.030 31307-53748 947 4 _ 3 -.34 3.3 1 4.62 — 01 5. 14 — 02 1.55 +08 2.22 +07

4456.330 24575-47008 516 4 _ 5 - L32 2.32 4.74-02 5^26-03 K59+07 L45 +06

4458.100 31323-53748 992 •1 — J -.33 3.32 4.73-01 6.76-02 1.59+08 2.27+07

4459.120 17550-39970 68 T.J — iJ -.50 3.15 3.16-01 4.52-02 1.06+08 1.52 +07

4461.200 24336-46745 471 2 — iJ - 1.23 2.42 5.92-02 1.18-02 1.98+07 2.83 +06

4461.370 27543-4995 1 725 1 -0 - 1 .08 2.57 8.38 — 02 2.79 — 02 2.81 +07 2.8 1 +07

4461 .650 704 — 23 1 1 1 2 2 -3 — 2.71 .94 l.95_03 3.90 — 04 6.53 +05 9.33 +04

4461.990 29056 — 5 1462 825 3 -4 — .29 3.36 5.12 — 01 7.3 1 —02 1.71 +08 1.90+07

4463. 140 24772 — 47 1 72 47

1 -0 — 1 .77 1 .88 1 .69 — 02 5.64 — 03 5 66 +06 5.66 +06

4464.770 ')4336_46727 472 2 _ 2 — 1 .39 2.26 4.09-^02 8. 18 — 03 1 .37 +07 2.74 +06

4466 550 22838 — 4522

350 -) — i 13.83 1 .5 1 +00 3.03—01 5 06 +08 7.23 +07

4466.940 31686-54067 992 7 -!46 3J9 3^45-01 6^90-02 1.15 +08 2!ri +07

4469.380 29469-51837 830 -> — 1J .37 4.02 2.35+00 4.69-01 7.84+08 1.12 +08

4471.680 888-23245 2

1

1 — 1 -5.14 -1.49 7.24-06 2.41-06 2.42+03 8.05 +02

4472.720 26351-48703 595 cJ — AH - 1.19 2.46 6.39-02 5.81-03 2.13+07 2.37+06

4476.020 ")2947 — 45''82 350 1 _ 2 .14 3.79 1 .38 +00 4.60 — 01 4.60 +08 9. 19 +07

4476.080 29733 — 5'>067 830 1 _ 2 .48 4. 14 3.05 +00 1 .02 +00 1 .01 +09 2.03 +08

4478.040 17727 — 40052 69 2 _ 2 — 2.69 .96 2.04-03 4.08 — 04 6.79 +05 1.36+05

4479.610 29733 — 52050 828 ~\ _ 2 - .5 1 3.14 3.1 1 -01 1.04 — 01 1.03 +08 2.07 +07

4479.970 321 34 — 54449 974 2 — 1 — .38 3.27 4. 1 3 -01 8.26 — 02 1.37 +08 4.58+07

4480. 140 24575-46889 515 4 _4 - 1 .02 2.64 9.64-02 1.07-02 3.20+07 3.56+06

4480.280 29056-51370 823 3 _2 - 1.26 2.40 5.54-02 7.92-03 1.84+07 3.68+06

4481.620 29733-52040 827 1 _ 1 -.51 3.14 3.1 1 -01 1.04-01 1.03 +08 3.44+07

4482.170 888-23193 2 1 _ 2 -2.85 .80 1.41-03 4.71 -04 4.69 +05 9.38 +04

4482.260 17927-40231 68 1 9 -.53 3.12 2.95-01 9.84-02 9.80+07 1 .96 +07

4482.750 29469 — 51771 828 2 -3 — .31 3.34 4.86 — 01 9.72-02 1.61 +08 2.30+07

4483.780 2937'' — 51668 898 3 -4 - 1.18 2.47 6.62 — 02 9.45-03 2.20+07 2.44+06

4484.230 TQ056 — 5 1 35 1 828 3 -4 .23 3.88 1 .7 1 +00 2.44 — 01 5.67 +08 6.30+07

4485.680 ">9733 _ 59020 830 1 - 1 — .23.44 6.18 — 01 2.06 — 01 2.05 +08 6.83 +07

4485.980 ~>mM— S 1 7S5 825 2 - 1 — 1.31 2.34 4.85 — 02 9.70 — 03 1 .61 +07 5.36 +06

4487.750 i-\J \ \J\J — *T O _? O J 594 6 -5 — 1 .83 1 .§2 1.47 — 02 1.13 — 03 4.85 +06 4.4 1 +05

4488.140 29056-51331 819 3 -2 -^83 2.82 1.48-01 2.12-02 4.92 +07 9.83+06

4488.920 20641 -Al^\l 213 4 -5 - 1.95 1.70 1.12-02 1.25-03 3.71 +06 3.38+05

4489.740 978-23245 2 0 - 1 -3.40 .25 3.98-04 3.98-04 1.32+05 4.39+04

4490.090 24336-46601 469 2 - 1 -.75 2.90 1.78-01 3.56-02 5.89+07 1.96+07

35
Table 1 — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength — ConimucA

Wavelength A

Energy Levels K

Multiple! No.

y-Values

Log Log

(^X) / A

4490.770

4492.690

4494.570

4495.570 4495.970

4502.590

4504.840

4507.230

4509.310

4513.710

4514.190 4515.180

4516.270 4517.530

4518.450

4518.590

4520.240

4523.400

4525.140

4525.870 4526.410

4526.560

4527.780

4528.620

4529.560

4531.150

4531.630

4533.140

4533.950

4536.510 4537.680

4538.760 4538.840

4541.320 4541.950

4542.420

4542.720

4546.480

4547.020

4547.850

4551.670

4554.460

4556.130

4556.940

4558.1 10 4560.100

4561.430

4564.710

4564.830

4565.320 4565.670

4566.520 4566.990

4568.610

4568.790

4568.840

4571.450

4572.850

4574.240

4574.720

4575.800

4579.060 4579.340

4579.690

4579.820

4580.600

4581.520

4582.940

4584.720

31805-54067

32134-54386

17727-39970

29056-51294

29469-51705

28820-51023

26340-48532

25092-47272

29799-51969

20875-43023

24575-46721

23193-45334

29056-51 192 24772-46902

26106-48231

17927-40052

24772-46889

29469-51570

29056-51 149 23245-45334

31307-53394

25092-47177

26225-48305

17550-39626

31323-53394

1 1976-34040

25900-47961

26406-48460

23784-45833

29372-51409

26351 -48383

18378-40405

31805-53831

26225-48239

26351-48362

29357-51365

29733-51740

33765-55754

12561 -34547

28605-50587

31805-53769

2311 1 -45061

29056-50999

26225-48163

29372-51305

29056-50980

22249-44166

29469-51370

24772-46673

26406-48305

26140-48037

26624-48516

27543-49433

31686-53569

26340-48221

29320-51201

23193-45061

29469-51331

25900-47756

18378-40231

26628-48476

26406-48239

22846-44677

29372-51201

24772-46601

29469-51294

26140-47961

22947-44761

29056-50534

974

969

68 827

825 796

555

514

213 514

319

819 472

59369

471 829 826

319 969

471

641

68 987

39 555

641

896

594

115 969

593 894

827

1047

39 755 972

319 410

638 894

823

823 472

641 554

641 723 989 554

894

319 819

554

115 593 640

319 894 469

827

555

348 472 820

3-2

2-1

2- 3 3- 3 2-2

5- 6 2- 3 0- 1 4- 3 3- 4 4- 4 2- 2 3- 4

1 - 1 6- 5 1- 2 1- 2 2- 3 3- 2 1- 2 4- 4 0- 1 3-2

3-4

3- 4 4- 4 4- 4

1 -0

5- 4 3-4

5-5

2- 1 3- 3 3-2

5-4

2-3

1- 2 2- 2 3- 2 2- 3 3- 4 3-3

3-2

3-2

3-4

3-4

3-3

2- 2 1-0

1- 2 3- 2 2- 1 1- 2 2- 2 2-1

1- 2 2- 3 2-2

4- 3 2- 2 4- 3 1- 2 5- 4 3- 2

1 - 1 2- 3 3- 4 1-1

\j — 1 3-3

-.18

-.48

-.35

-1.12

-.82

-1.27

-1.45

-2.44

-1.47

-2.59

-1.26

-2.24

-1.75

-1.12

-2.09

-2.90

-1.86

-1.03

.17 -2.08

-.90

-1.25

-2.22

-.20

-.41 -1.57

-1.19

-1.63

-2.26

-1.65

-1.90

-2.81 -.86

-1.87

-2.07

-1.07

-1.30

-1.06

-2.84

.01 -.99

-2.00

-.03

-1.75

-1.35

-1.07

-2.33

-1.27

-1.83

-1.62

-1.42 - 1.29 -1.72

-1.58

-1.58

-1.29

-2.29

-1.66

-1.63

-2.06

-1.91 -2.05

-2.17

-1.88

-2.03

-1.15

-1.01 -2.67 — 1I ,y\j -1.25

3.47 3.17 3.30

2.53 2.84

2.38

2.20

1.21 2.18

1.06 2.40

1.41

1.91 2.54

1.57 .76 1.80 2.62

3.83

1.58 2.76 2.40

1.44 3.46

3.25 2.09

2.47

2.02

1.40 2.00

1.75

.85 2.80

1.79

1.58 2.59

2.36 2.60

.82 3.67 2.66

1.66 3.63

1.91 2.31 2.59

1.33 2.39

1.83 2.04

2.24

2.37

1.94 2.08

2.08

2.37

1.37 2.00

2.03

1.60

1.75

1.61 1.49

1.79

1.63 2.51 2.66

.99

1 7 1 2.41

36

6.58-01

3.32-01

4.47-01

7.58-02

1.52-01

5.31- 02 3.55-02

3.63- 03 3.37- 02 2.57- 03 5.52-02

5.75- 03 1.80-02

7.66-02

8.16-03

1.26-03

1.39-02

9.23-02

1.49+00

8.32- 03 1.26-01

5.60-02

6.08-03

6.31-01

3.89-01

2.69-02

6.52-02

2.33- 02 5.50-03

2.22- 02 1.25-02

1.55-03

1.38- 01 1.35-02

8.42-03

8.58- 02 5.07-02

8.69-02

1.45-03

1.03+00

1.01-01 1.00-02

9.42-01

1.78-02

4.47- 02 8.57-02

4.68-03

5.42-02

1.48- 02 2.42-02

3.77-02

5.13-02

1.91-02

2.64- 02 2.64-02

5.18-02

5.13- 03 2.20-02

2.34- 02 8.71-03

1.23- 02 8.95-03

6.76- 03 1.33-02

9.35- 03 7.07-02

9.87-02

2.14- 03 111 I.I 1 — 07yfL 5.63-02

9.39- 02 6.65-02

8.93- 02 1.08-02

3.05- 02 4.83-03

7.10-03

3.63- 03 3.75-03

3.67- 04 6.13-03

1.15-03

2.56-03

2.55- 02 6.28- 04 4.20-04

4.64- 03 1.85-02

2.12- 01 2.77- 03 1.40- 02 5.60-02

8.68- 04 9.01-02

5.56- 02 2.99-03

7.25-03

7.78- 03 5.00-04

3.17-03

1.13- 03 3.10-04

1.98-02

1.94- 03 7.65- 04

1.72- 02 1.69- 02 1.74-02

2.06- 04 2.06-01

1.45-02

1.43-03

1.35- 01 2.54-03

6.38- 03 1.22-02

6.68-04

1.08-02

4.95- 03 8.06-03

5.39- 03 1.03-02

6.38- 03 5.29- 03 5.28-03

1.73- 02

1.03- 03 4.39- 03 2.60-03

1.74- 03 1.36- 03 2.98-03

6.15-04

1.90-03

3.12- 03

1.41 -02

I.4I -02

7.13- 04

! 1 1 —02

8.04- 03

2.17+08

1.10+08

1.47+08

2.50+07

5.03+07

1.75+07

1.17+07

1.19+06

1.11+07

8.42+05

1.81+07

1.88+06

5.87+06

2.50+07

2.67+06

4.11+05

4.55+06

3.01+07

4.84+08

2.71+06

4.10+07

1.82+07

1.98+06

2.05+08

1.26+08

8.74+06

2.12+07

7.58+06

1.78+06

7.19+06

4.04+06

5.01 +05

4.48+07

4.38+06

2.72+06

2.77+07

1.64+07

2.80+07

4.66+05

3.32+08

3.27+07

3.22+06

3.03+08

5.71+06

1.43+07

2.75+07

1.50+06

1.73+07

4.75+06

7.74+06

1.21 +07

1.64+07

6.12+06

8.45+06

8.43+06

1.66+07

1.64+06

7.01 +06

7.47+06

2.78+06

3.91 +06

2.85+06

2.15+06

4.24+06

2.97+06

2.25+07

3.14+07

6.79+05

3.5 1 +06

L79+07

4.35+07

3.66+07

2.11+07

3.57+06

1.01 +07

1.34+06

1.67+06

3.97+05

1.58+06

9.35+04

2.01 +06

3.77+05

6.52+05

8.34+06

2.42+05

8.23+04

9.09+05

4.30+06

9.68+07

5.42+05

4.55+06

6.08+06

3.95+05

2.28+07

1.41+07

9.72+05

2.35+06

7.58+06

1.98+05

7.99+05

3.67+05

1.67+05

6.40+06

8.76+05

3.02+05

3.96+06

3.28+06

5.61 +06

9.33+04

4.75+07

3.63+06

4.59+05

6.05+07

1.14+06

1.59+06

3.05+06

2.14+05

3.47+06

4.75+06

1.55+06

2.41 +06

5.47+06

1.22+06

1.69+06

2.81+06

3.31+06

2.34+05

1.40+06

1.07+06

5.55+05

5.58+05

5.69+05

2.39+05

8.47+05

9.91 +05

3.21 +06

3.49+06

2.26+05

1.17+06

2J5+06
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Conlmued

Wuselength A

Enercv Levels

'k Multiptet No.

J- Values Log Log

/ A

4584.820

4587.130

4587.730 4591.500

4592.660

4593.540

4594.960

4595.210

4595.360

4596.060

4596.430 4598.120

4598.370

4598.730

4600.940

4602.000

4602.940

4603.350 4603.960

4604.250

4604.850

4607.660

461 1.080 4611.280 4613.210

4614.220 4618.760

4619.290

4620.140

4625.050

4627.530

4630.120

4631.500

4632.820 4632.920 4633.760

4634.170 4635.630

4635.850

4637.510 4638.020

4643.220

4643.470

4647.440

4649.830

4654.500

4654.630

4657.600 4658.290

4661.540

4661.980

4663.180

4665.550

4667.460

4668.140

4669.170

4672.840

4673.170

4673.280

4674.660

4677.600

4678.850

4679.230 4680.300 4680.480

4682.580 4683.560

4685.040

4687.310

4687.390

29056-50861

28820-50614

32134-53925

22249-44023

12561-34329

31805-53569

26406-48163

29313-51069

26628-48383

29056-50808

29469-51219

26479-48221

7728-29469

29469-51208

26106-47835

12969-34692

11976-33695

22947-44664

24119-45833

22838-44551

29313-51023

26340-48037

26624-48305

29469-51 149 26550-48221

26624-48290

23784-45428

29056-50699

24772-46410

26140-47756

26628-48231

18378-39970

35257-56843

29469-51048

12969-34547

24339-45914

22838-44411

23111-44677

22947-44512

26479-48037

29056-50611

1 1976-33507

29469-50999

21716-45295

26106-47606

12561-34040

25900-47378

22947-4441

26351 -47812

36767-58213

241 19-45563

28605-50043

32874-54301

29056-50475

26340-47756

29469-50880

12969-34363

29469-50862

29469-50861

12561 -33947

33507-54880

29056-50423

27167-48532

12969-34329

23052-44411

23711 -45061

22838-44184

22947-44285

7728-29056

22838-44166

822

795

971

39

971 638 846

594

820

823 554 970

819

59139

39 348 410

348 846

554

641 826 554

638 409

821 468

554

115

1 152 820

39 410

319

349 554

822

38 820

409

592

38 554

346

591 1207 409

754

1044 822 554

82140 820

82240

1072

821 688

39 346

384

346

347

17 347

3-2

5- 4 2- 1 3- 4 3-3

3- 2 1- 2 6- 5 4- 5 3- 4 2- 3

1 - 1 3- 2 2-1

6-5

2-1

4- 5

1 -2

4- 4 2-3

6-6

2-2

2-2

2-2

0- 1 2- 1 5- 4 3- 2 1- 1 3- 3 4- 5 2- 3 4-4

2-1

2- 2 3- 3 2- 1 3- 4 1-2

1- 2 3- 3 4- 3 2- 2 5- 5 6- 5 3- 4 4- 4

1 - 1 5- 4 3- 2 4- 3 2- 1 4-4

3- 4 2-3

2-1

2-1

2-3

2- 2 3- 2 3-2

3- 4 4- 3 2-3

0- 1 4-3

2- 2 1- 2 3- 3

-1.01 -.80 - 1.30 -2.30

-1.91 - 1.01 -2.38

-1.65

-.93

-.75 -1.38

-.68

-4.61 -1.62

-1.68

-2.50 - 1.46 -2.22

-2.16

-2.77

-1.67

-.64

-2.09

.01 -.86

-1.73

-1.28

-.26

-2.46

-.62 - 1.89 -1.83

-.83

-1.05

-2.31 -2.06

-2.88

-2.49

-1.46

-.58

-.24

-4.43

-.46

-.47

-1.86

-2.18

-.31 -1.91 -1.92

.04 -1.45

-1.34

-1.27

.06 -.29

-.42

-3.87

-.40

-.90

-3.52

-1.01

.15 -1.24

-3.05

-1.93

-2.06

-1.55

-2.28

-4.37

-1.76

2.65 2.87 2.36

1.36

1.75 2.65

1.28

2.01 2.73

2.92

2.28

2.98 -.95

2.05

1.98 1.16 2.20

1.44 1.50

.89 1.99 3.02

1.58 3.68

2.81 1.94 2.38 3.40

1.20 3.04

1.78 1.84 2.84

2.61 1.36

1.61 .79 1.18

2.21 3.08

3.43 -.76

3.21 3.20

1.80

1.49 3.36

1.76

1.75 3.71 2.22

2.33

2.39

3.73 3.38

3.25 -.20

3.27

2.77

.15 2.66

3.83

2.43

.62 1.74

1.61 2.12

1.39 -.70

1.91

37

9.70-02

1.60- 01 4.98-02

5.01- 03 1.23-02

9.82-02

4.17-03

2.23- 02 1.16-01

1.79-01

4.13-02

2.10-01

2.45- 05 2.43-02

2.10- 02 3.16- 03 3.47- 02 6.03-03

6.92-03

1.70- 03 2.11- 02 2.27-01

8.20-03

1.03+00

1.38- 01 1.88-02

5.25-02

5.48- 01 3.46- 03 2.40-01

1.29-02

1.48-02

1.48-01 8.84-02

4.90- 03 8.71- 03 1.32-03

3.24- 03 3.47- 02 2.61- 01 5.81- 01 3.72- 05 3.50-01

3.39- 01 1.37-02

6.61-03

4.92-01

1.23-02

1.20-02

1.10+00

3.55-02

4.54-02

5.31-02

1.14+00

5.12- 01 3.78-01

1.35-04

3.95-01

1.25- 01 3.02- 04 9.75- 02 1.43+00

5.76- 02 8.91- 04

1.17- 02 8.71-03

2.82- 02 5.25-03

4.27-05

1.74-02

1.39- 02 1.46-02

9.97-03

7.16-04

1.76- 03 1.40- 02 1.39- 03 1.71-03

1.29- 02 2.56-02

8.25-03

6.99-02

3.51-06

4.85-03

1.61- 03 6.32-04

3.85-03

2.01- 03 7.69- 04 3.40- 04

1.63- 03 4.54-02

1.64- 03 2.06-01

1.38- 01 3.75-03

4.77- 03 7.82-02

1.15- 03 3.42-02

1.44-03

2.96-03

1.65- 02 1.77- 02 9.80-04

1.24-03

2.64-04

4.62- 04

1.16- 02 8.70- 02 8.30- 02 4.13-06

7.00-02

3.08- 02 1.05-03

9.44-04

5.46-02

4.10-03

1.10-03

1.58-01 3.94-03

9.09- 03 5.90-03

1.63- 01 1.02- 01 7.56-02

2.70-05

7.90-02

2.50-02

4.31- 05 1.39- 02 2.04-01

6.40- 03 1.78- 04 1.17- 02 9.68-04

5.64- 03 1.75-03

6.09-06

3.48-03

3.08+07

5.07+07

1.58+07

1.59+06

3.89+06

3.1 1 +07

1.32+06

7.03+06

3.68+07

5.67+07

1.30+07

6.61 +07

7.74+03

7.65+06

6.60+06

9.96+05

1.09+07

1.90+06

2.18+06

5.34+05

6.65+06

7.14+07

2.57+06

3.22+08

4.34+07

5.88+06

1.64+07

1.71 +08

1.08+06

7.47+07

4.03+06

4.60+06

4.61 +07

2.75+07

1.52+06

2.71+06

4.09+05

1.00+06

1.08+07

8.09+07

1.80+08

1.15+04

1.08+08

1.05+08

4.22+06

2.03+06

1.51+08

3.78+06

3.70+06

3.39+08

1.09+07

1.39+07

1.63+07

3.50+08

1.57+08

1.16+08

4.12+04

1.21 +08

3.82+07

9.22+04

2.97+07

4.35+08

1.75+07

2.71+05

3.58+06

2.65+06

8.57+06

1.59+06

1.30+04

5.28+06

6.15+06

5.64+06

5.26+06

1.76+05

5.56+05

6.21 +06

2.63+05

6.39+05

3.34+06

6.30+06

1.86+06

2.20+07

1.55+03

2.55+06

6.00+05

3.32+05

9.92+05

3.79+05

2.42+05

7.63+04

5.12+05

1.43+07

5.14+05

6.45+07

1.45+07

1.96+06

1.82+06

3.42+07

3.60+05

1.07+07

3.66+05

6.57+05

5.12+06

9.16+06

3.04+05

3.87+05

1.36+05

1.12+05

2.15+06

1.62+07

2.57+07

1.64+03

2.16+07

9.51+06

3.84+05

2.26+05

1.68+07

1.26+06

4.1 1 +05

6.78+07

1.56+06

4.65+06

1.81+06

3.88+07

2.24+07

3.86+07

1.37+04

1.72+07

7.63+06

1.84+04

5.95+06

4.84+07

2.51+06

3.88+04

1.19+06

3.78+05

1.71+06

3.19+05

1.85+03

7.54+05
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavelength AEnergy Levels K

Multiplet No.

y-Values

Log

(l^fi Log

U'/X) / A

4687.680

4688.380

4690.150

4690.380

4691.410

4700.170

4701.050

4704.960

4705.460

4707.280

4707.490 4708.970

4709.090

4710.290 4712.100

4714.070 4714.180

4721.000

4725.940

4726.160 4727.000

4727.400 4728.560

4729.030

4729.700

4733.600 4734.100

4735.850 4736.780

4737.630

4740.340

4741.080

4741.530

4745.130

4745.810 4749.580

4749.930

4757.580

4765.480

4766.880

4768.330

4768.400

4771.700 4772.820

4776.070

4776.340

4779.440 4780.820

4785.960

4786.810

4787.840

4788.760

4789.650

4791.250

4793.950 4794.360

4798.270

4798.740

4799.410

4800.140 4800.650

4802.880

4804.530 4807.240

4807.720

4808.160 4809.150

4809.260 4809.950

48 1 1 .040

23052-44378

33802-55125

29733-51048

8155-29469

241 19-45428

29799-51069

29733-50999

29733-50981

28605-49851

26140-47378

22947-44184

29357-50587

29469-50699

24339-45563

24336-45552

36767-57974

26628-47834

241 19-45295

34637-55791

24181-45334

26406-47556

29733-50880

29469-5061 1 32874-54014

27395-48532

1 1976-33096

34637-55754

32874-53983

25900-47006

26351-47453

24339-45428

26875-47961

22838-43923

17927-38996

29469-50534

12969-34017

36767-57814

34363-55376

12969-33947

27560-48532

29733-50699

2371 1 -44677

17727-38678

24336-45282

26624-47556

36767-57698

27543-48460

26624-47136

33413-54301

24336-45221

24181-45061

26106-46982

28605-49477

26406-47272

24575-45428

19552-40405

33765-54600

12969-33802

29357-50187

24507-45334

33413-54237

29372-50187

28820-49628

34329-55125

27167-47961

26225-47017

29799-50587

32874-53661

28820 — 49604

24772-45552

347

1071 820

17 409

935 820

821 752 554

346

889

821 409

467

1206

591

1071

1 134 384

635

821 822

1043 a 688

38

1133 1042 554 590 409

688

346

67

821

1206 634

40

688

821 384

67

38 635

1206 720

633

1044 467

384

588

753 633 512

115 1042

38 888 384

1042 888 794

634

688

633

933

1039 793 467

0- 1 2-3

1- 1 1-2

4-4

4-5

1- 2 1^0

2- 3 3- 4 1- 2 2- 3 2- 2 3- 3 2- 1 3- 2 4- 3 4-5

2- 3 3- 2

1 - 1

1 - 1 2- 3 4- 5 3- 3 4- 4

2 — 2 4-5

4- 5 5- 4 3-4

5- 4 2-3

1- 1 2- 3 2- 1 3- 3

1 - 1 2 — 2 2-3

1- 2 4- 4 2- 2 2-2

2- 1 3- 4 1- 0

2 — 2 3-4

2- 3 3- 3 6- 6

2 — 2

1 - 1 4- 4

1 - 1 2- 3 2 — 2 2 — 2 2 — 2 3- 4 3-2

5- 4 3- 3 4- 4 3- 3 4- 3 4- 3 5- 5

1 - 1

-2.72

-1.00

-.65 -4.33

-.59

-.85 -1.10

-.55 -1.19

-.23

-1.30

-.80

-.45

-.74

-2.06

-.24 - 1.89 - 1.69 -1.00

-2.02

-2.25

-.41 -.37

-.40

-1.65

-2.38

-.28

-.05 -.02 - 1.52 - 1.69 - 1.58 - 1.17 -3.01 -.44

-4.13

-.24

.03 -3.35 - 1.57 -.68

-1.57

-2.55

-1.05

-1.73

-.37

-1.38

-2.21 -.66

-.78 - 1.78 -.93 -.19 - 1.68 -2.55

-2.95

-.41 -2.97

-1.20

-2.34

-.26

-.76 - 1.52 - 1.28 - 1.37 -1.85

-1.69 - 1.51 - 1 .82 -2.34

.95 2.67

3.02 -.66

3.08

2.82

2.58

3.13 2.48 3.44

2.37

2.88

3.22

2.93

1.61 3.43

1.78

1.98 2.68

1.65 1.42 3.26

3.31 3.28

2.03

1.30 3.39

3.63

3.65 2.16

1.99 2.10

2.51

.67 3.24 -.45

3.43

3.71

.33

2.1 1 3.00

2.1 1 1.13 2.63

1.94

3.31 2.30

1.47 3.02 2.90

1.90 2.75 3.49 2.00

1.13

.73 3.27

.71 2.49

1.34 3.42

2.93 2.16 2.40

2.32

1.83 2.00

2.17

1 .86 1.34

J8

1.91-03

9.96-02

2.22- 01 4.68- 05 2.57-01

1.40-01 8.01-02

2.84-01

6.44- 02 5.91-01

5.01- 02 1.60-01 3.54- 01 1.82-01 8.71-03

5.77-01

1.29-02

2.04-02

1.00-01 9.55- 03 5.56- 03 3.87-01

4.31-01

4.02- 01 2.24-02

4.17-03

5.23- 01 8.95-01

9.45- 01 3.04-02

2.04-02

2.66-02

6.76- 02 9.77- 04 3.63-01

7.41 -05

5.71-01

1.07+00

4.47-04

2.69- 02 2.08- 01 2.69-02

2.82-03

8.91-02

1.84-02

4.23-01

4.15- 02 6.13-03

2.16- 01 1.66-01 1.66-02

1.16-01 6.51-01

2.09- 02 2.82-03

1.12-03

3.87-01

1.07- 03 6.37-02

4.57- 03 5.50-01

1.75-01 3.02-02

5.23-02

4.31-02

1.40-02

2.06-02

3.08- 02

1.5 1 -02

4.57-03

1.91- 03 1.99-02

7.40-02

1.56-05

2.86-02

1.56-02

2.67-02

9.46-02

1.29-02

8.45- 02 1.67- 02 3.19- 02 7.07-02

2.60-02

1.74-03

8.25- 02 1.44-03

2.27-03

2.01 -02

1.36- 03 1.85- 03 1.29- 01

8.61 -02

4.46- 02 3.20- 03 4.63- 04 1.05-01 9.94-02

1.05-01 2.77- 03 2.92- 03 2.42-03

1.35-02

3.26- 04 7.27- 02 1.48-05

8.16-02

3.56-01

8.93- 05 5.39-03

6.94- 02 2.99-03

5.64- 04 1.78- 02 3.68- 03 6.04-02

1.38-02

1.23-03

3.09-02

3.32-02

2.37- 03 8.94-03

1.30- 01 6.96-03

3.13- 04 3.74-04

7.74-02

2.14- 04 1.27- 02 9.14-04

7.86- 02 2.51- 02 2.74-03

7.47- 03 4.79- 03 2.00-03

2.28- 03 3.42-03

1 .37—03

1.52- 03

5.78+05

3.02+07

6.73+07

1.42+04

7.79+07

4.24+07

2.42+07

8.55+07

1.94+07

1.78+08

1.51+07

4.80+07

1.06+08

5.47+07

2.62+06

1.73+08

3.88+06

6.1 1 +06

3.00+07

2.85+06

1.66+06

1.15+08

1.28+08

1.20+08

6.68+06

1.24+06

1.56+08

2.66+08

2.81+08

9.04+06

6.06+06

7.89+06

2.01 +07

2.89+05

1.08+08

2.19+04

1.69+08

3.14+08

1.31+05

7.91 +06

6.1 1 +07

7.90+06

8.26+05

2.61 +07

5.39+06

1.24+08

1.21 +07

1.79+06

6.30+07

4.83+07

4.83+06

3.38+07

1.89+08

6.07+06

8.18+05

3.26+05

1.12+08

3.10+05

1.84+07

1.32+06

1.59+08

5.07+07

8.72-^06

1 .5 1 +07

1.24+07

4.04+06

5.93+06

8.89+06

4.35 +06

1.32+06

1.93+05

4.32+06

2.24+07

2.84+03

8.66+06

3.86+06

4.84+06

8.55+07

2.77+06

1.98+07

3.02+06

6.86+06

2.13+07

7.82+06

8.72+05

3.46+07

5.54+05

5.55+05

4.28+06

5.70+05

5.53+05

3.85+07

1.84+07

1.09+07

9.54+05

1.38+05

3.1 1 +07

2.42+07

2.55+07

1.00+06

6.73+05

8.76+05

2.87+06

9.65 +04

1.54+07

7.31 +03

2.41 +07

1.05+08

2.62+04

1.13+06

1.22+07

8.77+05

1.65+05

5.22+06

1.80+06

1.37+07

1.21+07

3.58+05

7.00+06

6.90+06

6.90+05

2.60+06

3.79+07

2.02+06

9.09+04

1.09+05

1.60+07

6.21 +04

3.69+06

2.65+05

1.77+07

1.01 +07

9.69+05

2.16+06

1.38+06

5.77+05

8.47+05

1.27+06

3.96+05

4.39+05
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-ConWnutA

Wavelength A

Energy Levels KMultiplet No.

y-Values Log Log

.'.'/ ./ A

4813.120

4815.230

4817.770

4824.160 4832.730

4834.510

4835.860

4838.090

4838.520

4839.550

4840.320

4841.680

4841.800

4842.790 4843.160

4844.000

4845.660

4848.880

4849.660

4854.890

4855.680

4859.140

4859.750

4860.990

4862.550 4863.650

4871.320 4871.940

4872.140

4873.750

4874.360

4875.900

4877.590

4878.220

4881.730

4882.150 4885.440

4886.340 4887.190

4888.650

4889.010

4889.1 10 4890.760

4891.500

4892.870

4896.440

4903.320

4905.150

4907.740

4908.060

4909.390

4910.030

4910.330

4910.570

491 1.540 4911.790

4917.240

4918.020

4919.000

4920.510

4924.780

4925.290

4927.450

4930.330

4933.190

4933.350

4933.880

4934.020

4938.180

4938.820

26406-47177

27543-48305

17927-38678

29320-50043

29357-50043

19552-40231

33096-53769

26225-46889

27560-48221

26351-47008

33507-54161

26624-47272

33802-54449

33096-53739

27395-48037

28605-49243

26351-46982

18378-38996

28820-49434

33413-54005

27167-47756

33802-54376

23193-43764

27395-47961

33507-54067

27666-48221

231 1 1 -43634

26225-46745

23245-43764

26624-47136

24772-45282

26875-47378

24181-44677

23270-43764

26628-47107

27560-48037

31307-51771

33507-53967

33802-54258

33096-53546

17727-38175

31323-51771

23193-43634

22997-43435

34017-54449

31323-51740

23245-43634

31686-52067

27666-48037

34017-54386

31686-52050

27395-47756

33802-54161

34017-54376

34329-54683

31686-52040

33802-54132

34122-54449

231 1 1 -43435

22846-43163

18378-38678

33096-53394

28820-49109

31937-52214

33802-54067

34122-54386

31805-52067

33507-53769

31805-52050

23193-43435

630

720

67 688

888

115 1068 630

687

588

1068 633 1070

1069 687 750

588

114 793

1043 687

1068 318

688

1070 687

318 630

318

633 467

687 384

318 588

687 966

1066

1065 106667 985

318

318

1070 984

318 986

687

985 687

1068

1068

1098 984

1066

1070 318

318

1 14 1065 792

985

1070

1065 968

1068 966

318

1-1

1-2

1-2

1- 1 2- 1 1- 2 4- 4 3- 2 2- 1 5- 5 3- 3 2- 1 2- 1 4- 5 3- 2 2-3

5- 6 2- 1 5-6

3- 3 4- 3 2-2

2- 1 3- 4 3-2

1 - 1 3-2

3-3

1 - 1 2 — 2 1- 2 5- 4 3- 4 0- 1 4- 4 2- 2 4-3

3- 2 2-2

4- 3 2- 3 3- 3 2- 2 4- 3 1- 1 3- 2 1- 2 2- 2 1-2

1- 1 2- 2 3- 3 2- 3 1- 2 3- 4 2- 1 2- 1 0- 1 3- 3 5- 4 2- 2 4- 4 5- 4 1- 1 2- 2 0-1

3- 2 3- 4 3-2

2-3

-1.95

-2.18

-2.69

-1.27

-1.13

-2.68

-.77 -2.54 - 1.37 - 1.29 -.63 -2.58

-1.1?

-.96

-1.28

-1.43

-1.72

-2.79 - 2.22 -138

- 1.32 -.84

-.33

-1.78

-1.05

-1.19

.11 -1.47

-.05

-2.11 -2.21 -1.39

-2.22

-.54

-1.25

-1.08

-.67

-.15 -.57 -.34

-2.30

-.07

-.09

.17 -.43

-.89

-.60

-1.36

-1.31 -.95

-.71 -.93

-.27

-.32

-.94

-1.00

-.47

-.48

.02 .30 -1.88

-1.24

-1 35 -.71 -.96

-.11 -1.12

-.23

-.51 -.62

1.73

1.51 .99 2.41 2.55

1.00

2.91

1.15 2.32

2.39

3.06

1.10 2.55

2.73 2.40

2.26

1.96

.90 1.47

2.31 2.37

2.85 3.36

1.91 2.63 2.50

3.80

2.22 3.64

1.58 1.48 2.30

1.47 3.15 2.44

2.61 3.02 3.54

3.12

3.35

1.39 3.62 3.60

3.86

3.26

2.80

3.09

2.33 2.38 2.74

2.98 2.76

3.43 3.37 2.76

2.69

3.22

3.21

3.71 3.99

1.81 2.45 2.34

2.99

2.73 3.58 2.58

3.46

3.19

3.07

59

1.12-02

6.66-03

2.04- 03 5.34- 02 7.37-02

2.09-03

1.68-01 2.91-03

4.28-02

5.08- 02 2.37-01

2.63-03

7.35- 02 1.11- 01 5.20-02

3.75- 02 1.88-02

1.62-03

6.05- 03 4.20-02

4.78- 02 1.45- 01 4.68-01

1.68-02

8.87- 02 6.48-02

1.29+00

3.41 -02

8.91-01

7.72-03

6.17-03

4.09- 02 6.03-03

2.88- 01 5.59-02

8.25-02

2.12- 01 7.09-01

2.70-01

4.58-01

5.01-03

8.44-01

8.13- 01 1.48+00

3.68-01

1.30-01 2.51-01

4.41-02

4.86-02

1.13-01

1.96-01

1.17-01 5.43-01

4.79- 01 1.16-01

1.01-01 3.41-01

3.28-01

1.05+00

2.00+00

1.32-02

5.76- 02 4.46- 02 1.96-01

1.09-01 7.79-01

7.66-02

5.84-01

3.1 1 -01

2.40-01

3.72-03

2.22- 03 6.81-04

1.78- 02 1.47-02

6.96- 04 1.87-02

4.16-04

8.56-03

4.62- 03 3.39- 02 5.26- 04 1.47-02

1.23- 02 7.44- 03 7.51-03

1.71- 03 3.24- 04 5.50-04

6.00-03

5.31-03

2.90-02

9.35- 02 2.40- 03 1.27- 02 2.16-02

1.84-01 4.87- 03 2.97- 01 1.54- 03 2.06-03

3.72- 03 8.61- 04 2.88- 01 6.21-03

1.65- 02 2.36- 02

1.01 -01

5.41- 02 5.09-02

1.00- 03 1.21-01

1.63- 01 1.64- 01 1.23-01 1.86-02

8.37- 02 8.81- 03 1.62- 02 3.75-02

3.93-02

1.68-02

1.09-01

1.60-01

1.66- 02 2.01- 02 6.82- 02 3.28- 01 1.50-01

1.81-01 2.64-03

6.39-03

4.06-03

6.55- 02 2.18-02

7.79- 01 1.09-02

8.34-02

4.45- 02 4.80- 02

3.22+06

1.92+06

5.87+05

1.53+07

2.10+07

5.96+05

4.80+07

8.29+05

1.22+07

1.45+07

6.75 +07

7.48+05

2.09+07

3.15+07

1.48+07

1.07+07

5.35+06

4.60+05

1.72+06

1.19+07

1.35+07

4.09+07

1.32+08

4.73+06

2.50+07

1.83+07

3.62+08

9.57+06

2.50+08

2.17+06

1.73+06

1.15 +07

1.69+06

8.08+07

1.56+07

2.31+07

5.93+07

1.98+08

7.55+07

1.28+08

1.40+06

2.36+08

2.27+08

4.12+08

1.03 +08

3.62+07

6.97+07

1.22+07

1.35+07

3.12+07

5.43 +07

3.25+07

1.50+08

1.33+08

3.20 + 07 2.78+07

9.40+07

9.05+07

2.89+08

5.50+08

3.63+06

1.58+07

1.23+07

5.39+07

2.99+07

2.13+08

2.10+07

1.60+08

8.51+07

6.56+07

1.07+06

3.83+05

1.17+05

5.10+06

7.02+06

1.19+05

5.34+06

1.66+05

4.06+06

1.31 +06

9.64+06

2.49+05

6.97+06

2.86+06

2.96+06

1.52+06

4.12+05

1.53+05

1.32+05

1.70+06

1.93+06

8.18+06

4.40+07

5.26+05

5.00+06

6.09 +06

7.24+07

1.37+06

8.35+07

4.34+05

3.46+05

1.28+06

1.88+05

2.69+07

1.74+06

4.62+06

8.47+06

3.96+07

1.51 +07

1.83+07

2.00+05

3.37+07

4.53+07

5.89+07

3.42+07

7.25+06

1.39+07

2.44+06

2.69+06

1.04+07

1.09+07

4.64+06

2.15+07

2.65+07

3.56 + 06 9.27+06

3.13+07

3.02+07

4.12+07

6.1! +07

7.25+05

1.76+06

1.36+06

1.80+07

5.98+06

7.12+07

4.20+06

1.78+07

1.70+07

9.37+06
Table 1 . — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength-Continued

Wavelength A

Energy Levels K

Multiplet No.

7 Values Log Log

>.'/ / A

'

4939.240 33507 — 53748 1065 3 _ 3 -.26 3.44 5.56-01 7.94 — 02 1.52+08 2.17+07

4939.690 6928 — 27167 16 5 _4 -3.18 .51 6.61 -04 6.01 — 05 1.81 +05 2.01 +04

4945.630 33947 -54161 1 113 2 -3 -.86 2.84 1.40-01 2^79- 02 3.81 +07 5.44+06

4946.390 27167 -47378 687 4 -4 -.74 2.96 1.83-01 2.03- 02 4.98+07 5.53+06

4950.1 10 27560 -47756 687 2 -3 - 1.07 2.62 8.50-02 1.70- 02 2.31+07 3.31 +06

33096 -53282 1 A*^Q 4 -5 — 7 1. / J

7 Q7 L.y 1 107 A 1 1.6/ — U 1 2.08- 02 J.UV T^U / 4.03 +UD

4957.300 22997 -43163 318 4 -4 -.09 3.61 8.13-01 9.03- 02 2.21 +08 2.45 +07

4957.600 22650 -42816 318 6 -5 .38 4.08 2.40+00 1.85- 01 6.51 +08 5.92+07

4961.910 29313 -49461 845 6 -5 - 1.54 2.16 2.90-02 2.23- 03 7.87+06 7.15+05

4962.560 33695 -53841 1097 5 -6 -.52 3.18 3.03-01 2.76- 02 8.21 +07 6.31 +06

4966.100 zoo / J — H / L'UD 687 J — <; J -.30 3.39 4.96-01 ^.J I — 1.34+08 1.22+07

4967.900 — J jy L.J 1067 7 — 11 -.21 3.48 6.13-01 1 .^J — 01\j 1 1.66+08 5.52+07

4968.700 29357 -49477 887 2 -2 -1.10 2.60 8.01 -02 1.60- 02 2.16+07 4.33+06

4969.930 34017 -54132 1066 1 - 1 -.19 3.51 6.50-01 2.17- 01 1.75+08 5.85+07

4970.490 29320 -49433 883 1 -2 - 1.03 2.67 9.37-02 3.12- 02 2.53+07 5.06+06

4y /U.DjU 31937 -52050 QC ^ Vo J 1 _ 2 — 1 AA 1 .UO Z.04 0 77 A7

0. / / — Uz 2.92- 02 7 77 -t-n7 Z.3 / T^U / A lA -\-C\(^ 4. /4 T^Uo 4973.1 10 31937 -52040 984 1 -1 -.23 3.47 5.92-01 1.97- 01 1.60+08 5.32+07

4975.420 32134 -52214 586 2 - 1 - 1.35 2.35 4.50-02 9.00- 03 1.21 +07 4.04 +06

4977.650 31686 -51771 985 2 -3 - 1.23 2.46 5.84-02 1.17- 02 1.57+07 2.25 +06

4978.610 32134 -52214 966 2 - 1 -.37 3.33 4.30-01 8.59- 02 1.16+08 3.85+07

4979.590 29357 — 49433 883 2 _2 -1.78 1.92 1.67-02 3.33 — 03 4.48+06 8.97 +05

4982.510 33096 — 53161 1067 4 _ 3 .40 4.10 2.54+00 2.82 — 01 6.81 +08 9.73+07

4983.260 33507 -53569 1067 3 -2 .24 3.94 1.75 +00 2J0- 01 4.69+08 9.38+07

4983.860 33096 -53155 1066 4 -4 .38 4.08 2.42+00 2.69- 01 6.50+08 7.22+07

4985.260 31686 -51740 984 2 -2 -.06 3.64 8.81-01 1.76- 01 2.36+08 4.73 +07

231 1

-43163 i 1 o 3 -4 — 1 .U3 7 A7 Z.D / Q 7 7 n7 v. 33 — Uz 1.33- 02 7 so 4-07 Z. jU 1 U / 7 7fi 4-C\(^ 4986.220 34017 -54067 1070 1 -2 -.69 3.01 2.03-01 6.77- 02 5.45 +07 1.09+07

4988.960 33507 -53546 1066 3 -3 -.11 3.59 7.77-01 1.11 - 01 2.08+08 2.98+07

4991.280 33802 -53831 1065 2 -3 -.07 3.63 8.53-01 1.71- 01 2.28+08 3.26+07

4993.690 33947 -53967 1111 2 _2 -.75 2.95 1.78-01 3.56- 02 4.76+07 9.53 +06

4994.130 7377 — 27395 16 4 _ 3 -2.90 .80 1.26-03 1 40 — 04 3.37+05 4.81 +04

4999.1 10 J J 1 \JJ — J J 1 yjj 1040 z7 — J -.78 2.91 1.64-01 1 70 07 4.39+07 6.27+06

5001.870 31307 -51294 965 4 -3 .42 4.12 2.63+00 2.92- 01 7.01 +08 1.00+08

5002.800 27395 -47378 687 3 -4 - 1.03 2.67 9.37-02 1.34- 02 2.50+07 2.77+06

5004.030 33947 -53925 1112 2 - 1 -.61 3.09 2.44-01 4.88- 02 6.50+07 2.17+07

5UII5. / 2U 31323 -51294 3 -3 .33 4.U3 1 y( 1 AA

2. 1 4 +UU 3.05- 01 D.by +Uo 0.12+U/

5006.130 22846 -42816 318 5 -5 -.33 3.37 4.68-01 4.25- 02 1.24+08 1.13+07

5007.290 31805 -51771 966 3 -3 -.11 3.59 7.70-01 1.10- 01 2.05 +08 2.93+07

5007.710 34637 - 54600 2 -3 -.63 3.07 2.33-01 4.66- 02 6.20+07 8.86+06

5012.070 6928 -26875 16 5 -5 -2.41 1.29 3.89-03 3.54- 04 1.03 +06 9.39+04

5014.950 965 -JJ _ 2 .32 4.03 2.1 1 +00 J .uz — 01 5.60+08 1.12+08

5019.740 966 2 _ 2 - 1.34 2.36 4.60-02 Q7. 7Z I — 01 1.22+07 2.44+06

5020.820 28605 -48516 748 2 - 1 - 1.74 1.96 1.82-02 3.64- 03 4.81 +06 1.60+06

5021.610 34329 -54237 1093 3 -4 -.43 3.27 3.72-01 5.31 - 02 9.84+07 1.09+07

5022.240 32134 -52040 965 2 - 1 .06 3.76 1.15 +00 2.31- 01 3.05 +08 1.02+08

jUZi.ZiO 34547 -54449 1 AQ ^ 2 - 1 — .jy 3.11 7 < ^ A 1 Z. 3 J — U 1 5.10- 02 A 7/1 -I-A7 0. /4 T^U / 7 7 S -I-07 Z.Zj T^U/ 5023.480 34782 -54683 1 150 5 -4 -.69 3.01 2.06-01 1.87- 02 5.45 +07 6.05 +06

5027.140 33507 -53394 1065 3 -4 .1 1 3.81 1.29+00 1.84- 01 3.40+08 3.78+07

5027.210 29357 -49243 883 2 -3 -.85 2.86 1.43 — 01 2.86- 02 3.77 +07 5.38+06

5027.780 33947 -53831 1 1 10 2 -3 -.33 3.37 4.69-01 9.37- 02 1.24+08 1.77+07 J 5028.130 — / \JJ 791 <J — -.49 3.21 3.20-01 7 0

Z." I — 07v>z 8.45 +07 9.39+06

5029.620 718 11 7 -1.52 2.18 3.04-02 1 0 1 07 8.01 +06 1.60+06

5039.260 27167 -47006 687 4 -5 -.89 2.81 1.28-01 1.42- 02 3.35+07 3.05+06

5040.900 34329 -54161 1092 3 -3 .49 4.20 3.12+00 4.46- 01 8.20+08 1.17+08

5041.070 7728 -27560 16 3 -2 -2.73 .97 1.86-03 2.66- 04 4.89+05 9.77+04

C A /I 1 T/C A 5U41. /oU 1 1976 - 3 1 805 36 4 -3 — 2.03 1 .67 (\ 1 1 Al y.33 — U3 1.04- 03 7 /I ^ 1 A/' z.4j T^Uo 7 SA 5044.220 22997 -42816 3 1

4 -5 — 1.61 2.09 2.45 — 02 2.73- 03 6.43 +06 5.85 +05

5048.460 31937 -51740 984 1 -2 — .34 3.37 4.62 — 01 1.54- 01 1.21 +08 2.42+07

5049.820 18378 -38175 1 14 2 -3 — 1.00 2.70 1.00-01 2.00- 02 2.62 +07 3.74+06

5051.640 7377 -27167 16 4 -4 -2.71 .99 1.95-03 2.17- 04 5.10+05 5.66+04

5054.650 Lyjj 1 4Q 1 1 884 z — J - 1.52 2.18 3.02-02 (\ OS 01 7.90+06 1.13+06

5060.080 Q 1 4 — JJ -5.34 -1.64 4.57-06 S Oft 07 1.19+03 1.70+02

5065.020 34329 -54067 1094 3 -4 .52 4.22 3.30+00 4.71- 01 8.57+08 9.52+07

5065.210 29372 -49109 883 3 -4 -.74 2.96 1.82-01 2.60- 02 4.73+07 5.25+06

5067.160 34040 -53769 1092 4 -4 -.18 3.52 6.55-01 7.28- 02 1.70+08 1.89+07

5068.770 2371

-43435 383 4 -3 — .59 3. 1

2.57 — 01 2.86- 02 6.67 +07 9.53 +06

5072^080 34547 -54258 1089 2 _2 -!02 3.69 9^59-01 1.92- 01 2.49+08 4.97+07

5072.690 34040 -53748 1095 4 -3 -.29 3.42 5.19-01 5.76- 02 1.34+08 1.92+07

5074.760 34040 -53739 1094 4 -5 .54 4.25 3.50+00 3.89- 01 9.07 +08 8.24+07

5076.290 34692 -54386 1089 1 -> -.03 3.68 9.36-01 3.12- 01 2.42+08 8.08+07

40
Table 1 — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — ConX\nue^6

Wavejength A

Energy Levels K

Multiple! No.

7-Values Log Log

(xA) Kf / A

5078.980 5079.230

5079.740

5083.340

5090.790

5097.000

5098.700

5099.090 5107.450

5107.640

5109.650

51 10.410 5121.640

5123.720

5125.130 5126.220

5127.360

5129.660

5131.480

5133.690

5137.390

5139.260

5139.470

5141.750

5142.540 5142.930

5145.100 5148.060

5148.230

5150.840

5151.920

5159.070

5162.290

5164.560

5165.420

5166.290

5167.490

5168.900

5171.600

5177.230

5180.060

5184.290 5187.920

5191.460 5192.350

5194.940

5195.470

5196.100

5197.940

5198.710

5202.340

5204.590 5207.940

5208.600

5215.180

5216.280

5217.400

5217.930

5223.190 5225.530

5226.870

5227.190

5228.390

5229.860 5232.950

5235.390

5236.200

J5747Z., ^son\J\J .5243.790 5247.060

34692-54376

17727-37410

7986-27666

7728-27395

34329-53967

34547-54161

17550-37158

32134-51740

7986-27560

12561-32134

34692-54258

0- 19562 34547-54067

8155-27666

34040-53546

34329-53831

7377-26875

31805-51294

17927-37410

33695-53169

33695-53155

24181-43634

23711-43163

19552-38996

34329-53769

7728-27167

17727-37158

34547-53967

34329-53748

7986-27395

8155-27560

34547-53925

33695-53061

35768-55125

34040-53394

0-19351

1 1976-31323

416- 19757

1 1976-31307

29799-49109

36079-55379

34547-53831

33413-52683

24507-43764

24181-43435

12561-31805

34040-53282

34329-53569

34692-53925

17927-37158

17550-36767

704-19913

29320-48516

26140-45334

26340-45509

12969-32134

25900-45061

29357-48516

29320-48460

888-20020

24507-43634

12561-31686

34040-53161

26479-45595

2371 1 -42816

20875- 39970 33765-52858

J I J — to J o J 34329-53394

704- 19757

109266

16

16 1090

109266 965

1636 1089

1 1095

16 1090

1089

16 96566

1092

1090 383

383

1 14 1092

16 66

1090

1095

1616 1091 1089

1 166 1089

1 37

1 36 930

1 166 1089 1032 383

38336

1092

1091 109166

66

1 880

553

55336 553 880

880

1 383

37

1091 553

383 210

1034 834

1089

1 -2

2- 1 2- 1 3- 3 3-2

2- 3 3- 2 2-2

2- 2 3- 2

1 -2

4- 4 2- 2

I - 1 4- 3 3- 3 4- 5 3-3

1 - 1 5- 6 5- 4 3- 2 4- 4

1 - 1 3-4

3-4

2-2

2- 2 3- 3 2-3

1 -2

2- 1 5- 5 4- 3 4-4

4-5

4-3

3- 3 4- 4 4-4

3-2

2- 3 3- 2 2- 1 3- 3 3- 3 4- 5 3-2

1 - 1 1- 2 3-3

2- 2 1- 1 3- 2 2- 1 2-2

4- 3 2- 1 1-0

1- 1 2- 2 3- 2 4- 3 1- 0 4-5

3-3

2- 1 6 — 5 3- 4 2-3

.41 - 1 .45 -2.91 -2.74

.22

.37 - 1.40 -.57 -2.78

-2.04

-.06

-3.34

.07 -2.79

.56 -.10

-2.91 -.96 - 1.92

.89

.48 -.19

-.05 - 1.57

.43 -2.72

-2.40

.15 .38 -2.70

-2.83

.07 .76

.17

.33 -3.68

-.88

-3.49 - 1.28 - 1.16

.06 -.06

-.33

.04

.18 - 1.63

.62

.35 -.40 - 1.50 -1.19

-3.77

-1.20

-.18

-.17

-1.65 -.37

-.90 - 1.21 -4.26

-.01 -.84

.11 -.19

.39 - 1.48 -.40 — .19 -!l5

-4.50

4.12

2.26

.80

.97 3.93 4.08

2.31 3.14

.93 1.67 3.65

.37 3.78

.92 4.27

3.61

.80 2.75

1.79 4.61 4.19

3.52 3.66

2.14 4.14

.99

1.31 3.86 4.10

1.01 .88 3.78 4.47

3.88 4.04

.03 2.83

.22 2.43 2.55 3.77 3.66

3.39 3.76

3.90

2.09 4.34

4.07

3.31 2.22

2.53 -.05

2.52 3.54

3.55 2.07

3.35 2.82

2.51 -.54

3.71 2.88

3.83

3.53

4.1

2.24

3.32

3.53 3.57 -.78

41

2.57+00

3.55-02

1.23-03

1.82-03

1.66+00

2.37+00

3.98-02

2.72- 01 1.66-03

9.12-03

8.75- 01 4.57-04

1.17+00

1.62-03

3.64+00

7.96-01

1.23- 03 1.10-01 1.20-02

7.85+00

3.05+00

6.46-01

8.91-01

2.69- 02 2.67+00

1.91-03

3.98-03

1.41 +00

2.43+00

2.00-03

1.48-03

1.17+00

5.72+00

1.47+00

2.14+00

2.09-04

1.32-01 3.24- 04 5.25- 02 6.91-02

1.14+00

8.73- 01 4.71-01

1.10+00

1.51+00

2.34-02

4.19+00

2.25+00

3.96-01

3.16-02

6.46-02

1.70- 04 6.31-02

6.61-01

6.76- 01 2.24-02

4.27-01

1.26- 01 6.14-02

5.50-05

9.77- 01 1.45- 01 1.30+00

6.46- 01 2.45+00

3.31-02

4.02-01

6.40-01

7.08-01

3.16-05

8.58-01

7.10-03

2.46- 04 2.60-04

2.37-01

4.74- 01 5.69-03

5.44-02

3.32-04

1.30-03

2.92- 01 5.08-05

2.34-01

5.41 -04

4.04- 01 1.14- 01 1.37- 04 1.57-02

4.01 -03

7.13-01

2.77-01

9.22-02

9.90-02

8.97-03

3.81-01

2.72-04

7.96-04

2.83-01

3.47- 01 3.99-04

4.93- 04 2.34- 01 5.20- 01 1.64-01 2.38- 0! 2.32-05

1.46-02

4.62- 05 5.83-03

7.68-03

1.63- 01 1.75- 01 6.72- 02 2.19-01

2.16-01

3.35- 03 4.66-01

3.21- 01 1.32-01

1.05- 02 9.22- 03 3.40-05

2.10-02

9.44- 02 1.35-01 4.48- 03 4.74-02

2.52-02

2.05- 02 1.83-05

1.95-01 2.06- 02 1.45- 01 2.15- 01 2.73- 01 4.73-03

8.04-02

4.92-02

1.01-01 6.32-06

6.66+08

9.17+06

3.18+05

4.70+05

4.28+08

6.09+08

1.02+07

6.98+07

4.24+05

2.33+06

2.24+08

1.17+05

2.97+08

4.12+05

9.23+08

2.02+08

3.12+05

2.78+07

3.05+06

1.99+09

7.70+08

1.63+08

2.25+08

6.79+06

6.73+08

4.81+05

1.00+06

3.56+08

6.1 1 +08

5.02+05

3.72+05

2.93+08

1.43+09

3.68+08

5.35+08

5.22+04

3.29+07

8.08+04

1.31 +07

1.72+07

2.84+08

2.17+08

1.17+08

2.71+08

3.74+08

5.79+06

1.04+09

5.56+08

9.77+07

7.80+06

1.59+07

4.18+04

1.55+07

1.62+08

1.66+08

5.49+06

1.05+08

3.08+07

1.50+07

1.34+04

2.39+08

3.53+07

3.17+08

1.57+08

5.98+08

8.06+06

9.77+07

1.55+08

1.72+08

7.66+03

1.33+08

3.06+06

1.06+05

6.71+04

8.55+07

8.69+07

2.04+06

1.40 + 07 8.49+04

4.66+05

4.47+07

1.30+04

5.95+07

1.37+05

1.32+08

2.89+07

2.84+04

3.97+06

1.02+06

1.53+08

8.55+07

3.26+07

2.50+07

2.26+06

7.48+07

5.34+04

2.01 +05

7.12+07

8.72+07

7.17+04

7.43+04

9.76+07

1.30+08

5.26+07

5.94+07

4.75+03

4.70+06

1.15 +04

1.45+06

1.91 +06

5.69+07

3.09+07

2.33+07

9.05+07

5.35+07

8.28+05

9.42+07

1.11 +08

3.26+07

1.56+06

2.27+06

8.36+03

5.17+06

3.25+07

5.53+07

1.10+06

1.49+07

1.03+07

1.50+07

4.47+03

4.77+07

7.06+06

4.53+07

1.57+08

5.44+07

1.15+06

3.26+07

1.41 +07

1.91 +07

1.09+03
Table 1 — Oscillator Strengths and Transition Probabilities for 3288 Lines of Ft i in Order of Wavelength — ConXmucd

Wavejength A

Energy Levels KMultiplet No.

J-Values

Logiuft Log

/ A

5249. 1 UU 36079 -55125 1 1 00 3 -3 — 7 1 .2 1 7 ^ 1 3.5

\ A A 1 0. 1 4 — 00 77 A7 8. / / — 02 1 /in 1 AO 1 .49 +08 2. 1 2 +07

5250.2 1978 -20020 1 0 - 1 — 4.4(5 — 7/1

. /4 7/17 AC 3.4 / — 05 1 A1 AC 3.4 / — 05 0 7 A 1 A7 8.39 +03 1 OA 1 A7 2.80 +03

525U.D5U 17727 -36767 00 2 -3 — 1 <7 1.52 7 7r\ 2.20 7 A') A') 3.02 — 02 /: (\A 07 D.04 — 03 7 7 1 i_ AA /.3 1 +00 1 A/1 1 AA 1 .04 +06

525 3.5UU 26479 -45509 c c 1 553 1 - 1 — .80 7 07 2.92 ICQ A 1

1 .58 — 0 1 C 7C A7 5.28 — 02 7 Q7 j_A7 3.83 +0 /

1 TO 1 f\n

1 .28 +0 / 5254. yoU 888 -19913 1

1 1 2 /I 7T — c 1 .31 cq nc J .8V — Uj 1 Qz; AC 1 .70 — U5 1 /I 7 -LO/I 1 .4/ +04 7 0/1 _L A7 2.84 +03

<j263.3 10 26340 -45334 553 2 -2 — .19 3.53 6.46 — 01 1.29 — 01 1 .55 +08 3. 1 1 +07

5263.870 28820 -47812 788 5 -4 - 1.04 2.68 9.14-02 8.31-03 2.20+07 2.44+06

5266.560 24181 -43163 383 3 -4 .09 3.8! 1.23+00 1.76-01 2.96+08 3.29+07

5269.540 6928 -25900 15 5 -4 - 1.35 2.37 4.47-02 4.06-03 1.07+07 1.19+06

5270.360 12969 -31937 37 2 - 1 -.99 2.73 1.02-01 2.05-02 2.46+07 8.19+06

O"7 "3 1 OA JZ ID. 1 OU 26550 -45509 c c "J 553 0 - 1 — 77 .LI 1 A^ 3.45 c 77 (\\ 5.3 / — 0

C 77 A 1 5.3 / —01 1 '>0 1 AO 1 .29 +08 A m 1 A"? 4.zy +U/

20038 -38996 1 1 A1 14 0 - 1

1 1

— 1 .3d 7 7A 2.3d A 77 n7 4.3 / — 02 A 11 07 4.3 / —02 1 AC _L A7 1 .05 +0 / J Q 1 AA 3.4y +ud

C'>QA 1(^f\ 29372 -48305 ooO 3 _ 2 — 9 A .84 7 CO 2.89 1 /I A 01 1 .40 — 0

7 Afi A7 2.08 — 02 1 AQ I A7 3.49 +0 / A 07 1 (\C O.V / +Uo OO 1 O AA jZo I -oUU 24507 -43435 363 2 -3 — 7 C .25 7/17 3.4 / C /;7 A 1 5.02 — 01 117 A 1 1.12 — 01 i 7 /I i AQ 1 .34 +08 t A*^ 1 €\n

1 .VZ +0/

26140 -45061 553 3 -3 7r\ .20 7 Q7 3.92 1 C G J_ AA 1 .58 +00 7 7 A A 1 2.20 — 01 7 "70 1 AO 3. /9 +08 3.41 +0/

29313 -48231 842 6 -5 — 1 .28 2.44 5.27 — 02 4.05 — 03 1 .26 +07

5285.130 35768 -54683 1 166 4 -4 -.33 3.40 4.72-01 5.24-02 1.13+08 1.25 +07

5288.540 29799 -48703 929 4 -4 -.75 2.97 1.76-01 1.96-02 4.20+07 4.67+06

5293.960 33413 -52297 1031 3 _ 2 -.68 3.04 2.08-01 2.97-02 4.95 +07 9.90+06

5298.780 29372 -48239 875 3 -2 - 1.1

2.62 7.79-02 1.11 -02 1.85 +07 3.70 + 06

53U2.J lU 26479 -45334 553 1 _2 — .04 3.D8 017 A

9.12 — 01 7 A /I A 1 3.04 — 01 7 1 A 1 AO 2. 1 0 +08 /I 7 1 _L A7 4.33 +0 / 5 jU / . JOO 12969 -31805 30 2 -3 — 7 /I A 2.4o 1 7 A 1 .20 1/17 A7 3.4/ —03 (i 07 C\A 0.93 — 04 Q ^1 1 A C 8.2 1 +05 1 1 7 _L AC 1.1/ +05

CI 1 C AO A 53 1 5.000 35257 -54067 114/ 4 -4 — C7 .52 1 7r* 3.20 7 A 1 A 1 3.01 —01 7 7/1 A7 3.34 — 02 7 1 A 1 A7 /. 10 +0 / 7 00 1 A

/.88 +O0

C >'>A ACA 5 J2U.050 29372 -48163 C77 all 3 -2 — 1 /i <

1 .45 7 7C 2.28 ICC n7 3.55 —02 C A7 A7 5.0/ —03 Q8.30+00 7A AA 1 A7 J^AA 1 .D / +OO

c 7 -> 1 1 1 A

5 32 1 . 1 10 35768 -54555 \ 1 d5 4 -4 — 1 1 .11 1 A7 3.02 1 Q A A 1 /.84 — 01 071 A7 0. / 1 — 02 1 0 C L AO 1 .85 +08 7 AC L A7 2.05 +0 / 5322.050 18378 -37163 1 1 2 2 -3 — 1 .97 1 .76 1.07 — 02 2.14-03 2.52 +06 3.60 +05

5324.190 25900 -44677 553 4 -4 .47 4.20 2.95+00 3.28-01 6.94+08 7.72+07

5328.040 7377 -26140 15 4 -3 - 1.46 2.27 3.47_02 3.85-03 8.15+06 1.16+06

5328.530 12561 -31323 37 3 -3 - 1.50 2.23 3.16-02 4.52-03 7.43+06 1.06+06

5329.990 32874 -51630 1028 4 -5 -.24 3.49 5.73-01 6.37-02 1.35+08 1.22+07

c T T -> z: O A 33765 -52512 1 r\i 1

1 03 1 2 - 1 — .29 1 A A C 1 C A 1 5.15 — 01 1 .03 —01 1 .2 1 +08 4.02 +07

c -J -J -> QAA 12561 -31307 36 3 -4 — 2.36 1 11 1.3/ 4.37 — 03 6.24 — 04 1 .02 +06 1.14+05

26340 -45061 ^ ^ 1 553 2 -3 — 1 1 .11 3.02 7 Id A 1 /. /O — 0 1 ICC A 1 1.55 — 01 1 0 1 AO 1 .82 +08 2.59 +07

12969 -31686 3 / 2 _ 7 — 1 CO

1 .59 2. 1

2.57—02 5. 14 — 03 6.01 +06 1 .20 +06

j34V. /4U 35379 -54067 1 1 T

1 163 5 -4 — .45 3.28 3.53 —01 3.2 1 —02 8.23 +07 9. 14 +06

J J J D , J yyj 33096 -51771 1 Ofi7 4 -3 — -U07/ 3 .DO 0 A A A 1 0.*t^ — U 1 0y .JO 78 — 07UZ 1 Q7 -LOft 1 .y 1 +U8 7 fi 1 -L n7 Z.8 I +U/

5364.870 35856 -54491 1 146 2 -3 .91 4.64 8. 1 2 +00 1 .62 +00 1 .88 +09 2.69 +08

5365.400 28820 -47453 786 5 -4 — .36 3.37 4.40 — 01 4.00 — 02 1 .02 +08 1.13 +07

5367.470 35612 -54237 1 146 3 -4 .99 4.72 9 7g -1-00 1 .40 +00 2.26+09 7 57 -1-08 5369.960 35257 -53874 1 146 4 -5 1 .07 4.80 1 19-1-01 1.32 +00 2.74 +09 2.49 +08

C '3 7 1 A QA 7728 -26340 1

3 _2 — 1 .60 2. 1

2.5 1 —02 3.59 — 03 5.8 1 +06 1.16+06

J J / 3. / UU 36079 -54683 1 1 /^A

1 1 DO 3 -4 .24 i.y 1 1 .75 +00 2.5 1—01 A AC 1 AO 4.05 +08 4.50+07

J J / D . o J U 34637 -53230 1 1 "27

1 I 3Z 2 - 1 7 7 .2 / 4.00 \ QtL I AA 1 .8d +00 7 7 1 A 1 3. / 1 — 0 1 A 70 1 AO 4.28 +08 1/17 1 AO 1 .43 +08

J / 7. J oU 29799 -48383 Q7fi 4 -5 — 7C . / 8

7 Q C 2.95 \ dA A 1 1 .D4 — 0 11 0 7 A7 1 .83 —02 7 "70 1 A"? 3. /9 +0 / 1 A A 1 AA 3.44 +00

J O J) . J / U 34782 -53353 1 1 5 -6 1 I 7 I.J/ A Qn 4.9U 1 /I 7 _L A 1 1 .4 / +0 1 1 7/1 j_AA 1 .34 +00 7 7 0 _L AQ 3.38+09 7 AA _lAO Z.OO +08

5386.340 33507 — 52067 1064 3 — .87 2.87 1.36 — 01 1 .95 —02 3 13 -(-07 6U.^LI 26 +06 1^ \J\J 5387.510 33413 -51969 1031 3 -3 -.96 2.77 1.09-01 1.56-02 2.51 +07 3.59+06

5389.480 35612 -54161 1 145 3 -3 .38 4.12 2.43 +00 3.46-01 5.57+08 7.96+07

5391.470 33507 -52050 1062 3 -2 - 08 3.65 8.38-01 1.20-01 1.92+08 3.84+07

5393.170 26140 -44677 553 3 -4 -.10 3.63 7.94-01 1.13-01 1.82+08 2.02+07

51Q7 1 in 7377 -25900 1 C 4 -4 — 1.80 1 0 c

1 .85 1 7 ^ A^ 1 .32 — 02 1 .46 — 03 3.02 +06 77c 1 A C 3.35 +05

< "iqs 9sn 35856 -54376 1 143 2 -2 77 .2 / A AA 4.00 1 OT 1 A

1 .0 / +00 7 "7 7 A 1 i. 1 i —01 A "7 1 AO 4.2 / +08 0 C /I 1 AT 8.54 +0 / S4nn ^ 1 f\ J'+UU. J 1 u 35257 -53769 1 I4j 4 -4 .58 4.3

3.77 +00 4.19 — 01 8.62 +08 n CO 1 A*? 9.58 +07

J*tU '>7n 1 .z /u 34844 -53353 1 I4o 6 -6 — .66 3.07 2.17 — 01 1 .67 — 02 A AT 1 AT 4.97 +07 3.82 +06

32874 -51374 1 A7Q 1 UZV 4 -5 A 1 .03 7 Tt 3.11 1 AO 1 AA 1 .08 +00 1 TA A 1 1 .20 — 0

T Al 1 AO 2.4 / +08 lie 1 AT 2.25 +0 / 5404. 140 34782 -53282 5 -5 1 7 1 1 .z 1 A QS 1 f.-i -1-01 1 AS -1-00 1 .^0 n^UU 7 77 4-OQ 7 70 -1-08 5405.360 35379 -53874 1 162 5 -5 .15 3.89 1.43 +00 1 .30-01 3.25 +08 2.96 +07

5405.780 7986 -26479 15 2 - 1 — 1 .75 1 .98 1.78—02 3.56 — 03 4~ t\J\j 06 +06 1^ \J\j 1.35 +06

5409.120 35257 -53739 1 147 4 -5 — .32 3.42 4.83—01 5.37 — 02 1 .10+08 1 .00 +07

5410.910 36079 -54555 1 165 3 -4 1.04 4.78 1.11 +01 1 .58 +00 2.52 +09 2.80+08

S4 1 5 9nn 35379 -53841 1 1 A C

1 I o5 5 -6 1 .20 4.94 1.59+01 1 .45 +00 3.62 +09 2.78 +08

S4 1 7 040 35612 -54067 1 1 /I w

-» -2 — .55 3.1

2.80 — 04.01 —02 6.38 +07 1 '^0 1 AT 1 .28 +0 / S4">4 070 34844 -53275 11/1/; 6 -7 1.18 4.92 1 .52 +0

1.17 +00 3.45 +09 T A 1 AO 2.30 +08

Sd7Q 7nn 7728 -26140 1 5 3 -3 — 1 .78 1.95 1.66 — 02 2.37 — 03 3.75 +06 5.36 +05

S4'?4 SIO 8155 -26550 1 c

I 5 1 -0 — 1 .97 1 .77 1 .07 — 02 3.57 — 03 2.42 +06 2.42 +06

5436 590 18378 -36767 1 I 3 2 -3 — 7 77 Z. /2 1 A7 1 .02 101 A7 1 .9 1 —03 701 A/1 3.81 —04 A 7A L AC 4.30 +05 A 1 /I _L A/1 0. 14 +04

5441.320 34782 -53155 1 144 5 -4 -.77 2.97 1.71-01 1-.56-02 3.86+07 4.29+06

5445.040 35379 -53739 1 163 5 -5 .67 4.41 4.72+00 4.29-01 1.06+09 9.66+07

5446.920 7986 -26340 15 2 -2 -1.90 1.84 1.26-02 2.52-03 2.83+06 5.66+05

5455.430 34844 -53169 1 145 6 -6 .48 4.22 3.05+00 2.35-01 6.84+08 5.26+07

42
Table I. -Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength -Continued

Wavejength A

Energy Levels K

Multiple! No.

y-Values

Log Log

te/X) fif / A

5455.610 8155 — 26479 15 1 — 1 -2.03 1.71 9.33-03 3.11-03 2.09+06 6.97+05

5461.550 35856 — 54161 1 145 - — 3 -.64 3.10 2.32-01 4.63-02 5.18+07 7.40+06

5462.970 36079 — 54379 1 163 3 — 3 .48 4.22 3.03+00 4.32-01 6.76+08 9.66+07

5463.280 DJ /OO — J4UD

1 163 4 — 4 .63 4.37 4.25+00 4.72-01 9.49+08 1.05+08

5464.290 33413 — 51708 1030 3 — 2 -.68 3.06 2.10-01 3.00-02 4.70+07 9.40+06

5466.400 35257 — 53546 1144 4 — -IJ -.02 3.72 9.56-01 1.06-01 2.13+08 3.05+07

5466.990 29469 — 47756 817 2 — J -1.25 2.49 5.62-02 1.12-02 1.25+07 1.79+06

5472.730 33947 — 52214 1 108 2 — 1 -.44 3.30 3.66-01 7.31-02 8.14+07 2.71+07

5473.910 33507 — 51771 1062 3^ _3 -.03 3.70 9.26-01 1.32-01 2.06+08 2.94+07

5476.300 33413 — 51668 1029 3' _4 -.21 3.53 6.17-01 8.82-02 1.37+08 1.53+07

5476.570 33096 — 51351 1062 4 — 4 .29 4.03 1.96+00 2.18-01 4.36+08 4.85+07

5478.460 33802 — 5zUjU 1062 2 — 2 -.71 3.03 1.96-01 3.93-02 4.36+07 8.73+06

5480.870 34017 — c 7 7 c 7 jzz5 / 1062 1 — 0 -.32 3.41 4.74-01 1.58-01 1.05+08 1.05+08

5481.260 1058 4 — 4 -.51 3.23 3.10-01 3.45-02 6.89+07 7.66+06

5481.450 33802 — 52040 1061 2 _ 1 -.50 3.24 3.18-01 6.36-02 7.06+07 2.35+07

5483.120 33507 — 51740 1061 3 — 2 -.54 3.20 2.92-01 4.17-02 6.47+07 1.29+07

5487.140 35612 — 53831 143 3 — 3 -.63 3.12.35-01 3.36-02 5.20+07 7.43+06

5487.750 33413 — 5 1630 1025 3 — 2 -.03 3.71 9.30-01 1.33-01 2.06+08 4.12+07

5493.510 33096 — 51294 1061 4 — 3 -.79 2.95 1.62-01 1.80-02 3.58+07 5.12+06

5494.460 32874 — 51069 1024 4 — 5 -.94 2.80 1.14-01 1.27-02 2.52+07 2.29+06

5497.520 8155 — 26340 15 1 "-^ -2.49 1.25 3.24-03 1.08-03 7.14+05 1.43+05

5501.470 / /Z8 — 25900 15 3 — 4 -2.66 1.08 2.19-03 3.13-04 4.82+05 5.36+04

5505.890 3561

— 53 /69 1 145 3 — 4 -.34 3.40 4.53-01 6.48-02 9.97+07 1.11 +07

5506.780 / 70D — ZD 1 -^U 15 7z

•5 — J -2.44 1.30 3.63-03 7.26-04 7.99+05 1.14+05

5512.280 35257 — 53394 1 143 4 — 4 -.52 3.22 3.02-01 3.36-02 6.63+07 7.37+06

5522.460 33947 — 52050 1 180 2 _ 2 -.59 3.16 2.59-01 5.18-02 5.66+07 1.13+07

5525.550 34122 — 52214 1062 0 _ 1 -.32 3.43 4.82-01 4.82-01 1.05+08 3.51+07

5529.130 — 47453 872 — 4 - 1.63 2.12 2.36-02 3.37-03 5.15+06 5.73+05

5532.740 — ^D007 783 <: J - 1.35 2.40 4.51-02 4.10-03 9.82+06 1.09+06

5535.420 — 0

626 -1J — z7 - 1.08 2.66 8.32-02 1.19-02 1.81 +07 3.62+06

5538.540 34017 — 52067 1064 1 -2 -.63 3.12 2.37-01 7.89-02 5.15+07 1.03+07

5539.270 29372 — 47420 871 3 -2 -1.50 2.25 3.18-02 4.54-03 6.91+06 1.38+06

5543.180 29799 — 47834 926 4 -3 -.76 2.99 1.74-01 1.94-02 3.78+07 5.41 +06

5543.930 Tzin 1

j^v 1 / — jZUjU 1062 t

1 7 -.26 3.49 5.53-01 1.84-01 1.20+08 2.40+07

5546.490 35257 -53282 1 145 4 -5 -.23 3.52 5.92-01 6.58-02 1.28+08 1.17+07

5547.000 34017 -52040 1061 1 - 1 -.86 2.89 1.39-01 4.63-02 3.01 +07 1.00+07

5553.590 35768 -53769 1161 4 _4 -.33 3.41 4.64-01 5.15-02 1.00+08 1.11 +07

5554.900 36686 -54683 1 183 4 _4 .37 4.12 2.37 +00 2.63—01 5. 1 1 +08 5.68 +07

5557.960 36079 — 54067 1 163 3 -4 — .17 3.57 6.73—01 9.61 —02 1 .45 +08 1 .61 +07

5560.230 35768 — 53748 I 1 64 4 -3 — .20 3.55 6.38 — 01 7.09 — 02 1.38+08 1.97+07

5562.710 35768 — 53739 1 163 4 — 5 -.05 3.70 9.00-01 1.00-01 1.94+08 1.76+07

5563.600 33802 — 51771 1062 2 — 3 -.08 3.66 8.25-01 1.65-01 1.78+08 2.54+07

5565.710 37 1 63 — 55125 1183 3 — 3 .55 4.29 3.53+00 5.05-01 7.61 +08 1.09+08

5567.400 7 1 n-jQ — joyyo 209 7z — 1 -1.98 1.77 1.05-02 2.09-03 2.25+06 7.51+05

5569.620 27560 — 45509 686 2 _ 1 .07 3.82 1.17+00 2.35-01 2.53+08 8.42+07

5572.850 27395 — 45334 686 3 _2 .28 4.03 1.91 +00 2.72-01 4.09+08 8.18+07

5573.100 33802 S 1 740 1061 2 — 2 -.16 3.59 6.99-01 1.40-01 1.50+08 3.00+07

5576.100 — Hj jy J 686 11 -.31 3.44 4.90-01 1.63-01 1.05 +08 1.05 +08

5584.770 Loo —\J — Af,l~> tu 1 / _

782 J _4 - 1.19 2.56 6.48-02 5.90-03 1.39+07 1.54+06

5586.760 — 'tJUO 1 686 A4 — J .34 4.09 2.19+00 2.43-01 4.68+08 6.68 +07

5587.580 33413 -51305 1026 3 -4 -.36 3.39 4.37-01 6.24-02 9.33+07 1.04+07

5594.670 36686 -54555 1 182 4 -4 .06 3.81 1.16+00 1.29-01 2.47+08 2.74+07

5598.300 37521 -55379 1 183 2 _2 .58 4.33 3.79+00 7.58-01 8.06+08 1.61 +08

5600.240 34363 -52214 1 108 1 - 1 -.40 3.35 4.01-01 1.34-01 8.52 + 07 2.84 + 07 5602.770 33507 — 51351 1062 3 — 4 -.07 3.68 8.57-01 1.22-01 1.82+08 2.02+07

5602.960 27666 — 45509 686 1 — 1 -.25 3.50 5.62-01 1.87-01 1.19+08 3.98+07

5615.300 20875 — 38678 209 3 — 2 -1.51 2.24 3.09-02 4.41 -03 6.54+06 1.31+06

5615.650 7<C 0 7 C ZOO 13 — 44677 686 5 — 4 .51 4.26 3.24+00 2.94-01 6.84+08 7.60+07

5618.630 T2 Q/I 7 — J 1 /4U 1 107 z — Z -.21 3.54 6.23-01 1.25-01 1.32+08 2.63+07

5619.600 J J J ly — J J 1 OV 1 161 cJ — D -.49 3.26 3.27-01 2.97-02 6.91 +07 5.31 +06

5620.530 33507 -51294 1061 3 -3 -.64 3.1

2.29-01 3.27-02 4.83+07 6.90+06

5624.060 35379 — 53155 1160 5 — 4 -.10 3.65 8.01-01 7.28-02 1.69+08 1.88+07

5624.550 27560 -45334 686 2 — 2 -.18 3.57 6.61-01 1.32-01 1.39+08 2.79+07

5633.970 40257 -58002 1314 5 -6 .86 4.61 7.31+00 6.64-01 1.54+09 1.18+08

5635.840 34329 -52067 1088 3 _2 -.42 3.34 3.84-01 5.48-02 8.06+07 1.61 +07

5636.690 29357 -47093 868 2 -3 - 1.19 2.56 6.41 -02 1.28-02 1.35+07 1.92+06

5638.270 34040 -51771 1087 4 -3 .02 3.77 1 .04 +00 1.15 — 01 7 1 0 1 r\o Z. 1 6 +Uo 1 1 1 i A7 3.1] +U / 5641.450 34329 -52050 1087 3 -2 -.13 3.62 7.47-01 1.07-01 1.56+08 3.13+07

5649.660 29313 -47008 838 6 -5 - 1.37 2.38 4.22-02 3.25-03 8.82+06 8.02+05

5650.010 41131 -58825 1314 1 -2 .59 4.34 3.89+00 1.30+00 8.13+08 1.63+08

43
Table 1 — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength — Continued

Wavejength A

Energy Levels K

Multiple! No.

y-Values

Log . Log

/ A

5650.720

5652.320

5653.890

5655.180

5655.510

5658.540

5658.830

5661.360

5662.520

5662.940

5679.020

5686.530

5691.510 5701.550

5705.480

5705.990

5707.060

5708.1 10 5709.390

571 1.870 5712.140

5715.110

5717.840

5731.770

5741.860

5747.960

5752.040

5753.140

5754.410

5760.350

5762.430

5762.990

5775.090

5780.620

5780.830

5784.690

5791.040 5793.930

5798.190 5804.070

5806.730

5809.240

581 1.940 5814.820

5816.360

5852.190

5855.130

5856.080

5859.200

5859.610

5862.360

5871.040

5871.290

5873.220

5883.840

5902.530

5905.670

5908.250

5914.100

5914.190 5916.250

5920.520

5927.800

5929.700

5930.170 5934.660

5940.970

5949.350 5952.750

5956.700

41018-58710

34363-52050

35379-53061

40842-58520

40594-58272

27666-45334

27395-45061

34556-52214

33695-51351

29799-47453

37521 -55125

36686-54267

34692-52257

20641-38175

34692-52214

37163-54683

29372-46889

35768-53282

27167-44677

34547-52050

27560-45061

33802-51294

34556-52040

34329-51771

34329-51740

37163-54555

36686-54067

34363-51740

29372-46745

29372-46727

29372-46721

33947-51294

34040-51351

26140-43435

26340-43634

27395-44677

25900-43163

34040-51294

31686-48928

31307-48532

37163-54379

31323-48532

33413-50614

34547-51740

36686-53874

36686-53769

37163-54237

34637-51708

34692-51755

36686-53748

36686-53739

19913-36941

33507-50534

34329-51351

31937-48928

37046-53983

37521-54449

20020-36941

37163-54067

37163-54067

19788-36686

26106-42992

37521-54386

36686-53546

37521-54379

31686-48532

33695-50523

7377-24181

32134-48928

6928-2371

1314

1 108 1159 1314 1314 686

686

1108

1087 924

1183

1 182 1087 209

1087

1183 868

1 161 686

1087 686

1061

1 107 1087

1086

1182

1 180

1 107 866

867 866

1107

1087 552

552 686

552

1086 982 959

1 180 982

1022 1086

1 179 1178 1179

1 128 1084

1181 1180

150 1055 1087 982

1234

1 181 150

1 180

1181 170

581

1 175

1 176

1 180 982

1083

14 959

14

2- 3 1-2

5-5

3- 4 4- 5 1- 2 3- 3 0- 1 5- 4 4- 4 2- 3 4-5

1- 0 4-3

1 - 1 3- 4 3- 4 4- 5 4-4

2- 2 2-3

2- 3 0- 1 3- 3 3-2

3- 4 4- 4 1- 2 3-3

3-2

3- 4 2- 3 4- 4 3- 3 2 — 2 3- 4 4- 4 4-3

2- 2 4-3

3- 3 3-3

3- 4 2- 2 4- 5 4-4

3- 4 2-2

1 - 1 4- 3 4-5

2- 2 3- 3 3- 4 1- 2 4- 5 2- 1 1- 2 3- 4 3- 2 4- 4 6- 5 2- 1 4- 3 2-3

2-3

5- 6 4- 3 2-2

5- 4

.39 -.46

-.36

.74

.77 -.96

-.15 -.57

.39 -1.09

.39

.43 -.31 - 1.40 -.31

.50 - 1.12 -.24

-.36

-.29 - 1.06 -.28

-.01 -.09

-.45

-.14

.15

.23 -1.36

-1.26 - 1.21 .40 -.16 - 1.60 - 1.80 - 1.62 - 1.37 -.65

-.84 - 1.1

.15 -.80

-.84

-.64

.26 -.13

-.16

-.39

-.59

.34

.48 -2.58

-.77 -.54

-.41 -.42

.26 -2.47

.46

.55 -2.10 - 1.79 .00 -.25

.69 -.37

-.85

-4.27

-.56

-4.06

4.14

3.30

3.39 4.49

4.52

2.79

3.60

3.19

4.15

2.67 4.14

4.19

3.44

2.36

3.45 4.26

2.64

3.52 3.40

3.47 2.70

3.48

3.75 3.66

3.31 3.62

3.91 3.99

2.40

2.50

2.55 4.16

3.60

2.16

1.96 2.14

2.39

3.1

2.93

2.65

3.91 2.96

2.93

3.13 4.03

3.63

3.61 3.38

3.17

4.1

4.25

1.19 3.00

3.23 3.36

3.35 4.03

1.30 4.23 4.32

1.67

1.98 3.77

3.52 4.46

3.40

2.92 -.50

3.22 -.28

44

2.45+00

3.49-01

4.34- 01 5.52+00

5.87+00

1.10-01 7.08-01

2.71-01

2.47+00

8.19-02

2.44+00

2.71+00

4.85-01

3.98-02

4.93- 01 3.19+00

7.66-02

5.79-01

4.37-01

5.17-01

8.71-02

5.24-01

9.83-01

8.06-01

3.59-01

7.31- 01

1.41 +00

1.72+00

4.39- 02 5.52-02

6.19-02

2.51+00

6.96-01

2.51-02

1.58- 02 2.40- 02 4.27-02

2.24-01

1.46-01 7.77- 02 1.42+00

1.59- 01 1.46-01 2.32- 01 1.84+00

7.35- 01 6.92-01

4.10-01

2.54-01

2.21 +00

3.05+00

2.63-03

1.70- 01 2.90-01

3.92-01

3.82-01

1.80+00

3.39-03

2.87+00

3.53+00

7.94- 03 1.62- 02 1.00+00

5.63- 01 4.91+00

4.27-01

I.41.-01 5.37-05

2.78- 01 8.71- 05

4.90- 01 1.16- 01 3.94-02

7.88- 01 6.52-01

3.65-02

1.01 -01

2.71- 01 2.25- 01 9.10-03

4.89- 01 3.01- 01 1.62- 01 4.42- 03 1.64-01 4.56-01

1.09-02

6.43- 02 4.85-02

1.03- 01 1.74-02

1.05-01 9.83-01

1.15-01 5.12- 02

1.04- 01 1.56-01

5.72- 01 6.27-03

7.89-03

8.85-03

5.02- 01 7.74-02

3.59-03

3.17- 03 3.43-03

4.74-03

2.49-02

2.91- 02 8.63- 03 2.02-01

2.27- 02 2.09- 02 4.63-02

2.04-01

8.17-02

9.89-02

8.20-02

8.48-02

2.46-01

3.39-01

5.26- 04 2.43-02

4.15-02

1.31-01 4.24- 02 3.61-01

1.13- 03 4.10- 01 5.04-01

8.83-04

1.25- 03

2.01 -01

6.26- 02 9.82-01

8.54- 02 1.28- 02 5.97_06

5.55- 02 7.92- 06

5.12+08

7.29+07

9.05+07

1.15+09

1.22+09

2.28+07

1.47+08

5.64+07

5.14+08

1.70+07

5.06+08

5.59+08

9.99+07

8.17+06

1.01 +08

6.54+08

1.57+07

1.18+08

8.93+07

1.06+08

1.78+07

1.07+08

2.01 +08

1.64+08

7.26+07

1.48+08

2.83+08

3.46+08

8.84+06

1.11+07

1.24+07

5.04+08

1.39+08

5.01 +06

3.16+06

4.78+06

8.48+06

4.44+07

2.89+07

1.54+07

2.80+08

3.14+07

2.88+07

4.57+07

3.62+08

1.43+08

1.35+08

7.98+07

4.94+07

4.30+08

5.92+08

5.09+05

3.29+07

5.61 +07

7.55+07

7.31 +07

3.45+08

6.47+05

5.47+08

6.73+08

1.51+06

3.09+06

1.90+08

1.07+08

9.31+08

8.09+07

2.67+07

1.01 +04

5.22+07

1.64+04

7.32+07

1.46+07

8.23+06

1.28+08

1.11 +08

4.57+06

2.1 1 +07

1.88+07

5.71+07

1.89+06

7.22+07

5.08+07

9.99+07

1.17+06

3.37+07

7.26+07

1.74+06

1.08+07

9.92+06

2.1 1 +07

2.54+06

1.53+07

6.68+07

2.34+07

1.45+07

1.64+07

3.15+07

6.92+07

1.26+06

2.22+06

1.38+06

7.20+07

1.55+07

7.16 + 05 6.33+05

5.31+05

9.43+05

6.35+06

5.78+06

2.20+06

4.00+07

4.48+06

3.20+06

9.14+06

3.29+07

1.59+07

1.50+07

1.60+07

1.65+07

6.14+07

5.38+07

1.02+05

4.70+06

6.24+06

1.51+07

6.64+06

I.I5+08

1.29+05

6.08+07

1.35+08

1.68+05

2.81 +05

6.35+07

1.53+07

1.33+08

1.16+07

2.05+06

1 .45 +03

1.04+07

1.82+03
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength -Conhnued

Wavejength A

Energy Levels KMultiple! No.

7-Values Log

ififl Log

(kA) / A

5969.550

5975.360 5976.800

5983.700

5984.800

5987.060 5997.800

6003.030 6005.530

6007.960

6008.580

6020.170 6024.070

6027.060

6055.990

6062.890

6065.490 6078.500

6079.020 6082.710

6085.270 6089.570

6093.660

6096.690 6102.180

6103.190

6127.910

6136.620

6137.000

6137.700

6141.730

6147.850

6151.620 6157.730

6163.540 6165.370

6170.490

6173.340 6180.210

6188.040

6191.560

6200.320

6212.040

6213.440

6215.150

6219.290

6220.770 6226.760

6229.230

6230.730

6232.660

6240.270 6240.660

6245.840

6246.330

6252.560

6254.260

6256.370

6265.140

6270.240

6271.290

6280.620

6290.970

6297.800

6301.520

6302.510

631 1.510 6315.320 6315.420 6315.810

34547-51294

38996-55727

31805-48532

36686-53394

38175-54880

38678-55376

37163-53831

31307-47961

20875-37521

37521-54161

31323-47961

37163-53769

36686-53282

32874-49461

38175-54683

17550-34040

21039-37521

38678-55125

37521 -53967

17927-34363

22249-38678

40534-56951

37163-53569

32134-48532

38996-55379

38996-55376

33413-49727

19788-36079

17727-34017

20875-37163

29056-45334

32874-49135

17550-33802

32874-49109

17727-33947

33413-49628

38678-54880

17927-34122

21999-38175

31805-47961

19621-35768

21039-37163

35257-51351

17927-34017

33765-49851

17727-33802

31307-47378

31323-47378

22947-38996

20641 -36686

29469-45509

33413-49433

17927-33947

40422-56428

29056-45061

19390-35379

18378-34363

19788-35768

17550-33507

23052-38996

26875-42816

6928-22846

38175-54067

17927-33802

29469-45334

29733-45595

22838-38678

33413-49243

33413-49243

32874-48703

1086 1260 959

1175 1260

1260

1175 959

207

1178 982

1178

1178

1018 1259

63 207

1259 117664

269

1327

1177 959

1259 1260

1017

16962 207

816

101662

101564

1018 1260

62 269

959

169 207

1142

62

101862 958

981 342

207

816

101564

1289 816

169

111 16962 342

685

13 1258

62 816

816

342

1015 1016 1014

2- 3 1- 0 3- 3 4- 4 3-2

2- 1 3- 3 4- 4 3-2

2- 3 3- 4 3- 4 4- 5 4-5

3-4

3-4

2-2

2-3

2- 2

1 - 1 3- 2 3-4

3-2

2- 3

1 -2

1 - 1 3- 4 4- 3 2- 1 3- 3 3- 2 4- 3 3- 2 4- 4

2 — 2 3- 4 2- 2 1- 0 4- 3 3- 4 5- 4 2- 3 4- 4

1 - 1 2-3

2- 2 4-4

3- 4 1- 1 4- 4 2- 1 3- 2 1- 2 4- 5 3- 3 6- 5 2- 1 4- 4 3- 3 0- 1 5- 5 5-5

3-2

1- 2 2- 2 1- 0 2- 2 3- 3 3- 2 4- 4

-.81

.36 -.53

.18

.55 .40 -.19

-.41 -2.71

.14 -.36

.48

.72 -.29

.37 -3.20

-1.03

.42 -.18

-2.92

-2.43

.27 -.43

-.95

.47 .20 -.60

-.94

-2.38

-.95

-.96

-.75

-2.71 -.45

-3.03

-.63

.36 -2.40

-2.08

-.88

-1.09

-1.96

-.89

-2.15

-.52

-2.04

-1.46 - 1.22 -2.11 -.93

-.72

-1.14

-2.68

-.06

-.31 - 1.29 -1.98

-2.03

-2.00

-1.91 -2.00

-3.99

.11 -2.31 -.22

-.61 -2.24

-.48 - 1.00 -.75

2.97

4.13

3.25 3.96

4.33

4.18

3.59

3.37

1.07 3.92

3.42 4.26 4.50

3.49 4.16

.58 2.75 4.20

3.60

.86

1.35 4.05 3.36 2.84

4.25

3.98

3.19

2.85

1.41 2.84

2.83 3.04

1.08 3.34

.76 3.16

4.15

1.39

1.71 2.92 2.70

1.83 2.91 1.64 3.27

1.75 2.34

2.58

1.68 2.86

3.07 2.66

1.12 3.74

3.49

2.51 1.82

1.77 1.80

1.89

1.80 -.19

3.91

1.49 3.58 3.19

1.56 3.33

2.81 3.05

15

1.55-01

2.27+00

2.95-01

1.51+00

3.54+00

2.50+00

6.47- 01 3.93-01

1.95-03

1.40+00

4.41-01

2.99+00

5.28+00

5.16- 01 2.37+00

6.31- 04 9.33-02

2.62+00

6.62-01

1.20-03

3.72- 03 1.86+00

3.73- 01 1.12-01 2.94+00

1.58+00

2.53-01

1.15-01

4.17- 03 1.12- 01 1.10-01

1.78-01 1.95-03

3.55-01

9.33- 04 2.34- 01 2.29+00

3.98-03

8.32- 03 1.33- 01 8.13- 02 1.10-02

1.30-01 7.08- 03 3.01- 01 9.12- 03 3.48- 02 6.05-02

7.76-03

1.17-01

1.91 -01

7.28-02

2.09- 03 8.81-01

4.90-01

5.13- 02 1.05-02

9.33-03

1.00-02

1.23-02

1.00- 02 1.02- 04 1.28+00

4.90-03

6.03- 01 2.45-01

5.75- 03 3.35- 01 1.01- 01 1.76- 01

3.10-02

7.58- 01 4.22- 02 1.68-01

5.06-01

5.00- 01 9.24-02

4.37- 02 2.79-04

2.79- 01 6.30- 02 4.28-01

5.86- 01 5.74-02

3.38- 01 9.01- 05 1.87- 02 5.24- 01 1.32- 01 4.01-04

5.31- 04 2.66-01

5.34-02

2.25- 02 9.80- 01 5.26- 01 3.62- 02 1.28-02

8.34- 04 1.60-02

1.57-02

1.98-02

2.79-04

3.94- 02 1.87-04

3.35- 02 4.57-01

1.33- 03 9.24-04

1.90-02

7.39- 03 2.19-03

1.44-02

2.36- 03 6.03- 02 1.82- 03 3.87-03

8.64-03

2.59- 03 1.31-02

3.81- 02 1.04- 02 6.96-04

9.79-02

7.00-02

3.95- 03 2.09-03

1.04-03

1.43- 03 1.23- 02 9.09-04

9.30-06

1.83- 01 1.63- 03 1.21-01 8.18-02

1.15-03

4.78-02

1.44- 02 1.96- 02

2.90+07

4.25+08

5.52+07

2.82+08

6.59+08

4.65 +08

1.20 +08

7.28+07

3.61 +05

2.58+08

8.15+07

5.51 +08

9.70+08

9.48+07

4.30+08

1.14+05

1.69+07

4.73+08

1.19+08

2.17+05

6.69+05

3.35+08

6.71 +07

2.02+07

5.27+08

2.83+08

4.50+07

2.03+07

7.38+05

1.99+07

1.94+07

3.14+07

3.44+05

6.24+07

1.64+05

4.11+07

4.00+08

6.97+05

1.45+06

2.32+07

1.41 +07

1.90+06

2.24+07

1.22+06

5.20+07

1.57+06

6.00+06

1.04+07

1.33+06

2.02+07

3.27+07

1.25+07

3.58+05

1.51+08

8.37+07

8.75+06

1.79+06

1.59+06

1.70+06

2.09+06

1.70+06

1.73+04

2.16+08

8.24+05

1.01 +08

4.12+07

9.64+05

5.60+07

1.69+07

2.94+07

4.14+06

4.25+08

7.88+06

3.13+07

1.32+08

1.55 +08

1.71 +07

8.08+06

7.21 +04

3.68+07

9.05+06

6.12+07

8.82+07

8.62+06

4.78+07

1.27+04

3.38+06

6.76+07

2.39+07

7.22+04

1.34+05

3.72+07

1.34+07

2.88+06

1.05 +08

9.42 +07

5.00+06

2.91 +06

2.46+05

2.84+06

3.88+06

4.49+06

6.87+04

6.93+06

3.28+04

4.57+06

8.01 +07

6.97+05

2.08+05

2.58+06

1.57+06

2.72+05

2.49+06

4.08+05

7.43+06

3.15+05

6.67+05

1.16+06

4.45+05

2.24+06

1.09+07

2.49+06

7.16+04

1.37+07

1.20+07

7.95+05

5.95 +05

1.77+05

2.43+05

6,96+05

1.54+05

1.57+03

4.32+07

1.65 +05

2.02+07

4.12+07

1.93+05

8.00+06

3.38+06

3.27+06
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines of Fc i in Order of Wavelength- Continued

Wavejength A

Energy Levels K

Multiple! No.

y-Values

Log Log

>•/ / JfA A

6318.020

6322.690

6330.860

6335.340 6336.840

6338.900

6344.150

6355.040

6358.690

6362.890

6364.380 6364.720

6380.750

6392.550

6393.600

6400.010

6400.320

6408.030

6411.660

6419.680

6419.980 6421.360

6430.850

6436.430

6462.730

6469.210

6475.630

6481.880

6494.510

6494.980

6495.780

6496.460 6498.950

6518.380 6533.970

6546.240

6556.790 6569.230

6574.240

6575.020

6581.220 6591.320

6592.920

6593.880

6597.610

6604.670

6608.030

6609.120

6625.040

6627.560

6633.440

6633.760

6634.120

6639.720

6639.900 6648.120

6653.880

6663.260

6663.450

6667.730 6677.990

6696.320

6703.570

6705.120

6710.310

6713.060 6713.190

6713.760

6715.410

6716.240

19788-35612

20875-36686

38175-53967

17727-33507

29733-45509

38678-54449

19621-35379

22947-38678

6928-22650

33765-49477

38678-54386

36976-52683

33765-49433

18378-34017

19621 -35257

29056-44677

7377-22997

29733-45334

29469-45061

31805-47378

38175-53748

18378-33947

17550-33096

33765-49298

19788-35257

38996-54449

20641-36079

18378-33802

38175-53569

19390-34782

38996-54386

38678-54067

7728-231 1 1 22838-38175

36767-52067

22249-37521

38678-53925

38175-53394

7986-23193

20875-36079

11976-27167

37046-52213

21999-37163

19621-34782

38678-53831

38996-54132

18378-33507

20641-35768

8155-23245

36686-51771

38996-54067

36767-51837

38678-53748

37158-52214

32874-47930

8155-23193

33507-48532

36767-51771

19552-34556

36976-51969

21716-36686

38996-53925

22249-37163

37158-52067

11976-26875

37158-52050

33413-48305

38678-53569

37163-52050

36941-51826

168 207

1254

62 816

1258

169 342

13 1019

1253 1229

1015

109

168 816

13 816

816

958

1258

11162 1016

168 1258 206

109 1255

168 1253 1258

13 342

1197 268

1255

1253

13 206

34

1229 268

168 1253 1254

109 206

13

1 174 1258

1197

1258

1 195 1007

13 1052

1195

1 1

1228 268

1255 268

1 19734

1 195 1013

1255

1 174 1225

4- 3 3-4

3-2

2-3

1- 1 2- 1 5- 5 1- 2 5-6

2- 2 2- 1 3- 2 2-2

2- 1 5- 4 3- 4 4- 4 1- 2 2- 3 3- 4 3-3

2- 2 3- 4 2-1

4- 4

1 - 1 4-3

2- 2 3- 2 6- 5 1- 1 2- 2 3- 3 2- 3 3- 2 3-2

2- 1 3- 4 2- 2 3- 3 4- 4 4-3

4- 3 5- 5 2-3

1 - 1 2- 3 4-4

1-1

4-3

1- 2 3- 3 2- 3 2- 1 4- 4 1-2

3- 3 3-3

1-0

3-3

5- 4 1- 1 3- 3 2- 2 4- 5 2- 2 3- 2 2- 2 3- 2 2-3

-1.56

-1.93

-.31 -1.86

-.28

-.02

-2.32

-1.76

-4.00

-.81 -.32

-.72

-.40

-3.13

-1.10

.28 -3.91 -.40

-.01 -1.38

.55 -1.54

-1.57 - 1.24 -2.00

.18 -2.23

-2.40

-.22

-.86

.02

.28 -4.22

-1.93

-.63

-1.18

-.82

.34 -4.64

-2.24

-4.12

-1.01 -1.10

-2.03

-.28

-.81 -3.33

-2.28

-5.11 -.72

-.53

-.13

-.55 -.84 - 1.52 -4.66

-1.77

-.70

-2.05

-1.28

-.92

-.94

-2.53

-.44

-4.46

-.66

-1.49

-.62

-.75

-.91

2.24

1.87 3.49

1.94 3.52 3.78

1.48 2.04 -.20

3.00

3.49 3.09

3.41

.68 2.71 4.09 -.10

3.41 3.80

2.43 4.36

2.27 2.24

2.57

1.81 3.99

1.58

1.41 3.59

2.95

3.83 4.09 -.41

1.88 3.19 2.64

2.99 4.16 -.82

1.58 -.30

2.81 2.72

1.79 3.54

3.01

.49 1.54 -1.29

3.10

3.29

3.69

3.28 2.99

2.31 -.84

2.05 3.12

1.77 2.54 2.90

2.88

1.30 3.39 -.63

3.17 2.34

3.21 3.08 2.92 46

2.75-02

1.17-02

4.90- 01 1.38-02

5.25- 01 9.47-01

4.79- 03 1.74- 02 1.00-04

1.56-01 4.80- 01 1.92-01

4.00-01

7.41 -04

7.94-02

1.91 +00

1.23-04

3.98-01

9.77-01

4.19-02

3.59+00

2.88- 02 2.69- 02 5.71-02

1.00-02

1.50+00

5.89- 03 3.98-03

6.06-01

1.38-01

1.05 +00

1.90+00

6.03-05

1.17-02

2.37-01

6.61-02

1.51-01 2.19+00

2.29-05

5.75- 03 7.59-05

9.84- 02 7.94-02

9.33-03

5.26- 01 1.56-01 4.68-04

5.25- 03 7.76- 06 1.89-01

2.94- 01 7.42-01

2.85- 01 1.46- 01 3.05-02

2.19- 05 1.70- 02 1.98-01 8.91- 03 5.23-02

1.20- 01 1.14-01 2.95- 03 3.67-01

3.47- 05 2.20-01

3.26- 02

2.41 -01

1.79-01

1.23-01

3.06-03

1.68-03

7.01-02

2.76- 03 1.75-01

1.89-01 4.35-04

5.79-03

9.09-06

3.12- 02 9.61-02

2.74-02

8.00-02

1.48-04

7.22-03

2.72-01

1.37- 05 1.33-01

1.95- 01 5.98-03

5.13- 01 5.77- 03 3.85-03

1.14- 02 1.11-03

5.00- 01 6.54-04

7.96- 04 8.65- 02 1.06-02

3.50-01

3.79-01

8.61-06

2.35-03

3.38- 02 9.44-03

3.01- 02 3.13-01

4.58- 06 8.22-04

8.43-06

1.09- 02 8.83-03

8.48-04

1.05- 01 5.19-02

9.35-05

5.83-04

2.59- 06 2.10- 02 9.79-02

1.06- 01 5.70-02

2.91-02

3.38-03

7.29-06

2.43-03

2.83-02

2.97- 03 7.47-03

1.09-02

3.81- 02 4.22-04

7.33-02

3.85-06

4.41 -02

4.66- 03 4.82- 02 2.56-02

2.46-02

4.60+06

1.96+06

8.16+07

2.29+06

8.72+07

1.57+08

7.93+05

2.87+06

1.65+04

2.57+07

7.91 +07

3.16+07

6.55+07

1.21 +05

1.30+07

3.10+08

2.00+04

6.47+07

1.59+08

6.77+06

5.81 +08

4.67+06

4.34+06

9.19+06

1.60+06

2.39+08

9.37+05

6.32+05

9.58+07

2.18+07

1.66+08

3.00+08

9.52+03

1.84+06

3.70+07

1.03+07

2.34+07

3.38+08

3.54+03

8.88+05

1.17+04

1.51+07

1.22+07

1.43+06

8.06+07

2.38+07

7.14+04

8.01 +05

1.18+03

2.87+07

4.45+07

1.12+08

4.32+07

2.20+07

4.61 +06

3.30+03

2.56+06

2.97+07

1.34+06

7.84+06

1.80+07

1.70+07

4.38+05

5.44+07

5.14+03

3.26+07

4.83+06

3.57+07

2.65+07

1.82+07

6.57+05

2.18+05

1.63+07 ^ 3.28+05

2.91 +07

5.24+07

7.21 +04

5.74+05

1.27+03

5.15+06

2.64+07

6.31+06

1.31+07

4.03+04

1.44+06

3.45 +07

2.23+03

1.29+07

2.27+07

7.53+05

8.30+07

"

9.33 +05 " 4.82+05

3.06+06

1.77+05

' 7.97+07 ' 1.34+05

1.26+05

' 1.92+07 > 1.98+06

5.54+07

5.99+07

1.36+03

' 2.63+05 'i 7.39+06

2.06+06

7.78+06 ' 3.76+07 i' 7.07+02 h 1.27+05 \' 1.30+03

2.16+06

1.74+06

1.30+05

1.15+07

7.94+06

1.02 +04

8.90+04

3.93+02

4.10+06

8.90+06

1.61+07

6.17+06

7.34+06

5.12+05

6.60+02

3.66+05

4.25 +06

1.34+06

1.12+06

2.00+06

5.66+06

6.26+04

1.09+07

4.67+02

6.52+06

9.66+05

7.14+06

5.30+06

2.60+06
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of [Vavelength-Continued

Wavelength A

Energy Levels K

Multiple! No.

7-Values Log

(.uj) Log

/ A

6717.560

6725.390

6726.670 6733.160

6738.020

6750.150

6752.720

6786.880

6793.260

6796.110

6804.020

6804.270

6806.850 6810.280

6820.430

6828.610 6837.000

6839.830 6841.350

6842.670 6843.670

6855.180

6857.250

6858.160

6861.930

6862.480

6885.770

6916.700

6933.630

6945.210

6947.500

6951.260

6976.310

6976.930

6977.440

6978.860 6988.530

6999.900

7000.630

7008.010

7010.360 7011.360

7016.080 7016.440

7022.980

7024.080

7024.650

7038.250

7038.820

7068.420

7071.880

7083.400

7086.760

7090.400

7091.830

7093.090

7095.420 7107.460

7112.180

71 18.100 7120.030 7130.940

7132.990

7142.520

7145.320

7148.690

7151.500

7155.640

7 1 fkd 470

7175.940

37158-52040

33096-47961

37158-52020

37410-52257

36767-51604

19552-34363

37410-52214

33802-48532

32874-47590

33413-48123

37521 -52214

36976-51668

21999-36686

37158-51837

37410-52067

37410-52050

37046-51668

20641 -35257

37158-51771

37410-52020

36686-51294

36767-51351

32874-47453

37163-51740

19552-34122

36767-51335

37521 -52040

33507-47961

19621-34040

19552-33947

36976-51365

36767-51149

37410-51740

36976-51305

37046-51374

20038-34363

19390-33695

33096-47378

33413-47693

33695-47961

36941-51201

37046-51305

19552-33802

33507-47756

33802-48037

32874-47107

36767-50999

34017-48221

34329-48532

32874-47017

37158-51294

39626-53739

29056-43163

34122-48221

39970-54067

36767-50861

33947-48037

33765-47831

241 19-38175

40405-54449

36767-50808

34017-48037

32874-46889

39970-53967

37158-51149

34547-48532

20038-34017

40405-54376

36767-50699

1 194 1052

1197

1195

1 192

1 1

1195 1052

1005 1007 1174

1225 268

1197

1197

1195

1225 205

1195 1197

1 173 1195 1006

1173

109

1 191 1173 1052

167

111 1221 1193

1 194

1221 1225

111 167

1051 1005 1078

1221 1221 109

1051 1051 1003

1 187

1051 1078

1004

1 194 1277 815

1051 1278 1189

1 105 1005 404

1278

1 187 1051 1002 1274

1186

1078

109 1276

ins 1

1 yjj 1 1188

2-1

4-4

2- 1 1-0

3- 3 1-1

1- 1 2- 3 4- 4 3- 3 2- 1 3- 4 4- 4 2-3

1-2

1- 2 4-4

4-4

2- 3 1-1

4-3

3- 4 4- 4 3-2

1- 0 3-4

2- 1 3- 4 5- 4 1-2

3-3

3-2

1- 2 3- 4 4- 5 0- 1 6- 5 4- 4 3- 3 5- 4 2- 2 4- 4 1- 2 3- 3 2- 2 4- 4 3- 2

1 - 1 3- 3 4- 3 2- 3 4-5

3- 4 0- 1 3-2

3- 2 2-2

2- 2 4- 3 1- 1 3- 4 1- 2 4- 4 3-2

2- 2 2- 3 0- 1 1- 2

Z. — J 3- 2

-.84

-1.36

-.41 -.56

-.77

-2.11 -.42

-1.06

-1.33

-1.14

-.48

-.78

-2.47

-.22

-.30

-.01 -.58

-2.62

.12 -.25 -.05

.23 -1.09

-.04

-2.99

-.49

-.22

-.53

-2.81 -1.85

-.36

-.21

-.61 -.60

-.55 -1.86

-2.64

-.56

-.95

-.85 -.47

-.38

-2.68

-.40

-.35 -1.07

-.35

-.33

-.80

-.41 -.63

-.08

-1.57

-.08

-.13

-.68

-.89

-.92

-2.19

-.14

-.67

.13 -.63

14 -.26

-.91 -2.62

.12 .24 -!30

2.99

2.47

3.42 3.26

3.06

1.72

3.41 2.77 2.50

2.69

3.36

3.05

1.36

3.61 3.54

3.83 3.26

1.22 3.95 3.59

3.78 4.07

2.75 3.80

.85 3.35 3.62

3.31

1.03 1.99 3.49

3.63 3.24

3.24

3.30

1.98

1.20 3.29

2.89

3.00

3.38

3.47

1.17 3.45 3.49

2.77 3.50

3.52

3.05 3.44

3.22

3.77

2.28

3.77

3.72

3.17 2.96

2.93

1.66

3.71 3.19

3.98

3.23 3.99

3.60

2.94

1.23 3.98 4.09

3^55 47

1.45- 01 4.41-02

3.90- 01 2.73-01

1.69-01 7.76- 03 3.83- 01 8.72-02

4.63-02

7.22-02

3.33- 01 1.66-01 3.39- 03 6.03-01

5.06-01

9.84- 01 2.63- 01 2.40- 03

1.31 +00

5.64- 01 8.91- 01

1.71 +00

8.19-02

9.22- 01 1.02-03

3.25-01

6.06- 01 2.98-01

1.55-03

1.41- 02 4.40-01

6.19-01

2.48-01

2.51-01

2.84- 01 1.38-02

2.29-03

2.77- 01 1.12-01

1.43-01 3.42- 01 4.17- 01 2.09-03

3.98-01

4.43- 01 8.46- 02 4.51- 01 4.69-01

1.59-01 3.85- 01 2.34- 01 8.40-01

2.69-02

8.34-01

7.38-01

2.07- 01 1.28-01

1.21-01 6.46-03

7.18- 01 2.16-01

1.34+00

2.37-01

1.38+00

5.52- 01 1.23- 01 2.40-03

1.32+00

1 .74 +00

4^99-01

2.91-02

4.90-03

7.80-02

9.09- 02 2.41-02

2.59-03

1.28-01 1.74-02

5.15- 03 1.03-02

6.67-02

2.37- 02 3.76-04

1.21-01

1.69-01 3.28- 01 2.93-02

2.67- 04 2.62- 01 1.88- 01 9.89- 02 2.44-01

9.10- 03 1.32- 01 3.41-04

4.64-02

1.21-01 4.26- 02 1.41-04

4.71-03

6.29- 02 8.85-02

8.27- 02 3.59- 02 3.16- 02 1.38- 02 1.76-04

3.07- 02 1.60- 02 1.30- 02 6.85- 02 4.63- 02 6.96-04

5.68- 02 8.86- 02 9.39- 03 6.44-02

1.56-01 2.27- 02 4.28- 02 4.68-02

9.33- 02 3.85-03

8.34- 01 1.05-01 2.96- 02 2.56-02

2.41-02

7.17- 04 2.39- 01 3.08- 02 4.46-01

2.63-02

1.97- 01 1.10-01 2.46-02

2.40- 03 4.40-01

3.47 — 01 7!l4-02

2.15+07

6.50+06

5.75+07

4.01 +07

2.48+07

1.14+06

5.60+07

1.26+07

6.70+06

1.04+07

4.80+07

2.39+07

4.88+05

8.67+07

7.25+07

1.41 +08

3.76+07

3.42+05

1.86+08

8.03+07

1.27+08

2.43+08

1.16+07

1.31 +08

1.45+05

4.60+07

8.53+07

4.16+07

2.15+05

1.95 +06

6.08+07

8.55+07

3.40+07

3.44+07

3.90+07

1.89+06

3.13+05

3.76+07

1.52+07

1.94+07

4.65+07

5.66+07

2.83+05

5.39+07

5.99+07

1.14+07

6.09+07

6.32+07

2.14+07

5.14+07

3.12+07

1.12+08

3.57+06

1.11+08

9.78+07

2.75+07

1.69+07

1.59+07

8.51+05

9.45 +07

2.84+07

1.75+08

3.10+07

1.81 +08

7.21 +07

1.61 +07

3.13+05

1.72+08

2.26+08

6.47+07

7.16+06

7.23+05

1.92+07

4.01 +07

3.54+06

3.79+05

1.87+07

1.80+06

7.44+05

1.49+06

1.60+07

2.66+06

5.42 +04

1.24+07

1.45+07

2.82+07

4.18+06

3.80+04

2.66+07

2.68+07

1.81 +07

2.70+07

1.29+06

2.62+07

1.45+05

5.11+06

2.84+07

4.62+06

2.39+04

3.91 +05

8.69+06

1.71 +07

6.80+06

3.83+06

3.54+06

6.30+05

2.84+04

4.18+06

2.17+06

2.15+06

9.30+06

6.29+06

5.66+04

7.70+06

1.20+07

1.27+06

1.22 +07

2.11+07

3.05 +06

7.35+06

4.46+06

1.02+07

3.97 +05

3.69+07

1.96+07

5.50+06

3.39+06

3.18+06

1.22+05

3.15+07

3.15+06

3.51+07

3.45+06

3.61 +07

1.44+07

2.30+06

1.04+05

3.44+07

3.22 +07

1.29+07
Table \. — Oscillator Strengths and Transition Probabilities for 3288 Lines of Fe i in Order of Wavelength — Continued

Wavelength A

Energy Levels K

Multiplet No.

V-Values Log Log

(kA) /

1 A

7176.890 /in7"i 1 — 34 1 01276 7z — 3 .20 4.06 1.60+00 1 7r\ — A 1 Ul 2.08+08 2.96+07

7180.020 1 1 y /o — z JVUU 33 /J4 — /I4 -3.92 -.06 1.20-04 1 1A 1 .34 — ACU3 1.56+04 1.73+03

7181.220 "3/1 A/1 fl — 4 / Vo

1078 A4 — /I4 -.34 3.52 4.62-01 5.13 -02 5.97+07 6.64+06

7181.930 39626 -53546 1274 4 -3 -.04 3.82 9.13-01 1.01 -01 1.18+08 1.69+07

7187.340 33096 -47006 1051 4 -5 .58 4.43 3.76+00 4.18 -01 4.86+08 4.42+07

7189.170 24772 -38678 463 1 _2 -1.81 2.05 1.55-02 5.16 -03 2.00+06 4.00+05

7190.130 25092 -38996 463 0 -I -2.10 1.76 7.94-03 7.94 -03 1.02+06 3.42+05

7 1 Q 1 f^fiH 40231 -54132 1I 774 Z / 4 7 - 1 -Uj 3.7 1 Q 1J

1 1 1 -i-nn 1.13 T^UU 2.26 -01 1 /IA4-A8 1 .40 1 Uo A 8C 4-A7 4.63 T^U / 7 1 OA Q7n 40491 -54386 1 771 1 Z / 3 0 - 1 07 3.73 1 Q1 1 1 8 4-nn 1 . 1 o [ uu 1.18+00 1 C7 4-A8 1 .3Z I U6 3.U0 C AA +A7 T^U / 7707 A 1 n 33507 -47378 1 1

1 Uj 1 3 -4 A < .4 J

/I 1

4.3 1 7 81 -i-nn Z.o3 T^UU 4.U'4 — 01U 1 1 A1 -t-A8 3.03 1 U6 A4.U4C\A +A7 i^U / 7212.470 399 /O — 53831 1273 3 — 3 .08 3.94 1.20+00 1.72 -01 1.54+08 2.21 +07

7219.690 328 /4 — 4672

1001 4 — 4 -.76 3.10 1.75-01 1.94 -02 2.23 +07 2.48+06

7221.220 ioib 1 — 5U6 11189 3 — 3 -.35 3.51 4.51-01 6.44 -02 5.77 +07 8.24+06

7222.880 37158 -50999 1187 2 _ 2 -.64 3.22 2.31-01 4.62 -02 2.96+07 5.91 +06

7223.670 24336 -38175 463 2 -3 - 1.54 2.32 2.88-02 5.77 -03 3.69+06 5.27+05

7228.690 22249 -36079 267 3 -3 -2.52 1.34 3.02-03 A 1

04 3.85+05 5.51+04

7239.880 33947 -47756 1 105 2 -3 -.44 3.42 3.63-01 7/ . 7fi zu — 07wz 4.62+07 6.59+06

iiAA ft^n 39970 -53769 1 77A 1 Z /O 3 -4 1 7 . 1 z1 Q8 111 -t-nn 1.3 1 T^UU 11 . 87o / 01 1 .00 1 Uo 1 8 C -4-A7 I .63 T^U /

/ _ jO. 1 hKj 39970 -53748 1

1 778 Z / o 3 -3 •J I 3.34 A4. 71/ 3 — AlU 1 6 76 07 3.77 S QQ +07 T^U / 6.30 OCA -l-OA T UO

n7ft 21999 -35768 7^i7 zo / 4 -4 — 7z. 77/ z 11.14I A 11.7Q 1 — 01U3 2.12 — 04 7Z.44 11 +0^ 1 U3 7 A8 4-04 Z.DO I U4

7261.540 30 /D / — C AC -J/t jU J 34 1188 3 — 3 -.31 3.55 4.90-01 7.00 -02 6.20+07 8.86+06

7282.390 4U4Uj — J4 1 3Z 1274 1 — 1

I -.05 3.81 8.97-01 2.99 -01 1.13+08 3.76+07

7284.840 3 34 1 3

/I 7 1 — -j/r 4 / 1 30 1004 3 — 7z -.70 3.16 1.98-01 2.83 -02 2.49+07 4.99+06

7288.760 34040 -47756 1077 4 _3 -.43 3.43 3.71-01 4.12 -02 4.66+07 6.66+06

7293.070 34329 -48037 1077 3 -2 -.19 3.67 6.40-01 9.15 -02 8.03+07 1.61 +07

7295.000 37158 -50862 1187 2 -3 -.57 3.29 2.67-01 3.34 S 14 — 07Viz 3.35+07 4.78+06

7300.470 40231 -53925 1275 2 - 1 -.19 3.67 6.42-01 1 .Zo 78 — 01U 1 8.04+07 2.68+07

/ jUd.o 1 u 33695 -47378 1 (^77 1 U / / 5 -4 — 7 1. / 1 1 1 A 3. 10 1 OA f\ 11 .Vd — U

1

i . 78/ o — 07uz 7 /I C -UA7 Z.43 1 U / 7 77 -f-HA z. / z ^uo

/ jU / .yH\) 33413 -47093 1 nn7 1 uuz 3 -3 — . J4 1 17 3.3Z Z.oD — U 1 A4.U7OQ — 07uz 1 C8 -t-A7 3 . J o T U / J. 1 1 T UO

7111 1 nn 34547 -48221 1 n77 1 u / / 2 - 1 — 7 A .ZD 1 A 1 3.0 1 J. J 1 — U 1

I

1 . 1 0U — 01U 1 A 88 -I-A7 0.6o 1 U / 7 70 Z.Z" 1 u / 7320.690 3d /D / — C A/l "> I jU4z3 1 188 3 — 4 -.17 3.70 6.84-01 9.77 -02 8.51 +07 9.46+06

7330.150 3 /4 1

^ 1 A/l O

1 187 1 — 1 -.63 3.23 2.33-01 7.75 -02 2.89+07 9.62+06

7333.620 1 /1 1 7Q 343ZV — /1 7QA 1 4 / VO

1078 3 — 4 -.89 2.98 1.30-01 1.86 -02 1.61 +07 1.79+06

7351.160 4023 1 -53831 1273 2 _3 -.07 3.80 8.53-01 1.71 -01 1.05+08 1.50+07

7351.560 39970 -53569 1275 3 -2 .21 4.08 1.63+00 2.33 -01 2.01 +08 4.02+07

7353.530 38175 -51771 1251 3 -3 -.34 3.52 4.53-01 0.46 — A7UZ 5.59+07 7.99+06

7363.960 39970 -53546 1274 3 -3 -.14 3.73 7.26-01 1 r\A

1 .U4 A

— Ul 8.92+07 1.27+07

/ .TOO. J / u 37410 -50981 1 1 oo 1 -0 — .0 1 1 7A 3 .ZO 7/17 A

Z.4 / — U I 8 7/1 6.Z4 — A7UZ 1 A/l -4-A7 3.U4 T^U/ 1 A/1 4-A7 3.U4 1 U / 7170 1 f^C\ 38175 - 5 1 740 1 71 zju 3 -2 — .->4 3.33 111 7 Q7 A 1 Z.7Z — U I

/I 1 7 4. 1 / — AOUz 1 C8 -t-A7 3.36 i^U/ 7 1 A -t-AA / . I 0 T^UO

TTO") QQn 37158 -50699 1 1 oo 2 _ 2 — A 1 .4 1 1 /lA 3 .40 188 A

3.00 — U 1 7 7^ 1 . ID — A7Uz A lA 4-A7 4. / 4 T^U / Q AQ -t-AA 7.47 T UO

7386.390 39626 — 53161 1275 4 — 3 .46 4.33 2.91 +00 3.24 -01 3.56+08 5.09+07

7389.420 34oVz — /foil 4ozz1077 1 — 1 .20 4.07 1.59+00 5.30 -01 1.94+08 6.47 +07

7401.690 33765 — 47272 1004 — 1 -.65 3.22 2.24-01 4.48 -02 2.72+07 9.08+06

741 1.180 34547 — 48037 1077 2 _2 .29 4.16 1.93+00 3.87 -01 2.35+08 4.70+07

7418.670 33413 -46889 1001 3 _ 2 -.55 3.32 2.84-01 4.06 -02 3.45 +07 6.89+06

7430.580 20875 -34329 204 3 -3 -2.54 1.33 2.88-03 4. 1

— A A 04 3.48 +05 4.98+04

7440.980 39626 -53061 1273 4 -5 .23 4.10 1.69 +00 1 88 1 .60 A

— U i 2.03 +08 1.85+07

~}AA I CilCx

/ 44 j.U 33765 -47197 1 An7 1 UUZ 2 _2 1

— . /4 1 1

3.13 18 1 A1 .8 1 — U 1 3.03 — A7 Uz 7 18 -1-A7 Z. 1 6 1 U / 4.3 / 1 Uo

/44 J. /oU 34329 -47756 1 n77 1 U / / 3 -3 ^ A .34 4.4

2 A A -1- AA 3.40 +UU A n c 4.^3 — A 1 Ul /t 1 7 4-AQ 4. 1 / +Uo j.yj ^U / 1 A A~l A'XC\

1 44 / .43U 39970 -53394 17 71 1 Z / 3 3 -4 A7 .U3 1 on i.yy) 1 A7 4-AA 1 .U / +UU 1 CI 1 .53 — A 1 Ul 1 7Q -t-Ae

1 .Z7 T^U6 1 .43 1 U / 7461.530 AiC /I 1 zUd4 1 — 34040 204 4 — 4 -2.58 1.29 2.63-03 2.92 -04 3.15+05 3.50+04

7491.680 34692 — 48037 1077 1 — 2 -.22 3.65 5.98-01 1.99 -01 7.10+07 1.42+07

7495.090 34040 — 47378 1077 4 — 4 .61 4.49 4.09+00 4.54 -01 4.86+08 5.40+07

7498.560 3341

— 46745 1001 3 _3 -1.13 2.75 7.45-02 1.06 -02 8.84+06 1.26+06

7506.030 40842 -54161 1306 3 -3 -.08 3.80 8.41 -01 1 7n 1 .zu — U 1 9.96+07 1.42+07

7507.300 35612 -48928 1 137 3 -2 -.18 3.70 6.66-01 9.51 -02 7.88+07 1.58+07

751 1.040 33695 -47006 1077 5 -5 .79 4.66 6.10+00 5.55 -01 7.22 +08 6.56+07

/ -O 1 . 1 / U 35257 -48532 113/ 4 -3 7 7 A 1 n 4. 1

1 .DO I UU 1.85 -01 1 Q C -J- A8 1 .73 T Uo 7 7Q -t-A7 1. ly 7^U /

/ J Do. 7ZU 34547 -47756 1 077 2 -3 1 7 1 7A 7 n 1 /.Jo — \) I 1.52 -01 o 87 -I-A7 1 7A4-A7 1 .ZO / 7'\C'j ftnn / Jo j.oUU 24339 -37521 4UZ /in7 3 -2 — 1 7/1

1 .z4 7 A/1 c 7 c A7 J . / J — VJZ 8.22 -03 A A7 -t-AA 0.0 / T^UO 1

1 .331 1 +0A 1 UO

7586.040 34782 — 47961 1 137 5 — 4 .45 4.33 2.85+00 2.59 -01 3.30+08 3.67+07

7605.320 40594 — 53739 1308 4 — 5 -.03 3.86 9.42-01 1.05 -01 1.09+08 9.88+06

7620.540 381 75 — 51294 1250 3 — 3 .30 4.18 1.99+00 2.85 -01 2.29+08 3.27+07

7653.780 38678 -51740 1250 2 _ 2 -.05 3.84 9.01 -01 1.80 -01 1.03+08 2.05+07

7661.220 34329 -47378 1077 3 -4 -.20 3.69 6.34-01 9.05 -02 7.20+07 8.00+06

7664.300 241 19 -37163 402 4 -3 - 1.06 2.82 8.71-02 9.68 -03 9.89+06 1.41 +06

77 1 n IQO 34040 -47006 1 077 4 -5 113.33 A4.03f^T, — 01U 1 5.14 -02 C 1 A 4-A7 3 . 17 ~\J 1 A 77 +(\ft 7719.050 40594 -53546 1304 4 -3 -.04 3.85 9.13-01 1.01 -01 1.02+08 1.46+07

7723.200 18378 -31323 108 2 -3 -2.79 1.10 1.62-03 3.24 -04 1.81 +05 2.59+04

7742.710 40257 -53169 1306 5 -6 -.08 3.81 8.41 -01 7.64 -02 9.35+07 7.20+06

48
Table \. -Oscillator Stren£ths and Transition Probabilities for 3288 Lines ofFe i in Order of Wavelength-Continued

Wavejength A

Energy Levels K

Multiple! No.

y-Values Log

(fif> Log

(^^A) nf / A

7748.280 7751.180

7780.590

7807.920

7832.220

7855.480

7869.650

7912.870

7937.170

7941.090

7945.880 7998.970

8028.340

8046.070

8047.600

8075.130

8080.670

8085.200

8096.870

8186.800

8198.950 8207.770

8220.410

8232.350 8239.130

8248.150

8274.280

8275.910

8293.530

8327.060

8331.940

8339.430

8342.950

8360.820

8365.640

8387.780

8439.600

8468.410 8471.750

8497,000

8514.080

8515,080

8526,680

8538.020

8562.1 10 8571.810

8582.270 8592.970

8598.790

861 1.810 8616.280

8621.610

8661.910

8674.750

8688.630

8699.430 8710.290

8713.190

8757.190 8764,000

8784,440

8790.620

8793.380

8804.620

8808.170

8824.230

8838.430

8846.820

8866.960

8868.420

23784-36686

40257-53155

36079-48928

40257-53061

35768-48532

40842-53569

35257-47961

6928- 19562 34782-47378

26406-38996

35379-47961

35257-47756

36079-48532

35612-48037

6928- 19351 7377- 19757 26624-38996

35856-48221

32874-45221

39626-51837

35768-47961

35856-48037

34844-47006

35612-47756

19552-31686

35257-47378

40871-52954

39970-52050

26624-38678

17727-29733

35379-47378

35768-47756

40231-52214

36079-48037

26225-38175

17550-29469

36686-48532

17927-29733

39970-51771

37163-48928

17727-29469

24339-36079

39626-51351

39626-51335

36079-47756

40405-52067

241 19-35768

39970-51604

35379-47006

22947-34556

39626-51229

23784-35379

17927-29469

22838-34363

17550-29056

39970-51462

39626-51 103 23784-35257

22947-34363

37521-48928

39970-51351

40231-51604

37163-48532

18378-29733

40405-51755

17727-29056

23052-34363

40405-51705

36686-47961

24339-35612

402

1304

1 154 1303

1 154 1305

1 137

12

1 136 623

1 154

1 136 1154

1 136

12

12 623

1 136 999

1272

1 154

1 136

1 136

1 136

108

1 136 1332 1270 623

60

1 153

1 153 1270

1 153 623

60

1 17260

1270

1 17260

401 1270

1266

1 153 1272

401 1267

1 153 339

1266

40160 339

60

1267

1267 400

339

1 172 1270

1267

1 172 106 126760 339

1267

1 172 400

5-4

5^4

3- 2 5-5

4- 3 3- 2 4- 4 5- 4 5-4

1 - 1 5-4

4- 3 3-3

3- 2 5- 5 4- 3 2-1

2- 1 4-3

4-3

4-4

2 — 2 6- 5 3- 3

1 -2

4- 4 3-3

3- 2 2-2

2-1

5- 4 4- 3 2- 1 3- 2 3-3

3- 2 4- 3

1 - 1 3-3

3-2

2- 2 3- 3 4- 4 4-4

3- 3 1-2

4- 4 3- 3 5- 5 1-0

4- 5 5- 5 1- 2 2- 1 3- 3 3- 4 4- 5 5- 4

1 - 1 2- 2 3- 4 2- 3 3- 3 2- 1

1 - 1 2- 3 0- 1 1- 2 4- 4 3- 3

- 1.00

.14

.59 .14

.64 -.05

-.91 -4,30

,63 - 1,69

,67

.68

.01 .67 -4.11 -4.54 - 1.81

.61 -.98

-.07

.05 -.10

.94 -.06

-2.60

-.24

.00 -.11 - 1,54 - 1,07

,41 .12 -.13 - 1.16 -1,46 - 1,09 ,00 - 1,56 -,08

-.11 - 1.70 -1.37

.20 — .22 -.90

-.28

-1.62

.03 -.46 - 1.31 -.41 - 1.75 - 1.1

-1.14

-.79

.33

.41 - 1.93 -1.18

,58

.05 .26

.51 -2.44

.20 - 1,04 - 1.27

.33 .69 - 1.86

2.89

4.03 4.48

4.03

4.53

3.85 2.99 -.40

4.53

2.21 4.57

4.58

3.91 4.57 -.20

-.63

2.10 4.52

2.93 3.84

3.97

3.81 4.85

3.86

1.32 3.68

3.92

3.81 2.38

2.85 4.33 4.04

3.79 2.76

2.46

2.83

3.93 2.37

3.84

3.82

2.23 2.56

4.13

3.71 3.03 3.66

2.31 3.96

3.47

2.63 3.52 2.19

2.83 2.80

3.15 4.27

4.35

2.01 2.76

4.53 4.00

4.20

4.45

1.50 4.14

2.91 2.68 4.28 4.64

2.09

49

1.00- 01 1.39+00

3.92+00

1.37+00

4.37+00

8.96-01

1.24- 01 5.01- 05 4.28+00

2.04- 02 4.73+00

4,78+00

1.02+00

4.64+00

7.76-05

2.88-05

1.55-02

4.09+00

1.05- 01 8.52-01

1.13+00

7.88-01

8.62+00

8.70-01

2.51-03

5.78-01

1.00+00

7.82-01

2.88-02

8.51-02

2.58+00

1.32+00

7.47-01

6.86-02

3.47-02

8.13-02

1.00+00

2.75- 02 8.25- 01 7.82-01

2.00-02

4.27-02

1.60+00

6.05-01

1.26- 01 5.30-01

2.40-02

1.06+00

3.43-01

4.90-02

3.86-01

1.78-02

7.76- 02 7.24-02

1.62- 01 2.13+00

2.57+00

1.17-02

6.61-02

3.83+00

1.13+00

1.81+00

3.24+00

3.63- 03 1,57+00

9.12-02

5.37- 02 2.15+00

4.95+00

1.38- 02

9.09- 03 1.27- 01 5.60- 01 1.25- 01 4.85-01

1.28- 01 1.38-02

4.56-06

3.89-01

6.81- 03 4.30- 01 5.31- 01 1.46- 01 6,63-01

7.06- 06 3.20-06

3.10- 03 8.17- 01 1.16-02

9.47- 02 1.26- 01 1.58- 01 6.63-01

1.24-01 8.37-04

6.42- 02 1.43- 01 1.12-01 5.77-03

1.70-02

2.35-01

1.46-01

1.49- 01 9.80-03

4.95-03

1.16- 02

1.11 -01

9.18- 03 1.18-01

1.12-01 3.99-03

6.09-03

1,77-01

6,72-02

1,80-02

1,77-01

2,67-03

1,52-Oi

3,12-02

1,63-02

4,28-02

1.62- 03 2.59- 02 1,45-02

2.32- 02 3.05-01

2.85-01

1.07- 03 2.20-02

7.66-01

1.61- 01 3.61-01

4.63- 01 7.26-04

5.23-01

1.82- 02 5.37-02

7.17- 01 5.50- 01 1.97-03

1.11 +07

1.55+08

4.32+08

1.50+08

4.75+08

9.68+07

1.34+07

5.34+03

4.53+08

2.16+06

4.99+08

4.99+08

1.06+08

4.78+08

7.99+03

2.95+03

1.58+06

4.17+08

1.07+07

8.48+07

1.12+08

7.80+07

8.51+08

8.56+07

2.47+05

5,66+07

9,75+07

7,61+07

2,80+06

8.19+06

2.48+08

1.26+08

7.15+07

6.55+06

3.30+06

7.71 +06

9.37+07

2.56+06

7.67+07

7.23+07

1.84+06

3.92+06

1.46+08

5.54+07

1.14+07

4.81 +07

2.17+06

9.61 +07

3.10+07

4.40+06

3.46+07

1.60+06

6.90+06

6.42+06

1.43+07

1.88+08

2.26+08

1.03+06

5.75 +06

3.33+08

9.76+07

1.56+08

2.79+08

3.12+05

1.35+08

7.81+06

4.59+06

1.83+08

4.20+08

1.17+06

1.23+06

1.72+07

8.64+07

1.36+07

6.79+07

1.94+07

1.49+06

5.93+02

5.04+07

7.20+05

5.55+07

7.12+07

1.51+07

9.56+07

7.27+02

4.21+02

5.27+05

1.39+08

1.52+06

1.21+07

1.25+07

1.56+07

7.74+07

1.22+07

4.94+04

6.29+06

1.39+07

1.52+07

5.59+05

2.73+06

2.76+07

1.80+07

2.38+07

1.31+06

4.72+05

1.54+06

1.34+07

8.54+05

1.10+07

1.45+07

3.67+05

5.61 +05

1.63+07

6.15+06

1.63+06

9.62+06

2.41 +05

1.37+07

2.81+06

4.40+06

3.15+06

1.45+05

1.38+06

2.14+06

2.05+06

2.09+07

2.05+07

1.15+05

1.92+06

6.65+07

1.08+07

2.23+07

3.99+07

1.04+05

4.50+07

1.12+06

1.53+06

3.67+07

4.66+07

1.67+05

I
Table \. -Oscillator Strengths and Transition Probabilities for 3288 Lines o/Fe i in Order of Wavelength-Continued

Wiivejength AEnergy Levels K

Multlplet No.

y-Values

Log

(«/). Log

(,v/X) / A

8876.130 8919.950

8929.040

8943.000

8945.200

8975.410

8984.870

8999.560 9006.720

9008.370

9010.550 9012.100

9013.900

9019.840 9024.470

9062.240

9070.420

9079.600

9080.480 9088.330

9089.410 9100.500

9103.640

91 17.100

91 18.890

9146.1 10 9147.800

9173.120

9173.460 9178.570

9210.030

9214.450

9217.540 9233.180

9242.320

9246.540

9258.300

9259.050

9294.660

9307.940 9318.130

9343.400

9350.460

9359.420

9362.370

9372.900

9394.710

9401.090

9414.140

9437.910

9443.980

9452.450

9454.240

9462.970

9513.240

9569.960

9626.560

9634.220

9653.140

9657.300

9699.700

9738.620 9753.130

9763.450 9763.910

9800.340

9861 790

9889.080

40491-51755

40842-52050

41018-52214

22838-34017

40594-51771

241 19-35257

41131-52257

22838-33947

40231-51331

40871-51969

21039-32134

40257-51351

18378-29469

41 131 -52214

39626-50704

41018-52050

34040-45061

37521-48532

40594-51604

22947-33947

23784-34782

39626-5061 1 33695-44677

23052-34017

22838-33802

20875-31805

40842-51771

21039-31937

40842-51740

39970-50862

22947-33802

39626-50475

40257-51 103 42912-53739

40231-51048

20875-31686

37163-47961

39626-50423

40594-51351

40594-51335

39970-50699

40594-51294

36686-47378

20641 -31323

18378-29056

20641-31307

39970-5061

40594-51229

40842-51462

37163-47756

41018-51604

40405-50981

41 131 -51705

39970-50534

40594-51 103 40257-50704

40594-50980

40842-51219

38175-48532

41018-51370

40842-51 149 40257-50523

38678-48928

41 131 -51370

40594-50833

41018-51219

4084'' — 50980 40594-50704

1267

1301

1301 338

1301 400

1301 339

1261 1329 202

1301 106

1301 1265

1301 1076

1 172 1298 339 400

1264 1076 338

338

202

1301 203 1300

1262 338

1264

1298

1342 1262 203

1 172 1263

1301 1297

1263 1300

1171 203

106 202

1264

1297

1298

1171 1298

1263 1298

1263

1298 1296

1296 1296

1247 1296

1292 1296

1247 1296

1292 1296

1 296

1296

0-1

3- 2 2-1

2-1

4- 3 4- 4

1 -0

2 — 2 2- 2 3- 3 2-2

5- 4

2 — 2

1 - 1 4- 5 2 — 2 4-3

2-3

4- 3

1 -2

5- 5 4- 3 5- 4 0- 1 2- 2 3- 3 3-3

2- 1 3- 2 3- 3 1- 2 4- 4 5- 5 5-5

2- 1 3- 2 3- 4 4- 4 4-4

4-4

3- 2 4- 3 4-4

4-3

2- 3 4-4

3- 3 4- 5 3-4

3-3

2- 3

1 -0

1 -2

3- 3 4- 5 5- 5 4- 4 3-3

3-3

2- 2 3- 3 5- 6 2-2

1- 2 4- 5 2- 3 3- 4 4- 5

.34

.53 .42 -1.97

.72 - 1.46

.44 -.59

-.02

.28 -2.17

.86 -2.67

.10

.43 .14 -.76

.12 .34 - 1.1

-1.13

.30 -.79

-1.95

-1.31 -2.08

.47 -2.25

.28 -.05

-1.63

.36

.36

.23 .08 -2.19

.20

.37 .24

.21

.13

.25

.01 - 2.25 -2^43

-2.1

-.12

.44

.64 -.42

.57 .14

.35 -.02

.73 .67 .86

.46

.44

.58

.46 1.20

.56

.73 .90 .90

.75

.91

4.28 4.48

4.37

1.98 4.67

2.49 4.39

3.36

3.94

4.23

1.78 4.82

1.28 4.06

4.38 4.10

3.20 4.08 4.30

2.85 2.83 4.26

3.17

2.01 2.65

1.88 4.43

1.71 4.25

3.91

2.33 4.32

4.32 4.20

4.04

1.78 4.17 4.34

4.21 4.18 4.10

4.22

3.98

1.72 1.54

1.86 3.86

4.41

4.6! 3.55 4.54

4.12

4.33

3.96

4.71 4.65 4.85 4.44

4.43 4.57

4.45

5.19

4.55

4.72 4.88 4.89

4.75 4.90 50

2.17+00

3.41 +00

2.65+00

1.07-02

5.21 +00

3.47-02

2.73+00

2.57-01

9.59-01

1.90+00

6.76-03

7.29+00

2.14-03

1.27+00

2.68+00

1.39+00

1.74-01 1.32+00

2.17+00

7.76-02

7.41 -02

2.01 +00

1.62-01 1.12-02

4.90-02

8.32-03

2.93+00

5.62-03

1.93+00

8.85-01

2.34-02

2.28+00

2.29+00

1.71+00

1.19+00

6.46-03

1.60+00

2.37+00

1.75+00

1.63+00

1.34+00

1.78+00

1.03+00

5.62-03

3.72-03

7.76-03

7.66-01

2.73+00

4.35+00

3.80-01

3.69+00

1.39+00

2.25+00

9.56-01

5.36+00

4.66+00

7.29+00

2.85 +00

2.76+00

3.84+00

2.90+00

1.58+01 3.66+00

5.42+00

7.86+00

7.86+00

5.66+00

8.10+00

2.17+00

4.88-01

5.30-01

2.14-03

5.79- 01 3.85-03

9.09-01

5.14-02

1.92- 01 2.71-01

1.35-03

6.63- 01 4.28- 04 4.23- 01 2.98-01

2.78-01

1.93- 02 2.64- 01 2.41-01

2.59-02

6.74- 03 2.24- 01 1.47-02

1.12-02

9.80- 03 1.19-03

4.18-01

1.12-03

2.75- 01 1.26-01

7.81- 03 2.53-01

2.08- 01 1.56-01 2.38-01

9.22-04

2.29- 01 2.63-01

1.94- 01 1.81-01

1.92-01

1.97-01

1.14-01 6.25- 04 7.43-04

8.62- 04

1.09- 01 3.03-01

6.22-01

5.43-02

7.38-01

4.63- 01 7.51-01

1.37-01 5.96-01

4.24-01

8.10- 01 4.08-01

3.94-01

7.67-01

4.14-01

1.44+00

7.32-01

1.81+00

8.73-01

1.57+00

8.09 — 01 9!oi-01

1.83+08

2.86+08

2.22+08

8.94+05

4.34+08

2.87+06

2.25+08

2.12+07

7.88+07

1.56+08

5.55+05

5.99+08

1.76+05

1.04+08

2.20+08

1.13+08

1.41 +07

1.07+08

1.76+08

6.27+06

5.98+06

1.62+08

1.31+07

9.00+05

3.93+06

6.63+05

2.33+08

4.46+05

1.53+08

7.00+07

1.84+06

1.79+08

1.80+08

1.34+08

9.31+07

5.04+05

1.25+08

1.84+08

1.35+08

1.25+08

1.03+08

1.36+08

7.84+07

4.28+05

2.83+05

5.89+05

5.79+07

2.06+08

3.28+08

2.84+07

2.76+08

1.04+08

1.68+08

7.12+07

3.95+08

3.40+08

5.25+08

2.05+08

1.97+08

2.74+08

2.05+08

1.11 +09

2.57+08

3.79+08

5.50 + 08 5.46+08

3.88 +08

5^53+08

6.11+07 ' 5.72+07 ' 7.39+07

2.98+05 ,! 6.20+07 1 3.19+05 j 2.25+08 i| 4.23+06 i 1.58+07 |( 2.23+07 5 1.11 +05

6.65+07 i 3.51+04 .' 3.46+07 i 2.00+07

2.26+07 j 2.01 +06 '] 1.52+07 -! 2.51+07 J 1.25+06

] 5.44+05

2.32+07 \ 1.45+06 1 3.00+05 j 7.86+05 i 9.47+04 i 3.33 +07 i 1.49+05 * 3.05+07 ' 1.00+07 i 3.69+05 : 1.99+07

1.63+07

1.22+07

' 3.10+07 : 1.01+05 ^ 1.38+07 ' 2.05+07

1.50+07

1.39+07

2.07+07 ; 1.94+07 ; 8.71+06 : 6.12+04 ' 4.04+04

6.55+04 : 8.27+06

1.87+07 : 3.64+07 : 4.06+06

3.94+07

1.04+08

3.36+07

1.02+07

3.59+07

3.09+07 ' 5.83+07

2.93+07 , 2.82+07 : 5.49+07 , 2.93+07 ! 8.57+07 ! 5.13+07

7.58+07 : 5.00+07 '. 7.80+07 '. 4.31 +07 ' 5.03+07
Table 2. - Transition Probabilities for 3288 Lines of Fe i in Order of Upper Energy Level Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

j- values A

Wave

length A

Energy

Levels K

J- values A

5166.290

8047.600 5110.410

7912.870

5060.080

5168.900 5247.060

8075.130

5204.590

5254.960

5225.530

5250.210 6358.690

4375.930

6280.620 4347.240

4427.310

6400.320

4461.650

6498.950

4389.250 4445.480

4482.170

6574.240

6648.120 4435.150

4471.680

4489.740

6625.040 4216.190

4291.470

5956.700

4134.340 4206.700

4258.320

5949.350

4149.767 4199.970 4232.730

3859.913

3922.913 5269.540

5397.130 5501.470

7180.020

3824.446

3886.284

3930.298 5328.040 5429.700

5506.780

3856.373 3899.709 3927.922 5371.490

5446.920

5497.520

3878.574

3906.481 3920.260 5405.780

5455.610

3895.658 5434.530

3719.937 5012.070

5127.360

6710.310

3679.9 1

3737.133

0-19351

6928-19351 0-19562

6928-19562 0-19757

416-19757

704-19757 7377- 19757 704-19913

888-19913 888-20020

978-20020

6928-22650

0-22846. 6928-22846 0-22997

416-22997

7377-22997

704-231 1

7728-23111 416-23193

704-23193

888-23193 7986-23193

8155-23193 704-23245

888-23245

978-23245

8155-23245 0-23711

416-23711

6928-2371

0-24181

416-24181

704-24181

7377-24181 416-24507

704-24507

888-24507 0-25900

416-25900

6928-25900

7377-25900 7728-25900

11976-25900 0-26140

416-26140

704-26140

7377-26140

7728-26140

7986-26140 416-26340

704-26340

888-26340

7728-26340

7986-26340

8155-26340 704-26479

888-26479 978-26479

7986-26479

8155-26479 888-26550

8155-26550 0-26875

6928-26875

7377-26875

1 1976-26875

0 — 27 1 67 416-27167

4- 5 5- 5 4- 4 5- 4 4-3

3- 3 2- 3 4- 3

2 — 2 1-2

1- 1 0- 1 5- 6 4- 5 5- 5 4-4

3- 4 4- 4 2- 3 3- 3 3- 2 2-2

1- 2 2- 2 1- 2 2- 1 l-I 0- 1 1- 1 4- 4 3- 4 5- 4 4- 3 3- 3 2- 3 4- 3 3- 2 2- 2 1- 2 4- 4 3- 4 5- 4 4- 4 3- 4 4- 4 4-3

3- 3 2- 3 4- 3 3- 3 2- 3 3- 2 2- 2 1- 2 3- 2 2- 2 1- 2 2- 1

1 - 1 0- 1 2- 1 1- 1 1-0

1-0

4- 5 5- 5 4-5

4-5

4 — 4 3- 4

4.75+03 7.27+02

1.30+04 5.93+02

1.70+02

1.15+04

1.09+03 4.21+02

8.36+03

2.84+03 4.47+03

2.80+03

1.27+03

8.14 + 04 1.57+03 3.83+02

1.17+05 2.23+03 9.33+04

1.36+03 8.72+03 9.11+02

9.38+04

7.07+02

6.60+02

1.83+04 8.05+02 4.39+04

3.93+02 4.37+04

1.24+04

1.82+03 3.95+03 2.05+04

1.12+04

1.45+03

1.17+03 4.66+03

5.91+03

1.34+07 1.75+06

1.19+06 3.35+05 5.36+04

1.73+03

4.40 + 06 7.24+06

3.02+06

1.16+06

5.36 + 05

1.14 + 05

6.50 + 06 4.20+06

4.33+06

1.16+06 5.66+05

1.43+05 9.76+06

1.75+06 4.79+06

1.35+06 6.97+05

1.60+07 2.42+06

2.10+07

9.39 + 04 2.84+04

4.67 + 02

1.68+07

4939.690

5051.640 5142.930

6581.220

3649.304

3705.567

3745.562 4994.130

5083.340 5150.840

3683.056 3722.564

3748.264

5041.070

5107.450

5151.920

3707.823

3733.319

3745.901 5079.740 5123.720

3440.607

3490.575 3526.042 4687.310

8688.630

8824.230

9362.370

3440.990

3475.451 3497.842 4598.370

4690.380

8387.780

8514.080

8661.910

9013.900

3443.878

3465.862 3476.704 8327.060

8468.410

8804.620

3193.227

3236.223 4100.739

4177.590

5171.600

5332.900

9372.900

3191.660

3234.614

3265.047 4174.920

4237.080

5167.490 5328.530

7723.200 9359.420

3226.714

3246.005 4172.750

5227.190

5341.030

8239.130 9246.540

3143.243

3184.896

32 14.396 4092.512

6928-27167

7377-27167 7728-27167

11976-27167 0-27395

416-27395

704-27395

7377-27395 7728-27395 7986-27395 416-27560

704-27560

888-27560

7728-27560

7986-27560

8155-27560 704-27666

888-27666 978-27666

7986-27666

8155-27666 0-29056

416-29056

704-29056

7728-29056

17550-29056 17727-29056

18378-29056 416-29469

704-29469

888-29469

7728-29469

8155-29469

17550-29469

17727-29469

17927-29469

18378-29469 704-29733

888-29733 978-29733

17727-29733 17927-29733

18378-29733 0-31307

416-31307

6928-31307

7377-31307

11976-31307 12561-31307 20641-31307 0-31323

416-31323

704-31323

7377-31323 7728-31323

11976-31323

12561 -31323

18378-31323 20641-31323 704-31686

888-31686

7728-31686

12561-31686

129o9-31686 19552-31686 20875-31686 0-31805

416-31805

704 — 3 1 805 7377-31805

51

5-4

4-4

3- 4 4- 4 4-3

3- 3 2- 3 4- 3 3- 3 2- 3 3- 2 2- 2 1- 2 3- 2 2- 2 1- 2 2- 1 1- 1 0- 1 2- 1 1- 1 4- 3 3- 3 2- 3 3- 3 3-3

2-3

2- 3 3- 2 2- 2 1-2 3- 2 1- 2 3- 2 2- 2 1- 2 2- 2 2-1

1- 1 0- 1 2— 1

1 - 1 2- 1 4- 4 3- 4 5- 4 4- 4 4-4

3- 4 4- 4 4-3

3- 3 2- 3 4- 3 3- 3 4- 3 3- 3 2-3

4- 3 2- 2 1- 2 3- 2 3-2

2- 2 1-2

3- 2 4- 3 3- 3 2 — 3 4- 3

2.01 +04

5.66+04

5.34+04

1.30+03 2.11+05 5.51+06

1.59+07 4.81+04

6.71+04

7.17+04

8.76+05 9.19+06

1.28+07 9.77+04

8.49+04 7.43+04

2.68+06

1.05+07

1.20+07

1.06+05 1.37+05 2.92+07

7.82 + 06 2.31+06

1.85+03 2.05+06

1.12+06 4.04+04

1.71+07

1.60+07 5.86+06

1.55+03 2.84+03

1.54+06 3.67+05

1.38+06 3.51+04

1.52+07 2.13+07

1.06+07 2.73+06

8.54 + 05 1.04+05 1.35+06 9.33+05

1.13+05 1.61+05 1.45+06

1.14+05 6.55+04

9.35+05

6.91 +05

5.91+05

2.50 + 05 3.59+04 4.70+06

1.06 + 06 2.59+04 6.12+04

6.72+04

1.05+06 3.58+05 7.06+06

1.20+06 4.94+04

1.01+05 6.09+04

9.39+05

1.40+06

1.16+04

4152.170

4197.100

5041.760

5194.940

5307.360

9146.1 10 3200.785 3229.122 4173.920 4203.570

5270.360 9173.120

3151.867 3180.756

4096.217 4139.929

5107.640

5216.280 9010.550

3020.640

3059.087

3820.427 3887.050

3940.880 4733.600

6430.850

2983.571 3021.074

3047.606

3825.883

3878.021 3917.183 4643.220

6265.140 6335.340

6608.030

2966.900

3734.866

3798.513 4602.940

6988.530

2994.428 3037.390

3834.224

3872.503

3898.01

4798.740

6151.620

6219.290

6297.800

6481.880

7016.080

91 18.890 9210.030

298 1 .446 3007.283 3024.034 3812.966

3850.819

3876.041 4674.660

4765.480

6163.540

6240.660 6421.360

6945.210 8999.560

9088.330

3000.949

3017.629

7728-31805

7986-31805

1 1976-31805

12561-31805 12969-31805 20875-31805 704-31937 978-31937

7986-31937

8155-31937

12969-31937 21039-31937 416-32134

704-32134

7728-32134 7986-32134

12561-32134

12969-32134 21039-32134 0-33096

416-33096

6928-33096

7377-33096 7728-33096

11976-33096 17550-33096 0-33507

416-33507

704-33507

7377-33507 7728-33507

7986-33507

1 1976-33507

17550-33507

17727-33507 18378-33507 0-33695

6928-33695

7377-33695

11976-33695

19390-33695 416-33802

888-33802

7728-33802

7986-33802

8155-33802

12969-33802 17550-33802

17727-33802

17927-33802 18378-33802

19552-33802 22838-33802

22947-33802 416-33947

704-33947

888-33947

7728-33947

7986-33947

8155-33947

12561-33947

12969-33947

17727-33947

17927-33947

18378-33947

19552-33947 22838-33947

22947-33947 704-34017

888-34017

3- 3 2- 3 4- 3 3- 3 2- 3 3- 3 2- 1 0- I 2-1

1- 1 2- 1 2- 1 3- 2 2- 2 3- 2 2- 2 3- 2 2-2

2- 2 4-4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 4- 3 3- 3 2- 3 4- 3 3- 3 2- 3 4- 3 3- 3 2-3

2- 3 4- 5 5- 5 4-5

4-5

6- 5 3- 2 1- 2 3-2

2- 2 1- 2 2- 2 3- 2 2-2

1- 2 2- 2 1- 2 2- 2 1- 2 3- 2 2- 2 1- 2 3- 2 2- 2 1- 2 3- 2 2- 2 2-2

1- 2 2- 2 1- 2 2- 2 1- 2 2- 1 1-1

1.96+05 1.05+04 3.50+05 8.28+05

1.17+05 9.47+04

3.36 + 05 1.12+06

2 73+05

7.58+04

8.19+06

1.49+05 1.65+05 7.25+05

1.91 +04

1.13+05

4.66 + 05 1.10+06

1.11 +05

6.02+07

2.88+07

1.31 +08

7.60+06

4.45+05

1.38+05 4.82+05 4.67+07

6.74+07 4.80+07

1.18+08

1.79+07 1.46+06

1.64+03 2.43+05

3.28+05

1.02+04 4.25+07

1.62+08 8.39+06

9.92+05 2.84+04

6.65+07

5.37+07 9.29+07

2.39+07

3.34+06 6.21+04

6.87+04

3.15+05

1.65+05

1.26+05 5.66+04

7.86 + 05 3.69+05

1.40+07 7.39+06

1.19+07 2.30+07 5.42+06

4.35+05

1.84+04 2.62+04 3.28+04

7.16+04

9.33+05

3.91 +05

4.23+06

1.25+06

1.08+08

1.65+07
Table 2. — Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued Wave

Ic rijCit h

Ar\

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

3025.844 978 -34017 0- 1 6.54 -^07 3581.195 6928 - 34844 5- 6 1.59+08 6230.730 20641 -36686 4- 4 2.24+06

3840.440 7986 -34017 2- 1 9.73+07 2835.457 0 -35257 4- 4 8.80+05 6322.690 20875 -36686 3- 4 2.18+05

3865.526 8155 -34017 1 - 1 4.00+07 2869.308 416 -35257 3- 4 2.48+06 6677.990 21716 -36686 5- 4 2.00+06

4749.580 12969 -34017 2_ 7.31+03 3528.942 6928 -35257 5- 4 1.11+04 6806.850 21999 -36686 4- 4 5.42+04

6137.000 17727 -34017 2 2.46+05 3585.707 7377 -35257 4- 4 1.32+07 7748.280 23784 -36686 5 — 4 1.23+06

6213.440 17927 — 34017 1 _ 4.08+05 3631.465 7728 — 35257 3_ 4 9.33+07 2719.027 0 — 36767 4_ 3 1.82+08

6392.550 18378 — 340 1

2 _ 4.03+04 4294.130 1 1976 — 35257 4_ 4 8.40+06 2750.142 416 — 36767 3 _ 3 5.25+07

7151.500 20038 — 340 10 — 1.04+05 4404.750 1 256

— 35257 3 _ 4 6.79+07 3401.520 7377 — 36767 4_ 3 3.76+06

on /I "3 AAA 894j.UOO 22838 — 340 1

2 _ 2.98 +05 ami and 6393.oUO 19621 — 35257 5 _ 4 1 .44 +06 3442.67

7728 — 36767 3 _ 3 1 .53 +U0

n 1 1 T 1 AA 91 17. 100 — 34017 0 — 3.00 +05 6462.730 19788 — 35257 4_ 4 1 .77 +05 t All ACtl 7986 — 36767 2 _ 3 2.56 +05

2936.905 0 -34040 4- 4 2.16+07 6839.830 20641 -35257 4- 4 3.80+04 4032.629 11976 -36767 4- 3 9.50+05

2973.237 416 - 34040 3- 4 3.83+07 8713.190 23784 -35257 5- 4 1.15+05 4130.035 12561 -36767 3- 3 1.02+05

3687.459 6928 - 34040 5- 4 1.85+07 8975.410 241 19 -35257 4- 4 3.19+05 5202.340 17550 -36767 3- 3 2.27+06

3749.488 7377 - 34040 4- 4 1.45+08 2825.689 0 -35379 4- 5 8.33+05 5250.650 17727 -36767 2 — 3 1.04+06

3799.550 7728 - 34040 3- 4 1.74+07 3513.820 6928 -35379 5- 5 1.55+07 5436.590 18378 -36767 7 3 6.14+04

4531.150 1 1976 _ 34040 4 _ 4 9.72+05 3570.100 7377 — 35379 4_ <i 1.17+08 5871.040 199 1

— 3694

2 _ 7 1.02+05

4654.500 12561 _ 34040 3 _ 4 2.26+05 4271.760 1 1976 — 35379 4_ <j 5.27+07 5908.250 20020 — 3694

1 _ ^ 1.29+05

6062.890 17550 _ 34040 3 _ 4 1.27+04 6252.560 19390 — 35379 6 — 7.95+05 2720.904 416 — 37158 3 _ 7 1.43+08

6933.630 <J — A*+ 2.39 +04 6344. 150 1 QA7 ! J — 7.21 +04 2742.406 704 — J^71

11 JOss 2 _ 7 6.4y +u / 746 1 .530 2064

_ 34040 4_ 4 3.50+04 0 JlT 1 il 1 A o6i 1 .6 10 23784 — 35379 5 _ 1 .45 +05 2756.330 888 — 37 158 1 _ 7 4.4 1 +07

3008.140 888 -34122 1- 0 2.28 + 08 2807.246 0 -35612 4- 3 2.53+05 3396.977 7728 -37158 3- 2 2.59+06

3849.969 8155 -34122 1- 0 1.60+08 2840.423 416 -35612 3- 3 1.24+06 3446.947 8155 -37158 1 - 7 3.31+05

6173.340 17927 -34122 1- 0 6.97+05 2863.864 704 -35612 2 _ 3 2.02+06 4064.450 12561 -37158 3- 7 3.69+05

6861.930 19552 -34122 1- 0 1.45+05 3540.711 7377 -35612 4- 3 1.82+06 5098.700 17550 -37158 3- 2 2.04+06

2912.159 0 -34329 4- 3 6.47+06 3585.321 7728 -35612 3 - 3 2.88+07 5145.100 17727 — 37158 2.01+05

2947.877 4 1

— 34329 3 _ 3 4.07+07 3618.769 7986 — 35612 2 _ 3 1.39+08 5198.710 17927 — 37158 1 _ 2 1.56+06

2973.134 704 — 34329 2 _ 3 3.11+07 4229.760 1 1976 — 35612 4_ 3 1.19+05 2690.069 0 — 37 163 4_ 3 1.23+06

3709.248 7377 — 34329 4 _ 3 3.47+07 4337.050 12561 — 35612 3 _ 3 3.59+06 2720.516 4 1

— 37163 3 _ 3 2.51+05

3758.235 7728 — 34329 3 _ 3 1 .38 +08 /I /I 1 ? I 7A 1 2969 — 35612 2 _ 3 3.62 +07 2742.016 704 — 37 163 2_ 3

1 C 7 _i_ A£ 1 .JZ +UO

i /9J.UU4 7986 — 34329 2 _ 3 2.76 + 07 ai ^ 0 A7A o3 1 8.UZ0 19788 — 356 1

4_ 3 6.57 +05 3396.386 7728 — 37 163 3 _ 3 8.45 +04

4592.660 12561 -34329 3- 3 5.56 + 05 8868.420 24339 -35612 3- 3 1.67+05 3969.260 11976 -37163 4- 3 5.78+07

4680.300 12969 -34329 2- 3 3.88+04 2795.006 0 -35768 4- 4 4.75+05 4063.596 12561 -37163 3- 3 1.59+08

7430.580 20875 -34329 3- 3 4.98+04 2827.893 416 -35768 3- 4 4.75+05 4132.060 12969 -37163 2- 3 3.52 + 07 2986.457 888 -34363 1 - 1 1.50 + 06 3466.500 6928 -35768 5- 4 7.76+05 5322.050 18378 -37(63 2_ 3 3.60+05

2994.503 978 -34363 0- 1.46+08 3521.263 7377 -35768 4- 4 2.22+07 6137.700 20875 -37163 3 - 3 2.84+06

3790.094 7986 — 34363 2_ 1.02+07 3565.381 7728 — 35768 3 _ 4 7.51+07 6200.320 2 1039 — 37 163 2_ 3 2.72+05

3814.525 8155 — 34363 1 _ 2.59+06 4202.030 1 1976 — 35768 4_ 4 2.36 + 07 6592.920 2 1999 — 37163 4_ 3 1.74 + 06

4672.840 1 2969 — 34363 2 _ 1.37+04 4307.900 1 2561 — 35768 3 _ 4 8.34+07 6703.570 7774Q — 37 163 3 _ 3 6.26+04

^AQ *> "7 1 A 1 7Q'>7 11 — 7.22 +04 6191 .560 I QA7 i — J J /Do J — A

1 .57 +06 7664. 3 UU 7.4 Z4 ]1 t1 Q7 — J1 0 J 4 _ 3 1 .4 1 +06

6254.260 1 OJ I o — 34363 2 _ 5.95 +05 6256.370 117/Q7R800 — J J 1 Do 4 _ 4 1 .77 +05 llli.ily 1(\A — J / 4 1 u 2 _ ] 1.14 +08

6750.150 19552 -34363 1 - 1 3.79+05 6609.120 20641 -35768 4- 4 8.90+04 2737.311 888 -37410 I - 1 1.30+08

6978.860 20038 -34363 0- 1 6.30 + 05 7261.020 21999 -35768 4- 4 2.68+04 2744.069 978 -37410 0- 1 6.61 +07

8674.750 22838 -34363 2- 1 2.14+06 8582.270 24119 -35768 4- 4 2.41 +05 3397.640 7986 -37410 2- 1 2.42+06

8757.190 22947 -34363 1- 1 1.92+06 2820.804 416 -35856 3- 2 2.48+05 3417.273 8155 -37410 1 - 1 1.38+06

8838.430 23052 -34363 0- 1.53+06 2858.897 888 -35856 1- 2 9.61+05 4090.326 12969 -37410 2- 1 3.83+04

2929.008 — JHJ^

3J — -) 1.18+07 3554.120 / / ZO ICO c/: J — 7 3.34+06 5079.230 1

\ 7707 1 1 I. 1 — J

"xiA 11 nu 7z — 1 3.06+06

2953.941 1C\A — ^^4 XA^Al J'* / z — 3.75+07 3586.986 3 CO c/: ) 7 4.53+07 5131.480 1 7Q77 11 — 11 1.02+06

2970.106 ooo — lA'^Al j'+J'4 /

1I — -> 2.88+07 3608.861 0 1 J J — J Jo JO 11 — 7z 1.82+08 2694.222 — J / J Z 1 3 — 7 1.80+05

3727.62

11'^% \A^A1 _ 7 4.81 +07 429 1 .470 1 "> 1

1 i.->D 1 — 7 CO c^ J JO -lJ — 7z 7.4 1 +05 27 1 5.323 — J / J Z 1 7 _ 7 3.6 1 +05

3763.791 1 7oD — 'KA'^Al J** / 7 _ 7 1 .21 +08 4367.9 10 — 7 CO C^ J Jo jO L — 7z 4.41 +05 2728.970 000 — "^7 S ? 1 J / J Z 1

11 — 7z 5.66+05

3787.883 8155 -34547 1- 2 3.15+07 2803.168 416 -36079 3- 3 1.92+05 3355.517 7728 -37521 3- 2 8.58+04

4547.020 12561 -34547 3- 2 9.33+04 2825.995 704 -36079 2- 3 1.43+05 3384.765 7986 -37521 2- 2 7.35+04

4632.920 12969 -34547 2 _ 2 3.04+05 3483.009 7377 -36079 4- 3 8.42+05 4005.244 12561 -37521 3- 2 6.76+07

2969.361 888 -34556 1 - 0 1.41 +07 3526.168 7728 -36079 3- 3 1.27+07 4071.740 12969 -37521 2- 2 2.12+08

3786.678 8155 -34556 1 - 0 1.17+07 3558.517 7986 -36079 2- 3 3.95+07 6005.530 20875 -37521 3- 2 7.21+04

6663.450 1 9552 — 34556 ] _ 0 1.34+06 4147.672 1 1 976 — 36079 4_ 3 1.75+06 6065.490 2 1039 — 37521 2 _ 2 3.38+06

861 1.810 22947 — 34556 ] _ 0 4.40 + 06 4250.790 1 256

— 36079 3 _ 3 2.77+07 6546.240 22249 — 37521 3 _ 2 2.06+06

2941.344 704 — 34692 2 _ 1.26+07 4325.760 — JDU

7

"> _ 1

J 1.17+08 7583.800 "yAW^ L^JJ7 — 37521 3 _ 2 1.33+06

2957.366 ooo — 34692 j _ 4.32+07 6 1 36.620 17/00 — jDU / 7 4 2.9 1 +06 26 1 8.7 1

nu 18 I 7'> 4_ 3 Z.j3 +UD

2965.256 Q78 7/0 — jHvy i. Ayj — 2.59+07 6475.630 lC\f\AV — JOU7 A*+ — \

1 .34 +05 2647.559 A 1 f\ — J

"^80

1I 7^/ -> 3 _ 3 2.59 +06

3743.364 7986 -34692 2 _ 1 7.25+07 6575.020 20875 -36079 3- 3 1.27+05 2667.914 704 -38175 2 _ 3 8.45+05

3767.194 8155 -34692 1 - 1 1.50+08 7228.690 22249 -36079 3- 3 5.51+04 3283.430 7728 -38175 3- 3 9.04+04

4602.000 12969 -34692 2- 1 3.32+05 8515.080 24339 -36079 3- 3 5.61 +05 331 1.451 7986 -38175 2- 3 2.62+04

2874.173 0 -34782 4- 5 2.07+06 2756.268 416 -36686 3- 4 8.90+06 3815.843 1 1976 -38175 4- 3 2.61 +08

3589.106 6928 -34782 5- 5 2.59+06 3359.488 6928 -36686 5- 4 5.46+05 3902.948 12561 -38175 3- 3 6.40+07

3647.844 7377 -34782 4- 5 6.29+07 3410.905 7377 -36686 4- 4 4.61 +05 3966.064 12969 -38175 2_ 3 5.04+06

4383.550 11976 -34782 4- 5 1.02+08 3452.276 7728 -36686 3- 4 4.50+06 4889.010 Mill -38175 2- 3 2.00+05

6494.980 19390 -34782 6- 5 1.98+06 4045.815 11976 -36686 4- 4 2.07+08 5049.820 18378 -38175 2_ 3 3.74+06

6593.880 19621 -34782 5- 5 1.30+05 4143.870 12561 -36686 3- 4 3.27+07 5701.550 20641 -38175 4- 3 1.17+06

9089.410 23784 -34782 5- 5 5.44+05 5916.250 19788 -36686 4- 4 1.68+05 6180.210 21999 -38175 4- 3 2.08+05

52
Table 2. — Transition Probabilities for 3288 Lines of Fe i in Order of Upper Energy L?ve/— Continued Wave

length A

Energy

Le\ els K

J- values A

Wavelenglh

.A

Energy

Levels K

j- values A

Wavelength A

Energy

Levels K

J- values A

6518.380

7112.180

7223.670

8365.640

2612.773 2632.595

2645.423 3827.826 3888.516 4771.700

4817.770

4924.780

5615.300 6085.270 6311.510

6355.040

"189.170

8293.530

2610.750

2623.367 2629.579 3223.844

3241.502

3841.050 4745.130

4848.880

5141.750

5273.380

5567.400 6229.230

6270.240

7190.130 7941.090

8080.670

2522.850 2549.614

3057.447 3099.970

3134.1 12 3615.665 4528.620

2501.133 2527.436

2545.980

3067.246

3100.667

3125.653 3571.226

3647.427 3702.500 4459.120

4494.570

4630.120

5235.390

2552.604

3092.778

3117.640 4442.840 4478.040

4518.590

2486.372

2512.361 2530.694

3045.077 3078.014

3102.644 4447.130

2510.836

2529.136

,2540.973

22838-38175

24119-38175

24336-38175 26225-38175 416-38678

704-38678

888-38678

12561-38678 12969-38678

17727-38678

17927-38678

18378-38678 20875-38678 22249-38678

22838-38678

22947-38678

24772-38678

26624-38678 704-38996

888-38996 978-38996

7986-38996

8155-38996

12969-38996 17927-38996

18378-38996 19552-38996 20038-38996

21039-38996 22947-38996

23052-38996

25092-38996

26406-38996

26624-38996 0-39626

416-39626

6928-39626

7377-39626

7728-39626

11976-39626

17550-39626 0-39970

416-39970

704-39970

7377-39970

7728-39970

7986-39970

1 1976-39970

12561-39970

12969-39970

17550-39970

17727-39970

18378-39970 20875-39970 888-40052

7728-40052

7986-40052

17550-40052

17727-40052

17927-40052 0-40207

416-40207

704-40207

7377-40207

7728-40207

7986-40207

17727-40207 416-40231

704-40231

888 — 4023

2-3

4-3

2- 3 3- 3 3-2

2- 2 1- 2 3- 2 2_2

2- 2 1-2

2 — 2 3- 2 3- 2

2 — 2 1-2

1- 2 2- 2 2- 1 1-1 0- 1 2 — 1

1 - 1 2 — 1

1 - 1 2 _ 1 1- 1 0-1

2 _ 1

1 - 1 O-I 0- 1

1 - 1 2 — 1 4-4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 4- 3 3- 3 2- 3 4- 3 3- 3 2- 3 4- 3 3- 3 2- 3 3- 3 2-3

2- 3 3- 3 1- 2 3-2

2- 2 3- 2 2- 2 1- 2 4- 3 3- 3 2- 3 4- 3 3- 3 2-3

2- 3 3- 2 2-2

1 —2

2.63+05

1.22+05

5.27 + 05 4.72+05

3.10 + 06 3.84+06

1.70+06 3.23+08 7.51+07

1.65+05

1.17+05 7.25+05

1.31+06

1.34+05

1.93+05 5.74+05

4.00+05

5.59+05

3.04 + 06 4.67+06

2.61 +06

1.38+07

1.16+05

4.45 +08

9.65+04

1.53+05 2.26+06

3.49+06

7.51+05 4.45+05

6.96 + 05 3.42+05 7.20+05

5.27+05 3.68+08

5.98+07

1.09+08 4.14+07

5.72+06

8.19+05 2.28+07

1.33+08 2.53+08

1.22+08

1.01 +08

6.25+07

1.69+07 2.71+06

6.84+06

1.63+06

1.52+07 2.11+07

6.57+05

1.15+06 4.58+06

1.76+06 9.07+05

8.71 +05

1.36+05 8.23+04

1.54+07

1.09+07 7.46+06

6.48+06 4.10+06

7.86+05

6.21 +05

2.32+08

1.73+08

1 .57 +08

3075.721 3100.305

31 16.634 3612.940

3666.944 4407.710

4442.340

4482.260

4574.720

4834.510

2483.272

2999.512

3040.428

2518.103 2529.837 2535.609

3083.743

3099.897 4408.420

4447.720

4538.760 4794.360

2473.156

2984.785

3025.283 3057.802

2524.294

3091.579 4430,620

2462.648

2488.144 2969.476

3009.571 3041.740

3493.290 4338.260

2447.71

2472.896

2490.645 2987.292

3018.985 3042.667 3463.304

3534.914 4292.140

2487.370

3014.175

3037.781 3053.440 3528.316 4282.410

4315.090

4352.740

4439.880

2462.182

2479.777

2491.156

3003.032 3026.464

3042.022

3513.065

3564.1 10 4292.290

2484.186

2489.751 3016.186

3031.638

3549.868 2350.408

2373.625

7728-40231 7986-40231

8155-40231

12561-40231

12969-40231

17550-40231 17727-40231 17927-40231

18378-40231 19552-40231 0-40257

6928-40257 7377-40257

704-40405 888-40405

978-40405

7986-40405

8155-40405

17727-40405

17927-40405

18378-40405

19552-40405 0-40422

6928-40422

7377-40422 7728-40422

888-40491

8155-40491

17927-40491 0-40594

416-40594

6928-40594

7377-40594

7728-40594

1 1976-40594

17550-40594 0-40842

416-40842

704-40842

7377-40842

7728-40842

7986-40842

1 1976-40842

12561-40842

17550-40842 704-40895

7728-40895

7986-40895

8155-40895

12561-40895

17550-40895

17727-40895

17927-40895 18378-4^895 416-41018

704-41018

888-41018

7728-41018

7986-41018

8155-41018

12561-41018

12969-41018

17727-41018 888-41131 978-41131

7986-41131 8155-41 131 12969-41131 0-42533

53

3-2

2- 2 1- 2 3- 2 2- 2 3- 2 2-2

1- 2 2- 2 1- 2 4- 5 5- 5 4-5

2— 1 1- 1 0- 1 2_ 1

1 - 1 2— 1

1 - 1 2- 1 1- I 4- 4 5- 4 4-4

3- 4 1-0

1-0

1- 0 4- 4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 4- 3 3- 3 2- 3 4- 3 3- 3 2- 3 4- 3 3- 3 3-3

2- 2 3- 2 2- 2 1- 2 3- 2 3-2

2- 2 1- 2 2- 2 3- 2 2- 2 1- 2 3- 2 2- 2 1- 2 3- 2 2- 2 2-2

1 - 1 0-1

2-1

1 - 1 2 — 1 4- 3

1 % J — J

9.98+07

7.99+07

2.08+07 2.45+06

5.58+05 4.64+06

2.14+07

1.96 + 07 5.55+05

1.19+05 3.04+08

5.87+07

1.54 + 07 2.92+08

8.93+07

2.23+08

1.41+08 2.11+08

1.28+07 2.96+07

1.67+05

1.09+05

1.27+07

1.48+07 1.69+06 9.53+05

6.60+08

2.78+08 3.24+07 6.72+07

3.87+08

1.57+07 5.79+07

2.36+07

1.75+06 3.20+05

1.39+07

1.71 +08

3.68+08

2.94 + 07 5.24+07

3.41 +07

1.74+06

1.59+06 2.31+05

1.08+07 3.00+06

3.02+06

3.06+06

6.03+05

5.03+07

3.35+07

1.94 + 07 6.77+05 4.19+07

2.55+08

3.57+08 4.27+07

5.17+07

2.45+07 4.21+06

2.30+06

7.94+05 4.04+08

6.23+08

5. 11 +07

8.39+07 7.02+06

3.52+06

2389.973

2843.631 2872.335 2893.763

3271.684

3335.513 4001.663 4030.186

4138.840

2788.106 4260.480

4299.240

4957.600

5006.130

5044.220

5232.950

6271.290

2355.327

2371.431 2381.836 2845.596

2866.626

2880.581 3299.509 3949.956

3977.744

4009.715 4083.554

2778.221 2813.288

3231.576 4488.920

2772.075 2806.985

3223.273 4277.680

5920.520

2769.672

2804.521 2832.436

3281.824 4513.710

2369.457 2374.519

2848.715

2862.495

3943.341 3974.764

4047.315

2341.575 2797.776

2825.557

3272.596 4256.320

2795.541 2823.277

2843.978

3313.723 4198.310

4235.940 4271.160

4920.510

4957.300

4985.550

5139.470 5266.560

5791.040

7086.760

2817.505

704-42533

7377-42533

7728-42533 7986-42533

1 1976-42533

12561 -42533

17550-42533

17727-42533 18378-42533 6928-42784

19351 -42816

19562-42816 22650-42816

22846-42816

22997-42816

2371 1-42816

26875-42816 416-42860

704-42860 888-42860

7728-42860

7986-42860

8155-42860

12561-42860

17550-42860

17727-42860 17927-42860

18378-42860 6928-42912

7377-42912

1 1976-42912 20641-42912 6928-42992

7377-42992

1 1976-42992

19621-42992 26106-42992 6928-43023

7377-43023 7728-43023

12561-43023 20875-43023 888-43079 978-43079

7986-43079

8155-43079

17727-43079

17927-43079 18378-43079 416-43109

7377-43109

7728-43109

12561-43109

19621-43109 7377-43138

7728-43138

7986-43138

12969-43138

19351-43163

19562-43163 19757-43163 22846-43163

22997-43163

231 11-43163 23711-43163

24181-43163

25900-43163 29056-43163 7728-43210

7986 — 43210

2- 3 4- 3 3- 3 2- 3 4- 3 3- 3 3- 3 2-3

2- 3 5- 6 5- 5 4- 5 6- 5 5- 5 4-5

4- 5 5- 5 3- 2 2- 2 1- 2 3- 2 2- 2 1- 2 3- 2 3- 2 2- 2 1- 2 2- 2 5-5

4- 5 4-5

4- 5 5- 5 4-5

4- 5 5- 5 6- 5 5-4

4-4

3- 4 3-4

3-4

1 - 1 0- 1 2-1

1- 1 2- 1 1- 1 2- 1 3- 4 4- 4 3-4

3- 4 5- 4 4- 3 3- 3 2-3

2- 3 5- 4 4- 4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 4- 4 3-4

3-2

2-2

2.30+07

3.40+07

1.59+07 1.72+06

2.04 + 06 3.26+05

4.84 + 06

1.86 + 06 9.23+04

1.78+08

1.43+08 4.97+07

5.92+07

1.13+07 5.85+05 5.44+07

1.54+05 1.12+07 2.54+07

3.10+07

3.29+07

1.52+07

1.85+06 3.37+05 3.03+07 4.42+07

3.08+07 2.10+06

3.59+07

1.30+08 1.56+06 3.38+05

3.78+07 4.75+07

7.52+05 7.42+04

2.81+05

3.94 + 06 4.51+07

9.24+07

2.87+05 9.35+04

1.73+07 3.43+07

1.81+07 1.24+07 6.24+06

1.77+06 2.15+06 5.14+06

2.67+07

5.47+07

7.25+05

1.21 +05

8.44+06

7.20+07

1.23+08 2.50+05 4.94+07

8.43+07

7.22+07

6.1 1 +07

2.45+07 2.78+06

2.50+07

3.29+07

9.43+05

3.97+05

1.27+07 6.01+07
Table 2.— Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Level — Continued

Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

2851.798 8155 -43210 1- 2 1.57+08 2761.781 7986 -44184 2 _2 1.10+08 3803.220 18378 -44664 2 _ 2 2.21 +05

2746.982 6928 -43321 5- 6 9.17+07 2774.730 8155 -44184 1 _ 2 1.99+07 3981.104 19552 -44664 1 -2 7.33 +05

2808.328 7728 -43326 3- 3 4.49+06 3753.613 17550 -44184 3 _ 2 8.06+07 4603.350 22947 -44664 1 -2 3.79 +05

2828.809 7986 -43326 2_ 3 1.46+07 3778.699 17727 -44184 2 -2 5.63 +06 3980.650 19562 -44677 4 -4 2.14 + 05 3249.504 12561 -43326 3- 3 2.73+05 3807.539 17927 -44184 1 -2 4.30 + 07 401 1.710 19757 -44677 3 -4 6.66 +05

3293.142 1 2969 — 43326 -~ 3 7.65+05 4058.756 19552 — 44184 1 ~^ 4.99+06 4579.340 22846 — 44677 5 — 4 2.39+05

4247.320 19788 — 43326 4 — 3 6.80+05 4288.970 20875 — 44184 3 — 2 1.32+06 4635.630 23 1 1— 44677 3 — 4 1.12+05

4187.800 1 9562 — 43435 4 — 3 7.33+07 4319.460 2 1039 — 44184 2 — 2 2.21+05 4768.400 237 1— 44677 4 — 4 8.77+05

4222.220 19757 — 43435 3 — 3 2.39+07 4683.560 22838 — 44184 2 ^^ 1.71 +06 4877.590 2418— 44677 3 — 4 1.88+05

4250.120 199 1

— 43435 2 — 3 9.38+07 4707.490 22947 — 44184 1 — 2 3.02+06 5324.190 25900 — 44677 4 — 4 7.72+07

4891.500 22997 -43435 4- 3 5.89+07 2259.51

0 -44244 4 -5 4.73 +07 5393.170 26140 -44677 3 -4 2.02+07

4919.000 231 1

-43435 3- 3 4.12+07 2679.063 6928 -44244 5 -5 6.12+07 5615.650 26875 -44677 5 -4 7.60+07

4938.820 23193 -43435 2- 3 9.37+06 271 1.656 7377 -44244 4 -5 2.99 +07 5709.390 27167 -44677 4 -4 9.92+06

5068.770 2371 1 -43435 4- 3 9.53 +06 4022.450 19390 -44244 6 -5 2.01 +05 5784.690 27395 -44677 3 -4 5.31+05

5192.350 24181 -43435 3- 3 5.35 +07 2303.582 888 -44285 1 -2 5.25 +07 6400.010 29056 -44677 3 -4 3.45+07

5281.800 24507 -43435 2- 3 1.92+07 2734.616 7728 -44285 3 -2 8.15+06 9103.640 33695 -44677 5 -4 1.45 +06

5780.620 26140 — 43435 3 — 3 7.16+05 2754.033 7986 -44285 2 — 2 4.12+07 2269.099 704 -44761 ~> - 1 7.17+07

2298.170 0 — 43500 4 - 4 9.71+07 2766.910 8155 — 44285 1 — 2 2.00+07 2283.304 978 -44761 0 — 1 4.36+07

2320.358 416 — 43500 3 — 4 6.74+07 3739.317 17550 — 44285 3 — 2 3.63+06 2718.436 7986 -44761 2 — 1 1.58+08

2733.582 6928 — 43500 5 — 4 2.61 +08 3792.833 1 7927 — 44285 1 — 2 3.14+06 2730.982 8 155 — 44761 1 — 1 4.51 +07

2767.523 7377 -43500 4- 4 3.94+07 4685.040 22947 -44285 1 _ 2 3.19+05 4582.940 22947 -44761 1 - 1 2.26+05

2794.703 7728 -43500 3- 4 5.59+06 5535.420 26225 -44285 3 -2 3.62+06 2275.189 888 -44827 1 -0 1.07+08

3171.353 1 1976 -43500 4- 4 1.02+07 2298.657 888 -44378 1 _ 1 2.1 1 +07 2726.054 8155 -44827 1 -0 4.10+08

3852.575 17550 -43500 3- 4 1.34 + 07 2303.422 978 -44378 0 -1 7.12+07 3920.645 19562 -45061 4 -3 8.76+05

4373.560 20641 -43500 4- 4 1.41 +06 2759.814 8155 -44378 1 4.32+07 3975.210 19913 -45061 2 -3 7.25 +05

4187.040 19757 — 43634 3 2 1.13+08 4687.680 23052 — 44378 0 1.93 +05 4554.460 23 1 1

— 45061 3 — 3 4.59 +05

4233.610 20020 — 43634 1 — 2 9.16+07 2287.250 704 — 444 1

2 2.34+08 4571.450 23 193 — 45061 2 — 3 2.34+05

4871.320 23111 — 43634 3 — 2 7.24 + 07 2296.928 888 — 444 1

1 4.21+07 4682.580 237 1

— 45061 4 — 3 3.78+05

4890.760 23 193 — 43634 2 — 2 4.53+07 2301.685 978 — 4441

0 6.35+07 4787.840 24181 — 45061 3 — 3 6.90+05

4903.320 23245 — 43634 1 — 1.39+07 2744.529 7986 — 4441 1 2 1.12+08 5217.400 25900 — 45061 4 — 3 1.49+07

5139.260 24181 -43634 3- 2 3.26+07 2757.317 8155 -4441 1 1 _ 1 1.47+08 5283.630 26140 -45061 3 -3 5.41 +07

5226.870 24507 -43634 2_ T 4.77+07 3179.479 12969 -4441 1 2 _ 1 159+07 5339.940 26340 -45061 2 -3 2.59+07

5780.830 26340 -43634 2 — 2 6.33+05 3746.486 17727 -4441 1 -) _ 1 1.10+07 5586.760 27167 -45061 4 -3 6.68+07

4191 .440 19913 -43764 2 — 1 1.45+08 3774.827 17927 -4441 1 1 - 1 2.97+07 5658.830 27395 -45061 3 -3 2.1 1 +07

4210.350 20020 -43764 1 - 8.10+07 4101.681 20038 -4441 1 0 -' 2.83+06 5712.140 27560 -45061 2 -3 2.54 + 06 4859.750 23 193 — 43764 2 — 4.40+07 4277.390 21039 — 4441 1 2 7.32+05 6246.330 29056 — 45061 3 — 3 1.20+07

4872.140 23245 — 43764 1 — 8.35+07 4634.170 22838 — 4441 1 2 1.36+05 641 1.660 29469 — 45061 - — 3 2.27+07

4878.220 23270 — 43764 0 — 2.69+07 4657.600 22947 — 4441 1 1 1.26+06 9070.420 34040 — 45061 4 — 3 2.01 +06

5191.460 24507 -43764 2 9.05+07 4680.480 23052 -4441 1 0 1.19+06 2641.647 7377 -45221 4 -3 3.20+07

2276.026 0 — 43923 4 — 3 9.01 +07 2250.791 0 — 444 1

4 — 4 2.37+07 2666.400 7728 — 45221 3 — 3 1.54+07

2297.788 416 -43923 3- 3 1. 01 +08 2272.070 416 -44415 3 -4 3.44+07 2684.857 7986 -45221 2 -3 1.42+06

2313.105 704 -43923 2- 3 8.52+07 2666.813 6928 -44415 5 -4 4.65+07 3007.147 11976 -45221 4 -3 4.71 +07

2735.476 7377 -43923 4- 3 1.84 + 08 2699.108 7377 -44415 4 -4 3.29+07 3060.985 12561 -45221 3 -3 9.06+06

2762.028 7728 -43923 3- 3 8.84 + 07 2724.954 7728 -44415 3 -4 4.16+07 3636.186 17727 -45221 2 -3 2.44 + 07

2781.837 7986 -43923 2 _ 3 1.86+07 3081.832 11976 -44415 4 -4 1.18+06 3724.380 18378 -45221 2 -3 1.14+08

3790.756 17550 — 43923 3 — 3 5.03+06 2294.406 888 — 44459 1 — 0 3.33+08 4067.274 20641 — 45221 4 — 3 1.74+07

3816.342 17727 — 43923 2- 3 1.93+07 2753.687 8155 — 44459 1 — 0 2.26 + 08 4106.265 20875 -45221 3 — 3 2.05+06

3913.634 18378 — 43923 2 3 8.99+06 3768.030 17927 — 44459 1 — 0 5.52+07 4466.550 22838 — 45222 — 3 7.23+07

4741.530 22838 — 43923 2 — 3 2.87+06 2267.085 416 — 445 13 — 2 5.81+07 4786.810 24336 — 4522

2 — 3 6.90+06

2270.863 0 — 44023 4 — 4 9.28+06 2717.787 7728 — 44512 3 2 1.50+07 8096.870 32874 — 4522

4 — 3 1.52+06

2292.525 416 -44023 3- 4 2.75 +07 2736.960 7986 -44512 2 _2 8.52 +07 2662.057 7728 -45282 3 -2 3.59+07

2695.036 6928 -44023 5- 4 4.56+06 2749.688 8155 -44512 1 _ 2 8.25 +06 2680.454 7986 -45282 2 -2 2.88+07

2728.021 7377 -44023 4- 4 1.99+07 3128.901 12561 -44512 3 -2 4.62 +06 2692.658 8155 -45282 1 -2 2.37+06

2754.427 7728 -44023 3- 4 9.33+06 3707.922 17550 -44512 3 -2 5.09+08 3055.264 12561 -45282 3 -2 8.04+07

3776.455 17550 -44023 3- 4 9.03+06 3732.399 17727 -44512 2 _ 2 2.00+08 3628.094 17727 -45282 2 _2 7.87+06

4275.720 20641 -44023 4 — 4 2.13+05 3760.533 17927 -44512 1 -2 3.20+07 3654.660 17927 —45282 1 -2 3.31 +06

4591.500 22249 -44023 3- 4 1.76+05 4635.850 22947 -44512 1 -2 2.15+06 3715.914 18378 -45282 2 -2 3.35+07

2300.140 704 -44166 3 4.74 + 07 2265.055 416 -4455

3 -3 3.01 +07 3885.512 19552 -45282 1 -2 3.68+07

2717.368 7377 -44166 J 3 2.57+06 2279.922 704 -44551 - -3 7.13+07 4095.973 20875 -45282 3 2 1.66+07

2743.564 7728 -44166 3- 3 2.71+07 2689.213 7377 -44551 4 -3 7.58+07 4123.748 21039 -45282 2 8.03+06

2763. 108 7986 -44166 2 — 3 2.49 +07 2714.870 7728 -44551 3 -3 8.16+06 4340.490 22249 -45282 3 _ 2 4.37 +05

3756.069 17550 -44166 3- 3 5.36+06 2734.006 7986 -44551 2 -3 1 97+07 4454.380 22838 -45282 2 -2 2.08+07

3781.188 17727 -44166 2 — 3 2.65 +06 4604.250 22838 -44551 2 -3 7.63 +04 4476.020 22947 -45282 1 _ 2 9.19+07

3876.670 18378 -44166 2 — 3 4.70+05 2283.656 888 -44664 I _ 2 2.74+07 4772.820 24336 -45282 2 _ 2 5.22+06

4561.430 22249 -44166 3- 3 2.14+05 2706.583 7728 -44664 3 _ 2 1.51 +08 4874.360 24772 -45282 1 -2 3.46+05

4687.390 22838 -44166 2- 3 7.54+05 2725.602 7986 -44664 2 -2 4.3 1 +06 2605.658 6928 -45295 5 -5 1.23+07

2284.086 416 -44184 3- 2 1.12+08 2738.214 8155 -44664 1 _ 2 5.37+06 2636.479 7377 -45295 4 -5 6.62+06

2299.221 704 -44184 2- 2 6.95+07 3114.054 12561 -44664 3 _ > 3.88+05 3000.453 1 1976 -45295 4 -5 3.22+07

2309.000 888 -44184 1- 2 8.10+07 3687.098 17550 -44664 3 -2 1.74+07 3859.214 19390 -45295 6 -5 4.67+07

2742.255 7728 -44184 3- 2 7.40+07 3739.120 17927 -44664 1 -2 3.98+06 3893.914 19621 -45295 5 -5 4.81+06.

54
Table 2. - Transition Probabilities for 3288 Lines of Fe i in Order of Upper Energy Level- Continued Wave

length Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

j- values A

Wavelength A

Energy

Levels K

J- values A

4055.038 4239.850

4647.440 472L000

3908.691 4515.180

4525.870 4726.160

4800.140

5208.600 5263.310

5302.310

5572.850

5624.550

5658.540 6141.730

6301.520

6408.030

2627.230

2651.708

2988.473 3041.639

3873.762

3899.037 4033.190

4071.520

4215.970

4266.970

4618.760 4691.410

4740.340

4793.950

3922.100 5215.180

5253.500

5273.180

5569.6-0

5602.960 6232.660

6336.840

2661.196

2673.214

3068.175

3595.881 3678.980

3845.171 3918.317 4078.356

4401.450

4422.570

4443.200

4712.100

481 1.040 2660.396 2976.550

3029.235 3677.477 3878.676 4011.412

4049.331 4076.498 4242.590

4288.150

4661.980

4710.290

5229.860

5576.100

6302.510

2576.692

20641-45295

21716-45295 21716-45295

24119-45295

19757-45334 23193-45334

23245-45334

24181,-45334 24507-45334

26140-45334

26340-45334

26479-45334

27395-45334

27560-45334

27666-45334 29056-45334

29469-45334

29733-45334

7377-45428 7728-45428

11976-45428

12561 -45428

19621-45428

19788-45428 20641-45428

20875-45428 21716-45428 21999-45428

23784-45428

24119-45428 24339-45428

24575-45428

20020-45509 26340-45509

26479-45509

26550-45509

27560-45509

27666-45509

29469-45509

29733-45509 7986-45552

8155-45552

12969-45552

17727-45552

18378-45552 19552-45552 20038-45552

21039-45552 22838-45552

22947-45552

23052-45552 24336-45552

24772-45552 7986-45563

1 1976-45563

12561 -45563

18378-45563 19788-45563 20641-45563

20875-45563

21039-45563

21999-45563 22249-45563

241 19-45563 24339-45563

26479-45595 27666-45595

29733-45595

6928-45726

4- 5 5- 5 5-5

4-5

3-2

2- 2 1- 2 3- 2

2 — 2 3-2

2- 2 1-2

3- 2

2 — 2 1- 2 3- 2 2- 2 1- 2 4- 4 3- 4 4- 4 3- 4 5- 4 4- 4 4- 4 3- 4 5- 4 4- 4 5- 4 4-4

3- 4 4- 4

1 - 1 2- 1

1 - 1 0- 1 2- 1

1 - 1 2— 1

1 - 1 2-1

1 - 1 2 _ 1 2- 1 2 — 1 1- 1 0-1

2- 1 2 — 1

1 - 1 0- 1 2 — 1

1 - 1 2- 3 4-3

3- 3 2- 3 4- 3 4-3

3- 3 2- 3 4- 3 3- 3 4- 3 3-3

1 -0

1- 0 1-0

3 — D 5- 5

6.26+06

5.11+06 9.51+06

5.55+05 2.96+06

3.77+05 5.42+05

5.70 + 05 2.65+05 3.25+07

3.1 1 +07

4.33+07

8.18+07

2.79+07 4.57+06

3.88+06

2.02+07

1.29+07 2.19+06

8.00+06

3.30+06

3.75+07

4.1 1 +07

5.35+06

9.30+05 5.89+06

1.00+06 5.49+06

1.82+06

8.66 + 06

6.73+05 9.09+04

7.24+05 5.53+07

1.28+07 4.29+07

8.42+07

3.98+07

1.09+07 2.91+07

5.71 +06

2.15+07

1,16+08

5,97+06

1,37+07

4,14+07

3,99+07

3,21+07

7,76+06

6,85+07

6,79+07

8,72+05 4.39+05 6.75+06

1.96+06 7.88+06

1.04+07 2.25+06

2.05 +06

2.60+06

5.48+06

6.98+05 4.12+06

1.56+06 7.82+06

1.57+08

1.05+08 4.12+07

L I 1 +Uo

5.50+07

2606.828

2962.1 10 3796.000

3985.322

2569.595

2599.565 2623.532 3004.620 4145.206 4533.950

4603.960

2594.150

2618.019 2635.810

3034.510 4019.050

4180.400

4633.760

2614.495

2632.238 2643.999 4215.430

3760.052

2556.862

3753.154

3785.950

3770.405 3794.340

3921.270

2166.769

2186.483 3497.110 4290.870

2178,080

2191,836

2200.723

3475.651 3521.833 4258.620

2187.195 2196.043 2200,370

3485,342

3566,316

4241.1 10 4279,860 4620.140

2178.120

2186.893 3462.354 3486.556

3542.243 3696.030 4207.130

4226.430

4245.260

4490.090 4579.820

2595.422

3477.856

3686.260 4213.650

4564.830

2512.266

2563.820

2877.302

3427.121 3689.010

JOJJ.J lU 3867.925

7377-45726

11976-45726

19390-45726 20641-45726 6928-45833

7377-45833 7728-45833

12561-45833 21716-45833

23784-45833

24119-45833 7377-45914

7728-45914

7986-45914

12969-45914 21039-45914 21999-45914

24339-45914

7728-45965

7986-45965 8155-45965

22249-45965

19390-45978 6928-46027

19390-46027

19621 -46027

19621-46136

19788-46136 20641-46136 0-46137

416-46137

17550-46137 22838-46137 416-46314

704-46314

888-46314

17550-46314 17927-46314 22838-46314 704-46410

888-46410

978-46410

17727-46410

18378-46410 22838-46410

23052-46410

24772-46410

704-46601

888-46601

17727-46601

17927-4660'

18378-46601

19552-46601 22838-46601

22947-46601

23052-46601

24336-46601

24772-46601 8155-46673

17927-46673

19552-46673 22947-46673

24772-46673

6928-46721

7728-46721

1 1976-46721 17550-46721

19621-46721

20875-46721

55

4-5

4-5

6-5

4- 5 5- 4 4- 4 3-4

3- 4 5- 4 5- 4 4- 4 4-3

3- 3 2-3

2-3

2- 3 4- 3 3- 3 3-2

2- 2 1- 2 3- 2 6- 7 5- 6 6- 6 5-6

5-5

4- 5 4-5

4- 3 3-3

3-3

2- 3 3- 2 2- 2 1-2

3- 2 1- 2 2- 2 2-1

1- 1 0-1

2- 1 2-1

2-1

0-1

1 - 1 2-1

1 - 1 2— 1

1 - 1 2 — 1

1 - 1 2-1

1 - 1 0- 1 2- 1

1 - 1

1 -0

1- 0 1-0

1-0

1-0

5- 4 3- 4 4- 4 3-4

5- 4 4 4 3-4

1.12+08 6.60+05

2.84+05 5.39+05 9.12+06

1.38+08

1.08+08 1.11+06

8.41 +05

1.98+05 2.42+05

1.70+07 8.38+07

1.17+08 5.19+06

1.05+06

8.64 + 05 3.87+05

1.62+07 9.22+07

1.55+08 7.01+06 4.44+07

7.27+06

1.17+06 2.63+07

1.65+06 2.70+07

6.66+05

2.78+09

7,03+08

1.15+08 3.10+06

1.73+09 8.35+08 5.47+08

1.35+08 3.63+07 4.03+06

1,65+09

1.24 + 09 9.79+08

1.59+08 2.25+07

2.76 + 06

2.71 +06

3.60+05

1.29+09 4.34+08

1.82+07

1.36+07

8.1 1 +07

1.42+06 2.51+07

2.49+07 4.38+07

1.96+07

9.91 +05

9.71 +06

8.18+07

1.52+08

1.04+08 4.75+06

2.41 +07

1.79+06 4,21+07

4,59+08

1,02+06

3 50 +07

4.04+06

3998,055

4043,901 4358.500

4423.140 4514.190

5584.770

5762.430 7219.690

2580.454

3426.383 3447.280

3471.267

3526.470

3678.862 4184.890

4203.990

4464.770

5760.350

2157.795 2171.298

2539.358 2579.266

2875.303 3424.286

3445.151 3524.242 3829.764

3864.307 4039.940

4181.760

4418.430

4461.200

4871.940

5754.410 7498.560

2164.550

2552.832

2569.742

2580,939

3428.195 3451.917 3506.500

3657.139

3842.975 4156,800

4175,640

4520.240

4838.090

7418.670

2501.695

2863.431

3407.461 3666.240

3808.731 3842.901 3971.325 4057.346

4326.760

4390.460

4480.140

5532.740

5707.060 7132.990

2568.862 2580.066

2946.095

3426.637 3450,330

3721.396

21716-46721

21999-46721 23784-46721

241 19-46721 24575-46721

28820-46721

29372-46721

32874-46721 7986-46727

17550-46727 17727-46727

17927-46727

18378-46727

19552-46727 22838-46727

22947-46727 24336-46727

29372-46727 416-46745

704-46745 7377-46745

7986-46745

1 1976-46745

17550-46745

17727-46745

18378-46745 20641-46745

20875-46745

21999-46745

22838-46745 24119-46745

24336-46745

26225-46745 29372-46745

33413-46745 704-46889

7728-46889 7986-46889

8155-46889

17727-46889 17927-46889

18378-46889

19552-46889 20875-46889

22838-46889

22947-46889 24772-46889

26225-46889

33413-46889 6928-46889

1 1976-46889

17550-46889

19621-46889 20641-46889

20875-46889

21716-46889

22249-46889

23784-46889

24119-46889 24575-46889

28820-46889

29372-46889

32874-46889 7986-46902

8155-46902

12969-46902

17727-46902

17927-46902

iOJ/O — tD^VJi 20038-46902

5-4

4- 4 5- 4 4-4

4- 4 5- 4 3- 4 4- 4 2- 2 3- 2 2-2

1- 2 2- 2 1- 2 2- 2 1- 2 2- 2 3- 2 3- 3 2-3

4- 3 2- 3 4-3

3- 3 2-3

2- 3 4- 3 3- 3 4- 3 2-3

4- 3 2- 3 3- 3 3-3

3-3

2- 2 3- 2 2- 2

1 —2

2 — 2

1 — 2 2 — 2

1 —2

3 — 2

2 — 2 1-2

1- 2 3- 2 3- 2 5- 4 4- 4 3- 4 5- 4 4- 4 3-4

5- 4 3- 4 5-4

4- 4 4- 4 5- 4 3- 4 4- 4 2— 1

1 - 1 2— 1 2 — 1 1- 1 2— 1

1 0- 1

4.06+07

1.09+07 5.29+06

1,00+06

2,01 +06

1.54+06 1.38+06 2.48+06

3.50+06

1.37+08

1.15+08 6,25+07

1,87+08

5,08+07 6.66+07

4.57+07

2.74+06

2.22+06

1,60+09

3,53+08

2,46 + 07 6,89+06

1,97+07

2,10+08

2.93+08 6.87+07

3.35+06

6.56+05

1.44+06

1.54+08

5.76 + 05 2.83+06

1.37+06

1,26+06

1.26+06

1.02+09

1.53+07

1,78+07

4,32+06

2.23+08

1,56+08

1.07+08 2.25+07

4.46 + 06 1.03+08 9.50+07

9.09+05

1.66+05 6.89+06

2.93+07

3.63+07 4.56+08

1.04 + 07 2.58+07 2.48+06

3,36+07 4.05+06

5.77+05 9,97+05

3,56+06

1.09+06

1.74+06 3.45+06

2.52+07 9.08+06

1.42+06 2.52+08

2.54+08

4 19 -1-07 3.98+07
Table 2. — Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Lei e/— Continued

Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

4 1 S4 son 22838 — 46902 2_ 78Q1 Z07 J .00 887— 12561 — 47 107 3 _ 4 / .DO T^UD 7/1A1 AOA /4U 1 .OVU 33765 -47272 2 _ 1 0 OS 4-0^\ 4173 320 22947 — 46902 1 _ I .DO / 1187 404 17550 — 47 107 3 _ 4 1 14+07 T477 Z4 / 141 Z. J4 J 6928 -47363 5 -6 9 Q3 -1-07'

*+ I 7 1 .OoU 23052 — 46902 0- 1 7 1 -1-07 3637 25 1 1962

— 47 107 5 - 4 1 Q 1 -|-07 1J JS7/ J.O 1 aiAJD 19390 -47363 5 -6 2 92 +07' 24336 -46902 2- ] 0y.uoOS T^UD JDJ> 7. J 1 7 19788 -47107 4- 4 7 so 4-07 jDUj. lAAl JS77/ Z 19621 -47363 5 -6 1 55 -1-06' 'J 1 / .JD\J 24772 -46902 1 - 1 ft0. 14 T^UO 1777 Jill 4S'> .4J i_ 20641 -47107 4- 4 'ICQ7 SOA JOV / .O7O 21716 -47363 5 -6 A 77 4-07

4. / / HJ O J . / Z.\J 25092 -46902 0- 1 1.1/ T^UU 3937 33 1 21716 -47107 5- 4 1 I 7 4-07 471Q 4Z J7. 74A / 4VJ 23784 -47363 5 -6 5 g5 -1-06 2495.869 6928 -46982 5- 6 2.30+07 3981.774 21999 -47107 4- 4 2.38+07 4654.630 25900 -47378 4 -4 1.68+07

3623.188 19390 -46982 6- 6 6.72+07 4021.870 22249 -47107 3- 4 6.00+07 4707.280 26140 -47378 3 -4 1.98+07

3653.763 19621 -46982 5- 6 6.46+06 4286.440 23784 -47107 5- 4 7.46+05 4875.900 26875 -47378 5 -4 1.28+06

3956.680 21716 -46982 5- 6 7.96+07 4348.940 241 19 -47107 4- 4 1.62+06 4946.390 27167 -47378 4 -4 5.53+06' 23784 — 46982 5 _ 5 1 14-1-07 41Q0 Hjyyj .yOSOj\j 24339 — 47 107 3 4 Q7.107^ 1 A -i-OA UO jUUZ.OUU CAA-) SOA 27395 -47378 — 4 2 77 -1-06 <178R / OO. 7^in / OV/ 26106 — 46982 6 — 1Z.DU (\(\ -\-C\f\ T^UD 441A tHjTD. Q70 7ZU 24575 — 47107 4 4 1 .DU AO-i-OA 7^ UD A770 OZZU. 770 / /U 3 1 307 -47378 4 _4 6 67 +05

*+oH- J .DOW 2635

— 46982 5_ 4 1 2 +05 4881 '+00 1 . 710 / j\j 26628 — 47 107 4_ 4 1 74+06 A77A DZZO. 7AO /OU 31323 — 47378 3 _4 1 1 4- OA 1 4 1

I 17J 1 .yo\j own 22846 -47006 5- 5 7074 080 32874 -47107 4- 4 11 . 77-1-OA Z / T^UD A4D4 11 Q7.O0U ABO 31805 -47378 3 -4 7 S'^ 4-OS i H / j\f. / oyJ 25900 -47006 4- 5

7 < ^ _1_A7 L.J J tU /

"> ^A4 ^A 1 8155 -47136 1 - 2

1

. 77-1- Z / n^U07/ AQOO QAA ovyv.vuu 33096 -47378 4 -4 4 1 8 4- OA ' 4. 1 o T^UO 26875 -47006 5- 5

1 77 -i-n7 1 .ZZ -hU / ->OQ I A\C\ ZO7 1 .4 lU 12561 -47136 3- 211 .DZ A7 -uOA +UD "7 T A"? A i f\

1 ZU / .4 lU 33507 -47378 3 -4 A CiA 4-07 4.\J4 T^U / 5039.260 27167 -47006 4- 5 3.05+06 2925.901 12969 -47136 2 — 2 2.24+07 7306.610 33695 -47378 5 -4 2.72+06'

7187.340 33096 -47006 4- 5 4.42+07 3379.021 17550 -47136 3- 2 7.68+07 7495.090 34040 -47378 4 -4 5.40+07 3 751 1.040 33695 -47006 5- 5 6.56 + 07 3399.336 17727 -47136 2_ 2 4.07+08 7661.220 34329 -47378 3 -4 8.00 +06 f 7710.390 34040 -47006 4- 5 4.72+06 3422.658 17927 -47136 1- 2 2.1 1 +08 7937.170 34782 -47378 5 -4 5.04+07!

OTOn A 1 A oZZU.^ 1 K) 34844 — 47006 6 — 7/ 74 -un7 . /4 -hU / J4147A/ D.JllAJO 1 8 378 — 47 1 36 2 2 Z.7 1

1 4 -U-rV,)A7/ C 7 /I 0 1 ^ A 0Z4o. 1 jU — 47378 4 _4 A 7Q 4-OA

35 379 — 47006 5 _ 5

7 fi 1 -u A^i Z.o 1 -rUD JOZ4. 1 A74 1J1lU0 19552 — 47 1 36 1 _ 2I1 .OU 80-U07 -rU / Bill Q/l A 0 J J 1 .V4U 35379 — 47378 5 _4 7 7A 4-07 6928 — 47008 <j _ 5

fi 40 -L AA 404U 1

1 7/ .^7 AQlJ 22249 — 47 1 36 3 _ 2 AD.DOAS -U-rUDOA Q 1 < A /I AA 36686 — 47378 4 _4 8 7 J 4-OA

Z->ZZ. ^oo 7377 -47008 4- 5 1 .DO -rU / 4114 4 1 1 4.44o 448 22838 -47136 2 2

-) Q 1 0-07 Z.7 1 ^-u / 7CA7 BBA ZOO / .ooU 12561 -47420 3 _ 2 3 1 1 +06

78S1 ZO-> J .Do J 1 1976 -47008 4- 57Z.J11-1- J T^UD OA 4117 4 1 J Z. QO? 7UZ 22947 -47136 1 - 2 A 1 1 4-07 O.J 1 T^U / 1 14A Q 1

J J4D. 7 jO 17550 -47420 3 _2 7.05 +06

j\j ly . 1 / Z 19390 -47008 6- 5 4 -UOA 4184 4J04.D0VJ A80 24336 -47136 2_ 2 AO.U0 11 4-T^UD OA 1 1 AA S A7 J jDD.OD / Mill -47420 2 -2 4.7 1 +07

3650.281 19621 -47008 5- 5 7.65+07 4385.260 24339 -47136 3- 2 2.94+06 3389.748 17927 -47420 1 -2 1.77+07

3672.722 19788 -47008 4- 5 5.23+06 4780.820 26624 -47136 2- 2 3.58+05 3442.364 18378 -47420 2 -2 7.48+07

3791.504 20641 -47008 4- 5 3.99+06 4873.750 26624 -47136 2_ 2 4.34 + 05 3587.424 19552 -47420 1 -2 5.35+07

3952.604 21716 -47008 5- 5 2.11+07 7284.840 33413 -47136 3- 2 4.99+06 3766.092 20875 -47420 3 -2 5.97+06

3997 395 21999 — 47008 4_ 5 Q 01 -4-07 7'^A'> Z JD_ . ZZ4 774 8155 — 47172 1 _ 0 I1 -UD OA 4-08 7- Uo j71Q7/

1

1 .ezu S7A 22249 — 47420 3 _ 2 1 .07 +06

A'XCiA ^40 23784 — 47008 5 _ 5 7Z.Z474 -J-OA T^UD J414 1

1 a0 . JUS07/ 17927 — 47172 1 — 0 11 .40 4A 4-OQ 7^ U7 /1AAA 07Q 4U00.7 / 7 22838 — 47420 2 _ 2 4 7g -1-07 diA7 t / . Jssnou 241 19 — 47008 4_ 5 1 07 -1-07 4 1 7A 880 22947 — 47 172 1 JS .0*+ A4 -t-OA 7^ UD 4AB S A 1 1 4V/0 J .U I 1 22947 — 47420 1 — 2 2.99 -1-07 U . -) J u 24575 -47008 4- 5

1

1 .4j 4< -lOA -r V7D 44A1 4'+DJ. 140 14U 24772 -47172 ! 0 J.S AADO 4-^ OAUD 414 10 8 1C\ J jU.oZU 24336 -47420 2 -2 3 67 +05

26351 -47008 5- 5 1 3 1 +06 7S*?0 817 7986 -47177 ") 1 1 79 _|-Q7 JUZ7.OZU CA7Q A70 27543 -47420 1 _ 2 1 60+06

JOt? .oou 29313 -47008 6- 5 o.UZ C 07 4-OS i^UJ Z9SA1 JD 1 .o8SAJO 8155 -47177 1 1

I 8 S -1-07 1 .0 J T^U / ^ ^ IQ 77A J J JV.Z /U 29372 -47420 3 _2 1 3g -1-06 2521.920 7377 -47017 4- 3 2.14+07 2922.383 12969 -47177 2 _ 1 7.14 + 06 2468.880 6928 -47420 5 -5 1.59+08

2561.262 7986 -47017 2- 3 4.45+06 3394.585 17727 -47177 2 — 1 1.33+08 2496.534 -47420 4 -5 1.29+08

2852.952 11976 -47017 4- 3 1.19+06 3417.843 17927 -47177 1 - 1 5.22+08 3566.590 19390 -47420 6 -5 2.82+06

2901.382 12561 -47017 3- 3 2.51+07 3471.346 18378 -47177 1 1.49+08 3596.198 19621 -47420 5 -5 6.82+06

Z7jD. I zu 12969 — 47017 2_ 3 D. / J i^UD lASl jDOJ.OA 11 AD 20038 — 47 1 77 _ 0.7 8 Q7/ 4_0A i'UD IBBO IQA jeoV.Zo4 21716 — 47420 5 _5 8O.O87i 4-OS T^U J

J jVZ.oj^ 17550 — 47017 3 _ 3

7 7 t -lOS Z.Z 1 i-Uo 4 1

1 A7U / .4y 4Q7Z 22838 _ 47 1 77 t _ 1i . J4S44-AB -t-Uo A 7 7Q ^Af\ 4ZZy . j4U 23784 — 47420 5 _ 5 2 47 +06

14 I 1 I lA 1 7727 — 470 1

2 _ 3

1 00 j-AO J. 00 -r\JO 44 1 7 S flfi 1 1 Z J .00 J 22947 — 47 1 77 1 _ 1 74 -i-07 1 .Z4 -r\j 1 A TQA 1 B

4zyu. jou 24 1 1

— 47470 4 _ 5 Al 4-OA

lo->4 n7A 20875 -47017 3- 3

1

1 Z7?Q -1- A7U / 417A 4 J / D. 780 / OU 24336 -47177 2 — 1 A T 1 -i-OA 7 ^ I A s 77 Z J 1 D. J / Z 7728 -47453 3 -4 1 08 +07

JO'+O . Z7 7 21039 -47017 2- 3

1 7^ -L.OA J. / J -rUD 4'^7A 4J ZD. jDU SAO 25092 -47177 0- 1 AD.VJo AB 4--rUDOA 11-11 T /I A J 34 J .Z4U 17550 -47453 3 -4 7 49 +05

IQQS Qft/i J 77 J . 70D 21999 -47017 4- 31

1 .ZD 7A-U07 -r\j / 4840 1 1 1 1(\ 1 J . 1 ZU 26406 -47177 1 - 1 1

1 .UA 7/ 4--rUD OA 177Q A70 J / Zo.D /U 20641 -47453 4 -4 1 32 +07

4036.370 22249 -47017 3- 3 5.53+05 2532.876 7728 -47197 3- 2 1.14 + 07 3761.410 20875 -47453 3 -4 5.92+06

4134.680 22838 -47017 2- 3 8.35+07 2560.558 8155 -47197 1 - 2 1.28+07 3884.361 21716 -47453 5 -4 1.97+07

4365.900 241 19 -47017 4- 3 1.84+06 2886.317 12561 -47197 3- 2 8.57+06 4223.730 23784 -47453 5 -4 4.92+05

4808.160 26225 -47017 3- 3 5.77+05 2920.691 12969 -47197 2 _ -) 5.93+07 4284.420 241 19 -47453 4 -4 6.16+05

32874 — 47017 4 _ 3 7 IS -4~0A J

1 J1771 074IH 1 7550 — 47 1 97 3 _ 2

") 1 1 4-07 Z. 1 J 7^ U / 4joy. 41AQ 77A / /U 24575 — 474S3 4 _4 2 77 +07

25 39 575 7728 — 47093 3 _ 3 i .07 T^UO J11Q7 jy A. J\J\j lOA 17727 — 47 197 2_ 2

1 4- AO I . Z / 7^ Uo 4717 4 / J / .DAIAjU 2635

— 47453 5 _4 1 00 4-06

7«J.f; 8 1 1 1 1976 — 47093 4_ 3 AD.Z77/ -UOA 7^ UD 3415 ^

1 7927 — 47 197 1 _ 2

S 8S 4-07 J .0 J 7^ U / JSIAS jOj.4UU 400 28820 — 47453 5 _4 1.13 +07

Zo 7 J .U 12561 -47093 3- 3

S 04 -1-07 JO1 A 1

1 A 1 7 A D.J ZD 19552 -47197 1 - 2

1 AQ -4-07 1 .U7 -r\J 1 ^ ^ 70 1 1

J jZV . 1 jU 29372 -47453 3 -4 5 73 +05

7Q7Q Z7Z7 .0_V7 A7A 12969 -47093 > _ 3 AD. 14 -UOA -rUD J17Q7 / 7 / . QSO 7 JU 20875 -47197 3- 280. 77ZZ -uOA T^UD j00Z.y4U SAA") Q4A 29799 -47453 4 -4 1 g9 -1-06 17550 -47093 3- 3

1 OQ 4-08 1 .\jy 7^ Uo J1871 OZ 1 .081AJO 21039 -47197 2 _ 2 4 SA 4-07 4. J D T^U / ABOo J^7/ .Z7 jUSA 32874 -47453 4 -4 1 29+06

3404.356 17727 -47093 _ 3 2.15+08 4007.274 22249 -47197 3- 2 2.94+07 2890.414 12969 -47556 7 - 1 1.55+06

3481.558 18378 -47093 2 3 1.96+06 4122.522 22947 -47197 1 - 2 1.92+07 3351.524 17727 -47556 2 - 1 3.10+07

3661.360 19788 -47093 . 3 6.01 +06 4372.990 24336 -47197 2_ 2 1.21 +06 3374.176 17927 -47556 1 - 1 1.68+07

3813.059 20875 -47093 3- 3 5.54+07 7443.030 33765 -47197 2 _ 2 4.37+06 3426.337 18378 -47556 2 - 1 1.24+08

JOIS J171 A1 J171 2 1039 — 47093 2 _ 3 S0.447/ -i- -r OAUD "> <;

08 1i S S J J — 47777 4 / Z / Z ] ^ -uAA D.7J -rUD 3632.VoU 70018 ZUU Jo — 47556 Q SIS 4-07 O.J J 7^U / 376 108 1 Q J .7 J 7 2 1999 — 47093 4 _ 3

S OA -U A7 J JO J.DVZ 1 77~'l _ 47777 -> 1 A4 4-AS 1 .U4 -rUo 4U44.D 1 2 77818 Z Z o J o — 47556 2S 88 4-07 O.oO T^U / ACx'^A H-UZ^. I

1 HQUV '>'>'> 49 — H / \Jy J .> — :i J

1 07 -uAA 1

I 7Q77 / 7Z / — 4777') 4 / Z / Z

t

1 — Z.jO "tUO 4UDZ.444 77Q47 ZZ74 / — 4 / J-iD j

I ^A4_08 I . JU T^UO 4'4 17 1 fiH^ 1 Z 1 .oUj 22838 -47093 2 — 3

1

i SA_uA7 .OU -rU / jo /yj.o I

20038 -47272 0- z.yQl 4-A7 J -hu

ylA7Q QA 1 4U / V.04 1 23052 -47556 0 I, 4 4S 4-07 41 S 1 241 19 -47093 4- 3 A QO -lOA D.VU -rUD 4uy 1 . J J / 22838 -47272 2- 7/ .04 A4 -U-hUD AA A1C\< A'\{\ 43UJ .4jU 24336 -47556 2 4 Q2 +07

/I /I IQ A/1 A 24575 -47093 4- 3/I 7 _i_ A ^ 0.4 / +Uj /1 1 AO 0 A *: 4 1 UV.oUJ 22947 -47272 1 - 1 AT -i-Afi

1 -UZ -rUO 438 /.90U 24772 -47556 1 t so 4-07 Z.OU T^U / 5636.690 29357 -47093 2- 3 1.92+06 4127.61 1 23052 -47272 0- 9.90+07 4450.320 25092 -47556 0 5.70+06

7307.940 33413 -47093 3- 3 5.1 1 +06 4507.230 25092 -47272 0- 3.97+05 4727.000 26406 -47556 1 5.53+05

2516.249 7377 -47107 4- 4 1.22+07 4791.250 26406 -47272 1 - 2.02+06 4776.070 26624 -47556 2 1.80 + 06 2845.714 1 1976 -47107 4- 4 1.12+08 4841.680 26624 -47272 2 2.49+05 2458.564 6928 -47590 5 -4 5.18+06 56
Table 2. — Transition Probabilities for 3288 Lines of Fe i in Order of Upper Energy L^ve/— Continued

Energ\

Levels K

J- vulues A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

11)11 — 47590 4 — 4 2.2 1 +07 3564.533 19788 — 47834 4 — 3 2.22+07 2453.477 Till -48123 4 — 3 9.96+07

111% — 47590 3 — 4 1.17+08 3730.945 21039 — 47834 -~ 3 3.60+07 2474.815 7728 -48123 3 — 3 3.09+08

1 7550 — 47590 3 — 4 3.48 +05 3907.464 22249 — 47834 3 — 3 7.70+06 2765.700 1 1976 -48123 4 — 3 1.64 + 06

19788 -47590 4- 4 4. 1 1 +06 4254.940 24339 -47834 3_ 3 1.75+06 281 1.160 1 2561 -48123 3 _ 3 1.58+06

20641 -47590 4- 4 1 .28 +07 4714.180 26628 -47834 4- 3 5.54+05 3269.964 17550 -48123 3- 3 1.99+06

21716 -47590 5- 4 1.13 +07 5543.180 29799 -47834 4- 3 5.41 +06 3288.967 17727 -48123 2- 3 1.27+07

22249 -47590 3- 4 9.86+06 2443.873 6928 -47835 5- 5 4.66 +07 3668 893 20875 -48123 3- 3 4 66 +06

24575 -47590 4- 4 3.24+06 2787.933 11976 -47835 4- 5 1.56+07 3826.836 21999 -48123 4- 3 1.05+07

32874 -47590 4- 4 7.44+05 3514,626 19390 -47835 6- 5 8.56+06 3953.861 22838 -48123 2- 3 4.83+06

6928 -47606 5- 5 2.03+08 3543.392 19621 -47835 5- 5 6.69+06 4164.800 241 19 -48123 4- 3 1.14+06

1 1 976 — 47606 4 — 5 1.92 +06 3676.3 14 20641 — 47835 4 — 5 6.07+07 6796.1 10 3341

— 48 1 23 3 — 3 1.49 +06

20641 — 47606 4 — 5 4.27 +06 3827.575 21716 — 47835 5 — 5 8.48+06 3265.618 17550 — 48 163 3 — 3,78+08

21716 — 47606 5 — 1.16^07 3869.561 21999 — 47835 4 — 5 1.35 +07 3284.589 17727 — 48 1 63 2 — 6,19+07

23784 -47606 5 — 5 1 .39 -t-07 4156.670 23784 — 47835 5_ 5 5.84+06 3306.356 17927 -48163 1 - 2 8.83 +08

26106 -47606 6- 5 3.84+05 4298,040 24575 -47835 4- 5 9.28 +06 3356.403 18378 -48163 2 — 2 3.1 1 +07

7986 -47693 2 3 1.16+08 4600.940 26106 -47835 6- 5 6.00+05 3494.170 19552 -48163 1- 2 1.20 +07

12969 -47693 ? 3 2.50+06 2438. 183 6928 -47930 5- 4 3 g9 -(-07 3663.458 20875 -48163 3- 2 1 9g -1-07 20641 -47693 4- 3 4.49+06 2465.150 7377 -47930 4- 4 1.95+08 3947.533 22838 -48163 2- 1 4.00+07

21039 -47693 2 — 3 1.04 + 07 2486.690 7728 -47930 3- 4 8.56+07 3964.517 22947 -48163 1 - 2 1.73-+07 21999 -47693 4- 3 1.69+07 2780.526 11976 -47930 4- 4 1.80+06 4195.620 24336 -48163 2- 2 1.51+07 — 4 / oy J J — 5.23 +06 3290.7 14 1 /j5U — 4 /yju i — 4 3.54+06 4273.870 74777 4fi 1 AT tI — z 5.29 +06

22838 — 47693 2 — 3 1.20+06 3531.446 19621 — 47930 5 — 4 5.99+06 4556.940 7^7 7 < — 4010.5 i — z 1. 14+06

334 1

— 47693 3 — 3 2.17+06 3552.420 19788 — 47930 4 — 4 2.15+06 4594.960 26406 — 48163 1 — 2 2,63 +05

23111 -41156 3- 3 6.49+05 3695.054 20875 -47930 3_ 4 1.28 +08 5320.050 29372 -48163 3- 2 1.67 +06

25900 -47756 4- 3 1.07+06 3813.638 21716 -47930 5- 4 8.73 +06 4002.665 23245 -48221 1- 1 3.05 +06

26140 -47756 3- 3 1.07+07 3855.329 21999 -47930 4- 4 3.48 +06 4006.768 23270 -48221 0- 1 1.27 +07

26340 -47756 2- 3 2.24+07 3897 894 22249 -47930 3- 4 2.77 -1-06 4568.790 26340 -48221 2- I 2.81 +06

27167 -47756 4- 3 1.93+06 4237.680 24339 -47930 3- 4 7.07+05 4598.120 26479 -48221 1- 1 2.20+07

27395 -47756 3- 3 4.64+06 6639.900 32874 -47930 4- 4 5.12+05 4613.210 26550 -48221 0- I 1.45+07

27560 -47756 2 — 3 3.31+06 4531.630 25900 -47961 4- 4 2.35+06 4838.520 27560 -48221 2- 1 4.06+06

29469 — 47756 2 — 3 1.79+06 4581.520 26140 — 47961 3 — 4 3.49+06 4863.650 27666 — y1 0 7 7 I 4oZZ

1 — ' 6.09 +06

33507 — 47756 3 — 3 7.70+06 4741 .080 26875 — 47961 5 — 4 8.76 +05 7038.250 340 1

— 4822

1 — 2.1 1 +07

33802 — 47756 2 — 3 3.22 +07 4807.720 27167 — 4796

4 — 4 1.38 +06 7090.400 34 1 22 — 48221 U — 3.69 +07

33947 -47756 2 — 3 6.59+06 4860.990 27395 — 47961 3_ 4 5.26+05 731 1.100 34547 -48221 2- , 2.29 +07

34040 -47756 4- 3 6.66 + 06 6003.030 31307 -47961 4- 4 8.08 +06 7389.420 34692 -48221 1- 1 6.47 +07

34329 -47756 3- 3 5.95 +07 6008.580 31323 -47961 3- 4 9.05 +06 8085.200 35856 -48221 2- 1 1 .39 +08

34547 -47756 2_ 3 1 .26+07 ft 1 88 04(1 31805 -47961 3- 4 2.58 +06 3466.279 19390 -48231 6- 5 2.32+06

35257 -47756 4- 3 7,12+07 6725.390 33096 -47961 4- 4 7.23+05 3623.440 20641 -48231 4- 5 1.76 + 07 35612 -47756 3- 3 1.22+07 6916.700 33507 -47961 3- 4 4.62+06 3770.305 21716 -48231 5- 5 1.35+07

35768 -47756 4- 3 1.80+07 7008,010 33695 -47961 5- 4 2.15+06 4089.225 23784 -48231 5- 5 3.72+06

36079 — 47756 3 — 3 1.63 +06 7181.220 34040 — 47961 4 — 4 6.64 + 06 4146.070 OA 1 1 Q — 4fi'>l 1 J i AH — 4.78+06

37 163 — 47756 3 — 3 4.06+06 7333.620 34329 — 47963 — 4 1.79+06 4225.960 L^J 1

— 4<SZj i A4- — J 9.39 +06

6928 — 478 15 — 4 1.03 +07 7586.040 34782 — 4796

5 — 4 3.67 +07 45 1 8.450 ZO 1 UO A'H'^'X 1 £.0 — J 2.42 +05

7728 -47812 3 _ 4 3.44+07 7869.650 35257 -47961 4- 4 1.49 +06 4627.530 26628 -48231 4- 5 3.66 +Uj

12561 -47812 3- 4 6.54+06 7945.880 35379 -47961 5- 4 5,55 +07 5284.4/0 29313 -48231 6- 5 1 .14+06

19621 -47812 5- 4 3.90+06 8198.950 35768 -47961 4- 4 1,25+07 2467.733 7728 -48239 3- 2 7.63 +07

19788 -47812 4- 4

s 06 -(-(16 8866 960 36686 -47961 4- 4 4,66 +07 2483.531 7986 -48239 2_ 2 1.50+08

20641 -47812 4- 4 4.16+06 9258.300 37163 -47961 3- 4 1.38+07 2834.414 12969 -48239 2- 2 1.96+06

20875 -47812 3- 4 4.09+07 2084.122 0 -47967 4- 3 3.28+09 3257.594 17550 -48239 3- 2 9.14+07

21716 -47812 5- 4 1.03+07 3286.754 17550 -47967 3- 3 6.46+08 3276.471 Mill -48239 2- 2 3.21+07

21999 — 47812 4 — 4 6.53 +06 3305.972 17727 — 47967 -~ 3 4.84+08 3298. 133 1 7077 — **0 Z J 7

11 — 2 0 70 _i_A7 22249 — 478 1

3 — 4 1.16+07 3658.550 20641 — 47967 4 — 3 5.72+06 3347.927 I 0 J / 0 4g239 2_ 2

A lA. _l_A7 4. /O +U / 23784 — 478 1

5 — 4 7.46+05 3978.464 22838 — 47967 3 3.27 +06 3484.972 — ^oi-jy J _ 2 1 .92 +07

24339 — 478 1

3 _ 4 2.52+06 4230.580 24336 — 4796,' 2- 3 6.32+05 3653.352 20875 -48239 3- 2 3.48 +06

24575 -47812 4- 4 6.21+06 4032.469 23245 -48037 1 - 2 4.58 +06 3675.434 21039 -48239 2- 2

1 iA _i_n*i

1 . j4 +iJO 26351 -47812 5- 4 4.1 1 +05 4565.670 26140 -48037 3- 2 2.41 +06 3935.8 14 22838 -48239 2- 2 87 _uA7 0.0 / +u / 28820 -47812 5- 4 *+DU / .DOU 26340 -48037 2- 2 1.43 +07 3952.702 22947 -48239 1- 2 2.42+07

7986 -47831 2- 2 2.13+06 4637.510 26479 -48037 1- 2 1.62+07 4182.380 24336 -48239 2- 2 3.42+07

8155 -47831 1 - 2 1.33+08 4843.160 27395 -48037 3- 2 2.96+06 4260.140 24772 -48239 1 - 2 1.44+07

12969 -47831 -) _ 2 1.70-1-07 4882.150 27560 -48037 2_ 2 4.62+06 4541.320 26225 -48239 3- 2 8.76+05

21039 -47831 2- 4.01 +07 4907.740 27666 — 48037 1 - 2.69+06 4579.060 ZD4UO — 4fi77Q 4oZJ7 1

1 — 7z

K fid 1 Ag 22249 — 47831 3- 2 4.39+07 7022.980 33802 — 48037 ^~ 1.20+07 5298.780 7017 7 — 4oZ^y 3J — 7 1 7A _l_ AA 3. /U +UO

24339 -47831 3- 2 3.62+06 7095.420 33947 — 48037 2 3.39+06 327 1 .001 177 77 Villi — 4ozyu ->z — _i_AO O.oZ +Uo

33765 -47831 2 _ 2 3.18+06 7130.940 3401

-48037 1- 2 3.5 1 +07 3292.59

17927 -48290 1- 1 1 1 g I AO J.J J +Uo

7377 -47834 4- 3 3.20 + 07 7293.070 34329 -48037 3- 2 1.61 +07 3342.216 18378 -48290 2- 0. / J +U / 7728 -47834 3- 3 1.37+07 741 1.180 34547 -48037 2- 2 4.70+07 t Al O 1 o o 3478.788 19552 -48290 1- 1 1 7 _i_n7 1 . 1 z +u / 7986 -47834 2- 3 1 39-)- 07 7491.680 34692 -48037 1- 2 1.42 + 07 3538.550 20038 -48290 0- 1.79+07

12561 -47834 3- 3 1.30+06 8046.070 35612 -48037 3- 2 9.56+07 3944.748 22947 -48290 1- 9.96+06

12969 -47834 2- 3 9.90+06 8207.770 35856 -48037 2- 2 1.56+07 3961.147 23052 -48290 0- 1.80+07

18378 -47834 2_ 3 6.15+06 8360.820 36079 -48037 3- 2 1.31+06 4309.460 1 25092 -48290 0- 1.52+07

57
Table 2. — Transition Probabilities for 3288 Lines ofFe i in Order of Upper Energy Leve/— Continued Wave

length A

Energy

Levels K

J- vitlues A

Wavelength A

Energy

Levels K

7- values A

Wavelength A

Energy

Levels K

J- values A :!

26624 — 48290 2 _ 1 1 .96 +06 7 A 1 C Ci AC 3yz5.y4o 23052 — 485 16 0 _ 1

1 AA 1 AO 1 .09 +08 4440.970 26624 -49135 2_ 3 9.43 +05

-yAf.X 7->o

/ Zo 7728 — 48305 3 — 2 6.55 +0 / A \ 1A All 4 1 34.433 24336 — 485 16 2 _ 1 2.54 +07 5054.650 29357 -49135 2 — 3 1.13 +06 '! Z4 / 7.4Q 1 7986 -48305 2 — 2 1.41 +08 4ZD / .831) 25092 — 485 16 0 _ J 5.98 +07 6147.850 32874 -49135 4 — 3

A AC\ I A£ 1 4.49 +06

8155 -48305 1 -2 1 .28 +08 4566.520 26624 -48516 2 -1 5.47 +06 3173.663 17727 -49227 2- 3 3.24+07 .1 z /yo-o / z 12561 -48305 3 -2 4. /4 +06 <AOA OA 28605 -48516 2 -1 1 .oU +Ud 2433.056 8155 -49243 1- 2 4.24 +07 ^} jZjU.OZ J 17550 -48305 3 _2 4.62 +07 jzu / .y4u 29320 -48516 1 - 1 5. 1 7 +06 3 192.417 17927 -49243 1 - 2 1 .63 +07

3269.416 17727 -48305 2 -2 1.51 +06 5217.930 29357 -48516 2 — 1 1.03+07 3239.029 18378 -49243 2- 2 9. 10 +06

3290.990 17927 -48305 1 -2 7.66+07 4504.840 26340 -48532 2 -3 1.67+06 3367.159 19552 -49243 1- 2 2.60+08^

3340.567 18378 -48305 2 -2 5.90+07 4679.230 27167 -48532 4 -3 2.51+06 3524.075 20875 -49243 3- 2 1.28+08 1; 3477.007 19552 -48305 1 -2 4.43+07 4729.700 27395 -48532 3 -3 9.54+05 3544.631 21039 -49243 2- 2 3.39+07 ; 3925.646 22838 — 48305 2 _2 5.26 +07 A^£.£. OOA 4 /OD.ooO 27560 — 48532 2 — 3 1 . 1 3 + 06 3786.176 22838 — 49243 2 — 2 8.78 +07

3y4Z.44Z 22947 — 48305 1 _2 J. 11 +U / <OA/1 ATA 3 1307 — 48532 4 — 3 Z.zU +Ud "5 OA 1 OC\ A 3801 .804 22947 — 49243 1 — 2

T 00 1 AT 2.56 +0 / si 4 1 /u.yuu 24336 -48305 2 — 2 4.25 +07 CO AO T/1A 35Uy.Z4U 31323 -48532 3 _3 4.48 +06 4013.822 24336 -49243 2 — 2 1 .87 +07

4Z4o.ZjU 24772 -48305 1 -2 2.30 +07 jy34.OD0 31686 -48532 2 -3 1 . 16 + 07 4343.260 26225 -49243 3- 2 6.37 +06

43Z /. /oU 26225 -48305 3 -2 J. 95 +05 zanc QAA 31805 -48532 3 -3 / .00 +Uo Ainn TAA 4377.790 26406 -49243 1- 2 3.22 +06

4jdj. 3ZU 26406 -48305 1 -2 1,JJ +U6 ouyo.oyvj 32134 -48532 2 -3 -> 00 _i_A£, Z.oo -rUo 63 15.420 33413 -49243 3- 2 J.JO +UO -: 461 1.080 26624 -48305 2 -2 5.14+05 6653.880 33507 -48532 3 -3 3.66+05 2408.045 7728 -49243 3- 3 2.69+06

4815.230 27543 -48305 1 -2 3.83+05 6786.880 33802 -48532 2 -3 1.80 +06 2725.31 1 12561 -49243 3- 3 1.33+071

5280.360 29372 -48305 3 -2 6.97+06 7038.820 34329 -48532 3 -3 3.05+06 3172.067 17727 -49243 2- 3 2.70+073

6713.190 33413 -48305 3 -2 9.66+05 7148.690 34547 -48532 2 -3 2.30+06 3394.085 19788 -49243 4- 3 9.38+06'

2476.654 7986 — 48351 2

.

1 .60 +08 753 1 . 1 70 35257 — 48532 4 — 3 2.79 +07 AC\C TOO 3495.288 20641 — 49243 4 — 3 1 .57 +08 '; Z4o / .Uo4 8155 — 48351 1 _ J 3.64 +08 TO 1 T TA /o3z.ZZU 35768 — 48532 4 — 3 6.79 +07 3669.523 2 1999 — 49243 4 — 3

T Co 1 AO 1' 3.58 +08 " 3264.5 1

17727 — 48351 2 1 9.65 +07 0 A"^ 0 1 /I A 6UZ6.34U 36079 — 48532 3 _3 1 .5 1 +07 3703.556 22249 — 49243 3 — 3 9.26 +07 1 1 TO^ ATI JZtSo.UZZ 17927 -48351 1 -1 2.39 +0 / o4jy .ouu 36686 -48532 4 -3 1 .34 +07 Ar\ > T n

401 3.798 24336 -49243 2- 3 5.7 1 +06 '1 3935.306 22947 -48351 1 -1 T An 1 AT 2.00 +0 / QlCkl 1 OA 0 /y3.3csU 37163 -48532 3 -3 3.99 +07 4014,280 24339 -49243 3- 3 3.36+06 , iyD 1 .o Jo 23052 -48351 0 - 1 1 .8 1 +06 AATA ^AA yu /y.oul) 37521 -48532 2 -3 1 .52+07 4052.664 24575 -49243 4- 3 4.35 +06 !. 4239.960 24772 -48351 1 - 1 1.94+06 9653.140 38175 -48532 3 -3 2.82+07 4343.210 26225 -49243 3- 3 1.07+06

2792.397 12561 -48362 3 -4 8.57+06 2722.032 11976 -48703 4 -4 3.36+06 4844.000 28605 -49243 2- 3 1.52+06 ' 3478.374 19621 -48362 5 -4 2.71 +06 3437.631 19621 -48703 5 -4 2.47+06 5027.210 29357 -49243 2 — 3 5.38+06^

3636.995 20875 -48362 3 -4 2.84+07 3457.512 19788 -48703 4 -4 1.77+06 6315.320 33413 -49243 3- 3 8.00+06 1

1 "7 ^ 1 OTA 21716 — 48362 5 _4 5.55 +0o 1 COT AQ£. 3592.456 20875 — 48703 3 _4 6.68 +06 1 ^ T A 0 1 A z4zy.o 10 8155 — 49298 1 — 1 .7 1 +07 ) J /yz. 1 21999 — 48362 4 — 4 1 .58 +07 1 in A AHA i /u4.4d4 21716 — 48703 5 — 4 1 .5 1 +08 ""SI C A Qf\Q 21i 1 .808 1 2969 — 49298 2_ 1 .53+07

4161.490 24339 — 48362 3 — 4 1.89+06 3743.782 1999 — 48703 4 — 4 3.97 +06 3 166.596 1 7727 — 49298 2 —

. 2.47 +08

4202.760 24575 -48362 4 -4 8.67 +04 37 /9.2 1 3 22249 -48703 3 -4 1 .70 +06 3360.922 19552 -49298 1 - 1 1.12+07 ' 4541 .950 26351 -48362 5 -4 1 A1 1 AC 3.02 +05 /lAiC^ CAA 4066.590 241 19 -48703 4 -4 1 .04 +07 3416.679 20038 -49298 0- 1 3.28 -i-06 ' 241 1 .558 6928 -48383 5 -5 8.59+06 A \ Ai A \n 4 1 43.4 1 / 24575 -48703 4 -4 1 .9 1 +08 3537.729 21039 -49298 2- 1 2.07+08

3475.867 19621 -48383 5 -5 2.22+07 4472.720 26351 -48703 5 -4 2.37 +06 3778.320 22838 -49298 2- 1 2.57+07

3496.190 19788 -48383 4 -5 4.91 +06 5028.130 28820 -48703 5 -4 9.39+06 3793.872 22947 -49298 1- 1 5.19+07 ' 3603.673 20641 -48383 4 -5 2.85+06 5288.540 29799 -48703 4 -4 4.67+06 3809.043 23052 -49298 0- 1 1.79+07

3789.178 21999 -48383 4 -5 1.45+07 6315.810 32874 -48703 4 -4 3.27+06 4004.976 24336 -49298 2- 1 2.50+07 :

A 1 TA "^AA 4 1 zu.zuy 241 19 — 48383 4 — 5 1 .48 +07 A A^l 1 "3 A 4433. 33U 26479 — 48928 1 _2 2.05 +06 4076. Z3Z 24772 — 49298 1 _ 1 1 .Z4 +U/ ' A 1 An 1 AA 4 1 yy. luu 24575 — 48383 4 — 5 2.36 +08 C700 1 OA J /yo. lyu 3 1686 — 48928 2 — 2 5.78 +06 A Af\C\ 1 ">

4409. 1 20 26624 — 49298 2- 1 11 L. Aii -" 1 .55 +Uo - A AOn T ? A 448 /. /Ml 26106 —48383 6 — 5 4.41 +05 < 0 Q 0 /I A 3 1937 — 48928 1 — 2

1 C 1 i_ AT I .J 1 +U / a A1£, A1f\ 6436.430 33765 — 49298 2- 1 1 A*i _LAii ifl 3.U0 +UO "

/I C 1 "7 £iQf\ 4_>i./.DO0 26351 -48383 5 -5 3.67 +05 5952.750 32134 -48928 2 _ 2 1 .04 +07 274 1 .578 12969 -49433 2- 21 CC .lAT [ 1 .00 +U /

'

/I C A C 1 /I A 26628 -48383 4 -5 3.34+06 TCAT "lAA 35612 -48928 3 — 2 1.58 +07 3345.679 19552 -49433 1 - 2C AI 1 AC II J .4 / +U3 " C 1 /I "> C AA 5Z4Z.500 29313 -48383 6 -5 1 .4 1 +07 TTOA COA 36079 -48928 3 -2 8.64 +07 3520.855 21039 -49433 2- 2

Q A 1 AT if Z.84 +U/ 1' 5379.580 29799 -48383 4 -5 3.44+06 8497.000 37163 -48928 3 — 2 1.45 +07 3677.63 1 22249 -49433 3- 2 7.18+08

3274.227 17927 -48460 1 -0 9.60+06 8764.000 37521 -48928 2 -2 6.65+07 3983.350 24336 -49433 2- 2 4.33+06 f 3458.304 19552 -48460 1 -0 3.35+08 9753.130 38678 -48928 2 — 2 5.13+07 4053.820 24772 -49433 I- 2 4.48+06 ' 3918.418 22947 -48460 1 -0 2.22+08 321 1.872 17927 -49053 1 -2 1.38+08 4566.990 27543 -49433 I - 2 1.22+06 '

A 7 A 1 C A 4ZZU.33U 24772 — 48460 . — 0 1 . 10 + 08 41 1 7.320 24772 — 49053 1 — 2 ATA I A C 9.20 +05 4y /u.4yu 29320 — 49433 1 _ 2c A*; _i_A<C '

A ^11 \ AC\ 4333. 14U 26406 — 48460 1 — 0 7.58 +06 ZoyZ.ZM) 1 1976 -49109 4 _4 6.45 +06 ACilCi CAA 4y /y. jyu 29357 — 49433 2- 2Q OT _l_ AC 1' o.y / +uj - A^^t\ A A f\ 4779.440 27543 — 48460 — 0 1 .2 1 +07 1 /I AA iCA C 34Uy.DUj 19788 _ 491 00 4 _4 9.64 +05 6240.270 334 1

— 49433 3- 2 2.49+06

5223. 190 29320 -48460 1 -0 1 .50 +07 35 1 1 .748 20641 -49109 4 -4 8.29 +06 £. 1 OA n C0380. / 3U 33765 -49433 2_ 2 1 .3 I +U /

' 28 1 5.506 12969 -48476 2 -3 1 .07 +07 ICACi CAO 3o4y. juy 21716 -49109 5 -4 4.42 +08 531/ Ay 1 19390 -49434 6- 6 6.28 +06 '' 325 1 .236 17727 -48476 2 -3 6.82 +07 3687.656 21999 -49109 4 -4 1 .57 +08 3353.267 19621 -49434 5- 6 3.90+06 ' 3484.858 19788 -48476 4 -3 5.41 +06 4000.460 241 19 -49109 4 -4 9.45 +06 3606.682 21716 -49434 5- 6 6.28+08 " 3643.716 21039 -48476 2 -3 4.62+07 4074.789 24575 -49109 4 -4 3.38+07 3897.452 23784 -49434 5- 6 1.18+07

3775.860 21999 -48476 4 -3 4.72+06 4927.450 28820 -49109 5 -4 1.36+06 4285.450 26106 -49434 6- 6 1.22+07 ' 381 1.892 22249 -48476 3 -3 2.07+07 5065.210 29372 -49109 3 -4 5.25+06 4330.960 26351 -49434 5- 6 1.20+06 '

A t r\ A AT^ 4104.472 24 1 1

— 48476 4 _ 3 6.47 +05 5 1 / / .2 30 29799 — 49109 4 — 4 1 .9 1 +06 AO A(\ 4849.660 28820 — 49434 5 — 1 IT i_ AC ! L32 +Uj. ' 4141.862 24339 — 48476 3 _ 3 5.80+06 6157.730 32874 — 49 109 4 — 4 6.93 +06 2666.966 1 1976 — 49461 4 — 5 4.02+07 ' 4575.800 26628 — 48476 4 _ 3 5.58 +05 *> 1 0 T C\Ot\ 3182.980 1 7727 — 49 1 35 2 — 3 5.94+07 3324.538 19390 — 4946

6 — 5

T CO 1 AT 1 2.58+0 /

1 2476.861 8155 -48516 1 1.66+07 3537.49

20875 -49135 3 -3 3.18 +07 3369.146 19788 -49461 4- 5 3.02+06

3246.962 17727 -48516 2 1.75 +08 3684. 1 10 21999 -49135 4 -3 3.52+08 3468.847 20641 -49461 4- 5 4.22+07

3268.234 17927 -48516 1 7.9 1 +07 T "7 1 t> A C\C\ il 1 8.409 22249 -49135 3 -3 7.57 +07 1 i A "5 TAT 3603.207 21716 -49461 5- 5 3.04 +08

3317.121 18378 -48516 2 5.44+07 3801.682 22838 -49135 2 -3 5.13+07 3640.392 21999 -49461 4- 5 4.1 1 +08

3451.628 19552 -48516 1 6.18+07 3996.261 241 19 -49135 4 -3 1.11+06 3893.393 23784 -49461 5- 5 7.67+07

3893.316 22838 -48516 2 2.73+07 4031.243 24336 -49135 2 -3 2.08+06 3944.892 241 19 -49461 4- 5 1.08+07 ,1 3909.830 22947 -48516 1 5.40 + 07 4031.727 24339 -49135

58

3 -3 2.39+06 4017.152 24575 -49461 4- 5 2.94+07 !i
Table 2.— Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength Energy

Levels K

J- values

4280.530 26106 -49461 6- 5 9.39+05 3446.791 21039 -50043 2_ 1 1.90+07 4745.810 29469 -50534 2- 3 1.54+07 496L910 29313 -49461 6- 5 7.15+05 3674.766 22838 -50043 2- 1 1.33+08 5871.290 33507 -50534 3- 3 4.70+06

6027.060 32874 -49461 4- 5 8.62+06 3703.824 23052 -50043 0- 1 1.73+08 7261.540 36767 -50534 3- 3 8.86+06

3214.624 18378 — 49477 2 _ 2 6.23+06 3888.825 — 3UU43 z 1 1.57+08 9462.970 39970 — 50534 3 — 3 1.02+07 367L689 22249 -49477 3- 2 9.10 + 06 3955.956 24772 -50043 1 _ 1 3.98+07 3364.639 20875 -50587 3_ 3 3.01+06

3768.230 22947 -49477 1- 2 4.86 + 06 4006.631 25092 -50043 0- 1 6.15+07 3383.387 2 1039 -50587 2_ 3 1.56+06

24336 -49477 2- 2 4. ZD +UO 4229.5 lu 26406 -50043 1 - 1 5.15+06 3602.774 22838 -50587 2_ 3 6.59 +06

3976.865 24339 -49477 3- 2 2.29+07 4268.740 26624 -50043 2- 1 3.50+07 3777.061 241 19 -50587 4_ 3 1 59+07

4046.629 24772 -49477 I - 2 6.23+06 4663.180 28605 -50043 2- 1 4.65 +06 ions 78^; 24336 — 50587 2_ 3 1 02 +07

4374.490 26624 -49477 2- 2 4.98+06 4824.160 29320 -50043 1 _ 1 5.10+06 24575 -50587 4_ 3 2 84 +08

4789.650 28605 -49477 2 _ 2 3.79+07 4832.730 29357 -50043 2- 1 7.02+06 4103.620 26225 -50587 3- 3 8.82+05

4968.700 29357 -49477 2- 2 4.33+06 3063.149 17550 -50187 3- 2 2.49+06 4171.900 26624 -50587 2- 3 1.55+07

6362.890 33765 -49477 2- 2 5.15+06 3098.963 17927 -50187 1 - 2 7.36+06 4547.850 28605 -50587 2- 3 4.75+07

2656.793 1 1976 — 49604 4_ 1.39+07 3142.891 Io3 /o — J\J 1 o /

->z->z 9.21+07 4708.970 29357 — 50587 2 — 3 6.86+06

3308.761 19390 -49604 6- 5 2.41 +06 3263.370 19552 -50187 1 2 3.03+07 4809.150 29799 -50587 4- 3 8.47+05

3334.220 19621 -49604 5- 5 1.06 + 07 3655.467 22838 -50187 2- 2 1.75+08 3219.806 19562 -50614- 3 3.45+08

19788 -49604 4- 5 Z.Z4 +UD 3867.2 1

24336 -50187 2- 2 1.84+08 3240. 122 19757 -50613- 3 6.19+06

3584.663 21716 -49604 5- 5 3.57+08 3933.606 24772 -50187 1- 2 5.0 1 +07 3620.228 22997 -50614- 3 1.57+07

3621.464 21999 -49604 4- 5 5.05+08 4172.130 26225 -50187 3- 2 1.02+08 3716.442 2371

-5061

4- 3 3.1 1 +08

3871.751 23784 -49604 5- 5 3.59+07 4242.730 26624 -50187 2- 2 ] 19+07 3782.450 24181 -50613- 3 1 g9+07

3994.1 17 24575 -49604 4- 5 9.74+06 4799.410 29357 -50187 2- 2 3.69+06 4085.312 26140 -50611 3- 3 5.50+07

4809.950 28820 -49604 5- 5 3.96+05 4802.880 29372 -50187 3- 2 1.01+07 41 18.904 26340 -50612- 3 9.63+06

2655.140 1 1976 -49628 4- 4 1.87+06 3225.789 19351 -50342 5- 6 1.03+09 4264.210 27167 -5061

4- 3 1.13+07

2697.022 1 '56

— t^DZo J — 4 3.61 +07 3610,159 ZZ03U 77A^O 0 — 0 5.58+08 4638.020 zyujD — jUO 1

3 — 3 2.57+07

3331.613 19621 -49628 5- 4 2.06+07 4260.000 26875 -50342 5- 6 6.80+06 4728.560 29469 -50612- 3 1.84 + 07 3350.284 19788 -49628 4- 4 3.38+06 3222,069 19351 -50378 5- 5 8.50+08 7221.220 36767 -5061

3- 3 8.24+06

3448. o6y 20641 -49628 4- 4 4. 1 1 +06 3244, 1 90 19562 -50378 4- 5 3.74+08 9100.500 39626 -5061

4- 3 2.32 +07

3476.853 20875 -49628 3- 4 5.72+07 3651.100 22997 -50378 4- 5 1.45 +07 9394.710 39970 -5061

3- 3 8.27 +06

3581.650 21716 -49628 5- 4 5.394-07 3748.969 23711 -50378 4- 5 1.47+08 3243.109 19788 -50614 4- 4 9.60+06

3618.392 21999 -49628 4- 4 1.01 +08 3217.380 19351 -50423 5- 4 2.09+08 3459.429 21716 -50614 5- 4 2.73+07

3651.470 22249 -49628 3- 4 6.53+08 3239.436 19562 -50423 4- 4 5.30 + 08 3493.698 21999 -50614 4- 4 3.14+07

3868.243 23784 -49628 5- 4 2.16+06 3259.991 19757 -50423 3- 4 4.45+07 3839.258 24575 -50614 4- 4 1.72+08

3919.068 24119 -49628 4- 4 2.26+07 3625.140 22846 -50423 5- 4 1.06+08 4167.860 26628 -50614 4- 4 7.15+06

3953.155 Z4339 — 490^0 J — 4 2.49+07 3645.090 22997 — 50423 4 — 4 5.03+07 4587.130 28820 — 506 14 5 — 4 5.64+06

3990.377 24575 -49628 4- 4 1.12+07 3660.330 231 1

— 50423 3_ 4 6.57+06 5811.940 33413 -50614 3- 4 3.20+06

4346.560 26628 -49628 4- 4 7.13+06 3742.621 2371 1 -50423 4- 4 1.17+08 3570.243 22650 -50652 6- 7 1.35+09

4804.530 28820 -49628 5- 4 9.69 +05 4076.636 25900 -50423 4- 4 8.60 +07 3230.963 19757 -50699 3- 2 4.03 +08

6165.370 33413 -49628 3- 4 4.57+06 41 16.970 26140 -50423 3- 4 1.46+06 3247.278 19913 -50699 2 — 2 1.10+08

2648.164 1 1976 -49727 4- 4 2.62 +06 4245.360 26875 -50423 5- 4 1.51 +07 3641.454 23245 -50699 1 - 2 7.43 +06

2689.830 12561 -49727 3- 4 3 93 +07 4341.250 27395 -50423 3- 4 5.37+05 3769.995 24181 -50699 3- 2 4.91 +07

3320.650 19621 -49727 5- 4 1.42+07 4678.850 29056 -50423 3- 4 4.84+07 4070.766 26140 -50699 3- 2 8.80+07

3339.195 19788 -49727 4- 4 1.57+07 7320.690 36767 -50423 3- 4 9.46+06 4104.132 26340 - 50699 2- 2 3.29+07

' 3464.914 20875 -49727 3- 4 7.84+06 9259.050 39626 -50423 4- 4 2.05+07 4127.807 26479 -50699 1 - 2 4.29+07

• 3568.978 7 17 11^ — 4y / Z

cJ — 4 5.74+07 321 1.989 i y 3 J I — ? A/l "7 ? JU4 /cJ — A4 4.83+08 4289.920 Z / 37 J — juoyy 3 — ') 7.92+06

• 3605.450 21999 -49727 4- 4 7.58+08 3233.967 19562 -50475 4- 4 2.33+08 4320.520 27560 -50699 2- 2 2.10+06

• 3638.300 22249 -49727 3- 4 2.90+08 3618.285 22846 -50475 5- 4 1.26+07 4619.290 29056 -50699 3- 2 3.42+07

J 3853.462 23784 -49727 5- 4 6. 19 +06 3735.325 2371

-50475 4- 4 2.77 +08 470y.oyo 29469 -50699 2 _ 2 2. 1 3 +07

j 3903.901 241 19 -49727 4- 4 5. 14 +07 4067.984 25900 -50475 4- 4 9 97+07 4768.330 29733 -50699 1- 2 1.22+07

i 4327.920 26628 -49727 4- 4 5 90 + 06 4108.138 26140 -50475 3- 4 1 95 +06 7175.940 36767 -50699 3- 2 1.29+07

, 6127.910 33413 -49727 3- 4 5.00+06 4667.460 29056 -50475 3- 4 3.88 +07 7382.990 37158 -50699 2- 2 9.49+06

^ 2356.196 7377 -49805 4- 3 1.29+08 9214.450 39626 -50475 4- 4 1.99+07 9318.130 39970 - 50699 3- 2 2.07+07

' 2680.910 12561 -49851 3- 3 2.41 +06 3207.089 19351 -50523 5- 6 1,61 +07 3188.567 19351 -50704 5- 5 4.83+07

12710.543 12969 -49851 2- 3 7.11+07 3586.740 22650 -50523 6- 6 3,99+07 3210.230 19562 -50704 4- 5 1.38+08

• 3325.468 — ^y o J

A4 — J 3.67+07 3612.068 ZZo4D — j\JjZj J — D 7.15+07 3588.615 ZZ04D 50704 5 _ 5 1.55+08

? 3469.834 21039 -49851 2- 3 3.96+07 4227.430 26875 -50523 5- 6 2.94+08 3703.697 2371

-50704 4- 5 8.79+07

i 3589.456 21999 -49851 4- 3 2.33+07 5940.970 33695 -50523 5- 6 2.05+06 4030.499 25900 - 50704 4- 5 5.14+07

( 3622.00

22249 -49851 3- 3 5.76+08 9738.620 40257 -50523 5- 6 8.57 +07 /line 1 Af\ 4195.341) 26875 -50704 5- 5 A AC\ _i_ A7

1 3885.154 241 19 -4985 1 4_ 3 1 09 +07 3227.798 19562 -50534 4- 3 6.48 +08 4247.430 27167 -50704 4- 5 1.25+08

I 3918.644 24339 -4985 1 3 _ 3 1 00+08 3948 '06 19757 -50534 3- 3 2.17+08 9024.470 39626 -50704 4- 5 2.00+07

1 423 1 .530 26225 -4985 1 3 _ 3 2.92 +08 3764 710 19913 -50534 2- 3 191 +07 9569.960 40257 -50704 5- 5 3.09+07

^ 4705.460 28605 -49851 2- 3 2.77+06 3630.353 22997 -50534 4- 3 8.31+07 9889.080 40594 -50704 4- 5 5.03+07 6215.150 33765 -49851 2- 3 7.43+06 3645.494 23111 -50534 3- 3 3.60+07 3178.015 19351 -50808 5- 4 1.48+08

'3121.760 17927 -49951 0 5.35+07 3656.358 23193 -50534 2- 3 8.19+06 3199.530 19562 -50808 4- 4 3.58+08

f 3288.651 19552 — 4995

0 7.30+07 3727.096 2371 i — 50534 4_ 3 1.57+08 3219.581 19757 -50808 3- 4 4.55+08

•3702.033 22947 -49951 0 4.68+08 3793.478 24181 -50534 3- 3 3.56+07 3575.249 22846 -50808 5- 4 1.09+08

•3970.391 24772 -49951 0 2.82+08 4058.227 25900 -50534 4- 3 3.1 1 +07 3594.632 22997 -50808 4- 4 3.26+08

26406 -49951 0 I .^l. -T\J 1 fU70 . 1 O J 26140 -50534 3- 3 4.62 +07 3609 486 23111 -50808 3- 4 1.29+07

'4461,370 27543 -49951 0 2.81+07 4278.230 27167 -50534 4- 3 5.33+06 3689.457 2371

-50808 4- 4 3.80+08

3278.741 19552 - 50043 1 8.77+07 4320.380 27395 -50534 3- 3 9.73+05 3754.506 24181 -50808 3- 4 2.66+07

-3331.778 20038 -50043 0- 1 4.67+07 4584.720 29056 -50534j 3- 3 2.55+06 4013.641 25900 -50808 4- 4 6.71+06 59
Table 2.— Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued

Wave

length Energy

Levels Kva

/-ues w dvelength A

Energy

Levels K

J- \alues Wavelength ALi ,

Energy

Levels K

J- values A

4052.724 26140 -50808 3 -4 4.66+06 7024.650 36767 -50999 3- 2 1.22+07 3560.076 23111 -51192 3- 4 6.62+06'

4228.720 27167 -50808 4 -4 1.23+06 7222.880 37158 -50999 2 _ 2 5.91 +06 3637.862 2371 1 -51 192 4- 4 8.56+07'

4596.060 29056 -50808 3 -4 6.30+06 2267.465 6928 -51017 5- 5 1.34+08 3701.086 24181 -51192 3- 4 7.72+08

7120.030 36767 -50808 3 -4 3.15+06 4099.080 26628 -51017 4- 5 5.92+05 41 1 1.060 26875 -51 192 5- 4 2.49+06

3175.447 1935 1 — 50833 5 -5 1.68+08 3160.344 19390 — 5 1023 6 — 6 3.51 +07 4161.080 27 1 67 — 51 192 4 — 4 5.70+06

3196.930 19562 — 50833 4 -5 6.74+08 3183.582 1 962

— 5 1023 5 — 6 4.16+06 4200.930 27395 — 51192 3 — 4 3.53+07

3547.203 22650 — 50833 6 -5 3.45+07 341 1.134 21716 — 5 1023 5 — 6 6.60+06 4516.270 29056 — 5 1 192 i — 4 6.52+05

357 1 .995 22846 — 50833 5 — 5 2.83 +08 3670.07

23784 — 5 1023 5 — 6 9.46 + 07 3296.467 20875 — 5 1 203 — 2.59 +07

359 1 .345 22997 — 50833 4 — 5 2.08+07 4012.160 26106 — J IUZ3 O — O 9.97+05 33 14.441 ? 1 TA 1 -> ->z 2.34+07

3685.998 237 1

— 50833 4 — 5 3.5 1 +08 4502.590 28820 —51023 5 — 6 1 .34 +06 3453.022 22249 — C I TA 1 5 1 zU

J — -> 1.08 +08

4172.640 26875 -50833 5 -5 1.50+07 4604.850 29313 -51023 6- 6 5.12+05 3721.189 24336 -51201 2 _ 7 4.45+07

4224.180 27167 -50833 4 -5 6.55+07 3210.830 19913 -51048 2 _ 1 9.55+08 3721.606 24339 -51201 3- 2 1.09+08

9763.910 40594 -50833 4 -5 5.00+07 3221.931 20020 -51048 1- 1 3.07+07 3782.608 24772 -51201 1 - 7 1.80+07

3230.210 19913 -50861 2 -2 1.97+08 3588.918 23193 -51048 2 _ ' 3.19+08 403 1 .965 26406 -51201 1 - 7 6.01 +07

3602.534 "2 1 1 1 Z3 1 1 1 — jUod 1 3 _ 2 2.13+08 3598.980 > IOTA — J 1 U4o Au — 5.14+07 4424.190 ZooUJ — ^ 1 7A 1 J i ZU

9 7 2.87+06

3613.110 — jUoO I 2 _2 3.36+07 3766.665 L^jyj 1 — C 1 A^o J 1 U4o J _ 7.61 +07 4568.840 OQ 1 7A Z7 jZU — J 1 ZU

1

1 — 7 3.31+06

3793.360 0 A ^ A"? — jUoO 1 2 _2 1.64+07 4069.080 ZD4 /V — J lU4o 1

1 — 1.30+07 4579.690 Zyj 1 Z — ^ 1 7A I J 1 ZU

3J — 7Z 8.47+05

4043.993 ZD i 4U — jUoO 1 3 — 2 3.45 +07 4080.886 ZD^ 3U — < 1 (\A fi J i U4o Au — 1.83 +07 7010.360 3Dy4 1 — ^ 1 7A 1 J 1 ZU

•>z — 0 9.30 +06

4076.884 ZDj4U — jUod 1 2 — 2

A f\(\ 1 4.09 +06 4256.2 10 Z / joU — <; 1 A/i» J i U4cS

-> 7.68 +06 3 194,422 1 QQ 1 1 — J I ZUft

•>z — 1 OO 1 AO 1 .88 +08

4584.820 ZVUjD — jUoo I 3 — 2 6. 15 +06 4632.820 zy4Dy < 1 f\A Q -> 9. 16 + 06 3205.400 7AA7A ZUUZU — ^ 1 7AC J \ ZUo 1

1 — 1.20+09

4673.280 29469 -50861 2 -2 7.63+06 4690.150 29733 -51048 1 - 1 2.24+07 3575.1 18 23245 - 5 1 208 1 - 1 1.60+08

7093.090 36767 -50861 3 -2 5.50+06 7330.150 37410 -51048 1- 1 9.62+06 3578.380 23270 -51208 0- 1 8.03+07

3214.044 19757 -50862 3 -3 1.32+09 9242.320 40231 -51048 2- 1 3.10+07 3744.105 24507 -51208 2- 1 3.59+08

3602.460 231 1

-50862 3 -3 1.33+08 2557.268 1 1976 -51069 4- 5 3.67+06 4598.730 29469 -51208 2- 2.55+06

3746.931 Z4 1 o 1 — jUoDZ 3 -3 1.81+08 3155.796 — ^ 1 n^o J luoy 0 — ^ 3.73+06 3193.303 I yy 1 i — < I 7 1 Q J \ L\y oz — J 3.86+08

4076.810 26340 — 50862 2 -3 2.21+07 3178.967 1962

— 5 1069 5 — 5 3.13+07 3556.680 23111 — 51219 3 — 3 5.16+07

4673.170 ZV4Dy — jUodz 2 -3 1.72+07 3405.830 0 1 7 1 Z I / 1

— 5 1069 <J — 5 1.76+07 3634.326 TJ 7 1 1 Z3 / 1 1 < 1 7 1 Q A4 — 7

Jl 1.64 + 08 Tine r\r\f\ 7295.000 37 1 58 — 50862 — 3 4.78 +06 3439.039 2 1 999 — 5 1069 4 — 5 1 .47 +07 3697.426 24 1 8

— 51219 J — 1J 1 .86+08

9 1 78.570 39970 — 50862 3 — 3 1.00+07 3663.950 23784 — 5 1069 5 — 5 8.56 +06 4018.282 26340 — 51219 -> J3 1.65 +07

3228.254 1 99 1

— 50880 2 — 1 3.69 +08 1 1 (\c\ etc 3709.535 241 19 — 5 1069 4 — 5 5.03 +07 41 56.460 27 167 — 51219 4 — 3 5.72+06

3610.703 23193 -50880 -> _ 1 1.20+08 3773.364 24575 -51069 4- 5 4.23+06 4196.220 27395 -5I2I9 3- 3 6.29+07

3620.880 23270 -50880 0 _ I 2.49+07 4004.832 26106 -51069 6- 5 1.76+07 4225.460 27560 -51219 2 _ 3 1.01+08

3790.656 24507 -50880 2 _ 1 2.61+07 4595.210 29313 -51069 6- 5 6.39+05 4596.430 29469 -51219 2- 3 1.86+06

4073.760 26340 -50880 2 _ 1 1.27+08 4700.170 29799 -51069 4- 5 3.86+06 9634.220 40842 -51219 3- 3 2.93+07

4097.099 Zo4 /V 1 _ 1 1.78+07 5494.460 J Zo /4 Z 1 A^O 4 — 5 2.29+06 9800.340 41018 — ^ 1 7 1 Q J I Z 1 7

0 7.80+07

4109.070 ZOJ jU CAQQA 0 -1 2.80+07 2264.389 AQOtt OyZo ^ 1 A77 A4 1.54+08 3157.040 11 Q^A7 VjOZ — J

^ 1

1 77Q ZZ7 A4 — 1.38+08

4286.870 Z / jOU — cnoOA jUooU 2 8.52+06 3404.923 7 1 7 1 A Z 1 / 1 O

^ 1 A77 cJ — A4 5.17+06 3522.268 ZZo4D 7 7 B/1 ^ — J

1

i 77Q ZZV 3 — 5.56+07

4669. 1 70 zy40V OQ/IAQ — jUooU c AftftA 2 3.86 +07 3537.896 7 7 C/l ZZo4d ^ 1 1 A1 cJ — cJ 7.84+07 3541.083 7 70Q7 — J

11 770 zzv A4 — cJ 7.42 +08

411 / .4UU zy 1 J J — CAOOA 3Uoou 1 3.85 +07 3556.877 77QQ7 ZZW / ^ 1 1 A1 A4 — cJ 4.36+08 3633.087 717 11 Z J / 1 1 — 3

^ 11 770 zzy A4 — <^ .1 A A 1 AT 4.99 +0/

'7 1/11 n /4 n

3 161 .949 1 7 J J 1 5 — 6 8. 18 +07 3649.699 7 "J 7 I 1 — ^ 1 1 Al J 1

Uj A4 — cJ 1 .58 +07 3947.002 7 ^QAA — 3

<; 11 77Q LLy A4 — cJ 2.55 +07

3530.385 22650 -50968 6 -6 7.53+07 3966.630 25900 -51 103 4- 5 1.04+08 4104.970 26875 -51229 5- 5 1.83+06

3554.922 22846 -50968 5 -6 9.14+08 4126.192 26875 -51 103 5- 5 2.14+07 4154.810 27167 -51229 4- 5 8.74+07

4149.372 26875 -50968 5 -6 2.49+07 4176.570 27167 -51103 4- 5 5.25+07 8616.280 39626 -51229 4- 5 3.15+06

3182.060 19562 -50980 4 -4 4.76+07 8710.290 39626 -51103 4- 5 2.05+07 9401.090 40594 -51229 4- 5 1.87+07

3572.600 22997 — 50980 4 -4 3.07+07 9217.540 40257 — 5 1 103 5 — 5 1.63+07 3936.772 25900 — 5 1 294 4 — 3 1.07+06

3587.240 23111 — 50980 3 -4 6.07+07 9513.240 40594 — 5 1 103 4 — 5 3.59+07 3974.397 26 1 40 — 5 1 294 3 — 3 6.76+06

4024.735 26140 — 50980 3 -4 4.71 +07 3165.005 19562 — 5 1 1 49 4 — 3 5.76+07 4006.159 26340 — 5 1 294 2 — 3 2.31+06

4 147.347 26875 — 50980 5 — 4 3.22 +06 3 184.622 19757 — 5 1 149 3 — 3 4.41 +07 4183.020 27395 — 5 1 294 3 — 3 3.85 +06

4198.270 27 1 67 — 50980 4 — 4 9.26+07 3200.475 199 1

— 5 1 149 3 5.89 +08 4495.570 29056 — 5 1 294 3 — 3 3.57 +06

4238.820 27395 — 50980 3 — 4 1 .65 +08 3551.1 14 22997 — 51 1 49 4 — 3 7.25 +06 4580.600 29469 — 5 1 294 3 3.21 +06

4560.100 29056 -50980 3 -4 3.05+06 3565.583 23111 -51149 3- 3 5.33+08 5001.870 31307 -51294 4- 3 1.00+08

9626.560 40594 -50980 4 -4 5.83+07 3643.627 2371-51149 4- 3 1.54+08 5005.720 31323 -51294 3 - 3 8.12+07

9861.790 40842 -50980 3 -4 4.31+07 3752.420 24507 -51 149 2 _ 3 2.41 +07 5129.660 31805 -51294 3- 3 3.97+06

3228.900 20020 -50981 1 -0 4.56+08 4029.640 26340 -51 149 2 — 3 2.89+07 5493.510 33096 -51294 4- 3 5.12+06

3604.383 23245 — 50981 -0 1.27+08 4168.620 27167 — 5 1 149 4 — 3 4.69+06 5620.530 33507 — 5 1 294 3 — 3 6.90+06

4080.226 26479 — 50981 -0 1.98+08 4208.610 27395 — 5 1 149 3 — 3 6.35+07 5715.1 10 33802 — 5 1 294 2 — 3 1.53+07

4704.960 29733 — 5098

' -0 8.55+07 4238.030 27560 — 51 149 -~" 3 4.75+07 5762.990 33947 — 5 1 294 2 — 3 7.20+07

7366.370 374 1

— 5098— 0 3.04 +07 9699.700 40842 — 5 1 149 3 — 3 2.93 +07 5793.930 34040 — 5 1 294 4 — 3 6.35 +06

9452.450 40405 — 5098

— 0 1 .04+08 321 1.487 20020 — 5 1 149 1 — - 1 .67 +08 5969.550 34547 — 5 1 294 3 4.14+06

3215.940 199 1

— 50999 - ^^ 6.37 +08 3582.690 23245 — 5 1 1 49 1 — - 3.62 +07 6843.670 36686 — 5 1294 4 — 3 1.81 +07

3227.063 20020 -50999 1 _ 2 7.44+07 3707.048 24181 -51149 3- 2 5.48+08 7071.880 37158 -51294 2- 3 4.46+06

3584.790 23111 -50999 3 _ 2 1.18+08 4052.466 26479 -51 149 1 - 2 1.18+07 7620.540 38175 -51294 3- 3 3.27+07

3595.308 23193 -50999 2 _ 2 9.50+07 4525.140 29056 -51149 3- 2 9.68+07 9343.400 40594 - 5 1 294 4- 3 1.94+07

3727.809 24181 -50999 3 _ 2 2.73+08 461 1.280 29469 -51 149 2 _ 2 6.45+07 2580.281 12561 -51305 3- 4 1.69+07

3773.699 24507 -50999 2 _ 2 3.06+07 6951.260 36767 -51 149 3- 1.71+07 2961.700 17550 -51305 3- 4 6.12+05

4021.622 26140 -50999 3 _ 2 8.13+06 7145.320 37158 -51 149 2 _ -) 1.44+07 3155.293 19621 -51305 5- 4 2.97+07

4054.180 26340 -50999 2 _ 2 6.50+06 3139.661 19351 -51 192 5- 4 1.74+07 3260.261 20641 - 5 1 305 4- 4 3.26+07

4556.130 29056 -50999 3 -2 6.05+07 3160.658 19562 -51 192 4- 4 2.02+08 3378.676 21716 -51305 5- 4 1.39+08

4643.470 29469 -50999 2 -2 2.16+07 3180.223 19757 -51192 3- 4 5.00 + 08 341 1.353 21999 -51305 4- 4 9.21+07

4701.050 29733 -50999 1 -2 4.84+06 3545.639 22997 -51 192 4- 4 2.06+08 3632.558 23784 -51305 5- 4 6.60+07 60
Table 2. — Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued Wave

length A

Energy

Levels K

J- viilues A

Wavelength A

Energy

Levels K

j- values A

Wavelength A

Energy

Levels K

J- values A

3986.176 4006.314

4558.1 10 5587.580 6976.930

7011.360

3192.799

3552.828

3726.927 4000.266 4022.744

4205.550

4224.520

4488.140

4572.850

9006.720

3146.475 3165.860

3509.120

3527.792 3542.076

3681.651 3967.964 4087.099

4136.512

5481.260

6862.480

8538.020

9307.940

3164.308

3525.856

3540.121 3679.530

3965.51

4084.498

4133.869 4484.230

5476.570

5602.770

- 5662.520

' 5775.090

) 5873.220

1 6212.040

. 6855.180

- 8526.680

^ 8784.440

\ 9012.100

, 9294.660

, 2272.816

' 2291.122

' 2956.710

I 2972.277

3404.755

, 3434.029

J 3699.147

, 4041.91 1 3030.605 3253.834

i 3504.455

1 3669.151

• 3698.61

, 4040.650

4041.288 4542.420

6947.500

1 3162.335

! 3188.819

1 3554.500

, 3676.879 ,4016.429

26225-51305 26351-51305

29372-51305 33413-51305

36976-51305 37046-51305

20020-51331

23193-51331 24507-51331

26340-51331

26479-51331

27560-51331 27666-51331

29056-51331

29469-51331 40231-51331

19562-51335

19757-51335 22846-51335

22997-51335

23111 -51335

24181 -51335

26140-51335

26875-51335 27167-51335

33096-51335

36767-51335

39626-51335 40594-51335

19757-51351 22997-51351

231 1 1 -51351

24181-51351

26140-51351 26875-51351

27167-51351

29056-51351

33096-51351 33507-51351

33695-51351

34040-51351

34329-51351 35257-51351

36767-51351

39626-51351 39970-51351 40257-51351

40594-51351 7377-51361

7728-51361

17550-51361

17727-51361 21999-51361

22249-51361

24336-51361

26628-51361

18378-51365 20641-51365 22838-51365

24119-51365

24336-51365 26624-51365

26628-51365

29357-51365

36976-51365

19757-51370 20020-51370

23245-51370

24181-51370

26479-51370

3-4

5-4

3-4

3-4

3- 4 4- 4 1-2

2 — 2

2 — 2

2 — 2 1-2

2 — 2 1- 2 3- 2 2_2

2- 2 4- 4 3- 4 5- 4 4- 4 3-4

3-4

3- 4 5- 4 4- 4 4-4

3- 4 4- 4 4-4

3- 4 4- 4 3-4

3-4

3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 4- 4 3- 4 5- 4 4- 4 4-3

3-3

3- 3 2- 3 4- 3 3- 3 2-3

4- 3 2-3

4-3

2-3

4-3

2-3

2-3

4-3

2- 3 3- 3 3-2

1 -2

1-2 3-2

1-2

4.67+07 4.31+07

1.59+06

1.04+07 3.83+06 6.29+06

5.35+08

2.12+08

3.42+08

1.24 + 07 7.38+06

2.57+07 4.12+07

9.83+06

1.40 + 06 1.58+07 3.36+06

7.60+07

1.48+07

1.94+08 8.58+08

2.34+07

3.67+07

1.41 +07

9.30 + 06 7.66+06

5.1 1 +06

6.15+06

1.39+07

1.96+07 4.88+07

1.13+08 2.76+07

1.11+07 7.77+07

1.91 +07

6.30+07 4.85+07

2.02 + 07

5.71 +07

1.55+07 6.24+06

2.49+06

2.70+07

1.63+07 1.08+07 6.65+07

1.50+07

1.15+08

1.42+08 1.55+07 4.04+07

1.23+07 1.26+07 2.38+07 4.67+06

6.30+06

1.81+07 8.98+06

1.16+08

6.71 +07

4.46+07

1,35+07 3.96+06 8.69+06

5.48+07

2.46 + 08 1.58+08 3.22+07

2.25+07

4169.770

4198.640

4217.550

4480.280

4564.710

9657.300

9763.450

2537.460

3148.408 3252.916

3370.785 3403.299

3730.388

3956.457

3995.199 4432.570

5403.820 6977.440

2248.858

2271.781 4038.622

3144.924

3161.558

3249.191 3366.789 3399.230

3663.250

3693.008 3725.498

3969.628 4425.660

4536.510

2571.570

2598.855 2950.240

3168.858

3512.239

3526.377 3536.556 3664.694

3979.630 4154.110

4182.770

3153.200

3512.080 3526.230

3664.537

391 1.005 3948.105

41 14.957 4153.910 446 1 .990 8699.430 9414.140

3171.663 3516,550

3526.673

3533,201 4168.950

4187.590

3523.300

3529.818

3533.008 3984.930

3123.353

3142.453 3157.880

3522.896

3588.516

3650.031

27395-51370 27560-51370 27666-51370

29056-51370 29469-51370 41018-51370

41131-51370

11976-51374

19621-51374 20641-51374

21716-51374

21999-51374

24575-51374

26106-51374

26351 -51374

28820-51374

32874-51374

37046-51374

6928-51381

7377-51381

26628-51381

19621-51409

19788-51409 20641-51409

21716-51409

21999-51409

241 19-51409 24339-51409 24575-51409

26225-51409

28820-51409

29372-51409

12561 -51436

12969-51436

17550-51436

19913-51461 22997-51461

23111-51461

23193-51461

24181-51461

26340-51461

27395-51461

27560-51461 19757-51462 22997-51462 23111-51462

24181-51462

25900-51462

26140-51462 27167-51462

27395-51462

29056-51462

39970-51462 40842-51462

20020-51540

231 1 1-51540

23193-51540

23245-51540

27560-51540

27666-51540

23193-51567

23245-51567

23270-51567 26479-51567

19562-51570

19757-51570

19913-51570 23193-51570

2371 1-51570

24181 -51570 61

3-2

2 _ 2 1- 2 3- 2 2- 2 2- 2 1- 2 4- 5 5- 5 4- 5 5- 5 4-5

4- 5 6- 5 5- 5 5-5

4-5

4- 5 5- 4 4-4

4- 4 5- 4 4-4

4- 4 5- 4 4-4

4-4

3- 4 4- 4 3-4

5- 4 3-4

3-3

2- 3 3- 3 2- 3 4- 3 3- 3 2- 3 3- 3 2- 3 3- 3 2- 3 3- 4 4- 4 3-4

3- 4 4- 4 3- 4 4- 4 3-4

3-4

3-4

3-4

1- 2 3- 2 2- 2 1-2

2 — 2 1- 2 2- 1 1-1 0- 1 1- 1 4- 3 3- 3 2- 3 2- 3 4- 3 3- 3

7.06+06

7.46+07

1.41 +08

3.68+06

3.47+06

5.49+07

7.58+07 4.76+07

2.46+07 4.09+07

4.28+08

2.53+07

1.36+08

1.59+08 4.20+06

6.66+06

2.25+07 3.54+06

6.61 +07

9.15+07

6.64+06

3.72+06 5.97+06

2.90+07

1.45+08 4.60+07

2.56+07 4.48+07

2.1 1 +07

3.38+07 2.16+06

7.99+05 3.06+06

1.14+07 8.26+07

6.55+07 4.54+07

5.05+08

1.07+09 3.89+07 7.55+06

1.59+07

1.27+07

1.13+08

1.04+07 4.02+08

6.47+07 8.40+06

7.52+07 8.32+06

1.32+08 1.90+07 2.09+07

3.64+07 4.96+07

9.47+07

6.36+08

8.96+08

1.44+07 4.62+07

1.07+08 6.86+08

8.42+08 6.47+06

1.88+07

9.54 + 07 1,60+08

1,95+07

5,68+07

3.31+08

3694.005

3962.353 4163.680

4440.480

4523,400

3154.505 3518.680

3926.001 3957,027 4090,984

4129.474

4157.790

4433.790

6738.020

8592.970

8790.620

9080,480 9443,980

2277,672

2934,370

2949.688

2277.098 2290,546

2948,733 2966.260

3963.438 5487,750

3100,838 3341,906

3373,874

3590,086

3633,833

3916.733 4382.770

5329.990

2556.304

31 19.496 3135.863 3246.482 3337,666

3369,549 3398,220

3585,193 3628,806

3658,025 3689,897

3929,208 3948.778

3992.395 4483.780

5476.300 6804.270

6837.000

2928.105 3129.178

3144.488 3155,134

3675,694

3941,283 3963,108

41 12.350 4140.441 4158.800

4495.970

8846,820 9454,240

2580,561 3242.268

3462.808 3652.256

24507-51570 26340-51570

27560-51570

29056-51570

29469-51570

19913-51604 23193-51604

26140-51604

26340-51604 27167-51604

27395-51604

27560-51604 29056-51604 36767-51604

39970-51604

40231 -51604

40594-51604

41018-51604

7728-51619

17550-51619

17727-51619 7728-51630

7986-51630

17727-51630

17927-51630 26406-51630

33413-51630

19390-51630 21716-51630

21999-51630 23784-51630

241 19-51630 26106-51630

28820-51630

32874-51630

12561-51668 19621-51668

19788-51668 20875-51668

21716-51668 21999-51668

22249-51668

23784-51668

241 19-51668 24339-51668 24575-51668

26225-51668

26351 -51668

26628-51668

29372-51668

33413-51668

36976-51668

37046-51668

17550-51692

19757-51705

19913-51705 20020-51705

24507-51705 26340-51705

26479-51705

27395-51705 27560-51705

27666-51705

29469-51705 40405-51705

41 131-51705 12969-51708 20875-51708

22838-51708

24336-51708

2-3

2-3

2- 3 3- 3 2-3

2-3

2- 3 3- 3 2- 3 4- 3 3- 3 2- 3 3- 3 3-3

3- 3 2-3

4- 3 2- 3 3- 3 3-3

2- 3 3- 2 2- 2

2 — 2 1-2

1-2 3- 2 6-5

5- 5 4- 5 5- 5 4- 5 6- 5 5- 5 4- 5 3- 4 5- 4 4- 4 3- 4 5- 4 4- 4 3- 4 5- 4 4- 4 3- 4 4- 4 3- 4 5- 4 4- 4 3-4

3-4

3- 4 4- 4 3-3

3-2

2 _ 2 1-2

2 — 2 2 — 2 1- 2 3-2

2- 2 1- 2 2- 2 1-2

1- 2 2- 2 3- 2 2-2

2-2

1.29+09 9.29+06

4.12+06 4,78+06

4,30+06

8,09+07

4.01 +07

3.37+07 6.94+07 7,45+06

4,95+06

1,20+08

1,87+07

3,54+06

1,37+07 2.23+07

2.51 +07

3.94+07 6,95+07

6,79+06

4,65+06

9,75+07

1,67+08

2,31+07

3,08+07

3,96+06

4.12+07

3.87+07

5,41 +07

1,11+07

2,00+07

3,17+07 8.82+07

3.22+07

1.22+07

6.84 + 07 1.30+08 1.20+07 4.24+07

7,48+07

3.28+08

1.34+07 5.51+07 7.43+06

2.91 +08

1,19+07

2,25+07

1,69+08

1,85+06

2,44+06

1,53+07 2.66+06 4.18+06

1.41 +07

3.86+07

1.05+08

1.10+07

8,86 + 06

3.86 + 07 8.95+07

1,15+07

1,13+07

7,59+07

1,01 +07

3.67+07

3.36+07

3,20+07

5,98+06

7,57+06

2.10+07
Table 2. — Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

37 1 1 .4 11 ! 1 L — 3 1 /Uo 1 — ">

1 .23 +08 3448.786 77070 ZZo3o — 3 1 oZO ->z — 73 7,82 +06 5652.320 343D3 5 7A^

— 3ZU3U 11 — z 1,46+07-

395 1 . 164 ZO^UO — J 1 l\J<S I — 7Z 2.48 +08 3636.650 lAI Z4 If* J JO — S 1 fi7A 3 1 <SZD z — 73 5,34 +07 571 1.870 3434 / — < 7A <A 3 ZU3U 7z — 7Z 2.1 1 +07

3985.393 — J 1 IKJo z — 7z 4.44 + 07 3966.824 ZOOZ'r — J 1 oZD z — 7J 1 .29 +08 6713.060 17 1 ^ft 3 / 1 3o — C7ACA 3ZU3U 7Z — 7Z 6.52 +06.

4137.002 '\ 1 7ns 1 — 7

z 1 .64+08 3967.423 7A*=»78 ZDOZ.0 — 5 1 826 4 7J 1 .9 1 +08 6715.410 173 /

1

1 A1D3 — JZU3U 7J — 7z 5.30+06

4327. 100 28605 -51708 2- 2 7.5 1 +07 4305.200 28605 -51826 2 — 3 2.76 +06 6828.610 37410 -52050 1 - 2 2.82+07

5464.290 33413 -51708 3- 2 9.40+06 6716.240 36941 -51826 2 — 3 2.60 +06 8275.910 39970 -52050 3- 2 1.52+07

5856.080 34637 -51708 2- 2 1.60 + 07 2266.903 7728 -51828 3- 2 9.64 +07 8919.950 40842 -52050 3- 2 5.72+07

3957.620 26479 -51740 1- 2 5.43 +06 2280.222 7986 -51828 2- 2 2.04+08 9062 240 41018 -52050 2- 2 2.26+07

4106.437 27395 - 5 1 740 3- 2 2.01 +07 2289.032 8155 -51828 1- 2 1.50+08 3109.050 I99I3 -52067 2- 2 9.42+06

4542.720 29733 -51740 1 - 2 3.28+06 3966.532 26624 -51828 2- 2 1.77+07 3855.846 26140 -52067 3- 2 3.21 +07

4896.440 i \ iLi — C 1 f AC\ 3 1/ 4U J — 7Z 7.25 +06 3635. 190 Z4J JO — J

11 o3a 17/ 7 11 1 .25 +08 4051.923 77 7Q? Z / 373 — ^ 7AA7 3 ZUD / 73 — 7Z 2.1 1 +07

4985.260 J 1 DoD — 3 1/ 4U 7 7z 4.73 +07 31 16.250 11 Q77 / J^7/ — ^ 1 S'^7 J i OJ / J — 7J 1 .63 +07 4079.186 77 ^AA Z / 3 DU — 3 ZUD

7Z — 7 1.85+07

5014.950 D i oUj — 3 1/ 4U > — z 1.12+08 3657.890 Z4jU / S 1 ft "17 > 73 7.82 +07 4423.860 Z74O7 — 3 ZUD

7z — 7Z 1.09+07

5048.460 J \7 J 1 — 5 1 1A(\ J I / "H-U

11 — 7Z 2.42 +07 3854.375 7*^00(1 ^ 1 ft17 4 7J 3.00+07 4476.080 7077 7 Z7 / 33 — C7Aii7 3 ZUD

1 — 7Z 2.03 +08

5099.090 32134 -51740 2- 2 1 .40+07 3890.390 26140 -51837 3- 3 1.17 +07 4905. 1 50 31686 -52067 2- 2 2.44+06

5483. 1 20 33507 -51740 3- 2 1 .29 +07 3920.839 26340 -51837 2- 3 1 .49 +07 4933,880 31805 -52067 3- 2 4.20+06

5573. 100 33802 -51740 2- 2 3.00 + 07 4052.3 1

27167 -51837 4- 3 1 .03 +07 5386,340 33507 -52067 3- 2 6.26+06

5618.630 33947 -51740 2_ 2 2.63 +07 4090.077 27395 -51837 3- 3 8.63 +06 i538,540 34017 -52067 1 - 2 1 .03 +07

5741.860 34329 -51740 3- 2 1.45+07 41 17.850 27560 -51837 2_ 3 8.91+06 5635.840 34329 -52067 3- 2 1.61 +07

5753.140 34363 -51740 I- 2 6.92+07 4388.410 29056 -51837 3- 3 7.85+07 6533.970 36767 -52067 3- 2 7.39+06

5814,820 34j4 / — z\n A{\ 3 1 /4U -} -> 9. 14 +06 4469.380 zy4t>7 — 3 1 o3 / 7z — 73 1.12 +08 6705.120 37 1 58 — 52067 2 — 7 1.09+07

6858.160 3 / 1 d3 — < 1 1 Af\ 31/ 4U i — z 2.62+07 6633.760 7 A7 A7 3d /D / — ^ 1 c 77 3 I o3 / 73 — 73 1.61 +07 6820.430 37410 — 52067 1 — 2 1.45 +07

6976.3 10 374 1

— 5 1 740 1 — 2 6.80+06 6810.280 7 7 1 C 0

3 / I 3J5 — < t c 77 3 I o3 / 7Z — 73 1.24+07 8571.810 40405 — 52067 1 2 9.62+06

7370. 160 38 175 — 5 1 740 3 — 2 7.16+06 8186.800 39oZd < I 0 7 "7 — 3 1 o3 / 4 — 73 1.21 +07 3063.933 19552 — 52181 1

1 1.64+08

7653.780 38678 - 5 1 740 2- 2 2.05 +07 2939.072 17927 -51942 1- 0 1.97 +08 3419.706 22947 -52181 1 _ 9.12+07

9173.460 40842 - 5 1 740 3- 2 3.05 +07 2976.126 18378 -51969 2- 3 9.55 +07 3432.023 23052 -52181 0- I 2.38+07

3500.164 23193 -51755 2- 1 9.65 +06 3191.116 20641 -51969 4- 3 2.75 +07 3690.450 25092 -52181 0- 1 1.30+08

3509.736 23270 -51755 0- 1 4.49 +07 3232.155 21039 -51969 2- 3 3.08 +06 3878 740 26406 -52181 1 - 1 3.72 +07

3955.352 26479 -51755 1 - 1 6.73+07 3363.815 22249 -51969 3- 3 6.51+06 3911.699 26624 -52181 2- 1 6.97+06

4150.258 27666 -51755 1 - 1 4.04+07 3431.815 22838 -51969 2- 3 9.04+07 4057.654 27543 -52181 1 - 1 3.03+06

4485.980 — 3 1 / 33 7Z — 5.36+06 3589.586 '>A Z4 1

1

1

1 Q7 — 3 1 7O7 A 2.50 + 07 4240.370 ZoOU3 — ^ 7 1 fi 1 3 Z 1 0 1 7Z — 1 5.05 +07

5859.200 34Dyz — 31/33 11 — ' 1.65 +07 3617.788 7^7 7^: Z433D — 31 y\>y 7Z — 8.72 +08 2484.530 i 1 7 /O — ^ 77 1 7 3ZZ 1

A 73 2.96+07

8808. 170 4u4Uj — ^ 1 7 ^ < 3 1 /33 1 — 4.50+07 3883.282 7 A7 7 ^ ZDZZ3 — 3 1 7O7 73 — 9.3 1 +07 2898.867 1 7777 — C 77 1 7 3Zz 1

7z — 73 7.72+06

8876. 1 30 A(\A Q 1 4U4y 1 — ^ 1 7S 31 / 33 u — 6.1 1 +07 4509.3 10 7Q7QQ ZV / 77 — 3 1 707 A4 — 1 .58 +06 2954.654 1 C 770 1 03 /o — 3ZZ 1

7z — 73 1.03+08

2922.620 17550 -51756 3- 2 3.23 +07 5387.5 10 33413 -51969 3- 3 3.59 +06 3083. 152 19788 -52213 4- 3 2.01 +07

2937.806 17727 -51756 2- 2 1.06+08 6667.730 36976 -51969 3- 3 1.12 +06 3 166.435 20641 -52213 4- 3 2.52+08

3237.234 20875 -51756 3- 2 5.50+06 9008.370 40871 -51969 3- 3 2.23 +07 3 190.020 20875 -52213 3- 3 3.35 +07

3103 760 19552 -51762 1- 2 9.94 +06 3 1 24.099 20020 -52020 1- 1 1,86+07 36 1 7 OQO 24575 -52213 4- 3 1 97 -1-07 3253.949 21039 -51762 2_ 2 5.84+07 3892.980 26340 -52020 2 1 2,68+07 3846.802 26225 -52213 3- 3 4.00+08

3387.410 22249 -51762 3- 2 9.15+07 3914.273 26479 -52020 ! - 1 4,10+07 3906.748 26624 -52213 2- 3 5.35+07

3469.390 ZZ74 / — 3 1 /DZ 11 — 7Z 7.96+06 3925.201 7/: c crt Z033U — 3ZUZU u — 4.08 +07 6591.320 3 /U40 — 5 7717 3ZZ 1

A4 — 15 2.16+06

3704.02

Z4 / / Z — 3 I /DZ 11 — 7z 2.53 +07 4433,220 Z740y — C7A7A 3ZUZU T 1.27 +08 3895.450 7<i ^ ^A ZD33U — C77 1 A 3ZZ 1

A

u — 4.67 +07

4454.660 ZV J ZU — 3 1 /OZ 11 — 7Z 3.92 +06 4485.680 7Q77 7 zy / 3 3 C7A7A 11 — 6.83 +07 4054.883 77 <AA Z / 3DU — < 77 t /I 3ZZ 1

7z — 1 .06 +08

3900.5 19 1 AC\ Zu 1 4U — ^ 1 77 I 3 1 / / 1 3 — 73 4.82 +07 6726.670 77 1 3 / 1 3o — ^ TATA 3 ZUZU 7z — 1.92 +07 4072.5 18 Z /ODD — < 77 I /I 3ZZ 1

1I — 6.46+07

393 1.122 26340 -51771 2- 3 3.36+07 6842.670 37410 -52020 1 -

. 2.68 +07 4395.290 29469 -52214 2- , 1 .53 +07

4063.286 27167 -51771 4- 3 1.09 +08 4083.780 27560 -52040 2 _ 1 4.34 +07 4446.840 29733 -52214 1- 1 4.83 +07

4101.272 27395 -51771 3- 3 1.95 +07 448 1 .620 29733 -52040 I- 1 3.44+07 4930.330 31937 -52214 1- 1 1.80+07

4129.220 27560 -51771 2- 3 2. 16 +06 491 1.790 31686 -52040 2- 1 9.27 +06 4975.420 32134 -52214 2- 1 4.04+06

4401.290 29056 -51771 3- 3 4.25+07 4973.1 10 31937 -52040 1- 1 5.32+07 4978.610 32134 -52214 2- 1 3.85+07

4482.750 29469 -51771 2- 3 2.30+07 5022.240 32134 -52040 2- 1 1.02+08 5472.730 33947 -52214 2- 1 2.71 +07

4885.440 1 1 1rt7 — ^1771 3 1 / / 1 A4 — 73 8.47 +06 5481.450 7 7 Qn7 33oUZ ^ 7A/1

— 3 ZU4U 7z —

] 2.35 +07 5525.550 1A 1 77 34 1 ZZ — 5 7 7 1/1 3ZZ 1

A

u — 3.5 1 +07

4889.1 10 "Jim — ^ 1 77 1 3 1 / / 1 3 — 73 3.37 +07 5547.000 7 /t A 1 7 34U 1 / ^ 7A/1

— 3ZU4U t1 — 1.00+07 5600.240 343o3 — 5 77 1 >1 3ZZ 14 11 —

] 2.84 + 07 4977.650 3 1 DiSD — ^ 1 77 1 3 1 / / 1 Z — 7

3 2.25 +06 57 17.840 3433d < 7A/1

— 3 ZU4U AK) — 6.68 +07 5661.360 lAZ 34330 — 5 77 1/1 3ZZ 14 u — 1 .88 +07

5007.290 3 1 r>\jj — < 1 77 1 3 1 / / 1 3 — 73 2.93 +07 67 1 7.560 7 7 1 ? C 3/136 ^ 7A/I

— 3ZU4U 7Z — 7. 16 +06 5705.480 3407Z — 5 77 1 y| 3ZZ 1

1 — 3.37 +07

5353.390 33096 -51771 4- 3 2.8 1 +07 6885,770 37521 -52040 2- , 2.84 +07 6639.720 37158 -52214 2- , 7.34+06

5473.910 33507 -51771 3- 3 2.94 +07 3858.474 26140 -52050 3- 2 3.68 +07 6752.720 37410 -52214 1- 1 1.87+07

5563.600 33802 -51771 2- 3 2.54+07 3909.664 26479 -52050 1- 2 4.41 +07 6804.020 37521 -52214 2- I 1.60 + 07

J5638 yj J o . 'yJO 1 \J 34040 -51771 4- 3 3.1 1 +07 4054.833 27395 -52050 3- 2 6.64 +07 8347 950 40231 -52214 2- 1 2.38 +07

5731.770 34329 -51771 3- 3 2.34+07 4082.125 27560 -52050 2- 2 2.33+07 8929.040 4I0I8 -52214 2- 1 7.39+07

6627.560 36686 -51771 4 — 3 4.10+06 4347.850 29056 -52050 3- 2 1.21 +07 9019.840 41131 -52214 1- 1 3.46+07

6663.260 3u /D /

1 77

— 3 1 / /

J — -J 4,25 +06 4479.610 7Q7 7 7 ZV / 33 — jZUjU 1 — z 2.07 +07 4065.392 Z /DOD — 57757 3 Zz3 /

1 A 1.48 +08

6841.350 3 / 1 JO — ^ 1 77 1 3 1 / / 1 -> 2.66 +07 4909.390 3 1 DOD — jzOju 7

z — ->z 1.09+07 4438.350 29733 — 57757 3zz3

1 — Au 5.56+07

7353.530 38 1 75 — < I 77 1 3 1 / / 1 3 — 7.99 +06 4938. 180 3 1805 —52050 3 — 2 1.70+07 5480.870 340 1

— 52257 1 — 0 1 .05 +08

8471.750 39970 — < 1 77 1 3 I / / I 3

-5J 1.10+07 4970.650 3 1937 — 52050 1 — 2 4.74+06 5691.510 34692 — 52257 1 — 0 9.99 +07

8945.200 40594 — 51771 4 3 6.20+07 5019.740 32134 —52050 2 — 2 2.44+06 6733.160 37410 — 52257 1 0 4.01 +07

9147.800 40842 -51771 3- 3 3.33 +07 5391.470 33507 -52050 3- 2 3.84+07 8984.870 41131 -52257 1 - 0 2.25 +08

2572.752 12969 -51826 2- 3 3.08+07 5478.460 33802 -52050 2- 2 8.73 +06 25 15.848 12561 -52297 3- 2 2.41 +07

1 t OA A'lf, J 1 ^U.** JD 19788 -51826 4- 3 1 48 +08 J J ZZ. *tDU 33947 -52050 2- 2 1 1 3 +07 70/17 "1/^1 zy^t / .JOJ 18378 -52297 2- 2 1 (\f\ 4-08 3351.746 21999 -51826 4- 3 5.60+07 5543.930 34017 -52050 1- 2 2.40+07 3053.065 19552 -52297 1- 2 2.65+08

3380.1 12 22249 -51826 3- 3 2.89+08 5641.450 34329 -52050 3- 2 3.13+07 M81,522 20875 -52297 3- 2 2.13+08 62
Table 2. -Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Levc/- Continued Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

Jvaliies A

! 198.266 2 1039 — 52297 2_ 2 1 97 -t-07 1004 1 1 Q 1962

— 52899 5 _5 J.Z 177/

-1- +UA7/ 540 1 .270 J4o44 14044 — S 1 1 S 1 J J J J J D — 0 3.82+06

S393.623 22838 —52297 2_ 2 9 82 +06 j\j ^01I Qy .Ay\) 70A 19788 — 52899 4 _5 Ao.y0 1I _U+uA7/ 2450.4jy 1 7SA 1

1 Z jO t — S 11 Sft J J J JO 1J — 7J 4.35 +07

JJiJ.J/*r 24336 — 52297 2_ 2 JZJ J . J 1 z 21999 — 52899 4 _5 1 7A_i_AA 1 .ZU +U0 2857.996 1 Q 170 1 0 J /o — S11 Sft J J J JO Z — 1J 7.49+07

JO 24772 -52297 1- 2 J jzy . J J

24575 -52899 4 -5 7 AA _i_A7 Z.UO +U / 1ATO A^A 29 /8.060 19788 -53358 4- 3 8.29 +06

26624 -52297 2_ 2 7.1 / ^u

llf.K J / 0J . 7AA / uu 26351 -52899 5 -5 7 7ft _uA7 Z.Zo +U / J 188.026 21999 -53358 4- 3 4.16 + 07

Al^Ci flirt 29372 -52297 3- 2 3805 345 26628 -52899 4 -5 A 74 -l-Aft 0. / T~UO 34 /3. j03 24575 -53358 4- 3 7.33 +07

33413 -52297 3- 2 9.90+06 2840.938 17727 -52916 2 -2 2.27+07 4167.960 29372 -53358 3- 3 9.70+06

19390 -52431 6- 6 5.82+08 2894.506 18378 -52916 2 -2 6.16+08 4243.560 29799 -53358 4- 3 6.33+06

19621 -52431 5- 6 2.08+07 2996.386 19552 -52916 1 -2 1.95+08 21%'^All 17550 -53389 3- 3 1.02+08

21716 -52431 5- 6 7.44+06 3323.738 22838 -52916 2 -2 4.17+08 3668.214 26140 -53394 3- 4 4.18+07

3489.670 23784 — 52431 5 _ 6 1 A^ -urtfi jj J J. 77A / /U 22947 — 52916 ] _ 2

1 47 _k_Afl

1 .4 / +Uo A C A 1 A 4jZo.4 lU "x 1 "xvn J I jV 1 — J J J7*f A4 — A4 4.55 +06

3797.517 26 106 — 52436 — 6

1 77 1 Afl J.ZZ -rUo

2 c C7 117 J JJZ. 1 1 Z 24772 — 52916 ] _ 2

1 1 ft _i_Afi

1 . 1 0 +Uo 4jzy.jo0 J I JLJ — JJJ7^ S 1 'IQA 1J — A4 1.41 +07

3033. 101 1 y J J L — s'^s 1 ? J LJ I Z ] _ o.ZZ fl 77 -L-rUA7/ 1WA7 JoUZ.Zo7fl1J 26624 — 52916 2 7 c c 1 _i_A7 J. J J +U /

.^ A C TAA 4yzj.zyo — 5

jV4 A4 — A4 1.76 +06

20038 -52512 0- 1 4.4 10jy -i- -rUoAS AiAi 4Z4J. noJ lyj 29357 -52916 2 -2 7 1 fl _uA7 Z. 1 0 +U / CATT 1 A(\ jU2 /. 140 33507 -53394 3- 4 3.78 +07

1 1 7^ J 1 /D. JDD 21039 -52512 2- 1 1 .40 tUo AlAfs. OOA 29372 -52916 3 -2 44.70Oft -uA7 +U / 5 165.420 34040 -53394 4- 4 5.94 + 07 22838 -52512 2- 1 7 AS _i_AA 7410 Z4jy .0A1Aju 11976 -52954 4 -3 1j.yQi 1 A7 J +U /

y1 1 T AA jz4j. /yu 34329 -53394 3- 4 1 .9 1 +07

J Jo 1 . J'tU 22947 -52512 1- 1 7.77+07 3740.247 26225 -52954 3 -3 1.92+08 5512.280 35257 -53394 4- 4 7.37+06 nOl 1fl7 J J7 J. JoZ 23052 -52512 0- 1 7.37+07 4239.370 29372 -52954 3 -3 8.60+06 5983.700 36686 -53394 4- 4 3.13+07

24336 -52512 2- 1 1.51+08 8274.280 40871 -52954 3 -3 1.39+07 6569.230 38175 -53394 3- 4 3.76+07

JDUJ .oZo 24772 -52512 1- 1 2.99+08 3680.675 25900 -53061 4 -5 1.31+08 7447.430 39970 -53394 3- 4 1.43+07

3645.822 25092 —52512 0 — 1

1 A4 -i-AQ JOft 11 7/ .0ASAJU 26875 — 53061 5 _5 \J.07AO -i-A7 "T V / 7Q/1 1 77A zy4 1 . / /U 19562 — 53546 4_ 3 111 -1-A7 J. J J T^U / 3829.458 26406 — 52512 1 1

1 AS -1-Afl I .UJ +Uo J

« 1

1 A7Dz.zyu 7QA 33695 —53061 5 _5 11 . JUlO-uAfl T^UO 1 A 1 A 1 A7 jO 1 0. 1 OZ 25900 — 53546 4_ 3 J.o 1 fl J

1 -U- +UA7/ 1 fi <i I ArtA 26624 — 525 12 2 1 4.yo T-U / joj CAS'^j.oyu ftOA 35379 — 53061 5 _5 071 _i_OA O.Z J -rUO 17QO QAO J /oy.oUo 27 1 67 — 53546 4_ 3 J.4 1 4 1

1 -u+UA7/ Af\f\1 1(^A 4UUJ. / 04 27543 -52512 1 - 1 A 87 -1-A7 744A / *+*tU. QftA 7OU 39626 -53061 4 -5 1 .0 J T^U / 4000.0JU 4fiftQ ASA 33096 -53546 4- 3

1

1 .00J

1 _L A7U / 410 1 . J JU 28605 -52512 2- 1 J.OU 1 Art -J_A7 +U / 7ftA7 / 017 / .7070ZU 40257 -53061 5 -5 1

1 .JO 1A-U07 T^U / /10QO OAA 4yoo.you 33507 -53546 3- 3

7 Oft -U.A7 Z.y 0 +U / JZ.DoU 33765 -52512 2- 1 4 A7 -1-A7 7QftA zyoo.oAS'l J J 19621 -53094 5 -6 11 . 1J J

S -u07U / SITS 1 1A J 1 Z J. 1 jU 34040 -53546 4- 31 17 -LAft 1 . JZ +Uo

ir\ 1 o 1 1A 19390 -52514 6- 6 1.39+07 3738.308 26351 -53094 5 -6 4.41 +08 5466.400 35257 -53546 4- 3 3.05+07

JUJ7. J ZZ 19621 -52514 5- 6 1.57+07 41 18.548 28820 -53094 5 -6 4.37+08 5929.700 36686 -53546 4- 3 1.53+07

/ 7.Do J 23784 -52514 5- 6 6.44+06 4203.950 29313 -53094 6 -6 5.40+07 7181.930 39626 -53546 4- 3 1.69+07

J / o J. /UO 26106 -52514 6- 6 1.50 + 07 3804.013 26875 -53155 5 -4 2.97+07 7363.960 39970 -53546 3- 3 1.27+07 382L18I 2635

— 525 14 5 _ 6 A lA -J- Afi 4. J4 +Uo 4QQ1 'y 0 J .oou AAA 33096 — 53155 .4 _4 7/ .ZZr 77 -i-A7 T^U / 77/ /

11 0y .uju ASA 40594 -53546 4_ 3 1 46+07

4219.360 28820 —52514 5 _ 6 7 OA -1- Aft Z.yO tUo J

« 11 J17/ . jyu 10A 33695 — 53 155 5 _4 fl SS 4-07 O.J J 7^U / J044. /yo 26140 — 53569 3 _ 2 7 84 + 07

293 1

— 525 14 6 — 6 7Z. 77/ / -LT- A7U / S44 I ^7A 34782 — 53 155 5 _4 4 29 +06 JO1 A7/

11 . JS 1i AU 26340 — 53569 2 _ 2 2.08 +07

lAAO AQ>4 19390 -52613 6- 5 Qy .04 Ail -U"T A7u / SA74 AAA 35379 -53155 5 -4 1 .00 7^U / JoIfi 11 0y.4y407/ 27395 -53569 3- 2 A0.00AA -I-A7 u / lAIA I A Q jUJu. 1 4y 19621 -52613 5- 5

7 10 _i_AQ /.JO H-Uo 77c 1 1 OA / / J 1 . i oU 40257 -53155 5 -4 1

I . 77/ z

-t- +uA7/ 4568.6 10 31686 -53569 2- 2I

1 .oy AO -I- AAuo

jU4j.3y4 19788 -52613 4- 5

7 7 1 _i_n7 Z.Z 1 +U / JO40.UU 1fi4A AA 1I 27167 -53161 4 -3 1 SA_L-A7 1 .JO +U / A SOI Syl

4jy 3. j4U 31805 -53569 3- 2 AO.Z7 1

1 -uAA T^UO 3235.592 21716 -52613 5- 5 5.64+06 4982.510 33096 -53161 4 -3 9.73+07 4983.260 33507 -53569 3- 2 9.38+07

177 1 All 26106 -52613 6- 5 7.38-1-06 5228.390 34040 -53161 4 -3 4.53+07 5196.100 34329 -53569 3- 2 1.11 +08

jouD.oyy 26351 -52613 5- 5 3.16+08 7386.390 39626 -53161 4 -3 5.09+07 6093.660 37163 -53569 3- 2 1.34 + 07

if\f\^ i(\i jUUj.jUz 19390 -52655 6- 7 4.40+07 3801.975 26875 -53169 5 -6 2.32+07 6494.510 38175 -53569 3- 2 1.92+07

3765.541 26106 — 52655 6 — 1

£. A i _i_AO 0.4 1 +Uo S 1 1 1 AOA J 1 J j.oyu 33695 — 53169 5 — 6 1 S 1 -l_Oft 1 - J J +UO A7 1 1 7AA 0 / 1 J. / OU 38678 — 53569 2_ 2 7 14+06

3159.248 2 1 039 — 52683 2 — 2

Q AQ L. AA o.4o +Uo S/l S < A 1A 34j J.4 jU 34g44 — 53169 6 — 6 S 7A -i_A7 J.ZO +U / 7 1 S 1 S AA / J J 1 . jOU 39970 — 53569 3 _ 2 4 02 +07

J j4y. / jy 22838 — 52683 2 _ 2

44. JS JS +UOAA JOCA 1

i Qy .OUU AAA 35379 — 5 3 1 69 5 — 6 J.J S "X 1 4-AA T^UD 70 C C ylftA /O J J.4oU 40842 — 53569 3_ 2 1 .94 +07

J JO 1 .y jy 22947 -52683 1- 2

7 1 A _i_ A7 Z. 1 0 +U / 7747 / / 4Z. 7/IlUA 40257 -53169 5 -6 7 7A -i-AA 7777 Z / / Z. JZU 17A 17550 -53610 3- 4 8.50+07

J JO i .0 1

24772 -52683 1- 2

1 7fl j_Afi 1 . /O +Uo 7QAQ Z0OO.44S4J4 18378 -53230 2 -1 1 78 +08 JO1ASAJU. JSS4J4 26225 -53610 3- 4 4. 17 +07

1770 CAO J / /?>. juy 26225 -52683 3- 2

1 7 1 _i_ AO 1 .Z 1 +Uo 7QAfi Zy0o.4o4fl 1

1 19552 -53230 1 - 1 1

1 -UU AA-i-AS T^UO 44 1

1 74Z4.4yU 40A 29372 -53610 3- 4 7^..SJyj 66 +1 06\J\j JO JO. J jZ 26624 -52683 2- 2 3.09+08 301 1.883 20038 -53230 0 - 1 5.47+07 2768.432 17550 -53661 3- 3 6.66 + 07

jy /o.o I27543 -52683 1 - 2 1.51 +08 3289.442 22838 -53230 2 - 1 5.27+07 2782.055 17727 -53661 2- 3 3.38+07

4

^^ 1 < 1 OAA 1 J 1 .you 28605 -52683 2- 2 2.58+07 3301.227 22947 -53230 1 - 1 6.43+07 2833.401 18378 -53661 2- 3 2.90+07

A')9^ Q 1f\ 4Zo J.(S JU 29357 -52683 2- 2 8.99+06 3459.911 24336 -53230 2 - 1 5.59+08 2951.356 19788 -53661 4- 3 1.17+07

5187.920 334 1

— 52683 3 _ 2 Til j_A7 Z.J J +U / K 1 7 Q7A J J I z.y /u 24772 — 53230 1 7 R4 4-A7 J41417J / .U40 A4A 24575 -53661 4_ 3 ] 89 -1-08 6364.720 36976 — 52683 3 _ 2 6.3 1 +06 17 S7 A SQ J / J 1 Ajy 26624 — 53230 2

1 A4 -uAS joy 1A07/ . JS1AJO 26624 —53661 2- 3 1 .26 +08

1A 1 < Q 1 1 ju I J .y 1

1 9^2

— 52769 5 _ 4 9.32+07 ICQ 1 Q7Q joy 1 .yzo 27543 — 53230 1 7z.yz 07 -l-Aft T^uo jyoy lOftO flSO .0 jy 28605 —53661 2 _ 3 3.43 +07

IAI 1 Til jUj 1 -Z I

19788 -52769 4- 4

7 17 _i_AO

/. jZ +Uo 4Ujy. 4ASO 77A / zo 28605 -53230 2 _1 7 57 -1-07 4 1

1 ftO oy. JOU SAO 29799 -53661 4- 3 2.26 +07

3111 .686 20641 -52769 4- 4

7 1 S i A7 Z. I J +U/ S 17A 0 SA J J /o.o jU 34637 -53230 2 - 1

1 A\ -uAft 4fiA0 4ouy.zou 7AA 32874 -53661 4- 3 1.27 +06

jZ4y.uj / 21999 -52769 4- 4 4.95 +06 S/17/1 A7A J4Z4.U /U 34844 -53275 6 -7 7Z. JU"10 4-ORUo 1 1 S 1 1 S 1 J 1 J 1 .J J J 21999 -53722 4- 5 3.30 +08

3275.685 22249 -52769 3- 4 5.72+06 3507.390 24772 -53275 1 -2 8.45+07 4014.534 28820 -53722 5- 5 2.62 + 08 3545.832 24575 -52769 4- 4 8.10+07 3751.059 26624 -53275 2 -2 4.25+07 2945.050 19788 -53734 4- 3 7.32+07

4174.420 28820 -52769 5- 4 3.07+06 4952.650 33096 -53282 4 -5 4.63+06 3235.833 22838 -53734 2- 3 7.82+06

2861.996 17927 -52858 1- 1 7.90+06 5195.470 34040 -53282 4 -5 9.42+07 3375.724 24119 -53734 4- 3 1.98+06

2899.416 1 0 1 7Q 1 0 J /o — JZOJtS

-> 5.58 +08 C A(\A \ A(\ j4U4. 14U j4147ft7 / oZ — c 17ft7 J JZOZ 5 _5 1 10 -J_AS J. jy +UO J4UU.OOZ 14AA AA7 24336 —53734 2 - 3 1.44+07

3342.298 77Q>1 7 Zzy4 / — 00 CO jZojo 1 — 1.83 +08 5546.490 K7 S7 J JZJ / — CI 707 J JZOZ 4 _ 5

t 17 _i-A7 1.1/ +u / 1 AC\ 1 AA7 j4U 1 .UU / 24339 — 53734 3 _ 3 7.94 +06

3354.064 7 1 A< 7 Z jUjZ U — 1 .74 +08 C TAO 1 1 A5708. 1 10 1 C7AS J J /Oo S'^7ft7 4 _ 5

1

1 AO ] A7 .Uo +U / 1A00 100 jooo. 1 yo 26628 — 53734 4_ 3 1.29 +07

3505.065 24336 -52858 2- 3. 17 +08 6024.0 /O 36686 -53282 4 -5 ftO.oZft 7 -L+UA7/ 1 SOA OOA J jyu.yyu 25900 -53739 4- 5 1.93 +07

3559.506 24772 -52858 1 - 4.99 +08 2 794. 1 5 / 17550 -53329 3 -4 flO.JS7/ J-AA T^UO 1771 77ft J / Z 1 .Z / 0 26875 -53739 5- 5 1.06 +08

3779.444 26406 -52858 1 - 1 .43 +08 2965.8 1

19621 -53329 5 -4 J

C

. 14-1-A7 1 4 T^U / J17A7 /OZ.ZUJ 7AS 27167 -53739 4- 5 1.76+07

3810.759 26624 -52858 2 _ 1.95+08 3422.499 241 19 -53329 4 -4 1.81+08 4842.790 33096 -53739 4- 5 2.86 + 06

3949.156 27543 -52858 1 - 3.61 +07 3688.476 26225 -53329 3 -4 5.15+07 5074.760 34040 -53739 4- 5 8.24+07

4253.910 29357 -52858 2- 1.24 + 07 4172.980 29372 -53329 3 -4 6.68+06 5409.120 35257 -53739 4- 5 1.00+07

5236.200 33765 -52858 2- 3.26 + 07 5383.370 34782 -53353 5 -6 2.60+08 5445.040 35379 -53739 5- 5 9.66+07 63
Table 2. — Transition Probabilities for 3288 Lines ofFe I in Order of Upper Energy Leve/— Continued

Wave

length A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

val ues A

Wavelength A

Energy

Levels K

Jvaliies A

5562.710 35768 -53739 4- 5 1.76+07 5487.140 35612 -53831 3 -3 7.43+06 5914.100 37163 -54067 3 -4 6.08 +07

5862.360 36686 -53739 4- 5 5.38+07 5997.800 37163 -53831 3 -3 1.71+07 3381.990 24507 -54067 2 — 2 9.01 +06

7083.400 39626 -53739 4- 5 1.02+07 6597.610 38678 -53831 2 -3 1.15+07 4395.510 31323 -54067 3 2 1.57+07

7605.320 40594 — 53 / jy 4 — 5 9.88+06 7212.470 39970 — ? 1 C "J 1 5363 1 3 -3 2.21 +07 4466.940 3 looo — 3 4UO

-) 2.31+07

9233.180 42912 -53739 5- 5 1.22+07 7351.160 40231 -53831 2 -3 1.50+07 4490.770 31805 -54067 3 — 2 4.35+07

3418.905 24507 -53748 2_ 3 1.89+07 4962.560 33695 -53841 5 -6 6.31+06 4862.550 33507 - 54067 3 -2 5.00+06

3761.069 27167 -53748 4- 3 5.41 +06 5415.200 35379 -53841 5 — 6 2.78 +08 4933.190 33802 -54067 2 -2 5.98 +06

4455.030 3 1 307 -53748 4_ 3 2.22 +07 5369.960 35257 -53874 4 _5 2.49+08 4986.220 34017 -54067 1 _ 2 1 09+07

4458^ \j . 100 v\J\J 31323 -53748 3_ 3 2.27 +07 5405 360 35379 -53874 5 _5 2.96 +07 5121 .640 34547 -54067 2 -2 5 95 +07

4939.240 33507 -53748 3_ 3 2. 17 +07 ^5816 O 1 VJ. J360\J\J 36686 —53874 4 _5 3 29 +07 54 1 7.040 35612 -54067 3 _2 1 .28 +07

5072.690 34040 -53748 4- 3 1.92+07 3107.978 21716 -53882 5 -4 2.95+07 5914.190 37163 -54067 3 -2 1.35+08

5148.230 34329 -53748 3- 3 8.72+07 3135.590 21999 -53882 4 -4 1.87+07 6290.970 38175 -54067 3 -2 4.32+07

5560.230 35768 -53748 4- 3 1.97+07 3614.7126225 -53882 3 -4 8.48+07 6496.460 38678 - 54067 2 -2 5.99+07

5859.610 36686 — 53748 4 — 3 6.14+07 3989.006 28820 — 53882 5 -4 7.29+06 6633.440 38996 — 54067 1 — z 8.90+06

6419.980 38175 -53748 3- 3 8.30+07 2750.872 17550 -53892 3 -3 3.76+08 7091.830 39970 -54067 3 -2 1.96 + 07 6634.120 38678 -53748 2- 3 6.17+06 2764,323 17727 -53892 2 -3 2.52+08 2734.269 17550 -541 12 3 -2 4.49+08

7256.140 39970 -53748 3- 3 8.56+06 2815.017 18378 -53892 — 3 1.80 +07 2747.556 17727 -541 12 2 _ 2 2.50+08

245 1 .384 12969 -53749 2- 2 4.18+07 293 1 .420 19788 -53892 4 — 3 1.62+07 2762.773 17927 -541 12 1 _ 2 1.88+08

2790.762 17927 -53749 1 - 2 9 09 +06 3006.598 20641 -53892 4 _ 3 1 37 +07 2892.479 19562 -54125 4 -4 4.46+07

3056.250 21039 -53749 2- 2 5.49 +07 3159.437 22249 -53892 3 — 3 8.22 + 06 2908.864 19757 -54125 3 -4 5.06+07

3656.227 26406 -53749 1 - 2 1.46+08 3410.031 24575 -53892 4 -3 4.56+07 3196.147 22846 -54125 5 -4 2.36+08

3814.785 27543 -53749 1- 2 6.56+07 3613.459 26225 -53892 3 -3 1.14+08 3287.1 17 2371

-54125 4 -4 3.97+07

4092.287 29320 -53749 1 - 2 2.93+07 3953.512 28605 -53892 2 -3 4.17+06 3338.638 24181 -54125 3 -4 4.52+07

2774.150 17727 — 53763 2 — 3 7.92+06 3624.056 26340 — 53925 2 - 1 8.25+07 3740.061 27395 — 54125 3 — 4 3.21+07

3172.292 22249 -53763 3- 3 1.03+07 3791.730 27560 — 53925 2 - 1 4.14+07 2930.590 20020 -54132 1 6.25+06

3372.352 241 19 -53763 4- 3 3.16+06 4087.801 29469 -53925 2 -1 5.27+06 4917.240 33802 -54132 2 _ [ 3.13+07

3397.221 24336 -53763 2- 3 2.47 +07 4587.730 32134 -53925 5.26+06 4969.930 34017 -54132 I _ 1 5.85 +07

3397.560 24339 -53763 3_ 3 2. 10 +07 4967.900 33802 -53925 2 5.52 +07 6604 670 38996 -54132 1 _ , 7.94+06

3425i-J .\J\J 009y 24575 — 53763 4_ 3 4.32+08 5004 030 33947 — 53925 2 2. 1 7 +07 7191 fifiO 40231 — 54132 2 _ 1 4.85 +07

3973.655 28605 — 53763 2- 3 6.26+07 5 159.070 34547 — 53925 2 9 75 +07 7282.390 40405 — 54132 1 _ 1 3.76 +07

4096.1 14 29357 -53763 2- 3 2.29+07 5197.940 34692 -53925 1 - 1 3.26+07 3567.748 26140 -54161 3 -3 2.18+07

4171.700 29799 -53763 4- 3 4.41 +07 6556.790 38678 -53925 2 - 1 7.78+06 3593.329 26340 -54161 2 -3 6.50+07

4999.1 10 33765 -53763 2- 3 6.27+06 6696.320 38996 -53925 1 - 1 5.66+06 4840.320 33507 -54161 3 -3 9.64+06

4450.760 3 1 307 — 53769 4 — 4 2.63+06 7300.470 4023

— 53925 2 - 1 2.68+07 4910.330 33802 — 54161 2 — 3 2.15+07

4551.670 3 1805 — 53769 3_ 4 3.63+06 3592.680 26140 — 53967 3 — 2 8.41 +07 4945.630 33947 — 54161 2 — 3 5.44+06

4835.860 33096 — 53769 4_ 4 5.34+06 4886.340 33507 — 53967 3 _ 1 3.96+07 5040.900 34329 — 54161 3 — 3 1.17+08

4934.020 33507 — 53769 3_ 4 1.78+07 4993.690 33947 — 53967 2 -2 9.53 +06 5097.000 34547 —54161 2 _3 8.69+07

5067 160 34040 — 53769 4_ 4 1 g9+Q7 S090 790 34329 — 53967 3 _ 2 8.55 +07 3 3 o" .HO W 35612 — 54161 3 _3 7 95+07

5 142.540 34329 -53769 3- 4 7.48+07 5 1 48 060 34547 -53967 2 _ 2 7 1 2 + 07 S4ft1 550 35856 -54161 2 -3 7.40+06

5400.5 10 35257 -53769 4- 4 9.58+07 6079.020 37521 -53967 2 _ 2 2.39 +07 fi007 960 37521 -54161 2 -3 3.68 +07

5505.890 35612 -53769 3- 4 1.11+07 6330.860 38175 -53967 3 -2 1.63+07 7176.890 40231 -54161 2 -3 2.96+07

5553.590 35768 -53769 4- 4 1.11+07 7142.520 39970 -53967 3 _ 2 3.61 +07 7506.030 40^42 -54161 3 -3 1.42+07

5852.190 36686 -53769 4- 4 1.59+07 2889.890 19390 -53983 6 -5 1.92+07 5021.610 34329 -54237 3 -4 1.09+07

6020.170 — ji /by 5 — 4 6.12+07 2909.313 1962

—53983 5 -5 5.98+06 5367.470 35612 — 54237 3 — 4 2.52+08

7244.860 39970 -53769 3- 4 1.85+07 3098.192 21716 -53983 5 -5 1.92+08 5855.130 37163 -54237 3 -4 1.50+07

2772.5117727 -53785 2- 3 9.35+07 3310.347 23784 —53983 5 -5 7.85+07 2887.961 19621 — 54237 5 _4 1.41 +07

3395.080 24339 -53785 3- 3 3.35 +06 3347.507 241 19 -53983 4 -5 3.59+06 2975.655 50641 -54237 4 -4 5.17+07

3681.227 26628 -53785 4- 3 5.43 +07 3586. 1 14 26106 —53983 d _ 5 1 16+09 •5071 987 21716 -54237 5 _4 5 59 +07

2901 .9 10 1935 1 -53801 5- 5 1 19 -(-08 4735 8S0 32874 -53983 4 — 5 2 42+07 3 I U I .\J\JH 21999 -54237 4 -4 2.22 +07

2919.838 19562 -53801 4- 5 3.55 +07 S907 530 37046 -53983 4 — 5 3282.720 23784 -54237 5 _4 6.73 +06

3229.595 22846 -53801 5- 5 3.11+07 2806.072 18378 -54005 2 -3 2.38+07 3319.258 24119 -54237 4 -4 6.28+07

2371 1 -53801 4- 5 7.05+07 3123.545 21999 -54005 4 -3 1.24+07 3343.678 24339 -54237 3 -4 2.41 +07

2770.695 17727 -53808 2- ' 1.10+08 3148.178 22249 -54005 3 -3 1.22+07 3568.828 26225 -54237 3 -4 1.16+08

2786,180 17927 — 53808 1 —

] 3.68+07 3207.649 22838 — 540\j5 2 -3 5.89+06 3584.960 2635

— 54237 5 — 4 8.94+08

2821.630 18378 -53808 T 1.06+07 3598.721 26225 — 54005 3 -3 4.47+07 4020.490 29372 — 54237 3 _4 8.74+06

2918.354 19552 -53808 i _ 2.02+08 4055,980 29357 — 54005 2 -3 2.61 +06 4800.650 33413 — 54237 3 _4 1.77+07

2960.299 20038 -53808 0- 1 2.36+08 4854,890 33413 - 54005 3 -3 1.70+06 3598.930 26479 — 54258 1 _2 2.16+07

3228.003 22838 -53808 2 6.73 +08 19390 — 54014 5 _ 5 3.43 +06 3759 597 27666 — 54258 I _ 2 1 .25 +06

3250.394 23052 —53808 1 i 9.60 +07 lOQS 770 21716 -54014 5 — 5 3.13 +07 4452.620 3 1805 — 54258 3 _2 3.55 +06

3392.014 24336 — 53808 2_ 1 2.92 +08 J j\j / .yjyjo 23784 —54014 _ ^ 1 85 +07 4887 Hoo / . 100 1 y\j 33802 — 54258 2 — 2 1 .5 1 +07

3442.979 24772 -53808 1 - 1 1.21 +08 3582.201 26106 -54014 6 -5 4.99+08 5072.080 34547 -54258 2 _ 2 4.97+07

3806.203 27543 -53808 1 - 1 2.37+08 4729.030 32874 -54014 4 -5 1.09+07 5109.650 34692 -54258 1 _ 2 4.47+07

4082,432 29320 -53808 1 - 1 3.84+07 3579.829 26140 - 54067 3 -4 2.40+07 5686.530 36686 -54267 4 -5 5.08+07

4088.567 29357 -53808 2 _ 5.16+07 4392.580 31307 -54067 4 -4 8.96+06 2750.708 17927 -54271 1 2.96+08

3636.496 26340 -53831 2 _ 3 4.77+07 5065.020 34329 -54067 3 -4 9.52+07 2879.461 19552 -54271 1 2.46+07

4538.840 31805 -53831 3- 3 6.40+06 5315.080 35257 -54067 4 -4 7.88+06 2920.290 20038 -54271 0 1.82+07

4991.280 33802 -53831 2 _ 3 3.26+07 5349.740 35379 -54067 5 -4 9.14+06 3339.582 24336 -54271 2 8.76+07

5027,780 33947 -53831 2 _ 3 1.77+07 5463.280 35768 -54067 4 -4 1.05+08 3388.966 24772 -54271 1 5.13+07

5126.220 34329 -53831 3- 3 2.89+07 5557.960 36079 -54067 3 -4 1.61 +07 3615.959 26624 -54271 2 2.84+07

5184.290 34547 -53831 2- 3 3.09+07 5752.040 36686 -54067 4 -4 3,15+07 2897.635 19788 -54289 4 -3 4.67+07 64
Table 2. -Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued

Wave

length A

Energy

Levels K

y- values AWavelength A

Energy

Levels K

J- values \ Wavelength AEnergy

Levels K

J- values A

jUyo.U44 ") 1 QQQ A4 — 1 .74 + 07 Anc\0 TTA 4 /yo.z/u 33 /65 — 5460,0 2 — 3 1.60+07 3229.994 24575 — 55526 4 — 5 3.35 +08

5 \Z\J.11\J — j4Zoy a3 — a3 3.20 +07 jUU /. / 10 34637 — 54600 ^~ 3 8.86 +06 3813.891 293 1

— 55526 6- 5 9.12+07

3562.269 1J — 3 1.41 +07 O ^ O 111 2860.2 1 3 1 9757 — 546 1

3 — 2 7.22 +07 3418.176 26479 — 55727 1 — 0 5.05+08

3613.6 1

26624 -54289 2- 3 4.05 +07 T O OO AO 1 20020 -54612 1 _ 2 5.9 1 +07 5975.360 38996 — 55727 1 _ 0 4.25 +08

36 14. luy 26628 -54289 4- 3 6.42 +07 3 187. 171 23245 -54612 I- 2 3.44+07 2761.480 19552 -55754 1 - 2 6.79+07

28605 -54289 2- 3 3.57 +06 3320. 77y 24507 -54612 2- -> 8.54+07 3181.922 24336 -55754 7 _ 2 1.81 +08

2720.194 17550 -54301 3- 4 1.98+08 4276.680 31307 -54683 4- 4 1.70+07 3406.442 26406 -55754 1 - 2 5.49+08

3067.952 21716 -54301 5 — 4 9.58+07 4279.480 31323 -54683 3- 4 1.42+07 3543.669 27543 -55754 1 - 2 4.84 + 08 3094.870 21999 -54301 4- 4 3.83+07 4911.540 34329 -54683 3- 4 3.56 + 06 3682.226 28605 -55754 2- 2 4.28+09

3275.848 23784 -54301 5- 4 4.21 +06 5023.480 34782 -54683 5- 4 6.05+06 3787.164 29357 -55754 2- 2 1.37+08

33 1 2.224 — jHjxJ I A — 9.01 +06 5285.1 30 33/ DO — j40o3 4 — 4 1 .25 +07 4546.480 33765 — 55754 2 5.61 +06

3560.705 — 1

•JJ — 4 1 .29 +08 5373.700 3ou /y -•- 34003 73 — 4 4.50 +07 4734. 100 34637 — 55754 - ~ 3.1 1 +07

4U lU. loU ->9377 — Sd.'^fi 11 -3J — 3.88 +06 c ce A c\r\f\ J 334.900 jOuOO — 3'=+003 A4 — A4 5.68 +07 2958.462 21999 — 5579

4 — 3 1.28+07

4ooj.5!)u 32874 -54301 4- 4 1.8 1 +06 CTAC AAA 37163 -54683 3- 4 7.26+07 2980.532 22^49 -55791 3_ 3 2.77 +08

4/OJ.yDU 33413 -54301 3- 4 7.00 +06 £AC C AAA 38175 -54683 3- 4 4,78 +07 3156.464 241 19 -55791 4- 3 9. 17 +07

TCQ 1 QA/i ZCV 1 .VUh 19788 -54357 4- 372.92 Q 7 +0i m/ zooy. 833 19913 -54748 2 _ 1 8.32+07 3 1 78.545 24339 -55791 3- 3 1 .28 +08

31 13.592 22249 -54357 3- 3 8.55 +07 3 173.400 23245 -54748 1 - 1 1.49+08 3202.562 ,24575 -55791 4- 3 2.40+08

3329.970 24336 -54357 -> _ 3 9.41 +06 3175.970 23270 -54748 0- 1 7.12+07 3677.309 ' 28605 -55791 2_ 3 5.13+08

3330.316 24339 -54357 3- 3 1.79+07 3257.244 24119 -54811 4- 4 9.51+07 3781.938 29357 -55791 2- 3 8.42+07

3356.695 24575 -54357 4- 3 3.14 + 07 3280.763 24339 -5481

3- 4 1.13+06 4725.940 34637 -55791 2- 3 4.28+06

3oU4. /U I 26624 —54357 7 _ 6.83 +07 3846.4 1

TQO'IA Zoo ZU — 1 1 3 — A4 1.75 +08 2755. 184 1 QA7 1 C CAAA <; A4 8.53 +07

ZODZo — jHj J

4 3 1.93 +08 3990.900 ZV / W— 548 1 i A4 — A4 6.92 +07 2853.774 20875 —55906 3 — 4 1.41 +08 — J^J /

7 7 8. 1 8 +06 A-tAl TOA 4243. /yO 3 1 3 Z3 — C^OOA 5488U -J3 — 7 2.08 +07 2924.002 7 1 7 1 A — ^ ^ QAA 5590D 3 — A4 5.00 + 08

/IQ 1 A ^ 7A 4y 1 U.J /u 34017 -54376 1 - 2 2.65 +07 A1 } C\ 1 OA 43 IU.3oO 31686 -54880 2- 2 2. 1 1 +07 A /I O ATI 2948.433 21999 -55906 4- 4

A AC\ \ f\0 4.49+08

CATO nOA 34692 -54376 1- 2 1.33 +08 4677.600 33507 -54880 3- 2 5.95 +06 3 145.057 241 19 -55906 4- 4 1.37 +08

OQA 35856 -54376 2

7 8.54 +07 ZCiO A OAA 5984.800 38175 -54880 3- 2 1 .32 +08 3 166.982 24339 -55906 3- 4 6.76+06

7155.640 40405 -54376 : - 2 3.44+07 6170.490 38678 -54880 2 — 2 8.01 +07 3190.816 24575 -55906 4- 4 1 79+08

5462.970 36079 -54379 3- 3 9.66+07 4265.260 31686 -55125 2- 3 2.61 +07 3368.248 26225 -55906 3- 4 2.49+07

5806.730 37163 -54379 3- 3 4.00+07 4286.990 31805 -55125 3- 3 3.41 +07 3414.564 26628 -55906 4- 4 1.88+07

5930.170 37521 -54379 2 _ 3 1.33+08 4688.380 33802 -55125 2- 3 4.32+06 2834.755 20641 -55907 4- 5 4.06 + 07

3591 .485 "> A ^ ^ A ZD550 — 54386 ^ /1 1 0 A A0 — 1 . 17 + 08 4807.240 34329 — 55125 3 — 3 2.16+06 2923.85 1 21716 — 55907 5 — 5 3.9 1 +08

3741 .486 2 / ODD — 5438D 1 — 3. 18 +07 5 164.560 35 /68 — 55125 4 — 73 5.26+07 31 12.079 23784 — 55907 5 — 5 2.56+08

4492.690 32 1 34 — 54386 7 3.66 +07 5249. 100 36079 — 55125 3 — 3 2.12+07 3 190.65

24575 —55907 4 — 5 1 .25 +08

4900.000 34017 54386 1 - , 1 .04 +07 5565.7 10 37163 -55125 3- 3 1.09 +08 3690.730 28820 -55907 5- 5 4.57 +08

4933.350 34122 -54386 0- 1 7. 1 2 +07 5679.020 37521 -55125 2- 3 7.22+07 3759. 155 29313 -55907 6- 5 5.42 +07

CA'T.i TAA 30/D.290 34692 -54386 1 - 1 o AO 1 ni 8.08 +07 6078.500 38678 -55125 2- 3 6.76 + 07 3829. 1 25 29799 -55907 4- 5 2.62 +07

5927.800 37521 -54386 2_ I 6.35 +07 3238.535 24507 -55376 2- 1 2.48+07 2931.803 21999 -56098 4- 3 3.91 +07

6364.380 38678 -54386 2- 1 2.64+07 4220.050 31686 -55376 2_ 1 2.54+07 2953.486 22249 -56098 3- 3 5.83+08

6495.780 38996 -54386 1 - 1 5.54 + 07 4757.580 34363 -55376 1 - 1 1.05+08 3147.793 24339 -56098 3- 3 1.32+08

• 7194.920 40491 -54386 0- 1 5.06+07 5987.060 38678 -55376 2_ 1 1.55+08 2706.012 19390 -56334 6- 6 5.40+08

3574.256 A/1 "7Q Z04 /9 — 54449 I —

] 4.43 +07 6103. 190 38996 — < C 7 7 A 553/6 1 — 1 9.42 +07 zoo7.oOo Z 1 / 1 D — 30334 3 — 0 1.14 +08

\ 3583.337 26550 — 54449 0 — 4.95 +08 3419.154 26140 —55379 3 — 2 8.43 +07 3307.234 1 A<; ZD lUo — 3D334 D — D 4. 1 5 +08

3717.837 1

1 7^/ 55U^A ^A A AQ 3 —

1 8.37 +06 4264.740 7 1 Q 1*7 3 193/ — ? < 7 7Q 55 3 /y 1 — 72 2.0 1 +07 3334.278 ZD33 i — 3D334 3 — D 5.26 +07

T <ini OOA

j 439 1 .880 31686 - 54449 2- 2.03 +07 4300.820 32134 -55379 2- 2 3.69 +07 2702.453 19390 -56383 6- 5 3.24 +08

4440.840 31937 -54449 1 - 1 2.23 +07 5 180.060 36079 -55379 3- 2 5.69 +07 2719.418 19621 -56383 5- 5

'7 11 1 AO 7.33 +08

- A A'lCt ATA

^ 44 /9.9 /O 32134 -54449 2- 1 4.58+07 5598.300 37521 -55379 2- 2 1.61 +08 1AAT CIO 2907.5 1

21999 -56383 4- 5 2.67 +08

- 4841.800 33802 -54449 2 _ 1 g 97 +06 6102. 180 38996 -55379 1- 2 1.05 +08 3301.917 26106 -56383 6- 5 6.55 +07

4892.870 34017 -54449 1 - 1 3.42+07 2773.907 19390 -55430 6- 5 8.49+06 3328.867 26351 -56383 5- 5 6.91+08

4918.020 34122 -54449 0- 1 3.02+07 2791.787 19621 -55430 5- 5 2.01 +08 3359.814 26628 -56383 4- 5 7.79+07

. 5023.230 34547 -54449 2- 1 2.25+07 2873.655 20641 -55430 4- 5 2.94+07 3627.060 28820 -56383 5- 5 5.07+07

5905.670 37521 — 54449 ' 1.15 +08 2990.393 21999 — 55430 4 — 5 5.29 +08 2716.410 1962

— 56423 5 — 4 6.86 +07

6338.900 38678 — 54449 2 — 5.24+07 3 1 58.990 23784 —55430 5 — 5 2.12+07 2728.8 19 1 OTO 0 19 /88 — ^ A/l 7 7 5D423 A4 — A4 6.20 +08

. 6469.210 38996 — 54449 1 — 7.97+07 3240.013 24575 — 55430 4 — 5 7.3 1 +06 2925.359 T 7 7 /i Q 22249 — 564Z3 73 — A4 2.64 +08

1 71 18.100 40405 — 54449 1 _ ] 3. 15 +07 3409.218 26106 -55430 6- 5 5.62+07 3062.872 23784 -56423 5- 4 2.64 +07

j 5364.870 35856 -54491 2- 3 2.69 +08 3437.952 26351 -55430 5- 5 1 .33 +08 3 1 1 5.862 24339 -56423 3- 4. 8.46 +06

- 5321 . 1 10 35768 -54555 4- 4 2.05 +07 3756.939 28820 -55430 5- 5 3.68 +08 33 10.496 26225 -56423 3- 4 1 . /D +Uo

i5410.910 36079 -54555 3- 4 7 »o +08 2891.705 20875 -55446 3- 4 1.10+08 3324.372 26351 -56423 5- 4 5.51 +07

5594.670 36686 -54555 4- 4 2.1A +01 2988.942 21999 -55446 4- 4 1.27+07 3355.229 26628 -56423 4- 4 7.64+08

i 5747.960 37163 -54555 3- 4 1.64+07 301 1.482 22249 -55446 3- 4 7.69+08 3621.718 28820 -56423 5- 4 2.03+08

12871.730 19788 -54600 4- 3 5.76+06 3238.313 24575 -55446 4- 4 5.79+06 2696.284 19351 -56428 5- 5 8.44+08

'2964.196 208 /5 — 54600 3 — 3 1.67 +07 3436.045 2635

— 55446 3 — 4 2.25 +07 A C A Hot 2959.682 ZZD3U — 56428 6 — 5 Z.Z 1 -rUo

: 3066.483 2 1 999 — 54600 4 — 3 1.79+08 3469.012 26620 — 55446 A4 — 4 2. 1 1 +08 TATA 29 /6.922 nn ZZO*+D — 56428 5 _ 5 Z.UU T^U /

. 1 AAA T AA 3090.209 22249 — 54600 3 — 3 6.87 +07 2769.298 1 9390 —55490 <<A OA 0 — D 3.33+08 6245 .040 — 56428 4 _ 5 1.3/ 1

1 1 "IT A "7 "3 A 241 19 -54600 4- 3 3.59 +07 2787. 1 20 19621 -55490 5- 6 1 . 1 4 +07 2694.536 19351 -56452 5- 4 AH -l-OS 4.3 Z T^Uo 3303.574 24339 - 54600 3- 3 5.1 1 +07 2959.993 21716 -55490 5- 6 7.33 +08 TTAA AO A 2 /09.9o9 19562 -56452 4- 4 1.0/ ~rUo 3329.532 24575 -54600 4- 3 5.78 +07 3402.256 26106 -55490 6- 6 4. 1 1 +08 "yr^ A 1 A A 2 /24.344 19757 -56452 3- 4 1 .U4 -r VJo •3573.400 26624 -54600 2- 3 1.52 + 08 3748.492 28820 -55490 5- 6 2.24+07 2974.780 22846 -56452 5- 4 3.09+07

:3573.896 26628 - 54600 4- 3 8.32+08 2784.346 19621 -55526 5- 5 4.30+07 3975.842 31307 -56452 4- 4 2.39+07

-3845.692 28605 -54600 2- 3 3.14+07 2956.860 21716 -55526 5- 5 3.64+07 2780.700 20641 -56593 4- 4 1.07+08

^3960.284 29357 -54600 2- 3 3.48+07 3149.492 23784 -55526 5- 5 5.45+06 2910.930 22249 -56593 3- 4 3.10+07 65

1
Table 2. — Transition Probabilities for 3288 Lines o/Fe i in Order of Upper Energy Leve/— Continued

Wave

lenjgth A

Energy

Levels K

J- values A

Wavelength A

Energy

Levels K

7- values A

Wavelength A

Energy

Levels K

J- values A

3047.UjU — JDjy

cJ — A

1 .55 +08 273 1 .28

7z1lujy nio — 3 / 04

•>z — 1J 2.56+08 4oo 1 .540 1 A7A7 30 /D / — ^ 0 7 1 1 30Z i 3 3 — 7Z 6.78 +07

ZOZZJ — 30jyj J — A4 1 .UO +UV Z0U4.0D3 7z

1

1 OQQ yyy — 3 / 04

A4 — 13 Z.UO +Uo 3 1 84. 1 1

7A0 7 ^ Z05 / 3 — <:Q777 36Z /

eJ — 3 5.44 +07

3336.254 ZOOZO — 3037

A

*f — AH 1 .39 -HUo Z0Z4. /UU 7774Q Z Z Z*t7 — 57641 3J — 1 j.dU +U / 17A7 <70 3 /U /.3 /o 3

1 11 1A7 3U / — Ce777 35Z /

A4 — 3 O 0 1 1 AO Z.9 1 +08

28820 -56593 5- 4 4.43 +U8 zyfiz.zj4 241 19 -57641 4- 3

A AO -lAT 4.DV +U //I 1 7 < £7 7 4 1 Zj.oIZ 34040 -58272 4- 51 AA 1 AO 1 .00 +08

11Q A A 1 "7 z /o4.U I / 20875 -56783 3- 3 4.84 +07 3UU 1 .003 24336 -57641 2- 3 A '>/1 j_ AT O.Z4 +U / 5655.5 10 40594 -58272 4- 5 1.11 +08

24119 -56783 4- 3 1 .4Z +Ui5 3ZZ3.4oU 26628 -57641 4- 3

y1 1 1 A"7 4. 1 1 +U / 1A07 yJ7A 3Uo / .4ZU 26140 -58520 3- 4 1 .27 +08

3081.278 24339 -56783 3- 3 1.61 +07 3143.990 25900 -57698 4- 4 6.78+08 3742.151 31805 -58520 3- 4 7.86+07

3271.487 26225 -56783 3- 3 1.30+08 3167.907 26140 -57698 3- 4 4.21+08 3996.779 33507 -58520 3- 4 5.73+07

3314.742 26624 -56783 2- 3 1.56+09 3243.406 26875 -57698 5- 4 2.85+08 4132.540 34329 -58520 3- 4 7.07 +07

3315.164 26628 -56783 4- 3 1.53+06 3274.453 27167 -57698 4- 4 2.43+08 5655.180 40842 -58520 3- 4 1.28+08

Zofi 1 . JOO i yjuz — 30o4

A*f — A4 3.0 J -j-uo 1J 7QQ zyy .uA77/ / z / jyj — 3 / 070 '1J — 3.40 1 A^ -1- -rUA7/ A 1 17 Ait 4 1 3 / .4 1 / 3434 / — 35SS7/

1I A

7 _ 3 4.03 +07

ZDVj.OO*: 1 Q7S7 — 30oH

1J — A4/I _L AO A^f^ 77A 4ZZ3. / ZU 34040 — J

D70 4_ 1 77 _i_A7 3.Z / H~0 / ^A^A 77A 303U. / ZU A4 t A 1 8 1 U 1 5 — 36^S7/

11 AU 7Z — 13 7.32 +07

'yc\Af\ Zy40. JOD ZZo^D — 306'+

3 — AH

1 7 1 _i_ AQ 1 .Z 1 +UO 4 / / D,34U jyy / 0 / — J / D7O J — 1 17 _i_A7 1.3/ +0 / 1 1 Q7 C 7 1 3 1 y / .3Z

77CAA Z / 30U — 365Z3 7Z — 7Z

"3 AA 1 AO Z.60 +08

zVoi. / 10 231 11 -56843 3- 4

1 71 J_A7 1. /3 +U / 77 1 A A/;7 Z / 1 4.00Z 20875 -57709 3- 21 Q ^ _i_ AC 3. 03 +05 A t i "7 Q7A 41 I /.O /U 34547 -58825 2- 2 5.32+07

/I/; "3 1 CAA 4o3 1 . jOO 35257 -56843 4- 4 3.c 11 7Z

_L-rUO AA 777#^ Z / Z0.Z3717/ 21039 -57709 2- 211 .331 ^ _!_ +oyAO ^ A ^ A A I A 3030.U 1

41131 -58825 1- 2 1.63 +08

T O^A 17927 -56859 1- 2

1 IT-LAW 1.3/ -rUo 7fi Zo 1 Q 78^; 1 y -Zoo 22249 -57709 3- 2 A 1Q -i_Aft "y^AA 7AA Z344. /UO 20641 -59927 4- 5 2.74 +09

3074.157 24339 -56859 3- 2 1.63+08 2995.838 24339 -57709 3- 2 3.16+07 2528.910 20641 -60172 4- 4 4.72+08

3115.656 24772 -56859 1- 2 3.24+07 3314.070 27543 -57709 1- 2 4.92+07 2543.920 20875 -60172 3- 4 6.90+09

3282.891 26406 -56859 1- 2 6.09+08 3132.514 25900 -57814 4- 3 4.1 1 +08 2772.860 241 19 -60172 4- 4 2.42+08

3306.490 26624 -56859 2- 2 2.62+08 3156.275 26140 -57814 3- 3 7.37+08 2531.510 20875 -60365 3- 3 7.10+08

34 10. 1 7Z / JHj — 30037 11 — 7Z

Q 17 _i_AO y.3 / +uo 17/^7 AAO 3zoz.uoy 77 1 ftl Z / I 0 / — 3S78/ 0 11 A4

A4 — 13 7 Q 1 _i_ AO Z.O 1 +05 7 C/l 7 1 A 1 Z34Z. lU 1 7z

t

1 A1Q ujy — DU30

z — 3 A n C 1 AA 9.95 +09

1 c -50 1 1

ZoDUJ — 30537 z — 7Z J .zy -f-uo 3Z0O.444 z / jyj — 3S78/ 0

11 A1 13

1 07 -l_Afi

1 .y z ~r\j<s -yAlQ 741 Z43y. /43 1 Q1QA 1 y 3yu AAl AA AD — AD

1 L AO 3.Z / +09

1 ^ J 1 A 3ZJ J.D 1 U ZDZZ J — 3oy3

1J — 4

1 A1 1 AQ 3.43 +Uo 3304. J40 Z / 30U — 3/014 ^Ifl 1 A 7Z — 131 A A ^ A7 1 .44 H-U / ~>A^1 ^AO Z43 3.305 1 QA7 1 1 yoz 1 — AAl AA 0U30D cJ — A0 2.57 +08

no/; QA^ 26628 -56951 4- 41 7(S _i_ A7 1 . /y +u //I 1 Q Q 7 1A 4 loo. / 30 33947 -57814 2- 31 7A _i_AO

1 .ZO +Uo 7 < OA ^ <7 Z30O.33 / 21716 -60366 5- 6 1 .30 +08

JJDJ. /Hi 28820 -56951 5- 4

1 OA i_ AQ I .yu +uy A'^^.fi 70A 4Z30. / yo 34329 -57814 3- 3 111 i_A7

1 .3 1 +U / 70 1 0 A7 1 zy 1 0.0Z3 26106 -60366 6- 6 AA L AO Z.09 +09

1 £0 t OOA 29799 -56951 4- 41 Aft 1 AO I .uy +uo An ACk Q 7 A 4 /4y.y3U 36767 -57814 3- 3 2.4 1 +07 2442.567 19621 -60549 5- 5 3.27 +09

6089.570 40534 -56951 3- 4 3.72+07 2593.510 19351 -57897 5- 5 3 09+08 2505.004 20641 -60549 4- 5 2.20+08

2656.145 19390 -57028 6- 7 4.13+08 2836.315 22650 -57897 6- 5 5.51+07 2923.288 26351 -60549 5- 5 1.65+09

3233.053 26106 -57028 6- 7 1.14+09 3140.391 26140 -57974 3- 2 6.96+08 2947.116 26628 -60549 4- 5 9.58+08

2669.492 19621 -57070 5- 6 2.68+08 3160.200 26340 -57974 2- 2 5.46+08 2504.101 20641 -60564 4- 3 7.60+07

J Z->4. Jo J 2635

— 57070 5 _ 1 I /I _i_ AO 1.14+ oy 1 1 7/1 777 3 I /4.ZZZ 26479 — 57974 1 2

7 1 A _i_ A7 Z. 1 U +0 / 7 < 1 0 0 7 /I Z3 1 o.oZ4 AASA/l -3J — -3J 3.85 +08

3 J Jo. /yo 28820 — 57070 5 _ t QA _i_ A7 1 .yo -rU / 3Z0y.Z33 17<^Q 71 ^ 27395 — 57974 3 _ 2

7 71 _L Afl Z.Z3 +05 7 ^Q7 7Q ^ Z3yZ.Z63 21999 — 60564 4 _

3J 2.63 +08

IA77 "yAA jK) 1 J.Z't4 24575 — 57 104 4_ 5 1 .0 J -rU / 3Zyo.3 17QQ « 173 / 27666 — 57974 ] _ 2

7 7S _i_A7 Z. /3 -rU / zouy 7AAQ .ZZU 7 7A 22249 — 60564 3 _ 3

1 1 *> 1 AO 3. 1 Z +Uo

J/oU.ZO I 26628 -57104 4- 5 1 .z / -ruy 343 14^7/ .uyu non 29056 -57974 3- 2

7 7^ -i-Afi Z. /3 -rU5 TQ^C Q7n Zy43.5 /U 26628 -60564 4- 3

1 ZA _i_ AT 3.j4 +U/

J J J't. J JU 28820 -57104 5- 5 0.3U -rU / 33U 1 ^A7/ .

11 371Q 29469 -57974 2- 2 1 . / 0 -rU5 ->AAr\ Z44U. lAA lUO 19788 -60758 4- 4 Z. / 1 +U7

TTAQ <7A 20641 -57550 4- 4 I .Z3 T^U7 A(\Q^ QQA 4U03 .7oU 33507 -57974 3- 2 AS -U A7 Z47 1 .753 20641 -60758 4- 4 7.44 +Uo

2725.805 20875 -57550 3- 4 1.56+08 4714.070 36767 -57974 3- 2 3.46+07 2506.569 20875 -60758 3- 4 5.62+08

2789.803 21716 -57550 5- 4 4.19+08 3211.683 26875 -58002 5- 6 1.78+09 2905.570 26351 -60758 5- 4 2.20+08

2812.042 21999 -57550 4- 4 5.43+07 41 12.972 33695 -58002 5- 6 1.11+08 2929.118 26628 -60758 4- 4 1.06+09

2960.666 23784 -57550 5- 4 8.13+07 5633.970 40257 -58002 5- 6 1.18+08 2488.942 20641 -60807 4- 3 1.48+09

TCAQ IQA Z3uy. jyu 17727 -57565 2- 3 Z.UO -rU / lllf. QQA J 1 I D.yo4 26140 -58213 3- 2 3. / Z +U /*> ^ A 1 AQ \ Z JU3.4V I 20875 -60807 3- 3 0 0*3 ] AO 9.0Z +08

20641 -57565 4- 3

7Z. 11 31 -i, -rUoAQ J I 3U.3VJ4 26479 -58213 1 - 2

A fi A _L AQ 4.0U +Uo A \ 1 AA Z / 4 1 . 1 UU 24336 -60807 2- 3 6.26 +08

2810.834 21999 -57565 4- 3 3.06+07 3261.332 27560 -58213 2- 2 3.25+08 2890.868 26225 -60807 3- 3 9.12+07

2878.762 22838 -57565 2- 3 1.40+08 3272.710 27666 -58213 1 - 2 9.52+07 2554.518 22947 -62081 1 - 2 2.71+08

2504.635 17727 -57641 2- 3 6.20+06 3428.746 29056 -58213 3- 2 3.87+08 2648.548 24336 -62081 2- 2 4.19+08

2701.908 20641 -57641 4- 3 1.17+08 4095.274 33802 -58213 2- 2 2.01 +07 2802.285 26406 -62081 1- 2 1.87+08

66

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