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NBS Technical Note 1245

X'Ray Bremsstrahlung Intensities from Elemental Targets

Small, Newbury, and Myklebust

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NBS Technical Note 1245

X'Ray Bremsstrahlung Intensities from Elemental Targets

J. A. Small, D. E. Newbury, and R. L. Myklebust

Center for Analytical Chemistry

National Measurement Laboratory

National Bureau of Standards

Gaithersburg, MD 20899

February 1988

i \f \

*c«eAu o*

U.S. Department of Commerce

C. William Verity, Secretary

National Bureau of Standards

Ernest Ambler, Director
National Bureau of Standards U.S. Government Printing Office For sale by the Superintendent

Technical Note 1245 Washington: 1988 of Documents,

Natl. Bur. Stand. (U.S.), U.S. Government Printing Office,

Tech. Note 1245 Washington, DC 20402

87 pages (Feb. 1988)

CODEN: NBTNAE
X-Ray Bremsstrahlung Intensities from Elemental Targets

by

J. A. Small, D.E. Newbury, and R.L. Myklebust

ABSTRACT

We recently developed an empirical equation describing the

generation of bremsstrahlung radiation from elemental targets by

10-40 keV electrons. This equation was based on the modeling of a large experimental data set containing approximately 4100 x-ray

bremsstrahlung intensities. These intensities were measured on 44

elemental targets at up to 19 different x-ray energies. Since no

other large experimental data sets are available for electron

energies of 10-40 keV, we believe it would be useful to make our

data set available to other researchers in this field.

Disclaimer: To adequately describe materials and experimetnal

procedures, it is occasionally necessary to identify commerical

products by manufacturer's name or label. In no instance does

such identification imply endorsement by the National Bureau of

Standards nor does it imply that the particular product or

equipment is necessarily the best for that purpose.
INTRODUCTION

In electron probe microanalysis, the x-ray bremsstrahlung is

radiation generated as a result of the deceleration of beam

electrons in the Coulombic field of the target atoms. This

radiation forms an x-ray background which varies slowly with

energy. The background energy ranges from the incident electron

energy down to zero. The accurate measurement of the

bremsstrahlung intensity forms the basis for several quantitative

analysis procedures (1,2). In recent years, it has also become

evident that the x-ray bremsstrahlung carries information which

can be used to characterize the interaction of an electron beam

with specimens of irregular shape (3,4). This information has

been used in the development of quantitative analysis procedures

for irregular specimens. These procedures which are based on the

measurement of peak-to-local-background ratios, require that the

bremsstrahlung intensities be accurately known, either by direct

measurement or by calculation.

To implement accurate treatments of the electron-excited

x-ray bremsstrahlung in our analytical procedures, we first

examined the available literature to assess existing models. In

comparing the various models in the literature with experimental

measurements of bremssrahlung intensities, we noticed significant

discrepancies. We therefore decided to make systematic

measurements of the electron-excited x-ray bremsstrahlung and to

empirically derive an expression for x-ray bremsstrahlung

generation.
Previous researchers involved with the modeling of

bremsstrahlung x-radiation have used relatively small data sets.

For example, in 1922 Kulenkampff measured x-ray emission from

tagets excited by electrons with energies between 7 and 12 keV

(5). Rao-Sahib and Wittry in 1972 measured bremsstrahlung

production from 19 elements with atomic numbers from 6 to 92 (6).

They used various electron energies ranging from 10-50 keV but

measured only two different x-ray energies, 10.98 kev and 6.204

keV. Smith in 1975 used a mixture of pure elements, B, C, Si, Fe

and Cu, along with the compounds NgO, Al-0-,, SiO^ TiO^,

Fe20,, and Ni^Si for bremsstrahlung modeling. Measurements

were made at various electron energies ranging from 5 to 30 keV

(7).

Recently we reported the modeling of bremsstrahlung radiation

generated from elemental targets by 10-40 keV electrons (8). The

x-ray mesurements were made on 44 electron opaque targets with

atomic numbers ranging from 4 to 92. X-ray intensities were

recorded at up to 19 different x-ray energies ranging from 1.5 to

20 keV. The data set used in this study is more comprehensive

than previous data sets, consisting of approximately 4100 x-ray

bremsstrahlung intensity values (8). No other large data set of

x-ray bremsstrahlung measurements is available in the literature

for the electron energies of 10-40 keV. As a result, we believe

it is important to make the entire data set available to other

researchers for the purpose of testing and developing additional

theoretical or empirical models.
EXPERIMENTAL

The x-ray spectra were collected in a Cameca electron probe

with a United Scientific Si-Li detector, and a Tracor Nothern 2000

multichannel analyzer system. The parameters for the Si-Li x-ray

detector include a take-off angle of 40 degrees measured from the

2 specimen surface to the detector axis, an active area of 9 mm , and a resolution of 149 eV, full-width half-maximum measured at

the 5890 eV manganese K-alpha peak. The elemental targets were

coated with approximately 20 nm of carbon to minimize surface

charging effects.

Instability of the electron beam, as measured by the current

generated in a Faraday cup, was less than 0.2% during the

accumulation of a spectrum (1000 s or more). To minimize the

contamination of the target by prolonged continuous exposure to

the electron beam, the beam was scanned over the surface of the

2 target in a square pattern measuring approximately 0.01 cm . Intensity mesurements were made at electron beam energies of 10,

15, 20, 25, 30, 35, and 40 keV. The energy of the electron beam

was confirmed by measurement of the Duane-Hunt limit, i.e. the

limit of E as the x-ray intensity approaches zero, to establish

the energy to within + 20 eV. The beam current before and after

each run was set with a faraday cup to 0.5 nA. If this choice of

beam current was not possible because of high deadtime, the

current was adjusted to obtain a count rate of approximately 4000

cps on a Pt target. Separate measurements confirmed the linearity

of the deadtime correction circuitry of the energy dispersive

analysis system to better than 1%. In addition, Fe spectra were

4
recorded several times during each set of measurements to monitor

instrumental drift (electron dose and spectrometer response) on a long term basis. The configuration of the electron optics was

adjusted to minimize the production of spurious x-rays from

electrons scattered outside the envelope of the primary beam. The

contribution to the bremsstrahlung intensity from spurious x-rays

was estimated at less than 0.5%, as determined by the detection of

Ag or Ti x-rays from the mounting materials. Finally, the

detector geometry relative to the column pole piece is such that

the contribution to the bremsstrahlung intensities from

high-energy backscattered electrons is negligible.

DATA REDUCTION

The bremsstrahlung intensities from as many as 19 different

x-ray energy regions were selected from each spectrum. Each

"region of interest" was 200 eV in width comprising 20 channels on

the multichannel analyzer (MCA). The regions selected were such

that they were free of characteristic and escape peaks as well as

other major spectral artifacts (9). The x-ray counts for each MCA

channel in the region were integrated to obtain the intensity for

that region. The energy assigned to the integrated intensity

region was the average energy for the respective regions of

interest

.

The emitted bremsstrahlung x-ray intensities are listed in

Table 1 along with the generated x-ray intensities. The emitted

x-ray intensity, which is experimentally determined, is a measure

of the x-rays reaching the detector after attenuation by the

5
sample and the various componenets of the detector. The generated

x-ray intensity is the total number of x-rays generated in the

sample by the electron beam without any attenuation. The

generated intensity is given per unit of electron flux impinging

on the target. In addition, Table 1 also lists the separate

corrections which were used for the calculation of the generated

x-ray intensities from the emitted x-ray intensities. Brief

descriptions of these corrections are given below. For a detailed

discussion of the data reduction see ref 8.

Target Absorption Correction

Equation 1 describes the isotropic absorption correction,

1/f , which was applied to the data set. It is a modified

version of the term for characteristic x-rays used in the matrix

correction procedure, FRAME C (10).

1/f = {1 + 1.2 10 ^ {eI-^^-E^-^^)/j sin(<f.) csc{^p)}^ (1)

2 The /J term is the mass absorption coefficient in cm /gm, \i> is

the detector take-off angle and <J) is the electron beam incidence

angle. This form of the absorption correction was proposed by

Heinrich for characteristic x-rays and has been modified for

bremsstrahlung x-rays by substituting E for the critical

excitation potential (11). In addition, a second-order correction

was introduced into the absorption term to compensate for the

difference in the depth distribution between characteristic and

bremsstrahlung x-rays. This correction, described in equation 2,
relates the anisotropic absorption, W, to the isotropic absorption

term, f . P

W=1.15-0.150(f ) (2)

The measured bremsstrahlung intensities, corrected for isotropic

absorption, were then multiplied by the appropriate value of W to

obtain the bremsstrahlung intensities corrected for anisotropy.

Detector Efficiency Correction

The procedure used to correct the data set for the detector

efficiency is the same procedure used in the FRAME C quantitative

matrix correction scheme. The detector-efficiency term, P , is

given by equation 3,

Pe = exp(-t^M'L^-t^M'l^-ts,M'::l(l-exp(-UM'::)]

t is the thickness in centimeters of the given element, /j' is the

linear absorption coefficient in cm for an x-ray of energy

E in a given element and t,, . > is the total thickness of

V

^

( det

)

the detector. A thickness of 80 nm was assumed for the Au coating

on the detector surface. The manufacturer's specifications were

used for the total thickness of the detector. The thicknesses of

the Be window and the Si dead layer are determined empirically

from a spectrum of pure carbon.
Backscatter Loss Correction

The final correction applied to the observed x-ray

intensities, equation 4, for the loss of bremsstrahlung intensity

as a result of electron backscatter, is:

R = AZ - BZ + C

c (4)

A, B, and C are defined as follows

A=[ l-exp(0.361X^ + 0.288X - 0.619)]*10 ^

B=[l-exp(0.153X^+ 2.04X - 2.17)]*10 ^

C=1.003 + 0.0407X for X < 0.7

C=1.017 for X > 0.7

X=E /E

In summary, the correction of the measured data to generated

x-ray intensities can be expressed by the following equation:

I, s=I/ x*D/(P f R W)

( gen )

( meas ) e p c (5)

The factor, D, in this equation adjusts the data for

differences in the total electron dose striking the target as a result of variations between samples in beam current and analysis

time. This factor was adjusted so that all the data were based on

_7

an electron dose of 5x10 coulombs which corresponds to a

8
live-time of 1000 s and a specimen current of 0.5 nA.

Final editing of the data set was done graphically from plots

of Log(I ) vs Log(Z). This method proved to be very useful for

eliminating spurious data points that appeared as large

discontinuities in the plots. When a spurious point was detected

the value was checked for data entry errors. If no data entry

errors were found, the raw spectral data were checked for

interfering peaks or artifacts that were not noticed during the

initial screening. If no obvious reasons were detected for the

discontinuity, the data point was not removed.

In addition to the table in this paper, the data are also

available, from the authors, on VAX formatted floppy disc for a nominal charge.

BIBLIOGRAPHY

1. K.F.J. Heinrich, Analytical Electron Microscopy, edited by

Roy H. Geiss (San Francisco Press, San Fracisco,CA, 1981), pp

vi-9.

2. J.I. Goldstein and D.B. Williams, Analytical Electron Microscopy,

edited by Roy H. Geiss (San Francisco Press, San Fracisco,CA, 1981),

pp 11-16.

3. J. A. Small, K.F.J. Heinrich, C.E. Fiori. R.L. Myklebust, D.E.

Newbury, and M.F. Dilmore, Scanning Electron Microsc. 1,445 (1978).

4. P.J. Statham and J.B. Pawley, Scanning Electron Microsc. 1,469

(1978) .

5. H. Kulenkampff, Ann. Phys . 69, 548 (1922).

6. T.S. Rao-Sahib and D.B. Wittry, Proceedings of the 6th

International Conference on X-ray Optics and Microanalysis,

9
edited by G. Shinoda, K. Kora, and T. Ichinokawa (University

of Tokyo, Tokyo, Japan 1972), p. 131.

7. D.G. W. Smith and C.N. Gold, X-Ray Spectrom. 4, 149 (1975)

8. J. A. Small, S.D. Leigh, D.E, Newbury, and R.L. Myklebust,

J. Appl. Phys. 61, 459 (1987).

9. C.E. Fiori, R.L. Myklebust, and D.E. Newbury, Microbeam

Analysis in Biology, edited by C. Lechene and R. Warner (Academic,

New York, 1979 ) , p. 225.

10. R.L. Myklebust, C.E. Fiori, and K.F.J. Heinrich, NBS Tech.

Note No. 1106 (1979) .

11. K.F.J. Heinrich, Adv. X-Ray Anal. 11,40 (1968).

ACKNOWLEDGEMENTS

We would like to thank Stefan D. Leigh for his help in organizing

and editing the data set.

10
Table 1.

Experimental X-ray bremsst rahlung data

V Meas Gen R f(x) Anisotropy

10. 1. 50 4 3579 6130 0. 6171 0. 9756 0. 9762 1. 0067

10. 1. 50 5 4517 8030 0. 6171 0. 9675 0. 9518 1. 0103

10. 1. 50 6 5475 10241 0. 6171 0. 9596 0. 9168 1. 0155

10. 1. 50 21 15958 41917 0. 6171 0. 8504 0. 7544 1. 0399

10. 1. 50 23 16148 47412 0. 6171 0. 8373 0. 6916 1. 0492

10. 1. 50 24 16098 50199 0. 6171 0. 8309 0. 6593 1. 0541

10. 1. 50 25 16245 53954 0. 6171 0. 8246 0. 6266 1. 0590

10. 1. 50 26 15728 55789 0. 6171 0. 8183 0. 5939 1. 0639

10. 1. 50 27 15479 58785 6171 0. 8122 0. 5615 1. 0687

10. 1. 50 28 15158 61772 6171 0. 8061 0. 5295 1. 0735

10. 1. 50 29 15074 66062 6171 8001 0. 4983 1. 0782

10. 1. 50 30 14629 69078 6171 0. 7942 0. 4678 1 0827

10. 1. 50 46 26527 96401 6171 7118 0. 6603 1 0539

10. 1, 50 51 23431 102025 6171 6905 0. 5749 1 0667

10. 1. 50 52 23037 104266 6171 6866 0. 5576 1 0693

10. 2. 00 4 2972 4063 7590 9783 9898 1 0046

10. 2. 00 5 3905 5450 7590 9704 9789 1 0063

10. 2. 00 6 4754 6815 7590 9626 9629 1 0086

10. 2. 00 12 8220 16118 7590 9175 7608 1 0389

10. 2 00 13 8454 17892 7590 .9103 7152 1 .0457

10. 2 00 21 15874 28429 .7590 8555 8782 1 .0213

10. 2 00 22 16129 29775 .7590 .8490 8607 1 .0239

10. 2 00 24 17040 33605 .7590 .8364 8225 1 .0297

10 2 00 25 17294 35346 .7590 .8301 8019 1 .0327

10 2 00 48 27173 65474 .7590 .7105 7954 1 .0337

10 2 00 65 23764 89583 .7590 .6508 .5730 1 .0670

10 2 .00 69 24242 86655 .7590 .6403 .6109 1 .0613

10 2 00 92 33797 100791 .7590 .6060 .7577 1 .0394

10 2 .60 4 2311 2785 .8524 .9816 .9953 1 .0038

10 2 .60 5 3129 3823 .8524 .9740 .9903 1 .0045

10 2 .60 6 4005 4974 .8524 .9664 .9829 1 .0057

10 .0 2 .60 13 8072 12473 .8524 .9154 .8504 1 .0255

10 .0 2 .60 14 8068 13059 .8524 .9085 .8215 1 .0298

10 .0 2 .60 21 13998 20509 .8524 .8621 .9400 1 .0121

10 .0 2 .60 23 14722 22402 .8524 .8496 .9209 1 .0149

10 .0 2 .60 24 15292 23749 .8524 .8435 .9103 1 .0165

10 .0 2 .60 25 15794 25060 .8524 .8374 .8990 1 .0182

10 .0 2 .60 26 15963 25901 .8524 .8314 .8870 1 .0200

10 .0 2 .60 27 16218 26938 .8524 .8255 .8743 1 .0219

10 .0 2 .60 29 17049 29762 .8524 .8140 .8470 1 .0260

10 .0 2 .60 30 16994 30458 .8524 .8083 .8325 1 .0282

10 .0 2 .60 32 17138 32470 .8524 .7973 .8020 1 .0327

10 .0 2 .60 34 17345 34872 .8524 .7865 .7697 1 .0376

10 .0 2 .60 39 16748 39651 .8524 .7611 .6838 1 .0504

10 .0 2 .60 51 25631 49787 .8524 .7084 .8716 1 .0223

10 .0 2 .60 52 25530 50339 .8524 .7045 .8643 1 .0234

10 .0 2 .60 65 25070 61784 .8524 .6616 .7487 1 .0407

10 .0 2 .60 66 25237 63417 .8524 .6589 .7384 1 .0422

10 .0 2 .60 72 24265 69020 .8524 .6442 .6735 1 .0520

10 .0 2 .60 74 24951 69905 .8524 .6399 .6870 1 .0499

10 .0 3 .00 4 1944 2223 .8946 .9839 .9970 1 .0035

10 .0 3 .00 5 2510 2903 .8946 .9764 .9938 1 .0040

11
^()

I"y Z Neas

.

"""Gen. p

e R ic(x) Anisotropy

10,.0 3,.00 6 3100 3634 0..8946 0,.9690 0,.9889 1.0048

10,.0 3,.00 12 6648 8880 0,.8946 0,.9260 0,.9176 1.0154

10,.0 3,.00 14 7380 10519 0,.8946 0,.9123 0,.8780 1.0213

10,.0 3,.00 21 12214 16553 0,.8946 0,.8669 0,.9601 1.0091

10,.0 3,.00 22 12430 17093 0,.8946 0,.8607 0,.9539 1.0100

10,.0 3,.00 23 13004 18157 0,.8946 0,.8546 0,.9471 1.0110

10,.0 3,.00 24 13288 18849 0,.8946 0,.8486 0..9399 1.0121

10,.0 3,.00 25 13664 19705 0,.8946 0,.8426 0,.9321 1.0133

10,.0 3,.00 26 14066 20637 0,.8946 0,.8368 0,.9237 1.0145

10,.0 3,.00 27 14461 21599 0,.8946 0,.8310 0,.9149 1.0158

10,.0 3,.00 28 14916 22696 0,.8946 0,.8253 0,.9055 1.0172

10,.0 3,.00 29 15446 23960 0,.8946 0,.8197 0,.8956 1.0187

10,.0 3,.00 30 15559 24622 0,.8946 0,.8141 0,.8853 1.0203

10,.0 3,.00 32 15804 26081 0,.8946 0,.8033 0,.8631 1.0236

10,.0 3,.00 33 15784 26628 0,.8946 0,.7979 0,.8514 1.0253

10,.0 3,.00 34 16489 28455 0,.8946 0,.7927 0,.8393 1.0271

10,.0 3,.00 39 16245 31710 0,.8946 0,.7677 0,.7735 1.0370

10,.0 3,.00 40 16049 32169 0,.8946 0,.7630 0,.7595 1.0391

10,.0 3,.00 41 15963 32874 0,.8946 0,.7583 0,.7453 1.0412

10,.0 3,.00 51 23678 41232 0,.8946 0,.7158 0,.9114 1.0164

10,.0 3,.00 52 23513 41433 0,.8946 0,.7120 0,.9062 1.0171

10,.0 3,.00 65 23983 50246 .8946 0,.6695 0,.8207 1.0299

10,.0 3,.00 66 24194 51450 0,.8946 0,.6668 0..8128 1.0311

10,.0 3,.00 72 23770 55555 0,.8946 0,.6522 0,.7617 1.0387

10,.0 3,.00 73 24095 57256 0,.8946 0,.6500 0,.7527 1.0401

10,.0 .3,.00 74 24434 59050 0,.8946 0,.6480 0,.7434 1.0415

10,.0 3,.00 76 24832 59333 0,.8946 0,.6440 0,.7553 1.0397

10,.0 3,.00 77 24711 59991 0,.8946 0,.6422 0,.7464 1.0410

10,.0 3,.60 4 1359 1490 0,.9279 0,.9875 0,.9983 1.0034

10,.0 3,.60 5 1849 2047 0,.9279 0,.9803 0,.9965 1.0036

10,.0 3,.60 6 2312 2587 0,.9279 0,.9731 0,.9937 1.0040

10,.0 3,.60 12 5236 6428 0,.9279 0,.9317 0,.9519 1.0103

10,.0 3,.60 13 5661 7097 0,.9279 0,.9250 0,.9404 1.0120

10,.0 3,.60 21 10109 12836 0,.9279 0,.8746 0..9768 1.0066

10,.0 3,.60 22 10039 12890 0,.9279 0..8686 0,.9731 1.0071

10,.0 3,.60 23 10468 13596 0..9279 0,.8627 0,.9691 1.0077

10,.0 3,.60 25 10991 14625 0,.9279 0,.8512 0,.9601 1.0091

10,.0 3,.60 26 11452 15433 0,.9279 0,.8455 0,.9551 1.0098

10,.0 3,.60 27 11725 16008 0..9279 0,.8399 0,.9498 1.0106

10,.0 3,.60 28 12124 16777 0..9279 0,.8344 0,.9440 1.0115

10,.0 3,.60 29 12588 17663 0..9279 0,.8289 0,.9380 1.0124

10,.0 3,.60 30 12677 18044 0,.9279 0,.8236 0,.9316 1.0133

10,.0 3,.60 32 13212 19375 0,.9279 0,.8130 0,.9178 1.0154

10,.0 3,.60 33 13382 19931 0,.9279 0,.8079 0,.9104 1.0165

10,.0 3,.60 34 13411 20295 0,.9279 0,.8028 0,.9027 1.0177

10,.0 3,.60 39 14446 23825 0,.9279 0,.7786 0,.8595 1.0241

10,.0 3,.60 40 14404 24196 0,.9279 0,.7740 0,.8500 1.0255

10,.0 3,.60 41 14524 24861 0,.9279 0,.7694 0..8403 1.0270

10,.0 3,.60 42 14653 25514 0,.9279 0,.7650 0..8319 1.0282

10,.0 3,.60 45 14549 26859 0,.9279 0..7520 0.,8017 1.0328

10,.0 3,.60 65 20929 37926 0,.9279 0.,6828 0,,8883 1.0198

10,.0 3,.60 66 21137 38712 0,.9279 0.,6801 0.,8830 1.0206

10,.0 3,.60 72 21435 41962 0,.9279 0.,6656 0..8484 1.0258

10,.0 3,.60 75 22775 46184 0.,9279 0..6594 0.,8291 1.0287

10,.0 3,.60 76 22689 46566 0.,9279 0.,6574 0.,8224 1.0297

10,.0 3,.60 77 22525 46798 0.,9279 0.,6556 0.,8155 1.0307

12
^0 E

V

Z "^Meas. •"•Gen. p

e R i:(x) And.sotropy

10.0 3.60 78 22453 47229 0. 9279 0. 6538 0. 8085 1. 0318

10.0 3.60 79 21928 46705 0. 9279 0. 6521 0. 8014 1. 0328

10.0 4.60 4 858 900 0. 9626 0. 9939 0. 9993 1. 0032

10.0 4.60 5 1167 1234 0. 9626 0. 9872 0. 9985 1. 0033

10.0 4.60 6 1549 1651 0. 9626 0. 9806 0. 9972 1, 0035

10.0 4.60 12 3545 4022 0. 9626 0. 9422 0. 9780 1. 0064

10.0 4.60 13 4059 4665 0. 9626 0. 9361 0. 9726 1. 0072

10.0 4.60 14 4278 4984 0, 9626 0. 9300 0. 9665 1. 0081

10.0 4.60 23 7946 9584 0. 9626 0. 8783 0. 9858 1. 0052

10.0 4.60 25 7949 9754 0. 9626 0. 8675 0, 9816 1. 0059

10.0 4.60 26 8350 10337 0. 9626 0. 8623 0. 9792 1. 0062

10.0 4.60 27 8488 10603 0. 9626 0. 8570 0, 9767 1. 0066

10.0 4.60 28 8622 10870 0. 9626 0. 8519 9740 1 0070

10.0 4.60 29 9198 11705 9626 0. 8468 9711 1 0074

10.0 4.60 30 9495 12199 9626 8418 9680 1 0079

10.0 4.60 32 9841 12894 9626 8320 9614 1 0089

10.0 4.60 33 9993 13226 9626 8272 9577 1 0094

10.0 4.60 34 10242 13696 9626 8225 9539 1 0100

10.0 4.60 39 11142 15729 9626 7998 9322 1 0132

10.0 4.60 40 11136 15901 9626 7955 9274 1 0140

10.0 4.60 41 11527 16651 9626 7912 .9223 1 0147

10.0 4.60 42 12024 17560 9626 7870 .9177 1 0154

10.0 4.60 45 12150 18392 9626 7748 .9015 1 0178

10.0 4.60 46 12095 18534 9626 .7709 .8959 1 .0187

10.0 4.60 47 12163 18870 .9626 .7670 .8901 1 .0195

10.0 4.60 48 12204 19170 .9626 .7632 .8842 1 .0204

10.0 4.60 65 16518 25896 .9626 .7090 .9451 1 .0113

10.0 4.60 66 16798 26518 .9626 .7064 .9424 1 .0117

10.0 4.60 72 17164 28266 .9626 .6923 .9243 1 .0144

10.0 4.60 73 17914 29715 .9626 .6902 .9209 1 .0149

10.0 4.60 74 18513 30931 .9626 .6882 .9174 1 .0155

10.0 4.60 75 18453 31057 .9626 .6862 .9139 1 .0160

10.0 4.60 76 18470 31315 .9626 .6843 .9102 1 .0165

10.0 4.60 77 18676 31898 .9626 .6824 .9065 1 .0171

10.0 4.60 78 18811 32370 .9626 .6807 .9026 1 .0177

10.0 4.60 79 18511 32093 .9626 .6789 .8986 1 .0183

10.0 4.60 83 18595 33238 .9626 .6728 .8818 1 .0208

10.0 6.25 4 378 383 .9837 1 .0057 .9998 1 .0031

10.0 6.25 5 517 527 .9837 1 .0003 .9995 1 .0032

10.0 6.25 6 700 718 .9837 .9949 .9991 1 .0032

10.0 6.25 13 2052 2205 .9837 .9587 .9911 1 .0044

10.0 6.25 14 2102 2276 .9837 .9537 .9891 1 .0047

10.0 6.25 21 3264 3753 .9837 .9203 .9682 1 .0079

10.0 6.25 22 3453 4009 .9837 .9157 .9642 1 .0085

10.0 6.25 23 3571 4187 .9837 .9112 .9600 1 .0091

10.0 6.25 24 3698 4381 .9837 .9068 .9556 1 .0097

10.0 6.25 27 4558 5247 .9837 .8937 .9924 1 .0042

10.0 6.25 28 4821 5581 .9837 .8895 .9915 1 .0044

10.0 6.25 29 4841 5638 .9837 .8853 .9905 1 .0045

10.0 6.25 30 5040 5904 .9837 .8811 .9895 1 .0047

10.0 6.25 32 5296 6278 .9837 .8730 .9872 1 .0050

10.0 6.25 33 5447 6496 .9837 .8690 .9860 1 .0052

10.0 6.25 34 5581 6696 .9837 .8650 .9847 1 .0054

10.0 6.25 39 6321 7822 .9837 .8461 .9773 1 .0065

10.0 6.25 40 6329 7881 .9837 .8424 .9756 1 .0068

10. 6.25 41 6593 8262 .9837 .8389 .9738 1 .0070

13
^0 E'v

z """Meas. ^Gen. P

e R f(x) Anisotropy

10.0 6. 25 42 6733 8490 0.9837 0.8353 0.9721 1.0073

10.0 6 25 45 7271 9346 0.9837 0.8250 0.9663 1.0081

10.0 6 25 46 7240 9367 0.9837 0.8217 0.9643 1.0084

10.0 6 25 47 7282 9483 0.9837 0.8184 0.9621 1.0088

10.0 6 25 48 7541 9885 0.9837 0.8152 0.9600 1.0091

10.0 6 25 51 7624 10192 0.9837 0.8059 0.9531 1.0101

10.0 6 25 52 7899 10630 0.9837 0.8028 0.9507 1.0105

10.0 6 25 72 10314 14397 0.9837 0.7533 0.9735 1.0071

10.0 6 25 73 10778 15106 0.9837 0.7514 0.9723 1.0072

10.0 6 25 74 11249 15828 0.9837 0.7495 0.9710 1.0074

10.0 6 25 75 11391 16093 0.9837 0.7477 0.9697 1.0076

10.0 6 25 76 11611 16469 0.9837 0.7459 0.9684 1.0078

10.0 6 25 77 11629 16559 0.9837 0.7442 0.9670 1.0080

10.0 6 25 78 11707 16737 0.9837 0.7425 0.9655 1.0083

10.0 6 25 79 11500 16506 0.9837 0.7409 0.9640 1.0085

10.0 6 25 83 11801 17206 0.9837 0.7349 0.9577 1.0094

10.0 6 25 92 11605 17522 0.9837 0.7245 0.9405 1.0120

10.0 7 00 4 254 255 0.9881 1.0119 0.9999 1.0031

10.0 7 00 5 381 384 0.9881 1.0072 0.9997 1.0031

10.0 7 00 6 452 458 0.9881 1.0026 0.9995 1.0032

10.0 7 00 12 1245 1302 0.9881 0.9756 0.9957 1.0037

10.0 7 00 13 1406 1479 0.9881 0.9713 0.9947 1.0039

10.0 7 .00 14 1527 1615 0.9881 0.9670 0.9934 1.0041

10.0 7 .00 21 2412 2670 0.9881 0.9381 0.9806 1.0060

10.0 7 00 22 2544 2836 0.9881 0.9341 0.9781 1.0064

10.0 -7 .00 23 2719 3053 0.9881 0.9302 0.9755 1.0068

10.0 7 .00 24 2830 3201 0.9881 0.9263 0.9728 1.0072

10.0 7 .00 25 2937 3348 0.9881 0.9225 0.9699 1.0076

10.0 7 .00 28 3512 3936 0.9881 0.9113 0.9948 1.0039

10.0 7 .00 29 3579 4030 0.9881 0.9076 0.9942 1.0040

10.0 7 .00 30 3780 4276 0.9881 0.9040 0.9936 1.0041

10.0 7 .00 32 3934 4493 0.9881 0.8969 0.9923 1.0043

10.0 7 .00 33 4095 4699 0.9881 0.8934 0.9915 1.0044

10.0 7 .00 34 4152 4787 0.9881 0.8900 0.9907 1.0045

10.0 7 .00 39 4674 5520 0.9881 0.8734 0.9862 1.0052

10.0 7 .00 40 4929 5850 0.9881 0.8702 0.9851 1.0053

10.0 7 .00 41 4979 5938 0.9881 0.8671 0.9840 1.0055

10.0 7 .00 42 5174 6201 0.9881 0.8640 0.9830 1.0056

10.0 7 .00 45 5539 6737 0.9881 0.8549 0.9794 1.0062

10.0 7 .00 46 5506 6730 0.9881 0.8520 0.9781 1.0064

10.0 7 .00 47 5604 6884 0.9881 0.8491 0.9768 1.0066

10.0 7 .00 51 6002 7520 0.9881 0.8380 0.9711 1.0074

10.0 7 .00 52 6133 7722 0.9881 0.8353 0.9696 1.0076

10.0 7 .00 72 8217 10751 0.9881 0.7908 0.9836 1.0056

10.0 7 .00 73 8471 11119 0.9881 0.7890 0.9828 1.0057

10.0 7 .00 74 8839 11638 0.9881 0.7873 0.9820 1.0058

10.0 7 .00 75 8828 11660 0.9881 0.7856 0.9812 1.0059

10.0 7 .00 76 9215 12209 0.9881 0.7839 0.9804 1.0060

10.0 7 .00 77 9175 12193 0.9881 0.7823 0.9795 1.0062

10.0 7 .00 78 9096 12125 0.9881 0.7807 0.9786 1.0063

10.0 7 .00 79 9132 12210 0.9881 0.7792 0.9777 1.0064

10.0 7 .00 83 9421 12748 0.9881 0.7736 0.9737 1.0070

10.0 7 .00 92 9109 12653 0.9881 0.7633 0.9628 1.0087

10.0 7 .60 4 171 173 0.9905 1.0008 0.9999 1.0031

10.0 7 .60 5 248 252 0.9905 0.9968 0.9998 1.0031

10.0 7 .60 6 327 334 0.9905 0.9928 0.9997 1.0032

14
^0 E

V

z ^Meas. """Gen. P

e R f(x) Ani sot ropy

10.0 7.60 12 891 933 0.9905 0.9699 0.9972 1.0035

10.0 7.60 13 1054 1109 0.9905 0.9663 0.9965 1.0036

10.0 7.60 14 1121 1185 0.9905 0.9626 0.9957 1.0037

10.0 7.60 21 1781 1952 0.9905 0.9380 0.9872 1.0050

10.0 7.60 22 1862 2052 0.9905 0.9346 0.9856 1.0053

10.0 7.60 23 2022 2241 0.9905 0.9312 0.9839 1.0055

10.0 7.60 24 2110 2351 0.9905 0.9279 0.9821 1.0058

10.0 7.60 25 2257 2530 0.9905 0.9246 0.9801 1.0061

10.0 7.60 26 2311 2605 0.9905 0.9214 0.9781 1.0064

10.0 7.60 29 2669 2977 0.9905 0.9119 0.9962 1.0037

10.0 7.60 30 2849 3190 0.9905 0.9088 0.9958 1.0037

10.0 7.60 32 2910 3284 0.9905 0.9027 0.9949 1.0039

10.0 7.60 33 3065 3472 0.9905 0.8997 0.9944 1.0039

10.0 7.60 34 3149 3581 0.9905 0.8967 0.9939 1.0040

10.0 7.60 39 3619 4197 0.9905 0.8824 0.9909 1.0045

10.0 7.60 40 3648 4248 0.9905 0.8797 0.9902 1.0046

10.0 7.60 41 3761 4396 0.9905 0.8770 0.9895 1.0047

10.0 7.60 42 3955 4641 0.9905 0.8743 0.9888 1.0048

10.0 7.60 45 4187 4972 0.9905 0.8664 0.9864 1.0051

10.0 7.60 46 4222 5033 0.9905 0.8639 0.9856 1.0053

10.0 7.60 47 4208 5036 0.9905 0.8614 0.9847 1.0054

10.0 7.60 48 4348 5224 0.9905 0.8589 0.9838 1.0055

10.0 7.60 51 4640 5641 0.9905 0.8517 0.9809 1.0060

10.0 7.60 52 4748 5795 0.9905 0.8493 0.9799 1.0061

10.0 7.60 72 6224 7881 0.9905 0.8100 0.9891 1.0047

10.0 7.60 73 6502 8254 0.9905 0.8083 0.9886 1.0048

10.0 7.60 74 6810 8667 0.9905 0.8068 0.9881 1.0049

10.0 7.60 75 6947 8864 0.9905 0.8052 0.9875 1.0050

10.0 7.60 76 7190 9197 0.9905 0.8037 0.9870 1.0050

10.0 7.60 77 7145 9163 0.9905 0.8023 0.9864 1.0051

10.0 7.60 78 7147 9188 0.9905 0.8009 0.9858 1.0052

10.0 7.60 79 6972 8985 0.9905 0.7995 0.9852 1.0053

10.0 7.60 83 7353 9568 0.9905 0.7942 0.9825 1.0057

10.0 7.60 92 7045 9361 0.9905 0.7845 0.9752 1.0068

10.0 8.00 4 133 134 0.9917 1.0030 0.9999 1.0031

10.0 8.00 5 197 199 0.9917 0.9995 0.9999 1.0031

10.0 8.00 6 264 268 0.9917 0.9961 0.9998 1.0031

10.0 8.00 12 693 720 0.9917 0.9763 0.9980 1.0034

10.0 8.00 13 813 848 0.9917 0.9731 0.9974 1.0035

10.0 8.00 14 910 953 0.9917 0.9699 0.9969 1.0036

10.0 8.00 21 1433 1545 0.9917 0.9485 0.9906 1.0045

10.0 8.00 22 1502 1627 0.9917 0.9455 0.9894 1.0047

10.0 8.00 23 1625 1768 0.9917 0.9426 0.9881 1.0049

10.0 8.00 24 1743 1905 0.9917 0.9397 0.9868 1.0051

10.0 8.00 25 1812 1990 0.9917 0.9369 0.9853 1.0053

10.0 8.00 26 1841 2031 0.9917 0.9340 0.9838 1.0055

10.0 8.00 27 1927 2137 0.9917 0.9312 0.9822 1.0058

10.0 8.00 30 2341 2575 0.9917 0.9230 0.9969 1.0036

10.0 8.00 32 2410 2668 0.9917 0.9177 0.9963 1.0037

10.0 8.00 33 2460 2732 0.9917 0.9151 0.9959 1.0037

10.0 8.00 34 2615 2914 0.9917 0.9125 0.9955 1.0038

10.0 8.00 39 2957 3349 0.9917 0.8999 0.9933 1.0041

10.0 8.00 40 3007 3417 0.9917 0.8975 0.9928 1.0042

10.0 8.00 41 3144 3584 0.9917 0.8951 0.9923 1.0043

10.0 8.00 42 3185 3643 0.9917 0.8928 0.9918 1.0043

10.0 8.00 45 3479 4019 0.9917 0.8859 0.9900 1.0046

15
^c) EV

Z In,Meas

.

"""Gen. ^ R i:(x) Anisotropy

10.,0 8..00 46 3475 4027 0.,9917 0,,8836 0.,9894 1.0047

10.,0 8..00 47 3518 4090 0.,9917 0.,8814 0.,9887 1.0048

10.,0 8..00 48 3602 4201 0.,9917 0.,8792 0.,9880 1.0049

10.,0 8.,00 51 3802 4478 0.,9917 0.,8728 0.,9859 1.0052

10.,0 8..00 52 3944 4661 0.,9917 0.,8708 0.,9852 1.0053

10.,0 8..00 74 5712 7010 0..9917 0.,8326 0.,9912 1.0044

10.,0 8..00 75 5835 7177 0..9917 0..8312 0..9907 1.0045

10.,0 8..00 76 6004 7401 0..9917 0.,8298 0..9903 1.0045

10..0 8,.00 77 6045 7467 0..9917 0..8285 0..9899 1.0046

10.,0 8..00 78 5973 7393 0..9917 0..8272 0..9894 1.0047

10..0 8,.00 79 5940 7368 0,.9917 0..8259 0..9890 1.0047

10.,0 8,.00 83 6307 7888 0,.9917 0,.8210 0..9870 1.0050

10..0 8,,00 92 5866 7466 0,.9917 0,.8118 0..9815 1.0059

15.,0 1,.50 4 6091 10748 0,.6171 0,.9730 0,.9534 1.0101

15..0 1,.50 6 8583 17683 0,.6171 0,.9567 0..8439 1.0265

15.,0 1,.50 21 22988 79506 0,.6171 0,.8456 0,.5898 1.0645

15.,0 1,.50 22 22556 85109 0,.6171 0,.8389 0,.5481 1.0707

15.,0 1,.50 23 21936 90661 0,.6171 0,.8323 0,.5073 1.0768

15.,0 1,.50 24 20960 95220 0,.6171 0,.8258 0,.4677 1.0827

15.,0 1,.50 25 20551 102947 0,.6171 0,.8194 0,.4297 1.0884

15..0 1,.50 26 19575 108426 0,.6171 0,.8130 0,.3936 1.0938

15.,0 1,.50 27 18816 115506 0,.6171 0,.8068 0,.3596 1.0989

15.,0 1,.50 28 17893 121976 0,.6171 0,.8006 0..3277 1.1037

15..0 1,.50 29 17655 133865 0..6171 0,.7946 0,.2981 1.1081

15..0 1,.50 30 17083 144260 0,.6171 0,.7886 0,.2707 1.1122

15.,0

- 1,.50 45 38410 193652 0..6171 0..7095 0,.4891 1.0795

15.,0 1,.50 46 37371 198332 0,.6171 0,.7049 0,.4689 1.0826

15.,0 1,.50 51 31089 216519 0,.6171 0,.6835 0..3734 1.0968

15..0 1,.50 52 30185 222579 0,.6171 0..6794 0,.3556 1.0995

15.,0 1,.50 83 46825 284055 0,.6171 0,.5986 0,.4822 1.0806

15..0 2,.00 4 5351 7430 0,.7590 0,.9747 0,.9794 1.0062

15..0 2,.00 5 6802 9768 0,.7590 0,.9666 0,.9580 1.0094

15..0 2,.00 6 8210 12342 0,.7590 0,.9586 0,.9271 1.0140

15,.0 2,.00 21 25729 53414 0,.7590 0,.8488 0,.7751 1.0367

15..0 2,.00 22 26048 56857 0,.7590 0..8421 0,.7462 1.0411

15..0 2,.00 23 26036 59929 0,.7590 0,.8356 0,.7162 1.0456

15..0 2,.00 24 25952 63173 0,.7590 0,.8292 0,.6855 1.0502

15,.0 2,.00 25 25999 67111 0,.7590 0,.8228 0,.6543 1.0548

15,.0 2,.00 26 26149 71764 0,.7590 0..8165 0,.6229 1.0595

15,.0 2,.00 27 25233 73803 0..7590 0..8103 0,.5915 1.0642

15,.0 2,.00 28 24673 77087 0..7590 0,.8042 0,.5604 1.0689

15,.0 2,.00 29 24306 81287 0,.7590 0,.7982 0,.5298 1.0735

15,.0 2,.00 30 24196 86786 0,.7590 0,.7923 .4997 1.0780

15,.0 2,.00 32 23076 95693 0,.7590 0,.7807 0,.4422 1.0866

15,.0 2,.00 33 22447 100309 0..7590 0,.7751 .4149 1.0906

15,.0 2,.00 34 21427 103315 0,.7590 0,.7695 .3887 1.0946

15,.0 2,.00 46 45750 131829 0,.7590 0,.7094 0,.6776 1.0513

15,.0 2,.00 47 44672 133039 0,.7590 0,.7050 .6612 1.0538

15,.0 2,.00 65 29599 182071 0,.7590 0,.6401 .3673 1.0978

15,.0 2,.00 92 47205 188123 0,.7590 0,.5958 0,.5906 1.0644

15,.0 2,.60 4 4348 5296 0,.8524 0,.9768 0,.9904 1.0045

15,.0 2,.60 5 5530 6873 0,.8524 0,.9689 .9802 1.0061

15,.0 2,.60 6 6946 8860 0,.8524 0,.9610 0,.9650 1.0083

15,.0 2,.60 13 12516 23291 0,.8524 0,.9081 0,.7249 1.0443

15,.0 2,.60 14 12138 24470 0,.8524 0..9008 .6790 1.0511

15,.0 2,.60 21 24776 39464 0,.8524 0,.8527 0,.8816 1.0208

16
^0 E

V

Z ""Meas. ^Gen. p

e R f(x) Anisotropy

15.,0 2,.60 23 25030 42389 0,.8524 0.,8398 0.8464 1.,0261

15..0 2,.60 24 25243 44198 0,.8524 0.,8334 0.8272 1,.0290

15.,0 2,.60 25 25791 46769 0,,8524 0,,8271 0.8071 1..0320

15.,0 2,.60 26 26525 49904 0,.8524 0,,8209 0.7862 1.,0351

15.,0 2,.60 27 26507 51830 0,.8524 0,.8148 0.7645 1,,0383

15.,0 2,.60 28 25917 52756 0,.8524 0,.8088 0.7422 1.,0417

15.,0 2,.60 29 26190 55589 0,.8524 0,.8029 0.7194 1,.0451

15.,0 2,,60 30 26204 58086 0,.8524 0,.7970 0.6962 1,.0486

15.,0 2..60 32 26214 63659 0,.8524 0,.7856 0.6491 1,.0556

15.,0 2,.60 33 26946 68633 0,.8524 0,.7800 0.6254 1,.0591

15..0 2,.60 34 25543 68325 0,.8524 0,.7745 0.6017 1,.0627

15.,0 2,.60 39 22375 77760 0,.8524 0,.7483 0.4871 1,.0798

15.,0 2,.60 51 42471 98149 0,.8524 0,.6940 0.7599 1,.0390

15.,0 2,.60 52 41646 98551 0,.8524 0,.6901 0.7477 1,.0408

15.,0 2,.60 65 35460 120012 0,.8524 0,.6464 0.5722 1,.0671

15.,0 2,.60 66 35110 122594 0,.8524 0,.6436 0.5581 1,.0692

15.,0 2,.60 73 32971 131818 0,.8524 0,.6266 0.5044 1,.0772

15.,0 2,.60 74 33123 136738 0,.8524 0,.6246 0.4910 1,.0792

15.,0 3,.00 4 3756 4336 0,.8946 0,.9783 0.9937 1,.0040

15.,0 3,.00 5 4708 5523 0,.8946 0,.9704 0.9870 1,.0051

15.,0 3,.00 6 5868 7021 0,.8946 0,.9626 0.9769 1,.0066

15.,0 3,.00 12 11158 16665 0,.8946 0,.9175 0.8380 1,.0273

15.,0 3,.00 14 12169 20365 0,.8946 0,.9031 0.7676 1,.0379

15.,0 3,.00 21 22687 32759 0,.8946 0,.8555 0.9187 1,.0153

15.,0 3,.00 22 23188 34250 0..8946 0,.8490 0.9066 1,.0171

15..0 3,.00 24 23755 36859 0,.8946 0,.8364 0.8796 1,.0211

15.,0 3,.00 25 24064 38343 0,.8946 0,.8301 0.8648 1,.0233

15..0 3,.00 26 25080 41089 0,.8946 0,.8240 0.8492 1,.0257

15.,0 3,.00 27 25071 42289 0,.8946 0,.8180 0.8329 1,.0281

15.,0 3,.00 28 24984 43442 0,.8946 0,.8120 0.8159 1,.0306

15..0 3,.00 29 25534 45828 0..8946 0,.8061 0.7983 1,.0333

15..0 3,.00 30 25681 47631 0,.8946 0,.8004 0.7801 1,.0360

15.,0 3,.00 32 25821 51331 0,.8946 0,.7890 0.7423 1,.0417

15.,0 3,.00 33 26003 53609 0,.8946 0,.7835 0.7229 1,.0446

15.,0 3,.00 34 25792 55208 0,.8946 0,.7780 0.7031 1,.0475

15.,0 3,.00 39 24085 63129 0,.8946 0,.7520 0.6026 1,.0626

15.,0 3,.00 40 23893 65391 0,.8946 0,.7471 0.5825 1,.0656

15..0 3,.00 41 23619 67547 0..8946 0,.7422 0.5627 1,.0685

15..0 3,.00 52 40522 82261 0,.8946 0,.6943 0.8172 1,.0304

15..0 3,.00 65 36865 98888 0,.8946 0..6508 0.6736 1,.0519

15..0 3,.00 66 36403 100060 0,.8946 0,.6480 0.6613 1,.0538

15,.0 3,.00 72 34306 110117 0,.8946 0,.6333 0.5857 1,.0651

15,.0 3,.00 73 34531 113903 0,.8946 0,.6311 0.5729 1,.0670

15..0 3,.00 74 34323 116392 0,.8946 0,.6290 0.5601 1,.0689

15,.0 3,.00 75 34522 120396 .8946 0,.6270 0.5474 1,.0708

15,.0 3,.00 76 34966 115648 .8946 0,.6251 0.5766 1,.0665

15,.0 3,.00 77 34485 117091 .8946 0,.6233 0.5643 1,.0683

15,.0 3,.00 78 35246 111487 0,.8946 0,.6216 0.6040 1,.0623

15,.0 3,.60 4 2767 3063 0,.9279 0,.9805 0.9964 1,.0036

15,.0 3,.60 5 3746 4199 .9279 0,.9728 0.9924 1,.0042

15,.0 3,.60 6 4686 5331 .9279 .9651 0.9865 1,.0051

15,.0 3,.60 12 9746 12903 .9279 .9208 0.9000 1,.0181

15,.0 3 .60 13 10456 14359 .9279 .9137 0.8773 1,.0215

15,.0 3 .60 22 20105 27231 .9279 .8535 0.9431 1,.0116

,15,.0 3 .60 23 20088 27684 .9279 .8472 0.9348 1,.0129

15,.0 3 .60 25 20883 29870 .9279 .8349 0.9165 1,.0156

17
^0 EV Z Meas . ""Gen.

p e R f(x) Anisotropy

15.0 3.,60 26 21464 31315 0.,9279 0. 8289 0.9064 1.0171

15.0 3.,60 27 21930 32663 0.,9279 0.,8229 0.8957 1.0187

15.0 3..60 28 22235 33836 0.,9279 0.,8171 0.8844 1.0204

15.0 3..60 29 22596 35162 0.,9279 0.,8113 0.8725 1.0222

15.0 3.,60 30 22843 36379 0.,9279 0.,8056 0.8602 1.0240

15.0 3.,60 32 23598 39459 0.,9279 0.,7944 0.8339 1.0280

15.0 3.,60 33 23685 40633 0..9279 0.,7890 0.8201 1.0300

15.0 3.,60 34 23680 41710 0.,9279 0.,7836 0.8059 1.0321

15.0 3.,60 39 23905 48597 0.,9279 0.,7580 0.7298 1.0435

15.0 3.,60 40 23786 49868 0.,9279 0.,7531 0.7139 1.0459

15.0 3..60 41 23770 51427 0.,9279 0.,7483 0.6978 1.0483

15.0 3..60 42 23734 52812 0.,9279 0..7436 0.6841 1.0504

15.0 3,.60 45 22985 56379 0.,9279 0,.7299 0.6365 1.0575

15.0 3,.60 65 35281 76778 0.,9279 0..6579 0.7799 1.0360

15.0 3,.60 66 35205 77968 0.,9279 0..6551 0.7706 1.0374

15.0 3,.60 72 34329 84994 0..9279 0..6404 0.7111 1.0463

15.0 3,.60 73 35167 88794 0,.9279 0,.6382 0.7007 1.0479

15.0 3,.60 74 35941 92574 0,.9279 0,.6362 0.6902 1.0495

15.0 3,.60 75 35269 92700 0..9279 0,.6342 0.6795 1.0510

15.0 3,.60 76 34930 93712 0,.9279 0,.6322 0.6688 1.0527

15.0 3,.60 77 34402 94235 0..9279 0,.6304 0.6579 1.0543

15.0 3..60 78 34460 96409 0,.9279 0,.6287 0.6470 1.0559

15.0 3,.60 79 33776 96538 0,.9279 0,.6270 0.6360 1.0576

15.0 3,.60 83 33377 89815 0,.9279 0,.6211 0.6779 1.0513

15.0 4,.60 4 1921 2038 0,.9626 0,.9843 0.9983 1.0034

15.0 4,.60 5 2598 2783 0,.9626 0,.9768 0.9964 1.0036

15.0 4,.60 6 3305 3579 0,.9626 0,.9694 0.9936 1.0041

15.0 4,.60 12 7498 8940 0,.9626 0,.9266 0.9502 1.0106

15.0 4,.60 13 8114 9889 0..9626 0,.9198 0.9382 1.0124

15.0 4,.60 14 8582 10710 0,.9626 0,.9130 0.9248 1.0143

15.0 4,.60 24 16590 21250 0,.9626 0,.8495 0.9630 1.0086

15.0 4,.60 25 16426 21311 0,.9626 0,.8435 0.9581 1.0094

15.0 4 .60 27 17295 23050 0,.9626 0,.8319 0.9472 1.0110

15.0 4,.60 28 17532 23697 0,.9626 0,.8263 0.9412 1.0119

15.0 4,.60 29 17819 24438 0,.9626 0,.8206 0.9349 1.0128

15.0 4 .60 30 18595 25885 0,.9626 0,.8151 0.9282 1.0138

15.0 4 .60 32 19613 28167 0,.9626 .8043 0.9137 1.0160

15.0 4 .60 33 19607 28621 0,.9626 .7990 0.9060 1.0172

15.0 4 .60 34 19691 29227 0,.9626 0,.7938 0.8979 1.0184

15.0 4 .60 40 21027 34807 0,.9626 0,.7641 0.8431 1.0266

15.0 4 .60 41 21406 36138 0,.9626 .7595 0.8330 1.0281

15.0 4 .60 42 22003 37832 0,.9626 .7549 0.8239 1.0294

15.0 4 .60 45 21873 39987 0,.9626 .7416 0.7924 1.0342

15.0 4 .60 46 21761 40627 0,.9626 .7373 0.7817 1.0358

15.0 4 .60 47 21788 41551 0,.9626 .7331 0.7708 1.0374

15.0 4 .60 48 21605 42095 .9626 .7290 0.7599 1.0390

15.0 4 .60 66 31157 56647 .9626 .6682 0.8739 1.0220

15.0 4 .60 72 30933 60360 .9626 .6536 0.8369 1.0275

15.0 4 .60 73 32009 63235 .9626 .6515 0.8302 1.0285

15.0 4 .60 74 32124 64258 0,.9626 .6494 0.8234 1.0295

15.0 4 .60 75 32088 65002 .9626 .6474 0.8164 1.0306

15.0 4 .60 76 32348 66372 .9626 .6454 0.8092 1.0316

15.0 4 .60 77 31774 66046 0,.9626 .6436 0.8020 1.0327

15.0 4 .60 78 32233 67885 0,.9626 .6418 0.7945 1.0338

15.0 4 .60 79 31924 68133 0,.9626 .6401 0.7870 1.0350

15.0 4 .60 83 30548 68872 0,.9626 0,.6341 0.7554 1.0397
^0 E

V

z """Meas. "Gen. p

e R i:(x) Anisotropy

15.0 6 25 4 973 1002 9837 9911 9994 1 0032

15.0 6 25 5 1388 1440 9837 9841 9987 1 0033

15.0 6 25 6 1738 1818 9837 9772 9976 1 0035

15.0 6 25 12 4425 4922 9837 9375 9807 1 0060

15.0 6 25 13 4954 5580 9837 9311 9758 1 0067

15.0 6 25 14 5232 5972 9837 9248 9703 1 0075

15.0 6 25 21 7422 9484 9837 8826 9155 1 0157

15.0 6 25 22 7808 10168 9837 8769 9055 1 0172

15.0 6 25 23 7939 10544 9837 8712 8951 1 0188

15.0 6 25 27 10934 13450 9837 8492 9791 1 0062

15.0 6 25 28 11267 13987 9837 8439 9767 1 0066

15.0 6 25 29 11682 14637 9837 8387 9741 1 0070

15.0 6 25 30 11848 14986 9837 8335 9713 1 0074

15.0 6 25 32 12713 16394 9837 8233 9653 1 .0083

15.0 6 25 33 12824 16702 9837 8184 9621 1 0088

15.0 6 25 34 12981 17078 9837 8135 9586 1 .0093

15.0 6 25 39 13994 19408 9837 .7901 .9391 1 .0122

15.0 6 25 40 14392 20181 9837 .7856 .9346 1 .0129

15.0 6 25 41 14675 20809 .9837 .7812 .9301 1 .0136

15.0 6 25 42 15393 22066 .9837 .7769 .9258 1 .0142

15.0 6 25 45 16146 23962 9837 .7643 .9109 1 .0164

15.0 6 25 46 15895 23869 .9837 .7603 .9057 1 .0172

15.0 6 25 47 16321 24802 .9837 .7563 .9004 1 .0180

15.0 6 .25 48 16581 25502 .9837 .7524 .8949 1 .0188

15.0 6 25 51 16617 26513 .9837 .7411 .8780 1 .0214

15.0 6 25 52 16605 26824 .9837 .7375 .8722 1 .0222

15.0 6 .25 72 22249 36285 .9837 .6800 .9292 1 .0137

15.0 6 .25 73 23156 38029 .9837 .6778 .9261 1 .0142

15.0 6 .25 74 23633 39088 .9837 .6758 .9228 1 .0146

15.0 6 .25 75 23518 39174 .9837 .6738 .9195 1 .0151

15.0 6 25 76 23895 40085 .9837 .6719 .9160 1 .0157

15.0 6 .25 77 23926 40425 .9837 .6700 .9125 1 .0162

15.0 6 .25 78 24321 41389 .9837 .6682 .9089 1 .0167

15.0 6 .25 79 23978 41101 .9837 .6665 .9051 1 .0173

15.0 6 .25 83 23528 41527 .9837 .6604 .8893 1 .0197

15.0 6 .25 92 23457 44347 .9837 .6507 .8477 1 .0259

15.0 7 .00 4 755 771 .9881 .9943 .9996 1 .0032

15.0 7 .00 5 1044 1074 .9881 .9877 .9991 1 .0032

15.0 7 .00 6 1402 1454 .9881 .9811 .9984 1 .0033

15.0 7 .00 12 3484 3809 .9881 .9430 .9867 1 .0051

15.0 7 .00 13 3937 4349 .9881 .9369 .9834 1 .0056

15.0 7 .00 14 4254 4751 .9881 .9308 .9796 1 .0062

15.0 7 .00 21 6199 7579 .9881 .8904 .9408 1 .0120

15.0 7 .00 22 6488 8052 .9881 .8849 .9336 1 .0130

15.0 7 .00 23 6838 8618 .9881 .8794 .9260 1 .0142

15.0 7 .00 24 6936 8882 .9881 .8740 .9181 1 .0154

15.0 7 .00 25 7235 9418 .9881 .8687 .9098 1 .0166

15.0 7 .00 29 9517 11630 .9881 .8482 .9821 1 .0058

15.0 7 .00 30 9792 12064 .9881 .8432 .9802 1 .0061

15.0 7 .00 32 10162 12729 .9881 .8334 .9760 1 .0067

15.0 7 .00 33 10486 13246 .9881 .8286 .9737 1 .0070

15.0 7 .00 34 10599 13503 .9881 .8239 .9713 1 .0074

15.0 7 .00 39 11762 15661 .9881 .8014 .9575 1 .0095

15.0 7 .00 40 12251 16462 .9881 .7971 .9544 1 .0099

15.0 7 .00 41 12614 17106 .9881 .7928 .9511 1 .0104

15.0 7 .00 42 12889 17638 .9881 .7886 .9480 1 .0109

19
^0 I"v Z Meas .

""Gen.

p e R i:(x) Anisotropy

15.,0 7.,00 45 13541 19064 0,.9881 0..7765 0.,9374 1.0125

15.,0 7..00 46 13651 19404 0,.9881 0..7726 0..9336 1.0130

15.,0 7..00 47 13897 19946 0,.9881 0,.7687 0..9297 1.0136

15.,0 7..00 48 13218 19158 0..9881 0,.7650 0..9258 1.0142

15.,0 7..00 51 14260 21291 0,.9881 0,.7540 0..9134 1.0161

15.,0 7..00 52 14583 21993 0,.9881 0,.7505 0..9091 1.0167

15.,0 7..00 74 20237 31751 0,.9881 0,.6902 0..9452 1.0113

15.,0 7..00 75 20014 31583 0,.9881 0..6882 0..9428 1.0117

15,,0 7.,00 76 20559 32631 0..9881 0,.6863 0..9403 1.0120

15.,0 7..00 77 20566 32832 0,.9881 0,.6845 0,.9377 1.0124

15.,0 7..00 78 20989 33703 0,.9881 0,.6827 0,.9351 1.0128

15.,0 7,.00 79 20791 33579 0,.9881 0,.6810 0,.9324 1.0132

15.,0 7 ,.00 83 20444 33800 0,.9881 0,.6748 0,.9207 1.0150

15.,0 7..00 92 20864 36391 0,.9881 0,.6649 0,.8899 1.0196

15.,0 7,.60 4 614 624 0,.9905 0,.9970 0,.9997 1.0031

15.,0 7..60 5 852 872 0,.9905 0,.9907 0..9993 1.0032

15.,0 7..60 6 1123 1157 0,.9905 0,.9843 0,.9988 1.0033

15.,0 7.,60 12 2994 3236 0,.9905 0,.9477 0,.9900 1.0046

15.,0 7,.60 13 3351 3656 0,.9905 0,.9419 0,.9875 1.0050

15.,0 7,.60 14 3605 3971 0,.9905 0,.9360 0,.9846 1.0054

15.,0 7,.60 21 5396 6422 0,.9905 0,.8971 0,.9550 1.0098

15.,0 7,.60 22 5647 6805 0,.9905 0,.8918 0,.9494 1.0107

15..0 7,.60 23 5960 7277 0,.9905 0,.8866 0,.9435 1.0115

15..0 7,.60 24 6150 7610 0,.9905 0,.8814 0,.9373 1.0125

15..0 7..60 25 6358 7975 0,.9905 0,.8763 0,.9309 1.0134

15,,0 7..60 26 6595 8390 0,.9905 0,.8712 0,.9241 1.0145

15.,0 7..60 29 8289 9957 0,.9905 0,.8564 0,.9865 1.0051

15.,0 7,.60 30 8346 10099 0,.9905 0,.8516 0,.9850 1.0053

15.,0 7..60 32 8907 10938 0,.9905 0,.8422 0,.9818 1.0058

15.,0 7,.60 33 9162 11337 0,.9905 0,.8376 0,.9801 1.0061

15..0 7..60 34 9056 11291 0,.9905 0,.8331 0,.9783 1.0064

15..0 7,.60 39 10301 13352 0,.9905 0,.8113 0,.9677 1.0079

15,,0 7,.60 40 10590 13836 0,.9905 0,.8071 0,.9654 1.0083

15,.0 7,.60 41 10817 14247 0,.9905 0,.8030 0,.9629 1.0087

15,.0 7,.60 42 11152 14806 0,.9905 0,.7990 0,.9604 1.0090

15,.0 7,.60 45 11802 16059 0,.9905 0,.7872 0,.9522 1.0102

15..0 7,.60 46 11915 16348 0,.9905 0,.7834 0,.9493 1.0107

15,.0 7,.60 47 12190 16865 0,.9905 0,.7797 0,.9463 1.0111

15,.0 7,.60 48 12411 17316 0,.9905 0,.7760 0,.9433 1.0116

15,.0 7,.60 51 12796 18314 0,.9905 0,.7654 0,.9336 1.0130

15,.0 7,.60 52 12735 18384 0,.9905 0,.7620 0,.9302 1.0135

15,.0 7,.60 73 17641 26563 .9905 0,.7051 0,.9597 1.0091

15,.0 7,.60 77 18189 27943 0,.9905 0,.6974 0,.9521 1.0103

15,.0 7,.60 78 18610 28733 0,.9905 0,.6956 0,.9500 1.0106

15,.0 7,.60 79 18430 28598 0,.9905 0,.6939 0,.9479 1.0109

15,.0 7,.60 83 18004 28498 0,.9905 0,.6877 0,.9388 1.0123

15,.0 7,.60 92 18618 30819 0,.9905 0,.6776 0,.9145 1.0159

15,.0 8 .00 4 518 525 0,.9917 0,.9989 0,.9997 1.0031

15,.0 8 .00 5 766 781 0,.9917 0,.9927 0,.9994 1.0032

15,.0 8,.00 6 1002 1029 0,.9917 0,.9866 0,.9990 1.0033

15,.0 8 .00 12 2642 2837 0,.9917 0,.9511 0,.9917 1.0043

15,.0 8 .00 13 3038 3290 0,.9917 0,.9454 0,.9896 1.0047

15,.0 8 .00 14 3235 3534 0,.9917 0,.9397 0,.9872 1.0050

15,.0 8 .00 21 4957 5810 0,.9917 0,.9019 0,.9623 1.0087

15,.0 8 .00 22 5103 6049 0,.9917 0,.8967 0,.9576 1.0094

15,.0 8 .00 23 5455 6542 0,.9917 0,.8916 0..9527 1.0102

20
^0 E

V

Z ^Neas. """Gen. p

e R i:(x) Anisotropy

15.0 8.00 24 5643 6849 0.,9917 0.,8866 0.,9474 1.,0110

15.0 8.00 25 5961 7323 0..9917 0.,8816 0.,9419 1.,0118

15.0 8.00 26 6092 7579 0.,9917 0.,8767 0.,9362 1.,0126

15.0 8.00 30 7585 9075 0.,9917 0.,8577 0.,9875 1.,0050

15.0 8.00 32 8086 9810 0.,9917 0.,8485 0.,9848 1.,0054

15.0 8.00 33 8283 10119 0.,9917 0.,8440 0.,9834 1.,0056

15.0 8.00 34 8424 10364 0.,9917 0.,8396 0.,9819 1.,0058

15.0 8.00 39 9560 12192 0.,9917 0.,8183 0.,9730 1.,0071

15.0 8.00 40 9510 12218 0.,9917 0.,8143 0.,9710 1.,0074

15.0 8.00 41 9795 12677 0.,9917 0.,8103 0.,9690 1.,0077

15.0 8.00 42 10358 13505 0.,9917 0.,8063 0.,9669 1.,0081

15.0 8.00 45 10908 14545 0.,9917 0.,7949 0.,9600 1.,0091

15.0 8.00 46 10760 14457 0.,9917 0.,7912 0.,9575 1,.0095

15.0 8.00 47 11122 15058 0.,9917 0.,7875 0.,9550 1,.0098

15.0 8.00 48 11261 15363 0.,9917 0.,7840 0.,9524 1,.0102

15.0 8.00 51 11591 16184 0.,9917 0.,7736 0,.9442 1,.0114

15.0 8.00 52 11811 16620 0..9917 0.,7703 0..9413 1,.0119

15.0 8.00 74 16601 24569 0,.9917 0,,7123 0,.9645 1,.0084

15.0 8.00 75 16500 24532 0,.9917 0,.7104 0,.9629 1,.0086

15.0 8.00 78 17251 26003 0,.9917 0,.7050 0,.9579 1,.0094

15.0 8.00 79 17093 25883 0,.9917 0,.7033 0..9561 1,.0097

15.0 8.00 83 16781 25873 0,.9917 0,.6971 0,.9483 1,.0108

15.0 8.00 92 16851 27043 0,.9917 0,.6868 0,.9276 1,.0139

15.0 8.70 4 430 433 0,.9934 1

,

.0023 0,.9998 1,.0031

15.0 8.70 5 577 585 0,.9934 0,.9965 0,.9996 1,.0032

15.0 8.70 6 805 821 0,.9934 0,.9907 0,.9993 1,.0032

15.0 8.70 12 2212 2350 0,.9934 0,.9572 0,.9940 1,.0040

15.0 8.70 13 2432 2603 0,.9934 0,.9519 0,.9924 1,.0042

15.0 8.70 14 2619 2824 0,.9934 0,.9465 0,.9907 1,.0045

15.0 8.70 21 4042 4628 0,.9934 0..9109 0..9723 1..0072

15.0 8.70 22 4405 5091 0,.9934 0..9060 0..9688 1..0078

15.0 8.70 23 4437 5178 0,.9934 0,.9012 0,.9651 1,.0083

15.0 8.70 24 4693 5532 0,.9934 0..8964 0,.9612 1,.0089

15.0 8.70 25 5032 5992 0,.9934 0,.8917 0,.9570 1,.0095

15.0 8.70 26 5028 6050 0,.9934 0,.8871 0,.9527 1,.0102

15.0 8.70 27 5228 6358 0,.9934 0,.8825 0,.9482 1,.0109

15.0 8.70 28 5254 6459 0,.9934 0,.8779 0,.9435 1,.0116

15.0 8.70 32 6623 7873 0,.9934 0,.8604 0,.9889 1,.0048

15.0 8.70 33 7017 8394 0,.9934 0,.8561 0,.9878 1,.0049

15.0 8.70 34 6899 8304 0,.9934 0,.8519 0,.9867 1,.0051

15.0 8.70 39 7885 9794 .9934 0,.8318 0,.9802 1,.0061

15.0 8.70 40 8012 10016 0,.9934 0,.8279 0,.9787 1,.0063

15.0 8.70 41 8383 10547 .9934 0,.8241 0,.9772 1,.0065

15.0 8.70 42 8776 11112 .9934 0,.8204 0,.9756 1 .0067

15.0 8.70 45 9178 11849 .9934 0,.8095 .9705 1,.0075

15.0 8.70 46 9398 12213 0,.9934 0,.8059 0,.9687 1,.0078

15.0 8.70 47 9651 12624 .9934 .8025 0,.9668 1 .0081

15.0 8.70 48 9617 12662 .9934 .7991 .9648 1 .0084

15.0 8.70 51 9985 13408 .9934 0,.7892 .9587 1 .0093

15.0 8.70 52 10176 13756 .9934 0,.7860 0,.9565 1,.0096

15.0 8.70 73 13850 19670 .9934 0,.7321 0,.9748 1,.0069

15.0 8.70 77 14506 20933 .9934 .7247 .9699 1 .0076

15.0 8.70 78 14766 21392 .9934 .7230 .9686 1 .0078

15.0 8.70 83 14384 21244 .9934 .7152 .9615 1,.0089

15.0 8.70 92 14926 22795 .9934 .7048 .9457 1,.0112

15.0 9.00 4 371 373 .9940 1 .0038 .9998 1 .0031

21
"o I"v z Meas . ^Gen. ^ R f(x) Anisotropy

15.0 9.,00 5 521 527 0,.9940 0,.9982 0,9996 1.0032

15.0 9.,00 6 696 708 0,.9940 0,.9925 0.9994 1.0032

15.0 9.,00 12 1889 1998 0,.9940 0,.9600 0.9947 1.0039

15.0 9..00 13 2196 2339 0,.9940 0,.9548 0.9934 1.0041

15.0 9.,00 14 2400 2575 0..9940 0,.9496 0.9918 1.0043

15.0 9.,00 21 3775 4283 0,.9940 0,.9150 0.9757 1.0067

15.0 9..00 23 4213 4866 0,.9940 0,.9055 0.9693 1.0077

15.0 9.,00 24 4305 5018 0..9940 0,.9009 0.9659 1.0082

15.0 9.,00 25 4620 5436 0,.9940 0,.8963 0.9622 1.0088

15.0 9..00 26 4775 5673 0,.9940 0,.8918 0.9584 1.0093

15.0 9..00 27 5033 6038 0..9940 0,.8873 0.9544 1.0099

15.0 9..00 28 4979 6033 0,.9940 0,.8829 0.9502 1.0105

15.0 9..00 32 6137 7234 0,.9940 0,.8658 0.9903 1.0046

15.0 9,.00 33 6492 7698 0,.9940 0,.8617 0.9893 1.0047

15.0 9,.00 34 6397 7630 0,.9940 0,.8576 0.9883 1.0048

15.0 9,.00 39 7379 9067 0,.9940 0,.8379 0.9826 1.0057

15.0 9..00 40 7544 9326 0,.9940 0,.8342 0.9813 1.0059

15.0 9..00 41 7856 9770 0,.9940 0,.8305 0.9800 1.0061

15.0 9,.00 42 8050 10072 0,.9940 0,.8268 0.9786 1.0063

15.0 9,.00 45 8577 10929 0,.9940 0,.8162 0.9741 1.0070

15.0 9,.00 46 8792 11272 0,.9940 0,.8127 0.9725 1.0072

15.0 9,.00 47 8786 11334 0,.9940 0,.8094 0.9708 1.0075

15.0 9..00 48 9010 11694 0,.9940 0,.8060 0.9691 1.0077

15.0 9,.00 51 9457 12503 0,.9940 0,.7964 0.9637 1.0085

15.0 9,.00 52 9411 12520 0,.9940 0,.7933 0.9618 1.0088

15.0 9,.00 65 10671 15389 0,.9940 0,.7577 0.9328 1.0132

15.0 9,.00 74 13203 18535 0,.9940 0,.7385 0.9767 1.0066

15.0 9,.00 75 13905 19595 0,.9940 0,.7366 0.9757 1.0067

15.0 9,.00 78 13750 19593 0,.9940 0,.7314 0.9723 1.0072

15.0 9,.00 79 13876 19846 0,.9940 0,.7297 0.9711 1.0074

15.0 9,.00 83 13755 19957 0,.9940 0,.7237 0.9660 1.0082

15.0 9,.00 92 13835 20708 0,.9940 0,.7132 0.9520 1.0103

15.0 10,.00 4 249 249 0,.9955 1,.0091 0.9999 1.0031

15.0 10,.00 5 353 354 0,.9955 1,.0041 0.9998 1.0031

15.0 10,.00 6 482 486 0,.9955 0,.9991 0.9996 1.0032

15.0 10,.00 12 1433 1494 0,.9955 0,.9701 0.9966 1.0036

15.0 10,.00 13 1690 1772 0,.9955 0,.9655 0.9958 1.0037

15.0 10,.00 14 1736 1832 0,.9955 0,.9608 0.9948 1.0039

15.0 10,.00 21 2874 3172 0,.9955 0,.9298 0.9843 1.0055

15.0 10,.00 22 3061 3401 0,.9955 0,.9256 0.9823 1.0058

15.0 10,.00 23 3263 3652 0,.9955 0,.9214 0.9801 1.0061

15.0 10,.00 24 3538 3988 0,.9955 0,.9173 0.9779 1.0064

15.0 10,.00 25 3557 4038 0,.9955 0,.9132 0.9755 1.0068

15.0 10,.00 26 3681 4210 0,.9955 0,.9091 0.9729 1.0071

15.0 10,.00 27 3808 4388 0,.9955 0,.9051 0.9703 1.0075

15.0 10,.00 28 3786 4397 0,.9955 0,.9011 0.9675 1.0080

15.0 10,.00 29 4013 4697 0,.9955 0,.8972 0.9646 1.0084

15.0 10,.00 30 4048 4775 0,.9955 0,.8934 0.9616 1.0088

15.0 10,.00 33 5027 5788 0,.9955 0,.8820 0.9931 1.0041

15.0 10,.00 34 4963 5743 0,.9955 0,.8784 0.9925 1.0042

15.0 10,.00 39 5692 6751 0,.9955 0,.8607 0.9888 1.0048

15.0 10,.00 40 5841 6962 0,.9955 0..8573 0.9879 1.0049

15.0 10,.00 41 6180 7402 0,.9955 0..8539 0.9871 1.0050

15.0 10,.00 42 6276 7554 0,.9955 0,.8506 0.9862 1.0052

15.0 10,.00 45 6819 8330 0,.9955 0,.8410 0.9832 1.0056

15.0 10,.00 46 6826 8380 0,.9955 0..8379 0.9822 1.0058

22
Meas Gen R f(x) Anisotropy

15.,0 10.,00 47 7152 8824 0. 9955 0.,8348 0.,9811 1.,0059

15.,0 10.,00 48 6902 8558 0.,9955 0.,8318 0,,9799 1.,0061

15.,0 10.,00 51 7503 9442 0.,9955 0,.8230 0,,9764 1,.0066

15.,0 10.,00 52 7481 9461 0.,9955 0,,8201 0,,9751 1,,0068

15..0 10..00 65 8618 11615 0.,9955 0,.7875 0..9557 1,,0097

15.,0 10,,00 66 8584 11625 0.,9955 0,,7853 0..9539 1,,0100

15.,0 10,,00 72 9315 12653 0.,9955 0,,7732 0..9644 1,,0084

15.,0 10,,00 73 9790 13350 0.,9955 0,,7714 0..9632 1.,0086

15.,0 10,,00 77 10810 14539 0.,9955 0.,7644 0..9826 1..0057

15.,0 10,.00 78 11042 14896 0,,9955 0.,7628 0..9818 1..0058

15.,0 10,.00 83 10764 14735 0,,9955 0.,7554 0..9776 1..0064

15.,0 10,.00 92 11268 15812 0,,9955 0..7450 0..9684 1..0078

15.,0 11,,00 4 179 180 0,,9965 0..9994 0,.9999 1..0031

15.,0 11..00 5 246 249 0,,9965 0..9951 0,.9999 1..0031

15.,0 11,.00 6 340 346 0,,9965 0..9908 0,.9997 1..0031

15.,0 11,.00 12 1001 1046 0,,9965 0..9661 0,.9979 1..0034

15.,0 11..00 13 1137 1193 0..9965 0..9621 0..9973 1,.0035

15.,0 11..00 14 1275 1345 0..9965 0..9581 0..9967 1,.0036

15.,0 11..00 21 2014 2202 0..9965 0,.9315 0,.9900 1,.0046

15.,0 11..00 22 2255 2478 0..9965 0,.9279 0,.9887 1,.0048

15.,0 11..00 23 2326 2571 0..9965 0,.9242 0,.9873 1,.0050

15.,0 11,.00 24 2556 2841 0..9965 0,.9207 0,.9859 1,.0052

15.,0 11,.00 25 2584 2888 0..9965 0,.9171 0,.9843 1,.0054

15,,0 11,.00 26 2784 3129 0,.9965 0,.9136 0,.9827 1,.0057

15.,0 11,.00 27 2842 3213 0,.9965 0,.9102 0,.9810 1,.0059

15.,0 11,.00 28 2909 3308 0,.9965 0,.9068 0,.9792 1,.0062

15.,0 11,.00 29 3088 3532 0,.9965 0,.9034 0,.9773 1,.0065

15.,0 11,.00 30 3206 3689 0,.9965 0,.9001 0,.9754 1,.0068

15..0 11,.00 33 3689 4192 0,.9965 0,.8903 0,.9956 1,.0038

15..0 11,.00 39 4216 4908 0,.9965 0,.8717 0,.9929 1,.0042

15..0 11,.00 40 4395 5138 0,.9965 0,.8688 0,.9923 1,.0042

15..0 11,.00 41 4661 5470 0,.9965 0,.8658 0,.9918 1,.0043

15,.0 11,.00 42 4708 5547 0,.9965 0,.8630 0,.9912 1,.0044

15,.0 11,.00 45 5093 6074 0,.9965 0,.8546 0,.9893 1,.0047

15,.0 11,.00 46 5211 6239 0,.9965 0,.8518 0,.9886 1,.0048

15,.0 11,.00 47 5312 6385 0,.9965 0,.8491 0,.9879 1,.0049

15,.0 11,.00 48 5324 6425 0,.9965 0,.8465 .9872 1,.0050

15,.0 11,.00 51 5733 7001 0,.9965 0,.8388 .9849 1,.0054

15,.0 11,.00 52 5781 7088 0,.9965 0,.8363 .9841 1 .0055

15,.0 11,.00 65 6750 8701 0,.9965 0,.8074 .9714 1 .0074

15,.0 11,.00 66 6867 8885 0,.9965 0,.8054 .9702 1 .0076

15,.0 11 .00 74 8029 10511 0,.9965 .7911 .9754 1,.0068

15,.0 11 .00 75 7761 10191 .9965 .7895 .9746 1 .0069

15,.0 11 .00 76 8057 10612 .9965 .7880 .9737 1 .0070

15,.0 11 .00 79 8648 11268 .9965 .7835 .9878 1 .0049

15,.0 11 .00 92 8690 11663 .9965 .7680 .9796 1 .0062

15,.0 12 .00 4 112 113 .9956 1 .0030 1 .0000 1 .0031

15,.0 12 .00 5 182 183 .9956 .9995 .9999 1 .0031

15 .0 12 .00 6 201 203 .9956 .9961 .9998 1 .0031

15,.0 12 .00 12 683 706 .9956 .9763 .9987 1,.0033

15 .0 12 .00 13 769 798 .9956 .9731 .9984 1 .0033

15 .0 12 .00 14 836 870 .9956 .9699 .9980 1,.0034

15 .0 12 .00 21 1342 1436 .9956 .9485 .9939 1,.0040

15 .0 12 .00 22 1552 1667 .9956 .9455 .9931 1,.0041

15 .0 12 .00 23 1638 1766 .9956 .9426 .9923 1,.0043

15 .0 12 .00 24 1760 1906 .9956 .9397 .9914 1,.0044

23
^c) ^ z ^Meas. ^Gen.

p e R f(x) Anisotropy

15..0 12..00 25 1819 1978 0. 9956 0..9369 0.9905 1.0045

15..0 12..00 26 1932 2110 0.,9956 0..9340 0.9895 1.0047

15..0 12.,00 27 1990 2182 0.,9956 0.,9312 0.9884 1.0048

15.,0 12..00 28 2139 2355 0.,9956 0.,9285 0.9873 1.0050

15.,0 12.,00 29 2197 2430 0.,9956 0.,9257 0.9861 1.0052

15.,0 12.,00 30 2305 2560 0..9956 0.,9230 0.9849 1.0054

15.,0 12.,00 32 2454 2750 0.,9956 0.,9177 0.9824 1.0057

15.,0 12.,00 34 2768 3067 0.,9956 0..9125 0.9971 1.0035

15.,0 12..00 39 3227 3631 0.,9956 0..8999 0.9957 1.0037

15.,0 12.,00 40 3146 3551 0..9956 0..8975 0.9953 1.0038

15.,0 12.,00 41 3399 3848 0.,9956 0..8951 0.9950 1.0038

15.,0 12.,00 42 3462 3931 0.,9956 0,.8928 0.9946 1.0039

15.,0 12.,00 45 3803 4358 0.,9956 0,.8859 0.9935 1.0041

15.,0 12.,00 46 3838 4411 0.,9956 0,.8836 0.9931 1.0041

15.,0 12.,00 47 3863 4453 0.,9956 0,.8814 0.9926 1.0042

15.,0 12.,00 48 3805 4399 0..9956 0,.8792 0.9922 1.0043

15..0 12.,00 51 4095 4777 0..9956 0,.8728 0.9908 1.0045

15.,0 12.,00 52 4290 5020 0,.9956 0,.8708 0.9903 1.0046

15,.0 12.,00 65 5071 6160 0,.9956 0,.8465 0.9824 1.0057

15,.0 12..00 66 5241 6384 0,.9956 0,.8448 0.9817 1.0058

15..0 12,.00 72 5408 6697 0,.9956 0,.8355 0.9771 1.0065

15,.0 12..00 73 5632 6993 0,.9956 0,.8340 0.9763 1.0067

15,.0 12,.00 74 6098 7561 0,.9956 0,.8326 0.9790 1.0062

15,.0 12,.00 77 6230 7725 0,.9956 0..8285 0.9832 1.0056

15,.0 12,.00 78 6225 7736 0,.9956 0..8272 0.9827 1.0057

15,.0 12,.00 83 6363 7889 0,.9956 0..8210 0.9911 1.0044

15,.0 12,.00 92 6526 8218 0,.9956 0..8118 0.9874 1.0050

20,.0 1,.50 4 8159 14903 0,.6171 0..9717 0.9260 1.0142

20,.0 1,.50 5 9640 19413 0,.6171 0,.9634 0.8559 1.0247

20,.0 1,.50 6 9994 23022 0,.6171 0..9552 0.7647 1.0383

20,.0 1,.50 21 25501 118038 0,.6171 0..8433 0.4506 1.0853

20,.0 1,.50 22 24026 125040 0,.6171 0..8366 0.4064 1.0919

20,.0 1,.50 23 22631 132922 0..6171 .8299 0.3651 1.0981

20,.0 1,.50 24 21438 142549 0..6171 .8234 0.3267 1.1038

20..0 1,.50 25 20673 156013 0..6171 .8169 0.2915 1.1091

20,.0 1,.50 26 18946 162588 0..6171 .8105 0.2595 1.1139

20,.0 1,.50 27 18601 181775 0..6171 .8042 0.2306 1.1182

20,.0 1..50 28 17303 192734 0..6171 .7980 0.2046 1.1221

20,.0 1..50 29 16318 207294 0..6171 .7919 0.1813 1.1256

20,.0 1..50 30 15418 223419 0..6171 .7859 0.1606 1.1287

20..0 1..50 46 40619 315743 0..6171 .7017 0.3279 1.1037

20..0 1..50 51 31539 346401 0..6171 .6801 0.2422 1.1165

20..0 1..50 52 30133 355479 .6171 .6761 0.2273 1.1187

20..0 2..00 4 7481 10563 .7590 .9730 0.9668 1.0081

20..0 2..00 5 9197 13639 0,.7590 .9648 0.9329 1.0131

20..0 2..00 6 10863 17244 0,.7590 .9567 0.8851 1.0203

20..0 2..00 12 11547 39909 .7590 .9098 0.4545 1.0847

20..0 2..00 21 31525 77113 .7590 .8456 0.6703 1.0524

20..0 2..00 22 31126 81722 .7590 .8389 0.6329 1.0580

20..0 2..00 23 30237 85522 .7590 .8323 0.5953 1.0637

20..0 2..00 24 29764 91004 0,.7590 .8258 0.5579 1.0692

20..0 2..00 25 29131 96585 0..7590 .8194 0.5212 1.0747

20..0 2..00 26 27605 99530 0,.7590 .8130 0.4854 1.0801

20..0 2..00 27 27454 107925 0..7590 .8068 0.4508 1.0853

20,.0 2..00 28 26093 112088 0..7590 .8006 0.4176 1.0902

20..0 2..00 29 25021 117686 0..7590 0..7946 0.3860 1.0950

24
^c) E

V

z Meas . ""Gen.

p

e R i:(x) Ani sot ropy

20.,0 2.,00 30 24843 128160 0.,7590 0.,7886 0.,3561 1..0994

20,,0 2.,00 32 22742 141721 0.,7590 0.,7769 0..3014 1..1076

20.,0 2.,00 33 21762 149279 0.,7590 0.,7712 0..2768 1..1113

20.,0 2.,00 34 20994 158644 0..7590 0..7655 0..2539 1,.1147

20.,0 2.,00 46 54140 197504 0.,7590 0..7049 0..5485 1,.0707

20.,0 2.,00 65 29920 294168 0.,7590 0..6351 0.,2358 1,.1174

20.,0 2.,60 4 6035 7420 0..8524 0..9745 0..9843 1,.0054

20.,0 2.,60 5 7810 9874 0..8524 0..9664 0.,9678 1,.0079

20..0 2.,60 6 9685 12710 0,.8524 0,.9584 0,.9435 1,.0116

20.,0 2..60 13 14002 31937 0..8524 0..9046 0.,6040 1,.0624

20.,0 2.,60 14 13126 33538 0..8524 0,.8973 0.,5479 1,.0707

20.,0 2.,60 23 31892 60738 0..8524 0,.8353 0,.7656 1,.0382

20.,0 2.,60 24 32004 63906 0..8524 0,.8288 0,.7387 1,.0422

20.,0 2..60 25 32099 67364 0..8524 0,.8224 0,.7111 1,.0463

20.,0 2..60 26 31789 70281 0,.8524 0,.8162 0,.6830 1,.0505

20.,0 2.,60 27 31790 74207 0..8524 0,.8100 0,.6545 1,.0548

20.,0 2..60 28 31267 77224 0,.8524 0,.8039 0,.6258 1,.0591

20.,0 2.,60 29 31215 81735 0,.8524 0,.7979 0,.5971 1,.0634

20..0 2.,60 30 30449 84686 0,.8524 0,.7919 0,.5686 1,.0676

20.,0 2..60 32 29135 91889 0,.8524 0,.7803 0,.5129 1,.0760

20.,0 2,.60 34 28311 101855 0,.8524 0,.7691 0,.4596 1,.0840

20..0 2..60 39 24242 123539 0,.8524 0,.7425 0,.3415 1,.1016

20.,0 2,.60 51 51422 142802 0,.8524 0,.6876 0,.6485 1,.0557

20..0 2,.60 52 50594 145164 0,.8524 0,.6836 0,.6328 1,.0580

20.,0 2,.60 65 39668 185189 0,.8524 0,.6396 0,.4278 1,.0887

20..0 2,.60 66 39159 190609 0,.8524 0..6368 0,.4129 1..0909

20.,0 2,.60 72 35282 222985 0,.8524 0..6220 0,.3293 1,.1034

20..0 2,.60 73 34989 203095 0,.8524 0..6198 0,.3584 1,.0991

20..0 2,.60 74 34224 207231 0,.8524 0,.6177 0,.3453 1,.1011

20,.0 2,.60 75 36155 195065 0,.8524 0..6157 0,.3866 1,.0949

20,.0 3,.00 4 5471 6364 0,.8946 0,.9756 0,.9896 1,.0047

20,.0 3,.00 6 8363 10214 0..8946 0,.9596 0..9622 1..0088

20,.0 3,.00 12 14029 23725 0,.8946 0,.9136 0,.7526 1,.0401

20,.0 3,.00 14 13990 27922 0,.8946 0,.8989 0..6570 1,.0544

20,.0 3,.00 21 31728 48965 0,.8946 0,.8504 0,.8708 1,.0224

20,.0 3,.00 22 31566 50293 0,.8946 0,.8438 0..8524 1,.0252

20,.0 3,.00 24 31056 53041 0,.8946 0,.8309 0,.8123 1..0312

20,.0 3..00 25 31116 55179 0,.8946 0,.8246 0,.7908 1,.0344

20,.0 3,.00 26 31191 57537 0,.8946 0,.8183 0,.7684 1,.0377

20,.0 3,.00 27 31854 61236 0,.8946 0,.8122 0,.7454 1,.0412

20..0 3,.00 28 31848 63917 0,.8946 0,.8061 0,.7218 1,.0447

20,.0 3 .00 29 31780 66700 0,.8946 0,.8001 0,.6978 1,.0483

20,.0 3,.00 30 31762 69825 0,.8946 0,.7942 0,.6735 1,.0520

20,.0 3,.00 32 30973 75054 0,.8946 0,.7827 0,.6243 1,.0593

20,.0 3 .00 33 30854 78666 0,.8946 0,.7771 0,.5997 1,.0630

20,.0 3 .00 34 30346 81514 0,.8946 0,.7715 0,.5753 1,.0666

20,.0 3 .00 39 27569 97758 0,.8946 .7451 0,.4587 1,.0841

20 .0 3 .00 40 26660 100212 .8946 .7401 0,.4369 1,.0873

20 .0 3 .00 41 26363 105122 .8946 .7352 0,.4158 1,.0905

20 .0 3 .00 52 51589 121233 .8946 .6866 .7236 1,.0444

20 .0 3 .00 65 43659 150828 0,.8946 0,.6426 0,.5397 1,.0720

20 .0 3 .00 66 43297 154678 .8946 .6399 0,.5253 1,.0741

20 .0 3 .00 72 39139 172768 0,.8946 .6251 0,.4403 1,.0868

20 .0 3 .00 73 39178 179437 .8946 .6229 0,.4266 1,.0889

.20 .0 3 .00 74 38163 181431 .8946 .6208 0,.4132 1,.0909

20 .0 3 .00 75 38490 190024 .8946 0,.6188 0,.3999 1,.0929

25
"o

E

V

Z Meas . ^Gen.

^ R i:{x) Anisotropy

20 3 00 76 38227 175091 8946 0. 6169 0. 4305 1.0883

20 3 00 77 38083 180738 8946 0. 6151 0. 4175 1.0903

20, 3 00 78 38535 165383 8946 6134 4602 1.0839

20 3 60 4 4132 4603 9279 9772 9939 1.0040

20 3 60 5 5497 6221 9279 9692 9874 1.0050

20. 3 60 6 6778 7823 9279 9614 9776 1.0065

20 3 60 12 12867 18484 9279 9159 8411 1.0269

20 3 .60 13 13702 20778 9279 9086 8072 1.0320

20. 3 .60 22 28302 40355 9279 8469 9075 1.0169

20 3 .60 23 28642 41827 9279 8405 8946 1.0189

20 3 .60 25 28205 43369 9279 8279 8661 1.0231

20 3 .60 26 28839 45591 9279 8217 8507 1.0254

20 3 .60 27 28884 47005 9279 8156 8345 1.0279

20 3 .60 28 29425 49355 9279 8096 8177 1.0304

20 3 .60 29 29886 51732 9279 8037 .8002 1.0330

20 3 .60 30 30041 53730 .9279 7979 .7821 1.0357

20 3 .60 32 29960 57414 .9279 .7864 .7446 1.0413

20 3 .60 33 30519 60641 .9279 7809 .7253 1.0442

20 3 .60 34 29984 61843 .9279 .7754 .7056 1.0471

20 3 .60 39 29336 74012 .9279 .7492 .6055 1.0621

20 3 .60 40 28880 76061 .9279 .7442 .5856 1.0651

20 3 .60 41 28144 77438 .9279 .7393 .5658 1.0681

20 3 .60 42 27729 79298 .9279 .7345 .5492 1.0705

20 3 .60 45 26416 86373 .9279 .7206 .4934 1.0789

20 3 .60 65 44496 116241 .9279 .6474 .6705 1.0524

20 3 .60 66 44507 119169 .9279 .6447 .6582 1.0542

20 3 .60 72 42029 131599 .9279 .6299 .5822 1.0656

20 .0 3 .60 73 42210 135852 .9279 .6277 .5694 1.0675

20 .0 3 .60 74 42604 140998 .9279 .6257 .5566 1.0694

20 .0 3 .60 75 42279 143937 .9279 .6237 .5438 1.0714

20 3 .60 76 41383 144982 .9279 .6218 .5310 1.0733

20 .0 3 .60 77 40571 146325 .9279 .6199 .5182 1.0752

20 .0 3 .60 78 39716 147517 .9279 .6182 .5055 1.0771

20 .0 4 .60 4 3038 3241 .9626 .9800 .9971 1.0035

20 .0 4 .60 5 3965 4280 .9626 .9722 .9939 1.0040

20 .0 4 .60 6 4958 5425 .9626 .9645 .9891 1.0047

20 .0 4 .60 13 11659 15051 .9626 .9128 .8978 1.0184

20 .0 4 .60 14 11748 15702 .9626 .9058 .8766 1.0216

20 .0 4 .60 24 23921 31935 .9626 .8398 .9380 1.0124

20 .0 4 .60 25 23823 32353 .9626 .8337 .9300 1.0136

20 .0 4 .60 27 24496 34498 .9626 .8217 .9123 1.0162

20 .0 4 .60 28 25036 35942 .9626 .8158 .9027 1.0177

20 .0 4 .60 29 25625 37529 .9626 .8100 .8925 1.0192

20 .0 4 .60 30 25944 38788 .9626 .8042 .8819 1.0208

20 .0 4 .60 33 27246 43520 .9626 .7876 .8472 1.0260

20 .0 4 .60 34 27121 44348 .9626 .7822 .8348 1.0278

20 .0 4 .60 42 28915 58222 .9626 .7420 .7260 1.0441

20 .0 4 .60 45 27897 61282 .9626 .7283 .6822 1.0507

20 .0 4 .60 46 27590 62438 .9626 .7239 .6676 1.0528

20 .0 4 .60 66 42708 87885 .9626 .6533 .7984 1.0333

20 .0 4 .60 72 41105 93546 .9626 .6386 .7444 1.0413

20 .0 4 .60 74 41795 98567 .9626 .6343 .7251 1.0442

20 .0 4 .60 75 42016 100910 .9626 .6323 .7153 1.0457

20 .0 4 .60 76 41691 101997 .9626 .6304 .7053 1.0472

20 .0 4 .60 77 41530 103527 .9626 .6286 .6953 1.0487

20 .0 4 .60 78 41642 105798 .9626 6268 .6851 1.0502

26
^0 E

V

z "Meas. """Gen. p

e R i:(x) Anisot ropy

20.0 6 25 6 2924 3090 0. 9837 0. 9698 9957 1 0037

20.0 6 25 4 1689 1751 0, 9837 9847 9989 1 0033

20.0 6 25 5 2225 2328 0. 9837 9772 9976 1 0035

20.0 6 25 14 8053 9559 0. 9837 9136 9477 1 0109

20.0 6 25 13 7629 8887 9837 9203 9572 1 0095

20.0 6 25 12 6770 7750 9837 9272 9657 1 0082

20.0 6 25 22 11147 16074 9837 8623 8397 1 0271

20.0 6 25 23 11280 16753 9837 8562 8230 1 0296

20.0 6 25 29 17807 23322 9837 8215 9542 1 0100

20.0 6 25 21 10734 15044 9837 8684 8558 1 0247

20.0 6 25 28 17012 22010 9837 8271 9587 1 0093

20.0 6 25 27 16754 21420 9837 8328 9630 1 0086

20.0 6 25 39 20733 31182 9837 7699 8945 1 0189

20.0 6 25 33 19032 26249 9837 7999 9334 1 0131

20.0 6 25 32 18551 25245 9837 8052 9390 1 .0122

20.0 6 25 34 19055 26643 9837 7947 9276 1 .0139

20.0 6 25 40 21238 32440 9837 7652 8871 1 .0200

20.0 6 25 47 23119 39590 9837 7342 8314 1 .0283

20.0 6 25 42 21823 34383 9837 7559 8725 1 .0222

20.0 6 25 41 21590 33503 9837 7605 .8796 1 .0211

20.0 6 25 46 22455 37800 9837 7384 .8399 1 .0271

20.0 6 25 45 22557 37337 9837 .7427 .8483 1 .0258

20.0 6 25 48 23035 40134 9837 .7301 .8228 1 .0296

20.0 6 25 51 23042 42331 9837 .7182 .7963 1 .0336

20.0 6 25 52 22753 42559 9837 .7144 .7873 1 .0349

20.0 6 25 74 33793 62246 9837 .6506 .8677 1 .0229

20.0 6 25 72 32581 58820 9837 .6549 .8782 1 .0213

20.0 6 .25 73 33420 60940 9837 .6527 .8730 1 .0221

20.0 6 25 75 33770 62840 .9837 .6486 .8622 1 .0237

20.0 6 .25 77 34076 64737 .9837 .6448 .8509 1 .0254

20.0 6 .25 76 34034 63987 .9837 .6467 .8566 1 .0246

20.0 6 .25 78 34313 65875 .9837 .6431 .8450 1 .0263

20.0 7 .00 4 1344 1384 .9881 .9869 .9992 1 .0032

20.0 7 .00 5 1777 1845 .9881 .9796 .9983 1 .0034

20.0 7 .00 6 2267 2375 .9881 .9724 .9970 1 .0036

20.0 7 .00 12 5697 6392 .9881 .9307 .9757 1 .0067

20.0 7 .00 13 6312 7185 .9881 .9240 .9696 1 .0077

20.0 7 .00 14 6711 7757 .9881 .9174 .9627 1 .0087

20.0 7 .00 21 9402 12410 .9881 .8733 .8946 1 .0189

20.0 7 .00 22 9835 13278 .9881 .8673 .8823 1 .0207

20.0 7 .00 23 10253 14169 .9881 .8613 .8695 1 .0226

20.0 7 .00 24 10284 14560 .9881 .8555 .8562 1 .0246

20.0 7 .00 25 10496 15236 .9881 .8497 .8425 1 .0267

20.0 7 .00 29 15014 19141 .9881 .8273 .9673 1 .0080

20.0 7 .00 30 15492 19962 .9881 .8219 .9638 1 .0085

20.0 7 .00 32 15619 20571 .9881 .8113 .9562 1 .0096

20.0 7 .00 33 16153 21516 .9881 .8062 .9522 1 .0103

20.0 7 .00 34 16464 22184 .9881 .8011 .9479 1 .0109

20.0 7 .00 39 18019 25794 .9881 .7767 .9235 1 .0145

20.0 7 .00 40 18333 26581 .9881 .7721 .9180 1 .0154

20.0 7 .00 41 18911 27775 .9881 .7675 .9124 1 .0162

20.0 7 .00 42 19264 28654 .9881 .7630 .9070 1 .0170

20.0 7 .00 45 20102 31129 .9881 .7500 .8887 1 .0198

20.0 7 .00 46 20299 31870 .9881 .7458 .8823 1 .0207

20.0 7 .00 47 20272 32274 .9881 .7416 .8758 1 .0217

20.0 7 .00 48 20209 32630 .9881 .7376 .8691 1 .0227

27
^c) E"v z Meas . ^Gen.

p e R i:(x) Anisotropy

20.,0 7,.00 51 20546 34632 0,,9881 0.,7259 0.,8484 1.0258

20.,0 7,.00 52 20414 34917 0,,9881 0,.7222 0.,8413 1.0268

20.,0 7,,00 74 30245 52403 0,.9881 0,,6590 0.,9021 1.0177

20.,0 7,,00 76 30509 53746 0,.9881 0,,6551 0,,8937 1.0190

20..0 7,.00 77 30075 53428 0,.9881 0,,6532 0,,8893 1.0197

20.,0 7..00 78 30818 55213 0,,9881 0,.6514 0,,8848 1.0203

20.,0 7,.60 4 1106 1134 0,,9905 0,.9888 0,,9994 1.0032

20.,0 7,,60 5 1510 1560 0,,9905 0,.9816 0,,9987 1.0033

20.,0 7,,60 6 1967 2050 0,,9905 0..9745 0,,9977 1.0034

20.,0 7,,60 12 4978 5519 0,.9905 0..9337 0,,9812 1.0059

20,,0 7,.60 13 5457 6126 0..9905 0,.9271 0,.9764 1.0066

20.,0 7,.60 14 5908 6722 0..9905 0,.9206 0,.9711 1.0074

20.,0 7,.60 21 8334 10622 0..9905 0,.8773 0,.9170 1.0155

20.,0 7,.60 22 8818 11455 0..9905 0,.8714 0..9070 1.0170

20.,0 7..60 23 9162 12139 0..9905 0,.8656 0..8967 1.0186

20..0 7..60 24 9485 12826 0,.9905 0,.8599 0..8858 1.0202

20.,0 7..60 25 9806 13542 0,.9905 0,.8542 0,.8746 1.0219

20,.0 7..60 26 9646 13614 0,.9905 0,.8486 0..8629 1.0236

20.,0 7..60 30 13350 16895 0,.9905 0,.8270 0,.9718 1.0073

20,,0 7..60 32 13767 17768 0,.9905 0,.8166 0,.9659 1.0082

20,,0 7..60 33 14293 18633 0,.9905 0,.8115 0,.9627 1.0087

20,,0 7..60 34 14303 18838 0,.9905 0,.8065 0,.9593 1.0092

20,,0 7..60 39 16244 22566 0,.9905 0,.7825 0,.9400 1.0121

20,,0 7 ,.60 40 16404 23043 0,.9905 0,.7779 0,.9357 1.0127

20,,0 7,.60 41 16584 23561 0,.9905 0,.7734 0,.9312 1.0134

20.,0 7,.60 42 17169 24664 0,.9905 0,.7690 0,.9268 1.0141

20..0 7,.60 45 18156 27010 0,.9905 0,.7562 0,.9121 1.0163

20,.0 7,.60 46 18350 27626 0,.9905 0,.7521 0,.9069 1.0170

20..0 7,.60 47 18176 27695 0,.9905 0,.7480 0,.9016 1.0178

20..0 7,.60 48 18621 28720 0,.9905 0,.7440 0,.8962 1.0186

20..0 7,.60 51 19136 30631 0,.9905 0,.7325 0,.8793 1.0212

20..0 7,.60 52 19222 31157 0,.9905 0,.7288 0,.8735 1.0220

20..0 7,.60 73 27152 44956 0,.9905 0,.6683 0,.9255 1,0143

20..0 7,.60 77 28211 48069 0,.9905 0,.6605 0,.9118 1.0163

20..0 7,.60 78 28440 48813 0,.9905 0,.6587 0,.9081 1.0168

20..0 8,.00 4 961 982 0,.9917 0,.9900 0,.9995 1.0032

20..0 8,.00 5 1320 1360 0,.9917 0,.9830 0,.9989 1.0033

20..0 8 .00 6 1718 1784 0,.9917 0,.9760 0,.9980 1.0034

20..0 8,.00 12 4471 4923 0,.9917 0,.9357 0,.9840 1.0055

20,.0 8,.00 13 4891 5449 .9917 0,.9293 0,.9800 1.0061

20,.0 8 .00 14 5389 6078 0,.9917 0,.9229 0,.9754 1.0068

20,.0 8 .00 21 8072 10094 .9917 0,.8802 0,.9288 1.0138

20,.0 8 .00 22 8162 10383 .9917 0,.8744 0,.9202 1.0150

20,.0 8 .00 23 8543 11063 .9917 0,.8686 0,.9111 1.0164

20,.0 8 .00 24 8826 11642 .9917 0,.8630 0,.9016 1.0178

20,.0 8 .00 25 8907 11974 .9917 .8574 0,.8918 1.0193

20,.0 8 .00 26 9346 12811 .9917 0,.8518 0,.8816 1.0208

20,.0 8 .00 27 9378 13115 .9917 0,.8464 0,.8710 1.0224

20,.0 8 .00 30 12519 15680 .9917 0,.8305 0,.9760 1.0067

20,.0 8 .00 32 12954 16526 0,.9917 0,.8202 0,.9709 1.0075

20,.0 8 .00 33 13032 16781 0,.9917 0,.8152 0,.9681 1.0079

20,.0 8 .00 34 13396 17415 0,.9917 0,.8102 0,.9653 1.0083

20,.0 8 .00 39 14875 20318 0,.9917 0,.7866 0,.9487 1.0108

20,.0 8 .00 40 15159 20920 0,.9917 0,.7821 0,.9449 1.0113

20 .0 8 .00 41 15828 22071 0,.9917 0,.7776 0..9410 1.0119

20 .0 8 .00 42 16040 22597 .9917 0,.7732 0..9372 1.0125

28
^0 E

V

Z ""Meas. ""Gen.

p

e R i:(x) Ani.sotropy

20.0 8.00 45 16812 24457 0. 9917 0. 7606 0.,9245 1. 0144

20.0 8.00 46 17418 25617 0.,9917 0.,7565 0.,9200 1.,0151

20.0 8.00 47 17663 26265 0.,9917 0.,7525 0.,9154 1.,0158

20.0 8.00 48 17391 26150 0.,9917 0.,7485 0.,9107 1.,0165

20.0 8.00 51 17913 27864 0.,9917 0.,7371 0.,8959 1.,0187

20.0 8.00 52 17977 28285 0.,9917 0,,7335 0.,8907 1.,0194

20.0 8.00 74 26238 42803 0.,9917 0.,6713 0.,9328 1.,0131

20.0 8.00 75 26177 42983 0.,9917 0.,6693 0.,9299 1.,0136

20.0 8.00 78 27061 45323 0.,9917 0.,6638 0,,9206 1.,0150

20.0 8.70 4 783 797 0.,9934 0.,9922 0.,9996 1.,0032

20.0 8.70 5 1116 1145 0.,9934 0.,9854 0.,9992 1.,0032

20.0 8.70 6 1436 1484 0.,9934 0.,9786 0.,9985 1.,0033

20.0 8.70 12 3697 4030 0.,9934 0.,9395 0.,9878 1.,0049

20.0 8.70 13 4261 4693 0.,9934 0.,9332 0.,9847 1,,0054

20.0 8.70 14 4536 5050 0.,9934 0.,9270 0,.9812 1,,0059

20.0 8.70 21 6836 8317 0.,9934 0.,8854 0,.9451 1,.0113

20.0 8.70 22 7201 8890 0.,9934 0..8797 0,.9383 1,.0123

20.0 8.70 23 7637 9571 0..9934 0,.8741 0,.9312 1,.0134

20.0 8.70 24 7756 9872 0..9934 0,.8686 0,.9237 1,.0145

20.0 8.70 25 7916 10238 0.,9934 0,.8632 0,.9158 1,.0157

20.0 8.70 26 8258 10858 0,,9934 0,.8578 0,.9077 1,.0169

20.0 8.70 27 8420 11259 0,.9934 0,.8525 0,.8992 1,.0182

20.0 8.70 28 8571 11660 0,.9934 0,.8472 0,.8904 1,.0195

20.0 8.70 32 11185 14016 0,.9934 0,.8269 0,.9777 1,.0064

20.0 8.70 33 11686 14768 0..9934 0,.8220 0,.9756 1..0068

20.0 8.70 34 11711 14925 0,.9934 0,.8172 0,.9734 1,.0071

20.0 8.70 39 13139 17496 0,.9934 0,.7941 0,.9605 1,.0090

20.0 8.70 40 13426 18041 0,.9934 0,.7897 0,.9576 1,.0094

20.0 8.70 41 13987 18967 0,.9934 0..7853 0,.9546 1,.0099

20.0 8.70 42 14185 19410 0..9934 0..7811 0,.9516 1,.0103

20.0 8.70 45 15130 21292 0,,9934 0,.7686 0,.9416 1,.0118

20.0 8.70 46 15206 21604 0,.9934 0,.7647 0,.9381 1 .0124

20.0 8.70 47 15276 21912 0,.9934 0..7607 0,.9344 1 .0129

20.0 8.70 48 15196 22008 0,.9934 0,.7569 0,.9307 1,.0135

20.0 8.70 51 15763 23507 0,.9934 0,.7457 0,.9190 1 .0152

20.0 8.70 52 15917 23973 0,.9934 0,.7421 0,.9149 1 .0158

20.0 8.70 73 22798 35752 0,.9934 0,.6829 0,.9499 1 .0106

20.0 8.70 77 23924 38385 0,.9934 0,.6751 0,.9405 1 .0120

20.0 8.70 78 23953 38651 .9934 0,.6733 .9380 1 .0124

20.0 9.00 4 740 752 .9940 0,.9932 .9997 1 .0032

20.0 9.00 5 1051 1076 .9940 .9865 .9993 1 .0032

20.0 9.00 6 1344 1386 .9940 .9798 .9987 1 .0033

20.0 9.00 12 3453 3749 .9940 .9411 .9891 1 .0047

20.0 9.00 13 3918 4296 .9940 .9349 .9864 1 .0051

20.0 9.00 14 4262 4722 .9940 .9288 .9832 1 .0056

20.0 9.00 21 6568 7912 .9940 .8877 .9507 1 .0105

20.0 9.00 22 7206 8800 .9940 .8821 .9446 1 .0114

20.0 9.00 23 7096 8788 .9940 .8766 .9381 1 .0124

20.0 9.00 24 7410 9311 .9940 .8711 .9313 1 .0134

20.0 9.00 25 7753 9889 .9940 .8658 .9242 1 .0144

20.0 9.00 26 7770 10063 .9940 .8604 .9168 1 .0155

20.0 9.00 27 7976 10493 .9940 .8552 .9091 1 .0167

20.0 9.00 28 8324 11129 .9940 .8500 .9011 1 .0179

20.0 9.00 32 10651 13254 .9940 .8299 .9800 1 .0061

20.0 9.00 33 10824 13579 .9940 .8251 .9781 1 .0064

2 0.0 9.00 34 11071 14002 .9940 .8203 .9761 1 .0067

29
^0 I-1 V

z I..Meas . Gen. p

e R ic(x) Anisotropy

20.,0 9,.00 39 12091 15946 0,.9940 0,.7975 0,.9646 1.0084

20..0 9,.00 40 12833 17070 0..9940 0,.7931 0,.9620 1.0088

20,.0 9,.00 41 13014 17462 0,.9940 0,.7888 0,.9593 1.0092

20.,0 9..00 42 13341 18056 0,.9940 0,.7846 0..9566 1.0096

20..0 9,.00 45 14255 19812 0,.9940 0,.7723 0,.9475 1.0109

20..0 9,.00 46 14368 20149 0,.9940 0,.7683 0,.9444 1.0114

20,.0 9,.00 47 14434 20426 0..9940 0..7645 0,.9411 1.0119

20,.0 9,.00 48 14519 20734 0,.9940 0,.7606 0,.9377 1.0124

20,.0 9,.00 51 15103 22173 0,.9940 0,.7496 0..9270 1.0140

20,.0 9,.00 52 14976 22192 0,.9940 0..7460 0..9233 1.0146

20..0 9,.00 65 16613 27885 0..9940 0,.7061 0,.8682 1.0228

20..0 9,.00 74 21736 33835 0,.9940 0,.6852 0,.9528 1.0102

20..0 9,.00 78 22973 36540 0..9940 0,.6777 0,.9441 1.0115

20..0 10,.00 4 527 533 0..9955 0..9966 0..9998 1.0031

20.,0 10,.00 5 802 817 0..9955 0,.9901 0,.9995 1.0032

20..0 10,.00 6 1010 1036 0..9955 0..9838 0,.9991 1.0032

20..0 10,.00 12 2848 3057 0,.9955 0,.9469 0,.9925 1.0042

20..0 10,.00 13 3238 3506 0,.9955 0,.9410 0,.9905 1.0045

20..0 10,.00 14 3356 3665 0,.9955 0..9352 0,.9883 1.0049

20..0 10,.00 21 5452 6386 0,.9955 0,.8960 0,.9652 1.0083

20..0 10,.00 22 5670 6716 0,.9955 0,.8906 0,.9608 1.0090

20..0 10,.00 23 6213 7444 0,.9955 0,.8853 0,.9562 1.0097

20..0 10,.00 24 6152 7458 0,.9955 0,.8801 0,.9513 1.0104

20..0 10,.00 25 6379 7827 0,.9955 0..8750 0,.9461 1.0112

20..0 10,.00 26 6727 8357 0,.9955 0,.8699 0,.9407 1.0120

20..0 10,.00 27 6898 8678 0,.9955 0,.8649 0,.9351 1.0128

20..0 10,.00 28 7060 8997 0,.9955 0..8599 0,.9292 1.0137

20..0 10,.00 29 7191 9285 0,.9955 0,.8550 0,.9231 1.0146

20..0 10..00 30 7204 9429 0,.9955 0,.8502 0,.9168 1.0155

20..0 10,.00 33 9172 11252 0..9955 0..8361 0,.9847 1.0054

20..0 10,.00 34 9000 11120 0,.9955 0,.8315 0,.9833 1.0056

20..0 10,.00 39 10215 13088 0,.9955 0,.8096 0,.9751 1.0068

20..0 10,.00 40 10496 13547 0..9955 0,.8054 0,.9732 1.0071

20..0 10,.00 41 10732 13955 0,.9955 0,.8012 0,.9713 1.0074

20..0 10,.00 42 11160 14619 0,.9955 0,.7972 0,.9693 1.0077

20,.0 10,.00 45 11972 16040 0..9955 0,.7854 0,.9629 1.0087

20,.0 10,,00 46 11988 16185 0,.9955 0,.7815 0,.9606 1.0090

20,.0 10,.00 47 12173 16560 0,.9955 0,.7778 0,.9582 1.0093

20,.0 10,.00 48 12390 16985 0,.9955 0,.7741 0,.9558 1.0097

20,.0 10,.00 51 12728 17856 0,.9955 0,.7635 0,.9481 1.0109

20,.0 10,.00 52 12936 18290 0,.9955 0,.7600 0,.9454 1.0113

20,.0 10,.00 65 14708 23042 0,.9955 0,.7213 0,.9044 1.0174

20,.0 10,.00 66 14988 23668 0,.9955 0,.7188 0,.9009 1.0179

20,.0 10,.00 72 16214 25407 0,.9955 0,.7049 0,.9228 1.0147

20,.0 10,.00 77 19332 29310 0,.9955 0,.6951 0,.9616 1.0088

20,.0 10,.00 78 20792 31666 0,.9955 0,.6934 0,.9599 1.0091

20,.0 11,.00 4 430 433 0,.9965 1,.0001 0,.9998 1.0031

20,.0 11,.00 5 608 616 0,.9965 0,.9940 0,.9996 1.0032

20,.0 11,.00 6 785 800 0,.9965 0,.9880 0..9994 1.0032

20,.0 11,.00 12 2170 2306 0,.9965 0.,9532 0.,9947 1.0039

20,.0 11,.00 13 2495 2671 0,.9965 0..9476 0.,9933 1.0041

20,.0 11,.00 14 2694 2906 0,.9965 0.,9421 0.,9917 1.0043

20,.0 11,.00 21 4321 4947 0,,9965 0..9050 0.,9752 1.0068

20,,0 11

,

.00 22 4638 5360 0.,9965 0.,8999 0.,9720 1.0073

20,.0 11,.00 23 4923 5743 0.,9965 0.,8949 0.,9686 1.0078

20,.0 11,.00 24 5273 6212 0.,9965 0.,8900 0.,9651 1.0083

30
^c) E

V

z "Meas. ^Gen. p

e R i:(x) Anisot ropy

20.,0 11.,00 25 5350 6366 0.,9965 0.,8851 0.,9613 1.,0089

20.,0 11.,00 26 5519 6634 0.,9965 0.,8803 0..9573 1.,0095

20.,0 11.,00 27 5588 6787 0.,9965 0.,8755 0.,9532 1.,0101

20.,0 11.,00 28 6008 7375 0.,9965 0.,8708 0..9489 1.,0107

20.,0 11.,00 29 5952 7385 0.,9965 0.,8662 0..9444 1.,0114

20.,0 11.,00 30 6248 7837 0.,9965 0..8616 0..9397 1.,0121

20.,0 11.,00 33 7777 9346 0.,9965 0.,8482 0.,9891 1..0047

20.,0 11.,00 39 8559 10686 0.,9965 0.,8230 0..9822 1..0058

20.,0 11.,00 40 8913 11200 0..9965 0.,8190 0..9809 1,.0060

20.,0 11.,00 41 8914 11273 0..9965 0.,8151 0..9795 1,.0062

20.,0 11.,00 42 9306 11845 0.,9965 0.,8112 0..9781 1 ,.0064

20.,0 11.,00 45 10108 13119 0..9965 0..7999 0..9734 1,.0071

20.,0 11..00 46 10352 13523 0..9965 0..7963 0..9718 1,.0073

20.,0 11.,00 47 10114 13299 0..9965 0.,7927 0,.9701 1,.0076

20.,0 11.,00 48 10341 13687 0..9965 0..7892 0,.9683 1,.0078

20.,0 11.,00 51 10732 14486 0..9965 0..7790 0..9627 1,.0087

20.,0 11..00 52 10909 14822 0,.9965 0,.7757 0,.9607 1,.0090

20.,0 11..00 65 12813 18972 0,.9965 0,.7384 0,.9303 1,.0135

20.,0 11..00 66 13129 19568 0,.9965 0,.7360 0,.9276 1,.0139

20..0 11..00 74 15562 23408 0,.9965 0,.7185 0,.9398 1,.0121

20.,0 11..00 75 14618 22099 0,.9965 0,.7165 0,.9378 1,.0124

20..0 12..00 32 5511 6810 0,.9956 0,.8658 0,.9489 1,.0107

20..0 12..00 4 311 312 0,.9956 1,.0038 0,.9999 1,.0031

20.,0 12..00 5 486 491 0,.9956 0,.9982 0,.9998 1,.0031

20.,0 12..00 6 634 644 0,.9956 0,.9925 0,.9995 1,.0032

20.,0 12..00 12 1793 1890 0,.9956 0,.9600 0,.9962 1,.0037

20..0 12..00 13 2014 2137 0,.9956 0,.9548 0,.9952 1,.0038

20..0 12,.00 14 2146 2292 0,.9956 0,.9496 0,.9941 1,.0040

20..0 12,.00 21 3504 3939 0,.9956 0,.9150 0,.9821 1,.0058

20..0 12..00 22 3760 4260 0,.9956 0,.9102 0,.9798 1,.0061

20..0 12,.00 23 3984 4551 0,.9956 0,.9055 0,.9774 1,.0065

20..0 12,.00 24 4225 4865 0,.9956 0,.9009 0,.9748 1,.0069

20,.0 12,.00 25 4384 5091 0,.9956 0,.8963 0,.9720 1,.0073

20,.0 12,.00 26 4537 5313 0,.9956 0,.8918 0,.9691 1,.0077

20,.0 12,.00 27 4706 5559 0,.9956 0,.8873 0,.9661 1,.0082

20,.0 12,.00 28 4965 5916 0,.9956 0,.8829 0,.9629 1,.0086

20,.0 12,.00 29 5116 6151 0,.9956 0,.8786 0,.9596 1,.0091

20,.0 12,.00 30 5075 6157 0,.9956 0,.8743 0,.9562 1,.0097

20,.0 12,.00 34 6486 7695 0,.9956 0,.8576 0,.9914 1,.0044

20,.0 12,.00 39 7009 8552 0,.9956 0,.8379 0,.9872 1,.0050

20,.0 12,.00 40 7298 8955 0,.9956 0,.8342 0,.9863 1,.0052

20,.0 12,.00 41 7446 9188 0,.9956 0,.8305 0,.9853 1,.0053

20,.0 12,.00 42 7841 9730 .9956 0,.8268 0,.9842 1,.0055

20,.0 12,.00 45 8348 10536 .9956 0,.8162 0,.9808 1,.0060

20,.0 12,.00 46 8438 10710 .9956 0,.8127 0,.9796 1,.0061

20,.0 12,.00 47 8601 10978 .9956 0,.8094 0,.9784 1,.0063

20,.0 12 .00 48 8696 11162 .9956 .8060 0,.9771 1 ,.0065

20,.0 12 .00 51 9031 11790 .9956 .7964 0,.9730 1,.0071

20,.0 12 .00 52 9239 12130 .9956 .7933 0,.9715 1,.0074

20,.0 12 .00 65 10941 15447 .9956 0,.7577 0,.9490 1,.0107

20 .0 12 .00 66 11094 15750 .9956 .7554 0,.9470 1 ,.0110

20 .0 12 .00 72 11730 17208 .9956 .7424 0,.9341 1 ,.0130

20 .0 12 .00 73 11644 17175 .9956 .7404 0,.9319 1,.0133

20 .0 12 .00 74 13035 19103 .9956 .7385 0,.9393 1,.0122

20 .0 12 .00 78 12875 18813 .9956 .7314 0,.9498 1 ,.0106

20 .0 13 .00 4 243 243 .9965 1 .0077 0,.9999 1,.0031

31
^0 E V z Meas . ^Gen.

p e R f(x) Anisotropy

20.0 13.,00 5 363 365 0..9965 1.,0025 0.9998 1.0031

20.0 13.,00 6 478 483 0..9965 0.,9974 0.9997 1.0031

20.0 13.,00 12 1423 1485 0.,9965 0.,9675 0.9973 1.0035

20.0 13..00 13 1640 1722 0..9965 0..9627 0.9966 1.0036

20.0 13..00 14 1744 1842 0,.9965 0.,9579 0.9958 1.0037

20.0 13..00 21 2886 3185 0,.9965 0.,9259 0.9871 1.0050

20.0 13,.00 22 3053 3391 0,.9965 0.,9216 0.9855 1.0053

20.0 13..00 23 3174 3550 0,.9965 0.,9172 0.9837 1.0055

20.0 13..00 24 3417 3848 0,.9965 0..9130 0.9818 1.0058

20.0 13..00 25 3554 4030 0,.9965 0..9087 0.9798 1.0061

20.0 13,.00 26 3804 4344 0,.9965 0,.9046 0.9777 1.0064

20.0 13,.00 27 3894 4479 0,.9965 0,.9004 0.9755 1.0068

20.0 13,.00 28 3979 4611 0,.9965 0,.8963 0.9731 1.0071

20.0 13,.00 29 4163 4859 0,.9965 0,.8923 0.9707 1.0075

20.0 13,.00 30 4258 5008 0,.9965 0,.8883 0.9682 1.0079

20.0 13,.00 32 4672 5578 0,.9965 0,.8805 0.9628 1.0087

20.0 13,.00 33 4763 5731 0,.9965 0,.8767 0.9600 1.0091

20.0 13,.00 34 4618 5600 0,.9965 0,.8729 0.9570 1.0095

20.0 13,.00 39 5817 6925 0,.9965 0,.8547 0.9908 1.0045

20.0 13,.00 40 5927 7090 0,.9965 0,.8512 0.9901 1.0046

20.0 13,.00 41 6137 7377 0,.9965 0,.8477 0.9894 1.0047

20.0 13,.00 42 6280 7587 0,.9965 0,.8443 0.9886 1.0048

20.0 13,.00 45 6783 8315 0,.9965 0,.8344 0.9862 1.0052

20.0 13,.00 46 7046 8679 0,.9965 0,.8312 0.9853 1.0053

20.0 13,.00 47 7179 8886 0,.9965 0..8281 0.9844 1.0054

20.0 13,.00 48 7304 9085 0,.9965 0,.8250 0.9835 1.0056

20.0 13,.00 51 7684 9697 0,.9965 0,.8159 0.9805 1.0060

20.0 13,.00 52 7696 9759 0,.9965 0..8130 0.9794 1.0062

20.0 13,.00 65 9331 12585 0,.9965 0,.7796 0.9627 1.0087

20.0 13,.00 66 9625 13042 0,.9965 0,.7774 0.9612 1.0089

20.0 13,.00 72 9825 13684 0,.9965 0,.7650 0.9516 1.0103

20.0 13,.00 73 10131 14174 0,.9965 0,.7631 0.9499 1.0106

20.0 13,.00 74 10561 14841 0,.9965 0,.7613 0.9482 1.0109

20.0 13,.00 75 10464 14771 0,.9965 0,.7595 0.9464 1.0111

20.0 14,.00 4 179 178 0,.9963 1,.0119 0.9999 1,0031

20.0 14,.00 5 267 267 0,.9963 1..0072 0.9999 1.0031

20.0 14,.00 6 362 364 0,.9963 1,.0026 0.9998 1.0031

20.0 14,.00 12 1070 1107 0,.9963 0,.9756 0.9981 1.0034

20.0 14,.00 13 1226 1274 0,.9963 0..9713 0.9976 1.0035

20.0 14,.00 14 1345 1405 0,.9963 0,.9670 0.9970 1.0036

20.0 14,.00 21 2301 2496 0,.9963 0..9381 0.9908 1.0045

20.0 14,.00 22 2448 2671 0,.9963 0..9341 0.9896 1.0047

20.0 14,.00 23 2662 2921 0,.9963 0,.9302 0.9883 1.0049

20.0 14,.00 24 2747 3031 0,.9963 0,.9263 0.9869 1.0051

20.0 14,.00 25 3055 3391 0,.9963 0,.9225 0.9855 1.0053

20.0 14,.00 26 3051 3406 0,.9963 0,.9187 0.9840 1.0055

20.0 14,.00 27 3253 3653 0,.9963 0..9150 0.9824 1.0057

20.0 14,.00 28 3283 3709 0,.9963 0..9113 0.9807 1.0060

20.0 14,.00 29 3480 3956 0..9963 0..9076 0.9789 1.0063

20.0 14,.00 30 3611 4130 0,.9963 0,.9040 0.9771 1.0065

20.0 14,.00 32 3909 4527 0,.9963 0,.8969 0.9732 1.0071

20.0 14,.00 33 3891 4535 0,.9963 0,.8934 0.9711 1.0074

20.0 14,.00 34 3987 4677 0,.9963 0,.8900 0.9689 1.0077

20.0 14,.00 39 4897 5688 0,.9963 0,.8734 0.9934 1.0041

20.0 14,.00 40 4941 5764 0,.9963 0,.8702 0.9929 1.0042

20.0 14..00 41 5172 6059 0,.9963 0,.8671 0.9924 1.0042

32
^0 E

V

z •"Neas. ^Gen. p

e R i:(x) Anisot ropy

20.0 14. 00 42 5184 6098 9963 8640 9919 1 0043

20.0 14. 00 45 5796 6905 9963 8549 9901 1 0046

20.0 14. 00 46 6008 7187 9963 8520 9895 1 0047

20.0 14. 00 47 5977 7180 9963 8491 9888 1 0048

20.0 14. 00 48 6143 7410 9963 8462 9881 1 0049

20.0 14. 00 51 6375 7785 9963 8380 9860 1 0052

20.0 14. 00 52 6615 8112 9963 8353 9852 1 0053

20.0 14. 00 65 8034 10376 9963 8044 9730 1 0071

20.0 14. 00 66 8066 10458 9963 8023 .9719 1 0073

20.0 14. 00 72 8509 11288 9963 7908 .9648 1 0084

20.0 14. 00 73 8911 11866 9963 7890 .9635 1 .0086

20.0 14. 00 74 9178 12268 9963 7873 .9623 1 .0087

20.0 14. 00 75 8959 12019 9963 7856 .9609 1 .0089

20.0 14. 00 76 9121 12282 9963 7839 .9596 1 .0091

20.0 14. 00 77 9326 12604 9963 7823 .9583 1 .0093

20.0 15. 00 4 121 122 9961 1 0002 1 .0000 1 .0031

20.0 15. 00 5 192 194 .9961 9961 .9999 1 .0031

20.0 15 00 6 250 254 .9961 9921 .9998 1 .0031

20.0 15 00 12 782 814 .9961 .9685 .9986 1 .0033

20.0 15 00 13 944 987 .9961 .9647 .9983 1 .0034

20.0 15 00 14 998 1049 .9961 .9609 .9979 1 .0034

20.0 15 00 21 1869 2027 .9961 .9355 .9935 1 .0041

20.0 15 00 22 1822 1986 .9961 .9320 .9927 1 .0042

20.0 15 00 23 2112 2312 9961 .9286 .9917 1 .0043

20.0 15. 00 24 2163 2380 .9961 .9251 .9908 1 .0045

20.0 15 00 25 2280 2521 .9961 .9218 .9897 1 .0046

20.0 15 00 26 2442 2713 .9961 .9184 .9887 1 .0048

20.0 15 00 27 2503 2795 .9961 .9151 .9875 1 .0050

20.0 15 00 28 2829 3174 .9961 .9119 .9863 1 .0051

20.0 15 00 29 2734 3083 .9961 .9086 .9851 1 .0053

20.0 15 00 30 2796 3169 .9961 .9054 .9837 1 .0055

20.0 15 00 32 3135 3590 .9961 .8992 .9809 1 .0060

20.0 15 00 33 2957 3403 .9961 .8961 .9795 1 .0062

20.0 15 00 34 3203 3706 .9961 .8930 .9779 1 .0064

20.0 15 00 40 3955 4576 .9961 .8755 .9950 1 .0038

20.0 15 00 41 4025 4674 .9961 .8727 .9946 1 .0039

20.0 15 00 42 4226 4925 .9961 .8699 .9943 1 .0040

20.0 15 00 45 4589 5406 .9961 .8619 .9930 1 .0041

20.0 15 .00 46 4641 5486 .9961 .8593 .9926 1 .0042

20.0 15 .00 47 4782 5673 .9961 .8567 .9921 1 .0043

20.0 15 .00 48 4780 5691 .9961 .8541 .9916 1 .0044

20.0 15 .00 51 5035 6057 .9961 .8467 .9901 1 .0046

20.0 15 .00 52 5109 6168 .9961 .8443 .9895 1 .0047

20.0 15 .00 65 6421 8098 .9961 .8165 .9808 1 .0060

20.0 15 .00 66 6654 8419 .9961 .8146 .9800 1 .0061

20.0 15 .00 72 6997 9024 .9961 .8040 .9749 1 .0069

20.0 15 .00 73 7172 9278 .9961 .8024 .9739 1 .0070

20.0 15 .00 74 7208 9354 .9961 .8008 .9730 1 .0071

20.0 15 .00 75 7356 9575 .9961 .7992 .9720 1 .0073

20.0 15 .00 76 7491 9781 .9961 .7977 .9711 1 0074

20.0 15 .00 77 7652 10021 .9961 .7962 .9701 1 0076

20.0 15 .00 78 7992 10499 .9961 .7947 .9691 1 0077

20.0 16 .00 4 97 97 .9953 1 .0030 1 .0000 1 0031

20.0 16 .00 5 138 139 .9953 .9995 .9999 1 0031

20.0 16 .00 6 211 214 .9953 .9961 .9999 1 .0031

20.0 16 .00 12 597 617 .9953 .9763 .9991 1 0032

33
^0 \ z ^Meas. ^Gen. p

e R f(x) Anisotropy

20.0 16.,00 13 665 690 0.,9953 0.,9731 0.9988 1.0033

20.0 16.,00 14 738 768 0.,9953 0.,9699 0.9986 1.0033

20.0 16..00 21 1339 1430 0..9953 0.,9485 0.9956 1.0038

20.0 16..00 22 1422 1525 0..9953 0.,9455 0.9950 1.0039

20.0 16..00 23 1472 1584 0..9953 0.,9426 0.9943 1.0039

20.0 16..00 24 1637 1769 0..9953 0.,9397 0.9937 1.0040

20.0 16..00 25 1705 1849 0..9953 0..9369 0.9930 1.0042

20.0 16.,00 26 1854 2019 0..9953 0..9340 0.9922 1.0043

20.0 16..00 27 1884 2059 0..9953 0..9312 0.9914 1.0044

20.0 16.,00 28 2012 2208 0..9953 0..9285 0.9906 1.0045

20.0 16..00 29 2168 2388 0,,9953 0..9257 0.9897 1.0046

20.0 16.,00 30 2159 2388 0,.9953 0..9230 0.9888 1.0048

20.0 16.,00 32 2341 2610 0,,9953 0..9177 0.9869 1.0051

20.0 16..00 33 2446 2738 0..9953 0..9151 0.9859 1.0052

20.0 16..00 34 2525 2838 0,.9953 0,.9125 0.9848 1.0054

20.0 16.,00 39 2881 3238 0,.9953 0,.8999 0.9968 1.0036

20.0 16..00 41 3132 3541 0,.9953 0,.8951 0.9963 1.0036

20.0 16.,00 42 3209 3639 0,.9953 0,.8928 0.9961 1.0037

20.0 16..00 45 3555 4067 0,.9953 0,.8859 0.9952 1.0038

20.0 16..00 46 3614 4147 0,.9953 0,.8836 0.9949 1.0039

20.0 16,.00 47 3711 4270 0,.9953 0,.8814 0.9946 1.0039

20.0 16,.00 48 3645 4206 0,.9953 0,.8792 0.9943 1.0040

20.0 16,.00 51 3936 4581 0,.9953 0,.8728 0.9932 1.0041

20.0 16,.00 52 4097 4782 0..9953 0..8708 0.9928 1.0042

20.0 16,.00 65 5050 6105 0,.9953 0,.8465 0.9868 1.0051

20.0 16..00 66 5241 6353 0,.9953 0,.8448 0.9862 1.0052

20.0 16,.00 72 5520 6794 0..9953 0..8355 0.9826 1.0057

20.0 16,.00 73 5802 7159 0,.9953 0,.8340 0.9819 1.0058

20.0 16,.00 74 5922 7326 0,.9953 0,.8326 0.9813 1.0059

20.0 16,.00 75 6026 7473 0,.9953 0,.8312 0.9806 1.0060

20.0 16,.00 76 6091 7572 0,.9953 0,.8298 0.9799 1.0061

20.0 16,.00 77 6111 7615 0,.9953 0,.8285 0.9792 1.0062

20.0 16,.00 78 6250 7807 0,.9953 0,.8272 0.9785 1.0063

25.0 1..50 4 9942 18882 .6171 0,.9709 0.8953 1.0188

25.0 1,.50 5 10844 23545 0,.6171 0,.9626 0.8009 1.0329

25.0 1,.50 6 10986 28608 0,.6171 0,.9544 0.6848 1.0503

25.0 1..50 21 26467 164256 .6171 0,.8420 0.3416 1.1016

25.0 1,.50 22 24572 175964 .6171 .8352 0.3002 1.1078

25.0 1..50 23 22926 189996 .6171 .8285 0.2628 1.1134

25.0 1,.50 24 21467 206320 .6171 .8219 0.2294 1.1184

25.0 1,.50 25 20041 223699 .6171 .8154 0.1999 1.1228

25.0 1,.50 26 18515 240207 .6171 .8090 0.1740 1.1267

25.0 1,.50 27 17187 259225 .6171 .8027 0.1513 1.1301

25.0 1,.50 28 16244 284758 .6171 .7965 0.1315 1.1330

25.0 1,.50 29 15314 311821 0,.6171 .7904 0.1144 1.1356

25.0 1,.50 30 13943 329420 .6171 .7843 0.0995 1.1378

25.0 1,.50 32 13190 417854 .6171 .7725 0.0756 1.1414

25.0 1,.50 45 43059 447303 .6171 .7044 0.2471 1.1158

25.0 1,.50 46 42485 477456 .6171 .6998 0.2304 1.1182

25.0 1,.50 51 30684 516321 0,.6171 0,.6782 0.1603 1.1287

25.0 1,.50 52 29237 534163 0,.6171 .6741 0.1487 1.1305

25.0 2,.00 4 9322 13407 .7590 .9719 0.9522 1.0103

25.0 2..00 5 11400 17528 0,.7590 .9637 0.9046 1.0174

25.0 2..00 6 12881 21736 0,.7590 .9555 0.8393 1.0271

25.0 2 .00 12 10887 50450 0,.7590 .9084 0.3446 1.1012

25.0 2..00 13 10913 62382 .7590 .9009 0.2840 1.1102

34
^() E

V

z Meas . """Gen. p

e R t:(x) Anisotropy

25.,0 2.,00 21 35646 103833 0.,7590 0.,8438 0.,5720 1..0671

25.,0 2..00 22 34169 109001 0..7590 0..8370 0.,5296 1..0735

25.,0 2.,00 23 32856 115237 0.,7590 0.,8304 0.,4884 1..0796

25.,0 2..00 24 31486 121850 0.,7590 0.,8238 0.,4486 1.,0856

25.,0 2.,00 25 30305 129806 0.,7590 0.,8174 0.,4106 1.,0913

25..0 2.,00 26 28224 134160 0.,7590 0.,8110 0..3748 1..0966

25.,0 2..00 27 27396 144848 0..7590 0.,8047 0.,3411 1..1017

25.,0 2..00 28 25755 151748 0.,7590 0.,7985 0.,3098 1..1064

25.,0 2..00 29 24458 160836 0..7590 0..7924 0.,2808 1..1107

25..0 2..00 30 23777 174707 0..7590 0..7864 0..2541 1..1147

25.,0 2..00 32 21409 196849 0..7590 0..7746 0..2075 1,.1217

25.,0 2..00 33 21139 217551 0..7590 0..7689 0..1873 1,.1247

25.,0 2..00 45 65105 286571 0..7590 0..7069 0..4590 1,,0840

25.,0 2..00 47 56621 278159 0..7590 0,.6978 0..4189 1,,0900

25.,0 2..00 48 52826 274595 0,.7590 0..6934 0..3995 1,,0930

25.,0 2..00 66 28079 380694 0,.7590 0,.6295 0,.1739 1,.1267

25.,0 2..00 92 60928 441973 0,.7590 0,.5884 0,.3401 1,,1018

25.,0 2..60 5 10053 12947 0,.8524 0,.9650 0,.9534 1,,0101

25.,0 2..60 6 11901 16116 0,.8524 0,.9569 0,.9191 1,,0152

25.,0 2..60 13 14562 41089 0,.8524 0,.9026 0,.4967 1,,0784

25.,0 2..60 14 13593 44324 0,.8524 0,.8953 0,.4369 1,.0873

25..0 2,.60 23 37087 80180 0,.8524 0,.8327 0,,6844 1,.0503

25.,0 2,.60 24 36791 84599 0,.8524 0,.8262 0,,6516 1,.0552

25..0 2,.60 26 36218 95015 0,.8524 0,.8134 0,,5855 1,.0651

25..0 2,.60 27 34999 98452 0,.8524 0,.8072 0,,5528 1,.0700

25.,0 2,.60 28 34313 103738 0,.8524 0,.8010 0,,5206 1,.0748

25,,0 2,.60 29 33679 109663 0,.8524 0,.7950 0,.4892 1,.0795

25.,0 2,.60 30 32534 114316 0,.8524 0,.7890 0,,4587 1,.0841

25.,0 2,.60 32 30708 126270 0,.8524 0,.7773 0,.4010 1,.0927

25.,0 2,.60 33 31177 138971 0,.8524 0,.7716 0,.3741 1,.0968

25..0 2,.60 34 29693 143646 0,.8524 0,.7660 0,.3484 1 .1006

25..0 2,.60 51 57597 193734 0,.8524 0,.6840 0,.5461 1 .0710

25..0 2,.60 65 39857 255464 0,.8524 0,.6357 0,.3182 1,.1051

25,.0 2,.60 66 38959 262707 0,.8524 0,.6329 0,.3043 1 .1072

25,.0 2,.60 72 34896 321972 0,.8524 0,.6181 0,.2300 1,.1183

25,.0 2,.60 73 34136 283940 0,.8524 0,.6159 0,.2552 1 .1145

25,.0 2,.60 74 33963 297150 0,.8524 0,.6139 0,,2438 1 .1162

25,.0 3,.00 4 7027 8232 0,.8946 0,.9740 0,,9849 1,.0054

25,.0 3,.00 5 8864 10671 0,.8946 0,.9659 0,,9689 1,.0078

25,.0 3,.00 6 10380 12960 0,.8946 0,.9578 0,,9453 1,.0113

25,.0 3,.00 12 15577 30129 0,.8946 0,.9113 0,,6677 1,.0528

25,.0 3,.00 14 15208 36560 0,.8946 0,.8965 0,,5548 1,.0697

25,.0 3,.00 21 39776 65982 .8946 0,.8475 0,,8191 1,.0302

25,.0 3,.00 24 37496 71035 .8946 0,.8278 0,.7425 1,.0416

25,.0 3 .00 25 37067 73761 .8946 0,.8214 0,.7151 1,.0457

25,.0 3 .00 26 37635 78848 .8946 0,.8151 0,.6872 1,.0499

25,.0 3 .00 27 36233 80098 .8946 0,.8089 0,.6590 1,.0541

25,.0 3 .00 28 36735 85868 .8946 .8028 0,.6305 1,.0584

25,.0 3 .00 29 35728 88483 .8946 .7967 0,.6020 1,.0626

25,.0 3 .00 30 35407 93079 .8946 0,.7908 0,.5737 1,.0669

25,.0 3 .00 32 34112 101557 .8946 .7792 0,.5181 1,.0752

25 .0 3 .00 33 34072 108195 .8946 .7735 0,.4912 1,.0792

25 .0 3 .00 39 28862 138219 .8946 .7412 0,.3467 1,.1009

25,.0 3 .00 40 27672 142317 .8946 .7362 0,.3259 1,.1040

25 .0 3 .00 41 27130 149926 .8946 .7312 0,.3062 1,.1069

2 5 .0 3 .00 52 60458 165677 .8946 .6822 0,.6326 1 .0581

35
^c) E

V

Z Meas

.

"Gen. ^e R 1:(x) Anisotropy

25.,0 3.,00 65 46507 207452 0.,8946 0.,6381 0.,4276 1.,0887

25.,0 3.,00 66 44570 207298 0..8946 0..6353 0.,4127 1.,0910

25.,0 3..00 72 40741 246067 0.,8946 0..6205 0..3292 1.,1035

25.,0 3.,00 73 39471 249395 0..8946 0..6183 0.,3163 1..1054

25.,0 3.,00 74 38765 256339 0..8946 0.,6162 0.,3038 1..1073

25.,0 3.,00 76 39045 246159 0..8946 0..6123 0.,3199 1..1049

25.,0 3.,00 77 38032 250410 0,.8946 0..6105 0.,3077 1..1067

25.,0 3,,00 78 39071 226761 0,.8946 0,.6088 0..3482 1..1006

25.,0 3,.60 4 5315 5952 0,.9279 0,.9753 0..9911 1..0044

25.,0 3,.60 5 7260 8290 0,.9279 0,.9672 0..9815 1..0059

25.,0 3,.60 6 8690 10175 0,.9279 0,.9592 0..9672 1..0080

25.,0 3,.60 12 14961 23493 0,.9279 0,.9131 0..7788 1,.0362

25..0 3,.60 13 15793 26666 0,.9279 0,.9057 0,.7348 1,.0428

25.,0 3,.60 22 36677 55225 0,.9279 0,.8432 0,.8682 1,.0228

25..0 3,.60 23 36157 56155 0,.9279 0,.8367 0,,8504 1,.0255

25.,0 3,.60 25 35023 58175 0,.9279 0,.8239 0,.8120 1,.0312

25.,0 3,.60 26 35713 61507 0,.9279 0,.8177 0,.7915 1,.0343

25.,0 3,.60 27 35255 63060 0,.9279 0,.8115 0,.7702 1,.0375

25.,0 3,.60 28 36019 67021 0,.9279 0,.8054 0,.7484 1,.0408

25.,0 3,.60 29 35573 68968 0,.9279 0,.7994 0,.7259 1,.0441

25.,0 3,.60 30 35525 71875 0,.9279 0..7935 0,.7031 1..0475

25..0 3,.60 32 35386 78306 0..9279 0,.7820 0,.6567 1,.0545

25.,0 3,.60 33 35145 81506 0,.9279 0,.7764 0,.6332 1,.0580

25,.0 3,.60 34 34963 85084 0..9279 0,.7708 0..6098 1,.0615

25..0 3,.60 39 33071 104116 0..9279 0..7443 0,.4960 1,.0785

25.,0 3,.60 40 32147 106854 0..9279 0..7393 0,.4744 1,.0817

25.,0 3,.60 41 31325 110018 0,.9279 0,.7343 0,.4533 1,.0849

25,.0 3,.60 42 29738 109594 0,.9279 0,.7295 0,.4359 1,.0875

25,,0 3,.60 65 49432 155794 0,.9279 0,.6417 0,.5689 1,.0676

25,.0 3,.60 66 48786 158682 0,.9279 0,.6389 0,.5547 1,.0697

25,,0 3,.60 72 45370 180097 0,.9279 0..6241 0,.4708 1,.0823

25,.0 3,.60 73 45629 187539 0,.9279 0,.6220 0,.4571 1,.0843

25,.0 3,.60 74 45668 194425 0,.9279 0,.6199 0,.4436 1,.0863

25,.0 3,.60 75 44213 195063 0,.9279 0,.6179 0,.4302 1,.0883

25,.0 3,.60 76 43706 199898 0,.9279 0,.6160 0,.4171 1,.0903

25,.0 3,.60 77 41755 198063 0,.9279 0,.6142 0,.4040 1,.0923

25,.0 3,.60 78 41673 205083 0,.9279 0,.6124 0,.3912 1,.0942

25,.0 3,.60 79 42710 218145 0,.9279 0,.6108 0,.3786 1,.0961

25,.0 3,.60 83 43493 196956 0,.9279 0,.6051 0,.4281 1,.0887

25,.0 4,.60 4 3984 4269 0,.9626 0,.9774 0,.9957 1,.0037

25,.0 4,.60 6 6677 7372 0,.9626 0,.9616 0,.9838 1,.0055

25,.0 4,.60 12 13194 17351 0,.9626 0,.9162 0,.8803 1,.0210

25,.0 4,.60 14 14766 21238 0,.9626 0,.9017 0,.8245 1,.0294

25,.0 4,.60 25 31031 44108 0,.9626 0,.8283 0..8984 1,.0183

25,.0 6,.25 4 2353 2450 0,.9837 0,.9811 0,.9983 1,.0034

25,.0 6,.25 5 3196 3362 0,.9837 0,.9734 0,.9964 1,.0036

25,.0 6 .25 6 4081 4342 0,.9837 0,.9657 0,.9935 1,.0041

25,.0 6 .25 12 9004 10584 0,.9837 0,.9216 0,.9485 1,.0108

25,.0 6 .25 13 9891 11895 0,.9837 0,.9146 0,.9359 1,.0127

25,.0 6 .25 14 10415 12839 0,.9837 0,.9076 0,.9220 1,.0148

25,.0 6 .25 21 13679 21070 0,.9837 0,.8610 0,.7926 1,.0341

25,.0 6 .25 22 13981 22377 0,.9837 0,.8546 0,.7709 1,.0374

25,.0 6 .25 23 14051 23400 0,.9837 0,.8484 0,.7488 1,.0407

25,.0 6 .25 27 22803 30116 0,.9837 0,.8242 0,.9445 1..0114

25,.0 6 .25 30 23583 32595 0,.9837 0,.8069 0..9245 1..0144

25,.0 6 .25 32 24423 34875 0,.9837 0,.7958 0.,9094 1..0167

36
^0 E

V

z Meas . "Gen. p

e R f(x) Anisot ropy

25,,0 6.,25 33 25070 36411 0.,9837 0.,7904 0..9013 1.,0179

25.,0 6.,25 34 25544 37752 0.,9837 0.,7851 0.,8929 1.,0191

25,,0 6.,25 39 26967 43779 0.,9837 0.,7595 0.,8459 1.,0261

25..0 6..25 40 27692 45869 0.,9837 0.,7547 0.,8357 1..0277

25.,0 6.,25 41 27972 47294 0.,9837 0.,7499 0.,8252 1.,0293

25.,0 6.,25 42 27926 48153 0.,9837 0.,7452 0.,8154 1.,0307

25.,0 6.,25 45 28729 52833 0.,9837 0.,7316 0.,7825 1.,0356

25.,0 6..25 46 28422 53435 0.,9837 0..7272 0.,7713 1.,0373

25.,0 6.,25 47 28750 55274 0.,9837 0..7229 0..7599 1.,0390

25.,0 6..25 48 28516 56079 0..9837 0..7187 0..7485 1..0407

25.,0 6..25 51 27926 58863 0..9837 0..7066 0..7139 1..0459

25.,0 6..25 52 27898 60204 0..9837 0,.7027 0..7023 1..0476

25..0 6..25 72 41427 81993 0,.9837 0,.6423 0,.8233 1..0295

25.,0 6..25 73 42295 84819 0,.9837 0,.6401 0,.8161 1,.0306

25.,0 6..25 74 41564 84470 0,.9837 0,.6380 0,.8088 1,.0317

25.,0 6,.25 75 41560 85610 0,.9837 0,.6360 0,.8014 1,.0328

25.,0 6,.25 76 42070 87852 0,.9837 0,.6341 0,.7937 1,.0340

25,,0 6,.25 77 41773 88448 0,.9837 0,.6323 0,.7860 1,.0351

25.,0 6,.25 78 42053 90296 0,.9837 0,.6305 0,.7781 1,.0363

25.,0 6,.25 79 43773 95333 0,.9837 0,.6288 0,.7701 1,.0375

25.,0 6,.25 83 42820 98880 0,.9837 0,.6230 0,.7367 1,.0425

25.,0 6,.25 92 41752 111155 0,.9837 0,.6145 0,.6553 1,.0547

25.,0 7,.00 4 1853 1917 0,.9881 0,.9828 0,.9988 1,.0033

25..0 7,.00 5 2517 2628 0,.9881 0,.9752 0,.9974 1,.0035

25.,0 7,.00 6 3253 3431 0,.9881 0,.9677 0,.9954 1,.0038

25.,0 7,.00 12 7749 8889 0,.9881 0,.9242 0,.9629 1,.0087

25.,0 7,.00 13 8490 9921 0,.9881 0,.9173 0,.9537 1,.0100

25.,0 7,.00 14 9044 10780 0,.9881 0,.9104 0,.9434 1,.0116

25.,0 7,.00 21 12413 17665 0,.9881 0,.8645 0,.8444 1,.0264

25.,0 7,.00 22 12528 18379 0,.9881 0,.8582 0,.8271 1,.0290

25.,0 7,.00 23 13124 19871 0,.9881 0,.8521 0,.8093 1,.0316

25.,0 7,.00 24 13456 21050 0,.9881 0,.8460 0,.7910 1,.0344

25.,0 7,.00 25 12797 20707 0,.9881 0,.8400 0,.7723 1,.0372

25..0 7,.00 29 20427 26919 0,.9881 0,.8168 0,.9502 1,.0105

25,.0 7,.00 30 21277 28410 0,.9881 0,.8112 0,.9450 1,.0113

25,.0 7,.00 32 21386 29344 0,.9881 0,.8002 0,.9338 1,.0130

25,.0 7,.00 33 21817 30361 0,.9881 0,.7949 0,.9277 1,.0139

25,.0 7,.00 34 22237 31395 .9881 .7896 0,.9214 1,.0149

25,.0 7,.00 39 23978 36569 .9881 0,.7644 0,.8857 1,.0202

25,.0 1

.

.00 40 24178 37483 .9881 0,.7596 0,.8779 1,.0214

25,.0 7,.00 41 25047 39485 .9881 0,.7548 0,.8697 1,.0226

25,.0 7 .00 42 25411 40715 .9881 .7502 0,.8620 1,.0237

25,.0 7 .00 45 26517 44773 .9881 .7368 0,.8361 1,.0276

25,.0 7 .00 46 26239 45106 .9881 .7324 0,.8271 1,.0290

25,.0 7 .00 47 26716 46770 .9881 .7282 0,.8180 1,.0303

25,.0 7 .00 48 25957 46286 .9881 .7240 0,.8088 1,.0317

25,.0 7 .00 51 25722 48533 .9881 .7120 0,.7804 1,.0360

25,.0 7 .00 52 26522 51012 .9881 .7082 0,.7708 1,.0374

25,.0 7 .00 74 38307 72165 .9881 .6439 0,.8551 1,.0248

25,.0 7 .00 75 38139 72636 .9881 .6419 0,.8492 1,.0257

25,.0 7 .00 76 38232 73621 .9881 .6399 0,.8431 1,.0266

25 .0 7 .00 77 38156 74298 .9881 .6381 0,.8369 1,.0275

25 .0 7 .00 78 38679 76170 .9881 .6363 0,.8306 1,.0284

25 .0 7 .00 79 39952 79577 .9881 .6347 0,.8242 1,.0294

25 .0 7 .00 83 39349 82131 .9881 .6287 0,.7971 1,.0335

•2 5 .0 7 .00 92 39771 92930 .9881 .6200 0,.7291 1,.0436

37
^c) E V z Meas . "^Gen.

p e R i:(x) Anisotropy

25..0 7..60 4 1607 1655 0..9905 0.,9842 0..9991 1..0032

25.,0 7.,60 5 2196 2282 0..9905 0.,9767 0..9980 1..0034

25.,0 7..60 6 2767 2903 0..9905 0..9693 0,.9964 1..0036

25.,0 7.,60 12 6775 7662 0,.9905 0..9264 0..9709 1..0075

25.,0 7.,60 13 7570 8699 0,.9905 0.,9195 0,.9636 1,.0085

25.,0 7.,60 14 7877 9209 0,.9905 0..9127 0,.9555 1..0098

25.,0 7.,60 21 11388 15479 0,.9905 0..8674 0,.8750 1,.0218

25.,0 7.,60 22 11784 16436 0,.9905 0..8612 0,.8607 1,.0239

25.,0 7.,60 23 11668 16714 0,.9905 0,.8551 0,.8458 1,.0262

25.,0 7..60 24 12217 17992 0,.9905 0,.8491 0,.8304 1,.0285

25,.0 7,.60 25 12401 18793 0,.9905 0,.8432 0,.8145 1,.0308

25.,0 7..60 26 12790 19961 0,.9905 0,.8373 0,.7983 1,.0333

25.,0 7..60 30 18451 24133 0,.9905 0,.8147 0,.9566 1,.0096

25.,0 7.,60 32 19013 25476 0,.9905 0,.8039 0,.9476 1,.0109

25.,0 7..60 33 19329 26224 0,.9905 0,.7986 0,.9427 1,.0117

25.,0 7..60 34 19997 27478 0,.9905 0,.7934 0,.9377 1,.0124

25.,0 7,.60 39 21785 32022 0,.9905 0,.7684 0,.9088 1,.0167

25,,0 7,.60 40 22146 33020 0,.9905 0,.7637 0..9024 1,.0177

25.,0 7,.60 41 22650 34264 0,.9905 0,.7590 0..8958 1,.0187

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25..0 8,.00 4 1469 1510 0..9917 0..9851 0..9992 1,.0032

25,.0 8,.00 5 1981 2054 0..9917 0..9777 0..9983 1,.0034

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38
^0 E

V

z """Meas. ^Gen. p

e R i:(x) Ani sot ropy

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25.0 8.,00 83 35498 67421 0.,9917 0.,6370 0.,8542 1 ,,0249

25.0 8.,00 92 35602 73634 0.,9917 0.,6280 0.,8018 1 .,0328

25.0 8.,70 4 1235 1265 0.,9934 0.,9868 0.,9994 1.,0032

25.0 8.,70 5 1773 1831 0.,9934 0.,9795 0.,9987 1.,0033

25.0 8.,70 6 2222 2314 0.,9934 0..9723 0.,9976 1.,0035

25.0 8.,70 12 5465 6065 0.,9934 0.,9305 0.,9807 1.,0060

25.0 8.,70 13 6108 6866 0.,9934 0.,9238 0.,9758 1.,0067

25.0 8.,70 14 6423 7320 0.,9934 0.,9172 0..9703 1.,0075

25.0 8.,70 21 9741 12479 0.,9934 0.,8730 0..9144 1..0159

25.0 8.,70 22 9804 12809 0..9934 0..8670 0..9042 1..0174

25.0 8.,70 23 10409 13880 0.,9934 0..8610 0,.8935 1,.0190

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25.0 8.,70 25 11106 15458 0..9934 0..8494 0..8706 1,.0225

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25.0 8.,70 27 11309 16472 0.,9934 0,.8380 0,.8462 1,.0261

25.0 8.,70 32 15776 20466 0,,9934 0..8110 0,.9648 1,.0084

25.0 8..70 34 16788 22238 0..9934 0,.8007 0..9580 1,.0094

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25.0 8..70 40 18723 26502 0,.9934 0,.7717 0,.9336 1,.0130

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25.0 8..70 42 19803 28685 0,.9934 0,.7626 0,.9244 1..0144

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25.0 8,.70 46 20996 31921 0,.9934 0,.7454 0,.9039 1,.0175

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25.0 8,.70 77 31713 54801 0,.9934 0,.6528 0,.9075 1,.0169

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25.0 8,.70 92 33233 64551 0,.9934 0,.6341 0,.8395 1,.0271

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25.0 9,.00 13 5714 6393 .9940 0,.9250 0,.9782 1 .0064

25.0 9,.00 14 6013 6816 0,.9940 0,.9185 0,.9732 1,.0071

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25.0 9,.00 23 9900 13005 .9940 0,.8627 .9033 1,.0176

25.0 9 .00 24 10292 13790 .9940 0,.8569 .8930 1,.0191

25.0 9 .00 25 10494 14349 .9940 0,.8512 0,.8823 1,.0207

25.0 9 .00 26 10511 14677 .9940 0,.8455 .8712 1,.0224

25.0 9 .00 27 10924 15586 .9940 .8399 .8598 1,.0241

25.0 9 .00 28 11191 16323 .9940 .8344 .8480 1 ,.0258

25.0 9 .00 34 15594 20490 .9940 .8028 .9621 1,.0088

25.0 9 .00 39 17265 23903 .9940 .7786 .9440 1,.0115

25.0 9 .00 40 17601 24635 .9940 .7740 .9399 1,.0121

25.0 9 .00 41 18169 25711 .9940 .7694 .9357 1,.0127

25.0 9 .00 42 18717 26778 .9940 .7650 .9315 1,.0133

25.0 9 .00 45 20134 29806 .9940 .7520 .9176 1,.0154

25.0 9 .00 46 19867 29755 .9940 .7478 .9128 1 ,.0162

25.0 9 .00 47 20271 30718 .9940 .7437 .9078 1,.0169

25.0 9 .00 48 19992 30657 .9940 .7397 .9026 1,.0177

25.0 9 .00 51 20600 32753 .9940 .7281 .8865 1,.0201

39
^c) E

V

z ^Meas. "Gen. p

e R f(x) Anisotropy

25.,0 9.,00 52 20963 33741 0.,9940 0.,7244 0.8809 1,,0209

25.,0 9.,00 65 21743 41342 0.,9940 0.,6828 0.8005 1.,0330

25.,0 9.,00 78 31027 53182 0.,9940 0.,6538 0.9123 1.,0162

25.,0 9.,00 79 31332 54087 0.,9940 0.,6521 0.9087 1.,0168

25.,0 9.,00 83 31623 56175 0.,9940 0.,6460 0.8934 1.,0191

25.,0 9.,00 92 32192 61112 0.,9940 0.,6368 0.8531 1.,0251

25.,0 10.,00 4 943 960 0.,9955 0.,9900 0.9996 1.,0032

25.,0 10.,00 5 1217 1249 0..9955 0..9830 0.9992 1..0032

25.,0 10..00 6 1615 1670 0,,9955 0..9760 0.9985 1..0033

25.,0 10..00 12 4124 4505 0.,9955 0,.9357 0.9876 1..0050

25.,0 10.,00 13 4724 5216 0..9955 0,.9293 0.9844 1..0054

25.,0 10..00 14 5046 5634 0..9955 0..9229 0.9808 1,.0060

25.,0 10..00 21 7729 9457 0..9955 0..8802 0.9435 1,.0116

25..0 10,.00 22 7991 9927 0,.9955 0,.8744 0.9365 1,.0126

25..0 10..00 24 8922 11440 0..9955 0,.8630 0.9214 1,.0149

25.,0 10,.00 25 8904 11607 0,.9955 0,.8574 0.9133 1,.0161

25..0 10,.00 26 9704 12867 0,.9955 0,.8518 0.9048 1,.0173

25.,0 10,.00 27 9580 12926 0,.9955 0,.8464 0.8961 1,.0187

25.,0 10,.00 28 10026 13771 0,.9955 0,.8410 0.8870 1,.0200

25..0 10..00 29 9876 13816 0,.9955 0,.8357 0.8776 1,.0214

25.,0 10,.00 34 13511 17348 0,.9955 0,.8102 0.9725 1,.0072

25.,0 10,.00 39 14892 20007 0,.9955 0,.7866 0.9593 1,.0092

25.,0 10,.00 40 15309 20760 0,.9955 0,.7821 0.9563 1,.0096

25.,0 10,.00 41 15954 21839 0,.9955 0,.7776 0.9532 1,.0101

25.,0 10,.00 42 16336 22573 0,.9955 0,.7732 0.9501 1,.0106

25.,0 10,.00 45 17193 24456 0,.9955 0,.7606 0.9398 1,.0121

25..0 10,.00 46 17016 24443 0,.9955 0,.7565 0.9361 1,.0127

25..0 10,.00 47 17294 25089 0,.9955 0,.7525 0.9324 1,.0132

25..0 10,.00 48 17233 25251 0,.9955 0,.7485 0.9285 1,.0138

25..0 10,.00 51 17980 27158 0,.9955 0,.7371 0.9163 1,.0156

25..0 10,.00 52 17961 27408 0,.9955 0,.7335 0.9121 1,.0163

25..0 10,.00 65 19895 34852 0,.9955 0,.6925 0.8492 1,.0257

25..0 10,.00 66 19847 35150 0,.9955 0,.6899 0.8439 1,.0265

25..0 10,.00 83 27846 47011 0,.9955 0,.6560 0.9207 1,.0150

25..0 10,.00 92 28746 51190 0,.9955 0,.6464 0.8898 1,.0196

25,.0 11,.00 4 726 737 0,.9965 0,.9926 0.9997 1,.0031

25..0 11,.00 5 978 999 0,.9965 0,.9858 0.9994 1 .0032

25,.0 11,.00 6 1325 1364 .9965 0,.9790 0.9989 1 .0033

25,.0 11,.00 12 3451 3734 0,.9965 0,.9400 0.9909 1 .0045

25,.0 11,.00 13 3882 4240 .9965 0,.9337 0.9886 1,.0048

25,.0 11,.00 14 4313 4757 0,.9965 0,.9276 0.9859 1 .0052

25,.0 11,.00 21 6504 7760 .9965 0,.8862 0.9581 1,.0094

25,.0 11,.00 22 6905 8343 .9965 .8805 0.9528 1 .0102

25,.0 11,.00 23 7310 8948 .9965 .8750 0.9472 1 .0110

25,.0 11,.00 24 7948 9861 0,.9965 .8694 0.9413 1 .0119

25,.0 11,.00 25 7860 9887 .9965 .8640 0.9352 1 .0128

25,.0 11,.00 26 8066 10290 .9965 .8587 0.9287 1 .0138

25,.0 11,.00 27 8413 10889 .9965 .8534 0.9220 1 .0148

25,.0 11,.00 28 8919 11716 .9965 .8481 0.9150 1 .0158

25,.0 11,.00 29 8853 11806 .9965 .8430 0.9077 1 .0169

25,.0 11,.00 30 8886 12035 .9965 .8379 0.9002 1 .0180

25,.0 11,.00 39 12482 16364 .9965 .7952 0.9699 1 .0076

25,.0 11,.00 40 12966 17138 0,.9965 .7908 0.9677 1 .0079

25,.0 11,.00 41 13522 18021 0,.9965 0,.7865 0.9653 1 .0083

25,.0 11,.00 42 13836 18592 0,.9965 0,.7822 0.9630 1 .0086

25,.0 11,.00 45 14780 20366 0,.9965 0,.7699 0.9552 1,.0098

40
^c) E

V

z Meas. "^Gen.

p

e R t:(x) Anisotropy

25.,0 11.,00 46 15003 20850 0.,9965 0.,7659 0.,9525 1.,0102

25..0 11.,00 47 15155 21242 0.,9965 0.,7620 0.,9496 1.,0106

25.,0 11.,00 48 15200 21489 0.,9965 0.,7581 0.,9467 1.,0111

25.,0 11.,00 51 15662 22725 0.,9965 0.,7470 0.,9374 1.,0125

25.,0 11.,00 52 15889 23257 0.,9965 0.,7434 0.,9341 1.,0130

25.,0 11.,00 65 17865 29386 0.,9965 0.,7033 0.,8851 1.,0203

25.,0 11.,00 66 17812 29567 0.,9965 0.,7007 0.,8808 1.,0209

25.,0 11.,00 92 25491 43149 0.,9965 0..6571 0..9163 1.,0156

25.,0 12.,00 4 616 624 0..9956 0,.9952 0..9998 1.,0031

25..0 12.,00 5 816 832 0,.9956 0,.9887 0,.9996 1..0032

25..0 12.,00 6 1029 1057 0,.9956 0,.9822 0..9992 1.,0032

25.,0 12.,00 12 2822 3034 0,.9956 0,.9446 0,.9932 1..0041

25..0 12.,00 13 3302 3580 0,.9956 0,.9385 0,.9915 1..0044

25.,0 12.,00 14 3533 3864 0,.9956 0,.9325 0,.9895 1,.0047

25.,0 12..00 21 5660 6628 0,.9956 0,.8926 0,.9685 1,.0078

25.,0 12.,00 22 5808 6875 0,.9956 0,.8871 0,.9645 1,.0084

25,,0 12.,00 23 6151 7363 0,.9956 0,.8817 0,.9602 1,.0091

25.,0 12.,00 24 6470 7834 0,.9956 0,.8764 0,.9557 1,.0097

25.,0 12.,00 25 6844 8384 0,.9956 0,.8712 0,.9510 1,.0104

25..0 12..00 26 7219 8949 0,.9956 0,.8660 0,.9460 1,.0112

25..0 12..00 27 7298 9159 0,.9956 0,.8609 0,.9408 1,.0120

25.,0 12..00 28 7728 9820 0,.9956 0,.8558 0,.9354 1,.0128

25..0 12..00 29 7771 10001 0,.9956 0,.8508 0,.9297 1,.0136

25.,0 12..00 30 7905 10306 0,.9956 0,.8459 0,.9239 1,.0145

25..0 12..00 32 8367 11203 0,.9956 0,.8363 0,.9116 1,.0163

25..0 12..00 39 10942 14065 0,.9956 0,.8046 0..9774 1,.0065

25.,0 12..00 40 11271 14595 0..9956 0..8003 0,.9757 1..0067

25.,0 12.,00 41 11750 15326 0,.9956 0,.7961 0,.9740 1,.0070

25..0 12,.00 42 11995 15762 0,.9956 0,.7920 0,.9721 1,.0073

25..0 12,.00 45 12910 17346 0,.9956 0,.7800 0,.9663 1,.0081

25..0 12,.00 46 13027 17634 0..9956 0..7761 0,.9642 1,.0085

25..0 12,.00 47 13229 18042 0,.9956 0,.7723 0,.9620 1,.0088

25..0 12,.00 48 13113 18019 0,.9956 0,.7685 0,.9597 1,.0091

25,.0 12,.00 51 13568 19072 0,.9956 0,.7577 0,.9526 1,.0102

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25,.0 12,.00 72 16564 27387 .9956 .6985 0,.8871 1,.0200

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25,.0 12,.00 77 18672 30206 .9956 .6886 0,.9157 1,.0157

25,.0 12,.00 78 18623 30303 .9956 .6869 0,.9131 1,.0161

25,.0 12..00 83 21336 33401 .9956 .6790 .9543 1,.0099

25,.0 12,.00 92 22789 37028 .9956 .6689 .9358 1,.0127

25,.0 13,.00 74 15394 24508 .9965 .7076 .9061 1,.0171

25,.0 13,.00 4 476 480 .9965 .9980 .9998 1,.0031

25,.0 13,.00 5 682 693 .9965 .9917 0,.9997 1,.0031

25,.0 13,.00 6 771 788 .9965 .9854 .9994 1,.0032

25 .0 13 .00 12 2276 2427 .9965 .9494 0,.9949 1,.0039

25 .0 13 .00 13 2684 2885 .9965 .9436 .9936 1,.0041

25 .0 13 .00 14 2927 3171 .9965 .9379 .9921 1,.0043

25 .0 13 .00 21 4715 5426 .9965 .8995 .9761 1,.0067

25 .0 13 .00 22 4901 5693 .9965 .8942 .9730 1,.0071

25 .0 13 .00 23 5367 6295 .9965 .8891 .9697 1,.0076

25 .0 13 .00 24 5484 6496 .9965 .8840 .9662 1,.0081

25 .0 13 .00 25 5692 6810 .9965 .8789 .9626 1,.0087

25 .0 13 .00 26 6121 7399 .9965 .8739 .9587 1,.0093

41
V Meas Gen. f(x) Anisotropy

25.,0 13..00 27 6051 7391 0.,9965 0.,8690 0.,9547 1.,0099

25,,0 13..00 28 6605 8155 0..9965 0.,8641 0,,9505 1.,0105

25.,0 13..00 29 6694 8355 0..9965 0.,8593 0.,9461 1.,0112

25.,0 13,.00 30 6963 8787 0..9965 0.,8546 0.,9416 1..0118

25.,0 13,.00 32 7336 9470 0,.9965 0.,8453 0.,9319 1.,0133

25..0 13,.00 33 7620 9951 0,.9965 0.,8408 0..9269 1..0140

25..0 13,.00 39 9388 11832 0,.9965 0..8148 0.,9829 1..0057

25..0 13,.00 40 9875 12527 0,.9965 0,.8106 0..9816 1,.0059

25..0 13,.00 41 9997 12766 0,.9965 0,.8066 0,.9802 1..0061

25..0 13,.00 42 10425 13400 0,.9965 0,.8026 0,.9788 1,.0063

25.,0 13,.00 45 10993 14414 0,.9965 0,.7910 0,.9743 1,.0069

25.,0 13,.00 46 11438 15097 0,.9965 0,.7872 0,.9727 1,.0072

25.,0 13,.00 47 11461 15229 0,.9965 0,.7836 0,.9710 1,.0074

25..0 13,.00 48 11313 15133 0,.9965 0,.7799 0,.9693 1,.0077

25..0 13,.00 51 11970 16336 0,.9965 0..7695 0,.9638 1,.0085

25.,0 13,.00 52 12066 16578 0..9965 0,.7661 0,.9619 1..0088

25.,0 13,.00 65 14267 21390 0,.9965 0,.7279 0,.9318 1,.0133

25..0 13,.00 66 14412 21753 0,.9965 0..7254 0..9291 1,.0137

25..0 13,.00 72 14512 22800 0..9965 0..7117 0,.9121 1,.0162

25..0 13,.00 73 15403 24360 0..9965 0..7096 0,.9091 1..0167

25..0 13,.00 75 15411 24698 0..9965 0..7057 0..9030 1..0176

25..0 13,.00 79 18158 28417 0..9965 0..6985 0..9304 1..0135

25.,0 13,.00 92 20445 31981 0..9965 0..6821 0,.9504 1..0105

25.,0 14,.00 4 372 374 0..9963 1..0008 0..9999 1..0031

25..0 14,.00 5 469 475 0..9963 0..9948 0..9997 1,.0031

25.,0 14,.00 6 651 663 0..9963 0..9889 0..9995 1..0032

25..0 14,.00 12 1988 2106 0..9963 0..9545 0..9961 1..0037

25..0 14,.00 13 2150 2294 0..9963 0..9490 0..9951 1..0038

25..0 14,.00 14 2410 2590 0..9963 0..9435 0..9940 1..0040

25..0 14,.00 21 3974 4506 0..9963 0..9069 0..9817 1..0058

25..0 14,.00 22 4118 4709 0..9963 0..9019 0..9793 1..0062

25..0 14,.00 23 4437 5117 0..9963 0..8970 0..9768 1..0066

25..0 14,.00 24 4753 5528 0..9963 0..8921 0..9741 1..0070

25,.0 14,.00 25 4986 5850 0..9963 0..8873 0..9713 1,.0074

25,.0 14,.00 26 5118 6059 0..9963 0..8825 0,.9683 1..0078

25,.0 14,.00 27 5556 6637 0..9963 0..8778 0..9652 1..0083

25,.0 14,.00 28 5623 6779 0..9963 0..8731 0..9619 1..0088

25,.0 14,.00 29 5951 7242 0..9963 0..8686 0..9585 1..0093

25,.0 14,.00 30 5965 7328 0,.9963 0..8640 0..9549 1..0098

25,.0 14,.00 32 6475 8111 0..9963 0..8551 0..9474 1..0110

25,.0 14..00 33 6568 8309 0,.9963 0..8508 0..9434 1..0116

25,.0 14..00 34 6650 8498 0..9963 0..8465 0..9393 1..0122

25..0 14 ,.00 39 8341 10324 0..9963 0..8258 0..9869 1..0051

25..0 14 ,.00 40 8408 10469 0..9963 0..8219 0..9859 1..0052

25,.0 14..00 41 8571 10736 0..9963 0..8180 0..9849 1..0054

25,.0 14..00 42 9018 11364 0..9963 0,.8142 0..9838 1,.0055

25,.0 14..00 45 9655 12385 0..9963 0..8030 0..9803 1..0060

25,.0 14..00 46 9828 12682 0,.9963 0..7994 0,.9791 1,.0062

25,.0 14,.00 47 10075 13079 0..9963 0..7959 0,.9778 1..0064

25,.0 14,.00 48 9862 12878 0..9963 0..7924 0,.9765 1..0066

25,.0 14,.00 51 10545 14018 0..9963 0,.7823 0,.9722 1,.0073

25..0 14,.00 52 10606 14184 0,.9963 0,.7790 0,.9707 1,.0075

25,.0 14,.00 65 12692 18326 0..9963 0,.7421 0,.9471 1,.0110

25,.0 14..00 66 12637 18354 0,.9963 0..7397 0.,9450 1..0113

25,.0 14..00 72 13252 19926 0,.9963 0..7263 0.,9314 1.,0134

25,.0 14,.00 73 13569 20520 0..9963 0.,7242 0.,9290 1.,0137

42
^0 E

V

z Meas . """Gen. ^ R f(x) Anisotropy

25.0 14. 00 74 13694 20828 0. 9963 0. 7223 0.9266 1. 0141

25.0 14. 00 75 13968 21365 0. 9963 0. 7204 0.9241 1. 0145

25.0 14. 00 76 14033 21587 0. 9963 0. 7185 0.9216 1. 0148

25.0 14. 00 77 13987 21638 0. 9963 0. 7167 0.9191 1. 0152

25.0 14. 00 83 15592 23864 0. 9963 0. 7072 0.9387 1. 0123

25.0 14. 00 92 18047 27276 0. 9963 0. 6968 0.9615 1. 0089

25.0 15. 00 4 311 312 0. 9961 1. 0038 0.9999 1. 0031

25.0 15. 00 5 395 399 0. 9961 0. 9982 0.9998 1. 0031

25.0 15. 00 6 547 555 0. 9961 0. 9925 0.9997 1 0032

25.0 15. 00 12 1679 1767 0. 9961 0. 9600 0.9970 1 0035

25.0 15. 00 13 1874 1985 0. 9961 9548 0.9963 1 0037

25.0 15. 00 14 2104 2243 0. 9961 9496 0.9954 1 0038

25.0 15. 00 21 3345 3742 0. 9961 9150 0.9859 1 0052

25.0 15. 00 22 3723 4196 0. 9961 9102 0.9841 1 0055

25.0 15. 00 23 3844 4364 9961 9055 0.9821 1 0058

25.0 15. 00 24 3936 4503 9961 9009 0.9801 1 0061

25.0 15. 00 25 4178 4816 9961 8963 0.9779 1 0064

25.0 15. 00 26 4399 5111 9961 8918 0.9756 1 0068

25.0 15, 00 27 4566 5347 9961 8873 0.9731 1 0071

25.0 15. 00 28 5071 5986 9961 8829 0.9706 1 .0075

25.0 15. 00 29 5088 6055 9961 8786 0.9679 1 .0079

25.0 15. 00 30 5295 6353 9961 8743 0.9651 1 .0083

25.0 15. 00 32 5725 6985 9961 8658 0.9592 1 .0092

25.0 15. 00 33 5556 6836 9961 8617 0.9561 1 .0097

25.0 15. 00 34 5948 7382 9961 8576 0.9529 1 .0102

25.0 15. 00 40 7389 9032 9961 .8342 0.9892 1 .0047

25.0 15. 00 41 7442 9146 9961 .8305 0.9884 1 .0048

25.0 15. 00 42 7713 9530 9961 .8268 0.9875 1 .0050

25.0 15. 00 45 8224 10327 9961 .8162 0.9849 1 .0054

25.0 15 00 46 8531 10770 9961 .8127 0.9839 1 .0055

25.0 15 00 47 8522 10816 .9961 .8094 0.9829 1 .0057

25.0 15 00 48 8456 10789 .9961 .8060 0.9819 1 .0058

25.0 15 00 51 8905 11544 .9961 .7964 0.9786 1 .0063

25.0 15 00 52 9297 12117 .9961 .7933 0.9774 1 .0065

25.0 15 00 65 11241 15676 .9961 .7577 0.9589 1 .0093

25.0 15 00 66 11398 15976 .9961 .7554 0.9572 1 .0095

25.0 15 .00 72 11770 17004 .9961 .7424 0.9464 1 .0111

25.0 15 00 73 12079 17537 .9961 .7404 0.9445 1 .0114

25.0 15 .00 74 12151 17730 .9961 .7385 0.9426 1 .0117

25.0 15 .00 75 12265 17984 .9961 .7366 0.9406 1 .0120

25.0 15 .00 76 12404 18277 .9961 .7348 0.9386 1 .0123

25.0 15 .00 77 12505 18517 .9961 .7331 0.9365 1 .0126

25.0 15 .00 78 13074 19454 .9961 .7314 0.9345 1 .0129

25.0 15 .00 79 13275 19848 .9961 .7297 0.9323 1 .0132

25.0 15 .00 92 15444 22580 .9961 .7132 0.9701 1 .0076

25.0 16 .00 4 204 204 .9953 1 .0069 0.9999 1 .0031

25.0 16 .00 5 335 337 .9953 1 .0016 0.9999 1 .0031

25.0 16 .00 6 443 448 .9953 .9964 0.9997 1 .0031

25.0 16 .00 12 1304 1364 .9953 .9659 0.9977 1 .0034

25.0 16 .00 13 1490 1568 .9953 .9610 0.9971 1 .0035

25.0 16 .00 14 1642 1738 .9953 .9562 0.9965 1 .0036

25.0 16 .00 21 2855 3154 .9953 .9237 0.9892 1 .0047

25.0 16 .00 22 2948 3278 .9953 .9192 0.9878 1 .0049

25.0 16 .00 23 3184 3564 .9953 .9148 0.9863 1 .0052

25.0 16 .00 24 3401 3832 .9953 .9104 0.9847 1 .0054

25.0 16 .00 25 3652 4143 .9953 .9061 0.9829 1 .0057

43
^c) E

V

z Neas . """Gen. p

e R f(x) AnisotropY

25. 16. 00 26 3788 4326 0. 9953 0. 9019 0.9811 1.0059

25. 16. 00 27 3804 4375 0. 9953 0. 8977 0.9793 1.0062

25. 16. 00 28 4076 4720 0, 9953 0, 8935 0.9773 1.0065

25. 16. 00 29 4514 5265 0, 9953 0, 8894 0.9752 1.0068

25. 16. 00 30 4292 5041 0, 9953 0, 8854 0.9730 1.0071

25. 16. 00 32 4758 5670 0, 9953 0, 8774 0.9684 1.0078

25. 16. 00 33 4857 5831 9953 8735 0.9660 1.0082

25. 16. 00 34 5022 6074 9953 8697 0.9634 1.0086

25. 16. 00 39 6113 7303 9953 8512 0.9923 1.0043

25, 16. 00 42 6715 8140 9953 8407 0.9904 1.0045

25. 16, 00 45 7043 8662 9953 8306 0.9883 1.0048

25. 16, 00 46 7104 8779 9953 8274 0.98.76 1.0050

25. 16 00 47 7475 9281 9953 8241 0.9868 1.0051

25. 16 00 48 7278 9080 9953 8210 0.9860 1.0052

25. 16 00 51 7801 9872 9953 8118 0.9835 1.0056

25. 16 00 52 8062 10250 9953 8089 0.9825 1.0057

25. 16 00 65 9761 13175 9953 7750 0.9681 1.0079

25. 16 00 66 9873 13386 9953 7727 0.9667 1.0081

25. 16 00 73 10516 14702 9953 7584 0.9567 1.0096

25. 16 00 74 10958 15386 9953 7565 0.9552 1.0098

25. 16 00 75 10777 15198 9953 .7547 0.9536 1.0100

25. 16 00 76 10811 15311 .9953 .7529 0.9520 1.0103

25 16 00 77 11098 15784 .9953 .7512 0.9503 1.0105

25 16 00 78 11131 15897 .9953 .7496 0.9487 1.0108

25 16 00 79 11615 16658 .9953 .7480 0.9470 1.0110

25 16 .00 83 12056 17401 .9953 .7420 0.9483 1.0108

25 17 .00 4 198 198 .9926 1 .0102 0.9999 1.0031

25 17 .00 5 278 279 .9926 1 .0053 0.9999 1.0031

25 17 .00 6 341 345 .9926 1 .0005 0.9998 1.0031

25 17 .00 12 1064 1108 .9926 .9723 0.9983 1.0034

25 17 .00 13 1284 1344 .9926 .9677 0.9978 1.0034

25 17 .00 14 1283 1350 .9926 .9633 0.9973 1.0035

25 .0 17 .00 21 2285 2499 .9926 .9331 0.9917 1.0043

25 .0 17 .00 22 2494 2743 .9926 .9289 0.9906 1.0045

25 .0 17 .00 23 2732 3022 .9926 .9249 0.9895 1.0047

25 .0 17 .00 24 2684 2986 .9926 .9208 0.9882 1.0049

25 .0 17 .00 25 2994 3350 .9926 .9168 0.9869 1.0051

25 .0 17 .00 26 3194 3596 .9926 .9129 0.9855 1.0053

25 .0 17 .00 27 3199 3623 .9926 .9090 0.9840 1.0055

25 .0 17 .00 28 3441 3921 .9926 .9051 0.9825 1.0057

25 .0 17 .00 29 3530 4046 .9926 .9013 0.9809 1.0060

25 .0 17 .00 30 3722 4293 .9926 .8975 0.9792 1.0062

25 .0 17 .00 32 4012 4686 .9926 .8901 0.9756 1.0067

25 .0 17 .00 33 4111 4832 .9926 .8865 0.9737 1.0070

25 .0 17 .00 34 4201 4969 .9926 .8829 0.9718 1.0073

25 .0 17 .00 40 5213 6154 .9926 .8623 0.9936 1.0041

25 .0 17 .00 45 6048 7296 .9926 .8464 0.9911 1.0044

25 .0 17 .00 46 6114 7407 .9926 .8434 0.9905 1.0045

25 .0 17 .00 47 6342 7716 .9926 .8404 0.9899 1.0046

25 .0 17 .00 48 6122 7480 .9926 .8374 0.9893 1.0047

25 .0 17 .00 51 6523 8071 .9926 .8288 0.9873 1.0050

25 .0 17 .00 52 6633 8241 .9926 .8261 0.9866 1.0051

25 .0 17 .00 65 8234 10783 .9926 .7941 0.9753 1.0068

25 .0 17 .00 66 8418 11068 .9926 .7920 0.9743 1.0070

25 .0 17 .00 72 9001 12110 .9926 .7801 0.9676 1.0080

25 .0 17 .00 73 9053 12225 .9926 .7782 0.9664 1.0081

44
^0 ^ z "•Meas. ^Gen. p

e R 1:(x) AnjLSOtropY

25.0 17,.00 74 9266 12560 0..9926 0.,7765 0..9652 1.,0083

25.0 17,.00 75 9470 12884 0.,9926 0.,7747 0,.9639 1.,0085

25.0 17,.00 76 9555 13048 0.,9926 0..7730 0,.9626 1.,0087

25.0 17,.00 77 9627 13195 0.,9926 0,.7714 0,.9613 1,,0089

25.0 17,.00 78 9809 13493 0.,9926 0,.7698 0,.9600 1,.0091

25.0 17,.00 79 9998 13803 0.,9926 0,.7682 0,.9587 1,.0093

25.0 17..00 83 10117 14167 0.,9926 0,.7625 0,.9531 1,.0101

25.0 18,.00 4 142 144 0.,9871 0,.9988 1,.0000 1,.0031

25.0 18..00 5 181 185 0.,9871 0,.9943 0,.9999 1,.0031

25.0 18.,00 6 265 272 0..9871 0,.9899 0,.9998 1,.0031

25.0 18.,00 12 812 857 0.,9871 0,.9642 0,.9987 1,.0033

25.0 18..00 13 1031 1093 0..9871 0,.9601 0,.9983 1,.0033

25.0 18..00 14 1062 1132 0..9871 0,.9560 0,.9980 1,.0034

25.0 18.,00 21 1858 2048 0.,9871 0,.9284 0,.9937 1,.0040

25.0 18.,00 22 2021 2239 0..9871 0,.9247 0,.9929 1,.0042

25.0 18.,00 23 2126 2368 0..9871 0,.9209 0,.9920 1,.0043

25.0 18.,00 24 2272 2543 0..9871 0,.9172 0,.9910 1,.0044

25.0 18.,00 25 2430 2734 0..9871 0,.9136 0,.9900 1,.0046

25.0 18.,00 26 2535 2867 0,,9871 0,.9100 0,.9889 1,.0048

25.0 18..00 27 2597 2953 0,.9871 0,.9064 0,.9878 1,.0049

25.0 18..00 28 2830 3235 0,.9871 0,.9029 0,.9866 1,.0051

25.0 18..00 29 2870 3298 0,.9871 0,.8994 0,.9854 1,.0053

25.0 18..00 30 2976 3438 0,.9871 0,.8959 0,.9841 1,.0055

25.0 18.,00 32 3230 3772 0,.9871 0,.8891 0,.9813 1,.0059

25.0 18..00 33 3463 4067 0,.9871 0,.8858 0,.9799 1,.0061

25.0 18..00 34 3511 4146 0,.9871 0,.8825 0,.9784 1,.0063

25.0 18..00 39 3958 4806 0,.9871 0,.8666 0,.9700 1,.0076

25.0 18.,00 41 4670 5547 0,.9871 0,.8606 0,.9948 1,.0039

25.0 18..00 42 4687 5590 0,.9871 0,.8576 0,.9944 1,.0039

25.0 18..00 45 5019 6055 0,.9871 0,.8489 0,.9932 1,.0041

25.0 18..00 46 5025 6085 0,.9871 0,.8461 0,.9927 1,.0042

25.0 18..00 47 5181 6298 0,.9871 0,.8433 0,.9923 1,.0043

25.0 18..00 48 5166 6304 0,.9871 0,.8406 0,.9918 1,.0043

25.0 18..00 51 5667 6994 0,.9871 0,.8327 0,.9903 1,.0046

25.0 18..00 52 5873 7275 0,.9871 0,.8301 0,.9898 1,.0046

25.0 18..00 65 6996 9079 0,.9871 0,.8004 0,.9811 1,.0059

25.0 18..00 66 7082 9223 0,.9871 0,.7984 0,.9803 1,.0061

25.0 18..00 72 7569 10058 0,.9871 0,.7872 0,.9750 1,.0068

25.0 18..00 73 7881 10507 0,.9871 0,.7854 0,.9741 1,.0070

25.0 18..00 74 8054 10773 0,.9871 0,.7838 0,.9732 1,.0071

25.0 18,.00 75 8068 10827 0,.9871 0,.7821 0,.9722 1,.0073

25.0 18,.00 76 8083 10883 0,.9871 0,.7805 0,.9712 1,.0074

25.0 18,.00 77 8221 11104 0,.9871 0,.7789 0,.9702 1,.0076

25.0 18,.00 78 8184 11089 0..9871 0,.7774 0,.9691 1,.0077

25.0 18,.00 79 8682 11801 0,.9871 0,.7759 0,.9681 1,.0079

25.0 18,.00 83 8817 12133 0,.9871 .7704 0,.9637 1,.0085

25.0 18,.00 92 9464 13090 0,.9871 0,.7603 0,.9706 1,.0075

25.0 19,.00 4 118 121 0,.9779 1,.0008 1,.0000 1,.0031

25.0 19,.00 5 128 132 0,.9779 0,.9968 0,.9999 1,.0031

25.0 19,.00 6 200 207 0,.9779 0,.9928 0,.9999 1,.0031

25.0 19,.00 12 618 654 0,.9779 0,.9699 0,.9990 1,.0032

25.0 19 .00 13 754 . 802 0,.9779 0,.9663 0,.9988 1,.0033

25.0 19 .00 14 791 844 0,.9779 0,.9626 0,.9985 1 ,.0033

25.0 19 .00 21 1420 1561 0,.9779 0,.9380 0..9953 1 ,.0038

25.0 19 .00 22 1567 1730 0,.9779 0,.9346 0,.9946 1,.0039

25.0 19 .00 23 1682 1866 0,.9779 0,.9312 0,.9940 1,.0040

45
^0 E

V

z 1..Meas . ^Gen. ^e R f:(x) Anisotropy

25.0 19. 00 24 1749 1948 0, 9779 0. 9279 0. 9932 1.0041

25.0 19. 00 25 1970 2204 0. 9779 0. 9246 0. 9925 1.0042

25.0 19. 00 26 1989 2236 0, 9779 0, 9214 0. 9917 1.0043

25.0 19, 00 27 2012 2272 0. 9779 0. 9182 0, 9908 1.0045

25.0 19. 00 28 2214 2511 0. 9779 9150 0. 9899 1.0046

25.0 19. 00 29 2237 2549 0. 9779 9119 0. 9890 1.0047

25.0 19, 00 30 2478 2836 9779 9088 0, 9880 1.0049

25.0 19. 00 32 2619 3025 9779 9027 0. 9859 1.0052

25.0 19. 00 33 2797 3245 9779 8997 0. 9848 1.0054

25.0 19. 00 34 2848 3320 9779 8967 9837 1.0055

25.0 19, 00 39 3225 3849 9779 8824 0. 9772 1.0065

25.0 19, 00 40 3254 3902 9779 8797 9758 1.0067

25.0 19 00 42 3729 4396 9779 8743 9958 1.0037

25.0 19 00 45 4250 5061 9779 .8664 9949 1.0039

25.0 19 00 46 4143 4950 9779 .8639 9945 1.0039

25.0 19 00 47 4162 4989 9779 .8614 9942 1.0040

25.0 19 00 48 4236 5095 9779 .8589 9938 1.0040

25.0 19 00 51 4549 5525 9779 .8517 9927 1.0042

25.0 19 00 52 4678 5700 .9779 .8493 9923 1.0043

25.0 19 00 65 5768 7317 .9779 .8222 9857 1.0052

25.0 19 00 66 6120 7786 .9779 .8203 9851 1.0053

25.0 19 00 72 6158 7972 .9779 .8100 .9811 1.0059

25.0 19 00 73 6597 8564 .9779 .8083 .9803 1.0060

25.0 19 00 74 6758 8798 .9779 .8068 .9796 1.0062

25.0 19 .00 75 6639 8666 .9779 .8052 .9789 1.0063

25.0 19 .00 76 6665 8725 .9779 .8037 .9781 1.0064

25.0 19 .00 77 7020 9214 .9779 .8023 .9773 1.0065

25.0 19 .00 78 7017 9236 .9779 .8009 .9765 1.0066

25.0 19 .00 79 7129 9408 .9779 .7995 .9757 1.0067

25.0 19 .00 83 7486 9984 .9779 .7942 .9723 1.0072

25.0 19 .00 92 7853 10539 .9779 .7845 .9775 1.0065

25.0 20 .00 4 71 74 .9645 1 .0030 1 .0000 1.0031

25.0 20 .00 5 99 103 .9645 .9995 1 .0000 1.0031

25.0 20 .00 6 132 138 .9645 .9961 .9999 1.0031

25.0 20 .00 12 501 534 .9645 .9763 .9993 1.0032

25.0 20 .00 13 521 557 .9645 .9731 .9991 1.0032

25.0 20 .00 14 585 628 .9645 .9699 .9989 1.0033

25.0 20 .00 21 1055 1162 .9645 .9485 .9965 1.0036

25.0 20 .00 22 1147 1267 .9645 .9455 .9960 1.0037

25.0 20 .00 23 1257 1394 .9645 .9426 .9956 1.0038

25.0 20 .00 24 1378 1534 .9645 .9397 .9950 1.0038

25.0 20 .00 25 1374 1535 .9645 .9369 .9945 1.0039

25.0 20 .00 26 1541 1728 .9645 .9340 .9939 1.0040

25.0 20 .00 27 1610 1812 .9645 .9312 .9932 1.0041

25.0 20 .00 28 1672 1889 .9645 .9285 .9926 1.0042

25.0 20 .00 29 1814 2057 .9645 .9257 .9919 1.0043

25.0 20 .00 30 1853 2109 .9645 .9230 .9912 1.0044

25.0 20 .00 32 2064 2367 .9645 .9177 .9896 1.0047

25.0 20 .00 33 2022 2328 .9645 .9151 .9888 1.0048

25.0 20 .00 34 2248 2598 .9645 .9125 .9879 1.0049

25.0 20 .00 39 2488 2932 .9645 .8999 .9831 1.0056

25.0 20 .00 40 2586 3060 .9645 .8975 .9821 1.0058

25.0 20 .00 41 2692 3197 .9645 .8951 .9810 1.0059

25.0 20 .00 46 3314 3919 .9645 .8836 .9960 1.0037

25.0 20 .00 47 3346 3968 .9645 .8814 .9957 1.0037

25.0 20 .00 48 3402 4046 .9645 .8792 .9955 1.0038

46
^c) E

V

Z Neas

"""Gen. p

e R f(x) Anisotropy

25.,0 20.,00 51 3642 4367 0. 9645 0,,8728 0.,9946 1.,0039

25.,0 20.,00 52 3715 4467 0.,9645 0.,8708 0.,9943 1.,0040

25,,0 20.,00 65 4682 5823 0.,9645 0,,8465 0.,9894 1.,0047

25.,0 20.,00 66 4647 5795 0.,9645 0.,8448 0.,9889 1.,0048

25. 20.,00 72 5031 6366 0.,9645 0.,8355 0.,9859 1 .,0052

25.,0 20.,00 73 5333 6764 0.,9645 0.,8340 0.,9854 1.,0053

25.,0 20.,00 74 5417 6886 0.,9645 0..8326 0.,9849 1.,0054

25.,0 20.,00 75 5488 6993 0.,9645 0..8312 0.,9843 1.,0054

25.,0 20.,00 76 5557 7097 0.,9645 0..8298 0.,9837 1.,0055

25.,0 20.,00 77 5431 6953 0.,9645 0..8285 0.,9831 1.,0056

25.,0 20.,00 78 5867 7528 0.,9645 0..8272 0.,9825 1.,0057

25.,0 20.,00 79 5776 7428 0.,9645 0..8259 0.,9819 1.,0058

25.,0 20.,00 83 6130 7953 0.,9645 0..8210 0.,9794 1..0062

30.,0 1.,50 5 11600 27333 0.,6171 0..9621 0..7444 1..0413

30.,0 1.,50 6 10527 31221 0.,6171 0..9538 0..6082 1..0617

30.,0 1,,50 21 25139 207845 0.,6171 0..8411 0..2596 1..1139

30..0 1.,50 22 23788 231955 0..6171 0..8343 0..2230 1..1194

30.,0 1.,50 23 22312 257038 0..6171 0,.8276 0..1911 1..1241

30.,0 1.,50 24 20453 278622 0.,6171 0,.8210 0..1635 1..1283

30..0 1..50 25 18900 304511 0..6171 0,.8145 0..1398 1..1318

30.,0 1.,50 26 16635 316839 0..6171 0,.8081 0..1195 1,.1348

30.,0 1.,50 26 16635 316839 0..6171 0,.8081 0..1195 1,.1348

30.,0 1.,50 27 15778 354940 0..6171 0,.8017 0..1022 1,.1374

30.,0 1..50 28 14675 389329 0..6171 0,.7955 0..0875 1,.1396

30.,0 1.,50 29 13952 435775 0,.6171 0,.7893 0,.0750 1,.1415

30.,0 1.,50 30 12698 465975 0,.6171 0,.7833 0..0644 1,.1431

30.,0 1..50 45 42511 619822 0,.6171 0,.7032 0,.1780 1,.1261

30.,0 1..50 51 29968 747794 0,.6171 0,.6769 0,.1090 1,.1364

30.,0 1..50 52 28241 771461 0,.6171 0,.6728 0,.1003 1,.1377

30.,0 2,.00 5 13726 21962 0,.7590 0,.9630 0,.8739 1,.0220

30.,0 2,.00 12 9971 61558 0,.7590 0,.9075 0,.2618 1,.1135

30..0 2,.00 21 36781 128302 0,.7590 0,.8426 0,.4842 1,.0803

30..0 2,.00 22 34663 134939 0,.7590 0,.8358 0,.4401 1,.0869

30..0 2,.00 23 33497 146087 0,.7590 0,.8292 0,.3983 1 .0931

30,.0 2,.00 24 31756 155667 0,.7590 0,.8226 0,.3591 1 .0990

30..0 2,.00 25 30095 166271 0,.7590 .8161 0,.3227 1 .1044

30..0 2,.00 26 27069 168931 0,.7590 .8097 0,.2893 1 .1094

30,.0 2,.00 27 26206 185047 0,.7590 .8034 0,.2587 1 .1140

30,.0 2,.00 28 24256 194045 0,.7590 .7972 0,.2310 1,.1182

30,.0 2,.00 29 23234 210750 0,.7590 .7910 0,.2060 1,.1219

30,.0 2,.00 30 22317 229642 .7590 .7850 0,.1835 1,.1253

30,.0 2,.00 32 19646 260194 .7590 .7732 0,.1455 1,.1309

30,.0 2 .00 33 18572 278909 .7590 .7674 0,.1296 1,.1333

30,.0 2 .00 34 18293 311328 .7590 .7617 0,.1154 1,.1355

30,.0 2 .00 47 56763 358569 .7590 .6961 0,.3305 1,.1033

30 .0 2 .00 66 25729 514105 .7590 .6277 0,.1192 1,.1349

30 .0 2 .00 92 58002 562979 .7590 .5866 0,.2578 1,.1141

30 .0 2 .60 5 12908 16964 .8524 .9640 0,.9375 1,.0125

30 .0 2 .60 6 14035 19672 .8524 .9559 0,.8923 1,.0192

30 .0 2 .60 13 13997 49005 .8524 .9014 0,.4059 1,.0920

30 .0 2 .60 14 12443 51775 .8524 .8939 0,.3472 1 ,.1008

30 .0 2 .60 23 41651 102907 .8524 .8310 0,.6067 1,.0619

30 .0 2 .60 24 40520 107998 .8524 .8245 0,.5698 1,.0675

30 .0 2 .60 25 40338 116340 .8524 .8180 0,.5335 1,.0729

30 .0 2 .60 26 37405 117074 .8524 .8117 .4979 1,.0782

3 .0 2 .60 27 36174 123184 .8524 .8054 0,.4634 1,.0834

47
^0 E

V

Z Meas

.

"""Gen. pe R f(x) Anisotropy

30.,0 2.,60 28 34750 129044 0..8524 0,.7992 0.4302 1.0884

30.,0 2.,60 29 34203 138787 0,.8524 0,.7931 0.3984 1.0931

30..0 2..60 30 32596 144783 0,.8524 0,.7871 0.3683 1.0976

30..0 2.,60 32 29661 158527 0,.8524 0,.7754 0.3130 1.1059

30.,0 2.,60 33 28991 170246 0,.8524 0,.7696 0.2880 1.1096

30..0 2..60 34 28230 182298 0,,8524 0,.7640 0.2647 1.1131

30..0 2.,60 39 22775 237776 0,.8524 0,.7371 0.1718 1.1270

30.,0 2.,60 51 59991 245305 0,.8524 0,.6817 0.4564 1.0844

30.,0 2.,60 65 39008 339521 0,.8524 0,.6332 0.2378 1.1171

30.,0 2.,60 73 32618 381599 0,.8524 0,.6134 0.1839 1.1252

30.,0 2.,60 74 32024 396728 0,.8524 0,.6114 0.1745 1.1266

30.,0 3.,00 5 11647 14220 0,.8946 0,.9648 0.9579 1.0094

30..0 3,.00 6 12825 16400 0,.8946 0,.9567 0.9266 1.0141

30..0 3,.00 12 15898 35410 0,.8946 0,.9098 0.5874 1.0648

30..0 3,.00 14 15323 44585 0,.8946 0,.8949 0.4650 1.0832

30..0 3,.00 21 45403 81389 0,.8946 0,.8456 0.7656 1.0382

30..0 3,.00 24 42716 90335 0,.8946 0,.8258 0.6734 1.0520

30,.0 3,.60 4 6734 7579 0,.9279 0,.9740 0.9878 1.0049

30,.0 3,.60 5 9668 11141 0,.9279 0,.9659 0.9749 1.0069

30,.0 3,.60 6 10620 12626 0,.9279 0,.9578 0.9556 1.0097

30,.0 3,.60 12 16639 28739 0,.9279 0,.9113 0.7159 1.0456

30,.0 3,.60 13 16796 31785 0,.9279 0,.9039 0.6637 1.0534

30,.0 3,.60 22 43261 69044 0,.9279 0,.8408 0.8264 1.0291

30,.0 3,.60 23 43557 72248 0,.9279 0,.8343 0.8040 1.0324

30,.0 3,.60 25 41381 74626 0,.9279 0,.8214 0.7563 1.0396

30,.0 3,.60 26 40196 75821 0,.9279 0,.8151 0.7313 1.0433

30,.0 3,.60 27 39887 78857 0,.9279 0,.8089 0.7056 1.0471

30,.0 3,.60 28 40398 83872 0,.9279 0,.8028 0.6796 1.0510

30,.0 3,.60 29 40093 87573 0,.9279 0,.7967 0.6533 1.0550

30,.0 3,.60 30 39305 90482 0,.9279 0,.7908 0.6269 1.0589

30,.0 3,.60 32 37636 96711 0,.9279 0,.7792 0.5742 1.0668

30,.0 3,.60 34 36626 105674 0,.9279 0,.7679 0.5227 1.0745

30,.0 3,.60 39 33135 130298 0,.9279 0,.7412 0.4038 1.0923

30,.0 3,.60 40 31966 134082 0,.9279 0,.7362 0.3823 1.0955

30,.0 3,.60 41 30982 138711 0..9279 0,.7312 0.3617 1.0986

30,.0 3,.60 42 29715 140783 0,.9279 0,.7263 0.3448 1.1011

30,.0 3,.60 66 48638 192627 0,.9279 0,.6353 0.4640 1.0833

30,.0 3,.60 72 45838 230381 0,.9279 0,.6205 0.3788 1.0960

30,.0 3,.60 73 45416 237893 0,.9279 0,.6183 0.3654 1.0981

30,.0 3,.60 74 45041 245985 0,.9279 0,.6162 0.3522 1.1000

30,.0 3,.60 75 43941 250306 0,.9279 0,.6142 0.3394 1.1019

30,.0 3,.60 76 43454 258282 0,.9279 0,.6123 0.3268 1.1038

30..0 3,.60 77 42315 262529 0,.9279 0,.6105 0.3146 1.1057

30,.0 3,.60 78 41320 267680 0,.9279 0,.6088 0.3026 1.1074

30,.0 3,.60 79 41432 280356 0,.9279 0,.6072 0.2909 1.1092

30,.0 3,.60 83 41119 240673 0,.9279 0,.6015 0.3374 1.1022

30,.0 6,.25 4 2971 3104 0,.9837 0,.9788 0.9976 1.0035

30,.0 6,.25 5 4517 4772 0,.9837 0,.9709 0.9949 1.0039

30,.0 6,.25 6 5144 5504 0,.9837 0,.9631 0.9909 1.0045

30,.0 6,.25 12 11275 13615 0,.9837 0,.9182 0.9294 1.0137

30,.0 6,.25 13 12097 15032 0,.9837 0,.9110 0.9126 1.0162

30,.0 6,.25 14 12748 16341 0,.9837 0,.9038 0.8940 1.0190

30 .0 6,.25 21 15766 26798 0,.9837 0,.8564 0.7288 1.0437

30,.0 6,.25 22 15935 28425 0,.9837 0,.8499 0.7024 1.0476

30 .0 6,.25 23 16360 30678 0,.9837 0,.8436 0.6758 1.0516

30 .0 6,.25 30 28732 41363 0,,9837 0,.8014 0.8974 1.0185

48
^0 E

V

z Meas . ""Gen.

p

e R i:(x) Anisotropy

30,,0 6.,25 32 29397 44033 0..9837 0.,7901 0.,8773 1.,0215

30.,0 6..25 33 28775 44007 0.,9837 0.,7846 0.,8667 1.,0230

30.,0 6..25 34 30023 46907 0.,9837 0.,7792 0.,8557 1.,0247

30.,0 6..25 39 31462 55188 0.,9837 0.,7532 0.,7953 1.,0337

30.,0 6..25 40 31961 57474 0.,9837 0..7483 0.,7824 1,,0357

30.,0 6..25 41 31845 58738 0.,9837 0,,7435 0.,7692 1..0376

30.,0 6..25 42 32062 60588 0.,9837 0..7387 0.,7570 1..0395

30.,0 6..25 45 31601 64670 0.,9837 0,.7249 0.,7164 1,.0455

30.,0 6,.25 47 32068 69335 0.,9837 0,.7161 0..6891 1,.0496

30.,0 6..25 48 32740 72795 0.,9837 0,.7119 0..6754 1,.0517

30.,0 6..25 51 31127 75388 0.,9837 0,.6996 0,.6346 1,.0578

30.,0 6..25 52 30102 75049 0.,9837 0..6956 0,.6212 1,.0598

30.,0 6,.25 72 47229 102394 0..9837 0,.6347 0,.7668 1,.0380

30.,0 6,.25 73 47519 104729 0,,9837 0,.6326 0,.7578 1,.0393

30.,0 6..25 74 47838 107202 0..9837 0,.6305 0,.7488 1,.0407

30.,0 6..25 75 47578 108435 0..9837 0,.6285 0,.7396 1,.0421

30.,0 6,.25 76 47536 110211 0,,9837 0,.6266 0,.7302 1..0435

30..0 6..25 77 46511 109722 0,.9837 0,.6247 0,.7207 1..0449

30..0 6,.25 78 46875 112545 0,.9837 0,.6230 0,.7111 1..0463

30.,0 6,.25 79 48284 118013 0,.9837 0,.6213 0,.7014 1..0478

30.,0 6,.25 83 46314 121856 0,.9837 0..6155 0,.6614 1..0538

30..0 6,.25 92 44395 139756 0,.9837 0..6073 0,.5677 1,.0678

30.,0 7,.00 4 2438 2530 0,.9881 0..9801 0..9983 1..0034

30.,0 7,.00 5 3693 3872 0,.9881 0..9724 0,.9964 1..0036

30.,0 7,.00 6 4380 4644 0,.9881 0..9647 0..9935 1..0041

30.,0 7,.00 12 9689 11355 0,.9881 0..9202 0..9486 1..0108

30.,0 7,.00 13 10559 12661 0,.9881 0..9131 0..9361 1,.0127

30..0 7,.00 14 11152 13708 0,.9881 0..9061 0..9221 1,.0147

30.,0 7,.00 21 14463 22244 0,.9881 0..8591 0,.7922 1,.0342

30.,0 7,.00 22 14966 23922 0,.9881 0..8527 0..7703 1,.0375

30.,0 7,.00 23 15470 25737 0,.9881 0..8464 0..7480 1..0408

30..0 7,.00 24 15356 26625 0,.9881 0..8402 0..7254 1,.0442

30,.0 7,.00 29 25659 34867 0,.9881 0,.8104 0..9313 1,.0134

30..0 7..00 32 25881 36917 0..9881 0,.7935 0..9091 1..0167

30,.0 7..00 33 25303 36714 0..9881 0..7880 0..9010 1..0179

30,.0 7,.00 34 26397 38979 0,.9881 0,.7827 0..8925 1,.0192

30,.0 7,.00 39 28732 46629 0..9881 0,.7570 0,.8455 1..0262

30,.0 7..00 40 29035 48081 0..9881 0,.7521 0,.8352 1..0278

30,.0 7..00 41 29361 49634 0..9881 0,.7473 0..8247 1..0293

30,.0 7,.00 42 29688 51199 0,.9881 0,.7425 0..8147 1..0308

30,.0 7,.00 45 29884 54990 0,.9881 0,.7289 0..7816 1..0358

30,.0 7,.00 47 29969 57673 0,.9881 0,.7202 0..7589 1..0392

30,.0 7,.00 48 29851 58773 0,.9881 0,.7159 0..7474 1,.0409

30..0 7,.00 51 29487 62270 0,.9881 0,.7037 0..7124 1..0461

30..0 7 .00 52 29408 63598 0,.9881 0,.6998 0..7007 1..0479

30,.0 7 .00 74 44415 90682 .9881 .6349 0..8058 1..0322

30,.0 7 .00 75 44750 92623 .9881 .6329 0,.7983 1..0333

30,.0 7 .00 76 43828 91979 .9881 .6310 0..7906 1..0344

30 .0 7 .00 77 43919 93473 .9881 .6292 0..7827 1..0356

30 .0 7 .00 78 43775 94497 .9881 .6274 0..7747 1..0368

30 .0 7 .00 79 45181 98944 .9881 .6258 0..7666 1 .0380

30 .0 7 .00 83 43980 102197 .9881 .6199 0,.7329 1 .0431

30 .0 7 .00 92 43147 115800 .9881 .6116 0..6508 1..0554

30 .0 7 .60 4 2069 2139 .9905 .9813 0..9987 1..0033

30 .0 7 .60 5 3240 3381 .9905 .9736 0,.9972 1..0035

3 .0 7 .60 6 3726 3929 .9905 .9659 0..9949 1..0039

49
^0 E

V

Z """Meas. """Gen. p

e R f(x) Anisotropy

30.,0 7..60 12 8558 9859 0,,9905 0,.9219 0.9594 1,.0092

30.,0 7.,60 13 9375 11015 0,,9905 0,.9149 0.9494 1,.0107

30.,0 7.,60 14 10034 12041 0,.9905 0,.9079 0.9381 1,.0124

30..0 7..60 21 13640 19794 0,,9905 0,.8614 0.8307 1,.0284

30.,0 7..60 22 14004 20998 0,.9905 0,.8550 0.8121 1,.0312

30.,0 7.,60 23 14440 22400 0,.9905 0,.8488 0.7929 1,.0341

30.,0 7.,60 24 15035 24157 0,.9905 0,.8426 0.7733 1..0370

30.,0 7.,60 25 15216 25351 0,.9905 0..8366 0.7534 1..0400

30..0 7.,60 26 14816 25622 0,.9905 0..8306 0.7332 1..0430

30.,0 7.,60 30 22794 30702 0,.9905 0..8074 0.9397 1..0121

30.,0 7.,60 32 23159 32104 0,.9905 0..7963 0.9274 1..0140

30.,0 7.,60 33 23252 32719 0,.9905 0..7909 0.9208 1..0150

30..0 7,,60 34 24163 34525 0..9905 0..7856 0.9139 1..0160

30.,0 7.,60 39 26108 40490 0..9905 0..7601 0.8752 1..0218

30.,0 7,,60 40 26265 41450 0..9905 0..7552 0.8666 1..0231

30.,0 7,,60 41 26888 43195 0..9905 0..7504 0.8579 1..0244

30,,0 7,.60 42 27463 44893 0..9905 0..7457 0.8494 1..0256

30,.0 7,.60 47 28284 50822 0..9905 0..7235 0.8020 1,.0327

30,.0 7,.60 48 28428 52096 0..9905 0,.7193 0.7921 1,.0342

30,.0 7,.60 51 28628 55732 0..9905 0,.7072 0.7618 1,.0387

30,.0 7,.60 52 28450 56536 0..9905 0,.7033 0.7515 1,.0403

30,.0 7,.60 77 41354 82764 0,.9905 0,.6329 0.8209 1,.0299

30,.0 7,.60 78 42186 85460 0,.9905 0,.6311 0.8141 1,.0309

30,.0 7 ,.60 79 42793 87759 0,.9905 0,.6295 0.8071 1,.0320

30..0 7,.60 83 42018 90631 0,.9905 0,.6236 0.7779 1,.0363

30,.0 7,.60 92 42044 102459 0..9905 0,.6151 0.7053 1,.0472

30,.0 8..00 4 1891 1950 0,.9917 0,.9820 0.9989 1,.0033

30,.0 8..00 5 2884 3002 0,.9917 0,.9744 0.9976 1,.0035

30,.0 8,.00 6 3423 3599 0,.9917 0,.9668 0.9957 1,.0037

30,.0 8..00 12 8018 9152 0,.9917 0,.9231 0.9650 1,.0083

30,.0 8..00 13 8678 10085 0,.9917 0,.9161 0.9563 1,.0096

30,.0 8..00 14 9310 11031 0,.9917 0,.9091 0.9465 1,.0111

30,.0 8..00 22 13318 19297 0,.9917 0,.8566 0.8350 1,.0278

30,.0 8..00 23 14170 21171 0,.9917 0,.8504 0.8177 1,.0304

30,.0 8..00 24 14513 22382 0,.9917 0,.8443 0.8000 1,.0330

30..0 8..00 25 14715 23450 0..9917 0,.8383 0.7818 1,.0357

30..0 8,.00 26 14282 23540 0,.9917 0,.8323 0.7634 1,.0385

30..0 8,.00 32 23009 31407 0,.9917 0,.7982 0.9370 1,.0125

30..0 8,.00 33 21948 30376 0..9917 0,.7928 0.9313 1,.0134

30,.0 8,.00 34 22912 32161 0..9917 0..7875 0.9252 1..0143

30..0 8,.00 39 25046 37904 0..9917 0..7622 0.8911 1..0194

30,.0 8,.00 40 25280 38874 0..9917 0..7574 0.8836 1..0205

30,.0 8,.00 41 25676 40130 0..9917 0,.7526 0.8758 1..0217

30,.0 8 .00 42 26385 41904 0,.9917 0..7479 0.8683 1..0228

30,.0 8,.00 45 26905 44968 0..9917 0..7344 0.8433 1..0265

30,.0 8,.00 47 28861 49969 0..9917 0..7258 0.8258 1..0292

30,.0 8,.00 48 27601 48653 0..9917 0..7216 0.8169 1..0305

30,.0 8 .00 51 27270 50796 0..9917 0..7096 0.7893 1..0346

30,.0 8,.00 52 27250 51720 0..9917 0..7057 0.7799 1,.0360

30,.0 8 .00 79 41034 81181 0..9917 0..6320 0.8295 1,.0286

30,.0 8,.00 83 40819 84527 0..9917 0,.6261 0.8031 1,.0326

30,.0 8 .00 92 41095 94977 0,.9917 0,.6175 0.7366 1..0425

30,.0 8 .70 4 1614 1659 0,.9934 0,.9834 0.9991 1..0032

30 .0 8 .70 5 2519 2612 0,.9934 0,.9758 0.9981 1..0034

30 .0 8 .70 6 2851 2984 0,.9934 0,.9683 0.9966 1..0036

30 .0 8 .70 12 6951 7832 0..9934 0,,9251 0.9727 1.,0072

50
^0 E

V

z Meas . ^Gen. p

e R i:(x) Anisotropy

30 8 70 13 7678 8787 9934 9182 9658 1. 0082

30 8 70 14 8130 9461 9934 9114 9581 1. 0094

30 8 70 22 12291 16974 9934 8595 8676 1 0229

30 8 70 23 13021 18454 9934 8533 8532 1 0251

30 8 70 24 13240 19275 9934 8473 8384 1 0273

30 8 70 25 13749 20578 9934 8413 8231 1 0296

30 8 70 26 13440 20699 9934 8354 8074 1 0319

30 8 70 27 13697 21724 9934 8296 7913 1 0343

30 8 70 32 19573 26132 9934 8017 9503 1 0105

30 8 70 34 20452 27988 9934 7911 9409 1 0119

30. 8 70 39 22306 32604 9934 7660 9135 1 0160

30 8 70 40 22845 33858 9934 7612 9074 1 0170

30 8 70 41 23373 35133 9934 7565 9010 1 0179

30. 8 70 42 23768 36230 9934 7519 .8948 1 0188

30. 8 70 45 24771 39465 9934 7385 .8743 1 0219

30 8 70 47 25604 42053 9934 7300 .8598 1 0241

30. 8 70 48 24828 41415 9934 7259 .8523 1 0252

30 8 70 51 25225 44127 9934 7139 .8292 1 .0287

30 8 70 52 25572 45462 9934 7101 .8212 1 .0298

30. 8 70 77 38840 71600 9934 6401 .8720 1 .0222

30. 8 70 78 37180 69186 9934 6384 .8669 1 .0230

30. 8 70 83 37801 73816 9934 6307 .8395 1 .0271

30. 8 70 92 38681 82830 9934 .6220 .7827 1 .0356

30 9 00 4 1567 1609 .9940 .9839 .9992 1 .0032

30 9 00 5 2341 2424 .9940 .9764 .9983 1 .0034

30 9 00 6 2729 2852 .9940 .9690 .9970 1 .0036

30 9 00 12 6601 7403 .9940 .9260 .9753 1 .0068

30 9 00 13 7335 8349 .9940 .9191 .9691 1 .0077

30 9 00 14 7649 8845 .9940 .9123 .9620 1 .0088

30 9 00 21 11236 14903 .9940 .8669 .8918 1 .0193

30 9 00 23 12450 17318 .9940 .8546 .8659 1 .0232

30 9 00 24 12748 18183 .9940 .8486 .8521 1 .0252

30 9 00 25 13485 19740 .9940 .8426 .8379 1 .0273

30 9 .00 26 13011 19562 .9940 .8368 .8233 1 .0295

30 9 .00 27 13214 20421 .9940 .8310 .8083 1 .0318

30 9 .00 28 13315 21165 .9940 .8253 .7930 1 .0341

30 9 .00 32 18902 25035 .9940 .8033 .9550 1 .0098

30 9 .00 33 18749 25123 .9940 .7979 .9508 1 .0105

30 9 .00 34 19022 25793 .9940 .7927 .9464 1 .0111

30 .0 9 .00 39 21046 30380 .9940 .7677 .9213 1 .0149

30 9 .00 40 22013 32196 .9940 .7630 .9157 1 .0157

30 .0 9 .00 41 22570 33455 .9940 .7583 .9099 1 .0166

30 .0 9 .00 42 22788 34229 .9940 .7537 .9042 1 .0174

30 .0 9 .00 45 24073 37700 .9940 .7403 .8853 1 .0203

30 .0 9 .00 47 24443 39396 .9940 .7318 .8719 1 .0223

30 .0 9 .00 48 24348 39820 .9940 .7277 .8650 1 .0233

30 .0 9 .00 51 24879 42553 .9940 .7158 .8435 1 .0265

30 .0 9 .00 52 24433 42433 .9940 .7120 .8361 1 .0276

30 .0 9 .00 65 24312 52019 .9940 .6695 .7325 1 .0431

30 .0 9 .00 79 37012 68237 .9940 .6387 .8732 1 .0221

30 .0 9 .00 83 36842 70430 .9940 .6328 .8526 1 0252

30 .0 9 .00 92 37547 78216 .9940 .6239 .7996 1 0331

30 .0 10 .00 4 1223 1251 .9955 .9859 .9994 1 .0032

30 .0 10 .00 5 1858 1916 .9955 .9785 .9988 1 .0033

30 .0 10 .00 6 2237 2327 .9955 .9713 .9978 1 .0034

30 .0 10 .00 12 5464 6050 .9955 .9291 .9820 1 .0058

51
^0 E

V

z Meas . """Gen. p

e R f(x) Ani sot ropy

30. 10. 00 13 6030 6762 0. 9955 9224 0. 9775 1 0065

30. 10. 00 14 6513 7402 9955 9157 0. 9723 1 0072

30. 10 00 21 9679 12322 9955 8711 0. 9196 1 0151

30. 10. 00 22 10199 13234 9955 8650 0. 9098 1 0166

30. 10. 00 24 11257 15205 9955 8531 0. 8890 1 0197

30. 10 00 25 11695 16133 9955 8473 8779 1 0214

30. 10 00 26 11688 16476 9955 8415 8663 1 0231

30. 10 00 27 11914 17174 9955 8358 8545 1 0249

30. 10 00 28 11993 17689 9955 8302 8423 1 .0267

30. 10 00 29 12584 19001 9955 8247 8297 1 .0286

30. 10 00 34 16839 22261 9955 .7982 9606 1 .0090

30 10 00 39 18649 26015 9955 .7736 9418 1 .0118

30 10 00 40 18961 26748 9955 .7689 9376 1 .0124

30 10 00 41 19641 28023 9955 .7643 9332 1 .0131

30 10 00 42 20181 29122 9955 .7598 .9288 1 .0138

30 10 00 45 21320 31868 9955 .7466 9144 1 .0159

30 10 00 47 21354 32697 9955 .7383 9041 1 .0174

30 10 00 48 21517 33353 .9955 .7342 .8988 1 .0182

30 10 00 51 22144 35633 .9955 .7224 .8820 1 .0207

30 10 .00 52 21813 35548 .9955 .7187 .8762 1 .0216

30 .0 10 .00 65 23242 45039 .9955 .6767 .7923 1 .0342

30 10 .00 66 22522 44251 .9955 .6740 .7853 1 .0352

30 10 .00 83 33484 60370 .9955 .6399 .8880 1 .0199

30 .0 10 .00 92 34213 66082 .9955 .6308 .8460 1 .0261

30 .0 11 .00 4 1002 1021 .9965 .9879 .9996 1 .0032

30 .0 11 .00 5 1529 1571 .9965 .9807 .9991 1 .0032

30 .0 11 .00 6 1810 1875 .9965 .9736 .9984 1 .0033

30 .0 11 .00 12 4603 5047 .9965 .9323 .9866 1 .0051

30 .0 11 .00 13 5148 5707 .9965 .9257 .9832 1 .0056

30 .0 11 .00 14 5534 6207 .9965 .9192 .9793 1 .0062

30 .0 11 .00 21 8372 10342 .9965 .8755 .9392 1 .0122

30 .0 11 .00 22 8870 11134 .9965 .8696 .9316 1 .0133

30 .0 11 .00 23 9763 12458 .9965 .8637 .9237 1 .0145

30 .0 11 .00 24 9918 12873 .9965 .8579 .9154 1 .0158

30 .0 11 .00 25 10192 13 4 6 3 .9965 .8522 .9067 1 .0171

30 .0 11 .00 26 10580 14230 .9965 .8465 .8976 1 .0184

30 .0 11 .00 27 10547 14450 .9965 .8410 .8882 1 .0198

30 .0 11 .00 28 10910 15234 .9965 .8355 .8785 1 .0213

30 .0 11 .00 29 11435 16282 .9965 .8300 .8684 1 .0228

30 .0 11 .00 30 11301 16414 .9965 .8247 .8581 1 .0243

30 .0 11 .00 33 14934 19176 .9965 .8091 .9728 1 .0072

30 .0 11 .00 39 16325 22181 .9965 .7799 .9561 1 .0097

30 .0 11 .00 40 16495 22633 .9965 .7753 .9529 1 .0101

30 .0 11 .00 41 17101 23697 .9965 .7708 .9496 1 .0106

30 .0 11 .00 42 17476 24458 .9965 .7663 .9462 1 .0112

30 .0 11 .00 45 18417 26571 .9965 .7534 .9351 1 .0128

30 .0 11 .00 47 19148 28205 .9965 .7451 .9271 1 .0140

30 .0 11 .00 48 18988 28265 .9965 .7411 .9229 1 .0146

30 .0 11 .00 51 19971 30695 .9965 .7295 .9098 1 .0166

30 .0 11 .00 52 19750 30685 .9965 .7258 .9052 1 .0173

30 .0 11 .00 65 21737 39103 .9965 .6843 .8375 1 .0274

30 .0 11 .00 66 20799 37852 .9965 .6817 8318 1 .0283

30 .0 11 .00 75 24179 44062 .9965 .6610 8539 1 .0250

30 .0 11 .00 92 30631 55851 .9965 .6383 8803 1 .0210

30 .0 12 .00 4 841 856 .9956 .9900 9997 1 .0031

30 .0 12 .00 5 1263 1296 .9956 .9830 9993 1 .0032

52
^0 E

V

z Meas . "^Gen. p

e R i:(x) Ani sot ropy

30. 12. 00 6 1524 1575 0. 9956 0. 9760 0. 9988 1. 0033

30. 12. 00 12 39 4 7 4300 0. 9956 0. 9357 0. 9899 1. 0046

30. 12, 00 13 4390 4830 0. 9956 0. 9293 0. 9873 1. 0050

30. 12. 00 14 4767 5299 0. 9956 0. 9229 0. 9843 1. 0055

30. 12. 00 21 7295 8821 0. 9956 0. 8802 0. 9533 1. 0101

30. 12. 00 22 7765 9518 0. 9956 0. 8744 0. 9474 1. 0110

30. 12. 00 23 8341 10369 0. 9956 8686 0. 9412 1. 0119

30. 12. 00 24 8695 10967 0. 9956 8630 9347 1 0129

30. 12. 00 25 9023 11551 0. 9956 8574 9278 1. 0139

30. 12. 00 26 9151 11896 0. 9956 8518 9206 1 0150

30. 12. 00 27 9406 12420 0. 9956 8464 9132 1 0161

30. 12. 00 28 9653 12953 0. 9956 8410 9054 1 0173

30. 12. 00 29 10001 13641 0. 9956 8357 8974 1 0185

30. 12. 00 30 10111 14025 0. 9956 8305 8891 1 0197

30 12. 00 32 10431 14979 0. 9956 8202 8718 1 0223

30 12. 00 39 14213 18932 9956 7866 9664 1 0081

30 12. 00 40 14332 19257 9956 7821 9639 1 0085

30. 12. 00 41 14907 20207 9956 7776 9613 1 0089

30 12 00 42 15342 20981 9956 7732 9587 1 0093

30 12. 00 45 16416 23060 9956 7606 9500 1 .0106

30. 12 00 47 16743 23952 9956 7525 9438 1 .0115

30 12 00 48 16846 24322 9956 7485 9405 1 .0120

30 12 00 51 17832 26474 9956 .7371 9302 1 .0135

30 12 00 52 17609 26391 9956 .7335 9266 1 .0141

30 12 00 65 19475 33114 9956 .6925 8719 1 .0223

30 12 00 66 18894 32447 9956 .6899 .8672 1 .0230

30 12 00 72 20136 36717 9956 .6755 .8377 1 .0274

30 .0 12 00 73 20587 37919 9956 .6734 .8326 1 .0282

30 12 00 78 22565 39930 9956 .6638 .8739 1 .0220

30 12 00 92 28286 49340 9956 .6464 .9060 1 .0172

30 13 00 4 672 682 9965 .9921 .9998 1 .0031

30 .0 13 00 5 1046 1069 .9965 .9853 .9995 1 .0032

30 .0 13 00 6 1221 1257 .9965 .9785 .9991 1 .0032

30 .0 13 00 12 3335 3606 .9965 .9393 .9922 1 .0043

30 .0 13 .00 13 3698 4035 .9965 .9330 .9902 1 .0046

30 .0 13 00 14 4014 4422 .9965 .9268 .9879 1 .0049

30 .0 13 .00 21 6319 7498 .9965 .8851 .9637 1 .0085

30 .0 13 .00 22 6757 8114 .9965 .8795 .9591 1 .0092

30 .0 13 .00 23 7247 8809 .9965 .8739 .9542 1 .0100

30 .0 13 .00 24 7573 9322 .9965 .8683 .9490 1 .0107

30 .0 13 .00 25 8085 10081 .9965 .8629 .9435 1 .0115

30 .0 13 .00 26 7907 9990 .9965 .8575 .9378 1 .0124

30 .0 13 .00 27 8422 10785 .9965 .8522 .9319 1 .0133

30 .0 13 .00 28 8687 11279 .9965 .8469 .9257 1 .0142

30 .0 13 .00 29 9085 11963 .9965 .8417 .9192 1 .0152

30 .0 13 .00 30 8900 11888 .9965 .8366 .9125 1 .0162

30 .0 13 .00 32 9387 12915 .9965 .8266 .8985 1 .0183

30 .0 13 .00 33 9539 13326 .9965 .8217 .8912 1 .0194

30 .0 13 .00 34 9437 13388 .9965 .8169 .8837 1 .0205

30 .0 13 .00 39 12631 16513 .9965 .7937 .9739 1 .0070

30 .0 13 .00 40 12784 16845 .9965 .7893 .9720 1 .0073

30 .0 13 .00 41 13267 17619 .9965 .7850 .9700 1 .0076

30 .0 13 .00 42 13733 18384 .9965 .7807 .9679 1 .0079

30 .0 13 .00 45 14361 19693 .9965 .7682 .9611 1 .0089

30 .0 13 .00 47 15251 21256 .9965 .7603 .9561 1 .0097

30 .0 13 .00 48 15121 21248 .9965 .7565 .9536 1 .0100

53
^c) E

V

z ""Meas. ^Gen. p

e R i:(x) Anisotropy

30. 13, 00 51 15747 22682 9965 0, 7453 0. 9454 1.0113

30. 13, 00 52 16197 23525 9965 0, 7417 0, 9425 1.0117

30. 13, 00 65 18225 29557 9965 7014 0, 8983 1.0183

30. 13, 00 66 17486 28604 9965 6988 0, 8945 1.0189

30. 13 00 72 18312 31549 9965 6846 0, 8700 1.0225

30. 13 00 73 18910 32862 9965 6824 8658 1.0232

30. 13 00 74 19157 33582 9965 6804 8615 1.0238

30. 13 00 75 19094 33762 9965 6784 8571 1.0245

30. 13 00 79 22904 38918 9965 6711 8964 1.0186

30, 13 00 92 25829 43349 9965 6552 9256 1.0142

30, 14 00 4 580 587 9963 9943 9998 1.0031

30. 14 00 5 880 898 9963 9877 9996 1.0032

30. 14 00 6 1021 1049 9963 9811 9993 1.0032

30. 14 00 12 2843 3057 9963 .9430 9939 1.0040

30. 14 00 13 3197 3466 9963 .9369 9924 1.0042

30. 14 00 14 3486 3812 9963 .9308 9906 1.0045

30. 14 00 21 5601 6547 .9963 .8904 .9715 1.0074

30, 14 00 22 5954 7034 .9963 .8849 .9678 1.0079

30 14 00 23 6334 7564 .9963 .8794 .9639 1.0085

30 14 00 24 6776 8181 .9963 .8740 .9598 1.0091

30 14 00 25 7104 8674 .9963 .8687 .9555 1.0098

30, 14 00 26 7135 8813 .9963 .8635 .9509 1.0104

30 14 .00 27 7596 9494 .9963 .8583 .9461 1.0112

30 14 .00 28 7819 9891 .9963 .8532 .9411 1.0119

30 14 .00 29 8019 10268 .9963 .8482 .9359 1.0127

30 14 .00 30 8208 10642 .9963 .8432 .9305 1.0135

30 14 .00 32 8439 11225 .9963 .8334 .9192 1.0152

30 14 .00 33 8384 11300 .9963 .8286 .9132 1.0161

30 14 .00 34 8748 11948 .9963 .8239 .9071 1.0170

30 14 .00 39 11371 14630 .9963 .8014 .9795 1.0062

30 14 .00 40 11369 14733 .9963 .7971 .9780 1.0064

30 14 .00 41 11515 15030 .9963 .7928 .9764 1.0066

30 14 .00 42 11984 15756 .9963 .7886 .9747 1.0069

30 14 .00 45 12781 17175 .9963 .7765 .9694 1.0077

30 14 .00 47 13448 18338 .9963 .7687 .9655 1.0083

30 14 .00 48 13614 18701 .9963 .7650 .9634 1.0086

30 14 .00 51 14206 19952 .9963 .7540 .9569 1.0096

30 14 .00 52 14261 20179 .9963 .7505 .9545 1.0099

30 14 .00 65 16392 25572 .9963 .7110 .9188 1.0153

30 14 .00 66 15966 25096 .9963 .7084 .9156 1.0157

30 .0 14 .00 72 17115 28149 .9963 .6943 .8955 1.0187

30 .0 14 .00 73 17098 28333 .9963 .6922 .8919 1.0193

30 .0 14 .00 74 17656 29479 .9963 .6902 .8883 1.0198

30 .0 14 .00 75 17714 29798 .9963 .6882 .8847 1.0204

30 .0 14 .00 76 17525 29702 .9963 .6863 .8810 1.0209

30 .0 14 .00 77 17881 30533 .9963 .6845 .8772 1.0215

30 .0 14 .00 83 19719 32917 .9963 .6748 .9063 1.0171

30 .0 15 .00 4 466 471 .9961 .9966 .9999 1.0031

30 .0 15 .00 5 716 728 .9961 .9901 .9997 1.0031

30 .0 15 .00 6 861 882 .9961 .9838 .9994 1.0032

30 .0 15 .00 12 2373 2538 .9961 .9469 .9952 1.0038

30 .0 15 .00 13 2724 2936 .9961 .9410 9940 1.0040

30 .0 15 .00 14 2945 3199 .9961 .9352 9926 1.0042

30 .0 15 .00 21 4866 5615 .9961 .8960 9774 1.0065

30 .0 15 .00 22 5161 6011 .9961 8906 9745 1.0069

30 .0 15 .00 23 5651 6646 9961 8853 0, 9714 1.0074

54
V Meas Gen f(x) Anisotropy

30.,0 15.,00 24 5825 6918 0.,9961 0.,8801 0.,9681 1.,0079

30.,0 15.,00 25 6141 7366 0.,9961 0.,8750 0.,9646 1.,0084

30.,0 15.,00 26 6401 7757 0.,9961 0.,8699 0.,9609 1.,0089

30.,0 15.,00 27 6494 7951 0.,9961 0.,8649 0.,9571 1.,0095

30.,0 15.,00 28 7104 8790 0.,9961 0.,8599 0.,9531 1.,0101

30.,0 15.,00 29 7222 9033 0.,9961 0.,8550 0.,9489 1.,0107

30..0 15.,00 30 7238 9153 0..9961 0.,8502 0.,9445 1..0114

30.,0 15.,00 32 7623 9857 0.,9961 0..8407 0..9353 1,.0128

30.,0 15.,00 33 7540 9862 0.,9961 0..8361 0..9304 1.,0135

30.,0 15.,00 34 7894 10446 0.,9961 0.,8315 0..9254 1.,0143

30.,0 15.,00 40 10507 13406 0.,9961 0.,8054 0..9826 1.,0057

30,,0 15.,00 41 10413 13374 0.,9961 0.,8012 0..9813 1.,0059

30.,0 15.,00 42 10746 13894 0..9961 0.,7972 0..9800 1,.0061

30.,0 15..00 45 11268 14862 0..9961 0..7854 0,.9757 1,.0067

30..0 15.,00 47 11970 16000 0..9961 0..7778 0,,9726 1..0072

30.,0 15.,00 48 11985 16128 0..9961 0..7741 0,.9709 1,.0074

30.,0 15.,00 51 12480 17134 0,.9961 0,.7635 0,.9657 1,.0082

30.,0 15.,00 52 12561 17362 0..9961 0..7600 0,.9638 1,.0085

30..0 15.,00 65 14523 21903 0,.9961 0,.7213 0,.9348 1,.0129

30.,0 15.,00 66 14363 21807 0,.9961 0,.7188 0,.9322 1,.0132

30.,0 15.,00 72 15333 24227 0,.9961 0,.7049 0,.9155 1,.0157

30.,0 15.,00 73 16169 25717 0,.9961 0,.7028 0,.9126 1,.0162

30.,0 15..00 74 16279 26064 0,.9961 0..7008 0,.9096 1,.0166

30..0 15..00 75 16475 26552 0,.9961 0,.6988 0,.9066 1,.0171

30..0 15..00 76 16161 26217 0,.9961 0,.6970 0,.9035 1,.0175

30..0 15.,00 77 16269 26567 0,.9961 0,.6951 0,.9004 1,.0180

30,.0 15.,00 78 16345 26866 0,.9961 0,.6934 0,.8972 1,.0185

30,.0 15,.00 79 17115 28314 0,.9961 0,.6917 0,.8940 1,.0190

30,.0 15,.00 92 20514 32351 0,.9961 0,.6754 0,.9523 1,.0102

30,.0 16,.00 4 393 397 0,.9953 0,.9989 0,.9999 1,.0031

30,.0 16,.00 5 590 599 0,.9953 0,.9927 0,.9998 1,.0031

30,.0 16,.00 6 718 734 0,.9953 0,.9866 0,.9996 1,.0032

30,.0 16,.00 12 2041 2172 0,.9953 0,.9511 0,.9962 1,.0037

30,.0 16,.00 13 2346 2515 0,.9953 0,.9454 .9952 1 .0038

30,.0 16,.00 14 2554 2758 0,.9953 0,.9397 0,.9941 1,.0040

30,.0 16,.00 21 4179 4768 0,.9953 0,.9019 0,.9820 1,.0058

30,.0 16,.00 22 4555 5242 .9953 0,.8967 0,.9797 1,.0061

30,.0 16,.00 23 4797 5568 .9953 .8916 .9772 1 .0065

30,.0 16,.00 24 5121 5996 0,.9953 0,.8866 .9745 1 .0069

30,.0 16,.00 25 5415 6398 .9953 0,.8816 .9717 1,.0073

30,.0 16,.00 26 5492 6548 .9953 .8767 .9688 1,.0078

30,.0 16,.00 27 5660 6810 .9953 .8719 .9656 1 .0082

30 .0 16,.00 28 6013 7303 .9953 .8671 .9624 1 .0087

30 .0 16 .00 29 6421 7873 .9953 .8623 .9590 1 .0092

30 .0 16 .00 30 6518 8070 .9953 .8577 .9555 1 .0098

30 .0 16 .00 32 6662 8412 .9953 .8485 .9480 1 .0109

30 .0 16 .00 33 6602 8421 .9953 .8440 .9440 1,.0115

30 .0 16 .00 34 6902 8894 .9953 .8396 .9399 1 .0121

30 .0 16 .00 39 8706 10883 .9953 .8183 .9871 1 .0050

30 .0 16 .00 42 9476 12065 .9953 .8063 .9840 1 .0055

30 .0 16 .00 45 10069 13057 .9953 .7949 .9806 1,.0060

30 .0 16 .00 47 10367 13608 .9953 .7875 .9781 1 .0064

30 .0 16 .00 48 10770 14224 .9953 .7840 .9768 1 .0066

30 .0 16 .00 51 11041 14851 .9953 .7736 .9726 1 .0072

30 .0 16 .00 52 11149 15088 .9953 .7703 .9711 1 .0074

3 .0 16 .00 65 13105 19183 .9953 .7325 .9474 1,.0110

55
^0 IJ V

z I..Meas

.

^Gen. p

e R J:(x) Anisotropy

30. 16 00 66 12732 18748 9953 7300 9453 1 .0113

30. 16 00 73 14330 21991 9953 .7143 9291 1 .0137

30, 16 00 74 14858 22934 .9953 .7123 9266 1 .0141

30. 16 00 75 14739 22884 .9953 .7104 9241 1 .0145

30 16 00 76 14945 23338 .9953 .7085 9216 1 .0148

30. 16 00 77 14764 23189 .9953 .7067 .9190 1 .0152

30. 16 00 78 15038 23756 .9953 .7050 .9163 1 .0156

30 16 00 79 15203 24155 .9953 .7033 .9136 1 .0160

30 17 00 4 311 314 .9926 1 .0013 .9999 1 .0031

30 17 00 5 474 481 .9926 .9954 .9998 1 .0031

30 17 00 6 616 629 .9926 .9895 .9996 1 .0032

30 17 00 12 1730 1836 .9926 .9554 .9970 1 .0036

30 17 00 13 1984 2120 .9926 .9500 .9962 1 .0037

30 17 00 14 2121 2282 .9926 .9445 .9953 1 .0038

30 17 00 21 3657 4137 .9926 .9082 .9856 1 .0053

30 17 00 22 3836 4373 .9926 .9033 .9837 1 .0055

30 17 00 23 4163 4783 .9926 .8984 .9817 1 .0058

30 17 00 24 4443 5146 .9926 .8935 .9796 1 .0062

30 17 00 25 4565 5329 .9926 .8887 .9773 1 .0065

30 17 00 26 4651 5474 .9926 .8840 .9749 1 .0069

30 17 00 27 4919 5838 .9926 .8793 .9724 1 .0072

30 17 00 28 5275 6312 .9926 .8747 .9698 1 .0076

30 17 00 29 5563 6714 .9926 .8702 .9670 1 .0080

30 17 00 30 5741 6988 .9926 .8657 .9641 1 .0085

30 17 00 32 5810 7197 .9926 .8568 .9580 1 .0094

30 17 00 33 5805 7255 .9926 .8525 .9548 1 .0099

30 17 00 34 5942 7494 .9926 .8483 .9515 1 .0104

30 17 00 40 7852 9755 .9926 .8239 .9889 1 .0048

30 17 00 45 8549 10925 .9926 .8051 .9845 1 .0054

30 17 00 47 9051 11696 .9926 .7980 .9824 1 .0057

30 17 00 48 9141 11879 .9926 .7946 .9814 1 .0059

30 17 00 51 9496 12549 .9926 .7845 .9780 1 .0064

30 17 00 52 9527 12659 .9926 .7813 .9767 1 .0066

30 17 .00 65 11808 16844 .9926 .7446 .9575 1 .0095

30 17 .00 66 11361 16293 .9926 .7422 .9557 1 .0097

30 17 .00 72 12490 18489 .9926 .7288 .9444 1 .0114

30 .0 17 .00 73 12862 19139 .9926 .7268 .9424 1 .0117

30 17 .00 74 13241 19805 .9926 .7249 .9403 1 .0120

30 .0 17 .00 75 13374 20108 .9926 .7230 .9383 1 .0123

30 .0 17 .00 76 13420 20281 .9926 .7211 9361 1 .0127

30 .0 17 .00 77 13754 20893 .9926 .7193 9340 1 .0130

30 .0 17 .00 78 13530 20657 .9926 .7176 9318 1 0133

30 .0 17 .00 79 13629 20914 .9926 .7159 9295 1 .0136

30 .0 17 .00 83 14022 21951 .9926 .7098 9202 1 .0150

30 .0 18 .00 4 249 252 .9871 1 .0038 9999 1 .0031

30 .0 18 .00 5 396 403 .9871 .9982 9998 1 0031

30 .0 18 .00 6 502 514 .9871 .9925 9997 1 0031

30 .0 18 .00 12 1411 1498 .9871 .9600 9976 1 0035

30 .0 18 .00 13 1612 1722 .9871 .9548 9970 1 0036

30 .0 18 .00 14 1829 1966 .9871 .9496 9962 1 0037

30 .0 18 .00 21 3117 3508 .9871 9150 9884 1 0048

30 .0 18 .00 22 3333 3778 9871 9102 9869 1. 0051

30 .0 18 .00 23 3574 4080 9871 9055 9853 1. 0053

30 .0 18 .00 24 4010 4610 9871 9009 9836 1. 0056

30 .0 18 .00 25 3980 4609 9871 8963 0. 9817 1, 0058

30 .0 18 .00 26 3962 4622 9871 8918 0. 9798 1. 0061

56
^0 E

V

z Meas . ^Gen.

^ R i:(x) Anisotropy

30.0 18 00 27 4149 4876 9871 8873 9778 1 0064

30.0 18 00 28 4613 5461 9871 .8829 9756 1 .0067

30.0 18 00 29 4616 5507 9871 8786 9734 1 0071

30.0 18 00 30 4709 5661 9871 8743 9711 1 0074

30.0 18 00 32 5083 6206 9871 8658 9661 1 .0082

30.0 18 00 33 5159 6349 9871 8617 9635 1 .0086

30.0 18 00 34 5237 6497 9871 8576 9608 1 .0090

30.0 18 00 39 5942 7681 9871 8379 9458 1 .0112

30.0 18 00 41 7007 8669 9871 .8305 9905 1 .0045

30.0 18 00 42 7291 9068 9871 .8268 .9897 1 .0046

30.0 18 00 45 7605 9606 9871 .8162 .9875 1 .0050

30.0 18 00 47 7616 9719 9871 .8094 .9859 1 .0052

30.0 18 00 48 7808 10015 9871 .8060 .9850 1 .0053

30.0 18 00 52 8400 10996 9871 7933 .9813 1 .0059

30.0 18 00 65 10166 14192 9871 .7577 .9656 1 .0083

30.0 18 00 66 10015 14048 9871 .7554 .9641 1 .0085

30.0 18 00 72 10879 15701 9871 .7424 .9548 1 .0099

30.0 18 00 73 11419 16556 9871 .7404 .9532 1 .0101

30.0 18 00 74 11828 17229 9871 .7385 .9515 1 .0104

30.0 18 00 75 11737 17175 9871 .7366 .9497 1 .0106

30.0 18 00 76 11810 17362 9871 .7348 .9480 1 .0109

30.0 18 00 77 11851 17502 9871 .7331 .9462 1 .0112

30.0 18 00 78 12144 18016 9871 .7314 .9444 1 .0114

30.0 18 00 79 12140 18091 9871 .7297 .9425 1 .0117

30.0 18 00 83 12351 18735 9871 .7237 .9347 1 .0129

30.0 18 00 92 13821 20961 9871 .7132 .9469 1 .0111

30.0 19 00 4 192 196 9779 1 .0064 .9999 1 .0031

30.0 19 00 5 327 335 9779 1 .0010 .9999 1 .0031

30.0 19 00 6 405 417 9779 .9957 .9998 1 .0031

30.0 19 00 12 1192 1270 9779 .9649 .9981 1 .0034

30.0 19 00 13 1353 1450 .9779 .9600 .9976 1 .0035

30.0 19 00 14 1483 1598 9779 .9551 .9970 1 .0036

30.0 19 00 21 2630 2957 9779 .9222 .9907 1 .0045

30.0 19 .00 22 2799 3167 9779 .9177 .9895 1 .0047

30.0 19 .00 23 3129 3563 9779 .9132 .9882 1 .0049

30.0 19 .00 24 3159 3620 .9779 .9088 .9868 1 .0051

30.0 19 .00 25 3446 3975 .9779 .9045 .9853 1 .0053

30.0 19 .00 26 3446 4001 .9779 .9002 .9838 1 .0055

30.0 19 .00 27 3565 4167 .9779 .8959 .9821 1 .0058

30.0 19 .00 28 3842 4521 .9779 .8917 .9804 1 .0060

30.0 19 .00 29 4135 4899 .9779 .8876 .9786 1 .0063

30.0 19 .00 30 3984 4752 .9779 .8835 .9767 1 .0066

30.0 19 .00 32 4228 5114 .9779 .8754 .9726 1 .0072 . 30.0 19 .00 33 4344 5291 .9779 .8715 .9705 1 .0075

30.0 19 .00 34 4503 5524 .9779 .8676 .9683 1 .0078

30.0 19 .00 39 5069 6449 .9779 .8489 .9560 1 .0097

30.0 19 .00 40 5253 6733 .9779 .8453 .9534 1 .0101

30.0 19 .00 42 6266 7740 .9779 .8383 .9918 1 .0043

30.0 19 .00 45 6730 8433 .9779 .8281 .9900 1 0046

30.0 19 .00 47 6795 8595 .9779 .8216 9886 1 0048

30.0 19 .00 48 6745 8572 .9779 .8184 9880 1 0049

30.0 19 .00 52 7164 9276 .9779 .8062 9849 1 0054

30.0 19 .00 65 8726 11976 .9779 .7720 9721 1 0073

30.0 19 .00 66 8566 11807 .9779 .7697 9710 1 0074

30.0 19 .00 72 9374 13254 .9779 .7572 9633 1 0086

30.0 19 .00 73 10107 14351 .9779 .7552 9619 1 0088

57
^0 E

V

Z Meas . ^Gen. p

e R JE(x) Anisotropy

30,.0 19,.00 74 10120 14429 0,.9779 0,.7534 0,.9606 1.0090

30,.0 19,.00 75 10150 14532 0,.9779 0,.7515 0,.9591 1.0092

30,.0 19,.00 76 10286 14786 0,.9779 0,.7498 0,.9577 1.0094

30,.0 19,.00 77 10240 14780 0,.9779 0,.7481 0,.9562 1.0097

30,.0 19,.00 78 10636 15414 0,.9779 0,.7464 .9547 1.0099

30,.0 19,.00 79 10299 14986 .9779 0,.7448 .9531 1.0101

30,.0 19,.00 83 10783 15938 .9779 0,.7388 .9467 1.0111

30,.0 19,.00 92 12036 17834 0,.9779 0,.7284 0,.9566 1.0096

30,.0 20,.00 4 147 152 .9645 1,.0091 1 .0000 1.0031

30,.0 20,.00 5 253 262 0,.9645 1,.0041 0,.9999 1.0031

30,.0 20,.00 6 309 322 .9645 0,.9991 .9998 1.0031

30,.0 20,.00 12 918 986 .9645 0,.9701 .9985 1.0033

30,.0 20,.00 13 1123 1212 0,.9645 0,.9655 0,.9981 1.0034

30,.0 20,.00 14 1250 1357 0,.9645 0,.9608 0,.9976 1.0035

30,.0 20,.00 21 2180 2459 0,.9645 .9298 .9926 1.0042

30,.0 20,.00 22 2350 2666 0,.9645 0,.9256 0,.9916 1.0044

30,.0 20,.00 23 2586 2951 0,.9645 0,.9214 0,.9905 1.0045

30,.0 20,.00 24 2729 3132 0,.9645 0,.9173 0,.9894 1.0047

30,.0 20,.00 25 2759 3186 0,.9645 0,.9132 0,.9882 1.0049

30,.0 20,.00 26 2917 3388 0,.9645 0,.9091 0,.9869 1.0051

30,.0 20,.00 27 3047 3560 0,.9645 0,.9051 0,.9856 1.0053

30,.0 20,.00 28 3298 3877 0,.9645 0,.9011 0,.9842 1.0055

30,.0 20,.00 29 3357 3970 0,.9645 0,.8972 0,.9827 1.0057

30,.0 20,.00 30 3406 4052 0,.9645 0..8934 0,.9812 1.0059

30,.0 20,.00 32 3615 4355 0,.9645 0,.8858 0,.9779 1.0064

30,.0 20,.00 33 3686 4468 0,.9645 0,.8820 0,.9762 1.0067

30,.0 20,.00 34 3725 4544 0,.9645 0,.8784 0,.9744 1.0069

30,.0 20,.00 39 4353 5483 0,.9645 0,.8607 0,.9645 1.0084

30,.0 20,.00 40 4453 5646 0,.9645 0,.8573 0,.9623 1.0087

30,.0 20,.00 41 4632 5912 0,.9645 0,.8539 0,.9600 1.0091

30,.0 20,.00 47 5856 7373 0,.9645 0,.8348 0,.9909 1.0045

30,.0 20,.00 51 5821 7455 0,.9645 0,.8230 0,.9885 1.0048

30,.0 20,.00 52 6111 7859 0,.9645 0,.8201 0,.9879 1.0049

30,.0 20,.00 65 7461 10114 0,.9645 0,.7875 0,.9775 1.0065

30,.0 20,.00 66 7522 10237 0,.9645 0,.7853 0,.9765 1.0066

30,.0 20,.00 72 8275 11522 0,.9645 0,.7732 0,.9703 1.0075

30,.0 20..00 73 8771 12259 0,.9645 0,.7714 0,.9692 1.0077

30,.0 20,.00 74 8877 12452 0,.9645 0,.7696 0,.9680 1.0079

30,.0 20,.00 75 8915 12552 0,.9645 0,.7678 0,.9668 1.0081

30,.0 20,.00 76 8796 12430 0,.9645 0,.7661 0,.9657 1.0082

30,.0 20,.00 77 9010 12778 0,.9645 0,.7644 0,.9644 1.0084

30,.0 20,.00 78 8932 12713 0,.9645 0,.7628 0,.9632 1.0086

30..0 20,.00 79 8971 12815 0,.9645 0..7612 0,.9619 1.0088

30,.0 20,.00 83 9293 13462 0,.9645 0..7554 0,.9566 1.0096

35,.0 1,.50 4 11687 24285 0,.6171 0..9700 0,.8273 1.0289

35,.0 1,.50 6 9886 33552 0,.6171 0..9534 0,.5370 1.0724

35,.0 1,.50 23 19795 311378 0,.6171 0..8270 0..1410 1.1316

35,.0 1,,50 24 17822 336744 0..6171 0.,8204 0..1187 1.1350

35,.0 1..50 25 16723 379150 0,.6171 0.,8138 0.,0999 1.1378

35,.0 1.,50 26 14847 403258 0.,6171 0.,8074 0.,0843 1.1401

35,.0 1.,50 27 13513 438761 0..6171 0.,8010 0.,0712 1.1421

35,.0 1..50 28 12400 480152 0.,6171 0.,7948 0.,0602 1.1437

35,.0 1..50 29 12331 567842 0.,6171 0.,7886 0.,0511 1.1451

35,.0 1.,50 30 11152 608984 0.,6171 0. 7825 0.,0435 1.1462

35,,0 1..50 51 27517 986702 0..6171 0. 6760 0.,0763 1.1413

35,,0 1..50 52 26762 1057184 0.,6171 0. 6719 0.,0697 1.1423

58
^0 E

V

z Meas

.

"""Gen.

p

e R f:(x) Anisotropy

35. 2. 00 4 12189 18288 0. 7590 0. 9708 0. 9184 1. 0153

35. 2, 00 5 14612 24409 0. 7590 0. 9625 0. 8414 1. 0268

35. 2. 00 12 8028 65343 0. 7590 0. 9068 0. 2004 1. 1227

35. 2 00 22 32583 154841 0. 7590 0. 8350 0. 3646 1. 0982

35. 2. 00 23 30906 167351 0. 7590 0. 8283 0. 3244 1. 1042

35. 2. 00 24 27937 172845 0. 7590 0. 8217 0. 2876 1. 1097

35. 2 00 25 26565 188201 0. 7590 0. 8152 0. 2543 1. 1147

35. 2. 00 27 23531 219484 0. 7590 0. 8024 0. 1977 1. 1231

35. 2. 00 28 21857 234170 0. 7590 0. 7962 0. 1740 1. 1267

35. 2. 00 29 20947 257801 0. 7590 0. 7901 0. 1531 1. 1298

35. 2. 00 30 19938 281806 0. 7590 0. 7840 1347 1, 1326

35. 2 00 32 17973 334380 0. 7590 7722 1043 1 1371

35. 2 00 33 16924 360690 7590 7664 0919 1 1390

35. 2 00 34 15975 389537 7590 7607 0810 1 1406

35. 2 00 48 53082 461727 0. 7590 6905 2448 1 1161

35. 2 00 51 48583 530116 7590 6778 2000 1 1228

35. 2 60 5 13314 17884 8524 9634 9202 1 0150

35. 2 60 13 12388 53745 8524 9004 3313 1 1032

35. 2 60 14 11151 58948 8524 8930 2762 1 1114

35. 2 60 23 40492 114823 8524 8299 5347 1 .0727

35. 2 60 24 38568 119591 8524 8233 4956 1 0786

35. 2 60 25 37543 127700 8524 8168 4578 1 0842

35. 2 60 26 35488 132784 8524 8104 4215 1 .0896

35. 2 60 27 34548 142543 8524 8041 3871 1 .0948

35. 2 60 28 33270 151688 8524 7979 3546 1 .0997

35. 2 60 29 32476 163911 8524 7918 3241 1 .1042

35. 2 60 30 31037 173652 8524 .7858 .2958 1 .1085

35. 2 60 32 28075 193653 .8524 .7740 .2452 1 .1160

35. 2 60 33 27279 209142 .8524 .7683 .2229 1 .1194

35 2 60 34 26094 222440 .8524 .7626 .2025 1 .1224

35. 2 .60 39 21337 308840 .8524 .7356 .1249 1 .1340

35 2 .60 51 60946 303042 .8524 .6800 .3802 1 .0958

35 2 .60 58 53421 400920 .8524 .6536 .2662 1 .1129

35 2 .60 64 39415 430840 .8524 .6344 .1902 1 .1243

35 2 .60 65 37520 437265 .8524 .6315 .1795 1 .1259

35 2 .60 66 36355 451860 .8524 .6287 .1692 1 .1274

35 .0 2 .60 68 36242 512738 .8524 .6234 .1503 1 .1302

35 .0 2 .60 72 32856 603529 .8524 .6138 .1181 1 .1351

35 .0 2 .60 73 32149 518282 .8524 .6117 .1347 1 .1326

35 .0 3 .00 4 9746 11591 .8946 .9722 .9735 1 .0071

35 .0 3 .00 5 12437 15415 .8946 .9640 .9460 1 .0112

35 .0 3 .00 6 14296 18761 .8946 .9558 .9064 1 .0171

35 .0 3 .00 12 16466 42409 .8946 .9088 .5138 1 .0758

35 .0 3 .00 24 41935 99456 .8946 .8244 .6071 1 .0619

35 .0 3 .00 25 417 6 3 106478 .8946 .8179 .5720 1 .0671

35 .0 3 .00 26 40895 112400 .8946 .8116 .5374 1 .0723

35 .0 3 .00 27 40367 119914 .8946 .8053 .5034 1 .0774

35 .0 3 .00 29 38554 134691 .8946 .7930 .4386 1 .0871

35 .0 3 .00 30 36976 140497 .8946 .7870 .4081 1 .0917

35 .0 3 .00 32 34968 157894 .8946 .7753 .3513 1 .1002

35 .0 3 .00 33 33608 165742 .8946 .7695 .3252 1 .1041

35 .0 3 .00 34 33309 179586 .8946 .7639 . 3007 1 .1077

35 .0 3 .00 39 27252 231391 .8946 .7370 .2006 1 .1227

35 .0 3 .00 40 26439 245988 .8946 .7319 .1847 1 .1251

35 .0 3 .00 41 24703 251810 .8946 .7268 .1701 1 .1273

35 .0 3 .00 52 69219 261294 .8946 .6775 .4729 1 .0820

59
^c) \ z Meas . """Gen. ^ R t:(x) Anisotropy

35. 3 00 65 46207 339695 0. 8946 6331 0. 2672 1. 1127

35. 3, 00 68 45290 393591 0. 8946 6250 0. 2301 1. 1183

35. 3 00 71 41199 424642 8946 6177 0. 1972 1. 1232

35. 3 00 72 40422 441273 8946 6155 0. 1871 1. 1247

35. 3 00 73 38771 448393 8946 6133 0. 1775 1 1262

35. 3 00 74 37131 455031 8946 6112 0. 1683 1 1275

35. 3 00 75 38392 498640 8946 6092 0. 1595 1 1289

35. 3 00 77 37022 449986 8946 6055 0. 1712 1 1271

35. 3 60 4 8069 9128 9279 9731 9843 1 0055

35. 3 60 5 10578 12307 9279 9649 9675 1 0080

35. 3 60 6 12565 15183 9279 .9568 9429 1 0116

35. 3 60 12 17837 34049 9279 .9100 6543 1 0548

35. 3 60 13 17128 36501 9279 .9026 5959 1 0636

35. 3 60 22 46588 79093 9279 .8392 7833 1 0355

35. 3 60 25 41792 82175 9279 .8197 7007 1 .0479

35. 3 60 26 42167 87500 9279 .8133 6719 1 .0522

35. 3 .60 27 41503 91095 9279 .8071 6427 1 .0566

35. 3 .60 28 41067 95546 9279 .8009 6135 1 .0609

35. 3 .60 29 41408 102330 9279 .7949 5844 1 .0653

35. 3 .60 30 40338 106082 9279 .7889 5556 1 .0696

35. 3 .60 32 39476 118171 .9279 .7772 .4993 1 .0780

35 3 .60 33 39915 127771 .9279 .7715 .4722 1 .0821

35 3 .60 34 37223 127584 .9279 .7659 .4458 1 .0860

35 3 .60 39 32923 161298 9279 .7391 .3284 1 .1036

35 3 .60 40 32609 171969 .9279 .7340 .3081 1 .1066

35 . 3 .60 41 31484 178808 .9279 .7290 .2888 1 .1095

35 3 .60 42 30179 182717 .9279 .7241 .2733 1 .1118

35. 3 .60 64 55012 243047 .9279 .6384 .4166 1 .0904

35. 3 .60 65 54850 253054 .9279 .6356 .4016 1 .0926

35 3 .60 66 51867 250018 .9279 .6328 .3868 1 .0948

35 3 .60 68 52079 274474 .9279 .6275 .3582 1 .0991

35 3 .60 71 47156 285141 .9279 .6202 .3176 1 .1052

35 3 .60 72 48900 309817 .9279 .6179 .3047 1 .1071

35 3 .60 73 46600 309475 .9279 .6158 .2922 1 .1090

35 3 .60 74 46437 323379 .9279 .6137 .2801 1 .1108

35 .0 3 .60 75 46186 337376 .9279 .6117 .2683 1 .1126

35 3 .60 76 44981 344781 .9279 .6098 .2569 1 .1143

35 3 .60 77 42768 344087 .9279 .6080 .2459 1 .1159

35 .0 3 .60 78 41912 354035 .9279 .6063 .2352 1 .1175

35 .0 6 .26 4 3619 3790 .9838 .9771 .9969 1 .0036

35 .0 6 .25 6 6072 6530 .9837 .9613 .9881 1 .0049

35 .0 6 .25 12 13482 16742 .9837 .9158 .9088 1 .0167

35 .0 6 .25 13 13872 17837 .9837 .9085 .8876 1 .0199

35 .0 6 .25 14 14544 19424 .9837 .9013 .8643 1 .0234

35 .0 6 .25 21 16982 31969 .9837 .8533 .6664 1 .0530

35 .0 6 .25 28 32068 46054 .9837 .8094 .8914 1 .0194

35 .0 6 .25 30 32343 48541 .9837 .7977 .8685 1 .0228

35 .0 6 .25 32 33666 52967 .9837 .7863 .8435 1 .0265

35 .0 6 .25 33 33366 53809 .9837 .7807 .8304 1 .0285

35 .0 6 .25 34 34422 56945 .9837 .7752 .8168 1 .0305

35 .0 6 .25 39 35985 68357 .9837 .7490 .7440 1 .0414

35 .0 6 .25 41 36994 74622 .9837 .7391 .7132 1 .0460

35 .0 6 .25 42 36956 76724 .9837 .7343 6989 1 .0481

35 6 .25 45 37215 84959 .9837 .7204 6522 1 .0551

35 6 .25 46 35971 84829 9837 .7159 6367 1 0575

35 .0 6 .25 47 35458 86413 9837 .7115 0. 6213 1, 0598

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Neas , 35185

32989

32689

33080

53088

54882

53468

54171

54986

53787

54486

53274

50912

3052

4947

11340

12172

13047

16391

15464

15547

15838

15635

30638

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31049

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34061

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35281

34709

33863

34213

33820

33329

32521

33757

50899

52518

51961

51048

51147

51271

49614

10661

11300

11725

15170

14922

15592

14827

15769

15663

26540

28191

28154

Gen.

88639

88888

91125

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123819

133116

132309

136799

141746

141585

146494

146343

152824

3175

5269

13582

14988

16555

27325

27017

28511

30532

31729

45438

46243

47973

57859

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62610

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69715

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112655

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118892

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121093

123519

128443

12509

13575

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23558

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26260

26061

28962

30097

36779

40404

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0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

0.9837

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0.9881

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f(x) Anisotropy

6059

5757

5609

5463

7207

6999

6894

6787

6679

6571

6461

6351

5904

9977

9915

9331

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61
^c) E

V

Z Neas . ^Gen.

^ R i:(x) Anisotropy

35.,0 7.,60 34 28511 42341 0..9905 0.,7804 0..8884 1.,0198

35.,0 7.,60 39 31255 51147 0.,9905 0.,7545 0.,8398 1,,0271

35.,0 7.,60 40 31435 52522 0.,9905 0.,7496 0,,8292 1,,0287

35,,0 7.,60 41 32237 55016 0.,9905 0.,7448 0.,8184 1.,0303

35,.0 7.,60 42 32797 57142 0..9905 0.,7400 0.,8080 1.,0318

35.,0 7.,60 45 34004 63335 0.,9905 0.,7263 0..7739 1..0369

35,,0 7.,60 46 32863 62631 0.,9905 0.,7219 0..7623 1,.0387

35.,0 7.,60 47 32546 63486 0.,9905 0.,7175 0,,7505 1,.0404

35,,0 7.,60 48 32125 64157 0.,9905 0,.7133 0,.7387 1,.0422

35.,0 7..60 50 32014 67075 0.,9905 0..7050 0..7148 1..0458

35.,0 7..60 51 31386 67379 0,,9905 0..7010 0..7028 1..0476

35,,0 7..60 52 31878 70139 0.,9905 0..6971 0..6908 1,.0494

35,,0 7,.60 58 34737 88941 0.,9905 0..6753 0..6190 1..0601

35,.0 7,.60 78 50424 110637 0,,9905 0..6245 0..7650 1..0383

35,.0 7,.60 79 48562 108151 0.,9905 0..6229 0..7566 1..0395

35..0 7..60 83 47774 113143 0.,9905 0..6170 0..7218 1..0447

35.,0 8,.00 4 2560 2647 0.,9917 0..9799 0..9985 1..0033

35.,0 8,.00 6 4077 4305 0..9917 0..9644 0..9942 1..0040

35..0 8..00 12 9226 10708 0..9917 0..9198 0,.9540 1..0100

35..0 8..00 13 10456 12398 0..9917 0..9127 0..9426 1..0117

35.,0 8..00 14 11003 13352 0..9917 0..9056 0..9300 1..0136

35..0 8..00 21 14646 21896 0..9917 0..8586 0..8103 1,.0315

35.,0 8..00 22 14509 22486 0..9917 0..8522 0..7899 1,.0345

35.,0 8..00 23 14692 23635 0..9917 0..8459 0..7689 1,.0377

35..0 8..00 24 14837 24809 0..9917 0,.8397 0,.7476 1,.0409

35..0 8..00 25 15528 27019 0..9917 0,.8335 0,.7259 1,.0441

35,.0 8..00 26 15402 27920 0..9917 0,.8275 0,.7041 1,.0474

35..0 8..00 33 26101 37326 0..9917 0,.7874 0,.9103 1,.0165

35..0 8..00 34 26920 39139 0..9917 0,.7820 0,.9026 1,.0177

35..0 8,.00 39 29817 47376 0,.9917 0,.7562 0,.8594 1,.0241

35..0 8,.00 41 30942 51083 0,.9917 0,.7465 0,.8403 1,.0270

35..0 8,.00 42 31978 53806 0,.9917 0,.7418 0,.8309 1,.0284

35..0 8,.00 45 33100 59191 0,.9917 0,.7281 0,.8000 1,.0330

35..0 8,.00 46 31955 58351 0,.9917 0,.7237 0,.7895 1,.0346

35..0 8,.00 47 32700 60991 0,.9917 0,.7194 0,.7787 1,.0362

35..0 8,.00 48 31630 60277 0,.9917 0,.7151 0,.7679 1,.0378

35..0 8,.00 50 31124 61967 0,.9917 0,.7069 0,.7459 1,.0411

35..0 8,.00 51 30826 62754 0,.9917 0,.7029 0,.7348 1,.0428

35..0 8,.00 52 32266 67178 0,.9917 0,.6990 0,.7237 1,.0444

35..0 8,.00 58 34726 83068 0,.9917 0,.6773 0,.6563 1,.0545

35..0 8 .00 75 48771 98673 0,.9917 0,.6321 0,.8130 1,.0311

35,.0 8 .00 79 47906 102207 0,.9917 0,.6249 0,.7832 1,.0355

35..0 8 .00 83 47264 106611 0,.9917 0,.6191 0,.7513 1,.0403

35,.0 8 .70 4 2059 2122 0,.9934 0,.9810 0,.9988 1,.0033

35,.0 8 .70 6 3497 3676 0,.9934 0,.9656 0,.9955 1,.0038

35,.0 8 .70 12 8377 9575 0,.9934 0,.9215 0,.9638 1,.0085

35,.0 8 .70 13 9312 10842 0,.9934 0,.9144 0,.9548 1,.0099

35,.0 8 .70 14 9763 11595 0,.9934 0,.9074 0,.9447 1,.0114

35,.0 8 .70 21 13681 19392 0,.9934 0,.8608 0,.8465 1,.0261

35,.0 8 .70 22 13898 20309 0,.9934 0,.8545 0,.8293 1..0286

35,.0 8 .70 23 13810 20828 0,.9934 0,.8482 0,.8115 1..0313

35,.0 8 .70 24 14223 22165 0,.9934 0,.8421 0..7932 1..0340

35,.0 8 .70 25 14498 23370 0,.9934 0,.8360 0..7745 1..0368

35,.0 8 .70 26 14962 24974 0,.9934 0,.8300 0..7555 1..0397

35,.0 8 .70 27 14698 25426 0,.9934 0,.8240 0..7362 1..0426

35,.0 8 .70 33 25369 35279 0..9934 0..7902 0..9287 1,.0138

62
^0 ^ z 1./,Meas . """Gen.

p

e R i:(x) Ani sot ropy

35.0 8 70 34 24293 34276 9934 7849 9224 1 0147

35.0 8 70 39 27263 41554 9934 7593 8872 1 0200

35.0 8 70 40 27878 43194 9934 7545 8794 1 0211

35.0 8 70 41 27604 43490 9934 7497 8713 1 0223

35.0 8 70 42 29177 46734 9934 7450 8635 1 0235

35.0 8 70 45 30381 51287 9934 7314 8377 1 0274

35.0 8 70 46 29410 50551 9934 7270 8287 1 0287

35.0 8 70 47 29940 52410 9934 7227 8196 1 0301

35.0 8 70 48 29777 53099 9934 7185 8104 1 0315

35.0 8 70 50 29256 54176 9934 7103 7915 1 0343

35.0 8 70 51 29530 55742 9934 7064 7820 1 0357

35.0 8 70 52 29910 57563 9934 7025 7723 1 0372

35.0 8 70 58 33658 73032 9934 6809 7127 1 0461

35.0 8 70 78 46154 91539 9934 6302 8285 1 0288

35.0 8 70 83 43292 91060 9934 6227 7946 1 0338

35.0 9 00 4 1885 1941 9940 9815 9989 1 0033

35.0 9 00 5 2738 2845 9940 9738 9978 1 0034

35.0 9 00 6 3404 3572 9940 9662 9960 1 0037

35.0 9 00 12 7990 9084 9940 9222 9672 1 .0080

35.0 9 00 13 8909 10306 9940 9152 .9590 1 .0092

35.0 9 00 14 9622 11341 9940 9082 .9498 1 .0106

35.0 9 00 21 13164 18312 9940 .8618 .8594 1 .0241

35.0 9 00 23 13557 19986 9940 .8493 .8269 1 .0290

35.0 9 00 24 13483 20494 9940 .8431 .8098 1 .0316

35.0 9 00 25 14108 22134 9940 .8370 .7923 1 .0342

35.0 9 00 26 14459 23436 9940 .8311 .7744 1 .0369

35.0 9 00 27 14502 24307 .9940 .8252 .7562 1 .0396

35.0 9 00 28 14651 25415 .9940 .8193 .7378 1 .0423

35.0 9 00 32 23152 31452 .9940 .7969 .9405 1 .0120

35.0 9 .00 33 23126 31842 .9940 .7914 .9350 1 .0128

35.0 9 .00 34 23397 32660 .9940 .7861 .9293 1 .0137

35.0 9 00 39 25839 38805 .9940 .7607 .8970 1 .0185

35.0 9 .00 41 26955 41766 .9940 .7511 .8824 1 .0207

35.0 9 .00 42 28239 44447 .9940 .7464 .8751 1 .0218

35.0 9 .00 46 28268 47552 .9940 .7284 .8429 1 .0266

35.0 9 .00 47 28829 49338 .9940 .7242 .8344 1 .0279

35.0 9 .00 48 28472 49585 .9940 .7200 .8258 1 .0292

35.0 9 .00 50 29093 52498 .9940 .7118 .8081 1 .0318

35.0 9 .00 51 28305 52008 .9940 .7079 .7992 1 .0332

35.0 9 .00 52 29887 55925 .9940 .7040 .7901 1 .0345

35.0 9 .00 58 33095 69339 .9940 .6825 .7338 1 .0429

35.0 9 .00 64 28616 67447 .9940 .6639 .6761 1 0516

35.0 9 .00 79 42762 83916 .9940 .6302 .8360 1 .0276

35.0 9 .00 83 43086 88376 .9940 .6243 .8104 1 0315

35.0 10 .00 4 1654 1697 .9955 .9831 .9992 1 0032

35.0 10 .00 5 2288 2368 .9955 .9755 .9984 1 0033

35.0 10 .00 6 2676 2795 .9955 .9680 .9971 1 0035

35.0 10 .00 12 6744 7557 .9955 .9247 .9759 1 0067

35.0 10 .00 13 7227 8218 .9955 .9178 .9698 1 0076

35.0 10 .00 14 8143 9405 .9955 .9109 9630 1 0086

35.0 10 .00 21 11698 15481 .9955 .8651 .8940 1 0190

35.0 10 .00 22 11189 15155 .9955 .8589 8815 1 0208

35.0 10 .00 24 12574 17885 .9955 .8467 8548 1 0248

35.0 10 .00 25 12677 18501 .9955 .8407 8408 1 0269

35.0 10 .00 26 13408 20093 .9955 .8348 8263 1 0291

35.0 10 .00 27 13595 20938 .9955 .8290 .8114 1 0313

63
^c) E V z 1..Meas . """Gen.

p e R f(x) Anisot ropy

35.,0 10.,00 29 14169 23096 0..9955 0..8176 0..7808 1,.0359

35.,0 10..00 30 13916 23359 0..9955 0,.8120 0.,7652 1,.0382

35.,0 10.,00 34 20002 27123 0..9955 0..7905 0..9474 1,.0110

35.,0 10.,00 39 22611 32630 0..9955 0..7653 0..9229 1,.0146

35.,0 10.,00 40 23544 34424 0,.9955 0,.7605 0,.9174 1,.0155

35.,0 10.,00 41 24076 35672 0,.9955 0,.7558 0,.9117 1,.0163

35.,0 10.,00 42 25282 37960 0,.9955 0..7512 0,.9059 1,.0172

35.,0 10..00 45 26159 40941 0,.9955 0,.7378 0,.8873 1..0200

35.,0 10..00 46 25390 40306 0,.9955 0,.7335 0,.8808 1,.0209

35.,0 10.,00 47 25890 41694 0,.9955 0,.7292 0,.8741 1,.0219

35.,0 10.,00 48 26255 42902 0,.9955 0..7251 0,.8673 1,.0230

35.,0 10..00 50 25469 42867 0,.9955 0,.7170 0,.8533 1,.0251

35.,0 10..00 51 25908 44267 0,.9955 0,.7131 0,.8460 1..0261

35.,0 10..00 52 26860 46595 0,.9955 0,.7092 0,.8387 1,.0272

35.,0 10.,00 58 30824 58738 0,.9955 0,.6879 0,.7925 1,.0342

35.,0 10.,00 64 27709 58238 0,.9955 0,.6694 0,.7436 1,.0415

35.,0 10..00 65 26846 57370 0,.9955 0..6666 0,.7352 1,.0427

35.,0 10,.00 66 26808 58253 0,.9955 0,.6639 0,.7269 1,.0440

35.,0 10..00 83 39883 76383 0,.9955 0,.6299 0,.8536 1,.0250

35.,0 11,.00 4 1307 1337 0,.9965 0,.9848 0,.9994 1,.0032

35.,0 11,.00 5 1866 1925 0,.9965 0,.9773 0..9988 1,.0033

35.,0 11,.00 6 2329 2423 0,.9965 0,.9700 0,.9978 1,.0034

35..0 11,.00 12 5641 6253 0,.9965 0,.9273 0,.9819 1,.0058

35.,0 11,.00 13 6292 7064 0,.9965 0,.9205 0..9773 1,.0065

35.,0 11,.00 14 6949 7908 0,.9965 0,.9137 0,.9721 1,.0073

35..0 11,.00 21 9804 12516 0,.9965 0,.8686 0,.9187 1,.0153

35,.0 11,.00 22 10087 13128 0,.9965 0,.8625 0,.9089 1,.0167

35,.0 11,.00 23 10889 14459 0,.9965 0,.8565 0,.8985 1,.0183

35,.0 11,.00 25 11551 15998 0,.9965 0,.8446 0,.8764 1,.0216

35..0 11,.00 26 11971 16949 0,.9965 0,.8388 0,.8647 1,.0233

35,.0 11,.00 27 12597 18243 0,.9965 0,.8330 0,.8527 1,.0251

35,.0 11,.00 28 12339 18291 0,.9965 0,.8274 0,.8403 1,.0270

35,.0 11,.00 29 12664 19226 0,.9965 0,.8218 0,.8276 1,.0289

35,.0 11,.00 30 12945 20138 0,.9965 0,.8163 0,.8146 1,.0308

35,.0 11..00 39 20297 28433 0,.9965 0,.7702 0,.9411 1,.0119

35,.0 11,.00 40 20979 29724 0,.9965 0,.7655 0,.9369 1,.0125

35,.0 11,.00 41 21972 31490 0,.9965 0,.7608 0..9325 1,.0132

35,.0 11,.00 42 22071 31998 0,.9965 0,.7563 0,.9279 1,.0139

35,.0 11,.00 46 23547 35812 0,.9965 0,.7387 0,.9082 1,.0168

35,.0 11,.00 47 23000 35413 0,.9965 0,.7346 0,.9029 1..0176

35,.0 11,.00 48 23244 36235 0,.9965 0,.7304 0,.8975 1,.0184

35,.0 11,.00 50 23162 37030 0,.9965 0,.7225 0,.8863 1,.0201

35,.0 11,.00 51 23682 38348 0..9965 0,.7186 0..8805 1,.0210

35,.0 11,.00 52 24295 39852 0..9965 0,.7148 0,.8746 1,.0219

35,.0 11,.00 58 28399 50446 0,.9965 0,.6937 0,.8368 1,.0275

35,.0 11,.00 64 25260 48746 0,.9965 0,.6753 0,.7959 1,.0336

35,.0 11,.00 65 25662 50223 0,.9965 0,.6725 0,.7889 1,.0347

35,.0 11 .00 66 25110 49840 0,.9965 0,.6698 0,.7817 1,.0358

35,.0 11,.00 68 26104 53306 0,.9965 0,.6647 0,.7674 1,.0379

35,.0 12,.00 4 1135 1160 0,.9956 0,.9865 0,.9996 1,.0032

35..0 12,.00 5 1616 1664 0,.9956 0,.9792 0,.9991 1,.0032

35,.0 12 .00 6 1858 1930 0,.9956 0,.9719 0,.9983 1,.0033

35,.0 12 .00 13 5344 5950 0..9956 0,.9233 0,.9826 1,.0057

35,.0 12 .00 14 6047 6814 0..9956 0,.9167 0,.9786 1,.0063

35,.0 12 .00 21 9026 11233 0..9956 0,.8723 0,.9368 1,.0126

35,.0 12 .00 22 9374 11861 0..9956 0,.8663 0,.9289 1..0137

64
^0 E

V

z Meas . """Gen. p

e R i:(x) Anisot ropy

35.,0 12..00 23 9420 12123 0.,9956 0.,8603 0..9207 1.,0150

35.,0 12.,00 24 10042 13154 0.,9956 0.,8544 0.,9120 1.,0163

35,,0 12.,00 25 10296 13733 0.,9956 0..8486 0,.9030 1.,0176

35.,0 12.,00 26 10885 14792 0.,9956 0.,8429 0..8935 1.,0190

35.,0 12.,00 27 11185 15494 0.,9956 0.,8373 0..8838 1.,0205

35.,0 12.,00 28 11653 16462 0.,9956 0.,8317 0..8736 1..0220

35.,0 12.,00 29 11890 17139 0.,9956 0.,8262 0..8632 1..0236

35,,0 12.,00 30 12270 18056 0..9956 0.,8208 0..8525 1..0252

35.,0 12..00 32 12721 19534 0.,9956 0..8101 0..8304 1..0285

35.,0 12..00 39 18318 25110 0.,9956 0..7754 0..9544 1..0099

35..0 12..00 40 18798 26028 0.,9956 0..7707 0.,9510 1..0104

35..0 12..00 41 19118 26741 0.,9956 0..7661 0.,9475 1..0109

35..0 12..00 42 19734 27887 0.,9956 0..7616 0..9440 1..0115

35..0 12..00 45 20694 30174 0.,9956 0..7485 0,.9324 1..0132

35.,0 12.,00 46 20380 30034 0..9956 0..7443 0,.9283 1..0138

35.,0 12..00 47 20129 29984 0..9956 0,.7402 0,.9241 1,.0145

35.,0 12..00 48 20911 31488 0..9956 0,.7361 0,.9198 1,.0151

35.,0 12.,00 50 20920 32201 0.,9956 0,.7282 0,.9108 1,.0165

35.,0 12.,00 51 21135 32894 0,.9956 0,.7244 0,.9061 1,.0171

35.,0 12,.00 52 22312 35116 0,.9956 0,.7207 0,.9013 1,.0179

35.,0 12..00 58 26145 44078 0,.9956 0,.6997 0,.8705 1,.0225

35.,0 12,.00 64 24011 43465 0,.9956 0,.6816 0,.8365 1,.0276

35.,0 12,.00 65 23407 42886 0,.9956 0,.6788 0,.8306 1,.0285

35.,0 12,.00 66 23446 43479 0,.9956 0,.6761 0,.8246 1,.0293

35.,0 12,.00 68 24421 46402 0,.9956 0,.6710 0,.8124 1,.0312

35.,0 12,.00 71 24170 47645 0,.9956 0,.6638 0,.7936 1,.0340

35.,0 12,.00 72 24737 49365 0,.9956 0,.6616 0,.7873 1,.0349

35..0 12,.00 78 28132 53665 0,.9956 0,.6498 0,.8330 1,.0281

35..0 13,.00 4 962 980 0,.9965 0,.9882 0,.9997 1,.0031

35..0 13,.00 5 1364 1401 0,.9965 0,.9810 0,.9993 1,.0032

35..0 13,.00 6 1655 1713 0,.9965 0,.9739 0,.9987 1,.0033

35..0 13,.00 12 4251 4645 0,.9965 0,.9328 0,.9892 1,.0047

35,.0 13,.00 13 4629 5110 0,.9965 0,.9262 0,.9864 1 .0051

35,.0 13,.00 14 5032 5615 0,.9965 0,.9197 0,.9833 1 .0056

35..0 13,.00 21 7924 9653 0,.9965 0,.8762 .9502 1 .0106

35,.0 13,.00 22 8302 10259 0,.9965 .8702 0,.9439 1,.0115

35,.0 13,.00 23 8493 10652 .9965 0,.8644 0,.9373 1,.0125

35,.0 13,.00 24 8992 11451 .9965 .8586 .9303 1 .0135

35,.0 13,.00 25 9212 11916 .9965 .8529 .9230 1 .0146

35,.0 13 .00 27 9904 13234 .9965 .8417 .9074 1 .0170

35,.0 13 .00 28 10532 14313 .9965 .8362 .8991 1 .0182

35,.0 13 .00 29 10661 14741 .9965 .8308 .8906 1,.0195

35,.0 13 .00 30 10937 15393 .9965 .8255 .8818 1,.0208

35,.0 13 .00 32 11572 16891 .9965 .8150 .8634 1,.0235

35,.0 13 .00 33 11914 17721 .9965 .8099 .8539 1,.0250

35,.0 13 .00 34 11245 17049 .9965 .8049 .8441 1,.0264

35,.0 13 .00 39 16304 21919 .9965 .7808 .9641 1,.0085

35 .0 13 .00 40 16603 22524 .9965 .7762 .9615 1,.0089

35 .0 13 .00 41 16981 23247 .9965 .7717 .9587 1,.0093

35 .0 13 .00 42 17798 24591 .9965 .7673 .9558 1,.0097

35 .0 13 .00 45 18888 26839 .9965 .7544 .9466 1,.0111

35 .0 13 .00 46 18562 26627 .9965 .7502 .9433 1,.0116

35 .0 13 .00 47 19274 27913 .9965 .7461 .9399 1,.0121

35 .0 13 .00 48 18480 27021 .9965 .7421 .9365 1,.0126

35 .0 13 .00 50 18862 28120 .9965 .7344 .9292 1,.0137

35 .0 13 .00 51 19119 28784 .9965 .7306 .9254 1,.0143

65
^c) E

V

z Meas

.

"""Gen.

^ R f(x) Anisotropy

35. 13. 00 52 19640 29860 9965 7269 0.9215 1 .0148

35. 13. 00 58 24058 38851 9965 7062 0.8963 1 .0186

35. 13. 00 64 21967 37742 .9965 6882 0.8681 1 .0228

35. 13. 00 65 21613 37524 9965 6855 0.8631 1 .0236

35. 13. 00 66 22208 38965 9965 6828 0.8581 1 .0243

35. 13. 00 68 22980 41178 9965 6777 0.8478 1 .0259

35. 13. 00 71 22079 40842 .9965 6706 0.8319 1 .0283

35. 13 00 72 23415 43776 .9965 .6683 0.8265 1 .0291

35. 13 00 73 23185 43811 .9965 .6662 0.8210 1 .0299

35. 13. 00 74 23119 44155 .9965 .6641 0.8155 1 .0307

35. 13 00 75 23245 44872 .9965 .6621 0.8099 1 .0315

35. 14 00 4 779 792 .9963 .9900 0.9997 1 .0031

35. 14 00 5 1084 1111 .9963 .9830 0.9994 1 .0032

35. 14 00 6 1444 1491 .9963 .9760 0.9990 1 .0033

35. 14 00 12 3749 4074 .9963 .9357 0.9915 1 .0044

35 14 00 13 4098 4495 .9963 .9293 0.9893 1 .0047

35 14 00 14 4380 4852 .9963 .9229 0.9868 1 .0051

35 14 00 21 6731 8066 .9963 .8802 0.9603 1 .0090

35 14 00 22 7196 8733 .9963 .8744 0.9552 1 .0098

35 14 00 23 7519 9244 .9963 .8686 0.9499 1 .0106

35 14 00 24 7908 9853 .9963 .8630 0.9442 1 .0114

35 14 .00 25 8356 10555 .9963 .8574 0.9383 1 .0123

35 14 .00 26 8717 11166 .9963 .8518 0.9320 1 .0133

35 14 00 27 9181 11932 .9963 .8464 0.9255 1 .0142

35 14 .00 28 9456 12471 .9963 .8410 0.9188 1 .0153

35 14 .00 29 9818 13145 .9963 .8357 0.9118 1 .0163

35 14 .00 30 9930 13500 .9963 .8305 0.9045 1 .0174

35 14 .00 32 10415 14615 .9963 .8202 0.8893 1 .0197

35 .0 14 .00 33 10661 15206 .9963 .8152 0.8813 1 .0209

35 14 .00 34 10818 15687 .9963 .8102 0.8732 1 .0221

35 14 .00 39 15351 20314 .9963 .7866 0.9715 1 .0074

35 14 .00 40 15579 20787 .9963 .7821 0.9693 1 .0077

35 .0 14 .00 41 15525 20888 .9963 .7776 0.9671 1 .0080

35 .0 14 .00 42 16097 21839 .9963 .7732 0.9648 1 .0084

35 .0 14 .00 45 16654 23175 .9963 .7606 0.9574 1 .0095

35 .0 14 .00 46 16733 23486 .9963 .7565 0.9547 1 .0099

35 .0 14 .00 47 17083 24183 .9963 .7525 0.9520 1 .0103

35 .0 14 .00 48 17516 25011 .9963 .7485 0.9492 1 .0107

35 .0 14 .00 50 17188 24974 .9963 .7409 0.9433 1 .0116

35 .0 14 .00 51 17263 25303 .9963 .7371 0.9402 1 .0120

35 .0 14 .00 52 17984 26594 .9963 .7335 0.9370 1 .0125

35 .0 14 .00 58 21909 34180 .9963 .7131 0.9163 1 .0156

35 .0 14 .00 64 20483 33753 .9963 .6953 0.8929 1 .0191

35 .0 14 .00 65 20308 33774 .9963 6925 0.8887 1 .0197

35 .0 14 .00 66 20426 34284 .9963 6899 0.8845 1 .0204

35 .0 14 .00 68 21942 37516 .9963 6848 0.8758 1 .0217

35 .0 14 .00 71 20648 36300 .9963 6778 0.8624 1 .0237

35 .0 14 .00 72 21960 38967 .9963 .6755 0.8578 1 .0244

35 .0 14 .00 73 21668 38809 .9963 6734 0.8531 1 .0251

35 .0 14 .00 74 21789 39390 .9963 6713 0.8484 1 0258

35 .0 14 .00 75 22716 41450 9963 6693 0.8436 1 0265

35 .0 14 .00 76 22320 41109 .9963 6674 0.8388 1 0272

35 .0 14 .00 77 22494 41817 .9963 6656 0.8339 1 0280

35 .0 14 .00 83 24723 44344 9963 6560 0.8721 1. 0222

35 .0 15 .00 4 736 747 9961 9918 0.9998 1. 0031

35 .0 15 .00 5 944 966 9961 0. 9849 0.9996 1. 0032

66
^0 E

V

z ^Meas. ""Gen.p

e R f (X) Anisotropy

35.0 15 00 6 1087 1120 9961 0. 9781 9992 1 0032

35.0 15. 00 12 3246 3510 9961 0. 9388 9932 1 0041

35.0 15 00 13 3373 3679 9961 0. 9324 9914 1 0044

35.0 15 00 14 3995 4397 9961 0. 9262 9894 1 0047

35.0 15 00 21 6286 7429 9961 8844 9680 1 0079

35.0 15 00 22 6286 7514 9961 8787 9639 1 0085

35.0 15. 00 23 6955 8410 9961 8731 9596 1 0091

35.0 15 00 24 6889 8430 9961 8675 9550 1 0098

35.0 15 00 25 7348 9102 9961 8621 9501 1 0106

35.0 15 00 26 7712 9672 9961 8567 9450 1 0113

35.0 15 00 27 8073 10255 9961 8513 9397 1 0121

35.0 15 00 28 8814 11342 9961 8460 9341 1 0130

35.0 15 00 29 8993 11727 9961 8408 9283 1 0138

35.0 15 00 30 8880 11736 9961 8357 9223 1 .0147

35.0 15 00 32 9508 12920 9961 8257 9097 1 .0166

35.0 15 00 33 9862 13594 9961 8207 .9031 1 .0176

35.0 15 00 34 9897 13841 9961 8159 8963 1 0186

35.0 15 00 40 14584 19174 9961 7882 .9753 1 .0068

35.0 15 00 41 14127 18716 9961 7839 .9736 1 .0071

35.0 15 00 42 14193 18949 9961 7796 .9717 1 .0073

35.0 15 00 45 15309 20919 9961 7671 .9656 1 .0082

35.0 15 00 46 15272 21032 9961 7631 .9635 1 .0086

35.0 15 00 47 15450 21444 .9961 7592 .9613 1 .0089

35.0 15 00 48 15550 21753 .9961 7553 .9590 1 .0092

35.0 15 00 50 15455 21964 .9961 7477 .9541 1 .0100

35.0 15 00 51 15815 22654 .9961 7441 .9516 1 .0103

35.0 15 00 52 16418 23706 .9961 7405 .9490 1 .0107

35.0 15 00 58 20478 31028 .9961 7204 .9320 1 .0133

35.0 15 00 64 18617 29618 .9961 7028 .9125 1 .0162

35.0 15 00 65 18626 29875 .9961 .7001 .9090 1 .0167

35.0 15 00 66 18463 29857 .9961 6975 .9054 1 .0172

35.0 15 .00 68 19662 32322 .9961 .6925 .8981 1 .0183

35.0 15 .00 71 19325 32559 .9961 .6854 .8868 1 .0200

35.0 15 .00 72 19863 33741 .9961 .6832 .8829 1 .0206

35.0 15 .00 73 20392 34925 .9961 .6811 .8789 1 .0212

35.0 15 .00 74 20096 34701 .9961 .6791 .8749 1 .0218

35.0 15 .00 75 20930 36439 .9961 .6771 .8708 1 .0224

35.0 15 .00 76 20667 36277 .9961 .6751 .8667 1 .0230

35.0 15 .00 77 21066 37282 .9961 .6733 .8625 1 .0237

35.0 15 .00 78 21046 37551 .9961 .6715 .8583 1 .0243

35.0 15 .00 79 20785 37390 .9961 .6698 .8540 1 .0249

35.0 16 .00 4 584 592 .9953 .9937 .9998 1 .0031

35.0 16 .00 5 866 885 .9953 .9870 .9996 1 .0032

35.0 16 .00 6 1056 1086 .9953 .9803 .9994 1 .0032

35.0 16 .00 12 2990 3219 .9953 .9419 .9945 1 .0039

35.0 16 .00 13 3129 3397 .9953 .9358 .9931 1 .0041

35.0 16 .00 14 3537 3873 .9953 .9297 .9915 1 .0044

35.0 16 .00 21 5651 6604 .9953 .8889 .9741 1 .0070

35.0 16 .00 22 5724 6757 .9953 .8833 .9707 1 .0075

35.0 16 .00 23 5921 7063 .9953 .8778 .9672 1 .0080

35.0 16 .00 24 6117 7376 .9953 .8724 .9634 1 .0086

35.0 16 .00 25 6671 8132 .9953 .8670 .9594 1 .0092

35.0 16 .00 26 7117 8773 .9953 .8617 .9552 1 .0098

35.0 16 .00 27 7086 8834 .9953 .8565 .9508 1 .0105

.35.0 16 .00 28 7663 9664 .9953 .8514 .9462 1 .0111

35.0 16 .00 29 8245 10522 .9953 .8463 .9414 1 .0119

67
^c) E

V

z Meas . """Gen. p

e R f(x) Anisotropy

35. 16. 00 30 8112 10476 9953 8413 9364 1, 0126

35. 16. 00 32 8777 11618 9953 8314 9259 1. 0142

35. 16. 00 33 8786 11777 9953 8266 9204 1. 0150

35. 16. 00 34 8868 12040 9953 8219 9147 1. 0159

35. 16. 00 39 12179 15694 9953 7991 9814 1. 0059

35. 16. 00 41 13775 18005 9953 7905 9786 1. 0063

35. 16. 00 42 13067 17202 9953 7863 9770 1 0065

35. 16. 00 45 14110 18978 9953 7741 9721 1 0073

35. 16. 00 46 13787 18677 9953 7701 9703 1 0075

35. 16 00 47 13282 18122 9953 7663 9685 1 0078

35. 16 00 48 13745 18889 9953 7625 9666 1 0081

35. 16 00 50 14287 19920 9953 7551 .9627 1 0087

35. 16 00 51 14 3 5 3 20157 99 5 3 7515 9606 1 0090

35. 16 00 52 14496 20506 9953 7479 .9585 1 .0093

35. 16 00 58 17437 25769 .9953 7282 .9444 1 .0114

35, 16 00 64 17184 26535 9953 .7108 .9281 1 .0139

35. 16 00 65 16947 26361 9953 .7082 .9252 1 .0143

35. 16 00 66 16841 26390 9953 7056 .9222 1 .0147

35. 16 00 68 18051 28702 9953 .7006 .9160 1 .0157

35 16 00 71 17676 28729 .9953 .6936 .9064 1 .0171

35 16 00 73 18593 30665 .9953 .6894 .8997 1 .0181

35 16 .00 74 18652 30986 .9953 .6873 .8963 1 .0186

35. 16 .00 75 19111 31980 .9953 .6853 .8929 1 .0191

35 16 00 76 19599 33036 .9953 .6834 .8893 1 .0197

35 16 .00 77 18710 31768 .9953 .6816 .8858 1 .0202

35 16 .00 78 19553 33439 .9953 .6798 .8821 1 .0207

35 16 .00 79 19244 33150 .9953 .6781 .8785 1 .0213

35 17 .00 4 510 518 .9926 .9956 .9999 1 .0031

35 17 .00 5 770 787 .9926 .9891 .9997 1 .0031

35 17 .00 6 830 854 .9926 .9826 .9995 1 .0032

35 17 .00 12 2376 2553 .9926 .9452 .9956 1 .0038

35 17 .00 13 2558 2770 .9926 .9392 .9944 1 .0039

35 17 .00 14 2878 3141 .9926 .9333 .9931 1 .0041

35 17 .00 21 4930 5714 .9926 .8935 .9788 1 .0063

35 .0 17 .00 22 4898 5730 .9926 .8881 .9761 1 .0067

35 .0 17 .00 23 5341 6308 .9926 .8828 .9732 1 .0071

35 .0 17 .00 24 5772 6883 .9926 .8775 .9700 1 .0076

35 .0 17 .00 25 5781 6962 .9926 .8723 .9668 1 .0081

35 .0 17 .00 26 5966 7258 .9926 .8671 .9633 1 .0086

35 .0 17 .00 27 6281 7719 .9926 .8620 .9597 1 .0091

35 .0 17 .00 28 6396 7942 .9926 .8570 .9558 1 .0097

35 .0 17 .00 29 7275 9130 .9926 .8520 .9519 1 .0103

35 .0 17 .00 30 7172 9098 .9926 .8471 .9477 1 .0109

35 .0 17 .00 32 7435 9641 .9926 .8375 .9390 1 .0122

35 .0 17 .00 33 8138 10672 .9926 .8328 .9344 1 .0129

35 .0 17 .00 34 8169 10835 .9926 .8282 .9296 1 .0136

35 .0 17 .00 40 10883 13979 .9926 .8017 .9837 1 .0055

35 .0 17 .00 45 12340 16385 .9926 .7815 .9772 1 .0065

35 .0 17 .00 46 12296 16436 .9926 .7776 .9757 1 .0067

35 .0 17 .00 47 12690 17076 .9926 .7738 .9742 1 .0070

35 .0 17 .00 48 12493 16923 .9926 .7701 .9727 1 .0072

35 .0 17 .00 50 12688 17417 .9926 .7629 .9694 1 .0077

35 .0 17 .00 51 12859 17770 .9926 .7593 .9677 1 0079

35 .0 17 .00 52 13139 18278 .9926 .7559 .9660 1 0082

35 .0 17 .00 58 16119 23337 .9926 .7365 .9542 1 0099

35 .0 17 .00 64 15363 23146 .9926 .7194 .9406 1 0120

68
^0 E

V

z I..Meas . ""Gen.

p

e R f (x) Anisotropy

35 17 .00 65 15551 23585 9926 7168 9382 1 0124

35 17 .00 66 15242 23270 9926 7142 9357 1 0127

35 17 .00 68 16162 25003 9926 7093 9305 1 0135

35 17 00 71 16201 25562 9926 7024 9224 1 0147

35 17 00 72 16887 26819 9926 7003 9196 1 0151

35 17 00 73 16750 26776 9926 6982 9167 1 0156

35 17 00 74 17287 27815 9926 6961 9138 1 0160

35. 17 00 75 17108 27706 9926 6942 9109 1 .0164

35. 17 00 76 17604 28695 .9926 6923 9079 1 .0169

35 17 00 77 17822 29238 9926 6904 9048 1 .0173

35. 17 00 78 17644 29134 9926 6887 9017 1 .0178

35. 17 00 79 17351 28834 9926 6870 8986 1 .0183

35. 17 00 83 17813 30367 .9926 6808 8856 1 .0202

35. 18 00 4 370 377 .9871 9976 9999 1 .0031

35. 18 00 5 572 587 9871 9912 9998 1 .0031

35. 18 00 6 705 728 .9871 9850 9996 1 .0032

35. 18 00 12 2133 2294 .9871 9487 9964 1 .0036

35. 18 00 13 2358 2555 .9871 9428 9954 1 .0038

35. 18 00 14 2693 2939 9871 .9371 .9943 1 .0039

35. 18 00 21 4179 4822 9871 .8985 .9826 1 .0057

35. 18 00 22 4287 4989 .9871 .8932 .9804 1 .0060

35. 18 00 23 4524 5311 .9871 8880 .9779 1 .0064

35. 18 .00 24 4743 5618 .9871 .8828 .9754 1 .0068

35. 18 00 25 5044 6028 .9871 .8778 .9727 1 .0072

35. 18 00 26 5472 6599 .9871 .8728 .9698 1 .0076

35 18 00 27 5835 7103 .9871 .8678 .9668 1 .0081

35. 18 00 28 5612 6896 .9871 .8629 .9636 1 .0085

35. 18 00 29 6041 7494 .9871 .8581 .9603 1 .0090

35 18 00 30 6361 7968 .9871 .8533 .9568 1 .0096

35 18 00 32 6855 8758 .9871 .8440 .9495 1 .0107

35. 18 00 33 7344 9477 .9871 .8394 .9457 1 .0112

35. 18 00 34 6935 9042 .9871 .8349 .9417 1 .0118

35 18 00 39 8018 11021 .9871 .8132 .9199 1 .0151

35 18 00 41 10034 12878 .9871 .8050 .9856 1 .0052

35 18 .00 42 10461 13509 .9871 .8010 .9846 1 .0054

35. 18 .00 45 10926 14374 .9871 .7894 .9813 1 .0059

35. 18 .00 46 10800 14297 .9871 .7856 .9801 1 .0061

35 18 .00 47 10726 14287 .9871 .7819 .9788 1 .0063

35 18 .00 48 10922 14638 .9871 .7782 .9775 1 .0065

35 18 .00 50 11194 15188 .9871 .7712 .9748 1 .0069

35 18 .00 51 11180 15263 .9871 .7677 .9734 1 .0071

35 18 .00 52 11863 16295 .9871 .7643 .9720 1 .0073

35 18 .00 58 14466 20614 .9871 .7453 .9622 1 .0088

35 18 .00 64 13591 20083 .9871 .7286 .9508 1 .0105

35 18 .00 65 13960 20753 .9871 .7260 .9487 1 .0108

35 18 .00 66 13779 20608 .9871 .7235 .9466 1 .0111

35 .0 18 .00 68 14211 21510 .9871 .7186 .9423 1 .0117

35 .0 18 .00 71 14731 22698 .9871 .7118 .9354 1 .0128

35 .0 18 .00 72 15794 24479 .9871 .7097 .9330 1 .0131

35 .0 18 .00 73 14928 23274 .9871 .7076 .9306 1 .0135

35 .0 18 .00 74 15614 24486 .9871 .7056 .9281 1 .0139

35 .0 18 .00 75 16434 25923 .9871 .7037 9256 1 .0142

35 .0 18 .00 76 15651 24832 .9871 .7018 9231 1 .0146

35 .0 18 .00 77 15902 25378 .9871 .7000 9205 1 .0150

35 .0 18 .00 78 16071 25796 .9871 .6982 9178 1 .0154

35 .0 18 .00 79 16054 25918 .9871 .6965 9151 1 .0158

69
^0 E

V

z Meas . ^Gen. p

e R J:(x) AnisotropY

35.0 18 00 83 16351 27005 9871 6904 9040 1.0175

35.0 19 00 4 325 334 9779 9996 9999 1.0031

35.0 19. 00 5 462 477 9779 9935 9998 1.0031

35.0 19. 00 6 578 601 9779 9874 9997 1.0032

35.0 19. 00 12 1616 1747 9779 9523 9970 1.0035

35.0 19. 00 13 1907 2075 9779 9466 9962 1.0037

35.0 19 00 14 2084 2284 9779 9411 9953 1.0038

35.0 19 00 21 3747 4324 9779 9037 9857 1.0052

35.0 19. 00 22 3798 4418 9779 8986 9838 1.0055

35.0 19 00 23 3953 4634 9779 8935 .9818 1.0058

35.0 19 00 24 4130 4881 9779 8885 .9797 1.0061

35.0 19 00 25 4490 5350 9779 .8836 .9774 1.0065

35.0 19 00 26 4598 5525 9779 .8787 .9750 1.0068

35.0 19 00 27 4827 5849 9779 8739 .9725 1.0072

35.0 19 00 28 4987 6095 9779 8692 .9699 1.0076

35.0 19 00 29 5392 6647 9779 8645 .9671 1.0080

35.0 19 00 30 5470 6803 9779 8599 .9642 1.0085

35.0 19 00 32 6064 7678 9779 .8508 .9581 1.0094

35.0 19 00 33 6084 7773 9779 .8464 .9549 1.0098

35.0 19 00 34 6290 8111 .9779 .8420 .9516 1.0103

35.0 19 00 39 6990 9451 .9779 .8210 .9332 1.0131

35.0 19 00 40 7303 9972 .9779 .8170 .9292 1.0137

35.0 19 00 42 9412 12109 .9779 .8091 .9873 1.0050

35.0 19 00 45 9623 12597 .9779 .7977 .9845 1.0054

35.0 19 00 46 9609 12651 .9779 .7941 .9835 1.0056

35.0 19 00 47 9789 12962 .9779 .7905 .9825 1.0057

35.0 19 00 48 9715 12938 .9779 .7869 .9815 1.0059

35.0 19 00 50 9421 12691 .9779 .7800 .9792 1.0062

35.0 19 .00 51 9872 13374 .9779 .7766 .9780 1.0064

35.0 19 .00 52 10009 13638 .9779 .7733 .9768 1.0066

35.0 19 .00 58 12505 17625 .9779 .7548 .9687 1.0078

35.0 19 .00 64 12229 17820 .9779 .7384 .9591 1.0092

35.0 19 .00 65 12243 17940 .9779 .7358 .9574 1.0095

35.0 19 .00 66 12046 17748 .9779 .7334 .9556 1.0097

35.0 19 .00 68 13283 19785 .9779 .7286 .9519 1.0103

35.0 19 .00 71 12989 19663 .9779 .7219 .9461 1.0112

35.0 19 .00 72 13134 19989 .9779 .7198 .9441 1.0115

35.0 19 .00 73 13317 20376 .9779 .7178 .9420 1.0118

35.0 19 .00 74 13683 21047 .9779 .7158 .9399 1.0121

35.0 19 .00 75 14055 21733 .9779 .7139 .9378 1.0124

35.0 19 .00 76 14080 21887 .9779 .7120 .9356 1.0127

35.0 19 .00 77 14420 22533 .9779 .7102 .9334 1.0131

35.0 19 .00 78 14726 23131 .9779 .7085 .9312 1.0134

35.0 19 .00 79 14594 23044 .9779 .7068 .9289 1.0137

35.0 19 .00 83 14672 23645 .9779 .7006 .9193 1.0152

35.0 20 .00 4 322 334 .9645 1 .0017 .9999 1.0031

35.0 20 .00 5 413 431 .9645 .9958 .9998 1.0031

35.0 20 .00 6 530 557 .9645 .9899 .9997 1.0031

35.0 20 .00 12 1578 1722 .9645 .9561 .9976 1.0035

35.0 20 .00 13 1533 1683 .9645 .9506 .9969 1.0036

35.0 20 .00 14 1802 1991 .9645 .9452 .9962 1.0037

35.0 20 .00 21 3033 3518 .9645 9092 9882 1.0049

35.0 20 .00 22 3087 3606 9645 9042 9866 1.0051

35.0 20 00 23 3410 4013 9645 8994 9850 1.0054

35.0 20 .00 24 3636 4311 9645 8945 9832 1.0056

35.0 20 .00 25 3924 4687 9645 8898 9813 1.0059

70
^c) E

V

z Meas . ^Gen. p

e R i:(x) Anisotropy

35. 20. 00 26 3939 4741 0. 9645 0. 8851 0. 9793 1 0062

35. 20. 00 27 4125 5003 0. 9645 0. 8804 0. 9772 1 0065

35. 20. 00 28 4435 5422 0. 9645 0. 8759 0, 9750 1 0068

35. 20. 00 29 4635 5711 0. 9645 0, 8713 9727 1 0072

35. 20. 00 30 4576 5683 0. 9645 0. 8669 9703 1 0075

35. 20. 00 32 5078 6410 0. 9645 0, 8581 0, 9652 1 0083

35. 20. 00 33 5402 6875 0. 9645 0. 8538 9625 1 0087

35. 20. 00 34 5275 6770 0, 9645 0. 8495 9597 1 0091

35. 20. 00 39 6452 8642 0, 9645 8292 9442 1 .0114

35. 20, 00 40 6372 8610 0. 9645 8253 9409 1 0119

35. 20, 00 41 6447 8789 0. 9645 8215 9374 1 0125

35, 20, 00 46 8558 11259 0, 9645 0, 8031 9864 1 0051

35. 20, 00 47 8667 11463 0. 9645 7996 9855 1 0053

35. 20, 00 48 8506 11311 0. 9645 7962 9846 1 .0054

35. 20, 00 50 8573 11522 0. 9645 7895 9828 1 .0057

35. 20, 00 51 8632 11663 9645 7862 9818 1 .0058

35. 20, 00 52 8895 12082 9645 7830 9808 1 .0060

35, 20 00 58 10601 14857 9645 7649 9740 1 .0070

35. 20 00 64 10535 15224 9645 7489 9660 1 .0082

35, 20 00 65 10874 15794 9645 7464 .9645 1 .0084

35, 20 00 66 10495 15320 9645 7440 .9630 1 .0086

35. 20 00 68 10826 15961 9645 7393 .9599 1 .0091

35, 20 00 71 11355 16990 9645 7328 .9550 1 .0098

35 20 00 72 11623 17476 9645 .7307 .9533 1 .0101

35 20 00 73 11475 17337 9645 .7287 .9515 1 .0104

35 20 00 74 11712 17780 .9645 .7267 .9498 1 .0106

35 20 00 75 12589 19203 9645 .7248 .9479 1 .0109

35 20 00 76 12637 19369 9645 .7230 .9461 1 .0112

35 .0 20 .00 77 12677 19523 .9645 .7212 .9442 1 .0114

35 .0 20 .00 78 13006 20124 .9645 .7195 .9423 1 .0117

35 .0 20 .00 79 12615 19611 .9645 .7178 .9403 1 .0120

35 .0 20 .00 83 13032 20636 .9645 .7117 .9322 1 .0132

40 1 .50 5 11177 31459 .6171 .9614 .6335 1 .0579

40 .0 1 .50 21 23642 335551 .6171 .8400 .1536 1 .1297

40 .0 1 .50 24 17440 447381 .6171 .8199 .0878 1 .1396

40 .0 1 .50 25 15864 493989 .6171 .8133 .0731 1 .1418

40 .0 1 .50 26 14347 540827 .6171 .8069 .0609 1 .1436

40 .0 1 .50 27 13455 612111 .6171 .8005 .0510 1 .1451

40 .0 1 .50 28 12016 657508 .6171 .7943 .0427 1 .1463

40 .0 1 .50 29 11619 762090 .6171 .7881 .0360 1 .1473

40 .0 1 .50 30 10669 835631 .6171 .7820 .0304 1 .1482

40 .0 1 .50 46 39725 1191512 .6171 .6971 .0883 1 .1395

40 .0 1 .50 51 27713 1387513 .6171 .6753 .0549 1 .1445

40 .0 1 .50 52 26262 1455591 .6171 .6712 .0499 1 .1453

40 .0 2 .00 4 12645 19428 .7590 .9704 .8996 1 .0181

40 .0 2 .00 6 14210 29671 .7590 .9538 .6939 1 .0489

40 .0 2 .00 12 7852 83219 .7590 .9063 .1549 1 .1295

40 .0 2 .00 13 6912 98029 .7590 .8987 .1173 1 .1352

40 .0 2 .00 21 35105 176175 .7590 .8411 . 3437 1 .1013

40 .0 2 .00 22 30470 176363 .7590 .8343 . 3021 1 .1075

40 .0 2 .00 24 27615 214324 .7590 .8210 .2312 1 .1181

40 .0 2 .00 25 26650 240113 .7590 .8145 .2015 1 .1226

40 .0 2 .00 26 23477 245762 .7590 .8081 .1754 1 .1265

40 .0 2 .00 27 23477 285608 .7590 .8017 .1526 1 .1299

40 .0 2 .00 28 20472 289358 .7590 .7955 .1327 1 .1329

40 .0 2 .00 29 19388 318191 .7590 .7893 .1155 1 .1354

71
^0 I

-1 z Meas . ^Gen.

^ R i:(x) Anisotropy

40. 2 00 30 18259 347615 .7590 7833 1005 1 .1377

40 2 00 32 16863 430269 7590 7714 0764 1 .1413

40. 2 00 33 16026 472237 7590 .7656 0667 1 .1427

40. 2 00 46 59161 559328 7590 6986 2233 1 .11.93

40. 2 00 47 55454 568202 7590 6941 2078 1 .1216

40. 2 00 48 51834 575996 .7590 6896 1932 1 .1238

40. 2 .00 66 23322 926850 .7590 .6254 0606 1 .1436

40 2 00 92 55427 929134 .7590 .5845 1519 1 .1300

40. 2 60 4 11897 15272 .8524 .9712 9508 1 .0105

40. 2 60 5 14800 20353 .8524 .9629 9017 1 .0178

40 2 60 13 11464 61394 .8524 .8998 .2708 1 .1122

40 2 60 14 9513 63441 .8524 .8923 .2207 1 .1197

40. 2 60 21 50332 135328 .8524 .8424 .5541 1 .0698

40 2 .60 24 38703 139836 .8524 .8224 .4297 1 .0884

40 2 .60 25 37710 151367 .8524 .8159 .3919 1 .0941

40 2 .60 26 36059 161222 .8524 .8095 .3563 1 .0994

40 2 .60 26 36237 162016 .8524 .8095 .3563 1 .0994

40 2 .60 27 36024 179795 .8524 .8032 .3232 1 .1044

40 2 .60 28 31605 176395 .8524 .7970 .2925 1 .1090

40 2 .60 29 30962 193510 .8524 .7909 .2642 1 .1132

40 2 .60 30 28246 197892 .8524 .7848 .2383 1 .1171

40 2 .60 32 27105 239070 .8524 .7730 .1934 1 .1238

40 2 .60 33 25903 256442 .8524 .7672 .1740 1 .1267

40 2 .60 34 24971 277471 .8524 .7616 .1565 1 .1293

40 2 .60 50 65872 373443 .8524 .6830 .3341 1 .1027

40 .2 .60 51 62725 378442 .8524 .6788 .3166 1 .1053

40 2 .60 65 37017 568965 .8524 .6302 .1371 1 .1322

40 2 .60 66 34930 575521 .8524 .6274 .1286 1 .1335

40 2 .60 68 36252 686621 .8524 .6221 .1131 1 .1358

40 3 .00 4 10897 13067 .8946 .9717 .9670 1 .0080

40 3 .00 5 13851 17449 .8946 .9634 .9331 1 .0131

40 3 .00 12 15145 45192 .8946 .9080 .4479 1 .0857

40 3 .00 14 13161 56118 .8946 .8930 .3242 1 .1042

40 3 .00 22 47615 108576 .8946 .8366 .6210 1 .0598

40 .0 3 .00 2 4 44852 119672 .8946 .8234 .5450 1 .0712

40 .0 3 .00 25 43181 125238 .8946 .8169 .5080 1 .0767

40 .0 3 .00 26 43317 136952 .8946 .8105 .4720 1 .0821

40 .0 3 .00 27 43243 149419 .8946 .8042 .4374 1 .0873

40 .0 3 .00 28 39043 147769 .8946 .7980 4042 1 .0922

40 .0 3 .00 29 38772 161047 .8946 .7919 3728 1 .0969

40 .0 3 .00 30 35537 162270 .8946 .7859 3431 1 .1014

40 .0 3 .00 32 34743 192474 .8946 .7741 2892 1 .1095

40 .0 3 .00 33 32736 200051 .8946 .7683 2650 1 .1131

40 .0 3 .00 34 32393 218512 .8946 .7627 2426 1 .1164

40 .0 3 .00 39 26546 294464 .8946 .7357 1547 1 .1296

40 .0 3 .00 41 23087 312074 .8946 7255 1292 1 .1334

40 .0 3 .00 52 72588 322221 .8946 .6761 4067 1 .0919

40 .0 3 .00 64 47010 412932 .8946 .6345 2245 1 .1191

40 .0 3 .00 65 46989 438452 .8946 6316 2126 1 1209

40 .0 3 .00 66 42972 426095 .8946 6288 2013 1 1226

40 .0 3 .00 68 44167 495038 .8946 6235 1801 1 1258

40 .0 3 .00 71 41281 557125 8946 6162 1519 1 1300

40 .0 3 .00 72 38713 556056 8946 6139 0. 1434 1 1313

40 .0 3 .00 75 36977 640771 8946 6077 0. 1204 1. 1347

40 .0 3 .00 76 36422 552964 8946 6058 0. 1376 1. 1321

40 .0 3 .00 77 35457 571547 8946 0. 6040 0. 1301 1. 1333

72
^0 E

V

z ""Meas. """Gen.p

e R i:(x) Anisot ropy

40. 3 60 4 8840 10053 9279 9725 9803 1 .0060

40. 3 60 5 12030 14140 9279 9642 9596 1 .0091

40. 3 60 6 13520 16623 9279 9561 9293 1 .0137

40. 3 60 12 17454 36952 9279 9091 5955 1 .0636

40. 3 60 13 17257 41540 9279 9016 5328 1 .0730

40. 3 60 22 49359 89419 9279 8380 7397 1 .0420

40. 3 60 25 44446 95613 9279 8184 6464 1 .0560

40. 3 60 26 46046 105464 9279 8120 6146 1 .0608

40. 3 60 27 45986 112417 9279 8057 5829 1 .0655

40. 3 60 28 42966 112361 9279 7996 5516 1 .0702

40 3 60 29 43476 121883 9279 7935 5207 1 .0748

40. 3 60 30 40166 120947 9279 7875 4905 1 .0793

40 3 60 32 40130 140117 9279 7758 4329 1 .0880

40 3 60 33 39784 149907 9279 7700 4056 1 .0920

40 3 60 34 37719 153566 9279 7644 3795 1 .0959

40 3 60 39 32230 195778 9279 7375 .2677 1 .1127

40 3 60 40 31505 207649 9279 7324 .2490 1 .1155

40 3 60 41 30042 214904 9279 7274 .2316 1 .1181

40 3 60 42 29771 228489 9279 7224 .2177 1 .1201

40 3 60 45 26195 255652 9279 7082 .1756 1 .1264

40 3 60 64 55593 295017 9279 6366 .3510 1 .1002

40 3 60 65 55447 308913 9279 6337 .3365 1 .1024

40 3 60 66 51361 300574 9279 6309 .3224 1 .1045

40 3 60 68 51349 332049 9279 6256 .2953 1 .1085

40 3 60 71 49511 373083 9279 .6183 .2577 1 .1142

40 3 60 72 47311 375445 9279 .6161 .2460 1 .1159

40 3 60 73 46440 388237 9279 .6139 .2347 1 .1176

40 3 .60 75 45571 423196 9279 .6098 .2133 1 .1208

40 3 .60 76 44076 431570 9279 .6079 .2032 1 .1223

40 3 .60 77 41139 424822 9279 .6061 .1935 1 .1238

40 3 .60 78 40252 438473 .9279 .6044 .1842 1 .1252

40 .0 3 .60 79 40650 467179 .9279 .6028 .1752 1 .1265

40 .0 3 .60 83 40942 391330 .9279 .5972 .2117 1 .1211

40 6 .25 4 4538 4763 .9837 .9759 .9960 1 .0037

40 .0 6 .25 6 7132 7708 .9837 .9599 .9850 1 .0053

40 .0 6 .25 12 14085 18013 .9837 .9140 .8870 1 .0200

40 .0 6 .25 13 15077 20095 .9837 .9067 .8613 1 .0239

40 .0 6 .25 14 15041 20971 .9837 .8994 .8333 1 .0280

40 .0 6 .25 21 17024 35596 .9837 .8510 .6067 1 .0619

40 .0 6 .25 28 36189 53878 .9837 .8068 .8659 1 .0232

40 .0 6 .25 30 34532 54110 .9837 .7950 .8383 1 .0273

40 .0 6 .25 32 38060 63004 .9837 .7835 .8087 1 .0317

40 .0 6 .25 33 39478 67263 .9837 .7779 .7931 1 .0341

40 .0 6 .25 34 39309 68994 .9837 .7723 .7772 1 .0364

40 .0 6 .25 39 39409 81260 .9837 .7460 .6933 1 .0490

40 .0 6 .25 41 39415 87147 .9837 .7360 .6585 1 .0542

40 .0 6 .25 42 40497 92580 .9837 .7312 .6426 1 .0566

40 .0 6 .25 45 39502 100806 .9837 .7172 .5912 1 0643

40 .0 6 .25 46 38553 102146 .9837 .7127 5743 1 0668

40 .0 6 .25 47 38351 105533 .9837 .7082 .5577 1 0693

40 .0 6 .25 48 37543 107336 .9837 .7039 5413 1 0717

40 .0 6 .25 50 36497 112727 .9837 .6955 5094 1 0765

40 .0 6 .25 51 35956 115469 .9837 .6915 4939 1 0788

40 .0 6 .25 52 35499 118555 .9837 .6875 4787 1 0811

40 .0 6 .25 71 58909 150481 .9837 .6283 6669 1 0529

4 .0 6 .25 72 59716 156042 .9837 .6261 6554 1 0547

73
^0 E

V

Z ^Meas. ""Gen.

p

e R f(x) Anisotropy

40.,0 6,,25 75 58664 164424 0,.9837 0,.6198 0,.6202 1..0599

40.,0 6.,25 76 59244 170090 0,.9837 0,.6179 0,.6084 1,.0617

40.,0 6.,25 77 57216 168318 0,.9837 0,.6161 0,.5965 1,.0635

40.,0 6.,25 78 54927 165625 0,.9837 0,.6144 0,.5845 1,.0653

40.,0 6,,25 79 56905 175933 0,.9837 0,.6127 0,.5726 1,.0670

40.,0 6..25 83 54601 187161 0,.9837 0,.6070 0,.5248 1,.0742

40.,0 6,.25 92 50420 221696 0,.9837 0,.5992 0,.4205 1,.0898

40.,0 7,.00 4 3349 3492 0,.9881 0,.9769 0,.9971 1,.0035

40.,0 7,.00 6 5735 6134 0,.9881 0,.9611 0,.9892 1,.0047

40.,0 7,.00 12 12994 15919 0,.9881 0,.9155 0,.9165 1,.0156

40.,0 7,.00 13 13645 17271 0,.9881 0,.9082 0,.8967 1,.0185

40..0 7,.00 14 13754 18040 0,.9881 0,.9010 0,.8751 1,.0218

40.,0 7,.00 21 16758 30368 0,.9881 0,.8529 0,.6875 1,.0499

40.,0 7,.00 22 16501 31597 0,.9881 0,.8464 0,.6584 1,.0542

40.,0 7,.00 24 17191 36942 0,.9881 0,.8336 0,.6005 1,.0629

40..0 7,.00 25 16522 37696 0,.9881 0,.8273 0,,5722 1,.0671

40.,0 7,.00 29 34459 49791 0,.9881 0,.8031 0,.8893 1,.0197

40.,0 7,.00 32 35067 54124 0,.9881 0,.7858 0,.8551 1,.0248

40..0 7,.00 33 35684 56382 0,.9881 0,.7802 0,.8428 1,.0266

40.,0 7,.00 34 35469 57411 0,.9881 0,.7747 0,.8301 1,.0285

40..0 7,.00 39 37342 68890 0,.9881 0..7485 0,.7614 1,.0388

40..0 7,.00 40 38190 72461 0,.9881 0,.7435 0,.7468 1,.0410

40..0 7,.00 41 37933 74068 0,.9881 0,.7386 0,.7321 1,.0432

40,,0 7,.00 42 39155 78597 0,.9881 0,.7338 0,.7182 1,.0453

40..0 7,.00 45 38501 84574 0,.9881 0,.7199 0,.6733 1,= 0520

40,.0 7,.00 46 38129 86383 0,.9881 0..7154 0,.6583 1,.0542

40,.0 ' 7,.00 47 37070 86651 0,.9881 0,.7110 0,.6434 1,.0565

40,.0 7,.00 48 37381 90185 0,.9881 0,.7067 0,.6285 1,.0587

40,.0 7,.00 50 36059 92759 0,.9881 0,.6983 0,.5989 1,.0631

40,.0 7,.00 51 3 6 9 4 6 98179 0,.9881 0,.6943 0,.5844 1,.0653

40,.0 7,.00 52 35987 98812 0,.9881 0,.6903 0,.5699 1,.0674

40,.0 7,.00 75 58147 142415 0,.9881 0,.6228 0,.6957 1,.0486

40,.0 7,.00 76 57445 143484 0,.9881 0,.6209 0,.6853 1,.0502

40,.0 7,.00 77 54933 139969 0..9881 0,.6191 0,.6748 1,.0518

40,.0 7,.00 78 54204 140926 0,.9881 0,.6174 0,.6642 1,.0533

40,.0 7,.00 79 55810 148101 0,.9881 0,.6157 0,.6535 1,.0549

40,.0 7,.00 83 54833 158335 0,.9881 0,.6100 0,.6099 1,.0615

40,.0 7 ,.00 92 52119 184763 0,.9881 0,.6020 0,.5104 1,.0764

40,.0 7,.60 12 11729 14024 0..9905 0,.9167 0,.9333 1,.0131

40,.0 7,.60 13 12538 15411 0,.9905 0,.9094 0,.9172 1,.0155

40,.0 7,.60 14 12876 16311 0,.9905 0,.9023 0,.8994 1,.0182

40,.0 7,.60 21 15989 26634 0,.9905 0,.8544 0,.7392 1,.0421

40,.0 7,.60 22 15995 27928 0,.9905 0,.8480 0,.7133 1,.0460

40..0 7 .60 24 16846 32472 0,.9905 0,.8352 0,.6609 1,.0538

40,.0 7,.60 25 16537 33565 0,.9905 0,.8290 0,.6347 1,.0578

40,.0 7 .60 30 29438 41978 0,.9905 0,.7991 0,.9018 1,.0178

40,.0 7 .60 32 31924 47321 0,.9905 0,.7877 0,.8826 1,.0207

40,.0 7 .60 33 32266 48806 0,.9905 0,.7822 0,.8723 1,.0222

40,.0 7 .60 34 32653 50432 0,.9905 0,.7767 0,.8617 1..0238

40,.0 7 .60 39 34730 60037 0,.9905 0,.7506 0..8034 1..0325

40,.0 7 .60 40 36501 64643 0,.9905 0,.7456 0,,7909 1..0344

40,.0 7 .60 41 36086 65506 0,.9905 0,.7408 0..7781 1..0363

40,.0 7 .60 42 36535 67933 0,.9905 0,.7360 0..7659 1..0381

40,.0 7 .60 45 37207 74779 0,.9905 0,.7221 0.,7263 1.,0440

40,.0 1 .60 46 36980 76334 0,.9905 0,.7176 0.,7129 1.,0460

40,.0 7 .60 47 36892 78242 0,.9905 0,.7133 0.,6995 1.,0481

74
V Meas Gen

R f(x) Anisotropy

40,.0 7,.60 48 36274 79069 0,,9905 0,.7090 0,.6860 1,.0501

40,.0 7,.60 50 35638 82135 0..9905 0,,7007 0,.6591 1,.0541

40,.0 7,.60 51 35642 84499 0..9905 0,,6966 0,.6456 1,.0561

40,.0 7,.60 52 35863 87485 0.,9905 0.,6927 0..6322 1,.0581

40,.0 7,.60 77 53629 125357 0.,9905 0,,6216 0,.7256 1,.0442

40,.0 7,.60 78 52590 125079 0..9905 0,.6199 0,.7161 1,.0456

40,.0 7,.60 79 53671 129912 0.,9905 0,,6182 0,.7065 1,.0470

40,.0 7,.60 83 54213 141100 0.,9905 0,,6124 0,.6669 1,.0529

40,.0 8,.00 4 2722 2821 0..9917 0,.9783 0,.9981 1..0034

40,.0 8,.00 5 3946 4132 0..9917 0,.9704 0,.9960 1..0037

40,.0 8,.00 6 4827 5115 0,.9917 0,.9626 0,.9927 1,.0042

40,.0 8,.00 12 10897 12862 0,.9917 0,.9175 0,.9421 1,.0118

40,.0 8,.00 13 11690 14148 0,.9917 0,.9103 0,.9280 1,.0139

40,.0 8,.00 14 11863 14753 0,.9917 0,.9031 0..9124 1..0162

40,.0 8,.00 21 15969 25424 0,.9917 0,.8555 0,.7683 1,.0378

40,.0 8,.00 22 15666 26026 0,.9917 0,.8490 0..7445 1,.0413

40,.0 8..00 24 16447 29887 0,.9917 0,.8364 0..6958 1,.0486

40..0 8..00 25 16396 31224 0,.9917 0,.8301 0..6712 1..0523

40..0 8..00 26 17153 34277 0,.9917 0,.8240 0,.6467 1,.0560

40..0 8..00 30 28846 40384 0,.9917 0,.8004 0,.9143 1,.0159

40..0 8..00 32 32286 46835 0,.9917 0,.7890 0,.8973 1,.0185

40..0 8..00 33 31181 46079 0,.9917 0,.7835 0,.8882 1,.0198

40..0 8..00 34 30972 46651 0,.9917 0,.7780 0,.8787 1..0212

40..0 8..00 39 33810 56441 0,.9917 0,.7520 0,.8265 1,.0291

40..0 8..00 41 35200 61437 0,.9917 0,.7422 0,.8037 1,.0325

40,.0 8..00 42 35787 63855 0,.9917 0,.7374 0,.7925 1,.0341

40,.0 8..00 45 37744 72296 0,.9917 0,.7236 0,.7563 1,.0396

40..0 8..00 46 36336 71316 0,.9917 0,.7192 0,.7440 1,.0414

40..0 8..00 47 36999 74434 0,.9917 0,.7148 0,.7315 1,.0433

40..0 8..00 48 35366 72954 0,.9917 0,.7105 0,.7190 1,.0451

40..0 8..00 50 34982 75933 0,.9917 0,.7022 0,.6939 1,.0489

40..0 8..00 51 35793 79732 0,.9917 0,.6982 0,.6812 1,.0508

40..0 8..00 52 35224 80542 0,.9917 0,.6943 0,.6686 1,.0527

40..0 8..00 75 54954 118819 0,.9917 0,.6270 0,.7715 1,.0373

40..0 8..00 79 54627 125741 0,.9917 0,.6199 0,.7367 1..0425

40..0 8..00 83 52995 130287 0,.9917 0,.6141 0,.7000 1,.0480

40..0 8..00 92 51063 147333 0,.9917 0,.6060 0,.6120 1,.0612

40..0 8..70 4 2284 2359 0,.9934 0,.9793 0,.9985 1,.0033

40..0 8..70 5 3541 3694 0,.9934 0,.9714 0,.9968 1,.0036

40..0 8..70 6 4002 4221 0,.9934 0,.9637 0,.9943 1,.0040

40..0 8..70 12 9652 11191 0,.9934 0,.9189 0,.9542 1,.0099

40..0 8..70 13 10334 12241 0,.9934 0,.9117 0,.9429 1,.0116

40..0 8,.70 14 10598 12847 0,.9934 0,.9046 0,.9303 1,.0135

40..0 8,.70 21 15190 22693 0,.9934 0,.8574 0,.8106 1,.0314

40..0 8,.70 24 15454 25830 0,.9934 0,.8384 0,.7477 1,.0408

40,.0 8,.70 25 16363 28464 0,.9934 0,.8322 0,.7260 1,.0441

40,.0 8,.70 26 16620 30125 0,.9934 0,.8261 0,.7041 1 ,.0474

40,.0 8,.70 27 17187 32495 0,.9934 0,.8201 0..6821 1,.0507

40,.0 8,.70 28 15984 31554 0,.9934 0,.8142 0,.6601 1,.0540

40,.0 8,.70 32 28029 39445 0,.9934 0,.7913 0,.9178 1 ,.0154

40,.0 8,.70 33 29556 42271 0,.9934 0,.7858 0,.9104 1,.0165

40,.0 8,.70 34 28441 41356 0,.9934 0,.7804 0..9027 1,.0177

40,.0 8,.70 39 30886 49089 0,.9934 0,.7546 0,.8596 1,.0241

40,.0 8,.70 40 32325 52361 0,.9934 0,.7497 0,.8501 1,.0255

40,.0 8,.70 41 31528 52069 0,.9934 0..7448 0,.8404 1 ,.0270 4 0,.0 8 .70 42 33421 56263 0,.9934 0,.7401 0,.8309 1,.0284

75
^0 I"v

z Meas . ""-Gen. p

e R i:(x) Anisotropy

40. 8. 70 45 34643 61991 9934 7263 8001 1 0330

40. 8. 70 46 33895 61939 9934 7219 7895 1 0346

40. 8 70 47 33685 62881 9934 .7176 7787 1 0362

40. 8. 70 48 33588 64067 9934 7133 7678 1 .0378

40. 8 70 50 32416 64610 9934 7051 7458 1 0411

40. 8 70 51 33407 68090 9934 7011 7346 1 0428

40. 8 70 52 33567 69981 9934 .6972 7234 1 .0445

40. 8 70 78 49309 104190 9934 6246 7892 1 .0346

40 8 70 83 50566 114554 9934 .6171 7493 1 .0406

40. 8 70 92 49823 129294 9934 .6089 6705 1 .0524

40. 9 00 4 2299 2372 9940 .9797 9987 1 .0033

40. 9 00 5 3172 3305 9940 .9719 9972 1 .0035

40 9 00 6 3845 4048 9940 .9641 .9949 1 .0039

40. 9 00 12 9132 10522 9940 .9195 .9584 1 .0093

40. 9 00 13 10044 11808 .9940 .9124 .9481 1 .0109

40 9 00 14 10223 12282 9940 .9053 .9366 1 .0126

40 9 00 21 14238 20799 9940 .8582 .8259 1 .0292

40 9 00 24 15064 24443 .9940 .8392 .7669 1 .0380

40 9 00 25 15444 26014 .9940 .8331 .7463 1 .0411

40 9 00 26 16604 29067 .9940 .8270 .7256 1 .0442

40 9 00 27 16925 30825 .9940 .8210 .7046 1 .0473

40 9 00 28 15852 30066 .9940 .8151 .6836 1 .0504

40 9 00 32 27051 37661 .9940 .7924 .9250 1 .0143

40 9 00 33 27527 38915 .9940 .7869 .9182 1 .0153

40 9 .00 34 28141 40413 .9940 .7815 .9112 1 .0164

40 9 00 39 30390 47468 .9940 .7557 .8714 1 .0223

40 " 9 00 41 30966 50148 .9940 .7460 .8536 1 .0250

40 9 .00 42 32238 53163 .9940 .7412 .8447 1 .0263

40 9 .00 46 33129 59021 .9940 .7231 .8060 1 .0321

40 9 .00 47 32802 59622 .9940 .7188 .7959 1 .0336

40 9 00 48 32971 61160 .9940 .7145 .7857 1 .0352

40 9 .00 50 32590 63008 .9940 .7063 .7649 1 .0383

40 9 .00 51 32453 64080 .9940 .7023 .7544 1 .0399

40 9 .00 52 33289 67146 .9940 .6984 .7438 1 .0414

40 9 .00 64 30629 80860 .9940 .6580 .6144 1 .0608

40 9 .00 65 30620 82735 .9940 .6552 .6038 1 .0624

40 9 .00 78 49790 102610 .9940 .6259 .8051 1 .0323

40 9 .00 79 49593 103516 .9940 .6243 .7978 1 .0333

40 .0 9 .00 83 49815 109581 .9940 .6184 .7675 1 .0379

40 .0 9 .00 92 49036 122465 .9940 .6101 .6926 1 .0491

40 .0 10 .00 4 1882 1935 .9955 .9811 .9990 1 .0032

40 .0 10 .00 5 2661 2761 .9955 .9734 .9979 1 .0034

40 .0 10 .00 6 3216 3370 .9955 .9657 .9962 1 .0037

40 .0 10 .00 12 7899 8950 .9955 .9216 .9693 1 .0077

40 .0 10 .00 13 8443 9730 .9955 .9146 9616 1 .0088

40 .0 10 .00 14 8908 10452 .9955 .9076 9529 1 .0101

40 .0 10 .00 21 12805 17626 .9955 .8610 .8671 1 .0230

40 .0 10 .00 22 12917 18274 .9955 .8546 8518 1 .0253

40 .0 10 .00 24 14054 21069 .9955 .8422 8195 1 .0301

40 .0 10 .00 25 14585 22541 .9955 .8361 8027 1 .0326

40 .0 10 .00 26 15263 24343 .9955 .8301 7854 1 .0352

40 .0 10 .00 27 15803 26032 .9955 .8242 7678 1 .0378

40 .0 10 .00 28 15212 25904 9955 .8184 7500 1 0405

40 .0 10 .00 29 15794 27825 9955 .8126 7320 1 0432

40 .0 10 .00 30 14963 27294 .9955 .8069 7138 1 0459

40 .0 10 .00 34 24125 33506 9955 .7851 9334 1 0131

76
^0 E

V

z ^Meas. ""Gen.p

e R f (x) Anisot ropy

40..0 10..00 39 26480 39482 0.,9955 0.,7595 0..9027 1..0177

40.,0 10..00 40 28126 42570 0.,9955 0.,7547 0..8959 1..0187

40..0 10..00 41 28244 43406 0..9955 0.,7499 0.,8888 1,.0197

40.,0 10..00 42 28678 44751 0.,9955 0..7452 0..8818 1..0208

40.,0 10..00 45 30245 49515 0.,9955 0,.7316 0.,8590 1..0242

40.,0 10.,00 46 30326 50473 0.,9955 0..7272 0.,8510 1..0254

40..0 10,.00 47 30002 50773 0..9955 0..7229 0,.8429 1..0266

40.,0 10.,00 48 30608 52682 0.,9955 0.,7187 0,.8346 1,,0278

40..0 10.,00 50 30272 53928 0.,9955 0..7106 0,.8177 1,,0304

40.,0 10..00 51 30702 55661 0.,9955 0..7066 0..8090 1,,0317

40.,0 10,.00 52 30854 56935 0.,9955 0.,7027 0,.8002 1,,0330

40..0 10,.00 64 29723 68657 0..9955 0.,6625 0,.6890 1,,0496

40.,0 10,.00 65 30117 70936 0..9955 0,,6597 0,.6795 1,,0511

40..0 10,,00 66 29178 70081 0.,9955 0..6570 0,.6700 1,,0525

40.,0 10,,00 68 29281 73150 0.,9955 0..6518 0,.6511 1,,0553

40.,0 10.,00 72 35500 79266 0..9955 0,.6423 0,.7308 1,,0434

40..0 10,,00 77 44826 85431 0..9955 0,.6323 0,.8544 1,.0249

40..0 10,,00 83 45935 93292 0..9955 0,,6230 0,.8180 1,.0303

40.,0 10,,00 92 45790 103022 0..9955 0.,6145 0,.7554 1,.0397

40.,0 11,,00 4 1634 1675 0,.9965 0,,9825 0,.9993 1,.0032

40..0 11,,00 5 2368 2449 0..9965 0,,9749 0,.9985 1,.0033

40..0 11.,00 6 2759 2880 0,.9965 0,,9673 0,.9972 1,.0035

40.,0 11,,00 12 6733 7537 0,.9965 0,,9238 0,.9768 1,.0066

40..0 11,,00 13 7296 8287 0,.9965 0,,9168 0,.9709 1,.0075

40..0 11,,00 14 7758 8948 0,.9965 0,,9099 0,.9642 1,.0085

40..0 11,,00 21 11632 15341 0,.9965 0,,8639 0,.8970 1,.0185

40.,0 11,.00 22 11656 15728 0,.9965 0,,8576 0,.8848 1,.0203

40..0 11,,00 24 13287 18813 0,.9965 0,,8453 0,.8587 1,.0242

40.,0 11,,00 25 13496 19600 0,,9965 0,.8393 0,.8449 1,.0263

40.,0 11,,00 26 14206 21176 0,,9965 0,,8334 0,.8307 1,.0284

40.,0 11,,00 27 15503 23739 0,.9965 0,.8275 0,.8161 1 .0306

40..0 11,,00 28 14384 22643 0,.9965 0,.8218 0,.8012 1 .0328

40..0 11,,00 29 15084 24427 0,.9965 0,.8161 0,.7860 1 .0351

40..0 11,,00 30 14121 23539 0,.9965 0,.8105 0,.7706 1 .0374

40..0 11,.00 33 22927 30703 0,.9965 0,.7941 0,.9532 1 .0101

40,.0 11,.00 39 24543 35367 0,.9965 0,.7635 0,.9251 1 .0143

40,.0 11,.00 40 25043 36557 0,.9965 0,.7587 0,.9197 1 .0151

40,.0 11,.00 41 25298 37416 0,.9965 0,.7540 .9142 1,.0159

40,.0 11,.00 42 26623 39899 0,.9965 0,.7493 0,.9085 1 .0168

40,.0 11,.00 46 27311 43246 0,.9965 0,.7315 0,.8840 1,.0205

40,.0 11,.00 47 27290 43831 0,.9965 0,.7273 .8775 1,.0214

40,.0 11,.00 48 27677 45097 .9965 0,.7231 0,.8708 1,.0224

40,.0 11,.00 50 27574 46263 .9965 0,.7150 0,.8570 1,.0245

40,.0 11,.00 51 28005 47689 0,.9965 0,.7111 0,.8499 1,.0256

40,.0 11,.00 52 28311 48940 .9965 0,.7072 .8427 1,.0266

40,.0 11,.00 64 28778 60173 .9965 0,.6673 .7485 1,.0407

40,.0 11,.00 65 28623 60848 .9965 0,.6645 .7402 1,.0420

40,.0 11 .00 66 28184 60917 .9965 .6618 .7319 1,.0432

40,.0 11 .00 68 28290 63225 .9965 .6566 .7151 1,.0457

40,.0 11,.00 92 43210 89939 .9965 0,.6191 0,.8040 1,.0324

40,.0 12,.00 4 1307 1339 0,.9956 0,.9839 0,.9994 1,.0032

40,.0 12 .00 5 2010 2077 0,.9956 0,.9764 0,.9988 1,.0033

40,.0 12 .00 6 2462 2566 .9956 0,.9690 0,.9978 1,.0034

40,.0 12 .00 12 6016 6682 0,.9956 0,.9260 0,.9821 1,.0058

40,.0 12 .00 13 6367 7164 0,.9956 0,.9191 0,.9775 1,.0065

40 .0 12 .00 14 6640 7573 0,.9956 0,.9123 0,.9723 1,.0072

77
^0 I"v

z "'"Meas. ^Gen. p

e R i:(x) AnisotropY

40 12 00 21 10393 13301 9956 8669 9191 1. 0152

40 12 00 22 10475 13668 9956 8607 9093 1 0167

40 12 00 24 11797 16035 9956 8486 8881 1 0198

40 12 00 25 12285 17060 9956 8426 8768 1 0215

40 12 00 26 13056 18535 9956 8368 8652 1 0233

40 12 00 27 13216 19194 9956 8310 8531 1 0251

40 12 00 28 13438 19977 9956 8253 8407 1 0269

40 12 00 29 14092 21458 9956 8197 8280 1 0288

40 12 00 30 13165 20543 9956 8141 8149 1 0308

40 12 00 32 14392 23626 9956 8033 .7882 1 .0348

40 12 00 34 21193 28216 9956 7927 .9603 1 .0090

40 12 00 39 21712 30531 .9956 .7677 .9414 1 .0119

40 12 00 40 22712 32303 9956 .7630 .9371 1 .0125

40 12 00 41 23228 33419 .9956 .7583 .9327 1 .0132

40 12 00 42 23530 34251 .9956 .7537 .9282 1 .0138

40 12 .00 45 25431 38368 .9956 .7403 .9136 1 .0160

40 12 .00 46 24892 38016 .9956 .7361 .9085 1 .0168

40 .0 12 .00 47 24098 37260 .9956 .7318 .9032 1 .0176

40 .0 12 .00 48 24965 39085 .9956 .7277 .8978 1 .0184

40 .0 12 .00 50 24965 40088 .9956 .7197 .8865 1 .0201

40 .0 12 .00 51 25941 42195 .9956 .7158 .8807 1 .0209

40 .0 12 .00 52 26056 42935 .9956 .7120 .8748 1 .0218

40 .0 12 .00 64 26935 52280 .9956 .6723 .7956 1 .0337

40 .0 12 .00 65 27202 53553 .9956 .6695 .7885 1 .0348

40 .0 12 .00 66 26466 52851 .9956 .6668 .7813 1 .0358

40 .0 12 .00 68 27063 55618 .9956 .6616 .7667 1 .0380

40 .0 12 .00 71 27114 58199 .9956 .6545 .7445 1 .0413

40 .0 12 .00 72 27954 60883 .9956 .6522 .7371 1 .0424

40 .0 12 .00 73 28373 62703 .9956 .6500 .7296 1 .0436

40 .0 12 .00 77 32587 66080 .9956 .6422 .7971 1 .0335

40 .0 12 .00 78 30622 62765 .9956 .6404 .7914 1 .0343

40 .0 13 .00 4 1219 1246 .9965 .9854 .9996 1 .0032

40 .0 13 .00 5 1670 1721 .9965 .9780 .9991 1 .0032

40 .0 13 .00 6 1856 1928 .9965 .9707 .9983 1 .0034

40 .0 13 .00 12 5025 5538 .9965 .9283 .9860 1 .0052

40 .0 13 .00 13 5855 6528 .9965 .9215 .9823 1 .0057

40 .0 13 .00 14 5994 6765 .9965 .9148 .9782 1 .0064

40 .0 13 .00 21 9521 11888 .9965 .8700 .9356 1 .0127

40 .0 13 .00 22 9812 12458 .9965 .8639 .9277 1 .0139

40 .0 13 .00 24 10867 14293 .9965 .8520 .9104 1 .0165

40 .0 13 .00 25 11010 14751 .9965 .8461 .9012 1 .0179

40 .0 13 .00 26 11807 16122 .9965 .8403 .8916 1 .0193

40 .0 13 .00 27 12283 17103 .9965 .8346 .8816 1 .0208

40 .0 13 .00 28 12238 17385 .9965 .8290 .8713 1 .0224

40 .0 13 .00 29 12766 18511 .9965 .8234 .8606 1 .0240

40 .0 13 .00 30 12293 18204 .9965 .8179 .8497 1 .0256

40 .0 13 .00 32 13706 21198 .9965 .8072 .8271 1 .0290

40 .0 13 .00 33 13509 21366 .9965 .8020 .8155 1 .0307

40 .0 13 .00 34 13272 21476 .9965 .7968 .8036 1 .0325

40 .0 13 .00 39 19628 27024 9965 .7721 .9535 1 .0101

40 .0 13 .00 40 20547 28579 9965 7674 .9501 1 .0106

40 .0 13 00 41 20562 28896 9965 7628 .9466 1 .0111

40 .0 13 .00 42 21271 30207 9965 7582 .9429 1 0116

40 .0 13 .00 45 23087 33847 9965 7450 9311 1 0134

40 .0 13 00 46 22296 33042 9965 7408 9269 1. 0140

40 .0 13 .00 47 22405 33569 9965 0. 7366 0. 9226 1. 0147

78
^c) E

V

z ^Meas. ^Gen. p

e R f:(x) Ani sotropy

40. 13. 00 48 22190 33615 0.,9965 0. 7325 0. 9182 1. 0153

40.,0 13. 00 50 22893 35463 0.,9965 0. 7246 0. 9090 1. 0167

40.,0 13.,00 51 23731 37178 0.,9965 0. 7207 0. 9042 1. 0174

40.,0 13.,00 52 23430 37128 0.,9965 0. 7170 0. 8994 1. 0182

40.,0 13.,00 64 25146 45969 0.,9965 0. 6776 0. 8329 1. 0281

40.,0 13.,00 65 26038 48189 0.,9965 0.,6748 0.,8268 1.,0290

40.,0 13.,00 66 25334 47472 0,,9965 0.,6721 0.,8206 1.,0299

40,,0 13.,00 68 25823 49609 0.,9965 0.,6670 0.,8081 1 ,,0318

40.,0 13.,00 71 26720 53306 0,,9965 0,,6598 0,,7888 1.,0347

40.,0 13.,00 72 25680 51883 0,,9965 0,,6576 0.,7823 1,,0357

40.,0 13,,00 73 27509 56286 0.,9965 0,,6554 0,,7757 1,,0367

40..0 13,,00 75 27417 57544 0..9965 0,,6513 0,,7625 1.,0386

40.,0 13,,00 92 37970 71095 0..9965 0.,6291 0.,8711 1..0224

40.,0 14,,00 4 1073 1095 0..9963 0.,9869 0.,9997 1.,0032

40.,0 14,,00 5 1525 1569 0..9963 0.,9796 0.,9993 1..0032

40.,0 14,,00 6 1841 1909 0.,9963 0.,9724 0..9987 1..0033

40.,0 14.,00 12 4460 4888 0,.9963 0..9307 0..9888 1,.0048

40.,0 14,.00 13 4906 5434 0..9963 0..9240 0..9859 1..0052

40.,0 14..00 14 5061 5667 0,,9963 0..9174 0,,9826 1,.0057

40,,0 14..00 21 8403 10297 0,.9963 0..8733 0..9482 1,.0108

40,,0 14,,00 22 8424 10476 0,.9963 0,.8673 0..9417 1,.0118

40,,0 14.,00 24 9729 12478 0,.9963 0,.8555 0,.9276 1,.0139

40..0 14.,00 25 10292 13416 0,.9963 0,.8497 0,.9199 1,.0151

40,,0 14.,00 26 11165 14797 0,.9963 0,.8440 0,.9120 1,.0163

40.,0 14..00 27 11760 15853 0,.9963 0,.8384 0,.9037 1,.0175

40.,0 14..00 28 11175 15329 0,.9963 0,.8328 0,.8951 1,.0188

40.,0 14,.00 29 11778 16448 0,.9963 0,.8273 0,.8863 1,.0201

40,.0 14,.00 30 11317 16096 0,.9963 0,.8219 0,.8771 1,.0215

40..0 14,.00 32 12618 18636 0,.9963 0,.8113 0,.8580 1,.0243

40,.0 14,.00 33 12524 18860 0,.9963 0,.8062 0,.8482 1,.0258

40,.0 14,.00 34 12563 19297 0,.9963 0,.8011 0,.8381 1,.0273

40..0 14,.00 39 18492 25040 0,.9963 0,.7767 0,.9627 1,.0087

40,.0 14,.00 40 18865 25783 .9963 0,.7721 0,.9599 1,.0091

40,.0 14,.00 41 18189 25092 .9963 0,.7675 0,.9571 1,.0095

40,.0 14,.00 42 19202 26742 .9963 .7630 0,.9540 1,.0100

40,.0 14,.00 45 20236 29004 .9963 .7500 0,.9445 1,.0114

40,.0 14,.00 46 20918 30275 .9963 .7458 0,.9410 1,.0119

40,.0 14 .00 47 20445 29882 .9963 .7416 .9375 1,.0124

40,.0 14 .00 48 21067 31096 .9963 .7376 .9339 1,.0130

40,.0 14 .00 50 20894 31463 .9963 .7297 .9263 1,.0141

40,.0 14 .00 51 22186 33747 .9963 .7259 .9224 1,.0147

40 .0 14 .00 52 21973 33765 .9963 .7222 .9184 1,.0153

40 .0 14 .00 64 23129 40327 .9963 .6832 .8626 1,.0237

40 .0 14 .00 65 24227 42702 .9963 .6804 .8574 1..0244

40 .0 14 .00 66 23687 42207 .9963 .6778 .8521 1 .0252

40 .0 14 .00 68 24478 44582 .9963 .6726 .8414 1 .0268

40 .0 14 .00 71 24157 45476 .9963 .6655 .8247 1 .0293

40 .0 14 .00 72 24812 47229 .9963 .6632 .8191 1 .0302

40 .0 14 .00 73 25461 49005 .9963 .6611 .8133 1 .0310

40 .0 14 .00 75 25682 50542 .9963 .6570 .8017 1 .0328

40 .0 14 .00 76 26055 51851 .9963 .6551 .7959 1 .0336

40 .0 14 .00 77 25367 51048 .9963 .6532 .7899 1 .0345

40 .0 14 .00 83 28569 54708 .9963 .6437 .8367 1 .0275

40 .0 15 .00 4 895 912 .9961 .9884 .9997 1 .0031

40 .0 15 .00 5 1222 1255 .9961 .9813 .9994 1 .0032

40 .0 15 .00 6 1513 1566 .9961 .9742 .9989 1 .0033

79
^0 E

V

z 1..Pleas

.

""Gen. p

e R iE(x) Anisotropy

40 15 00 12 3909 4263 .9961 .9332 .9910 1 .0044

40 15 00 13 4370 4812 .9961 .9266 .9887 1 .0048

40 15 00 14 4601 5118 .9961 .9201 .9860 1 .0052

40 15 00 21 7196 8684 .9961 .8766 .9579 1 .0094

40 15 00 22 7891 9649 .9961 .8707 .9526 1 .0102

40 15 00 24 8616 10828 .9961 .8591 .9409 1 .0119

40 15 00 25 9043 11529 .9961 .8534 .9346 1 .0129

40 15 00 26 9659 12496 .9961 .8478 .9280 1 .0139

40 15 00 27 10529 13828 .9961 .8423 .9211 1 .0149

40 15 00 28 10800 14403 .9961 .8368 .9140 1 .0160

40 15 00 29 10799 14631 .9961 .8314 .9065 1 .0171

40 15 00 30 10420 14346 .9961 .8261 .8988 1 .0182

40 15 00 32 11637 16560 .9961 .8157 .8827 1 .0206

40 15 00 33 12085 17494 .9961 .8106 .8744 1 .0219

40 15 00 34 12216 17992 .9961 .8055 .8658 1 .0232

40 15 00 40 18451 24840 .9961 .7769 .9675 1 .0080

40 15 00 41 17344 23551 .9961 .7724 .9651 1 .0083

40 15 00 42 17835 24430 .9961 .7680 .9626 1 .0087

40 .0 15 00 45 18909 26590 .9961 .7551 .9548 1 .0099

40 15 00 46 18681 26504 .9961 .7510 .9520 1 .0103

40 15 00 47 18766 26862 .9961 .7469 .9491 1 .0107

40 .0 15 00 48 19254 27809 .9961 .7429 .9461 1 .0112

40 .0 15 00 50 19424 28566 .9961 .7352 .9398 1 .0121

40 .0 15 00 51 19722 29269 .9961 .7314 .9366 1 .0126

40 .0 15 00 52 20364 30501 .9961 .7277 .9332 1 .0131

40 .0 15 00 64 21705 36398 .9961 .6891 .8863 1 .0201

40 15 00 65 21987 37228 .9961 .6863 .8819 1 .0208

40 .0 15 00 66 22068 37729 .9961 .6837 .8774 1 .0214

40 .0 15 00 68 22569 39341 .9961 .6786 .8682 1 .0228

40 .0 15 00 71 22548 40470 .9961 .6714 .8539 1 .0250

40 .0 15 00 72 23164 41984 .9961 .6692 .8490 1 .0257

40 .0 15 00 73 24589 45006 .9961 .6671 .8440 1 .0264

40 .0 15 00 75 24843 46373 .9961 .6630 .8339 1 .0280

40 .0 15 00 76 24692 46545 .9961 .6611 .8288 1 .0287

40 .0 15 00 77 23822 45348 .9961 .6592 .8236 1 .0295

40 .0 15 00 78 23949 46041 .9961 .6574 .8184 1 .0303

40 .0 15 00 79 23925 46449 .9961 .6557 .8131 1 .0311

40 .0 15 00 92 31716 55377 .9961 .6403 .9126 1 .0162

40 .0 16 00 4 625 636 .9953 .9900 .9998 1 .0031

40 .0 16 00 5 1082 1110 .9953 .9830 .9995 1 .0032

40 .0 16 00 6 1331 1376 .9953 .9760 .9991 1 0032

40 .0 16 00 12 3400 3693 .9953 9357 .9927 1 0042

40 .0 16 .00 13 4000 4385 .9953 .9293 .9908 1 0045

40 .0 16 .00 14 3916 4333 .9953 .9229 .9886 1 0048

40 .0 16 .00 21 6599 7867 9953 8802 9655 1 0083

40 .0 16 00 22 6827 8235 9953 8744 9611 1 0089

40 .0 16 00 24 7934 9810 9953 8630 9514 1 0104

40 .0 16 00 25 8201 10271 9953 8574 9462 1 0112

40 .0 16 00 26 8619 10937 9953 8518 9407 1 0120

40 .0 16 00 27 9490 12204 9953 8464 9349 1. 0128

40 .0 16 00 28 9041 11787 9953 8410 9289 1, 0137

40 .0 16 00 30 9611 12890 9953 8305 9162 1. 0156

40 .0 16 00 32 10664 14728 9953 8202 9026 1. 0177

40 .0 16 00 33 10599 14862 9953 8152 0. 8955 1. 0187

40 .0 16 00 34 11121 15835 9953 0. 8102 0. 8882 1. 0198

40 .0 16 00 42 16996 22957 9953 0. 7732 0. 9694 1. 0077

80
^0 E V z Meas . ""Gen.

p e R j:(x) Ani sot ropy

40 16 00 45 17017 23550 9953 7606 9629 1 0087

40 16 00 46 17047 23784 9953 7565 9606 1 0090

40 16 00 47 17202 24197 9953 7525 9581 1 0094

40 16 00 48 17114 24272 9953 7485 9557 1 0097

40 16 00 50 17751 25595 9953 7409 9505 1 0105

40 16 00 51 18239 26518 9953 7371 9477 1 0109

40 16 00 52 18015 26411 9953 7335 9449 1 0113

40 16 00 64 19571 31777 9953 6953 9054 1 0173

40 16 00 65 20677 33865 9953 6925 9016 1 0178

40 16 00 66 20035 33098 9953 6899 8978 1 0184

40. 16 00 68 20608 34641 9953 .6848 8899 1 0196

40 16 00 71 21548 37179 9953 .6778 8776 1 0214

40 16 00 73 22761 39963 9953 .6734 8691 1 .0227

40 16 00 75 23343 41706 9953 6693 .8603 1 .0240

40 16 00 76 23465 42291 9953 6674 .8559 1 .0247

40 16 00 77 22324 40588 9953 6656 .8514 1 .0253

40 16 00 78 22327 40949 9953 6638 .8468 1 .0260

40 16 00 79 22773 42132 9953 .6621 .8422 1 .0267

40 16 00 92 31053 52781 9953 .6464 .9273 1 .0140

40 17 00 4 622 634 9926 .9916 .9998 1 .0031

40 17 00 5 918 943 9926 .9847 .9996 1 .0032

40. 17 00 6 1116 1154 9926 .9779 .9993 1 .0032

40 17 00 12 2967 3217 9926 .9384 .9940 1 .0040

40 17 00 13 3200 3500 9926 .9320 .9924 1 .0042

40 17 00 14 3651 4029 .9926 .9258 .9906 1 .0045

40 17 00 21 5762 6810 .9926 .8839 .9715 1 .0074

40 17 00 22 6023 7196 9926 .8782 .9678 1 .0079

40 17 00 24 6706 8193 .9926 .8670 .9598 1 .0091

40 17 00 25 7224 8929 .9926 .8615 .9554 1 .0098

40 17 00 26 7576 9476 .9926 .8560 .9508 1 .0105

40 17 00 27 8516 10781 .9926 .8507 .9460 1 .0112

40 17 00 28 8031 10293 .9926 .8454 .9409 1 .0119

40 17 00 29 9035 11726 .9926 .8402 .9357 1 .0127

40 17 .00 30 8677 11406 .9926 .8350 .9302 1 .0135

40 17 .00 32 9614 12975 .9926 .8250 .9187 1 .0153

40 17 .00 33 9760 13350 .9926 .8200 .9127 1 .0162

40 17 .00 34 10245 14207 .9926 .8152 .9065 1 .0171

40 17 .00 40 14346 18886 .9926 .7874 .9780 1 .0064

40 .0 17 .00 45 15219 20801 .9926 .7663 .9693 1 .0077

40 .0 17 .00 46 15541 21402 .9926 .7623 .9674 1 .0080

40 .0 17 .00 47 15189 21076 .9926 .7583 .9654 1 0083

40 .0 17 .00 48 15404 21538 .9926 .7544 .9633 1 0086

40 .0 17 .00 50 15031 21339 .9926 .7469 9589 1 0092

40 .0 17 .00 51 16411 23477 .9926 .7432 .9567 1 0096

40 .0 17 .00 52 15902 22923 .9926 .7396 9543 1 0099

40 .0 17 .00 64 16796 26573 .9926 .7018 9209 1 0149

40 .0 17 .00 65 18822 30012 .9926 .6991 9177 1 0154

40 .0 17 .00 66 18358 29502 .9926 .6965 9144 1 0159

40 .0 17 .00 68 19074 31136 .9926 .6915 9076 1 0169

40 .0 17 .00 71 19908 33269 .9926 .6845 8971 1 0185

40 .0 17 .00 72 20399 34358 .9926 .6823 8934 1 0190

40 .0 17 .00 73 20488 34778 .9926 .6801 8897 1 0196

40 .0 17 .00 75 21097 36377 .9926 .6761 8821 1 0207

40 .0 17 .00 76 21491 37347 .9926 .6742 8783 1 0213

40 .0 17 .00 77 20970 36726 .9926 .6723 8743 1 0219

40 .0 17 .00 78 20845 36794 .9926 .6705 8704 1 0225

81
^c) E

V

z Meas . ^Gen.

^ R i:(x) Anisotropy

40. 17. 00 79 21446 38149 9926 6688 8663 1.0231

40. 17. 00 83 21782 39968 9926 6627 8497 1.0256

40. 18. 00 4 476 487 9871 9932 9999 1.0031

40. 18. 00 5 831 856 9871 9865 9997 1.0031

40. 18 00 6 856 888 9871 9798 9994 1.0032

40. 18. 00 12 2614 2839 9871 9411 .9950 1.0038

40. 18 00 13 2869 3141 9871 9349 9937 1.0040

40. 18 00 14 2963 3271 9871 9288 .9923 1.0043

40. 18 00 21 5247 6174 .9871 8877 .9763 1.0066

40. 18 00 22 5402 6419 9871 8821 .9733 1.0071

40. 18 00 24 6187 7505 9871 .8711 .9665 1.0081

40. 18 00 25 6630 8127 .9871 .8658 .9628 1.0087

40. 18 00 26 6921 8576 .9871 .8604 .9589 1.0092

40. 18 00 27 7771 9735 .9871 .8552 .9549 1.0099

40. 18 00 28 7325 9279 .9871 .8500 .9506 1.0105

40. 18 00 29 7892 10112 .9871 .8449 .9462 1.0112

40. 18 00 30 7795 10104 .9871 .8398 .9416 1.0118

40 18 00 32 8675 11514 .9871 .8299 .9318. 1.0133

40 18 00 33 8817 11846 .9871 .8251 .9267 1.0141

40 18 00 34 9108 12389 .9871 .8203 .9214 1.0149

40 18 00 39 10024 14537 .9871 .7975 .8927 1.0192

40. 18 00 41 12909 17011 .9871 .7888 .9804 1.0060

40 18 00 42 13518 17941 .9871 .7846 .9790 1.0062

40 18 .00 45 14331 19424 .9871 .7723 .9745 1.0069

40 18 .00 46 13851 18907 .9871 .7683 .9728 1.0072

4 18 .00 47 13940 19162 .9871 .7645 .9712 1.0074

40 18 .00 48 13679 18937 .9871 .7606 .9694 1.0077

40 18 .00 50 14182 19913 .9871 .7532 .9658 1.0082

40 18 .00 51 14573 20608 .9871 .7496 .9639 1.0085

40 .0 18 .00 52 14962 21308 .9871 .7460 .9619 1.0088

40 18 .00 64 16278 25249 .9871 .7088 .9335 1.0130

40 .0 18 .00 65 17200 26869 .9871 .7061 .9308 1.0135

40 .0 18 .00 66 16664 26217 .9871 .7035 .9280 1.0139

40 .0 18 .00 68 17819 28436 .9871 .6985 .9222 1.0147

40 .0 18 .00 71 17974 29300 .9871 .6915 .9131 1.0161

40 .0 18 .00 72 19068 31305 .9871 .6894 .9099 1.0166

40 .0 18 .00 73 19129 31628 .9871 .6872 .9067 1.0171

40 .0 18 .00 75 19051 31945 .9871 .6832 .9002 1.0180

40 .0 18 .00 76 19593 33087 .9871 .6813 .8968 1.0185

40 .0 18 .00 77 18975 32268 .9871 .6794 .8934 1.0190

40 .0 18 .00 78 18556 31778 .9871 .6777 .8900 1.0196

40 .0 18 .00 79 19821 34182 .9871 .6760 .8865 1.0201

40 .0 18 .00 83 20376 36129 .9871 .6698 .8719 1.0223

40 .0 18 .00 92 23118 40411 .9871 .6599 .8947 1.0189

40 .0 19 .00 4 379 391 .9779 .9949 .9999 1.0031

40 .0 19 .00 5 649 674 .9779 .9883 .9997 1.0031

40 .0 19 .00 6 852 891 .9779 .9818 .9995 1.0032

40 .0 19 .00 12 2020 2205 .9779 .9440 .9959 1.0037

40 .0 19 .00 13 2639 2903 .9779 .9379 .9948 1.0039

40 .0 19 .00 14 2599 2882 .9779 .9319 .9936 1.0041

40 .0 19 .00 21 4662 5487 .9779 .8917 9802 1.0061

40 .0 19 .00 22 4583 5443 .9779 8863 9776 1.0064

40 .0 19 .00 24 5372 6502 9779 8755 9720 1.0073

40 .0 19 .00 25 5693 6958 9779 8703 9689 1.0078

40 .0 19 .00 26 6127 7562 9779 8650 9656 1.0082

40 .0 19 .00 27 6739 8402 9779 8599 0. 9622 1.0088

82
^0 E

V

z """Meas. """Gen. p

e R f:(x) Anisotropy

40. 19 00 28 6433 8103 0. 9779 0. 8548 0. 9586 1. 0093

40. 19. 00 29 7128 9071 0. 9779 0. 8498 0. 9548 1. 0099

40. 19 00 30 6700 8617 0. 9779 0, 8449 0. 9509 1. 0104

40 19 00 32 7471 9817 0. 9779 0. 8352 0. 9426 1. 0117

40. 19 00 33 7922 10526 0. 9779 0. 8304 0. 9382 1. 0123

40. 19. 00 34 7953 10685 0. 9779 0. 8258 0. 9337 1. 0130

40 19 00 39 8790 12513 0. 9779 0. 8034 0. 9091 1 0167

40 19 00 40 9163 13201 0. 9779 0. 7991 9038 1 0175

40. 19 00 42 11792 15612 0. 9779 0, 7907 9824 1 0057

40 19 00 45 13045 17616 0. 9779 0. 7787 9786 1 0063

40 19 00 46 12309 16731 0. 9779 0. 7748 9773 1 0065

40 19 00 47 12296 16825 0. 9779 7709 9759 1 0067

40. 19 00 48 12800 17630 9779 7672 9744 1 0069

40 19 00 50 12287 17148 9779 7599 9713 1 .0074

40. 19 00 51 12827 18020 9779 7563 9697 1 0076

40 19 00 52 13127 18564 9779 7528 9680 1 0079

40 19 00 64 14747 22565 9779 7161 9439 1 .0115

40 19 00 65 15211 23427 9779 7135 9416 1 .0118

40 19 00 66 14971 23209 9779 7109 9392 1 .0122

40 19 00 68 15693 24646 9779 7060 9342 1 .0129

40 19 00 71 16575 26542 9779 6991 9264 1 .0141

40 19 00 72 16606 26763 9779 6969 9237 1 .0145

40 19 00 73 17692 28696 9779 6948 9209 1 .0149

40 19 00 75 18059 29669 9779 6908 9152 1 .0158

40 19 00 76 18007 29773 9779 6889 .9123 1 .0162

40 19 00 77 17285 28762 9779 6870 .9094 1 .0167

40 19 00 78 17398 29133 9779 6853 .9064 1 .0171

40 19 00 79 17749 29910 9779 .6836 .9033 1 .0176

40 19 00 83 18571 32089 9779 .6774 .8906 1 .0195

40 19 00 92 20525 35125 .9779 .6674 .9101 1 .0165

40 20 00 4 354 370 .9645 .9966 .9999 1 .0031

40 20 00 5 527 554 .9645 .9901 .9998 1 .0031

40 20 .00 6 631 667 .9645 .9838 .9996 1 .0032

40 20 .00 12 1904 2100 .9645 .9469 .9966 1 .0036

40 20 .00 13 2196 2439 .9645 .9410 .9956 1 .0038

40 .0 20 .00 14 2123 2376 .9645 .9352 .9946 1 .0039

40 .0 20 .00 21 3855 4562 .9645 .8960 .9834 1 .0056

40 .0 20 .00 22 4001 4775 .9645 .8906 .9812 1 .0059

40 .0 20 .00 24 4525 5496 .9645 .8801 .9764 1 .0066

40 .0 20 .00 25 4890 5992 .9645 .8750 .9738 1 .0070

40 .0 20 .00 26 5296 6549 .9645 .8699 .9710 1 .0074

40 .0 20 .00 27 5651 7053 .9645 .8649 .9681 1 .0079

40 .0 20 .00 28 5693 7172 .9645 .8599 .9651 1 .0083

40 .0 20 .00 30 5911 7591 .9645 .8502 .9586 1 .0093

40 .0 20 .00 32 6822 8934 .9645 .8407 .9515 1 .0104

40 .0 20 .00 33 6982 9236 .9645 .8361 .9478 1 .0109

40 .0 20 .00 34 7058 9432 .9645 .8315 .9439 1 .0115

40 .0 20 .00 39 7625 10738 .9645 .8096 .9228 1 .0147

40 .0 20 .00 40 8050 11460 .9645 .8054 .9182 1 .0153

40 .0 20 .00 41 8393 12079 .9645 .8012 .9136 1 .0160

40 .0 20 .00 46 11374 15475 .9645 .7815 .9809 1 .0060

40 .0 20 .00 47 11274 15435 .9645 .7778 .9797 1 .0061

40 .0 20 .00 48 11044 15213 .9645 .7741 .9785 1 .0063

40 .0 20 .00 50 11404 15905 .9645 .7669 .9759 1 .0067

40 .0 20 .00 51 11626 16315 .9645 .7635 .9745 1 .0069

40 .0 20 .00 52 11814 16681 .9645 .7600 .9731 1 .0071

83
'0 Meas Gen R f(x) Anisotropy

40

40

40

40

40

40

40

40

40

40

40

40

40

20

20

20

20

20

20

20

20

20

20

20

20

20

00

00

00

00

00

00

00

00

00

00

00

00

00

64

65

66

68

71

72

73

75

76

77

78

79

83

12657

13291

13485

13859

14447

14668

16030

15842

15860

15903

15424

16157

16943

19227

20312

20732

21562

22880

23368

25688

25685

25864

26084

25444

26808

28757

9645

9645

9645

9645

9645

9645

9645

9645

9645

9645

9645

9645

9645

7239

7213

7188

7139

7071

7049

7028

0.6988

0.6970

6951

6934

6917

6855

9525

9505

9485

9442

9374

9351

9327

9278

9253

9227

9201

9175

9064

0102

0105

0108

0115

0125

0128

0132

0139

0143

0147

0151

0154

0171

84
NBS-n4A (REV. 2-ec) U.S. DEPT. OF COMM.

BIBLIOGRAPHIC DATA

SHEET (See instructions)

1. PUBLICATION OR

REPORT NO.

NBS/TN-1245

2. Performing Organ. Report No. 3. Publication Date

February 1?88

4. TITLE AND SUBTITLE

X-Rav Bremsstrahlune Intensities from Elemental Targets

5. AUTHOR(S)

J. Small. D.E. Newburv. R. L. Myklebust

6. PERFORMING ORGANIZATION (If joint or other than NBS, see instructions)

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

MMKHKKMHKJJKKXJ^XX'K

Galthersburg, MP 20899

7. Contract/Grant No.

8. Type of Report & Period Covered

FINAL

9. SPONSORING ORGANIZATION NAME AND COMPLETE ADDRESS (Street. City. State. ZIP)

10. SUPPLEMENTARY NOTES

QU Document describes a computer program; SF-185, FlPS Software Summary, is attached.

11. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here) Recently we reported on the modeling of bremssrahlung radiation generated from elemental

targets by 10-40 keV electrons. ^The x-ray measurements were made on 44 elemental target

with atomic numbers ranging from 4 to 92. Up to 19 different x-ray intensities were

recorded on each target at each of 7 electron accelerating voltages. The data set is

considerably more comprehensive than previous data sets, consisting of approximately

4100 data points. No such large data set of x-ray bremsstrahlung measurements is

available in the literature for the electron energies of 10-40 keV.

12. KEY WORDS (Six to twelve entries; alphabetical order; capitalize only proper names; and separate key words by semicolons)

Bremsstrahlung; continuum; electron excitation; elemental targets; x-ray; x-ray

background

13. AVAILABILITY

\X] Unlimited

Q For Official Distribution. Do Not Release to NTIS

[X] Order From Superintendent of Documents, U.S. Government Printing Office, Washington. D.C. 20402.

~] Order From National Technical Information Service (NTIS), Springfield, VA. 22161

14. NO. OF

PRINTED PAGES

87

15. Price

* U.S. GOVERNMENT PRINTING OFFICE;1988- 201-597/72506 USCOMM-DC 6043-P80

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