NBSIR 73-241 (f^

Comparison of Photon Interaction

Cross Section Data Sets.

Y11. Biggs- Lightliill |REY.|

and ENDF/B.

G. L. Simmons* and J. H. Hubbell*

*Science Applications. Inc. Huntsville. Alabama 35805

^*Center for Radiation Research

Institute for Basic Standards

National Bureau of Standards

Washington. D. C. 20234

July 1973

Interim Report for Period April June 1973

Prepared for Defense Nuclear Agency

Washington, D. C. 20305

NBSIR 73-241

COMPARISON OF PHOTON INTERACTION

CROSS SECTION DATA SETS.

VII. BIGGS-LIGHTHILL (REV.)

AND ENDF/B.

G. L. Simmons* and J. H. Hubbell**

*Science Applications, Inc. Huntsville, Alabama 35805

**Center for Radiation Research

Institute for Basic Standards

National Bureau of Standards

Wastiington, D. C. 20234

July 1973

Interim Report for Period April-June 1973

This report is to be superseded by a future publication which will receive

general distribution and should be cited as a reference. Please consult

the NBS Office of Technical Information and Publications to obtain the proper citation.

Prepared for Defense Nuclear Agency

Washington, D. C. 20305

U. S. DEPARTMENT OF COMMERCE, Frederick B. Dent. Secretary

NATIONAL BUREAU OF STANDARDS, Richard W. Roberts, Director

Abstract

The Biggs and Lighthill photon cross section data set (0.01 keV to

> 10 GeV, Z = 1 to 100), previously compared in this report series with

the ENDF/B data set (1 keV to 100 MeV, 87 elements with Z = 1 to 94) , has

since been revised to provide explicit coherent and incoherent scattering

cross sections, rather than the more approximate free-electron (KleinNishina) scattering cross section. In this report we present a comparison

of this revised set with the ENDF/B set, again in the form of percent

differences between the two data sets. These differences for total, coherent scattering, incoherent scattering, photoelectric absorption and pair

production cross sections are tabulated for 87 elements with Z = 1 - 83, 86,

90, 92 and 94 at 41 energies between 1 keV and 100 MeV. Coherent scattering

differences below a few hundred keV are typically 1 - 57o and at higher

energies are typically 10 - 30% for low Z and 2 - 10% for high Z. The

incoherent scattering differences are generally less than 17o above 10 keV

and typically 5 - 307o at 1 keV. These differences are primarily in regions

of negligible scattering contribution to the total cross section, for which

the differences are dominated by differences in the photoelectric absorption.

The resulting differences in the total cross section are typically 1 - 5%

except near 1 keV where differences are as high as 26% for Z = 68 and 69.

In addition to the table of percent differences we include tables of the

cross section values in barns/atom for these two sets, since they have not

been generally available in this form.

I. INTRODUCTION

In a previous report (II) of this series— we compared a photon inter2 3/ action cross section data set by Biggs and Lighthill— with the data in

4-7/

the ENDF/B library. In that comparison, the Biggs and Ligh thill data

set consisted of parametric fits to empirical rational-function formulas

for the atomic photoeffect, free-electron (Klein-Nishina) Compton scattering,

and pair production cross sections. The coherent (Rayleigh) scattering cross

section was not included.

Subsequent to the above comparison, to provide input to the DINT multi8 /

group cross section preparation program— for photon transport calculations,

Biggs and Lighthill modified their scattering cross sections to take into

account electron binding. This vras done by applying an additional rationalfunction factor with Z-dependent parameters to their Klein-Nishina rationalfunction approximation to give the incoherent scattering cross section including electron binding, and by also providing parameters for a rational-function

approximation for the coherent scattering cross section.

As discussed in references (9) and (10) the source data for the hydrogen

coherent and incoherent scattering cross sections were provided from nonrelativistic theory.—'' The coherent scattering cross section source data

were calculated from the relativistic Hartree-Fock results of Cromer and

12/ Waber.— The incoherent scattering cross section source data for elements

Z = 2 to 95 were calculated from the nonrelativistlc Hartree-Fock incoherent

scattering functions of Cromer and Mann—^ and Cromer,—^ For elements

Z = 96 to 100 the incoherent scattering source data were calculated using

Thomas-Fermi-Dirac nonrelativistlc theory as described by Mendelsohn and

Biggs.—^ For both the coherent and incoherent scattering source data

1
calculations, values of the moTnentum transfer variable sin (9/2) /X extending up

o_i

to 80.0 A were included.

Also, we have been informed by Biggs that for photon energies extending

2/ above 15 MeV, where the rational-function approximation— to the KleinNishina cross section breaks down, the full Klein-Nishina formula, without

electron-binding corrections, is used instead.

As a result of these modifications, the present Biggs and Lighthill

photon cross section data set now corresponds directly to the ENDF/B

library, with respect to the interaction types listed, and a more meaningful comparison can be made than that presented in report II.

II. RESULTS OF THE COMPARISON ,i ,

The present Biggs-Lighthill set, covering the photon energy range 10 eV

to beyond 10 GeV for elements Z =1 to 100, is in the form of Z- dependent

coefficients of rational functions (polynomials or quotients of polynomials)

fitted to the individual cross section t5T)es. These coefficients or

parameters were supplied to us in the compact form of a card deck 1010 cards

in length^ Of this deck, 510 cards are occupied by photoeffect fit coefficients

and absorption edge information at three to six cards per element. The

coherent .and incoherent scattering fit coefficients, each occupying two cards

per element, account for 400 cards and the remaining 100 cards contain the

pair production (.pair and triplet combined) fit coefficients occupying a

single card for each element. " '

* 1/ In report II of this series— we erroneously gave 100 eV as the lower energy

limit for this set.

2
Using this data deck and a program containing the fitting functions

given by Biggs and Lighthill in references (2), (3) and (9), it is a

straightforward task to compute the photoelectric, pair production and

coherent and incoherent scattering cross sections for each element at each

of the 41 principal (Grodstein grid) energies (1 keV to 100 MeV) for which

the corresponding values are given on the ENDF/B tape. For each element

in the ENDF/B set (87 elements over the range Z = 1 to 94), the percentage

deviation of the Biggs-Ligh thill cross section, from the ENDF/B cross

section, n , , was calculated as

The resulting sign serves to indicate that the Biggs-Ligh thill cross section

value is greater (+) or less (-) than the corresponding ENDF/B value. In

Table I we present the results of the comparison, with the percent deviations

rounded off to the nearest one-tenth percent.

In Figure 1, we have indicated the combination of energy and atomic

number for which the absolute deviation of the total cross section in the

Biggs-Lighthill set exceeds the ENDF/B value by at least 3%.

In addition, we also list in Tables II and III in barns/atom the

Biggs-Lighthill (extended down to 10 eV) and ENDF/B cross section values,

respectively, used in the above comparison, since they are not generally

available in this tabular form. Values at the absorption-edge energies are

omitted from Tables I - III.

ENDF/B

(1)
The Biggs-Ligh thill photoeffect and pair production cross section values

remain unchanged from those in references (2) and (3) used in the comparison

given in report II in this series,— hence the deviations listed in Table I

in the present report for photoeffect and pair production are identical with

the deviations listed in report II. As was discussed in report II, the Biggs=

Lighthill photoeffect and pair production source data were taken primarily

16/ from Storm and Israel.— Hence these deviations are similar in sign and

Esgnit-ide to those listed in report I of this series—''' comparing the Storm

and Israel set with the ENDF/B values. For low Z's Storm and Israel did not

list photoeffect values at the higher energies. Here the Biggs-Lighthill

deviations from ENDF/B photoeffect values are similar in sign and magnitude

1/ II

to those listed in report III of this series— comparing NSRDS-NBS 29 values—

with the ENDF/B values.

In Table I the Biggs-Lighthill coherent scattering cross sections are

seen to differ from values in the ENDF/B set by typically 2 = 10% for high-Z

elements. For low -Z elements, particularly for energies above a few hundred

keV, these deviations are tjrpically 10 - 307o and as much as 75% for Li (Z = 3)

at 100 MeV. However, in these regions of large differences the coherent

scattering contribution to the total cross section is negligible.

The incoherent scattering differences, on the other hand, are largest

at low energies, where the cross section is most sensitive to the atomic

model used in generating the incoherent scattering function. Differences

greater than 1%, except for the highest -Z elements, are confined to energies

below 10 keV. The largest differences are found at 1 keV, typically 5 = 30%,

and as much as 1037o for Pu (Z = 94) at 1 keV. As was the case for coherent

4
scattering, the substantial deviations between Biggs-Lighthill and ENDF/B

incoherent scattering cross sections fall in regions where this interaction

contributes a negligible amount to the total cross section.

The differences exceeding 3% (as much as 26% at 1 keV for Er (Z - 68)

and Tm (Z = 69)) in total cross section values indicated in Fig. 1 are thus

primarily differences in the photoeffect cross sections used except for the

few isolated greater- than-3% differences above 5 MeV where the pair production

cross section predominates.

5

References

1. G. L. Simmons and J. H. Hubbell : "Comparisons of Photon Interaction Cross

Section Data Sets. I. Storm-Israel and ENDF/B; II. Biggs-Lighthill and

ENDF/B; III. NSRDS-NBS 29 and ENDF/B; IV. Kaman and ENDF/B; V. Photran and

ENDF/B; VI. McGuire and Kaman Photoeffect Data," NBS Reports 10668, 10818,

10842, 10847, 10848 and NBSIR 73-176 (unpublished).

2. F. Biggs and R. Lighthill (Sandia Corp., Albuquerque, N.M. ): "Analytical

Approximations for X-Ray Cross Sections II," SC-RR-71 0507 (1971).

3. F. Biggs and R. Lighthill : "Analytical Approximations for Total Pair

Production Cross Sections," SC-RR-68-619 (1968).

4. The present ENDF/B photon interaction cross section library tape, also

designated as RSIC (Radiation Shielding Information Center, Oak Ridge

National Laboratory) tape DLC-7, became a part of the Evaluated Nuclear Data

File System as a result of action taken by the Shielding Subcommittee of

CSEWG (Cross Section Evaluation Working Group, AEC) at a meeting at Los

Alamos May 12-13, 1970. This library is documented in references 3, 4 and

5 as discussed in reference 1 (I).

5. E. F. Plechaty and J. R. Terrall (Lawrence Livermore Lab., Calif.): "Photon

Cross Sections 1 keV to 100 MeV," UCRL-50400, Vol. VI (1968).

6. W. H. McMaster, N. K. DelGrande and J. H. Mallett (Lawrence Livermore Lab.,

Calif.) and J. H. Hubbell (National Bureau of Standards): "Compilation of

X-Ray Cross Sections," UCRL-50174, Sec. I (1970), Sec. II, Rev. 1 (1969),

Sec. Ill (1969) and Sec. IV (1969). These reports are available from the

National Technical Information Service, Springfield, Virginia 22151.

7. J. H. Hubbell: "Photon Cross Sections, Attenuation Coefficients, and Energy

Absorption Coefficients from 10 keV to 100 GeV," NSRDS-NBS 29 (1969).

8. K. G. Adams, F. Biggs and J. H. Renken : "DINT:' A Computer Program which

Prepares Multigroup Coherent-Incoherent Cross Sections for Photon Transport

Calculations," SC-RR-72 0684 (1972).

9. F. Biggs and R. Lighthill: "Analytical Approximations for Total and Energy

Absorption Cross Sections for Photon-Atom Scattering," SC-RR-72 0685 (1972).

10. F. Biggs and R. Lighthill : "Analytical Approximations for Photon-Atom

Differential Scattering Cross Sections including Electron Binding Effects,"

SC-RR-72 0659 (1972).

11 . M. H. Pirenne : The Diffraction of X- Rays and Electrons by Free Molecules , Cambridge Univ. Press, 1946.

12. D. T. Cromer and J. T. Waber : Scattering Factors Computed from Relativistic

Dirac-Slater Wave Functions, Acta Cryst. 18_, 104-109 (1965); also private

communication (1969) from Cromer to Biggs and Lighthill.

13. D. T. Cromer and J. B. Mann: "Compton Scattering Factors for Spherically

Symmetric Free Atoms," J. Chem. Phys. 47, 1892-1893 (1967).
D. T. Cromer: "Compton Scattering Factors for Aspherical Free Atoms

J. Chem. Phys. 50, 4857-4859 (1969).

L. B. Mendelsohn and F. Biggs: "Thoraas-Fermi-Dirac Calculations of

Incoherent-Scattering Factors," Phys. Rev. A _5» 688-691 (1972).

E. Storm and H. I. Israel (Los Alamos Sci. Lab., N. Mex.): "Photon

Cross Sections from 1 keV to 100 MeV for Elements Z = 1 to Z = 100,

Nucl. Data 7A, 565-681 (1970).
PHOTON CROSS SECTION COMPARISON

TABLE I 100*( BIGGS 8 LIGHTHILL/ENDFB - 1)

Z- 1 HYDROGEN

ENERGY coh I NCOH , Photo ENERGY COH I NCOH

Photo Pa I

TOTAL scatt , SCATT

EFFECT KEV TOTAL 5C aTT • sc att . EFFECT PROD * 1 •2 t 6 — • 1 55.9 -3» 1 400 « 0 -3.3 . 0 • 7

1 • 5 - • 0 . 5 30.0 -1 500 . 0 -2.2 - • 0 8.3

2 1 • 7 • 5 14.8 -•8 600 -.0 - • 8 — . 0 18.5

3

a

• a _ Q 2.7 ~ • 3 800 " . 0 • • 6 — . 0 44 .

4- n — . 6 . 3 " 2 1000 " . 0 .1 p — . 0 7ft - P

5

1 n . 4 • *+ 1 cnn i duu " . 0 ~ 1 R — . 0 69.3 1*1

6 , 7 • 8 1*3 2000 • 0 —"X1 . 7f — . 0 76 * 4 2.8

3 , 2 — . 7 . 3 2 • 9 3000 . 0 "1.8 — . 0 75.4 . 5

A1 nu , 2 H • u 4 000 * X — X

1 .. Q^ — • 1 72.7 -2.4

• 0 — 1.1 . 1 4 • 4 _ 1 ~ • X X . ^ - • 0 73*4 -2*6

. i 1 p 6000 • 0 ~2 .

- 6 0 72 .

2,3

, 2 , 2 . 2 8000 * X ~2 .

— «

71.8 3.7

Li. n , 2 ^ (l . e 1*5 10000 ~ . 0 —tp 1 • X — . 0 73 .

— . 3 5g , 2 , 2 ^ 2

1 1 1 • 1 15000 X • o - . 0 70.2 3 €, 7 60 .1 .2 .1 .6 20000 .0 • 2 -.0 69.4 .3 80 -.0 .4 -.0 -1.0 30000 -.2 3.9 -.0 69.4 -.9

100 .0 .7 * f 0 ""2 • 7 40000 ~ . 1 8*3 -.0 70*1 - • 4 150 .0 3.1 • 0 _Q p 50000 " . 4 X H • U — . 0 70 .

— 1*0 200 .0 5.5 1 • 1 •3 • f 60000 ~ • 1 O 1 1 £ i • X — . 0 71.6 — * 3 300 .1 3.2 • 0

—a. n oQ n n n n u u u u _ o• c. 38 .

— . 0 73 • 1 * « 4

1 n n n n n 1 u u u u u • . 7 oo . X — . 0 74 • 3 — 1*2

2 HELIuM

energy COH PHOTO L un INC OH

PHOT 0 PA I

KEv TOTAL SCATT. 5C AT T

EFFECT KEV TOTAL cr A T T SCATT

EFFECT PROO

1I -6.7 .3 J. U • f ~6 • 7 400 * 0 — 1.4 a 0 107*9

i.1 .• SJ -2.0 .3 "0 • 1+ ~2 • 1 500 • 0 6.3 0 0

1 pn 1 X u • X 2 -.2 .2 ~1 • 5 . o • c 600 " • 0 7.9 — • 0 136.8

-.1 .5 3 • 1 800 " • 0 IP H X . o — • 0 1 78 .

^ .3 1.5 ? c: c • o • • 5 1000 " • 0 — • 0

P P ft CL 5 1.6 1.8 1 • 6 1*3 1500 ~ • 0 25.8 — . 0 219*8 1.9

6 2.1 1.6 1*0 3 • 8 2000 ~ 0 25.6 — • 0

p "^ii p

ti 2.1 1.1 .4 8 • 8 3000 ~ * 0 25 .

— »

230*9 ^ L1 nU 1.9 .9 • 6 13 • 7 4000 ~. 0 25 .

— • 1 223 • 9 * 3 .8 ,H • 2 23 • 2 5000 "•0 25 • 1 — . 0 223*3

c *I u .3 -.1 ~ • 1 29 • 5 600 0 . 2 25 .

— • 0 218*8 4*8

30 -.0 -.1* * • 1 39*3 8000 . 3 25.0 — . 0 215.6 4*5

'^O -.3 -.6 ~ • 2 4 7 • 8 10000 " • 1 — • 0 215*8 — . 6 50 -.5 -.6 • D 54 • 9

1 n n n 1 3 u u u 25.0 — • 0 207*8 1*3

60 -•B -1.0 -.9 60.7 20000 -.1 26.3 -.0 204.9 -*1

an . 1 -.8 .1 69.7 30000 .5 29.5 -.0 203.6 1.6

1 uo .0 -.7 • 0 f O • D tu u u u * 9 oo . *+ — • 0 2*1

150 .1 -.5 • 1 87 • 5 50000 • 3 37 .

— • 0 205*0 . 6 20o . 1 . 1 • 1 93 • 2 600 00 • 2 43.6 — . 0 206*1

300 .1 .2 ^ • 1 100*1 OU U UU " . 1 58 . 0 — • 0 208*3 — . 1

1 n n n n n 1 u u u u u ~ . 17c; ft — • u Pin — • X 2- 3 LITHIUM

energy COH I NCOH

PHOTO r MC" D Y C I'J t. " o T L yn INCOH PHOTO PAIR

KEv TOTAL SCATT. SCATT

EFFECT KEV TOTAL SCATT

SCATTeffec t PROD • 12.8 -2.3 -7« 3 400 • 1 — 3.3 . X 68*9

1 • 5 •.1 -1.6 * 1 4 • 2 n n «

Q

— 3.3 . 0 72*8

2 -.2 -.7 ~1 • 6 " • 2 60 0 • 0 . 8 . 0 7a ft -U.7 -1.3 • 0 ^

* ^ 800 ~ . 0 — 2 .

— . 0 95.2

-6.1 -2.9 • 2 ~D • 6 1000 ~ • 0 6.2 — . 0 114.0

-5.2 -2.9 1 • 1 ~5 • 8 1500 ~ . 0 5.8 — • 0 109.2 2*4 -3.5 -2.5 ' ] 2000 ~. 0 5.6 . 0 1 1 ft . 5 —5 .

B -.5 -2.3 • 1 ~ • 1 300 0 - . 0 5.4 - . 0 117.0 — 1*2

lo .9 -2.5 o

• t 4 • 0 4000 ~ . 0 5-3 - • 0 112.9 1.0

1*=, 1.3 -1.2 — 1 1IPC • D 50 00 . 1 5.2 — . 0 112.9 2.5

20 .1* -5.2 1 8 • 9 6000 * 4 5.2 — . 0 110.1 6.6

30 .1 -5.t 29 • 2 8000 . 5 5.1 — . 0 1 0 ft 0 2 5*6

40 .0 -6.0 • i 37 • 0

1 n n n n i u u u u ~ . 1 5.1 — • 0 108*4 — • 6

5o .0 -6.2 • 2 42 • 5 15000 4.9 — • 0 10 3.3 — 1 • 9 60 -.1 -6.3 .0 46.4 20000 -1.1 5.6 -.0 101.5 -3.7

So -.1 -6.6 .0 50.8 30000 • Q 7.7 -.0 100.8 .1 100 -.0 -6.0 • 0 53*3 400 00 . 8 10.5 - • 0 101.2 1.7

150 . 1 -5.2 f 1 58 • 0 50000 . 3 13.3 - c 0 101.9 . 5 20o . 1 -7.1* 60000 . 1 17.1 - . 0 102.7 . 3 30o . 1 -4.5 • 1 65*5 o n rt n t3U U U U - . 5 26.2 -•0 104.2 -.8

« rt n n n 1 U U U U U — . 7 38 .

- • 0 105" 7 -1.0

Z— t BERYLLIUM

ENERGY COH I NC Oh PHOTO ENERGY COH I NCOH

Photo PAIR

KEv TOTAL SCATT, SCATT

rFPrrT t.r r L.^ 1 rv c. V TOTAL SCATT

sc ATT

EFFECT PROD * 1 5.7 -l.!* 27 4 5*7 Ii n n 4 U U • 0 -2.8 • 0 39.9

2.8 -.1* 2*8 500 • 0 -6.5 • 0 43.0

2 1.0 .3 4 • 9 • 9 600 • 0 -2.5 - . 1 47.3

3 -1.5 -1.7 ~ • 7 "1 • 5 a rt n " • 0 4.6 -.0 61.5

-2.1* -3.1 • 9 ~2 • 4 1000 -.0 8.3 -.0 78.4

-1.6 -2.2 _ 1 _ 1 1 S 0 0 ~ . 0 7.9 -.0 74 . 1 . 9

D -. 1 -1.9 • 20 0 0 . 0 7.7 • 0 81.8 2.8

8 2.6 -2.7 • 6 o • o 3000 — • i 7.5 e 0 80.9 —2 • 9

1 n 1.1 -3.2 • 3 7 • 5 2 7.3 - • 0 77.8 —4.0

3.6 -'.6 • 0 1 4 • 8 5000 ~ . 2 7.3 -•0 78.1 -3.1

<iO 2.5 -".1 3 19*7 6000 . 1 7.2 -.0 75.8 1*4

•J u 1.1 -3.6 • 3 26 • 9 8000 « 4 7.2 • 0 74.3 3.3

.7 -<t.2 • 5 3 1 • 5 10000 . 1 7.2 -.0 74.5 . 5 Sn • 7 -4.6 • 7 34 • 1 15000 . 8 7.0 0 70.4 3.3

60 .9 -4.8 , 9 35 • 2 200 00 . 0 7.3 69.0 • 1 ao -.1 -4.9 -.0 35.0 30000 -.4 9.2 -.0 68.5 -.8

lOo -.0 -4.4 -.0 33.8 40000 -.2 11.5 -.0 68.9 -.4

150 .0 -4.4 • 1 33.1 50000 -.6 14.3 -.0 69.5 -.9

200 . 1 -3.8 .1 34.0 60000 -.2 17.2 -.0 70.2 -.3

300 . 1 -3.1 • 1 36.9 80000 -.3 24.9 -.0 71.6 -.4

100000 -.9 35.0 -.0 72.8 -1.1
TABLE I - cont. PHOTON CROSS SeCTIoN COMPARISON

100*( BIS6S 8 LIGHTHILL/ENDFB - 1)

5 BORON

NERgY COH INCOH, Photo

KEv TOTAL SCATT. SCATT, EFFECT

1 5.0 -.7 41 .9 5.0

1 »5 • 3 -. 3 20.6 . 3 2 ~1 • 1 - • 4 9.5 -1 .

3 ~ • 9 -2.8 2 1

-.9

• 2 —3 .

1.2 . 3 5 1 • 6 —c . f —4 .

1.8

6 3*0 —2 .

— 2.8 3.4

6

R . 1 O . D 1 •D 6.3

1 n AD 1 • 1 — 3.5 . 3 8.3

- 1 c —4 .

— . 0 10.7

Pn n o • u 4 .

. 4 11.8

Xn00 1*3 —3 .

. 3 15.1

iin tu • 6 . 2 18.5

50 .3 -5.2 .1 21.2

f%n DU. • 2 • D » 1 2 3 • 0 80 . -.1 -5.8 -•0 2'+,6

X1 fin U U -.0 -5.7 • 0 24 • 1

1 tin 130 -.0 -5.0 t 0 21 • 7

.0 -4.7 • 0 20 • 4 30o -.0 -3.6 • 0 19*2

6 CARBON

^ergy COH 1 NCOH

Photo

TOTAL SCATT. SCATT t EFFECT

1 .2 -.5 31 • 6 • 2

1 • 5 -2.4 -.6 1 4- • 9 -2 • t> 2 -2.5 -1.4 6 • 7 -2 • 5 3 . -.7 -3.5 2 »

" • 7 4

1.3 -4.0 2*5 1*4

5 3.0 -3.6 1*0 3*2

6 4.4 -4.0 • 7 4*7

8 6.0 -4.6 • 0 6 • 8

1 n 6.6 -4.0 1*8 7 • 9

1 ^ is 5.2 -2.4 • 5 8 • 2 20 3.2 -4.1 • 6 8» 1 30 l.S -3.5 • M- 10 • 3 f0 1.0 -3.3 • 3 12 • 9

.6 -3.1 £ 14*9

60 .3 -2.9 .1 16.2

60 .2 -2.6 .1 16.9

lOo .1 -2.0 .1 15.6

150 .1 -.8 .1 11.8

20 c .2 -.1 .2 9.7

300 .1 1.9 .1 8.0

ENERGY

KEv

1

2345

6

a10

!>520

30

40

50

60

BO lOO

150 200

300

ENERGY

KEv

1l.E

25

45

6

8

1.0 15

20

30

"O

5060

So

100

150 200

300

7 MITROGEN

COH TOTAL -1.5

-2.4 -2.7

-1.9

-.8

.3 1.3 2.8

3.6 3.8

2.B

1.7

1.1

.7

.4

.1

.1.1.1

.0

SCATT.

-.2 -.7 -1.5

-3.2

-3.4 -3.5

-4.3

-5.1 -4.8

-3.0 -4.3 -3.7

-2.9

-2.5

-2.2 -1.7

-1.1

.2 1.1 2.7

Z = 8 OXYGEN

COH TOTAL SCATT.

-.4 -2.1

-2.1

-.4

.7 1.3

1.8 2.7

3.3

3.2 2.5

1.9

1.4

.9

.5

.2

.1

.1

.1.1

-. 1 -.5

-1.3

-2.7

-3.0 -3.5

-4.4 -5.3

-5.1

-4.0 -4.6 -3.7

-2.8

-2.2 -1.7 -.9

-.4

.8 1.9

3.3

INCOH. SCATT.

14.0 6.4

3.1 2.5

1.7

1.2

.7

.0

. 1 .3

.3

.0.0

.1.0 -.0

.0

.0

' .0

.0

INCOH SCATT

36.6

26.1

19.3

13.8 8.9

8.3

5.5

2.4

2

1

PHOTO EFFECT

-1.5

-2.5 -2.7

-1.9

-.7

.4 1.4 3.2 4.3

5.

5.

7,9. iO,

11,

10,B.4

4.3 2.6

1.9

PHOTO EFFECT

-.3

-2.1

-2.1

-.4

.8 1.3

2.0

3.0 3.7

4.2 4.3

5.8

7.0 7.6

7.6

6.2

3.9

-.6 -3.1 -4.9

ENERGY COH INCOH. PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT PROD.

400 .0 -3.4 .0 20.0

500 -.0 -3.9 -.0 22.9

600 -.0 2.8 -.0 27.6

800 -.0 7.7 -. 0 40 .

1000 - . 1 -3.4 - . 1 55.1

1500 - o 0 -3.8 — « 0 50.3 1.7 2000 - . 0 -3.9 — . 0 56.3 —4 . 1 300 0 — . 1 -4 .

— . 0 54.9 —2 . 6 4000 — 0 1 —4 . 2 -.1 52.2 — . 9 5000 . 0 —4 « 3 — .0 52.5 . 8 6000 . 4 —4 • 3 — . 0 50 ' 5 5.0 8000 . 6 —4 .

— . 0 49. 3 4.6

^ n n n n 1 U UU U — . 2 —4 .

— »

49.6 — . 8 15000 — 0 6 —4 . 5 — • 0 46.2 —2 . 0 20000 -1.7 -4.4 -.0 45.1 -4,3

30000 — .7 -2.9 — .0 44.8 "1 • 4 40000 -.2 -1.1 -.0 45.3 • 3 50000 -.3 1.1 -.0 45.9 ~ • 60000 -.2 3.3 - . 0 46.5 ~ • 2 80000 -.4 9.4 -.0 47.8 - • 5 100000 -.2 17.0 -. 0 48.9 - • 2

ENERGY COH INCOH. PHOTO PAIR

K EV TOTAL SCATT

SCATT. EFFECT PROD • 400 . 1 1.7 . 1 9.2

500 . 1 5.4 . 1 13.0 600 . 0 3.5 . 0 18.7

800 . 0 7 8 1 — . 0 32 .

i 0 0 0 — . 0 17.8 — . 0 47.9

1500 -.0 17.5 - . 0 42.5 • 6

2 000 — . 0 17.3 — . 0 4 7.5 1 • 4 3000 - . 1 17.1 -.0 45 " 6 ~2 • 5 4000 -.2 17.0 - . 1 43.3 -1 • 8 5000 - . 1 17.0 -.0 4 3.7 ~ • 6 6000 . 3 17.0 — .0 41.9 3 • 5 8000 . 6 16.9 - . 0 40.9 3 • 6 10000 - . 2 16.9 -.0 41.2 " • 9 15000 -.3 16.8 -.0 38. 3 "•8

20000 -1.3 16.7 -.0 37.4 -2.9

30000 - . 7 18.3 — .0 37.2 ~1 • 2 40000 -.1 20.3 -.0 37.7 -.1 50000 -.8 22 .

-.0 38.4 -1 • 1 60000 -. 7 25 .

-. 0 39. 0 - • 9 80000 -.8 31.8 - . 0 40.3 — 1 • 0 100000 -.b 40.0 - • 0 41.3 ~ • 7

ENERGY COH I NC OH

rHUT 0 PAIR

KEV TOTAL SCATT

SCATT

EFFECT PR OD • 400 • 0 3.7 . 0 3.7

500 -.0 5.8 - • 0 7 0 4 600 - . 0 6.0 — . 0 12.8

800 - . 1 6.4 -.1 26.5

1000 -.U 11.8 -.0 41.8

1500 - . 0 11.5 -.0 36. 5 — 1 • 0 2000 . U 11.3 -.0 41*4 3 • 5 3000 -.1 11.2 -.0 40.0 —3 • 5 4000 - . 3 11.1 -.1 37.7 —4 • 9 5000 - . 4 11.0 - . 0 38.1 —4 • 2 6000 -.0 11.0 - . 0 36 .

• 1 8000 . 3 11.0 - . 0 35.7 2 • 0 10000 -.1 10.9 - . 0 36.2 ~ • 4 15000 . 7 10.8 -.0 33.4 2 • 1 20000 -.5 10.8 -.0 32.6 -1.0

30000 -1 .2 12.0 -.0 32 . 5 —2 . 0 40000 -.9 13.7 -.0 33.0 -1.3

50000 -1.2 15.9 -. 0 33.6 -1.6

60000 -.6 18.2 -. 0 34.3 — .7 80000 -.3 23.7 -.0 35.5 - . 3 100000 -.6 30 .

- . 0 36 .

— • 7

ENERGY COH INCOH. photo PAIR

KEV TOTAL SCATT. SCATT. EFFEC T PROD • 400 . 0 4.3 . 0 -3. 3 500 . 1 5.1 . 0 1 .

600 -.0 7.6 -. 0 7.6

800 -.0 9.9 -.0 21.9

1000 - . 0 14.6 — .0 37.3

1500 -. 0 14. 3 - . 0 31.7 — . 7 2000 -.0 14.2 . 0 35.9 -2.9

3000 -. 1 14 . 0 -.0 34.3 -3.3

4000 -.2 14.0 - . 1 31 .

-1.9

5000 -.1 13.9 -.0 32.3 -.5

6000 . 5 13.9 -.0 30 .

3.8 8000 .8 13.8 -.0 30 .

4 . 1 10000 -.1 13.8 -.0 30.8 -.5

15000 -.4 13.7 -.0 28.3 -1.0 20000 -1.6 13.6 -.0 27.6 -3.4

30000 -.9 14.7 -.0 27.6 -1.4

40000 -.1 16.3 -.0 28.2 -.2 50000 -.8 18.4 -.0 28.8 -1.1 60000 -.7 20.7 -.0 29.5 -.9 80000 -.9 25.8 -.0 30.7 -1.0 100000 -.6 32.4 -.0 31.8 -.7
TABLE I - cont. PHOTON CROSS SfCTION COMPARISON

100*( BIGGS S LIGHTHILL/ENDFB - 1)

Z= 9 FLUORINE

tERGY COH INCOH. KEV TOTAL 5CATT. SCATT.

1 1.9 -.2 18.7

1.5 -2.5 -.6 17.5

2 -4.1 -1.3 15.5

3 -4.2 -2.4 13.3

t -3.6 -2.7 8.9

5 -3.1 -3.4 6.3

6 -2.6 -4.2 4.5

8 -1.4 -4.8 2.5

10 -.6 -4.8 2.8

is .5 -4.6 1.1

20 .7 -5.5 .6 30 1.0 -5.8 .3 40 .7 -6.4 .3 50 .4 -6.8 .3 60 .1 -7.0 .2 ao -.2 -6.9 .0 100 -.2 -7.0 .1 150 -.1 -6.6 .1 200 -.0 -6.1 .1 300 -.0 -5.1 .0

PHOTO ENERGY

EFFECT KEV TOTAL

1.9 400 .0 -2.5 500 -.0 -4.1 600 -.0 -4.2 800 -.0 -3.6 1000 -.0 -3.1 1500 -.0 -2.5 2000 .0 -1.4 3000 -.2

-.4 4000 -.3

.9 5000 -.3

1.6 6000 .3 3.3 8000 .7 4.8 10000 -.0 5.5 15000 .2 5.6 20000 -1.4

4.5 30000 -1.4

2.3 40000 -.6 -1.6 50000 -.9

-3.4 60000 -.5

-4.2 80000 -.6

100000 -1.0

COH INCOH. Photo PAIR

ScaTT. SCATT. EFFECT PROD. -4.1 .0 -2.4

-3.3 -.0 1.6 -2.5 -.0 7.0 -.3 -.0 19.7 2.9 -.0 33.5

2.6 -.0 27.7 - . 6 2.4 .0 31.8 - . 2 2.2 -. 0 30.5 — 3.8

2.1 -.1 28.4 — 3.5

2.1 -.0 28.9 -2.3

2 .

0

-.0 27.6 2.2

2.0 - . 0 27 .

2

3.4 2.0 -.0 28.0 — . 1 1.9 -.0 25. 7 . 5 1.8 — »

0

25.1 —2 .

7

2.5 -.0 25.2 -2.1

4.0 -.0 25.8 -.8

5.7 -.0 26.5 -1.2

7.7 -.0 27.2 -.6 11.9 -.0 28.4 -.7 17.4 -.0 29.5 -1,1

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -.0 -.2 -9.9 -.0 400 .0 -2.4 .0 -6.9

1.5 -.2 -.6 -4.2 -.2 500 .0 -1.6 .0 -4.4

2 -.6 -1.1 -.2 -.6 600 -.0 -1.1 .0 -.1

3 -.1 -2.0 3.9 -.0 800 -.0 1.9 -.0 12.4

4 1.0 -2.4 2.7 1.0 lOCO -.0 1.0 -.0 27.6

5 1.7 -3.3 1.3 1.8 1500 -.0 .7

• -.0 24.9 -.3

6 2.4 -4.0 .5 2.5 2000 -.0 .6 .0 30.7 -3.0

3 3.5 -4.5 .2 3.7 3000 -.1 .4 -.0 31.0 -3.1

ID 4.1 -4.8 .5 4.5 4000 -.2 .3 -.1 29.2 -1.5

lb 4.7 -4.9 .1 5.5 5000 -.0 .3 -.0 29.8 -.2

20 4.1 -5.4 . 1 5.8 6000 .6 .2 -.0 28.5 4.0

30 3.1 -5.0 .1 6.5 8000 .9 .2 -.0 27.9 4.0

40 1.8 -5.4 . 1 6.8 10000 -.2 .2 -.0 28.6 -.7

50 .9 -5.7 . 1 6.5 15000 -.7 .1 -.0 25.9 -1.6

bo .3 -5.9 .1 5.6 20000 -2.1 .0 -.0 25.0 -3.8

80 -.2 -5.2 .0 3.1 30000 -l.U .6 -.0 24.9 -1.5

100 -.2 -5.2 .1 .1 40000 -.1 2.0 -.0 25.4 -.1

Ibo -.1 -4.8 . 1 -4.5 50000 -.8 3.5 -.0 26.0 -1.0

200 -.0 -4.3 .1 -6.6 60000 -.7 5.3 -.0 26.6 -.9

300 .0 -3.2 . 1 -7.8 80000 -.9 9.2 -.0 27.8 -1.0

100000 -.5 14.4 -.0 28.8 -.6

Z= 11 SODIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -10.4 -1.1 -9.6 -10.4 400 -.0 -8.2 .0 -2.4

1.5 3.0 -1.0 -4.5 2.9 500 -.0 -7.6 .0 -1.4

2 .2 -.9 -.3 .2 600 -.0 -7.0 .0 .9

3 -3.5 -1.8 1.7 -3.5 800 -.0 -5.6 -.0 10.1

4 -5.1 -2.8 1.0 -5.1 1000 -.0 -5.0 -.0 21.7

5 -5.5 -3.6 . 3 -5.6 1500 -. U -5.3 -.0 19.2 .0

6 -5.4 -4.0 -5.5 2000 .0 -5.5 -.0 25.1 .9

8 -4.5 -4.4 .3 -4.6 3000 -.2 -5.7 -.0 25.7 -3.3

10 -3.3 -5.2 .4 -3.3 4000 -.3 -5.7 -.1 24.1 -3.1

15 -.5 -5.5 -.0 -.2 5000 -.3 -5.8 -.0 24.7 -2.0

20 1.4 -4.8 . 1 2.2 6000 .4 -5.8 -.0 23.5 2.4

30 2.9 -5.3 . 1 5.5 8000 1.0 -5.9 -.0 23.

1

4.0

40 2.2 -7.1 . 1 7.0 10000 .3 -5.9 -.0 23.8 .8 50 1.1 -8.5 .1 7.4 15000 .8 -5.9 -.0 21.1 1.7

60 .3 -9.6 .1 6.8 20000 -.9 -6.1 -.0 20.3 -1.5

80 -.3 -9.0 .0 4.4 30000 -1.0 -5.6 -.0 20.1 -1.5

lOo -.5 -9.5 .1 1.7 40000 -.4 -4.4 -.0 20.6 -.5

150 -.3 -9.9 . 1 -1.8 50000 -.8 -3.0 -.0 21.2 -1.0

200 -.2 -9.8 .1 -3.0 60000 -.3 -1.4 -.0 21.8 -.3

300 -.0 -9.0 .1 -3.1 60000 -.2 2.0 -.0 22.9 -.2 100000 -.6 6.6 -.0 23.9 -.6

Z = 12 MAGNESIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. photo PAIR

KEv TOTAL SCATT. SCATT, EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -.4 -1.2 7.9 -.4 400 -.1 -14.9 .0 -2.6

1.5 4.2 -.9 2.5 4.2 500 -.1 -14.3 .0 -1.2

2 1.3 -.6 1.3 1.3 600 -.1 -13.5 -.0 1.5

3 -3.3 -1.6 -.1 -3.3 800 -.1 -12.6 -.0 10.4

4 -5.4 -2.7 -.6 -5.5 1000 -.1 -9.9 -.0 21.1

5 -6.2 -3.1 -.5 -6.2 1500 -.0 -10.3 -.0 18.0 ,4

6 -6.3 -3.2 -.2 -6.3 2000 -.0 -10.4 -.0 23.2 -2.3

8 -5.4 -3.4 .4 -5.4 3000 -.2 -10.6 -.0 23.5 -2.9

lo -3.9 -4.1 .4 -4.0 4000 -.2 -10.7 -.1 21.8 -1.3

15 -.4 -4.9 -.2 -.2 5000 -.0 -10.8 -.0 22.4 -.1

20 2.1 -4.3 .1 2.7 6000 .7 -10.8 -.0 21.3 4.1

30 3.8 -5.6 .2 6.3 8000 1.1 -10.8 -.0 21.1 4.2

40 3.1 -8.9 . 1 8.1 10000 -.2 -10.9 -.0 21.9 -.5

50 1.5 -11.7 .1 8.5 15000 -.8 -10.9 -.0 19.4 -1.7

60 .3 -14.0 .1 8.1 20000 -2.4 -11.0 -.0 18.7 -4.1

80 -.6 -13.4 .0 5.8 30000 -1.3 -10.7 -.0 18.7 -1.8

100 -.8 -14.3 .1 3.3 40000 -.3 -9.6 -.0 19.2 -.4

150 -.6 -15.5 . 1 -.3 50000 -1.1 -8.3 -.0 19.8 -1.3

200 -.4 -15.7 .0 -1.8 60000 -.9 -6.9 -.0 20.4 -1.1

300 -.2 -15.5 .0 -2.9 80000 -1.0 -3.8 -oO 21.6 -1.1 100000 -.6 .3 -.0 22.6 -.6
TABLE 1 - cont. PHOTON CROSS SeCTIoN COMPARISON

100*i BIGGS S LI6HTHILL/FNDFB - 1)

Z= 13 ALUMINUM

ENERGY COH incoh. photo ENERGY COH INCOH. Photo Pair

KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT prod.

1 1.8 -1.0 22.2 1.8 400 -.2 -17.8 .1 -8.1

1.5 1.9 -.9 10.4 1.9 500 -»i -17.2 .0 -5.6

2 .H -.9 5.0 .5 600 -.1 -16.3 .0 -1.6

3 -1.6 -2.0 .2 -lo6 800 -.1 -15.3 -.0 10.

-3.1 -2.7 -.7 -3.1 1000 -.0 -13.4 -.0 23.9

5 -3.8 -2.7 1.1 -3.9 1500 .0 -13.8 .0 20.4 -.2

6 -it.O -2.8 1.0 -4.0 2000 -.0 -14.0 .0 25.7 -3.6

8 -3.5 -3.0 1.1 -3.5 3000 -.1 -14.1 .0 26.0 -2.9

10 -2.6 -3.6 -.0 -2.5 4000 -.1 -14.2 -.0 24.4 -.7

15 -.2 -5.3 -.1 -.0 5000 .1 -14.3 -.0 25.0 .6 2C 1.2 -3.8 .2 1,6 6000 .9 -14.3 .0 24.0 4.7

3a 1.7 -5.7 -.0 3.0 8000 1.3 -14.4 .0 23.8 4.5

.8 -9.6 -.0 3.5 10000 -.2 -14.4 .0 24.8 -.6

bo -.4 -13.1 .0 3.2 15000 -1.2 -14.5 -.0 22.4 -2.3

6o -1.1+ -15.9 .1 2.2 20000 -2.6 -14.5 -.0 21.7 -4.4

80 -1.8 -15.1+ . 0 -.5 30000 -1,0 -14.3 -.0 21.7 -1.4

lOo -1.7 -16.5 . 1 -3.5 40000 .1 -13.3 -•.0 22.3 .2 150 -1.1 -la.o .1 -7.6 50000 -.7 -12.2 -.0 23.0 -.8

200 -.6 -18.1+ -9.2 60000 -.5 -10.8 -.0 23.6 -.6

30o -.3 -18.3 .1 -9.6 80000 -.7 -8.0 -.0 24.9 -.8 100000 -.1 -4.2 -.0 25.9 -. 1

z= 11+ SIL ICON ENERGY COH incoh. PHOTO ENERGY COH INCOH. Photo PAIR

K£V TOTAL SCAiT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -it.3 -1.0 32. 1 -4.3 400 -.3 -23.6 .0 -5.7

1.5 -.8 -1.1 16.0 -.8 500 -.2 -23.2 .0 -3.6

2 3.0 -1.3 7.8 3.0 600 -.1 -22.4 .0 .0

3 -.5 -2.5 1.1 -.5 800 -.1 -21.5 -.0 9.6 -3.1 -2.8 -.2 -3.1 1000 -.1 -20.3 -.0 20.1

5 -'*.'+ -2.5 2.0 -4.5 1500 -.0 -20.8 .0 16.3 -.2

6 -5.0 -2.5 1.8 -5.0 2000 -.0 -21.0 .0 20.9 -1 .

8 -1+.9 -2.9 i.i* -4.9 3000 -.2 -21.3 oO 20^6 -2.9

10 -3.9 -3.0 -.2 -4.0 4000 -.2 -21.4 -.0 19.0 -1.8

15 -1.0 -2.8 -.1 -1.0 5000 -.1 -21.5 -.0 19.6 -.7

20 1.1 -4.1 .2 1.4 6000 .7 -21<,5 -.0 1R.7 3.6

30 3.0 -8.0 .0 4.7 6000 1.2 -21.6 .0 18.6 4.1

•+0 2.6 -12.8 -.0 6.4 10000 -.1 -21.6 -.0 19.6 -.1

50 1 .a -16.3 -.0 7.1 15000 -.5 -21.7 -.0 17.4 -.9

60 .1 -18.8 -.0 6.9 20000 -2.1 -21.7 -.0 16.8 -3.5

80 -1 . 0 -19.8 .0 5.2 30000 -i.3 -21.6 -.0 17.0 -1.8

lOo -m -21.2 .1 2.7 40000 -.3 -20.7 -.0 17.6 -.3

15o -1.1 -23.0 .1 -1.5 50000 -.9 -19.7 -.0 18.3 -1.1

200 -.8 -23.6 .1 -3.8 60000 -.6 -18.6 -.0 18.9 -.7

300 -.1* -23.8 .1 -6.0 80000 -.7 -16.0 -.0 20.1 -o7

iOOOOO -.6 -12.8 -.0 21.2 -.7

Zz. 15 PHOSPHORUS

ENERGY COH INCOH. PHOTO ENERGY COH INCOHo photo PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -8.5 -.8 33.6 -8.5 400 -.2 -18.5 .1 -5.8

1-5 1.2 -1.0 16.6 1.2 500 -.1 -18.3 .0 -3.7

2 -.6 -1.5 7.1 -.6 600 -.1 -17.6 .0 -.2

3 2.1 -2.9 .0 2.1 800 -. 1 -16.4 -.0 8.5

4 -1.2 -2.9 -1.1 -1.2 1000 -.0 -14.3 -.0 18.2

5 -3.1 -2.4 -.4 -3.1 1500 -.0 -14.8 .0 13.9 1.2

6 -4.1 -2.5 .3 -4.

2000 -15.0 .0 18.2 -4.9

6 -4.5 -3.1 .9 -4.5 3000 -o2 -15.3 .0 17.8 -3.0

10 -3.9 -3.2 .7 -3.9 4000 -.1 -15.4 -.0 16.3 -.0

15 -1.4 -4.8 .2 -1.3 5000 .3 -15.5 -.0 17.2 1.8

20 .9 -4.0 .3 1.2 6000 1.3 -15.6 -.0 16.4 6.2

30 3.1 -7.2 .2 4.5 8000 1.9 -15.6 .0 16.5 6.1

4U 3.2 -11.0 .1 6.4 10000 .2 -15.7 -.0 17.7 .6

50 2.3 -13.6 .1 7.1 15000 -1.3 -15.7 -.0 15.7 -2.5

qO 1.2 -15.3 .1 7.1 20000 -3.3 -15.8 -.0 15.2 -5.3

80 -.3 -16.3 .0 5.5 30000 -1.4 -15.7 -.0 15.5 -1.9

lUO -.9 -17.4 .2 3.1 40000 .2 = 14.8 -.0 16.2 .3

lt>0 -.9 -18.6 .2 -1.1 50000 -.3 -13.8 -.0 16.9 -.3

200 -.6 -18.9 .1 -3.4 60000 -.1 -12.

-.0 17.6 -.1

3U0 -.3 -18.9 .1 -5.8 80000 -.4 -9.9 -.0 18.9 -.4

iOOOOO -6.6 -.0 19.9 -.1

Z= 16 SULFUR

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -6.0 -.6 54.8 -6.1 400 -.2 -14.9 .0 -11.7

1.5 -.4 -1.0 27.7 -o4 500 -.2 -14.3 -.0 -8.9

2 1.8 -1.7 14.1 1.8 600 -.1 -13.8 -.0 -4.4

3 -.5 -3.0 4.7 -.5 800 -.0 -12.4 -.0 6.3

4 -.8 -2.9 2.1 -.8 1000 -.0 -10.5 -.0 18.4

5 -1.3 -2.4 1.5 -1.3 1500 .0 -11.1 .0 13.8 -.7

6 -1.5 -2.6 1.4 -1.5 2000 -.0 -11.3 .0 18.0 -1.9

8 -1.2 -3.2 1.0 -1.2 3000 -.2 -11.6 .0 17.2 -2.7

10 -.5 -3.1 -.3 -.5 4000 * • *L -11.8 -.0 15.9 -1.0

15 1.7 -2.9 -.1 1.9 5000 .0 -11.8 -.0 16.8 .2 20 3.1 -3.9 .2 3.5 6000 1.0 -11.9 .0 16.0 4.5

30 3.8 -6.6 .0 5.1 8000 1.6 -12.0 .0 16.2 4.8

40 3.0 -9-7 .0 5.5 10000 -12.0 .0 17.4 .4 50 1.8 -11.6 -.0 5.0 15000 -.5 -12.1 .0 15.5 -.9

60 .5 -12.8 .0 4.1 20000 -2.1 -12.1 -.0 15. 1 -3.3

80 -1.1 -13.8 -.0 1.3 30000 -.& -12.1 -.0 15.4 -.8

100 -1.5 -14.5 .1 -1.7 40000 .6 -11.2 -oO 16.1 1.0

150 -1.3 -15.3 .1 -6.7 50000 .2 -10.2 .0 16.9 .3 200 -.9 -15.5 .0 -9.6 60000 .5 -8.9 .0 17.6 .6 3C0 -.4 -15.2 .0 -12.2 80000 .4 -6.2 -.0 18.9 .4 IOOOOO .5 -3.0 -.0 20.0 .5
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BISGS 8 LIGHTHILL/ENDFB - 1)

Z= 17 CHLORINE

ENERGY C OH I NC OH PHOTO c Inch o T COH INCOH, phOto PAIR

k P Vf TOTAL SC ATT

.

SCATT

.

L ~ ~ 1 KEV TOTAL SCaTT. SCATT. EFFECT PROD.

1 t . o — . 5 —2 .

8

Linn —5 , 7 , 1 -8.2

1 • 3 ~— 1 n 1 . u 23.2 —1 .

1

500 . 0 -2.

1

. 0 -5.8

2 -2.7 — 1.8 12.3 -2 .

7

600 — .0 -1,3 . 0 -2.0

3 4.1 — 3.1 5.6 1.1 800 • 0 ,2 -. 0 7.0

. 8 -3.0 3.2 . 8 1000 , 0 3,0 -.0 16.8 -1.6 -2.6 2,2 -1.6 1500 « 0 2.5 .0 11.9 .5

6 -3,1 -2.7 1 .

8

-3.2 2000 -.1 2.3 .0 15.8 -6.5

. 5 -3.

1

1.0 -1.6 3000 -.2 2.0 .0 11.9 -2.6

lo -(.7 -2.5 -.2 -1,7 1000 . 1 1.9 -.0 13.8 1.1 -3.1 -2.1 -.0 -3.2 5000 . 5 1.8 -.0 11.9 2.8

2o -1.6 -<4 .

1

,2 -1,5 6000 1.7 1.7 . 0 11.3 7.1

30 . 5 -3.4 , 1 . S 8000 2.0 1.7 .0 11.7 6.1

'0 1.2 -4.5 , 1 2.1 10000 -.1 1.6 -.0 16.0 -.1

So 1.2 -5.

1

, 1 2 .

5

15000 -2.3 1.6 -.0 1.3 -1.1

bO .7 -5.3 .1 2.1 20000 -1.1 1.5 -.0 11.0 -6.2

80 -.2 -5.1 .0 1.0 30000 -1.3 1.5 -.0 11.5 -1 .

7

lOo -.6 rS.l . 1 -.9 10000 .1 2.5 -.0 15.2 .5 150 -.5 -1.8 , 2 -1.2 50000 -.5 3.7 -.0 16.0 -.5

200 -.3 -1.3 . 1 -6.3 60000 -.6 5.0 -.0 16.8 -.7

300 -.1 -3.5 , 1 -S.I 80000 -1 . i 8.1 -.0 18.1 -1.2

100000 -.1 11.6 -.0 19«2 -.1

18 ARGOn ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD. -6.5 -.3 11.5 -6.5 100 -.0 -1.1 . 1 -8.7

1 • 5 -2.6 -.8 6,2 -2.6 500 -.0 -3.5 . 1 -6.6

2 -.1 -1.8 2 .

8

-.1 600 • 0 -2 .

8

. 0 -2.8

3 1.3 -3.1 2.3 1 ,

3

800 , u -1 .

1

-.0 6.0 -2.6 -3.0 1.5 -2 .

6

1000 , 0 1 .

3

-.0 15.5

^ -3.3 -2.7 , 9 -3.3 1500 . 0 , 7 . 0 10.8 -.1 -3.7 -2.9 . 5 -3.7 2000 ,0 , 5 . 0 11.7 -.5

g -3.7 -3.1 , 2 -3.7 3000 — •2 a 2 . 0 13.7 -2.9

lo -3.1 -2.6 . 3 -3 ,

1

1000 -.3 . 0 -. 1 12.6 -1 .9

1

5

-.6 -2.8 , (| -.6 5000 - , 2 - . 0 -. 0 13.8 -.9

20 1.3 -1.2 . 3 1.5 6000 , 8 -. 1 -.0 13.1 3.1

30 3.5 -3.7 , 1 1.2 8000 1.5 - . 2 . 0 13.5 1.2

14.0 -5.1 , 1 5.5 10000 , 2 -.2 -.0 11.8 .1 5o 3.5 -5.8 , 1 5.9 15000 . 0 -.3 -.0 13.1 .0 60 2.7 -6.2 .1 5.7 20000 -1.8 -.3 -.0 12.8 -2.7

80 1.0 -6.2 . 1 1.2 30000 -1.1 -.1 -.0 13.3 -1.5

lOO . 1 -6.3 .2 2.2 10000 -.2 .5 -.0 11.0 -.2

150 -.1; -6.1 .2 -1.9 50000 -.7 1 .7 -.0 11.8 -.9

200 -.3 -5.7 .2 -1.7 60000 -.1 3.0 -.0 15.6 -.1

300 -.1 -1.9 .2 -8.2 80000 -.3 6.0 -.0 16.9 -.3

100000 -.1 9.2 -.0 18.0 -.1

2- 19 POTASSIUM

energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATTc SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD. -3.0 -.8 -11.0 -3.0 100 -.1 -2,3 . 0 -6.1

1,5 -3.1 -1.1 -1 .

1

-3.1 500 -.0 -1 .

7

. 0 -1.5

2 -2.6 -2.1 -.6 -2 .

6

600 -.0 -1,1 -.0 -1 .6 -1.6 -2.9 1 • 9 -1 .6 goo -.0 . 7 -.0 5.2

2.1 -2.9 1 .

7

2,1 1000 , 0 3.0 - . 0 12.1

5 -.2 -2.8 1.0 -.2 1500 . 0 2,1 . 0 7 .

3

-.8

-1.9 -3.0 , (| -1.8 2000 - . 0 2.1 . 0 10.8 -2»0

-3."* -3.1 - , 1 -3.1 3000 - . 2 1 0 8 0 0 9.5 -3. 1 lo -3.6 -3.0 , 1 -3.6 1000 -.2 1,7 - . 0 8.5 -1.5

l5 -2.2 -1.6 . 3 -2 .

1

5000 -.1 1.6 -.0 9.7 -.5

20 -1.1 . 3 -.3 6000 1.0 1,5 • 0 9.1 3.8

30 1.9 -3.5 . 1 2.3 SOOO 1.5 1.1 .0 9.6 1.2

to 2.9 -1.3 , 1 1.0 10000 -.1 1.1 . 0 11.0 -. 1 5o 3.0 -1.8 . 1 1.8 15000 -.8 1.1 -.0 9.1 -1.1

60 2.6 -5.0 .1 5.0 20000 -2.7 1.3 -.0 9.2 -3.9

BO 1.3 -5.1 -.0 1.2 30000 -1.5 1=2 -.0 9.7 -1.9

100 .H -5.0 .2 2.7 10000 -.1 2,1 -.0 10.5 -.5

150 -.3 -1.5 . 1 -.1 50000 -1 .

1

3-2 -o 0 11.3 -1.2

200 -.3 -1.0 , 1 -2.7 60000 -.8 1 0 5 - . 0 12.1 -.9

300 -.2 -3.1 . 0 -5.5 80000 -.7 7.1 - . 0 13.1 -.8

100000 -.3 10.6 - • 0 11.5 -,3

20 CALCIUM

energy COH INCOH. PHOTO ENERGY COH INCOH. PhOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT

.

SCATT

.

EFFECT PROD

«

-1.3 -1.3 -8.7 -1 .

3

100 -.2 — 1.8 . 0 -11.6

1.5 -3.5 -1.1 -1.6 -3.5 500 -.1 -1.2 0 0 -8.7

2 -5.3 -1.6 - . 9 -5. 3 600 - • 0 . 1 » 0 —1 .

1

3 -5.2 -2.1 1.8 -5.2 800 . 0 1.0 - . 0 6.1 -1.5 -2.8 1 .

7

-1 .1 1000 . 0 2.6 - - 0 18.6 -1.5 -2.9 1.1 -1 .

5

1500 . 0 2.0 • 0 13,5 - . 9 -1.6 -2.9 , n -1 .7 2000 -.1 1,7 . 0 17.5 -1.3

g -1.7 -2.7 -.2 -1 .

7

3000 -.3 1.1 . 0 16 = 0 -3.5

10 -1.5 -2.8 . 0 -1.1 1000 -.2 1.2 -.0 15.

1

- . 9 l5 -.0 -2.8 . 1 . 0 5000 , 1 1.2 -.0 16.1 . 6 20 .9 -3.8 . 3 1 .

1

6000 1.1 1.1 -.0 15.7 5.2

3o l.t -3.2 , 1 1.7 8000 2.1 1 .

0

. 0 16.1 5.6

1.0 -3.9 , 1 1,5 10000 , If 1.0 -.0 17,5 . 8 50 .3 -1.3 , 1 .8 15000 -.9 , 9 -.0 15.7 -1.6

60 -.5 -1.5 . 1 -.2 20000 -3.1 .9 -.0 15.1 -1.5

80 -1.7 -1.7 .0 -2.6 30000 -1.5 .8 -.0 15.9 -2.0

IOq -2.1 . -1,7 .2 -1.9 10000 -.0 1.6 -.0 16.7 -.0

150 -1.5 -1.1 .1 -8.6 50000 -.5 2.7 -.0 17.5 -.6

200 -1.0 -3.5 .1 -10.7 60000 -.3 3.9 -.0 18.3 -.3

300 -.<* -2.6 . 1 -12.1 80000 -.1 6.8 -.0 19.7 -.5

100000 -.2 9.9 -.0 20.9 -.2
TABLE I - cont. PHOTON CROSS SpCTIoN COMPARISON

100*< BIGGS « LIGHTHILL/ENDFB - 1)

Z- 21 SCANDIUM

ENERGY COH incoh. Photo ENERGY COH I NCOHphoto Pair

KEv TOTAL SCATT

SCATT. EFFECT KEV TOTAL SCATT

SCATT. EFFECT PROD . \ -5.4 -1 .2 -.5 -5.4 400 . 0 4 . 1 . 1 -7.4

1.5 -7.6 -1.2 1 .

-7.6 500 . 0 4.9 • 1 -7.0

2 -7.8 3.2 -7.8 600 .1 5.8 . 0 -4.9

3 -5.6 -2.3 4.0 -5.6 800 . 1 7.5 . 0 1.5 -3.0 -2.8 3.2 -3.0 1000 .1 9.4 .0 8.9

5 -.0 -3.0 2.2 -.0 1500 .0 8.8 .0 5.6 -1.9

6 -.6 -3.1 1.4 -.6 2000 .1 8.5 .0 10.2 .1

8 -2.1 -2.9 .4 -2.1 3000 -.3 8.2 .0 9.5 -3.7

10 -3.0 -2.9 1.2 -3.0 4000 -.5 8.1 -.0 8.8 -3.0

16 -3.3 -.8 .8 -3.4 5000 -.4 8.0 .0 10.1 -2.0

20 -2.6 -3.2 .5 -2.6 6000 .7 7.9 .0 9.4 2.5

30 -.1* -2.0 .7 -.3 8000 1.6 7.9 .0 9.8 4.1

"0 1.3 -1.7 .5 1.6 10000 .5 7.8 .0 11.1 1.1 50 2.2 -1.4 .4 2.9 15000 .8 7.8 -.0 9.2 1.4

60 2.6 -1.2 .3 3.8 20000 -1.4 7.7 -.0 8.7 -2.0

80 2.2 -.8 .1 4.2 30000 -1.6 7.6 -.0 9.0 -2.0

lOj) 1.5 -.3 .3 3.5 40000 -.6 8.4 -.0 9.7 -1.0

150 .1* .9 .2 .9 50000 -1.2 9.6 -.0 10.5 -1.4

200 . 1 i.e .2 -1.5 60000 -.6 10.8 -.0 11.2 -.7

300 .0 3.1 .1 -5.5 80000 -.4 13.8 -.0 12.4 -.4 100000 -.5 17.0 -.0 13.5 -.5

1- 22 TITANIUM

ergy COH INCOH. PHOTO

KEv TOTAL SCATT. SCATT. EFFECT

1 -7.2 -1.1 6.9 -7.2

1.5 -6.0 -1.2 6.1 -6.0

2 -6.0 -1.3 6.5 -6.0

3 -5.3 -2.2 5.6 -5.3

4 -3.7 -2.8 4.2 -3.7

5 -1.2 -3.1 3.1 -1.2

6 -.2 -3.2 2.1 -.2

a -.2 -3.1 1.0 -.2

10 -.7 -3.2 1.3 -.7

15 -1.3 -3.1 .8 -1.3

20 -1.2 -3.1 .5 -1.2

30 -.4 -2.0 .9 -.4

40 .2 -1.4 .7 .2 50 .4 -1.0 .4 .6 60 .4 -.8 .4 .6 80 -.1 -.2 .2 -.2

100 -.6 .4 .3 -1.7

150 -1.0 1.7 .1 -5.6

200 -.8 2.7 .0 -8.5

300 -.4 4.1 .0 -12.3

z= ENERGY

KEv

1

12

34

5

6

8 lo15

• 20

30

40

50

60

80 100

150 200

300

23 VANADIUM

COH

5 -

TOTAL -6.9

5.3

5.2

4.4 2.9

1.4 3.5 -.4

.7 1.7

2.1 2.6 2.6

2.4

1.9

.7 -.2

-.9

-.8 -.4

SCATT.

-1.1 -1.1 -1.3

-2.1 -2.7

-3.0 -3.2 -3.2 -3.5

-4.4

-3.0 -2.3

-1.7

-1.4

-1.1 -.6

-.1

1.1 2.2

3.6

INCOH. SCATT.

14.8 11.3

9.7

6.9

4.7

3.3 2.4

1.3

1.2

.7

.5.9

.6

.4.3

.2

.3

.2

. 1 .0

24 CHROMIUM

PHOTO

EFFECT -6.9

-5.3

-5.2

-4.4 -2.9

-1.4

-3.4

-.4

.8 1.8 2.2 2.9

3.1 2.9

2.5

1.1 -.8 -5.0 -7.9

-11.4

JERgY COH INCOH. PHOTO

KEv TOTAL SCATT. SCATT. EFFECT

1 -4.3 -.7 5.2 -4.3

1.5 -1.0 -.9 2.5 -1.0

2 -1.7 -1.2 1.8 -1.7

3 -3.0 -2.1 1.3 -3.0

4 -2.6 -2.7 .7 -2.5

5 -.6 -3.1 .5 -.6

6 -3.8 -3.4 .3 -3.8

8 -.4 -3.3 .1 -.4

10 .7 -3.3 .1 .7 15 1.3 -3.2 .2 1.4 20 1.5 -4.0 .4 1.6 30 1.6 -6.2 2.1 1.9 40 1.3 -7.9 1.4 1.9

50 .9 -9.2 .9 1.7

60 .4 -10.1 .a 1.4 80 -.9 -11.1 .4 .1 100 -1.7 -11.6 .5 -1.7

150 -2.2 -11.7 .3 -5.7

200 -1.8 -11.4 . 1 -8.6

300 -1.0 -10.9 .1 -12.0

ENERGY COH INCOH. PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT PROD.

400 -.2 5.1 .0 -13.2

500 -.1 6.0 .0 -11.4

600 -.0 6.9 -.0 -7.7

800 .0 8.5 -.0 1.6 1000 .1 10.6 -.0 12.2

1500 .0 10.0 .0 8.7 -2.4

2000 .0 9.8 .0 13.1 -1.1 3000 -.3 9.5 .0 12.3 -3.9

4000 -.5 9.3 -.1 11.5 -3.0 5000 -.4 9.2 -.0 12.7 -1.7

6000 .8 9.2 -.0 12.1 2.7

8000 1.6 9.1 .0 12.6 4.0 10000 .3 9.1 -.0 13.9 .7 15000 .4 9.0 -.0 11.9 .6 20000 -1.7 9.0 -.0 11.5 -2.4

30000 -1.2 8.8 -.0 11.8 -1.5

40000 -.0 9.6 -.0 12.5 -.0 50000 -.3 10.7 -.0 13.3 -.4 60000 .2 11.9 -.0 14.0 .3 80000 .3 14.9 -.0 15.3 .3 100000 , 1 18.1 -.0 16.5 .1

ENERGY COH INCOH. PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT PROD.

400 -.2 4.5 . 0 -12.1

500 -.1 5.4 . 0 -10.3

600 -.0 6.2 -.0 -6.6

800 . 0 8.0 -.0 3.1 1000 . 1 9.5 -.0 14.5

1500 , X 9.0 . 0 10.1 -1.2

2000 -. 1 8.7 . 0 14.4 -4.7

3000 - . 3 8.4 . 0 13.7 -3.2

4000 - . 1 8.2 - . 0 13.2 -.5

5000 . 3 8.2 -.0 14.8 1.3 6000 1.6 8.1 - . 0 14.4 5.4 8000 2.1 8.0 . 0 15.2 5.2 10000 . 0 8.0 . 0 16.9 . 0 15000 — 1.3 7.9 - . 0 15.2 -2.1 20000 -3.1 7 .

-.0 14.9 -4.3

30000 -.9 7.7 -.0 15.5 -1.1 40000 .5 8.4 -.0 16.3 .5 50000 -.4 9.5 -.0 17.2 -.4 60000 -.2 10.7 -.0 18.0 -.3

fiOOOO -.2 13.6 -.0 19.4 -.2

100000 .9 16.6 -.0 20.6 .9

ENERGY COH INCOH. PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT PROD.

400 -.5 -10..0 -12.4

500 -.3 -9.9 .0 -9«9

600 -.2 -9.3 .0 -6.5

800 -.0 -8.0 -.0 4.9

1000 .0 -6.4 .0 16.7

1500 .0 -7.0 .0 11.7 -.7

2000 -.1 -7.3 .0 15.7 -6.3

3000 -.3 -7.6 .0 14.7 -3.6

4000 -.1 -7.8 -.0 14.0 -.3

5000 .5 -7.8 .0 15.6 1.9 6000 1.9 -7.9 .C 15.2 6.2 8000 2.4 -8.0 .0 16.2 5.7

10000 .1 -8.1 .0 17.9 .2 15000 -1.9 -8.1 -.0 16.2 -3.0 20000 -3.9 -8.1 -.0 16.0 -5.4

30000 -1.5 -8.3 -.0 16.6 -1.9 40000 .U -7.7 -.0 17.4 .0 50000 -.8 -6.8 -.0 18.3 -.9 60000 -.8 -5.9 -.0 19.1 -.9 80000 -.9 -3.iJ -.0 20o6 -1.0 100000 -.0 -.9 -.0 21o8 -.0
TABLE I - cont. PHOTON CROSS SpCTION COMPARISON

100*( BIGGS 8 LIGHTHILL/ENOFB - 1)

z= 25 MANGANESE

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. phOto PAIR

KEv TOTAL scatt. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -11.8 -.9 8.2 -11.8 400 -.3 3.6 -.0 -11.4

1.5 -3.8 -1.0 3.3 -3.9 500 -.1 4.5 -.0 -9.5

2 -3.1 -1.2 2.0 -3.2 600 -.0 5.3 -.0 -5.8

3 -3.8 -1.9 .8 -3.8 BOO .1 6.8 -.0 3.6

1+ -3.4 -2.5 .2 -3.4 1000 .1 8.5 -.0 14.4

5 -1.6 -2.9 -.0 -1.6 1500 .1 8.0 . 0 9.7 -1.2

6 1.2 -3.0 .0 1.3 2000 -.1 7.7 . 0 13.6 -4 . 3

8

-.1+ -3.0 .2 -.4 3000 -.3 7.4 . 0 12.7 -3.4

10 1.4 -3.0 .2 1.4 4000 -.2 7.2 -.0 12.1 -.9

15 2.7 -2.1 " 1 2.8 5000 .3 7.1 -.0 13.6 1 . 3 20 3.1 -2.9 .2 3.2 6000 1.7 7.1 -.0 13.3 5.6

30 3.3 -2.7 . 1 3.6 8000 2.5 7.0 . 0 14.2 5.8

1*0 3.2 -2.2 .1 3.7 10000 .6 7.0 -.0 16.0 1.1

5o 2.9 -1.9 3.5 15000 -.5 6.9 -. 0 14.3 - . 7 &0 2.3 -1.7 . 1 3.1 20000 -2.5 6.9 -.0 14.0 -3.5

80 1 1

1

-1.2 -.1 1.8 30000 -.8 6.7 -.0 14.5 -1.0

lOo .0 -.8 .3 .1 40000 .6 7.3 -.0 15.3 . 7 IbO -1 .0 .3 .0 -4.0 50000 -.1 8.4 -.0 16.2 -.1 200 -1.0 1.4 -.0 -7.0 60000 .2 9.5 -.0 17.0 .2 300 -.6 2.7 -.0 -10.7 80000 .2 12.2 -.0 18.4 .2 100000 .7 15.1 -.0 19.6 . 7

Z= 26 IRON ENERGY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL scatt. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD

.

1 -6.9 -.8 15.6 -6.9 400 -.2 3.3 -.0 -6.0

1.5 -2.6 -1.0 8,9 -2.6 500 -.0 4.1 -.0 -4.5

2 -3.4 -1.1 6.2 -3.4 600 .0 4.9 -.0 -1.4

3 -4.9 -1.8 3.2 -4.9 800 .1 6.4 -.0 6.2

a -4.7 -2.4 1.6 -4.8 1000 .1 8.2 -.0 14.6

5 -3.4 -2.8 1.1 -3.4 1500 .1 7.6 .0 io.o -1.8

6 -1.4 -3.0 1.0 -1.4 2000 -.0 7.3 .0 14.0 -3.0

8 -.6 -3.0 .9 -.6 3000 -.3 7.0 .0 13.2 -3.4

10 -.5 -3.2 1.2 -.5 4000 -.3 6.9 -.0 12.7 -1.6

15 -1 .

1

-2.9 .6 -1.0 5000 .1 6.8 -.0 14.3 . 4 20 -1.2 -2.9 .6 -1.1 6000 1.5 6.8 -.0 14.0 4.5

30 -.5 -2.8 .7 -.5 8000 2.1 6.7 .0 15.0 4.8

40 . 4 -2.4 .5 .5 10000 .2 6.6 . 0 16.8 . 3 50 1.0 -2.1 .3 1.3 15000 -.6 6.6 -.0 15.1 -1.0

bO 1.4 -1.9 .3 1.9 20000 -2.7 6.5 -.0 14.8 -3.7

80 1.4 -1.4 .0 2.2 30000 -1.4 6.4 -.0 15.3 -1.8

lOo 1.0 -1.0 .3 1.8 40000 -.3 6.9 -.0 16.1 -.4

150 .0 . 1 . 1 -.1 50000 -1.0 7.9 -.0 17.0 -1.1

200 -.2 1.0 .0 -2.1 60000 -.7 9.0 -.0 17.8 -.8

300 -.2 2.3 -.0 -5.1 80000 -.7 11.7 -.0 19.2 -.8 100000 -.3 14.5 -«0 20.4 -.3

Z= 27 COBALT

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -14.2 -.7 23.9 -14.3 400 -.2 2.8 .0 -6.9

1.5 -3.4 -.9 14.8 -3.5 500 -.1 3.6 .0 -6.1

2 -1.9 -1.1 10.1 -1.9 600 .0 4.4 .0 -3.8

3 -2.5 -1.8 4.7 -2.5 800 .1 5.8 .0 2.5

4 -3.1 -2.3 2.3 -3.1 1000 .1 7.4 -.0 9.8

5 -2.8 -2.7 1.7 -2.8 1500 .0 6.8 .0 5.3 -1.5

6 -1.8 -2.9 1.6 -1.8 2000 -.1 6.6 .0 9.1 -4.3

6 -4.6 -2.9 1.5 -4.6 3000 -.3 6.3 .0 8.5 -3.3

10 -2.5 -2.9 1.5 -2.6 4000 -.2 6.1 -. 1 7.9 -.9

15 -.9 -1.9 .7 -.9 5000 .3 6.0 -.0 9.3 1.2

20 -.1 -2.9 .6 -.1 6000 1.7 6.0 -.0 9.0 5.2

30 1.2 -2.8 .8 1.4 8000 2.1 5.9 -.0 10.0 4.9

40 2.3 -2.6 .6 2.6 10000 -.1 5.9 -.0 11.7 -.2

5q 2.8 -2.3 .4 3.4 15000 -l.b 5.8 -.0 10.0 -2.3

60 3.1 -2.2 .4 3.9 20000 -3.4 5.8 -.0 9.8 -4.6

80 2.7 -1.6 . 1 4.0 30000 -1.4 5.6 -.0 10.3 -1.7

lUO 1.9 -1.3 .3 3.3 40000 -.0 6.1 -.0 11.1 -.0

150 .3 -.4 . 1 .7 50000 -.9 7.1 -.0 11.9 -1.0

200 -.2 .5 . 1 -1.7 60000 -.a 8.1 -.0 12.7 -.8

300 -.4 1.8 .0 -5.4 80000 -1.0 10.7 -.0 14.1 -1.0

100000 -.4 13.5 -.0 15.3 -.5

z- 28 NICKEL

energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -6.4 -.7 30.4 -6.3 400 -.1 1.9 .0 -3.9

1.5 -4.6 -.8 19.4 -4.6 500 -.0 2.7 .0 -2.9

2 -4.2 -1.0 13.0 -4.1 600 .1 3.5 .0 -.4

3 -3.8 -1.7 5.9 -3.8 800 5.0 .0 5.5

4 -2.9 -2.2 2.9 -2.9 iOOO .1 6.4 .0 11.7

5 -1.9 -2.6 2.0 -1.8 1500 .1 5.8 .0 7.0 -2.4

6 -1.0 -2.8 1.8 -1.0 2000 . 1 5.6 .0 10.8 .0

B -.6 -2.8 i.e -.5 3000 -.3 5.3 .0 10.2 -3.2

10 -.6 -3.0 1.4 -.6 4000 -.5 5.1 -.1 9.4 -2.6

15 -.9 -2.2 .6 -.9 5000 -.3 5.0 --,0 10.7 -1.1

20 -1.0 -2.9 .6 -1.0 6000 l.U 5.0 -.0 10.4 3.0

30 -.2 -2.9 .7 -.2 8000 1.9 4.9 .0 11.4 4.2

40 .8 -2.9 .4 1.0 10000 .5 4.9 -.0 13.2 1.0 50 1.7 -2.8 .3 2.1 15000 1.1 4.8 -.0 11.4 1.7

60 2.3 -2.7 .3 2.9 20000 -.8 4.8 -.0 11.2 -1.1

80 2.6 -2.1 .0 3.9 30000 -.7 4.6 -.0 11.7 -.8

lOo 2.2 -1.9 .3 3.9 40000 5.1 -.0 12.6 .1 150 .8 -1.1 .1 2.5 50000 -.4 6.0 -.0 13.4 -.5

200 .2 -.3 .1 .7 60000 .1 7.0 -.0 14.2 .1 300 -.1 1.0 .0 -2.6 80000 .4 9.6 -.0 15.7 .4 100000 .5 12.3 -.0 16.9 .6
I - cont. Photon cross s^CTlnN comparison

100*( BIGGS 8 LIGHTHILL/ENOFB - 1)

Z- 29 COPPER ENERGY COH INCOH. PHOTO ENERGY COH INCOH. photo PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 .17.1 -.5 15.3 -17.1 400 -•3 • 4 .0 -6.6

1.5 -12.5 -.7 7.7 -12.5 500 -.1 1.1 .0 -5.2

2 -9.2 -.9 3.9 -9.2 600 -.0 l.B -.0 -2.2

3 -6.3 -1.5 .7 -6.3 800 .1 3.2 -.0 5.4 -2.1 -.3 -4.4 1000 .1 4.7 .0 14.0

6 -2.8 -2.6 -.3 -2.8 1500 .1 4.2 .0 9.5 -2.6

6 -l.i* -2.9 .1 -1.4 2000 .1 3.9 .0 13.5 -.3

3 .0 -3.0 .6 .1 3000 -.3 3.6 .0 13.3 -3.2

10 -1.3 -3.3 .5 -1.2 4000 -.5 3.4 -.1 12.6 -2.6

15 -. <4 -3.4 .1 -.4 5000 -.3 3.4 -.0 14.0 -1.2

20 -.4 -2.9 .3 -.4 6000 1.0 3.3 -.0 13.6 2.8

30 -.2 -3.2 .2 -.1 8000 1.6 3.2 .0 14.7 3.5

+0 .2 -3.6 .1 .3 10000 -.0 3.2 -.0 16.5 -.1

50 .5 -3.7 .1 .8 15000 -.1 3.1 -.0 14.8 -.1

60 .7 -3.7 .1 1.1 20000 -2.1 3.1 -.0 14.5 -2.7

Oil * 6 — 3.2 - . 1 1.2 30000 -1.6 2.9 — . 0 15.1 ~1 • 9 lOo .2 -3.1 .3 .7 40000 -.5 3.3 -.0 16.0 -.5

150 -.6 -2.4 .1 -1.1 50000 -.9 4.2 -.0 16.9 -1.0

200 -.8 -1.7 .0 -3.0 60000 -.3 5.3 -.0 17.7 -.4

300 -.6 -.7 .0 -5.9 80000 -.2 7.7 -.0 19.2 -.2 100000 -.1 10.3 -.0 20.5 -.1

Z- 30 ZINC ENERsr COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -4.7 -.6 17.3 -4.8 400 -.3 -1.2 . 1 -5.2

1.5 -7.9 -.8 7.6 -7.9 500 -.1 -.4 .0 -4.8

2 -3.7 -1.0 3.5 -3.7 600 -.0 .2 .0 -2.8

3 -1.5 -1.5 .4 -1.5 800 .1 1.5 .0 2.6

I* -1.3 -2.0 -.5 -1.3 1000 .1 2.9 .0 8.9

5 -1.4 -2.4 -.5 -1.4 1500 .1 2.3 .0 4.8 -2.1

6 -1.9 -2.6 -.2 -1.9 2000 .0 2.0 .0 8.8 -.7

8 -3.2 -2.7 .6 -3.3 3000 -.3 1.8 .0 8.7 -3.0

10 -3.2 -3.1 .5 -3.2 1*000 -.4 1.6 -.0 7.9 -2.0

15 -2.7 -3.3 .0 -2.7 5000 -.1 1.5 -.0 9.2 -.4

20 -2.7 -2.8 .2' -2.7 6000 1.3 1.5 -.0 8.9 3.8

30 -1.9 -3.3 .2 -1.8 8000 2.2 1.4 .0 9.8 4.7

'0 -.7 -4.1 .2 -.6 10000 .6 1.3 -.0 11.5 1 .

50 .2 -4.4 .1 .5 15000 .5 1.3 -.0 9.7 .7 60 .9 -4.6 .2 1.4 20000 -1.8 1.3 -.0 9.4 -2.3

oO 1.4 -4.1 — e 0 2.3 30000 -1.5 1.1 — . 0 9.8

lOo 1.1 -4.2 .3 2.2 40000 -.4 1.5 -.0 10.7 -.5

150 -.0 -3.8 .1 .7 50000 -.8 2.3 -.0 11.5 -.9

200 -.4 -3.1 .0 -1.0 60000 -.2 3.3 -.0 12.3 -.2

300 -.4 -2.0 .0 -3.9 80000 .2 5.6 -.0 13.7 .2 100000 .4 8.2 -.0 14.9 .5

Z: 31 GALLIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 • -15.2 -.6 22.5 -15.3 400 -.2 -3.8 .1 -3.5

1.5 -13.3 -.7 10.7 -13.3 500 -.1 -3.2 .1 -3.6

2 -9.9 -.9 5.1 -9.9 600 -.0 -2.5 . 1 -2.6

3 -7.2 -1.5 .5 -7.2 BOO .0 -1.3 • 0 .5

t -5.5 -2.0 -.7 -5.5 1000 . 1 -.0 .0 3.9

5 -4.0 -2.3 -.6 -4.0 1500 .0 -.6 .0 -.1 -2.5

6 -2.7 -2.4 -.1 -2.7 2000 .0 -.8 .0 3.5 -1.0

e -.8 -2.6 .8 -.8 3000 -.3 -1.1 .0 3.3 -2.7

lo -.4 -3.0 .5 -.2 4000 -.4 -1.3 -. 1 2.6 -1.6

15 1.2 -3.9 -.1 1.3 5000 -.0 -1.4 -.0 3.8 -.0

20 -.3 -2.7 .0 -.3 6000 1.4 -1.4 -.0 3.5 4.1

30 -.8 -3.5 .0 -.7 8000 2.2 -1.5 -.0 4.4 4.7

'*0 -.1 -4.9 .1 .1 10000 .5 -1.5 -.0 6.1 .9

50 .8 -5.9 .2 1.2 15000 • 5 -1.6 -.0 4.4 .7

60 1.5 -6.4 .1 2.2 20000 -1.5 -1.6 -.0 4.1 -2.0

60 2.3 -5.9 - • 0 3.6 30000 -1 .-1.8 - • 0 4.6 — 1.1

lOo 2.1 -6.1 .2 4.0 40000 -.1 -1.5 -.0 5.4 -. 1 150 .8 -6.1 .1 3.2 50000 -.8 -o6 -.0 6.2 -.9

200 . 1 -5.6 .2 1.7 60000 -.4 • 3 -.0 7.0 -.5

300 -.2 -4.6 .3 -1.5 80000 -.2 2.5 -.0 8.4 -.3 100000 .2 5.0 -.0 9.5 .2

2 = 32 GERMANIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -7.3 -.6 23.8 -7.3 400 -.3 -5.7 .2 -3.8

1.5 -16.9 -.7 11.7 -16.9 500 -.2 -5.0 .2 -3.9

2 -10.0 -.9 5.6 -10.0 600 -.1 -4.3 .1 -2.7

3 -5.0 -1.5 1.2 -5.0 800 .1 -3.2 .1 .6

1* -3.2 -2.0 .1 -3.2 1000 .1 -1.8 .1 4.3

5 -2.2 -2.1 .2 -2.3 1500 -.0 -2.4 .0 -.0 -3.7

6 -1.7 -2.2 .5 -1.7 2000 .1 -2.7 .0 3.5 .3

8 -1.3 -2.3 1.0 -1.3 3000 -.3 -2.9 <.o 3.2 -2.7

10 -1.7 -2.5 .3 -1.6 4000 -.5 -3.1 -.1 2.3 -2.2

15 1.9 -2.2 -. 1 1.9 5000 -.3 -3.2 -.0 3.6 -.9

20 1.0 -2.6 . 1 1.1 6000 1.1 -3.2 -.0 3.3 3.1

30 1.0 -3.5 . 1 1.1 8000 2.0 -3.3 -.0 4.2 4.2

"+0 1.8 -5.4 .2 2.1 10000 .6 -3.3 -.0 5.9 1.0

50 2.6 -6.8 .2 3.2 15000 1.2 -3.4 -.0 4.2 1.7

60 3.2 -7.6 .1 4.2 20000 -.7 -3.4 -.0 4.0 -.9

80 3.6 -7.0 .0 5.4 30000 -.6 -3.6 -.0 4.5 -.7

100 3.1 -7.4 .2 5.5 40000 .0 -3.3 -oO 5-3 .0 IbO 1.2 -7.6 .2 4.0 50000 -.7 -2.5 -.0 6.1 -.7

200 .2 -7.3 .3 2.0 60000 -.2 -1.6 -.0 6.9 -.2

300 -.1 -6.3 .6 -1.7 80000 -.0 .5 -.0 8.3 -.0 100000 .1 3.0 -.0 9.5 .1
TABLE I - cont. PHOTON CROSS SeCTION COMPARISON

100*( BISGS 8 LIGHTHILL/ENDFB - 1)

Z- 33 ARSENIC

ENERSY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL SCaTT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

\ -22.7 -.5 23.6 -22.7 too -.3 -6.8 , 1 -2.5

1.5 -9.7 -.7 11.1 -9.7 500 -.2 -6.1 , 1 -2.7

2 -6.8 -1.0 t.6 -6.8 600 -.1 -5.3 . 1 -1.7

3 -5.0 -1.6 -.2 -5.1 BOO .0 -t.t , 1 .7

14 -U.7 -1.9 -.9 -t.8 1000 .1 -3.0 .0 3.1

5

-t.it -2.0 -.5 -t.t 1500 -.0 -3.6 .0 -1.1 -3.6

6 -t.O -2.1 .1 -t.O 2000 .0 -3.8 .0 2.3 . 1 8 -2.9 -2.t .8 -2.9 3000 -.t -t.l .0 2.0 -3.0

10 -1.8 -2.8 .8 -1.8 tooo -.6 -t.3 -. 1 1.2 -2.5

15 l.t -t.t .2 l.t 5000 -.t -t.3 -.0 2.5 -1.2

20 -.2 -2.5 .1 -.2 6000 1.1 -t.t -.0 2.2 2.9

30 -.8 -3.t . 1 -.7 8000 1.9 -t.5 -.0 3.1 3.9

•+0 -.1 -5.6 .2 .2 10000 .3 -t.5 -.0 t.8 .6

50 .9 -7.2 .2 l.t 15000 .5 -t.6 -.0 3.2 .7 60 1 • 8 —8 .

3

.1 2.6 20000 -1.8 -t.6 -.0 2.9 -2.3

00 2.9 -7.6 — . 1 • u u u —t . 7 — . 0 3.5 -2.1

100 2.9 -8.1 .2 5.2 toooo -.9 -t.5 -.0 t.3 -1.0

150 1.5 -8.5 .1 t.9 50000 -1.3 -3.7 -.0 5.1 -1.4

200 .t -8.2 .2 3.t 60000 -.7 -2.8 -.0 5.9 -.7

300 -.3 -7.5 .1 -.2 80000 -.t -.8 -.0 7.3 -.4 100000 -.3 1.6 -.0 8.5 -.3

Z- 3t SELENIUM

ENERgY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -6.1 -.t to.

2

-6.1 too -.6 -6.9 .1 -5.6

1.5 .10.2 -.7 19.9 -10.2 500 -.3 -6.3 .1 -t.8

2 -7.6 -1.0 9.9 -7.7 600 -.2 -5.6 .1 -2.9

3 -6.6 -1.7 2.8 -6.6 SOO -.0 -t.7 .0 1.1

i« -6.9 -1.8 .8 -6.9 1000 .1 -3.3 .0 5.0

5 -6.9 -1.8 .5 -7.0 1500 -.0 -3.9 .0 • 8 -3.0

6 -6.6 -2.0 -6.7 2000 -.1 -t.l .0 t.2 -2.t

8 -5.3 -2.3 1.1 -5.t 3000 -.3 -t.t .0 3.9 -2.2

lo -3.7 -2.t , 1 -3.7 tooo -.1 -t.6 -.1 3.0 -.3

15 2.6 -2.8 -.2 2.6 5000 .t -t.6 -.0 t.2 l.t

20 -1.0 -2.5 -.1 -.9 6000 2.0 -t.7 -.0 3.9 5.3

30 -3.6 -3.2 -.1 -3.6 8000 2.6 -4.8 -.0 4.8 5.3

to -3.8 -5.5 , 1 -3.8 10000 .t -t.8 -.0 6.5 .7 50 -3.3 -7.3 . 1 -3.2 15000 -.t -t.9 -.0 4.8 -.5

bO -2.6 -8.5 -2.3 20000 -2.0 -t.9 -.0 4.5 -2.5

80 -l.t -7.7 • n n n n J u u u u • 3 —5 .

0

- . 0 5.0 -.3

100 -1.0 -8.2 .2 -.t toooo .8 -t.9 -.0 5.8 .9 150 -1.2 -8.7 .1 -.8 50000 -.1 -t.l -.0 6.7 -.1

2U0 -1.2 -6.5 .2 -1.9 60000 .1 -3.2 -.0 7.5 . 1 300 -.7 -7.8 .6 -t.t 80000 .1 -1.2 -.0 8.9 . 1 100000 .9 1.2 -.0 10.1 .9

z- 35 BROMINE energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -3.8 -.t 38.

t

-3.8 too -.6 -6.5 . 1 -5.0

1.5 -.2 -.7 18.9 -.2 500 -.3 -5.8 . 1 -4.4

2 -5.9 -1.1 9.6 -5.9 600 -.2 -5.1 . 1 -2.6

3 -t.3 -1.8 3.t -t.3 SOO .0 -t.l . 1 1.2

t -t.6 -1.8 1.3 -t.6 1000 .1 -2.8 .0 4.7

5 -t.7 -1.7 .9 -t.7 1500 -.0 -3.t .0 .5 -t.l

6 -t.5 -1.9 .9 -t.6 2000 .2 -3.6 .0 3.9 3.8

B -3.7 -2.3 1.1 -3.6 3000 -.3 -3.9 .0 3.5 -2.2

10 -2.t -2.t .1 -2.t tooo -.a -t.l -. 1 2.6 -3.2

15 3.0 -2.7 -.1 3.1 5000 -.8 -t.l -.0 3.9 -2.t

20 .1 -2.t -.2 .2 6000 .6 -t.2 -.0 3.5 1.6

30 -2.1 -2.9 -.1 -2.1 8000 1.7 -t.3 -.0 4.5 3.t

HO -2.3 -5.1 .1 -2.2 10000 .8 -t.3 -.0 6.2 1.3

50 -1.7 -6.9 .1 -1.5 15000 2.5 -t.t -.0 4.5 3.5

60 -1.0 -8.2 .1 -.7 20000 .3 -t.t -.0 4.2 .t 80 .0 -7.3 • • 1 30000 — . 9 ~U • b ~ • 0 4 • 7 — 1.0

lOo .3 -7.8 .2 1.2 toooo -.t -t.t -.0 5.6 -.t

150 -.t -8.2 .1 .6 50000 -.7 -3.6 -.0 6.4 -.8

2O0 -.8 -8.0 .2 -.8 60000 .2 -2.7 -.0 7.2 .2 300 -.7 -7.3 .5 -3.6 80000 .6 -.8 -.0 8.7 .7 100000 .3 1.6 -.0 9.9 .3

z- 36 KRYPTON

energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -2.8 -.3 17.8 -2.8 too -.6 -8.0 .2 -4.3

1.5 -1.8 -.7 7.6 -1.8 500 -.t -7.3 . 1 -4.0

2 -7.3 -1.2 3.2 -7.3 600 -.1 -6.6 .1 -2.5

3 -3.6 -1.8 1.2 -3.7 800 .0 -5.7 .1 .8

<t -3.8 -1.7 .t -3.9 1000 .1 -t.t .1 3.8

5 -t.t -1.7 .2 -t.t 1500 -.0 -5.0 .0 -.6 -t.l

6 -t.8 -1.9 .3 -t.8 2000 .1 -5.3 .0 2.7 .5

8 -t.7 -2.t .7 -t.7 3000 -.3 -5.6 .0 2.2 -2.2

10 -3.7 -2.3 .7 -3.8 tooo -.5 -5.7 -.1 1.3 -1.7

15 1.5 -2.3 .3 1.5 5000 -.2 -5.8 -.0 2.5 -.7

20 .1 -2.3 . 1 .1 6000 1.2 -5.9 -.0 2.2 3.2

30 -1.0 -3.2 .1 -.9 8000 2.0 -5.9 -.0 3.2 3.9

•o -.8 -5.7 .2 -.5 10000 .3 -6.0 -.0 4.9 .5 So -.1 -7.7 .2 .2 15000 .5 -6.0 -.0 3.2 .7

60 .5 -9.1 .2 1.1 20000 -l.t -6.1 -.0 2.9 -1.8

ao l.t -8.t -.0 2.5 30000 -1.0 -6.2 -.0 3.4 -1.2

100 1.5 -8.9 .3 3.0 toooo -.2 -6.1 -.0 t.3 -.2

15o .t -9.5 .2 2.3 50000 -.8 -5.3 -.0 5.1 -.9

2O0 -.t -9.3 .2 .7 60000 -.3 -t.b -.0 6.0 -.t

300 -.8 -8.7 .3 -2.6 80000 -.0 -2.6 -.0 7.t -.0 100000 .t -.3 -.0 8.6 .t
TABLE I - cont. PHOTON CROSS SeCTIoN COMPARISON

100*( BIGGS 8 LIGHTHILL/ENDFB - 1)

Z= 37 RUBIDIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. photo Pair

KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL scatt . scatt . EFFECT PROD.

1 -2.5 -.6 -3.2 -2.5 400 -.5 -6.1 -3.2

1.0 -.9 .5 1.0 500 -.3 -5.2 [

,

-3.0

2 -6.5 -1.3 1 .

-6.5 600 -, 1 -4 .

\

, -1.8

3 -4.1 -1.9 .9 -4.0 800 .0 -3.7 \ 1 .9

It -4.0 -1.7 .3 -4.0 1000 .1 -2.5 .0 3.2

5 -4.5 -1.6 -.0 -4.5 1500 -.0 -3.0 .0 -1.1 -4.0

6 -4.8 -1.8 .0 -4.8 2000 -.0 -3.3 .0 2.1 -1.3

8 -4.7 -2.4 .4 -4.8 3000 -.4 -3.6 -.0 1.6 -2.5

lo -3.7 -2.4 .7 -3.8 4000 -.4 -3.7 -.1 .7 -1.2

15 1.0 -1.8 .2 1.2 5000 .0 -3.8 -.0 1.9 .2 20 1.6 -2.3 -.0 1.7 6000 1.7 -3.9 -.0 1.6 4.2

30 -.7 -2.4 -.0 -.7 8000 2.4 -4.0 -.0 2.5 4.8

+0 -1.2 -4.7 .1 -1.0 10000 .5 -4.0 -.0 4.2 .9

50 -.8 -6.7 . 1 -.6 15000 -.1 -4.0 -.1 2.4 -.1

bo -.4 -8.1 .1 .1 20000 -2.3 -4.1 -.1 2.1 -2.9

Bo .6 -6.9 -.1 1 .

30000 -1.6 -4.2 -.1 2.5 -1.8

100 .9 -7.3 .2 1.9 40000 -.5 -4.1 -.1 3.4 -.5

15o .4 -7.8 . 1 1.9 50000 -1 .

-3.4 -.1 4.2 -1.2

200 -.2 -7.6 . 1 . 9 60000 -.6 -2.5 -.1 5.0 -.7

300 -.6 -6.8 . 1 -1.7 80000 -.4 -.6 -.1 6.4 -.5

100000 -.1 1.7 -.1 7.7 -.1

Zz. 38 STRONTIUM

ENEKeY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 .8 -.9 -4.9 .8 400 -.8 -4.3 .2 -5.9

1.5 -2.6 -1.0 -1.5 -2.6 500 -.4 -3.5 .1 -4.8

2 -3.5 -1.2 .5 -3.5 600 -.1 -2.7 .1 -2.6

3 -4.0 -1.7 .9 -4.0 800 .1 -1.9 .1 1.9

4 -4.6 -1.7 .5 -4.6 1000 .2 -.6 .1 6.1

5 -4.8 -1.7 . 1 -4.9 1500 -.0 -1.2 .0 1.5 -4.2

6 -4.7 -1.8 -.0 -4.7 2000 .1 -1.5 .0 4.6 -.0

8 -3.4 -2.2 .2 -3.4 3000 -.3 -1.8 -.0 4.0 -2.3

lo -1.5 -2.4 .5 -1.5 4000 -.4 -1.9 -. 1 3.0 -1.6

15 3.8 -1.5 . 3 4.1 5000 -.1 -2.0 -.0 4.1 -.4

20 3.0 -2.3 3.

6000 1.4 -2.1 -.0 3.8 3.6

30 1.1 -2.2 -.1 1.2 8000 2.3 -2.2 -.0 4.7 4.4

to .3 -4.1 .5 10000 .6 -2.2 -.0 6.5 1.0

5o .0 -5.8 .3 15000 .7 -2.3 -.1 4.6 1.0

60 -.0 -6.9 '.1 .4 20000 -1.3 -2.3 -.0 4.3 -1.6

ao . 1 -5.7 .6 30000 -.7 -2.4 -. 1 4 .

-•^

lOo • 1 -6.0 .2 .6 40000 .3 -2.3 -.1 5.7 .3 150 -.7 -6.3 .2 -.4 50000 -.3 -1.6 -.1 6.6 -.3

200 -1.2 -5.9 .2 -2 . 0 60000 . 3 -.8 -.1 7.4 .3 300 -1.2 -5.1 .2 -4.8 80000 .4 1.2 -.1 8.9 .4 100000 .5 3.5 -.1 10.1 .5

Z = 39 YTTRIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -2.7 -.9 .8 -2.7 400 -.5 -4.2 .2 -3.7

1.5 .2 -1.1 2.9 .2 500 -.2 -3.5 .2 -3.2

2 -.2 -1.2 3.9 -.1 600 -.1 -2.8 .1 -1.8

3 -4.5 -1.7 3.5 -4.5 800 .2 -l.B .1 1.3

i| -3.4 -1.9 2.6 -3.4 1000 . 1 -.6 . 1 4.2

5 -3.6 -1.8 1.7 -3.6 1500 -.0 -1.2 .0 -.2 -4.6

6 -3.9 -l.fl 1 .

-3.9 2000 .2 -1 .5 .0 3.0 4.0

a -4.2 -2.2 -2.4 -4.2 3000 -.2 -1.8 -.0 2.4 -1.7

10 -3.8 -2.3 .9 -3.9 4000 -.7 -1.9 -.1 1.4 -2.5

15 -1.5 -1.0 .5 -1.6 5000 -.7 -2.0 -.0 2.6 -1.9

20 -.0 -2.4 .2 .0 6000 .8 -2.1 -.0 2.2 2.0

30 -.9 -2.2 .0 -.6 8000 2.0 -2.1 -.0 3.1 3.9

-1.0 -4.2 .2 -.9 10000 1 .

-2.2 -.0 4.8 1.8

50 -.8 -5.8 .2 -.7 15000 2.7 -2.2 -.1 2.9 3.7

60 -.5 -6.8 .1 -.2 20000 .4 -2.3 -.1 2.5 .5

80 .2 -5.7 -. 1 .6 30000 -.9 -2.4 -.1 3.0 -1 . 0 100 .5 -6.0 .2 1.2 40000 -.4 -2.3 -.1 3.8 -.4

15o .2 -6.2 .2 1.2 50000 -. 7 -1 .6 -.1 4.7 -.8

200 -.4 -5.9 .2 .2 60000 . 1 -.8 -. 1 5.5 .2 300 -.9 -5.0 .0 -2.4 80000 .6 1 .

-.1 7.0 .6 100000 .2 3.4 -.1 8.2 .2

Z- 40 ZIRCONIUM

energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -4.6 -.9 7.7 -4.6 400 -.1 -4.2 . 1 -.0

1.5 -.9 -1.1 7.3 -.9 500 . 0 -3.5 . 1 . 5

2 -.9 -1.2 6.7 -.9 600 .1 -2.6 .1 1.8

3 -6.0 -1.7 4.8 -6.0 800 .2 -1.8 . 0 4.3

i« -4.7 -1.9 3.4 -4.7 1000 .2 -.6 .0 6.2

5 -4,5 -1.8 2.3 -4.5 1500 . 0 -1.2 .0 1.7 -3.7

6 -4.4 -1.8 1.6 -4.5 2000 . 0 -1.5 .0 4.9 -1.2

a -4.0 -2.1 -3.8 -4.0 3000 -.3 -1 .8 -.0 4.3 -2.1

10 -3.0 -2.3 1.2 -3.0 4000 -.2 -1 .9 -.1 3.3 -.6

15 . 1 -1.1 .5 .2 5000 .3 -2.0 -.0 4.4 .8 2o 2.2 -2.4 . 1 2.3 6000 2.0 -2.1 -.0 4.0 4.9

30 -.6 -2.2 -.0 -.6 8000 2.9 -2.2 -.0 4.9 5.5 -1.4 -4.2 . 1 -1 .

10000 1.0 -2.2 -.0 6.6 1.6

50 -1.3 -5.8 , 1 -11 15000 ,4 -2 .

4.7 .5 DO -.8 -6.8 . 1 -.6 20000 -1 . 7 -2.3 -! 1 4.3 -2.2

80 .4 -5.7 -.2 .9 30000 -.8 -2.5 4.8 -.9

lOo 1.3 -6.0 .3 2.1 40000 .6 -2.4 5.6 .6 150 1.5 -6.2 .1 3.3 50000 .0 -1.7 6.5 .1 200 .9 -5.9 .1 3.0 60000 .5 -.9 7.3 .6 300 -.2 -5.0 -.1 1.1 80000 .7 1.0 8.8 .7 100000 1.0 3.3 10.1 1.0
TABLE I - cont. Photon cross section comparison

100*( BISGS fi LIGHTHILL/ENDFB - 1)

2— 1*1 NIOBIUM

c Oh INC OH

.

PHOTO L l.t, r\ ^ T c Oh I NCOH

.

PhOtO Pair TOTAL SCATT

.

SCATT

.

EFFECT KEV sc att . SCATT . EFFECT PROD.

1 -1.9 - . 7 1.0 —1.9 400 — • 7 —4 V 9 , 1 -3.8

1 • ^ - . 3 -1.0 . 3 — . 3 500 — • 3 —4 .

3

, I -2.5

2

. . 3 -1.2 ,

t| - . 8 600 -.1 -3.5 . 0 -.1 -3,7 -1.8 , 7 -3.7 800 .2 -2.6 . 1 4.9 -3.7 -2 .

0

. 8 -3.7 1000 .3 -1.4 .0, 9.4

-t . t -1.9 . 6 -4 .

4

1500 . 1 -2.0 .0 5.3 -2.5

-t . 9 -1.9 . 4 -4.9 2000 -.0 -2.3 . 0 8.6 -2.4

3 . 9 -2.1 -5.0 -4.9 3000 -.3 -2.6 -.0 8. 1 -2.2

10 -3 .

9

-2.2 —3 * 9 4000 - . 1 -2.8 -. 1 6.9 -.0

Ic . 7 -1 . n . 4 . 8 5000 06 -2 .

9

-«

1

8.1 1.7

20 . 7 -2.4 -.0 .8 6000 2»5 -2.9 -.0 7.6 5.9

30 -1 .U -2.3 -.1 -1.4 8000 3.4 -3.0 -.0 8.3 6.3 -2.3 -4.5 . 1 -2.2 10000 1.2 -3.1 -.0 10.1 2.0

bo -2.i» -6.1 .2 -2.3 15000 -.1 -3.1 - . 1 7.9 -.2

-2.2 -7.2 .1 -2.1 20000 -2.5 -3.2 -.1 7.4 -3.1

flo -i.6 -6.3 -.1 -1.3 30000 -1.2 -3.3 -.1 7.8 -1.4

100 -1.1 -6.6 .2 -.8 40000 .4 -3.2 -oi 8.6 .4 150 -1.0 -6.9 . 1 -.7 50000 -.1 -2.6 -.1 9.5 -.1 200 -1.2 -6.6 . 1 -1.6 60000 . 3 -1.7 -.1 10.4 .3 300 -l.U -5.8 -.2 -3.4 80000 .2 . 1 -.1 11.9 .2 100000 . 3 2.3 -.1 13.2 .3

z- "2 MOLYBDENUM

energy coh INCOH. PHOTO ENERGY COH INCOH, PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

I -8.0 -.6 6.0 -8.0 400 -1.6 -6.4 . 1 -8.5

1 • 5 -1.7 -.9 2.7 -1.7 500 -1.0 -5.9 . 1 -7.4

2 -.5 -1.2 1.5 -.5 600 -. 5 -5.1 , 1 -5.3

3 -5.3 -1.8 , 9 -5.3 800 -.0 -4.0 . 1 -.1 -3.8 -1.9 . 7 —3 • 8 1000 ,2 -3.0 . 1 5.3

5 -3.9 -1.9 , 5 —3.9 1500 -.0 -3.6 . 0 1 .

2

-3.6

-t.l -2.0 . 3 -4.1 2000 ,2 -3.9 .0 4 .

4

2.4

-4.1 -2.1 —4 .

8

-4.1 3000 -.3 -4.2 -.0 4 . 0 -1 .9

lO -3.5 -2.2 -2 .

1

-3.5 4000 -.6 -4.4 -. 1 3.1 -2.2

I5 -.1 -1.7 -.8 -.0 5000 -.5 -4.4 -, 1 4.3 -1.5

20 1.1 -1.2 -.6 1.1 6000 1 .

0

-4.5 -. 1 3.9 2.5

30 -.8 -2.4 -.3 - . 8 8000 2.1 -4 .

6

-.0 4.7 3.9

"0 -2.0 -4.9 -.0 -1 .

9

10000 ,9 -4.6 -.1 6.5 1.4

5o -2.6 -6.9 . 1 -2 .

5

15000 2.0 -4 . 7 -.1 4.5 2.7

bo -2.9 -8.1 .0 -2.7 20000 .1 -4.7 -.1 4.1 .1 80 -2.9 -7.3 -.2 -2.9 30000 -.3 -4.9 -. 1 4.5 -.3

100 -3.0 -7.7 .2 -3.0 40000 .4 -4.8 -.1 5.3 .5 150 -3.3 -8.1 . 1 -4.0 50000 -.0 -4.2 -.1 6.2 -.0 2O0 -3.3 -7.9 , 1 -5.4 60000 .7 -3.4 -.1 7.0 .7 300 -2.6 -7.2 . 1 -7.7 80000 1 .

1

-1.6 -. 1 8.5 1 .

1

100000 1.0 .5 -.1 9.8 1 . 1

TECH^4ETIUM energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD. -8.5 -.7 8.7 -8.5 400 -.5 -3.8 . 1 -2.9

1.5 -2.3 -.8 3.9 -2 .

3

500 - . 3 -3.2 . 2 -2.5

2 -1.0 -1.1 2 .

1

-1.0 600 - . 0 -2.4 . 1 -1.2

3 -3.2 -1.7 , It -3.2 800 . 1 -1.5 . 1 1.0

^ -5.0 -1.9 . 0 -5.0 1000 . 1 -.2 . 1 2.8

5

-14.'* -1.9 . 0 — 4.4 1500 — . u — . 9 . 0 — 1.4 -3.0 -4.2 -2.0 , 1 -4 .

3

2000 . 0 -1.2 . 0 1.6 - . 6

g -3.9 -2.0 . 3 -3.9 3000 - . 3 -1,5 - . 0 . 9 -2 .

1

10 -3.2 -2.1 . 5 -3.2 4000 - . 3 -1.7 -.1 -.1 - . 8

115 -.5 -1.7 . 3 -.4 5000 , 1 -1.8 - . 1 1.0 . 5 2o 2.3 -2.4 -.0 2.8 6000 1.9 -1.9 -. 1 . 6 4 • 5 3o -.2 -2.2 -•1 -.2 8000 2.9 -1.9 - . 0 1.5 5.3

to -1.3 -4.1 . 1 -1.2 10000 1.0 -2.0 -. 1 3.3 1.6

50 -1.6 -5.5 . 1 -1 .

5

15000 ,5 -2 .

1

-. 1 1.3 . 8 60 -1.5 -6.3 . 1 -1.3 20000 -1.6 -2.1 -.1 1.0 -1.9

So -.9 -5.5 -.1 -.6 30000 -.8 -2.2 -. 1 1.4 -.8

lOO -.3 -5.8 . 3 . 1 40000 .5 -2.2 -.1 2.3 . 5 IbO . 1 -5.9 . 1 .7 50000 -.1 -1.6 -.1 3.

1

- • 1 200 -.3 -5.5 .2 . 1 60000 . 4 -.8 -.1 4 . 0 • 5 30o -.7 -4.6 , 2 -1 .

8

80000 . 6 1.0 -.1 5.5 . 6 100000 0 B 3.2 1 6.7 0 8

44 RUTHENIUM

ENERGY COH INCOH. PHOTO ENERGY COH I NCOH

.

PHOTO PAIR

KEv TOTAL SCATT. SCATT

.

EFFECT KEV TOTAL SCATT

.

SCATT. EFFECT PROD

.

-7.0 -.5 12.3 -7.0 400 — .5 —2 .

2

, 2 —2 .

8

1.5 -1.6 -.7 4.6 -1.6 500 — .3 -1.7 . 1 — 2.9

2 -1.8 -1.1 . 3 -1.9 600 - . 2 — . 9 . 1 —2 . 1 3 -4.0 -1.7 - . 8 -4 .

0

800 . 0 ,2 - . 0 - . 4

14 -4.2 -1.9 -. 3 -4.2 1000 , 1 1,5 , 1 1.2

5 -3.7 -2.0 . 1 -3.7 1500 -.1 • 8 . 0 -2*5 -2.5

-3.8 -2.1 ,

l^ -3.8 2000 . 0 . 5 . 0 9 9 . 2

3 -4.0 -2.1 1 .

7

-4 .

0

3000 -.3 , 1. -.0 . 3 -1.9

lo -3.7 -2.2 1 .

5

•3.8 4000 -.3 -.1 -. 1 - . 5 - . 9 15 -1.3 -2.2 . 8 -1 .

3

5000 . i -.2 -.1 . 7 . 3 20 2.2 -2.4 .

i| 2.5 6000 1,9 -.2 -.1 . 4 4.3

30 -.0 -2.1 . 2 . 0 8000 2.9 - . 3 - . 1 1.3 5.3 0 -1.0 -3.7 . 3 - . 9 10000 1.1 — . 4 - . 1 0 . u 1.8

So -1.3 -4.6 . 3 -1 .

1

15000 . 5 — .5 -.1 1.0 e 7 60 -1.2 -5.1 .2 -1.0 20000 -2.0 -.5 -.1 .6 -2.5

60 -.6 -4.5 -.4 30000 -1.6 -.6 -.1 -1.8

100 -.1 -4.7 .3 .1 40000 -.3 -.6 -.1 1.8 -.4

150 .2 -4.5 .2 .7 50000 -.7 -.0 -.1 2.7 -.8

200 -.1 -4.0 .2 .2 60000 -.1 .8 -.1 3.5 -.1

300 -.6 -3.0 .1 -1.5 80000 .1 2.6 -.1 5.0 .1 100000 -.0 4.8 -.1 6.3 -.0
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BISGS 8 LIGHTHILL/ENOFB - 1)

z= t5 RHODIUM

enersy COM INCOH. PHOTO ENERGY COH INCOH. photo PAIR

KEv TOTAL scatt. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -16.6 -.4 28.6 -16.7 400 -.3 -.1 . 1 -1.9

1.5 -3.8 -.7 14.4 -3.9 500 -.1 • 6 • 1 -1.2

2 1.9 -1 .

5.7 2.0 600 . 1 1.3 . 1 -.4

3 3.5 -1.6 . 8 3.6 800 -.2 2.5 -.4 1.1

<+ -4 .

-1.8 «

-4 .

1000 . 1 3.7 . 0 2.0

5 -3.8 -2.0 . 5 -3.9 1500 - . 1 3.0 . 0 -2 .

—4 . 0 6 -t . 0 -2.1 . 8 -4.0 2000 . 2 2.6 . 0 . 7 3.1

8 -t . 2 -2.1 2 .

-4.2 3000 - . 4 2.2 -.0 - . 4 —2 .

1 0 -3.8 -2.2 1.0 -3.9 4000 - . 8 2.1 - . 1 -1.3 —2 • 7 15 — 1 . t —2 .

. 3 -1.3 5000 - . 9 1.9 — • 1 — «

— 2.2

1.8 —2 .

. 0 2.2 6000 . 8 1.9 — t 1 — . 5 1 * V

3o 1.7 -1.9 . 0 1.8 8000 2.1 I • 8 — »

. 4 3.8

, to — . 0 -3 . 0 .2 «

10000 1.1 1.7 — . 1 2.2 1.7

PO — . 6 -3 .

. 2 -.5 15000 2.0 1*6 — . 1 . 2 2.7

C^n bO — . 7 -3.7 . 1 -.5 "I n f\ n n - . 6 1.6 — . 1 -.1 — . 7 8o -.1 -3.2 - • 2 . 0 30000 -1.5 1.5 -.1 . 3 — 1.6

100 .u -3.1 .3 .7 40000 -.4 1.5 -, 1 1.2 -.5

Ibo .3 -2.7 .0 .7 50000 -.5 2.1 -.1 2.1 -.5

20o -1.0 -2.0 . 1 -1.7 60000 . 6 2.9 - . 1 2.9 • 6 3Po -.6 -1.0 .2 -2.0 80000 1.0 4.7 -.1 4.4 1*0 100000 . 3 7«0 -.1 5.7 • 3

Z- '*6 PALLADIUM

ENERgY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT

SCATT

EFFECT PROD • 1 -19.6 -.2 31 .

-19.6 400 - . 4 1.5 . 2 —2.6

i .5 -5.5 -.6 14.4 -5.5 500 - «

2.1 . 2 -2.5

2 .5 -1.0 5.2 .6 600 . 0 2.9 . 1 — 1.5

3 .3 -1.6 - . 3 . 3 800 . 2 4.1 . 0 1.0

I* -t.3 -1.8 -.8 -4 .

1000 . 2 5.4 . 1 3.5

5 -2.9 -2.0 -.3 -2 .

1500 . 0 4.7 . 0 -.5 ~ • 9

6 -2.8 -2.2 . 2 -2.8 2000 -.2 4.3 . 0 2.7 ~5 • 3

8 -3.5 -2.1 . 7 -3.5 3000 -.4 3.9 — ••0 1.5 "2 • ^ io -3.8 -2.1 . 7 -3.9 4000 .3 3.7

1

• 5 1*2

15 -2.H -1.9 . 2 -2.5 5000 1.2 3.6 "

1 3 n 2 2o 1.0 -2.4 . 0 1 .

6000 3.3 3.6

n 1.3 7 • i| 3o -1.3 -1.8 -.0 -1 .

8000 3.9 3.5 -.0 2.2 7 • 0 to -.3 -2.4 . 1 -.2 10000 1.0 3.4 ~*

1 4.0 1 A 30 .5 -2.7 . 2 • 5 15000 -1.9 3.3 -. 1 1.9 t • o 6o • 1.0 -2.7 • 1 1 .

20000 -4 . 0 3.3 -. 1 1.5 —U • 8

80- 1.8 -2.1 -.2 2.

30000 -.9 3.2

-ii 1.9 "1*0

100 2.1 -2.0 .3 2.5 40000 1.0 3.1 2.7 1,1 15o 1.5 -1.3 .1 2.2 50000 .2 3.8 -.1 3.6 • 2 20 0 .6 -.5 • 1 1 .

60000 . 3 4.6 -.1 4.5 • 3

30:0 -.3 .6 . 1 -1.3 80000 . 2 6.4 -.1 6.0 • 2 100000 1.1 8.6 -.1 7.3 1 • 2

t7 SILVER

COH INCOH. PHOTO ENERGY C OH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT

EFFECT KEV TOTAL SCATT. SCATT

EFFECT PROD

1 -11.1 -.4 19.0 -11.2 400 -.6 2.3 . 2 —3 .

1.5 -2.1 -.7 9 .

-2.1 500 -.2 2.8 • 1 -2.6

2 -l.t -1.0 4.2 -1 .600 . 1 3.5 . 1 - . 6

3 -1.9 -1.5 - . 0 -2.0 800 . 4 4.7 . 1 3.8

<+ -3.9 -1.7 - . 7 -3.9 1000 . 5 6.0 . 1 8.0

5 -2.5 -2.0 - . 2 -2 .

1500 . 1 5.3 . 0 3.9 ~2 • 2

6 -2.5 -2.1 . 3 -2.5 2000 . 1 4.9 . 0 7.3 ~1 • 5

8 -3.0 -2.0 . 8 -3.1 3000 -.3 4.6 — . 0 5.8 "2 • 2 10 -3.3 -2.1 . 7 -3.3 4000 -.1 4.3 - . 1 4.9 ~ • 3 l5 -2.2 -2.2 • 2 -2.2 5000 . 4 4.2 -.1 6.1 1 • 1 20 .t -2.2 . 1 . 6 6000 2.4 4.1 -.1 5.8 5 • 3 3o .5 -1.7 . 1 .5 8000 3.3 4.0 -.0 6.7 5*9

*»0 -.3 -2.1 . 2 -.3 10000 1 . 3 4.0 -.1 8.6 1*9 50 -.7 -2.2 . 2 - . 7 15000 -.2 3.9 -.1 60 5 " • 2 60 -.8 -2.2 . 1 -.8 20000 -2.5 3.9 -.1 6.0 — 3 • 1 So -.7 -1.7 - . 1 -.7 30000 -.8 3.7 -.1 6.5 •1*0

100 -.5 -1.5 .3 -.6 40000 1.0 3.7 -.1 7.4 1.1

150 -.8 -.7 .1 -1.0 50000 .6 4.3 -.1 8.3 .7 200 -1.0 . 1 . 2 -1.9 60000 1 .2 5.

-.1 9 • 2 1*3

3U0 -1.0 1.3 . 2 -3.4 80000 1.2 6.9 -.1 lO.fl 1 • 2 100000 1 . 1 9.1 -. 1 12.2 1*1

48 CADMIUM

energy COH INCOH

,

Photo ENERGY COH INCOH. photo PAIR

KEv TOTAL SCATT. SCATTEFFECT KEV TOTAL SCATT

SCATT

EFFECT PROD 0 1 -21.7 -.5 18.8 -21.8 400 -.4 2.8 . 1 -2 .

1.5 -2.8 -.6 9. 0 -2.8 500 -.2 3.5 . 1 -2.4

2 t.5 -.9 4.1 4 .

600 . 0 4 .. 1 -1.2

3 -1.9 -1.4 -. 3 -1.9 800 .3 5.4 . 1 1.0 -8.0 -1.7 -1.2 -8.0 1000 . 3 6.6 . 1 2.6

5 -5.6 -2.0 — . 7 -5.6 1500 . 0 5.8 . 1 — 1.3 "2 • 8

6 -t.S -2.1 . 0 —4 .

2000 . 2 5.5 . 0 1.8 2*0

9 -4.3 -1.9 . 9 -4.3 3000 -.4 5.1 — .0 . 2 ~2 • 0 10 -3.9 -2.0 . 8 -3.9 4000 -.6 4.9 -.1 - • 7 "1 • 8 15 -2.4 -2.0 . 1 -2.4 5000 -.5 4 .

-.1 .4 -1 • 2 20 -.5 -2.2 . 0 -.3 6000 1.2 4 .

-.1 . 0 2 • 7 30 -.5 -1.6 . 0 -.5 8000 2.3 4.6 -.0 . 9 4 • 1 to -1.7 -1.9 . 2 -1 .

10000 1.0 4 .

-.1 2.7 1*5

50 -2.0 -1.9 . 2 -2 .

15000 1 .4.4 -•1 . 7 1 7 60 -1.8 -1.8 . 2 -1.8 20000 -1.0 4.4 -.1 . 2 -1*2

So -1 .

-1.3 -. 1 -1 .

30000 -1.0 4.3 -.1 . 7 -1 • 2 lOo -.5 -1.1 . 4 -.6 40000 - . 3 4.2 -.1 1.5 " • 3 150 -.2 -.2 .1 -.3 50000 -.8 4.8 -.1 2.4 -.9

200 -.4 .7 .1 -.8 60000 -.2 5.6 -.1 3.2 -.2

300 -.6 1.9 .2 -2.3 80000 -.1 7.4 -.1 4.8 -.1 100000 -.5 9.6 -.1 6.1 -.5
TABLE 1 - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS S LIGHTHILL/ENOFB - 1)

Z= 19 INDIUM ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL 5CATT, SCATT. EFFECT KEV TOTAL scatt. SCATT. EFFECT PROD. -19.8 -.5 21 .7 -19.9 400 -.8 3.1 .1 -3.9

1.5 -8.9 -.6 10.8 -8.9 500 -.3 3.7 .0 -3.0

2 -U.7 -.9 5.2 -4.7 600 -.0 4.4 .0 -1.5

3 -3.3 -1.4 -.0 -3.4 800 .2 5.6 .0 1.2

(4 .10.0 -1.7 -1.2 -10.1 1000 .4 7.2 .1 3.4 -7.6 -1.9 -.8 -7.6 1500 .0 6.4 .0 -.4 -2.4

-5.7 -2.0 .0 -5.7 2000 .1 6.1 .0 2.8 -.9

6 -3.8 -1.8 1.0 -3.3 3000 -.4 5.7 -.0 1.0 -2.1

10 -2.9 -1.8 -.6 -2.9 4000 -.2 5.5 -. 1 . 1 -.5

15 -1.1 -1.7 -.7 -1.1 5000 .2 5.4 -.1 1.3 .5 20 .5 -2.1 -.5 .7 6000 2.0 5.3 -.1 .9 4.5

30 2.9 -1.7 -.2 3.0 8000 2.9 5.2 -.0 1.9 5.1

to .1 -1.9 .0 .2 10000 .9 5.1 -. 1 3.7 1.3

5o -l.U -1.8 .1 -1.4 15000 -.1 5.0 -.1 1.6 -.2

6o — 2.2 -1.7 . 1 -2.2 0 r> ft n —2 .

1

c3 • nu — . 1 1.2 -2.5

00 -2.6 -1.3 -.3 -2.7 30000 -.5 4.9 -.1 1.6 -.6

lOo -2.4 -1.0 .3 -2.7 40000 .7 4.6 -.1 2.4 .8 IbO -2.0 -.0 -.0 -2.7 50000 -.0 5.4 -.1 3.3 -.0

200 -1.8 .9 -.0 -3.0 60000 .3 6.2 -. 1 4.2 .3 300 -1.3 2.2 . 1 -3.8 80000 .3 8.0 -.1 5.7 .3 100000 .6 10.2 -.1 7.1 .6

z= 50 TIN ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -26.6 -.5 22.9 -26.6 400 -.2 3.1 .1 -1.6

1.5 -13.3 -.6 11.7 -13.3 500 .1 3.9 .1 -.6

2 -6.5 -.3 5.7 -6.5 600 .3 4.5 . 1 1.0

3 -2.3 -1.4 .4 -2.3 800 .5 5.7 .0 4.6

li . 1 -1.6 -.7 , 1 1000 .6 6.8 .1 7.7

5 -4.0 -1.9 -.3 -4.0 1500 .2 6.1 .0 3.9 -1.8

6 -2.8 -1.9 .4 -2.7 2000 .0 5.7 .0 7.3 -2.5

5 -2.7 -1.7 1.1 -2.7 3000 -.3 5.3 -.0 5.3 -2.2

10 -3.2 -1.7 -.5 -3.2 4000 .1 5.1 -.1 4.3 .3 15 -3.3 -1.2 -.6 -3.4 5000 .7 4.9 -.1 5.5 1.9

20 -l.B -2.0 -.3 -1.8 6000 2.9 4.9 -.1 5.

1

6.1

30 -.5 -1.7 -.2 -.5 8000 3.9 4.6 -.1 6.1 6.8

40 -.9 -1.9 -.0 -.9 10000 1.8 4.7 -.1 8.0 2.7

bo -1.1 -l.P .0 -1.0 15000 .2 4.6 -.1 5.7 .2 bo - . 9 -1.7 . 0 - . 9

n rt ft rt —2 .

2

4.6 ~ • J. 3 • J -2.6

60 -.4 -1.3 -.3 -.3 30000 -.7 4.5 -.1 5.7 -.7

lOo . 1 -.9 .2 .2 40000 .6 4.4 -.1 6.6 .6 150 .3 .0 -.0 .4 50000 -.3 5.0 -.1 7.5 -.3

200 .0 .9 -.0 -.1 60000 .1 5.7 -.1 fl.4 .1 3U0 -.3 2.2 .1 -1.2 BOOOO .2 7.5 -.1 10.0 .2 100000 .9 9.7 -.1 11.4 1.0

Z-; 51 ANTIMONY

energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -19.3 -.5 24.3 -19.3 400 .4 3.3 .2 .7 1.5 -9.2 -.6 12.0 -9.2 500 .4 4.0 . 1 .8

2 -3.8 -.8 5.1 -3.8 600 .3 4.6 .1 .9

3 -.2 "1.3 -.5 -.2 800 .2 6.1 . 1 .3

14 -3.0 -1.6 -1.4 -3.0 1000 . 1 6.9 . 1 -1.6

5 -1.6 -1.8 -.8 -1.5 1500 -.1 6.

1

.0 -5.2 -1.1 -2.2 -l.q . 1 -2.1 2000 -.2 5.7 .0 -2.0 -3.3

s -3.6 -1.8 1.1 -3.6 3000 -.5 5.3 -.0 -3.8 -2.3

10 -4.3 -2.0 .9 -4.3 4000 .1 5.1 -. 1 -4.6 .6 15 -3.8 -3.2 .1 -3.8 5000 .8 5.0 -.1 -3.4 2.1

20 -1.3 -1.9 . 1 -1.3 6000 2.9 4.9 -.1 -3.8 6.2

30 4.6 -1.8 .0 5.5 8000 3.6 4.8 -.0 -2.8 6.3

"0 -2.4 -1.R .1 -2.4 10000 1.1 4.7 -.1 -1.1 1.7

50 -4.6 -1.7 .1 -4.7 15000 -1.1 4.6 -.1 -3.1 -1.4

60 -5.3 -1.6 . 1 -5 .

5

^UUuU 0 ft ft n n —3 .

0

4.6 - . 1 — 3.6 —3.6

60 -4.8 -1.2 -.2 -5.1 30000 -.4 4.5 -.1 -3.2 -.4

lOo -3.6 -.9 .4 -4.0 40000 1.1 4.4 -.1 -2.4 1.3

150 -1.2 • 1 .1 -1.5 50000 .2 5.0 -.1 -1.5 .2 200 .0 1.0 . 1 -.1 60000 .3 5.7 -.1 -.7 .4 300 .5 2.3 .1 .7 80000 .1 7.5 -.1 • 8 .2 100000 .8 9.6 -.1 2.1 .8

Z:: 52 TELLURIUM

ENERGY COH INCOH, PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -24.2 -.5 36.0 -24.2 400 .1 3.2 .1 -.5

1.5 -8.9 -.6 18.0 -8.9 500 .1 3.9 .0 -.6

2 -4.7 -.8 8.7 -4.7 600 .1 4.6 .0 -.1

3 -3.3 -1.4 1.1 -3.3 800 .2 5.7 .1 .4

i| -3.7 -1.6 -.5 -3.7 1000 .2 7.1 . 1 .4

5 -5.6 -1.7 -.3 -5.6 1500 -.1 6.4 .0 -3.3 -2.5

6 -3.6 -1.8 .4 -3.6 2000 -.0 6.0 .0 -.2 -.9 -2.7 -1.7 1.1 -2.7 3000 -.5 5.6 -.0 -1.9 -2.3

lo -2.8 -1.7 -.2 -2.8 4000 -.4 5.4 -.1 -2.8 -.9

15 -2.9 -2.1 -.7 -3.0 5000 -.0 5.3 -.1 -1.6 .0 20 -2.0 -1.9 -.5 -2.0 6000 i.e 5.2 -.1 -2.0 3.9

30 1.8 -1.9 -.2 2.3 8000 2.6 5.1 -.1 -1.0 4.5

40 .3 -1.9 .0 .3 10000 .6 5.0 -.1 .8 1.0

50 -.6 -1.8 .1 -.6 15000 -.3 4.9 -.1 -1.3 -.3

60 -.9 -1.7 .1 -.9 20000 -2.1 4.9 -.1 -1.8 -2.5

80 -.6 -1.3 -.3 -.6 30000 -.7 4.6 -.1 -1.4 -.8

IOq .1 -1.0 2.1 .0 40000 .4 4.7 -.1 -.6 .4 15o .7 .0 -.0 1.0 50000 -.4 5.2 -.1 .3 -.4

2O0 .7 1.0 -.0 1.0 60000 -.0 6.0 -.1 1.1 -.0

300 .2 2.3 .1 .2 80000 .1 7.7 -.1 2.6 .1 100000 .5 9.8 -.1 3.9 .5
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS a LIGHTHILL/ENDFB - 1)

Z: 53 IODINE ENERGY COH INCOH. Photo ENERSY COH INCOH. PhOTO PAIR

KE V TOTAL SCATT. SCATT

EFFECT KEV TOTAL scatt. SCATT. EFFEC T PROD

1 -20 • 4 -.4 35. 2 -20.4 400 -.6 3*8 . 1 -2 .

1 • 5 -1 3 • i — . 6 17.7 -13» 1 500 - • 2 4ft 5 • 1 -2.2

2 —y • u — . 9 8.9 -9 • 0 600 . 0 5ft 2 . 1 — 1 • 4

5 — 1.4 1.6 -6 • 5 800 • 2 6ft 3 . 0 « 4

4 "8 »

1 . -> — . 0 —8 • 3 1000 • 3 7.3 1 5 — 5 • 2 — 1 — . 0 "5 • 2 1500 — . 0 7.0 . 0 —3 * 0 6 -3 ,

— 1.7 . 6 "3 • 4 20 0 0 • 2 6 ft 6 . 0 1.1 1.0 -1,9 — 1.7 1.2 • 1 Q 3000 — • 4 6 • 2 — . 0 — . 5 -2 ft 0

1 n *1 »

— 1.6 • o

*• 1 li 1 • H 4000 — • 5 6 ft 0

. — 1.4 -1 ft 4

1 c; "1 • 1 —2 .

— _ 1 M 1 n 5000 — * 4 5 ft 9 — . 2 — ft 3

<- u - • 7 — 1.8 . 1 • D 6000 1.4 c; . fl 3 • 0 ' . 5 3.1

JU"^n • 3 — 1 7 — . 1 • 5 8000 C.J D • # 4.2

Un*+u — 1 • 4 — 1 . ^ . 0 "1 • 4 10000 . 9 3 ft » -* 1 c . 0 1.4

SnJU "2 • 3 — 1 4 . 1 •"2 • 3 15000 . 8 3 ft 0 I 1 « 1 1 ft 0 60 -2.6 -1.3 .1 -2.7 20000 -1.3 5.5 -!i -.4 -1.5

80 -2.7 -.8 -.2 -2.8 30000 -.8 5ft4 -.1 -ft9

1 0 0 -2.4 -.6 • 3 —2 • 7

iiHUn n n n u u u 5 ft 4

1 t,n i -1.7 .5 • 0 -2.2 50000 — • 5 5ft 3

-* 1 '1 1 ft 6 ft 3

2 0 0 -1.3 1.5 ~ • 0 —2 .

60 000 • 2 6 • 6 "* 2.4 ^ 2 30 0 -.9 2.6 • 1 -2 • 5

Q n n n n oOu UU ft 6 8 ft 3 "*

1 4 ft 0 . 6 100000 * 3 10 1

-. 1 5 • 3 ft 3

Z:: 54 XENON ENERGY COH INCOH

PHOTO ENERGY COH I NCOH

PHOTO PAIR TOTAL SCATT. SCATT » EFFECT KEV TOTAL SCATT

SCATT

FPcrr T PROD *

1 -13.0 -.4 2 0 • 6 -13.0 400 . 5 4 ft 3

1 . 1 ^"7

1 • o -9.9 -.6 9 • 5 —9 • 9 500 . 3 5*1 ft 0

2 -5.5 -.9 H • X -5.5 buu • c

3 -3.3 -1.5 • 6 —3.3 800 . 2 7 ft 2 . 0 -5.8 -1.5 ~ • 5 —5 • 9 1000 . 2 — ft 4

5 -2.3 -1.5 • 3 —2 • 3 1500 — . 1 7 ft 5 — J ft 0 — 3 ft 5

6 -5.3 -1.7 • 3 —5 .

2000 « 3 7 ft 1 . 0 — ft 6 4 ft 0

B -3.9 -1.6 1 • 0 —3 • 9 3000 — ft 4 b ft / — . 0 — 2 ft 1 — 1 ft 8

A1 nU -3.6 -1.5 • 9 -3 • 6 4000 -1 ft 0 6 ft 5 ! — C ft *7 —2 ft 7 -2.S -1.8 • 2 —2 • 8 5000 — 1 ft 2 6 ft 3

I* 1 — 1 ft 7 —2 ft 7

? n -1.4 -1.8 • 2 -1.4 6000 * 4 6*3 »o— n • u 1.0

JU 1.9 -1.6 • 1 2.3 8000 1.6 6*2 1 — 1 1 2 ft 7 1.9 -1.3 f 2 2.0 10000 ft 7 6 ft 1

1 • 7 1 ft 0 Sn .4 -1.1 • 2 . 4 15000 1 ft 9 6 ft 0 — 1 ft 6 2.5

60 -.3 -.9 .2 -.3 20000 -.3 6.0 -!i -2.1 -.4

80 -.5 -.4 -.3 -.5 30000 -1.3 5.9 -.1 -1.8 -1.5

1 u u -.0 -.1 • 3 - . 1

ii r\ r\ f\ t\ 4U U U U -ft 8 5 ft 8 " — 1 ft 1 — ft 9 i5o .9 1.0 - • 0 1*0 50000 -1 ft 1 6 ft 3 — ft c _— 1 1 1 ft 1 u u 1.1 2.0 — t 0 1 • 5 60000 • 0 7.0 ~*

1

ft 6 ft 0 o u u .8 3.3 • 0 1 • 3

0 n n n n

ft 9 8.7 2*0 1 n J. ft u 100000 1.0 10.8 -.1 3 ft 3 1 ft 1

Z - 55 CESIUM -' FNJfftr V COH INC Oh • PHOTO ENERGY COH INCOH. Photo PA I

KEy TOTAL SCATT. ATT EFFECT KEV TOTAL SCATT

c r A TT Cr r C V, 1 PROD

1 -5.4 -.5 1*1 — 5 • 4 400 ft 5 4.9 . 0 ft 6

1 • 0 .17.8 -.8 3 • 1 — 1 7 • 8 500 . 3 5.7 . 0 ft 3

2 -12.8 -1.2 C* c. — 12.8 600 . 3 6.5 . 0 ft 2

3 -9.0 -1.5 • 5 -9* 0 800 . 3 7.4 . 1 ft 3

4 -8.1 -1.3 6 —6.2 1000 ft 2 8.8 . 1 - ft 1 -8.7 -1.4 "•5 —8 . 8 1500 — . 1 fl ft 0 . 0 -3*6 —4 • 1 b -6.0 -1.6 • 0 -6*0 2000 ft 5 7 ft 6 . 0 — ft 5 6 ft 0 B -2.4 -1.7 • fl -2 • 4 3000 - • 3 7 ft 2 -.0 -2 ft 0 — 1 ft 2

1 n -1.3 -1.5 • 8 — 1.3 4 0 00 — 1 ft 1 7.0 — 2 ft 8 — 0 . 1

1 c * D -.9 -1.4 • 1 - • 9 50 00 -1 ft 5 6.9 -1*6 — 3 . J ?n«-u -.8 -1.7 • 0 — . 8 6000 — ft 1 6.8

~*

1 — 2 • 0 — ft 0

•^U .4 -1.4 • u . 6 8000 1.2 6*7 I 1 -1.0 2 ft 1 1.2 -1.0 • 2

1 5 1 n n n 1 u u u u ft 7 6*7 ft 8 1.0

Sn .2 -.7 2 ^ 2 15000 3 ft 0 6*6 1*1 — 1 ft 6 3.8

60 -.2 -.5 .1 -.2 20000 ft9 6.6 -!i -2.1 1.1

80 -.2 .1 -.3 -.2 30000 -ftS 6.4 -.1 -1.8 -ft9

1 0 0 .3 .4 • 3 • 3

ii n n n n U U u u — ft 7 6.4 - . 1 — 1 ft 0 — ft 8

1 5o 1.0 1.5 " • 0 1*2 50000 -1.1 6.8 -. 1 — ft 2 — 1.2 20o 1.2 2.5 1 1 .5 60000 ft U 7.6 -. 1 • 6 • 0 300 .8 4.0 0 1*2 60000 1 ft u 9.3 2 ft 1 1.0 100000 .9 11.3 -. 1 3.3 ft 9

z= 56 BARluM

c MC D r V COH INCOH

PHOTO ENERGY COH I NCOH

Photo PAIR

k r 11 r\ L V TOTAL SCATT. Cr A TT EFFECT KEV TOTAL SCATT

SCATTEFFECT PROD ft

1 -16.8 -.7 -4.1 — 16.8 400 • 7 5.8 . 0 1 0 2

1 1 3 -21.^1 -.9 —2 1.1 500 . 5 6.4 . 1 ft 9

2 -13.0 -1.1 1 1 — * J • U buu • 4 7.2 . 1 . 7

3 -5.8 -1.4 —5 . 9 800 . 3 6.5 . 1 ft 1 4 -4.5 -1.4 • ^ —4 • 5 1000 ft 1 9.6 . 1 — 1 ft c

5 -6.8 -1.4 -•4 —6 • 9 1500 — 0 2 8.9 . 0 — 4 .

""3.9

6 -6.1 -1.6 - • 1 — 6 • 1 2000 • 4 8.5 — . 0 -1 ft 5 4 ft 8

8 -1.6 -1.8 • b -1.6 3000 -ft 4 6.1 -.1 -2 ft 9 — 1 ft 6 lO -.5 -1.8 -.5 4000 -1.0 7.9 -.2 -3 • 7 — 2 ft 8 15 -1.0 -2.2 • ^ -1.0 5000 -1.3 7.7 -.1 -2 ft 5 —2 * 9 2o -1.8 -1.7 -•0 -1 • 8 6000 • 3 7.6 -.1 -2.9 ft 8 3o -1.9 -1.2 1 -2 .

8000 1.3 7.5 -. 1 -1 .

3.0

40 .0 -.7 • 1 • 1 10000 1 .2 7.6 -. 1 •1 1 ft 8 50 -1.5 -.3 ' ^ -1 • 6 15000 3*2 7.4 -. 1 -2.5 4 ft 1 60 -2.1 -.0 -2 • 2 £0000 1 • 0 7.4 — . 1 -3 0 1 • 2 80 -1.9 .7 -.3 -2.1 30000 -.4 7.3 -.1 -2.8 -.4

lOo -1.1 1.0 • 4 -1.3 40000 .0 7.2 -.1 -2.0 .0 150 .5 2.1 -.0 .6 50000 -.3 7.6 -.1 -1.2 -.3

200 1.2 3.2 -.0 1.4 60000 .9 8.4 -• 1 -.4 .9 300 1.1 4.7 • 0 1.7 80000 lft7 10.0 -.1 1.0 1.8 100000 lft4 12.1 -.1 2.3 1.5
TABLE I - cont. PHOTON CROSS SeCTIoN COMPARISON

100*( BIGSS 8 LIGHTHILL/ENDFB - 1)

2= 57 LANTHANUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -17.5 -.8 -7.6 -17.5 400 .4 5.1 .1 • 1 1.5 -2'*.

9

-.9 -2.1 -24.9 500 .3 5.9 .1 .0

2 -16.5 -1.1 .4 -16.6 600 .3 6.6 .1 .2

3 -7.4 -1.5 1.2 -7.5 800 .2 7.8 .0 .3

t -4.7 -1.5 .8 -4.7 1000 .2 9.1 .1 -.0

5 -6.6 -1.4 .6 -6.8 1500 -.2 8.3 .0 -3.4 -4.1

6 -1.1 -1.5 .8 -1.1 2000 .5 7.9 -.0 -.3 5.7

8 -1.8 -l.fl 1.4 -1.8 3000 -.3 7.5 -.1 -1.6 -1.2

10 -1.9 -1.9 4.6 -1.9 4000 -1.1 7.3 -.2 -2.4 -2.8

15 -2.6 -2.4 2.9 -2.6 5000 -1.5 7.2 -.1 -1.1 -3.3

20 -2.4 -1.7 :«9 -2.4 6000 .1 7.1 -.1 -1.5 .3

30 .1 -1.3 .7 .2 6000 1.3 7.0 -.1 -.5 2.3

•+0 -.1 -.9 .5 -.1 10000 .7 7.0 -.1 1.3 1.1

50 -1.4 -.6 .4 -1.4 15000 2.7 6.9 -1.1 3.5

DU • • 3 . 3 _ 1 o 20000 . 6 6.8 -.1 -1.7 . 7 80 -1.7 .3 -.2 -1.8 30000 -1.0 6.7 -.1 -1.4 -1.1

100 -1.0 .6 .4 -1.2 itOOOO -.8 6.6 -.1 -.7 -.8

150 .1 1.7 .0 .1 50000 -1.1 7.0 -.1 .2 -1.2

200 .6 2.7 -.0 .6 60000 -.0 7.8 -.1 1.0 -.0

300 .6 4.1 .0 .6 80000 .7 9.5 -.1 2.4 .7 100000 .2 11.5 -.1 3.7 .2

Z: 58 CERIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -19.3 -.9 -12.9 -19.3 400 1.0 4.2 .0 2.1

1.5 -21.4 -1.2 -6.4 -21.4 500 .7 4.9 .0 1.6

2 -14.3 -1.7 -2.5 -14.3 600 .5 5.6 .0 1-2

3 -8.2 -2.4 -.1 -8.2 800 .3 6.8 .1 .1

4 -6.2 -2.6 .3 -6.3 1000 .1 7.9 .0 -1.7

5 -6.3 -2.5 .2 -6.t 1500 -.3 7.1 .0 -5.0 -3.4

6 .4 -2.5 .4 .5 2000 .5 6.7 -.0 -1.8 6.3

8 -2.6 -2.6 1.0 -2.6 3000 -.3 6.3 -.1 -2.9 -.7

10 -1.4 -2.3 4.5 -1.4 4000 -1.0 6.1 -.2 -3.5 -2.4

15 -1.9 -1.9 3.2 -1.9 5000 -1.3 6.0 -.1 -2.2 -2.7

20 -2.6 -2.0 2.1 -2.7 6000 .4 5.9 -.1 -2.5 .9 30 -2.1 -1.7 .8 -2.2 8000 1.9 5.8 -.1 -1.5 3.2

to .7 -1.4 .5 .9 loono 1.5 5.8 -.1 .4 2.2

50 -2.9 -1.2 .4 -2.9 15000 3o5 5.7 -1-9 4.5

60 -3.0 -1.0 . 3 — 3.1 2000 0 5.7 -*1 -2 . 5 1 . 3 80 -2.3 -.4 -.2 -2.5 30000 -.9 5.6 -!i -2.2 -.9

lOo -1.2 -.2 .4 -1.4 40000 -.6 5.5 -.2 -1.4 -.6

150 .7 .8 -.1 .8 50000 -.8 5.6 -. 1 -.6 -.8

200 1.5 1.7 -.1 1.9 60000 .4 6.6 -. 1 .2 .4 300 1.5 3.1 .0 2.5 80000 1.1 6.2 -.1 1.6 1.1 100000 .4 10.2 -.2 2.9 .4

Z:: 59 PRASEODYMIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -19.7 -.7 -15.2 -19.7 400 .0 3.3 -.0 -.4

1.5 -22.0 -.8 -8.9 -22.1 500 .1 4.1 .0 -.6

2 -17.4 -1.0 -5.0 -17.4 600 .1 4.8 .0 -.5

3 -12.8 -1.4 -2.5 -12.9 800 .2 5.9 .1 -.2 -10.6 -1.4 -1.9 -10.7 1000 .2 7.2 .0 -.5

5 -9.2 -1.5 -1.7 -9.3 1500 -.2 6.4 .0 -3.7 -3.9

6 -.5 -1.7 -1.2 -.5 2000 .5 6.0 -.0 -.5 6.4

8 -3.8 -1.8 -.2 -3.9 3000 -.4 5.6 -.1 -1.7 -1.3

10 -1.6 -1.7 3.7 -1.6 4000 -1.3 5.4 -.2 -2.4 -3.4

15 -.6 -.8 2.7 -.7 5000 -1.8 5.3 -.1 -1.2 -4.0

20 -.8 -l.R 1.8 -.8 6000 -.3 5.2 -.1 -1.6 -.5

30 -.2 -1.6 .6 -.1 8000 1.1 5.1 -.1 -.7 1.8

•o 1.6 -1.7 .5 2.0 10000 .8 5.0 -.1 1.1 1.2

50 .2 -1.6 .4 .2 15000 3.4 5.0 -.1 -1.4 4.4

60 -.2 -1.5 .3 — . 1 20000 1.4 0 9 — . 1 —2 »

0

1.7

80 -.2 -.9 -.3 -.2 30000 -.5 4.6 -.2 -1.8 -.6

100 .2 -.7 .4 .2 40000 -.4 4.7 -.1 -1.1 -.4

150 .7 . 1 -.1 .8 50000 -.6 5.1 -.2 -.3 -.7

200 .6 1.0 -.1 .8 60000 .5 5.8 -.2 .5 .6 300 . 3 2.4 .0 .2 80000 1.2 7.4 -.2 1.9 1.2 100000 .4 9.4 -.2 3.2 .4

Z : 60 NEOOYMIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 16.7 -.7 -15.1 16.7 400 -.4 2.4 .1 -1.5

1.5 -25.5 -.8 -9.0 -25.5 500 -.2 3.1 .1 -1.4

2 -19.5 -1.0 -5.1 -19.5 600 .0 3.8 .1 -.8

3 -13.7 -1.4 -2.5 -13.8 800 .3 5.0 .1 .2

1+ -10.7 -1.4 -1.8 -10.8 1000 .2 6.2 .0 .6

5 -9.0 -l.S -1.6 -9.1 1500 -.2 5.4 -.0 -2.8 -2.9

6 -8.1 -1.7 -1.2 -8.3 2000 .1 5.0 -.0 .3 1.2

8 -4.0 -2.0 -.2 -4.0 3000 -.5 4.6 -.1 -1.0 -2.1

10 -2.2 -2.0 3.5 -2.2 4000 -.7 4.4 -.2 -1.8 -1.7

15 -1.6 -2.1 2.5 -1.6 5000 -.6 4.3 -.1 -.5 -1.1

2o -1.5 -1.8 1.7 -1.5 6000 1.3 4.2 -.1 -1.0 2.7

30 .1 -1.7 .6 .3 8000 2.5 4.1 -.1 -.0 4.1

"0 3.1 -2.0 .5 3.8 10000 1.1 4.0 -.1 1.8 1.7

50 -.3 -2.1 .4 -.3 15000 1.1 3.9 -.2 -.7 1.4

60 -.5 -2.1 .2 -.5 20000 -1.2 3.9 -.2 -1.4 -1.3

80 -.3 -1.5 -.2 -.3 30000 -.8 3.8 -.2 -1.2 -.9

100 .0 -1.4 .4 .1 40000 .4 3.7 -.2 -.5 .5 150 .3 -.7 -.0 .4 50000 .1 4.1 -.2 .3 .2 200 .0 , I -.1 .1 60000 1.0 4.8 -.2 1.1 1.1 300 -.4 1.4 .1 -1.0 80000 1.3 6.4 -.2 2.6 1.4 100000 l.U 8.3 -.2 3.9 1.1
TABLE I[ - cont. P H 0 T 0 N C ROSS S F C T I 0 N C 0 M P A R I S 0

ion*( Biess s lighthill/enofb - 1)

Z = 61 PROMETHIUM

ENEKgY COH INCOH. PHOTO ENERSY COH INCOH, Photo Pair TOTAL scatt. SCATT. EFFECT KEV TOTAL scatt. SCATT. EFFECT PROD

1 -23.5 -.6 -13.2 -23.5 400 .2 1.4 -.0 . 3

1 • 5 -25.5 -.8 -7.6 -25.5 500 .1 2.2 -.0 -.2

2 -20.0 -1.0 -4.2 -20 .600 .1 2.9 . 0 -.4

3 -13.9 -1.3 -2 .

-14.0 SOO o2 3.9 . 2 -.4

4 -10.9 -1.4 -1 .

-11.0 1000 • 0 5.1 . 0 -.8

5 -9.1 -1.4 -1.4 -9.3 1500 -•3 4.4 -.0 -4 . 0 -2.4

6 -8.1 -1.6 -1.1 -8.2 3000 — .1 4.0 -.0 -.9 - . 6

8 -4.5 -1.9 — . 2 -4 .

3000 •6 3.6 - «

-1 .

—2 .

lO -3.7 -1.8 3.0 -3.7 4000 " • 4 3.4 -.2 -2.5 - . 8 I5 -2.5 -1.0 2.2 -2.6 5000 • 0 3.3 - . 1 -1 .

. 2 20 -1.3 -1.7 1.5 -1.3 6000 2.0 3.2 -.1 -1.6 4.1

3o 1.1 -1.8 . 5 1.3 8000 3.1 3.

-.1 -.7 5.1

"O 2.6 -2.3 • 4 3.3 10000 1.4 3.1 -.1 1.2 2.0

5o -.2 -2.6 • 3 -.2 15000 . 3 3.0 -.2 -1 .

. 4 60 — . 5 —2 . 7 . 2 — . 4

0 n n n rt d U U U u —2 • 0 2.9 -.2 -2.0 -2.3

yo -.5 -2.1 -.3 -.3 30000 -1.2 2.6 -.2 -1.9 — 1.3

lOo -.1 -2.1 .4 .0 40000 .1 2.8 -.2 -1.2 . 1 1 bo .7 -1.5 - . 1 . 9 50000 — . 4 3.1 -.2 - . 4 - . 5 2O0 .8 -.8 -. 1 1.2 60000 • 1 3.7 - . 2 . 4 . 1 300 .5 .5 -.0 • 9 80000 .2 5.3 -.2 1.8 .2 100000 . 1 7.2 -.2 3.1 .1

Z:: 62 SAMARIUM

COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT

EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -22.8 -.6 -10.5 -22 .

400 . 2 2.3 - « 0 . 3

1 -24.1 -.7 -5.5 -24. 1 500 . 1 3.0 . 0 - . 2

2 -20.9 -.9 -2.6 -20.9 600 . 1 3.8 . 0 — . 2

3 -14.1 -1.3 - . 6 -14.2 800 . 2 4.9 . 1 - . 2

4 -10.7 -1.4 -.3 -10.8 1000 . 1 6.0 . 0 -.8

5 -8.6 -1.4 - • 5 -8.7 1500 -.3 5.3 -.0 -4.0 -2.1

6 -7.3 -1.6 - . 5 -7.4 2000 -.0 4.9 - . 0 - . 9 . 1 8 -5.3 -1.8 - • 1 -5" 3 3000 - . 6 4.5 - . 1 -2.0 —2 . 0 lo -2.3 -1.8 2.5 -2.3 HOOO -.5 4.3 - . 2 -2.7 -.9

I5 -.9 -1.3 2.0 -.9 5000 -.1 4.2 - . 1 -1.4 - . 0 2o -1.2 -1.8 1 .5 -1 .

6000 1.9 4 .

-.1 -1.8 3.9

30 -1.0 -1.4 . 7 -1.0 8000 3.

4.0 -.1 - . 9 5.0

.3 -1.9 . 5 .5 10000 1 .

3.9 -. 1 1.0 2.2

bo -1.1 -2.2 . 4 -1 .

15000 .9 3.8 -.2 -1 .

1.2

bO -.7 -2.2 « 3 -. 7 20000 -1.2 3.8 -.2 -2.3 -1.3

80 .2 -1.4 -.3 .3 30000 -.3 3.7 -.2 -2.1 -.3

1 0 0 1.1 -i.4 .4 1.2 40000 .9 3.6 — .2 -1.4 1.0

15o 1.9 -.8 -. 1 2.3 50000 .4 3.9 -.2 -.6 . 5 2O0 1.6 .0 -.1 2.3 60000 1.0 4.6 -.2 . 1 1.1 300 .8 1.3 . 0 1 .

80000 1.1 6.2 -.2 1.6 1.1 100000 • s 8.1 -.2 2.8 .8

Z:: 63 EUROPIUM

COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT

SCATT. EFFECT PROD.

1 -23.4 -.6 -3 .

-23.5 400 - . 0 - . 7 . 0 . 1

1 »

-25.9 -.8 - . 7 -26.0 500 -.1 . 0 . 0 - . 2 2 -23.5 -.9 .6 -23.6 600 . 0 .6 . 1 - . 2

3 -16.1 -1.3 . 9 -16.2 SOO . 1 1.8 • 1 -. 1 -12.0 -1.4 . 5 -12.

1000 . 0 2.8 . 0 -.5

5 -9.2 -1.5 . 1 -9 .1500 -.3 2 .

- . 0 -3.8 -2.6

6 -7.4 -1.7 . 0 -7.5 2000 . 1 1.7 -.0 -. 7 1.4

8 -5.6 -1.9 . 3 -5.6 3000 -.5 1 .

-.1 -1.7 — 1.7

10 -3.7 -2.2 . 6 -3 .

4000 -.6 1 .

- • 2 -2 .

— 1.2

I5 -1.5 -3.1 . 5 -1.5 5000 -.4 1.0 -.2 -1.2 -.6

20 -1.2 -1.8 . 0 -1.2 6000 1.6 .9 - . 1 -1 . 5 3.2

30 -l.O -1.9 -.1 -.9 8000 2.8 • 8 -.1 -.6 4.6

40 -.3 -3.0 • 1 . 0 10000 1.5 .7 -.2 1 .

2.2

50 -1.2 -3.7 . 2 -1 .

15000 1.4 .6 -.2 -1 . 3 1.7

DO -1.2 -4.1 . 1 -1.1 20000 -.9 .6 - . 2 -2.0 -1.1

80 -.7 -3.4 -.3 -.6 30000 -.9 . 5 -.2 -1.9 -.9

lOo -.0 -3.6 .4 .1 40000 .2 . 4 -.2 -1 .2 . 2

1 5o .8 -3.3 - . 1 1.2 50000 - . 2 . 7 -.2 -.5 - . 2 2O0 .8 -2.7 -. 1 i.3 60000 .5 1.3 -.2 . 3 . 5 300 .3 -1.6 -.0 . 7 80000 . 7 2.6 -.2 1.7 .8 100000 .4 4.7 -.2 3.0 .4

Z:I 64 GADOLINIUM

ENER3Y COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATTEFFECT KEV TOTAL SCATT

SCATT. EFFECT PROD

1 -21.6 -.6 -2.4 -21.6 400 .7 -1 .

-. 0 1 .

1.5 -11.4 -.7 .8 -11.4 500 .6 -.5 -.0 1.9

2 -20.8 -.9 2.1 -20.9 600 . 5 .3 -. 0 1.8

3 -14.0 -1.3 2.3 -114 .

800 . 3 1.3 . 1 1 .

1+ -10.1 -1.4 1.7 -10.1 1000 -.0 2.2 . 0 -.8

5 -7.6 -1.4 1.2 -7.8 1500 -.4 1.5 -.0 -4. 1 -2.7

6 -6.3 -1.5 1.1 -6.4 2000 • 0 1 .

- . 1 -1.1 1.6

8 -4.1 -1.7 1 .2 -4.1 3000 -.6 . 7 -.1 -2.0 -2.2

lo -3.9 -1.8 2.6 -3.9 4000 -.9 . 5 -.2 -2.8 -2oO

15 -1.5 -1.3 1.8 -1.5 5000 -.8 .4 -.2 -1.5 -1.5

2o -1.2 -1.7 1.2 -1.2 6000 1.1 .3 -.2 -1 .

2.3

30 -1.0 -1.9 .5 -1.0 8000 2.3 .2 -.2 -.9 3.8

40 -.6 -3.2 .5 -.3 10000 1.2 .2 -.2 .9 io8

50 .0 -4.0 .4 .6 15000 1.5 . 1 -.2 -1.7 2.0

60 -3.5 -4.5 .2 -3.5 20000 -.6 . i -.2 -2.5 -.7

80 -3.1 -3.7 -.3 -3.1 30000 -.7 -.0 -.2 -2 .

-.7

lOo -2.5 -3.9 .5 -2.5 40000 .3 — * i -.2 -1.7 . 4 15o -1.0 -3.7 -.1 -.9 50000 -.0 . 1 -.2 -.9 -.0

2O0 -.0 -3.2 -.2 .3 60000 .B .8 -.2 -.2 . 8 300 .8 -2.0 .0 1.5 80000 1.0 2.3 -.2 1.3 1.1 100000 .5 4.1 -.2 2.5 • 5
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS 8 LIGHTHILL/ENDFB - 1)

ENERGY COH I NCOH c PHOTO ENERGY COH INCOH. photo Pair

KEv TOTAL scatt. SCATT, EFFECT KEV TOTAL scatt. SCATT. EFFECT PROD.

11 -23.9 -.6 -3.5 -24.0 400 , 1 -2.0 -.0 .5

1 • 5 -10 . t -.7 . 3 -10.4 500 . 0 -1.3 -.0 .3

2 -2t . 2 -.8 2.0 -24 »

2

600 . 0 -.6 .0 .2

3 -16.3 -1.2 2.7 -16o4 800 .1 .4 .1 -.0 -12.1 -1.1* 2.2 -12.2 1000 -.1 1.3 .0 -1.0

^ -9.2 -1.5 1 .

7

-9.4 1500 -.4 .6 -.0 -4.2 -3.5

-7.3 -1.6 1.4 -7.4 2000 .2 .2 -.1 -1.2 3.4

8 -li.S -1.8 1.4 -4.5 3000 -.5 -.1 -.1 -2.1 -1.7

10 -5.5 -2.0 2.1 -5.6 4000 -1.0 -.3 -.2 -2.8 -2.3

15 -2.t -1.7 1.6 -2.4 5000 -1.1 -.5 -.2 -1.5 -2.2

20 -1.9 -1.8 1.2 -1.9 6000 .6 -.5 -.2 -1.9 1.3

30 -1.6 -1.9 .5 -1.6 8000 1.9 -.6 -.2 -.9 5o 1 to -i . 1 -3.1* .5 -.9 10000 1.0 -.7 -.2 1.0 1.5

bo -.3 -4.5 .4 .2 15000 2.0 -.8 -.2 -1.7 2.5

-5.1 .3 -.2 20000 -.0 -.8 -.2 —2 . 4 • 0 ao .5 -4.2 -.3 .7 30000 -.4 -.9 -.2 -2.3 -.5

lOo .9 -4.5 .4 1.2 40000 .6 -1.0 -.2 -1.7 .6 150 1.1 -4.5 -.1 1.6 50000 .4 -.8 -.2 -.9 .4 200 .9 -3.9 -.2 1.6 60000 1.4 -.1 -.2 -.1 1.4 30o .4 -2.9 .0 1.0 80000 1.5 1.3 -.2 1.3 1.6 100000 .5 3.1 -.2 2.6 .5

Z:: 66 DYSPROSIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -23.7 -.6 -4.0 -23.8 400 -.1 -2.7 -.0 .2 1.5 -16.3 -.7 -.6 -16.3 500 -.1 -2.0 -.0 -.1

2 -23.1* -.8 . 9 -23.4 600 -.0 -1.3 .0 -.0

3 -16.6 -1.2 1.2 -16.7 800 .0 -.3 .1 -.3

Lf -12.3 -1.3 . 9 -12.4 1000 -.2 .6 .0 -1.2

5 -9.5 -1.5 . 5 -9.6 1500 -.5 -.1 -.0 -4.4 -2.6

5

-7.1* -1.6 .5 -7.5 2000 -.0 -.5 -.1 -1.4 1.0

e -3.5 -i.e . 9 -3.6 3000 -.6 -.8 -.1 -2.2 -1.7

lo -5.7 -2.0 1 .

1

-5.8 4000 -.6 -1.0 -.2 -2.9 -1.1

15 -2.2 -1 .fl .7 -2.2 5000 -.3 -1.2 -.2 -1.5 -.4

20 -1.1* -1.8 .5 -1.3 6000 1.6 -1.2 -.2 -1.9 3.3

30 -.7 -1.9 . 3 -.6 8000 2.7 -1.3 -.2 -.9 4.4

40 -.4 -3.6 . 3 -.1 10000 1.3 -1.4 -.2 1.0 1.8

50 -.3 -4.8 .3 .3 15000 .8 -1.5 -.2 -1.6 1.0 60 -.3 -5.6 .2 -.2 20000 -1.4 -1.5 -.2 -2.4 -1.6

60 .5 -4.7 -.4 .8 30000 -1.0 -1.6 -.2 -2.3 -1.1

100 .8 -5.0 .4 1.1 40000 .1 -1.7 -.2 -1.6 .1 150 .9 -5.1 -.2 1.4 50000 -.3 -1.5 -.2 -.9 -.3

200 .6 -4.6 -.2 1.3 60000 .4 -.9 -.2 -.1 .5 300 .1 -3.5 -.1 .7 80000 .6 .6 -.2 1.3 .6 100000 .2 2.3 -.2 2.6 .2

2= 67 HOLMIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -24.4 -.7 -3.8 -24.4 400 .4 -3.5 -.0 1.4

1.5 -16.8 -1.0 -.6 -16.8 500 .3 -2.8 .0 1.2

2 -24.6 -1.3 .9 -24.6 600 .2 -2.1 -.0 1.0

3 -16.9 -1.9 1.2 -17.0 800 .0 -1.2 0 1 -.2

4 -11.8 -2.2 .8 -11.9 1000 -.4 -.3 .0 -2.5

5 -8.5 -2.3 .5 -8.6 1500 -.6 -1.0 -.0 -5.4 -3.9

6 -6.1 -2.2 .5 -6.2 2000 -.1 -1.4 -. 1 -2.4 1.6

8 -3.0 -2.4 .9 -3.0 3000 -.7 -1.8 -3.0 -2.1

lo -7.8 -2.5 .4 -7.8 4000 -1.0 -2.0 -.2 -3.7 -2.0

15 -2.1 -2.4 .3 -2.1 5000 -.9 -2.1 -.2 -2.3 -1.6

20 -1 .

1

-2.0 .1 -1.1 6000 .9 -2.2 -.2 -2.7 2.0

30 -1.6 -2.1 .1 -1.6 8000 2.1 -2.3 -.2 -1,8 3.5 0 -2.5 -4.0 .3 -2.4 10000 1.0 -2.3 -.2 .1 1.5

bo -3.2 -5.3 .3 -3.1 15000 1.5 -2.4 -.2 -2.7 1.9

bO -2.8 -6.2 .2 -2.7 20000 -.4 -2.4 -.2 -3.5 -.4

80 -1.2 -5.3 -.3 -1.1 30000 -.5 -2.5 -.2 -3.4 -.5

lOo -.4 -5.6 .4 -.2 40000 .5 -2.6 -.2 -2.8 .5 150 .6 -5.8 -.1 1.1 50000 . 1 -2.4 -.2 -2.1 .1 200 .9 -5.3 -.2 1.6 60000 .9 -1.8 -.2 -1.3 1.0 300 .7 -4.3 -.0 1.7 80000 1.3 -.4 -.2 .0 1.3 100000 .8 1.3 -.2 1.3 .9

z I 68 ERBIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -25.9 -.5 -4.9 -25.9 400 .0 -4.5 .0 .6 1.5 -16.1 -.6 -1.3 -16.1 500 -.1 -3.8 .1 .3

2 -21.6 -.7 .7 -21.7 600 -.0 -3.1 .1 .2

3 -17.2 -1.1 1.6 -17.3 800 .0 -2.3 .1 .0

4 -11.8 -1.3 1.3 -11.8 1000 -.1 -i.l .0 -.6

5 -8.1 -1.5 .9 -8.2 1500 -.5 -1.9 -.0 -3.7 -3.9

6 -5.6 -1.5 .7 -5.7 2000 .1 -2.2 -.1 -.7 2,8

8 -2.7 -1.7 .8 -2.8 3000 -.5 -2.6 -.1 -1.3 -1.5

10 -11.2 -1.8 -.3 -11.3 4000 -.9 -2.8 -.3 -2.0 -2.0

15 -2.7 -i.n .0 -2.7 5000 -1.0 -2.9 -.2 -.6 -1.9

20 -.4 -1.8 .0 -.4 6000 .7 -3.0 -.2 -1.0 1.6

30 .2 -2.0 .2 .4 8000 1.9 -3.1 -.2 -.0 3.1

1+0 -.1 -4.2 .4 .3 10000 .9 -3.2 -.2 1.9 1.4

50 -.1 -5.8 .4 .6 15000 1.9 -3.2 -.2 -1.0 2.4

60 -2.0 -6.9 .4 -1.8 20000 .1 -3.3 -.2 -1.8 . 1 8o -.4 -5.9 -.2 -.1 30000 -.3 -3.3 -.2 -1.8 -.3

100 .3 -6.3 .5 .6 40000 .4 -3.4 -.2 -1.2 .5 150 .8 -6.6 -.0 1.3 50000 .0 -3.3 -.2 -.5 .0 200 .7 -6.2 -.0 1.4 60000 .9 -2.7 -.2 ,3 .9 300 .3 -5.3 . 1 1.0 80000 1.2 -1.2 -.2 1.7 i.3 100000 .8 .4 -.2 2.9 .8
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS 8 LIGHTHILL/ENOFB - 1)

Z= 69 THULIUM

ENERGY COM INCOH. PHOTO ENERGY COH INCOH. Photo Pair TOTAL SCATT, SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -25.6 -.5 -3.4 -25.6 400 .0 -5.5 -.0 .8 1.5 -19.6 -.6 -.7 -19.6 500 -.1 -4.9 -.0 .4

2 -21.5 -.7 .7 -21.5 600 -.1 -4.1 .0 .2

3 -17. 4 -1.0 1 .0 -17.4 800 -.1 -3.3 . 1 -.1

1+ -11.6 -1 .

• 6 -li . 7 1000 -.1 -2.4 . 1 -.8

5 -7.8 -1 .

. 3 -7 .1500 -.5 -3.1 . 0 -3.8 -3.5

6 -5 .

-1.5 . 2 -5.2 2000 .2 -3.4 -.0 -.8 2.9

8 —2 .

-1.6 . 5 -2.2 3000 -.5 -3.8 -.1 -1.3 -1.6

io —4.9 -1.6 -1.1 -5. 0 4000 -.9 -4 . 0 -.2 -1.9 -2 .

I* - \ c — OC.JT -.9 - . 9 -2.3 5000 -1 . 0 -4.1 -.1 - . 5 —2 .

20 — 1.3 -1.7 -.8 -i . 3 6000 .6 -4.2 -.1 - . 9 1.3

3o -1.7 -2.1 -.2 -1.7 8000 1.7 -4.3 -.1 . 1 2.7 -2.3 —4 .

• 1 -2 .

10000 . 6 -4.4 -.1 2.0 • 9 30 —2.7 -6 . 3 . 2 -2.3 15000 1.2 -4.4 - . 2 - . 9 1.5

60 -2.t -7.6 .1 -2.3 20000 -.7 -4.4 -.2 -1.7 -.8

80 -.3 -6.6 -.4 -.0 30000 -o9 -4.5 -.2 -1.8 -.9

lOo .6 -7.1 .4 1.0 40000 .3 -4.6 -.2 -1 .

. 3 15o 1.2 -7.5 -.2 1.9 50000 .2 -4.5 -.2 -.4 . 2 20o 1.1 -7.1 -.2 2.0 60000 1.2 -3.9 -.2 . 4 1 .

30o .14 -6.3 -.1 1.4 80000 1.7 -2.5 -.2 1.8 1.8 100000 1.2 -.9 -.2 3.0 1.2

Z:: 70 YTTERBIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -20.

-.5 -3. 1 -20.8 400 -1.4 -6.4 -• 1 -1 .9 1.5 -9.0 -.6 -.7 -9.1 500 -.7 -5.8 -.0 -.9

2 -20.6 -.7 .6 -20.7 600 -.2 -5.1 . 0 . 0 3 -17.6 -1.0 .9 -17.7 800 . 0 -4.2 . 0 . 8 -11.7 -1.2 .5 -11.8 1000 -.0 -3.4 . 1 . 1 5 -7.8 -1.1* . 1 -7.8 1500 -.4 -4 .

. 0 -2 .

-2.8

6 -5.0 -1.4 . 0 -5.

2000 . 2 -4.5 - . 0 . 1 2.3

8 -1.7 -1.6 . 3 -1.7 3000 -.5 -4.9 -. 1 -. 5 -1.4

lo 1.2 -1.9 • 5 1.2 4000 -.7 -5.1 -.2 -1.1 -1.5

l5 -.2 -1.3 .5 -.2 5000 -.6 -5.2 -. 1 .2 -1.2

2C -.7 -1.7 . 1 -.7 6000 1.2 -5.2 -.1 -.2 2 .

3o -1 .1+ -2.2 -. 1 -1.4 8000 2.2 -5.3 -. 1 .8 3.5

"+0 -1.6 -4.8 . 1 -1.3 10000 .9 -5«4 -.2 2 • 8 1 . 3 50 -1.6 -6.Q • 2 -1.0 15000 . 9 -5.5 -.2 -.2 1.2

6o -1.7 -8.3 • 1 -.8 20000 -1 . 0 -5.5 - . 2 -1.0 -1.2

80 -1.9 -7.2 -.5 -1.7 30000 -.8 -5.6 -.2 -1.1 -.8

lOo -3.3 -7.8 .4 -3.1 40000 .5 -5.7 -.2 -.4 .6 15o -1*. 1 -8.3 -.2 -4.2 50000 .4 -5.5 -.2 .3 .4 200 -3.8 -8.0 -.3 -4.1 60000 1.3 -5.0 -.2 1.1 1.4 300 -2.5 -7.2 -.1 -3.0 80000 1.6 -3.6 -.2 2.5 1.7 100000 1.0 -2.0 -.2 3.7 1.1

Z- 71 LUTETIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -21.0 -.6 -.6 -21.0 400 -.5 -7.1 -.0 .0 1.5 -9.3 -.7 .6 -9.4 500 -.3 -6.6 -.0 .0

2 -9.2 -.7 1.5 -9.2 600 -.2 -5.8 .0 .2

3 -17.8 -1.0 1.4 -17.9 800 -.1 -5.1 .0 .2

4 -11.7 -1.3 .8 -11.8 1000 -.1 -4.1 . 1 -.4

5 -8.0 -1.4 .4 -8.1 1500 -.5 -4.8 .0 -3.5 -3.3

fa -5.5 -1.4 .2 -5.5 2000 .1 -5.2 -.0 -.6 2.7

fl -2.3 -1.5 .4 -2.3 3000 -.5 -5.6 -.1 -1 .

-1.3

lo .6 -1.7 -1.6 .7 4000 -.8 -5.8 -.2 -1.7 -1.7

15 -.5 -.9 -1.6 -.5 5000 -.8 -5.9 -.2 -.3 -1.6

20 . -.1 -1.7 -1.4 .0 6000 .9 -6.0 -.1 -.7 1.8

30 -1.5 -2.2 -.4 -1.4 8000 1.9 -6.1 -.1 .3 3.0

40 -2.7 -5.0 .0 -2.5 10000 .8 -6.1 -.2 2.3 1.2

50 -3.3 -7.2 .2 -2.9 15000 1.4 -6.2 -.2 -.6 1.8

60 -3.3 -8.7 .1 -2.6 20000 -.3 -6.2 -.2 -1.5 -.3

80 -.9 -7.7 -.5 -.7 30000 -.4 -6.3 -.2 -1.5 -.4

lOO . 1 -8.3 .4 .5 40000 .5 -6.4 -.2 -.9 .5 15o .5 -8.9 -.2 1.2 50000 .1 -6.3 -.2 -.1 .1 200 .3 -8.7 -.3 1.1 60000 .9 -5.7 -.2 .6 1.0

300 -.3 -7.9 -.1 .5 80000 1.4 -4.4 -.2 2.0 1.4 100000 1.0 -2.8 -.2 3.3 1.1

Z:- 72 HAFNIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -20.3 -.5 1.5 -20.3 400 1.4 -7.8 -.1 3.9

1.5 -9.1 -.6 1.5 -9.1 500 1.0 -7.2 -.0 3.5

2 -7.8 -.7 2.0 -7.8 600 .5 -6.5 -.0 2.7

3 -17.9 -1.0 1.7 -18.0 800 -.2 -5.8 .0 .1

4 -12.4 -1.3 1.1 -12.5 1000 -.8 -4.7 .0 -3.8

5 -8.2 -1.4 .7 -a. 3 1500 -.9 -5.5 -.0 -6.5 -2.3

6 -5.0 -1.4 .5 -5.1 2000 -.4 -5.8 -.0 -3.4 -.8

8 -1.8 -1.5 .5 -1.8 3000 -.7 -6.2 -.1 -3.6 -1.9

10 8.7 -1.8 -1.3 8.9 4000 -.4 -6.4 -.2 -4.1 -.4

15 .9 -1.8 -1.6 1.0 5000 .2 -6.5 -.2 -2»7 .6 20 -1.2 -1.7 -1.4 -1.2 6000 2.2 -6.6 -.2 -3.1 4.3

30 -2.7 -2.2 -.4 -2.7 8000 3.2 -6.7 -.2 -2.0 5.0

4o -2.1 -5.2 .0 -1.9 10000 1.4 -6.7 -.2 -. 1 1.9

50 -.9 -7.6 . 1 -.1 15000 .3 -6.8 -.2 -3.0 .4 60 .6 -9.2 .1 2.1 20000 -1.4 -6.8 -.2 -3.9 -1.6

80 -1.4 -8.2 -.5 -1.2 30000 -.1 -6.9 -.2 -4.0 -.1

100 -.9 -8.8 .4 -.6 40000 1.1 -7.0 -.2 -3.4 1.2

150 .4 -9.5 -.3 1.1 50000 .3 -6.9 -.2 -2.7 .4 20o 1.3 -9.3 -.3 2.4 60000 .8 -6.3 -.2 -2.0 .8 300 1.7 -8.6 -.2 3.7 80000 .9 -5.0 -.2 -.6 .9 100000 1.1 -3.5 -.2 .6 1.1
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS 8 LIGHTHILL/ENDFB - 1)

Z= 73 TANTALUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH

phOto

KEv TOTAL SCATT, SCATT, EFFECT KEV TOTAL scatt. SC att , EFFEC T PROD •

1 -23.

t

-.5 1.2 -23.

t

too 1*2 -9.5 -• 1 3.5 -8.U -.6 . 7 -8.5 500 1 • 1 -9» 0 -•0 3.9

2 -5.0 — .7 1 . t -5.0 600 1 • 0 -8*3 - • 0 4*2

3 -15.9 -1.0 1 .

9

-15.9 800 • 6 "7 • 5 — • 0 J* f -9.7 -1.3 1.5 -9.8 1000 • 2 "6.7 . 0 £ * u

5 -6.3 -l.t 1 .

0

-6. 3 1500 " • 3 ~7 .

4

1 - n —3 .

2

6 -t.l -1 . t .7 -t . 1 2000 • 2 —7 * 7 £ * 1 1.3

8 -1.1 -1.5 . 5 -1.1 3000 " • 5 ~8 • 1 — . 1 1.9 — 1 • 8 lo t . 1 -1.7 -1.2 t.2 tooo — • 8 "8.3 — . 2 1 . <j — 1 . 7 15 -.1 -1.6 -1 . t -. 1 5000 ~ • 7 — 8 • 4 — . 2 "1 . 4 20 . 7 — 1.6 -1.1 . 8 6000 1*0 o • 3 - . 2 2,5 1.9

3o — . 3 —2 .

5

- . 3 -.2 8000 1 • 9 "*8 • 6 — • 2 3.6 2.9

to — 1 . t -5 .

9

. 1 —1.0 10000 • ^ O • f — . 2 5.7 • 6 50 —2 . 0 -8.5 . 2 -1.3 15000 •4 •8 • 8 •* • 2 2*6 . 5 60 -2.1 -10.

t

.1 -1.0 20000 -1.2 -8.8 -.2 1.7 -1.3

80 .9 -9.t -.5 l.t 30000 -.t -8.8 -.2 1.6 -.4

1 nn .9 -10.2 l.t *f u u u u • 9 • u — . 2 2*2 , 9 15o .9 -11.0 - • 3 1.8 50000 • 6 •8 • 8 — .2 .3 * u . 6 20o 1.1 -10.9 - . 3 2.2 600 0 0 1 "8 * 3 •* • 2

"IO ~t . f 1.4

30o 1.2 -10.2 - . 2 3.0 o A i*k n rt 1 • 7 "7 • 0 ••2 5.2 1.7

1 n n n t\ t\ 1 • 4 "5 • 5 — • 2 6.4 1.4

Z-: 7t TUNGSTEN

energy COH INCOH. PHOTO ENERGY COH I NCOH

PHOTO PAIR

KEv TOTAL SCATT. SCATT

.

EFFECT KEV TOTAL SC ATT SC ATT

.

PROD.

1 -20.2 -.5 t • 2 —20 .

2

400 1*2 "8 . 8 — • i 3.3

1 • -> -9.8 -.6 1.9 -9 .

8

500 1 • 4 "8 • 3 — • 0 4.4

2 l.t -.7 1.5 l.t 600 1*5 —7 .

5

— . 0 5.4

3 -12.8 -1.0 1.1 -12.9 800 1 • 2 ~6 1

8

— . u -7.9 -1.2 . 7 -8.0 1000 • 9 ~5 .

9

• 0 5.3

5 -5.5 -l.t . t -5 .

5

1 500 • 1 ~6 • 6 — . 0 2.4 — 2.7

6 -t.2 -l.t . 3 -t.2 2000 • 5 ~7 • 0 — • 1 5*8 2.2

8 -2.9 -1.5 . t -3.0 3000 ~ • 1 •7 . 3 . 1 5.8

lO -2.9 -1.7 -.9 -2.9 UOOO ••3 -7.5 — • 2 5*3 — . 8 15 -3.5 -1.7 -l.t -3.6 5000 -•3 -7.6 — • 2 6.9 — . 6 20 -3.0 -1.6 -1 .

3

-3 .

1

6000 1 # "+ —7.7 — . 2 6.5 2.6

3o -2.7 -2.3 - . t -2 .

7

8000 2 « 2 -7.6 — .2 7.7 3.4

to -2.2 -5.5 - . 0 -1.9 10000 • 7 •7 .

9

" . 2 9*9

50 -1.5 -8.2 . 1 -.3 15000 • 3 -8.0 — . 2 6.6 1 n &0 -1.0 -9.9 . 1 . 3 20000 • 5 "8 . 0 _ o• c RD .

_ AO — . 6 80 -.0 -8.9 -.5 .3 30000 .2 -8.1 -.2 5.5 .3 100 -.5 -9.6 .t -.2 "^OOOO 1.2 -8.2 -.2 6.1 1.3

150 -.7 -10.

t

-.3 -.1 50000 • 6 -8.1 -.2 6.9 .6 200 -.2 -10.3 -.3 .6 60000 1.2 -7.5 -.2 7.7 1.3

300 .7 -9.6 -.2 2.0 80000 1.4 -6.2 -.2 9.2 l.t 100000 1.2 -4»7 -.2 10.5 1.2

Z- 75 RHENIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -23.3 -.t 6.7 -23.

t

too .7 -9.1 -.1 2.t

1.5 -11.1 -.6 2.7 -11.2 500 .7 -8.6 -.0 2.7

2 -2.8 -.7 1.5 -2.8 600 .t -7.8 .0 2.3

3 -15.0 -1.1 .6 -15.0 800 -.t -7.2 .1 -.6

t -9.6 -1.2 .2 -9.6 1000 -1.3 -6.1 .0 -5.t

5 -6.9 -1.3 .0 -6.9 1500 -1.2 -6.8 -.0 -7.7 -3.3

6 -5.2 -1.3 .1 -5.3 2000 -.3 -7.2 -.1 -t.6 2.5

8 -3.t -l.t .3 -3.5 3000 -.6 -7.6 -.1 -t.t -1.1

lo -2.6 -1.6 .6 -2.7 tooo -.9 -7.8 -.3 -t.8 -l.t

15 -3.3 -1.6 .3 -3.3 5000 -.8 -7.9 -.2 -3.3 -1.3

20 -1.0 -1.6 -.0 -1.0 6000 .8 -7.9 -.2 -3.7 1.8

30 -.9 -2.3 -.1 -.8 8000 1.7 -8.0 -.2 -2.7 2.7

to -2.0 -5.6 .2 -1.7 10000 .t -8.1 -.2 -.8 .7 50 -3.1 -8.3 .2 -2.5 15000 1.2 -8.2 -.2 -3.8 1.5

60 -t.O -10.2 .1 -3.3 20000 .2 -8.2 -.2 -t.7 .3 80 -.6 -9.1 -.5 -.3 30000 .7 -8.3 -.2 -t.7 .8 lOo -2.5 -9.8 .t -2.3 toooo l.t -8.t -.2 -t.l 1.6

150 -3.1 -10.6 -.3 -2.8 50000 .8 -8.3 -.2 -3.t .8 200 -2.0 -10.5 -.3 -1.6 60000 l.t -7.8 -.2 -2.6 l.t

300 -.0 -9.9 -.2 1.1 80000 1.6 -6.5 -.2 -1.2 1.7 100000 l.t -5.0 -.2 .0 1.5

Z:: 76 OSMIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. Photo PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -22.3 -.t 15.3 -22.3 too -.5 -9.3 -.1 .3 1.5 -It.O -.6 8.3 -It.O 500 -.6 -8.7 -.0 -.2

2 -7.6 -.8 t.9 -7.8 600 -.5 -8.0 .0 -.t

3 -12.8 -1.1 2.3 -12.9 800 -.5 -7.3 -.1 -.6

t -10.2 -1.2 1.2 -10.2 1000 -.t -6.t .0 -1.0

5 -7.1 -1.3 1.1 -7.2 1500 -.7 -7.1 -.0 -3.7 -3.1

6 -5.3 -1.3 .7 -5.3 2000 .0 -7.5 -.1 -.6 2.3

8 -3.1 -l.t .8 -3.1 3000 -.t -7.9 -.1 -.3 -1.0

10 -2.1 -1.6 -.7 -2.2 tooo -.6 -8.1 -.3 -.7 -1.1

15 -1.0 -1.6 -1.6 -1.0 5000 -.5 -8.2 -.2 .8 -.9

20 -.8 -1.6 -l.t -.8 6000 1.1 -8.3 -.2 .t 2.2

3r) -1.7 -2.3 -.t -1.7 8000 1.8 -8.t -.2 1.3 2.9

to -2.5 -5.7 -.0 -2.2 10000 .t -8.t -.2 3.3 .6 50 -2.8 -8.3 .1 -2.3 15000 .6 -8.5 -.2 .3 .8 60 -3.0 -10.3 .0 -2.2 20000 -.6 -8.5 -.2 -.5 -.7

60 -2.5 -9.2 -.6 -2.3 30000 -.3 -8.6 -.3 -.5 -.3

lOo -.2 -9.9 .t .2 toooo .t -8.7 -.2 .3 .t 150 1.3 -10.7 -.3 2.1 50000 -.3 -8.6 -.2 1.1 -.3

200 1.1 -10.7 -.t 2.2 60000 .2 -8.1 -.2 1.9 .2 300 .1 -10.0 -.3 1.2 80000 .t -6.8 -.3 3.5 .5 100000 .3 -5.t -.3 t.9 .t
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100* ( BIGGS a LIGHTHILL/ENDFB - 1)

Z= 77 IRIDIUM ENERGY coh INCOH. PHOTO ENERGY COh INCOH. PhOTO Pair

TOTftL scatt. SCATT. EFFECT KEV TOTAL scatt. SCATT. EFFECT PROD. -22.2 -.3 21.9 -22.2 400 — .6 —9.2 -.1 , I 1.5 -7.4 -.5 12.6 -7.i» 500 -.6 -8.7 -. 1 -.2

2 .7 -.8 7.5 .7 600 -.5 -8.0 -.0 -.2

3 -11*.

-1.1 3.5 -If.

BOO -.4 -7.3 -.0 -.4

-11.1* -1.2 1.9 -11.

1000 -.4 -6.4 .0 -1.0

5 -7.9 -1.3 1.8 -8.0 1500 -.7 -7.1 -.0 -3.8 -2.0

6 -6.0 -1.3 1.3 -6.1 2000 -.2 -7.5 -.1 -.9 .1

8 -3.8 -l.t 1.2 -3.8 3000 -.5 -7.9 -.1 -.5 -1.4

i-0 -2.3 -1.6 -.3 -2.3 ifOOO -.3 -8.1 -.3 -.9 -.2

l5 .1 -1.7 -1.2 .1 5000 .3 -8.2 -.2 .7 .8 20 -1.0 -1.6 -1.1 -1.0 6000 2.3 -8.3 -.2 .2 4.2

30 -2.3 -2.2 -.t -2.3 8000 3.1 -8.4 -.2 1.1 4.7

"0 -2.1 -5.6 -.0 -1.8 10000 1.2 -8.4 -.2 3.0 1.7

50 -1.1 -8.3 .1 -.4 15000 .1 -8.5 -.2 .2 .2 60 .2 -10.2 .0 1.5 20000 -l."* -8.5 -.2 -.6 -1.6

80 -.8 -9.2 -.5 -.5 30000 -.1 -8.6 -.3 -.4 -.0

100 .7 -9.9 .4 1.2 40000 1.3 -8.7 -.3 .4 1.4

150 l.t -10.7 -.3 2.2 50000 .7 -8.6 -.3 1.4 .7 200 .9 -10.6 -.4 1.9 60000 1.1 -8.1 -.3 2.3 1.2

300 -.2 -10.

-.3 .9 80000 1.1 -6.8 -.3 4.0 1.1 100000 1.0 -5.4 -.3 5.4 1.0

: 78 PLATINUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL scatt. SCATT. EFFECT KEV TOTAL scatt. SCATT. EFFECT PROD.

1 -20.0 -.2 15.5 -20.1 400 1.5 -8.8 -.1 3.7

1.5, -7.0 -.5 6.8 -7.0 500 .9 -8.3 -.0 2.9

2 -.5 -.7 2.4 -.5 600 .5 -7.6 -.0 2.2

3 -14.7 -1.1 -.3 -It.

800 -.1 -6.8 -.1 .8

14 -15.3 -1.2 -.6 -15.4 1000 -.4 -5.9 .0 -1.2

5 -10.7 -1.3 . 1 -10.8 1500 -.8 -6.6 -.0 -4.0 -3.6

6 -7.5 -1.4 .2 -7.6 2000 .1 -7.0 -.1 -1.1 3.6

8 -3.1 -1.5 .9 -3.1 3000 -.4 -7.4 -.2 -.6 -.8

10 -.1 -1.6 -.2 -.0 4000 -.8 -7.6 -.3 -.9 -1.5

• 15 -3.2 -1.6 -.9 -3.3 5000 -.8 -7.7 -.2 .7 -1.4

2o -.2 -1.6 -.9 -.1 6000 ,7 -7.8 -.2 .2 1.5

3o .2 -2.2 -.3 .3 BOOO 1.5 -7.9 -.2 1.0 2.3

"0 -.1* -5.5 . 1 -.0 10000 .3 -8.0 -.2 2.9 .4 50 -.6 -8.1 . 1 .2 15000 .8 -8.1 -.3 .2 1.1

60 -.2 -9.9 . 1 1.0 20000 -.7 -8.1 -.3 -.5 -.7

80 -.6 -8.9 -.5 -.3 30000 -.8 -8.2 -.3 -.2 -.8

lOo 1.8 -9.6 .5 2.3 40000 .2 -8.3 -.3 .7 .2 150 3.7 -10.3 -.3 4.7 50000 -.1 -8.2 -.3 1.7 -.1

200 3.7 -10.2 -.3 5.2 60000 .8 -7.7 -.3 2.7 .8 300 2.6 -9.5 -.3 4.6 80000 1.2 -6.4 -.3 4.5 1.2 100000 .6 -5.0 -.3 6.0 .6

Z= 79 GOLD ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -20.3 -.3 16.6 -20.4 400 .8 -8.5 -.1 2.3

1.5 -7.8 -.5 7.7 -7.9 500 .9 -8.0 -.0 2.9

2 -1.7 -.7 3.1 -1.8 600 .9 -7.3 .0 3.0

3 -3.5 -1.0 . 1 -3.5 800 .2 -6.5 .0 1.5

4 -7.7 -1.1 -.1 -7.7 1000 -.5 -5.7 .1 -1.7

5 -5.4 -1.3 . 1 -5.5 1500 -.9 -6.5 .0 -4.6 -3.1

6 -4.5 -1.3 .4 -4.6 2000 .2 -6.9 -.0 -1.8 4.5

8 -4.0 -1.5 .7 -4.0 3000 -.3 -7.3 -.1 -1.3 -.5

10 -3.7 -1.6 .7 -3.8 4000 -.8 -7.5 -.2 -1.6 -1.5

15 -1.4 -1.6 .3 -1.4 5000 -.8 -7.6 -.2 -.0 -1.5

20 .3 -1.6 .2 .3 6000 .7 -7.7 -.2 -.6 1.3

30 -.0 -2.1 .2 .1 BOOO 1.4 -7.8 -.2 .2 2.3

"0 -.7 -5.4 .3 -.4 10000 .4 -7.8 -.2 2.0 .6 50 -1.0 -7.9 . 3 -.3 15000 1.3 -7.9 -.2 -.6 1.6

60 -.8 -9.7 .2 .3 20000 -.2 -7.9 -.2 -1.2 -.2

80 .6 -8.7 -.5 2.2 30000 -.7 -8.0 -.2 -.8 -.8

100 .4 -9.3 .4 .8 40000 .0 -8.1 -.2 .2 .0 150 .0 -10.1 -.3 .6 50000 -.3 -8.0 -.2 1.2 -.3

2O0 .2 -9.9 -.3 .9 60000 .6 -7.6 -.2 2.3 .6 300 .6 -9.3 -.2 1.7 80000 1.0 -6.3 -.2 4.1 1.0 100000 .3 -4.9 -.2 5.7 .3

Z= 80 MERCURY ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -21.5 -.3 18.0 -21.5 400 2.2 -8.5 -.1 4.7

1.5 -9.2 -.5 8.5 -9.2 500 1.0 -8.0 -.0 2.9

2 -3.5 -.7 3.6 -3.5 600 .3 -7.3 -.0 1.6

3 -6.9 -1.0 -.4 -6.9 800 -.3 -6.6 .0 -.3

4 -10.3 -1.1 -1.1 -10.4 1000 -.6 -5.5 .1 -1.8

5 -7.3 -1.3 -.6 -7.3 1500 -.9 -6.3 .0 -4.6 -2.6

6 -5.9 -1.3 . 1 -5.9 2000 .2 -6.7 -.0 -1.8 4.4

8 -4.7 -1.4 .8 -4.8 3000 -.3 -7.1 -. 1 -1.1 -.6

lo -4.0 -1.5 .7 -4.1 4000 -.8 -7.3 -.2 -1.4 -1.5

15 -1.3 -1.5 .1 -1.3 5000 -.8 -7.4 -.2 .2 -1.3

20 .3 -1.6 -.1 .4 6000 .8 -7.5 -.2 -.5 1.6

30 -.7 -2.1 . 1 -.6 8000 1.7 -7.6 -.2 .2 2.7

40 -1.9 -5.4 .2 -1.6 10000 .8 -7.7 -.2 1.9 1.1

5o -2.4 -7.9 .2 -2.0 15000 1.8 -7.7 -.2 -.7 2.3

. 60 -2.4 -9.6 .2 -1.6 20000 .3 -7.8 -.2 -1.2 .4 80 -1.0 -8.7 -.5 .2 30000 -.3 -7.8 -.2 -.7 -.3

100 1.3 -9.3 .5 1.7 40000 .4 -7.9 -.2 .3 .5 150 6.7 -10.1 -.3 8.1 50000 .1 -7.9 -.2 1.4 . 1 2O0 6.9 -9.9 -.4 9.1 60000 1.0 -7.4 -.2 2.5 1.0 300 4.4 -9.2 -.2 7.1 80000 1.2 -6.1 -.2 4.5 1.2 100000 .3 -4.7 -.2 6.1 .4
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS 8 LIGHTHILL/ENDFB - 1)

z- 81 THALLIUM

ENERGY CON INCOH. Photo ENERGY COH INCOH. Photo PAIR

KEv TOTAL 5CATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -19.6 -.3 23.7 -19.7 400 -.4 -9.2 -.1 .3 1.5 -S.6 -.5 12.2 -8.6 500 -.6 -8.7 -.0 -.1

2

-I*.

5

-.7 5.6 -4.5 600 -.5 -8.0 .0 -.2

3 -7.6 -1.0 -.1 -7.6 800 -.5 -7.3 -.0 -.4 -11.2 -1.1 -1.2 -11.3 1000 -.4 -6.4 .1 -.8

5 -7.U -1.2 -.7 -7.5 1500 -.8 -7.2 .0 -3.8 -3.0

6 -5.7 -1.3 .1 -5.7 2000 .2 -7.6 -.0 -1.1 4.5

8 -4.0 -1.4 .9 -4.1 3000 -.3 -8.0 -.1 -.3 -.5

10 -3.0 -1.5 .8 -3.1 4000 -.8 -8.2 -.3 -.5 -1.6

l5 -1.9 -1.4 .5 -1.9 5000 -.8 -8.3 -.2 1.2 -1.5

20 -.8 -1.6 .2 -.8 6000 .6 -8.4 -.2 .5 1.2

30 -.6 -2.2 .0 -.5 8000 1.4 -8.5 -.2 1 . 1 2.1

40 -1.4 -5.6 .2 -1 .

1

10000 .4 -8.6 -.2 2.9 .6

50 -2.1 -8.3 .2 -1.5 15000 1.7 -8.7 -.2 .4 2.1

bn -2.5 -10.1 . 1 -1.7 20000 .5 -8.7 -.2 -.0 .7 80 -2.5 -9.2 -.5 -1.6 30000 .3 -8.8 -.2 .6 .3 iOo -1.7 -9.9 • 5 -1.4 40000 1.1 -8.9 -.2 1.8 1.1 150 1.3 -10.7 -.3 2.0 50000 .7 -8.8 -.2 3.0 .8 200 1.4 -10.6 -.4 2.4 60000 l.b -8.3 -.2 4.1 1.7

30o .3 -10.0 -.3 1.3 80000 2.0 -7.1 -.2 6.2 2.1 100000 1.4 -5.7 -.2 8.0 1.5

Z- 82 LEAD energy COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -17.5 -.4 24.0 -17.6 400 .1 -9.1 -.1 1.0 1.5 -7.2 -.5 12.4 -7.2 500 .4 -8.5 -.0 1.7

2 -3.1 -.7 5.9 -3.1 600 .7 -7.8 . 0 2.4

3 6.2 -1.0 .3 6.2 800 . b -7.1 .0 2.8

1* -12.1 -1.1 -.6 -12.2 1000 .4 -6.2 . 1 2.2

5 -8.8 -1.2 -.2 -8.9 1500 -.3 -6.9 -.0 -.9 -1.6

6 -6.9 -1.3 .4 -7.0 2000 .4 -7.3 -.1 1.7 2.8

8 -4.6 -1.3 1.0 -4.8 3000 -.2 -7.7 -.1 2.7 -.8

10 -3.5 -1.4 1.9 -3.6 4000 -.5 -8.0 -.3 2.5 -.9

15 -.8 -1.6 2.0 -.8 5000 -.1 -8.1 -.2 4.3 -.3

20 -.3 -1.5 1.5 -.2 6000 1.5 -8.2 -.2 3.6 2 .

6

30 • 8 -2.3 .5 1.0 8000 2.0 -8.3 -.2 4.2 3.1

1+0 .5 -5.7 .4 9 10000 .6 -8.3 -.2 5.9 .8

5o .2 -8.2 .3 .9 15000 .6 -8.4 -.2 3.5 .8

bo .0 -9.9 .2 1.2 20000 -.7 -8.5 -.3 3.1 -.8

80 .6 -9.1 -.5 2.1 30000 -.5 -8.5 -.3 4.0 -.6

lOo • 8 -9.S .5 1.2 40000 .3 -8.6 -.3 5.2 .3 150 .3 -10.5 -.3 .9 50000 -.2 -8.6 -.3 6.6 -.2

200 -.1 -10.4 -.4 .6 60000 .4 -8.1 -.3 7.8 . 5 300 -.2 -9.7 -.3 .6 80000 .8 -6.9 -.3 10.1 . 8 100000 .6 -5.5 -.3 12.0 .6

Z: 83 RI5MUTH

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -22.0 -.3 26.0 -22.1 400 -.3 -7.8 -.1 .3 1.5 -9.3 -.5 12.9 -9.3 500 -.0 -7.2 -.0 .7

2 -3.8 -.6 5.3 -3.8 600 .1 -6.6 -.0 1.1

3 3.7 -1.0 -1.0 8.8 800 -.1 -5.8 . 0 .3

U -12.1 -1.1 -1.8 -12.1 1000 -.6 -4.9 • 1 -1.7

5 -8.3 -1.2 -1.0 -8.4 1500 -1.0 -5.7 -.0 -4.5 -1.9

6 -6.6 -1.3 . 1 -6.7 2000 .1 -6.1 -.1 -1.9 4.1

e -5.5 -1.3 1.1 -5.6 3000 -.3 -6.5 -.1 -1.2 -.3

10 -5.0 -1.4 .9 -5.1 4000 - . b -6.7 -.3 -1.4 -.9

15 1.2 -1.7 -.1 1.3 5000 -.3 -6.8 -.2 .3 -.5

20 -.1 -1.5 -.1 -.0 6000 1.2 -6.9 -.2 -.5 2.3

3o -.1 -2.2 .2 -.0 8000 2.0 -7.0 -.2 . 1 3.1 0 -1.5 -5.3 .2 -1.2 10000 .9 -7.1 -.2 1.7 1.3

50 -2.5 -7.6 .2 -2.1 15000 1.7 -7.2 -.3 -.8 2.1

bo -3.1 -9.1 . 1 -2.5 20000 .4 -7.2 -.3 -1.2 .5

80 -2.9 -6.3 -.5 -2.2 30000 -.0 -7.3 -.3 -.6 .0 100 -2.4 -8.9 .5 -2.2 40000 .b -7.4 -.3 .5 .6 150 -.7 -9.5 -.4 -.3 50000 .0 -7.4 -.3 1.7 . 0 200 -.4 -9.3 -.4 . 1 60000 .7 -6.9 -.3 2.9 .8 30o -.4 -8.5 -.3 . 1 80000 1.0 -5.6 -.3 4.9 1.0 100000 .5 -4.3 -.3 6.7 .5

Z= 86 RADOm

ENERGY COH INCOH. PHOTO ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -11.3 -.3 27.6 -11.3 400 -.4 -4.7 -.1 -.2

1.5 -5.6 -.4 13.5 -5.7 500 -.5 -4.1 -.1 -.5

2 -3.9 -.6 5.7 -3.9 600 -.4 -3.5 -.0 -.5

3 2.3 -1.0 -.6 2.3 800 -.3 -2.6 .0 -.5

-3.0 -1.1 -1.9 -3.0 1000 -.3 -1.6 .0 -.9

5 -9.8 -1.1 -1.1 -9.9 1500 -.a -2.4 -.0 -3.4 -1.4

5 -7.7 -1.2 .1 -7.7 2000 .3 -2.9 -.1 -.6 4.3

-5.4 -1.2 1.3 -5.5 3000 -.3 -3.3 -.2 -.5 -.5

10 -4.3 -1.2 1.0 -4.4 4000 -.8 -3.5 -.3 -.6 -1.3

15 2.7 -1.5 -.2 2.8 5000 -.7 -3.7 -.2 1 .

1

-1.2

id -1.3 -1.5 -.1 -1.3 6000 .8 -3.8 -.2 .3 1.6

30 -.5 -2.0 .2 -.4 8000 l.o -3.9 -.2 .8 2.5

"O -1.3 -4.4 .3 -1.1 10000 .7 -4.0 -.3 2.3 1.0

50 -1.9 -5.9 .2 -1.6 15000 1.8 -4.0 -.3 -.6 2.2

bo -2.0 -6.8 .2 -1 .

6

20000 .6 -4.1 -.3 -1.3 .9 90 -1.2 -6.2 -.6 -.6 30000 .4 -4.1 -.3 -1.1 .5 100 -2.6 -6.6 .5 -2.4 40000 1.0 -4.3 -.3 -.2 1.1

150 .8 -6.8 -.4 1.2 50000 .5 -4.2 -.3 .8 .6 200 1.0 -6.3 -.5 1.6 60000 1.4 -3.8 -.3 1.7 1.4

300 . 1 -5.4 -.3 .6 80000 1.7 -2.5 -.3 3.5 1.8 100000 1.2 -1.1 -.3 5.1 1.2
TABLE I - cont. PHOTON CROSS SECTION COMPARISON

100*( BIGGS i LIGHTHILL/ENDFB - 1)

Z= 90 THORIUM

ENERGY COH INCOh. Photo ENERGY COH INCOH. Photo Pair

KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 2.0 -.6 78.9 2.0 400 .1 -1.1 -.3 .3 1.5 -.7 -.6 45.8 -.7 500 -.0 -.4 -.3 .2

2 -".5 -.7 28.8 -4.5 600 .0 .2 -.2 .2

3 -15.0 -1.0 10.0 -15.2 600 .5 1.1 1.2 -.5

I* 12.3 -1.1 2.0 12.4 1000 -.7 2.0 -.2 -1.9

5 -7.6 -1.0 .4 -7.7 1500 -1.1 1.1 -.3 -4.1 -.3

6 -8.5 -1.1 .6 -8.6 2000 .1 .7 -.3 -1.1 4.0

8 -6.8 -1.1 1.7 -7.0 3000 -.5 .2 -.<* -1.9 -.2

lo -6.3 -1.0 10.2 -6.5 4000 -.7 -.0 -.6 -2.0 -.7

l5 -5.6 -.6 5.6 -5.9 5000 -.5 -.2 -.5 -.2 -.5

20 -3.9 -1.5 4.6 -4.0 6000 1.1 -.3 -.5 -1.0 2.3

3q -.9 -1.6 3.0 -.9 8000 2.0 -.4 -.5 -.7 3.2

"0 -.3 -3.1 1.4 -.1 10000 1.1 -.5 -.5 .9 1.6

50 -.1* -3.9 .8 -.1 15000 1.6 -.6 -.5 -2.5 2.1

OD "4 • . 7 — . 2

Oft cUUUU n n ft . 6 — . 6 — . 5 "3 • 6

O • O 80 -1.0 -3.7 -.4 -.8 30000 .4 -.7 -.6 -3.8 .5 lOo -1.7 -3.9 .7 -1.5 40000 1.1 -.8 -.6 -3.3 1.2 150 .7 -3.6 -.4 .9 50000 .5 -.8 -.6 -2.6 .6 200 1.1 -3.0 -.6 1.5 60000 1.2 -.3 -.6 -1.8 1.3 300 .8 -1.9 1.0 .9 80000 1.2 .9 -.6 -.4 1.3 100000 .4 2.4 -.6 .9 .4

Z= 92 URANIUM

ENERGY COH INCOH. photo ENERGY COH INCOH. PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 -8.6 -.5 65.4 -8.7 400 .8 -.3 -.3 1.2 1.5 2.9 -.6 46.9 2.9 500 .5 .4 -.4 1.0

2 6.5 -.7 29.4 6.5 600 .3 1.0 -.3 .8

3 3.3 -1.0 8.4 3.3 800 .8 1.9 1.8 -.5

20.7 -1.1 -1.6 20.9 1000 -1.0 2.9 -.3 -2.5

5 5.7 -1.1 -3.5 5.7 1500 -1.3 2.0 -.4 -4.8 -.6

6 -3.0 -1.2 -3.2 -3.0 2000 -.2 1.5 -.4 -1.9 3.4

8 -1.2 -1.3 -1.1 -1.2 3000 -.8 1.0 -.5 -3.1 -.5

10 -.8 -1.2 3.3 -.8 4000 -.9 .8 -.7 -3.2 -.9

15 -.7 -1.3 7.1 -.7 5000 -.7 .6 -.6 -1.4 -.8

20 2.1 -1.4 6.3 2.3 6000 .9 .5 -.6 -2.2 2.0

30 1.0 -1.5 4.2 1.1 8000 1.7 .4 -.6 -1.8 2.8

"+0 -.1 -2.8 2.0 .0 10000 .8 .4 -.6 -.3 1.2

50 -1.3 -3.5 1.1 -1.1 15000 1.2 .2 -.7 -3.9 1.5

bo -2.1 -3.8 . 9 -2.0 20000 .2 . 2 - . 7 -5.1 . 3 80 -2.5 -3.2 -.3 -2.5 30000 .1 .1 -.7 -5.5 .2 lOo -1.9 -3.3 .7 -1.9 40000 .9 .0 -.7 -5.1 1.0 15o -.1* -3.0 -.4 -.2 50000 .3 .0 -.7 -4.5 .3 200 1.0 -2.3 -.6 1.3 60000 1.0 .5 -.7 -3.8 1.1 300 1.6 -1.2 1.7 1.6 80000 1.3 1.7 -.7 -2.6 1.3 100000 .8 3.1 -.7 -1.4 .8

Z = 9<» PLUTONIUM

ENERGY COH INCOH. PHOTO ENERGY COH INCOH, PHOTO PAIR

KEv TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT. EFFECT PROD.

1 4.0 -.5 103.2 4.0 400 .3 .5 -.4 .5 1.5 8.7 -.6 54.2 8.7 500 -.0 1.1 -.5 .2

2 2.9 -.7 33.8 2.9 600 .0 1.8 -.4 .2

3 -8.5 -1.0 7.8 -8.6 800 1.3 2.7 2.5 -.2

8.9 -1.1 -5.3 9.0 1000 -.5 3.6 -.4 -.8

5 -3.0 -1.1 -7.8 -3.0 1500 -1.2 2.7 -.5 -3.9 .8

6 .10.8 -1.2 -7.6 -10.9 2000 -.4 2.3 -.6 -1.7 2.2

8 -7.5 -1.2 -4.4 -7.6 3000 -.8 1.8 -.6 -2.1 -.9

10 -6.1 -1.1 2.4 -6.3 4000 -.8 1.6 -.8 -3.0 -.6

15 -3.7 -.5 8.6 -4.0 5000 -.5 1.4 -.7 -1.7 -.2

20 1.9 -1.5 7.9 2.0 6000 1.2 1.3 -.7 -2.5 2.7

30 .2 -1.4 5.3 .3 8000 2.0 1.2 -.7 -2.0 3.3

"to .2 -2.5 2.4 .4 10000 .8 1.1 -.8 -.4 1.3

50 .1 -3.1 1.4 .3 15000 .9 1.0 -.8 -3.3 1.2

60 . .3 -3.4 1.1 .5 20000 .5 1.0 -.8 -4.0 .6

80, 1.1 -2.7 -.2 1.5 30000 1.4 .9 -.8 -3.8 1.6 .100 2.4 -2.8 .8 3.1 40000 2.4 .8 -.8 -2.9 2.6

150 .9 -2.3 -.4 1.2 50000 1.6 .8 -.8 -1.9 1.7 200 2.6 -1.6 -.7 3.1 60000 2.3 1.2 -.8 -.9 2.4

300 . 1.9 -.5 2.5 1.9 Bonoo 2.4 2.4 -.8 .9 2.5 100000 2.2 3.9 -.8 2.4 2.2
TABLE II PHOTCN CRCSS SECTION COMPARISON

Z= 1 HYCROGEN

ENERGY TOTAL COHER. INCOH.

(KEV) SCATT. SCATT.

.010 6.652-01 6.652-01 2. 124- 05 .015 4-808+C6 6.652-01 4. 769- 05 .020 2.1S5+06 6.652-01 8.462- C5 .030 6.966+05 6.651-01 1. 897- 04 .040 3.020+05 6.65C-01 3. 358- 04 .050 1.564+C5 t.649-Cl 5. 227- 04 .060 9.075+04 6.648-01 7. 498- C4 .080 3.797+04 6.645-01 1. 322- 03 .ICC 1.905+04 6.641-01 2. 0 50- 03 .150 5.356+03 6 .628-01 4. 520- 03 .200 2.165+02 6. 609-01 7. 872- 03 .300 5.958+02 6.558-Cl 1. 698- C2 .400 2.354+02 6.490-01 2. 887- 02 .500 1.136+02 6.4C5-C1 4- 3C7- 02 .600 6.239+01 6. 306-01 5. 9C9- 02

" .800 2. 432+01 6.C70-C1 9. 462- 02 l.COO 1. 193+01 5.796-Cl 1 . 316- 01 1.50C 3.619+00 5.006-01 2. 152- CI 2. COG 1.8C6+C0 4.163-01 2. 8 54- 01

3 .000 9.456-01 2.741-Cl 3.935- 01 4.000 7.603-01 1-870-01 4. 698- 01 5.000 7.0 54-01 1 .354-01 5. 216- CI 6.000 6.812-01 1 .007-01 5. 54 5- 01

8 .000 6.564-Cl 6.C81-C2 5. 858- 01 10.000 6.460-01 4.122-02 6. C02- 01 15.C0C 6 .303-01 1.922-C2 6. C99- 01 20.000 6.191-01 1.119-C2 6. 075- 01 30.000 5.986-01 5.069-03 5. 934- 01 40.000 5.8C0-C1 2.871-03 5. 771- CI

1= 2 HELIUM

ENERGY TOTAL COHER. INCOH.

(KEV) SCATT. SCATT.

.010 2 -661+00 2 .661+00 6 .125-06

.015 2 -661+OC 2 .661+00 1 .378-05

.020 2 .661+00 2.661+00 2 .451-05

.030 c .402+06 2 .661+CO 5 .515-05

.040 3 .300+06 2 .661+00 9 .808-05

.050 2 .044+06 2 .660+00 1 .533-C4

.060 1.337+C6 2 .660+00 2 .208-C4

.080 6 .591+05 2 -66C+00 3 .927-04

.100 3 -722+05 2 .659+OC 6 .140-04

.150 1 .239+05 2 .658+00 1 .383-C3

.200 C .448+04 2 .655+00 2 .463-03

.300 1 .644+C4 2 .646+00 5 .556-03

.400 6 .877+02 2 .638+CC 9 .904-03

.500 3-464+02 2 .625+OC 1 .552-02

.600 1 -970+03 2 .6C9+00 2 .240-02

.800 8 .083+02 2 .570+00 4 .0C4-C2 l.COO 4 .C42+C2 2 .520+00 6 .289-02

1.500 1 .117+02 2 .355+OC 1 .412-01 2.000 4 .430+01 2 .152+CC 2 .410-01 3.000 1 .254+01 1 .734+CO 4 .585-Cl 4.000 5 -797+00 1 .373+CC 6 .4C6-C1 5.000 3 .617+00 1 .C79+C0 7 .789-01

6. COO 2 .681+00 £ .529-Cl 8 .817-01

8.000 1 .931+00 5 .603-01 1 .C13+00

IC .000 1 .651+OC 3 .925-01 1 .090+00

15.000 1 .399+00 1 .955-01 1 .160+00

20.000 1 .3C8+CC 1 .158-0 1 1 . 176+CC

30 .COO 1 .224+00 5 .390-C2 1 . 166+CO

40. COO 1 .171+OC a .Ce2-C2 1 .138+00

Z= 3 LITHIUM

ENERGY TOTAL COHER. INCOH.

(KEV) SCATT. SCATT.

.010 1 . 222+C6 5.987+00 5.314-05

.015 8 .276+05 5.986+CC 1.193-04

.020 c -290+05 5.986+00 2.117-04

.030 2 .518+C5 5.985+00 4.743-04

.040 1 .365+05 5-983+00 8.396-04

.050 8 .313+04 5.981+00 1.306-03

.060 4 .127+06 5.979+00 1.873-03

.080 2 .662+06 5. 973+00 3. 302-03

.100 1 .646+06 5.965+00 5.116-03

.150 6 .005+05 5.940+00 1.126-02

.200 2-775+C5 5.905+00 1.959-02

.300 8 .953+04 5.811+00 4.2C9-C2

.400 3 .933+04 5.686+00 7.133-02

.500 2 .061+04 5.543+00 1.C60-C1

.600 1 -209+04 5 .381+00 1.447-01

.800 c .161+03 5.028+00 2.293-01

1.000 2 .633+03 4.673+OC 3-147-01

1 .500 7.498+02 3.939+CO 4.928-01

2 .000 3 .002+02 3.404+00 6.248-01

3 .000 8 .101+01 2 .686+00 8.072-Cl

4 .000 3 .267+01 2.214+00 9.549-01

5 .000 1 .700+01 1.882+CO 1 .087+00

6 .000 1 .048+01 1. 610+00 1.202+00

8 .000 c .523+00 1.181+00 1.3e7+0C

10 .000 3 .802+00 8.793-01 1.514+00

15 .coc 2 .507+00 4.ei6-Cl 1.662+00

20 .000 2 .140+00 2.853-01 1.717+00

30 .000 1 .9C1+00 1.387-01 1-727+CO

40 .000 1 .792+OC 6.074-02 1.698+00

BIGGS AND LIGHTHILL IN BARNS/ATOH

PHOTC ENERGY TOTAL

EFFECT (KEV) 0.000 50- 5 .629-01 4.808+06 60. 5-461-01

2.195+06 80. 5.170-01

6.966+05 100. 4-927-01

3.020+05 150. 4-437-01

1.564+05 200. 4-067-01

9.075+04 300. 3.536-Cl 3-797+04 400. 3.167-01

1 .905+04 500. 2.891-01

5.356+03 600. 2 .674-01 2.165+03 800. 2.348-01

5.951+02 1000. 2.111-01

2.347+02 1500. 1 .716-01 1.129+02 2000. 1.46 5-01 6.170+01 3000. 1.156-01

2.362+01 4000. 9.692-02

1 .122+01 5000- 8.424-02

2.903+00 6000. 7.503-02

1.105+00 8000. 6.248-02

2-780-01 10000. 5 .429-02 1.035-01 15000. 4.238-02

4.834-02 20000. 3.589-02

2.601-02 30000. 2.903-02

9.788-03 40000. 2.554-02 4.575-03 50000. 2 .348-02 1.133-03 60000 . 2.214-02 4.158-04 80000. 2.054-02

1.021-04 100000. 1.967-02 3-807-05

PHOTO ENERGY TOTAL EFFECT (KEV) 0-000 50. 1 .128 + 00 0.000 60. 1 .089+00

0.000 80. 1 .039+00 5.402+06 100. 9.683-01

3.300+06 150. 8.889-01 2.044+06 200. 8.143-01 1-337+C6 300. 7.077-01

6-591+05 400. 6.337-01 3-722+05 500. 5.784-01

1-239+05 600. 5. 349-01 5.448+04 800. 4.697-01 1.644+04 1000. 4.223-01

6.874+03 1500. 3.433-01 3.461+03 2000. 2.934-01

1.967+03 3000. 2.323-01

8.057+02 4000. 1 .956-01 4.016+02 5000. 1 .708-Cl 1.092+02 6000. 1.529-01

4.191 + 01 8000. 1.286-01

1.035+01 10000. 1 .128-01 3.783+00 15000. 9.014-02

1 .759+00 20000. 7.831-02

9.462-01 30000. 6.649-02

3.582-01 40000- 6.054-02

1 .693-01 50000. 5.696-02 4.339-02 60000. 5-465-02

1.644-02 80000. 5 .220-02 4.222-03 100000

.

5-142-02

1.634-03

PHOTO ENERGY TOTAL EFFECT (KEV) 1.322+06 50. 1-719+00

8.276+05 60- 1 .659+00 5.290+05 80. 1.564+00 2.518+05 100. 1 .486+00

i. 385 + 05 150. 1.335+00

8.313+04 200. 1 .223+00 4.137+06 300. 1 .062+00 2.662+06 400. 9.511-01

1.646+06 500. 8.68C-01 6.005+05 600. 8.027-01

2.775+05 800. 7.048-01

8.952+04 lOOC. 6.335-01 3.933+04 1500. 5.151-01 2.060+04 2000. 4 .406-01 1.208+04 3000. 3.499-01

5.156+03 4000. 2 .959-01 2.628+03 5000. 2.598-01 7.453+02 6000. 2.338-01 2-961+02 8000. 1 .986-01 7-752+01 10000. 1. 756-01 2-951+01 15000. 1.426-01

1 .403+01 20000. 1.260-01 7.663+00 30000. 1.111-01 2.955+00 40000. 1 .041-01 1.409+00 50000. 9.982-02

3.640-01 60000. 9. 702-02

1 .383-01 80000. 9.424-02

3.550-02 100000. 9.396-02

CO H ER . INCOH. PHOTO PAI R SCATT. SCATT. EFFECT PRCC. 1.844-03 5.610-01 1.77 6—05 1.283-03 5 .448-01 9.5 24—06 7.231-04 5 .163-01 3 . 56C— 06 4-632-04 4 . 923-01 1.6 59—06 2-061-04 4 .435-01 4.225—07

1 .160-04 4 .C66-C1 1.640—07

5.158-05 3 .535-01 4 . 52C-oe 2.902-05 3 .167-01 1.903—08

1.857-05 2 .691-01 1 . 0 1 c— 0 O

1 .290-0 5 2 .674-01 6 *322~0S

7 .256-06 2 .248-01 3 . 2 C6— 09 4.644—06 2 .1 11-01 1 . 9 9 €— C 9 2.064—06 1 . 7 15-0 1 9.42 8— 1

0

4 . 397- C5 1.161-06 1 .463-01 5.93 C— 1

C

1

.

840- C4 5.161-07 1 .151-01 3.315-10 5 . 548- 04

2 .903— 07 9 .595-02 2.27 7—1

C

9 . 708- 04 1.858-07 8 .284-02 1.72 9—1

0

1 . 396- 03

1 .290-07 7 -321-02 1.39 1—1

0

1 . 815- C3 7.257—08 5 .988-02 9 .993—1

1

2 . 6 04- 03 4.645-08 . C98-02 7 . 7 9 C— 1

1

3 . 307- C3 2.064-08 3 . 770-02 5.016-11 4 . 682- 03 1.161-08 .C24-02 2.699-11 5. 650- 03 5.161-09 2 . 199-02 2.424-11 7. C36- C3 2.903-09 1 . 746-C2 1 .603-11 8. 083- 03 1.858-09 1 .456-02 1.435-11 8. 917- 03 1.290-09 1 .254-02 1.192-11 9 . 599- 03 7-2 57- 10 9 .679-03 C . 9 C 0— 1 1 . C66- 02 4-645—10 8 . 196-03 7.1C2— 12 1

.

147- 02

COHER - INCOH

.

PHOTO PAIR SCATT

.

SCATT. EFFECT PRCC. 1.988-02 1 .107+00 7 . 873-04 1.387-02 1 . C74+0C 4.35 2—04

7. 836— 03 1 .031+00 1.71 6-04 5.027-03 9 .632-0 I 6 .4 C4— C 5 2.240-03 8 . 667-Cl 2.3 23-0 5 1.261-03 8 .130-01 9.419-0 6

5 .609-04 7 .C71-01 2 . 7 1 C- 0 6

3 .156—04 6 .334-01 1 .16 7-06 2.021-04 5 .782-01 6.343-07

1.40 3—04 5 .246-01 4 . C C9-C7

7 .89 5-0 5 4 .697-01 2 . 0 84—07

5 .053-0 5 4 .222-01 1 .322—07

2 .246-0 5 3 .421-01 6 .26 9-0 8 1 . 775- C4

1 .264—05 2 .927-01 4. C2C— 08 7. 138- 04 5.616—06 2 .302-C

1

2.233-0 8 2 . 138- 03

3.1 59-06 1 .919-01 1.521-08 3 . 659- 03 2.022-06 1 .657-01 1.14 6—08 5. 126- C3

1 .404-06 1 .464-01 9.164-09 6. 490- 02 7.898-07 1 .198-01 6 .521-09 8. 876- 03

5 .055-07 1 .020-01 5.051-09 1

.

CS6- 02 2.247-07 7 . 540-02 2 .222-09 1 . 473- 02 1.264-07 6 .C4e-02 2.363-09 1. 783- C2 5.616-08 4 . 298-C2 1.539-09 2. 251- 02 3.159-08 3 .492-02 1.141-09 2. 562- 02 2.022-08 2 .913-02 9.C67-10 2. 783- C2

1 .404-08 2 .508-02 7.521-10 2 . 957- 02 7.898—09 1 .976-02 5 . 6 C £—1

0

3 . 244- C2 5.05 5-09 1 .639-02 4 .470—1

0

3. 503- C2

COHER

.

INCOH. PHOTO PAIR

SCATT. SCATT. EFFECT PRGC. 5.260-02 1 .660+00 6 .449-03 3.692-02 1 . 618+00 3.5C4-03

2.102-02 1 .541+00 1 .337-03 1.354-02 1 .471+00 6-36 7-04 6.066-03 1 .329+OC 1 .7C 6-04 3.425-03 1 .219+00 6 .9C9-05 1.527-03 1 .C61+C0 2.C22-05

8 .607-04 9 . 502-01 8.822-06

5.514-04 8 .674-01 4 .799-06 3.831-04 8 .023-01 3.012-06

2.157-04 7 .045-01 1.5 54-06

1 .381-04 6 .333-01 9.831-07

6 . 142-0 5 ' .146-01 4.724-07 4. 017- 04 3.456—05 4 .391-01 2.9 £3-07 1. 527- 03 1.5 36-05 3 .452-01 1.659-07 4. 669- 03

8 .643—06 2 . 679-Cl 1 .131-07 8. 037- 03

5 .5 32—06 2 .485-01 8-525-08 1. 123- 02

3 .842— 06 2 .196-01 6. 621-08 1.412- 02 2.161—06 1 .796-01 4.8 57-06 1. 894- 02

1 .383-06 1 .529-01 3.763-08 2. 267- 02

6 .148-07 1 .131-01 2.4C2-08 2. 947- 02

3 .459—07 9 .073-02 1.76 2-08 3. 528- 02 1.537-07 6 .598-02 1.148-08 4. 513- 02 8.647-08 5 .238-02 8. 513-09 5. 173- 02 5.534-08 4 . 269-02 6.764-09 5. 614- 02 3.843-08 3 .762-C2 5.610-09 5. 941- 02 2.162-08 2 .964-02 4.183-09 6. 461- 02 1.384-08 2 .459-02 3.335-09 6. 937- 02
TABLE II. CONT. PHCTCN CRCSS SECTION COMPARISON

Z= 4 BERYLLILM

ENERGY TOTAL COHER

I NCOH . (KEV) SCATT. SCATT.

• 010 1 .469+C6 1 .06^+01 8 . 796-05

.015 1 . 697+06 1 .064+0

1 . 975-C4

.020 1.379+06 1 .064+0

3. 5 04— 04

• 03C £•248+0 5 1 .C64+C1 7. 849-04

.040 5.201+05 1 .064+Cl 1

389-03

.050 3 .495+0 5 1.C64+C1 2. 1 62-03

• 060 2.470+05 1 .063+01 3 . C99-C3

.080 1 .373+05 1 .063+01 5 . 462-03

« 100 8.390+04 1.062+01 8 . 460-03

• 150 1.419+C6 1 . C58+01 1

861-02

• 200 7^1 29 + 0 5 1 . C54+01 3 . 235-02

.300 2 ^494+0 5 1 .041+01 6. 942-02

.400 1 • 149+05 1.C24+C1 1 . 17 5- CI

• 500 6 .2 40+04 1 .005+01 1 . 742-01

• 600 3. 773+C4 ? .819+00 2 . 3 75-01

• 800 1.694+C^ 9. 307+00 3 . 746-01

1 .000 8.966+C3 £ .759+00 5. 111-01

1 .500 2.679+03 7.430+00 7. 840-01

2 .ceo 1 .099+03 6 .233+00 9. 6 98-01

3 .000 3 .023 + 0 2 4.442+00 1

189+00

4 • COO 1 ^202+02 3 .43 £ + 00 1 . 348+00

5 .000 5 .996+C

2.881+CO 1 . 485+CC

6 .COO 3.475+Cl 2.473+CC 1. 603+00

8 .000 1.567+01 1 .871+00 1. 791+00

IC.CCO 9 . 1 7 5+OC 1 .453+CC 1

931+00

15 .coo 4.487+00 8.250—01 2. 137+00

20 .000 3 .348+00 5.27E-C1 2. 234+00

30 .000 2 . 691+OC 2 .659—01 2. 2 73+CC

40 .000 2.465+CC 1 .574-Cl 2. 2 50+CC V= 5 BORON ENERGY TOTAL COHER

INCOH.

(KEVI SCATT. SCATT.

.010 6.303+06 1 .663 + 01 8. 355-C5

.015 4.622+06 1 .663 + 01 1. 876-04

.020 3.5 24+ C

1 .663+01 3. 329-04

.030 2 .077+06 1 .663+01 7. 459-04

.040 1.321+06 1 .663+0

1 .321-C3

.C50 9 . 000 + 0 £ 1 .662+01 2. C55-C3

• C60 6. 464+05 1 .662 + 01 2. 948-03

.080 3.725+C5 1.661+01 5. 197-03

.100 2.373+05 1 .660 + 01 8. 054-03

-150 9.875+04 1 .656+01 1. 775-02

.200 1^413+C6 1 .651+01 3. 088-02

.300 5^2 57+0 5 1.637+01 6. 647-02

.400 2.573+05 1 .6 19+01 1. 128-01

.500 1.462+C5 1 . 596+Cl 1. 679-01

.600 9.1 12 + 04 1 . 570+0

2. 298-01

.800 4. 168+C4 1 . 5Cg+Cl 3. 660-Cl

1 .COO 2.2 02+04 1 .439+01 5. 054-01

1 .500 6. 7C3+C3 1.252+01 8. C78-C1

2 .000 2.e30+C3 1 .C63+C1 1. 047+00

3 .COO 8.211+Ci 7.527+CO 1. 394+00

4 .COO 3 .374+0 2 5.6 54+OC 1. 649+00

5 • COC 1.694+C2 4.545+CO 1. 844+CO

6 .COO •3.6 o9+0 1 3.772+CO 1. 990+00

8 .coo 4.102+01 2.7e£+CC 2. 193+00

10 .000 2.191+01 2.192+CO 2. 344+00

15 .000 6.395+CC 1.3O5+C0 2. 596+CC

20. COO 5.277+OC 8.499-01 2. 728+CO

30 .000 3.669+OC 4.364-01 2. 795+CC

40 .000 3.2C6+CC 2.61C-C1 2. 776+CC

Z= 6 CARBON

ENERGY TOTAL COHER. INCCH.

(KEV) SCATT. SCATT.

.010 1.474+07 2 .395+Cl 6 .049-05

• 015 8 .023+06 2 .395+Cl 1 .359-04

• 020 6 .444+06 2 .395+01 2 .411-04

• 030 4 .117+06 2 .394+01 5 .407-04

.040 2 .723+06 2 .394+01 9 .578-04

.050 1 .896+06 2. 394 + 01 1 .491-03

.060 1 .380+06 2 .394+01 2 .140-03

.080 8.068+05 2 .393+Cl 3 .778-03

• 100 5 .177+05 2. 392+01 5 .861-03

• 150 2 .162+05 2 .388+01 1 .295-02

• 200 1 .086+05 2 •383+01 2 .261-02

-300 9 .129+0 5 2 .368+01 4 .899-02

• 400 4 .795+05 2 .349+01 8 .375-02

-500 2.788+C5 2 .325+Cl 1 .256-01

.600 1 .755+05 2 .297+Cl 1 .734-01

.800 8 . 162+04 2 .229+01 2 .817-01

1 .COO 4 .392+04 2 .1 50+01 a .985-01

1 .500 1 .381+04 1 .917+01 6 . 883-01

2 .000 .970+03 1 .662+01 9 .644-01

3 .COO 1 .794+03 1 .215+01 1 .453+00

4 .COO 7 .529+02 9 .1 70+00 1 .829+00

5 .000 ^ .811+02 7 -221+00 2 .1C6+0C

6 .ceo 2 .180+02 5 .e41+CC 2 .3C6+00

8 .000 9 .059+01 4 .159+CO 2 . 562+00

10 .000 4 .661+01 3 .230+00 2 . 744+CC

15 .000 1 .560+01 1 .981+00 3 . 045+00

2C .coo 8 .520+CO 1 .288+00 3 .207+CO 30.000 5 .037+00 6 .758-01 3 .309+00

40 • coo 4 . 125+CC 4 .122-01 3 .3C2+0C

eiGGS AND LIGhTHILL IN BARNS/ATOM

PHOTO ENE RGY TOTAL EFFECT (KEV)

1 .489+06 50 . 2 .342+00

1 .697+06 60 . 2 .254+00

1 .379+06 80. 2 .096+00 8.248+05 100. 1 .9 87+00 5,201+05 150. 1 .782+00 3,495+05 200. 1 .63 1+00

2 .470+05 300. 1 .416+00

1 .373+05 400 . 1.268+00 8.389+04 500 . 1.157+00

1 .419+06 600 . 1.070+00

7.128+05 800. 9.397-01

2.494+05 1000. 8 .446-0

1 .149+05 1500 . 6.87C-C

6. 239+04 2000 . 5.8 84-01

3 . 772+04 3000 . 4 .6 84-0

1 .693+04 4000. 3 .972-0

8.956+03 5000 . 3 .49 £-01 2.671+03 6000 . 3 .161—01

1 .092 + 03 8000 . 2.7 14-01

2 .966+02 10000. 2 .431-01

1 .1 54+02 15000

2 .0 35—0

5 .559+01 20000

1 .830-0

3.067+01 30000. 1 .632-01 1.201+01 40000

1 .548—01 5.792+00 50000^ 1 .508-01

1 .525+00 60000^ 1 .487-0

5 .857-01 80000^ 1 .473-01

1 .518-01 100000- 1 .476—01

5 .819-02

PHCTC ENERGY TCTAL EFFECT (KEV

)

6.303+06 50- 2 .983+00 4.622+06 60- 2 . 8 39+00 3.524+06 80- 2 .641 + 00 2.077+06 100- 2 .496+00 1.321+06 150. 2.232+00

9 .000+05 200 - 2.C40+00

6.463+05 300- 1 .771 + 00

3 . 725+05 400- 1 .585 + 00

2 .373+05 500^ 1 .447+00 9.873+04 600^ 1 .338 + 00

1 .413+06 800^ 1 .175+OC 5.257+05 1000 • 1 .056 + 00 2.573+05 1500^ 8 .590-0 1 1.462+05 2000- 7.361-01 9.111+04 3000- 5.881-01 4.167+04 4000- 5.012-01 2.200+04 5000- 4 .438-01 6.690+03 6000. 4.031-01

2.818+03 8000. 3.488-01

8.122+02 10000. 3.138-01 3.301+02 15000. 2 .644-01

1 .630+02 20000. 2 .410-01 9.112+01 30000. 2.229-01

3 .605+01 40000. 2.161-01

1.737+01 50000. 2.124-01 4.494+00 60000 . 2.105-01

1 .699+00 800002.103-01 4.376-01 100000. 2.137-01

1.691-01

PHCTC ENERGY TOTAL EFFECT (KEV)

1 .474+07 50. 3.729+CO

8.023+06 60. 3.495+00 6.444+06 80. 3 .214+00

4.1 17+06 100. 3 .021+00

2. 723+06 1 50 . 2 .690+00 1.896+06 • 200. 2 .456 + 00

1 .380+06 300. 2.129+00

8.068+05 400. 1 .905 + 00

5 .176+05 500. 1 .738+00 2.161+05 600. 1 .6C6+00 1.086+05 800. 1 .410 + 00 9.129+05 1000. 1.267+00 4.795+05 1500. 1.031+00

2 . 788+05 2000. 8 .847-01

1 . 755+05 3000. 7.087-01

8.160+04 4000 . 6.060-01 4.390+04 5000 . 5 .387-01

1 .379+04 6000. 4.913-01

5^953+03 8000 . 4.2 8 7-01

1 . 780+03 10000. 3 .892-01 7.419+02 15000. 3 .348-01 3.718+02 20000

3.096-01 2.098+02 30000. 2.909-01 8.387+01 40000. 2.844-Cl 4.064+01 50000. 2.813-01

1.058+01 60000. 2.802-01 4.025+00 80000. 2.821-01 1.052+00 100000. 2 .879-01

COHER . INCOH

FHCTO PAIR SCATT

SCA TT . E F F EC T PRCC.

1.0 35-0

2 .211+00 2 .756-02

7.31 0— 0 2 2 . 166+00 1 .492-02

4. 194— U^; 2 • C48+00 5 .626-03 2.714—02 1 • 957 + 00 2 .6£6-03

1 .224—02 1 . 769+00 7 .041-04

6 .930—03 1 •624+OC 2 .848-04

3 . 100—03 1 •413+00 8.407-05

1 . 750—03 1 . 266+00 3 .693—0£

1.12 2— 0 3 1 . 156+0 C 2 .0C4— 05

1 . bUU— U4 1 . C69+0C 1 .252—05

4 . 5— U4 9 . 392-0

6 .42 2—06

2.81 5—04 8 .444-01 4 . C 5 9—06

1.2 53—04 6 .861-01 1 .948-06 7 . 044--C4 7.051—05 5 .854-01 1 .230-06 2 • 943"'03 3.13 6— 0 5 4 .6C3-01 6 .846-07 8 . 1 C5-• 03

1 .764—05 3 .838-Cl 4 .67C-07 1

338-'02 1.1 29-0 £ .314-01 3 . 5 22-07 1

847-'02

( . o44— Uo 2,929-01 2 .819—07 2 . 326-02

4.41 3—06 2 .39 5-0

2 .CC£— 07 3 . 1 86-'C2 2.82 5—06 2 .039-01 1 .557—07 3 . 916-'02

1 .256—06 1 .508-01 9 .93 €—08 5 • 272-'02 7.063-07 1 .210-01 7 .291-08 6. 201-'02 3.139-07 8 . 797-C2 4 .7 53-08 7. 525-'C2 1.766-07 6 . 984-02 3 .525-08 8. 499-'02 1.130-07 - . £25-02 2 . 8 CO- 08 9, 252-'C2

f • OH Uo .016-02 2 •323-08 9 . 855-'C2 4 .4 1 5—08 3 .952-02 1 . 7 32-0 8 1 • C78- 01

3 .279-02 1 .3 El-OE 1 . 149-'01

CO H ER • INCOH. PHOTO PAIP SCATT

SCATT. EFFEC T PRCD^

1 • 728—01 2 .729+00 a .117-02

1 • 2 2 6— 02 .672+00 4 .459-02

f •\j 1 H^yjc. 2 .553+CC 1 .729-02

4.59 5— 0 2 2 .442+CC £ .2 £2-03

<i • Do 1— U ^ 2 .2C9+0C 2 .l€£-03 1.182-02 2 .C28+00 8 .753-04 5*300-03 1 .765+OC 2 .527-04 2.994-03 1 .582+00 1 .098-04 1.922-03 1 .445+OC 5 .991-0£

1 . 337-03 1 .236+00 3 -77 8-05

7 « 5 36—04 1 .174+00 1 -951-05

4 • 829—04 1 .C55+0C 1 .231-05

2 • 150—04 8 .576-Cl .866-06 1

110- 03 1.2 10—04 7 . 217-Cl 3 .6 ££-06 4 . 293- 03 5.385—05 5 .754-01 2 .044-06 1

264- 02 3.030—0 5 4 .797-01 1 .292-06 2 • 137- C2

1 .940-0 5 4 .142-01 1 .C5C-06 2 • 959- 02 1.347—05 3 .t61-01 8 .404-07 3 . 702- 02

7 .580—06 2 .994-01 5 .989-07 4 . 938- 02 4.8 52-06 2 .549-01 4 .644-07 5. 893- 02 2.1 57-06 1 .685-Cl 2 .966-07 7 . 594- 02 1.21 3—06 1 .512-Cl 2 .176-07 8 . 975- C2 5.393-07 1 . 100-01 1 .421-07 1. 129- CI 3.034-07 e .73C-C2 1 .054-07 1. 288- 01 1.942-07 7 .281-02 8 .360-08 1. 396- 01 1.348-07 6 .269-02 6 .952-08 1. 478- 01 7.585-08 4..940-C2 5 .186-08 1. 6 09- 01 4.854-06 4 .C98-02 4 .13£-08 1. 727- CI

COHER . INCOH. FHCTO PAIR

SCATT. SCATT. EFFECT PRCC. 2.767-01 3- 254+OC 1 .982-01 1.983-01 3. 187+OC 1 .C93-01 1.160-01 3. C55+0C 4 .261-02 7.595-02 2. 925+OC 2 .025-02 3.480-02 2. 650+00 5 .371-03 1.988-02 2. 434+CC 2 .142-03 8.968-03 2. 119+OC 6 .156-04 5.083-03 1. 899+CC 2 .676-04 3.268-03 1. 734+00 1 .466-04 2.276-03 1

6C4+0C 9 .299-05

1.285-03 1. 4C9+0C 4 .eC9-05 8.243-04 1. 267+CO 3 .C27-05 3.674-04 1. C29+0C 1 .425-05 1. 582- 03 2.070-04 8. 781-01 6 .962-06 6. 357-•03 9.214-05 6. 9C5-C1 4 .962-06 1. 817- 02 5.187-05 5. 757-01 3 .278-06 3. 027-02

3.321-05 4. 971-01 2 .547-06 4. 163- C2 2.307-05 4; 393-01 2 .C4C-06 5. 196- 02 1.298-05 3. 593-01 1 .4£5-06 6. 942- 02 8.310-06 3. 059-01 1 .129-06 8. 327- 02 3.694-06 2 . 262-01 7 .223-07 1. C85- 01 2.078-06 1. 615-01 5 .2C6-07 1. 282- 01 9.238-07 1. 320-01 3 .465-07 1. 589- 01 5.197-07 1. C48-01 2 .571-07 1 . 796- 01 3.326-07 8. 738-02 2 .044-07 1 . 940- CI 2.310-07 7. 523-02 1 .696-07 2. 050- 01 1-299-07 5. 927-02 1 .266-07 2. 228- CI 8.316-08 4. 918-02 1 .CC9-07 2. 387- 01
TABLE II, CONT. PHOTON

Z= 7 NITROGEN

ENERGY TOTAL COHER- INCOH.

(KEV) SCATT- SCATT.

.010 1. 729+07 3.259+01 3. 820-05

.015 1.116+07 3.259+01 8-585-05

.020 9.9 50 + 06 3. 259+01 1- 524-04

.030 6.778+06 3.259+01 3.421-04

.040 4.589+06 3. 259+01 6. 067-04

.050 3.239+06 3.259+01 9. 455-04

.060 2-381+C6 3.258+01 1. 358-03

.080 1 .415+06 3.258+01 2. 402-03

.100 9.207+05 3.257+01 3. 734-03

.150 3.9E6+C5 3.253 + C 1 8. 295-03

.200 2.C89+C5 3.248+01 1

.

455-02

-300 7.500+C4 3.234+01 3. 189-02

.400 3.091+04 3.215+Cl 5. 517-02

-500 4.409+C5 3.191+01 8. 381-02

-600 2.839+05 3.162+01 1. 173-01

.800 1. 393+05 3.C91+C1 1. 963-01

1 -000 7.781+04 3. 005 + 01 2. 877-01

1 -500 2.546+C4 2.737+01 5. 489-01 2.000 1.118+04 2.427+01 8. 380-01

3 .COG 3.402+03 1.849+Cl 1. 416+CC

.000 1.436+03 1.423+Cl 1. 886+00

5.000 7.290+02 1.118+01 2. 241+00

6 .000 4. 179+02 e. 951+00 2. 505+00

8 .000 1. 735+02 6.209+00 2. 857+00

10 .000 8.845+01 4.7C7+C0 3. 099+00 15.000 2.785+01 2.836+00 3. 465+00

20 .000 1.387+01 1. 865+00 3. 661+00

30 .000 6.999+00 9.828-01 3. 802+00

40 .000 5.262+OC 6-023-01 3- 813+00

Z= 8 OXYGEN

ENERGY TOTAL COhER. INCOH.

(KEV) SCATT. SCATT.

.010 4.,747+07 4.257+01 2..371-05 .015 1. 021+07 4.257+01 5. 331-05

.020 1.iC4C + 07 4.257+01 9-,474-0 5 .030 E. E71+C6 4.257+01 2. 130-04

.040 6..592+06 4.257+01 3.,782-04

.050 4. 890+06 4 .257 + 01 5. 904-C4

.060 3. 711+06 4.256+01 8.494-04

.080 2. 295+06 4.255 + 01 1. 507-03

. 100 1. 532+06 4.254+01 2. 350-C3

.150 6. 934+05 4.251+01 5. 263-03

.200 3. 770+C5 4.246+01 9. 311-03

.300 1.466+05 4. 232+01 2. 075-02

.400 6. 801+04 4-213+01 3. 6 53-02

.500 3 356+C4 4.189+01 5. 651-02

• 600 4. 341+05 4-160+Cl 8. C57-02

.800 2. 165+05 4-C87+01 1. 404-01

1 .OCO 1. 218+05 3 .996+01 2. 148-01

1 . 500 4. 084+04 3.701+01 4. 560-01 2.000 1. 837+04 3. 347 + 01 7. 520-01

3.000 5. 800+03 2.646+01 1. 388+00

4 . COO 2 . 493+03 2.086+Cl 1 . 928+CC

5 .000 1. 275+03 1.65C+C1 2. 351+CC

6. COO 7. 343+02 1 .323 + 01 2. 680+00

8 .000 3. 060+02 9.107+00 3. 138+00

10.000 1. 554+02 6. 793+00 3. 450+CC

15.000 4. 728+01 3.970+00 3. 885+00

20.000 2. 216+01 2.619 + 00 4. 111+CO 30-000 9. 642+CC 1.4C3+C0 4- 292+CC

40 .000 t. 822+00 6. 691-01 4- 320+00

z 9 FLUORINE

ENERGY TOTAL COHER. INCOH.

(KEV) SCATT. SCATT.

.010 1. 425+07 5. 386 + 01 -4- 575-09

.015 1. 267+07 5.388+01 -1. 031-06

.020 1. 531+07 5-388+01 -1. 837-06

.030 1. 226+07 5-388+01 -4. 148-08

.040 8.770+06 5.388+01 -7. 4C1-08

.050 6. 383+06 5.387+01 -1. 161-07

.060 4. 793+C6 5.387+01 -1. 677-07

.080 2.941+06 5.366+01 -3. 004-07

.100 1. 964+06 5.385+01 -4. 727-07

.150 9. 022+05 5. 382+01 -1. C83-06

.200 c 031+05 5.377+01 -1- 959-06

.300 2. 101+05 5.362+01 -4. 5 59-06

.400 1. 076+05 5.342+01 -8. 375-06

.500 6. 163+04 5.317+01 -1- 351-05

.600 3- 743+04 5.287+01 -2. 006-05

.800 ra ^ 193+05 5.210+01 -3. 781-05

1.000 1. 827+05 5.113+01 -6. 245-05

1.500 6. 232+04 4. 796 + 01 -3.222+02

2.000 2. 594+04 4.408+01 -2.573+03

3.000 -1. 136+04 3 .605 + 01 -2. 050+04

4.000 2. 445+05 2. 906 + 01 2. 405+05

5.000 2. 305+06 2.331+01 2. 3C3+C6

6 .000 7. 976+06 1.887+01 7. 975+06

8.000 3- 724+C7 1 .306 + 01 3- 724+07

10.000 1. 019+08 9.667+00 1. 019+06

15. COO 5- 065+08 5.481+00 5- 065+08

20.000 1.417+09 3.575+00 1- 417+09

30.000 c 495+09 1.896+CO 5 495+09 4C.C00 1. 370+10 1. 163+00 l'. 370+10

CRCSS SECTION COM

BIGGS AND LIGHTHILL IN BARNS/ATOM

PHOTO ENERGY TOTAL EFFECT (KEV) 1.729+07 50. 4.593+00

1.116+07 60. 4.222+00

9.950+06 80. 3.809+00 6.778+06 100. 3 .558+00 4.589+06 150. 3.147+00

3.239+06 200. 2.868+00

2.381+06 300. 2.484+00

1.415+06 400. 2.222+00

9.207+05 500. 2.027+00 3.985+05 600. 1-874+00

2.089+05 800. 1 -645+00 7.497+04 1000. 1 -479+00 3-088+04 1500. 1.203+00 4.409+05 2000. 1.034+00 2.838+05 3000. 8.301-01

1.393+05 4000. 7. 115-01 7.778+04 5000. 6.342-01 2.544+04 6000. 5 .804-01 1.116+04 8000. 5.112-01 3.382+03 lOOOO. 4.692-01

1.420+03 15000. 4.137-01

7.156+02 20000. 3.866-01

4.065+02 30000. 3.644-01 1.645+02 40000. 3 .590-01 8.064+01 50000. 3.592-01

2.155+01 60000. 3.615-01

8.347+00 80000. 3.679-01 2.214+00 100000. 3.748-01

8.673-01

PHCTC ENERGY TOTAL EFFECT (KEV) 4.747+07 50. 5.659+00

1.021+07 60. 5.C68+C0

1.039+07 80. 4.464+00

8.871+06 100. 4.127+00

6.592+06 150. 3.619+00

4.890+06 200. 3.269+00 3.711+06 300. 2.843+00

2.295+06 400. 2.542+00

1.532+06 500. 2.318+00

6.933+05 600. 2.143+00 3.770+05 800. 1 .881 + 00

1 .466+05 1000. 1 .690+00 6.797+04 1500. 1.376+00 3.352+04 2000. 1 .182+00 4.341+05 3000. 9.528-Cl

2.165+05 4000. 8.21C-01

1.217+05 5000. 7 .361-01 4.081+04 6000 . 6 .771-01 1.834+04 8000. 6 .006-01 5.772+03 10000. 5.531-01

2.471+03 15000. 4. 689-01 1.256+03 20000. 4-620-01

7.1 84+02 30000

.

4.484-01 2.937+02 40000. 4.476-01

1.452+02 50000

.

4.488-01

3.943+01 60000 4.512-01

1.545+01 80000 4.594-01 4.147+00 100000 4 .723-0

1

1 .633+00

PHCTC ENERGY TOTAL EFFECT (KEV ) 1 .425+07 50. 2 .726 + 10

1 .267+07 60 . 4 .727+10

1 .531+07 80 . 5.281+00 1.226+07 100. 4.793+00

8.770+06 150. 4.131+00

6 .383+06 200 . 3.733+00 4.793+06 300 . 3 .213+00 2.940+06 400 . 2 .667 + 00 1.964+06 500 . 2.6 13+00

9. 022+05 600 . 2.414+00

5.031+05 800. 2 .1 1 6+OC 2.100+05 1000. 1 .903+00

1 .077+05 1500. 1 . 549+00 6.157+04 2000 . 1 .332+00 3.738+04 3000. 1.076+00 3.192+05 4000. 9 .300-0 1 1 .827+05 5000. 8 .364-01 6.259+04 6000. 7.722-01 2.847+04 8000. 6. 909-01

9.109+03 10000. 6 .419-01 3.956+03 15000. 5.775-01 2.037+03 20000. 5.495-01 1.176+03 30000. 5 .360-01 4.874+02 40000. 5 .393-01 2.435+02 50000. 5.455-01 6.738+01 60000. 5 .520-01 2.668+01 80000. 5 .650-01 7.216+00 100000. 5.785-Cl 2.853+00

P A R I S 0 N

COHER. INCOH. PHOTO PAIR SCATT. SCATT. EFFECT PROD- 4.058-01 3. 766+00 4.189-01 2.916-01 3. 700+00 2.3C7-01

1.711-01 3. 549+00 8.947-02

1.123-01 3- 403+00 4.263-02

5.163-02 C84+0C 1.127-02 2.953-02 2. 834+00 4.515-03

1.335-02 2. 469+00 1.3C9-03 7.569-03 2. 214+00 5.721-04

4.869-03 2. C22+0C 3.134-04

3.392-03 1. 870+OC 1.980-04

1.916-03 1. 643+00 1.021-04

1.229-03 1. 477+OC 6.415-05

5.482-04 1. 2C1+0C 3.036-05 2. 125-•03 3.089-04 1. C24+00 1.9CC-05 9. C92--03 1.375-04 8. 055-01 1.050-05 2. 446-02

7.741-05 6. 716-01 7.15C-06 3. 9 74--02 4.957-05 5. 799-01 5.393-06 5.426-•02 3.443-05 5 . 125-01 4. 319-06 6. 785-•02 1.938-05 4. 192-01 3.081-06 9. 202-•02 1.240-05 3 . 569-01 2-391-06 1. 124-•01 5.515-06 2. 639-01 1. 530-06 1.497-•01 3.102-Ot 2 . 117-01 1.124-06 1

.

749-•01

1 .379—06 1

.

539-01 7 . 342—07 2. 104-01

7.758-07 1. 222-01 5.45C-07 2. 368-•CI 4.965-07 1. C19-01 4.333-07 2. 573-01

3.448-07 8. 777-02 3.596-07 2. 737-CI

1.940-07 6. 915-02 2.663-07 2. 987-01

1.241-07 5. 737-02 2.139-07 3. 174-01

COHER. INCOH. PHOTO PAIP SCATT. SCATT. EFFECT PROD. 5.895-01 4. 279+OC 7.91C-01 4.255-01 4. 2C6+0C 4.363-01 2.512-01 4. C43+00 1.694-01 1.654-01 3. e80+CC 8.086-02 7.640-02 521+CC 2. 140-02 4.380-02 237+Ce 6.534-03

1.984-02 2. 621+00 2.455-03

1.127-02 2. 530+00 1.073-03 7.252-03 2. 310+CC 5-936-04

5-055-03 2. 137+OC 3.791-04

2.857-03 1. 678+OC 1.970-04

1.834-03 1. 688+00 1.239-04

8.180-04 1. 372+00 5.839-05 2. 792- C3 4.610-04 1. 171+CC 3.64C-05 1. 116- C2 2.053-04 9.2C6-C1 2.CC4-05 3. 198- C2 1.156-04 7. 676-01 1.362-05 5. 332- 02 7.401-05 6. 627-01 1.027-05 7. 329- C2 5.142-05 5. 857-01 6.226-06 9- 134- 02 2.894-05 4. 790-01 5.669-06 1. 216- 01 1.852-05 4. C78-01 4.557-06 1. 452- 01 8.236-06 016-01 2.919-06 1. 873- 01 4.6 34-06 2. 419-01 2.146-06 2. 200- 01 2.060-06 1. 759-01 1.4C2-06 2. 724- CI

1. 159-06 1. 397-01 1.041-06 3. 079- 01 7.416-07 1. 165-01 6.276-07 3. 323- CI 5.150-07 1. C03-01 6.871-07 3. 508- 01 2.897-07 7. 9C3-02 5.127-07 3- 603- CI 1.854-07 6. 557-02 4.09C-C7 4. 068- 01

COHER. INCCH. PHOTO PAIR SCATT. SCATT. EFFECT PRCD. 7.835-01 2.726+lC 1.364+00

5.629-01 4. 727+10 7.644-01

3.302-01 4.654+OC 2.972-01 2.166-01 4. 434+00 1.419-01 9.952-02 3. 994+00 3.772-02

5.690-02 3.661+00 1.514-02 2.571-02 3. 183+00 4.396-03

1.458-02 2.651+CC 1.926-03 9.376-03 2.6C2+0C 1.C63-C3 6.532-03 2.4C7+0C 6.74 5-04 3.689-03 2.114+00 3.479-04

2.367-03 1.9CO+0C 2.179-04

1.055-03 1.544+CC 1.023-04 3. 547-•03 5.946-04 1. 317+00 6.376-05 1.454-02

2.647-04 1.036+00 3.512-05 4. C25-02

1.490-04 6.636-01 2.390-05 6. 623-02

9.541-05 7.456-01 1.804-05 9. 073-•02 6.628-05 6.589-Cl 1.445-05 1. 132-01

3.730-05 5.389-01 1.032-05 1. 519-01

2.388-05 4.568-01 6.021-06 1. 830-01

1.061-05 3.393-01 5.142-06 2.381- 01 5.972-06 2.722-01 3.762-06 2. 773- CI 2.655-06 1.979-01 2.473-06 3- 381- 01 1.493-06 1.571-Cl 1.837-06 3. 822- 01 9.557-07 1.311-Cl 1.461-06 4.144- 01 6.637-07 1.129-01 1.213-06 4. 391- 01 3.734-07 8. 891-02 9.051-07 4. 761- 01 2.390-07 7.377-02 7.22C-07 5. 047- 01
TAELE II, CONT. PHOTCN CPCSS SECTION COMPARISON

BIGGS AND LIGHHILL IN BARNS/ATOM

1= 10 NEON

ENERGV TOTAL COHER. INCOH. PHOTO

<KEV) SCATT. SCATT. EFFECT

.010 6 .652+01 6.652+01 1. 565-05 0. 000

.015 6 .652+01 6.652+01 3. 522-C5 0. 000

.020 7 .289+06 6.652+01 6. 263-05 7. 288+06

.030 £ .875+06 6.652+01 1. 410-04 8. 875+06

.040 .181+06 6.652+01 2. 508-04 9. 181+06

.C50 7.?7E+C6 6. 651+01 3. 920-04 7. 975+06

.060 6 .632+06 6.651+01 5. 648-04 6. 632+06

.080 4 .5E0+C6 6.650+01 1. CC5-03 4. 550+06

.100 .226+C6 6.649+01 1. 572-C3 3. 226+06

.150 1 .592+06 6 .645+01 3. 546-C3 1.592+06

.200 9 .169+05 6.640+01 6. 320-03 9. 169+05

.300 3 .936+C5 6.625+Cl 1 .429-02 3.935+05

.400 2 .039+05 6.6C5+01 2. 553-C2 2. 038+05

.500 1 .167+05 6.579+Cl 4. C09-02 1. 167+05

.6CC 7 .062+04 t .547+Cl 5. 801-C2 7. 056+04

.800 2 .720+04 6 .468+Cl 1. 041-01 2- 713+04

1 .000 2 .549+C5 6.367+Cl 1. 643-Cl 2. 548+05

1 .500 9 .083+04 6. 034+01 3. 728-01 9. 077+04

2. COO 4 .194+C4 5.621+01 6.436-Cl 4. 188+04

3 .000 1 .363+04 4.726+Cl 1. 263+00 1. 358+04

.000 6 .CC9+C3 3.891+01 1. 842+00 5c 969+03

5. 000 3 .140+03 3.168+01 2. 349+CO 3. 106+03

6 .COO 1 .835+03 2.E94+C1 2. 789+CC 1. 807+03

8 .000 7 .793+02 1.813+01 3. 486+CO 7. 577+02

IC.COC 3 .993+02 1.336+Cl 3. 975+CC 3. 819+02

15.000 1 .195+02 7.461+CO 4. 618+00 1. 074+02

20 .COO c -279+01 4.E47+CC 4. 945+CC 4. 300+01

30 .000 1 .956+01 2.584+00 5. 228+OC 1. 175+01

AC .COO 1 .156+Cl 1.596+CC 5. 3CC+CC 4.662+00

ENERGY TOTAL COHER. INCOH. PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 8.621+00 1.080+00 .276+CC 2 .26 5+00

60. 7.235+00 7.787-01 5 .2C6+CC 1 .2EC+0C

80. 5.962+00 4.588-01 5 .C17+CC 4 .857-01

100. 5.36C+00 3. 019-01 4 .626+CC 2 -322-01

150. 4-592+00 1.392-01 4 .391+OC 6.2C2-02

200. 4.144+00 7.977-02 4 .C4C+CC 2 .499-02

300. 3.567+00 3.611-02 3 .524+CC 7 .268-03

400. 3.184+00 2.050-02 . 161+CC .162-03

500. 2.902+00 1.319-02 2 .887+00 1 .716-C3

600. 2.682+00 9.194-03 2 .671+OC 1 .077-03

800. 2-353+00 5.195-03 2 .347+00 5 .548-04

1000. 2. 114 + 00 3.334-03 2 .IIC+CC 1 .5C6-C4

1500. 1.721+00 1.487-03 1 .715+CC 1 .683-04 4 .401- 03 2000. 1 .482 + 00 8.381-04 1 .463+OC 1 -062-04 1 .748- 02 3000. 1.201+00 3.732-04 1 .151+CC C .916-05 4 . 999- C2 4000. 1 .043+00 2.101-04 9 .595-01 4 .039-05 8 .317-02

5000. 9.426-01 1 .345-04 8 .284-01 3 .C4e-C5 1 .140- CI 6000. 8.740-01 9.346-0 5 7 .321-01 2 .441-0 5 1 .417- 01 8000. 7.864-01 5.259-05 5 .988-01 1 .740-05 1 .876- 01 10000. 7.328-01 3-367-05 5 .098-01 1 .350-05 Z .229- 01 15000. 6.625-01 1.497-05 3 .770-01 8 .625-06 2 .855- 01 20000. 6.375-01 8.422-06 3 .C24-01 6 .331-06 3 .351- 01 30000. 6.359-Cl 3.744-06 .199-Cl 4 .13C-C6 4 .159- CI 40000. 6.447-01 2.106-06 1 .746-01 .063-06 4 .701- 01 50000. 6.524-Cl 1.348-06 1 .456-01 2.434-06 5 .068- 01 60000. 6-596-01 9.361-07 1 .254-01 2 .020-06 5 .342- 01 80000. 6.769-Cl 5.266-07 c . 879-02 1 .5C6-06 5 .781- 01 100000. 7.001-01 3.370-07 8 .196-02 1 .201-06 6 .181- 01

Z= 11 SODIUM ENERGY TOTAL COHER. INCOH. PHCTC ENERGY TOTAL COHER. INCOH. FHOTO PAI P (KEVl SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 8.329+C4 8.C49+C1 6. 442-05 8.321+04 50. 1.C64+01 1.363+00 5 .760+00 3 .515+00

.015 1 .099 + 05 8. 049+01 1. 447-04 1 .098+05 60. 8.609+00 9.814-01 5 .692+OC 1 .937+00

-020 9.343+C4 8.048+01 2. 568-C4 9.335+04 80. 6-826+00 5. 775-01 5 .5CC+C0 7 .484-01

.030 6.1 58+04 8.C48+01 5. 757-04 6.150+04 100. 6-032+00 3.797-01 c .295+00 3 .570-01

.040 8.618+06 8.C47+01 1. 020-03 8.618+06 150. 5.094+00 1.749-01 4 .E23+CC .6C1-02

.050 8. 430+06 8.C46+C1 1. 588-C3 8.430+06 200. 4.579+00 1.001-01 4 .440+00 .9C9-02

.060 7.306+06 8.045+01 2. 278-03 7.306+06 300. 3.931+00 4.530-02 3 .875+OC 1 .158-02

.080 5. 175 + 06 8 .042+01 4c C21-C3 5.175+06 400. 3.5C6+0O 2. 571-02 .476+OC c .077-03

. 100 3.723+C6 e.C3e+oi 6- 236-C3 3-723+06 500. 3.195+00 1.654-02 3 .175+OC 2 .744-03

.150 1.877+06 8.024+01 1. 378-02 1.877+06 600. 2.951+00 1.153-02 2 .938+00 1 -7C9-03

.200 1 .100 + 06 e.cc6+ci 2. 403-02 1.100+06 800. 2. 589+00 6.513-03 2 . Eei+cc 6 .748-04

.300 4.905+05 7.955+01 5. 202-02 4.904+05 1000. 2.326+00 4.179-03 2 -321+OC .518-04

.400 2. 657+05 7 .889 + Cl 8. 8 84-02 2.656+05 1500. 1 .894+00 1.864-03 1 .887+00 2 .651-04 5. 357-03

.500 1.606+05 7.809+Cl 1. 331-01 1.605+05 2000. 1 .633+00 1.050-03 1 .610+00 1 .677-04 2. 203-C2

.600 1.040+05 7.719 + 01 1. 835-01 1.039+05 3000. 1 .327+00 4.677-04 1 .266+00 c .354-05 6. 037- 02 .800 4.91C+C4 7.515 + Cl 2. 971-01 4.902+04 4000. i.i;e+oc 2.633-04 1 .C55+0C 6 .389-05 c ^ 883- C2 1.000 2.505+04 7.298+01 4. 189-01 2.498+04 5000. 1.047+00 1-686-04 9 .113-01 4 .823-05 1.351- CI

1 .500 1.271+05 6 .774 + 01 7. 165-01 1.271+05 6000. 9.739-Cl 1.171-04 e .CE3-01 3 .862-05 1. 6 84- CI 2.000 5.994+04 6.282 + 01 1. ooo+oo 5.988+04 8000. 8.846-01 6.591-05 6 .587-01 2 .753-05 2. 258- 01 3.000 1.953+04 5.361+01 1. 535+00 1 .947+04 10000. 8.331-01 4.219-05 c .608-01 2 .13 5-05 2- 723- 01 4.000 8-578+C3 4.517+01 2. 042+00 8.530+03 15000- 7.693-01 1 .876-05 4 .147-01 1 .364-05 3. 545- 01

5. COO 4.485+03 3.778+01 2. 517+CC 4.444+03 20000- 7.444-01 1.055-05 3 .327-01 1 .CC1-C5 4. 118- CI 6.000 2.627+03 3.166+01 2- 955+CO 2.592+03 30000- 7.403-01 4.691-06 2.419-01 6 .524-06 4. 984- CI

8. COO 1.122+03 2.268+Cl 3. 697+00 1.096+03 40000. 7.533-01 2.639-06 1 .921-01 4 .839-06 5. 612- 01 10.000 5.783+02 1 .679 + 01 4. 235+CC 5.572+02 50000. 7.678-01 1.689-06 1 .602-01 .845-06 6. 076- 01 15.0CC 1.746+C2 9.3e7+C0 4. 971+CC 1.603+02 60000. 7.ei4-Cl 1.173-06 1 .379-01 3 .189-06 6. 435- 01 20.000 7.681+01 6.160+00 5. 353+00 6.530+01 80000. 8.060-01 6.599-07 1 .087-01 2 .379-06 6. 974- 01 30. COO 2.712+01 3.274+CO 5. 684+00 1.816+01 100000. 8.291-01 4.223-07 9 . C16-0Z 1 .896-06 7. 390- CI 40 .000 1. 503+01 2.C17+0C 5. 776+OC 7.238+00

Z= 12 MACNESIUH

ENERGY TOTAL COHER. INCOH. PHOTC ENERGY TOTAL COHER . INCOH. FHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 3.602+04 9 .579 + Cl 1 . C58-C4 3.593+04 50. 1 .320 + 01 1.664+00 6. 243+00 c .291+00

.015 1-018+C5 9.579+Cl 2 .375-04 1.017+05 60. 1-029+0 1 1.196+00 6. 178+00 2 .920+00

.020 1.642+05 9.578+Cl 4 .214-04 1.641+05 80. 7-811+00 7.019-01 5. 977+OC 1 .132+00

-030 1.834+C5 9.578+01 9 .443-04 1.834+05 100. 6-764+00 4.608-01 5. 762+00 .417-01

.040 1.678+05 9. 577 + 01 1 .672-03 1.677+05 150. 5 .610+00 2.118-01 5- 252+CC 1 .459-01

.050 1.490+05 9.575+01 2 .602-03 1.489+05 200- 5.C17+00 1.212-01 4. 836+CC .925-02

.060 8-053+06 9.574+01 3 .732-03 8,053+06 300- 4.295+00 5.476-02 4. 223+00 1 .744-02

.080 6-943+06 9.570+Cl 6 -580-03 6.943+06 400- 3 .828 + 00 3.106-02 3. 789+OC 7 .644-03

.100 5-189+06 9.565+Cl 1 -020-02 5.188+06 500. 3.486+00 1.998-02 3 ^ 462+00 4 .159-03

-150 2-631+Cc 9.548+Cl 2 .247-02 2.631+06 600. 3.220+00 1.392-02 -i ^ 2C4+CC 2 .6C8-03

-200 1.530+06 9 .525+01 3 .910-C2 1.530+06 800. 2.825+00 7.862-03 2. 815+00 1 .340-03

-300 6.772+C5 9.461+01 8 .417-02 6.771+05 1000. 2.538+00 5.044-03 2. 532+OC E .44C-04

-400 3.678+05 9.377+01 1 -429-01 3.677+05 1500. 2.067+00 2.249-03 2. C58+0C 4 .028-04 6. 420- 03 .500 2.245+05 9. 276+01 2 .127-01 2.244+05 2000. 1 .783+00 1.267-03 1. 756+CC 2 .536-04 2- 543-•C2 .600 1-475+05 9. 161+01 2 .911-01 1.474+05 3000. 1 .454+00 5.642-04 1. 381+OC 1 .4C9-04 7. 218-02

.800 7-289+04 8.90C+C1 4 .637-01 7.280+04 4000. 1 .271 + 00 3.176-04 1. 151+OC c .615-05 1. 196- CI l.COC 3-994+04 8.617 + 01 6 .406-01 3.985+04 5000. 1 .158 + 00 2.034-04 9. 941-01 7 .257-05 1. 636-•CI

1 .500 1-646+05 7.913+01 1 .026+00 1.645+05 6000. 1 .082+00 1.413-04 8. 786-01 5 .813-05 2. 03 0- 01 2.000 7-962+04 7. 241+01 1 .338+00 7.955+04 8000. 9.868-Cl 7.950-05 7. 185-01 4 .146-05 2. 681-01

3.000 2-656+04 6.068+01 1 .839+00 2.650+04 10000. 9 .298-01 5.090-05 6. 117-01 •3 .217-05 3. 180- 01

4 .COO 1-181+04 5 . 137+01 2 .305+00 1.176+04 15000. 8.578-01 2.263-05 4 . 5 24- CI 2 .0 5 7-05 4. C54- CI 5.000 6.231+03 4.384+01 2 .758+00 6.184+03 20000. 8.370-01 1.273-05 3. 629-01 1 .5 11-05 4. 740- CI 6.000 3.675+03 3.750+Cl 3 .188+00 3.634+03 30000. 8.505-01 5.659-06 2 . £39-01 9 .859-06 866- 01 8-COO 1.587+03 2.761+Cl 3 .942+00 1.555+03 40000. 8 .722-01 3.183-06 2. 095-01 7 .315-06 6. 626- 01 10.000 8.244+02 2.C69+C1 4 .5C7+C0 7.992+02 50000. 8.890-01 2.037-06 1. 748-01 5 .814-06 7. 143- 01 15.000 2.512+02 1.158+01 5 .322+CC 2.343+02 60000. 9.034-01 1.415-06 1. 5C5-01 4 .824-06 7. 530- 01 20.000 1.099+C2 7.6CC+C0 5 .761+00 9.656+01 80000. 9.331-01 7.959-07 1. 185-01 3 .599-06 8. 146- 01 30.000 3.728+01 4.022+00 6 .140+00 2.712+01 100000. 9.688-01 5.094-07 9. 836-02 2 .870-06 8. 704- 01 40 .000 1-958+01 2.468+CO 6 .251 + CC 1 .086+01
TABLE II. CONT. PHOTCN CRCSS SECTION COMPARISON

BIGGS AND LIGhTHILL IN BABNS/ATCM

Z= J3 ALUMINUM

ENERGY TOTAL COMER. INCOH. PHOTO ENERGY TOTAL COHER. INCOH . PHCTO PAIR

(KEVI SCATT. SCATT. EFFECT tKEV» SCATT

.

SCATT. EFFEC T PRCC.

.010 4.13S+05 1-124*02 1.265-04 4.137+05 50. 1 .640+01 1 .993+00 6. 720+00 7 .68 9+00 .015 2.15S+05 1.124*02 2.840-04 2.158+05 60. 1 .236+01 1.429+00 6. 664+00 4 . 2 64+00

.020 2-569*05 1.124+02 5.038-04 2.568+05 80. 8.955+00 8.372-01 6 . 454+OC 1 .664+00

.030 2-833+05 1.124*02 1.129-03 2.831+05 100. 7.573+00 5.488-01 6. 227+00 7 .960-01

.040 2.675*05 1.124*02 1. 999-03 2.674+05 150. 6.151+00 2.518-01 5 . 684+OC 2 .151-01

.050 2-437*05 1.124*02 3.110-03 2.436+05 200. 5 .469+00 1.439-01 5. 238+00 6 .729-02

.060 2,207*05 1.124*02 4.461-03 2.206+05 300. 4.665+00 6.495-02 4. 575+CC 2 .56 6-02

.080 5.929*06 1.123*02 7. 864-03 5.928+06 400. 4. 153+00 3.682-02 4. 105+00 1 .124-02

.100 6.8E5*06 1.122*02 1.219-02 6.885+06 500. 3 .781 + 00 2.368-02 3 . 751+CC 6 .116-03

.150 3.954*06 1.120*02 2.684-02 3.954+06 600. 3.492+00 1.649-02 3 . 471+OC .833-03

.200 2-242*06 1.118*02 4.670-02 2.242+06 800. 3.062+00 9.313-03 2* C50+0C 1 .966-03

.300 9-280*05 1.110*02 1.005-01 9.278+05 1000. 2 .750+00 5 .974-03 2 . 743+CC 1 .236-03

.400 4-826*05 1.100*02 1,704-Cl 4.824+05 1500. 2 .240+00 2.663-03 2 . 229+00 5 .860-04 7. 509- 03 .500 2.876*05 1.087*02 2.535-Cl 2.875+05 2000. 1.934+00 1.501-03 1

.

9C2+0C .697-04 2. 949-C2

.600 1.873*05 1.073*02 3. 467-01 1.871+05 3000. 1 .582+00 6.679-04 1. 496+00 2 .053-04 8. 472- 02 .800 9.367*04 1.041+02 5.512-01 9.357+04 4000. I .389+00 3.760-04 1. 247+CC 1.4C1-04 1.410- 01 1.000 5.369*04 1. 006+02 7.595-01 5.359+04 5000. 1 .270+00 2.408-04 1. C77+0C 1 .058-04 1. 929- 01 1-500 1 .798*04 9.164+Cl 1. 206+00 1.789+04 6000. 1.191+OC 1.672-04 9 . 5 1£-C 1 e .475-05 2. 391- 01 2.000 1. 038+05 8 .299+01 1.557+CO 1.037+05 8000. 1 .093+00 9.411-05 7 . 784-01 6 .046-05 3. 145- 01

3 .000 3.558*04 6.835+01 2.093+00 3.551+04 10000. 1 .034+00 6.024-05 t . 6 27-01 4 .694-05 3. 711- CI

4 .000 1.603+04 5.780+01 2.572+CC 1 .597+04 15000. 9 .600-01 2.678-05 4 . 901-01 3 .004-05 4. 698- 01 5.000 8.527*03 4.985+01 3. 030+00 8.474+03 20000. 9.437-01 1.507-05 3 . 931-01 2 .206-05 5. 505- 01 6.000 5.060*03 4.318+01 3.459+00 5.013+03 30000. 9 .722-01 6 .698-06 2 • 6 59-01 1 .440-05 6. 863- 01

6 .000 2 . 204+03 3 .250+0

1

4. 208+00 2 . 167+03 40000

.

1 .004+00 3.768—06 2 • 2 7 C— 0 1 1 .069-05 7. 766- CI 10 .000 1.151+03 2.474+01 4.784+CO 1.122+03 50000. 1 .025+00 2.412-06 1. 893-01 8 .496-06 8. 361- 01 15.000 3.525+C2 1.389+01 5.671+00 3.330+02 60000. 1 .043+00 1.675-06 1. 630-01 7 .052-06 e. 801- CI 20.000 1.534+02 9.193+00 6.164+00 1 .380+02 80000. 1 .079+00 9.421-07 1. 284-01 5 .261-06 9. 508- 01 30.000 5.042+01 4.847+00 6. 586+00 3.898+01 100000. 1.124+00 6.030-07 1. C66-C1 4 .195-06 1. C17+C0 40.000 2.538+01 2.963+00 6. 716+00 1.570+01

Z= 14 SILICON

ENERGY TOTAL COHER. INCOH. PHCTC ENERGY TCTAL COHER. INCCH. PHOTO PAIR

(KEVI SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC . .010 6.447+06 1. 304 + 02 1.317-04 6.447+06 50. 2.014+01 2.212+00 7. 1£9+CC 1 .C73+01

.015 1.040+06 1.304+02 2.958-04 1.040+06 60. 1 .468 + 01 1.568+00 7. 131+00 5 . 976+OC

.020 4. 961+05 1.304+02 5.247-04 4.960+05 80. 1.018 + 01 9.033-01 6. 925+00 2 . 346+00

.030 4.591 + C5 1 .304+02 1-176-03 4.590+05 100. 8.406+00 5.861-01 6 . 690+00 1 .120+00

.040 4.643+05 1. 304 + 02 2.082-03 4.642+05 150. 6.682+00 2.651-01 6. 112+CC 3 -046-01

.050 4.443+05 1. 303+02 3-240-C3 4.441+05 200. 5. 907 + 00 1.504-01 5. 634+OC 1 .232-01

.060 4.153+05 1.303+02 4.647-03 4.152+05 300. 5.026+00 6.740-02 4. 923+00 .596-02

.080 3.573+05 1.303+02 8.195-03 3.572+05 400. 4 .472 + 00 3.807-02 4. 419+00 1 .575-02

.100 3.092+05 1.302+02 1.270-C2 3.091+05 500. 4 .07 1 + CO 2-442-02 4. C38+00 6 .647-03

.150 4.655+06 1.300*02 2.798-02 4.655+06 600. 3 .760+00 1.699-02 737+00 5 .474-03

.200 2.895+06 1.297*02 4.870-02 2.895+06 800. 3.297+00 9.574-03 3

_ 284+00 2 .826-03

.300 1.241+06 1.269*02 1.C49-C1 1.241+06 1000. 2.961+00 6.135-03 2 . 953+OC 1 .776-03

.400 6.462+05 1.278*02 1. 781-01 6.460+05 1500. 2.413+00 2.731-03 2. 4C1+0C 6 .417-04 8. 750-03

.500 3.838+05 1.265+02 2.651-01 3.837+05 2000. 2.066+00 1.537-03 2. C49+0C c .269-04 3. 518-02

.600 2.491+05 1.250+02 3.630-01 2.490+05 3000. 1 .71C+CC 6.838-04 1. 611+00 2 .912-04 c ^ 827-02

.800 1.245+05 1.214+C2 5.785-01 1.243+05 4000. 1 .506+00 3.848-04 1. 343+OC 1 .984^04 1. 617-01

l.COC 7.177+04 1.175+02 7.997-01 7.166+04 5000. 1.361+00 2.463-04 1. 160+00 1 .497-04 2. 2C6-C1

1.500 2.513+04 1 .068+02 1.284+00 2.502 + 04 6000. 1 .299+00 1.711-04 1. 025+00 1 .199-04 2. 736-Cl

2.000 1. 308 + 05 9. 608+01 1 .676+CC 1.307+05 8000. 1 .20 1 + OC 9.625-05 6. 383-0 1 e .557-05 3. 621-Cl

3.000 4.623+04 7.782+01 2.289+00 4.615+04 10000. 1 .145+00 6.161-05 7. 137-01 6 .643-05 4. 307-01

4. COO 2.108+04 6.530+01 2.819+00 2.1 02+04 15000. 1 .C78+0C 2-739-05 c^ 276-01 4 .254-05 5. 5C5-C1

5.000 1.129+04 5.636+01 3. 301+00 1.123+04 20000- 1 .065+00 1.541-05 4. 234-01 3 .126-05 6.416-01

6.000 6.725+03 4 .908 + 01 3.738+CC 6.672+03 30000. 1 .C97+00 6.848-06 3 . C79-01 2 .042-05 7. 887-01

8.000 2.943+03 3.756+01 4.482+CC 2.901+03 40000. 1 .135 + 00 3.852-06 2. 444-01 1 -516-05 8. 905-01

10. COO 1.542+03 2. 916 + 01 5.065+00 1.508+03 50000. 1 . 165 + OC 2.465-06 2. C39-01 1 -2C5-05 9. 608-01

15.000 4.738+02 1 .691+01 6.016+00 4.509+02 60000. 1.189+00 1.712-06 1. 755-01 1 .OCO-05 1. 014+CC

20.000 2.058+02 1.090+01 6.563+00 1.883+02 80000. 1.233+00 9.630-07 1. 383-01 7 .465-06 1. 095+00 30.000 6.641+01 5.602+00 7.032+00 5,377+01 100000. 1 .279 + 00 6.164-07 1. 147-01 5 .953-06 1. 164+CC

40. COO 3-233+Cl 3.346+00 7.ieo+cc 2.181+01

Z = 15 PHOSPHORUS

ENERGY TOTAL COHER

.

INCOH. PHCTC ENERGY TCTAL COHER- INCOH. PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCD.

.010 3.591+C7 1.497+02 1.189-04 3.591+07 50. 2.497+01 2.621+00 7. 660+00 1 .469+01

.015 4.449+06 1.497+02 2.670-04 4.449+06 60. 1.767+01 1.859+00 7. 6C7+00 8 .2C4+00

.020 1. 104+06 1.497+02 4. 737-04 1.103+06 80. 1.170+01 1.072*00 7. 394+OC ^ .236+00

-030 5.926+05 1.497+02 1.062-03 5,925+05 100. 9. 406+00 6.955-01 7. 149+00 1 .562+00

.040 6-093+05 1 .496 + 02 1.880-03 6.092+05 150. 7 .278+00 3.147-01 6. 541+CC 4 .222-01

.050 5.930+05 1.496+02 2.927-03 5.929+05 200. 6.382+00 1.786-01 6. 033+00 1 .7C6-01

.060 5.563+05 1 .496+02 4.198-03 5.562+05 300. 5.4C3+C0 8.004-02 5. 273+00 4 .968-02

.080 4.748+05 1.496+C2 7.406-03 4.747+05 400. 4.8C1+00 4.521-02 4. 734+00 2 .186-02

.100 4. 060+05 1.495+02 1.148-02 4.059+05 500. 4.367+00 2.901-02 4. 326+OC 1 .2C2-02

.150 4.523+C6 1.493+02 2.533-C2 4.523+06 600. 4.C32+00 2.018-02 4. CC4+C0 7 ,612-03

.200 3.651+06 1. 490 + 02 4.413-02 3.651+06 800. 3 .534 + 00 1.137-02 3 _ 519+00 3 .924-03

.300 1.705+06 1.482+02 9. 524-02 1.704+06 1000. 3.174+00 7.287-03 3. 164+00 2 .461-03

.400 8.925+05 1.471+02 1.621-01 8.924+05 1500. 2.587+00 3-244-03 2. 572+CC 1 .159-03 1. C24-C2

.500 5.262+05 1.458+02 2.421-01 5.260+05 2000. 2.236+00 1.826-03 2 . 195+OC 7 .235-04 3. 892-02

.600 3.383+05 1.442+02 3.324-01 3-381+05 3000. 1 .840 + 00 8.123-04 1. 726+CC 3 .994-04 1. 127-01

.800 1.664+05 1.406+C2 5. 336-01 1.663+05 4000. i. 629+00 4.571-04 I. 439+OC 2 .722-04 1. 887-01

l.COC 9.518+04 1.364+02 7.441-Cl 9.504+04 5000. 1.5C2+00 2.926-04 1. 243+00 2 .055-04 2. 591-Cl

1.500 3.364+04 1.244+02 1.230+00 3.351+04 6000. 1 .420+00 2.032-04 1. C98+00 1 .647-04 3. 216-01

2. COO 1. 551+04 1.117+02 1.654*0C 1.540*04 8000. 1.321+00 1.143-04 6. 982-01 1 .177-04 4. 223-01

3.000 5.853+04 8.951+01 2.371*00 5.844+04 10000. 1 .261+00 7.318-05 7- 647-01 9 .144-05 4. 963-01

4 .000 2.706+04 7.439+Cl 2.985*00 2.698+04 15000. 1.185+00 3.253-05 655-01 5 .863-05 6. 192-01

5.000 1 .460+04 6.381+01 3.520*00 1.453+04 20000. 1 .173 + 00 1.830-05 4. 536-01 4 .313-05 7. 197-01

6. COO 8.744*03 5. 541 + 01 3.987+OC 8.684+03 30000. 1 .229 + 00 8.134-06 2

^ 299-01 2 .82C-05 6. 994-01

8.000 3.853+03 4.271+Cl 4.755+OC 3.806+03 40000. 1 .285 + 00 4.576-06 2. 619-01 2 .094-05 1. 023+00

IC.COC 2.028+03 3.36C+C1 5.357+00 1 .989+03 50000. 1 .323+00 2.929-06 2. 164-01 1 .666-05 1. 1C4+0C

15.000 6.270+02 1.943+01 6.366+CC 6.012+02 60000. 1.351+00 2.034-06 1. 881-01 1 ,363-05 1. 163+00

20.000 2.727*02 1.283+01 6.956+CC 2.529+02 80000. 1 .401 + 00 1.144-06 1. 482-01 1 .022-05 1. 253+CC

30.000 8.700*01 6-624+00 7.470+CC 7.291+01 100000. 1 .457+00 7.322-07 1. 229-01 8 .231-06 1. 334+CC

40.000 4.123+Cl 3-961+00 7.640+00 2.973+01
TABLE II, CONT- PHGTCN CPGSS SECTION COMPARISON

BIGGS AND LIGHTHILL IN BARNS/ATCM

Z= 16 SULFUR

ENERGY TOTAL COHER. INCOH. PHOTO ENERGY TOTAL COHER. INCOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCD.

.CIO 8.310*07 1.703+C2 1.CE5-C4 8.310+07 50. 3.C73+01 3.079+OC 6. 122+CC 1 .9 5 3+01

.015 1.353+07 1.703+02 2.370-04 1.353+07 60. 2.120+01 2.185+00 6. 074+00 1 .094+01

.020 3.464+06 1. 703+02 4.2C6-C4 3.4 84+05 80. 1 .345+01 1.261+00 7. 657+OC 4 -323+00

.030 8-044+C5 1.703+02 9.430-04 8.043+05 100- 1.052+01 8.187-01 7. 605+OC 2 -ICl+OC

.040 6-658+05 1. 703+02 1.670-03 6-656+05 150. 7. 905+00 3.707-01 6. 962+OC 5 -719-01

.050 6.891+05 1.7C2+C2 2.601-03 6. 890+05 200. 6.865+00 2-104-01 6. 423+OC 2 .316-01

.060 6.984+05 1-702+02 3.732-03 6.982+05 300. 5.779+00 9-433-02 5. 617+00 6 -766-02

.080 6.671+05 1-702+C2 6.586-03 6.670+05 400. 5.128+00 5-329-02 5 . C45+CC 2 .965-02

.100 6-126+05 1.701+02 1.022-C2 6.124+05 500. 4.652+00 3.419-02 4. 612+00 1 .634-02

.150 4.EE2+C5 1 .699+02 2.257-C2 4.851+05 600. 4.3C3+00 2.378-02 4. 269+CC 1 .026-02

.200 3-982+06 1 .696+02 3.938-02 3-982+06 800. 3.771+00 1.341-02 3. 752+OC 5 .356-03

.300 2. 097+06 1.689+02 8.525-02 2-097+06 1000. 3.367+00 8-591-03 a ^ 375+CC 3 .356-03

.400 1.128+06 1 .678+02 1-456-01 1-137+06 1500. 2.760+00 3-825-03 2. 744+OC 1 .576-02 1 . 150-C2

.500 6.828+C5 1.665+C2 2-182-01 6-826+05 2000. 2. 390+00 2-153-03 2. 341+OC 9 .ei7-C4 4 . 576-C2

.600 4-438+CE 1.649+02 3.009-01 4-436+05 3000. 1.971+00 9-578-04 1. 641+00 5 .4Ce-04 1 .288-01

.800 2-213+C5 1.612+02 4.875-Cl 2.212+05 4000. 1.748+CO 5-390-04 1- 535+OC 3 .662-04 2 .124-01

1 .COO 1-276+C5 1 .568+02 6.876-01 1.275+05 5000- 1 .616+00 3-450-04 1. 225+OC 2 .779-04 2 .899-Cl

1.500 4-564+C4 1.437+C2 1 .177+00 4.549+04 5000. 1.531+00 2-396-04 1. 171+OC 2 .227-04 3 .592-Cl

2. COO 2-119+C4 1.293+C2 1-639+CC 2-105+04 ,8000. 1.432+00 1.348-04 9 . 560-01 1 -5<;i-C4 4 .736-Cl

3.000 7.220+04 1.034+02 2.472+CC 7-210+04 10000. 1 -377+00 8.630-05 8. 157-01 1 .227-04 5 .612-01

4. COO 3.390+04 e-524+Cl 3-173+OC 3-381 + 04 15000- 1 -317 + 00 2.836-05 6 . C32-01 7 .921-C5 7 .133-Cl 5.000 1.845+C4 7-242+01 3.758+CC 1.838+04 20000- 1-317+00 2.158-05 4. 639-01 5 .824-05 8 .326-01

6 .ceo 1.112+C4 6-249+Cl 4-248+CO 1 .105+04 30000. 1 -382+OC 9.592-06 5 19- CI "a .615-05 1 . C3ti + CC

8 .000 4.938+03 4- 824+Cl 5-C22+00 4. 885+03 40000

1 -445+00 5.396-06 2. 794-01 2 .624-05 1 .166+CC

10. COO 2 .613 + 02 3-844+Cl 5. 633+00 2-569+03 50000- 1 .490 + 00 3.453-06 2. 320-Cl 2 .254-05 1 .257+CC

15.00C 8-141+02 2-3C3+C1 6.698+00 7.844+02 60000- 1-525+CO 2.398-06 2. C06-01 1 . 871-05 1 .325+OC 2C.CO0 3-543+C2 1 .496+01 7.338+00 3.321+02 80000- 1 .566+00 1.349-06 1. 561-Cl 1 .397-05 1 .428+OC 30.000 1-120+02 7.757+CO 7.903+00 9.631+01 100000. 1 .649 + 00 8.634-07 1. 311-01 1 .114-05 1 .518+CC 4C.C00 5-216+Cl 4 .649 + CC 8.C93+CC 3.942+01

z = 17 CHLORINE

ENERGY TOTAL COHER . INCOH. PHOTO ENERGY TCTAL COFER. INCOH . FHCTO PAIF

(KEV) SCATT- SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCD.

.010 1.1CE+C8 1-922+C2 8.940-05 1 .108+08 50. 3.793+01 3.834+00 e. 591+GC 2 .551+01

.015 1-609+07 1-922+C2 2.C08-04 1.609+07 60- 2 .562 + 01 2.750+00 8. 546+CC 1 .432+01

.020 4.250 + C6 1.922+C2 3.565-C4 4.250+06 80- 1.564+01 1.610+00 e. 225+OC .7C2+CC

.C30 1.432+06 1-922+02 7. 995-04 1.432+06 100- 1 -189+01 1.055+00 e. C62+0C 2 .777+00

.040 1.210+06 1.922+02 1.417-03 1.210+06 150. 8-637+00 4.8 32-01 7. 392+OC 7 .6 14-01 .050 1.127+06 1.922+02 2.207-03 1.127+06 200- 7-4C9+00 2.759-01 6. 624+00 3 .C97-01

.C6C 1.045+C6 1.922+02 3.167-C3 1.045+06 300- 6-185+OC 1.245-01 5. 970+OC 9 .C64-02

.080 8 .896+05 1.921+02 5.594-03 8.894+05 400- 5-472+00 7.055-02 5. 262+00 .971-02

.100 7.617+05 1.921+02 8.6 64-03 7.615+05 500- 4-968 + 00 4.535-02 4. 9C1+CC 2 .166-02

.150 5.493+C5 1 .919+02 1.922-C2 5.491+05 600. 4.582+00 3-159-02 4. 526+CC 1 .266-02

.200 4.261+C5 1 -916 + 02 3.360-02 4-259+05 800. 4.012+00 1-783-02 3. 9 67+00 7 .124-03

.300 2.567+C6 1.909+02 7.305-02 2-567+06 1000. 3 .6C2+00 1-144-02 1 ^ 586+CC 4 .448-03

.400 1. 440+06 1 .898+02 1 .253-01 1-440+06 1500. 2. 935 + 00 5.099-03 2. 915+OC 2 .C77-03 1 .320-02

.500 8.686+05 1-885+02 1.888-01 8-684+05 2000. 2.541+CC 2.872-03 2. 487+OC 1 .292-03 4 . 938-C2

-600 5.631+05 1 .670+02 2.616-01 5-629+05 3000. 2.104+00 1 .278-03 1. 956+CC 7 -111-04 1.456-01

.800 2.779+05 1 .832 + C2 4.289-01 2-778+05 4000. 1 .877 + 00 7.196-04 1. 621+OC 4 -845-04 2. 447-01

1.000 1 .589 + 05 1.767+C2 6-138-01 1 -587+05 5000. 1 -745 + 00 4.608-04 1. 4C6+0C .659-04 3 .356-01

1-500 5.648+04 1.647+02 1-096+CO 5-631+04 6000. 1 -660+00 3.201-04 1. 245+00 2 .935-04 4 .150-01

2. COO 2.663+04 1. 487+02 1.587+CC 2-648+04 8000. 1 -558+00 1.801-04 1. C18+CC 2 .lCC-04 5 .396-01

3 .000 8.778+04 1.193+02 2- 523+CC 8-766+C4 10000. 1-495+00 1.153-04 8. 666-01 1 .623-04 6 .284-Cl 4-COO 4.189+04 9.784+Cl 3.313+00 4.179+04 15000. 1 .417+00 5. 126-05 6.409-01 1 .C49-04 7 .759-01

5 .000 2.299+04 8.234+01 3.956+OC 2.291+04 20000. 1 .422+00 2-884-05 5. 141-01 7 .721-05 9 .077-01

6. COO 1-393+04 7.C55+C1 4.482+OC 1.385+04 30000. 1 .522+00 1-282-05 3. 739-01 5 .053-05 1 .148+CC

8. COO 6-226+03 5. 443+01 5.291+00 6-167+03 40000. 1.6C1+00 7-210-06 2. 968-01 3 .755-C5 1.304+CC

10-000 3-308+03 4. 378+01 5.927+00 3.258+03 50000. 1 -648 + OC 4-615-06 2. 476-01 2 .968-05 1 .400+CC

15.0C0 1-C36+03 2-664+Cl 7.045+00 1 .003+03 60000. 1 -681+00 3-205-06 2. 132-01 2 .481-05 1 .468+CC 20.000 A.519+C2 1.727+Cl 7.723+CC 4.269+02 80000. 1 -745 + OC 1.80 3-06 1. 679-01 1 .852-05 1 .577tCC 30.000 1.424+C2 9-286+00 8.336+CC 1.248+02 100000. 1-827+00 1.154-06 1. 293-01 1 .476-05 1.687+OC 40.000 6.556+Cl 5.699+00 8. 551 + CO 5.131+01

2= 16 ARGON

ENERGY TOTAL COHER. INCOH. PHGTC ENERGY TCTAL COHER. INCOH. PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

-010 2-648+08 2. 155+02 7.2C7-C5 2.648+08 50. 4.612+01 4.396+00 9. C50+CC .267+01

.015 5.403+07 2.155+C2 1.619-04 5.403 + 07 60. 3.057+01 3.152+00 c ^ CC7+0C 1 .841+01

.020 1.675+07 2.155+02 2. 875-04 1.675+07 80. 1.800+01 1.843+CO 8. 787+00 7 .373+CC

.030 3.212+06 2.155+C2 6.451-04 3.212+06 100. 1.333+01 1.207+00 8. 516+CC .607+00

.040 1.305+06 2.155+02 1.144-03 1.304+06 150. 9.364+00 5.526-01 7. 618+CC 9 .932-01

.050 9.309+05 2.155+C2 1.782-03 9.307+05 200. 7.941+00 3.154-01 7. 221+OC 4 .C36-01

.060 8-458+05 2. 155+02 2.560-C3 8.456+05 300. 6.581+00 1.422-01 6. 221+OC 1 -177-01

.080 6.043+05 2.154+02 4.525-03 8.041+05 400. 5 .6C9 + C0 8.059-02 677+CC 5 -15C-02

.100 7.668+05 2-154+02 7.032-03 7.666+05 500. 5.270+00 5.180-02 5. 189+OC 2 -841-02

.150 6.514+C5 2-152+02 1.560-C2 6.512+05 600. 4.857+00 3.607-02 4. 6C3+CC 1 -eC7-02

.200 5.5C5+C5 2,149+C2 2.735-C2 5-503+05 800. 4.252+00 2.036-02 4. 222+OC 9 .324-03

.300 2 .944+06 2.142+02 5.979-02 2-944+06 1000. 3.616+OC 1.306-02 -a ^ 797+CC 5 .829-03

.400 1.779+06 2.132+02 1. 032-01 1-779+06 1500. 3.110+00 5.822-03 3. C87+0C 2 .724-03 1. 475-02

.500 1-100+06 2.119+02 1. 564-01 1.100+06 2000. 2.698+00 3.279-03 2. 634+CC 1 .692-03 5. 9C6-C2

.600 7-206+05 2.104+02 2.182-01 7.203+05 3000- 2.236+00 1.460-03 2. C71+0C 9 .313-04 1. 628-01

.800 3-581+05 2.067+02 3.632-01 3.579+05 4000- 1.995+00 8.216-04 1. 727+CC 6 .339-04 2. 662-01

1.000 2-048+05 2. 020+02 5.288-01 2.046+05 5000- 1 .854+00 5.260-04 1. 491+00 4 .785-04 3. 621-01

1.500 7-256+C4 1.873+02 9.918-Cl 7.237+04 6000 . 1 .767+00 3.654-04 1. ;i8+cc 3 .627-C4 4. 485-Cl

2.000 3-420+04 1.701+C2 1.496+00 3-403+04 8000. 1 .672+00 2.056-04 1. C78+0C 2 .743-04 5. 932-01

3 .000 1-128+04 1.372+02 2.5C8+CC 1-124+04 lOOCC. 1 .624+00 1.316-04 9. 176-01 2 .123-04 7. C63-01 4.000 5-098+04 1-124+02 3.372+CC 5.087+04 15000. 1 .583+00 5.851-05 6. 786-01 1 .269-04 9. 045-01

5.000 2.824+04 9-385+01 4-C74+CC 2.814+04 20000. 1 .597+00 3.292-05 5.443-01 1 .CC6-04 1. 052 + CC 6.000 1.720+04 7-982+01 4.646+00 1.711+04 30000. 1 .681+00 1.463-05 a ^ 959-01 6 .594-05 1. 285+CC

8. COO 7.741+03 6-116+Cl 5-519+00 7.674+03 40000. 1 .759+00 8.231-06 143-01 4 .899-05 1. 445+CC

10.000 4.129+C3 4-926+Cl 6-199+00 4.073+03 50000. 1.819+00 5.268-06 2. 621-01 3 .898-05 1. 557+CC 15.000 1.300+03 3-C33+C1 7-378+OC 1.262+03 60000. 1.667+00 3.659-06 2 . 257-01 3 .226-05 1. 642+CC

2C.000 5.674+02 1 .982 + 01 6-C95+00 5.395+02 80000. 1 .951 + 00 2.058-06 1. 778-01 2.416-05 1. 773+CC

30.000 1.780+02 1 .066+01 8- 758+CC 1.586+02 100000. 2 .033 + 00 1.317-06 1. 475-01 1 .927-05 1. 886+CC 4C.C0C 8.101+01 6.539+CO 8-999+00 6.547+01
TABLE II, CONT. PHOTCN CROSS SECTION COMPARISON

BIGGS AND LIGhTHILL IN BARNS/ATOM

Z= IS POTASSILH

ENERGY TOTAL COHER. INC OH. PHOTO ENERGY TOTAL COHER . I NC OH

FHCTO P A I P (KEV) SCATT. SCATT. EFFECT (KEV) SCATT

.

SCA TT • EFFECT PRCD . .CIO 6.141+04 2 .401+C2 1. 001-04 6.1 17+04 50. 5.566+01 4.972+00 9 • 5 C 7 + C C 4 .120+01

-015 5. 7t4*C4 2.401+02 2. 249-04 5.740+04 60 . 3.631+01 3.563+00 9 • 4 72 + 0 C 2 .327+01

.020 7.145+07 2.401+02 3. 992-04 7.145+07 80. 2 .068+0

1

2.082+00 ^ • 237+00 9 .358+00

.030 5.365+06 2 .401+02 8. 953-04 5.365+06 100. 1 .492+0

1

1.363+00 8 • S 6 5 + 0 C 4.592+00

.040 1.5t9+Ce 2.401+C2 i. 587-C3 1.569+06 150. 1 .C13+01 6.236-01 8 .

"1 "5 1 A

2 ; 3 + OCi 1 .272+OC

.050 1.660+06 2 .401+02 2. 471-03 1.660+06 200. 8 .481+00 3.558-01 7 • 6 C 5 + OC 5 .206-01

.040 1. 8C2+06 2.4CC+02 3. 546-03 1.802+06 300. 6.974+00 1.604-01 6 . 660+00 1 .533-01

.C80 1.683+06 2.399+02 6. 263-03 1.682+06 400. 6.143+00 9.086—02 -' • 9 85 + 0 C 6 . 742-02

.100 1.402+06 2.398+02 9. 721-C3 1.401+06 500. 5.568+00 5.840-02 4 73 + 0 C 3 .721-C2

.150 8.437+05 2.394+02 2. 151-02 8.435+05 600. 5.131+00 4.067-02 5 . C6 7 + 0 0 2 .363-02

.200 5.393+05 2 .389 + 02 3. 759-C2 5.391+05 800 . 4.490+00 2.296—02 4 . 4 55 +0 C 1 .214-02

.300 3.2 53+06 2.374+02 8. 166-02 3.253+06 1000 . 4 .029+00 1.472-02 4 • C C 7 + 0 C 7 .559-03

.400 2.153+06 2.354+C2 1.400-01 2.153+06 1500 . 3.2 84+00 6.561—0 3 ^

" 2 5 8 + 0 C 3 .510-03 647—02

.500 1 .367+06 2.330+02 2. 107-01 1 .366+06 2000 . 2 .851+00 3 .69 6—03 2 . 7 8 C + C C 2 .174-03 6 . ^^3_ 2 .60C 9.C38+05 2.303+02 2. 9 17- CI 9.035+05 3000 . 2 .370+00 1.645—03 2

.

1 86 + C C 1 .193-03 11 • 0 i i — U 1

. 800 4.508+C5 2.240+C2 4. 773-Cl 4.506+05 4000 . 2 .122+00 1

.

8 2 3 + 0 C 8 .115-04 9 975— C

1

1 .000 2. 573 + C5 2.171+02 6. 814-01 2.570+05 5000 . 1 .980+00 5 .9 28— OA 1

.

5 74 + C C 6 .126-04 C-. r 1

1 . 500 9 .C44+C4 1 .S94 + C2 1. 2C9+CC 9.024+04 6000 . 1 .893+00 A. 1 1 8-04 1 • 2 9 1 + 0 C 4 .913-04

2.000 4.249+04 1.820+02 1. 740+00 4.231+04 8000 . I .797+00 2.317—04 1 • 1 38+0 C 3 .514-04 6 • 591 — C

1

3. COO 1.432+04 1.5C3+C2 2. 748+CC 1.416+04 10000. 1 .749 + 00 1 •483-04 9 • t 86-0

1

2 .733-04 7 . 8 CI — C

1

4 .000 6.070+04 1 .245+C2 3. 604+00 6.057+04 15000

.

1 .707+00 6.594—05 7 • 163— 0

1

1 .756-04 9 . 9 C7— CI 5.00C 3.396+04 1 .041 + C2 4. 311+CC 3.385+04 20000

.

1 .729 + CO 3.710—05 5 • 746— C 1 1 .293-04 11

.

6 . COO ^ . U c 1+L4 8 . £3 7+C

1

4. 895+00 2 • 072+04 30000

1 C Q "7 ^ n D i .c^ l+UU 1 . 649—0 5 ^ ^ 1 78— C 1 8.463-05 \ , 419 + C C 8.000 9.442+03 6.745+Cl 5. 8C4+00 9.369+03 40000. 1.931+00 9.276-06 3. 317-01 6 .29C-05 1. 599+CC 10.000 5.C61+03 5.419+Cl 6. 510+CC 5.001+03 50000. 1.997+00 5.937-06 2. 76 7- CI 5 .CC5-05 1. 721+CC

15.000 1.604+03 3. 337+01 7. 727+CC 1.563+03 60000. 2 .C50+C0 4.123-06 2. 282-Cl 4 .1 56-05 1. 812+CC 2C.C00 7.027+C2 2.244 + 01 8. 472 + 00 6.718+02 80000. 2.144+00 2-319-06 1. £77-01 3 .103-05 1. 957+CC 30.000 2.199+02 1.2C8+C1 9. les+cc 1 .986+02 100000. 2.242+00 1.484-06 1. 5 57- CI 2 .4 76-0 5 2. C86+CC 40.000 9.916+01 7.401+CO 9.448+00 8.232+01

Z= 20 CALCIUM

ENERGY TOTAL COHER. INCOH. PHOTO ENERGY TOTAL COHER. INCOH. PHOTO PAIR

(KEVI SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCD.

.010 5.989+03 2.661+02 1. 344-04 5.723+03 50. 6.682+01 5.590+00 9. 962+00 5.127+01

.015 9.463+04 2.661+C2 3. 019-04 9.437+04 60. 4.294+01 4.004+00 c ^ 931+CC 2.9CC+01

.020 1. 279+05 2.661+C2 5. 358-04 1.277+05 80. 2.374+01 2.339+00 9. 6S7+0C 1.17C+C1

.030 8.985+06 2.660+02 1. 201-03 8.985+06 100. 1.671+01 1.530+00 9. 416+00 5.765+00

.040 1. 573+06 2.660+02 2. 128-03 1.573+06 150. 1.097+01 7.000-01 8. 656+OC 1.612+00

.050 1.421+C6 2.660+02 3. 312-03 1.421+06 200. 9.C63+00 3.993-01 8. COC+OC 6.635-01

.060 1.686+06 2.659+02 4. 752-03 1 .686+06 300. 7 .386 + 00 1.800-01 7. CC9+CC 1 .966-01

.C80 1.762+C6 2.658+02 8. 386-03 1.761+06 400. 6.488+00 1.019-01 6. 2S9+0C 8.657-02

.100 1.550+06 2.657+02 1. 301-02 1.549+06 500. 5.873+00 6.551-02 5. 760+00 4.765-02

.150 9-969+CS 2 .651 + 02 2. 872-02 9.966+05 600. 5. 409+00 4.562-02 333+OC 3.C15-C2

.200 6-617+05 2.644+02 5. C09-C2 6.615+05 800. 4.730+00 2.575-02 4. 689+OC 1.546-02

.300 3. 437+05 2.625+C2 1. 084-01 3.434+05 1000. 4.244+00 1.651-02 4. 217+OC 9.623-03

• 400 2.004+06 2.600+02 1. 849-01 2.004+06 1500. 3.459+00 7.359-03 3. 429+OC 4.462-03 1. 832-C2

.500 1.540+C6 2.570+02 2. 769-Cl 1.540+06 2000. 3 .CC4+C0 4.145-03 2. 926+OC 2.760-03 7. C46-02

.600 1.C91+06 2.535+02 3. 814-01 1.091+06 3000. 2.5C5+OC 1.845-03 2. 3C1+0C 1.526-03 2. CCO-Cl

.800 5.679+05 2.457+02 6. 165-Cl 5.677+05 4000. 2.253+00 1.038-03 1. 9 19+00 1.C37-C3 3. 317-Cl

1.000 3.252+05 2.373+C2 8. 672-01 3.249+05 5000. 2.112+00 6.649-04 1. 657+OC 7.823-04 4. 534-Cl

1.500 1.114+05 2.167+C2 1. 472+CC 1.112+05 6000. 2.027+00 4.618-04 1. 464+OC 6.269-C4 5. 619-01

2.000 5.109+04 1 .974+02 2. 033+00 5.089+04 8000. 1.937+00 2.599-04 1. 198+00 4.478-04 7. 386-Cl

3. COO 1.708+C4 1.634+02 3. C28+CC 1.691+04 10000

.

1.891+00 1.663-04 I. C20+0C 3 .4eC-04 8. 7C5-C1

4. COO 8.C32+03 1.361+C2 3. 868+00 7.892+03 15000. 1.847+00 7.395-05 7. 540-01 2.233-04 1. C92+0C

5.CCC 4,039+04 1.145+02 4. 5 74+ CO 4.027+04 20000. 1 .872 + OC 4.160-05 6. C48-C1 1.643-04 1. 267+OC

6.000 2.488+04 9.758+Cl 5. 167+00 2.478+04 30000. 2.0C7+00 1.849-05 4. 396-01 1. 074-04 1. 567+CC

8. COO 1.137+04 7. 437+01 6. 1C7+CC 1.129+04 40000. 2.122+CO 1.040-05 a _ 492-Cl 7.962-05 1. 773+CC

10.000 6.125+03 5.952+01 6. 840+CC 6.058+03 50000. 2.2C1+00 6.658-06 2. 913-01 6.350-05 1. 910+OC

15.000 1.958+03 3-771+Cl 8. 091+00 1.912+03 60000. 2.261 + 00 4.624-06 2 . 5C8-C1 5.272-05 2. ClO+CC

20.000 8.608+02 2.524+Cl 8. 861+00 8.267+02 80000. 2.362+00 2.601-06 1. 976-01 3.935-05 2. 164+CC 30.000 2.691+02 1. 359+01 9.611+OC 2.459+02 100000. 2.465+00 1.665-06 1. 639-01 3.139-05 2. 3C1+0C

4C.0OO 1-2C5+C2 8.323+00 9. e96+CC 1.022+02

Z== 21 SCANDIUM

ENERGY TOTAL COHER

.

INCOH. PHCTC ENERGY TCTAL COHER

.

INCOH. FHOTC PAIF

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCD.

.010 2.450+06 2.933+C2 1. 377-C4 2.450+06 50. 8.CC0+C1 6. 473+00 1. C42+01 6. 311+01

.015 3.337+06 2.933+C2 3. 092-04 3.337+06 60. 5.108+01 4.662+00 1. C39+01 3.6C3+01

.020 3.219+06 2.933+02 c 488-C4 3.219 + 06 80. 2 .764 + 01 2.743+00 1. C15+01 1-475+Cl

.030 2.538+06 2.933+C2 1. 230-03 2.538+06 100. 1.899+01 1.803+00 9. 865+00 7.325+00

.040 4.123+06 2.933+02 2. 179-03 4.123+06 150. 1.196+01 8.298-01 9. C61+0C 2-C54+0C

.050 3.181+06 2.932+02 3. 392-03 3.181+06 200. 9.714+00 4.750-01 8. 397+OC 6.419-01

.060 2.861+06 2.932+C2 4. 867-03 2.861+06 300. 7.820+00 2.148-01 7. 359+CC 2. 461-01

.080 2.329+06 2.931+02 8. 589-03 2.329+06 400. 6.843+00 1.218-01 6. 614+00 1.C7C-01

.100 1.862+06 2 .929+02 1. 332-02 1.862+06 500. 6.185+00 7.838-02 6. C48+0C 5.846-02

-150 1-106+06 2.924+02 2. 941-02 1.106+06 600. 5-691+00 5.462-02 5. 6C0+OC 3.691-02

.200 7.198+05 2.917+C2 5. 129-02 7.195+05 800. 4-973+OC 3.085-02 4. 923+CC 1.898-02

-300 3.744+C5 2.898+02 1. 109-01 3.741+05 1000. 4.460+00 1.980-02 4.428+00 1.190-02

-400 2.311+05 2 .873+02 1. 893-01 2.308+05 1500. 3.635+00 8.828-03 3. 6C1+00 5.605-03 2. C13-C2

.500 1.773+06 2.842+02 2. 833-01 1.772+06 2000. 3.162+00 4.974-03 3. C72+CC 3.5C0-C3 8. 149-C2

.600 1.238+06 2.807+02 3. 901-01 1.238+06 3000. 2.641+00 2.215-03 2. 416+00 1.93C-03 2. 203-01

.800 6.478+05 2.728+02 6. 301-01 6.475+05 4000. 2. 375 + 00 1.247-03 2. C15+0C 1.313-03 3. 576-01

1.000 3-770+C5 2.642+02 8. 855-01 3.768+05 5000. 2.227+00 7.983-04 1. 740+CC 9.9C3-04 4. 856-Cl

1.500 1-349+05 2.423+C2 1. 499+00 1.347+05 6000. 2.141+00 5.546-04 1. 537+00 7.931-04 6. 023-01

2.000 6-384+04 2.212+02 2. 066+00 6.^61+04 8000. 2. 060+00 3.121-04 1. 257+CC 5.656-04 8. Ci3-Cl

3 .000 2.177+04 1.833+02 3. 073+00 2.158+04 10000. 2 .031 + 00 1.998-04 1. C71+0C 4.391-04 9. 601-01 4-COO 9.921+03 1.527+C2 3. S36+0C 9.764+03 15000. 2.C29+00 8.882-05 7. 917-01 2.811-04 1. 237+00

5.000 4.747+04 1.284+02 4. 674+OC 4.734+04 20000. 2.064+00 4.997-05 6. 351-01 2. 066-04 1. 429+OC

6.000 2.979+04 1.092+02 5. 3C5+0C 2.968+04 30000. 2.181+00 2.221-05 4. 618-01 1.249-04 1. 719+CC

8.000 1.378+04 8. 273+01 6. 320+00 1.369+04 40000. 2.295+00 1.250-05 3. 666-01 1.CC2-04 1. 928+OC

10.000 7.431+03 6.594 + Cl 7. 106+CO 7.358+03 50000. 2.387+00 7.998-06 C58-01 7.964-05 2. 081+CC

15.000 2.355+03 4.281+01 8. 419+00 2.304+03 60000. 2.462+00 5.554-06 2. 633-01 6.6C9-05 2. 198+CC

20.000 1. 030+03 2. 845 + 01 9. 225+OC 9.926+02 80000. 2 .584 + 00 3.124-06 C75-0I 4.932-05 2. 377+OC

30.000 3.225+02 1.546+Cl 1. 003+01 2.970+02 100000. 2.69C+0C 2.000-06 1. 721-01 3.923-05 2. 518+00 40.000 1.445+C2 9. 565 + 00 1. C34+C1 1 .246+02
TAELE II, CONT. PHOTCN CROSS SECTION COMPARISON

BIGGS AND LIGHTHILL IN BARNS/ATQM

Z= 22 TlTANIUt* ENERGY TOTAL COHER

INC OH. PHOTO ENERGY TOTAL COHER - INCOH

PHOTO PAIR

( K EV

)

SCATT. SCATT. EPF ECT (KEV

)

SCATT

SCATTEFFEC T PRCC .

• CIO 2.2 E1+C6 3 .2 20+02 1381-04 2 .251+06 50. 9 ^527+07 - 297+00 1

C87+01 7 • 7 lC+01

«015 4.963-4-06 3 .2 19+02 3. 102-04 4.962+06 60. 6 .C27+0

5 - 265+00 1. C84+C1 4.41 7+01

• 020 E. 366+06 3.219+C2 5^ 5C5-C4 5.367+06 80. 3 .187+01 3 - 10 5+00 1

C60+0

1.81 7+01

.030 4.430+06 3.219+02 !• 234-03 4.429+06 100 . 2.140+01 2-044+00 1031+01 9 . C4 8+OC

.040 3.502+06 3 .2 19+02 2. 186-03 3.502+06 150. 1 .297+01 9.426-01 9 . 491+CC 2 . 541+OC

.050 2 .839+06 3 -2 19+02 3. 403-03 2 .839+06 200 . 1 .C36+01 5.400-01 8 . 777+CC 1.041+00

. 060 2.367+06 3-218+02 4. 882-C3 2 .367+06 300 . 8 .245+00 2 .444-01 7 . 696+0 C 3.042-01

.080 1.7 E9+C6 3.217+C2 8.615-03 1 .759+06 400 . 7 .192 + 00 1.387-01 6. 921+CC 1 .325-01

.100 1.391+06 3 .2 15+C2 1. 336-02 1.391+06 500. 6 .493 + 00 8.928-02 6. 331+00 7.271-02

.150 9.062+C5 3 .210+05 2. 950-02 9.059+05 600. 5 .971+00 6.222-02 5 . 663+00 4 . 613-02

.200 6.695+05 3.203+02 5. 145-02 6.691+05 800 . 5.215+00 3.516—02 5. 156+OC 2 .380-02

• 300 4.3 85+05 3.184+0 2 1. 113-Cl 4.382+05 1000 . 4 .676+00 2.256—02 4. 638+00 1 .491-C2

.400 3.2 57+0 5 3.159+02 1 . 898-Cl 3.254+05 1500 . 3.81 1+00 1 .006—02 -* 772+OC 7 . CC3-03 2- 211-C2

. 500 1 .8 86+06 3 .1 28+02 2. 841-01 1 .886+06 2000 . 3 .317+00 5 .671—03 219+00 4.36 1—03 8- 869-02

.600 1 .4 14+0 6 3.093+C2 3. 912-01 1 ^414+06 3000 . 2 -777 + 00 2.525-03 2531+OC 2.39 7—03 2-412-01

. 800 7. 76C+C5 3.013+02 6. 318-Cl 7^757+05 4000 . 2 .506 + 00 1.422—03 21 11+00 1 . 629-03 3. 927-01

1 .COO 4.573+C5 2.924+C2 8. 879-Cl 4 ^570 + 05 5000 . 2 .358+00 9.103-04 1. 822+00 1.227-03 5- 335-Cl

1 .500 1.633+05 2.695+02 1. 503+CC 1 .630+05 6000 . 2.273+00 6.324-04 1 - 611+OC 9.822-04 6. 612-01

2.000 7.647+04 2.467+C2 2. 071+CO 7.622+04 8000 . 2 . 196+00 3 .5 59—04 1. 3 1 7+0 C 7-0 C3— 04 8. 772-Cl

3 • COC 2.5 84+04 2.052+02 3. 087+00 2.563+04 10000

2 . 1 7C+CC 2 .278-04 1

122+OC 5-4 3 5—04 1. C48+0C 4^C00 1 .191+C4 1.712+02 3- 971+00 1.174+04 15000. 2 .174+00 1.013—04 £ . 294-01 3 -4 76—04 1. 344+OC

5^00C 5.498+04 1 .440+C2 4^ 740+CC 5 .483+04 20000

2 .223 + 00 5 -699-0 5 6 . 6 53—01 2 - 5 56- C

1. 557+CC

6 .000 3 .483+C4 1 .224+02 5- 408+00 3 .470+04 30000

2 .374+00 2-533—05 4 . 638—01 1 .669—04 1. 890+OC

8-COO 1.628+C4 9. 227+01 6- 498+CO 1.618+04 40000. 2.512+OC 1.425-05 641-Cl 1 .239-04 2. 128+OC IC.COO 8.824+03 7.297+Cl 7. 340+CC 8.744+03 50000. 2.618+00 9.121-06 204-01 9. 854-05 2. 297+00

15.0C0 2.815+03 4.639+Cl 8. 725+CO 2 .760+03 60000

2.7C1+00 6 . 334—06 2 . 7 5 9— C 1 £.17 6-0 5 2-425+CC

20 .000 1.236+C3 3.179+01 9. 577+00 1 .195+03 80000

2 .834+CO 3 - 563-06 2 . 173—01 6 . 1 C 2—0 5 2- 617+OC

3C .000 3.875+C2 1 .732+Cl 1. C44+01 3.597+02 100000 • 2 -948+00 2-280-06 1£ C3- 0

4.86 7-0 5 2- 768+CC

4C .COO 1.732+C2 1.C76+C1 1. C78+01 1.517+02

1-= 23 VANADIUM

ENERGY TOTAL COhER. INCOH. PHCTC ENERGY TCTAL COH ER • INCOH - PHOTO PAIR

( K EV

)

SCATT. SCATT. EFFECT ( KEV

)

SC ATT - SCA TT . EFFEC T PRGC.

.010 1.472+C6 3.519+C2 1. 380-C4 1 .472+06 50 • 1 - 124 + 02 8-1 54+CC 1130+01 9 .294+01

• 015 5.716+06 3.519+C2 3. 098-04 5.716+06 60 • 7 -047 + 05-887+00 1129+01 5.33 C+01

• 0 20 6.294+06 3.519+C2 C 498-C4 6.294+06 80 • 3-65 1+03-474+00 1 - IC 5 + 0 1 2. 199+01

.030 5.247+06 3.519 + 02 1. 233-03 5.247+06 100^ 2 -4C3+C

2-288+00 1C76+01 1 . 0 9 c+Ui

.040 4. 181 + 06 3.518+02 2. 183-03 4.180+06 150. 1 -408+0

1 -0 56 + OC 9 . S13+0C 3.11 1+00

• C50 3.411+C6 3.518 + C2 3. 399-C3 3^411+06 200. 1 .106+0 1 6 .050-01 9 . 170+OC 1.26 2+0 C

• 060 2.e60+C6 3.517+C2 4. 876-03 2^860+06 300 . 8 .695+00 2.739-01 £ - C44+CC 3 .776-01

.080 2.143+06 3.516+C2 8. 6C5-03 2^142+06 400 . 7.554+CO 1.5 55-0

7- 234+00 1.64 8-01

. 100 1.705+C6 3.515+02 1. 334-02 1.704+06 500. 6.8Ce+00 1 .001-01 6 - 6ie+oc 9.02C-02

.150 1.121+06 3.51C+C2 2. 946-C2 1 .121+06 600. 6 .255 + 00 6.976-02 6- 129+00 5.691-02

.200 8.327+05 3.503+C2 5. 138-02 8.323+05 800 . 5 .45 e+oc 3 .942-02 C 39C+CC 2 .91C-C2

.300 5. 487+05 3.484+02 1. 111-01 5.484+05 1000. 4 .892 + 00 2 .5 30-02 4- E49+CC 1 . 8 12-02

.400 4.089+05 3.459+C2 1. 895-Cl 4.085+05 1500. 3.987+00 1 .129-02 943+CC £-4 3 £-03 2-464-C2

.500 3.258+05 3.428+02 2. 836-01 3.254+05 2000 . 3 .470+00 6 .360-03 3. 365+CO 5 -241-03 9. 379-02

.600 1.561+C6 3.393+02 3. 905-Cl 1.561+06 3000- 2 .918+00 2.832-03 2-646+OC 2 -861-03 2- 660-01

.800 e.858+C5 3.312+C2 6. 304-01 8.855+05 4000 • 2 .650+OC 1.594-03 2 . 2C7+CC 1-96 1-03 4. 4C0-01

1 . C 0 0 5.299+C5 3.222+02 8. 854-Cl 5.296+05 5000 - 2 .507 + 00 1 .021-03 1. 9C5+0C 1 -480-03 5. 994-01

1 .500 1.926 + 05 2-984+C2 1. 497+00 1.923+05 6000. 2 .426+00 7 .092-04 1. 6e4+0C 1-1 67-03 7. 402-01

2 .COC 9.098+04 2.741+02 2- 061+00 9.070+04 8000. 2 .346 + 00 3-991-04 1- 377+OC 8-463-04 9. 672-01

3 .000 3.C99+C4 2.291+02 ^. 074+00 3.076+04 10000. 2.309+00 2-555-04 1. 173+OC 6-594-04 1. 136+CC

4 . COO 1.431+C4 1.917 + C2 3.970+CC 1.411+04 15000. 2.293+00 1-136-04 £- 671-01 4.232-04 1. 425+CC

5.00C 7.816+C3 1.614+02 4^ 764+00 7.649+03 20000- 2 .360+00 6.391-05 6- 956-01 3.11 5-04 1. 664+CC

6 .COO 3.997+04 1.372+C2 c: 466+00 3.983+04 30000^ 2.573+00 2.841-05 5. C58-C1 2 . C2 £-04 2. C67+CC

8 .Geo 1.902+04 1.C30+02 6. 631+00 1 . 891 +04 40000

2 .732+00 1.598-05 4. C16-01 1 .514-04 2. 330+OC

IC.COO 1.C40+C4 e.088+01 7. 533+CC 1.031+04 50000

2 .836+00 1.023-05 3. 249-01 1.2C4-C4 2. 5C1+CC

15.000 3-347+03 5.066+Cl 9. C08+C0 3.287+03 60000. 2-915 + OC 7.104-06 2. £84-01 9-999-C5 2- 627+CC

20.000 1.474+03 3.539+Cl 9. 915+00 1.429+03 SOOCO^ 3.C62+00 3.996-06 2. 272-01 7.465-05 2. 834+CC

30 .COO 4.623+C2 1. 932+01 1. 084+01 4.321+02 100000^ 3-227+00 2.558-06 1. £85-01 5-955-05 3. C38+CC

40. COO 2 .C58+C2 1.201+Cl 1. 121+01 1.826+02

Z= 24 CFROMIUM

ENERGY TOTAL COHER. INCOH. PHCTO ENERGY TCTAL COHER- INCOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT- SCATT. EFFECT PRCC-

• CIO 5.923+06 3.832+C2 1. 135-04 5.922+06 50. 1.315+02 8.432+00 1. 174+01 1.113+02

.015 1.107+07 3.831+02 2. 549-04 1-107+07 60. 8.175+01 6.018+00 1- 173+Cl 6.40C+01

.020 1.125+07 3.831+02 4. 524-04 1.125+07 80. 4.150+01 3.498+00 1. 149+01 2.651+01

• 030 8.579+06 3.831+C2 1. 014-03 8-579+06 100. 2.676+01 2.282+OC 1- 119+01 1.329+01

• 040 6.412+06 3. 831+02 1. 797-C3 6-411+06 150. 1 .514+01 1.039+00 1. C33+01 3.776+OC

.050 4.977+06 3.831+C2 2. 798-03 4-977+06 200- 1.171+01 5.918-01 c , 560+CC 1.557+00

.C60 4. 007+06 3.83C+C2 4. C16-C3 4-007+06 300. 9.115+00 2.662-01 6. 39C+0C 4.5E7-C1

.080 2. 823+06 3.829+C2 7. C69-03 2-823+06 400. 7.898+00 1.506-01 7. 546+CC 2.CC6-01

.ICO 2.146+06 3. 828+02 1. 100-02 2.148+06 500. 7.112+OC 9.672-02 6. 9C5+0C 1.1C5-01

.150 1.315+C6 3 .e24+C2 2- 431-02 1-314+06 600. 6 .532+00 6-732-02 6. 394+OC 7.011-02

. 200 9.358+05 3.818+C2 4. 244-02 9-354+05 800. 5.698+00 3-798-02 5- 624+00 3.595-02

.300 5.875+05 3.8C2+C2 9. 199-02 5.871+05 1000. 5 -1C6+00 2.435-02 c C59+0C 2-236-02

.400 4.262+05 3.780+02 1. 573-Cl 4.258+05 1500- 4.163+00 1.085-02 4- 114+00 1.035-02 2- 716-C2

• 500 3. 336+CE 3.754+02 2. 361-01 3.335+05 2000- 3.624+00 6.108-03 3- 511+CC 6 .403-03 1. CC7-C1

.600 1.631+06 3.723+02 3. 260-01 1.631+06 3000. 3.056+00 2.718-03 2. 761+00 3 .5C5-03 2. 885-01

.800 1.045+06 3.651+02 5. 301-Cl 1.045+06 4000- 2 .787+00 1.530-03 2- 3C3+0C 2.361-03 4. 800-01 1.000 6.469+05 3.566+C2 7. 5C9-01 6.465+05 5000- 2. 647+00 9.793-04 1- 988+00 1.796-C3 6. 557-01

1.500 2.376+05 3.338+02 1- 303+00 2.373+05 6000- 2 .569+00 6.802-04 1. 757+00 1.439-03 £. 102-01

2.000 1.110+05 3. 089+02 1- 841+00 1 .106+05 8000. 2.495+00 3.827-04 1 .437 + OC 1.026-03 1. C57+CC

3.000 3.682+04 2.604+C2 2. 862+CO 3.656+04 10000. 2.460+00 2.450-04 1. 223+00 7.993-04 1- 236+CC

4. COO 1.678+04 2.186+02 3- 792+00 1.656+04 15000- 2.440+00 1.089-04 9. C48-C1 5-13C-04 1- 535+00

5.00C 9-191+03 1 -837+02 4. 630+CC 9.002+03 20000. 2.512+00 6.127-05 7. 258-01 3-776-C4 1- 785+00 6.000 4.556+C4 1 -557+02 5. 381 + 00 4.540+04 30000. 2.753+OC 2.723-05 5. 278-01 2-471-04 2. 225+CC

8. COO 2.200+04 1.163+02 6. 646+00 2.187+04 40000. 2 .933 + OC 1.532-05 4- 190-01 1-636-C4 2. 514+CC IC.COO 1.212 + 04 9.10C+01 7. 629+00 1.202+04 50000. 3 .048+00 9.805-06 3- 495-Cl 1 .461-04 2- 699+OC

15 .000 3.934+03 5.7C8+01 9. 236+CO 3.868+03 60000. 3 -133+00 6.809-06 3. CC9-01 1-213-04 2. 832+CC 20.000 1.739+03 3.906+Cl 1. C22+01 1.690+03 80000. 3-286+OC 3.830-06 2. 371-01 9-056-05 3- C49+0C 30^000 5.459+02 2.078+01 1. 122+Cl 5.139+02 100000. 3 .459 + 00 2.451-06 1. 967-01 7-22 5-05 3- 263+00 40.000 2.422+02 1.262+01 1. 163+01 2.180+02
TABLE II. CONT. PHCTCN CROSS SECTICK COMPARISON

BIGGS AND LIGHHILL IN BARNS/ATOM

2= 25 MANGANESE

ENERGY TOTAL COKER. INC OH. PHOTC ENERGY TCTAL COHER- INCOH. PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT- SCATT. EFFECT PRCC . .010 5.254+C6 4.157*02 1.376-C4 5.254+06 50. 1 -543+02 1.014+01 1. 219+01 1.320+02

.015 6.812*06 4.157*02 3-090-04 6.812+06 60. 9-556+01 7.331+00 1. 2 18+0

1

7. 605+01

.020 6.972*06 4.157*02 5.483-04 6.972*06 80. 4-790+01 4.337+00 1. 193+01 3.163+01

.030 7.195+06 4.157*02 1-229-03 7.194*06 100. 3-041+01 2.860+00 1. 164+01 1.591*01

.040 6.898*06 4.157*02 2-177-03 6.898*06 150. 1-662+01 1.322+00 1. C74+C1 4.552*00

.050 6.413*06 4.156*02 3.389-03 6.413+06 200. 1 -259 + 01 7.586-01 9. 947+OC 1 .866+00

.060 5.908*06 4.156*02 4.862-03 5.908*06 300. 9-634+00 3.438-01 6. 732+00 5.561-01

.080 5.020+06 4.155*C2 8. 578-03 5-019+06 400. 8-296+00 1.953-01 7. 656+00 2.446-01

.100 4.326+C6 4.153*C2 1.330-02 4.325+06 500. 7-449+00 1.257-01 7, 189+OC 1 .344-01

.150 2.775+06 4.149*02 2.936-02 2-774+06 600. 6.831*00 8.763-02 6. 659+CC 8. 513-02

.200 1.794*06 4.142*02 5.119-02 1-794+06 800 . 5 .950*00 4.953-02 5. 857+00 4.3 5 7-C2 .300 e. 818*05 4-123*02 1.106-01 8-814+05 1000. 5.328*00 3.179-02 5. 269+00 2.7Ce-02

.400 5.063*05 4.098*02 1. 866-01 5-059+05 1500. 4.342+00 1.418-02 4. 285+00 1 .254-02 2 . 951-02

.500 3.207+05 4.068*02 2.822-01 3-203*05 2000. 3.785+00 7 .994-03 3. 657+OC 7.753-03 1 . 121-01

.600 2.166*05 4.C33*02 3. 882-01 2-164*05 3000. 3.198+00 3.560-03 2 . 676+00 4 -240-03 3. 139-01

.800 1.044+06 3.951*02 6.258-01 1-043+06 4000. 2.921+00 2.004-03 2. 399+00 2.879-03 5. 176-01

1.000 6.947+05 3.859*02 8. 776-01 6.943+05 5000. 2-780*00 1.284-03 2. C71+0C 2.17C-03 7. 054-01

1.500 2.705+C5 3. 605+02 1.476*00 2.702+05 6000. 2. 706 + 00 8.917-04 1. 630+00 1.738-03 8. 727-01

2.000 1.286+05 3.336+C2 2.023*00 1.283+05 8000. 2. 645 + 00 5.018^04 1. 497+00 1.241-03 1 . 146*00

3.000 4.314+04 2. 821+02 3-011*00 4.286+04 lOOOO. 2.627+00 3.213-04 1. 274+OC 9.642-04 1. 351*00

4. ceo 1. 969+04 2-381+02 3-914*CC 1.945+04 15000. 2 .643 + 00 1.428-04 9- 425-01 6.1 64-04 1. 7C0+CC

5.00C 1.077+04 2.016+02 4-745*00 1 .057+04 20000. 2.729+00 8.036-05 7- 560-01 4.550-04 1. 972*00

6.0CC 6 .640 + 03 1 .718+02 5-505*00 6.463+03 30000

.

2 .978 + 00 3.572-05 4 9 6-01 2 .976-04 2 . 428+0 0 8.000 2 .511 + C4 1.287+02 6-8C7*00 2.497+04 40000. 3.173+00 2.010-05 4- 365-01 2.211-04 2. 737+00

10. 000 1.396+04 1.005*02 7-828*C0 1 .385+04 50000. 3.308+00 1.286-05 3- 641-01 1.759-04 2. 943+CC

15.000 4.5E2+C3 6-325*01 9- 507+CO 4.509+03 60000. 3 .4C9+00 8.932-06 3. 135-01 1 .460-04 3. C96+0C

2C.C00 2.034+C3 4.343*01 1.C54+C1 1 .980+03 80000. 3.582+00 5.025-06 2 . 470-01 1.090-04 3. 335+00

30.000 6.411+02 2 .385*01 1. 162+Cl 6.056+02 100000. 3-759+00 3.216-06 2. 049-01 8.696-05 3. 554+OC

40.000 2.e47+C2 1 .489*01 1.206+01 2.577+02

Z= 26 IRON ENERGY TOTAL COHER. I NCCH- PHCTO ENERGY TCTAL COHER. INCOH. PHOTO PAI F (KEVI SCATT. SCATT. EFFECT (KEVI SCATT. SCATT. EFFECT PRCC.

.010 9.169*06 4.497+02 1-340-04 9.189+06 50. 1-790+02 1.128+01 1. 261+01 1 .551+02

.015 9.095*06 4.497+02 3.009-04 9.094+06 60. 1 .104+02 8.168+00 1. 262+01 8 .958+01

.020 8.337*06 4.497+02 5.339-04 8.337+06 80. 5.460+01 4.838+00 1. 237+01 3 .739+01

.030 7.606*06 4.496+02 1-197-03 7.606+06 100. 3.413+01 3.193+00 1. 208+01 1 .666+01

.040 6.915+06 4.496+02 2.120-03 6.915+06 150. 1 .805 + 01 1.478+00 1. 116+01 .417+00

.050 6.254+06 4.496+02 3.300-03 6.254+06 200. 1.343+01 8.481-01 1. C33+01 2 .246+00

.060 5.667+06 4.495+02 4.735-03 5.667+06 300. 1 .013+01 3.846-01 9. C75+0C 6 .662-01

.080 4.727+06 4-494+02 8.355-03 4.726+06 400. 8-678+00 2.185-01 6. 167+00 2 .921-01

. 100 4.032+06 4-493+02 1.296-02 4.032+06 500. 7.776+CO 1.407-01 7. 474+00 1 .606-01

.150 2.561+06 4-488+02 2.861-C2 2 .560+06 600. 7.123*00 9.808-02 6. 924*00 1 .0 17-01

.200 1.711+06 4-481+02 4.988-02 1.711+06 800. 6.198+00 5.544-02 6. 091*00 5 .211-02

.300 6.808+05 4.463*02 1 .079-01 8.804+05 1000. 5.548+00 3.559-02 C 4ec*oc .240-02

.400 5.206+05 4.438*02 1.840-01 5.202+05 1500. 4.519+00 1.588-02 4. 457*0C 1 .500-02 3. 195-02

.500 3.368+05 4.406*02 2.753-01 3.364+05 2000. 3.945+00 8.950-03 3. 603+00 9 .276-03 1. 233-01

.600 2-318+05 4.373*02 3.790-01 2.314+05 3000. 3.340+00 3.986-03 2. 991+00 5 .072-03 3. 400-01

.800 1. 228+06 4.291+02 6.117-01 1.228+06 4000. 3.056+00 2.244-03 2. 494 + 00 3 .442-03 5. 562-01

1 .000 8.050+05 4.198+02 8. 590-01 8.046+05 5000. 2 .913 + 00 1 .437-03 2. 154+OC 2 .594-03 7. 552-01

1.500 3.123+05 3.937+02 1 .451+00 3.120+05 6000. 2 .839*00 9 .984-04 1. 9C3+0C 2 .077-03 9. 327-01

2 .000 1.493+05 3.657+02 1.999+00 1 .489+05 8000. 2 .784*00 5.619-04 1. 557+00 1.483-03 1. 225+00

3 .000 5.060+04 3.112+02 3. 000 + 00 5.028+04 10000 . 2.775*00 3.597-04 1. 325+00 1 .152-03 1.448+OC 4.000 2.320+04 2.639+02 3.922+00 2.293+04 15000. 2.811*00 1 .599-04 9. 602-01 7 .387-04 1. 830+00

5 .000 1.267+04 2. 241+02 4.775+00 1.244+04 20000. 2 .9C9*00 8.998-05 7. 663-01 .434-04 2. 122+00

6.000 7.738+03 1.914+02 5. 558+00 7.541+03 30000. 3.168+00 4.000-05 718-01 3 .554-04 2. 596+CC

8.000 2.843+04 1-434+02 6- 910*00 2.828+04 40000. 3 .373 + 00 2.250-05 4. 539-01 2 .640-04 2. 919+00

10.000 1.596+04 1 .115 + 02 7-980*00 1.584+04 50000. 3.517+00 1.440-05 -3 786-01 2 .lCC-04 3. 138+00

15.000 5.291+03 6.915+01 9.759*00 5.212+03 60000. 3.628+00 1.000-05 3. 260-01 1 .743-04 3. 301+CC

20.000 2.360+03 4.792+01 1 .086*01 2.301+03 80000. 3.816+00 5.626-06 2. 569-01 1 .301-04 3. 559+00 30.000 7.460+02 2.643+01 1.200*01 7-076+02 100000. 4.003+00 3.601-06 2. 131-01 1 .036-04 3. 790+00 40.000 3.312+02 1.654+01 1 .247*01 3-022+02

z== 27 COBALT

ENERGY TOTAL COFER. INCOH. PHCTO ENERGY TCTAL COHER. INCOH. PHOTO PAI P (KEV ) SCATT. SCATT. EFFECT (KEVI SCATT. SCATT. EFFECT PRCC-

.010 7.996+06 4.849+02 1.332-04 7.996+06 50. 2.072+02 1.252+01 1. 306+01 1 .816+02

.015 1.150+07 4.849+02 2.991-04 1.150+07 60. 1.272+02 9.074+00 1. 307+01 1 .051+02

.020 1 .268+07 4.849+02 5.308-04 1 .268 + 07 80. 6.219+01 5.382+00 1. 282+01 4 .396+01

.030 1.144+07 4.849+02 1.190-03 1.144+07 100. 3.630+01 3.555+00 1. 252+01 2 .223+01

.040 9.696+06 4.849+02 2.108-03 9.696+06 150. 1 .964+01 1.647+00 1. 158+01 6.414*00

.050 8.275+06 4.848+02 3.281-03 8.275+06 200. 1.435+01 9.458-01 1. 073+01 2 .672+00

.060 7.175+06 4.848+02 4. 707-03 7.174+06 300. 1.065+01 4.291-01 9. 425*00 7 .977-01

.080 5.633+06 4.847+02 8.306-03 5.633+06 400. 9.077+00 2.438-01 6. 462*00 .510-01

.100 4.623+06 4.845+02 1.288-02 4.622+06 500. 8 .113+00 1.570-01 7. 763*00 1 .920-01

.150 2.964+06 4.841 + 02 2.844-02 2.983+06 600. 7 .422+00 1.095-01 7. 191+00 1 .220-01

.200 2.007*06 4.834+02 4.959-02 2.007+06 800. 6.450+00 6.190-02 6. 325+CC 6 .226-02

.300 1.051*06 4.816+02 1.072-01 1.051+06 1000. 5-769+00 3.974-02 5. 691*00 3 .872-02

.400 6-353+05 4.791+02 1 . 628-01 6.349+05 1500. 4.699 + 00 1.773-02 4. 628+00 1 .791-02 3. 479-02

.500 4.215+05 4.762+02 2.736-01 4.211*05 2000. 4-103+00 9.995-03 3. 950*00 1 -106-02 1.317-01

.600 2.982+05 4.727+02 3.765-01 2.977+05 3000. 3 .485 + 00 4.451-03 1C6+CC 6 -029-02 3 ^ 676-01

.800 1.310*06 4. 645+02 6.075-01 1 .309+06 4000. 3.201+00 2-506-03 2

.

590+00 4 .096-03 6. 040-01

1.000 9.056+05 4.550+C2 8.527-01 9.052+05 5000. 3 .062+00 1-605-03 2. 237+00 3 .065-03 8. 203-01

1.500 3.641+05 4.284*02 1.439*00 3.637+05 6000. 2.992+00 1-115-03 1. 977+00 2 -470-03 1. 011+00

2.CC0 1.753+05 3-993*02 1.981*00 1 .749+05 8000. 2.939+00 6.275-04 1. 617+00 1 .762-03 1. 320+00

3.000 5.936+04 3-419*02 2.974*00 5.901+04 10000. 2.928+00 4.017-04 1. 376+00 1 .368-03 1. 550+CC

4.000 2.711+04 2.914+02 3.903*00 2.681+04 15000. 2.961+00 1.786-04 1. 018+00 6 .77 0-04 1. 942+00

5.000 1.475+04 2.483+02 4-776*00 1.450+04 20000. 3.077+00 1.005-04 8. 165-01 6 .450-04 2. 260+00

6.000 9. 003 + 03 2.126+02 5. 587*00 8.785+03 30000. 3 .391+00 4.467-05 938-01 4 .217-04 2. 797+00

8.000 3.205+04 1 .596+02 7.003*00 3.188+04 40000. 3.623+00 2.513-05 4. 714-01 3 .122-04 3. 151+OC

10 .000 1.817+04 1.240+02 8.125*00 1.803*04 50000. 3.775+00 1.608-05 922-01 2.492-04 3. 381 + 00 15.000 6.089+03 7.698+01 9.992*00 6.002*03 60000. 3.888+00 1.117-05 366-01 2 .068-04 3. 549+00

20.000 2.728+03 5.274+01 1.116*01 2 .664*03 80000. 4.083+00 6-284-06 2 . 667-01 1 .544-04 3. 816+CC

30 .000 8.653+02 2.921+01 1.238*01 8.237*02 100000- 4.288+00 4.022-06 2.213-01 1 .2 22-04 4. 067+00

40.000 3.842+02 1-833+01 1 .289+01 3.529*02
T4ELE II. CONT. PHCTCN CROSS SECTICN COMPARISON

eiGGS ANC LIGHTHILL IN BARNS/ATOH

Z= 28 NICKEL

ENERGY TOT/i L COHER

I NCOH* PHOTO ENE RGY TOTAL CO HER

INCOH

PHOTO PAIR

C K EV i SO ATTSCATT. (KEV

)

SCATT

SCATT. EFFECT PROD .

• CIO •612+06 5.21 5+02 I , 3 10— 04 4.611+06 50 . 2 •378 + 0

1-38 5+01 1

,

2 • 1 C 5+02

• 015 • 842+06 5 .2 15+0 2 2 - 943—04 60 - 1 .004+0

I , 3 50*01 1.22 1+02

• 020 7 • 4 18+06 5.2 15+02 5 , 222—04 7-41 fl+nA 80 • 7 - 04 ft +r5 .964+00 I , 32fc+C

5 .12 5+01

• 030 ,244+06 5 •ZX 5+02 ]^ ^ 171—03 O •ti^J"V/0 100 • 4 9 ft 7+0 1 1 941 +n n J •7^X»VJ\J I , 29 5+01 2.5 98+01

• 040 g • 162+06 5.215+02 2 . 074—03 ft 1 A?+nA 150- 2134+0 1 1 •828+00 I , 7. 521+OC

• 050 7

.

"? 15+06 5*214+02 2 28— 03 7 71 /i.+ nA 200 • 1 • 530+0Xi m\J J\J \J I , 112+01 3.137+00

• 060 7 • 1 78 + 06 5-2 14+C 2 631—03 7 1 77+nA 300 • 1^1 18+0

4.765—01 9, 771+OC 9 .361-01

.080 ^ -1 67+06 5-213+02 8 . 172—03 400 • 9 .478+00 2 ,709—01 8 . 795+OC 4 .12 5-01

. 100 .346+06 5,211+02 267—02 5 .346+06 500 . 8 .45 1+00 1.744—01 £ , C49+0C 2 .276-01

• 250 3 •231+C6 c .207+02 2 • 798—02 3,231+06 600 . 7,722+00 1.216-01 7 , 456+CC 1 .445-01

• 200 2 •111+06 5 .200+0

4 , 879—02 2,1 11+06 800 • 6 .702+00 6. 878-02 6. 559+00 7. 407-02

• 300 1 .077+Ce 5 • 162 + 02 1

,

055-01 1 . 077+06 1000 . 5.99 1+00 4.415-02 5, 9C1+CC 4 .6C2-02

• 4Q0 e .429+05 5.1 ^8+02 799—0

6 .424+05 1500 . 4 .878 + 00 1 .971-02 4, 799+CC 2.124-02 3. 735-02

.500 .234+05 5.1 28+02 2 , 692—01 4.229+05 2000 • 4,269+00 1. 1 11-02 4. 096+00 1 .309-02 1.484-01

• 600 2.980+05 5-094+02 3 , 706— 01 2 .975 + 05 3000 • 3 .630+00 4-947-03 a 222+OC 7.134-03 3. 960-01

- 800 1 •68^+05 5 . C 12 + 02 5 , 980-01 1 .679+05 4000 • 3 .332+00 2.785-03 2

6e6+0C 4.832-03 6. 379-01

1.000 <5 .569+05 4*91 7+C2 8 • 397—0]^ 5000 • 3 . 187+00 1 • 784-03 2. 319+OC 3 .637-03 8. 616-01

1 - 500 4 .079+05 4 .64 5 + 02 ^1 fl+ c C. 4 . 074+05 6000 • 3.1 18 + 00 1 .239-03 2 • C 50 + CC 2 .9 10-03 1. C64+CC

2 .000 1 •953+05 4 • 344 + 02 9 54+00 1 -949+05 8000 • 3 .068+00 5,974-04 1

,

677+OC 2.C76-03 1. 4C8+CC

3 • 000 6 -747+04 3 .742 + 0 2 2 , 944+ C C O . f u ^ — 100003.1 12+00 4.465-04 1

427+00 1. 612-03 1. 682+CC

4.000 3 .145+0^ 3 .205 + 02 3 , ft 7 fl+ r r 3.1 13+04 15000. 3-225+00 1 .98 5— 04 1

,

C56+0C 1.033-03 2. 168+00

5,000 1 .732+04 2 • 74 2 + 02 4 , 764+00 i • 704+04 20000 • 3.36 1+00 1.1 17-04 g , 46 8-01 7. 594-04 2. 513+CC

6 .000 1 •059+04 2 .354 + 02 5 , 595+00 1 .035+04 30000^ 3 .645+00 4^965-05 6. 15 8-01 4.965-04 3. 028+00

8. COG 4 .798+03 1.771+C2 7. 059+00 4-614+03 40000. 3.876+00 2-793-05 4- £89-01 3.688-04 3. 387+CC

ICoOOO 2 .042+04 1.373+02 8- 229+00 2.028+04 50000. 4. 053 + 00 1^788-05 4. C78-C1 2.933-04 3. 645+OC

15. COO 6 .933+03 6.452+01 1- 020+01 6.838+03 60000. 4.195+OC 1.242-05 3 • 511-01 2.4 3 5-04 3. 844+ CO 20.000 3 -122+03 5.795+01 1. 144+01 3.052+03 80000, 4.429+00 6.984-06 2. 766-01 1 .617-04 4. 152+OC 30.000 S •944+02 3.221+Cl 1. 274+01 9.494+02 iOOOOO. 4. 634+00 4.470-06 2. 295-Cl 1. 450-04 4. 4C5+CC

40.000 4 •417+02 2.C25+01 1. 329+01 4.081+02

Z= 29 COPPER

ENERGY TOTAL COHER. INCOH. PHCTO

!KEV 1 SCATT. SCATT. EFFECT

.010 5. 350+06 5.594+C2 1. C53-04 5.349+06

.015 7. 399+06 5.594+02 2. 364-04 7.399+06

.020 8. 502+06 5.594+C2 4. 196-04 8.501+06

.030 8. 894+06 5.594+C2 9.409-04 8.893+06

.040 8. 337+06 5.594+C2 1. 667-03 8.336+06

.050 7. 605+06 5.593+C2 2. 596-C3 7.605+06

.060 e. 908+C6 5.593+02 3. 725-03 6.908+06

.080 c 761+06 5.592+02 6. 577-03 5.761+06

.100 4. 908+06 5.591+C2 1. 020-02 4.907+06

. 150 2. 6E3+C6 5.587+02 2. 2E6-C2 2.852+06

.200 2. 068+Ct 5 .581 + 02 3. 939-02 2.067+06

.300 1. 186+06 5.566+C2 8. 542-02 1.185+06

.400 7. 441+05 5.545+C2 1. 462-01 7.436+05

.500 5- 010+05 5.519 + 02 2. 195-01 5.005+05

,600 3. 555+05 5-468+02 3. C33-C1 3.550+05

.800 1. 996+05 5.415+C2 4. 936-01 1.991+05

1-COO 1. C96+C6 5.326+02 7. 004-01 1 .097+06

1.500 4. 659+05 5.072+02 1. 221+00 4.654+05

2.000 2 . 250+05 4.779+C2 1. 737+00 2.245+05

3 .000 7. 778+C4 4.165+02 2. 746+00 7.736+04

4. COO 3. 613+0 4 3.586+C2 3. 713+CC 3.577+04

5.000 1. 985+04 3.070+02 4. 630+00 1.954+04

6. COO 1.212 + 04 2.63E+C2 5.491+00 1.186+04

8. COO 5. 515+03 1 .979 + 02 7. 012+00 5.310+03

IC.OOO 2. 285+04 1.530+C2 8. 241+00 2.269+04

15-COC 7. 859+03 9. 263+01 1. 035+01 7.756+03

20.000 3- 558+03 6.396+Cl 1. 168+01 3.482+03 30.000 1. 136+03 3. 553 + 01 1. 308+01 1 .090+03 40.000 i: 059+02 2.234+Cl 1. 368+01 4.699+02

ENERGY TOTAL COHER. INCOH. PHOTO PAI R (KEV) SCATT. SCATT. EFFECT PRCC.

50. 2.721+02 1.527+01 1. 389+01 2 .429+02

60. 1.661+02 1.108+01 1. 393+01 1 -411+02

80. 7.97C+01 6.577+00 1. 369+01 5 .944+01

100. 4.794+01 4.346+00 1. 339+01 3 .02C+01

150. 2.321+01 2.015+00 1. 240+01 8 -793+00

200. 1.634+01 1.158+00 1. 150+01 .676+OC

300. 1.174+01 5.255-01 1. 011+01 1 .lCl+00

400. 9.888+00 2.987-01 9. 1C4+0C 4 .847-01

500. 8.793+00 1.923-01 8. 334+OC 2 .666-01

600. 8.023+00 1.341-01 7. 721+00 1 .667-01

800. 6.954+00 7.584-02 6. 792+CC 8 .631-02 1000. 6.214+00 4.869-02 6. 111+00 5 .362-02

1500. 5.057+OC 2.173-02 4. 971+CC 2 .476-02 4. 030-C2

2000. 4 .429+00 1.225-02 4. 242+00 1 .530-02 1. 593-01

3000. 3 .776+00 5.455-03 3. 337+OC 6 .347-03 4. 252-01 4000. 3. 476 + 00 3.071-03 2. 782+00 5 .657-03 6. 848-01

5000. 3.332+00 1.967-03 2 . 4C2+0C 4 .259-03 9. 235-01

6000. 3.266+00 1.367-03 2. 123+00 3. 406-03 1. 138+CC

8000. 3.238+00 7.691-04 1. 736+CC 2 .431-03 1.499+CC

10000. 3.262+00 4.924-04 1.478+OC 1 .887-03 1. 782 + CC 15000. 3.374+00 2.189-04 1. C93+0C 1 .2C9-03 2. 279+CC

20000. 3.520+00 1.232-04 8. 770-01 6 .889-04 2- 642+00

30000. 3.646+00 5.475-05 6. 378-01 -611-04 3- 207+00

40000. 4.1C8+00 3.080-05 C 063-01 4 -315-04 3. 6C1+0C

50000. 4.303+00 1.971-05 4. 223-01 3 .422-04 3. 880+CC

60000. 4.456+00 1.369-05 636-01 2 .849-04 4. C92+CC

80000. 4.7C2+C0 7.701-06 2 . 665-01 2 .126-04 4. 415+OC

100000. 4.918+00 4.929-06 2.377-Cl 1 .696-04 4. 680+OC

2= 20 ZINC ENERGY TOTAL COHER. INCCH. PHOTO ENERGY TCTAL COHER. INCOH. FHCTO PAIR

<KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 2.508+06 5.987+02 1.264-04 2.507+06 50. 3-1C6+C2 1.670+01 1. 431+01 2,796+02

.015 3.331+06 5.987+02 2. 639-C4 3.331+06 60. 1-894+02 1.212+01 1. 436+01 1,629+02

.020 4.741+C6 5 .987 + 02 5.C36-C4 4.741+06 80. 9 -023 + 01 7.201+00 1. 413+01 6,690+01

.030 6.044+06 5.986+02 1.129-03 8.043+06 100. 5-363+01 4.760+00 1. 382+01 3. 505+01

.040 9.285+06 5.986+02 2.000-03 9.284+06 150. 2-524+01 2.208+00 1. 282+01 1.C21+01

.050 9.440+06 5.986+02 3. 114-03 9.439+06 200. 1-745+01 1.269+00 1. 190+01 4.263+00

-060 9.157+06 5.985+C2 4.468-03 9.156+06 300. 1.233+01 5,760-01 1. C46+C1 1.266+00

.080 8.234+06 5.984+02 7.884-03 8.234+06 400. 1.032+01 3-274-01 9. 420+00 5.664-01

.100 7.314+06 5.983+02 1.223-02 7.313+06 500. 9 .146 + 00 2-109-01 8. 623+00 3.125-01

.150 4-809+C6 5.978+02 2.7C0-C2 4.8C9+06 600. 8.332+00 1,471-01 7. 988+OC 1.975-01

.200 3-090+06 5.972+02 4.708-02 3.089+06 800. 7.211+00 8. 316-02 7. C27+0C 1.010-01

.300 1.534+06 5.954+02 i.cie-ci 1.534+06 1000. 6 .439+00 5.339-02 6. 322+OC 6.263-02

.400 9.095+05 5.930+02 1.737-01 9.089+05 1500. 5.239+00 2.383-02 5. 142+00 2.910-02 4. 377-02

.500 6.019+05 5.901+02 2.599-01 6.013+05 2000. 4 .591 + 00 1.343-02 4. 289+00 1.796-02 1. 7C7-C1

.600 4. 285+05 5.866+02 3. 579-01 4.279+05 3000. 3.924+00 5.982-03 3. 452+OC 9.806-03 4. 569-01

.800 2.503+05 5 .784+02 5.778-01 2.497+05 4000. 3.626+00 3.368-03 2. 678+OC 6.639-03 7, 375-01

1.000 1-651+05 5.687+02 8.117-01 1-645+05 5000. 3.468+00 2.157-03 2 . 485+OC 4.993-03 9. 961-01

1.500 5.257+05 5.406+02 1. 374+00 5.251+05 6000. 3.431+00 1.499-03 2 . 196+00 3.993-03 1. 229+CC

2.000 2. 565+05 5.088+02 1. 898+00 2.560+05 \ 8000. 3-419+00 8.434-04 1. 796+00 2.844-03 1. 619+00

3. COO 8.907+04 4.437+02 2. 876+CO 8.862+04 ' 10000. 3-456+OC 5.399-04 1. 529+CC 2.2C6-C3 1. 924+OC

4. COO 4.138+04 3.839+02 3.814+00 4.099+04 15000. 3.585+00 2.401-04 1. 121+00 1 .411-03 2. 452+OC

5.000 2.272+04 3.310 + 02 4.718+CO 2.238+04 20000. 3.740+00 1.351-04 9. 072-01 1.027-03 2. 832+CC 6.000 1.388+04 2.859+02 5. 576+CC 1.359+04 30000. 4.084+00 6.004-05 6. 598-01 6.770-04 3. 424+OC

8.000 6-336+03 2 .163 + 02 7.114+CC 6.113+03 40000. 4.366+00 3.378-05 c 226-01 5-C26-04 3. 842+CC

10.000 2.558+04 1.675+02 8-367+00 2.540+04 50000. 4. 578+00 2.16 2-0 5 4. 269-01 3.996-04 4. 141+CC

15.000 8.864+C3 1 .009 + 02 1 .054+01 8.752+03 60000- 4.746+00 1.501-05 762-01 3.316-04 4. 370+CC

20.000 4-030+03 6. 969+01 1.194+01 3.948+03 80000- 5.020+00 8.445-06 2. 964-01 2.475-04 4. 723+00 30.000 1.295+03 3 .879 + 01 1. 342+01 1.243+03 100000- 5.263+00 5.40 5-06 2. 459-01 1.974-04 5. 017+CC 40.000 5.772+02 2 .442 + 01 1.407+01 5.388+02
EIGGS AND LlGhTHUL IN B*PNS/ATOM

Z= 31 GALLIUM

ENERGY TOTAL COHER

.

I NCOH. PHOTC

(KEV» SC ATT . SCATT. EFFECT

• 010 3.S37+C6 6 .393+02 1 . 395-04 3 . 936+06

.015 7. 782+C5 6 .392+0 2 3 . 1 33-04 7 . 775+05

.0 20 3.083 + 06 6 .392 + 02 5 . 560-C4 3 .083+06

.030 2. 4 7 5* C

6

6.392+02 1 .246-03 2 -474+OA

. 040 4.1 22+06 6.392+02 2 .207-03

.050 5 .566+06 6 .39 1+C2 3 .436-03

. 060 6 .432+06 6 .391+02 4.929-03 A 4*^1 +nA

.080 7.034+06 6 .390+02 3 . 697— 03 .100 6 . S40+06 6.388+0 2 1 .348-02 6.939+06

.150 5.375+06 6 .382+02 2 .976-02 5 .374+06

.200 3. ei4+C6 6 .374+02 5 .187-02 3.814+06

.300 2.051+06 6 .353 + 02 1 .120-01 2 . 051+06

.400 1 .234+06 6.324+C2 1 .909-01 1 .234+06

.500 8.069+05 6 .2 89+02 2 .854-01 8 . 062+05

.600 5 .592 + 0 5 6 .247+02 3 .924-01 5.586+05

.800 3.020+05 6 .150+02 6 .317-01 3 . 014+05

1 .COO 1 . 803+C 5 6 .038 + 02 8 .841-Cl 1 . 797+05

1 .500 5.935+05 5 .721+02 1 .478+00 5 . 929+05

2 .000 2. 899+C5 5.374+02 2 .018+00 2. 893+05

3.000 1.0 10+05 4 .686+02 3 .001+00

.000 4 .7C3+C4 4 .C72+C2 3 .940+00 4.662+04

5 .000 2.588+C4 3 .535 + 02 4.848+CO 2.5 52 + 04

6 .000 1.583+04 3 .C73 + C2 5 .713+00 1 .552 + 04

8 .000 7.236+03 2.344+C2 7 .267+00 6 . 994+03

10 .000 3.892+03 1 .821+02 8 .538+00 3.701+03

15 .000 9.969+03 1.089+02 1 .075+01 9.849+03

2C .coo 4.565+03 7.559+01 1 .218+01 4.477+03

3C .000 1. 475+03 4. 216 + 01 1 .373+01 1.420+03

4C .coo 6.582+02 2. 656 + 01 1 .445+Cl 6.172 + 02

1= 32 GERMANILM

ENERGY TOTAL COHER. INCOH. PHOTC

( K EV

)

SCATT. SCATT. t

c rr crcu T1 .010 2.170+C7 6.812 + 02 1. 404-04 2 • 1 70+07

.015 4.287+06 6.812+02 3 ^ 153-04

.0 20 1.357+06 6.811+C? 5. 595-C4 1 • 356 + 06 .030 1.495+C6 6.811+02 1. 254-03 1 /. a /. ^r\

. 040 2.180+C6 6.811+02 2. 222-03 2 • 1 79+06

.050 3.870+06 6.810+02 3. 459-03 D • O 07+ UO .060 5.484+06 6.810 + 02 4.962-03 5«A'83 + 06

. 080 7.467+06 6.808+02 8. 756-03 7 • ^^6 7 +06

. I u u 8.223+06 6.807+02 1. 358-02 o»d £ J + Uo 6.711+06 6.801+02 2. 997-02 6 • 71 1 +06

.^00 4. 746+06 6.792+02 C 226-02 4 • 745+06

. 300 2.533+06 6.769+C2 1. 130-01 2 • 533+06

.400 1.521+06 6.738+02 1

.

927-01 1 • 521+06 9.957+C5 6.7C0+C2 2. 883-Cl V 3(J + U!j 600 6.922+05 6.655+02 3. 967-Cl 6 #916 + 05 .800 3.777+05 6.550+02 6. 4C0-C1 3 • 770+05

1 .000 2.287+05 6.428+C2 8.981-01 2 • 2 81 + 05

1 a u 6.613+05 6 .C79+02 1. 514+CC 6 #6 07 + 05 2.000 3.280+05 5.696+02 2. 083 + 00 3» 274+0 5 3.000 1.147+05 4.950+02 3. 126+CC 1 -142+05 4.000 5-331+C4 4.3C9+C2 4. 103+0 0 D 00 + U4 5.000 2.925+04 3.760+C2 5. 027+CO 0 Q Q "7 ^ n y. Z •OO 1 +U4 6.000 1.788+04 3.287+02 5. 893+CO 1 • r 34+U4

6 .COO 8.193+03 2.530+C2 7. 434+CO 7-932+03

10 .000 4.452+03 1.978+02 8. 707+00

15.000 1. 112 + 04 1.199+02 1. C98+C1 1.099+04

20. COO 5.114+03 e.l71+Cl 1. 247+01 5.020+03

3C.C00 1.661+03 4. 568+01 1. 409+01 1.601+03

40.000 7.425+02 2.eec+ci 1. 484+01 6.988+02

2== 33 ARSENIC ENERGY TOTAL COKER . I NC OH . PHOTC

(KEV) SCATT. SCATT. EFFECT

.010 3.613+07 7.244+C2 1. 344-04 3.613+07

.015 1.291+07 7.244+02 3. 018-04 1.291+07

.020 5. 180 + 06 7.244+02 5. 3 56-C4 5.179+06

.030 1.097+06 7.244+02 1. 201-03 1.097+06

.040 2.597+05 7.243+02 2. 127-03 2.589+05

.050 1.001+C6 7.243+02 3. 311-03 1.000+06

.060 8.269+05 7.242+02 4. 751-C3 8.262+05

.080 4. 406+06 7 .241 + 02 8. 386-03 4.405+06

.100 8.483+06 7.239+02 1. 301-02 8.482+06

.150 7.511+C6 7.233+02 2. 873-02 7.510+06

.200 4. 725+06 7.225+02 5. 012-C2 4.724+06

.300 2.182+06 7.201+02 1. 085-01 2.182+06

.400 1.234+06 7.170+C2 1. 852-01 1 .233 + 06 .500 7.947+05 7.131+02 2. 775-01 7.940+05

.600 5.580+05 7.085+02 3. 825-01 5.573+05

.800 3.243+05 6.976+02 6. 191-01 3.236+05

1.000 2.163+05 6.847+C2 8. 724-Cl 2.156+05

1.500 6.427+05 6.471+02 1.490+CO 6.420+05

2. COO 3.673+05 6.C5C+02 2. 076+CC 3.667+05

3.000 1 .294+05 5.236+02 3. 172+00 1.288+05

4.000 6.021+04 4.557+C2 4. 193+00 5.975+04

5.000 3.305+04 3.987+02 5. 147+00 3.265+04

6. COO 2.021+04 3 .497 + 02 6. C32+CC 1.985+04

8.000 9.274+03 2.708+02 7. 592+00 8.995+03

IC.COO 5.054+03 2.126+C2 8. 879+OC 4.833+03

15.000 1. 236+04 1.265+02 1. 119+01 1.222+04

20.000 5.725+C3 8. 807+01 1. 272+01 5.624+03

30.000 1.868+03 4.937+01 1. 441 + 01 1.804+03

4C.CC0 8.361+C2 3.116+Cl 1. 522+Cl 7.897+02

ENERGY TOTAL COHER. INCOH. PHCTO PAIR

<KEVI SCATT. SCATT. EFFECT PRCD.

50. 3.539+02 1.818+01 1.473+01 3.210+02

60. 2.153+02 1.319+01 1.477+01 1.873+02

80. 1 .018+02 7,841+00 1- 456+01 7.937+01

100. 5.986+01 5.185+00 1. 424+01 4.C44+01

150. 2.745+01 2.406+00 1. 324+01 i.iec+01

200. 1.863+01 1.383+00 1.230+01 4.953+00

300. 1.294+01 6.277-01 1. C82+01 1.490+00

400. 1. 076+01 3.568-01 9. 740+CC t.5£7-Cl

500. 9. 507+00 2.298-01 6- 914+00 3.632-01

600. 8.647+00 1.603-01 e. 257+OC 2 .3CC-01

800. 7.472+00 9.063-02 7. 263+00 1.178-01

1000. 6.666+00 5.819-02 6. 534+00 7.325-02

1500. 5.421+00 2.597-02 c 314+00 3 .385-02 4. 7C3-C2

2000. 4.753+00 1.464-02 4. 535+CC 2.088-02 1. 825-Cl

3000. 4.075+00 6.520-03 567+CC 1.136-C2 4. 899-01

4000. 3.776+00 3.671-03 2. 974+OC 7.687-03 7. 9C8-01

5000. 3.643+00 2.351-03 2. 568+OC 5.779-03 1. C67+CC

6000. 3.590+00 1.633-03 2. 270+00 4.62C-03 1. 314+CC

8000. 3.587+00 9.192-04 1. 856+OC 3.290-03 1. 726+CC

10000. 3.630+00 5.885-04 1. 580+CC 2.552-03 2. 047+CC

15000. 3.780+00 2.617-04 1. 169+CC 1.632-03 2. 6C9+0C

20000. 3.965+00 1.472-04 9. 375-01 1.199-03 3. 026+00

30000. 4. 352 + 00 6.544-0 5 6. £18-01 7.834-04 3. 670+CC

40000. 4.647+00 3.682-05 c 412-01 5.816-04 4. 1C5+0C

50000. 4 .860 + 00 2.356-05 4. 514-01 4.624-04 4. 409+OC

60000

.

5 .028+00 1 .6 36-0 5 3. 887-01 ^ . 8

" 6—04 ^ 639+00

80000. 5 .311+00 9.205-06 3. C62-01 2.864-04 5. CC4+CC

100000. 5.578+00 5.892-06 2. E41-C1 2-284-04 5. 323+OC

ENERGY TOTAL COHER. INCCH- FHCTO PAIR

(KEV» SCATT. SCATT. EFFECT PRCC.

50. 3.994+02 1.972+01 1. 514+Cl 3.646+02

60. 2.428+02 1.432+01 1. 520+01 2.133+02

80. 1.142+02 8.512+00 1. 499+01 9.C72+01

100. 6.663+01 5.630+00 1. 467+01 4.633+01

150. 2.983+01 2.613+00 1. 366+01 1.356+01

200. 1 .989+01 1.502+00 1.269 + 01 5. 697+00

300. 1.357+01 6.818-01 1. 117+01 1.717+00

400. 1.121+01 3.876-01 1. CC6+C1 7.6C7-01

500. 9.874+00 2.497-01 9. 2C4+CC 4 .2C6-CI

600. 8.966+00 1.741-01 e. 525+OC 2.670-01

800. 7.734+00 9.845-02 7. 498+00 1.37C-01

1000. 6-894+00 6.221-02 6. 746+CC e.51C-02

1500. 5. 603+00 2-821-02 c

^ 486+00 3.923-02 4. 993-02

2000. 4.919+00 1.590-02 4. 681+00 2.414-02 1. 979-01

3000. 4.225+00 7.083-03 3. 682+00 1.311-02 5. 230-01

4000. 3 .920 + 00 3.988-03 3. C70+0C 8. £61-03 8. 375-01

5000. 3.786+00 2.554-03 2. 651+OC 6.657-03 1. 126+CC

6000. 3.736+00 1.774-03 2. 343+CC 5 .321-03 1. 386+CC

8000. 3.747+00 9.986-04 1. 916+OC 3.786-03 1. 826+CC

10000. 3.812+00 6.393-04 1. 631+00 2.937-03 2. 177+CC

15000. 4.010+00 2.843-04 1.2C6+0C 1 .879-03 2. 8C2+CC

20000. 4.219+00 1.599-04 9. 677-01 1.361-03 3. 250+OC

30000. 4.619+00 7.110-05 7. 037-01 9.C17-04 3. 914+CC

40000. 4.926+00 4.000-05 5. 587-01 6.695-04 4. 367+CC

50000. 5.156+OC 2.560-05 4. 660-01 5.323-04 4. 689+OC

60000 • 5.3 39+00 1.77 8— 0 5 4. C12-01 4.41 fc— L4 4 • 9 3 8+ C C 80000. 5.641+00 1.000-05 3. 161-01 3.297-04 325+CC

100000, 5.911+00 6.401-06 2 . 623-01 2.629-04 5. 648+00

ENERGY TCTAL COHER. INCOH. PHGTO PAI P (KEV) SCATT. SCATT. EFFECT PRCC.

50. 4.495+02 2.135+01 1. 554+01 4.126+02

60. 2.728+C2 1.551+01 1- 561+01 2.417+02

80. 1.277+02 9.224+00 1- 541+01 1.031+02

100. 7.400+01 6. 102 + 00 1. 509+01 5.26C+01

150. 3.241+01 2-833+00 1- 406+01 1.552+01

200. 2.122+01 1.628+00 1. 3C7+01 6.523+00

300. 1 .421+01 7.394-01 1. 151+01 1. 963+00

400. 1 .165+01 4.204-01 1. 036+01 8.696-01

500. 1 .024+01 2.708-01 9. 486+00 4.817-01

600. 9.283+00 1.888-01 8. 787+OC 3.065-01

800. 7.995+00 1.068-01 7. 730+00 1.575-01

1000- 7.122+00 6.856-02 6. 955+OC 9.794-02

1500. 5.786+00 3.060-02 5.657+OC 4.514-C2 5. 369-02

2000. 5.084+00 1.725-02 4. 628+00 2.776-02 2. 112-01

3000. 4.375+00 7.683-03 797+CC 1 .5C6-C2 5. 558-01

4000. 4.069+00 4.326-03 166+00 1.C17-02 8. 888-01

5000. 3.939+00 2.771-03 2. 734+00 7.636-03 1. 194+00

6000. 3.894+CO 1.925-03 2. 416+00 6.103-03 1. 470+00

8000. 3.915+00 1.083-03 1. 976+CC 4.344-03 1. 933+CC

10000. 3.986+00 6.935-04 1. 682+OC 3.368-03 2. 3C0+0C

15000. 4.168+00 3.084-04 1. 244+OC 2.154-03 2. 941+CC

20000. 4.397+00 1.735-04 9. 980-01 1.562-03 3. 397+00

30000. 4.819+00 7.712-05 7. 257-01 1.023-03 4. C92 + 0C 40000. 5.160+00 4.339-05 5. 762-01 7.672-04 4. 583+OC

50000. 5.418+00 2.777-05 4. 8C6-01 6.1CC-04 4. 936+CC 60000. 5 .622+00 1.929-05 4. 138-01 5.063-04 5. 208+00

80000. 5.949+00 1.085-05 3. 260-01 3.77E-C4 5. 622+OC

100000. 6.227+00 6.943-06 2. 705-01 3.013-04 5. 956+CC
T/iELE II, CONT. PHCTCN CROSS SECTICN COMPARISON

BIGGS AND LIGHHILL IN BARNS/ATOM

Z= 31 SELENIUK

ENERGY TOTAL COHER. INCOH. PHCTC

(KEVJ SCA7T. SCATT. EFFECT

.010 7 .410+07 7.690+02 1. 3C6-C4 7.410+07

-015 2 .492+07 7,690+02 2. 933-04 2.492+07

.020 9 .809+06 7.690+02 5. 205-04 9.809+06

.030 2 .085+06 7.689+02 1- 167-03 2.085+06

.040 .402+05 7.689+02 2. C68-03 5.394+05

.050 1.494+05 7.688+02 3.219-03 1.486+05

.060 1 .062+06 7-688+02 4. 620-03 1.061+06

.080 .212+06 7.687+02 8. 155-03 3.211+06

.100 6 .141+06 7.685+02 1. 265-02 6.140+06

.150 7 -120+06 7.679+02 2. 796-02 7.120+06

.200 5 -439+C6 7.670+02 4. 881-02 5.438+06

.300 a -067+06 7. 647+02 1. 058-01 3.067+06

.400 .887+06 7.616 + 02 1 . 809-01 1.886+06

.500 1 .253+06 7.577+C2 2. 714-01 1-253+06

.600 8 .813+05 7-530+C2 3. 747-01 8-806+05

.800 4.896+05 7. 419 + 02 6. 088-01 4.889+05

1 • COO 3 -014+05 7.285+02 8. 618-01 3-007+05

1 .500 7 .035+05 6.884+02 1. 492+00 7.028+05

2 .000 4 .085+05 6.428+02 2. 106+CO 4-079+05

3 .000 1 .456+05 5. 545+02 3- 272+00 1-450+05

A .COO 6 .789+04 4.821+02 4. 345+00 6.740+04

.000 3 .726+04 4.222+02 5. 327+00 3-683+04

6 .000 2 .276+04 3.711 + 02 6. 224+00 2-239+04

S .000 1 .044+04 2.894+C2 7. 787+00 1.014+04

10 .000 C .701+03 2.290+02 9. 080+00 5-462+03

15 .000 1 .356+04 1.384+02 1- 143+01 1.341+04

2C .000 6 .323+03 9.467+01 1. 300+01 6.216+03

30 .000 2 .080+03 5-324+01 1- 475+01 2.012+03

AO .000 9 -352+02 3-365+01 1. 559+01 8.860+02

Z= 35 BRCMNE

ENERGY TOTAL COhER- INCOH. PHOTO

(KEVJ SCATT. SCATT. EFFECT

.010 1 .166+08 8 .149+02 1 .229-04 1-188+08

• 015 3 .719+07 6 .149+02 2 .762-04 3.719+07

.020 1 -435+07 6 .149+02 4 .902-04 1.435+07

.030 3 .196+06 8 .148+02 1.C99-C3 3.195+06

.040 1 .048+06 8 -148+02 1 .948-03 1.047+06

-050 c .115+05 8 -147+02 3 -033-03 5-107+05

.060 .662+05 8 -147+02 4 -353-03 3-654+05

.080 8 -906+05 8 -146+02 7 .687-03 8-898+05

.100 4 .066+06 8 -144+02 1 .193-02 4-085+06

.150 6 .379+06 8 .138+02 2 .639-02 6-378+06

.200 .397+06 8 .130+02 4 .611-02 5.396+06

.300 3 .287+06 8 .107+02 1 .001-01 3.286+06

.400 2 .079+06 8 .075+02 1 .715-01 2.079+06

.500 1 .397+06 8 .036+02 2 .579-01 1.396+06

.600 9 -853+05 7 .990+02 3 -569-01 9.845+05

-800 C .441+05 7 .876+02 5 -829-01 5.433+05

l.COC Q .361+05 7-739+02 8 .304-01 3.353+05

1 .500 1 .333+05 7 .317+02 1.465+00 1.326+05

2-000 4 .563+05 6 .829+02 2 .103+00 4.556+05

3 .000 1 .628+05 5 .880+02 3 .342+00 1.622+05

4 .000 7 .597+04 5 -104+02 4 .473+00 7.546+04

5 .000 4 .172+04 4 -466+02 5 .492+00 4.127+04

6 .000 2 .550+04 3 -927+02 6.4C9+C0 2.511+04

8 .000 1 .171+04 3 -078+02 7 .986+00 1.140+04

10 .000 6.407+03 2 -451 + 02 9 .287+00 6.152+03

15 ,000 1-497+04 1.488 + 02 1 .167+01 1.481+04

20 .000 7 .022+03 1 -016+02 1 .327+01 6.908+03

30 .000 2.322+03 5 .729+01 1 .508+01 2.249+03

40 .000 1 -C4<+03 .627+01 1 -597+01 9.936+02

ENERGY TOTAL COHER- INCOH. PHOTO PAIP

(KEV) SCATT- SCATT. EFFECT PRCC50- 5.042+02 2.308+01 1. 595+01 4 .652+02

60. 3-063+02 1.677+01 1. 603+01 2 .735+02

80. 1 -430 + 02 9.978+00 1. 584+01 1 .172+02

100. 8.230+01 6. 602+00 1. 552+01 6 .017+01

150. 3.524+01 3.066+00 1. 447+01 1 .771+01 200. 2.267+01 1.763+00 1. 345+01 7 .451+00

300. 1 .490 + 01 8.006-01 1. 185+01 2 .246+00 400. 1.212+01 4.552-01 1. 067+01 9.967-01

500. 1 .062 + 01 2.932-01 9. 771+00 c .526-01 600. 9.609+00 2.045-01 9. 052+00 3 .522-01

800. 8.261+00 1.157-01 7. 964 + 00 1 .613-01

1000. 7.352+00 7.426-02 7. 165+CC 1 .126-01

1500. 5 .971+00 3.315-02 5. 828+00 5.197-02 5. 787-02

2000. 5.244+00 1. 868^02 4. 974+CC 3 .194-02 2. 195-01

3000. 4.533+00 8.322-03 3. 912+00 1 .731-02 5. 958-01

4000. 4.243+00 4-686-03 3. 262+00 1 .167-02 9. 648-01

5000. 4.128+00 3.001-03 2. 816+00 8 .760-03 1. 3C0+00

6000. 4.094+00 2.085-03 2. 489+00 6 .995-03 1. 596+CC

8000. 4.118+00 1.173-03 2. C36+0C 4 .974-03 2. 076+CC

10000. 4.177+00 7.512-04 1. 733+00 3 .654-03 2- 440+00

15000. 4-362+00 3.340-04 1. 282+00 2.462-03 3- C77+CC

20000. 4-618+00 1.879-04 1. 028+00 1 .ece-03 3. 588+CC

30000. 5.160+00 8.354-05 7. 477-01 1 .180-03 4. 411+00

40000. ** • 1 UU~U S

C

^ 936-01 6 .760-04 A • S4^3 + C C 50000. 5 .789 + 00 3.008-05 4. 951-01 6 .964-04 5. 294+00

60000. 5 .981+00 2.089-05 4. 263-01 c .779-04 5. 554+OC

80000. 6.315+00 1.17 5-0 5 3. 359-01 4 .312-04 5. 978+00 100000. 6.661 + 00 7.521-06 2. 787-01 3 .436-04 6- 382+OC

ENERGY TCTAL COHER . INCOH. PHOTO PAI R (KEV) SCATT. SCATT. EFFECT PRCC.

50. 5 .640+02 2.489+01 1. 635+01 c .226+02

60. 3.424+02 1 .810 + 01 1. 645+01 3 .076+02

80. 1-593+02 1-078+01 1. 626^01 1 .323+02

100. 9-113+01 7-135+00 1. 595+01 6 .6C5+C1

150. 3.827+01 3.316+00 1. 487+01 2 .009+01

200. 2.421+01 1.907+00 1. 383 + 0 1 6 .465+00

300. 1.561+01 8.663-01 1. 219+01 2 .557+00

400. 1 .261+01 4.926-01 1. C98+01 1 .136+00

500. 1.100+01 3.174-01 1. 005+01 6 .3 10-01 600. 9.940+00 2.214-01 9. 316+CC 4 .023-01

800. 8.529+00 1.252-01 8. 197+00 2 .071-01

1000. 7.585+00 8.038-02 7. 375+00 1 .266-01

1500. 6.155+00 3-588-02 999+CC .932-02 6. 120-02

2000. 5.425+00 2.023-02 5. 120+00 3 .643-02 2.486-01

3000. 4.668+00 9.009-03 4. C27+0C 1 .971-02 6. 321-01

4000. 4.370+00 5.073-03 3 , 358+00 1.329-02 9. 934-01

5000. 4.238+00 3.249-03 2. 699+OC 9 .967-03 1. 326+CC

6000. 4. 202+00 2.257-03 2. 562+00 7 .956-03 1. 630+00

8000. 4.261+00 1.270-03 2 . C96+CC .655-03 2. 158+CC

10000. 4.384+00 8.133-04 1. 784+00 4 .361-03 2. 595+00

15000. 4. 706+00 3.616-04 1. 320+00 2 .796-03 3. 383+00

20000. 4.966+00 2.035-04 1. C58+0C 2 .055-03 3. 905+00

30000. 5 .400 + 00 9.044-05 7. 697-01 1 .341-03 4. 629+OC

40000. 5.765+00 5.088-05 6. 111-01 9 .952-04 5. 153+00

50000. 6.066+00 3.257-05 097-01 7 .911-04 5. 555+OC

60000. 6.313+00 2.262-05 4. 389-01 6 .565-04 5- 874+0 C 80000. 6.697+00 1.272-05 3. 4 5 6-01 4 .898-04 6- 350+CC

100000. 6 .985+00 8.142-06 2. 669-01 3 .906-04 6- 698+00

2= 36 KRYPTON

ENERGY TOTAL GOFER. I NCCH- PHCTO

(KEV) SCATT. SCATT- EFFECT

.010 .613+06 8.621+02 1. 089-04 3 .613+08

.015 4 .782+07 8.621+02 2. 448-04 4 .782+07

,020 1 -026+07 8-621+02 4. 345-04 1 .028+07

.030 1 .678+06 8.621+02 9. 746-04 1 .677+06

.040 I .096+06 8.620+02 1. 727-03 1 .095+06

.050 9 .656+05 8.620+02 2. 691-03 9 .648+05

.060 8 -562+05 6.619+02 3. 863-03 8 .553+05

.080 6 .571+05 6.618+02 6. 825-03 6 .563+05

.100 9 .776+05 8.616+02 1. 060-02 9.768+05

. 150 4 .300+06 8.610+02 2. 346-02 4 .299+06

.200 4 .437+06 8.602+02 4. 108-02 4 .437+06

.300 3 .091+06 8.580+02 8. 946-02 3 .091+06

.400 2 .072+06 8.549+02 1. 538-01 2 .071+06

,500 1 .444+06 6.509+02 2. 321-01 1 .443+06

.600 1 .048+06 8.463+02 3. 224-01 1 .047+06

.800 6 -066+05 6.348+02 5. 313-01 6 .057+05

1.000 3 -862+05 8.208+02 7. 647-01 3 .854+05

1.500 1 -564+05 7.768+02 1. 390+00 1 .556+05

2.000 4 -998+05 7.252+02 2. 048+00 4 .991+05

3.000 1.828+05 6.239+02 3. 365+00 1 .822+05

4 .000 8 -556+04 5-406+02 4. 563+00 8 .501 + 04 5.000 4 .688+04 4-723+02 5. 624+00 4 .640+04

6.000 2 .856+04 4-151+02 6. 567+00 2 .814+04

8,000 1 .305+04 3.264+02 8. 167+CO 1 .272+04

10.000 7 . 134+03 2.614+02 9. 486+00 6 .863+03 15,000 1.644+04 1.602+02 1- 191+01 1 .627+04

20.000 7 .762+03 1.090+02 1- 356+01 7 .640+03 30.000 2 -576+03 6.113+01 1. 543+01 2 .500+03 40,000 1 .161+03 3.856+01 1. 636+01 1 .106+03

ENERGY TOTAL COHER. INCCH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT PROD.

50. 6.255+02 2.640+01 1. 676+01 5 .823+02

60. 3 .792 + 02 1 .917+01 1. 687+01 3 .431+02

80. 1 .757 + 02 1 .139+01 1.668+01 1 .477+02

100. 1 .000 + 02 7 .532+00 1.637+01 7 -614+01

150. 4 .139+01 3 .495+00 1. 529+01 2 -261+01

200. 2 .580+01 2 .008+00 1. 423+01 9 -558+00

300. 1.635+01 9 .116-01 1. 254+01 2 .9CC+0C

400. 1.311+01 5 .182-01 1. 130+01 1 .292+00

500. 1 .140+01 3 .338-01 1. 034+01 7 .192-01 600. 1.028+01 2 .328-01 9. 584+OC 4 .591-01 800. 8-800+00 1 .316-01 8. 432+00 2 .365-01

1000. 7.818+00 8 .450-02 7. 567+00 1 .470-01

1500. 6.341+00 3 .771-02 6. 171+00 6 .755-02 6. 539-02

2000. 5.585+00 2 .126-02 c 266+00 4 .142-02 2. 558-01

3000. 4.844+00 9 .468-03 4. 142+00 2 .237-02 6. 700-01 4000. 4.541+00 5 .331-03 454+00 1 .506-02 1. 067+00

5000- 4.425+00 3 .414-03 2 . 982+OC 1 .129-02 1. 428+00

6000. 4.397+00 2 .372-03 2 . 636+00 9 .012-03 1. 750+00

8000. 4.454+00 1 .335-03 2. 156+CC 6 .403-03 2-290+00

10000. 4.556+00 8 .546-04 1. 835+00 4 .959-03 2. 715+CC

15000. 4.834+00 3 .800-04 1. 357+00 3.167-03 3- 473+00

20000. 5 .122 + 00 2 .138-04 1. C89+0C 2 .325-03 4. 031+00

30000. 5.668+00 9 .503-05 7. 9 17-01 1 .517-03 4. 875+00

40000. 6 .077 + 00 c .346-05 6 . 285-01 1 .126-03 5. 447+0 0 50000. 6. 376 + 00 3 .422-05 C 243-01 8 .951-04 5. 851+CC

60000. 6 .614 + 00 2 .376-05 4. 514-01 7 .427-04 6. 162+00

80000. 7.007+00 1 .337-05 556-01 5 .541-04 6. 651+00

100000. 7 .364+00 8 .555-06 2. 951-01 4.419-04 7. 069+00
BIGGS AND LIGhTHILL IN BARNS/ATOH

1= 37 RUBIOIUH

ENERGY TOTAL COHER. INC OH. PHOTC

(KEV) SCATT, SCATT. EFFECT

.010 7 .812+03 9.1C7+C2 1. 404-04 6.901+03

.015 1 .447+04 9.106+02 3.,153-04 1.356+04

.020 1.430+C4 9.106+02 5. 595-04 1-339+04

.030 1 .071+04 9.106+02 1.255-03 9-801+03

.040 2 .138+06 9.105+02 2. 223-03 2-138+06

,050 q .584+05 9-105+02 3. 4tl-C3 9-575+05

.060 5. 734+05 9.104+02 4.967-03 5-725+05

.080 3 -327+CE 9.101+C2 8. 770-03 3-318+05

.100 2. 514+05 9.098+02 1. 361-02 2,505+05

.150 2 .355+06 9.088+02 3,,008-02 2,354+06

.200 3 .650+06 9.075+02 5. 253-C2 3,649+06

.300 3 .125+C6 9.C37+02 1. 139-01 3,124+06

.400 2 .240+06 8.987+02 1.949-01 2,239+06

.500 1 -611+06 8.926+02 2.927-01 1.610+06

.600 11 • 1 85 + 0 6 8.855+02 4. 044-01 1.188+06

.800 6 ,994+05 8.692+02 6. 583-01 6.985+05

l.COO 4 ,446+C5 8.508+02 9. 341-Cl 4.437+05

1.500 1 ,756+05 8.012+02 1, 629+00 1.748+05

2.00C 4 .795+05 7.495+02 2, 311+00 4.788+05

3.000 2 .023+05 6.511+C2 3, 611+00 2.017+05

4.000 9 .530+04 5.667+C2 4. 788+00 9.473+04

5 .000 5 .234+04 4.954+02 5, 842+00 5.183+04

6.000 3 . 191 + C4 4.357+02 6. 78e+CC 3.146+04

8.000 1 .458+04 3.438+02 8, 405+00 1-422+04

10.000 7 .960+03 2.769+C2 9. 735+00 7-674+03

2 .703+03 1. 217+01 2-5 19+03

20. COO 8 ,524+03 1 .161 + 02 1. 382+01 8.394+03

3C.0OO 2 .854+03 6,575+01 1. 576+01 2.772+03

40 .000 1 .269+03 4. 176 + 01 1. 672+01 1.230+03

z 26 STRONTIUM

ENERGY TOTAL COI-ER. INCOH. PHCTC

(KEVI SCATT. SCATT. EFFECT

.010 1 .979+03 9.605 + 02 1. 737-04 1,018+03

.015 2 ,860+04 9.605+02 3. 901-04 2.784+04

.020 ; ,569+01 9.605+02 6. 922-01 5.473+04

.030 8 .342+06 9.605+02 1. 552-03 8.341+06

.040 2 .626+06 9.601+02 2. 749-03 2.625+06

.050 1 .200+06 9.603+02 4. 279-03 1.199+06

.060 7 ,534+05 9.602+02 6. 139-03 7.524+05

.080 C ,234+05 9. 599+02 1. 063-02 5.224+05

.100 4 ,713+C5 9. 595+02 1. 680-02 4.703+05

.150 2 .297+06 9.583+02 3. 710-02 2.296+06

.200 4 .566+C6 9,566+02 6. 469-C2 4.565+06

.300 4 .1C6+C6 ?,519+C2 1. 399-01 4.107+06

.400 2 .945+06 9,457+02 2. 387-01 2.944+06

.500 2 .098+06 9,383+02 3, 573-Cl 2.097+06

.600 1 .527+06 9,297+02 4, 919-01 1 ,526+06

• eoc 8 .663+05 9.1C1+C2 7,943-01 8,653+05

1 .000 5 .223+05 8,887+02 1. 116+00 5.214+05

1 .500 1 ,939+05 8.337+02 1. 889+00 1.930+05

2.000 3.762+05 7,790+02 2. 605+00 3.775+05

3.000 2 ,228+05 6,777+C2 3. 900+00 2.222+05

4.000 1 ,053+05 5.912+02 5. 059+00 1 .047+05

5. 000 .815+01 5 .181+02 6. 103+00 5.763+04

6. 000 3 .566+01 1.566+C2 7. 043+00 3.520+04

8.000 1 .614+01 3.611 + 02 8. 660+00 1.607+04

10.000 9 ,C10+03 2.921+C2 9. 996+00 8.708+03

1 5 .COC 3 .019+02 1.831+02 1. 245+01 2 . 823+03 20.000 9 ,353+03 1.237+C2 1. 413+01 9.215+03

30.000 3 ,149+03 7. 006+01 1. 609+01 3.063+03

40.000 1 .423+03 1.152+Cl 1. 709+01 1.361+03

I 29 YTTRIUM

ENERGY TOTAL COHER. INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 .077+06 1.012+03 1. 802-04 4.C76+06

.015 6 .206+06 1.012+03 4. 048-04 6-207+06

.020 6 ,386+06 1.012+03 7, 184-04 6.387+06

.030 4 ,769+06 1.012+03 1. 610-03 4.768+06

.040 2 .265+06 1.012+03 2, 853-03 2,264+06

.050 1 .625+06 1.C12+C3 4. 441-03 1,624+06

.060 1 .310+06 l.Cll+03 6. 371-03 1,309+06

.080 9 ,310+05 1.011+03 1. 124-02 9,300+05

.100 6 ,960+05 1.011+03 1. 744-02 6.950+05

.150 3 ,860+05 1,009+03 3. 650-C2 3.850+05

.200 3 •139+06 1,008+03 6. 713-02 3,138+06

.300 3 .327+06 1,003+03 1. 152-01 3.326+06

.400 2 .614+06 9,967+C2 2. 176-01 2.613+06

.500 I .969+06 9,890+02 3. 707-01 1.968+06

.600 1 ,193+06 9.802+02 5. 103-01 1.492+06

.800 9 .029+05 9,600+02 8. 240-01 9.019+05

1.000 C .693+05 9,376+02 1. 158+00 5,683+05

1.500 2 ,191+05 8,791+02 1. 958+00 2,182+05

2.000 1 .069+05 8,201 + 02 2. 698+00 1,081+05

3.000 2 .116+05 7.108+02 4. 033+00 2.438+05

4. ceo 1 .171+05 6.192+02 5. 222+00 1.165+05

5.000 6.486+04 5 .429+02 6.288+00 6.433+04

6.000 3 .975+01 1.789+02 7. 245+00 3.926+04

8.000 1 .821+01 3.801+C2 8. 885+00 1.785+04

10.000 9 .955+03 3.082+02 1. 024+01 9,637+03

15.000 3 .311+03 1.957+02 1. 273+01 3.132 + 03 20.000 1 ,019+01 1.315+02 1. 144+01 1-004+04

30,000 3 .461+C3 7 .443+01 1. 644+01 3.370+03

4C .COO 1 ,568+03 4.726+Cl 1. 747+Cl 1.504+03

ENERGY TOTAL COHER. INCOH. PHOTO PAIR

(KEVI SCATT. SCATT. EFFECT PRCC,

50. 6.946+02 2.873+01 1. 715+01 6-467+02

60. 4.207+02 2.092+01 1. 727+01 3-825+02

80. 1.944+02 1.248+01 1, 710+01 1.648+02

100. 1.102*02 8,275+00 1, 679+01 8.511+01

150- 4.492+01 3,852+00 1. 568+01 2.539+01

200- 2-759+01 2.217+00 1. 460+01 1.076+01

300- 1.717+01 1.008+00 1. 288+01 3.266+00

400- 1 .365+01 5.735-01 1. 160+01 1.469+00

500. 1.181+01 3.695-01 1. 063+01 8-182-01

600. 1 .063+01 2.578-01 9. e46+CC 5.221-01

800. 9.079+00 1.458-01 8. 664+OC 2.69C-01

1000- 8.C57+0C 9,365-02 7. 796+CC 1.672-01

1500. 6.530+00 4.181-02 6. 311+OC 7.666-02 6. 974-02

2000. 5. 750+00 2.357-02 5. 112+00 4.712-02 2.666-01

3000. 4.999+00 1,050-02 1. 257+OC 2.512-C2 7., C66-C1

4000- 4.706+00 5,913-03 3. 550+CC 1.710-02 1, 133+00

5000- 4.6C3+00 3.787-03 3. C65+00 1.261-02 1. 521+00

6000- 4.588+00 2.631-03 2. 7C9+0C 1.021-02 1. 866+CC

8000- 4.660+00 1.481-03 2. 215+OC 7.25C-03 2. 436+CC

10000. 4.766+00 9,479-04 1. 686+00 5.611-03 2. 874+OC

15000. 5-031+OC 4,215-04 1. 395+CC 3.56C-C3 3. 632+CC

20000. 5.321+00 2,371-04 1. 119+OC 2-627-03 4. 199+CC

30000. 5.916+00 1,054-04 6. 137-01 1.713-03 5. 1 CO+CC 40000. 6.365+00 5,930-05 6. 160-01 1-271-03 5. 717+CC

50000. 6.685+00 3.796-05 c 388-01 l.CK-03 6. 145+CC 60000

.

6.9 32+00 2,636-0 5 1. 639-01 8 ,3 61-04 6.467+CC

80000. 7.336+00 1.483-05 3- 655-01 6,251-01 6. 970+OC 100000. 7. 707+00 9.49 1-06 3. 033-01 4,965-04 7- 4C4+CC

ENERGY TOTAL COHER. INCCH. FHCTO PAIR

IKEV) SCATT. SCATT. EFFECT PRCC.

50- 7.661 + 02 3,064+01 1. 751+01 7,16C+02

60- 4.633+02 2,232+01 1. 769+01 1,233+02

80- 2.133+02 1,332+01 1. 752+Cl 1,821+02

100- 1 .205 + 02 8.834+00 1. 721+01 9.413+01

150- 4.649+01 4. 113+00 1. 6C9+01 2,826+01

200. 2.938+01 2.368+00 1. 199+01 1,2C2+01

300, 1.798+01 1.077+00 1. 322+01 3,677+00

400. 1.418+01 6.126-01 1. 192+01 1,619+00

500. 1.223+01 3.948-01 1. C91+C1 9,226-01

600. 1,098+01 2,754-01 1

.

011+01 5,91C-01

800, 9,360+00 1 - 558-01 6. 899+OC 3. 054-01

1000. 8,297+00 1.000-01 6. CC7+0C 1.9CC-01

1500. 6,719+00 4.467-02 6. E13+CC 8,715-02 7. 406-02

2000. 5,923+00 2,518-02 5. E59+CC E.22C-02 2. 862-Cl

3000. 5,160+00 1.122-02 1, 372+00 2.86 8-02 7, 482-01

4000. 4.862+00 6.317-03 ^ ^ 646+CC 1,927-02 1. 191+CC

5000. 4.761+00 4.046-03 3, 148+00 1,412-02 1, 595+CC

6000. 4.751+CC 2.811-03 2 , 782+CC 1,119-02 1, 955+CC

8000. 4.812+CC 1,582-03 2 , 275+OC 6,153-03 2. 557+CC

10000, 4. 971 + 00 1.013-03 1, 937+OC 6,3C9-C3 3. C29+0C

15000. 5.3C0+00 4,503-04 1. 433+00 1. 023-03 3. e63+CC

20000. 5. 629 + 00 2.534-01 1. 149+OC 2.952-03 4.476+CC

30000. 6.257+00 1 .126-04 8. 357-01 1.925-03 5.419+OC

40000. 6.731+00 6.336-05 6. 625-01 1.126-03 6- C66+CC

50000. 7.075+00 4.056-05 5. 534-01 1.135-03 6. 520+CC

60000

.

7 ,312 + OC 2,81 7—05 1, 765-01 9,4 17—04 6. 865+CC

80000. 7, 770 + 00 1.584-05 3, 754-01 7.C21-04 7. 3S4+CC

100000. 8,143+00 1.011-05 3 ^ 115-01 5.6C1-04 7. 831+CC

ENERGY TOTAL COHER. INCOH. PHOTO PAIR

<KEVI SCATT. SCATT. EFFECT PRCC,

50. 8.450+02 3.251+01 1, 794+01 7.945+02

60, 5.108+02 2.367+01 1, 810+01 4.691+02

80, 2.347+02 1.412+01 1. 794+01 2-C26+C2

100, 1,321+02 9.360+00 1, 763+01 1.051+02

150. 5,251+01 4.356+00 1. 651+01 3.165+01

200. 3,110+01 2,507+00 1. 538+01 1,351+01

300. 1 ,886 + 01 1.140+00 1. 357+01 4.153+00

400. 1 .174 + 01 6.485-01 1. 223+01 1,865+00

500. 1,266+01 4.179-01 1. 120+01 1,012+00

600. 1,131+01 2.915-01 1. C38+0

1

6.662-01

800. 9,612+00 1.649-01 9. 133+00 3,44C-01

1000. 8,538+00 1.059-01 6. 218+00 2,140-01

1500. 6.908+00 4.727-02 6. 684+00 9,825-02 7. 841-02

2000. 6,lC7+00 2.665-02 5. 705+00 6,011-02 3. 152-01

3000, 5, 326+00 1,187-02 4. 187+00 3,221-02 7. 947-Cl 4000. 5,013+00 6.685-03 3. 742+00 2.171-02 1. 243+CC

5000. 4,9C4+C0 4,281-03 ^

^ 231+CC 1.624-02 1.653+OC

6000. 4,898+00 2.974-03 2, 855+OC 1.294-02 2. 026+00

8000. 5.C2C+00 1.674-03 2, 335+CC 9.168-03 2. 674+CC

10000. 5,203+00 1.072-03 1, 988+OC 7.C9C-03 3, 2C7+0C

15000. 5,641+00 1.765-04 1, 47C+CC 1.517-03 4. 166+CC

20000. 5.981+00 2.681-04 1, 179+OC 3.312-03 4, 8C1+CC

30000. 6.544+00 1.192-04 6. 577-01 2.159-03 5. 684+OC

40000. 7.0C6+00 6.705-05 6, 609-01 1.6C1-C3 6. 324+00

50000, 7.382+OC 4.292-05 5. 679-01 1.272-03 6. 814+CC

60000, 7.690+00 2.980-05 4, 690-Cl 1 .055-03 7, 200+OC

80000, 8.161+00 1.677-05 653-01 7.870-04 7. 775+CC

100000, 8.510+00 1.073-05 3. 197-01 6.275-04 8, 190+OC
T*ELE 11, CONT. PHOTCN CBCSS SECTICN COMPARISON

BIGGS AND LIGHTHILL IN BABKS/ATCM

Z= AC ZIRCON ItM ENERGY TOTAL COHER. I NCOH. PHCTC ENERGY TOTAL COHER. INCOH. PHOTO PAI P

( K EV ) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC .

• 010 7. 105*04 1.C64+C3 1. 865-C4 7.104+06 50. 9 .249*02 3.443+01 1.822*01 £.722+02

• 015 8.950*06 1 .064*03 4. 169-C4 8.949*06 60. 5 .599+02 2. 506+01 1.849*01 5.163+02

• C20 7. 349*06 1. 064*03 7. 433-04 7.348*06 80. 2.574+02 1.494+01 1.834*01 2. 241+02

.030 4. 605*06 I .064*03 1. 666-03 4.604+06 100. 1 .447+02 9.896+00 1.805*01 1.168+02

.040 3. 089*06 1.064*03 2. 951-03 3.088*06 150. 5.687+01 4.603+00 1.69C+01 3.527+01

.C50 2. 222*06 1.C64+C3 4. 594-C3 2.221*06 200- 3. 353+01 2.648*00 1.575*01 1.514+01

.060 1. 685*06 1 .064*03 6. 591-03 1.684+06 300. 1 .977+01 1.204*00 1. 390+01 4-662+00

-CSC 1. 083*C6 1 .064*03 1. 163-02 1.082*06 400- 1 .531*01 6.846-01 1-253+01 2. 096+00

. 100 7. 687+05 1 ^063*03 1. 804-C2 7.677*05 500. 1 .309*01 4.411-01 1.148+01 1.172+00

.150 4. 171*05 1 .062*03 3. 982-02 4.160*05 600. 1 .170*01 3.077-01 1.C64+C1 7-494-01

.200 8. 705+05 1 .060+03 6. 942-02 8.694*05 800. 9 .925*00 1 .740-01 9-364+OC 3.869-01

.300 2. 524*06 1.056+03 1. 5C1-C1 2.523*06 1000. 8.779*00 1.117-01 8 . 427+CC 2 .4C7-01

.400 2. 610+06 1 cC49+03 2. 559- CI 2.608+06 1500. 7 .099*00 4.989-02 6.855+00 1 .1C5-01 8. 4C2-C2

.500 2 • 175+06 1.C42+C3 3. 829-01 2.174+06 2000 . 6.263+00 2.812-02 5 . £ 51 + CC 6 .752-02 164-Cl

.600 1. 724+06 1 .033+03 5.269-01 1 .723*06 3000. 5.484+00 1.253-02 4.6C2+0C 3 ^628-02 8. 335-Cl

.ecc 1. C62+C6 1.C12+03 8^ 498-01 1.061+06 4000. 5 .2C2+00 7.054-03 3 . £36+00 2 ^423-02 1 . 333+CC

1.000 6. 637+05 9.895*02 1. 192+00 6.627*05 5000. 5 .123+00 4. 518-03 3-313+00 1 ^819-02 1 . 787+CC

1.500 2. 504+05 9 .284+02 2. ocg+cc 2.495+05 6000 . 5 .135+00 3.139-03 2 - 52e+0C 1.448-02 2. 189+CC

2 .COO 1

2 24+0 5 8.654+02 2. 758*00 1^215+05 8000. 5. 259+00 1 •766-03 2.395+OC 1 •026-02 2. 852+CC

3 .000 2. 680*05 7.479+02 4. 103*0C 2^673+05 10000. 5 .408+00 1^131-03 2. C39+0C 7.9 29-03 3. 360*CC

4. COO 1. 284*05 6.503+02 5. 310*00 1 •277+05 15000. 5.752+00 5 ^028-04 1. 5C8+CC 5. 049-03 4. 239*CC

5 .OOC 7- 128*04 5 .696+02 6. 4C2*CC 7.070*04 20000

6.117+00 2^829-04 1 . 210+OC 3.7C1-03 4. 9C3+CC

6 . COO 4. 378*04 5 .024+02 7. 389*00 4.327*04 30000

6 .ot2 + LC 1 • 2 5 8— 04 8.79 7— 02.41 1-03 5. 970*CC 8.000 2. 018*04 3.994+C2 9. 087*CO 1.977*04 40000. 7.401+00 7^075-05 6.984-01 1. 788-03 6. 7C1+CC 10.000 1. 1C5*04 3.24e*C2 1. 047*01 1.072+04 50000. 7.789+00 4^528-05 5.825-01 1 ^420-03 7. 2C5+CC

15.000 3. 715*03 2.C76*C2 1. 298*01 3.495*03 60000. 8 .C85+OC 3.145-05 5.C16-C1 1. 178-03 7. 582+CC

20. COO 1. 1C9+04 1 .397*02 1. 470+01 1.094+04 80000. 8.560+00 1.769-05 3.952-01 8.787-04 8. 164+CC 30.000 2 775*03 7.9CC+01 1. 676+Cl 3.679*03 100000. 8 .989+00 1.132-05 3.279-01 7.CC5-04 8. 66C+CC

40. OOC 1.714*C3 5.011*01 1-783*01 1-646*03

Z= 41 NIOBIUM

ENERGY TOTAL COHER. INCOH. PHOTC ENERGY TOTAL COHER. INCOH. FHOTO PAI P (KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 8.C66+C6 1.118*03 1 .626-04 8.065+06 50. 1. 014+03 3.649+01 1.872+01 9. 569+02

.015 1.662*07 1.118*02 3 .651-04 1.662+07 60. 6 .145+02 2.655+01 1..891 + 01 5.69C+02

.C2C 1.031+07 1.118*03 6 .480-04 1.031+07 80. 2 .823*02 1.581+01 1..875+01 2.477+02

.030 4-520+C6 1.118+03 1 .453-C3 4.519+06 100. 1.581*02 1.047+01 1.646+Cl 1. 292+02

.040 2.587+06 1.118*03 2 .574-03 2-586+06 150. 6.134*01 4.867+00 1..730+01 3.917+01

.050 1.767+06 1-118*03 4 .007-03 1-766*06 200. 3.571*01 2.799+00 1.613+01 1.676+01

.060 1.345*06 1.1 18*03 5 .750-03 1-344+06 300. 2.070*01 1. 272+00 1. 424+01 5.182*00

.080 9.309*05 1.118*03 1 .015-02 9-298+05 400. 1 .59C*01 7.234-01 1.,264 + 01 2 .334+00

.100 7.281*05 1.117*03 1 .574-C2 7^270+05 500. 1.354*01 4.660-01 1..177+01 1.3C7+0C

-15C 4.866*05 1.116*03 3 .478-02 4^875+05 600. 1.207*01 3.250-01 1.C90+C1 8-273-01

-200 3.741*C5 1.115*03 6 • 070-02 3^730+05 800. 1 .022*01 1.838-01 9..598+00 4.337-01

-300 3.271*06 1.110*03 1 .315-01 3-270+06 1000. 9.C26+C0 1.180-01 8..627 + OC 2.7C4-01

-400 3.244*06 1 .105+03 2 .246-01 3.243+06 1500. 7-294*00 5.269-02 7. C26+0C 1 .245-01 c.,019-C2

.500 2.649*06 1-098+03 3 .368-01 2.648*06 2000. 6.433+00 2.970-02 5..997+00 7.618-02 3.298-01

.600 2.065+06 1-090+03 4 .646-01 2.064*06 3000- 5.647+00 1.323-02 4..717+00 4.C91-C2 8.763-Cl

.800 1.229+06 1-071+03 7 .535-01 1.228*06 4000- 5.378+00 7.450-03 a ^ 933+OC 2. 740-02 1..4C9+CC l.COC 7.467+05 1.C49+03 1 .C64+CC 7.476*05 5000- 5.315+OC 4.771-C3 3-396+OC Z.C46-C2 1.,894+CC 1-500 2.751+C5 9.881+02 1 -831+00 2.741*05 6000- 5.343+00 3.315-0 3 3. CC2+0C 1 .627-02 2.,321 + OC 2-CCO 1.344+05 9.216+02 2 -566*C0 1-335*05 8000- 5.485+OC 1.866-03 2 •.455 + CC 1.151-C2 3.016+CC

3-000 2-923+05 7.949+02 3 .945*00 2-925*05 10000. 5.637+00 1.194-03 2..C90 + CC 8.883-03 3,.536+CC

4. COO 1-414+05 6.887+02 5 .2C5+00 1-407*05 15000. 5.964+00 5.311-04 1. 546+CC 5.646-03 4..412 + CC

5. COO 7. 859+04 6.010 + 02 6 .352*00 7-798+04 20000. 6.332+OC 2-988-04 1. 240+OC 4.124-03 .C88+CC 6.CC0 4.823+04 5.266 + 02 7 .394+00 4.770+04 30000. 7.128+00 1.328-04 9. C17-01 2 .691-03 6..223+CC 8.000 2.216 + 04 4.202*02 9 .187+CO 2.173+04 40000. 7.724+00 7.472-05 7. 158-01 1.994-03 7, CC6+CC

IC-COO 1.2 10+04 3.428*02 1 .064+01 1.175+04 50000. 8.132+CO 4-783-05 5. 971-01 1.564-03 7. 533+CC

15.000 4.055+03 2.207*02 1 .322+01 3.821+03 60000. 8.434+OC 3.321-05 5. 141-01 1.313-03 7. 918+CC 2C-C0O 1.202+04 1 .484*02 1 .497+Cl 1.185+04 80000. 8.9C8+00 1.868-05 4. C5C-C1 9. 790-04 6. 5C2+CC

30-000 4.116+C3 6.388*01 1 .709+01 4.015+03 100000^ 9-340+00 1.196-05 3 _ 260-01 7. 804-04 9. 0C3+CC 40.000 1.875+03 5.314*C1 1 .819+01 1.804+03

z = 42 MOLYBDEMJH

ENERGY TOTAL COI-ER. I NCOH. PHOTO ENERGY TCTAL COFER . INCOH. PHCTC PAIR

<KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1.232+C7 1.173+03 1 .599-C4 1.232+07 50. 1.107+03 3.863+01 1- 911*01 l.CEC+03

.015 1.605+07 1.173+03 3 .592-C4 1.604+07 60. 6.713+02 2.808+01 1. 921*01 6.239+02

.020 1.C73+07 1.173+C3 6 .375-04 1.072+07 80. 3.C84+02 1.671+01 1. 917+01 2.725+02

.030 5.465+06 1.173+03 1 .429-03 5.464+06 100. 1.724+02 1.106+01 1. £87+01 1.425+02

.040 3.42e+C6 1 .173+03 2 .532-03 3.427+06 150. 6.632+01 5.137+00 1. 77C + C 1 4.346+Cl

-050 2.445+06 1.173+03 3 .942-03 2.444+06 200. 3.817+01 2.953+00 1. 651+01 1-871*01

.C60 1.866+C6 1.173+03 5 .657-03 1.887+06 300. 2.173+01 1.341+OC 1. 459+01 5.£C2*00

.080 1.293+06 1.173+C3 9 .986-03 1.292+06 400. 1.653+01 7-627-01 1. 316+01 2-615+OC

.100 9.839+05 1.173+03 1 .549-02 9.828+05 500. 1 .400 + 01 4.913-01 1. 2C5+01 1.46C+00

.150 6.194+05 1^171+03 3 -423-02 6.183+05 600. 1.245+01 3.426-01 1. 117*01 9.4C7-01

-2C0 4-538+C5 1.170+03 5 -975-02 4-527+05 800. 1.051+01 1.938-01 9. 821*CC 4.857-01

.300 2-910+C6 1 .166+03 1 .294-01 2-909+06 1000^ 9 .274+00 1.244-01 8. 848*CC 2.024-01

.400 3.081+06 1 .16C+C3 2 .212-01 3-079+06 1500^ 7.487+OC 5.553-02 7. 198*CC 1.29C-01 9. 441-02

-500 2.584+06 1.154*03 3 .318-01 2.583+06 2000. 6.624+00 3.130-02 6. 143+CC £.495-02 3. 648-01

.600 2.C48+06 1 .146*03 4 .579-01 2.047+06 3000. 5 .815 + 00 1.394-02 4. 832*00 4.557-02 9. 237-Cl

.80C 1.253*06 1.127+C3 7 .422-01 1.252+06 4000. 5.516+00 7.851-03 4. C29+0C 3. 051-02 1. 448+OC

1-000 7.860*05 1.105*03 1 .051+00 7.849+05 5000. 5.432+00 5.028-03 3. 479+OC 2.276-02 1. 925+00

1 .500 3.073+05 1.C42+C3 1 .813+OC 3.063+05 6000. 5.452+00 3.493-03 3 ^ C75+CC 1.81C-02 2. 355+CC

2.000 1.527+05 9.729+02 2 .549*00 1.517+05 8000. 5.618*00 1.966-03 2 • 515+00 1.279-02 3. C89*0C

3.000 3. 169+05 8.390+02 3 .941*00 3.161+05 10000. 5.834*00 1.259-03 2. 141+00 9.8 7 3-03 3. 682+CC

4.000 1.546+C5 7.260+02 5 .222*CC 1.538+05 15000. 6 .342+00 5.596-04 1^ 583+00 6.273-03 4. 752+CC

5.000 8.639+04 6.324+02 6 .394*00 8.575+04 20000. 6. 776 + 00 3.149-04 1^ 270+CC 4.592-03 5. 5C1 + CC 6.000 5.319+04 5.556+C2 7.464+00 5.263+04 30000. 7.5Ce+C0 1.400-04 9. 237-01 2.968-03 6. 581 + CC 8-000 2.452+C4 4.412 + C2 9 .313*00 2.407+04 40000. 8.C71+0C 7.874-05 7^ 223-Cl 2.214-03 7. 335+CC

10-000 1.341+04 3 .603+02 1 -081*01 1.304*04 50000. 8.5C3+00 5.040-05 6. 116-01 1-758-03 7. 890+CC

15-OOC 4.495+C3 2.320+02 1 .347*01 4.249*03 60000. 8 .850+00 3.500-05 5. 266-01 1 .458-03 8- 322+CC

20.000 1.305*04 1 ^575+02 1 . 527+Cl 1.288+04 80000. 9.394+00 1.969-05 4. 149-01 1.087-03 6. 978+OC

30. COO 4.483*03 £.898+01 1 .744+01 4.377+03 100000. 9.833+00 1.260-05 3 ^ 442-01 6.663-04 9. 488+CC

40.000 2.046*03 5.631+01 1 .657+01 1.971+03
TdELF II. CONT. PHCTCN CRCSS SECTICN COMPARISON

BIGGS AND LIGI-THILL IN BARNS/ATOM

Z= 43 TEChNETIUM

ENERGY TOTAL COt-ER. INCOH. PHOTO ENERGY TOTAL COHER - INCOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEVJ SCATT- SCATT. EFFEC T PRCC-

• CIO 1.435+07 1.230+03 1. 876-04 1.434*07 50- 1 .212*03 4-068+01 1. 949+01 1 .151+03

.015 1.185+07 1.230*03 4. 212-04 1.185+07 60. 7 .335+02 2.954+01 1- 971*01 6 . e43+C2

.C20 i.no+c7 1.230*03 7. 475-04 1.170+07 80. 3 .357+02 1-756+01 1. 958*01 2 .966+02

.030 8.556+06 i .230 + 03 1. 676-03 8.554+06 100. 1 .871+02 1-161+01 1. 930*01 1 .562+02

• 040 6.033+06 1.230*03 2. 968-03 6.032+06 150. 7 .125+01 5-390+00 1. 812*01 4 .775+01

.050 4. 408+06 1.230+03 4. 620-03 4.406+06 200. 4 .056+01 3-097*00 1. 69C*01 2 .C56+C1

.060 3.346+06 1 .230 + C3 6. 628-03 3.345+06 300. 2.273*01 1 .406*00 1. 493+01 6 .392+00

.C80 2.116+C6 1.229*03 1. 170-02 2.115*06 400. 1 .716+01 7.993-01 1. 347+01 2 .e92*CC

.100 1.464+06 1 .229*03 1. 814-02 1.463+06 500. 1 .448+01 5.148-01 1. 234+01 1 .622+00

.150 7.395+C5 1 .228 + 03 4. 003-02 7.382*05 600. 1 .283+01 3.590-01 1. 144+01 1 .039+00

.200 4.54S+C5 1.226+03 6. 980-02 4.537*05 800. 1 .081 + 01 2.030-01 1. CC7+01 5 .374-01

.300 3.581+C6 1.222*03 1. 5cg-ci 3.580*06 1000. 9 .523+00 1.303-01 9. C58+0C 3 .344-01

.400 3.548+06 1.216*03 2. 572-01 3.547*06 1500. 7 .681+00 5-817-02 7. 369*00 1 .533-01 1 . 006-C

1

.500 2.907+06 I .208*03 3. 847-01 2.905+06 2000. 6 .789*00 3.279-02 6. 290*0C 9 .3 55-02 3. 730-Cl

.600 2.275+06 1 .199+03 5. 293-01 2.274+06 3000. 5 .981+00 1.460-02 4. 947+00 5 .012-02 ^ . 69C-C 1 .800 1.371+06 1.179+03 8. 533-01 1.370*06 4000. 5 .7C7*00 8.222-03 4. 125*0C 3 .356-C2 1. 540+CC

l.CCO 8.583+05 1.155*03 1. 196+00 8.571*05 5000. 5 .649+00 5.266-03 3 562+CC 2 .5C5-C2 2. C57 + C C 1.500 3. 402+05 1 .089+03 2. 012+CO 3.391+05 6000. 5.688*00 3.658-03 3. 148+00 1 .993-02 2. 516+00

2.CCC 1 .710 + 05 1.C16+03 2. 760+00 1 .700+05 8000. 5 .864+00 2.059-03 2 . 575+CC 1 .4 10-02 3. 2 74+CC 3.000 3 .099+05 8.770+02 4. 115+00 3.090+05 10000. 6 .061+00 1.318-03 2. 192*00 1 .089-02 3. 857+CC

4. COO 1.680+05 7.594+C2 5 . 368+00 1.672+05 15000. 6 .500+00 5.860-04 1. 621+OC 6 .923-03 4. 872+CC

5. 000 9.418+C4 6.61.8 + C2 6. 536+CC 9.351+04 20000. 6 .939*00 3.297-04 1. 300+00 .C71-03 5. 633+OC

6 .000 5.812+C4 5.617*02 7 . 618+00 5.753+04 30000

.

7 .789*00 1 .466-04 9 . 457-01 3 .3C2-03 6. 840+CC

8. ceo 2.687+04 4.621*02 9. 510+CC 2.640+04 40000. 8 .422*00 8.246-05 7. 508-01 2 .447-03 7. 668+00

10.000 1. 472+04 3.777*02 1. 104+01 1.433*04 50000. 8 .870*00 5.277-05 6. 262-01 1 .944-03 8. 241+OC

15.000 4.936+03 2. 445+02 1. 373+01 4.677*03 60000. 9 .212*00 3.665-05 5 . 392-01 1 .612-03 8. 672+00

2C.G0O 2.277+03 1 .665*02 1. 555+01 2.095+03 80000. 9 .758*00 2.062-05 4. 248-01 1 .2C2-03 9. 332+OC

30.000 4.886+03 9.396*01 1. 775+01 4.774+03 100000. 1 .024+01 1.320-05 zt ^ 524-01 9 .584-04 9. 887+00

40.00C 2. 238+03 5.936+Cl 1. 892+01 2.160+03

z = 44 RUThENUM

ENERGY TOTAL COt-ER. INCOH. PHGTC ENERGY TCTAL COHER. INCOH . PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC-

.010 1.924+C7 1.288+03 1. 617-04 1 .924+07 50. 1 .321*03 4.284+01 1. 989+01 1 .259+03

.015 1.164+07 1. 288+03 3. 631-C4 1 .164+07 60. 8 .006+02 3.108+01 2. C12+01 7 .494+02

.C20 1.285+C7 1 .288 + 03 6. 444-04 1 .285 + 07 80. 3 .66C + 0 2 1.845+01 2. CCO + C 1 2 .276+02

.C30 1.034+07 1.288+03 1. 445-03 1.034+07 100. 2 .033+02 1.219+01 1. 971+01 1 .714+02

.040 7.616+06 1.288+03 2. 560-03 7.614+06 150. 7 -663+01 5.651+00 1. 852+01 5 •246+01

.050 5.723+C6 1 .288 + 03 3. 985-03 5.722+06 200. 4 .318+01 3.246+00 1. 729+01 2 .265+01

.€60 4. 441+06 1 .288+03 5. 719-03 4.439+06 300. 2 .362+01 1.473+00 1. 528 + 0 I 7 •C7C+0C

.080 2.906+06 1 .287 + 03 1. 009-02 2.905+06 400. 1 .782+01 8.369-01 1. 378+01 •198+00

.IOC 2.067+06 1 .287+03 1. 566-C2 2 .066+06 500. 1 .495+01 5.389-01 1. 263+Cl 1 .767+00

.150 1.105+06 1.286+C3 3. 460-02 1 .103+06 600. 1 .322+01 3.758-01 1. 170+01 1 .141+00

.200 7. 107 + 05 1.284+03 6. 039-02 7.094+05 800. 1 .1 10 + 01 2.125-01 1. C20+C1 .692-01

.300 2.284 + 06 1 .281+03 1. 308-01 2.283*06 1000. 9 .772+00 1.364-01 9. 269+00 .67C-01

.400 2.965+06 1 .275*03 2. 235-01 2.964*06 1500. 7 .877+CC 6.086-02 7. 540+CC I .69C-01 1. C69-C1

.500 2.768+06 1 .268 + 03 3. 352-01 2.786+06 2000. 6 .969+00 3.431-02 6. 436+00 1 .034-01 3. 957-01

.600 2.355+06 1. 261+03 4. 625-01 2.354 + 06 3000. 6 .151+00 1.528-02 5. C62+CC . 5 5 6-02 1. 018+00

.800 1. 544 + 06 1.242+03 7. 505-01 1 .543+06 4000. 5 .676*00 8.603-03 4. 221+00 .724-02 1. 611+CC

l.COO 9.912+05 1.220+03 1. 061+CO 9. 899+05 5000. 5 .827*00 5.509-03 3 ^ 645+00 2 .78C-02 2. 149+CC

1.500 3.842+05 1.154*03 1 . 828*00 3.831+05 6000. 5 .875+CO 3.827-03 3

.

221+OC 2 .211-02 2. 628+CC

2.000 1.883+05 1.081*03 2. 569*00 1.872+05 8000. 6 .074*00 2.154-03 2 . 635+00 1 .563-02 3. 422+00

3 .COO 3.251+05 9.344*C2 3. 976+CO 3.242+05 10000. 6 .291+00 1 .379-03 2 . 243+OC 1 .2C7-C2 4. 034+00

4.000 1.822+05 8 .C73+02 5. 291+00 1.814*05 15000. 6 .753*00 6.131-04 1. 659+00 7 .667-03 5. C86+C0

5 .COC 1.031+C5 7,007*02 6. 513*CC 1.023+05 20000. 7 .187*00 3.449-04 1. 331+OC .613-03 5. 85C+CC

6 . COO 6.382+04 6.136*02 7, 641*00 6.3 20 + 04 30000

.

8 -041+00 I .533-04 9 , 6 76-01 3 .652-03 7. C69 + C C

8 .000 2.954+04 4.858+02 9. 609+00 2.905+04 40000. 8 .7C540C 8.626-05 7. 682-01 2 .7C6-03 7. 934+CC

10.000 1.616+04 3 .970+02 1. 120+01 1.575+04 50000- 9 .187+00 5.521-05 6. 4C6-01 2 .149-03 8. 544+00

15.000 5.4C2+03 2.571+02 1. 397+01 5.131+03 60000. 9 .557+00 3.834-05 5. 517-01 1 .762-03 9. CC3+CC

20.000 2.499+03 1.764+02 1. 585*01 2.307+03 80000. 1 .012+01 2.157-05 4. 347-01 1 .329-03 9. 688+OC

3C.00C 5.285+03 9.93 2+01 1. 8 11 + Cl 5.168+03 100000. 1 .059+01 1.380-05 3. 6C6-C1 1 .059-03 1. 023+01 4C.0OO 2.435+03 6. 261 + 01 1. 931+01 2.353+03

2 = 45 RHCCIUM

ENERGY TOTAL COHER. INCOH. PHOTO ENERGY TOTAL COHER

.

INCOH. FHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1-936+C7 1 .347 + 03 1. 635-04 1 .936+07 50. 1 .435 + 03 4.527+01 2. C26+C

I

1 .37C+03

.015 1.350*07 1.347+03 3. 672-04 1.350+07 60. 8 .719+02 3.284*01 2. C50+C1 8 .185+02

.020 1.294+C7 1 .347 + 03 6. 517-04 1.293+07 80. 3 .997+02 1 .950+01 2. C39+01 3 .596+02

.030 9.559+06 1.347+03 1.461-03 9.558+06 100. 2.219+02 1.288+01 2 . 012*01 1 .869+02

.040 6.890+06 1.34 7+03 2. 588-03 6.889+06 150- 8 .258+01 5.971+00 1. 690+01 5 .771+01

.050 5. 149+06 1.347+03 4. 030-03 5.148+06 200. 4 .554+01 3.429+00 1. 765*01 2.446+01

.060 3.997+06 1 .347 + 03 5. 782-03 3.996+06 300. 2.491+01 1.556+00 1. 560+01 7 .752+00

.080 2 .636+06 1.346+C3 1. 021-02 2.634+06 400. 1 .852+0

1

8.841-01 1. 4Ce*Cl 3 .555+00

.100 1 .895+06 1.346+03 1 . 583-C2 1.894+06 500. 1 .548+01 5.693-01 1. 290*01 2 .0C5+O0

.150 1.041+C6 1 .345+03 3. 497-C2 1 .040+06 600. 1 .364+01 3.970-01 1. 196+01 1 .263+00

.200 6. 865+05 1.344+C3 6. 102-02 6.852+05 800. 1 .142+01 2.244-01 1. 053 + 0 1 6 .625-01

.300 3.898+05 1.340+03 1. 321-01 3.885+05 1000. 1 .003+01 1.441-01 9. 477+OC 4 .1 16-01

.400 3.261+06 1.335+03 2. 257-01 3.259+06 1500. 8 .075+00 6.430-02 7. 711+00 1 .882-01 1. 113-01

.500 3. 175+06 1.328+C3 3. 383-01 3.174+06 2000. 7 .161+00 3.624-02 6. 562+CC 1 .147-01 4. 280-Cl

.600 2.631+06 1.320+03 4.664-01 2.629+06 3000. 6 .318+00 1.614-02 5. 177+00 6 .132-02 1. 064+00

.800 1 .640+06 1 .302+03 7. 558-01 1 .639*06 4000. 6 .022+00 9.088-03 4. 317+00 4 .100-02 1. 655+OC

1 .000 1.C35+C6 1.279+03 1. 066+00 1 .034+06 5000. 5 .957+00 5.820-03 3. 728+CC 1 .056-02 2. 193+OC

1.500 4.147+05 1.213+03 1. 829+00 4.135+05 6000. 6 .004+00 4.043-03 3 ^ 294+00 2.431-02 2. 681+00

2. COC 2.079+05 1.138*03 2. 559+CC 2.068*05 8000. 6 .235+00 2.275-03 2

.

694+OC 1 .719-02 3. 521+CC

3.000 7.382+04 9.856+02 3. 945+00 7.283*04 10000- 6 .511+00 1.457-03 2. 294+OC 1 .327-02 4. 202+00

4.000 1.990+05 8.516+02 5. 259+00 1.982+05 15000. 7 .113+OC 6.477-04 1. 697+OC 8 .431-03 5. 4C7+CC

5.000 1.123+05 7.381+02 6. 501+00 1.115+05 20000. 7 .577+00 3.644-04 1. 361*00 6 .174-03 6. 210+00

6 .COO 6.950+04 6 .455+C2 7. 662+00 6.884+04 30000. 8 .378+00 1.620-04 9. e96-Cl 4 .019-03 7. 384+OC

8.000 3.222+04 5.100+02 9. 7C8+00 3.170+04 40000. 9 .054+00 9.113-05 7- 857-01 2 .978-03 8. 265+00

10.000 1 .766+04 4. 166+02 1. 135+01 1.724*04 50000. 9 .593+00 5.833-05 6. 553-01 2 .365-03 8. S35+CC

15.000 5.929+03 2 .710+02 1. 419+01 5 .644+03 60000. 1 -002+01 4.051-05 5-643-01 1 .962-03 9. 454+00

20.000 2.743+03 I.e65+C2 1 .610+01 2.540+03 80000. 1 -064+01 2.279-05 4. 446-01 1.463-03 1. C20+C1

30.000 5.698+03 1.050*02 1. 842+01 5.575+03 100000. 1 -107+01 1.458-05 3. 688-01 1 .166-03 1. 070+01 40.000 2.626+03 6 »617*C1 1. 965*01 2.550+03
TABLE II, CONT. PHCTCN CRCSS SECTION COMPARISON

BIGGS AND LIGhTHILL IN BARNS/ATOM

2= 46 PALLACRM

ENERGY TOTAL CO HER

I NCOH. PHOTO ENERGY TOTAL COHER . INCOH. FHOTC PAIR

( K EV 1 SCATT. SCATT. EFFECT (KEVl SCATTSCATT. EFFECT PRCC . .010 1 .914+07 1 .4C8 + C3 1 .470-04 1 .914 + 07 50. 1 .557 + 03 4.785+01 2. C63+0

1 . 4 89+03

.015 2 .2 15+07 1 .408+C3 3 .303-04 2 .215 + 07 60. 9 .470+02 3 .472 + 02C90+0

6 .9 14+02

.020 1 .799+07 1.40e+C3 5 .862-04 1 .799+07 80. 4.341+02 2.061+01 2

080+01 3 . 927+02

.030 1 .113+07 1 .4C8+C3 1 .314-C3 1.113+07 100 . 2.406*02 1.362+01 2 . C 53+0

2 .064+02

.040 7 .380+06 1 .407 + C3 2 .329-03 7.378+06 150. 8.916+01 6.314+00 1. 931+01 6 .353+01

• 050 5 .246+C6 1 .407 + 03 3 .626-03 5.244+06 200. 4.922+01 3.626+00 1. 803+01 2 -756+01

.060 3 .934+06 1 .407 + C3 5 - 2C3-C3 3.933+06 300. 2. 626 + 01 1 .645+00 1595+C

£ .668+00

.080 2.477>0t 1 .407i>03 9 . 1 86-03 2.475+06 400. 1 .927 + 01 9.351-01 1. 439+01 .943+00

. 100 1 . 725+06 1 .407-J-03 1 .425-C2 1.724+06 500 . 1 .6C0+0

6.022-01 1

3 19 + 01 2 .212+00

.150 9 .001+05 1 .4C6 + C3 3 . 150-02 8.987+05 600. 1 .406*01 4.199-01 1223+01 1.415+00

.200 5 . 739 + 0 5 1 .4C5 + C3 5 . 5C0-C2 5.725+05 800 . 1 .173+01 2 . 374- CI 1

C76+01 7 .3C9-01

.300 3 .118+05 1.4C2+C3 1 .192-01 3.104+05 1000. 1 .C30 + 01.524-01 9 . 688+CC 4 .547-Cl

.400 2 .333+06 1 .397+03 2 .C39-C1 2.332+06 1500. 8 .280 + 00 6.801-02 7 . 882+OC 2 .C64-C1 1. 212-01

.500 2 .709+06 1 .392+03 .cei-01 2 .707+06 2000 . 7 . 306+00 3.833-02 6 . 728+CC 1 .271-01 4. 130-Cl

.too 2 .513+06 1 .385+03 4 .228-Cl 2.512+06 3000 . 6.489+00 1 .707-02 ^* 292+OC 6 .796-02 1. 112+CC

.800 1 .717+C6 1 . 369+C3 6 .875-01 1.715+06 4000. 6 .268+00 9 .613-0 3 4 . 4 1 3+0 C 4 .542-02 1. 8C0+CC

1 .000 1 .113+C6 1 .349+03 9 .744- CI 1.111+06 5000. 6 .268 + 00 6.156-03 - • 810+OC 3 .385-02 2.418+OC

1.500 4 .618+C5 1 .285+C3 1 . 694+CC 4.605+05 6000 . 6 .251+00 4.277-03 - • 268+CC 2 .69C-C2 2. 952+CC

2.000 2 .350 + C5 1.208+03 2 .4C2+00 2.338+05 8000. 6 .562+00 2.407-03 2. 754+OC 1 .899-02 3. 786+CC

3 .COO 8 .321*04 1 .C49+03 3 . 784+CC 8.215+04 10000. 6.737+CO 1-541-03 2 . 345+CC 1 .465-02 4. 376+CC

4.000 2 .129+05 9.051+02 5 .119+00 2.120+05 15000

7 .096 + 00 6.851-04 1

734+OC 9 .299-03 5. 351+CC

5.000 1 .224+05 7.8 20-:-C2 6 .394+00 1 .217+05 20000. 7.6C2+00 3.8 5 5-04 1391+CC 6 .8C4-C3 6. 204+CC

6 .000 7 .635+04 6 . 8 2 8-i^02 7 .597+00 7.567+04 30000 « O T C O A ^ 1.71 3—04 1

C 1 2 + 0 C 4 .426-03 7. 743+CC

8. ceo 3 . 544+C4 5.369+02 9 . 729+CC 3.490+04 40000. 9.554+CC 9.639-05 i. C31-01 .278-03 8. 748+CC

10. COO 1 .935+04 4.383+02 1 .145+01 1.890+04 50000. 1 .CC5+01 6.170-05 6. 699-01 2 .6C3-03 9. 375+CC

15.000 6 .432+03 2.866+02 1 .439+01 6.131+03 60000. 1 .C4C+01 4.285-05 c 768-01 2 .159-03 c ^ 819+CC 20.000 2 .979+03 1.974+02 1 .636+01 2.765+03 80000. 1.099+01 2.410-05 4. 544-01 1 .6C9-03 1. C53+C1 3C.C0O .126+C3 1.110+02 1 .873+Cl 5.996+03 100000. 1.162+01 1.543-05 77C-01 1 .282-03 1. 124+Cl

40.C0C 2 .852+03 6.994+01 1 .999+01 2.762+03

2= 47 SILVER ENERGY TOTAL COHER. I NCOH. PHOTC ENERGY TCTAL COHER. INCOH. FHOTO PAIR

(KEV) SCATT. SCATT. EFFECT <KEVI SCATT. SCATT. EFFECT PRCC.

.010 4 .909+14 1 .469 + 03 1. 581-C4 4.909+14 50- 1 .679+03 5.036+01 2. 101+01 1 .6C7+03

.C15 9 .711+13 1.469+03 3. 552-C4 9.711+13 60. 1 .022+03 3.652+01 2. 129+01 9 .646+02

.C2C 3 -077+13 1.469+03 6. 304-04 3.077+13 80. 4 .694 + 02 2.167+01 2. 121+01 4 .265+02

.030 6 .095+12 1 .469 + C3 1 .413-03 6.095+12 100. 2.602+02 1.431+01 2

C95+01 2 .249+02

.040 1 .934+12 1 .469 + C3 2. 504-C3 1.934+12 150. 9.590+01 6.632+00 1. 972+01 6 .956+01

.050 7 -944+11 1.469+03 3. 8S8-C3 7.944+11 200- 5 .246 + 01 3.808+00 1. 842+01 3 .C22+01

.060 3 .842+11 1 .469 + C3 5. 594-03 3.842+11 300. 2. 754 + 01 1.728+00 1. 629+01 9 .516+00

.080 1 .222+1 1 1 .469+C3 9. 873-03 1.222+11 400. 2 . 002 + 01 9.817-01 1.471+Cl 4 .330+00

.100 5 .034+10 1.469+C3 1. 532-02 5.034+10 500. 1.654+01 6.321-01 1. 348+01 2 .421+00

.150 1 .008+10 1.468+C3 3. 384-02 1.008+10 600. 1.449+01 4.408-01 1. 249+01 1 .556+CC

.200 3 .229+09 1.466+C3 5. 905-02 3.229+09 800. 1 .205 + Cl 2.492-01 1. lOO+Ol 8 .042-01

.300 6 .523+08 1 .462 + 03 1. 279-01 6.523+08 1000. 1. 056 + 01 1 .600-01 c ^ 899+00 .CC2-01

.400 2 .936+08 1 .457 + 03 2. 185-01 2.936+08 1500. 8.480+00 7.138-02 i. C54+0C 2 .291-01 1. 261-Cl

.500 1 -214+08 1.451+03 3 ^ 276-01 1.214+08 2000. 7.5C5+C0 4.023-02 6. 674+CC 1 .397-01 4. 5C6-C1

.600 C .862+07 1 .443+03 4. 519-01 5.862+07 3000. 6 .666 + 00 1.792-02 4C7+0C 7.465-02 1. 166+CC

.800 1 .808+07 1.425+C3 7. 328-01 1 .808+07 4000. 6.421+00 1 .009-02 4. 5C9+CC 4 .987-02 1. 852+CC

l.CCC -2 .416+06 1 .402 + 03 1. 035+OC -2.417+06 5000 . 6.4C9+0C 6.461-03 3. 893+00 a .716-02 2.472 + CC 1.500 -1 .765+C6 1 .335 + 03 1. 780+00 -1 .766 + 06 6000 . 6 .493+00 4.488-03 3.441+00 2 .952-02 3. C18+00

2 .000 -1 .3 58+06 1.257+03 2. 5CO+C0 -1 .359 + 06 8000 . 6 .742+00 2-526-03 2 . £14+CC 2 .084-02 3 ^ 9C5+CC

3.000 -9 .201+05 1 .C94+C3 3. 882+00 -9.212+05 10000. 6 .984+00 1 .617-02 2. 396+00 1 .6C7-02 4. 571+CC 4.000 .805+05 9.471 + 02 5. 214+CC 3.796+05 15000. 7 .484 + OC 7.190-04 1. 772+OC 1 .C2C-02 5. 7C1+CC

5 .000 2 .324+05 8.19e+C2 6. 491+00 2.316+05 20000. 8.007+00 4.045-04 1. 421+00 7 .462-03 6. 578+OC

6.000 1 .549+C5 7.153+C2 7. 699+00 1.542+05 30000. 9 .lCl + 00 1.79 8-04 1. C34+00 4 .653-03 8. C62+CC

8 .000 8 . 242+04 5.628+C2 9. 851+00 8.186+04 40000. 9.924+00 1.012-04 8. 206-01 3 .595-03 c ^ ICO+CC

10. COO .122+04 4.584+C2 1. 160+01 5.085+04 50000. 1 .C49 + C1 6.475-05 6. 845-01 2 .855-03 9. 8C4+CC

15. COO 2 .283+04 2.997+C2 1 . 463+01 2.252+04 60000. 1 .091 + 01 4.497-05 893-01 2 .367-03 1. 032+01

2C.CCC 1 .346+04 2.083+02 1. 665+01 1.324+04 80000. 1 .154 + Cl 2.529-05 4. 643-01 1 .764-03 1. 1C7+01

30.000 6 .581+03 1 .17C + C2 1 .907 + 01 6.444+03 100000. 1.207+01 1.619-05 3. 852-01 1 .4C6-03 1. 169+01 4C.CCC 3 .C70+C3 7. 365+01 2. 036+Cl 2.976+03

2= 48 CACMIUM

ENERGY TOTAL CCHER. INCOH. PHCTC ENERGY TOTAL COHER. INCCH. FHCTC PAIR

(KEV ) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1 .153+07 1.533+C3 1 . eC9-C4 1.153+07 50. 1 .816 + 02 5.299+01 2 . 139+Cl 1 .741 + 03

.015 8 .548+C6 1.533+C3 4. 0 63-04 8.547+06 60. 1.108+03 3.843+01 2. 168+Cl 1. 047+03

.020 1 .387+C7 1 .533 + C3 7. 210-04 1.387+07 80. 5 .092+02 2.281+01 2 . 161+01 4.649+02

.030 1.290+07 1.533+C3 1. 616-03 1 .290+07 100. 2.819+02 1.507+01 2

136+01 2.455+02

-040 9 .890+06 1.532+C3 2. 863-C3 9.888+06 150. 1.031+02 6.981+00 2 . Cll+01 7. 597+01

-050 7 .570+06 1.532+C3 4. 456-C3 7.569+06 200. 5 .584+01 4.009*00 1. 879+01 3. 3C4+01

.C60 5 .937+06 1.532+C3 6. 393-03 5.936+06 300. 2.887+01 1.819+00 1. 663+Cl 1.042+01

-080 3 .924+06 1.532+03 1. 128-02 3.933+06 400. 2.080+01 1.034+00 1. 5C1+C1 4.752+00

. 100 2 .819+06 1 .532+03 1. 749-02 2 .818+06 500. 1. 710 + 01 6.655-01 1. 376+01 2.67f+OC

-150 1 .522+06 1 .531+C3 3. 862-C2 1 .520+06 600. 1 .494+01 4.640-01 1.276+01 1. 717+00

.200 9 -851+05 1.529+03 6- 733-02 9.836+05 800- 1 .238+01 2.623-01 1. 123+01 8.867-01

.300 5 .424+05 1.525+C3 1. 455-01 5.408+05 1000. 1 .083 + 01 1.684-01 1. Cll+01 5. 520-01

.400 .611+05 1.519+03 2.481-01 3.595+05 1500. 8 .685+00 7.515-02 8. 225+CC 2 .530-01 1. 320-01

.500 3 .183+C6 1.512+03 3. 712-01 3.181+06 2000. 7.7C5+00 4.236-02 7. C20+0C 1 .54C-01 4. 8 86-01

.600 2 .846+06 1.504+C3 c 108-01 2.845+06 3000. 6.844+00 1.886-02 5. 522+CC 8.21 5-02 1. 221+CC

.800 1 .952+06 1.484+03 8. 236-01 1-950+06 4000. 6 .573 + 00 1.062-02 4. 6C5+0C 5.461-02 1. 9C3+CC

1.000 1 .326+06 1.46C+C3 1. 155+00 1.334+06 5000. 6 .542+00 6.802-03 976+OC 4.061-02 2. 518+CC

1 .500 c .966+05 1-389+03 1. 945+00 5.952+05 6000. 6.620+00 4.726-03 514+CC 3.240-02 3- 068+00

2. COO .1C6+C5 1 .3C7+C3 2. e75+CC 3.093+05 8000- 6.895+00 2.660-03 2. £74+CC 2.286-02 3. 995+OC

3 .000 1 .053+05 1.140+03 4. 02 7+CC 1.041+05 10000- 7.199+00 1.703-03 2. 447+00 1.762-02 4. 733+00 4.000 2 .155+C5 9.879+02 5. 334+00 2.145+05 15000. 7.867+00 7.570-04 1. eio+cc 1.118-02 6. C45+CC

5 .000 1 .431 + 05 8.57C+C2 6. 603+00 1.422+05 20000. 8.427+00 4.259-04 1. 452+OC 6.175-03 6. 977+OC

6 .000 8 .912+04 7.489+02 7. 816+CO 8.837+04 30000. 9. 425+00 1.893-04 1. C56+CC 5-315-03 8- 364+OC

8.000 4 .155+04 5.892+C2 9. 997+00 4.095+04 40000. 1 .018+01 1.065-04 e. 381-01 3-936-03 9. 334+CC

10. COO 2 .282+04 4.794+02 1. 177+01 2.233+04 50000. 1 .074 + 01 6.817-05 6. 990-01 3-125-03 1- C03+C1

15.000 7 .659 + 03 3 .145+02 1. 485+01 7.330+03 60000. 1.117+01 4-734-05 6. 019-01 2.591-03 1 . 057+01

20.000 3 .543+03 2.193+02 1- 692+Cl 3.307+03 80000. 1.182+01 2.663-05 4. 742-Cl 1.921-03 1. 136+01

30 .COO 7 .C82+C3 1.231+02 1. 938+01 6.939+03 100000. 1.235+01 1.704-C5 n 934-01 1.539-03 1. 196+Cl 40.000 3 -312+03 7.749+01 2. 071+01 3.214+03
TABLE II. CONT. PHOTCN CRCSS SECTION COMPARISON

Z= 4S INDIUM ENERGY TOTAL COHER . I NCOH.

(KEVI SCATT. SCATT.

.010 3. 528+06 1 .597+C3 1. 932-04

.015 1.047+06 1. 597+03 4. 339-04

.C20 7.667+06 1 .597+03 7. 699-04

.030 7.5C3+C6 1 .597+03 1. 726-C3

.040 6.060+C6 1 .597 + 03 3. 057-C3

.C5C 4.968+06 1 . 597 + C3 4. 758-03

.060 4.182+06 1 .597+03 6 . 826-03

.080 3. 159+06 1 .596+C3 1. 2C4-02

.100 2. 532+06 1 .596+C3 1. 867-02

.150 1 .689+06 1 .595 + 03 4. 121-02

.200 1.266+G6 1.593+C3 7. 183-02

.300 8.439 + 0 5 1 .588 + 03 1 . 552-01

.400 6. 3 30 + 05 1.581+C3 2. 645-01

.500 3.561+C6 1 , 573+03 3. 954-Cl

.600 3. 376+C6 1 .564+C3 5. 436-01

.800 2.234+06 1.541+03 8. 753-01

l.OOC 1 .456 + 06 1.514+C3 1. 225+00

1.500 6.C26+05 1.43e+C3 2. 051 + 00

2. COO 3.Ce4+C5 1 .353+03 2. 802+00

3.000 1.144+05 1.181+03 4. 174+OC

4. COO 2.344+05 1.C27+C3 5.489+00

5.000 1.53e+C5 £.933+02 6 . 761+00

6. COO 9 .6 19+04 7 .823 + C2 7. 976+00

e.oco 4. 50C+C4 6.161+02 1 . 016+01 IC.COO 2 .475+04 5 .O07 + C2 1 . 195+01 15.0CC e.313+C3 3 .298 + 02 1 . 508+01 2C.000 3.845+C3 2.304+02 1 . 7 19+ CI 30 .000 7.577+03 1 .293 + C2 I

.

971+01

4C.C0C 3 .565+03 8.140+01 2 - 1 C6+ CI

I = 5C TIN ENERGY TOTAL COhER

.

INCOH.

( KEV ) SCATT. SCATT.

• CIC 1.439+C7 1 . 6 63 + C3 1

.

95C-04

.C15 4. 264+06 1 .663+03 4. 380-C4

.C20 1.800+06 1 .663+03 7, 772-C4

.030 1 .348+C7 1 .663+C3 1 . 742-03

.040 1. 202+07 1 .663+03 3 , 0E6-C3

.050 9.192+C6 1 .663 + 03 4, 8C4— 03 .060 7.1 eo+C6 1 .663 + 03 , 892-C3

.C80 4.867+C6 1.662+03 I

,

216-02

.100 3.663+C6 1 .662 + 03 I , 8 86-02

.150 2.287+C6 1.660+C3 4 , 163-02

.200 1.683+06 1.659+03 7 , 2 58—02

.300 1.115+06 1.653+03 I , 569-01

.400 8.386 + C 5 1 .646 + 03 2. 67 5—01

.500 4.767+06 1.637+03 4 , COl-Cl

.6CC 3.289+06 1 .627 + C3 5 , 50 5- CI .800 2.387+06 1.6C3+C3 8 • 877—01

1 .000 1. 542+06 1 .575 + 03 \ , 24 5+00 1.500 6.438+05 1 .493 + C3 2 , 095+00

2. COO 3.325+C5 1 . 403+C3 2 , 878+00

3 .000 1.234+C5 1.224+03 4 _ 3 14+ C 0 4. COO 1 .843+05 1 . C65+C3 5 ^ 5.000 1.643+05 9.296+C2 6 . 9 59+ C C

t .COO 1 .043+05 8-159+C2 8 . 1 75+ 0 C 8.000 4.925+04 6.426+C2 I , C 3 5+ 0

1

IC.OOC 2.707+C4 5.229+C2 2 1 3+ 0

1

15.000 9.013+03 3.457+C2 533+01 20.00C 4. 147+03 2.417+C2 I ^ 749+ C

1

30. COO 8. 061+03 1.357+02 2 , 0 C 5+ C

1

40 .000 3.8C8+C3 £.547+01 2

,

142+01

z = 51 ANTIMONY

ENERGY TOTAL COKER

.

I NC OH . (KEVI SCATT. SCATT.

.CIO 3.327+C7 1 .730 + 03 1. 909-04

.015 8.632*06 1.73C+C3 4. 289-C4

.020 2.944+06 1.730+C3 7. 610-04

.C30 9.012+05 1.730+C3 1. 706-03

• C40 1. 404 + 07 i .73C + C3 3. C22-C3

.050 1.120+07 1.730+03 4. 7C5-C3

.060 e.C02+06 1 .730+03 6. 750-C3

.080 4-446+06 1 .729 + 03 1. 191-02

. 100 2.958+06 1.729+C3 1. 847-02

.150 1 .766+06 1.728+03 4. C79-C2

.200 1.4C4+C6 1.726+03 7. 115-02

.300 i.oeo+06 1 .720 + 03 1. 539-Cl

.400 8.930+05 1.713+03 2. 626-01

.500 7. 625+05 1 .704+03 3. 931-01

.600 4. 160+06 1.693+C3 5. 414-01

.800 2.937+06 1 .668 + 03 8. 748-Cl

1 .COO 1.817+06 1 .638 + 03 1- 230+00

1.500 7.264+05 1 .552 + 03 2. C87+0C

2 .000 3.696+05 1.457+03 2. 889+00

3 .000 1 .368+05 1.26E+C3 4. 377+CC

4.000 6.429+04 1.105+03 5. 775+CC

5 .000 1.782+C5 9.659+02 7. 095+00

6.C0C 1.120*05 8.492+02 8. 330+00

8.000 5.268+04 6 .7C3+C2 1. 052+01 IC.OOO 2.904*04 5.432+C2 1. 233+01

15.000 9.766+C3 3-530+C2 1. 557+01

20. COO 4.52C+C3 2.531+02 1. 776+01

30. COO 1.538+C3 1 .423+C2 2. C36+Ci

40 .000 4.C77+03 £.972+01 2. 176+01

EIGGS AND LIGKTHILL IN BARNS/ATOM

PHOTO ENERGY TOTAL EFFECT (KEV) 3.527+06 50- 1 .956 + 03

1 .045+06 60. 1-193+03

7 .666+06 80- 5.472*02 7.501+06 100. 3.025+02 6.058+06 150. 1.102+02 4.966+06 200. 5.933+01 4.180+06 300. 3.027*01

3.157+06 400 . 2.161+01 2.530+06 500. 1.767+01

1-687 + 06 600. 1,528+01 1.265+06 800. 1 .271+01 8.424+05 1000. 1.110*01

6.314+05 1500. 8.891+00 3.580+06 2000. 7.877+00

3.374+06 3000. 7-020+00

2.233+06 4000. 6-782+OC

1.454+06 5000. 6.781 + 00 6.012+05 6000. 6.878+00

3.070+05 8000. 7.156*00

1.133+05 10000. 7.430*00

2.334+05 15000. 8.026+00

1.529+05 20000. 8.642+00 9.540+04 30000. 9.825+00

4.437+04 40000. 1 .C66 + 01 2.424+04 50000. 1 .123 + 01 7.968+03 60000 . i .166 + 01 3.598+03 80000- 1.234+01 7.428+03 100000. 1 .296+01

3 .462+03

PHCTC ENERGY TOTAL EFFECT (KEV) 1.439+07 50. 2 .C97 + C3 4.262+06 60. 1 .282+03

1 .798+06 80- 5.907+02

1.348+07 100. 3.271+02

1 .201+07 150. 1 .186+02 9.190+06 200- 6.328+01

7.179+06 300. 3.178+01 4.865+06 400 . 2. 246 + 01 3.661+06 500. 1 .827*01 2.286*06 600. 1-585+01

1 .681*06 800. 1.305+01 1.113+06 1000. 1.138+01

8.369+05 1500 . 9 .101 + 00 4.766+06 2000. 8. 056 + 00 3.287+06 3000. 7.199+00

2.386 + 06 4000. 6.986+00

1 .540+06 5000. 7. 016+00 6.423+05 6000 . 7 .140 + 00 3.311+05 8000. 7.454+OC

1.221+05 10000

.

7 .742+00 1.833+05 15000- 8 .326 + 00

1 .633+05 20000. 8.939+00

1 .035+05 30000. 1 .017 + Cl 4.860+04 40000. 1.104+01 2.654+04 50000- 1 .162 + 01 8.652+03 60000- 1 .206+01 3.888+03 80000- 1 -279 + 01 7.905+03 100000. 1 .349 + 01 3.701+03

PHOTO ENERGY TOTAL EFFECT (KEV)

3 .327+07 50- 2.247+03

8.630+06 60 - 1 .376+02 2.942+06 80 . 6.350+02

8.994+05 100- 3-516+02

1 .403+07 150 . 1-270+02

1 .120+07 200 . 6-731+01

8.001+06 300. 3-335+01 4.446+06 400 . 2.336+0

1

2.956+06 500. 1 .889 + 0

1

1.764+06 600. 1.632+01

1 -403+06 800. 1 .340 + 01 1.078+06 1000. 1 . 166+0

1

8.913+05 1500 . 9.313+00

7.608+05 2000. 8.241+00 4.158+06 3000. 7 .380+00

2 .936+06 4000. 7.18C+0C

1 .816+06 5000. 7.223+00

7.248+05 6000 - 7.354+00

3.682+05 8000 . 7 .666*00 1.356+05 10000- 7.937*00 6.317+04 15000. 8-500+CO

1.772+05 20000. 9-169+00

1.112+05 30000. 1 .056+01 5.200+04 40000. 1.150*01 2.849+04 50000. 1 .210*01 9.397+03 60000. 1.252+01

4-250 + 03 80000. 1 .324 + 01 1-376+03 100000. 1 .396+01

COHER. INCOH. PHOTO PAIR

SCATT. SCATT. EFFECT PRCC. 5.566+01 2- 176+Cl 1 .879+03 4.037+01 2 • 207+01 1 .12C+03 2.395+01 2. 199+Cl 5 .C12+02

1-582+01 2. 175+01 2 .650+02

7. 333+00 2. C49+0 1 8 -240+01 4.211+00 1. 915+01 3 .597+01 1.910+00 1. 695+01 1 -14C+01 1.086+00 1. 521+01 -214+OC 6.990-01 1.404+01 2 .926+00 4.874-Cl 1. 201+01 1 .££2+CC 2.756-01 1. 146+01 c .729-01 1.769-01 1 - C 3 2 * 0

1

6 .C6C-01 7.894-02 8. 395+CC 2 -773-01 1. 395-01

4.449-02 7. 166+00 1 .668-01 4- 972-01

1.981-02 5. 637+00 9 .CCC-02 1- 274+CC

1-116-02 4- 7C1+CC 6 -0C2-O2 2. ClO+CC

7 .145-03 4. C59+0C 4 .468-02 2. 671+CC 4-964-03 587+CC .546-02 3. 251+OC

2-793-03 2 . 934+CC 2 -5CC-02 4. 19A+CC

1-788-03 2- 498+00 1 -927-02 4. 911+CC 7.951-04 1. e47+CC 1 .222-02 6. 166+CC 4.474-04 1- 482+OC £ .924-03 7. 151+OC

1 .989—04 1. C78+0C 5 .EC7-C2 8. 741+CC 1.119-04 6. 555-01 4 .3CC-03 9. 8C2+CC 7.160-05 7. 136-01 3 .414-02 1. C51+C1 4.973-05 6. 144-01 2 .831-03 1. 104+01

2.797-05 4. 841-01 2 .1 lC-03 1 . 185+C

1

1 .790-05 4. 016-01 1 .681-03 1.256+01

COHER . INCOH. FHOTC PAIR

SCATTSCATT. EFFECT PR C C - 5-845+01 2. 213+Cl 2 .C16+C3 4-239*01 2

.

245+01 1 .217+03 2-516*01 2- 229+01 -421+02 1.662*01 2. 215+01 2 7.703*00 2 - C89+01 e .998+01 4.424+00 1- 952+01 2.007+00 1. 729+01 1 .24 8+01

1 . 140+00 1. 562+Cl 5 .7c;+oo 7.344-01 1. 422+01 .212+00 5.121-01 1. 228+01 2 .Cfil+OO 2.895-01 1. 169+C

1

1 .C68+CC 1.859-01 1 - C 5 3 + 0

1

t .649-01 8.294-02 8- 566+CC 3 .045-01 1 . 475-Cl 4-675-02 7. 312+00 1 .852-01 5. 117-Cl

2.082-02 7E2+CC c .874-02 1 . 327 + C C 1.172-02 4. 797+CC 6 .580-02 2. 112+OC 7.507-03 4. 142+CC 4 .894-02 2. ei8+cc 5.215-03 3. 66C+0C 3 -882-02 3. 436+OC

2.935-03 2

.

994+OC 2 -725-02 4. 430+CC

1.879-03 2. 549+00 2 .107-02 5. 170+00 8.354-04 1. ££5*CC 1 .334-02 6. 427+OC

4.700-04 1. 512+CC 9 .752-03 7. 417+OC

2*08 9~ 0

A

1. ICO+OC 6 .326-03 9. C60+CC

1.175-C4 £. 730-01 4 .691-C3 1. C16+C1 7.523-05 7. 281-01 3 .722-03 1. C89+01 5-225-05 6. 269-01 3 .087-03 1. 143+01

2.939-05 4. 940-01 2 .3CC-03 1. 229+01

1.881-05 4. C98-0

1

1 .833-03 1- 3C8+C

1

COHER

.

INCOH. PHOTO PAIR SCATT. SCATT. EFFECT PRCC- 6.138+01 2. 250+01 2 .162+03 4.454+01 2. 284+01 1 . 3C9 + C3 2.644+01 2. 281+01 5 .85E+02 1.747+01 2 - 258+01 3 .116+02 8.100+00 2 • 130+Cl 9 .756+01 4.653*00 1. 992+01 4 .274+01 2.111*00 1. 764+01 1 .360+01 1.200+00 1. 593+Cl 6 .22 5+00 7.726-01 1. 461+01 3 .5C6+00 5.387-01 1. 255+01 2 .24E+C0 3.046-01 1. 193+01 1 .164+00 1.955-01 1. C74+01 7 .241-01 8.726-02 8. 738+00 3 .313-01 1. 564-01 4.919-02 7. 459+CC 2 .C16-01 5. 313-01

2.190-02 c 867+CC 1 -074-01 1. 383+OC 1.233-02 4. £93+00 7 .156-02 2- 2C4+CC 7.899-03 4. 225+CC 5 .322-02 2. 937+CC 5.487-02 724+CC 4 .222-02 3o 573+CC 3.088-03 C54+CC 2 .975-02 4. 579+CC

1.977-03 2 . 6CC+0C 2 .291-02 312+CC 8.791-04 1. 923+00 1 .452-02 6. 561+OC 4.946-04 1- 542*CC 1 .C61-02 7. 616+CC

2.199-04 1. 122+00 6 .894-03 9. 426+OC

1.237-04 £- 9C4-C1 5 .104-03 1. 060+01 7.916-05 7. 427-01 4 .C52-03 1. 135+Cl 5.497-05 6. 395-01 3 .359-03 1. 189+01 3-092-05 5. 038-01 2 .503-03 1. 273+01

1-979-05 4, 180-01 1 .994-C3 1. 354+01
TAEIE II, CONTo PHCTCN CROSS SECTION COMPARISON

eiGGS AND LIGhTHILL IN eAR^S/ATCM

1= 52 TELLURIUM

ENERGY TOTA L COHER

I NO OH. PHCTC ENERGY TOT AL COHER . INCOH . PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV

)

SCATTSCA TT

EFFEC T PRCD.

• 010 4 .874+07 1 .799 + 03 1 .893-04 4.873+07 50 . 2 .408+03 6.440+01 2 289+01 2 . 3 20+03

• 015 1 • 444-^0 7 1 .799 + 03 4.252—04 1 ,444 + 07 60 • 1 .474+03 4. 675*0

2. 323+01 1.4C4+03

• 0 20 6.C93+0£ 1 .799+C3 7. 546— C4 6 . 092+06 80 • 6 .790+02 2 .777+0

3 19+C

6.2 60+02

• C 30 1 .807+06 1 . 799+C3 1 . 692—03 1 .805+06 100 • 3.7 56+02 1.8 36+01 2

297+01 3.343+02

• 0 4 0 7 . 633+05 1 .799+03 2.9 97— C3 7.615 +05 1 50 • 1 .353+02 8.515+00 2 . 168+0

1 . 0 51 + 02

• 050 1.027+01 1 .798+03 4 . 6A^i— 200 • 7 . 139+0

4.892+00 C28+0

4.622+01 9.147+06 6.69 5—03 9.145+06 300 • 3 .499+0 1 2 . 220+00 1

,

797+01 1.479+01

*080 5 • 574+06 1 .798 + 03 1 • 1 82 — 02 5 .572+06 400- 2 -430+0

1-262+00 1

623+01 6. 8CC+00

• i ^ L 3 « 549 + 06 1 .798+03 1 . 833-02 3 . 547+06 500 . 1 .954 + 01 8.127-01 1

4 89+01 3.8 36+00

• 150 1.711+C6 1 .796+03 4.048-02 1 71 fl+fl^ 600 • 1 .683+0

5.667-01 1

381 + 0 1 2 .462+00

• 200 1. 180+06 1 .794+C3 7 . 063— 02 1.1 79+06 800 . 1-375+0

3.204-01 1

216+01 1 .274+00

• 300 8.1 80+0 5 1 .789+03 1 • 529- 01 8.16 2+05 1000 . 1 .194+01 2.057-01 1. C95+C1 7.926-01

• 400 6 . 59 E + C5 1 .781+03 2 ^6 11-01 6.5 80 + 05 1500 . 9.525+00 9.180-02 e. 9C9+0C 3 .621-01 1 . 621-01

• 500 5.602 + 0 5 1 .772+03 3^912-01 5 .584 + 05 2000. 8 .446 + 00 5.175-02 7. 6C5+0C 2 .2C1-01 5. 699-01

6 0 0 5.1CC+06 1 .761+03 5.393-01 5 , 099+06 3000 . 7 .563+00 2. 30 5-02 5. 982+00 1 .171-01 1

441+CC

• 800 2.6 16+06 1 .735+03 8 . 733- CI 2 .614+06 4000 . 7 .338+00 1.298-02 4. 9e8+CC 7.797-02 2. 259+C C J • 000 1 . 771+06 1 . 704+03 1-231+00 5000 . 7.363+00 8.310-03 4 • 3C7+CC 5.796-02 2. 9e9+CC

• 50 0 7,980+05 1 .6 14+03 7 .964+05 6000 . 7.488+00 5.773-03 3 . 8C7+0C 4.596-02 3. 630+OC

2 « C 0 C 4 •C 25 + C 5 1.512+C3 2, 93 7+ CO 4.010+05 8000 . 7 .821+00 3 .249-03 a , 114+CC 3 .237-02 4. 672+CC

3 • 000 1 .464+05 1 .313+03 4,494+00 1.451 +05 10000

8.145+00 2.080-03 2. 651+OC 2.493-02 5. 467+00

.ceo 7 .063+04 1 . 144+03 5 • 941+00 6 . 94 8 + 04 15000. 8 . 6 51+00 9 .249-04 1. 96C+CC 1 .579-02 6. 8 74+0 0

5 .000 1.8 88+0 5 1 .002+03 7.2 86+00 1.878+05 200009 .563+00 5.203-04 1. 573+OC 1.154-02 7. 978+CC

6 • coo 1 ^203+05 8.830+02 8.531+00 1.194+05 30000. 1 .089+01 2.313-04 1. 144+00 7.494-03 9. 735+CC

8 .000 5^715+04 6.987+C2 1^072+01 5.644+04 40000. 1.181+01 1.301-04 9. C79-C1 5.54E-03 1. C90+C1

IC .000 3.154+C4 5.671 + 02 1. 253+01 3^096+04 50000. 1.245+01 8.329-05 7. 573-01 4.4C4-03 1. 169+Cl

15 .000 1 .C55+C4 3.717+C2 1.581+01 1 .016+04 60000. 1 .293 + 01 5.784-05 6. 5 20- CI 3.651-03 1.227+01

20 .000 4.856+C3 2 .644 + 02 1.804+Cl 4.573+03 80000. 1.371+01 3.254-05 5. 137-01 2. 720-03 1. 319+Cl

3C .ccc 1.658+03 1 .490+02 2.C70+01 1.488+03 100000. 1.442+Cl 2.082-05 4. 262-01 2.168-03 1. 399+01

AC .000 4.362+03 9.406+01 2. 214+01 4.245+03

Z= 53 lOCINE ENERGY TOTAL COHER. I NC OH

PHC TC c1 M1\ ct oK rb VT TOTAL COHER . INC OH

PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT ( K E V 1 SCATT^CA T T • E F F EC T PRCC.

.010 1.3c3+Cc 1.869+03 1 . 833—04 1 .383+08 50 . 2 .576 + C3 6.784+01 ^ . - c - + ± 2

. C 12. 722+C /

1 Q ^ c ^ r Q 4 . 1 1 7—04 2.721+07 60 . 1 .579+03 ** . V ^ 7+U 1 2 .^ C ^ +1. 1 1 . ^ C 6 + C 3 .020 c • /'5J + C6 i .868 + 03 7 . 3 C7— 04 8 . 791 +06 80 . 7 .277 + 02 ^ . ? 3 1+U

23 59+01 6 .74 6+ 02

.0 30 2 .296 + 06 1.86 o + C

1

638—03 2.2 94+06 100. 4.C21+C2 1 . V +u i ^ a 3 3 6+01 .59 3+ 0 2 .040 1 9 C Q A n i L * V+ U c 1 .868+03 2 . 9C3-03 1 .297+06 150 . 1.444 +L £. y .UUl + UU 2 . 2 08+01 11 .13 3+02

. C 5 0 2. 764+06 1 Q ^ O ^ 4 . 520-03 2 . 762+06 200 - 7.585+01 5.17 3+0 0 2 . C 6 6 + 0 1 ' .002+01

• 060 4 . 293+06 1 O i c ^ o

1 .o6c+L3 6 . 485-03 4.292+06 30O- 3 .677+0

1 /. AA ^

2 .34y+U0 1 . 6 31+01 1 .611+01

• 08 0 4.161+06 1 .868+03 1 . 145-02 4.159+06 400 • 2 . 53 1 +C

1.33 5+00 1 . 6 5 5+01 7 .429+00

• 10 0 3.475+C6 1 .867+03 1

776-02 3.473+06 500 . 2 .022 + 0 1 8 .601—01 1

517+01 4 .19 C+0 0 .150 2 . 279+06 1 .666+C3 3 . 925-02 2 .277+06 600 . 1.736+01 5.99 8—01 1 4 07+01 2 • 6 8 5 + OC

- 200 1.658+06 1 .8 64+03 6 . 852-02 1 .656+06 800 • 1.412+01 3. 39 2- CI 12 39+01 1 • 36 6+00

.300 1.061+06 1. 658+03 1 . 4 85-01 1 .059+06 1000 . 1.22 4+01 2.178-01 11 16+0

6 • 63 3—01

• 400 7.78 1 + 0 5 1. 851+03 2. 539-01 7.762+05 1500 . 9.741+00 9.7 19-02 9 « C 80 + C C - .94 4—01 1..693-Cl

.500 6.138+05 1 .842+03 3. 810-Cl 6.120+05 2000 . 8 .652+00 5.47 8-02 7 . 7 5 1 + OC 2 .597-01 6.. C70-01

• 600 5.06 8+0 5 1 . 83 1+C3 5 . 2 60-01 5. 049+05 3000 . 7.7 54+00 2 .440—02 6 . C97+0C 1 .275—01 1. 5C5+CC

.800 2 . 8 2 E + C 6 1.804+03 8 . 546- CI 2 . 826+06 4000 . 7.519+00 1.374-02 5 • 064+00 6 • 4 84—02 2. 336+CC

1.000 1.931+06 1.77 3+03 1 . 210+00 1 .929+06 5000 . 7 . 54 1 +00 8 .799-03 4 . 390+OC 6 . 3 C 5-02 3. C79+CC

1.500 8 . 1 04+0 5 1 .678+0 3 2. 09 5+ C C 8 .087+05 6000 . 7 .673*00 6.113-03 3 . 680+CC 4 • 99 8—02 3. 736+CC

2 .000 4.160+05 1 . 57 1+03 2

9 56+ 0 C 4 .144+05 8000 . 8.04 1+00 3 . 440—03 3 . 173+00 - .516-02 4. 829+00

3.000 1 . 5 71+ C 5 1 .362+03 4. 591+00 1 .558+05 10000

8 .417 + 00 2 .202-03 2 . 7C2+0C 2 . 7 C E-02 c 686+OC 4.000 7.59 8+04 1.1 86+03 6 . 097+00 7.479+04 15000. 9.232+00 9 .793-04 1

9 9 8+00 1 .714-02 7. 215+00

5 .000 1 . 775 + 0 5 1 .040+03 7. 475+CC 1 .764+05 20000. 9 .961 + 00 5.510-04 1 . 6C3+0C 1 . 2 52-02 6. 346+CC

6 .000 1 .294+05 9 .173+02 8. 735+00 1 .284+05 30000

1 .124 + 01 2 .449-04 1

166+00 8 .1 33-03 1. CC7+01 8.000 6.117+04 7.272+02 1. 093+01 6.043+04 40000. 1.218+01 1.378-04 c , 254-01 6 .020-03 1. 125+01

10.000 3.360+04 5.907+02 1. 275+01 3.319+04 50000. 1 .287 + 01 8.819-05 7. 718-01 4 .778-03 1. 209+01

15.000 1.139+04 3.665+02 1. 607+01 1.098+04 60000. 1 .340 + 01 6.124-05 6 . 646-01 3 .960-03 1. 273+01

20.000 5.267+03 2.764+02 1. 834+01 4.972+03 80000. 1 .425 + 01 3.44 5-05 c 236-0

2 .951-03 1. 373+0

30.000 1.788+03 1-564+C2 2. 1C2+01 1.610+03 100000. 1 .497 + 01 2.205-05 4. 344-01 2 .351-03 1.454+01

40.000 4.654+C3 9.894+Cl 2. 248+01 4.532+03

Z== 54 XENON ENERGY TOTAL COHER. INCOH. PHCTC ENERGY TCTAL COHER. INCOH. FHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.CIO 3.220+C6 1 .940*03 1. 672-04 3.218+06 50. 2.752+C3 7.145+01 2 . 363+01 2 .657+03

.015 1. 196+07 1 .940+03 -a , 7 56-04 1.196+07 60. 1 .688 + 03 5.197+01 2. 401+01 1 .612+03

.020 7.ceo+06 1.940+03 6. 667-04 7.078+06 80. 7.791+02 3.094+01 2 . 398+01 7 .242+02

.030 2.707+06 1.940+03 1. 495-03 2.705+06 100. 4.311+02 2.048+01 2 . 378+01 3 .869+02

.040 1-36 7+06 1 .940 + 03 2. 649-03 1 .365+06 150. 1 .547+02 9 .516+00 2 . 247+01 1 .227+02

.050 8-556+05 1.939+03 4, 126-03 8.537+05 200. 8.087*01 5.472*00 2 . 103+01 .427+01

.060 6-191+05 1 .939+03 5. 922-03 6.172+05 300. 3.871+01 2.485+00 1. 665+01 1 .757*01

.080 6-459+06 1.939+03 1. 046-C2 6.457+06 400. 2 .637 + 01 1.413+00 1. 685+01 8 .1C3+0C

.100 4. 390+06 1.939+03 1. 623-02 4.388+06 500. 2 .093+01 9.104-01 1. 545+Cl 4 .560+00

.150 1-666+06 1 .937*03 3. 591-C2 1.664+06 600. 1 .788+01 6.350-01 1. 433+01 2 .916+00

.200 1.019+06 1.935+03 6. 275-02 1.017+06 800. 1 .449 + 01 3.591-01 1. 263+01 1 .5C6+0C

.300 8.015+05 1 .930+03 1. 363-01 7.996+05 1000. 1 .253+01 2.306-01 1. 127+01 9 .368-01

.400 7.542+05 1.922*03 2. 337-01 7.523+05 1500. 9.959+00 1.029-01 9. 251+OC 4 .287-01 1. 770-Cl

.500 7-098+05 1 .913+03 3. 516-Cl 7.079+05 2000. 8.869+00 5.801-02 7 . 697+00 2 .6C6-01 6. 533-Cl

.600 6.632+05 1 .902+03 4. 868-01 6.613+05 3000. 7.946+00 2.584-02 6. 212+00 1 .367-01 1. 570+CC

.800 2-667+06 1.875+C3 7. 962-01 2.665+06 4000. 7.681+00 1.455-02 leo+oc 9 .231-02 2- 394+OC

1.000 2.134+06 1.843+03 1. 136+00 2.132+06 5000. 7.683*00 9.318-03 4. 473+OC 6 .857-02 3. 132+00

1-500 8- 596+C5 1.745+03 2. 014+00 8.578+05 6000. 7.809+00 6.474-03 3 , 953+OC .433-02 3. 795+CC

2.000 4-464+C5 1 .633+03 2- 903*00 4.448+05 8000. 8 .2C8 + 00 3.643-03 233+00 3 .822-02 4. 933+CC

3.000 1 .698+05 1.412+03 4. 638*00 1-684+05 10000. 8.652+00 2.332-03 2. 753+OC 2 .94C-02 5. 868+00

4. COO 8.223+04 1 .229+03 6. 221+00 8.100+04 15000. 9.631*00 1.037-03 2 . C36+0C 1 •859-02 7. 575+CC

5-000 1.404+05 1 .078 + 03 7. 641*00 1 .393+05 20000. 1 .039 + 01 5.835-04 1. 633+00 1 •358-02 8. 73 8+ CO 6.000 1-363+05 9-516+C2 8. 918+00 1.373+05 30000. 1 .156 + 01 2.594-04 1. les+cc 6 •810-03 1. C36+C1

8.000 6.578+04 7.561+02 1. 111+01 6.502+04 40000. 1 .248+01 1.459-04 9. 428-01 6 .516-03 1. 153+01

10.000 3.643*04 6.1 54+02 1. 294+01 3.580+04 50000. 1 .323+01 9.340-05 7. 664-01 5 .172-03 1- 244+01

15.000 1.228+04 4.032+02 1. 633+01 1.186+04 60000. 1.384+01 6.486-05 6. 771-01 4..267-03 1. 316+01

20.000 5.677+03 2.881+02 1. 864*01 5.370+03 80000. 1 .480 + 01 3.649-05 335-01 •i .193-03 1. 426+01

30.000 1.929+03 1-641+02 2, 137+01 1-744+03 100000. 1.552+01 2.335-05 4. 426-01 2 '.544-03 1. 5C8+01 40oOOO 4.965+C3 1-041*02 2 . 285+01 4.838+03
T/SELE II. CONT. PHOTCN CRCSS SECTION CCMPARISON

BIGGS AND LIGHTHILL IN EARNS/ATOM

Z= 55 CESIUM

ENERGY TOTAL COHER

.

I NCOH. PHOTO ENERGY TOTAL COHER • INCOH- FHCTO PAIR

( K EV

)

SC A TT . SCATT. EFFECT 4 K EV

)

SCATT • SCATT . EFFEC T PROC.

• 010 2. 1 57 + C6 2 . C 12+0 3 1. 952-04 2-1 SA+nfl 50 . 3 .646 + 04 7. 526+01 2 .401+01 a -626+04

• 0 1

5

5. ^46+C7 2 .012+03 4. 383-04 -J. 1 60 . 2 .974*04 5.481+01 2 .439+01 2 -967+04

«C 20 2.2 53*07 2 . C12+03 7. 779-04 2 .253+07 80 . 2 . 179+04 3.270+01 2 .427+01 2 .173+04

• 030 5.393+06 2.C12+C3 1. 744- C3 5 . 391+06 100. 1 .723+04 2 .167+0

1

2 .418+01 1 .716+04

• 040 2,009+06 2.012+03 3. C90-C3 150. 1 .651+02 1 .008+01 2 .266*01 1 .222+02

• C50 1 • C 60 + 06 2 .012+03 4. 812-03 200 • 8 . 583+0

1

5 •800 + 00 2 . 140*01 5 .862+01

• 060 7,3 39+c 5 2.C12+C3 6. 905-03 7^ 31 9+05 300 • 4.06 1+0

1

2.636+00 1 .898+01 1 .899+01

• 080 8 ^696 + 07 2.011+03 1. 219-02 8 .696+07 400 • 2.743+01 1.500+00 1 .715+01 6 .777+00

• 100 2.157+07 2 .011+03 1 891 — 02 2 .1 56*07 500 • 2.16 5+01 9.662-01 I .574+01 4 .951+00

.150 1 •499+C6 2.008+03 1 7 9— C 2 1 .497+06 600 • 1 .844 + 0

1

6.740-01 1.460+01 3 -ni+cc

.200 1^325+06 2 .C064C3 7. 296-02 1 .323+06 800 . 1.48 8+01 3,812-01 ,286+01 1 -640+00

• 300 1^456+06 1 •998+03 1. 581-01 1 .454+06 1000 . 1 .284*0 1 2.448-01 . 1 58 + 0 1 1 .C2C+00

• 400 1^115+C6 1 .968*03 2 ^ 7C4"-01 1 . 1 13+06 1500. 1 .018+01 1.093-01 . 4 22 + 0 C 4 .663-01 1 .843-Cl

• 500 7.961+05 1 •975+03 ^ ^ C 57— C

1

7 .941+05 2000 . 9 .083+00 6.161-02 g .C43+0C 2 .824-01 6 . 948-01

• 600 5. 616+05 1 ^960+03 601 — Gl 5 . 5 96 + 05 3000. 8.146+00 2.744-02 6 .327+00 1 .5C5-01 1 .641+CC

• 800 -2^875+06 1 .926 + C2 1 C2~0

1

-2 . 877+06 4000 . 7.867+00 l«545-02 C .276+CC 1 .OC 1-01 2 .476+CC

1 .COO -3 • 122 + 0 5 1 .687+03 289+00 -3. 141+05 5000 - 7.861+00 9,897-03 4 .556+CC 7 -42 6-02 3 -221+CC

1 • 500 -5^294+C5 1.78 1+03 2. m 2 32'i'" C C -5.312+05 6000 . 7 .987 + 00 6 .876-03 .C26+0C . 8 84-02 3 .895+CC

2 .000 -1 .263+05 1 .669+03 1 49"3" 00 -1 .2 80+05 8000. 8 .413+00 3^870-03 .293+00 .13 7-02 5 . C74+CC

3 .ceo 9.241+03 1 .454 + 03 6 £1 * C C 7. 783+03 100006 .9C9 + 00 2.477-03 2 .6C4+CC .16 2—02 6 - C71 + CC

4. COO 2.433+04 1.27C+03 6 • OC 2.305+04 15000^ 1 .003+Cl 1.102-03 2 . C74+0C 2 .01 1—02 7 - 926+CC

5.0CC 2.455+04 1.114 + 03 J flO 7n1 J. r n U V 1^ u 2.343+04 20000. 1.085+01 6.198-04 1 .663+OC \ .46 6-02 9 -1 71 + CC 6.000 3.536+C5 9.836+02 1 ''Q-o- 0 C 3.528+05 30000^ 1 .200 + 0

1

2.755-04 1 .210+OC . 5 27-03 1 -078+01

8 •COO 2.638+05 7.83C+C2 1 36+ C i 2 .630+05 40000

.

1 .290+01 1.550-04 9 .6C3-01 7 .049-02 1 -194+Cl

IC .000 2.102+C5 6 .389 + 02 3 1 9"4" 01 2^096+05 500001 .367+0

1

9.920-05 6 . CI C- 0

1

5 , 5^3-03 1 .286+Cl

15 .COC 1.394+C5 4.2C1+C2 6 58 + 0

1

1 .390*05 60000

.

1 .42C + C 1 6.889-05 6 .896-01 .63 5-03 1 -361+01

20.000 1. 043 + 05 2.998+02 8 9 1 + C

1

1 • 040+05 80000 ^ 1 .530+01 3.875-05 5 .433-01 3 .453-03 1 .475+01

3C .COO 6.922+04 1 .718 + 02 2 •

1 AQhC C\ "3 1 C^»v U 1 6 .912+04 100000

.

1 .602+01 2.480-05 4 .508-01 2 .7 51-03 1 .557+01

4C .COO 4.7ie+C4 1-C94+C2 2 a 321+01 4. 705+04

2:= 56 BARIUM

ENERGY TOTAL COr-ER. I N'C OH • PHOTO ENERGY TOTAL OOHER

.

INCOH. F H 0 T C PA I F

( K EV 1 SCATT. SC A TT« EFFECT (K EV

)

SCATT

.

SCATT. g p p J PRCC .

• CIO 9.217+12 2.Ce6+C3 2 • 24 5— CA 9.217+13 50^ 5 .357 + 04 7 .92 2 + 0

1

2 .436+01 , "3^^+04

• 015 1.820+13 2.086+C3 5 • C42~ 04 1 .820+13 60, 4 . 36 5 + 04 5 .779+01 2.476+01

• CZO 5.757+12 2.086+03 8 • 9 4 7~ 04 5.757+12 80 • 3 .181 + 04 3.453+01 2 .476+0

1

Q .17 5+04 .030 1.136+12 2.086+03 2 • 0 06— 03 1 .136+12 100 . 2 .500+04 2.291+01 2 .459+01 2 .495+04

.C40 3.590+11 2 .Ce6 + C3

f

• 5 £3— C3 3 .590+ 1

1

150. 4.202+03 1 .067+01 2 .326+01 4 .166+03

.C50 1.466+11 2. 086 + 03 5 • 5 32—03 1 .468+11 200 . 2 .776 + 02 6 .145 + 00 2 .177+01 2 .748+03

• 06C 7-068+10 2.065+03 7 • 9 37—03 7.066+10 300 . 1 .6CC + 03 2.795+00 1 -922+01 1 .576+03

• 08C 2. 227+10 2.C85+C3 1 • 4 01—02 2 .227+10 400 . 1 .107+03 1 .591 + 00 1 .746+01 1 .cee+03

• 100 1 .769 + 10 2 .084+03 2 • 1 72—02 i .769+10 500 . 8.4 10 + 0 2 1 .025 + 00 1 -6C2 + 0 1 6 .239+02

• 150 3.421+09 2.082+03 4 • 798-02 3 .431+09 600 • 1.901+01 7.151-01 1 .486+01 3 .421+00

• 2CC 1.072+09 2.C7e+C3 8 • 3 68—02 I .072+09 800 • 1.5 27+01 4 .04 5-0 1 1 .209+01 1 .776+00

• 300 2.169+Ce 2 .C69 + C3 1. 811-01 2 •169+08 1000 . 1.315+01 2.59 8-01 1 -179+Cl 1 .1C6+00

• 400 7.611+C7 2.C56+C3 3. 090-01 7.810+07 1500 . 1 .041+01 1.1 60-01 9 .593+OC .055-01 1 .937-01

.500 4^C79+C7 2. 042+03 4. 628-01 4 • 079+07 2000. 9 .278 + 00 6.540—02 6 .189+00 3 .C72-01 7 .166-01

• 6CC 2^710+C7 2.C24+03 6. 376-01 2.710+07 3000 . 8 .324+00 2.913-02 6 -442+CC 1 .621-01 1 .7CC+CC

.800 1.149+07 1.985+03 1. 031+00 1 .149+07 4000. 8 .C73+00 1 .640-02 .372+OC 1 .084-01 2 .576+CC

1 .COO 1.161+07 1. 941+03 1. 451+CC 1.1 61+07 5000 . 8 .C89+00 1.0 51-02 4 .639+00 6 .C41-02 3 .360+00

1 .50C -2.696+C9 : .827 + 03 2. 469+CO -2 .896+09 6000 . 6 .238 + 00 7.299-03 4 . ICO+CC 6 .267-02 4 . C68 + CC

2 .COC -1.565+09 1 .712 + 03 a 423+CC -i. 565+09 8000 . 8 .7CC + 00 4 . 108—03 3 .353+OC 4 .475-02 .298+CC

3 .COO -6.291+C8 1 .495 + 03 5. 167+00 —6 .391+08 10000 9.217+00 2 • 6 30—03 2 . 855+OC 3 -441-02 6.325+OC

4 .CCC -3.276+C8 1 .2Ce*C3 6^ 731+CO -3 .276+08 150C0. 1 .036+0

1

1.169-03 2 .111+OC 2 -174-02 8 .222+CC

5 .000 -1.893+C8 1 .149+03 8. 141+OC -1 .893+08 20000. 1.120+01 6.580-04 1 .694+00 1 -567-02 9 .486+OC

6 .CCO 5. 783+05 1.C15+C3 9. 412+CC 5.773+05 30000. 1 .243 + 01 2.925-04 1 -222+00 1 .C29-02 1 .119+01

8 .COO 3.488+05 8.091+02 1. 161+01 3.480+05 40000. 1 .342+01 1.646-04 9 - 777-Cl 7 .614-03 1 .243+Cl

IC.CCO 2. 375+05 6.6C2+02 1. 344+01 2.369+05 50000. 1. 422 + 01 1 .052-04 8 .155-01 6 .C41-03 1 .341+Cl

15.000 1 .209+05 4.3ie+C2 1. 685+01 1.205+05 60000. 1 .490 + 01 7.314-05 7 .022-01 5 .CC7-03 1 .419+01

20.000 7.645+04 3.114 + C2 1. 920+Cl 7.612+04 80000. 1 .592 + 01 4.115-0 5 5 .532-01 3 .729-03 1 .536+01

3C .COO 4. 139+04 1 .797 + C2 2. 2C1+C1 4.1 19+04 100000. 1 ^664+01 2.633-05 4 .590-01 2 .971-03 1 .618+01

4C.C0C 6.918+04 1 .149 + C2 2. 354+01 6.904+04

Z= 57 LANTFANLK

ENERGY TOTAL COFER. INCOH^ PHOTO ENERGY TOTAL COHER. INOOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT <KEVI SCATT. SCATT. EFFECT PROC.

.CIO 5. 566 + 07 2^161+03 2. 287-04 5.586+07 50. 3 .329 + 02 8.290+01 2 .475+01 3 .221+03

.015 3. 552 + 07 2 .161 + 03 5^ 137-04 3.551+07 60. 2.053+02 6.051+01 2 .515+01 1 .968+03

.C20 1. 713+07 2.161+C3 9. 1 17-04 1.713+07 80. 9.536+C2 3.619+01 2 .516+01 6 .923+02

.030 072+06 2. 161+03 2. 044-03 5.071+06 100. 5 .284+02 2.401+01 2 -499+01 4 .794+02

.C40 2 . 115+06 2.161+03 3. 621-03 2.112+06 150. 1 .680*02 1.119+01 2 .365*01 1 .531+02

.050 1. 185+06 2.161+03 5. 637-03 1.183*06 200. 9.664+01 6.447+00 2 .215+01 6 . 6C4+01

.060 8. 358+05 2.160+03 8. 067-03 8.336*05 300^ 4.466+01 2.933*00 1 .966+01 2 .2C7+01

-ceo 6. 104+05 2.160+03 1. 427-02 6.082+05 400. 2.966+01 1.669+00 1 .777 + 0 1 1 .021+01

• 100 6. 049+06 2 .159+03 2. 214-02 6.047+06 500. 2-315+01 1.076+00 1 .63C+01 5 .771+00

• 150 2. 524+C6 2. 157+03 4. 689-02 2.522+06 600. 1 -958 + 0 1 7.505-01 1 .5 12 + Cl 3 . 7 C2+CC

• 200 2. 134*06 2. 153+03 8. 529-C2 2.132+06 800. 1.567+01 4.246-01 1 .332+01 1 .918+00

• 2C0 1- 54C+C6 2 .144+C3 1. 646-01 1.547*06 1000. 1 .346 + Cl 2.727-01 1 .2CC+C1 1 .194+00

-400 1. 131+06 2.131+C3 3. 151'01 1.128+06 1500. 1.063+01 1.218-01 9 . 764+00 5 .463-01 2. 023-01

.500 8. 566+C5 2.116+C3 4. 719-Cl 8.545+05 2000. 9.489 + 00 6.865-02 8 .225+00 a .319-01 7. 532-01

.600 6. 735+05 2.C98+C3 b. 503-Cl 6.714+05 3000. 8.536+CO 3.058-02 6 .557+OC 1 .761-01 1- 772+OC

• 800 4. 542+05 2.057+03 I. CE2+CC 4.521*05 4000. 8.271*00 1.722-02 .468*00 1 .170-01 2. 668+CC

l^COO 2- 166+06 2 .012 + 03 1. 482+00 2.166+06 5000. 8.286+00 1.103-02 4 .721*00 6 .679-02 3- 466+00

1.500 1. 040+06 1 .892+03 2. 525+00 1.038+06 6000. 8.435+00 7.663-03 4 .173*00 6 .871-02 4. 186+CC

2. COO 5. 501+05 1.77C+C3 3. 505+00 5.484+05 8000. 8.903+00 4.313-02 .413*00 4 .826-02 5, 438+00

3. COO 2. 150 + 05 1.541+C3 5. 298+CO 2.135+05 iOOOO. 9.424+00 2.761-03 2 .9C6+CC 3 .7 U-02 6. 489+CC

4.000 1. 059 + 05 1 .348+03 6. 901+00 1.045+05 15000- 1.062+01 1.228-03 2 .149+00 2 .344-02 8. 445+00

5. CCC 5. 669+C4 1-185+03 8^ 338+OC 5.750+04 20000. 1 .149+01 6.908-04 1 .724*00 1 .711-02 9. 747+00

6.000 1. 476+C5 1.C49+03 9. 627+00 1.465+05 30000. 1.274+01 3.071-04 1 .254+OC 1 .110-02 1. 148+01

8 .000 8. 112+C4 6.371+02 1 . 184+01 8.027+04 40000. 1.274+01 1.728-04 9 .952-01 8 .2C6-03 1. 273+01

10.000 4. 527+04 6.837+C2 1. 369*01 4.457+04 50000. 1 -456+01 1 .106-04 6 .201-01 6 .512-03 1. 372+01

15 .000 1. 531+C4 4 .46e + C2 1- 712 + Cl 1-485+04 60000. 1.524+Cl 7.679-05 7 .147-01 .397-03 1. 452+01

2C.000 7. 070+03 3.234+02 1. 950+01 6.727+03 80000. 1 .626+01 4.320-05 5 .631-01 4 .019-03 1. 569+01

30.000 2. 403+03 1^875+02 2. 226+01 2.193+03 100000. 1.697+01 2.765-05 4 .672-01 .2C2-03 1. 650+01 40.COC c , 9 57+03 1.201+02 2. 392+01 5-8:3*03
/leLE II. CONT. P H C T C N C R 0 BIGGS

Z = 58 CER lUM ENERGY TOTAL COHER. INCOH. PHOTO

(KEV) SCATT. SCATT. EFFECT

.CIO 1 . 194+05 2.238+03 2. 208-04 1 .172+05

.015 .S94+C7 2 .238 + 03 4. 960-04 5 .994+07

.020 .232+07 2.238+03 8. 802-C4 3 .232+07

.030 9 .669+06 2.238+03 1. 973-03 c .666+06

.040 3 .955+06 2.237+03 3 ^ 496-03 3 .953+06

.050 2 .272+06 2.237+03 5. 443-03 2 .270+06

.060 1 .713 + 06 2 .237+03 7. 810-C3 1 .711+06

.080 1 .430+06 2.236+03 1. 379-02 1 .428+06

. 100 1 .364+06 2. 236+03 2. 138-02 1 .362+06

.150 1 .369 + 06 2.233+03 4. 724-02 1 .367+06

.200 ° .723+05 2 .23C + C3 8. 244-02 9 .701+05

.300 1 .055+06 2.220+03 1. 785-01 1 .053+06

.400 9 .511+05 2 .2Ce+C3 3. 050-01 9 .489+05

.500 3 .176+05 2.192+03 4. 572-01 8 .154+05

.tec 7 .018+05 2 .175 + 03 6. 3C6-01 6 .996+05

.800 5 . 337 + 05 2.134+03 1. 022+00 5 .315+05

1 .ooc 2 .289+06 2.088+03 1. 443+00 2 .287+06

1 .500 1 .183+06 1.967+03 2. 479+00 1 .181+06

2 .COO 6 .142+05 1 .843 + 03 467+CC 6 .124+05

3 .000 2 .318+05 1 .608+03 5. 296+00 2 .302+05

.COO 1 .133+05 1 .4C7+C3 6. 927+CC 1 .1 19+05

5 .000 6.406+C4 1 .238+03 8. 380+OC 6 .281+04

6 .000 1 .164+05 9. 677+00 1 .153+05

8 .000 8 .697+04 8 .740 + C2 1. 190+Cl 8 .608+04

ic .ceo 4 .9C0+C4 7.142+C2 1. 377+01 4 .827+04

15 .COO 1 .661+04 4.696+02 1. 73C+C1 1 .613+04

2C .COO 7 .636+03 3 .367+C2 1. 975+01 7 .280+03

3C .COO 2 .588+03 1.958+C2 2 2 6 7+ C2 .369+03

4C .000 1 .233+03 1.255+02 2. 426+Cl 1 .083+03

59 PRASEOCYKILN

ENERGY TOTAL COHER . INCCH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 1 .8 51+06 2.316+03 2. 174-C4 1 .848+06

.015 1 .0 16+08 2. 316 + 03 4. 8 84-04 1 .016+08

.C2C 5 .737+C7 2. 315 + 03 8. 667-04 5 .737+07

.030 1 .683 + 07 2.315+03 1. 943-C3 1 .883+07

.040 8 -C9 8+C6 2.315+C3 3.442-03 8 .096+06

.C50 4 .499+06 2. 315 + 03 5. 359-03 4.497+06

.C60 .080 + 06 2.315+03 7. 690-03 3 .078+06

.080 2 .118+06 2.314 + 03 1. 357-02 2 .115+06

.100 1 .812+06 2 .314+C3 2. 1C5-C2 1 .810+06

.150 1 . 731+C6 2.311+C3 4. 651-02 1 .729+06

.200 1 .003+06 2.306+C3 8. 116-02 1 .000+06

.3CC 1 .107+06 2.296+03 1 . 757-01 1 .105+06

.400 9 .925+05 2.286+03 3. 0C2-C1 9 .902+05

.500 8 .381+05 2.271+03 4.499-01 8 .358+05

.600 7 .C48+05 2.254+03 6. 205-01 7 .025+05

.800 c; .153+05 2.214+03 1. C06+C0 5 .130+05

1 .000 2.424+C6 2.170+03 1 . 419+00 2.422+06

1 .5CC 1 . 190+06 2.C51+C3 2.434+00 1 .188+06

2 .COO 6 .391+05 1 .929 + 02 3. 4C0+CC 6 .372+05

.000 2 .387+05 1.6S3+C3 5. 194+00 2 .370+05

A .000 1 .174+05 1 .485 + 03 6. 809+00 1 .159+05

5 • CCO 6 .765+04 1. 305+03 8. 263+CC 6.633+04

6 .COO 1 .240+05 1 .152+03 9. 576+CC 1 .228+05

8 .COO 9 .1 72+04 9 .190 + 02 1. 185+01 c . 079+04

10 .000 5 . 197 + 04 7.501+02 1. 376+01 5 .121+04

15 .000 1 .773+04 4. 945+02 1. 737+01 1.722+04

20 .COO 8 .161+03 3.E15+C2 1. 988+01 7 .790+03

3C .000 2 .752+C3 2.048+02 2. 291+01 2 .525+03

4C .000 1 .297+03 1.314+C2 2. 457+01 1 .141+03

z= 6C NECCYMUM

ENERGY TOTAL CChER

INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 1 .529+09 2.395+03 2. 147-04 1 .529+09

.C15 2 .225+06 2 .395 + 03 4. 822-04 2 .225+08

.020 c .864+07 2 .395 + C3 8. 558-C4 5 .864+07

.030 1 .430+07 2.395+C3 1. 919-03 1 .429+07

.C40 8 .185+06 2.394+03 3. 399-03 8 .183+06

.050 .851+06 2.394+C3 5. 292-03 5 .849+06

.060 4 .436+06 2.394+C3 7. 594-03 4.434+06

.cec 2 .724+C6 2.393+03 1. 340-C2 2 .721+06

.100 1 .757+C6 2.393+03 2. 079-02 1 .754+06

.15C 1 .?5c+ce 2.390+03 4. 594-C2 1 .947+06

.200 1 .024+06 2 .387+C3 8. C17-C2 1 .022+06

.300 1 .170+06 2.378+03 1. 736-01 1 .168+06

.4CC 1 .C44+06 2.365+03 2. 966-01 1 .041+06

.500 8 .671+05 2.35C+03 4.447-01 8 .648+05

.600 7 .155 + 05 2.333+03 6. 134-01 7 .132 + 05 .80C 5 .037+05 2.292+03 9. 947-01 5 .014+05

1 .CCO 2 .589+06 2 .249 + 03 1. 4C5+CC 2 .586+06

1 .5C0 1 .244+06 2.129+C3 2. 415+00 1 .242+06

? .000 6 . 774+C5 2 .005 + 03 3. 381+CC 6 .754+05

.000 2 .548+05 1 .763+03 5. 182+00 2 .530+05

.COO 1 .258+05 1 .548+03 6. ec8+cc 1 .243+05

5 .OCO 7 .243+04 1.362+C3 8. 273+00 7 .106+04

6 .CCC 4 .592+04 1.203+03 9. 598+00 4 .470+04

6 .COC 9 .744+C4 9.581+02 1. 190+01 9.647+04

IC .CCO .529+04 7.804+02 1 . 383+01 5.450+04

15 .COC 1 .889+04 5.082+02 1 . 751+Cl 1 .837+04

2C .COC 6 .703+03 3 .658 + 02 2. 0C8+C1 8 .317+03

30 • COO 2 .936+03 2 .136 + C2 2. 320+01 2 .699+03

AC .CCO 1 .382+03 1.372+02 2. 490+01 1 .220+03

AND LIGFTHILL IN EARNS/ATCM

ENERGY TOTAL CO H ER . INCOH . PHCTC PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 3 .560+03 8.672+01 2. 511+Cl a .449+03

60- 2 .202+03 6.332+01 2. 553+01 2 .114+03

80. 1 .026+03 3.789+01 2 ..554 + 01 c .624+02

100. 5 .686+02 2.515+01 253e+Cl 5 .161+02

150. 2 .016+02 1.173+01 2.403+01 1 .659+02

200. 1 .031+02 6.756+00 2..251 + 0 1 7 .365+01 300. 4 .707+01 3. 074+00 1

.999+01 2.4C1+01

400. 3 .094+01 1 .750+00 1. ec7+ci 1 .112+01

500. 2 .399+01 1.128+00 1..656 + 01 6 .277+ CC 600. 2 .019+01 7.868-01 1. 538+Cl 4 .C23+00

800. 1 .608 + 01 4.452-01 1..355 + 0 1 2 .C£2+00

1000. 1 -379+01 2.859-01 1. 220+01 1 .296+00

1500. 1 .C87+01 1.277-01 9. 935+00 .926-01 2..132-01 2000. 9 .703+00 7.197-02 6 .,481 + 00 n .6C2-01 7.,894-01 3000. 8 .743+CC 3.206-02 6. 672+OC 1 .913-01 1..848 + CC 4000. 8 .486+00 1.806-02 1 .271-01 2. 777+CC

5000. 8 .517+00 1. 156-02 4. 604+00 9 .425-02 3. 6C7+CC

6000. 8 .686+00 8.034-03 4. 246+CC 7 .472-02 4. 357+OC

8000. 9 .199+00 4.522-03 3 ..473 + 00 .2 52-02 5. 669+00

10000. 9 .772+00 2.895-03 2. 957+00 4 .028-02 6. 772+CC

15000. 1 . 102+01 1.287-03 2167+CC 2 .552-02 6.,8C5+CC 20000. 1 .190+01 7.243-04 1. 754+CC 1 .863-02 1. C12 + C1

1 .316+01 3 • 2 20~ 0 A 1. 276+CC 1 .2 C6-02 1X a 1 67+ C 1 40000. 1 .419 + 01 1.811-04 1. C13+0C 6 .939-03 1. 317+01

50000. 1 .507+01 1 .159-04 8. 446-01 7 .093-03 1..421 + 01 60000. 1 .578+Cl 8.051-05 7. 273-01 .876-03 1. 505+Cl

80000. 1 .685+01 4.529-05 5. 7 3C-C1 4 .278-03 1..627 + 01 100000. 1 .754+01 2.899-05 4. 7 54-01 3.466-03 1. 7C6+C1

ENERGY TOTAL COHER

INCCH. PHCTC PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 3 .741+03 9.082+01 2. 546+Cl 3 .625+03

60. 2 .323+03 6.634+01 2. 569+01 2 .220+03

80. 1 .Ce5 + 02 3.972+01 2. 591+01 1 .019+03

100. 6 .C20+02 2.637+01 2

578+01 5 .499+02

150. 2 .132+02 1.230+01 2. 442+01 1 .765+02

200. 1 .C86+02 7.088+00 2 . 288+01 7 .860+01

300. 4 .912+01 3.226+00 2 • 032+02 .357+01

400. 3 .2C7+01 1.836+00 1. 638+01 1 .1 66+01

500. 2.476+01 1.183+00 1. 666+01 6 .715+00

600. 2 .079+01 8.257-01 1. 565+01 4 .314+00

800. 1 .649+01 4.672-01 1. 379+01 2 .241+00

1000. 1 .411+Cl 3.001-01 1. 241+01 1 .397+00

1500. 1 .110+01 1.340-01 1. Cll+01 6 .396-01 2. 220-01

2000. 9 .914+00 7.554-02 6. 627+00 .665-01 6. 225-Cl

3000. 8 .932+00 3.365-02 6. 787+CC 2 .C59-01 1. 906+CC

4000. 8 .661+00 1.895-02 5 . 6 6 C +0 C 1 .366-01 2. 646+CC

5000. 8 .683+00 1.214-02 4. £87+00 1 .C12-C1 3. 683+OC

6000. 8 .649+00 8.433-03 4. 319+00 8 .CC5-02 4. 442+00

8000. 9 .373+00 4.746-03 533+00 5 .617-02 5. 779+00

10000. 9 .974+OC 3.039-02 CC8+CC 4 .314-02 6. 921+CC

15000. 1 .132+01 1.351-03 2 . 224+00 2 .721-02 9. C71+0C

20000. 1 .228+01 7.602-04 1. 784+OC 1 .965-02 1. C48+C1

30000

1 .360+01 3 . 379—04 1. 298+00 1 .266-02 1. 229+01

40000. 1 .466+01 1.901-04 1. C3C+0C 9 .510-03 1. 362+Cl

50000. 1 .555+01 1.217-04 6. 592-01 7 .543-03 1.469+01

60000. 1 .629 + 01 8.450-05 7. 398-01 6 .250-03 1. 555+Cl

80000. 1 .729+01 4-754-05 C 829-01 4 .6 54-03 1. 680+01

100000. 1 .810+01 3-042-05 4. 636-Cl 3 .7C7-03 1. 761+01

ENERGY TCTAL COHER. INCOH. PHCTC PAIR

(KEV) SCATT. SCATT. EFFECT PRCC . 50. 3 .951+03 9.491+01 2. 581+01 2 .830+03

60. 2 .454+03 6.936+01 2.626+01 2 .256+03

80. 1 .148+03 4.154+01 2. 630+01 1 .060+03

100. 6 .379+02 2 .759 + 01 2 . 616+01 5 .841+02

150. 2 .257+02 1.288+01 2 . 482+01 1 .86C+C2

200. 1 .145+02 7.419+00 2. 326+01 6 .363+01

300. 5 .135+01 3.377+00 2. C66+01 2 .731+01 400. 3 .321+01 1.922+00 1. 869+01 1 .270+01

500. 2 .561+01 1.239+00 1. 715+01 7 .224+00

600. 2 .142+01 8.646-01 1. 591+01 4 .656+00

800. 1 .694+01 4.892-01 1. 4C2+01 2 .426+CC

1000. 1 .445+01 3.142-01 1. 262+01 1 .513+jOO 1500. 1 .134+01 1.403-01 1. 028+01 6 .9 15-01 2. 342-Cl

2000. 1 .009+01 7.911-02 8. 773+CC 4 .192-01 6. 139-01

3000. 9 .118+00 3 .524-02 6. 9C2+CC 2 .2 16-01 1. 959+OC

4000. 8 .921+00 1.985-02 C 756+00 1 .4 6 8-01 2. 998+CC

5000. 9 .C13+00 1.271-02 4. 970+OC 1 .066-01 3. 922+CC

6000. 9 .225+00 8.831-03 4. 392+00 6 .599-02 4. 738+CC

8000. 9 .7E6+CC 4.970-03 3. 593+00 6 .021-02 6. 098+00

10000. 1 .028+01 3.182-03 3. C59+CC 4 .622-02 7. 171+OC

15000. 1 .138+01 1.415-03 2 . 262+00 2

.921-02 c , C85+CC

20000. 1 .232+01 7.961-04 1. 614+OC 2 .120-02 1. 048+01

30000. 1 .396+01 3.539-04 1. 320+CC 1 .361-02 1. 263+Cl

40000. 1 .522+01 1 .991-04 1. C46+CC 1 .021-02 1. 416+01

50000. 1.615+01 1.274-04 6. 7 3 8- CI 8..C96-03 1. 527+01

60000. 1 .687+01 8.850-05 7. 523-01 6,. 7Ce-03 1. 611+01

80000. 1 .795+01 4.978-05 927-01 4,.995-03 1. 735+Cl 100000. 1 .877+01 3.186-05 4 . 918-01 3 .979-03 1. 627+01
T*ELE 11, CONT- PHQTCN CRCSS SECTICN COMPiRISON

BIGGS AND LIGHHUL IN BARNS/ATCM

Z= tl PROt«ETHIUM ENERGY TOTAL COhER

.

I NC OH

PHCTO

( K EV ) SO ATT . SCATT. EFFECT

«0 10 - • 8 04+ C 7 2.47 5 + 03 2 .121-04

• C 1

5

2 . 5 36+ 0 7 2 .47 5 + 03 4 .763-04 2-5 36 + 07

. C20 1

.

902+07 2 .475 + 03 8 .453-04 1 •902 + 07

• C30 1

.

2 68+07 2 .47 5 + 03 1 . 895-03 1 •268+07

• CAC 9. 512+C6 2.47 5+0 3 3 .357-03 V • D 1 0+06

.050 7. 61C+C6 2.47 5 + 03 5 .228-03 7.60 8+06

• 060 6. 342+06 2 .474+03 7 .501-03 6 .340+06

• 08 0 4. 757+C6 2 -474 + 03 1 .324-02 4 • 755 + 06

• IOC 3 ^ 806+06 2 .473+03 2 . 054—02

• 15 0 4. C71+C6 2 .471+03 4 • 538—02 4 • C6 S+ 06

• 20 0 3. 177+06 2 .467+03 .92 0— 02 3.1 74+06

« 3 0 0 2. Cei+C6 2 .456+03 1 .716-01 o n 7 Q J. A 1.485+06 2.446+C3 2 .932-01 J. •*to3*UO

• 500 1. 131+06 2 .431+03 4 .397-01 1 • 1 2*5 + 06

• 6C 0 9. 023+05 2 .414+03 6 .066-01 O G Q Q J. n C

• 8 0 0 6 . 315+05 c .374+03 9 .841-01 6*2 92 + 0 5 4. 802+05 2 .329+03 1 .391+00 4 • 778+05

1^500 1. 341+C6 2 .2 09 + 03 2 .395+00 1.3 39+06

2*000 7. 239+05 3 .360+00 7.2 19+05

2. 730+C5 1.836+03 5 .166+00 2.712+05

A • C 0 0 1. 345+C5 1 .615 + 03 6 .799+00 1.3 29+ 0 5 5. COG 7. 735+04 1 .421 + 03 8 .274+00 7.593+04

t.COO 4. 909+04 1 .257 + 03 9 .609+00 4.782+04

8. ceo 1. 042+05 1. 001 + 03 1 .193+01 1 .032+05

IC.COO el4 + C4 8.157+02 1 .389+01 5.731+04

15.000 1. 986+04 5.354+02 1 .763+01 1.931+04

2C.0C0 9. 252+03 3 .807+02 2 .026+01 8.851+03

3C.CC0 165+03 2. 228+02 2 .345+01 2.919+03

60 .CCC 1.480+03 1. 433+02 2 .521+01 1.311+03

ENERGY TOTAL CO HER. INCOH . FHCTO PAIR

( KEV

)

SCATT

.

SCATT- EFFECT PRCD.

50 • 4.191+03 9.917+01 2. 615+01 4 .066+03

60 • 2.607+0 3 7.251+01 2. 662+01 2 .5C6+03

80 - 1 .219+03 4.345+01 668 + 0 1 1 .149+03

ICQ. 6 .771 + 02 2.887+01 2. 657+01 6 .217+02

1 50. 2.399+0 2 1.348+01 2 . 520+0

1

2 .012+02

200 . 1.216+02 7.767+00 2. 362 + C 1 9 .024+01

300 . 5 .4 17+01 3 .536+00 2. C99+C1 2 .964+01

400 . 3 .481+01 2-013+00 1. 699+01 1 .361+01

500 . 2 .654 + 0

1

1 .298+00 1. 743+01 7 .617+00

600 . 2.209+01 9.055-01 1. 617 + 0 1 C .015 + 00 800 . 1.736+01 5.124-01 1. 425+01 2 .600+00

1000 . 1 .478 + 01 3.291-01 1. 283+01 1 .620+00

1500. 1 .158+01 1.470-01 1. 045+01 7.4C6-01 2. 458-01

2000 . 1 .028+01 8.286-02 e. 919+00 4 .495-01 8. 311-01

3000. 9.320+00 3.692-02 7. C17+00 2 .380-01 2. 028+00

4000. 9 .159 + 00 2 .079-02 5. 652+00 1.576-01 3. 129+OC

5000 . 9.287+00 1.331-02 5. C53+0C 1 .169-01 4. 1C5+CC

6000 . 9. 526+00 9.251-03 4 . 466+00 9 .240-02 4. 959+CC

8000. 1 .007+0

1

5.207-03 a ^ 652+00 6 .480-02 6- 352+00

10000. 1 .058+01 3.333-03 110+OC 4 .975-02 7. 417+00

15000. 1.161+01 1.482-03 2. 300+00 3 .137-02 9. 277+OC

20000. 1 .256 + 01 8.340-04 1. 645+00 2 .287-02 1. 069+01

30000. 1.432+01 3.707-04 1. 342+OC 1 .462-02 1. 297+01

40000. 1 .562+01 2.086-04 1. C65+CC 1 .095-02 1. 454+01

50000. 1 .653+01 1 .335-04 8. 883-01 8 .687-03 1. 563+01 60000- 1.722+01 9.271-05 7. 649-01 7 .197-03 1. 645+01

80000. 1.827+01 5.215-05 6. C26-C1 5 .359-03 1. 767+01 100000. 1 .915+01 3.338-05 c ceo- 01 4 .266-03 1. 665+01

Z= 62 SAMARIUK

ENERGY TOTAL COHER

.

I NOCH- PHCTC

(KEV ) SCATT. SCATT- EFFECT

.010 4 .094+07 2 .557+03 2. 061-04 4 .094+07

.0 15 2 .730+07 2 .557+03 4. 630-04 2 .729+07

.020 2 .047+07 2 .557+03 8. 217-04 2 .047+07

.030 1 .365+07 2 .557+03 1. 842-03 1 .365+07

.040 1 .024+07 2 .557+03 3. 264-03 1 .023+07

.050 8 . 190+06 2 .557+03 5. 082-03 e .188+06

.060 6 .826+06 2 .556+C3 7. 293-03 6 .823+06

-080 c -120+06 2 .556+03 1. 287-02 5 -117+06

.100 4 -096+06 2 .555+03 1. 997-02 4 •094+06

.150 7 .810+06 2 .5 53 + 03 4. 414-02 7 .808+06

.200 6 .2 58+06 2 .549+03 7. 706-02 6 .256+06

.300 .972+06 2 .540+03 1. 670-01 3.969+06

.400 2 .626+06 2 .526+03 2- 656-Cl 2 .624+06

.500 1 .834+06 2 .513 + 03 4- 286-01 1 .831+06

.600 1 .341+06 2 .496+03 5. 918-01 1.338+06

.800 7 .936+C5 2 .456+03 9. 617-01 7 .912+05

1 ,000 .167+05 2 .411+03 1 . 362+00 5 .143+05

1 .500 1 .342+06 2 .290+03 2- 360+00 1 .340+06

2 .000 7 .722+05 2 .162+03 3 ^ 330+00 7 -700+05

.000 2 .916+05 1 .911+03 5. 160+00 2 -897+05

4 .000 1 .437+05 1 -663+03 6. 811+00 1 .420 + 05

5 .000 8 .258+04 1.482+03 8. 293 + CC 8 •109+04

6 .000 C .238+04 1 .311+03 9. 629+00 5 -106+04

6 .000 1 .087+05 1 .045+03 1. 195+01 1 .077+05

IC .000 6 .232+04 6 .511+02 1 . 393+01 6 .146+04

15 .000 2 .151+04 5 .562+02 1 . 776+01 2 .094+04

20 .000 9 .933+03 3 .961+02 2. 048+01 9 .517+03

30.000 3 .350+03 2 .334+C2 2. 377+01 3 .093+03

40 .000 1 .572+03 1 .507+02 2. 557+ 01 1 .396+03

ENERGY TOTAL COHER . INCOH . PHCTO PAIR

(KEV) SCATT- SCATT. EFFECT PRCC.

50. 4.414+03 1-046+02 2. 653+01 4 .263+03

60. 2.752+03 7 .665+01 2 . 7CC+01 .646+03

80. 1 .294 + 03 4.604+01 2 . 706+01 1 .221+03

100. 7 .213+02 3.063+01 2. 696+01 6 .636+02

150. 2.554+02 1.433+01 2. 559+Cl 2 .155+02

200. 1.268+02 8 .264+00 2. 399+01 9 .653+01

300. 5.671+01 3.766+00 133+01 3 .161+01

400. 3.617 + 01 2.145+00 1. 930+01 1 .473+01

500. 2.746+01 1.383+00 1. 771+01 8 .366+00

600. 2 .279+01 9 .652-01 1. 644+01 5 .391+00

800. 1 .784 + 01 5.463-01 1. 446+01 2 .6C4+00

1000. 1.514+01 3.509-01 1. 304+01 1 .746+00

1500. 1 .183 + 01 1 .567-01 1

.

062+01 7 .969-01 2. 574-Cl

2000. 1.051+01 8.838-02 9. 065+00 4 .843-01 8. 693-Cl

3000. 9-530+00 3.938-02 7. 132+00 2 .559-01 2. 103+OC

4000. 9 .370+00 2.218-02 948+00 1 .694-01 3- 230+00

5000. 9.504+00 1.420-02 c 136+00 1 .254-01 4- 229+CC

6000. 9.752+CC 9.869-03 4. 539+00 9 .912-02 5- 1C4+0C

8000. 1 .033+01 5.555-03 3 ^ 712+OC 6 .946-02 6. 542+OC

10000. 1 .087 + 01 3.556-03 -3 161+00 c .333-02 7. 653+CC

15000. 1.200+01 1.581-03 2 • 237+00 3 .361-02 9. 624+00

20000. 1.302+01 8.897-04 1. 675+00 2 .45C-02 1. 112+01

30000. 1 .466 + 01 3.955-04 1- 363+00 1 .567-02 1. 348+01

40000. 1.621+01 2-225-04 1- C82+CC 1 -173-02 1. 511+Cl

50000- 1. 716 + 01 1-424-04 9. C29-01 9 .3C3-03 1. 625+01

60000. 1 .788 + 01 9.891-05 7. 774-01 7 .7C7-03 1. 710+01

80000. 1 .898 + 01 5.564-05 6. 125-01 c .739-03 1. 836+01

100000. 1 .986 + 01 3.561-05 5. C82-C1 4 -571-03 1. 934+01

Z= 63 EUBOPIUf

ENERGY TOTAL COt-ER. INCOH. PHCTC ENERGY TOTAL COHER. INCCH. FHCTO PAI P (KEV ) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 4.169+07 2.640+03 2. 070-04 4.188+07 50. 4.656+03 1.080+02 2 . 685+01 4. 521+03

.015 2. 792+C7 2 .640 + 03 4- 649-04 2.792+07 60. 2.905+03 7.904+01 2 . 735+01 2-799+03

.020 2.094+07 2.64C+03 8- 250-04 2.094+07 80. 1 .367 + 03 4.740+01 2 . 743+01 1.292+03

.030 1.396+07 2.64C+03 1. 850-03 1.396+07 100. 7.618+02 3.151+01 2. 735+01 7.029+02

.040 1 .047+07 2.640+03 3. 277-03 1.047+07 150. 2.697+02 1.472+01 2 • 596+01 2.290+02

.050 6.379+06 2 .640 + 03 102-03 8.377+06 200. 1.358+02 8.484+00 2 . 437+Cl 1. C29+02

.060 6.963+06 2.639+03 7. 322-03 6.981+06 300. 5 .940+01 3.864+00 2 . 167+01 3.367+01

.080 5.236+06 2 .639+03 1. 292-02 5.235+06 400. 3 .763 + 01 2.200+00 1. 961+0

1

1.562+01

.100 4. 191 + 06 2.636+03 2. 005-02 4.188+06 500. 2.842+01 1 .418 + 00 1. 6C0+C1 9.0CO+00

.150 8.341+06 2.636+03 4. 431-02 8.338+06 600. 2-349+Cl 9.897-01 1. 670+01 5.799+00

.200 6.506+06 2.632+03 7. 734-02 6.505+06 800. 1 .829 + 01 5.600-01 1. 472+Cl 3.C17+00

.300 4.108+06 2.623+03 1. 676-01 4.105+06 1000. 1 .549 + 01 3.597-01 1. 325+01 1.661+00

.400 2.724+06 2.611+03 2. 865-01 2.722+06 1500. 1 .208+01 1.606-01 1. 079+01 6.591-01 2. 672-01

-500 1.910+06 2 .596+03 4. 298-01 1.908+06 2000. 1 .074+01 9.058-02 c ^ 212+00 5.2C4-01 9. 148-01

-600 1.403+06 2 .579+C3 5. 932-01 1.400+06 3000. 9.746+00 4.035-02 7. 247+00 2.747-01 2. 184+CC

-800 8.360+05 2. 539+03 9. 635-01 8.355+05 4000. 9.576+00 2 .273-02 6. 043+00 1.816-01 3. 328+OC

1-000 5.508+05 2.494 + C3 1. 3 63+0 0 5.483+05 5000. 9 .707 + 00 1.456-02 5. 216+00 1.345-01 4. 340+00

1-500 1.430+06 2 .372 + 03 2. 3 56+CC 1.428+06 6000. 9.961+00 1.011-02 4. 612+00 1 .063-01 5. 232+00

2-000 8. 179+05 2.243+03 3. 318+00 8.157+05 8000. 1.057+01 5.692-03 772+CC 7.446-02 6. 715+00

3-000 3. 091+05 1 .987 + 03 5. 129+00 3.071+05 10000. 1.115+01 3.644-03 3. 212+CC 5.713-02 7. 882+00

4.000 1.526+05 1.752+03 6- 773+00 1.510+05 15O00- 1 .238+01 1.620-03 2

.

375+00 3.599-02 9. 963+00

5. COO 8.802+04 1 .545 + 03 8. 262+00 8.647+04 20000. 1.341+01 9.117-04 1. 905+00 2.623-02 1. 148+01

6.000 5.592+04 1.367+03 9- 612+00 5-455+04 30000. 1 .5 19+01 4.053-04 1. 385+OC 1.699-02 1. 379+01

8.000 1.009+05 1.086+03 1- 197+01 9.983+04 40000. 1 .654+01 2.280-04 1. ICO+OC 1.255-02 1. 542+01

10.000 6 . 592+04 6.645+02 1- 398+01 6.502+04 50000. 1 .753+01 1.459-04 9. 175-01 9.955-03 1. 661+01

15.000 2.262+04 5-689+02 1 . 765+01 2.223+04 60000. 1.831+01 1.013-04 7. 900-01 6.247-03 1. 751+01

20.000 1 .058+04 4.120+02 2. 060+01 1 .015+04 80000. 1 .946 + 01 5.701-05 6. 224-01 6 .140-03 1. 883+01

30. COO 3.562+03 2.420+02 2. 399+01 3.316+03 100000. 2 .034 + 01 3.649-05 C 164-01 4.890-03 1. 9 82+ CI 40 .000 1.678+03 1.559+C2 2. 585+01 1.497+03
T4ELE II, CONT. PHOTCN CRCSS SECTION COMP/IRISON

EIGGS AND LIGl-THILL IN EARfVS/ATCM

Z= 64 GADOLINIUM

ENERGY TOTAL COHER

I NCOH. PHOTO ENERGV TOTAL COHER

INCOH

FHCTO PAI R

( K EV I SCATT. SCAIT. EFFECT JKEVJ SCATT

SCATT. EFFEC T PRC C . • CIO 4 .439+07 2.725+C3 2. 078-04 4.439+07 SO- 1.000+03 1.128+02 2. 720+01 8 .6C2+02

.015 2 .959+07 2.72E+C3 4. 667-04 2 .959 + 07 60. 3 -C71 + C3 8.258+01 2 . 772+C

2 .961+03

.020 2 .220+07 2. 725+03 8. 2 82-04 2.219+07 80o 1 .449 + 03 4.957+01 2

7eo+ci 1 .372+03

.030 1 .480+07 2. 724+03 1. 857-03 1.480+07 100. 8 .058*02 3.297+01 2 . 774+01 7 .451+02

.040 1 .1 10+07 2.724+C3 3. 290-C3 1 .110+07 150- 2. 841 + 02 1.541+01 2 . 636+01 2 .424+02

.C5C 8 . e 80 + 06 2„724+C3 5. 122-03 8.877+06 200 . 1 .429 + 02 8.889+00 2. 473+01 1 .093+02

.060 7 .40H-06 2 .724 + C3 7. 350-03 7.398+06 300 . 6.227+01 4.050+00 2 . 199+01 3 .623+01

.080 5 .551+06 2 .723 + C3 1 . 298-02 5.548+06 400 - 3.922+01 2.306+00 1. 991+01 1 .701+01

.100 4 .441+06 2.723+03 2. 013-02 4.439+06 500. 2.945+01 1 .487+00 1. 628+C9 .691+00

.150 1 .061+07 2.720+C3 4. 449-02 1.061+07 600 . 2 .424 + 0

1.038+00 1696+01 6 .246+CC

.200 7 .640+06 2.717+C3 7 . 765-02 7.638+06 800 , i . 879 + 05.873-01 1495 + 0 1 3 -249+00

.300 4.486+06 2 .7C7+C3 1 . 683-01 4.483+06 1000. 1 .586+01 3 .772-Cl 1 . 346+01 2 -02 5+OC

.400 2 .906+06 2 .695+03 2 . 677-Cl 2.903+06 1500. 1 .233 + 01 1 .685-01 1

C96+C1 c .242-01 2 .. 782-C

.500 2 .023+06 2.68C+C3 4. 317-01 2.021+06 2000. 1 .096 + 0 1 9 .500-02 9 . 357+CC .594-01 9

, 515-C

.600 1 .486 + 06 2.662+03 5. 959-01 1.484+06 3000. 9 .949+00 4.233-02 7 . 362+00 2 .95C-01 2

. 2 50+0 C

. 800 e .979+05 2.621+03 9. 680-01 8.953+05 4000. 9 .768 + 00 2.384-02 6. 139+CC 1 .950-01 3. 410+00

1 .CCC 6 .006+05 2.575+C3 1- 370+CC 5.981+05 5000. 9 .897 + 00 1.527-02 5 . 3 C 1 + OC 1.442-01 4.,436+C C 1.500 1 .321+06 2 .448+03 2. 370+00 1.319+06 6000 . 1 .015+01 1 .061-02 4. 685+00 1 .139-01 5. 344 + 0 C 2.000 8 .701+C5 2.313+03 3. 340+00 8.678+05 8000. 1 .C78 + C

5.970-03 3 . £ 32 + CC 7 .974-C2 6.. 865 + CC 3.000 3 .295+C5 2 .C47+C3 5. 171+00 3.274+05 10000. 1.141+01 3.822-03 3 . 263+CC 6 .116-02 8. C78+0C

4 . ceo 1 .634+05 1 .8C7+C3 6. £35+00 1.616+05 15000. L. 273+01 1.700-03 2 . 413+00 3 .851-02 1

C27+C

5.00C <3 .430+C4 1.596+03 8. 342+00 9.270+04 20000- 1.382+01 9,563-04 1. 935+OC 2. 805-02 1. 186+01

6. COO 5 .989+04 1 .415+C3 9 « 7C9+CC 5.847+04 30000. 1.565+01 4.251-04 1- 4C7+0C 1 .816-02 1.,422+C 1 8.000 1 .083+C5 1.130+C3 1 . 210+01 1.072+05 40000. 1 .703+0

2.392-04 1

117+OC 1 .342-02 1590+C

10. COO 6 .965+C4 9,2Ce+C2 1 - 413+01 6.871+04 50000. 1. £07+01 1 .531-04 9 . 32C-01 1 .C64-02 1713+01

15 .CCC 2.421+C4 6.C12+02 1 . 804+01 2.359+04 60000- 1 .E87+C1 1 .063-04 8C25-01 e .616-03 18C6 + C 1 2C . ceo 1 .124+04 4. 274+02 2. 082+01 1 .080+04 80000. 2-0C7+01 5 .980-05 6 . 323-01 6 .563-03 1

943+Cl

30. COO .813+03 2.518+C2 2. 427+01 3.537+03 100000. 2.095+01 3 .827-05 246-01 5 .227-03 2042+01

4C .COO 1 .765+03 1.626+C2 2 . 618+01 1 ,596+03

I 65 TERBIUM

ENERGY TOTAL COI-ER. I NCOH. PHCTO ENERGY TOTAL COHER . in;oh . FHCTC PA I F (KEV) SCATT. SCATT. EFFECT (KEV) SCATT

SCATTEFFECT PRCC .

• CIO 4 . 539+07 2 .81C+C3 2. 020-04 4.539+07 50 . 1 .067+03 1.179+02 2 . 755+01 9 .220+02

.C15 a .C26+C7 2.810+03 4. 537-04 3.026+07 60. 3.235+03 8.634+01 2

£09+03 .121+03

.020 2 .270+07 2.ei0+C3 8- 052-C4 2.269+07 80. 1 .536 + 03 5.186+01 2 . £18+01 1 .456+03

.030 1 . 513+C7 2.810+03 1. e06-C3 1.513+07 100- 8.557+02 3.450+01 2 . £12+01 7 .931+02

.C40 1 .135+07 2.810+03 3 • 199-03 1.135+07 150. 3. 013+02 1.614+01 2 . 674 + 0 1 2 .564+02

.C50 .CSC+C6 2.810+03 4. 981-03 9.078+06 200. 1 .508+02 9.309+00 2. 510+01 1 .164+02

.060 7 .567+06 2. 810+03 7. 148-C3 7.565+06 300. 6.512+01 4.242+00 2. 233+01 n .854+Cl

.080 5 .676+06 2.809+03 1. 262-02 5.673+06 400. 4 .073+0

2 .416+00 2 . C22+C1 . EC9+C1

. 100 4 .542+06 2.8Ce+C3 1. 958-C2 4.539+06 500- 3.045+01 1.558+00 1 . £56+01 1 .033+01

.150 1 .156+C7 2. 806+03 4. 328-02 1.156+07 600. 2 .498 + 01 1. 087+00 1. 722+06 .669+00

.200 £ .445+06 2 .803+03 7. 5S7-C2 8.442+06 800. 1 .927 + 0

6.1 53-01 1 . 5 18 + 01 3 .476+OC

.300 4 .946+C6 2.794+C3 1 . 639-01 4.944+06 1000. 1 .624 + 0 1 3.952-01 1. 367+01 2 .166+00

.400 3 .179+06 2.781+03 2. EC3-C1 3.176+06 1500. 1 .258+01 1.765-01 1 . 113+01 9 .895-01 2. 873-01

.5CC 2 .195+06 2 .766+C3 4. 2C9-C1 2. 192+06 2000 . 1.121+01 9.954-02 9 . 5C4+CC C .966-01 1. CC4+CC

.600 1 .599+06 2.749+C3 5. 815-01 1 .596+C6 3000. 1 .017+0

4.435-C2 7. 4 7 7+03 .155-01 2

338+0 C

. 800 .499+05 2.7C9+C3 9. 462-01 9.472+05 4000. 9 .976+00 2 .498-02 6. 235+CC 2 .085-01 3. 5C7 + C C 1 .000 6 .249+05 2 .664+03 1 • 342+00 6.223+05 5000- 1 .009+0 1 1.600-02 5. 384+00 1 .542-01 4. 539+CC

1.500 1 .405+06 2.540+C3 2. 336+CC 1.403+06 6000. 1.C35+C1 1.111-02 4. 758+CC 1 .2 17-01 5. 456+CC

2. CCC 9 .236+05 2 .408+C3 3. 311+CC 9.212+05 8000. 1.100+01 6.256-03 3 ^ 692+OC 8 .520-02 7. C16+0C

3.000 3 .5C8+05 2.143+03 5. 167+CC 3.486+05 10000. 1 .167 + 01 4.005-03 3. 314+00 6 .534-02 6. 288+00

4. COO 1 .732+C5 1 .897+C3 6. 851 + CC 1 .713+05 15000. 1.312+01 1.781-03 2. 451+OC 4 .1 13-02 1. C62+C1 5.C0C 9 .975+C4 1.676+C3 8. 3 6 8+00 9.806+04 20000. 1 .427 + 01 1.002-03 1. 966+CC 2 .996-02 1 . 227+01

6. COO 6 .341+04 1.485 + C3 9. 742+CC 6.191+04 30000. 1.611+01 4.455-04 1. 429+OC 1 .939-02 1. 466+Cl

8«C00 8 .225+C4 1.185+03 1. 214+01 8.105+04 40000. 1 . 754+01 2.506-04 1. 135+OC 1 .433-02 1. 639+Cl

IC.COO 7 . 336+C4 9.640+02 1. 419+01 7.238+04 50000. 1.865+Cl 1.604-04 9. 466-01 1 .136-02 1. 769+01

15.000 2 .577+C4 6.257+C2 1. 818+01 2.512+04 60000. 1 .951+01 1.114-04 £. 150-Cl 9 .413-03 1. 868+01

20. COO 1 .200+04 4.455+C2 2. 1C3+C1 1.153+04 80000. 2.073+01 6 .266-05 6 . 421-01 7 .CC7-03 2. CC8+C1 3C-C0C 4 .070+03 2.628+02 2. 4 54+Cl 3.782+03 100000. 2.153+01 4.011-05 22E-01 5.561-03 2. C99+01

4C .CCC 1 .9C4+03 1-698+02 2- 650+01 1 .708+03

1= 66 DYSPROSIUM

ENERGY TOTAL COHER . I NC OH . PHOTC ENERGY TOTAL COHER. INCOH . PHCTO PAI F (KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT . EFFECT PRCC.

.CIC 4 .722+C7 2-e9£+C3 1. 991-04 4.721+07 50. 1 .136+03 1.230+02 2 . 767 + C 1 c . 649+C2

.015 3 .146+07 2.898+03 4. 473-04 3.148+07 60. 3.413 + C3 9.014+01 2 . 642 + 01 ^ .294+03

.020 2 .361+07 2-898+03 7. 938-04 2.361+07 80. 1.622+03 5.417+01 2. 853+01 1 -539+03

.C30 1 .574+C7 2.897+03 1. 780-C3 1.574+07 100. 9.033+02 2.606+01 2. 650+Cl 8 -2E7+02

.040 1 .181+07 2.697+03 3. 154-03 1 .180+07 150. 3.176+02 1.687+01 2. 711+01 2 .736+02

.C5C 9 .446+06 2. 697+03 4. 910-C3 9.443+06 200. 1.586+02 9.735+00 2 . 545+01 1 .224+02

.060 7 .872+06 2.897+03 7. 047-03 7.869+06 300. 6-804+01 4. 437+00 2 . 265+01 4 .095+01

.080 .905+06 2.896+03 1. 244-C2 5.902+06 400. 4 .220 + 01 2.528+00 2. C51+C1 1 .926+01

. 100 4 .724+06 2.896+03 1. 930-02 4.721+C6 500. 3.148+01 1.630+00 1. £84+01 1 .lCl+01

.150 3 .150 + 06 2-893+03 4- 266-02 3.148+06 600. 2.574+01 1.137+00 1. 748+Cl 7 .120+00

.200 9 .303+06 2.890+C3 7. 449-02 9.300+06 800. 1 .977+01 6 .428-01 1. 541+01 3 .715+00

.300 C .410+06 2-881+C3 1. 615-Cl 5 .407+06 1000. 1 .661+01 4.136-01 1. 388+01 2 .316+00

.400 3 .463+C6 2.869+03 2. 762-Cl 3.460+06 1500. 1 .285 + 01 1.847-01 1. 130+C

1 .C57+CC 3. 020-01

.500 2 .383+06 2. 854+03 4. 147-01 2 .380+06 2000. 1.141+01 1.042-01 c ^ 649+00 6 .396-01 1. 018+00

.600 1 .730+06 2.637+03 5. 728-01 1 .727*06 3000. 1 .C39 + 04.641-02 7. 592+CC 3 .366-01 2. 415+CC

.800 1 .021+06 2.797+03 9. 317-01 1 .018+06 4000. 1 .024 + 01 2.614-02 6- 331+00 2 .225-01 3. 665+00

1.000 6 .667+05 2 .751+03 1. 321+00 6.639+05 5000. 1 .C41+01 1.674-02 5. 467+00 1 .645-01 4. 764+CC

1 .500 1 .498+06 2.627+03 2. 296+00 1 .495+06 6000. 1.070+01 1.163-02 4. £32+00 1 .296-01 5. 727+CC

2.000 9 .381+05 2 -493+C3 3. 251+CC 9.356+05 8000. 1.136+01 6.547-03 3. 952+00 c .CE7-02 7. 313+CC

3. COO .738+05 2-224+03 5. 073+00 3.716+05 10000- 1.199+01 4.192-03 3. 364+00 6 .968-02 8. 552 + CC

4 .000 1 .841+05 1.971+C3 6. 743+00 1.821+05 15000. 1.330+01 1.864-03 2 • 4 8 8+0 0 4 .266-02 1. C76+C1 5.000 1 -0E7+C5 1. 744+03 8. 265+CO 1 .040+05 20000. 1 .444 + 01 1-049-03 1. 996+00 Q .1 95-02 1. 241+01

6 .COO 6 .714+04 1.548+C3 9. 654+CC 6.558+04 30000. 1-644+01 4.662-04 1. 451+OC 2 .068-02 1. 497+01

8.000 8 .882+04 1.235+03 1. 210+01 8.758+04 40000. 1-793+01 2.623-04 1. 152+OC 1 .528-02 1. 676+01

10. COO 7 .7E3+C4 1 .005+03 1. 418*01 7.681+04 50000. 1 .902+01 1.679-04 9. 611-01 1 .212-02 1. 8C5+C1

15.000 2 .726+C4 6.510+02 \ ^ 821+01 2.659+04 60000. 1 .985+01 1.166-04 6. 276-01 1 .CC4-02 I. 902+01 20.000 1 .273+04 4.632+02 2. 112+01 1.224+04 80000. 2.110+01 6.558-05 6. 520-01 7 .471-03 2. 044+01 30.000 4 .339+C3 2.737+C2 2. 475+01 4.040+03 100000. 2.206+01 4.197-05 5 . 410-01 5 .950-03 2. 152+01

40 .000 2 .033+03 i.770+C2 2. 678+01 1.829+03
TAELE 11. CONT. PHOTCN CPOSS SECTICN COMPARISON

BIGGS AND LIGHHILL IN BARNS/ATCM

1= tl hOLMIUH

E^ERGY TOTAL COHER. INCOH. PHCTC

(KEVI SCATT. SCATT. EFFECT

.010 A .8A8*07 2 .986 + 03 1 .97A-CA A .8A8+07

.015 3 .232+07 2.986+03 A .A33-0A 3 .232+07

.C20 2 .A2A+C7 2.986+03 7 .867-OA 2.A2A+07

.030 1 .616+07 2.986+03 1 .76A-C3 1 .6i6+07

.CAO 1.212*07 2.986+03 3 .125-03 1 .212+07

.050 9 .698+06 2.986+03 A . E67-C3 9.695+06

.060 8 .C82+C6 2 .985*03 6 .98A-03 8 .079+06

-080 6 .063+06 2.985*03 1 .233-02 6 .060^06

.100 A .8 51;-06 2.98A*03 1 .913-02 A .8A8+06

.150 3 .235+06 2 .982*03 A .229-02 3.232+06

.200 8.965+06 2.978+03 7 .383-02 8 .962+06

.300 c .A 59-;- 06 2.969+03 1 .601-01 5 .A56+06

.AOG a 2.956*03 2 .739-01 3 .550+06

.500 2oA67+06 2.9A1+C3 A .111-01 2.A6A+06

.600 1 .803+06 2.92A*C3 5 .679-01 1 .800+06

.£CC 1 .C73+06 2.882+03 9 .2A0-01 1 .070+06

1 .000 7 .062+05 2.836*C3 1 .310+CC 7 .03A+05

1 .500 1 .603+C6 2.7C7+C3 2 .280+00 1 ,601*06

2 .000 9 .9A1+05 2.567+03 3 .232+00 9 .915+05

.000 a .963+05 2 .286+03 5 . 0 52+0 C 3 .9A0+05

A, 000 1 .956+C5 2.030+03 6 . 725+OC 1 .936+05

.COC 1 .123+05 1. 799+03 8 .255+00 1 .105+05

6 .000 7 . 117+OA 1.599+03 9 .655+00 6 .956+OA

8 .000 3 .A5e+CA 1.2E0+C3 1 .212+01 3 .329+OA

IC .COC a .167+OA 1 .0A2+03 1 .A23+C1 8 .061+0A

15 .COC 2 .9ClvCA 6.733+02 1 .832+01 2 .832+OA

20 .000 1 . 3 55+CA A. 802+02 2 .127+01 1 .305+CA

30 .000 A .598+C3 2.8A3+C2 2 .500+01 A .289+03

AC .000 2 .1A9+C3 l.eAl*C2 2 .709+01 1 .938+03

ENERGY TOTAL COHER

.

INCCH

.

FHCTO P A I F (KEVf SCATT

.

SCA TT • EFFECT PR CC • 50. 1 .203+03 1 .280+02 2 . 6 21*01 1 .047+03

60. 3 .571+03 9 . 38 5+01 2 . 67 8 + C

1

.44£+03

80. 1 .731 + 03 5 .6AA+0

1

2 . 69 2 + C

1

1.646+03

100- 9 .7 lA + 02 3.758+01 2 . e 89+C 1 c .C49+02

150. 3 .A20+02 1.759+01 2. 7 £ 1 + C 1 2 .969+02

200. 1.697+02 1.015+01 2 . 1 1 .338+02

300. 7-172+Oi A .629+00 2. 3 C C-i-C 1 4 .409+01 400. 4-AlO+Ol 2.6 37+00 2

.

C83-C-0 1 2 .064+01

500- 3 .26C+01 1.701+00 1. S 1 2 -> C

1

1 .178+01

600. 2.655+01 1 . 187+00 1

.

775-o-C 1 7 .61C+0C

800. 2.029+01 6.719-01 1 • 56 5 + C

1

.974+00

1000 . 1.701*01 A. 316-01 1

.

^ CS-J-0

1

2 .A82+0C

1500. 1.311+01 1 .928-01 1

.

1

1

1 .135+00 3 > 1 U i ~ U 1 2000. 1 .165+0

1

1.087-01 9 . 79 6 -fr C C 6 .671-01 1 • C 6 1 + C C 3000. 1 .060+01 4 . 8AA-02 7 . 7C7 -*0 C .619-01 2 • 4000 . 1 .044+01 2.72 8-02 6 . A 27 + 0 C 2 .390-01 3 • 743 + C C 5000 . : .059 + 01 1.747-02 5 . 5 50 *C C 1 .765-01 4 • £ A 8"t" C C 6000. 1.08 8+01 1 .2 1 A-C2 A . 9 C 5 -> C C 1 .393-01 822 + C C eooo. 1.157+01 6.8 33-0 3 4 . C 1 2 + 0 C 9 .736-C2 7 • 4 54 + C C 10000. 1.226+01 A. 375-03 ^ 1 5 + C C 7 .46C-02 6 • 762 + C C 15000. 1 .373 + 01 1.9A5-03 2 . 526+CC A .69C-02 I • 1 1 6 + C

1

20000i . Ay C +C I C 2 6 + 0 C

-a .414-02 \ , 2 90+ C

1

30000. 1 .697+01 A.866-0A 1. 473+OC 2 .2Ce-02 1. 548+Cl

AOOOO. 1 ,£47 + Cl 2.737-OA 1. nc+cc 1 .631-02 1. 729+Cl

50000. 1 .960 + 01 1 .752-04 9. 757-Cl 1 .293-02 1. 862+01

60000. 2.049*01 1.217-04 6. 401-01 1 .C71-02 1. 964+Cl

80000. 2.182*01 6.845-05 6. 619-01 7 -96e-C3 2. 115+Cl 100000. 2.280+01 4.381-05 C 492-01 6 .345-03 2. 225+Cl

Z= 66 ERBIUf

EtERGV TOTAL COFER. INCOH. PHCTC

(KEVI SCATT. SCATT. EFFECT

• CIC 4 .999+C7 3.076+03 1. 916-CA 4.998+07

-CIS 3 .333+07 .076+C3 4. 3C3-CA 3 .332+07

-020 2 .500+07 3 .076+03 7. 637-OA 2 .499+07

-030 1 . 666+C7 a .076+03 1. 712-C3 1 .666+07

.040 1 .250+07 3 .076+03 a _ 03A-03 1 .250+07

.C5C 1 .0CO+C7 3 .C75+C3 4. 725-C3 9 .997+06

-060 8 .3 34+06 a .075+03 6. 781-03 8 .331+06

-080 6 .251+06 .C75+C3 1. 197-02 6 .248+06

-100 c .002+06 3 .074+03 1. 858-C2 4 .998+06

.15C 3 .335+06 3 .072+03 4. 108-02 3 .332+06

.200 1 .C10+C7 .C68+C3 7. 175-02 1 .009+07

.300 6 .ci2+ce 3 .C59+C3 1. 557-01 6 .009+06

.400 .896+06 .047+03 2. 665-01 3 .893+06

.500 2 .697+06 3 .032+03 A. 004-01 2 .694+06

-60C 1 .964+06 .C15+C3 536-Cl 1 .961+06

-800 1 .161+06 2 .975+03 9. 024-01 1 .158+06

1 .COO 7 .569+C5 2 .930+03 1. 282+00 7 .539+05

1 .500 1 .697+06 2 .804+03 2. 247+00 1 .694+06

2 .000 9 .820+05 2 .668+03 a ^ 2C5+CC 9 .793+05

3 .000 4 .180+05 2 .391+03 5. 051 + 00 4 .156+05

4 .ceo 2 .C73+CS 2 .127*03 6. 742+CC 2 .051*05

5 .COO 1 .194+05 1 .886*C3 8. 279+00 1 .175+05

6 -COC 7 .586+04 1 .677 + 03 9. 680+00 7.417*04

8.000 3 •677+04 1 .342*03 1. 215+01 3 .542-^04

IC -coo 8 .515+04 1 .093*03 1. 427+Cl 8 .405+04

15.000 3 .081+04 7 .111+02 1. 846+01 3 .009+04

20 -000 1 .444+04 5 .006+02 2. 149+01 1 .392+04

30 -coo 4 .691+C3 .958*02 2. 529+01 4 .570+03

40 .COC .260+03 1 .915*02 2. 743+01 2 .061+03

ENERGY TCTAL COHER . INCCH . FHCTO PAIR

(KEV) SCATT. SCATT . EFFECT PRCC.

50. 1 .275 + 03 1.331+C2 2 .659+01 1 .114+03

60. 3.756+C3 9 .76 1+0

1

2 .9 16+0

1

.629+03

80. 1 .797+03 5.870+01 2 .933+01 1 . 7C9+03

100. 1 .005 + 03 3.908+01 2 .920+01 9 .267+02

150. 3.5A5+02 1.829+01 2 .793+0

1

3 .062+02

200. 1 .767 + 02 1.056+01 2 .624+01 1 .299+02

300. 7.A92+01 4.814+00 2 .236+01 4 .674+01

AOO. A ,596 + Ci 2.742+00 C .115+01 2 .2C6+C1

500. 3.381+01 1.768+00 1 .942+01 1 .262+01

600. 2. 742 + 01 1.234+00 1 .e02+C] 6 .162+00

800. 2.084+01 6.986-01 1 ,568+01 4 .262+CC

1000. 1.741+01 4.488-01 1 .430+01 2 .661+00

1500. 1.338+01 2.005-01 1 .165+01 1 .215+00 a , 222-01

2000. 1.190+01 1.130-01 s .942+00 7 .247-01 1. 113+00

3000. 1.084+01 5.037-02 7 .622+CC .664-01 2. 560+CC

AOOO. 1 ,067 + 01 2 .837-02 £ . 523+00 2 .549-01 3. 859+CC

5000. 1 .082+01 1.817-02 5 .632+00 1 .862-01 A. 978+CC

6000. 1.111+01 1.262-02 4 .978+OC 1.484-01 5. 966+CC

8000. 1.181+01 7.105-03 4 .C72+OC 1 .037-01 7. 632+CC

10000. 1.254+01 4.549-03 a .466+00 7 .946-02 6. 986+CC

15000. 1 .412 + 01 2.023-03 2 . 564+CC 4 .993-02 1. 15C+C1

20000. 1 .541 + 01 1.138-03 2 .C56+CC 3 .624-02 1. 332+01

30000. 1.744*01 5.060-04 1 .495+00 2 .250-02 1. 592+01

AOOOO. 1 .895+01 2.846-04 1 .187+00 1 .726-02 1. 774+01

50000. 2.C1C+C1 1.822-04 c .9C3-C 1 1 .376-02 1 . 9 10+ CI 60000. 2.102+01 1.265-04 6 .527-01 1 .139-02 2. C15+C1

80000. 2 .239 + 01 7.117-05 6 .718-01 6.479-03 2. 171+Cl

100000. 2.339+01 4.555-05 5 .573-01 6 .751-C3 2. 283+Cl

Z= 69 THULIUM

ENERGY TOTAL COFER

.

INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.CIO .106+C7 3 .167 + C3 1. 936-04 5 .106+07

.C15 a .404+07 3 . 167 + 03 4. 350-04 3.404+07

.020 2 .553+07 3 .167+03 7. 719-04 2 .553+07

.030 1 .7C2+C7 .167*03 1. 731-03 1 -702+07

.OAO 1 .277+07 3 .167*03 3. 067-03 1 .276+07

.050 1 .021+07 a .167+03 4. 775^03 1 ,021+07

.C6C 8 -513+06 a .166*03 6. 853-03 8 ,510+06

.080 6 -365+06 3 .166+03 1. 210-02 6 ,382+06

.100 C -109+C6 .165+03 1. 677-02 5 ,106+06

.150 3 .407+06 3 .163+03 4. 150-02 3. 404+06

.200 1 .112+07 .1 59*03 7. 247-02 1 ,112+07

.300 6 .368+06 a .150*03 1. 572-01 6 .365+06

.400 4 . 108+06 .136+03 2. 689-01 4 .105+06

.500 2 .846+06 3 .123+03 4. 038-01 2 .843+06

-600 2 .076+06 a .106+03 5. 579-01 2 .073+06

-8CC 1 -231+06 a .066+03 9. 082-01 1 .228*06

1-COO 8 .0 54+0 5

a .020+03 1. 289+00 8 .023+05

1-500 1 .199+06 2 .894*03 2. 247+CC 1 .196+05

2.000 1 .041+06 2 .757+03 3. 191 + 00 1 .039+06

3. COO 4 .415+05 2 .476+03 5. 005+00 4 .390+05 4.000 2 .195 + 05 2 .207+03 6. 683 + 00 2 .173*05

5 .000 1 .266+C5 1 .960+03 8. 224+00 1 .247+05

6-000 8 .048+04 1 .745+03 9. 640+00 7 .873+04

8.000 3 -897+04 1 .398 + 03 1. 215+01 3 .756+04

IC.COO 7 -951+04 1 .139+03 1. 430+01 7 .836+04 15.000 3 -234+C4 7.413+C2 1. 848+01 3 .158+04 20.000 1 -522+04 c .203+02 2. 154+01 1,468*04

30.000 C -162+03 3 .073*0 2 2. 546+01 4 ,849+03 40.000 2 .417*03 1 .989+02 2. 768+Cl 2 .190+03

ENERGY TCTAL COHER. INCCH. PHCTC PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 1 .348 + 03 1.382+02 2 . 667*01 1.161+03

60. 3,943+03 1.013+02 2. 947+01 3.812+03

80. 1,891+03 6.093 + 0 1 2 . 96A+01 1.8CC+03

100. 1 ,058 + 03 A. 056+01 2. 965+01 9,883+02

150. 3 .734 + 02 1 .899+01 2. 627*01 3.262+02

200. 1.858+02 1.096+01 2 . 656+01 1.463+02

300. 7,634+01 A. 996 + 00 2

.

366*01 4.969+01

400. 4 .777 + 01 2.8A6+C0 2 . 1A3+C1 2.349+01

500. 3,496+01 1.835*00 1. 968+01 1.346+01

600. 2,826+01 1.281+00 1. 627+01 £.703+00

800. 2,138+01 7.250-01 1. 611+01 4.547+00

1000. 1,782+01 A. 658-01 1. 451+01 2 . 629+00

1500. 1 ,366 + 01 2.080-01 1. 182+01 1. 297+00 3. 366-01

2000. 1. 214 + 01 1.173-01 1. CC9+01 7.a4C-01 1. 153+OC

3000. 1.106+01 5.227-02 7. 937+00 A. 122-01 2, 661+00

4000. 1 .069 + 0 I 2.9A4-02 6. 619*00 2.7 16-01 3. 971+CC

5000. 1.105+01 1.886-02 715+00 2. 006-01 5. 115+OC

6000. 1.135+01 1.310-02 5. C51+0C 1.562-Cl 6. 123+CC

8000. 1.207+01 7.37A-03 4. 131+OC 1.105-01 7. 617+CC

10000. 1 .279*01 A. 721-03 a ^ 517+00 6 .462-02 9. 166+CC

15000. 1 .437*01 2.099-03 2. 6C1+0C 5.316-02 1. 171+01

20000. 1.566*01 1.181-03 2 . C87+0C 3.666-02 1. 354+01

30000. 1.778*01 5.251-OA 1. 517+00 2.501-02 1. 624+01

40000. 1 .9AC*01 2.95A-0A 1. 205+00 1.847-02 1. 818+01

50000. 2.065+01 1.891-OA 1. 005+00 1.464-02 1. 963+01

60000. 2.i63*01 1.313-OA 8. 652-01 1-212-02 2. 076+01

80000. 2.308*01 7.386-05 6, 817-01 9.019-03 2. 239+01

100000. 2.A09*01 A. 727-05 5. 655-01 7-162-03 2. 352 + 01
T/IBLE II, CONT. PHCTCN CRO

BIGGS

SS SECTICN COMPARISON

AND LIGHHILL IN BAP^S/ATOM

Z= 70 YTTERBIUM

ENERGY TOTAL COKER. INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 c .316+07 3.259+03 1. 921-04 5 .316+07

.015 3 .544+C7 3.259+C3 4. 316-04 3 .544+07

.020 2 .658+07 3.259+03 7. 660-04 2.658+07

.030 1 .772+07 3.259+03 1 . 718-03 1 .772+07

.040 1 .329+07 3.259+03 3. 043-03 1 .329+07

.050 1 .063+07 3.259+03 4. 739-C3 1 .063+07

.060 8 .863+06 3.259 + 03 6. 800-03 8.860+06

.080 6 .648+06 3.258+C3 1. 201-02 6 .645+06

.100 5 .319+06 3.256 + 03 1. 863-02 5 .316+06

.150 3 .547+06 3. 2 55 + 03 4. 118-C2 3 .544+06

.200 1 .271+07 3. 252 + 03 7. 192-02 1 .271+07

.300 7 -174+06 3.243+03 1. 560-01 7 .171+06

.400 4 .589+06 3. 231 + 03 2. 669-01 4 .586+06

.500 3 .160 + 06 3.216+03 4. 008-01 3 .157+06

.600 2 .293+06 3 .199 + 03 5. 536-01 2 .290+06

.800 1 .347+06 3.159+03 9. 017-01 1 .344+06

1 .COC 8 .741+05 3.113+03 1. 260+00 8 .709+05

1 .500 3 .805+05 2.986+03 2. 233+00 3 .775+05

2 .000 1 .102+06 2.648+C3 3. 173+CC 1 .099+06

.000 4 .648+05 2.563+C3 4. 984+00 4 .622+05

.COO 2 .316+05 2.288+03 6. 663+00 2 .293+05

5 .000 1 .338+05 2.036+03 8. 2C7+CC 1 .318+05

6 .000 6 .516+04 1 .814+03 9. 630+00 8 .334+04

8 .000 .143+04 1 .4 54 + 03 1 . 2 15+01 3 .996+04

IC .000 8 .447+04 1.184+C3 1. 432+01 8 .327+04

15 .000 3 .407+04 7.678+02 1. 855+01 3.328+04

2C .000 1 .6C4+04 5.407+02 2. 165+01 1 .548+04

3C .000 5 .501+03 3.19C+C2 2. 565+Cl 5 .156 + 03 4C .000 2 .576+03 2 .C64+C2 2. 793+01 2.342+03

z = 71 LUTET lur* ENERGY TOTAL COI-ER. INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 5 .462+C7 3.353+03 1. 983-04 5.462+07

.015 3 .641+07 3.353+03 4. 455-04 3 .641+07

.020 2 .731+07 3.353+03 7. 906-04 2 .731+07

.030 1 .821+07 3 .353+03 1 . 773-03 1 .821+07

.040 1 .366+07 3.35^ +0 3 3. 141-03 1 .365+07

.050 1 .093+07 3.353+03 4. 890-03 1 .092+07

.060 c .106+06 3.353+C3 7. 017-C3 9 .103+06

.080 6 .830+06 3.352+03 1. 239-02 6 .827+06

. 100 .465+06 3.351+03 1. 922-02 5 .462+06

. 150 3 . 644+06 3 .349+03 4. 248-02 3 .641+06

.200 1 .402+07 3 .345+C3 7. 416-02 1 .401 + 07 .300 7 .894+06 3. 336+03 1 . 607-01 7 .891+06

.400 c .006+06 3.324+03 2. 749-01 5 .003+06

.500 .425+C6 3.30e+C3 4. 126-Cl 3.422+06

.600 2 .475+06 3.291+03 5. 697-01 2.472+06

.800 1 .446+06 3 .249+C3 9. 261-01 1 .443+06

1 .000 S .353+05 3.202+03 1. 312+00 9 .321+05

1 .500 4 .059+05 3.07C+C3 2. 276+00 4 .028+05

2 .000 9 .982+05 2 .926+C3 3. 218+00 9 .953+05

o • COO 4 .903+C5 2 .631+03 5, 022+CC 4 .877+05

A .000 2 .451+05 2.351+03 6. 701+00 2 .427+05

.COC 1 .415+05 2.C96+C3 8. 255+00 1 .394+05

6 .000 8 .993+04 1 .671 + 03 9. 694+00 8 .805+04

8 .000 4 -374+04 1 . 5C5+C3 1. 225+01 4 .222+04

10 .000 6 .444+04 1 .228 + 03 1. 444+01 6 .320+04

15 .OOC a .6 13+04 7.996+C2 1. 869+01 3 .531+04

2C .000 1 .712+04 5.605+02 2. 182 + 01 1 .653+04

3C .000 .824+C3 3.3C5+C2 2. 592+01 5 .477+03

AC .000 2 .716+03 2.137+02 2. 625+01 2 .474+03

Z= 72 FAFNILH

ENERGY TOTAL COhER

I NCCH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.010 661+07 3 .448+03 2. 022-04 5 .660+07

.015 3. 774+07 3.446+03 4. 542-04 3 .774+07

.020 2. 631+C7 3 .446 + 03 8. 061-04 2 .830+07

.030 1. 667+07 3 .446 + C3 1. 807-03 1 .887+07

.040 1. 415+07 3.448+03 3 202-03 1 .415+07

-050 1. 132+07 3.446+03 4. 966-03 1 .132+07

.060 9. 438+06 3.446+03 7, 154-03 9 .434+06

.080 7 .C79 + 06 3.447+03 1. 263-02 7 .076+06

.100 5. 664+06 3.446+03 1. 959-02 5 .660+06

.150 777+06 3.444+03 4. 330-02 3 .774+06

.200 2. 834+06 3.441+03 7. 558-02 2 .830+06

.300 8. 633+06 3.431+03 1. 638-01 8 .630+06

.400 5. 596+06 3.419+03 2. 800-01 5 .594+06

.500 3. 622+06 3 .404+03 4. 200-01 3 .818+06

-600 2. 744+06 3.366+C3 5. 797-01 2 .741+06

.800 1. 584+06 3.344+03 9. 415-01 1 .581+06

1 .000 1. 015+06 3.296+03 1. 332+OC 1 .012+06

1.500 4.345+C5 3 .160 + 03 2. 303+00 4 .313+05

2 .000 1. 0 60+06 3.010+03 3. 247+00 1 .057+06 3.000 C 158+05 2.704+03 5. 048+00 5 .131+05

4 .000 2. 566+CE 2.417+03 6. 731+00 2 .542+05

5.000 1. 492+05 2.158+03 8. 300+00 1.470+05

6.000 9. 547+04 1.929+03 9. 757+CC 9 .353+04

8.000 4. 650+04 1.555+03 1 .236+01 4.494+04

10.000 6. 844+04 1.270+03 1 . 457+01 6 .715+04

15.000 3. 792+04 8.211+02 1. 884+01 3 .708+04

20.000 1 . 786+04 5.804+02 2. 199+01 1 .725+04

30.000 6. 115+03 3.420 + 02 2- 615+01 5 .747+03 40.000 2. 664+03 2.211+02 2. 654+01 2 .614+03

ENERGY TOTAL COHER . INCOH. FHCTO PAIR

(KEV) SCATT. SCATT. EFFECT PRCD.

50. 1.435+03 1.434+02 2 .916+01 1 .263+03

60. 8.930+02 1 .051 + 02 2 .979+01 7 .560+02

80. 1 ,976+03 6.320+01 2 .998+01 1 .863+03

100. 1 .108 + 03 4.207+01 3 .CC2+C1 1 . C26 + 03 150. 3.916+02 1.969+01 2 .864+01 Q .422+02

200. 1 .946 + 02 1.136+01 2 .692+01 1 .564+02

300 . 8.174+01 5.180+00 2 .399+01 .257+01 400. 4.962+01 2.951+00 2 .174+01 2 .492+01

500. 3.620+01 1.903+00 1 .996+01 1 .433+01

600. 2.9 16 + C 1 i. 328+00 1 .653+01 c .294+00

800 . 2.196+01 7.518-01 1 .634+01 4 .866+00

1000. 1 .824 + 01 4.830-01 1 -472 + 0 1 .040+00

1500. 1 .394 + 01 2.15 7-01 1 . 199+01 1 .367+00 3..523-Cl

2000. 1 .238+01 1.216-0 1 1 .023+01 6 .379-01 1,. 186+CC

3000. 1.129+01 5.420-02 6 .C52+0C 4 .396-01 2 .749+00

4000. 1.115+01 3.053-02 6 .715+00 2 .69 7-01 4. 117+00

5000. 1.134+01 1.955-02 C .798+OC 2 .127-01 5,.309+OC

6000. 1 .166+01 1.358-02 5 .124+00 1 .664-01 6 .354+OC

8000. 1 .241+01 7.646-03 4 .191+00 1 .176-01 6.. C89+CC

10000. 1.313+01 4.895-03 3 . 568+OC c .CC3-C2 9..468+00

15000. 1 .468 + 01 2.177-03 2 .639+00 5 .653-02 1,.198+01

20000. 1 .600+01 1.225-03 2 .117+00 4 .112-02 1..384+01 30000. 1 .825 + 01 5.444-04 1 . 539+CC 2 .656-02 1..668+01 40000. 3 .063—04 1 . 2 22+00 1 » 9 1 3— 0 2 1.871+01

50000. 2. 122+01 1 .960-04 1 .C19+CC 1 .556-02 2.. C19+C1

60000. 2.2 21+01 1.361-04 6 .777-01 1 .266-02 2.132+01

80000. 2.365+01 7.659-05 6 .915-01 c .565-03 2..295+0 1 100000. 2.468+01 4.902-05 c .737-01 7 .632-03 2 .410+01

ENERGY TOTAL COHER . INCCH. PHCTC PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 1.513+C3 1. 485 + 02 2 .951+01 1 .335+03

60. 9,469+02 1.088+02 3 .016+01 8 .080+02

80. 2 .078+03 6.540+01 a .C35+01 1 .962+03

100. 1.167+03 4.353+01 3 .04C+C1 1 .093+03

150. 4 .120 + 02 2.037+01 2 .903 + 0 1 3 .626+02

200. 2 .C43+02 1 .176+01 2 .729+01 1 .652+02

300. 8.527+01 5.359+00 2 .432+01 C 400. 5 .150 + 01 3.052+OC 2 . 204+01 2 .641+01

500. 3 .743 + 01 1 .968+00 2 .025+01 1 .522+01

600. 3.006+01 1.374+00 1 .680+01 9 .866+00

800. 2.254+01 7. 776-01 1 .657+0 1 5 .164+00

1000. 1 .667 + 01 4.995-01 1 .493+01 :a .239+00

1500. 1 .422 + 01 2.231-01 1 .216+01 1 .477+00 3 _.636-01 2000. 1 .263 + 01 1 .258-01 1 .C36+01 6 .912-01 1.,233+CC

3000. 1.153+01 5.606-02 8 . 167+00 4 .672-01 2., 838+00

4000 . 1.138+01 3.157-02 6 .611+00 zt .077-01 4,.228+CC 5000. 1.156+01 2.022-02 5 . eei+oc 2 .269-01 .436+CC 6000. 1 .189 + 01 1.405-02 ; .198+CC 1 .766-01 6..495+00 8000. 1.265+01 7.908-03 4 .251+OC 1 .246-01 6.,268+00 10000. 1 .342+01 5.063-03 .619+CC 9 .554-02 c ^,697 + 00 15000. 1 .510 + 01 2.251-03 2 .677+OC 5 .999-02 1.,236+01 20000. 1.651+01 1.267-03 2 . 147 + CC 4 .364-02 1.,432+01 30000- 1.877+01 5.631-04 1 . 561+CC 2 .621-02 1.,718+01 40000

2 .043 + 03 .168-04 1 . 240 + 0 C 2 .06 3-02 1., 917 + 01 50000. 2.169+01 2.027-04 1 .034+00 1 .651-02 2. C64+01 60000. 2.268+01 1.408-04 6 .9C3-C1 1 .367-02 2.178+01

80000. 2.419+01 7.921-05 7 .014-01 1 .017-02 2.,348 + 01 lOCOOO. 2. 531 + 01 5.069-05 ; .619-01 6 .101-03 2..472 + 01

ENERGY TCTAL COHER . INCOH. FHOTC FAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 1 .598 + 03 1.536+02 2 .962+01 1 .415+03

60. 9.968+02 1 .125 + 02 3 .049+01 6 .536+02

80. 2.174+03 6.763+01 3 .071+01 2

.076+03

100. 1 .226+03 4.501+01 3.. C76+01 1 .150+03

150. 4.344+02 2.106+01 2 .940+01 3 .840+02

200. 2.153+02 1.215+01 2 .764+Cl 1 .755+C2

300. 8.938+01 5.540+00 2 .465+01 5

.920+01 400. 5 .359 + 01 3. 155+00 2..234+01 2 <.810+01

500. 3.870+01 2.035+00 2..052+01 1,.614+01 600. 3.094+01 1 .420+00 1,.9C5+01 1 .046+01

800. 2 .309 + 01 8.038-01 1,.680+01 5..481+00

1000. 1.908+01 5.164-01 1,.514+01 3-.426+00

1500. 1.451+01 2.306-01 1..223+01 1,.567+00 3. 815-01

2000. 1 .283+01 1.301-01 1 .053+01 9..4 7 5-01 1. 230+OC

3000. 1.175+01 5.795-02 6,.2ei+cc 4 .976-01 2. 909+CC 4000. 1 .168 + 01 3.263-02 6.. 907 + CC 3..276-01 4. 410+00

5000 . 1.194+01 2.090-02 5,.964+CC 2 <.417-01 5. 715+CC

6000. 1 .232+01 1.452-02 5,.271+00 1 .904-01 6. 840+00

8000. 1.310+01 8.174-03 4..311+OC 1 .329-01 6. 648+CC

10000. 1.380+01 5.233-03 .670+OC 1 .017-01 1. 002+01

15000. 1 .527+01 2.327-03 2 •. 714 + CC 6 ,.379-02 1. 249+01

20000. 1.671+01 1.309-03 2 <,177+00 4 ..626-02 1. 449+01

30000. 1 .926+01 5.820-04 1.583+OC 2..997-02 1. 767+Cl 40000. 2 .106+01 3.274-04 1..257+00 2..212-02 1. 978+01 50000. 2.226+01 2.096-04 1..C49+CC 1..7 53-02 2. 121+01 60000. 2.321+01 1 .455-04 9..028-01 1..451-02 2. 229+01

80000. 2. 467 + 01 8.18 8-0 5 7..113-01 1..C6C-C2 2. 395+01

100000. 2. 595 + 01 5.240-05 5..901-01 8..597-03 2. 535+01
BIGGS AND

Z= 73 TANTALUH

ENERGY TOTAL CCHER. I NCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

• CIO 5 .830+C7 3.545+C3 1. 984-04 5 .829+07

.015 3 .687+07 3.545+03 4. 456-04 3 .886+07

-020 2 .915+07 3.545+03 7. 908-04 2 .915+07

.030 1.543+07 3.545+C3 1. 773-03 1 .943+07

.040 1 .458+07 3.545+C3 3. 141-03 i .457+07

.050 1 .166+C7 3.544+03 4. 891-03 1 .166+07

.ceo 9 .719+06 3 .544*03 7. 019-03 9 .715+06

.080 7 .290+06 3.544+03 1. 239-02 7 .287+06

.100 .833+06 3. 543*03 1. 923-02 5 .829+06

.150 3 .890+06 3.54C+C3 4. 250-02 3 .886+06

.200 2 .918+06 3.537*03 7. 419-02 2 .915+06

.300 e .391+06 3.528*03 1. 608-01 8 .387+06

.400 c .429+06 3 .516*03 2. 751-01 5.425+06

.500 3 .7E9+C6 3.501+C3 4. 129-01 3 .755+06

.600 2 .738+06 3.463*03 5. 703-01 2 .734+06

.800 1 .617+06 3.441+C3 9. 274-01 1 .614+06

1.000 1 .C54+C6 3.392+03 1. 314*00 1 .051+06

1.500 4 .639+05 3.253+03 2. 2 84+0 0 4.607+05

2.000 1 .126+06 3. C97+03 3- 234+00 1 .123+06

3.000 C .465+05 2.779+C3 5. 059+00 5.438+05

4. ceo 2.740+C; 2.464+03 6. 764+00 2 .715+05

5 • 0 C 0 1 .57E+C5 2 •219 + C3 6 . 349+ CO 1 .556+05 6.000 1 .001+05 1.986*03 9. 819+00 9 .806+04

8.000 4 .863+04 1.604+03 1. 244+01 4 .701 + 04 IC.OOO 7 .256+C4 1.314+03 1. 468*01 7 .123+04

15.CCC 3 .982+C4 6.524+02 1. 903+01 3 .894+04

2C.C00 I .900+04 6.012+02 2. 223+01 1 .838+04

3C.C0C 6 .514+C3 3.529*02 2 . 643+01 6 .135+03 4C.C0C 3 .C36+03 2.275*02 2. 884+01 2 ,780+03

z 74 TUNGSTEN

ENESC-V TOTAL COHER. INCOH. PHCTC

(KEV) SCATT. SCATT, EFFECT

.010 6 .045+07 3.643+03 2. 035-04 6 .044+07

.015 4 .C3C+C7 3.643+03 4. 571-04 4 .030+07

.C2C zt .023+07 3.643+03 8. 112-04 3 .C22+07

.C3C 2 .C15+07 3.642+03 1. 819-03 2.015+07

.040 1 .511+C7 3.642+03 3. 222-03 1 .511+07

.050 1 .209+C7 3 .642+03 5. 017-03 1 .209 + 07 .060 1 .008+07 3.642+03 7. 199-03 1 .007+07

.080 7 .5E9+C6 3.641+03 1. 271-02 7 .555+06

.100 6 .C48+C6 3.641+03 1. 971-02 6 .044+06

.150 4 .033+06 3 .636+03 4. 356-02 4 .030+06

-2CC .026+06 3.635+03 7. 602-02 3 .022+06

.300 £ .6Ee+C6 3 .626 + 03 1. 647-01 8 .654+06

.400 C .669+06 3.614+03 2. 814-01 5 .666+06

.500 a .952 + 06 3.599+03 4. 220-01 3 .948+06

.6CC 2 .890+06 3 ,582 + 03 5 ^ 822-01 2 .887+06

.800 1 .716+06 3.540+C3 9. 447-01 1 .712+06

1.XCC 1 .122+06 3 .491+03 1. 335+00 1 .118+06

1.500 4 .958+05 3 ,346 + 03 2. 301 + 00 4 .924+05

2. COG 1 .189+06 3.167+03 3. 235+00 1 .186+06

3. COO 5 .766+05 2.657+03 5. 020+00 5 .738+05

4. ceo 2 .868+C5 2.554*03 6. 713+00 2 .862*05

5 . CO C 1 .665+05 2.263 + C3 8 . 315+00 i .642+05

6. COO 1 .056+05 2.C44+C3 9. 821+00 1 .036+05

8.C0C 5 .122+04 1.654+03 1. 253+01 4 .955+04

IC.OOO 2 .9Ce+C4 1 ,357+03 1. 461 + 01 2 .771+04

15.000 4 .189+04 6.814+02 1. 915+01 4 .099+04

2C.CCC 1 .965+04 6.216+02 2. 235+01 1 .920+04

30. COO 6 .831+03 3.660+02 2. 663+01 6.439+03

4C .ceo .2C5+03 2.364+C2 2. 911+01 2 .940+03

I 75 RHENIUM

EhEPGY TOTAL COHER . I NCCH. PHCTC

(KEVI SCATT. SCATT. EFFECT

.ClO 6 .215+07 3.742+C3 2. C54-C4 6.214+07

.015 4 .143+C7 3.742+03 4. 614-04 4 .143*07

.C2C 3 . 108+C7 3. 742 + 03 6. 189-04 3 .107+07

.030 2 .C72+07 3 .742 + 03 1. 836-03 2 .071+07

.C4C 1 . 554+C7 3.741+03 3. 252-03 1 .554+07

.050 1 .243+07 3.741+03 5. 064-03 1 .243+07

.C6C 1 .036+07 3.741+C3 7. 266-03 1 .036+07

.080 7 .772+06 3 .741 + 03 1. 282-02 7 .768+06

.100 6 .218+06 3 .740 + 03 1. 969-02 6 .214+06

.150 4 .147+06 3,738+03 4. 395-C2 4 .143+06

.200 3 .111+06 3.734+C3 7. 668-02 3 .107+06

.300 8 .829+06 3.726+C3 1. 660-01 8 .825+06

.400 5 .757+06 3.714+03 2. 636-01 5 .753+06

.500 4.036+C6 3 .699 + 03 4. 252-01 4 .032+06

.600 2 .STl+Ce 3.662+03 5. 863-01 2 .967+06

.800 1 .783+06 3.640 + 03 9. 503-01 1 .779+06

1 .000 1 .174+06 3 .591+03 1. 341+00 1 .171+06

1 .500 c .259+05 3 .445 + 03 2. 302+00 5.224+05

2.CC0 1 .238+06 3.279+03 3. 226+00 1 .235+06

3-COO 6 .063+05 2.938+03 4. 9 89+0 0 6 .034+05 4.000 3 .042+05 2.625+03 6. 679+00 .015+05

5.000 1 .753+05 2.347+03 8. 296+00 1 .729+05

6.000 1 .112+05 2.102+03 c , 629+00 1 .090+05

8.000 c .395+04 1.704+03 1. 260+01 5 .223+04

IC.OOO 3 .074+04 1 .401 + 03 1. 493+01 2 .932+04

15. COO 4 .405+04 9.127+02 1. 930+01 4 .312+04

20.000 2 .106+04 6.431+02 2. 253+01 2 .039+04

3C.C0C 7 .247+03 3.763+C2 2. 686+01 6 .841+03 40.000 3 .385+03 2.442+02 2. 938+01 3 .112+03

SECTICN COMPARISON

LIGFTHILL IN BARNS/ATOM

ENERGY TCTAL COHER. I NCCH . FHCTO PA I F (KEV) SCATT. SCATT. E FFEC T PR C C . 50. 1 .669 + 03 1.577+02 a ^ C16+C1 1 . 5C1+03

60. 1.053+03 1.154+02 3. 085+01 9 .0 69+02

80. 2.269+03 6.925+01 3 • 1C7+01 2 .169+03

100. 1 .283+03 4.604+01 3 . 116+01 1 .2C5+03

150. 4.553+02 2.152+01 2 . 976+01 4 . C4C+C2

200. 2 .256 + 02 1.241+01 2. 601+01 1 .651+02

300. 9.326+01 5.653+00 2 . 496+01 6 .264+01 400. 5.569*01 3.219*00 2. 265+01 2 .982+01

500. 4.006+01 2.075+00 2. cei+01 1 .716+01

600. 3.193*01 1 .448+00 1. 932+01 1 .116+01

800. 2.371+01 8.195-01 1 . 704+01 . 6 52 + 00 1000. 1 .953 + 01 5.264-01 1 . 525+01 3 .6 5 6+00

1500. 1 .479*01 2.351-01 1 . 250+01 1 .6 69 + 00 3. 919-Cl

2000. 1 .311*01 1.326-0

1

1 . C67+01 1 . c c e+oc 1. 300+CC

3000. 1.198+01 5.906-02 8 . 296+CC 5 .2 62-01 2, 999+00

4000. 1 .166*01 3.326-02 7. 002+00 - .477-01 4.475+CC

5000. 1 .208+01 2.130-02 6. 046+00 2 .562-01 5. 753+CC

6000. 1.242+01 1.480-02 5 . 244+00 2 .016- 01 6,.864+00 8000. 1.321+01 8.331-03 4. 371+00 1 ,406-01 8, 692+OC

10000. 1 .397+01 5.334-03 3. 721+CC 1 .07 7-01 1. 014+01

15000. 1 .564+01 2.372-03 752+OC 6 ,756-02 1, 282+01

20000

.

1 .714*01 1.334-03 2. 2C8+0C 4 .914-02 1. 488+01

30000. 1 .968*C1 5.932-04 1. 6C5+0C a .175-02 1. eC5+Cl

40000. 2.152+01 3.327-04 1. 275+CC 2 .242-02 2. C23+C1

50000. 2.287*01 2,136-04 1. C63+0C 1 .857-02 2, 179+Cl

60000. 2.391+01 1 .483-04 9 . 153-01 1 .5 2 6-02 2. 298+01

80000. 2 .547+01 8.344-05 7 . 212-01 1 .144-02 2. 474+01

100000. 2.666+01 5.340-05 ' • 963-C 1 ^ .1C6-03 2 ..6C6+01

ENERGY TCTAL COHER , INCOH . FHCTO PAIF

(KEV) SCATT. SCA TT , EFFECT PRCC . 50. 1.789+03 1 .641 + 02 2 . C46+C

1

1 .5 9 4+03

60 . 1.115+03 1 .202+02 3. 116+01 9 .636+02

80. 2 .378 + 03 7,222+01 2 . 143+01 2 .274+03

100. 1 ,347 + 03 4.805+Cl 3 . 154+0

1

1 .267+03

150. 4.786+02 2.248+01 3 . C16 + 0 1 4 .260+02

200. 2.369+02 1 .297+01 2 . 637+Cl 1 .9 5 5+02 300. 9.747+01 5 .909+00 2. 521+Cl 6 .625+01

400. 5. 766 + 01 2.366+OC 2

.

295+Cl 3 .155+01

500. 4 . 143+0

1

2.170+OC 2 . 109 + C 1 1 .617+01

600. 3.289+01 1.515+00 1 , 958+01 1 .16 0+01 800. 2.422+01 8,572-01 1

,

727+Cl t ,192+00

1000. 1 .998 + 01 5.507-01 1. 556+01 3 .674+00

1500. 1 .509+01 2.460-01 1, 267+01 1 .771+00 4, 087-01

2000. 1 .236 + 01 1.387-01 1. C£2+C1 1 .070+00 1. 354+CC

3000. 1.225+01 6.179-02 6. 511+CC - .6 lC-01 118+CC

4000. 1 .2 15 + 0 1 3.480-02 7. C9e+oc 3 .692-01 4. 643+00

5000. 1.228+01 2.229-02 6 , 129+00 2 .721-01 5 . 956+CC

6000. 1 .274 + 01 1 .549-02 - • 417+OC 2 .143-01 7. 092+00

8000. 1.254+01 8.716-03 4. 431+OC 1 .494-01 6. 956+CC

10000. 1 .432 + 01 5.581-03 772+00 1 ,143-01 1, C43+C1

15000 . 1.606+01 2.481-03 2. 790+CC 7 .167-02 1. 319+01

20000. 1 .765 + C 1 1,396-03 2

,

228+OC .2C9-02 1. 536+01

30000. 2.028+01 6.207-04 1. 627+OC 3 .365-02 1. 661+Cl

40000. 2.211+01 3.49 2-04 1. 292+OC 2 .483-02 2. C79+C1

50000

.

2 .343 + 01 2.235-04 1. C78+0C 1 .96 6-02 2. 233+01

60000. 2. 445+01 1.5 52-04 9. 279-01 1 .629-02 2, 350+01

80000. 2 ,601 + 01 8.731-05 7 . 21C-01 1 ,212-02 2 . 527+Cl 100000. 2 .725 + Cl 5.588-05 6. C65-01 9 .648-03 2. 664+01

ENERGY TCTAL COHER. INCOH. FHCTC PAIR

(KEV) SCATT. SCATT

.

EFFECT PRCC.

50. 1 ,662*02 1.695+02 C76+C1 1 .663+03

60, 1 .173+03 1.241+02 151+01 1 .016+03

80. 2.482+03 7.456+01 178*01 2 .275+03

100. 1 .409 + 03 4.960+01 3 , 191*01 1 .326+03

150. 5 .025 + 02 2.320+01 C53*01 4 .466+02

200. 2.487+02 1.328+01 2, 673*01 2 .066+02

300 . 1.020+02 6.099+00 2 . 564*0 1 7 .025*01

400. 6.020+01 3.473+00 2 • 325*01 . 34 6+01 500. 4.287+01 2.240*00 2. 127+01 1 .926+01

600. 3 .390+01 1. 563+00 1, 984+01 1 .250+01

800 . 2 .494 + 01 8.846-01 1. 750+01 6 .561+00

1000. 2. 044+01 5 .682-01 1. 577+01 4.111 + 00 1500. 1 .540 + 01 2.538-01 1. 284+01 1 .864+00 4. 211-01

2000 . 1 .365+01 1.431-01 1. 096*01 1 .140+00 1. 403+00

3000. 1 .249+0

1

6.376-02 6. 626*CC 5,963-01 3 ^ 205+00

4000. 1 .237+01 3.591-02 7. 194+00 3 .9 37-01 4. 746+00

5000. 1 .259+0 1 2.300-02 6. 2 12 + CC 2 ,900-01 6. 069+00

6000. 1.295+01 1.598-02 5. 490+00 2 .282-01 7. 217+00

8000 . 1 .378+01 8.994-03 4. 491+00 1 .590-01 9. 118+00

10000

.

1 .460+0

1

5.7 5 8-03 3. 623+00 1 ,2 15-01 1. C65+C1

15000. 1 .649+0

1

2.56 0-03 2

.

628+CC 7 .611-02 1. 359+01

20000. 1 .819+01 1.441-03 2 . 268+00 .526-02 1. 586+01

30000. 2.085+01 6.404-04 1. 649+OC 3 .567-02 1. 916+01

40000. 2.268+01 3.603-04 1. 3C9+0C 2 ,622-02 2. 134+01

50000. 2.401+01 2.306-04 1. C92+0C 2 .085-02 2. 290+01

60000. 2.506+01 1.601-04 9. 4C4-C1 1 .726-02 2. 410+01

80000. 2.668+0

1

9,009-05 7. 409-01 1 .283-02 2. 593+01

100000. 2.797+Cl 5,766-05 6 , 147-01 1 .022-02 2. 735+01
TABLE II, CONT- PHOTCN CROSS SECTICN COMPARISON

eiGGS AND LIGKTHILL IN BARNS/ATCM

2= 76 OSMIUM

ENERGY TOTAL C 0 H E R • I NC OH

P H C T C (KEV) ^'C A T T • SC A T T« E F F ECT .010 6 .474+C7 . 8^ 2 + C3 2 , C 67— C4 6 .474+07

. C 1 5 4 .316+07 3 • 84 2 + C3 1 43— C4 4 • 3 16+07

.020 .237+07 3 • 84 2 + C 3 Q 2

"29— 3 .2 37 + 07

• 030 2 .15f+07 3 • 84 2 + C ^ 847— C

^

• 0 AO 1 .619+07 Q 8 4 2 + C 3 3 ^ 272 — 0 3 1 • 6 1 8+0 7 .050 1 .295+C7 3 • 6 4 2 + C 3 C ^ 5— C 3 1 *295+07

.06 0 . C 79 + 0? 3 • 8 4 2 + C 3 3 1 0— G3 1 • 079+07

.CEO g .841+03 2 90— C2 .100 .47 8+ C 6 3 .840+03 2 , 001-" 02 .150 .3 20+0 6

Q .83e+C3 4 _ 4 21—02

.200 .241+06 3 .835+03 7 , 714— C2 3*2 37 + 06 .300 . 970+06 a .826+03 ]^ ^ 1 7C— C

.400 5 . 9 37+0 6 3 .815+03 2 . 8 53— CI 5 • 933+06

.500 /; . 1 94+C6 3.800+C3 275— CI 4.1 90+06

.6CC a .102+06 .783+03 5 ^ 8^5—01

.800 1 .872+06 3 .741+C3 9

,

5 51- CI

1 .ceo 1 .239+06 3.692 + 03 34 7+ C C 1 • 235 + 06

1 .500 . 593+05 3 .543+C3 2 » 310+ CC 5 • 5 58 + 05

2 .000 8 .847+C5 3 .372+03 3 . 233+CO 8 .814+05

3 .000 6 .106+05 3 .C21+03 4 ^ 996+ C C 6 o 076 + 05 .000 -3 .199+05 2 .699+03 6 . 695+00 3 .172 + 05

5 .COO 1 .847+05 2 .413+03 8. 330+00 1 • 823+0 5 6 .COO 1 .173+C5 2 .162+03 9. 885+CC 1.151+05

8 .000 5 .699+04 1 .754+03 1. 270+01 5.522+04

IC .000 ^ .246+04 1 .444+03 1. 5C6+C1 3.100+04

15 .000 4 .629+C4 9 .432 + C2 1 . 947+01 4.533+04

2C .oco 2 .206+C4 6 .648+02 2. 272+Cl 2.137+04

3C .coo 7 .615+03 3 .908+02 2. 712+Cl 7. 197+03

.coo

-3 .573+03 2 -522+C2 2. 969+01 3.291+03

Z= 77 IRIDIUM ENERGY TOTAL COhER

I NCCH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.CIO 6 .7C3+C7 3 .944 + 03 2. 080-C4 6.702+07

.015 4 .469+07 3.944+03 4. 671-04 4.468+07

.020 .352+07 3.944+03 8. 289-04 3.351+07

.C30 2 .234+07 3.944+C3 1. 858-03 2.234+07

.040 1 .676+07 3 .944 + 03 3. 292-03 1 .676+07

.05C 1 .341+07 3.944+03 5. 125-03 1.340+07

.C60 1 .117+07 3.943+C3 7. 354-03 1.117+07

.080 8 .382+06 3.943+03 1. 298-02 8.378+06

.100 6 .706+06 3 .942 + 03 2. C13-C2 6-702+06

.150 4 .472+06 3 .940 + 03 4. 447-02 4.468+06

.200 3 .355+06 3 .937 + 03 7. 759-02 3.351+06

.300 9 .469+06 3.926+03 1. 680-01 9.465+06

.400 6 .286+06 3.917+03 2. 868-01 6.282+06

.500 4 .453+C6 3.902+03 4. 298-01 4.449+06

.600 3 .299+06 3 .885+03 5. 926-01 3.295+06

.800 1 .995+06 3.844+C3 9. 597-01 1.991+06

1 .COO 1 .321+06 3 .794 + 03 1. 353+00 1.317+06

1.500 .955+05 3.644+03 2. 316+00 5.919+05

2 .COO 3 .261+05 3.469+03 3. 238+00 3.227+05

3.000 6 .434 + 05 2.106+03 4. 999+00 6.403+05

4. COO 3 .377+05 2.776+C3 6. 707+CC 3.349+05

5.000 1 .951 + 05 2.480+03 8. 360+00 1.926+05

6 .000 1 .236+05 2.222+03 9. 940+00 1.213+05

8 .000 C .962+04 I.e05+C3 1. 280+01 5.800+04

10.000 3 .4 12+04 1 .489+03 1. 520+01 3.262+04

15 .000 4 .816+04 9 .741+02 1. 964+01 4.718+04

20.000 2 .322+04 6.869+02 2. 291+01 2.251 + 04

30 .COO 8 .063+03 4.035+C2 2. 735+01 7.652+03

4C.0OO 3 .804+03 2.603+02 2. 995+01 3.513+03

ENERGY TCT AL CO HER « I NCOH

PHOTO PAIR

(KEV) SC ATT • ^CA TT

EFFECT PR C C . 50 • 1 .99 3 + 0 3 1 .750+02 1 10 + 01 . 7 6 7+C3

60 . 1 . 243+0 3 1.28 1+02 3 ^ 18 5+01 2^ .06 2 + 03

80 . 2 .590 + 0^ 7.694 +03 ^ 2 13 + C 1 •461+03

1 00 a 1 •477 + 0'^ 5.11 8+0

3

2 2 9+01 . c a + Q-a

1 5 .276 + 02 2.39 3+0 1 3 ^ C 9 1 + C 1 .72 8+02

^

2 .608 + 0 d £ . ^ C 9 + C

.17 9+02

300 . A 9 on 4-fm 0 . t y U TU u 2 ^ 597+01 7 .41 6+ 0

400. 6 .253 + 01 ^ ft 9 + n n 2 ^ a c c ^. Q 1 .54 C+ 0

500. 2 . 164+01 2 . 04 2+01 600 . 3.499 +0

1i, .OitTiJU ft 1 ? +n n 2 ^ C 1 C+C

.326+01

800 . 2 .562 + 0 1 9 . 122-0 1 7 7 3 + C 1 .981+00

1000 . 2.093 +0

(; Q A n— n 1 5 9 7 + C 1 • 3 74+ 0

1500 . 1.57 1 + 02.61 7— 030 1 + 0 1 . C C 2+0 0 4. 379-01

2000 . 1.39 1 + 0

1.476—01 111+01 .21 C+C C 1. 446+CC

3000 . 1 .2 74 + 01 6.575—02 8 • 74 1 + C C .340—01 3. 3C2+CC

4000 . X •£9-' '-''^ 3 .703— 07 ^ 290+00 .16 9-01 4. 891 + CC 5000 . 1 . 2 £ 8 +0 1 2 372-^02 6 • 2 9 5 + C C

a

. C 6 9—01 6.252+CC

6000 . 1 .325 + 0

1 .64 8-02 5 , 564+0 0 2 • 4 14—01 7. 42 8+ C C 8000 . 1 .409 +0

9 • 274—0 3 5 5 C + C C J .66 2-0

<;

36 1 + C C 10000. 1 .491+01 5*938—03 3 , 874+OC ]^ .2 6 5—01 I , 09 0+01

15000. 1 .676 + 02 • 640— 0 3 6 6 5 + C C £ . C4 6-C2 3 61+01 20000. 1.843+01 1.486-03 2 * 298+OC 5 .844-02 6nfi+r

0 »J 0 T ^ 30000. 2. 111 + 01 6.604-04 1* 671+CC a .771-02 94 0+0

40000. 2.296+01 3.715-04 1. 327+OC 2 .782-02 2

,

1 6 0+ C 1 50000. 2.430+01 2.378-04 1. iC7+CC 2 .2C4-02 2 , 317+01

Ann on 2 .535 + 01 1.6 51 — 04 g , 5 30—01 • 62 4— C2 2

,

43 3+01

0\J \J\J\J . 9 • 290-0 5 7 ^ 5 C 8— C 1 .357-02 2 , 623 + C

2 • 832 + 05 .9 46—0 5 6 . 229—01 . C 8 0— 0 2 2 , 7^9+ J

ENERGY TCT AL CO HERI NCOH

FHCTG PAIR

( K EV ) SCATT . SCA TT * EFFEC T PRCC . 50

2.124 +0 3 140 + 0 1 I .912+03

60 . i . 3 24 + 0 3 1 • 322+02 3 , 218+01 I . 1 6C+C3

80 . 2 •69? + 03 7.9 3 5 + 0

a

2 49 + C 1 . 5 6 7+03 100. 1 . 542 + 03 5 • 278+0

^

* 2 6 6+01 I .457+03

150. 5.51 8 + 0 2 2 . 46 7 + 0

a ^ 129 +C 1 4 .956+02

200 . 2.726+C2 1.423+01 2 , 945 + C ] 2 .290+02

300. 1.109 +0 2 A A ft Zi-»-n n 2 • 6 0 + 0

7 .813+01

400 . A A c Zi 4-rt 1 2 ^ " 86 + C

.739+01 500. 1 9 3 + C 1 2 .162+Cl

600. ^•610 +0 1 1.66 1+00 2 ^ a^ + Q J 1 .4C6+01

800. 2 ^ ^ J +Q J 9 • 403— 0

1 7 9 6 + C 1 7.411+00

1000. 2.143+01 618+01 4 .642+00

1500. 1.60 + 0 1 2 .69 7—01 ]_ ^ 3 1 8 + C 1 2 .122+00 4. 587-Cl

2000 . 1.41 5+0 1 1.52 1-012 6 + C 1 1 .282+00 1. 460+OC

^000. 1 .298 + 01 6.777—02 g ^ 6 56 + C C 6 .710-01 3. 383+CC

4000. 1 9 c "3 j.n 1 1 . ^ ^ _ +u 1 3.8 17~* 0 2 7 ^ 3 86 + 0 C 4 .409-01 5. C69+CC

5000 . 1 .325+01 2 .44 4—02 6 • 3 7 8 + 0 C

-a .245-01 6. 519+CC

60 00 . 1 .3 67 + 01 • 69 8—02 5 ^ 6 37+00 2 .553-01 7. 764+CC

8000. 1 .4 5 6 + C 1 9.5 59—03 4 • 6 10 + 0 C 1 .777-01 9. 760+CC

10000. 1 .5^5 + 01 6.1 20— 0

^ 9 2

"^ + 0 C 1 •356-01 1. 128+01

1 .7C4 + C1 2*72 1~ C 3 2 ^ ^ ^ a +Q Q 6 .5C4-02 1. 4C5+01

1 .869 + 01 1.531-03 329 + 0 C 6 .177-02 1. 630+01

30000. 2.164+01 6.806-04 1. 693+00 .986-02 1. 990+01 40000. 2 -368+01 3.829-04 1. 344+CC 2 .941-02 2. 231+01

500C0. 2. 510 + 01 2.451-04 i. 121+OC 2 .329-02 2. 395+01

60000. 2.6 16 + 01 1-702-04 9. 655-01 1 .926-02 2. 518+01

80000. 2.780+Cl 9.575-05 7* 6C7-01 1 .434-02 2. 702+01

100000 . 2. 916 + 01 6.128-05 6. 311-Cl 1 .1^2-02 2. 652+Cl

2= 78 PLATINUf

ENERGY TOTAL COFER. I NCOH. PHCTO ENERGY TOTAL COHER . INCOH . PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 6.965+07 4.C47+C3 1 .876-04 6.965+07 50. 2.210+03 1.864+02 n .173+01 1.991+03

.015 4.644+07 4.C47+C3 4 .214-04 4.643+07 60. 1.275+03 1.365+02 3 .252+01 1.2C6+03

.020 3-483+07 4.C47+C3 7 .478-04 3.482+07 80. 2.827+03 8.190+01 .286+01 2.712+03

.030 2.322+07 4.C47+03 1 .677-03 2.322+07 100. 1 .614+03 5.446+01 3 .304+01 1.527+03

.040 1.742+07 4.C47+03 2 .971-03 1.741+07 150. 5.776+C2 2.546+01 3 .167+01 5.2C5+02

.050 1.393+07 4.C47+03 4 .625-03 1.393+07 200. 2 .853+02 1.468+01 2 .963+01 2.4C6+C2

.060 1.161+07 4.046+03 6 .637-03 1.161+07 300. 1 .157 + C2 6. 689+00 2 .664+01 6.239+01

.C6C 8.710+06 4. 046 + 03 i .172-02 8.706+06 400. 6. 746 + 01 3.809+00 2 .416+Cl 2.949+01

.100 6.969+06 4.045+03 1 . 818-C2 6.965+06 500. 4.751+01 2.456+OC 2 .221+01 2.264+01

.150 4.647+06 4. 043 + 03 4 .C18-C2 4.643+06 600. 3 .722 + C 1 1.714+CC 2 .C63+C1 1 .466+01

.200 3.466+06 4.C41+C3 7 .013-02 3.482+06 800- 2.7C0+C1 9.698-01 1 . 620+01 7.822+00

.300 2. 326+06 4.C33+C3 1 .520-01 2.322+06 1000. 2.193+Cl 6.230-01 1 .629+01 4.9C9+0C

.400 6.618+06 4.C22+C3 2 . 599-01 6.614+06 1500. 1 .634+01 2.782-01 1 .335+01 2.246+00 4. 675-01

.500 4.721+06 4.0C9+C3 3 . 899-01 4.717+06 2000. 1 .447 + 01 1 .569-01 1 .14C+C1 1.356+CC 1. 559+CC

.6CC 3.508+06 3 .993 + 03 5 .363-01 3.504+06 3000. 1.325+01 6.990-02 8 .971+00 7.096-01 3. 5C3+CC

.800 2.126+06 3.954+C3 8 .747-01 2.122+06 4000. 1 .312+01 2.936-02 7 .482+OC 4.662-01 C

^ 136+CC

1.000 1.407+06 3.907+03 1 .238+00 1.4C3+06 5000- 1 .336+01 2.521-02 6 .461+00 3.43C-01 6. 531+00

1 .500 6.340+C5 3.7 59 + 03 2 .146+CC 6.303+05 6000. 1.374+01 1.752-02 C .71C+CC 2.696-01 7. 743 + 00

2 .000 3.467+05 3 .582 + 03 3 . C37+CC 3.431+05 8000. 1 .463+01 9.859-03 4 .670+00 1.879-01 9. 762+00

3.000 6.368+05 2. 211 + 03 4 .768+00 6.336+05 10000. 1 .552 + 01 6.312-03 .976+CC 1 .435-01 1. 140+Cl

4 .000 3.541+C5 2. 665 + 03 6 -518+00 3.512+05 15000. 1.753+01 2.807-03 2 .941+00 8.985-02 1. 450+01

5.00C 2. 046 + 05 2.555+03 8 .211+CO 2.020+05 20000. 1.924+01 1 .579-03 2 .359+CC 6.525-02 1. 681+Cl

6.000 1.299+05 2. 267+03 9 .841+CO 1.276+05 30000- 2.196+Cl 7.020-04 1 .715+00 4. 210-02 2. C20+C1

8. COO 6 .308+04 1-858+C3 1 .281+01 6.121+04 40000- 2.395+01 3.949-04 1 . 262+OC 2.1C6-02 2- 256+01

10.000 3.601+04 1 .535+03 1 .527+01 3.446+04 50000- 2.547+01 2.528-04 1 . 136 + 00 2.460-02 2- 431+Cl

15.000 5.C36+C4 1.007+C3 1 .978+01 4.933+04 60000- 2.667 + 0 1 1.755-04 c .7 80- CI 2.026-02 2. 567+Cl 20.000 2.466+C4 7.C98+C2 2 .309+01 2.392+04 80000- 2.645+Cl 9.875-05 7 . 7C6-C1 1.514-02 2. 767+01 30.000 8.554+03 4. 169+C2 2 .761 + 01 8.109+03 100000. 2.972+01 6.320-05 6 .393-01 1 .205-02 2. 907+01

4C.000 3.965+03 2.686+02 .C26+C1 3.685+03
TiBLE II, CONT- PHCTCN CBCSS SECTION COMPARISON

BIGGS *NC LIGHTHUL IN BARNS/^TOM

Z= 79 GOLC ENERGY TOTAL COI-ER . INCOH. PHCTC

(KEV) SC ATT. SCATT. EFFECT

.CIO 7. 195+07 A .15 1+C3 1 . e30-CA 7.195+07

. CI 5 A. 797+07 A .151+03 A. 111-CA A. 797+07

• 020 3.598+07 <i .151 + 03 7. 2 9 5-CA 3 .597 + 07

. C 3 C 2- 399+07 A .151+03 1 . 6 36-03 2.398+07

• CAO 1. 799+07 . 1 51+C3 2. 898-C3 1.799+07

• C50 1. A39+07 .151+03 A. 513-03 1 . A39+07

• C60 1. 200+07 A .151+C3 6. A76-C3 1 .1 99 + 07

• CfiO 8. 998+06 A .15C+C3 1. 1A3-02 8 . 99A+06

.100 7. 199+06 A .15C+C3 1. 77A-C2 7.195+06

.150 A. 801+06 A .1A8+C3 3. 921-02 A. 797+06

.200 3 .602+06 A .1A5+C3 6- eA7-C2 3 .597+06

.300 2 .A02+06 A .137+C3 1 .AEA-Cl 2 .398+06

• AGO 7. 112+Cf A .127+03 2. 5A0-C1 7.107+06

.500 C^ 028+06 A. 113 + 03 3. 813-01 5. 02A+06

.600 3. 72A+C6 A .C97+C3 5. 267-01 3.720+06

.800 2. 252+06 A .C58+C3 8. 569-Cl 2 .248+06

1 .000 1.A91+06 A .011+03 1. 215+00 1 .487+06

1 . 500 6. 730+C5 a .862-JC3 2. 116+CO 6.691+05

2 .000 3. 689 + 05 3 .683 + 03 3. 008+00 3. 652+05

a .000 6.67A+C5 .3CA+C3 A. 772+CC 6 .6A1+05

A .CCC 720+05 2 .9Ae+C3 6. 516+CO 3.690+05

5 .CCC 2. 153+05 2 .626 + 03 8. 219+CC 2.127+05

6 .COO 1. 365+05 2 .351+03 9. 858+CC 1 ,342+05

e .coo 6 . 619+CA 1 .911+03 1. 285+01 6.426+04

ic .000 3. 7?3+CA 1 .5eC+C3 1. 535+01 3.62A+0A

15 .CCC 5. 307+CA I .0AC+C3 1. 997*01 5.201+OA

20 .000 2 . 568+CA 7 .330+02 2. 336+01 2.493 + 04

3C .CCC 8. 902+03 A. 303 + 02 2. 790+01 8.444+03

AC .COC A. 16A+03 2.773+C2 3 . C57+C1 3.856+03

ENERGY TCTAL COHER. INCOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT PRCC.

50. 2.317+03 1.922+02 3 . 2C6+C1 2 .C92+C3

60. 1 .443 + 03 1.406+02 3. 288+01 1 .269+03

80. 6.956+02 £.438+01 3. 221+Cl 5 .7EC+02

100. 1.682+03 5.610+01 3. 3A0+C1 1 .593+03

150. 6 .054 + 02 2.621+01 2CA+01 c .472+02

200. 2.986+02 1.512+01 a ^ C19+01 2 .533+02

300. 1.205+02 6.885+00 2. 698+01 8 -662+01 400. 6.994+01 3.920+00 2. AA7+C

1

A -15A+01

500. 4.913+01 2.527+00 2. 2A9+C1 2 .All+01

600. 3.841+01 1.764+00 2

.

069+01 1 .575+01

800. 2 .774 + Cl 9.981-01 1. 6A3+C1 £ .3 17 + CO 1000. 2.246+01 6.411-01 1. 660+01 .216+00

1500. 1.668+01 2.863-01 1. 352+01 2 .386+CC 4. 865-Cl

2000. 1.477+01 1.615-01 1. 155+Cl 1 .429+00 1. 623+CC

3000. 1.353+01 7.193-02 9. 066+00 7 .522-01 3. 615+CC

4000. 1-339+01 4.051-02 7. 57e+CC A .937-01 5. 274+CC

5000. 1.362+01 2-594-02 6. 5A3+00 3 .620-01 6. 688+OC

6000 . 1-401+01 1-803-C2 c 763+00 2 .£54-01 7. 919+CC

8000. 1.492+01 1.015-02 A. 730+00 1 .986-01 9. 984+CC

10000. 1 .586 + 01 6 .496-03 A. C27+CC 1 .517-01 1. 167+Cl

15000. 1.798+01 2.888-03 2 . 978+OC c -A91-C2 1. 491+01

20000. 1 .974 + 01 1.625-03 2 • 389+CC 6 .£91-02 1. 728+01

30000. 2 .245 + 01 7.224-04 1. 737+CC 4 .445-02 2. C66+C1 40000. 2.AA4+C1 4. 064-04 1. 379+CC 3 .276-02 2. 3C2+C

1

50000. 2-597+01 2.601-04 1. 15C+0C 2 .596-02 2. 480+01

60000- 2.720+Cl 1 .807-04 9. 906-01 2 .149-02 2. 619+01

80000. 2.902+01 1 .016-04 7. eoA-ci 1 -59E-C2 2. 823+01

100000

.

3 .029+C

1

6.50A-05 6. 4 7 5-01 1 .272-02 2. 963+01

2= EC MERCURY

ENERGY TOTAL COHER . INCOH. PHCTC ENERGY TCTAL COHER

.

INCOH. FHOTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC,

.010 7.A95+C7 A .257 + 03 2 .111-CA 7,494+07 50. 2.449+03 1.979+02 .237+01 2 .219+03

.015 4.997+07 A.257+C3 A . 7A1-CA 4.996+07 60. 1.521+03 1.447+02 3 .320+01 1 .344+03

.020 3. 748+07 A .257 + C3 8 .A13-0A 3.747+07 80. 7,208+02 8 .679 + 01 3 .355+01 6 .104+02

.030 2.A99+07 A.257+C3 1 .886-03 2.498+07 100- 1.744+03 5.769+01 3 ,378+01 1 .653+03

.040 1.87A+07 4.257+03 3 .3A1-03 1.874+07 150. 6.290+02 2.695 + 01 .241+01 c .696+02

.050 1.499+07 A. 257+03 5 .201-03 1.499+07 200. 3.110+02 1.553+01 .C54+C1 2 .649+02

.060 1.2A9+07 A. 257+03 7 . A62-03 1.249+07 300. 1.256+02 7.074+00 2 . 730+01 9 .123+01

.060 9.372+06 A. 256+03 1 .217-02 9.368+06 400. 7.273+01 4.028+00 2 .477+01 4 .393+01

.100 7.A99+06 A.256+C3 2 .CA2-C2 7.494+06 500- 5-089+01 2.597+00 2 .277+01 2 .552+01

. 150 5. 001+06 A.253+C3 A . 5C9-C2 4.996+06 600- 3-963+01 1.812+00 c .115+01 1 .667+01

.200 3. 751+06 A.251+C3 7 . £65-02 3.747+06 800. 2 -849 + 01 1.025+00 1 .666+01 8 .81C+00

.300 2.5C2+06 A.2A2+C2 1 .7C1-C1 2.498+06 1000. 2 . 300 + 01 6.5e6-Cl 1 .681+0 1 .53C+00

.AOO 7.A37+06 A. 231+03 2 .903-01 7.432+06 1500. 1 .7C3 + 01 2.941-01 1 .369+01 2 .533+00 5. C61-C1

.500 5.306+06 A .217 + 03 A .345-01 5.302+06 2000. 1.506+01 1.658-01 1 . 169+Cl 1 .528+00 1. 671+CC

.600 3 .9A9+06 A. 200+03 5 .984-01 3.945+06 3000. 1 .379 + 01 7.388-02 9 . 2C1+0C 7 .9££-01 3. 712+CC

.800 2.399+06 A.159+C3 c .669-01 2.395+06 4000. 1.365+01 4.161-02 7 .674+00 .239-01 5. All+CC

1 .000 1. 591+06 A .1 10 + 03 1 .3 59+ CO 1.587+06 5000- 1.290+01 2.66 5-02 6 .626+00 a .850-01 6. 862+00

1.5C0 7.17A+C5 2 .3C7+CC 7.134+05 6000- 1 .430+01 1.851-02 .656+CC 3 .025-01 e. 127+CC

2. COC 3.916+05 3.771+03 3 .2C0+0O 3.878+05 8000. 1 .527 + 01 1.042-02 4 . 79C+CC 2 .103-01 1. C25+01

3.000 7.017 + 05 3 .383 + 03 A .9C7+0C 6.983+05 10000- 1.625+01 6.671-03 li .C78+0C 1 .6C5-01 1. 2CC+C1

A .ceo 3.905+05 3 .020 + 03 6 .608+00 3.874+05 15000- 1 .646 + 01 2.966-03 3 .C16+0C 1 .0C3-O1 1. 53A+C1

5.000 2.266+05 2.69A+C3 8 .3C2+CC 2.239+05 20000- 2.027+01 1.669-02 2 .419+00 7 .282-02 1. 778+01

6 .000 1.A37+05 2 .A12+C3 c .953+CC 1.413+05 30000- 2.303+01 7.420-04 1 .759+00 4 .694-02 2. 123+01

6 .COC 6.95A+0A 1 .963 + 03 1 .299+01 6.757+04 40000. 2.5C7+01 4.174-04 1 .397+OC a .A61-02 2. 36A+C1

10.000 3.968+OA 1.625+03 1 .552+01 3.804+04 50000- 2 . 665 + 01 2.672-04 1 . 165 + 00 2 .7A1-02 2. 5A5+C1

15.000 5 .536 + OA 1. 072+03 2 . 013+01 5.427+04 60000- 2 .790 + 01 1.855-04 1 .CC3+0C 2 .266-02 2. 687+01

2C.CCC 2.711+OA 7.563+C2 2 .351+01 2.633+04 80000- 2-973+Cl 1 .044-04 ( .9C3-01 1 .666-02 2. £92+01 30.000 9.AAA+03 A.A36+C2 2 .812+01 8.972+03 100000. 3-097+01 6.680-05 e .557-01 1 .3A2-02 3. 030+01

AC. COO 4.A12+03 2.656+C2 3 .0E4+C1 4.096+03

Z= 81 TFALLIUf' ENERGY TOTAL CCI-ER. INCCH. PHCTC ENERGY TCTAL COHER. INCCH. FHCTC PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC,

,0 10 7- 840+07 A ,364 + 03 2 .26S-CA 7.840+07 50- 2.579+03 2.036+02 266+01 2. 3A2 + 03

.015 5. 227+C7 4,364+C3 5 .095-OA 5.226+07 60. 1-605+03 1.489+02 3. 355+01 1.423+03

.020 920+07 4.364+C3 9 .CA2-04 3.920+07 80. 7 .699 + 02 8-923 + 0 1 3. 292 + C 1 6-467+02

.030 2. 614+07 A.36A+C3 2 . 027-03 2.613+07 100. 1.818+03 5.930+01 416+01 1. 725+03

.CAO 1. 960+07 A .36A + 03 . 590-C3 1 .960+07 150- 6.569+02 2-769+01 280+01 5.965+02

.050 1. 566+07 A.36A+03 5 .589-03 1.568+07 200- 3.258+02 1.596+01 3 ^ C91+01 2.769+02

.060 1- 307+07 A.36A+C3 8 .018-03 1.3C7+07 300- 1 .310+02 7.267+00 2. 763+Cl 9.614+01

,C80 c ^ 804+06 A. 363 + 03 1 .415-02 9.800+06 400. 7.553+01 4.137+00 2 . 506+01 4.622+01

. 100 7- 84A+C6 A. 362 + 03 2 .194-02 7.840+06 500 . 5 .264 + 01 2 .667+00 2. 305+01 2.692+01

.150 5. 231+06 4.360+03 A .842-02 5.226+06 600. 4.087+01 1.861+00 2. 141+01 1.760+01

.200 a^ 92A+C6 4.357+03 8 .442-02 3,920+06 800. 2 .925 + 01 1 .053+00 1. E89+C1 9,3Cl+00

.300 2- 618+06 4.347+03 1 .825-01 2-613+06 1000. 2 .353+01 6.764-01 1. 7C2+C1 5.827+00

.AGO 7. 937+06 4.335+03 3 .111-01 7-933^06 1500. 1. 736 + 01 3.021-01 1. 267+01 2,67C+CC 5. 213-Cl

-500 530+06 4.319 + 03 A .653-01 5-526+06 2000. 1.535+01 1.703-01 1. 184+01 1.610+00 1. 725+CC

-600 A. 102+06 4 .301 + 03 6 .401-Cl 4,098+06 3000. 1 .405+01 7.588-02 9. 316+00 6.41C-01 3. 818+OC

.800 2. 507+06 4. 256 + 03 1 .C32+C0 2,503+06 4000. 1 .391 + 01 4.273-02 7. 770+00 5 .5 16-01 5. 547+CC

1.000 1. 67A+06 4.202+02 1 .447+00 1 .67C+06 5000. 1 .416+01 2.737-02 6. 7C9+0C 4.053-01 7. C15+0C

1 .500 7. 616 + 05 4.040+03 2 .434+CC 7,575+05 6000- 1.456+01 1.901-02 5. 930+00 3.165-01 fi. 291+00

2.000 4. 16C+C5 3 .851 + 03 3 .346+CC 4.122+05 8000- 1,552+01 1.070-02 A , 850+00 2,215-01 1, 043+01

3.000 7, 362+05 3 .457 + 03 5 .058+00 7.327+05 10000- 1 ,651 + 01 6-852-03 4, 129+OC 1 .691-01 1. 220+01

4.000 4. 076+05 2.089+03 6 .758+00 4. 045-^05 15000- 1.660+01 3.047-03 -a ^ C54+CC 1.057-01 1. 56A+C1

5.000 2 . 380+05 2.759+C3 8 .453+00 2.353+05 20000, 2-C73+01 1-714-03 2, 450+OC 7,671-02 1- 821+01

6 .COO 1. 513+05 2.472+03 1 .011+01 1.488+05 30000, 2 .366+01 7.620-04 1. 781+CC 4-9A6-C2 2 . 183+0

1

8.000 7. 335+04 2. 014+03 1 .315+01 7.132+OA 40000. 2.577+01 A.287-0A 1. 414+00 3. 647-02 2. A31+01

10.000 4. 189+04 1 .669+03 1 .569+01 4.021+04 50000. 2 .739 + 01 2.744-04 1. 180+00 2.8ES-02 2. 618+01

15.000 c 064+04 1,107+03 2 -032+01 4.971+04 60000. 2.868+01 1.906-04 1. C16+CC 2.390-02 2. 76A+C1

20 .000 2. 824+04 7,802 + 02 2 -373+01 2.743+04 80000. 3.062+01 1.072-04 6. C02-01 1.777-02 2. 981 + 01 30. COO 9. 659+03 A,5£9+C2 2 .837+Cl 9.374+03 100000

.

3 . 199v01 6.861-05 6. 629-Cl 1. 414-02 3. 131+01

AO. 000 4. 629+03 2,9A0+02 3 .113+01 4.304+03
T^ELE 11, CONT. P H C T C N C R 0

EIGGS

2 - 82 LEAD

ENERGY TOTAL C 0 H ER 1 NC OH PH 0 T C (KEV) SC ATT. SC A T T • EFFECT

.010 8 . 18 8+07 A ,473 + C3 2 1 2 "SO"" 04 a 1 Q 7 j.n 7 .015 5 .4 59 + 07 4 •A73 + C3 1 43 ** C 4 5 .458 + 07

.020 4 .094+07 * f JttL" A P QA Jtn 7

• 030 2 . 730+0 7 A •A73 + C3 2

C46"~ C 3 2 • 729+ C7

• 040 2 . C 4 7+ 0 7 3

. 6 24~ C 3

"5 ri A7 n 7 .050 1 .6 '8+07 A A T 9 ji. r a 5

. 641 — 03 1 • 637 +0 7

• 06 0 1 .^65+07 8 • CS3~ 03 1 •365+07

• 080 1 •0 24+0 7 A • 4 7 1 + C3 1i •1 4 2 8"- C 2

1 n 0 Q A n 7

. 100 8 . 192+06 2 • 2 Jl. 5~* 0 2

Q J Q 7 JL n A

1 c; n • 1 3 u • 4 6 ''+ 0 6 A A A fl ,\ r "3 4

. 890— C2 5.458+06

• 200 4 .098+06 A A /. c A n "3 8 • A n Q A A ri A

2 A A c; c J. r a 1 •. 844*' C

9 7 9 Q A OA 400 2 . 0 *~ 1 + 0 6 A AA 1 -A-r

3 « 1 4 5— 01 9 OA7AnA

• 5 OO c. 64 5+0 6 A •425vC3

^

1 p 7— r

' oSS

4 .301+06 A •'tC5 + C3 480— 0

A Q A A ri A

• 8 0 C 2 •6^6+06 1

C46"*" C C 2. *i3 32 +06

* 1 . 770+06 ^•302+C3 A AQ J. n n 1 • 766+06

1I • 500 8 • C 16 + C 5 4«1^2"*C3 2 • 7 • 974+0 5 2 .000 4 ^ ^ 9 2+ C 3.^37+C3 3 « 4 32^j" 0 0 4*352+05

.000 6 • 6 71 + 0*^ 3«532-8-C^ 5 2 13+ C C 6 c636 + 05

4 .000 4 .271+05 "^•1^7 + 03 9 52*00 A 0 ao An ^^ 5 • COG 2.481+05 o fl o J. r a ft* fc 57+ 0 C

• CC 0 1 •580+C5 2»532+C3 1 • C 30+ 01 1 .555 + 05

6 .000 7 .705+04 2 •C66 + C3 1

332+0

7 A Q 7 A n A 10 .000 4 .410+04 1 •713 + C3 5 8 5 + C

A 9 3 7 A n A

15 .ooc 3 .640+04 1 •136+C^ 2 « ^ «^ ^ 1^

"3 7 7 c: A HA 2C .000 2 .952+C4 2 • 4 02 + C

"5 Q AC ADA

30 .000 1 .034+04 4.700+02 2. 868+01 9.838+03

40 .coo 4 •85 5+C3 2.C19+C2 3. 145+Cl 4.522+03

I 83 BISMUTH

ENERGY TOTAL COhER

I NC OH • PH L T C (KEV) SCATT. EFFECT

.010 8 .432+C7 4.583+03 2 • 3 2 6— C 4 8 .431 +07

.015 5 .621+07 4 .583 + 03 2 2 5— 04 5 .621+07

• 020 4 .2 16 + C7 4.5e2+C3 ^'

2 7 2 — C 4 4.2 16+07

• 030 2 .811+07 4.582+C3 T

• C 79~ 0 3

0 ft 1 n A n7 .C40 2 . 108+07 4.562+C3 6 82— C

^ 9 1 n Q A n 7

• 050 1 .687+07 4.582+03 731 — C 3 1 .686 + 07 .C60 1 •406+C7 4.562+C3 g 1 A nC^ A P7 .080 1 .054+07 4.581+C3 4 1 — 0 2

1 n A An7

.100 8 .436+06 4.5eC+C3 ^ • 2 50— C 2 8.431+06

. 150 5 .625+06 4.578+C3 9 6 6~ C 2 5.621+06

.200 4 .220+06 4.574+C3 6 62—02 4.216+06

.300 2 .815+06 4 .564 + C3 1i • 8 73 — 01 9 Q 1 n A n A .400 2 .112+06 4.549 + C3 3 • 1 94— C

9 1 n a A n A .500 5 •9C7+C6 4.532+C3 ^* 779— C

Q mAn A .600 4 .463+06 4.511+C3 6 • 5 7 8— G

A A A n A .800 2 .769+06 4.462 + C3 C 62+ C C 2.765+06

1 .000 1 .660+C6 4 .403 + 03

c ^

I n c;aa pa

1 .500 8 .510+05 4.226+03 2 • 5 1 6+ C 0

Q /. A c A n c

2 .CCC 4 .662+05 4.C23+C3 3 « 47 2 + 0 C 4.622+05

a • COO 6 .972 + 05 3.6C5+C3 6.936+05

4 .coo 4 .424 + 05 3.225+03 C 2 7+ C C

A a O 9 A n K

5 .000 2 .601+05 2.686+03 8 • 7 60+ C 0 2 • 572+05

6 .coo 1 •660+05 2.592+03 1 • 1 .634 + 05

8 .000 8 .C73+C4 2.117 + C3 3 "^0+ C

7 C) A Pa PA

IC .000 4 .610+C4 1.757+C3 1 • 6 C 5 + C

A A a a A PA

15 .000 4 .0 15+04 1.168+03 2 • 0 73 + C

3.896 + 04

2C .ceo .C83+C4 8.287+02 2 • 4 1 8+ 0

9 Q Q O n /. 30 .000 1 .090 + 04 4.641+C2 2. 891+01 1 .039+04 40.000 C .122+03 3.11C+C2 3. 172+01 4.779+03

I 84 PCLCMLf'

ENERGY TOTAL COHER. I NC OH

PHOTO

(KEV) SCATT. E F F E C T .CIO 8 .683+07 4.694 + 03 2 • 29 5— 04 O A Q O J. n "7 O . O OA +U f .015 .789+0 7 4 .694 + 03 5 • 1 5 5~ 04 7 0 0 aP7

.C20 4 .342+07 4 .694 + 03 9 • 148— C4 /. "2 1 J. ~J H • J4i +(J f .030 2 .895+07 4 .693 + 03 2 • C 5 1 — C3 9 ft A A n 7 .040 2 .171+07 4 .693 + 03 ' 6 33—03 2.171 +07

• 050 1 .737+C7 4.693+03 5 • 6 56 — 03 1 • 736+07

.06C 1 . 4 48-!-C7 4.693+03 8 • 1 1 5— C 3

T /. /. 7 JL n "7

• 080 1 .086+07 4.692+C3 1 • 43 2 — 02 I P O K A P 7

• 100 8 .687+06 4.691+03 2 • 2 21 — 02 O A O 9 jv. n A .150 C .793+06 4.689+03 ^ ^ S C 6— C 2

c; 7 Q 0 J. n A .200 4 .346+06 4.685 + 03 8 • 5 58 — C2 *t • 34 i + Uo

.300 2 .899+06 4 .674 + 03 1 • 8 52— 01 9 D Q /. ^ r\ A ^ . O y + UO .400 2 .175+06 4.659+03 3 • 1 62—01 2 . 171+06

.500 6 •206+C6 4. 641 + 03 ^

• 7 36— C i A 9 n f, A P A

• 600 4 •725+C6 4.620+03 6 • 5 26— C

A 7 9 1a pa .800 2 .940*06 4.569+03 1 • 0 56+ C C 9 Q 9 c: J. n A ^. 735 + lJO

1 • 000 1.972+06 4. 507 + 03 *

I Q A ft A P A 1 • ^J 0 0+ Uo

1 .500 c .C09+05 4.323+03 2 3 5 36+ C C 8 • 9 6 6 "-' 0 5 2 • 000 4 .942+05 4.112+03 3 o 5 31 * C C

A o nn ap c

3 .COO 7 .357+05 3 .681+03 c 4 16+ C C 7. 320 "'05 4 • COO 4 .477+05 3.292+03

^

* 2 33 + 0 0 A** A A A A P • *tS-'f + UD

5 .000 2 . 721+C5 2.950+C3 8 a 9 A Q 9 J. P 6 .000 1 .738+05 2.652+03 1 C 66+ C

1.711+05

8 • OOC 8 .478+04 2.17C+03 ^

* 3 6 8+ C

ftO • AOU*U*t 9 A Papa

10 .000 4 . 651+04 1 .803+03 1 • 623+ 01 /. A A o J. n y. 15 .COO 4 .2 18+04 1 .203+03 2 • 0 S 8+ C

4 . 096 + 04

20 .000 2 .2 23-;-04 8.535+02 2 • 3.13 5 + 04

3C .COO 1 .148+04 4.981+C2 2 , 920+ C

1.095 + 04 40 .000 .392+03 3-198+02 3. 201+01 5.040+03

AND LIGHTHILL IN BARNS/ATOM

C Kl CD P V T CT AL C 0 H ER • I NC OH . PHCTO PAIR

( K EV ) SCATT . SCA T T . ^ pp "J PR C C . 50 * A.9 9iLjr A+ pL_9 9 P Q fl aP 9 ^ . UO t3 +U A

9J

9 r 9 J.P 1 • - 1- A + (-< 1

9 A A a+n a 60 • 1 .684 + 03 1.5 26 + 02 3 .390+01 1*4^ £+ 0 3 80 .

ft P 0 P -^P 9 9.13 6+0

9 A 9 A aP 1 6*82 4+ C 2 100. 1i.C9^+U3 Q C 9 A p a 6*0 67+0

3 .451+01 1*79 6+ 0 3 150. A O 9 9 JL T 6 . c / ^: +0 A

9 Q 9 1 aP 1 A * 0 J 1+0

. 316 + 01 6*25 7+02 200 o 3 *i399 + C2 1.631 +0

. 1 2 6 + C 1 2.92 3+ C 2 300 .

Tl 9 A C A P 9 1.3 C P + U A 7 A 9 C aP P f • '^A 3+U(J 2 . 796 + 01 1 p 1 1 A p 9 1 • <J 1 1+ U A 4 0 0 « 7.843+Cl A 9 9 A aP P H . A AC +UU .538+01 4.86^+01

500 C /. A 7 P T 9 7 9 A A P P A » / A *t+U U 2 •333+01 9 ft A 1 A p 1 600. 4.216+01 1 OPT aP n 1 . 7 U 1 +u u 2

1 A 7 A P 1 1.856+01

3 P P 9 aP 1 1 p 7 *n p i C 1 9 A P 1

• 7 1 A T J i C f) 9 1 aP P 1000* 2 .4C8 + C 1 6.90 7— 0 1 ^ 2

^^ + 0 1 6.1 62 + 0 0 1500. 1l.ffl 9 7 1^01 + lji 3*0 84— 0

11 9 fl 1 Ia p n .472—01

2000 . 1 .561 + 0^ 1.7 39'" 0

]^ * 199 + 0 1

1 AC P+P P . 7 5 0+ C C 3000. 1 A "3 1 -f.P 1 6 *86 4— 0

. 9 1 0+ 0 C 4000. .422+01 4*36 2— 0 2 . f 6 ^ + C C

*^ • 6 12— C

.72 8+ C C 5000. 1 A ^ 9*n

2.79 4— 0 2 * 792 + 00 4*27 0—01 . 270 + C C 60 00. 1 .495 + 01 T Q A 1 — n 9 . C C 3 + C C ^ • ^ *^ 6— 0

g ^ 5 c 5 ^ f 8000 • 1 .592 + 01 1 09 3-0 2 4 . 9 1 0 + C C 2*3^ ^—0

. 077+ C

1

nn

*

s A p A A n 1 6.99 5— C 3 . 1 60 + 0 C 1.78 1—01 . 249+0

150 00. 1 ft C ft AP 1 3.1 10-0 • C 9 1 + C C 1.11 3-0

]^ .578+01

20000. 2.089+01 1.750-03 .480+00 6.C77-02 1 .833+01

300002 .396 + 01 7.779-04 1 .ec3+cc 5.2C7-02 2 .210+Cl

40000. 2.611+01 4.376-04 1 . 432 + 00 3 .840-02 2 .464+0 1 50OO0. 2.770+01 2.801-04 1 .194+00 3.041-02 2 .647+01

600 00 . 2.895 +C

1.94 5— 04 1I . C 2 8 + 0 C 2.51 7—02 2 . 7 90+ C 1 Q n n p p 9 r 0 a ap 1 1 n Q A— P A . 1 C 1— 0

1.67 1—02 p r A A r 1 3.24 1+0

7.00 3— 0 5 .72 1— 0

1.4 &9~*02 •172+01

E N E R GY T CT A L CO h cR . INCOH . PHOTO P A I P (KEV) SCATT . QP ATT E F F EC T PRCC . 50 • 9 0 C P ,1, p 9 9 1 9 A p 9 9 * 9

- J

3 11 API ^ L 1 2.6C1+03

6 0. 1 7 7 9 A p 9 1 . / IAT(jJ 1.572+02 .421 +0

1 ^ 1 A p a 80 . 8 .495 + 0^ 9.417+01 9

• 4 6 1 + C 1 7*207+02

100. 1.96 8 + 03 6*25 5+0

. 4 8 9 + C

1.871+03

150. 7.159+C2 9 G 1 Q aP 1 A . 7 1 7 +u 1

9

* ^ ^ 3+ C

6.5^1+02

200 • 3*533+02 1 Aft 9 aP 1 .16 2+01 "".04 6+0 2 300. 1 •4 12 + 02 7 A 7 A n r . 6 2 6 + C 1 1 . C ^+0 2 400 • Q n c p A p 1 0 * U 9 L +0 I A a Q A n p . 9 D 7+ u u 2 * 56 / + C

5.06 7+0

500 • 5*6 14 + 0 1

9 ftpaP

p

^ * a u 7 tu u

9A . 3 6 1 + C 1 2.972+01

600 • 4 .34 1 + C 1

1 Q A P AP P 1 * 70U +U

2 .193+01 1*95 2+ C

800 •

"3 P ft 9 A P 1 1 T P Q A P P J, • 1 U 7 v-U U 1 1*03 6+ C

1000 . 2*46 7+0 1 7 19 A— P 1

( . J. A H U i

1 * } 6*51 ^+ 0 C 1500* 1 • 8C 7 + 0

3.18 1—01 .421+01 9 C C A aP P 64C CI 2000 . 1 .5 9 4 + C

1 * 794— 0

11 •213+01 1*7*- 9+0 0 2^ B 82 5 + C C 3000. 1 •460 + 01 7.99 0-0 2 * 9.36 1— C

40 00 •

1 A K P A P 1 1 .*»!> U + U 1 A R P P— P 9 H • D U U— U A 6*14 7-0

5 . 877+CC

5000. 1 A 7 C A P 1 2*88 2— 0 2 . 6 7 + C C A CI 9— r*i * ^ 1 - I- i 7 .433+CC

60 00. 1 .523 + 01 2.00 2— 0 2 * C 7 6 + 0 C

"* . 5 4 ^-0

8,.777+OC

8000 . 1.6 24 + 0

1.1 27—0 2 2.46 2-01 .101+01

10000 • 1*725+01 7.21 5— 0 3 4 .23 i + C C 1 .87 9— 0

1 .282+01

15000. 1 .9 56 + C

3.20 8— 0 3 . 1 2 9 + C C 1.17 4—01 1,.631+01

20000. 2.154+01 1.805-03 2 .51C+CC 6.513-02 1.895+Cl

30000. 2.458+01 8*024-04 1 . E25+CC 5.466-02 2,.270+01 40000. 2 ,672+01 4.514-04 1 .449+00 4 .C45-02 2..523+01

50000. 2.834+Cl 2*889-04 1 .2C9+CC 3 .2C2-02 2..710+01 60000

2 • 9 64+0

9 p n 7_ n A 1 . C 4 1 + 0 C 2.65 C— 0 2 2..857+01

oUU Q /> n p n U U 3*160+01 1.1 2 9"'0 4 .20 0— 0 1 1 .970 — 02 3.. C76+C1

L UUUUU . 3 .305 + 01 7*22 4— 0 5 6 .8C3-C1 1 • 6 6-0 2 3.236+Cl

ENERGY TCT AL COHER * INCOH. PH C TU PAIR

(KEV) SCATT • SCATT. E F F EC T PRCC.

50 . 2 .994+0 3 2.A11+UA 3.363+01 2.7 39 + 03 60 . 1 .858 + 03 1.6 16+02 3.456*01 1*66 2+03

80 • 9.673 +C

3,.497+01 7.56 5 + 0 2 100. 2 .044 + 03 6.4 a4+ U 1 .526+Cl 1 c A iC A p a 1 . b H *( + U J 150. 7.466 +C 2

9 Q Q 7 aP 1 A * 7 7 I +U 1 .391+Cl 6.82 7+0 2 200 • 3.695+C2 1 . 7 27 + 01 3.. 199 + C 1 3 • 2 C 2+02 300 . 1 .47 8 + 0 2 / • 0 oO + UO 2

. 662 + 01 1.11 3+02 400 . 8 .4 3 6 + C 1 4 . 4 74 + 0

2. 599 + Cl 5*39 C + 01 500 • 5 .822 + 01 9 Q Q "3 A P P A . 0 0 J + U U 2..390+01 a 1 A aa p 1 ^ . 1 H *I+U i 6 00. 4.4c 1 n 1 9 J. r\ c

^ • U 1 A + U L 2. 220+01 2 . C 6 C+01

800 « 3 . 16 4 + 0

1 . i d 0 + 0 0 1..959+01 1*09 1+01

10 00. 2 .524 + 01 7*311-01 1..765+01 6 *8 56+00

1500. i • c4 3 + L

3.26 5-0 1 1..436+01 a 1 a ca p p J • 1 J 7+ U U 5., 849-01

2000. 1 .623 +0

1*841—01 1..228+01 1 0 c 9 A P P 1., 876 + CC 3000 •

1 A ft 7 A P 1 1 *HC f+Ui Q 9 p n p 9 0 <j aUU— U A 9..661+00 9 *873 — 01 4.,143 + 00 40 00 • 1 .477 + 0 1 4.61 8—02 8..C57+0C 6.47 C— 0 1 6.,C16+CC 5000 • 1.506+Cl 2*95 7—02 6..957*00 4 .7 51 — 01 7..595+OC 6000. I K A C A P 1 2 *05 5— 0 2 6. 149 + 00 3-731 — 01 8.,950+OC 8000 . 1 .64 8 + 0

1.1 56— 0 2 5.. C29 + C0 2 .592-01 1..118 + 01 10000

1 .747 + Cl 7 A P li-m. P 3 ( . *t U *t— U 9 4,.282+00 1 .97 8—0

1. 298+01

150001 .9 75 + 0 1 3 . 292—03 9 .167*00 1.23 5—01. 646+01

20000

9 1 C P A P 1 1.85 2— 0 3 2..54C+CC €.96 C— 0 2 1. 917+01

30000. 2.504+01 8 .234-04 1.. 647 + CC 5.774-02 2. 313+01

40000. 2.733+Cl 4.632-04 1..467+00 4-257-02 2. 562+01

50000. 2.906+01 2.96 5-04 1..223+00 3.370-02 2. 780+01

60000. 3.043+01 2.059-04 1..C53+0C 2.789-02 2. 935+01

80000. 3.255+01 1.158-04 8.,298-01 2.073-02 3. 169+01

100000. 3^415+Cl 7.413-05 6..685-0 1 1.65C-02 3.345+Cl
TSBLE II, CONT. PHOTCN CRCSS SECTION COMPARISON

BIGGS AND LIGHHILL IN BARNS/ATCM

1= 85 ASTATINE

EN ERGY TOTAL COHER

.

I NO OH. PHCTO ENERGY TOTAL COHER

.

INCOH. PHCTO PAI R

( K EV ) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 8 .856+07 4 .806 + 03 2.337-'04 8.856+07 50. 3.129+03 2.273+02 3.396+01 2 .866+03

.015 5 .904+07 4 .806 + 03 5.250-04 5 .904+07 60 . 1.947+03 1.660+02 2.489+01 1 . 746+03

. C20 4 .428+07 4.806+03 9.316-04 4.428+07 80 . 9 .337 + 02 9.939*01 2. 531 + 01 7 .990+02

.030 2 .952+07 4.806+03 2.089-03 2.952+07 100. 2.120+03 6.599*01 3.563+01 2 .016+03

.040 2 .214+07 4.806+C3 3.700-03 2 .214 + 07 150. 7.752+02 3.078*01 3.426+01 7 .102+02

.C50 1 .772+07 4.805+03 5.760-03 1.771+07 200 . 3.834+02 1.773+01 3.233+01 3 .334+02

.060 1 .476+07 4 .805+03 8.264-03 1 .476+07 300 . 1 .531 + 02 8 .071+00 2.694+01 1 .161+02

.080 1 . 107 + 07 4 .805 + 03 1 .459-02 1.1 07+07 400 . 8 .723+01 4. 594+00 2.628*01 c .635+01

. 100 e .861+06 4 .804+03 2.262-02 8.856+06 500 . 6 .0 12 + 0 1 2.961+00 2.4 17*0 1 3 .299+01

.150 5.S09+06 4.801+03 4.996-02 5 .904+06 600 . 4 .620+0

1

2 .066+00 2. 245+01 2 .168+01

.200 4 .433+06 4.797+03 8 .715-02 4.428*06 800 . 3.252+01 1.169*00 1.982*01 1 .152+01

.300 2 .957+06 4.786+03 1 .886-01 2.952*06 1000. 2.587+01 7.507^01 1.786+Cl 7 .256+00

.400 2 .219+06 4.771+03 3.219-01 2.214*06 1500. 1 .882+01 3.352-01 1.455+01 . 329+OC 6. C32-C1

.500 1 .776+06 4.753+03 4. 822-01 1.771+06 2000. 1.656+01 1.890-01 1.242*01 2 .CC6+00 1. 935+CC

.6C0 4 .843+06 4 .73 1+C3 6.644-01 4.839+06 3000 . 1.516*01 8.420-02 9.776+CC 1 .047+00 4. 253+CC

. 800 3 .017+06 4.678+03 1.075+00 3.012+06 4000 , 1 .505+01 4.742-02 e.l53*0C 6 .851-01 6. 164+CC

l.COC 2 .040+06 4 .616+03 1 .514+00 2.036+06 5000 . 1.535+01 3 .037-02 7. 040+00 .027-01 7. 780+CC

1.500 9 .464+05 4.425+03 2. 580+00 9.419+05 6000. 1 .581*01 2.110-02 6. 222+00 3 .945-01 9. 1 74+CC

2 .COO .229+05 4 .205+03 3. 591+CC 5.187+05 8000 . 1 .686*0 1 1.187-02 5.ce9+cc 2 .736-01 1. 149+Cl

3 .000 7 .749+05 3. 759+03 5 .504+00 7.711*05 10000

.

1 .792+01 7.602-03 4.333+CC 2 .067-01 1. 337+Cl

4 ,000 4 .438+05 3.362+03 7.349+00 4.405*05 15000. 2 .032 + 01 3.380-03 3.2C5+CC 1 .2C2-01 1. 698+01

5.CCC 2 .854+05 3. 014+03 9.128+00 2.824*05 20000. 2.237+01 1.902-03 2.571+OC c .441-02 1 . 970+01

6.CCC 1 .824+05 2.712+03 1.082+01 1 .797+05 30000. 2 .554+01 8.455-04 1. £69+00 6 .079-02 2. 360+01

6 .000 8 .861+04 2 .222 + 03 1.389*01 8.637+04 40000. 2.782+01 4.756-04 1.484+CC 4 .460-02 2. 629+01

IC.CCC C .C55+C4 1 .848 + 03 i. 644+01 4.869+04 50000. 2 .955*0 1 3. 044-04 1.238+CC .546-02 2. 828+Cl

15.C0C A .417+04 1.233+03 2.117+01 4. 292 + 04 60000. 3 .092+01 2.114-04 1. C66+CC 2 .924-02 2. 982+01

2C.CC0 •a .362+04 8.784+02 2.466+01 3.272 + 04 80000. 3.295+01 1.189-04 6. 397-01 2 .161-02 3 _ 209+01

3C.C0C 1 .193+04 5.123+02 2.945+01 1.139+04 100000. 3.437+01 7.612-05 6. 967-01 1 .736-02 3. 366+01

4C.CO0 c .617+03 3.288+02 3.232+01 5.256+03

Z= 66 RACCN

ENERGY TOTAL GOFER. I NC OH. photc ENERGY TCTAL COHER . INCOH

.

FHCTO PAIR

(KEV) SCATT. *»C A T T • £ F F EC

T

(KEV) SCATT

.

SCA TT . EFFECT PRCC . .010 9.584+07 4.920*03 2*2 3 3~ C4 ^ mj OH tU f 50* 3 ,2 82 + 0

' 2.33 7 + 02 "3 ^ 4 2 8+01 3. 014+03

• 015 6.390+07 4.920+03 5 C 1 6— OA 60 • 2.041+0' 1 , 707+02 a ^ 5 24 + C 1 1.8 ?6+C3

. C 2 0 4. 792+07 4 .920 + 03 8 • ^ C3— OA 80 • 9.77*^ + 02 1.022+02 1 ^ 5 67 + C 1 8,39 6+02

.030 3.195+C7 4. 920 + 02 1996— C 3 3»195+07 1 00 • 2 .196 + 02 6 . 783+0

1

3 , 6C1+C1 2 .09 2+03

.040 2.396+07 4.919+03 3*5 ^6—03 2*396+07 o.u / t^vj^ 3 . 164+0

1

46 6+01 7.412+02

.050 1.9 17+C7 4.919+C3 5 • 5 C6"* C3 1 •917 + 07 2 00 • 4 . C 04+0 2 1.823 +0

1

2 70+01 2.495+02

.060 1.598+07 4 .919 + 03 7 • SOI" C3 1 •597+07 300 • 2^^c^9 + Q2 2 , 9 27+01 1.2 2 2+02

.080 1 .198+07 4.918+03 1 .^^5—02 1 •198 + 07 A 00 9.079+01 4.721 +00

f

6 5 8+01 5 .949+01

. 100 9. 569+06 4.918+03 9 1 AA— r "> t • 1 o**— L

t

C ts QA A AA 6.229+01

t

44 5 + 0

1

3.4 6 0+01

.150 6 .394+06 4.915+C3 A ^ o o A 600* 4-769+Cl c . 2 72 + C 1 2.26f+01

.200 4.797+06 4.911+02 8 , 3 A A— C 2 800 • 3.338+01 2 , 00 5+01 1.213+01

. '00 3.199+C6 4.900+C2 l«6Cfi — CI 3 1 Q Ji. r, A 1000* ^.CH 9 A A 7 -*r 1 l^lj 1 7.71 4— 0

1

6 C7 + C 1 7.6' ' + C0

.40 0 2.401+06 4.865+03 3.0 89— 0

1

7 "5 C A 4. OA 1 5 00 • 1,9 19+0

1

3.44 5— 0

1

472+0

1

3 .49 9+0 0 6 . 254-01

.500 1.922+06 4.666+C3 A • 6 0

1

1 •917 + 06 2000* 1 ,687 + 01 1.9 4 2—0 1 2 + 0 1 2 11 r+pr ^ 97^. (; .600 5-216+06 4.e44+C3 6.3 9 A— 0

1

5^212+06 3000 « 1.544+01 8.652—02 691+00 1 1 r r+nr ^ 36 1 + 0 C .800 3.211+06 4.791 + C3 AO 0 0 • 1.531+01 4 .872—02 249+00 7.2C1-C1 6 294 + C C 1.000 2.155+06 4.727+03 1 • A 1 7+ C C 50 00 •

1 «i A P -i. n 1 3.1 20—02 7 a 1 2 3 + 0 C 5.262-01 7 , 922 + 0 C 1.500 9.921+05 4.53C+C3 2*5^2+00 9 • 876 + 05 6000* 1 A n A + n

1

2.168—02 2 ^ 5 + 0 C 4.14 7-0

1

c 3 2 7+ C C 2.000 5.493+05 4.301+03 80 00 • 1 .712 + Cl 1.22 0— 0 2 1 4 9 + 0 C 2 .87 7— 0

1

167+0

1

'.ceo 5. 640+05 3.639+C2 5« 55o + CC 5.6 02 + 05 10000

7.81 2— 0 3

T ^ T

p

r

9 1 c ^ — P 1 X . 3 5 9 + C 1 4.000 4.698+05 3.432*03 7 • 462+ CO A •OOH + UiJ 1 5000

2 .073+0

1

3.47 4— 0 3 2 42 + 0 C

1 Q A c— p

1

1 . 7 35 + C

1

5 . CO

C

2.984+05 3.C79+03 9.2E0+CC £UU uu

2 .290 + 01 1-9 5 4— 0

' 2 ^ 6 C 1 + 0 C 9.92 C— 0 2 2 , C 2 0+ C 1 6.000 1.907+05 2.772+03 1.100+01 1.879+05 30000. 2.618+01 8.688-04 1. 891+CC 6.386-02 2. 422+Cl

8.000 9.3 12 + 04 2.275+03 1.408+01 9.083+04 40000. 2.650+01 4.888-04 1. 5C2+CC 4.7C6-02 2. 695+01

10.000 5.326+04 1.894+03 1.664+01 5.137+04 50000. 3 .027 + 01 3.128-04 1. 252+CC 3.726-02 2. 898+01

15 .000 4.631+04 1.268+03 2. 129+01 4.502+04 60000. 3.169+01 2.172-04 1. C78+0C 3.062-02 3. C58+C1

2C.C0C 3.466+04 9.040+02 2.491+01 3.393+04 80000. 3.382+01 1,222-04 6. 496-01 2.292-02 3. 295+01

30. COO 1 .246+04 5.270+02 2.973+01 1.193+04 100000. 3.535+Cl 7.322-05 7. C49-01 1.624-02 3. 463+01

40 .000 5.691+C3 3.281+02 3.262+01 5.520+03

2 = 67 FRANCIUf

ENERGY TCTftL GOFER

.

INCOH. PHCTC ENERGY TOTAL COHER . INCOH. FHCTC PAI P (KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 9.962+C7 5.035+03 2.508-C4 9.961+07 50 . 3 ,427 + 03 2.406+02 3, 460*01 2.162+03

.015 6.641+07 5.C35+03 5.632-04 6.641+07 60. 2,139+03 1.757+02 3. 558+01 1.926+03

.020 4.961+C7 5.035+03 9.995-04 4.981+07 80. 1 .023 + 03 1 .052 + 02 6C2+01 £.619+02

.030 3.321+07 5.035+03 2.241-03 3.320+07 100. 5.665+02 6.983+01 3. 626*01 4. 803+02

.040 2 .491 + 07 5 .034*03 3.969-03 2.490+07 150. 8.277+02 3.257+01 3. 503+01 7.7C1+02

.050 1.993+07 5.C34+03 6.179-03 1.992+07 200. 4.152+02 1.877+01 3. 3C6+01 3.624+02

.060 1.661+C7 5.034+03 8.866-C3 1 .660+07 300. 1.653+02 8.540+00 2. 961+01 1.272+02

.080 1.246+07 5.033+03 1 .565-02 1.245+07 400. 9 .374+01 4.861+00 2 . 669+01 6.199+01

.100 9.966+06 5.022+03 2.427-02 9.961+06 500. 6.428+01 3.133+00 2 . 473+01 2.641+01

.150 6.646+06 5.028+02 5.359-02 6.641+06 600. 4.916+01 2.186+00 2. 298+01 2.40C+O1

.200 4.966+C6 5.022+03 9.347-02 4,981+06 800. 3 ,42 1 + 0 1 1.237+00 2. C28+C1 i.2ec+oi

.200 3.325+06 5.009+03 2.022-01 3.320+06 1000. 2.713+01 7.943-01 1. 628+01 8.062+00

.400 2.495+06 4.989+03 3.451-01 2 .490+06 1500. 1 .958+01 3.547-01 1. 489+01 2. 699+00 6. 396-Cl

.500 1.997+06 4.966+C3 5.168-01 1 .992*06 2000. 1.722+01 2.000-01 1. 272+01 2.229+00 2. C79+CC

.600 5.610+06 4.939+C3 7.118-01 5.605+06 3000. 1.575+01 8.908-02 1. CCl+01 1. 161+00 4. 496+OC

.800 2.423+06 4.874+03 1.151+CC 3.428+06 4000. 1 .559+01 5.016-02 6. 345+00 7.594-01 6. 440+00

1.000 2.284+C6 4.800+03 1.619+00 2.279+06 5000. 1.586+01 3.213-02 7. 2C6+CC 5.569-01 £. C69+CC

1.500 1. 040+06 4.591+03 2.752+00 1.035*06 6000. 1.631+01 2.232-02 6. 369+00 4.369-01 9. 479+OC

2.000 5.750+05 4.362*03 3. 819+00 5.707+05 8000. 1.738+01 1.256-02 5. 2C9+0C 2 .020-01 1. 166+01

2.000 2.364+C5 3.907+03 5.816+00 2.325+05 10000. 1.853+01 8.043-03 4. 435+OC 2.3C9-01 1. 386+01

4.000 4.879+C5 3.499+03 7.715+00 4.844+05 15000. 2.126+01 3.576-C3 280+OC 1 .44C-01 1. 783+01

5 .000 2.123+05 3.140+03 9.526+CO 3.091+05 20000. 2 .354 + 01 2.012-03 2. 631+00 1.043-01 2- ceo+01

6 .000 1 .995 + 05 2.828+03 1.124+01 1 .966*05 30000- 2.684+01 8.945-04 1. 913+OC 6.716-02 2. 486+01

8. COO 9.731*04 2.324+03 1.431+01 9.497+04 40000- 2,921 + 01 5.032-04 1. 519+OC 4.949-02 2. 764+01

10. COO 5.568*04 1.936+03 1.687+01 5.373+04 50000. 3.105+01 3.221-04 1. 267+00 2.917-02 2. 974+01

15.000 2.042*04 1.300+03 2.164+01 1 .910*04 60000. 3.252+01 2-237-04 1 . C91+C0 2.240-02 3. 140+01

20.000 3.637+04 9.290+02 2-517+01 3.541+04 80000. 3.469+01 1.258-04 8. 595-01 2. 409-02 3. 381+01

20 .000 1.302+04 5.422+02 3-COO+Ol 1.245*04 100000- 3 .614+01 8.053-05 7. 131-01 1 .916-02 3. 540+01

4C.000 6.157+03 2.480+02 3.291+01 5.776*03
TiELE II, CONT. PHCTCN CROSS SECTICN COMPARISON

BIGGS MC LIGHHUL IN 8ARNS/^T0M

Z= 88 RACIUM

ENERGY TOTAL U P C • PH C T C ENERGY TCT AL C 0 H ER . I NCOHP H C T 0 P A I F (KEV) SC A TT . SC A T T • E F F EC

( K EV

)

S C A TT • ^C A TT • E FF EC T PRGC •

• 0 1

1 •044+08 5.1^1+C3 2 ^ 8 C9— CA 50 • 3 .599+C3 9 A 7 A +n > . ^ 9 2 + C 1 3 . 3 1 7+ C3

• 015 6 •960+07 5 •151 + 03 3 0 9~ C4 A Q AD -4-07 " 2 .243+03 1 fln o 4.n 9 1 . OU ^ ^ 3 • 5 9 1 + C 1 2 .02 £+03

• C 2 0 5 .220+07 1 • 1 1 7 U J 5 • 2 2 0 +07 80 • 1 .074+03 1 n fl 9 *n 9 1 .U0.3*U(i , fc '^7+0 1 <5 . 2 *- *^+ 02

• 030 3.4eO+C7 5^151+03 Jc • 3 •HOU + U f 100. 6 .161+02 7.193+01 . 6 74 + 0. C 7 5+02

• 040 2 •610+07 ^* 2 #610 + 07 1 cn i i)U • 8 .793+02 3.35 6+0

, *=4 C + C

g • 1 C ^ + 0 2

• 050 2 .086+07 5.15C+C3 o • SIS— 0 3 O (-1 O Q . (-1 "7 ^ • Uo a +U 1 200 • 4 .359+02 1 o "3 A .1. n 1 1 j4 + U3 . ^42 + 01 3 • 8 ^ 1+02

• 060 1 .740+07 5.1 5C+C3 S • "526" C3 1* f*tU + U ( 300 • 1 .727+02 fl fl o n n o . o U U u ^ <5 ^ 3 + Q 2 1 • 3 A C+ C2

. C £ C 1 .305+07 5 .149+03 1 7 51"- C2 i

1 • 3:a riR UD *T mu f 40 0 • 9 .7A2+C1 3 • U U • 7 1 9 + C 1 . 5 22 + 01

• 100 1 .044+07 _> • i*tc + U3 2 • 7 16-" C2 1 AA A .1. A 7 500 • 6 .655+01 3.2 29 + 0 0 • 5 C 1 + 0. 8 ^ 1+0

• 1 5 0 6^S65+C6 c ,l4'3-f(Da 5 • A Q A n ^ n A Ann 5 .C75+01 2 •2*'3 + 0C , -24 + 01 .52 6+ C

• 2 0 0 . 2 25+06 5.1^ 7+03 J. • C A 5~* C

(\ 9 9 n*n A J • C.C. U + UO 800 • 3 .527+01 L

1 • £.?7*i+nn 1 J~\J \} 2 • C 5 1 + C 1 • 34 8 + 01

• 3 0 0 3 .485+06 5.121+03 2 ^ 2 8— C

1000* 2 .78C+C1 Q 1 » A— n 1 J . 649 + 0

. A 9 9 + 0 0

• 40 0 2 •615+06 5 . 099+0

fi 4 6"~ C

1 5 0 0 • 2. 000+01 3.655—01 ]^ . 5 C6 + C

3 . 9 C 2+0 C 6. 724- C

• 5 00 2 •093+06 5 . C 7 2 +0 7 — c

20 00. 1.754+Cl 2.06 1-0

. 2 8 6 + C 1 2 .353+00 2 , 1 19+ C C

1 •745+06 R p A r + r a y ^ 1 •605+01 9.18 1—02 . C 12 + 01 .225+00 61 2 + 0 C

• 8 0 0 • 594+C6 u CAfi+r^ 2^ ^ 275 + 0 C 4000* 1 -594+Cl 5.1 70—02 g .44 1 + C C e .CC7-01 6 • 6 50+ 0 C

• 000 2 •4C3+C6 4 fl fl ^+ r*^ ^•OOCtV,^ 7 86+ C C 50 00* i .627+01 3.311-02 7 . 2 89 + 0 C -869-Cl 8 . 361 + C C

1 • 500 1 .1C2+06 9 9 5+ C C 1 .676+01 2.30 1—02 . A4 2 + 0 C 4 .ec2-oi c ^ 832 + C C 2 • 000 6 • 106 + 05 4.432+03 noU'a f3-i- CJT nn 6*062+05 80 00 • 1 .787+01 1 • 29 5—02 .269+00 3 -19C-01 ]^ ^ 227+ 0

CO 0 •5CO+C5 a

^ c744f 3 I C 5+ 0 C 10000 • 1 .900+01 8 . 290-0 3 . A 6 6 + C C 2.43C-01 426 + C

4 • 000 c •131+05 3 ^ c 3

^ n Q A A n 15000 • 2 .162+01 3 A fl A— n "5 • 3 1 6 + 0 C 1 .5 lA-Ci 8 1 5 + C 1 5 • 000 n •279+05 3.20C+C3 796+ CC 3 -247 + 05 200 00 « 2 .391+01 2 • 074—03 2 • 661 +0 C 1 .097-01 2 , 1 13+Cl

6 • coo 2 .C96+C5 2 .884 + 03 1 50+ CI 2 • 067+05 30000 . 2 .742+01 9 .220-04 1 .935+00 7 .056-02 2, 542+Cl

6 • COO 1 .023+05 2. 373 + 03 1. A55+C1 9.988+04 40000. 2 .992+Cl 5.187-04 1 .5 36+CC .196-02 2. 833+01

10 • coo C .845+04 1 .982+03 1. 711+Cl 5.645+04 50000- 3 .181+01 3.320-04 1 .282+CC 4 .113-02 3. 049+01

15 • COO 2 .128+04 1.335+C3 2. 189+01 1.992+04 60000. 3 .332+01 2.305-04 1 - 1C3 + CC 3 .403-02 3. 218+01

20 -000 3 .815+C4 9.540+C2 2. 543+Cl 3.717+04 80000. 3 .559+01 1.297-04 8 .69^-01 2 .529-02 3 470+01

30 • oco 1 .361+04 5 .576 + C2 3- C29+C1 1-303+04 100000. 3 .724+01 8.300-05 7 .213-01 2 .012-02 3. 649+01

4C • 000 t .441+03 3 .58 1 + C2 3, 322+Cl 6,C50+03

Z= 89 ACTINRC

ENERGY TOTAL CCI-ER. INCCH. PHOTO ENERGY TOTAL COHER

INCCH- FHCTC PAIR

(KEVI SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1-070+08 5.269+03 2. 873-C4 1.070+08 50. 3.757+03 2.548+02 524+Cl .467+03

.015 7-136+07 5.269+03 6. 452-04 7.136+07 60. 2.334+03 1.862+02 3. 624+01 2 .111+03

.020 5-352+C7 5.269+03 1 . 145-03 5.352+07 80. 1.115+03 1-115+02 672+01 c .672+02

-030 3.568+07 5.269+03 2. 566-03 3.568+07 100. 6.426+02 7.405+01 3 71C+C1 5 .315+02

.040 2.676+07 5.26e + C3 4. 545-C3 2 .676 + 07 150. 9.C71+02 3.455+01 577+Cl 8 .36E+02

.050 2.141+07 5.268+03 7. C76-C3 2.141+07 200 . 4.507+02 1.991+01 3. 378+01 3 .970+02

.060 1.7e4+C7 5.268+03 1. 015-02 1.784+07 300. 1 . 792 + 02 9.063+00 C26+C1 1 .399+02

.080 1. 338+07 5 .267 + C3 1

791-C2 1.338+07 400. 1 .C 10+02 5.158+OC 2 . 75C + C 1 6 -834+01

.100 1.071+07 5.265+C3 2- 777-C2 1.070+07 500. 6.873+01 3.325+00 2 • 529+Cl 4 -Cll+01

.150 7.141+06 5.261+03 6- 130-02 7.136+06 600. 5 .223+01 2.320+00 2. 350+01 2 -641+01

.200 5.357+C6 5 .254+03 1 . C69-C1 5.352+06 800. 3.612+01 1. 313 + 00 2. C74+01 1 -4C7+C1

.300 3.573+C6 5.237+03 2- 309-01 3.568+06 lOOC. 2.840+01 8.431-01 1- £69+01 e -866+00

-400 2.681+06 5.214+03 3. 936-01 2.676+06 1500. 2-C37+01 3. 765-01 1- 523+Cl 4 -072+00 6. 899-Cl

-500 2. 146+06 5.186+03 5. 686-Cl 2.141+06 2000. 1 .783 + 01 2.123-01 1- 3C1+C1 2 -456+00 2. 153+CC

.600 1.789+06 5.153+03 8- 097-01 1.784+06 3000. 1.631+01 9.456-02 1- C24+C1 1 .28C+CC 4. 7C3+CC

.800 3.615+06 5.078+03 1 - 305+00 3.610+06 4000. 1 .622 + 01 5.325-02 8- 537+CC £ .376-01 6. 791+CC

1-000 2 .474+06 4 .993 + 03 1. 828+00 2.469+06 5000. 1 -655 + 01 3.410-02 7. 371+OC 6 .142-01 8. 534+CC

1.500 1.160+06 4.762+03 3. C67+CC 1.155+06 6000. 1-704+0

2.369-02 6. 515+CC 4 .£19-01 1. CC2+C

2 .000 6.462+05 4.519+C3 4. 2CO+00 6.417+05 8000. 1-811+01 1.334-02 5. 329+CC 3 .341-01 1. 244+0

3.000 2.628+05 4.047+03 6. 256+CC 2.588+05 10000. 1-917+01 8.538-03 4- 537+00 2 .546-01 1. 437+01

4-COO 5.353+05 3 .628 + 02 8. 181 + CC 5.317+05 15000. 2. 170 + 01 3.796-03 3 ^ 355+CC 1 . 5 6 7-01 1. 618+Cl

5-000 3.265+05 3.262+C3 1. COO+Cl 3.233+05 20000. 2 .406+01 2.136-03 2. 691+OC 1 .150-01 2. 125+01

6-000 2.ie4+C5 2.943+C3 1 . 172+01 2.155+05 30000. 2-785+01 9-495-04 1- 957+CC 7 .4C1-02 2. 581+01

8 .OOC 1.066+05 2.426+C3 1 . 478+01 1 .042 + 05 40000- 3 -047 + 01 5-342-04 1- 554+CC 5 .453-02 2. 886+01 10.000 6.068+04 2.C3C+C3 1. 734+Cl 5.864+04 50000- 3.238+01 3-419-04 1. 296+CC 4 .3 15-02 3. 1C4+C1 15.000 2. 211 + 04 1 .381+03 2. 212+01 2.071+04 60000- 3.389+01 2-374-04 1- 116+CC 2 .570-02 3. 274+Cl

2C .000 3.913+04 9.799+02 2. 567+Cl 3.813+04 80000. 3.619+01 1-336-04 8. 792-01 2 .653-02 3. 529+CI

30.000 1.425+C4 5-733+02 3- C56+C1 1 .365 + 04 100000. 3.795+Cl e. 549-05 7- 295-0 1 2 .111-C2 3. 720+01

40 .COO 6.745+03 3.e83+02 3- 351+01 6.343+03

1= 90 THCRILM

ENERGY TOTAL CCHER. I NCOH. FHCTO ENERGY TCTAL GOFER . I NCOH

FHCTC FAI P (KEV) SCATT. SCATT. EFFECT (KEV) SCATT- SCATT. EFFECT PRCD.

.010 1 .121+08 5.38E+C3 2. 9C3-C4 1.121+06 50- 3 .956+03 2.621+02 3.658+03

.015 7 .474+07 5.3£e+03 6. 520-04 7.474+07 60- 2.471+03 1.916+02 3 ^ 656+01 2.243+03

-020 c .606+07 5.386+03 1 . 157-03 5.605+07 80. 1-184+03 1.147+02 7C6+C1 1.C32+C3

-030 3 .737+07 5.388+03 2. 594-C3 3.737+07 100. 6 -762+02 7.622+01 3. 747+01 5.625+02

.040 2 .803+07 5.388+03 4. 594-C3 2-8C3+07 150. 9.421+02 3.557+01 a ^ 613 + 01 e.7C4+C2

.050 2 -243+07 5.387+C3 7. 151-03 2.242+07 200 . 4 .683+02 2.050+01 3. 413+01 4.137+02

.060 1 -869+07 5.387+C3 1. 026-02 1-868+07 300. 1 .859+02 9.330+00 a C59+C1 1.460+02

.C80 1.402+07 5.386+03 1. 810-C2 1-401+07 400. 1.046+02 5.311+00 2 . 779+01 7.149+01

.100 1 -122+07 5.384+03 2- eC7-C2 1-121+07 500. 7.109+01 3.423+00 2 . 557+01 4.2C9+01

.150 7 ,479+06 5.38C+C3 6- 196-02 7-474+06 600. 5.393+01 2.389+OC 2 . 376+0

2.776+01

.200 5 -611+06 5.373+03 1. 080-01 5-605+06 800 . 3-715+01 1.352+00 2. 097+01 1.482+01

.300 3 -742+C6 5-356+03 2. 335-01 3-737+06 1000. 2-911+01 8.681-01 1. E9C+C1 9.344+OC

.400 2 .808+06 5-333+03 981-01 2.803+06 1500. 2-079+01 3.876-01 1. 540+C4.287+00 7. 167-Cl

.500 2 .247+06 5^304+03 5. 954-Cl 2.242+06 2000. 1-819+01 2-186-01 1. 315+01 2.5E3+0C 2. 232+CC

.600 1 .874+C6 5.271+03 8. 192-01 1.868+06 3000. 1-663+01 9-736-02 1. 035+01 1.344+00 4. 837+CC

.600 •a .886+06 5.195+03 1- 321+CC 3.880+06 4000. 1 -652 + 0 1 5.483-02 8. 633+00 E.79C-C1 6. 958+CC

1 .000 2 . 600+06 5.107+03 1- 852+00 2.595+06 5000. 1 -686+01 3.512-02 7- 454+OC 6.443-01 8. 731 + CC

1 .500 1 .197+06 4.868+03 3- 114+00 1 .192+06 6000. 1 .737+01 2-440-02 6. 5E8+CC 5.053-01 1. C25+C1

2 .000 6 .656+05 4.614+03 4- 272+00 6.610+05 8000 . 1.850+01 1-373-02 5. 389+00 3.5C3-01 1. 274+01

3.000 2 .745+05 4.123+03 6. 379+CC 2.704+05 lOOCO. 1.963+01 8.792-03 4. 588+00 2 .669-01 1. 476+01

4.000 4 -799+C5 3.695+03 8. 341 + 00 4.762+05 15000. 2.226+01 3.909-03 3. 393+00 1.664-01 1. 870+Cl

5.000 5 -410+05 3. 324+03 1. 019+01 3.377+05 20000. 2.459+01 2.199-03 2 - 722+CC 1 .206-01 2. 175+01

6. COO 2 .283+05 3.002+C3 1. 192+01 2.253+05 30000. 2.823+01 9.778-04 1. 979+OC 7.759-02 2. 617+01

8.000 1 .115+05 2.477+03 1. 499+01 1.090+05 40000. 3.C78+01 5^500-04 1. 571+CC 5.716-02 2. 915+01

10 .000 6 .362+04 2.075+03 1. 756+01 6.152+04 50000. 3.268+01 3^521-04 1. 311+OC 4.524-02 3. 132+01

15.000 2 .314 + 04 1 .413 + 03 2. 236+Cl 2.171+04 60000. 3.416+01 2.44 5-04 1. 129+OC 3. 743-02 3. 300+01

20.000 3 .596+C4 1.006+03 2. 593+01 3.493+04 80000. 3.635+01 1.375-04 8. 691-01 2.782-02 3. 543+Cl

30^000 1 .482+04 5.892+C2 3. 084+01 1 .420+04 100000. 3.788+01 8.803-05 7. 377-01 2.213-02 3. 712+01 4C^C00 7 .C52+C3 3 .788+02 3. 381+01 6.639+03
TAELE II, CONT. PHOTCN CRCSS SECTICN COMP ARISON

BIGGS AND LIGHTHILL IN BARNS/ATOW

1= SI PROTACTINIUM

ENERGY TOTAL COHER. INCOH. PHCTC

(KEV) SCATT. SCATT. EFFECT

.CIO 1. 147+C8 5.508+C3 2. 820-C4 1 .147+08

.015 7. 647+07 5.508+03 6. 333-04 7.646+07

.020 c 735+07 5 .50e + C3 1. 124-03 5 .735+07

.030 3. 824+07 5.508+03 2. 519-C3 3 .823+07

.040 2. 868+07 5. 508+03 4. 463-03 2 .867+07

.050 2. 294+07 5.50e+C3 6. 947-03 2 .294+07

.060 1. 912+07 5.507+03 9. 967-C3 1 .912+07

.080 1. 434+C7 5.506+C3 1. 759-02 1.434+07

.100 1. 148+07 5.5C5+C3 2. 727-C2 1 .147+07

.150 7. 652+06 5.50C+03 6. C21-02 7 .646+06

.200 5. 740+06 5 .494+C3 1. C50-C1 5 .735+06

.300 3. 829+06 5 .477+03 2. 270-01 3 .823+06

.400 2. 673+06 5.455+03 3. 871-Cl 2 .867+06

.500 2. 299+06 5 .427+03 5. 792-01 2 .294+06

.600 1. 917+06 5.395+C3 7. 972-01 1 .912+06

.800 3. 596+C6 5.32C+C3 1. 286+CO 3 .591+06

1 .000 2. 557+06 5.234+C3 1. 8C6+CC 2 .552+06

1 .500 1. 243+06 4.997+03 3. 047+CC 1.238+06

2 .COO 7. C2E+C5 4-743+C3 4. 195+CC 6 .977+05

3 .000 2. 895+05 4.244+C3 6. 301 + 00 2 .853+05

4. COO 5.020+05 3.8C1+C3 8. 271+CC 4.982+05

c .000 3 _ 369+05 3.413 + 03 1. 013+01 3 .335+05

6 .coo 2. 380 + 05 3 .077 + C3 1. 187+01 2 .349+05

e .coc 1. 163+05 2.534+C3 1 .498+01 1 .138+05

ic .ceo fc. 609+04 2.12C+C3 1. 759+01 6 -395+04

15 .000 2.404+04 1.431+C3 2. 249+01 2 .259+04

20 .000 2. 681+04 1 .C34+C3 2. 612 + 01 2 -575+04

3C.C00 1. 548+C4 6.C62+C2 3. 108+01 1 -484+04

40 .ceo 7 . 372+C3 3.8S9+C2 3. 4C9+C1 6 .948+03

t Nt Kb T T CT COHER . INCOH . PHOTO PAIR

( K EV

)

SCATT . SCA TT

.

EFFECT PRCD.

50 • 4 • 113 + 03 O J 7*U t .''6 6 + 01 3 .807+03

60 • 2 . S. 5 5 +0.3. 1 . 973+02 .691+01 2 .321+03

80 • 1 • 2.2_l_+0_3, 3 .741+0

1

1 . C6 5+03

. 100 • 7 .037+02 7.8 53+0

1

3 .783+01 5 .873+02

150 . O "J O U J. T 9 • f o - + (J 3.666+0_l 3 . 6 5 C + 0 1 9 . 0 51+02

200 • 4 • C f U +U ^ 2*11 2+0

1

3 , ^49-fO 1 . 3 14+02

300 • oV A 1 7 4.n n . O 1 ( *u u .09 1+01 .5 25+02

400 • 1 . U c J+U ^

<^ A 7 ^ + n n 2 . 6C9+0

1

7 .469+01

500 • 7.33 7+0 1 3 . 529 + 00 •565+01 4 .399+01 600 • 5.5 53 + 0

1

^ . *tO ^*uu .402+01 2 .904+01

800 • 1 . 393+00 .121+01 1 .551+01

1 000 • 2 .978 + 01 8.94 8— 0

1

.911+01 9 .775+00

1500* 2.1 2C+0

1

3 .996—01 .5 57+01 4 .486+00 7. 402-Cl

2000 • 1.8*''* + 01 2.2 53"~0

1

.330+01 2 .704+00 2. 302+CC

3000* 1 .692 + 01 1 .00 ^~0

1

. 047+01 1 .4C7+00 4. 947 + C C AOOO • 5.65 2~0 2 g • 728+ C C 9 .2C4-01 7. 078 + C C 5000 • 1 .710 + 01 -a ,620"" 0

2

. 5 37 + 00 6 - 746-01 8. 854+OC

6000 • 1 • 7 5*5 +C 1 2.51 5~ 0 2 . C C i ^ VJ u 5 .293-01 1 . C38+C1

8000 • 1.41 6— 0 2 4 4 6+00 a .67C-01 1

.

291+01

10000i • "5 7 1 +0 1 9.06 3—03 ^ . 6

'^9 + 0 0 2 .797-01 1 . 499+0

1

150002 .273 + 0

1

4.030-03 .431+00 1 .744-01 1 . 912+Cl 20000. 2.520+01 2.267-03 2 .752+OC 1 .264-01 2. 232+Cl

30000. 2.698+01 1. 006-03 2 -CCl+OC 8 .133-02 2. 689+01 40000. 3.164+01 5.670-04 1 . 589+OC 5 .992-02 2. 999+Cl

50000, 3. 366+01 3.629-04 1 .32E+0C 4 .743-02 3. 228+01

60000. 3.525+01 2.521-04 1 . 141 + CC 3 .924-02 3. 407+01

80000. 3. 763+01 1.418-04 e .990-01 2 .916-02 3. 670+01

100000. 3. 929 + 01 9.075-05 7 .459-01 2 .32C-02 3. 852+Cl

Z= 92 URANIUM

ENERGY TOTAL COHER. INCOH. PHCTC ENERGY TOTAL COHER. INCOH. FHCTO PAIR

(KEVI SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.CIO 1 .206 + 06 5.630+03 2.743-C4 1 .205+08 50. 4.334+02 2.776+C2 3 .62C+01 4 .C21+03

.015 8.037+07 5 .630 + 03 6. 160-04 8.037+07 60. 2.699+03 2.030+02 .725+01 2 .459+03

.CZC 6. 028+07 5 .630+03 1.093-03 6.027+07 80. 1 .289+03 1.216+02 0 .776+Cl 1 .129+03

.C3G 4.C19+C7 5.63C+03 2.451-C3 4.018+07 100. 7.38C+02 8.079+0

1

3 .820+Cl 6 . 19C+02

.040 3. 014 + 07 5.63C+C3 4.341-03 3.014+07 150. 1.014+03 3.771+01 3 .668+01 9 .394+02

.050 2.412+07 5 .629+02 6.758-03 2.411+07 200. 5.071+02 2.173+01 3 .485+01 4 .5CE+02

.060 2.010+07 5.629+03 9.696-03 2.009+07 300. 2.017+02 9.894+00 3 .125+01 1 .6CE+02

.080 1.507+C7 5.628+03 1.711-02 1.507+07 400. 1.130+02 5.632+00 2 . 640+01 7 .894+01

.100 1.206+C7 5.627+C3 2.654-02 1 .205 + 07 500. 7.633+01 2.630+00 2 .613+01 4 .656+01

.15C 8.042+06 5.622+03 5. 860-C2 8.037+06 600. 5.755+01 2.533+00 2 .428+01 .074+01

.200 6.023+06 5.616+03 1.022-01 6. 027+06 800. 3.927+01 1.433+00 2 .144+01 1 .64C+01

.300 4.024+C6 5.599+03 2.211-01 4.018+06 1000. 3.057+01 9.206-01 1 . <;32 + Cl 1 .022+01

.400 3.019+06 5.577+C3 3.774-01 3.014+06 1500. 2.164+01 4.111-01 1 .574+01 4 .726+00 7. 599-Cl

.500 2.417+C6 5.55C+C3 5.651-01 2-411+06 2000. 1.887+01 2.318-01 1 .245+Cl 2 .644+00 2. 345+CC

.600 2-015+06 5.5ie+C3 7. 783-01 2-009+06 3000. 1 .722 + 01 1.033-01 1 .058+01 1 .476 + 00 5. C63+0C

.800 3. 645+06 5 .443+03 1.258+CC 3-640+06 4000. 1.711+Cl 5.815-02 8 .624+00 9 .657-01 7. 267+CC

1.000 2-654+06 5.358+03 1.770+OC 2.648+06 5000. 1.746+01 3.724-02 7 .62C+0C 7 .077-01 9- ICC+CC

1.500 1.298+C6 5-119+03 3.007+00 1-293+06 6000. 1 .798 + 01 2.588-02 6 .735+OC .549-01 1. C66+C1

2.000 7.316+05 4. 861+03 4.167+00 7.268+05 8000. 1 .912+01 1 .456-02 c .5C8+00 .647-01 1. 321+Cl

3. COO 3.C25+C5 4. 351+03 6. 317+00 2.982+05 10000. 2 .027 + 01 9.324-03 4 .690+00 2 .921-01 1. 527+Cl 4.000 5.216+05 3.895+03 8.317+00 5.177+05 15000. 2.295+01 4.146-03 3 .468+00 1 .827-01 1. 930+Cl

5.CCC 3. 478+05 3.495+C3 1.C19+C1 3.443+05 20000. 2.538+01 2.333-02 2 .7e2+CC 1 .224-01 2. 246+01 6.000 2.465+C5 3.149+03 1.193+01 2.433 + 05 30000. 2.919+01 1 .0 2 7-0 3 2 .C23+CC 6 .52C-02 2. 708+01

8 .COC 1.210 + 05 2. 594+03 1.5C4+C1 1.184+05 40000. 3.185+Cl 5.834-04 1 .6C6+CC 6 .276-02 3. Ci8+Cl

10.000 6 .9 14+04 2.173+C3 1 .767+01 6.695+04 50000. 3.283+01 3.734-04 1 .240+CC 4 .968-02 3. 244+01

15 .OOC 2.516+C4 1.475+03 2.267+Cl 2.366+04 60000. 3. 539 + 01 2.593-04 1 .154+00 4 .111-02 3. 419+01

2C.C00 2.794+04 1.C62+C3 2.638+01 2.686+04 80000. 3. 773 + 01 1.459-04 c .C89-01 3 .C55-02 3. 679+Cl

30. COO 1.619+04 6-233+C2 3.141+01 1.553+04 100000. 3 .944 + 01 9.336-05 7 .541-Cl 2 .421-02 3 ^ 866+Cl

40. COO 7.741+C3 4.01C+02 3.443+01 7.305+03

2= 92 NEPTUNIUM

ENERGY TOTAL COHER. INCOH. PHCTO ENERGY TOTAL COHER . INCCH

.

PHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1-226+06 5.753+03 2. 784-04 1.228+08 50- 4.499+03 2.858+02 3. 647+01 4.177+03

-015 8.166+07 5.753+C3 6. 252-04 8.185+07 60. 2. 804 + 03 2.090+02 756+Cl 2-557+03

.020 6.140+07 5.753+03 1- 1C9-03 6.139+07 80. 1 .343+03 1-253+02 611+01 1-179+03

.030 4.093+07 5.753+03 2- 487-C3 4. 093+07 100. 7.715+02 8.327+01 3. 658+01 6-497+02

.040 3.070+07 5.753+03 4. 4C5-C3 3.070+07 150. 1-052+03 3-888+01 726 + C 1 9-755+02

.050 2.4E6+C7 5.752+C3 6- 858-03 2.456+07 200. 5.257+02 2-241+01 3. 521+01 4-681+02

.C60 2.047+07 5.752+C3 9. 840-03 2.046+07 300. 2.067+02 1 .020 + 01 158+01 1 -669+02

-080 1.525+07 5.7E1+C3 1. 736-C2 1.535+07 400. 1 .167 + 02 5.810+00 2 . 670+01 8-216+Cl

.100 1.228+07 5.75C+C3 2. 693-02 1 .228+07 500. 7-869+Cl 3.745+00 2. 641+01 4-653+01

.150 8.191+06 5.745+03 5. 945-02 8.185+06 600. 5-923+01 2.613+00 2. 455+01 3.207+01

.200 6.145+06 5.739+03 1. 037-01 6.139+06 800. 4.C28+01 1.479+00 2. 167+01 1.713+01

.300 4.098+06 5.723+C3 2- 242-01 4.093+06 1000. 3.127+01 9.498-01 1. 953+01 1.C79+01

.400 3.C75+C6 5.700+03 3- 625-Cl 3.070+06 1500. 2 . 207 + 01 4.241-01 1. 591+01 4.944+OC 7. 871-01

.500 2.461+06 5.673+03 725-01 2.456 + 06 2000. 1 -919 + 01 2.391-01 1. 359+01 2.976+00 2. 387+CC

.600 2.C52+06 5.641+03 7- 882-01 2.046+06 3000. 1-754+Cl 1 .065-01 1. C70+01 1-547+00 5. 195+CC

.800 2.725+06 5.567+C3 1- 273+00 2.720+06 4000. 1-749+01 6.000-02 6. 92C+C0 1.011+00 7. 499+00

l.COO 2. 293+06 5. 481 + 03 1- 788+00 2.288+06 5000. 1 .79C + C1 2.843-02 7. 7C3+CC 7. 407-01 9. 415+CC

1.500 1.315+06 5.241+C3 3- C26+00 1.310+06 6000. 1-845+01 2.670-02 6. 8oe+oc 5.809-01 1. 103+01

2 .000 7-847+05 4.980+C3 4- 178+OC 7.797+05 8000. 1.961+01 1.503-02 568+CO 4 .027-01 1. 363+Cl

3. COO 3-263+05 4.459+03 6- 305+CO 3.218+05 10000. 2 .072 + 01 9.620-03 4. 741+OC 3. 066-01 1. 566+Cl

4-000 5-4 53+05 3-991+03 8. 299+00 5.413+05 15000. 2-222+Cl 4.278-03 5C6+CC 1 .913-01 1. 961+01

5-000 3.652+05 3-580+C3 1. 018+01 3.616+05 20000. 2.583+01 2.407-03 2. 612+00 1 .386-01 2. 287+01

6. COO 2.564+05 3-223+C3 1. 195+01 2.532+05 30000. 2.995+01 1 .070-03 2

.

C45+CC 6.923-02 2. 781+Cl

8.000 1.262+05 2.652+03 1. 511+01 1.236+05 40000. 3 .273+01 6.019-04 1. 624+00 6.575-02 3. 104+01

IC .COO 7-211+04 2.219+C3 1. 777+01 6-987+04 50000. 3 .471 + 01 3.853-04 1- 3E4+0C 5 .2C4-02 3. 331+01

15.000 2-625+04 1 .498+03 2- 279+01 2-473+04 60000. 3.624+01 2.676-04 1. 166+00 4.2C5-02 3. 503+01

20.000 2-909+04 1 .C9C+C3 2. 652+01 2.797+04 80000. 3.859+01 1.505-04 c , 167-01 3.2CC-02 3. 764+Cl 30.000 1-677+04 6.407+02 3- 159+01 1.610+04 100000. 4.045+01 9.633-05 7. 623-01 2.546-C2 3. 966+01

4C.C0C e-C29+C3 4.126+C2 3. 465+Cl 7.581+03
TiELE 11. CONT. PHCTCN CRCSS SECTION COMPARISON

BIGGS AND LIGHTHILL IN BABNS/ATCM

1= S4 PLUTONIUM

ENERGY TOTAL COhER. INCOH. PHCTC ENERGY TCTAL COHER . INCOH. PHOTO PAIR

(KEV) SCATT. SCATT. EFFECT <KEV) SCATT

SCATT. EFFECT PRCC.

.010 1 .286+08 5.878+03 2. 733-04 1 .286+08 50. 4 -722+03 2.941+02 3 .682+01 4 .391+03

.015 8 .574+07 5.878+03 6. 138-04 8.573+07 60. 2.951+03 2.152+02 3 .791+01 2 .698+03

-C20 6 .430+C7 5.878+C3 1. C89-C3 6.430+07 80. 1.414+03 1.290+02 3 .844+01 1 .247+03

.030 4 .287+07 5.877+C3 2. 442-03 4.286+07 100. 8 .084+02 8.574+01 3 . E93+C1 6 .837+02

.040 .215+07 5.877+03 4. 325-03 3.215+07 150. 1 -089+03 4.004+01 3 . 762+Cl 1 .012+03

.050 2 .572+07 5.877+03 6. 733-03 2.572+07 200. 5.483+02 2.308+01 3 .556+Cl 4 .896+02

• 060 2 .144+07 5.876+C3 9. 661-03 2.143+07 300. 2 -171+02 1.051+01 3 .190+01 1 .747+02

.C80 1 .608+07 5.875+03 1. 705-02 1.607+07 400. 1 .209+02 5.985+00 2 .900+01 6 .596+01

.100 1 .287+07 5.874+03 2. 644-02 1 .286+07 500. 8 .148+01 3.858+00 2 .669+05 .093+01

.150 8 .579+06 5.e7C+C3 5. 838-02 8.573+06 600. 6 .128+01 2.692+00 2 .481+01 3 .376+01

.200 6 .436+06 5.864+03 1. 018-01 6.430+06 800. 4 .151+01 1.523+00 2 .190+01 1 .8CE+01

.300 4 .292+06 5.848+03 2. 203-01 4.286+06 lOCO. 3 .211+01 9.784-01 1 .974+01 1 .139+01

.400 1 .221+06 5.827+03 3. 758-01 3.215+06 1500. 2 -255+01 4.369-01 1 .609+01 5 .210+00 8. 178-01

.500 2 .578+06 5 .800 + 03 5. 627-01 2.572+06 2000. 1 .956+01 2.464-01 1 .374+01 -3 .130+00 2. 448+CC

.600 2 .149+06 5. 769 + 03 7. 749-01 2.143+06 3000. 1 .784+01 1.098-01 1 . C81+01 1 .623+00 5. 295+CC

.800 1 .613+06 5.697+03 1. 252+00 1.607+06 4000. 1 .776+01 '6.181-02 9 .C16+CC 1 .060+00 7. 623+00

1 .000 2 .874+06 5.614+03 1. 761 + 00 2.868+06 5000. 1 .816+01 3.959-02 7 .785+CC 7 .761-01 9. 554+OC

1 .500 1 .4C6+C6 5.378+03 2. 988+00 1 .400+06 6000. 1 .870+01 2. 751-02 6 .881+00 6 .085-01 1. 118+Cl

2 .000 7 .960+05 5.118+03 4. 136+00 7.909+05 8000. 1 .987+01 1.548-02 c .628+00 4 .2 17-01 1. 3EC+C1

3 .000 .326+05 4. E94+C3 6. 262+CO 3.280+05 10000. 2 .099+01 9 .911-03 4 . 792+CC 3 .2 12-Cl 1. 587+01

4 .000 5 .667+05 4.111+03 8. 250+00 5.626+05 15000. 2 .369+01 4.407-03 3 .544+00 2 .002-01 1. 994+01

^ .COG 3 .802+05 3.682 + 03 1. C12+C1 3.765+05 20000. 2 .632+01 2.480-03 2 . E43+CC 1 .451-01 2. 333+01

6 .000 2 .671+05 3 .312+03 1. 188+01 2.638+05 30000. 3 .063+01 1. 102-03 2 .C67+0C 9 .341-02 2. 847+01

8 .000 1 .313+05 2 .723 + 03 1. 503+01 1.286+05 40000. .353+01 6.201-04 1 .641+00 6 .££2-02 3. 182+01

IC .000 7 .498+04 2. 282+03 1. 772+01 7.268+04 50000. 3 .558+01 3.969-04 1 . 369+00 c .447-02 3. 416+01

15 .000 2 .722+04 1.564+C3 2. 291+01 2.573+04 60000. 3 .716+01 2.756-04 1 . 179+CC 4 .5C7-02 3. 594+01

2C .000 3 .044+04 1.119+03 2. 675+01 2.929+04 80000. 3 .957+01 1.551-04 9 .286-01 3 .350-02 3. 861+01

3C .000 1 .745+04 6.589+02 3. 169+Cl 1 .676+04 100000. 4 .146+01 9.924-05 7 .705-01 2 .666-02 4. 066+Cl

4C .000 8 .389+03 4.245+02 a 498+01 7.930+03

Z= 95 AMERICUM

ENERGY TOTAL COHER- INCOH. PHCTC ENERGY TCTAL COHER . INCOH. FHOTC PAIR

(KEVl SCATT. SCATT. EFFECT (KEV) SCATT. SCATT- EFFECT PRCC.

.010 1 .316+08 6 .003 + 03 2. 759-C4 1.316+08 50. 4 .911+03 3.026+02 706+01 4 .572+03

-CIS 8 .771+C7 6 .003+03 6. 197-C4 8.770+07 60. 3 .068+03 2.214+02 3.,819 + 01 2 .6CE+03

.020 6 .578+07 6.003+03 1. lCO-03 6 .578+07 80. 1 .47C+03 1.328+02 876+Cl 1 .296+03

-030 4 .386+07 6.003+03 2. 465-03 4.385+07 100. 8 -419 + 02 8.827+01 3 928+01 7 .144+02

.040 3 .289+07 6.0C3+C3 4. 367-03 3.289+07 150. 1 .129+03 4.124+01 3. 796+01 1 .050+03

.050 2 .632+07 6.C03+03 6. 798-C3 2 .631+07 200 . 5 .702+02 2.377+01 3 .,589 + 01 R .105+02

.060 2 .193+07 6.CC2+C3 9. 753-C3 2 .1 93+07 300 . 2 .255+02 1.083+03 ^ 221+01 1 .825+02

.080 1 .645+07 6.001+03 1. 721-02 1 .644+07 400 - 1 .253+02 6.165+00 2. 929+01 8 .984+01

.100 1 .316+07 6.000+03 2. 669-02 1 .316 + 07 500 - 8 .421+01 3.974+00 2 . 6 96+0.326+01

.150 g .776+C6 5.996+C3 5. 893-02 8 . 77 0+06 600 . 6. 321 + 01 2 .773 + 00 506 + C 1 Q .536+Cl

.200 t .584+06 5.99C+C3 1. 028-01 6. 578+06 800 . 4 .265+01 1 .569 + 00 2. 213+01 1 .895+01

• 300 4 .391+06 5.974+03 2. 222-01 4. 385+06 1000. 3 .289+01 1 .008+00 1 . 995+01 1 .194+01

.400 .295+06 5.953+03 3. 790-01 3 .2 89+06 1500 . 2 .301+01 4.502-01 1

,

626+01 c .457+00 6. 439-01

.500 2 .637+06 5.926+03 5. 673-01 2.631+06 2000. 1 .999+01 2.538-01 1. 388+01 3 .277+OC 2.,579+CC

.600 2 .198+06 5.896+03 7. 809-01 2.193+06 3000 . 1 .822+01 1.131-01 1. C93+01 1 .699+00 c ,483 + OC .800 1 .650+06 5 .824+03 1. 261+00 1 . 644+06 4000. 1 .807+01 6.369-02 9. 112+00 1 .1C9+0C 7.,788+CC

1 .COO a .010+06 5.740+03 1 . 771+00 3.005+06 5000 . 1 .840+01 4.079-02 7 . 668+CC 8 .121-01 9.,678+CC

1 .500 1 .470+06 5. 503+03 2. 994+00 1 .464+06 6000 . 1 .890+01 2 .834-02 6. 954+OC 6 .366-01 1.,128+01

2 .COO 8 .282+C5 5 .241+03 4. 131+CO 8.230+05 8000 . 2 .004+01 1 .59 5-02 C

^ 666+CC 4.411-01 1.,389+01

3 . 000 3 .461+C 5 4.7C7+C3 6. 231+00 3.414+05 10000

2 .121+01 1 .021-02 4. 643+OC 3 .361-01 1.,602+01

4 .000 .1 66+0 5 4.213+03 8. 208+00 4.144+05 15000

2 .4 13 + 01 4 . 54 1- C3 3. 582+CC 2 .095-01 2. 034+01

5.000 3 .971+05 3.772+C3 1. C09+01 3.934+05 20000

2 .684+01 2.555-03 2

873+00 1 .516-01 2. 382 + Cl

6. COO 2 .677+05 3.391+03 1. 186+01 2.643+05 30000- 3 .101+01 1.136-03 2. C89+0C 9 .773-02 2.,882+Cl 8.000 1 .365+05 2.785+03 1. 505+01 1.337+05 40000. 3 .385+01 6.390-04 1. 659+OC 7.2C1-C2 3. 212+01

10. COO 7 .602+C4 2.331+03 1. 777+01 7.567+04 50000. 3 .594+01 4.090-04 1. 3e3+CC .7CC-02 3. 450+Cl

15.000 2 .840+04 1 .589+03 2. 298+Cl 2.679+04 60000. 3 .76C+C1 2.840-04 1. 191+00 4 .716-02 3. 636+01

20.000 3 .170+04 1 .150+03 2. 684+01 3.052+04 80000. 4 .010 + 01 1.598-04 9. 385-01 3 .5C5-02 3. 913+01

30.000 1 .813+04 6.771+02 3.205+01 1.742+04 100000. 4 .192+01 1.023-04 7. 786-01 2 .769-02 4. 111+Cl

40. COO 8 .730+C3 4.365+C2 3. 520+01 8.258+03

z 96 CURIUM

ENERGY TOTAL COFER. INCOH. PHCTC ENERGY TCTAL COHER. INCOH- FHCTO PAIR

(KEV) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

.010 1 .355+06 6.130+03 4. 405-04 1 .355 + 08 50. 5 .C84+03 3.110+02 3. £56+01 4 .734+03

.015 9 ,C33+07 6.13C+C3 9. 891-C4 9.032+07 60. 3 .183+03 2.277+02 958+01 2 .915+03

.020 6 .775+07 6.130+03 1. 755-03 6.774+07 80. 1 .529+03 1.366+02 3. 992+01 1 .352+03

.030 4 .517+07 6.130+03 3. 933-C3 4.516+07 100. 8 .755+02 9.082+01 4. C31+01 7 .444+02

.040 3 .388+07 6.130+03 6. 965-03 3.387+07 150. 1 .160+03 4.244+01 3. £61+01 1 .C79+03

.050 2 .710+07 6.130+03 1. 084-02 2.710+07 200. 5 .864+02 2.447+01 3. 635+01 .256+02

.060 2 -259+07 6-129+03 1. 555-02 2 .258+07 300. 2 .319+02 1.115+01 3 255+Cl 1 .862+02

-080 1 .694+07 6.128+03 2. 742-02 1 .693 + 07 400. 1 .288+02 6.346+00 2 • 959+01 c .269+Cl

. 100 1 .355+07 6.127+03 4. 251-02 1.355+07 500. 8 .661+01 4.091+00 2 • 723+01 .526+01

.15C 9 .C38+06 6.123+03 9. 371-02 9.032+06 600. 6 .496+01 2.855+00 2 • 531+01 .679+01

.200 6 .780+C6 6.117+03 1. 632-Cl 6.774+06 800. 4 .371 + 01 1. 616+00 2. 236+01 1 .974+01

.300 4 .522+06 6.101+03 3. 517-Cl 4.516+06 1000. 3 .363+Cl 1.038+00 2 • 0 15+01 1 .244+01

.400 3 .393+06 6.079+03 5. 980-01 3.387+06 1500. 2 .343+01 4.635-01 1. 642+01 5 .676+00 8. 617-01

.500 2 .716+06 6.052+03 £. ?16-C1 2.710+06 2000. 2 .035+01 2.613-01 1. 403+01 .4ce+oc 2. 652+OC

.600 2 .264+06 6.021+03 1. 222+00 2.258+06 3000. 1 .850+Cl 1.164-01 1. 1C4+C1 1 .765+00 5. 5 77+CC

.800 1 .699+06 5.947+03 1. 955+00 1.693+06 4000. 1 .828+01 6 .557-02 9 . 2C8+CC 1 .152+00 7. e57+CC

1 .000 .062+06 5 .862 + 03 2. 714+00 3.056+06 5000. 1 .856+01 4.200-02 7. 951+CC £ .442-01 9. 720+CC

1 .500 1 .517 + 06 5.618+C3 4. 420+00 1.511+06 6000. 1.902+01 2.918-02 7 . 027+CC 6 .621-01 1

130+01

2.000 8 -564+C5 5.349+C3 5. 862+00 8.510+05 8000 . 2 .015+01 1.642-02 748+CC 4 .592-01 1. 393+01

3. COO 3 -587+05 4.802+03 8. 252+00 3.539+05 10000. 2 .138+01 1.051-02 4. 894+00 .500-01 1. 612+01 4.000 1 -848+05 4.299+03 1. C38+C1 1.805+05 15000. 2 .449 + 0 1 4.675-03 3. 619 + 00 2 .165-01 2. 065+01

5.C0C 4 -090+05 3. 851+03 1. 236+01 4.051+05 20000. 2 .727+01 2.630-03 2 . 9C3+0C 1 .564-01 2. 421+01

6. COO 2 .765+05 3 .464+03 1. 419+01 2.730+05 30000. 3 .135+01 1 .169-03 2. 111+OC 1 .021-01 2. 913+01

8 .COO 1 .404+C5 2.847+03 1. 741 + Cl 1.376+05 40000. .413tCl 6.578-04 1. 676+00 7 .523-02 3. 238+01

10.000 8 .C38+04 2.383+03 2. 011+01 7.798+04 50000. 3 .625+0 1 4.210-04 1. 398+00 .956-02 3. 479+01

15.000 2 .928+04 1 .628+03 2. 518+01 2.762+04 60000. 3 .793+01 2.924-04 1. 2C4+CC 4 .929-02 3. 668+01

2C.000 3 .269+04 1 .178+03 2. 891+Cl 3.149+04 80000. 4 .045+01 1.645-04 9. 484-01 .664-02 3. 947+01

30.C0C 1 .872+04 6.951+C2 3. 390+01 1.799+04 100000. 4 .217 + 01 1.053-04 7. 6 6 8-01 2 .9 16-02 4. 136+Cl 40.000 9 .018+03 4.485+02 3. 687+01 8.533+03
TABLE II. CONT- PHCTCN CRCSS SECTION COMPARISON

BIGGS AND LIGHTHILL IN BARKS/ATOM

Z= 97 BERKELILM

ENERGY TOTAL COHER. INCOH. PHOTO ENERGY TOTAL COHER. INCOH. PHCTO PAI F

( K EV ) SCATT. SCATT. EFFECT (KEV) SCATT. SCATT. EFFECT PRCC.

• OIC 1.393+08 6.259+03 4.461-04 1.393+08 50. 5.344+03 3.198+02 3 .924+01 4 .985+03

.015 9-28E+07 6.259+03 1.CC2-C3 9.288+07 60. 3.350+03 2.341+02 4 .C24+01 3 .076+03

.020 6.9t6+C7 6. 259 + 03 1.777-03 6.966+07 80. 1 .612+03 1.405+02 4 .C71+01 1 .431+03

-C3C 4.645+07 6.259+03 3.984-03 4.644+07 100. 9 .240+02 9.345+01 4 .C96+C1 7 .896+02

.040 3.484+07 6.258+03 7.0 54-03 3.483+07 150. 1 .207+03 4.368+01 .934+01 1 .124+03

.050 2.787+07 6.258+03 1. 098-02 2.786+07 200. 6.131+02 2.519+01 3 .7C8+C1 .5C8+02

.060 2. 323+07 6.258+03 1. 575-02 2.322+07 300. 2 .425+02 1.148+01 .314+01 1 .978+02

• cec 1.742+07 6 .257+03 2.777-C2 1.741+07 400. 1.343+02 6.535+00 .CC6+01 9 -773+01

.100 1.394+C7 6.255+03 4.3C5-C2 1.393+07 500 . 9 .005 + 0

1

4-213+OC 2 .763+01 5 -821+Cl

.150 9.294+06 6.251+C3 9.491-02 9.288+06 600. 6 .737 + 01 2-940+00 2 . 566+Cl 3 .878+01

.200 6.972+06 6.245+03 1.653-01 6.966+06 800. 4.514+01 1.664+00 2 .262+01 2 .C84+01

.300 4.650+06 6.229+03 3. 562-Cl 4.644+06 1000. 3 .460+01 1.069+00 2 .039+01 1 .315+01

.AOO 3.489+06 6.2C7+C3 6.056-Cl 3.483+06 1500. 2.399+01 4.773-'01 1 .661+01 6 .0 IC+OC g- 929-Cl

.500 2-793+C6 6. 181+03 9.030-01 2-786+06 2000. 2 .077 + 01 2.691-01 1 .418+01 3.6C7+00 2. 712+CC

.600 2.328+C6 6. 149+03 1 .238+00 2.322+06 3000. 1.888+01 1.199-01 1 .116+Cl 1 .867+00 5. 735+CC

.800 1.748+06 6. 076+03 1 .980+00 1 .741+06 4000. 1.871+01 6.753-02 9 .3C4+CC 1 .217+00 8. 122+OC

1 .COO 3.190+06 5-99C+03 2.749+CC 3.184+06 5000. 1 .905+01 4.325-02 8 .034+00 8 .91C-01 1. C08+C1

1.500 1. 560+06 5. 746+03 4.479+00 1.574+06 6000. 1.957+01 3.005-02 7 .ICl+OC 6 .981-01 1. 174+01

2.000 9-015+C5 5. 475+03 5.941+CC 8-960+05 8000. 2.077+01 1-691-02 .8C8+0C 4 .825-01 1. 446+Cl

3.000 3.810+05 4. 920+03 8.366+00 3.761+05 10000- 2 .203+01 1.083-02 4 .945+00 3 -681-01 1. 671+01

4.000 1.953+05 4.4C6+C3 1. C53+C1 1.909+05 15000- 2.516+01 4.815-02 3 -657+OC 2 .294-01 2- 127+01

5.000 4.289+05 3. 946+03 1.253+01 4.249+05 20000. 2.802+01 2.709-03 2 -933+00 1 .662-01 2- 492+01

6.000 2. 733+05 3.546+C3 1.439+01 2.697+05 30000. 3. 231+01 1-204-03 2 -123+CC 1 .C69-01 3. CC7+C1

8-000 1.476+05 2.914+03 1 .766+01 1.447+05 40000. 3.522+01 6-775-04 1 .694+00 7 .878-02 3. 344+01

10.000 8.456+04 2.438+03 2.C40+C1 8.210+04 50000- 3. 737+01 4.336-04 1 .413+00 6 .225-02 3. 589+01

15.C0C 3.067+04 1.667+C3 2. 556+01 2.897+04 60000. 3.906+01 3.011-04 1 .216+00 c .159-02 3. 780+01

2C.0CO 3.425+C4 1.209+03 2-936+Cl 3.302+04 80000. 4-161+01 1.694-04 9 .583-01 3 -824-02 4. C61+C1 30.000 1.958+C4 7.140+02 3.445+01 1.883+04 100000. 4-341+Cl 1.084-04 7 .950-01 3 .051-02 4, 258+01

40. COO 9-461+C3 4-61C+C2 3.749+Cl 8.962+03

Z= 96 CALIFORNIUM

f f^' ^ p (: Y TOTAL COHER. INCOH.

dec cJt ENERGY TOTAL COHER

.

INCOH

.

PHOTO PAIF

(K EV

)

SCATT. SCATT. EFFECT ( K EV

)

SCATT

.

SCATT . EFFECT PRCC.

• 0 1

0

1.418+Ce 6.389+02 4. 448-04 1 - *tit5 +U<3 50 • 5 .477+03 7 7 R fl + n 7 7 920+C

1

5 .109+03

• CI 5 9.454+C7 6.389+03 9. 988-04 y-*t3*t+u ( 60 a 3 .462 + 02 7 A n 7 C21+01 3 .161+03

• 0 20 7.091+07 6.388+03 1. 772-03 1 .uyu+u f 80 • 1 .686+03 1 .446+02 C 62 + 0

1

1 .501+03

• 0 3 0 4.727+07 6.266+02 3. 972-03 4.727+07 100* 9.615+01 10 5+01 8 .3C6+C2

• 040 2.546+07 6.388+C3 7. 033-03 3 .545+07 150* 4.495+01 7

^ 9 36+01 1 .152+03

nan 2.837+07 6.388+03 1. 095-02 2 . 836+07 200 « 6 - 309 + 02 2-592+Cl 7 707+0

1

.679+02

• 060 2.364 + 07 6.387+02 1. 570-C2 2 .363+07 300 • 7 A Q 1 f~i ^ t .H7 1+U£ 1.181+01 3. 320+01 2 .041+02

• 0 8 0 1.773+C7 6.366+03 2. 769-02 1 • 773+07 400 . 1 .377+02 6 .726+00 3 _ C19+01 1 .CC8+02

• loo 1.419+07 6.385+03 4. 292-02 1.41 8+07 500 - n 7 7 /. A A 1 4.JJ6+UU /. 7 7 A ^ n o 2. 779+01 6 .011+01

• 1 5C 9.460+06 6.381+C3 9. 463-02 9 .454+06 6 00* 6-oS / +01 2. 5 84+01 4 .011+01

• 200 7.097+06 6.375+03 1. 648-01 7 . 090+06 800 • 4 .609 + 01 1.713+00 2. 282+01 2 .156+01

30 0 4. 733+06 6.359+03 3. 552-01 4.72 7 + 06 1000* 3 - 526 + 01 i.iuu+uu 2 • C57+01 1 .359 + 01

• 400 3.551+06 6.338+03 6. 038-01 3 . 545+06 1500 • 7 A 7 O A r\ 1 4.91 3— 0

1

1. 677+01 6 .199+00 9. 246-01

2.842+C6 6.311+03 9. 004-01 2.836+06 2000 • 2 . 106 + 0

1

2.77 0— 0 1 1. 432+01 3 .7 17+OC 2. 746+CC

• 6 0 C 2.270+06 6.280+03 1. 234+00 2-3 63+06 3000 • 1.9 13+0

1

1 . 234-0

1

1. 127+01 1 .925+00 5. 810+CC

• 800 1 .779 + 06 6.207 + 03 1. 974+00 1 - 773 + 06 4000 • 1 . 897 + 0

1

6.95 1—02 9. 299+CC 1 .256+00 6. 248+CC

1*000 3.272+06 6.122+03 2. 741+00 3 - 266 + 06 5000 • 1 .933+0

1

4.45 2— 0 2 8. 117+00 9 .206-01 1. C25+01

1*500 1.643+06 5.877+03 4. 465+00 1 -637+06 6000 • 1 .985+01 7 n O 7_ A 7 7. 174+CC 7 .221-01 1. 193+01

2 aCOO 9. 339+05 5.603+03 5. 922+00 y 8^1 +UD 8000 • ^ . 10 3+0

1

1.741-02 C 868+00 c .OC9-01 1.465+01

3 • C 0 0 3.934+05 5.040+03 6. 339+CO "3 O O ^ f\ c: 10000

2.2 22+0 1 1.11 5—02 4. 996+OC 3 .819-Cl 1. 683+01

A • CO 0 2.028+05 4.515+C3 1. 050+01 1 . Vo3+US) 1 5000

2.512+01 4 • 9 56—03 3 ^ 695+00 2 .364-01 2. 118+01

5*000 3.812+0 5 4.C43+C3 1- 250+01 3.771+05 20000 • 7 7 Q fl ^ n 1 ^-7 7f07UJ Q Q_ n 7 2. 964+CC 1 .729-01 2. 474+01

6.000 2.820+05 3.635+03 1. 435 + 01 2.783+05 30000. 3.230+01 1-240-0 3 2. 155+CC 1 .114-01 3. 003+01

8.000 1-517+05 2.983+03 1. 762+Cl 1.487+05 40000. 3. 535+01 6.974-04 1. 711+OC 6 .214-02 3. 355+01

10.000 8-703+04 2.495+03 2- 035+01 8.451+04 50000. 3.758+Cl 4.464-04 1. 427+00 6 .504-02 3. 608+01

15.000 3.173+04 1 .707+03 2. 551 + 01 3.00C+04 60000. 3.931+01 3.100-04 1. 229+CC .382-02 3. 803+01 2C.C00 3.536+C4 1.238+03 2. 930+01 3.409+04 80000. 4.189+01 1.744-04 9. 681-01 4 .CC2-02 4. 088+01 30-000 2. 016 + 04 7.331+02 3. 441+01 1.939+04 100000. 4-374+01 1.116-04 6. C32-C1 3 .185-02 4. 291+01

40.000 9.645+03 4.737+C2 3. 745+01 9.134+03

2== 99 EINSTEINIUM

ENERGY TOTAL COHER

.

INCOH. PHCJC ENERGY TCTAL COHER . INCOH. PHCTO PAIP

(KEV» SCATT. SCATT- EFFECT (KEVI SCATT. SCATT. EFFECT PRCC.

.010 1.463+C6 6.520+03 4. 504-04 1.463+08 50. 5-819+03 3.428+02 7 967+01 .426+03

.015 9.756+07 6.520+03 1. 011-03 9.756+07 60- 3.643+03 2.511+02 4. 090+01 3 .351+03

.C20 7-317+07 6-519 + 03 1. 795-C3 7.317+07 80. 1-748+03 1.508+02 4. 138+01 1 .556+03

.030 4-878+C7 6.519+03 4. 022-03 4.878+07 100. 1 .001+03 1-004+02 4. 169+01 8 .590+02

-040 3-659+C7 6.519 + 03 7. 122-03 3.658+07 150. 1 .288+03 4.694+01 4. CC6+01 1 .201+03

-050 •^-927+07 6.519+03 1 . 108-02 2 ;'9rrr+o7 200. 6.607+02 2.708+01 3. 7 77+01 c .956+02

-060 2.440+07 6.518+C3 1. 590-02 2.439+07 300. 2.602+02 1.234+01 277+01 2 .141 + 02 -080 1-830+07 6. 518 + 03 2. 804-02 1.829+07 400. 1.434+02 7.027+00 3. 065+01 1 .057+02

.100 1-464+07 6.516+03 4. 346-02 1.463+07 500. 9 .591+01 4.531+00 2. 818+01 6 -321+01

.150 9.762+06 6.513+03 9. 582-02 9.756+06 600. 7.166+01 3.162+00 2. 617+01 4 .233+01

.200 7.323+06 6. 507 + 03 I. 669-01 7.317+06 800. 4.770+01 1.789+00 2. 309+01 2 .282+01

.300 4.684+06 6.493+03 3. 597-01 4.878+06 1000. 3-635+01 1.149+00 2 . C80+01 1 .440+01

.400 3.665+06 6.473+03 6. 115-01 3.658+06 1500- 2 .499 + 01 5.134-01 1. 695+01 6 .571+00 9. 568-01

.500 2.933+06 6.449+02 9. 118-01 2.927+06 2000- 2.154+01 2.895-01 1.447+01 .938+00 2. 846+CC

.600 2-445+06 6.420+03 1. 250+00 2.439+06 3000. 1 .956+01 1.290-01 1. 139+01 2 .C25+00 6. C12+CC

.800 1-836+06 6. 352 + 03 1. 999+00 1.829+06 4000. 1 .941+01 7.264-02 9. 496+00 1 -326 + 00 8- 518+00

1-000 3-362+06 6. 272+03 2. 776+00 3.356+06 5000. 1.978+01 4.652-02 8. 2CC+0C c .703-01 1. 056+01

1.500 1-730+06 6.037+03 4. 522+CC 1.724+06 6000. 2-032+01 3.232-02 7. 247+00 7 .6C3-01 1- 228+01

2.000 9-849+05 5.769+03 5. 9 99+CC 9.791+05 8000. 2 .153+01 1.819-02 c ^ 928+00 .266-01 1. 506+01

3 .000 4.140+C5 5.209+03 8. 450+00 4.088+05 10000. 2.275+01 1 .165-02 5. C47+0C 4 .011-01 1. 729+Cl 4.000 2. 134+0': 4.677+02 1. C64+C1 2.087+05 150 00- 2.580+01 5.179-03 3. 732+CC 2 .500-01 2. 181+01

5-000 3.994+05 4.193+C3 1. 266+01 3.952+05 20000. 2-871+01 2.914-03 2. 994+OC 1 .812-01 2. 553+01

6-000 2.949+05 3.771+C3 1. 454 + 01 2.911+05 20000. 3-326+Cl 1.295-03 2. 177+00 1 .167-01 3. 097+01

8.000 1-596+C5 3.094+03 1. 786+01 1.565+05 40000. 3-633+01 7.288-04 1. 728+00 8 .596-02 3.451+01

iC.COO 9.201+04 2.586+C3 2. 064+01 8-940+04 50000. 3. 856 + 01 4.665-04 1. 442 + 00 6 .8C4-02 3. 705+01

15.000 2.345+04 1.771+03 2. 5 89+01 3.165+04 60000- 4.032+01 3.240-04 1. 241+00 5 .630-02 3. 903+01

20.000 1 .660+04 1.287+03 2. 975+01 1.529+04 80000. 4.301+01 1.822-04 9. 780-01 4 .165-02 4. 199+01 30.000 2.112+04 7.632+02 3. 495+01 2.032+04 100000. 4.503+01 1.166-04 6. 114-01 3 .320-02 4.419+01

40. COO 1.C29+C4 4.936+02 3. eo5+ci 9.761+03
T/iELE II, CONT. PHCTCN CROSS SECTICN CCMPARISON

BIGGS AND LIGHHUL IN BARKS/ATOM

Z=1C0 FERMIUM

E NERGY TOTAL COHER

I NO OH. PHCTC ENERGY TCTAL COHER. INCOH. FHOTO PAI F

( K EV

)

SCATT. SCATT. EFFECT (KEV) SCATT

SCATTE FFEC T PRCC . .010 1 .469+08 6.652+03 4. 5C7-C4 1 .469+08 50, 6 .048 + 03 3.523+02 4 .000+01 5,6 55+03

• CIS S. 7S3+C7 6.652+03 1

C12-03 9. 792+07 60 . 3 .790 + 03 2.582+02 4 .1C5+01 3,491+03

.020 7.345+07 6 .652+03 1. 796-03 7.344+07 80, 1 .820+03 1. 551+02 4 .153+01 1 ,623 + 03

.C30 4. £97+C7 6 .652+03 4. 025-03 4.896+07 100. 1 .042+03 1,032+02 4 .192+01 8 ,964+02

.040 3.6 73 + 07 6.651+03 7. 127-03 3,672+07 150. 1 .327+03 4.829+01 4 . C28+C1 1,236+03

.050 2.938+07 6 ,65 1+03 1. 109-02 2.938+07 200. 6.783+02 2.786+01 ' , 796 + C 1 6,12 E+02

.C60 2.44S+07 6 .6 51 + 03 1. 591-02 2.448+07 300. 2 .682+02 1 .270+01 3 ,4C0+01 2,216+02

.080 1 .837+07 6.650+03 2. 806-02 1 , 836+07 400 . 1 .481+02 7.232+00 - . ce8+o 1 1, lCC+02

.100 1 .469+07 6 .649 + 03 4. 349-02 1 .469+07 500. 9.896+01 4,663+00 2 . 641+C

6 ,589+01

.150 ? . 799+06 6 .645 + 03 9. 588-02 9.792+06 600 . 7 .373+0

3,255+CO 2 . 64C+0

4 ,4 C 6+01 .200 7.351+C6 6 .640+03 1. 670-01 7.344+06 800. 4.888+01 1 ,842+00 2 . 330+0

2.374+01

.300 4.9C3+C6 6 .625 + 03 3 ^ 599-Cl 4.896+06 1000 . 3.715+01 1,18 3+00 2 . lCC + 01 .496 + 01 .400 3 .679+06 6 .6 C6 + 03 6. 119-01 3.672+06 1500 . 2 .544+01 5,28 5-0

1 . 711+01 6 .820+00 9 . 771-01

.500 2,944+06 6 .581+03 9. 124-01 2 .938+06 2000 . 2 , 194+C2.980-01 1 .461+Cl 4.08 5+00 2

939 + 0 C .600 2.455+06 6.553+03 1 .251+CO 2 .448+06 3000. 1 .989+0

1.328-01 1 .150+Cl 2.112+OC 6. 148+CC

.600 1 .842 + 06 6 .485 + 03 2. 001+00 1.836+06 4000 , 1 .969+01 7 .478^02 9 . 592+CC 1 . 3 7 7+OC 6 . 646+CC

1 . ceo 3.455+06 6 ,405+C3 2. 778+CC 3.449+06 5000 , 2 .001 + 04.789-02 8 .282+00 1 . C C 6 + 00 1 . C68+01

1 . 500 1 .789+06 6,170+03 4. 526+CO 1 .783+06 6000 , 2.053+0

3.328-02 7 .320+00 7 .SC 2-C1

239+01

2 .000 1.026+C6 5 ,900 + 03 6. 004+00 1,020+06 8000. 2,175+01 1.873-02 5 .987+00 5.476-01 1

520+01

3 .COO 4 .338 + 0 5 5,333+03 8. 458+00 4,284+05 10000, 2,305+01 1.199-02 - . C 98 + OC 4.17 5-01 1 . 752+01

4 .COO 2 .2 31+05 4,791+03 1. 065+01 2,183+05 15000. 2 ,635+0

5.332-03 .7 70+0 0 2 .6 C 5-0 1 2 . 231+0

5 . CC C 4.1 56 + 0 5 4.296+03 1. 268+Cl 4.1 13+05 20000

2,936+0

3.000-03 - . C24+0C 1.8 69-01 2. 614+Cl

6 .000 3 . 04 8 + C 5 3 .864+03 1. 456+01 3,009+05 30000

,

3 .382+01 .334—03 2 . 199 + OC 1.21 7—01 3. 149+Cl

8 .000 1.646+05 3.169+03 1. 789+01 1.616+05 40000, 3 .681+01 7.503-04 1 . 746+CC 6 .969-02 3. 496+01

10.000 9.532+04 2.647+03 2. 067+01 9,265+04 50000. 3.905+01 4.802-04 1 .456+OC 7.1C1-02 3. 752+01

15 .000 3.466+04 1.811+C3 2. 593+01 3,282+04 60000, 4.C83+C1 3.335-04 1 .254+CC 5.876-02 3. 951+01 20.000 1.712+04 1.320+03 2. 982+01 1 ,577+04 80000. 4.351+01 1.876-04 9 .879-01 4.369-02 4. 248+Cl

30.000 2.160+C4 7.834+02 CI ^ 506+01 2.098+04 100000. 4.542+01 1.201-04 8 , 196-01 3.477-02 4.456+Cl

40. ceo 1.068+04 5.071+02 3. 819+01 1.013+04
T«eLE III PHOTON CRCSS SECTION COMPARISON

Z= 1 HYCROGEN

ENERGY COH I NO OH. KEV TOTAL SCATT. SCATT.

1 1.22 5+01 5 .803-01 8.442-02

1.5 3.621+00 .983-01 1 .655-01

2 1 .776+00 4 .141-01 2.486-01

3 9.382-0

1

2 .763-01 3 .832-01 7.601-01 1 .881-01 4. 683-01

5 7.015-01 1 .340-01 5.194-01

6 e.763-Cl 9 .985-02 5.508-01

e 6 .550-01 6 .125-02 5. 843-01

10 6.450-01 4 .120-02 5.994-01

15 6.301-01 1 .942-02 6 . 096-01

20 6.184-01 1 -118-02 6.06 8-01 30 5 . = 76-01 5 .CtC-03 5 .924-01

40 5.787-01 2 . 860-03 5.758-01

50 5.615-01 1 .840-03 5.596-Cl

60 5.456-01 1 .280-03 5.443-01

80 5 .173-01 7 .200-04 5.165-01

100 4.927-01 4 .600-04 4.923-01

150 4.436-01 2 .000-04 4.434-01

200 4.065-01 1 .lCO-04 4.063-01

300 3.534-Cl 5 .CCC-05 3. 534-01

2 HELIUf* ENERGY COH I NCOH

.

KEV TOTAL SCATT. SCATT.

1 4 . 33 1+02 2 .512+00 7 . 039-02

1 .5 1.140+02 2 .347+OC 1 .492-01

2 4.438+01 2 .148+00 2.447-01

3 1-2 5 5+01 1 .726+00 4.447-01

4 5.780+00 1 -353+00 6.251-01

5 3.562+00 1 .C60+00 7. 669-01

6 2.625+00 8 .398-01 8. 732-01

a 1.892+00 5 .542-01 1 . 009+00

10 1.621+00 3 .891-01 1 .083+00

15 1.388+00 1 .948-01 1.158+00

20 1 .305+00 1 .159-01 1 . 177+00 30 1.224+00 5 .410-02 1.167+00

40 1 .174+OC 3 .100-02 1.141+00

50 1 .133+00 2.000-02 1.11 3+00

60 1.096+OC 1 .400-02 1.C84+00

80 1 .03 £+00 7 .900-03 1 .030+00

100 9.879-01 5 .060-03 9 . 82 8-01 150 S. 883-01 2 .250-03 8.860-01

20C 8.135-01 1 .260-03 8 . 123-01

300 7.071-01 5 .600-04 7.066-01

2= 3 L ITHIUM

ENERGY COH I NCCH.

KEV TOTAL SCATT. SC A T T

.

1 2.335+03 4 .784+00 3.396-01

1.5 7.201+02 4 .005+00 5. 195-01

2 3.008+02 3.426+00 6.365-01

3 8 .505+0

1

2 .721+00 8. 071-01

4 3.481+01 2 .279+00 9.52 8-01

5 1 .793+01 1 .938+00 1 . 085+00

6 1 .085+01 1 .652+00 1 . 201+00

8 5.553+OC 1 .209+00 1.38 6+00

10 3 .768+00 9 .020-01 1.511+00

15 2 .474+00 4 .872-01 1 .663+00

20 2.132+00 3 .010-01 1.715+00

30 I .898+00 1 .466-01 1 .724+00

40 1.792+CC 8 .590-02 1 .696+00

50 1 . 7 19 + CC 5 .610-02 1.65 6+00 60 1 .660+00 3 .940-02 1.618+00

80 1-565+00 2 .250-02 1 . 541+00

100 1.486+00 1.440-02 1.471+0 0 150 1.334+00 6 .400-03 1 . 328+00

200 1. 221+00 3 .700-03 1.218+00

300 1.061+00 1 .600-03 1 . 060+00

z= 4 BERYLLIUM

ENERGY COH I NCOH

.

KEV TOTAL SCATT. SCATT.

1 8.486+03 a •886+00 4. 011-01

1 .5 2.607+03 7 .461+00 6.979-01

2 1.089+03 6 .215+00 9. 247-01

3 3.069+02 4. 517+00 1.197+00 1.231+02 3 . 548+00 1 .360+00

5 6 .093 + 01 2 .945+00 1 .487+00

6 3.479+01 2 .521+00 1. 597+00

8 1 . 527+01 1 .923+00 1 . 781+00

10 8. 815+00 1 .501+00 1 .92 6+00

15 4.331+00 8 .65C-01 2 . 137+00

20 3.267+00 5 .503-01 2.227+00

30 2.661+00 2 .759-01 2.2 65+00

40 2.448+00 1 -643-01 2.240+00

50 2.325 + 00 1 .085-01 2.196+00

60 2 .23 5 + 00 7 .680-02 2.147+00

80 2.097+00 .410-02 2. 049+00

100 1.988+00 2 .840-02 1.958+00

150 1.782 +00 1 .280-02 1. 768+00

200 1 .630 + 00 7 . 200-03 1.622+00

300 1.415+CO 3 .200-03 1.412+00

ENDF/B IN BARNS/ATCM

PHOTO ENERGY EFFECT KEV TOTAL

1 .158 + 01 400 3 .167-01

2 .957+00 500 2.891-01

1 .1 14+00 600 2.675-01

2 .787-01 800 2.349-01

1 .038-01 1000 2.112-01 4.814-02 1500 1.716-01

2 .567-02 2000 1.465-01

9.5 09-03 3000 1.157-01 4.400-03 4000 9.700-02

1 .085-03 5000 8.430-02 4.029-04 6000 7. 501-02

1 .002-04 8000 6.239-02

3 .749-05 10000 5 .431-02 1.756-05 15000 4.222-02

9.470-06 20000 3.588-02

3.595-06 30000 2.910-02

1 .705-06 40000 2.558-02 4.455-07 50000 2.357-02

1 .739-07 60000 2.217-02 4.708-C8 80000 2.058-02

100000 1 .982-02

PHOTC ENE PGY EFFECT KEV TCTAL

4. 305+02 400 6.335-0

1

1.115+02 500 5 .784-01 4.199+01 600 5.350-01

1 .038+01 800 4.699-01

3 . 802+00 1000 4.224-0

1

1.736+00 1500 3.433-01

9.119-01 2000 2.935-01

3.291-01 3000 2.323-01

1 .489-01 4000 1.957-01

3.523-02 5000 1.708-01

1 .269-02 6000 1.527-01 3.030-03 8000 1.283-01

1 .105-03 10000 1.129-01 5.083-04 15000 8.997-02 2.708-04 20000 7 .835-02

1 .012-04 30000 6.614-02

4.761-05 40000 6.003-02

1 .239-05 50000 5 .680-02

4 . 874-06 60000 5.453-02

1.354-06 80000 5.226-02

100000 5 . 148-02

PHOTC ENE PGY EFFECT KEV TCTAL 2.330+03 400 9. 504-01

7.1 56+02 500 8.677-01

2 . 968+02 600 8.026-01 8.152+01 800 7 .049-0

1

3.158+01 1000 6 .3 36-01

1 .490+01 1500 5.151-01 8.000+00 2000 4.407-0

1

2 . 958+00 3000 3 .500-01

1 .355+00 4000 2 .959-01

3 .233-01 5000 2 .596-0 1 1 .163-01 6000 2 . 32°-01

2 -748-02 8000 1 .°76-0

1

9 .920-03 10000 1 . 758-01 4.525-C3 1500C 1.432-01

2 .394-03 20000 1 .274-0

1

8 .870-04 30000 1.111-01

4.1 54-04 40000 1 .032-0 1 1 .081-04 50000 9.953-02 4.283-05 60000 9.688-0 2

1 .222-05 80000 <5 .474-02

100000 9.463-02

PHOTO ENERGY EFFECT K EV TCT AL 8.477+03 400 1 .268 + 00

2 .598+03 500 1 .1 57*00

1 . 082+03 600 1-070+00

3 .012+02 800 9.400-01

1 . 1 82+02 1000 8.449-01

5 .650+01 1500 6 . 870-01

3 . 068+01 2000 5.883-01

1.157+01 3000 4 • 687-01

5 .3 89 + 00 4000 3.g7g_0 1

1 .328+00 5000 3. 505-01 4.891-01 6000 3 . 158-01

1 . 196-01 8000 2 . 704-0

1

4 .424-02 10000 2 .429-0 1 2 .055-02 1 5000 2.019-01 1.103-02 20000 1.829-01 4.174-03 30000 1 .639-0 I 1 .985-03 40000 1.551-01 5.288-04 50000 1.517-01

2. 125-04 60000 1.491-01 6.142-05 80000 1.478-01

100000 1.489-01

COH INCOH. PHOTO PAIR SCATT. SCATT . EFFECT PROD 3.000-05 3.166- 01 1 .890-08 1.900-05 2.891- 01 9.397-09

1.300-05 2.675- 01 5.343-09

7.300-06 2.349- 01 2. 219-09 4.700-06 2.112- 01 1.134-09

2.096-06 1.716- CI 5.569-lC 4. 3 5C- 05

1 .181-06 1.464- 01 3.362-10 1. 790- C4 5.256-07 1.151- 01 1 .890-lC 5. 522- C4 2.959-07 9.600- 02 1 .318-10 9. 950- C4 1.894-07 8.287- 02 9.972-11 1.434- 03 1.316-07 7.3 23- 02 8.090-11 1. 775- 03 7.410-08 5.988- 02 5.815-11 2. 511- 03 4.747-08 5.099- 02 4.502-11 3. 317- 03 2-091-08 3.771- 02 2.949-11 4. 513- C3

1 .159-08 3.025- 02 2.184-11 5. 633- 03 4.967-09 2.200- 02 1 .431-11 7. 09 8- 03 2.681-09 1.746- C2 1 .060-11 8. 114- 03 1.630-09 1.457- 02 8.39 7-12 9. 005- 03

1 .066-09 1.2 54- 02 6 .943-12 9. 627- 03 5.250-10 9.8 82- C3 5.142-12 1. 070- 02 3.035-10 8.199- C3 4.074-12 1. 162- 02

COH INCOH . PHOTC PAIR

SCATT. SCATT . EFFECT PROD. 3.200-04 6.332- CI 5 .611-07

1 .900-04 5.78 2- 01 2 .882-07 1.300-04 5 .349- 01 1 .693-07 7.000-05 4.698- 01 7.478-08

4.000-05 4.224- 01 4 .052-C8 1.785-05 3.432- 01 1.991-08 1. 742- 04

1 .006-05 2.927- 01 1 .203-08 7. 160- 04

4 .481-06 2.302- 01 6. 74 8- C

9

2. 1 28- 03

2 .523-06 1.920- 01 4.695-09 3. 649- 03 1.616-06 1 .657- 01 3.544-09 5. 088- 03 1.122-06 1-465- 01 2 .875-09 6. 190- 03 6.316-07 1.19 8- 01 2. 066-09 8. 492- 03 4.046-07 1 .020- 01 1 .599-09 1. 093- 02

1 .798-07 7.543- 02 1 .047-09 1. 454- 02

1 .001-07 6.050- 02 7.748-lC 1

.

785- C2 4.338-08 4.400- 02 5 .072-lC 2. 215- 02 2.368-08 3-493- C2 3.754-lC 2. 509- 02

1 .466-08 2.914- 02 2.9 73-lC 2. 766- 02

9 .778-09 2.5Q9- 02 2.457-lC 2. 944- 02 4.999-09 1 .977- 02 1.819-10 3. 249- C2 2.878-09 1.640- 02 1 .441-10 5C8- 02

COH INCOH. PHOTC PAIR SCATT. SCATT. EFFECT PROD. 8.900-04 9 .495-01 5 .228-06

5 .700-04 8.672-01 2 .777-06

3 .800-04 8. 022-01 1 .687-06 2.200-04 7.047-01 7.962-C7

1 .300-04 6 .335-01 4 .593-07 5.804-05 5.147-01 2.258-07 3. 922- C4 3.272-05 4.390-01 1 .365-07 1

.

611- C3

1 .458-05 3.452-01 7.645-08 4. 725- 03 8.209-06 2. 880-01 5.311-08 7. 960- 03 5.258-06 2.486-01 4 . 003-06 1 . 096- 02 3.653-06 2.197-01 3.247-06 1. 324- 02

2 .056-06 1.796-Cl 2. 333-0 6 1. 794- 02

1 .316-06 1 . 530-01 1 .806-08 2. 2 82- 02 5.859-07 1. 131-01 i.iei-06 3. 0C6- 02 3.277-07 9.074-02 8.741-09 3.663- 02

1 .427-07 6. 599-02 5. 718-09 4. 509- C2 7.828-08 5.239-02 4.231-09 5. 085- 02 4.883-08 4. 370-02 3 .350-09 5 . 5 84- 02 3.283-08 3. 762-02 2 .768-09 5. 926- 02 1.714-08 2.964-02 2.048-09 6. 510- 02 1.002-08 2 .459-02 1 .622-09 7. CC4- 02

COH INCOH

.

PHOTO PAIR SCATT. SCATT EFFECT PRGO

1 .800-03 1 .266 + 00 2.639-05

1 .200-03 1.1 56+00 1 .402-05 8.000-04 1.070+00 8 .501-06 4.200-04 9. 396-01 3 .982-06

2 .600-04 8.446-01 2 .275-06 1.161-04 6.862-01 1. 119-06 6. 979- 04 6.549-05 5.853-01 6 .765-07 2. 864- 03 2.918-05 4.603-01 3. 785-07 8. 343- 03 1.644-05 3.840-Cl 2 .626-07 1. 393- 02

1 .053-05 3.314-01 1.978-07 1. 906- 02 7.315-06 2.929-01 1 .604-07 2. 2 93- 02 4.116-06 2.395-01 1.152-07 3. C84- 02

2 .636-06 2.039-01 8 .919-08 3. 897- C2 1.173-06 1. 508-01 5. 832-06 5. 105- 02 6.583-07 1 .210-01 4.315-08 6. 194- 02 2.874-07 8.79 8-0 2 2.821-06 7. 589- 02 1.583-07 6.985-02 2.087-08 8. 529- 02 9.891-08 5. 826-02 1.652-06 9. 340- 02 6.697-08 5.016-02 1.365-06 9. 890- 02 3.535-08 3.952-02 1 .010-06 1 . 083- 01 2.093-08 3.279-02 7.993-C9 1. 162- 01
TABLE III, CONT. P H 0 T C N CRCSS SECTION COMPARISON

ENDF/B IN BARNS/ATGM

2= 5 BORON ENERGY COH I NCOH. PHOTO ENE PGY COH INCOH. PHOTO PAIR KEV TOTAL SCATT. SC A T T

EF FECT K EV TCT AL SC ATT

SCATT. PROD . 1 2.098+04 1 .449+01 3.561-01 2 .096+04 400 1 .585 +00 3.100-<03 1 .582+00 9 . 1 53-*C 5 1-5 6.681+03 1 .256+01 6.698-01 6 . 668+03 500 1 .447+00 2 .000-03 1.445+00 4 .8 7 7-C 5 2 2.860+03 1 .067+01 9. 562-01 2 • 848+03 600 I. * J J O ' 'J \J 1 . 300-03 1 .337+00 2 .961-0 5 E. 289+02 7 .740+00 1.365+00 8.198+02 800 1.1 75+0 0 7 000—04 1 .174+00 1 .389-^0 5 3 .368 + 02 5 .868+00 1 . 629+00 3 . 293+02 1000 1 .057+00 5 .000-04 1 .C56+0C 7.935—06

5 1 .667 + 02 4.673+00 1.92 0+00 1.601+02 1500 8.592-01 2.2 34-04 8 .579-01 3 •904-»G6 . 092-C3

6 9 . 402+0

3 .879+00 2. 048+00 8 . 810+01 2000 7.365-01 1 .260-04 7 ,319-01 2. 360-06 4 .475-03

8 3. 903+01 2 .890+00 2.226+00 3 . 392+01 3000 5. 886-01 5 .616-05 . 7 55- C 1 1 .320-06 1 . 2 98-C2

10 2.065+01 2 .271+00 2. 336+00 1.6 04 + 01 4000 5.0 17-0 1 3.1 64-0 5 4 .801-01 9.150-07 2 . 1 56-02

15 8.018+00 1 .363+00 2. 597+00 4. 058+00 5000 4.438-01 2.0 26-05 . 1 44- C

6. 886^07 2 .937-02

20 5 . 1 26 + 00 g .8 80-01 2 . 71 8+00 1 . 520+00 6000 4.015-01 1 .408-05 3 .662-01 3.584-07 3 . 526-C2

30 3 .6 2 2+00 . 543-Cl 2. 787+00 3 .803-01 8000 3 .467-0 1 7 .923-06 .995—01 4 . C12-C 7 4 . 720-02

40 3 . 1 88+OC 2 2. 772+00 1 .427-01 10000 3 . 144-0

5 .074-06 2 .550—01 3 .104^07 5 .938-02

50 2.975+00 .82 3—0

2. 726+00 6 .697-02 1 5000 2.661-01 2.258-06 1 ,33 5— Q

2 .029-0 7 7 . 75C-C2

60 2.835+00 \ . 298—0

2.669+00 3.624-02 20000 2.450-01 1.270-06 1 • 5 1 3— 0 1 1 .501-07 9 .376-C2

BO 2.642+00 7 • 51 C— 0 2 2.553+00 1.387-02 30000 2.245-01 5.557-07 1 -100—01 9.813-Ce 1 .145-01

100 2 . 4*^7 + 00 ^ . ^70— 02 2. 442+00 6.6*'2 — 03 40000 2 • 156-01 3 .068-07 3 .73 3— 0 2 7.258-06 1 .263-01

150 2.232+00 2 . 190—02 2.2 08+00 1 .796-03 50000 2.131-01 1 .9 20-0 7 7 ,285—02 .744-06 1 .4C2-C1

200 2. 040+00 I , 240-0 2 2.027+00 7 • 271 -04 60000 2 . 109-0 1 1 . 305-07 . 2 72— C 2 4 .745-C8 1 .482-01

300 1 . 771+00 5 . 500— 03 1 . 765+00 2 « 1 20— 04 80000 2.111-01 5,934-03 , 942— 0 2 3 . 509- C 8 1.617-Cl

1± onooo >J VJ VJ 2.141-01 4.1 50-0 8 4 . 100-02 2 .777-0 6 1 .730-01

2= 6 CARBON

E N E R G V COH I NC CH

PHOTO ENERGY COH INCOH • PHOTO PAIR KEV TOTAL SCATT. SC A T T

EFFECT K EV T CT AL SC ATT

SCATT

EFFEC T PROD.

1 385 + 04 2 .16C+C1 3.02 9—01 4 • 382+04 400 5 .000-03 1 . O T C T vj 2 .45 1-04

1 .

1 .415+04 1 .929+01 1.4 13+04 500 1 .736+00 3 . 100-03 1 . 733+CO 1 .299-04

2 6 . 125 + 03 1 .685+01 9.0 39-01 6.108+03 600 1 .6 06+00 2 .200-03 1 6 r 4 + r 0 7 . 837-C f 3 1 . 807+-03 1 .259+01 1.413+00 1 • 793+03 800 1 . 4 10 +00 1 .200-03 1 ,4 09+00 3 .62 6-C 5 4 7.43C+02 9 .546+00 1 . 7 8 5+- 0 0 7. 3 17+02 1000 1.268+00 7 . 000-04 1 •26 7+00 2.046-05

5 3. 699+02 7 .490+00 2, 086+00 3. 603+02 I 500 1.031 +00 3 . 128-04 1 .0 29+00 1.007-0 5 . 573-03

6 2.088+02 6 .C84+00 2. 291+00 2 .004+02 2000 8.848-01 1 .765-04 8 • 781-Cl 6.089-06 6 .444-03

8 8. 546 + 01 4 .361+00 2.561+00 7. 854+01 3000 7. 093-01 7 . 867-^0 5 6 .906-Cl 3 .402-C6 1 . 864-02

10 4. 372+0

3 .364+00 2. 696+00 3.766+01 4000 6.071-01 4 .432-0 5 5 .760-01 2.3 5 7-06 3 . 083-02

1 5 1 .483+01 2 .030+00 3. 02 9+00 9 77f)+nn 5000 5.391-01 2.8 39-0 5 4 .972-01 1 .773-06 4 .1 9Q-C2

20 8 . 256+-00 1 .343+00 3.18 6+00 3.725+00 6000 1 • 972-05 4 .394-0 1 1 .438-06 5 .021-C2

30 4 .949 + 00 7 .CC3-01 3.29 5+00 9 . 539-^01 8000 4.263-01 1.110-0 5 3 . 593-Cl 1.033-06 6 .700-02

40 4 .083 + 00 4.262-01 3.293+00 3 .634—01 10000 3.9 00-01 7 . 108-06 3 .060-01 7 .992-07 8 .4C4-02

50 3 .7C6+CC 2 .856-01 3.24 8+00 1 .725-01 1 5000 3.357-01 3.1 64—06 2 .263-01 5 .223-C 1 1 .094-01

60 3. 484+00 2 .043-01 3,186+0 0 9.411-02 20000 3.136-01 1 .781-06 1 . e 1 5- c 1 3 .86 3-C7 1 .321-Cl

SO 3.208+00 1 .190-01 3.053+00 3.646-02 30000 2.928-01 7.811-07 1 .320-01 2.525-C7 1 .603-01

100 3.C18+0C 7 .750-02 2.923+00 1 .761-02 40000 2 .846-01 4.320-07 1 .048-01 1 .867-07 .79P-C1

150 2.686+00 3 .510-02 2.646+00 4.804-03 50000 2.836-01 2 .709-07 8 .74 1-02 1 .477-07 1 .961-01

200 2. 452+00 1 .990-02 2.430+00 1.953-03 60000 2.822-01 1 .844-07 7 .526-C2 1 .220-07 2 .069-Cl

300 2.126+00 8 .800-03 2.117+00 5.698-04 80000 2. 844-01 9.856-08 5 .929-02 9 .024-06 2 .251-01 100000 2.896-01 5.941-08 4 .919-02 7. 1 4 1- 0 6 2 .4C4-C1

Z= 7 NITROGEN

ENERGY COH INCOH. PHCTC ENERGY COH INCGH. PHGTC PAIR KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT . EFFEC T PROD.

1 7 .898+04 3.011+01 2.524-01 7.895+04 400 2 ,.221+00 7 .300-03 2.213+00 5^518-04

1.5 2 .610+04 2.755+01 5.157-01 2 .608+04 500 2.027+00 4 .600-03 2. 022+00 2^917-Oi

2 1 .149+04 2.465+01 8.128-01 1 .147+04 600 1,,874+00 .200-03 1.871+CC 1 ^755-04

3 3 .466+03 1 .909+01 1.381+00 3 .448+03 800 I . 646+00 1 .800-03 1. 644+CC 8.073-C;

4 1 .A47 + 03 1.473+01 1. 854+00 1.430+03 1000 1

.479 + 00 1 .100-03 1.478+00 4 .523-C 5 c 7 .269+02 1 .159 + 01 2.21 5+00 7.131+02 1500 1.,204 + 00 4 .918-04 1.201+00 2.224-05 2.,147-C3

6 4 .125+02 9.352+00 2.487+00 4.007+02 2000 1.,034 + 00 2 .775-04 1. 024+00 1 .344-05 8.,785-03

P 1 .688+02 6.544+00 2.856+00 1.594+-C2 3000 8. 311-01 1 .237-04 8.057-01 7.496-06 2.,5?3-C2

10 8 •535+01 4.942+00 3. C95+00 7.731+01 4000 7.,139-01 6 .969-05 6 .720-01 5.192-Ce 4.,1 77-02

15 2 .683+01 2.925+00 3.454+00 2.045+01 5000 6.,368-01 4 .464-05 5 .801-01 3.905-06 5.,666-02

20 1 .350+01 1 .949 + 00 3.651+00 7. 899+00 6000 5

,

,805-01 3 .102-05 5. 126-01 3 .164-ce 6., 780-02

30 6 .880+00 K02!+no 3. 802+-00 2.056+00 8000 5.094-01 1 . 746-05 4.192-01 2.271-06 9. 022-02

40 5 .223+00 6. 206-01 3.811+00 7.917-01 10000 4.,698-0 I 1 . 1 18-05 3.569-Cl I .756-06 1 .,129-Cl

50 4 .560+00 4.162-01 3. 765+00 3 .785-01 15000 4. 106-01 4 .975-06 2.64C-C1 1.14 7-06 1 .,466-Cl 60 4 .205+00 2.982-01 3.699+00 2 .076-01 20000 3. 885-01 ? .801-06 2.116-01 8 .482-07 1 . 767-01

80 3 .804+00 1 .740-01 3. 549+CC 8.102-02 30000 3 . 688-01 1 .231-06 1 ,540-Cl 5.54 2-0 7 2. 148-01

100 3 .555+00 1 .1 26-01 3.402+00 3 .933-02 40000 3. 622-01 6 .821-07 1 .223-01 4 .098-07 2. 400-01

150 •145+00 5 .150-02 3.083+00 1.080-02 50000 3. 635-01 4 .285-07 1.020-01 3.242-07 2. 615-01

200 2 .866+00 2.920-02 2.833+00 4.400-03 60000 3. 635-01 2 .917-07 8. 780-02 2.677-07 2 , 757-01

300 2 .483 + 00 1.3CO-02 2.468+-00 1 .285-03 80000 3. 688-01 1 .568-07 6.918-02 1.980-C7 2 . 996-01 100000 3. 770-01 9 .499-08 5.739-C2 1 .566-C7 3. 196-01

Z= 8 OXYGEN

ENERGY COH INCOH. PHOTC ENERGY COH INCOH . PHOTC PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . EFFECT PROD.

1 .222+05 3.999+01 1.573-01 1.221+05 400 2. 541+00 1 .080-02 2.529+CC 1 .109-03

1.5 4.171+04 3.720+01 3.617-01 4.167+04 500 2. 317+00 6 .900-03 2.310+00 5.859-04

2 1 •876+04 3.392+01 6.304-01 1 .873+04 600 2. 143+00 4 .700-03 2. 136+00 3 . 5 2 2- C 4 3 •825+03 2.722+01 1.220+00 5. 796+03 800 881+00 2 .600-03 1. 878+00 1 .6 16-04

4 2 .475+03 2.150+Cl 1.770+00 2.451+03 1000 1. 691+00 1 .600-03 1. 689+OC 9 .026-CE

5 1 .259+03 1.71C+C1 2.171+00 1.240+03 1500 1. 376+00 7 .155-04 1.372+CC 4. 434-05 2. 811-03

6 7 -2 10+02 1.384+01 2. 540+00 7.046+02 2000 1. 183+00 4 .038-04 1.171+00 2.678-05 1

149-02

8 2 .978+02 9.617+00 3.063+00 2 .851+02 3000 9. 539-01 1 .800-04 9.207-01 1 .492-05 3 , 3C6-C2

10 1 .505+02 7.156+OC 3.354+OC 1.400+02 4000 8. 225-01 1 .0 14-04 7. 680-01 1 .C33-C5 5. 435-C2

15 4 .580+01 4.135+00 3.844+00 3.782+01 5000 7. 366-01 6 .498-05 6.629-01 7. 765-06 7. 363-02

20 2 .164+01 2. '746 + 00 4.086+00 1 .481+01 6000 6. 739-01 4 .515-05 5. 8 58- CI 6.289-C6 8. 8C0-C2

30 9 .655+00 1.457+00 4.278+00 3.921+00 8000 5. 959-01 2 .542-05 4.791-01 4.5C9-Ct 11 68-01

40 6 .729+00 8.942-01 4,309+00 1 .526+00 10000 5. 539-01 1 .627-05 4.079-01 3 .483-06 1 .459-01

50 C .609+00 6 .026-01 4. 271 + 00 7.350-01 15000 4. 909-01 7 -240-06 3. 017-01 2 .275-06 I. 892-Cl

60 5 .041+00 4.329-01 4.203+00 4 .054-01 20000 4. 697-01 4 .078-06 2.420-01 1 .682-06 2 . 277-01

80 4 -455+00 2.535-01 4.042+00 1 .595-01 30000 4. 524-01 1 -796-06 1 .760-Cl 1.C99-C6 2. 764-01

100 4 .122+00 1.661-01 3.878+00 7.782-02 40000 4. 482-01 9 .959-07 1 .397-01 8.123-07 3. 085-01

150 3 .616+00 7.580-02 3.519+00 2.153-02 50000 4. 526-01 6 .264-07 1.165-Cl 6.426-0'i 3. 36C-C1

200 a .287+00 4.3C0-02 3.235+00 8.807-03 60000 4. 543-01 4,267-07 1 .003-01 5 .306-C7 3. 540-01

300 2 .842+00 1 .920-02 2.820+00 2.580-03 80000 4. 634-01 2 .303-07 7.905-C2 3 •923-0 7 3. 844-01 100000 4 . 753-01 1 .401-07 6.559-C2 3.103-07 4. 097-01
TABLE III, CONT. P H C T C N CRCSS SECTICN COMPARISON

1= S FLUORINE

ENERGY COH INCOH.

KEV TOTAL SCATT. SCATT.

1 1 . 793+C5 5 .122+01 1 . A69-01

1 .5 6. A22*CA A .826+01 3. 388-01

2 2.97A+0A A.A67+01 5.950-01

3 ?-5AS-»03 3 .69A+01 1.180+00

6 A. 135+03 2 .988+01 1 • 757+00

5 2. 129+03 2. A lA+01 2. 2A7+00

6 1. 229+03 1 . 970+01 2.660+00

S 5.112+02 1 . 372+01 3.2 76+00

10 2. 58A+02 1 . 015+01 3.652+00

15 7 .67A + 0 I 5 .7A5+CC A. 230+00

20 3. A57+01 3 .785+00 A. 51 6+00

30 1.375+01 2 .013+00 A. 75A+00

AO 8.769+00 1 .2A3+00 A.80A+00

5C 6.92A+00 8 .AO 5-0

1

A. 772+00

60 6 . 033 + 00 6 .C52-01 A.70A+00

80 5. 170+00 3 .5A5-01 A.531+0C

100 A .723 + 00 2 .329-01 A. 351+00

150 A .09 e+co 1 .066-01 3.953+00

200 3.712+00 6 . C60-02 3.636+00

300 3.203+00 2 .710-02 3. 171+00

z= 10 NEON

ENERGY COH INCOH.

KEV TOTAL SCATT. SCATT.

1 2.5A9+C5 6 .379+01 1 . 82 A-Cl

1.5 9 . 10 l+OA 6 .070+01 3.890-01

2 A.221+0A 5 .685+01 6. AA8-01

1 .36A+0A A . 821+01 1.216+00

5.952+03 3 .^ae+oi 1.793+CO

^ 3.087+03 .276+01 2.31 6+00

6 1 .792+03 2 .7C2+C1 2. 77A+00

8 7. 533+02 1 . 899+01 3. A78+00

10 3.83A+C2 l.ACA+Cl 3.956+00

15 1 .1A2 + 02 7 -8A8+C0 A. 612+00

20 5.C70+01 5 .123+00 A. 939+00

30 1.898+01 2 .721+00 5.22A+00

AC 1 .13 5+01 1 .667+00 5. 29A+00

50 e.5A2+00 1 .1A6+00 5,269+00

60 7-211+00 8 .272-01 5.2C0+00

80 5.972+00 A .839-01 5.017+00

100 5 . 373+OC .184-01 A. 822+00

150 A .598+00 1 .A63-01 A. 386+00

200 A. 1A6+0C 8 .3A0-02 A. 036+00

300 3 . 566+00 3 .730-02 3.521+00

z= 11 SOCIIIM ENERGY COH INCOH. KEV TOTAL SCATT. SCATT.

1 2.795+OA 7 .376+01 A. 636-01

1.5 1.235 + 05 6 .8A0+01 7. 506-Cl

2 5.980+OA 6 .3A1+01 1.003+00

3 2.02A+0A 5 .A57+0I 1. 509+00

A 9.036+03 A .6A6+C1 2. 022+00

5 A.7A7+03 3 .918+01 2. 51 C+00

6 2.778+03 3 .298+01 2-955+OC

8 1.175+03 2 .373+01 3.687+00

10 5.979+02 1.770+01 A. 218+00

15 1.755+02 9 .928+00 A. 973+00

20 7 . 57A+01 6 .A72+0C 5. 3A8+00

30 2 .636+01 3 .A57+0C 5.679+00

AO 1 .A70+01 2 -170+00 5.772 + 00

50 1.052+01 1.A90+00 5.756+00

60 8.586+00 1 .066+00 5.689+00

80 6 .8A9 + 00 6 .3A6-01 5.A96+C0

100 6,060+00 A -193-01 5.290+00

150 5.11C+00 1 -9A1-01 A. 818+00

JOO A.587+0C 1 .110-01 A. A35+OC

300 3 .933 + 00 A .98C-C2 3.871+00

z= 12 MAGNESIUM

ENERGY COH INCOH. KEV TOTAL SCATT. SCATT.

1 A.Oll+CA e .719+01 5.939-01

1.5 1.580+05 7 .985+01 1 .001 + 00

2 7. 858+CA 7 .287+01 1.321+00

3 2.7A6+CA 6 . 166 + 01 1.8A2+00

A 1.2A9+0A 5 .282+01 2 .319+00

5 6.6A3+03 A .525+01 2. 772+00

6 3.921+03 3 . 873+01 3.19 5 + 00

8 1 .677+03 2 .857+01 3.92A+00

10 6.582+02 2 .157+01 A. A87+00

15 2.523+02 1 .218+01 5.330+00

20 1 .077+02 7 .9AC+00 5.753+00

30 3.590+01 A .263+00 6.129+00

AO 1.900+01 2 .7C8+00 6.2A3+00

50 1.300+Cl 1 .88A+0C e.237+CC

60 1.026+01 I .390+00 6.17A+00

80 7 .856+CC 8 .1C5-C1 5.976+00

100 6.817+00 5 .375-01 5. 756+00

150 5.6A5+00 2 .507-01 5.2Ae+00

200 5.C38+00 1 .A38-01 A. 83A+C0

300 A.30A+00 6 .A80-02 A. 221+00

ENDF/e IN BARNS/ATCM

PHOTO ENERGY EFFECT KEV TCTAL

1 . 792+05 UOO 2 .861+00 6.A17+0A 500 2 .610+00

2 .969 + OA 600 2 .412+00 9.511+03 800 2 .1 17+00

A. 1 03+03 1000 1 .902+00 2.103+03 1500 1 .549+00

1 .206+03 2000 1 .332+00

A . 9A2+02 3000 1 ,078+00

2 .AA6+02 AOOO 9 .328-01 6.677+01 5000 8 .387-01 2.627+01 6000 7 -700-01 6.985+00 8000 6 .859-01

2 .722+00 10000 6.A21-01

1 .312+00 15000 5.765-01

7.236-01 20000 5 .572-01 2.8AA-C1 30000 5.A35-01

1 .387-01 40000 5 .426-01 3.832-02 50000 5 ,507-01

1 .567-02 60000 5 .547-01

A. 592-03 80000 5 .682-01 100000 5 .843-01

PHOTC ENERGY

EFFECT KEV TCTAL

2 . 5A9+05 400 3 .184+00

9. 095+OA 500 2 .902+00

A. 2 15+04 600 2 - 682+OC

1 .359+OA 800 2 .353+00 5.910+03 1000 2 .114+00

3 .051+03 1500 1 .721+00

1 .762+03 2000 1 .A82+00 7.308+02 3000 1 .203+00 3.654+02 AOOO 1 .045+00

1 . 018+02 5000 9 .431-01 4.064+01 6000 8 .687-01

1. 104+01 8000 7 .792-01 4.366+00 10000 7.3AA-01 2.127+00 15000 6 .673-01

1 .184+00 20000 6 . 510'01

4 .713-01 30000 6 .421-01 2.319-01 AOOOO 6 .A53-01

6 .494-02 50000 6 .578-01 2.675-02 60000 6 .6AA-01

7 . 886-03 80000 6 .830-01 100000 7 .039-01

PHOTC ENERGY

EFFECT KEV TCTAL

2 .787+04 AOO 3 .507+00

1 .235+05 500 3 .195+00 5.974+04 600 2 .952+00

2. 018+04 800 2 .590+00 8.988+03 1000 2 .326 + 00

A. 706+03 1500 1 . 89A+00 2.7A2+03 2000 1 .633+00

1 . 1A8+03 3000 1 .329+00 5.760+02 AOOO 1 .158+00

1 .606+02 5000 1 .050+00 6.392+01 6000 9 .701-01

1 .722+01 8000 8 .760-01 6.762+00 10000 8 .3 10-01 3.27A+00 15000 7 .635-01 1.813+00 20000 7 .510-01 7.167-01 30000 7 .AeirOl 3.510-01 AOOOO 7 .561-01 9.779-02 50000 7 .738-01

A. 028-02 60000 7 .83A-01

1 .195-02 80000 8 .078-01 100000 8 .339-01

PHOTC ENERGY

EFFECT KEV TCTAL

4. 002+04 AOO 3 .833+00

1 .579+05 500 3 .490+00

7. 850+04 600 3 .223+00

2 . 739+04 800 2 .827+00 1.244+04 1000 2 .539+00 6.595+03 1500 2 .068+00

3 . 879+03 2000 1 .784+00

1 .644+03 3000 1 .456+00 8.321+02 AOOO 1 .274+00 2.348+02 5000 1 .159+00 9.405+01 6000 1 .074+00 2.550+01 8000 o .762-0

1

1.005+01 10000 9 .317-01

4. 874+00 15000 8 .649-01

2 . 702+00 20000 8 .572-01

1 .070+00 30000 8 .615-01

5 .244-01 AOOOO 8 .752-01

1 .463-01 50000 8 .986-01 6.036-02 60000 9 .116-01

1 .797-02 80000 9.A23-C1

100000 9 .743-01

COH INCOH • PHOTO PAIR

SC ATT . EFF EC T P R 00

1 , 520—02 C. . OH U \i 1 .976-0 3 9 • roo-u O

o c c c X n o 1 • OA 6— C ^ 6 . 700—03 "5 A n c A n n 6 ,304-0 4 3 .700—03 2 . 90 7-0

A

1 .632—04

1.0 29-0 3

1 A A -4- p n 6.01 2— C 5 3

,

5 6 8— K,0 5.8 06—0 4 1.31 7+ C 0 ^ Q 3 7-^ Q c A 5 7— P 9 2.5 89—04 1 n A -• nn 2 • 690* C 5 4. 1 05 — I Cc. C2 1.4 59—04 QD A A n— n 1 . O t U U 1 ^ 3^p— C c 6 . 86 0— 7.45 8— 0

1

1 .AOC- 0 5 g _ 2 63 — P "5 6 .49 5—0 5 6 • 59 1~ C

1

1.1 33—0 5 1 0 8— PI 3 .6 57-0 5 5.39 C— C

1

8.11 5— 0 C ^ , 469- 0 1 A • 5 8 0

1

6 • 2 6 5— C 6 1. 831-

1 .041—05 3*39 A— 0

1

A .09 2- 0 6 2, 371- 01

5 .866-06 2,723-CI 3.024-C6 2. 849- C L i • 3 O 0-*"U 0 ' . 9 80— 0

1

1 .975 — 06 3. 455- 01 1,436-06 1.572-Cl 1.460-06 3. 854- 01

I. • 3 1 1— 0 1 1,15 5— C t 4. 196- 01 6*16 5"~0 7 1 . 129— C 1 9 . 5 34-C 7 4.418- CI

3 • 3 3 8~ 0 7 8.8 9A— C 2 7 ,047- 0 7 4. 792- 01 2,0^ ^'"07 7.37 9— 0 2 5 .5 74- C 7 5. 105- 01

COH 1 NC D H • PHC TC PAIR SCATT . EFFECT PROD.

2 m 1 00~0

2

3 • 1 59 + OC 3 , 39 6— C 3

1 3 A0~0 2 1 . 79 5— 0 2 V • J U U U J 1 « 07 8-0 ^ 5 • 1 00*^0 3 2.^A8'*'C0 4.9"^ 5— C 4

3 • 300~0

3

> 1 1 1 4. n n 2 .74 7— C 4

1 • 476—03 1.715*00 1 . 3A 8— C ^ A. 416- 03

8 • 3 3 A~"0 4 l.A6^+Q0 8,131-05 1. 8C1- 02 3.7 16—0 A 1. 151 + OC 4.51 7— C 5 5. 162- 02

"J A— n A c. • u

t

3.12 6- C ? 8.447- 02

1 • 3 4 2'*04- flO 9 fl A— P 1 * ^ O O U 1 2 -349—0 5 i

.

1A2- 01

9 • 3 2 4*^0 5 7.32 3— C

1

1 .9 00— 0

^ 1. 363- CI 5*2 50~0 5 5.98 8— 0 1 1,36 0— 0 5 1

.

803- 01

3 •361—05 5 . 099— 0

1

]^ ^ C 49— C 5 2. 2A5- 01

1 .49 5"^0 5 • 7 7 1— C 1 (J • O J VJ u 2. 902- 01 8.42 1—06 3*025-01 5 .06A-C6 3. A85- CI 3.721-06 2,200-01 3 .306-06 A. 221' 01 2-069-06 1 .746- CI 2,443-06 4. 7C6- CI 1,302-06 1.A57-01 1.932-06 5. 121- 01

e. 886-07 1.254-Cl 1 .595-06 5. 389- 01 A. 822-07 9 . 8 8 2- C 2 1.179-06 5. 8A2- 01 2.9A7-07 8.199-02 9.325-C7 6. 219- CI

COH INCOH. PHOTO PAIR

SCATT. SCATT . EFFECT PROO. 2.800-02 3.A7A+C0 5.201'C3

1 .790-02 3.175+00 2.782-03

1.2A0-O2 2. 938+00 1.693-03 6.900-03 2.582+CO 7 .9A6-0A 4.A00-03 2.322+00 A.535-CA

1 .969-03 1.887+00 2.223-OA 5. 3 5 7-03

1.111-03 I. 610+00 1 .34 1-CA 2. 1 63- 02 A.957-0A 1.266+00 7.AA1-05 6. 245-02

2.793-OA 1. 056+CC 5 .1A7-05 1. 020- 01

1 .790-OA 9. 1 16- 01 3.868-05 1.379-CI

1.2AA-0A 8. 056-01 3.127-05 1 .6A3-01

7.003-05 6.587-01 2.237-05 2. 172- CI

A .484-^05 5.609-01 1 .725-C 5 2. 7CC- CI

1 -995-05 4.149-01 1 .126-C5 3

,

486-01

1.123-05 3. 328-01 e.3i9-ce A. 1 82- 01 4.969-06 2.420'Cl 5 .A21-C6 5. C61- 01 2.760-06 1.921-01 A .013-06 5. 640- 01 1.742-06 1 .603-01 3.17A-06 6. 136- 01

1 .190-06 1 .380-01 2.620-06 6. 454- 01

6 .466-07 1-087-C

1

1 .936-06 6.990- 01 3.961-07 9^019-02 1.531-06 7. 437- 01

COH INCOH. PHOTO PAIR

SCATT. SCATT

.

EFFECT PROO

3 .650-02 3.78e+CC 7 .8AA-C3 2-330-02 3.A62+C0 A.209-C3

1,610-02 3.2C5+C0 2 .569-03 9.000-03 2. 816+00 1 .21A-C3

5 .600-03 2.533+CO 6. 969-04 2.507-03 2,058+OC 3.A15-CA 6. 392- 03

1 .415-03 1.756+CC 2 .059-OA 2. 602- 02 6.312-04 1.381+00 l.lAl-OA 7. 431- 02 3.557-04 1 .152 + 00 7.892-05 1. 212- 01

2 .279-04 9.945-01 5. 929-05 1. 637- 01

1 .58A-0A 8 . 786-Cl A.792-C5 1. 950r01 8.918-05 7. 187-C

1

3.A25-C5 2, 5 74- CI 5.710-05 6.119-01 2.639-05 3. 197- 01

2 .5A0-05 A. 526- CI 1 .723-05 A. 122- CI

1 .A30-05 3.630-01 1 .273-05 A. 941- 01 6.335-06 2. 640-01 8.307-C6 5- 975- 01 3.520-06 2 .096-01 6. 137-06 6. 656- 01 2.223-06 1.7A8-C1 A. 853-06 7. 238- CI

1 .520-06 1 ,505-01 A. 006-06 7. 610- 01 8.271-07 1.186-01 2,959-06 8. 237- 01 5.078-07 9.839-02 2,3A0-06 8. 759- 01
TABLE III. CONT. P H 0 T C N CRCSS SECTICN COMPARISON

Z= 13 ALUMINUM

ENERGY COH INCOH.

KEV TOTAL SCATT, SCATT.

1 5-274+04 1 .C16+02 6.214-01

1 .5 1.765+04 9 .243+01 1.093+00

2 1 .033 + 05 8 .372+01 1.483+00

3 3. 615+04 6 .974+01 2. 088+00

1 .655+04 5 .940 + 01 2-591+00

f; 8 .866 + 03 5 .123+01 2. 993+00

6 5. 271+03 4 .440 + 01 3.424+00

8 2.284+03 3 .352+01 4.163+00

10 1.182+03 2 .567+01 4.785+00

15 3. 534+02 1 .466 + 0 1 5.676+OC

20 1 .516+02 9 .557+00 6.1 52+00

30 4.957+01 5 .142+00 6. 588+00

40 2.517+0

3.279+00 6.717+00

50 1 .646+01 2 .292+00 6. 719+00

60 1.253+01 1 .699+00 6.657+00

80 <=. 115 + 00 c .897-01 6.452+00

100 7.7C3+CC 6 .569-01 6.219+00

150 6.217+00 3 .C71-C1 5.677+00

200 5,504+00 1 .763-01 5.232+00

300 4 .679 +00 7 .950-02 4. 571+00

z= 14 S IL ICON

E^lERCY COH INCOH.

K EV TOTAL SCATT. SCATT.

1 7.50C+04 1 .187+02 6. 053-01

1 .5 2. 532+04 1 . C80+02 1. 107+00

2 1.270+05 9 .738+01 1 .555+00 4.647+04 7 .984+01 2.265+00

4 2.176+04 6 .720+01 2. 824+00

5 1 .181+04 5 .782+01 3.238+00

6 7.080+33 .034+01 3. 672+OC

P 3.094+03 . 867+01 4.421+00

10 1.605+03 3 .006+01 5.073+00

15 4,788+02 1 .739+01 6. 023+00

20 2. C35+02 1 .136+01 6. 548+00

30 6.449+01 6 .C88+00 7,032+00

40 3,150+Cl "a . 636+00 7.1 81+00

50 1 .986+01 2 .643+00 7.192+00

60 1.466+01 1 .931+00 7.134+00

80 1 .028+01 1 .126+00 6. 924+00

100 e.52'= + 00 7 .434-01 6. 681+OC

150 6 .759+00 3 .442-01 6.105+00

200 5 .954+OC 1 .968-01 5.629+00

300 5.046+00 8 . 840-02 4.919+00

z= 15 PHOSPHORUS

ENERGY COH INCOH.

KEV TOTAL SCATT. SCATT.

1 1 .040 + 05 1 .375+02 5. 569-01

1.5 3.325 + 04 1 .257+02 1 , 055+OC

2 1.560+C4 1 .134+02 1.544+00

3 5.733+C4 9 .214+01 2. 371+00

4 2.739+04 7 .659+01 3.01 8+00

5 1.507 + 04 e .536+Cl 3.535+00

6 9.116+03 .682+01 3.975+00

8 4.035+03 4 .408+01 4.713+00

10 2.111+03 3 .472+01 5.321+00

15 6.356+02 2 . C41+01 6.355+00

20 2.703+02 1 .336+01 6.935+00

30 8 .^3 9 +0 1 7 .138+00 7-455+CO

40 4 .004+01 4 .453+CC 7.63C+00

50 2. 440+01 3 .034+00 7.655+00

60 1.746+Cl 2 . 195+00 7.602+00

80 1-174+01 1 .260+00 7.391+00

100 9-493+00 8 .417-01 7.138+00

150 7-344+00 3 .867-0

6.531+00

200 6-422+00 2 .203-01 6.024+00

300 5-420+CC 9 . 87C-C2 5.268+00

Z= 16 SULFLR ENERGY COH INCOH. KEV TOTAL SCATT. SCATT.

1 1.3 5 8+0 5 .578+02 4.442-01

1.5 4 .582+04 1 .452+02 9.218-01

2 2-082*04 1 . 315+02 1.437+00

3 7-254+04 1 .066+02 2.361+00

3 -41 f + 0* e .778+01 3.107+00

^ 1 ,869+04 7 .419+01 3. 701+00

6 1.129+04 6 .4 14+01 4.188+00

8 5 .000+03 4 .986+01 4. 97C+00

10 2.627+03 -3 .966+01 5. 648 + 00

15 8.005+02 2 .271+01 6.708+00

20 3.436+02 1 .557+01 7.325+00

30 1.C79+02 8 . 3C4+00 7.900+00

40 5-062+01 5 .146+00 6.092+00

50 3.020+Cl 3 .482+00 8.124+00

60 2.109+01 2,. 5C6+0C 8.074+00

80 1 .360+01 1 .462+00 7.859+00

100 1.069+01 9 .580-01 7.596+00

150 e.ooe+00 4 .379-01 6. 957+00

200 6.925+00 2 .489-01 t). 420+00

30C 5.804+00 1 . 113-05.616+00

ENDF/e IN BARNS/ATCM

PHOTO ENERGY EFFECT KEV TOTAL

5 .263+04 400 4 ,160+00

1 .756+04 500 3 , 785+00

I .032+05 600 3 .495+00

3 .608+04 800 3 .064+00

1 .649+04 1000 2 .751+00

3 . 814+03 1500 2,240+00

5 .224 + 03 2000 1 . 934+00

2 .246+03 3000 1 .584+00

1 .151+03 4000 1 .390+00

3 .330+02 5000 1 ,269+00

1 -359+02 6000 1 ,180+00

3 ,784+01 8000 1 .079+00

1 .517+01 10000 1 .036+00

7 .453+00 15000 9 .713-01

4 .171+00 20000 9 -693-01

1 .673+00 30000 9 -821-01

8 ,266-01 40000 1 ,002 + 00

2 .327-01 50000 1 -032+00

9 .609-02 60000 1 -049+00

2 .839-02 80000 1 ,087 + 00 lOOOOO 1 .125+00

PHOTC ENERGY

EFFECT KEV TCTAL

7 .A88 + 04 400 4 .484+00

2 .521+04 500 4 .079 + 00

1 .269+05 600 3 .764+00

4 .639+04 800 3 .300+00

2 .169+04 1000 2 .963+00

1 .175+04 150C 2 .414+00

7 . C26+03 2000 2 .086+00

3 .050+03 3000 1 .713+00

1 .570+03 4000 1 . 509+00

4 .554+02 5000 1 .382+00

1 . 856+02 6000 1 .290»00

5 .137+01 8000 1 .186+00

2 .C4°+01 10000 1 .145+00

1 . 002+01 15000 1 .083+00

5 .591+00 20000 1 .088+00

2 .232+00 30000 1 . 111+00

1 .100+00 40000 t . 138+00

3 .094-01 50000 1 .175+00

1 .281-01 60000 1 .196+00

3 .825-02 80000 1 .241+00 100000 1 .287+00

PHCTC ENERGY EFFECT KEV TCTAL

1 .039+05 400 4 .809+00

3 .312+04 500 4 -373 +00

1 .549+04 600 4 .036+00

5 .723+04 800 > .537+00

2 .731+Oi 1000 3 .175+00

1 .500+04 1500 2 .587+00

9 .055+03 2000 2 .238+00

3 . 986+03 3000 1 . 844+00

2 .071+03 4000 1 .630+OC

6, 089+02 5000 1 .498+00

2 .500+02 6000 1 .401+00

6 . 97Q+01 8000 1 .297+00

2 . 795+01 10000 1 .258+00

1 .371+01 15000 1 .200+00

7 .663+00 20000 1 .213+00

3 .066+00 30000 1 .247+00

1 .514+00 40000 1 .282+00

4 .267-01 50000 1 .326+00

1 .769-01 60000 1 .352+00

5 .297-02 80000 1,406+00

100000 1 .459+00

PHCTC ENERGY EFFECT KEV TCTAL

1 .357+05 400 5 . 140+00

4 .567+04 500 4,.670+00

2 .069+04 600 4,.308+00

7 .243+04 800 3 .773 + 00

3 .iC9+0* 1000 3 .387+00

1 . 861+04 1500 2..760+00

I .122+04 2000 2 .390+00

4 . 946+03 3000 1

.975+00

2-581 + 03 4000 1,.751+CC

7.701 + 02 5000 1 ,6 16+00

3 ,207+02 6000 1.516+CO

9. 166+01 8000 1 ,.410+00

3,.738+01 10000 1 .375+CC 1.860+01 15000 1 .323+00

1,.C51+01 20000 1 .345+00

4,.279+00 30000 1.391+00

2.. 137+00 40000 1 .434 + 00

6 .132-01 50000 1..487+00 2.564-01 60000 1..517+00 7.703-02 80000 1.580+00

100000 1

.641 +00

COH INCOH. PHOTC PAIR

SCATT. SCATT. EFFECT PROD, 4.480-02 4.1C3+C0 1 ,224-02 2-860-02 3,750+CC 6 .477-03

1 -970-02 3.471+CO 3-895-C3

1.100-02 3.051+CC 1 .787-03

6 .900-03 2.743+CO 9. 970-04 3.089-03 2,229+CO 4.883-C4 7. 520-03

1 .744^03 1.9C2+0C 2 .942-04 3. 059-02 7.780-04 1.496+00 1 .629-04 8. 722-C2 4.385-04 1,248+00 1.127-04 1. 420-01 2.809-04 1.077+00 8 .462-05 1. 918-01 1.952-04 9 . 5 1 8- C 1 6.837-05 2. 283-01

1 .099-04 7.783-Cl 4,883-05 3. 010-01 7-039-05 6.627-01 3-761-C5 3

,

734-01 3.131-05 4.901-01 2.454-05 4. 811-Cl 1.763-05 3.932-01 1.813-C5 5. 761-01 7.817-06 2.859-01 1.183-05 6. 961-01 4.346-06 2.270-Cl 8-740-06 7. 752-01

2 .746-06 1.89 3^ CI 6-911-06 8. 428-01 1.878-06 1 .630-01 5 .704-06 8. 858-01 1.024-06 1.284-01 4.214-06 9. 581-01 6.297-07 1.066-Cl 3 .331-06 1. 018+00

COH INCOH . PHOTC PAIR SCATT, SCATT . EFFECT PROO. 4.980-02 4.417+00 1,671-02 3.180-02 4.038+00 8-97C-C3

2.190-02 3.737+CC 5 .472-03 1.220-02 3-285+CO 2.581-03 7.700-03 2-954+CC 1 .480-C3 3.448-03 2.4C1+00 7.240-04 6 .77C-03

1 .947-03 2-048+CO 4 .359-C4 3 . 556-C2

8 .685-04 1.611+00 2-415-04 1 .012-01 4.895-04 1- 344+00 1 -668-04 1 .646-01 3.136-04 1 -160+00 1-251-04 2 .221-01 2.180-04 1 .025 + CC 1-010-04 2 , 642-01

1 ,227-04 8.382-01 7 -213-05 3 .479-01 7,860-05 7.137-01 5 . 553-05 4 ,313-01

3,496-05 5.279-01 3. 623-05 5 .553-01 1.969-05 4 .234-01 2. 676-05 6 .6^8-01 8.735-06 3 .079-01 1 .746-05 8 .029-01 4.859-06 2.445-Cl 1 .289-05 8 .936-01

3 .072-06 2-039-01 1 .019-05 p .710-01 2.102-06 1.756-01 e-412-oe 1 . C20+0C

1 .147-06 1 .383-01 6-213-06 1 .1 C3+00 7.068-07 i .14 6-01 4.911-C« 1 ,172+CC

COH INCOH. PHOTO PAIR SCATT. SCATT

EFFECT PROD.

5 .550-^02 4.731+CO 2.320-02 3.550-02 4.325+00 1 .248-02 2.450-02 4.GC4+C0 7 .631-02

1 .360-02 3. 519+CO 3.616-03

8 .500-03 3.165+CO 2 .082-03

3 .807-03 2.572+00 1 .017-0 2 1,.012-02

2 . 150-03 2.195+CO 6.120-04 4 .092-02

9 .591-04 1 . 726+00 3 .392-04 1 .162-01

5 .406-04 1 .440+00 2.339-04 1 . 8ee-ci

3 .464-04 1 . 243 + C 0 1 .754-04 2 .546-Cl

2.40 7-04 1 ,098+CO 1 .416-04 3 . C27-C1

1 .356-04 8.982-01 1 .010-04 3 .962-01

8 .681-05 7 .647-0 1 7 .772-0 5 4 .932-Cl

3 .861-05 5.656-01 5,069-0 5 6 .348-01

2. 174-05 4 .537- CI 3.743-05 7 .598-01 9.654^06 3.300-01 2 .441-05 9 .171-01 5.372-06 2.620-01 1.803-05 1..020+00

3 .398-06 2.185-01 1.425-05 1 .108+00 2.326-06 1 .881-Cl 1 .176-05 1,.164+00 1.270-06 1 .482-0 1 e.683-C6 1..258+00 7.843-07 1 . 230-01 6.863-06 1 ,.336+00

COH INCOH. PHOTO PAIR SCATT. SCATT. EFFECT PROD.

6 .260-02 5. 044+CC 3. 360-02 3.990-02 4.612+00 1 .794-02 2.760-02 4.270+00 1 .C8t-C2 1.530-02 3. 753+CC 5 .038-03

9 .600-03 3-375+CC 2 .836-C3 4,300-03 2-743+00 1.384-03 1,.1 58-02 2.428-03 2-340+OC 8 .320-04 4..666-02

1 -084-03 1-841+CO 4 .614-0' 1,.323-01 6-107-04 1- 536+CO 3 .176-04 2,, 145-01 3-914-04 1.325+00 2 .380-04 2.. 894-01 2.720-04 1-171+OC 1 .920-0^ 3. 436-01 1.532-04 9.579-Cl 1 .369-C4 4 ,.518-Cl 9.809-05 8.156-01 1 .053-04 5,.592-01 4.363-05 6. 032-01 6 .868-05 7..195-01 2.456-05 4.839-Cl 5.071-05 8..6C9-01

1 .091-05 3.519-Cl 3.3C6-C5 1..039+00

6 .076-06 2.79 4-01 2 .441-05 1.,155+00

3 .845-06 2.33C-C1 1 .929-0 5 1..254+OC 2.634-06 2.006-01 1.592-05 1..316+00

1 .438-06 1. 581-Cl 1-175-05 1..422+00 8.900-07 1-311-01 9.287-06 1. 510+00
TiELE III. CONT. P H 0 T C N

Z = 17 ChLCBINE

ENER6Y COH I NC CH

.

KEV TOTAL SC A T T

.

SCATT.

1 .63A4C5 1 • 79 5 +0 2 A . 2 1 3— 0

1

1.5 c .906+CA 1 •663+02 o one ryy C . 0 9 S— 01

2 2 .738+CA 1 • 5 1A + C2 1 .413+00

3 8 .A33+0A 1 * 23 1 + C 2 2.3 9 0+00

i, A .155+OA 1 . C 09 + 0 2 3.209+00

5 2 -337+OA 8 . A 5 1+0 I 3. 869+UC

t 1 .A38 + 0A 7 • 2 53 + 0

1

A. 404+00

8 6 .523+03 5 .615+01 5 . 2 36 + 0 C 10 3.A70+03 A.A91+01 5.936+00

15 1 .C7C+03 2 .731+01 f . U4 7+ 0

U

20 A .591+C2 1 . 801+01 7.707+00

30 1 ,A17+02 c .618+00 8.326+00

AO 6 .A75+01 5 .966+00 0

.

d4 1+00

50 3 .750+01 A ,C38+C0 6.5 84+00

60 2 .5A3+01 2 .9C5+00 8. 538+00

80 I . 567+01 1.696+OC 8.32 2+00

100 1 .196+01 1 .111+00 8. 050+00

150 8 .683+OC 5 .077-01 7 . 3 80 + 00

200 7 .A3A+00 2 .aPA-ci 6.815+00

300 6 .192+00 1 .290-01 c c\ / A. />i f\ D • Sp*t+U C

Z= 18 ARGON ENERGY COH I NCOH

.

K EV TOTAL SCATT. SCATT.

1 2 .190+05 2 .027+02 4.61 7-01

1.5 7 . A53+0A 1 .889+02 *5 , 33 5-0

1

2 3 .A23+0A 1 .731+02 1 .455+09

a

i .12A+0A 1 .AI7+02 2 • 4 53 + OC

5 .235+OA 1 .158+02 3.322+00

2 .=19+0A 9.6A7+01 4. 03 S+ 0 0 6 1 -786+OA fl .219+01 4.62 3+00

8 8 .0AO+C3 6 .311+01 5.51 1+00

10 A .260+03 5 .056+01 6.1 82+CC

15 1 .3C8+C3 -a .120+01 7,3 52+00

20 c ,60C+02 2 .069+01 8 • 0 7C + 00 30 1 .720+02 1 . ica+01 8 • 748+00

AO 7 .792+01 6 .EE7+CC 8 . 9 86+00

50 A .A55+01 A .667+00 9.040+00

60 2.<577 + 0 l 3 .360+00 6 • 99S+00

80 1.782+01 1 .96«+CC 6 • 7 8 0+00

100 1 .332+01 1 •288+00 8 . 50C+00

150 S .A03+0C 5 .88A-01 7 . 8 03+00

2C0 7 .966+00 3 .3AA-01 7.208+00

300 6 .589+00 1 .A95-01 6 . 311+00

Z= 1-; POTASSIUM

ENERGY COH I NCOH.

KEV TOTAL SCATT. SC ATT.

1 2 .653 + 05 2 • 189 + 02 7,65 5 — 0

1

1.5 9 .336+CA 2 •C22+02 1 . 261 + 00

2 A .363+OA 1 •858+02 1 . 751 + 00

3 1 .A55+0A 1 .5A8+C2 2. 696+00

A .S44+CA 1 .282+02 3 « 544 + C

0

5

a ,A03+0A 1 .071+02 4 . 2 70+00

6 2 .121+OA 9 .115+01 4 , 8 7 8+00

8 Q .776+03 6 .9fcA+01 5 . 812+00

10 5 . 253 + 03 5 .585+01 6 . 504 + 00

15 1 .6A0+C3 a .A98+01 7, 701+00

20 7 .057+02 2 •3A1+01 8.451+OC

30 2 .158+02 .251+01 9.1 77+00

AO 9 .635+01 7 .735+00 9.43 5 + 00

50 5 .AOA+01 5 .221+00 9 . 49 8+00

60 a .536+Cl 3 .750+00 9 . 461+00

80 2 -0A2+01 2 .193+00 9.239+00

100 1 .A86+01 1 .A3A+00 8.951+00

150 1 .016+01 6 .532-01 £ . 22 5+ CO 200 e .5C7+OC 3 .7C6-C1 7.601+00

300 6 .986+00 1 .655-01 6-65 8 + 00

Z= 2C CALCIOM

ENERGY COH T NCOH,

KEV TOTAL SCATT. SC ATT.

1 .29A+05 2 .ACA+02 9, 496-01

1 .5 1 .155+05 2 .198+02 1 . 543+00

2

C .392+OA 2 .CC6+02 2 • 051+0 0

1 .801+OA 1 .675+02 2. 976+OC

A 8 .150+03 1 .ACl+02 3 . 804+00

5 A .101+OA 1 . 179+02 4.5 2 5+CC

6 2 .530+CA 1 .CC5+02 5. 14 5+00

8 1.157+OA 7.6A6+01 6.1 20+00

10 6 .215+03 6 .123+01 ^ 0 T A 0 A 6. OJ f + OU

15 1 .958+03 3 .879+01 0 A C A A P

C • U 5S + O Vj 20 e .527+02 2 .623+01 0 0 "5 C _i_ A A

0 • D 3 b+u U 30 2 .65A+02 1 .AOA+01 9.6 05 + 00 AO 1 . 192+02 S .658+00 9 . 3 84 + 00

50 6 .665+01 5 .8A1+00 9. 9 54+0 C 60 A .317+01 A .195+00 9. 92 C+00

80 2 -A 16 + 01 2 .A5A+C0 9 , 69 6 + 0 0 100 1 .707+01 1 .605+00 9 • 400+00

150 1 .1 lA + Cl 7 .299-01 ? , 646+C C 200 9 .150+00 A .138-01 "? Q C /. J. A A 3C0 7 .AlA+CC 1 .8A7-r01 7.005+00

CROSS SECTICN CCMPARISON

ENDF/E IN BABNS/ATCM

PHOTC C M C D P V t nJ t Kb" COH INCOH « PHOTO PAIR

EF F EC T KEV I L 1 SC ATT

SCATT • PRCD.

1 . 633+05 400 *^ ATA * n n 7 -250—02 5.358+OC 4.325-02

c 0 C A J. A y. 500 A 0 AQ -« n

n

4-6 30—0 2 2 .3 20— C 2 2 • 7 23 + 04 600 /. C Q 1 X A A 4. pti^+UU 3-2 00—02 4.536+CO 1.41 A— 0 2

0 /. 1 A A /. 800 1.78 0— 0 2

a G 0 c + r n 6 -6 56-0 3

/. 1 /. /. J. A/. 1000 1.1 10—0 2

•a e:pAxAr 3 .808-03

^ . 3 ^o+U4 1500 2*935+00 4 ,97 3 — 0 3 i2-915 + C0 1 .857-03 1 .314-02

1 . H 51 +U*t 2000 5 ^ AA *n

n

£ - 0 u 0 U J 2*4 87+00 1.115-0 3 5 .280-02

6 .461+03 3000 1 ,253 — 03 1.956+CC 6 . 1 87-04 1 .A9A-C1

7 .0 64—04 1 • 63 2+00 4 .2 5 6- C A 2.421-01

1 « 036 + 03 5000 1 735 OO 4-52 7—04 1 . 4 C f + 00 3 . 184-04 3 .263-01 6000 . 1 46-^04 1 • 245+CO 2 .568-04 3 •875-01

1 •238 + 02 8000 1. 527+00 1 .77 2—04 1 . C 1 8 + 0 0 1 .830-04 .088-01 10000 1 AQA *n n 1,13 5—04 0 • U <D U \j L 1 .AC7-0A 6. 292-01

1 5000 5 ,046-05 6^410-01 9.17 5-0 5 8 .093-01

1 • 399+01 20000 1,482+00 2 .841-r05 5 .142-01 6 .773-C 5 9 .681-01 5.647+00 30000 1.542+OC 1 .263-05 3.739-01 A.A15-05 1 .168+00 2.803+00 40000 1.594+CO 7,036-06 2.968-01 3. 259-05 1 .297+00 7.952-01 50000 1,655+00 4.452-06 2.476-01 2.575-05 1 .AC8+0C

3 .305-01 60000 1.691+00 3.052-06 2.132-01 2.124-05 1 .478+00 9.897-02 80000 1.764+CO 1 .667-06 1 .680-01 1 . 568-05 1 . 5';6+C0 100000 1.833+00 1,033-06 1.394-01 1.239-05 1 .694+00

PHCTC ENERGY COH INCOH. PHOTC PAIR EFFECT KEV TCTAL SCATT. SCATT

.

EFFECT PROO.

2 .188+05 400 5 .811+00 8.400-02 5 .671+00 5 .644-02 7.434+04 500 5 .270+00 5.370-02 C .186+00 3 .042-02

3. 405+04 600 4 .857+00 3.710-02 4 .801+00 1.860-02 1.110+04 800 4 .251+00 2.060-02 4 .222+CC 8 .80C-C3 5.223+04 1000 3 .815+00 1 .290-02 3 -797+00 5.049-C3 2.909+04 1500 3 .109+00 5.780-03 a .086+00 2 .459-03 1. A El -02

1 .777+04 2000 2 •697+00 3-265-03 2 .633+00 1 .476-02 5. 934-02 7.972+03 3000 2 •241+00 1 .457-03 2 .071+CC 8.192-OA 1. 676-01 4^203+03 4000 2 •OCl+OO 8.213-04 1 . 728+CC 5 .628-04 Z. 713-01

1 .270+03 5000 1 .858+00 5.262-04 1 .49 l + OO A.206-CA 3. 655-01 5.313+02 6000 L .752+00 3.658-04 1 .318+00 3.393-CA 4. 338-Cl

1.522+02 8000 1 •647+00 2.060-04 1 •078+00 2.A16-CA 5.691-01 6.205+01 10000 1 .621+00 1.319-04 9 .177-01 1 .857-CA 7. 032-01 3.084*01 15000 1 . 583+00 5 .867-05 6 .788-01 1 .210-OA 9. 0A3-01

1. 741+01 20000 1 .626+00 3.303-05 5 .445-01 8.933-05 1 . cai+oc 7.073+00 30000 1 .700+00 1 .469-05 3 .959-01 5.822-05 1- 304+00

3. 529+00 40000 1 .762+00 8.188-06 3 .143-01 4. 297-05 1. 446+CO

1 .012+00 50000 1 .833+00 5.181-06 2 .622-01 3.395-05 1. 571+CC 4.239-01 ^0000 1 .874+00 3.554-06 2 • 257-01 2 .800-05 1. 648+00

1 .283-01 80000 1 .957+00 1 .942-06 1 .779-Cl 2.067-05 1

.

779+00

100000 2 •036+00 1.206-06 .476-01 1.633-05 1. eee+cc

PHOTC ENERGY COH INCOH

.

PHCTC PAIR EFFECT KEV TCTAL SCATT. SCATT. EFFECT PROD. 2.651+05 400 6 .149+00 9 .300-02 5 .984+00 7-182-02

9.316+04 500 5 .571+00 5.940-02 5 .472+00 3.897-02 4.344+04 600 5 .132+00 4.110-02 5 .067+00 2.401-02

1 .439+04 800 4 .490+00 2 .280-02 4 .455+00 1.154-02 5.931+04 1000 4 •028+00 1 .430-02 4 -007+00 6.725-C3 3.392+04 1500 3 • 283*00 6-408-33 3 .257+00 3. 272-03 1^ 659-02

2. 111+04 2000 2 .851+00 3 .620-03 2 .779+00 1 .962-03 6- 627-02 9.700+03 3000 2 .375+00 1 .616-03 2 .186+00 1 .090-03 1. 8t9-Cl 5.190+03 4000 2 .127+00 9 .107-04 1 .824+00 7.478-04 3 ^ C20-C1

1 .597+03 5000 1 •982+00 5 .836-04 1 . 574+CC 5.584-04 4. C69-C1 6.738+02 6000 1 .875+00 4 .056-04 1 .391+00 4. 502-04 4. 827-01

1 .941+02 8000 1 ^771+00 2.284-04 1 .138+00 3 .205-04 6. 327-01 7.918+01 10000 1 .750+00 1.46 3-04 9 .685-01 2 .462-04 7. ei3-ci 3.932+01 15000 1 .721+00 6.506-05 7 .164-01 1 -604-04 1. 0C5+0C 2.217+01 20000 1 .776+00 3 .663-05 5 .746-Cl 1^184-G4 1. 201+00 8.984+00 30000 1 .865+00 1 .629-05 4.179-01 7.713-C5 1. 448+00 4.473+00 40000 1 .936+00 9.087-06 a .318-01 5.692-05 1. 6C6+00

1 .278+00 50000 2 •019+00 5 .751-06 2 .767-01 4.496-05 1. 742+CC

5.351-01 60000 2 .066+00 3.947-06 2 .383-01 3. 708-05 1. 828+00

1 ^623-01 80000 2 •160+CO 2.158-06 1 .877-01 2.737-C5 1- 972+00

100000 2 .248+00 1 .341-06 .557-01 2.162-C5 2. C92+00

PHOTO ENERGY COH INCOH

.

PHOTC PAIR EFFECT KEV TCTAL SCATT. SCATT. EFFECT PROD. 3.292+05 400 6 .A98+00 1 .038-01 6^296+00 9.795-02

1.153+05 500 5 .878+00 6 .630-02 5.759+CC 5.220-02 5.372+04 600 5 .AlO+OO A. 580-02 5.333+00 3.154-02

1.784+04 800 A .729+00 2.550-02 4. 689+00 1.453-02 8.006+03 1000 A ,2A2+00 1.610-02 4.218+00 8.125-03 4.088+04 1500 3 .A5R+00 7.216-03 3.429+CC 3.949-03 1. 848-02

2 .520 + 04 2000 3 .006+00 A. 076-03 2.926+CC 2 .367-03 1. 360-02

1 .149+04 3000 2 .512+00 1 .819-03 2.301+00 1 .315-03 2. 072-01 6.147+03 AOOO 2 -256+OC 1 .026-03 1 .920 + 00 9 .013-04 3. 346-01 1.911+03 5000 2 - 109 + 00 6.572-OA 1.657+00 6.724-04 4. 5C5-C1 8.177+02 6000 2 -000+00 A.568-0A 1.46A+CC 5 .419-04 5. 342-01 2.417+02 8000 1 .898+00 2.573-OA 1.198+00 3.856-04 6^ 996-01

1 .007+02 10000 1 .883+00 1 .6A8-0A 1.020+00 2.961-04 8^ 633-01 5.085+01 15000 1 .864+00 7 .328-05 7.5A1-C1 1 .929-04 1^ 110+00

2.906+01 20000 1 .932+00 A. 125-05 6.CA9-01 1 .422-04 1. 327+00

1.201+01 30000 2 .038+00 1.835-05 A. 399-01 9 .271-05 1

.

598+00 6.061+00 - AOOOO 2 .122 + 00 1 .02A-05 3.492-01 6. 840-05 1. 773+00

1 .764+00 50000 2 .213+00 6 .A84-06 2.913-01 5.403-05 1. 922+00 7.429-01 60000 2 .267+00 4.451-06 2. 508-01 4.456-05 2. 016+00 2.244-01 80000 2 .372+00 2.436-06 1.976-01 3.287-C; 2. 175+00

100000 2 .470+00 1 .515-06 1. 639-01 2 .597-05 2. 306+00
T«PLE III. CONT. P H 0 T C N CRCSS SECTICN COMPARISON

ENDF/e IN EARNS/ATCM

Z= 21 SCflNCIUH

N'ERGV COH INCOH. PHOTC

KEV TOTAL SCATT. SCATT. EFFECT

1 3 .ge-^+os 2.674+02 8.902-01 3.983+05

1.5 1 .461*05 Z .454+02 1. 483+00 1.458+05

2 6 .922+04 2 .243+02 2.002t(M3 6.899+04

-a 2 .305*04 1 .876+02 2. 956+OC 2.286+04

1 .023+04 1 .571+02 3. 81 5+00 1.007+04

5 4 .748+C4 1.324+02 4. 572+00 4.735+04

2.998*04 1 .127+02 5.232+00 2.986+04

8 1 .406+04 i .523+01 6.292+00 1 .399+04

10 7.661+03 6 .790+01 7.023+00 7.586+03

15 2.436403 4 .314+01 e.356+C0 2.385+03

20 1 .058+03 2 .939+01 9.181 + 00 1.019*03

30 a .238+02 1 .578+01 9.962+00 2.980*02

40 1 .427+02 9 .728+00 1.029+01 l.?27+02

50 7 -825+01 6 .567+00 1.038+01 6.130+01

60 4 .980+01 4 .720+00 1.036+01 3 .472+01

80 2 .706+-01 2 .765+00 1. 014+01 1 .416+01

100 1 .872+01 1 .8C8+00 9. 837*00 7.077+00

150 1 .192+01 8 .225-01 9.061+00 2 .036 + 00 200 9 .705+00 4.664-01 8.383+00 8.551-01

300 7 .819+00 2 .082-01 7.35C+00 2 .606-01

ENERGY COH INCOH. PHOTC PAIR

KEV TCTAL SCATT. SCATT . EFFECT PROD. 400 6 .841+00 1.170-01 6 .6C8+C0 1.156-Cl

500 6 .183+00 7.470-02 6 .045+00 6 .288-02

600 5 .688+00 5.160-02 5 . 596 + 00 3.882-02

800 4. 970+00 2 .870-02 4 .923+00 1.871-C2

1000 4 .457*00 1.810-02 4 .428+CC 1 .09 3-02

1500 3 .634*00 8.114-03 3 .6CC+C0 5 .306-C? 2. 051-02 2000 3 .161*00 4.583-03 3 .072+00 3,177-03 8. 144-02

3000 2 .648+00 2 .046-03 2.416+CC 1 .762-03 2. 286-Cl

4000 2 .387+00 1.153-03 2 .016+00 1.207-03 3. 688-01

5000 2 .237+00 7.391-04 1 .740+00 8.998-04 4. 956-Cl 6000 2 .126+00 5.137-04 1 .537+CO 7 .248-04 ^ 677-Cl 8000 2 .028+00 2.893-04 1 . 257*CC 5.152-C4 7. 697-Cl

10000 2 .021*00 1.853-04 1 .071+CC 3.954-04 q . 499-01

15000 2 .012*00 8.240-05 7 .918-01 2 .575-04 1. 220+CC

20000 2.093+00 4.639-05 6 .351-01 1 .900-04 1. 45e+CC

30000 2 .217 + 00 2.064-05 4 .619-01 1 .237-04 1 . 755+CC 40000 2 .313+00 1.153'05 3 .667-01 9.129-C5 1 .947+00

50000 2 .416+00 7.299-06 3 .05 8- CI 7-21C-C5 2. 110+00

60000 2. 477+00 5 .013-06 2 .633-01 5 .946-05 2. 213+00 80000 2 .594+00 2.745-06 2.075-Cl 4,387^05 2. 387+00

100000 2 .703+OC 1.709-06 1 .721-Ci 3. 465-05 2. 531*00

Z= 22 TITANIUM

ENERGY COH INCOH. PHOTC ENERGY COH INCOH. PHOTG PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . EFFECT PROD.

1 4 .029+05 2 .958+02 8.304-01 4 .926+05 400 7 .205*00 1.320-01 6 .920+00 1 .527-0 1 1.5 1 .737+C5 2 .729+02 1.417+OC 1.734*05 500 6 .497+00 8 .420-02 6 .331+CC 8.207-02

2 8 .138+04 2 . 501+02 1.944+00 8.1 13*04 600 5 .972+00 5.820-02 c

. 864+00 5.000-02

.728+04 2 .C98+02 2.923+00 2.707*04 800 5.213+00 3 .240-02 5 . 157+OC 2.342-C2

4 1 .237+04 1 . 762+02 3.810*00 1.219 + 04 1000 4 .673+00 2.040-02 4 .639+00 1.329-C2

.566*04 1 .486+02 4.599+00 5.550*04 1500 3 .810+00 9.145-03 3 .771*00 6.443-03 2. 267-02

6 3 .401 +04 I .265+02 5.296 + 00 3.'f78 + 04 2000 3 .317+00 5 .167-03 3 .218+00 3 .855-03 8. 970-02

8 1 . 632+04 9 .520+01 6.434+00 1.622+04 3000 2 .787+00 2.307-03 2 . 531+00 2.135-03 2 . 511-01

10 8 .887+03 7 .540+01 7.245+00 8.805+03 4000 2 .519+00 1 .300-03 2 .112+00 1 .461-03 4. 047-01

15 2 .852+03 4 .785+01 8.657+00 2.795*03 5000 2 .367+00 8 .333-04 1 .823+CC 1 .C88-C3 c 426-01

20 1 .251+03 3 .281+01 9.527+00 1 .209*03 6000 2 .256+00 5 .792-04 1 .611+00 8.761-04 6.437-Cl

30 3 .892+02 1 .768+01 1.035+01 3.612+02 8000 2 .161+00 3 .262-04 1 . 317+CC 6 .222-04 8. 431-01

40 1 .729+02 1 .C91+01 1.071+01 1.513+C2 10000 2 .163+00 2.089-04 1 .122+00 4.771-04 1. C4C+C0

50 9 .464+01 7 .373+00 1.082+01 7.664+01 15000 2 .166*00 9.291-05 8 .296-01 3. 107-04 1. 336+00

60 6 .000 + 0

5 .3C5+CC 1. 080+01 4.389+01 20000 2 .261+00 5 .230-05 6 .654-01 2.292-C4 1. 595+00

80 3 .189+01 3 .111+00 1. 058+01 1 . 820+01 30000 2 .403+00 2.328-05 4 .839-01 1 .493-04 1. 919+00

100 2 .152+01 2 .C36+00 1.028+01 9.203+00 40000 2 . 512+CC 1 .301-05 .842-01 1.101-04 2. 126+00

150 1 .310+01 9 .270-01 9.47B+00 2 .691*00 50000 2 .627+00 8 .237-06 3 .204-01 8-698-05 2. 3C6+0C

200 1 -C44+01 5 .257-01 8.773+00 1 .138+00 60000 2 .695+00 5 .659-06 2 .759-01 7.173-05 2. 419+00

300 8 .277+00 2 .347-01 7.696+00 3 .468-01 80000 2 .826+00 3.100-06 2 .174-01 5.291-05 2. 608+00

100000 2 .946+00 1.931^06 1 .804-01 4. 179-05 2. 766+00

Z= 23 VANADIUM

INERGY COH INCOH. PHOTC ENERGY COH INCOH

PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT. EFFECT PROD.

1 c .692+05 3 .257 + 02 7.712-01 5 .689+05 400 7 .568+00 1.488-01 7.232+00 1 .875-01

1.5 2 .034+05 3 .016+02 1.345+00 2 .031+05 500 6 .813+00 9.500-02 6.617+00 1 .005-01

2

c .599+04 2 .777+02 1. 879+00 9 .571+04 600 6 .2 56*00 6.570-02 6.129+00 6.095-02

3

-a .242+04 2 -340+02 2. 879+00 3 .2 18+04 800 5 .456*00 3.650-02 5.391+00 2.823-02

4 1 .474+04 1 .971+02 3. 793+00 1 .454+04 1000 4 .888+00 2.310-02 4.849+00 1 . 583-0 2 c 7 -926+03 1 .665+02 4.611+00 7 .755+03 1500 3 .985+00 1 .036-02 3. 942+00 7.665-03 2.,494-02

6 4 . 140+04 1 -4 18+02 5.340+00 .125+04 2000 3 .473+00 5.852-03 3.364+00 4.582-03 c

,

839-02

P 1 . 909+04 1 .064+02 6. 549+00 1 .898+04 3000 2 .926+00 2.612-03 2.646+00 2.534-03 2. 7^7-01

10 1 .032+04 8 .381+01 7.447+00 1 . 023+04 4000 2 .653+00 1 .473-03 2,208+00 1.732-03 4. 423-01

15 3 .292+03 C .297+01 8.943+00 3 .230+03 5000 2 .500+00 9 .439-04 1.9C5+0C 1 .290-03 c ^,920-01

20 1 .444+03 3 -649+01 9. 863+00 1 .398+03 6000 2 .388+00 6 .561-04 1. 684 + 00 1.038-03 7. 021-01

30 4. 506+02 1 .977+01 1.074+01 4 .201+02 8000 2 .298+00 3.695-04 1.377+00 7 .362-04 9. 198-01

40 2 .005+02 1 .222+01 1.114+01 1 .771+02 10000 2 .308+00 2 .366-04 1.172+00 5 .641-04 1. 135+00

50 1 .098+02 6 .266+00 1.126+01 9 .028+01 15000 2 .324+00 1 .053-04 8.672-01 3.673-04 1. 456+00

60 6 .919*01 5 .953+00 1.125+01 5 .198+01 20000 2 .435+00 5 .924-05 6.956-01 2.710-04 1. 739+00

80 3 .627+01 n .496+00 1.103+01 2 .174+01 30000 2 .596+00 2 .637-05 5.059-01 1 .765-04 2. 090+00

100 2 .408 + 0 1 2 .290+00 1. 072+01 1 .107+01 40000 2 .719+00 1 .474-05 4.016-01 1.302-04 2. 317+00

1 50 1 .421+01 1 .044+00 9. 895+00 3 .273+00 50000 2 .846+00 9 .338-06 3.350-01 1 .028-04 2. 511 + 00

200 1 .115+01 5 .922-01 9.163+00 1 .393*00 60000 2 .922+00 6.417-06 2. 8 84-01 8.477-05 2. 634+00

300 8 -732+00 2 .645-01 8.041*00 4 .263-01 80000 3 .067+00 3 .517-06 2.272-01 6.253-05 2. 839*00

100000 3.198+00 2.193-06 1. 885-01 4.938-05 3 , 010+00

Z= 24 CFRCMIUK

FNERGY COH INCOH. PHOTC E^ERGY COH INCOH

PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . EFFECT PRCD.

I 6 .761+05 3 -594+02 7.136-01 6. 757+05 400 7 .940+00 1.680-01 7.543+00 2.291-01

1.5 2 .600+05 3 .368+02 1.271+00 2 .396+05 500 7 .132+00 1 .073-01 6. 902+00 1.226-01

2 1 .129+05 3. 126+02 1. 809+00 1 .125+05 600 6 .542+00 7.420-02 6 .394 + 00 7.421-C2

3 .796+04 2 .661+02 2. 827 + 00 3 . 769+04 800 5 .699+00 4.130-02 5.624+00 3.427-02

4 1 .722+04 2 .246+02 3. 764+00 1 .699+04 1000 5 .104+00 2.600-02 5.059+00 1.916-02

5 9 .249+03 1 .896+02 4. 608+00 9 .055+03 1500 4 .161+00 1.166-02 4. 113+00 9 .266-03 2. 734-02

6 4 .737+04 1 .612+02 5.364+00 4 .720+04 2000 3 .629+00 6.587-03 3. 510+CC 5.534-03 1. 075-01

8 2.208+04 1 .203*02 6.637+00 2 .196+04 3000 3 . 066+00 2.941-03 2.761+00 3.057-03 2. 993-01

10 1.203 +04 9 .415+01 7. 61 6+00 1 .193+04 4000 2 .789+00 1.658-03 2-3C3+C0 2.088-03 4. 615-01

15 3 w882+03 5 .899+01 9.219+00 3 .814+03 5000 2 .634+00 1.063-03 1.988+00 1.553-03 6. 433-01

20 1 .714+03 4 .069*01 1.018*01 1 .663+03 6000 2 .522+00 7 .387-04 1.757+CC 1 .249-03 7. 630-01

30 5 .375+02 2 .214+01 1 .099*01 . 044+02 8000 2 .438*00 4.160-04 1 .437+00 8.851-04 9. 997-01

40 2 .390+02 1 .371+01 1.147+01 2 .138+02 10000 2 .458+00 2 .664-04 1 .223 + 00 6.777-04 1. 234+00

50 1 .303+02 9 .285+00 1.164+01 1 .094+02 15000 2 .487+00 1 .185-04 9.048-01 4 .413-04 1. 582+00

60 8 .146+01 6 .692+00 1.164+01 6 .313+01 20000 2 .614 + 00 6 .670-05 7.258-01 3.255-04 1. 888+00

80 4 .187+01 1 .934+00 1. 144+01 2 .649+01 30000 2 .795+00 ^.969-05 5.276-01 2 .120-04 2. 267+00

100 -723+01 2 .560+00 1.114*01 1 .352+01 40000 2 .933+00 1 .660-05 4.191-01 1 .564-04 2. 514+00

150 1 .548+01 1 .177+00 1 .030*01 4 .004+00 50000 3..074+00 1.052-05 3.49 5-01 1 .235-04 2. 724+00

200 1 .192+01 6 .682-01 9. 547+00 1 .704+00 60000 3 .158+00 7.232-06 3.Q09-01 1 .018-04 2. 6^6+00

300 9 .204+00 2 -967-01 8,384+00 5 .214-01 80000 3 .3 16 + 00 3.967-06 2. 371-01 7.510-05 3. C79+CC

lOOOOC 3.461+00 2.474-06 1 .96 7- 01 5.931-05 3

,

264+00
TiBLF III, CONT, P H C T C N CROSS SECTICN COMPARISON

z= 25 HANGANE SE ENERGV COH INC OH. KEV TOTAL SCATT. SCATT.

1 7 .875+05 3 .894+02 6 .108-01

t .5 2 .813+05 3.642*02 1 .426+00

2 1 .328+05 3 .376+02 1 .984+00

3 4 .484+04 2 . 877+02 2 .986+00

A 2 -038+04 2 .443+02 3 .906+00

5 1 .095*04 2 .075+02 4 . 746+00

6 6 .562+C3 1 .772+02 5 .502+00

8 2 .520+04 1 .327+02 6 . 793+00

10 1 .377+04 1 .036*02 7 . 812+00

15 4 .460+03 6 .461+01 9 .497+00

20 1 .974+03 4 .473*01 1 .052+01

30 6 .206+02 2 .451*01 1 .160+01

40 2 .759+02 1 . 523+01 1 .204+01

50 1 .5C0+C2 1 .033*01 1 .218+01

60 9 .340+01 7 .456+00 1 -217+01

80 4 .740*01 4 .39C+00 1 .194+01

100 •3 .040+01 2 .883+00 1 .161+01

150 1 .679*01 1.318+00 1 .074+01

200 1 .272*01 7 .482-01 9.948+00

3CC 9 .694+00 3 .348-01 8 .734+00

1= 26 IRON ENERGY COH INCOH. KEV TOTAL SCATT. SCATT.

1 8 .647+05 4 .232*02 7.43C-01

1.5 ,207+05 a .<:76 + 02 1 .332+00

2 1 .545+05 3 .699*02 1 .883+00

3 5 .319+04 3 .170*02 2 .908+00

4 7 .435+04 2 . 705+02 3 . 860+00

5 1 .311+04 2 .3C6*02 4, 722+00

6 7,849+03 1 .973+02 5 .503+00

8 2 .861+04 1 .478*02 6 .849+00

10 1 .603+04 1 .151*02 7 .886+00

15 c .3^7+03 7.125*01 c .699+00

20 2 .386*03 4 .933*01 1 .080+01

30 7 .499+02 2 .718*01 1 .191+01

40 3 .300+02 1 .695+01 1 .241+01

50 1 .772+02 1 .152+01 1 .256+01

60 1 .089+02 8 .322+00 1 .256+01

80 .384+01 4 .CC5+00 1 .237+01

IOC .378*01 .2 26 + 00 1 .204+01

150 1 .805*01 1 .477+00 1 .115+01

2CC 1 .346*01 8 .400-01 1 .033+01

300 1 .C15+01 3 .758-01 9 .077+00

Z= 27 COBALT

ENERGV COH TNCCH.

KEV TOTAL SC ATT . SCATT.

1 1 .056*06 4 .564+02 6 .882-01

1.5 1 .771*C5 4 .322+02 1 .253+CC

2 1 .786*05 4 .036+02 1 . 799+00

.480+02 2 . 840+00

4 ? .796*04 2 .983*02 3 .814+00

5 T .518*04 2 .553+02 4 .697+00

6 c .172+C3 2 .189+02 5 .500+00

8 a .356+04 1 .643+02 6 .896+00

10 1 .864*04 1 .277+02 8 .002+00

15 e .147*03 7 .850+01 9 .922+00

20 2 ,731*03 5 .430+01 1 .109+01

30 p .547*02 3 .007+01 1 .228+01

40 .757*02 1 .882+01 1 .282+01

50 2.015+02 1 .282+01 1 . 301+01

6C 1 .234+02 9 .2 75*00 I .302+01

80 6 .057+01 5 .472*00 1 .281+01

100 .760+01 .6C3+0C 1 .248+01

150 1 ,958+01 1 .6 54+00 1 .156+01

200 1 .438 + 01 9 .410-01 1 .072+01

300 1 .069*01 4 .214-01 9 .423+00

28 NICKEL

ENERGV COH INCGH. KEV TOTAL SCATT. SCATT.

1 1 .022+06 4 .950+02 6 .437-01

1."= 4.274+05 4 .684+02 1,188+00

2 2 .038 + 05 4 .389+02 1 .730+00

3 7 .01C+C4 3 .806+02 2 .779+00

4 3 .236*04 3 .279+02 3 . 769+00

5 1 .765*04 2 .816+02 4 . 671+00

6 1 .070*04 2 .422+02 5 .494+00

8 4 .827+03 1 . 822+02 6 .936+00

10 2 .054+04 1 .416+02 8 .117+00

15 6 .997+03 8 .642+01 1 .014+01

20 . 154 + 03 5 .'=66 + 01 1 .137+01

30 9 .968*02 3 .318+01 1 .265+01

40 4 .381+02 2 .066+01 1 .323+01

50 2 .338+02 1 .425+01 1 .344+01

60 1 .423+02 1 .032+01 1 .346+01

8C 6 .871+01 6 .094+00 1 .326+01

ICO 4 .194*01 4 . C19+00 1 .291+01

150 2 .117 + 01 1 .848+00 1 .198+01

2C0 1 .528+Cl 1 .C53+0C 1 .111+01

300 1 .120+01 4 .720-01 c . 767+00

ENDF/R IN BARNS/ATCM

PHOTC ENERGY

EFFECT KFV TCTAL

7 .871+05 400 8.322+00

2 .810+05 500 7.459+00

1 .325+05 600 6.834+00

4 .455+04 800 5.947+00

2 .013+04 1000 5,323+00

1 .074+04 1500 4.339+00

6 .380 + ti3 2000 3.788+00

2 .507+04 3000 3.208*00

1 .366+04 4000 2.926+00

A .386+03 5000 2.771+00

1 .919+03 6000 2 .659 + 00

5 . 847+02 8000 2.581+00

2 .486+02 10000 2.612+00

1 .275+02 15000 2. 656 + 00

7 .377+01 20000 2. 799+00

3 .107+01 30000 3.0C2+0C

1 .590*01 40000 3.155+00

4 .739*00 50000 3.309*00

2.027+00 60000 3.402+00

6 .248-01 80000 3.575+00

100000 3.732+OG

PHOTC ENERGY

EFFECT K EV TCTAL 8.643+05 400 8.691+00

3 .203*05 500 7.779+CC

1 .541*05 600 7. 122 +0 0

5 .287+04 800 6 .1 93 + 00

2 .408+04 1000 5.541+00

1 .288+04 1500 4.517*00

7 . 646+03 2000 3.946+00

2 .845+04 3000 3. 351+00

1 .591+04 4000 3.066+00

5 .266+03 5000 2.910+00

2 .327+03 6000 2 .790 + 00

7 .108+02 8000 2.728+00

3 .007+02 10000 2. 770+00

1 . 531+02 15000 2.829+00

8 .795+01 20000 2. 991+00

3.657+01 30000 3.215+00

1 .852+01 40000 3.384+OC

5 .420+00 50000 3. 553+00

2 .295+00 60000 3.654+00 7.021-01 80000 3.843*00

100000 4.0 14*00

PHOTC ENERGY EFFECT KEV TCTAL

1 .C56+C6 400 9 .094*00

3 . 767+05 500 8.119+00

1 .782+05 600 7.422+00

6 .054+04 800 6. 444 + 00

2 . 766+04 1000 5.763+00

1 ,492+04 1500 4.696*00

8 .948+03 2000 4. 106+00

3 .341+04 3000 3.496+00

1 .851+04 4000 3 .207+00

6 .058+03 5000 3.052+00

2 .666+03 6000 2.942+00

fl .124+02 8000 2 .878+00

3 .441+02 10000 2.931+00

1 .756+02 15000 3.0 07+00

1 .C11 + C2 20000 3.187+00

4 .228+01 30000 3.439+00

2 .152+01 4C000 3.624+00 6.370+00 50000 3. 807+00

2 .721+00 60000 3.918+00

8 .434-01 80000 4. 123 + 00 100000 4.307+00

PHOTC ENERGY

EFFECT KEV TCTAL

1 .021+06 400 9.487+00

4 .269+05 500 8.452+00

2 .033+05 600 7. 718 + 00

6 .971+04 800 6.695+00

3 .205+04 lOOC 5.984*00

1 .736+04 1500 4.875*00

\

. 045+04 2000 4.266*00

4 .63,8 + 03 3000 3.641 400

2 . 039-rC4 4000 3.350*00

6 .900+03 5000 3.196*00

3 .083+03 6000 3.087*00

9 .510+02 8000 3.030*00

4 . 040+02 10000 3.095*00

2 .062+02 15000 3.189*00

1 .1 86+02 20000 3.388*00

4 .935+01 30000 3.669+00

2 .501+01 40000 3. 871+00

7 .339+00 50000 4.070+00

3 . 1 16+00 60000 4. 190+00

Q .608-01 80000 4.411+00

100000 4.610+00

COH INCOH. PHOTO PAIR SCATT. SCATT . EFFECT PROD.

1 .884-01 7 .858+00 2 .762-01

I .203-01 7 . 190 + 00 1 .486-01

8 .320-02 6 .660+00 9.037-02

4 .640-02 c . 85e+CC 4.206-C2

2 .930-02 5 .270+00 2.367-02

1 .3 14-02 4 .285+00 1 .143-02 2 .9f6-C2 7.425-03 3 .656+00 6.823-03 1 .171-01

3 .315-03 2 . 676+CC 3 .763-03 3 .251-01

1 .869-03 2 .400+00 2.566-03 5 .223-01

1 .198-03 2 .071+00 1 .909-03 6 .966-01

8 .327-04 1 .830+00 1.534-02 8 .264-rCl

4 .689-04 1 .497+00 1 .086-02 1 . 063+00

a ..003-04 1 .274+00 8 .312-04 1 .327+00

1 .336-04 9 .427-01 5.412-04 1 .713+00

7 .519-05 7 .561-Cl 3.992^C4 2 .043+CC

3 .347-05 5 .499-01 2 .599-04 2 .452+OC

1 .873-05 4 .366-Cl 1 .gi7''04 2 .718+00

1 .187-05 ^ .641-Cl 1 .514-04 2 . 945+CC

8 . 161-06 3 .13 5-01 1 .248-04 3 .088+00

4 .478-06 2 .470-01 9.2C6-C5 3 .328+OC

2 .79 5-06 2 ,049-01 7.270-05 3 . 527+CO

COH INCOH. PHOTO PAIR

SCATT. SCATT. EFFECT- PROD.

2 .115-01 8 . 169 + 00 3.1C6-C1

1 .351-01 7 .476+00 1 .682-01

9 .350-02 6 .925+00 1 .032-01

5 .210-02 6 .092*Cp 4 .907-02

3 .290-02 5 .48C+0C 2.828-02

1 .476-02 4 .456+CC 1.364-02 3 .252-02

8 .338-03 3 .802+00 8.135-03 1 .271-01

3 .723-03 2 .991+00 4 .48 1-02 3 . 5 19xCl 2.099-03 2 .496+CO 3 .055-C2 5 .650-01

.346-03 2 .154+CC 2 .270-03 7 .520-01

9 .352-04 1 .904+00 1 .823-03 8 .921-Cl

5 .267-04 X .557+00 1 .290-02 1 . 1 69 + rc

1 .374-04 1 .325+00 9.859-04 1 . 443+ CC

1 .500-04 9 .803-Cl e .4 19-04 1 . 848+CC

8 .446-05 7 .e64-Cl 4.734-C^ 2 -2C4+00

3 .760-05 5 .719-01 3.082-04 2 .643+00

2 .104-05 4 . 540-01 2 .273-0 4 2 .93C+CC

1 .334-05 3 .787-01 1 .795-04 3 . 1 7^ + OC

9 .175-06 3 .26C-C1 1 .480-04 3 .328+00

C .037-06 2 .569-01 1 .092-04 3 .586+00

3 . 145-06 2 .12 1-01 e.62C-C5 3 . 8C0+CC

COH INCGH. PHOTO PAIR SCATT. SCATT . EFFECT PROD.

2 .372-01 8 .480+00 3.7TC-C1

1 .516-01 7 .762+CC 2.CE5-01

1 .049-01 7 .190+00 1.268-01

5 .850-02 6 .325*00 6 .083-02

.700-02 5 .691+00 3.527-02

1 .660-02 4 .627+00 1 .700-02 a .533-02

c .379-03 3 .949+00 1.0 13-02 1 .375-01

4 .188-03 -a .1C6+0C 5 .566-02 3 .799-01

2 .362-03 2 .592+00 3 .797-02 6 .093-01

1 .5 14-03 2 .237+00 2 . 822-02 6 .1 06-01

1 .052-03 1 .977+00 2 .265-03 o .612-01

5 .925-04 1 .617+00 1 .602-02 1 .259+00

3 .795-04 1 .377*00 1.224-02 1 . 5 53+CC

1 .688-04 1 .016+00 7 .970-04 1 .9Pe+0C

9 .502-05 8 .167-01 5. 876-04 2 .369+00

4 .230-05 c .939-01 3 .825-04 2 . 844+00

2 .368-05 4 .7 15-01 2.820-04 3 .152+OC

1 .502-05 3 .933-01 2.227-04 3 .414+00

1 .033-05 3 .386-01 1.836-04 3 . 579+00

5 .674-06 2 .668-01 1 .3'^ 3-04 3 .856+CC

3 . 544-06 2 .214-01 1 .068-04 4 .085+00

COH INCOH. PHOTO PAIR SCATT . SCATT . EFFECT PRCD.

2 .6 57-01 p . 792 + CO 4 .291-01

1 .698-01 6 .C46+CC 2 .343-01

1 .175-01 7 .455+OC 1.451-01

6 .550-02 6 .559+00 7.024-02

4 .150-02 5 .901+00 4.119-02

1 .862-02 4 . 79R+C0 I .984-02 3 . 826-02

1 .052-02 4 .095+00 i .182-02 1 .464-01

4 .699-03 3 .221+CC 6 .475-03 4 .C^l-Ol

2 .649-03 2 .686+00 4.416-03 6,.553-01

1 .698-03 2 .320+00 3-284-03 6 .715-Cl

1 .180-03 2 .050+CC 2 .626-02 1 . 033+00

6 .648-04 1 .676+00 1 ,864-03 1..351+00

4 .258-04 1 .427*00 1 .424-02 1 .666+CC

1 .894-04 1 .056+00 9 .265-04 2..132+00

1 .066-04 8 .469-01 6 .820-04 2. 540+CC

4 .746-05 6 .159-01 4 .A44-C4 3.. 053+OC

2 -658-05 4 . 890-01 3 .276-04 3 .382+00

1 .686-05 4 .078-01 2.586-C4 3

,

.662+00

I .160-05 3 . 5S2-C1 2.132-C4 3 .836+00

6 -375-06 2. 767-01 1.571-04 4,.135+00

a .981-06 2 .295-01 1 .240-04 4..380+00
T«BLF III, CONT. P H t T C N CPCSS SECTION COMPARISON

ENDF/E IN e£RNS/|STCM

Z= 2>; COPPER

EN ERG\ COH INCOH. PHOTO ENERGY COH INCOH

.

PHOTO PAIR

KEV T0T4L SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . EFFECT PROD.

1 1 .324+06 5. 354+02 6 .072-01 1 .323 + 06 400 9.920+00 2 .976-01 9.1C4+CC 5.192-01

1.5 c -324+05 5 . 106+02 1 .134+00 5 .3 19+05 500 8 .805 + 00 1 .903-01 a.333+CC 2.8 12-01

2 2 .47«+05 4 . 821+02 1 .672+00 2.474+05 600 8.025+00 1 .318-01 7. 721+CC 1. 725-01

s 8 .301+C4 4. 2 27+02 2 .726+00 8.258+04 800 6.948+00 7.350-02 6.793+CC 8 .187-C2

A 3 .778+04 "a ^ 66 1+02 3 . 725 + 00 3 .741+04 1000 6.2C5+00 4 .650-02 6. 111+CO 4 .703-02

5 2 .C41+04 3. l'=l + 02 4 . 643+00 2 . 009+04 1500 5.054+00 2.086-02 4.969+00 2.264-02 4. 138-02

6 1 .230*04 2. 713+02 c .486+00 1 .203+04 2000 4. 426 + 00 1 .179-02 4.241+CO 1-348-02 1 . 598-Cl

8

C .515+C3 2. 040+02 fc.96<: + 00 5.305+03 3000 3.7e8+CC 5.266-03 3.336+CC 7.365-03 4 . 393-Cl

10 7 i314+04 1. 582+02 8 .203+00 2 .2°7+04 4000 3.495+00 2 .969-03 2.784+00 5.026-C3 7. 031-01

15 1 .e"^l+C3 9, 585*01 1 .034+01 7. 785+03 5000 3.343+00 1 .903-03 2.4C3+CC 3.7 3 7-0 3 9. 345-Cl

20 .57^+03 6 . 589+01 1 .165 + 01 3 .497+03 6000 3.235+00 1.3 2 3-0 3 2. 123+00 2 .999-0 3 1 . 1 C7+0C

30 1 -141+03 3.67C+01 1.305+01 1 .091+03 8000 3 .186 + 00 7.451-04 1. 736+00 2 . 1 19-0 '

1 . 447+CC

40 c .051+02 2. 316+01 1 .366+01 4.683+02 10000 3.264+00 4 .772-04 1.478+CC 1 .619-03 1. 783+00

50 2 .707+02 1. 5E5+C1 1 .338+01 2.410+02 15000 3. 376+00 2.123-04 1.C94+C0 1 .C53-C3 2. 2 81 + CC 60 1 .650+02 1.. I'^O + Ol 1 .391+01 1 .396+02 20000 3-595+00 1 .195-04 8.771-Cl 7 .762-04 2 . 717+CC

80 7 .=21+01 6. 791+CC 1 . 37C + 01 5 . 872+01 30000 3.907+00 5 .319-05 6 . 379- CI 5 -049-04 3. 269+OC

100 4 .782+01 4 . 484+00 1 . 335+01 2.998+01 40000 4. 127 + 00 2.981-05 5.064-Cl 3 .721-04 3. 62C+0C

150 .335+01 2. C66+00 1 .239+01 8. 892+00 50000 4. 341+00 1 .891-05 4.224-Cl 2.937-04 3. 918+00

200 1 .647+01 1 . 178+00 1 .150+01 3. 793+00 60000 4. 470+00 1.301-05 3.637-01 2-420-C4 4. 1C7+00

300 1 .181+01 C 290-01 1 .011+01 1 .169+00 80000 4.7C9+C0 7-154-06 2 . 866-01 1 .784-04 4. 423+CC

100000 4.922+00 4.468-06 2 .377-01 1 .408-04 4. 684+00

Z= ZINC ENERGY CGH INCCH. PHCTC ENERGY COH INCOH. PHOTO PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TOTAL SCATT. SCATT- EFFECT PRCC.

1 1 .733+05 5 .720+02 6.919-01 1 .728+05 400 1.035+01 3.313-01 9.415+00 5.999-Cl

1.5 .708+C5 5 .448+02 1 . 2 7 6+00 5 .703+05 500 9-159+OC 2.118-01 8.619+00 3.281-01

2 2 .664+05 5 . 1 37+02 1 . 334+00 ? .658+05 600 8.335+00 1 .467-01 7.965+CC 2 .033-01

3

c . 04 = + C4 4 .504+02 2. 863+00 c .000+04 800 7-207+00 8.190-02 7.026+CC 9 .845-02

4 '.1<=1 + C4 ^ .918+02 3. 834+00 4 .151+04 1000 6.431+00 5 .190-02 6.321+CC 5.771-02

a

2 .305+04 3 .392+02 4. 743+00 2 .271+04 1500 5.236+00 2.329-02 5.140+00 2.T77-C2 4.472-02

6 1 .415+04 2 .936+02 5. 585+00 1 . 385+0''' 2000 4.588+00 1.316-02 4-387+00 1-652-02 1 .. 718-01

fl I- .549+03 2 .22^+02 7.C72+CC b .320+03 3000 3-937+00 5.879-03 3.451+CC 9 .020-02 • 7 C CI 10 . 6 4 + 0 4 1 . 72?+02 8.323+00 -) .625+04 4000 3.642+00 3.315-0 3 2. 880+00 6. 152-03 7,.526-01

1 5 c .114+03 1 . C44+0? 1.054+01 8 .999+03 5000 , 3-492+OC 2.125-03 2.485+CC 4 .572-03 c .997-01

20 4 . 140 + 0 3 7 - U9+CI 1.191+01 4 .056+03 6000 3.365+00 1 .477-03 2. 197 + 00 3.667-03 1

,

.184+00

30 1 .^20 + 0^ 4 .Cll+01 1.33'; + Cl 1 .266+03 8000 3. 346+00 8 .318-04 1 . 796 + CC 2 .590-03 1.. 546+CC

40 c .815+02 2 .545+01 1.404+01 5 .420+02 10000 3.435+00 5.328-04 1. 529+00 1.978-03 1., 9C4+0C

50 a .100+02 1 .748+0

1

1.429+01 2 .782+02 15000 3. 567+00 2 .370-04 1. 131+CC 1.286-03 2..434+00

to 1 .8 7E + C2 1 .271+01 1 .433 + 01 .6C7+c: 20000 3.807+00 1.334-04 9. 074-01 9 .478-C4 2.. 899+CC

80 8 .898+01 7 .510+00 1.41 3 + 0

1

^ •734+01 30000 4 1 4fl+rr 5 .9 39-0 5 6 . 59 9- C 1 6 .164-0 4 .^87+00

100 .304+0 1 4 .9t7+0C 1 . 578+01 5 .42°+Cl 40000 4-386+CO 3.329-05 5.239-01 4.542-C4 3.. 861 + 00 150 2 .524+01 2 .295+00 1.2 81+01 1 . C14+C1 50000 4.6 16 + 00 2.112-05 4.370^01 3 .584-04 4..179+00

2CC 1 .7^2+01 1 .310+00 1 .189 + 01 4 .^24+00 60000 4 .756 + CC 1.453-05 3 . 762-01 2 .953-04 4.,379+00

300 \ . 238+01 .8 80-01 1 .04t+01 1 . ^40+00 80000 5.012+00 7.996-06 2 .964-01 2.176-04 4,.716+00 100000 5.240+00 4 .994-06 2. 459-0 1 1.717-C4 4,. C94 + C0

z= 31 GALL lUM ENERGY COH INCCH, PHCTC ENERGY COH INCOH

.

PHOTC PAIR KEV TOTAL SC ATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT

.

EFFECT PRCO.

1 .127+0 5 6 . C73+02 7.217-01 .121+05 400 1 .078 + 01 3 .710-01 9.726+CC 6 .824-01

1.5 6 .843+05 5 .762+02 1 .335+00 6 .837+05 500 9. 518+00 2.374-01 8. 904+00 3. 769-01

2 -216+05 5 .421+02 I. 921+OC 3 .210+05 600 8.650+CC 1-643-01 8-25C+CC 2 .362-Cl

3 1 .088+05 4 .75 7+02 2.985+00 1 .083+05 800 7.469+00 9.180-02 7.260+00 1 .172-0 1 4 c 4 . 1 54+0? ?.<366 + 00 4 . 9^3+04 1000 6 .661+00 5 .820-02 6. 532+00 7.C49-02

c 7 .695+04 3 .617+02 4.876+00 2 .658+04 1500 5.420+00 2.612-02 5. 312+00 3.390-02 4..821-02

6 1 .627+04 .149+02 5.716+00 1 . 5C5+C4 2000 4. 753+00 1 .476-02 4.534+00 2.017-C2 1.. 844-01

8 7 .2':6 + C3 2 .''C6 + C2 7.2C7+0O 7 . 049+03 3000 4.088+00 6.594-03 3. 567+00 1. 100-02 5.,027-01

10 .°ot+n? 1 .877+02 P. 49 f + OO 3 .710+03 4000 3.791*00 3.718-03 2.976+CC 7.495-03 8,, 037-Cl

15 c .840+03 1 . 133 + 02 1.376+Cl o .724+03 5000 3 .644*00 2.383-03 2.569+CO 5 .567-03 1,,067+00

20 L . 579 + C'' 7 .766+01 1.218+01 4 .48°+C3 6000 3.539+00 1-657-03 2.270*00 4 .464-03 1. 263+00

30 1 .4°F+C3 4 .368+01 1.373+01 1 .450+03 8000 3.509+00 9-331-04 1.856+CC 3 .1 51-03 1.,648+00

4C e .5°9+r2 2 .793+01 1 .443 + 01 . 16^+02 10000 3.611+00 5.976-04 1. 531+00 2.406-03 2, 028+00

50 3 .511+02 1 .931+01 1.47C+0i 3 .171+02 15000 3.763+00 2 .658-04 1. 169+00 1 .564-03 2. 5':2 + 00

tr . \ 20 + 02 1 .410+01 1.476+01 1 .832+02 20000 4. 025 + 00 1 .496-04 9.378-01 1.152-03 1 ,086 + 00

80 9 ."^48 + 01 8 .3^0+00 1 .456+01 7 .659+01 30000 4.395+00 6 .661-05 6.820-01 7.490-04 3. 712+00

100 C .a^-'+ci C .523+00 1.421+01 . 899+01 40000 4. 652+00 3 .736-05 5.414-01 5 .5 16-04 4. IIC+CC

150 ? .722+01 2 .562+00 1.322+01 1 .144+01 50000 4.900+00 2.371-05 4 . 5 1 6- C 1 4 .354-04 4 . 447+00

2CC 1 .P'l +01 1 .465+00 1.237 + Cl 4 .871+00 60000 5 .050 + 00 1 .631-05 3.886-01 3.587-0' 4 . 66C+CC

300 1 .29f+01 6 .580-01 1 .079+01 1 .513+00 80000 5.324+00 8,979-06 3.064-Cl 2.643-04 5. 017+00 100000 5. 557 + 00 5.609-06 2.542-Cl 2.085-04 5. 313+00

Z= 3? f-FRWANIUM ENERGY CCH INCCH. PHCTC ENERGY COH INCOH

.

PHOTO PAIR KEV TOTAL SCATT .

• SCATT. EFFECT KEV TCTAL SCATT. SCATT

.

EFFECT PROO.

L .467+05 6 .466+02 7. 257-ci .461+05 400 1. 124+01 4.110-01 1.004+01 7 .909-01

1 .5 7 .9 ^5 + 0 5 6 .125+02 1 .356+ Of 7 .949+05 500 9.890+00 2.628-01 9. 190+00 4 .3 76-01

2

a -645+05 5 .750+02 1. 972+00 3 .639+05 600 8.971+00 1.819-01 8. 515+00 2 .744-01 /

1 .208+05 .028+02 3.09C+CC 1 .203+05 800 7.728+00 1.017-01 7. 490 + 00 1.361-01

4 .506+04 4 .395+02 4. C<;9 + C0 c; .462+04 1000 6.888+00 6.440-02 6.742+00 8.163-02

2 .992+04 ~i .841+02 5. 019+00 2 .954+04 1500 5 .603+00 2.890-02 5.483+00 3 .924-02 5

,

1 87-02

6 1 .81C+04 3 .360+02 5.864+00 1 .784+04 2000 4.917+00 1 .634-02 4.680+00 2 .333-02 1. 974-01

8 6 -301+03 2 .589+02 7.360+00 8 . 035+03 3000 4-239+CO 7.297-03 3.6ai+CC 1.271-02 5. 376-01

10 L .52^+03 2 .029+02 8.684+00 4 .3 17+03 4000 3.941+00 4 . 115-03 3. 072+00 8.657-03 8. 566-Cl

15 1 .09 1+04 1 .226+02 1. 099+01 1 .078+04 5000 3 .797 + 00 2.638-03 2.651+00 6.427-03 1. 137+00

20 c .061+03 Q .387+01 1.246+01 4 .964+03 6000 3.695+00 1 .834-03 2.343+CO 5.152-02 1. 344+00

30 1 .644+03 4 .734+0

1

1.408+01 I .583+03 8000 3.674*00 1 .033-03 1.916+00 3 .635-03 1, 753+OC

40 7 .297+02 a .045+01 1.482*01 6 .844+C2 10000 3.7=0*00 6 .615-04 1.632+CO 2.773-03 2. 1 55+OC

50 1 .894+02 2 .115+01 1. 511+01 X .=32 + 02 15000 3.963*00 2.942-04 1.207+00 1 .803-03 2

.

755+00

eo 2 .353+02 1 .550+01 1.518 + 01 . 047 + 02 20000 4.248+00 1.656-04 9.6 80-01 1-328-03 3. 2 79+OC

80 1 .102+02 9 . 152+00 1.499+01 8 .607+01 30000 4.649*00 7.373-05 7.040-01 8.630-04 3. 944+00

100 6 .4^ i + 01 6 . C78+0C 1 .464*01 4 .392+01 40000 4.925+00 4.137-0 5 5. 589-Cl 6 .357-04 4. 365+00

150 2 -94C+01 2 .627+00 1.363+01 1 .3 04+01 50000 5. 190*00 2.6 25-0 5 4.662-01 5.015-04 4. 724+00

200 1 .986 + 0 1 1 .619+00 1.266+01 5 .583+00 60000 5.351*00 1.806-05 4.014-01 4 .131-04 4. 949+00

300 1 .359+01 7 .260-01 1.111+01 1 . 747+00 80000 5 .644*00 9.949-06 3. 162-01 3.043-04 5. 327+00 100000 5.903*00 6.216-06 2.624-01 2 .401-04 5. 641+00
TAEL E III, CONT . p H C T C N C R C !

Z 33 ARSENIC

ENERGY COH INCOH. PHOTC

KEV TOTAL SCATT. SCATT. EFFECT

1 2 .798+C5 6 .882+02 7.057-01 2. 791+05

1. 5 7.117+C5 6 .516+C2 1.3AI+0C 7. 110+05

2 .9A2+05 6 .1C9+02 1.985+00 3. 936+05

3 1 .362+05 5 .322+02 3.177+00 1. 357+05

4 6 .320+CA A .6A5+02 A. 233+00 6.273+04

5 3.45e*0A A .067+02 5.17A+0C 3.417+04

6 2 .lOA+CA 3 .572+02 6. 028+00 2. 068+04

8 c .5A6+03 2 .775+C2 7.532+00 9. 261+03

10 5.1A-9 + 03 2 .186+02 8.810+00 4. 92?+03

15 1.219+OA 1 .323+02 1.117+01 1. 205+04

20 c .737+03 9 .03A+01 1.271+01 5. 634+03

30 1 .883+03 5 .111+01 l.AAC+Cl 1

.

818+03

40 8 .367 + 02 3 .301+01 1.519+01 7. 885*02

50 A -A55+C2 2 .3C2+01 1. 552+01 4. 069+02

60 2.681+02 1 .692+01 1.560+01 2. 356+02

80 1.2A1+02 9 .987+00 1.5A2+01 9. 874+01

100 7 .191+01 6 .6A0+00 1.506+01 5. 021+01

150 .193+01 3 .095+00 1. AOA+01 1. 480+01

200 2 .113+01 1 .77A+00 1.30A+01 6. 311+00

300 1 .A25+01 7 .990-01 1.149+01 1. 968+00

Z 3A SELENIUM

ENERGY COH INCCH. PHCTC

KEV TOTAL SCATT. SCATT. EFFECT

1

-a .211+05 7 .3ie+C2 6.149-01 3. 2C4+05

1- 5 7 .83A+05 6 .931+02 1.245+00 7. 827+05

2 A .A23+05 6 .A95+02 1.917+00 4. 417+05

•2 1 .55e+C5 5 .6A2+02 3.183+00 1. 553+05

If 7.290+CA A .911+02 4. 310+00 7. 241+04

C A.003+0A A. 3C1+02 5.298+00 3. 959+04

6 2 .A37 + CA 3 .785+C2 6.179+00 2. 399+04

8 1 .103+OA 2 .962+02 7.705+00 1.072+04

10 c .918+03 2 .3A6+C2 9.075+00 5. 674+03

15 1 -322+OA 1 .A2A+C2 1.145+01 1. 307+04

20 6 .385+03 c .7C8+C1 1.301+01 6. 275+03

30 2 .157+03 5 .A99+01 1.476+01 2. 088+03

*C 9 .722+02 3 .560+01 1.558+01 9. 210+02

50 C .212 + 02 2.A88+01 1.593+Cl 4. 804+02

60 -a .14A+02 1 .832+01 1.602+01 2. 800+02

8G 1 .A50+02 1 .081+01 1.585+01 1. 183+02

100 8 -3 lC + 0 1 7 . 193 + CO 1.549+01 6. 042+01

150 a .566+01 3 .358+00 1.AA5+01 1. 785+01

200 2 .295+Cl 1 .926+00 1.343+01 7. 596+CO

300 1 .500+01 8 .680-01 1.178+01 2. 350+00

z a c BROMINE

ENERGY CCH INCCH. PHOTC

KEV TOTAL SCATT. SCATT. EFFECT

1 3 .A92+C5 7 .767+C2 6.000-01 3.484+05

1

.

5 1 .336+C5 7.366+02 1.232+00 1 .329 + 05

2 A .8A7+C5 6 .9C5+C2 1 .919+CO 4. 840+05

3 1 .701+05 5 .986+02 3.232+00 1 . 695+05

7 .961+OA 5 .196+02 4. 414+00 7. 908+04

c A .378+CA A. 5A5+C2 5. 444+00 4. 332 + 04

6 2 .672+OA A .CC5+02 6. 351+00 2. 631+04

8 1 .2 16+OA .151+02 7.898+00 1. 183+04

10 6 .561+C3 2 .510+02 9.28C + 0C 6. 301+03

15 1.A53+0A 1 .529+02 1.168+01 1. 436+04

20 7 .C13+03 1 .CAl+02 1.329+01 6. 896+03

30 2 .372+03 5 .899+01 1.510+01 2 . 297+03

AO 1 .C7C+03 3 .822+Cl 1.596+Cl 1 . 016+03

50 5 .737+C2 2 .67A+01 1.633+01 5. 307+02

60 a .A60+02 1 .=71+01 1.6AA+01 3. 099+02

80 1 . 5<=3 + C2 1 .163+01 1.627+01 1. 314+02

ICO 9 .088+01 7 .735+OC 1.591+01 6. 72A+C1

150 .8A3+01 3.612+00 1. A85+01 1. 997+01

200 2 .AAl+01 2 .072+00 1 .381+01 8. 530+00

300 1 .572+01 9 .3A0-01 1.213+01 2. 654+00

z 36 KRYPTON

ENERGY CCH INCCH. PHOTC

KEV TOTAL SCATT. SCATT. EFFECT

1

-a .971+C5 8 .23A+02 6.49A-01 3. 963+05

1

.

c

1 . 593+05 7 .820+02 1.292+OC 1. 585+05

2

c .392+C5 7 .337+02 1. 985+00 5. 385+05

X 1 .897+05 6 .355+02 3.32A+0C 1. 891+05

A e .898+OA 5 .501+02 A.5AA+CC 8. 842+04

A .90A+CA u .8C3+02 5.613+00 4. 855+04

6 2 .c<3c + 0A A .232+02 6. 545+00 2. 956+CA

B 1 .369+OA 3 .3A3+02 e.llA+00 1. 335+04

10 7 .A09+03 2 .677+C2 9.A19+00 7. 132+03

15 1 .620+OA 1 .639+02 1.188+01 1. 603+04

20 7 .756+03 1 .115+02 1.35A+01 7. 631+03

30 2 .602+03 6 .312+01 1. EA2+01 2. 523+03

AO 1 .170+03 A .090+01 1.632+01 1. 112+03

50 6 .263+02 2 .861+01 1.672+01 5. 810+02

60 3 -773+C2 2 .1C8+01 1.68A+01 3. 394+02

80 1 .733+02 1 .2A3+01 1.669+01 1. 441+02

IOC 9 .855+01 6 .269+00 1.633+01 7. 395+01

150 A .121+01 3 .860+00 1.526+01 2 . 209+01

200 2 .59C+C1 2 .21A+0C 1. 420+01 9. 491+00

300 1 .6A9+01 9 .980-01 1.251+01 2. 978+00

S s

ENDF/ SECT I 1C N C C M P A R I SONIN BARNS/ATCM

ENERGY COH INCOH. PHOTO PAIR

KEV TCTAL SCATT. SCATT. EFFECT PROD. 400 1 .169+01 4.510-01 1 .035+01 8 .920-01 500 1 .026+01 2.884-01 9 .475+OC A. 950-01

600 9 .291+00 1 .995-01 8 .780+CC 3 .118-01

800 7 .994+00 1 .117-01 7 .726+CC 1 .564-01

1000 7 .118+00 7.070-02 6.952+OC 9 .A9e-02

1500 5. 787+00 3.173-02 5 .65A+CC A .563-02 5. 569-C2

2000 5 .082+OC 1.794-02 4 . 826+CO 2 .713-02 2. 1 C9-C1 3000 A .392+00 8.013-03 1 . 796+CO 1 .476-02 5 . 727-Cl

4000 4 .094 + 00 4.519-03 3 .i6e+co 1 .C05-02 9 . 112-01

5000 3 .953+CC 2.896-03 2.73A+C0 7.455-02 1. 209+CC

6000 3 .853+00 2.013-0 3 2 .417+00 5 .974-02 1 . 42 9+OC

8000 3 .843+00 1 .134-03 1 .976+CC 4-213-03 1. e61+CC

10000 3 .973+00 7 .264-04 1 .683+00 3 .213-03 2. 287+00

15000 4 .169+00 3.231-04 1 .244+00 2 .088-03 2. 922+00

20000 4 .477+00 1.819-04 9.983-01 1 . 537-03 "X ^ 477+OC

30000 A .909+00 8 .097-05 7 .260-01 9 .990-04 4. 1 £1+00 AOOOO 5 .205+00 4.544-05 5 .764-01 7 .357-04 4. 628+00

50000 5 .489+00 2.885-05 A . 807-Cl 5 .803-OA 5. 0C7+CC

60000 5 .660+00 1 .985-05 A .139-01 A .781-CA 5- 2A6+CC

80000 5 .^73+00 1 .094-05 3 .261-01 3.521-04 5. 6A6+00

100000 6 .248+00 6.833-06 2 .706- CI 2.777-04 5. 977+00

ENERGY COH INCOH. PHOTO PAIR

KEV TCTAL SCATT. SCATT. EFFECT PROD. 400 1 .220+01 A. 890-0 I 1 .066 + C 1 1 .C56 + CC 500 1 .065+01 3 .130-01 9 .760+CO 5 .807-01

600 9 .624+00 2.167-01 9 .045+OC 3 .628-01

800 8 .261+00 1.213-01 7 .96C+CC 1.792-Cl

1000 7 .346+00 7.680-02 7 .162+CO 1 .C7A-C

1

150C 5 .971+00 3 .447-02 5 .825+CC 5.156-02 5 . 968-02

2000 5 .247+00 1 .949-02 4 .972+00 3.C65-C2 2. 25C-C1

3000 4 .546+00 8 .706-03 3 .912+00 1 .666-02 6 . 090-01

4000 4 .248+00 4 .910-03 3 .264+00 1.133-02 9. 675-01

5000 A .111+00 3 .147-03 2 .en+co 8 .4CA-C3 1

.

283+00

6000 4 .014+00 2.188-03 2 .490+00 6 .732-03 1. 515+CC

8000 A .015+00 1.232-03 2 .036+00 4 .745-0 2 I. 973+CC

10000 4 .160+00 7.893-04 1 .734+00 3.617-03 2. 422+00

15000 4 .378+00 3.511-04 1 .282 + 00 2 .349-03 3. C93+CC

20000 4.711+00 1.976-04 1 .029+00 1 .730-C2 3. 681 + OC 30000 5 .175+OC 8.798-05 7 .480-01 1.124-03 4. 426+CC

40000 5.493+00 4.940-05 c .938-01 8 .276-04 4. e98+CC

50000 5 .795+00 2.136-05 4 .953-01 6.527-04 5

.

2 99+ CC 60000 5 .978 + 00 2.158-05 4 .265-01 5.376-04 5. 551+CC

80000 6 .309+00 1.189-05 .360-01 3.959-OA 5. 973+OC

100000 6 -601+00 7.434-06 2 .788-01 3 .122-CA 6 . 322+CC

ENERGY COH INCOH. PHOTC PAIR

KEV TCTAL SCATT. SCATT. EFi^ECT PROD. 400 1 .269+01 5.270-01 1 .097+01 1 .196 + CC 500 1 .104+01 3 .370-01 1 .OOA+Cl 6.599-01

600 9 .955+00 2 .333-0 1 9 .3C9+CC 4.131-Cl

800 8 .525+00 1 .305-01 8 .190+CC 2 .047-01

lOOC 7 .578+00 8 .270-02 7 .372+00 1 .230-01

1500 6 .156+00 3.712-02 5 .997+00 5.904-02 6. 383-02

2000 5 .414 + 00 2.099-02 5 . 1 18 + 00 3. 507-02 2. 395-Cl

3000 4 .701+00 9 .376-03 4 .026+CO 1-905-02 6 . 464-01

AOOO A .404+00 5.288-03 3 .360+00 1.295-02 1. 026+CO

5000 A. 272+00 3.389-03 2 .9CC+C0 9 .59e-C2 1. 359+OC

6000 4 .178+00 2 .356-03 2 . 563+00 7 .684-02 1. 604+00

8000 4 .189+00 1 .327-03 2 .096+CC 5.412-C3 2. C67+CC

10000 4 .350+00 8 .501-04 1 .785+00 4.124-C3 2. 561+00

15000 A .592+00 3.782-04 1 .320+00 2.678-03 3. 269+CO

20000 4 .951+00 2 .129-04 1 . C59+CC 1 .972-03 3 ^ 889+00

30000 5 .447+00 9.476-05 7 . 70C-C1 1.281-03 A. 676+00

ACCOO 5 .787+00 5 .322-05 6 . 1 13-0 1 9 .428-04 c 1 74+CC 50000 6 .108+00 3.379-05 5 .099-01 7 .434-04 5. 59S+C0

60000 6 .3C3+0C 2.325-05 A . 39C-C 1 6 .123-04 e63+CC 80000 6 .654+OC 1 .282-05 3 .4 59- CI 4 .508-C4 6. 3ce+cc

100000 6 .964+00 8.015-06 2 .87C-C1 3.555-04 6. 676+CC

ENERGY COH INCOH. PHOTC PAIR

KEV TCTAL SCATT. SCATT . EFFECT PROD.

AOO 1 .319+01 5 .630-01 1 .128+01 1 .351 + OC 500 1 . 144 + 0 1 3 .600-01 1 .033+Cl 7 .490-01

600 1 .029+01 2 .493-01 9 .57A+CC 4 .708-Cl

800 8 .8C0+CC 1.395-01 8 .A26+CC 2 .347-01

1000 7 .812+00 8.840-02 7 .582+00 1.416-01

1500 6 .3A3+0C 3 .969-02 6 . 168+CC 6 .794-02 6. 816-C2

2000 5 .581+00 2 .244-02 5 .26A+C0 4.034-02 2. 546-01

3000 4 .859+OC 1 .002-02 4 .141+CC 2.189-02 6. 850-Cl

AOOO A .562+00 5.654-03 3 .A56+0C 1 .487-02 1. 065+00

5000 4 .435+00 3.624-03 2.983+CC 1 .101-02 1. 437+00

6000 4 .344+00 2.519-03 2 .636+00 8.816-02 1. 696+CC

8000 4 .368+00 1.A19-03 2 .156+00 6 .206-02 2. 204+00

10000 4 .544+00 9 .090-04 1 . 836 + CC 4.727-03 2. 703+00

15000 4 .811+00 4 .043-04 1 .35£+CC 3 .C69-C2 3. 450 + 00 20000 5 .195+00 2.276-04 1 .089+00 2.2S9-C3 4. 1 C4+C0 30000 5 .726+00 1 .0 13-04 7 .920-0 1 1 .467-03 4. 933+00

AOOOO 6 .088+00 5 .691-05 6 .288-01 1 .080-C3 c 456+OC

50000 6 -429+00 3 .614-05 5 .24A-C1 8.512-04 5. 904+00

60000 6 .635+00 2 .488-05 4 .5 16- CI 7.C1C-CA 6. ie3+cc

80000 7 .007+00 1 .372-05 3 . 5 5 8- C

1

5 .160-04 6. 651+00

100000 7 .334+00 8.579-06 2 .952-01 4.068-CA . 7. 039+00
T/lELe III. CONT. P H 0 T C N CRCSS SECTICN COMPARISCN

Z= 37 RUBIDIUM

ENERGY COH INCOH. PHCTC

KEV TOTAL SCATT. SCATT. EFFECT

1 A . 561 +C5 8 .558+02 c .649-01 4. 552+05

1.5 1 .738+05 8 .086+02 1 .620+00 1 • 730+05

2 . 13C + C 5 7. 596+C2 2 .287+00 5.1 23+05

3 2 .109+05 5 • 6 34+0 2 3.576+00 2,102 +05

q .923+04 5 . 764+02 . 773+00 9 V 865 + OA

c c .478+04 5 .03 5 + 02 fl^ A4- nn 5 .427+04

6 3 .352+04 .4 39+02 • 78 7+OC 3 .3 06 + 04

8 1 .530+04 3 • ^ 2 2+02 8 .368+00 1 .494+OA

10 8 .269+03 2 . 836+02 9 . 672+0 0 7.975+03

1 5 2 .676+03 I . 749+02 1 .214+01 2 ,489+03

20 8 .387 + 03 1 . 169+02 1^ .3 83+01 8.2 54+03

3 0 2 .874 + 03 6 .740+01 \ . 576+01 2 . 791+03

40 1 .304+03 4 • 3 84 + 01 \ •6 70+01 1 • 243+03

50 7.005+C2 3 .078+01 . 71 2+01 6. 526+02

60 4 .223+02 2 . 276+01 • 726+01 3 • 823+02

flC 1 .932+02 1 . 341+01 I • 711 + 01 1 .627+02

100 1 .0';2*02 8 .931+00 .67 5+01 8 . 3 51+01

150 4 .476+01 4 . 178 + 00 . 56 7+ 01 2 - 491 + 01 200 2 .766+01 2 , 3c<; + QQ J .458+01 1 • 068+01

300 1 .726+Cl 1 .082+0 0 .286+01 3 .346+00

2= 38 STRONTIUM

ENERGY COH I NC GH

phctg

KEV TOTAL SC ATT. SC ATT. EFFECT

1 .182+05 e .^64+02 .174+00 5*1 73+05

1.5 1 .990+05 e .419+02 .917+00 1 .982*05

2 3 .920+05 7 .881+02 2 . 593+00 3 • 912+05 2.321+05 6 .893+02 3

. 8 64+ C 0 2-3 14+05

A 1 .103+05 6 -C16+02 5 •03^+00 1 • C 97+05

c; 6 .110+04 5 .268+02 f. • 097+00 6 • 057+04

.741+04 4 .648+02 7 . 04 6+00 3 . 694 + 04

P 1 .702+C4 3 .6=7+02 8 .64C+00 1 • 664+04

10 c .149+03 2 .992+02 , 944+00 8 • 840 + 03

15 2 .909+03 1 .861+02 1 .241+01 2.711 +03

2C 9 .080+03 1 .266+02 • '+12 + 01 3 , <5 39 + 03 30 a .1 14+C3 7 .161+01 .61 C+0

3 • 026+03

40 1 .419+03 4.645+01 - 70 7+ 0

1 -3 55 + 03

50 7 .659+02 3 .252+01 1 > 7 5 2 + C

7. 159+02

60 4 .635+02 2 .396+01 i 4*2 18+02

80 2 .131+02 1 .413+01 •753+01 1-814+02

100 1 .204+02 c .400+00 • 71 7+ C

T« 30C~\JI.

1 5C 4 .885+01 4 .369+00 11 2 . 839+ 0

20C .975+01 2 .517+00 ' 496+01 1 .227+01

300 1 .820+01 1 .135+00 1 .320+01

2= 39 YTTRIUM

ENERGY COH INCCH, PHOTC

KEV TOTAL SCATT. SCATT. EFFECT

1 c .848+05 9 .465+02 1 .148+00 5 « 8 39 + 05

1.5 2 .187+05 e .885+02 1 .902+00 2.1 78+05

2 1 .091+05 6 . 298+02 2 .597+CC

2 .562+C5 7 .234+02 a . 897+00 2-5 54 + 05

i, 1.212+05 6 .311+02 5 .Q91+0C J. m C. \J\J~ J

c 6 .72e+C4 5 .526+02 6 .184+00 6 • 67 2 + 04

4 .136+04 4 . 876+02 7. 169+00

8 1 .903 + 04 3 . ee5+C2 9.100+00

10 1 .035+04 •a .156+02 1 .015+01 1 nn3+04

1

3 .392+03 1 . 978+02 1 .267+01 J.iOi: 1 fl 9 *+ (Ta U3

20 1 . C19+04 1 .347+02 1 .441+01 1 • U U** t(J*+ ^ 0 .491+03 7 .61C+C1 1 -644+01 3.3 99 + 03 40 1 .585+03 4 .933+01 1 .744+01

50 8 .522+02 3 .450+01 1 .791+01 7.998+02

6 0

c .136+02 2 .541+01 1 . 808+01 4 •701+02

80 2 .343+02 1 .498+01 1 .795+01 2.013+02

ICC 1 .314+02 9 .958+00 1 .759+01 1 a 039 + 02 150 .240+01 4 .645+00 1 .648+01 3.1 27+01

20C 3 .151+01 2.664+00 1 .535+Cl 1 . ^4° + 01 300 1 .903+01 1 .2CC+0C 1 .357+01 4.255+00

40 z IRCCNIU^^ ENERGY COH INCCH. P HO TC KEV TOTAL SCATT. SCftTT. FF FEC T

6 .954+05 c .987+02 1 ,107+00 6 ,944 + 0 5 1.5 2..527+05 9 .383+02 1 . 872+00 2.518+05

2 1 .235+05 8 .756+02 2 .585+00 1 .226 + 0*^ 2 2 .852+05 7..612+02 -91 5+00 2 • 8-^4 + 05

A 1 .347+0; 6 .632+02 .135+00 1 ^34 1 + 05

5 7 .464+04 5 .803+02 6,.257+OC 7 • 4 05 + 04

4 .581+04 5.118+02 7,.275+00 4.529+ 04 .101+04 4 .060+02 9 .44 5 + OC . 0 5° + 0^

10 1 .140+04 3 .325+02 1..035+01 1 . I 05 + 04

J 5

a .712+03 2 . C99 + 02 1 .292+01 3 .489+03

20 1 .085+04 1 .431+02 1,. 469+01 X •'JOVTij*+ 3 0 .796+03 8 .078+01 1 .677+01

40 1 .738+03 5,.231+01 1.781+01

50 9 .37C + C2 3 .654 + 01 1,.830+01 8.822+02

60 c .646+02 2 .689+01 1 . 848 + Cl 5. 192 + 02

80 2

. 564+02 1..585+01 1 .837+01 2.222+02

100 1 .429+02 1..053+01 1.. 80C + 01 1.144+02

150 c .602+01 4 . 908+00 1 .688+01 3.424+01

200 .324 + 01 2 .813+00 1,. 573+01 1 .470 + 01 300 1 .980 + 01 1 .267+00 1..392+01 4^611+00

IN BARNS/ATCM

ENERGY COH INCOH

PHOTC PAIR

K EV T CT A L SC ATT . SCATT • ppp f ^ PPCC . 400 I .372+01 6 . 1 10-0

1 . 1 59+C

1 • 5 18 + C C 500 I .185+01 3 ^900-0

1 • 0 1 2 + C I 8 .433-C i 600 I .064*01 2 • 699-0

9.83 8+00 5 .314-01

800 9 .078+00 1 .5 15—01 8.659+CC 2.666—01

1000 8 .051+00 9 .600—02 7 . 79 3 + CC 1 .6 2 1-C 1 1 500 6 •533+00 4.311-0 2 6 .340 + 00 7 . 773-C

7 .266-C2

2000 5 .752+00 2.437-02 5.411 +00 i ,5 1 5-0 2 2 . 7C2-C1

3000 5 .018+00 1 .089—02 4 . 257 + 0 C 2 . 50 1— C 2 7 •248—01

4000 4 .723+00 6 . 141-03 3 . 5 53 + C C 1 .698-0 2 1 .147+00

5000 4.601+00 3 .937—03 3 • 0 fct + CC 1 .257-02 1 . 51 8+CO 6000 4 .513+00 2.7 37—03 2 . 710 + C 0 1 .0 06-0 2 1 . 790+CC

8000 4 .549+00 1 .542-03 2 . 2 16 + C 0 7 .076- C 3 2 .325+CC

1 0000 4.742+00 9 • 874-04 1.887+CC 5.38 7-0 3 2 .849+00

1 5000 5 .035+00 4 . 39 2-04 1 • 39 C + C C 3 . 497-^0

a .635+00

20000 5 .445+00 2^472-04 1. 119 + 00 2.574-C3 4 .323+00

"^0000 6 .012+00 1.1 01-04 8.1^1-01 1 .671-03 5 .196+OC

40000 6 .396+00 6 .184-05 6.463-Cl 1 . 230-03 5. 74e+CC

50000 6 .757+00 3 .928-05 5 • 39 1- C 1 9 ^692-04 6 .217+CC

60000 6 .976+00 2 •703-05 4,642-01 7 .981-04 6 . 511+00

80000 7 .369+00 1 .491-0 5 3-657-01 5 . 8 73-04 7 .002+00

100000 7 .713+00 9.330—0 6 3. 034- C 1 4 -630- C

7. 410+00

ENERGY COH I NCOH . PHOTC PAIR

K EV TCTAL SC ATT

SCATT • PROD. 1.429+01 A Ann— n 1 i • 1*^0 + C 1 1.75 2 + C C 500 1 .228 + 01 4 .090—01 1 n 90 + r

c ,6 8 7-0

600 1 .099+01 2 . 8 30—01 1 n 1 n + p

6 .06 6—0 1 800 9 . 3 5 1 + 0 C 1 . 588-0

8 . 8 93 + C C 2 .99 7-0 1 looc 8 .283+00 1 .007-0

8 . 0 C3+C C 1 . 79 1-C

1 50C 6 .719+00 4.5 22-0 2 6.5 11 + 00 8.5 8 5-0 2 7 . 7 ^ 4— C2 2000 5 . 9 20 +00 2.557—02 5 . 5 5 7 + C C 5 .C9 5-C

. 864—01

3000 5 .177+0 0 1 • 142-02 4 • 3 72 + 0 G 2 .758-02 7 . c D ^ U t 4000 4 . 884+00 6 .443-03 3. 649+CC 1 -871-0 2 1 . 210+OC

5000 4 .768+00 4.1 30-03 3 , 149+CO 1.385-02 1 .6C1 + CC 6000 4 .684+00 2 .871-03 2 , 783 + CC 1.10 8-02 1 .687+00

8000 4 .734+00 1 .617-03 2,2 76 + 00 7.78 8-0 3 2 .448+00

1 0000 4 . 943+00 1.03 6—03 1 .938 + 00 5.926-0 3 2 . 998+CC

1 5000 5 .262+00 A^ . Anp— D U 0 04U ^ 1.433+CC 3 .84 6- C 3 3 . ?25+CC

20000 c; .700+00 2 .594-04 1.150+OC 2.830-03 4 . 547+00

30000 6 .303+00 1^15 0 4 8 - 3 6 1- C 1 1 .836-03 .465+00 40000 .711+00 6.489-05 6.638-01 1,351-C3 6..045+00

500 00 7 .093+00 4.1 23-0 5 5 . 5 3 "J- 0 1 1 - 06 5- C 3 6 . 538 + 00

D U U V 7 .324+00 2.8 38 — 05 4 . 76 7- CI £ .769-0^ 6 .846+00

0 u u u 7 .738+00 1 • 566 — 05 3 . 7 5 1TM- C 1 6,45 2- C 4 7 .362+00

J.1 0U p>j nop vJ U ij 8 •ICl+CC 9 •799—06 3 . 1 1 6— C 1 5.0 86-04 7 . 789+00

E N E G Y COH INCOH . PHC TC PAIR KEV TCTAL SC ATT

SC A TT • PROD.

400 1 .482+01 6 • 77 0— 0

1.221+01 1 .9 37 + 0 C 500 1 .269+01 ^ ^ 3 3Q_Q 1 1 . 1 1 8 + C

1 • 07 7 + 0 C 600 1 .135+01 J

a • nVJ nLj n—U nU i

1. 1 - C 3 7 + C 1 6 .7 8 2- C 1 800 9 .627+00 1 • 6 79—0

9.120+00 3.394-01

1000 8 .525+00 1 .06 5—0

8.2 13+CC 2,0 54-01

1500 6 .910+00 4 .783 — 0 2 9 . 84 0— 0 2 8..220-02 2000 6 .092+00 2.704—02 '^-7C3 + CC 5 ^Q3 g-C 2 3..030-01

'000 5 .339+00 1 .208 — 02 4.487+CC 3.158—02 8..060-01

^OOC 5 .047+00 6 • B 1 5—0 3 3 • 74 5 + 00 2.14 0— 0 2 1..274+00

4 .938+00 4.369-03 3.232+CC 1.58 3— C 2 1..686+CC

Annn 4 .858+CC 3 .037 — 0^ 1 .26 6-0 2 1.,986+00

onnn 4 .921+00 1-71 1 — 0 3 8«896— 2..575+00

lOOOC 5 . 147 + 00 1 c p G * n p 6.76 7— C 3 3,.151+CC 15000 .494+00 M . C f !>— J** 1 A 7 1 * p p 4 .390 — 0' 4. 018+CC

20000 5 .960+00 2-744-04 1.18C+CC 3.230-03 4,, 777+CC

6 .601+00 1 .221—04 8 • 5 3 2— C 1 2 .09"^ — 0*^ 5..740+00 40000 7 .032+00 6 -866-05 6.813-01 1 .542-03 6..349+00 50000 7-.436 + 00 4.^6 3—0 5 5 , f 6

'^— 0 1 1.21 5 —

6..866+00

D u u u u 7 .679+00 •z ^ 004—0 5 4 • 8 9 3— C 1 1 .0 C 0— 0

"7.,1 69+CC

p0 nu nuuuAn 8 .115+00 1 .65 8-0 5 3 . q c c_ ^ 1 7 ^ 3 c, g_ Q z, 7.. 729+00

8 .497+00 1 .037-05 ~ 1 c p 1 J . i ^ c— U i 5 , 7*^c-. c

8.,176+00

ENERGY COH INCOH - PHOTC PAIR TCTAL SCATT, SCATT

EFFECT PROD^

400 1 .533+01 7-1^0~01 1-252+Cl 2 • C9 6 + C C 500 1 .309 + 0 1 4.5 70— 0

1 .166+00

600 1..168+01 a ,160 — 01 l.C6^+Cl 7 .361-01

800 9,.9C8+0C 1 -77 2—0

9 . 360 + C C

•a ^ 7 1 Q 1 1000 8.762+00 1-1 24-0 1 P.423+CC 2 .267-01

1500 7,.099+00 5 .04 9 — 0

&• 6*^3 + 00 1 .086-0 1 e., 725-02

2000 6..263+00 c Q c; p-i. P P 6-43 8-^0 2 3

,

.203-01

0 00 5,. 5C1 + 00 1 '276*02 6C2 + CC 2 ,479-«-C2 8,,515-01 4000 5..213 + 00 7 . 194—0

"7. P Z. 1 4. P P 2 .356 — 02 1. 341+00

00 0 5,.1 10+00 4 .612-03 3^31'^ + OC 1 »742-C2- 1. 773+00

6000 5..035+00 3.20 6— 0 3

0 Q "3 P A P P 1.39 ^— 0 2 2 • 088+00

5,.112 + 00 1 .806 — 03 2 3 9 6 + C C c . 7 p 0— 0 ^ 2. 7C4+CC

nrno 5 ,.356 + 00 1.15 "'— 0 3

9 n A n p p 7,4^6 — C"" 307+00

1^000 5..731+00 4 ^82^ — 0^ 4. 217+CC

2000C 6 ,.225+00 2.897-04 1.2 1C+C0 3 . 54 8- C 3 Cll+OC

30000 6..904+00 1 .289-04 8 .8C2-C1 2.301-03 6. 022+00

40000 7..360+00 7-249-05 6. 9 8 6- CI 1.692-03 6. 660+0C

50000 7..785+00 4.608-05 5.829-Cl 1 .334-03 7. 201+00 60000 8. 042 + 00 3 • 172-05 5 .C 19-C 1 1 .098-03 7, 539+00

80000 8 ..500+00 1 -751-05 3.9 54-01 8.075-04 8. 1 C4+CC 100000 8..<=Cl + 00 1.096-05 3. 2 80- CI 6.363-0^ . 8. 572+00
TiBLE n I. CONT. P H C T C N CRCSS SECTICN COMPARISON

Z= 41 NIOBIUM

ENERGY COH INCCH.

KEV TOTAL SCATT. SCATT.

1 7.628 + 05 1 .C57+C3 1.054+00

1.5 2 - 773 + 0 5 9 .976+02 1.825+00

2 1 .355 + 05 9 .33 1+02 2.556+CC

2 3 .C4 5 + 05 8 . 098+02 3.916+00

A 1 .468 + 05 7 . C26+02 5.166+00

5 8 .220+04 6 .126+02 6.316+00

t 5 .070+04 5 . 390+02 7.365+00

8 2.329+04 4 .293+02 9. 671+00

10 1. 259+04 3 . 5C5+02 1.054+01

15 4.C28+C3 2 . 2 28+02 1.317+01

2C 1 . 193+04 1 . 521+C2 1.496+01

'C 4-175+03 8 . 582+01 1.710+01

40 1.919+03 5 .563+01 1 . 817+01

50 1-039+03 3 .886+01 1. 869+01

60 6 .28 5 + 02 2 .662+01 1 .888+01

SO 2 .868+02 1 .687+01 1-878+01

IOC 1.59 9+02 1 .121+01 1. 842+01

1 50 6 . 199+0

1

5 .227+00 1. 729+01

200 3.616+01 2 .996+00 1.611+01

300 2.096+01 1 .350+OC 1.427*01

2= 42 MOLVRDE

ENERGV COH INCGH.

KFV TOTAL SCATT, SCATT.

1 8 .544+C5 1 .111+03 9.916-01

1.5 3. 126 + 05 1 .051+03 1 . 766+00

2 1 .534+05 9 .843+02 2. 511 + 00

3 3.347+05 8 .546+C2 3- 904+00

4 1 . 607+C5 7 .4CC+C2 5 . 183+00

5 6.988+04 6 .445+02 6.361+00

6 5.5 4 7+04 .667+02 7.439+00

P 2.557+04 4 . 5C6+C2 9.779+00

10 1 .399 + 04 3 .683+02 1.1 04+01

15 4.499+03 2 .359+02 1.358+01

20 1 . 291 + C4 1 .612+02 1 .536+01

30 4. 521+03 c .1 13 + 01 1.746+01

40 2 .098+03 5 .951+01 1. 857+01

50 1 . 1 37+03 4 .147+01 1.910+01

60 6.9 12 + 02 3 .057+01 1. 930+01

80 3-177+C2 1 .8C3+01 1.920+01

IOC 1.777+02 1 .196+01 1.884+01

150 6.85B+C1 5 .592+00 1 . 769+01

200 3.948+01 3 .207+00 1 .649+01

300 2.2^0+01 1 .445+00 1.457+01

Z = 43 TEChNETIUf'

EN ERGV COH I NCOH

.

KEV TOTAL SCATT. SCATT.

1 9.376+05 1 .163+03 l.lCl+00

1 .5 3.4P2+C5 1 .C98+03 1.937+00

2 1 .727 + C5 1 .C28+03 2- 703+00

3 3.2CC+C5 8 .925+02 4.097+00

c 1 .768 + C5 7 . 74C+C2 5. 367+00

5 9.P51+C4 6 .749+02 6. 533+00

6 6.069+04 5 .935+02 7.607+00

8 2.796+04 4 .716+02 9.480+00

10 1-521+04 3 . e58+C2 1.099+01

1 5 4.959+03 2 .487+02 1.369+01

20 2.225+03 1 . 7C6+C2 1.555+01

30 4.896+03 9 .605+01 1.777+01

4C 2 .268+03 6 .192+01 1.890+01

50 1.231+03 4 .3C3+01 1.946+01

60 7.447+02 .152+01 1.969+01

80 3 .387+02 1 .859+01 1.961+01

ICC 1 .876 + 02 1 .233+01 1.924+01

150 7.121+01 .725+00 1 . 809+01

200 4.068+01 . 276+OC 1.687+01

300 2 .289+01 1 .474+OC 1.490+01

z= £•4 RUTI-ENJIUM ENERGV COH INCCH. KEV TOTAL SCATT. SCATT.

1 1 . C66+C6 1 .22(+03 9.446-01

1.5 3.90f+05 1 .163+03 1 . 748+00

2 1.918+05 1 .C93+C3 2.560+00

3 3 .387 + 05 9 . 5C9+C2 4.01 0+00

4 1 .902*05 6 .227+02 5.3C5+0C

^ 1-070+05 7 . 149+02 6. 507+00

6 6.633+04 6 .268+02 7.611+00

8 3.C78+C4 4 .964+02 9.449+00

10 1 .679 + 04 4 .059+02 1 . 1 03*01

15 5.476+C3 2 .629+02 1 .387+01

20 2.446+03 1 .808+02 1 . 578*01

30 5 .286+03 1 .0 15 + C2 1.807+01

40 2.459+03 6 .499+01 1.925+01

50 1-338+C3 4 .491+01 1. 984+01

60 8.101+02 .276+01 2.008*01

eo 3 .684*02 1 .933+01 2.001*01

100 2 .036 + 02 1 .279+01 1.965+01

150 7.651+01 5 .917+00 1.849+Cl

200 4 .324+01 a .360+00 1.725+01

300 2.397+01 1 .518+00 1.527+01

ENDF/e IN BAPNS/ATCM

PHCTC . ENERGY EFFECT KEV TCTAL

7 -617+05 400 1 -602+01

2 .763+05 500 1 .358+01

1 .345+05 600 1 -208+01

3 .037*05 800 1 .020+01

1 .461+05 1000 9 .OCO+CO

8 .158*04 1500 7 .289*00

5 .015+04 2000 6 .434 + 00

2 .285+04 3000 5 .665*00

1 .223*04 4000 5 .380+00

3 .792*03 5000 5 .284*00

1 . 176+04 6000 5.2 I'. + OC

4 . 072+03 8000 5 .3 05+00

1 . 845+03 10000 5 -567+00

9 .816+02 1 5000 5 .972*00

5 .810+02 20000 6 .496+00

2 .511+02 30000 7 .214*00

1 .303+02 40000 7 .695*00

3 .947+01 50000 8 .142*00

1 .705+01 60000 8 .412*00

5 .362*00 80000 8 .893*00

100000 9 .3 13*0G

PHOTO ENERGY EFFECT KEV T CT AL

8 .533+05 400 1 .681 *0 1 3 -116+05 500 1 .414*01

1 .524+05 600 1 .2 51+01

3 .338+05 800 1 .051*01

1 .600+05 1000 9 . 2 55 *0 C 8 .923+04 1500 7 .487*00

5 .490+04 2000 6 . 6 11*00

2 .511*04 3000 5 . 833*00

1 .351*04 4000 5 .551*00

4 .250*03 5000 .462*00

1 .274*04 6000 - . 396*00

4 .412*03 8000 5 .502*00

2 -010*03 10000 5 .783+00

1 -077+03 1 5000 6 .2 17+CC

6 .414+02 20000 6 .771+00

2 .805+02 30000 7 .530*00

1 -469+02 40000 8 .036*00

4 .529+01 50000 8 .5C6*C0

1 .978+01 60000 8 .789*00

6 .290+00 80000 9 .294+00 100000 9 .733+00

PHOTO ENERGY EFFECT KEV TCTAL

9 .364+05 400 1 .725*01

3 .471+05 500 1 .452*01

1 -717*05 600 1 .284*01

3 .191*05 800 1 .080*01

1 .761*05 1000 9 .509*00

9 -783*04 1500 7 .684*00

6 .009+04 2000 6 .789*00

2 .748+04 3000 6 .002*00

I .481+04 4000 5 .723*00

4 .697*03 5000 5 .642 + OC

2 .039*03 6000 5 . 581+00 4.784+03 8000 5 .701+00

2 .187+03 10000 5 -999+00

1 .169+03 15000 6 .465+00

6 .935+02 20000 7 .051+00

3 . OC5+02 30000 7 .848+00

1 . 560+02 40000 8 .382+00

4 .739+01 50000 8 .876+00

2 .053*01 60000 9 .173+00

6 -512+00 80000 9 .701+00 100000 1 .016+01

PHCTC ENERGY EFFECT KEV TCTAL

1 .065+06 400 1 .791 *C1

3 . 894+05 500 1 .500+01

1 .908+05 600 1 .324+0:

3 .377+05 800 1 -110+01

1 .893+05 1000 9.761+00

1 .063+05 1500 7 .882+00

6 .570+04 2000 6 .967+00

3 .027+04 3000 6 .172+00

1 .63^+04 4000 5 .898+00

5 .199+03 5000 5 .824+00

2 .250*03 6000 5 .768+00

5 .167+03 8000 5 .9C3+CC

2 .375*03 10000 6 .220*00

1 .273*03 1 5000 6 .717+00

7 .573+02 20000 7 .335*00

3 .290*02 30000 8 .173+00

1 .712+02 40000 8 .735*00

5 .2 10+01 50000 9 .253*00

2 .261*01 60000 9 .564*00

7 .181+00 80000 1 .012*01 100000 1 -060*01

COH INCOH

.

PHCTC PAIR

SC ATT

.

SCATT- EFFECT P ROO . 7.61 0-0 1 1.283+01 2.426+OC 4.870—01 I . 175+01 1 -340+00

3 .370-0

1

1 .090+01 8 .380-01

1 -887—01 9 - 5 90 + C 0 4 .136-01

1 . 197-0

1

8 - 63 3*0 C 2 .471-0 1 5.377—02 7 .0 24+0 0 1 .183-01 c ^ 2 4 8" C2 3-040—02 5 not _* ^^ . 9 96+0 0 7 .012-02 3

,

3 6C- CI

1 .35 8—02 4 .718+00 3 .785-02 g 9 6 1 - C

1

7 .662-03 3 .937+00 2 .562-02 I , 410+00 4.912—0^ 3 .398*00 1 .893-02 1 . 662+CC

3 .003+00 1 .513-C2 2

,

I C2 + CC

1 .92 4— 0 3 2 .456+CC 1 .062-02 2 , 837+00

1.2 32 — 03 2 . 091*00 8 .070-03 3 ^ 46 7+CC

5 .482 — 04 1 . 547+CO .233-02 4 19+CC 3.085-04 1 .241*00 3 .848-03 5- 251+CC

1 3 7 3—0 A 9 -022-01 2.495-03 f. ^ 3 C9+ CO 7.722-05 7 .163-01 1 .8 35-0 3 6. 977+CC ^•910—05 5.975-Cl 1 .446-02 7 ^ 543 + C C 5 • 1 44— C

1

1 .190-03 7

,

896+00

4 .053-Cl 8 .751-04 g ^ 4 P7+0C

AC I • 16S — 05 .363-01 6 .895-C4 p 9 76+00

COH INCOH

.

PHOTO PAIR SCATT. SCATT - EFFECT PP CD

.

8 • 1 5 0"~ 0 1 1 ' " ^ ^ ^

t 2 .857+CC

5 .2 20—0

1

1 .204+01 1 .577+CC

3 •6 10 — 01 1 .116+01 c .841-01

2«0 1*?""0 1 9 . 8 2 5 + C C .8 13-C 1 1 282""0 1 8 . 8 4 3 + C C 2 .842-0 1 5 .75 8—02 ^ * 1? T*nn

1 .360-01 9 ^ 7 9 C- C 2 3 • 2 57-*0 2 6 . 14 2 + 00 8 .056-02 3 ^ 5 63— C i 1.45 5—02 4 • 8 33 + 00 4 -346-02 4 1 9- C

1

^ u C U J 4 .033+00 2 .940-02 4 8 C + C C 0

* t C Q ^

T 3 .481+00 2 .17 1-02 1^ ^ 9 54+ C C 3 • 6 5 8—0 3 - .076+00 1 .734-C2 2 ^ 2 cg + Qd; 2 • 5 16 + C C 1 .217-02 2 ^ 9 7 7+ C C

1 •320—03 2 .142*00 c .241-03 6 3 0+ C C

5 • 8 73—04 1 . 584*00 5 .991-03 6 2 6+ C C 3.305-04 1 .2 71+00 4 .405-03 5. 496+CC

1 • 4 7 1—04 9 .243-01 2 .856-03 6 C 2 + C C 8.274-05 7 .338—0 1 2 .100-03 7. 3CC+CC

5 .261 — 05 6 .121-01 1 .654-0? 7 ^ P 92 + C C "^.623 — 05 5 - 2 7 C— 0

1

1 .361-03 2 61 + C C 2.00 1—05 4 .152-01 1 .CC1-C3 8 • P 7 8+ C C 1.25 3— 0 5 3 .44 5-01 7 .884-04 9 • 3 P 8 + 0 0

COH INCOH

.

PHCTC PAIR SCATT SCATT . EFFECT P P C D • 8.3 10-0

1

1 .345+01 2 .977+OC

5 .3 20-0 1 1 .232+Cl 1 .663+00

1 . 142 + C 1 1 .052+00

0 n A n — o

1

1 .006+01 5 .319-01

1 •306 — 01 9 .053+CC 2 .253-01

7 .366+00 1 -555-0 1 r 1 7— r

1

b 0 f Li. 3.31 8 -"0 2 6 .268+00 9 .209-02 7 53 — 01

1 • 4 8 3—0 2 4 .948+00 4 .970-02 8 93-^ CI

8 .364 — 03 4 -129+00 3 .360-02 * ' 5 5 2 + C C

5 •3t2'"03 3 -564+CO 2.480-02 2 . C 4 8+ C C 3 • 7 2 S-^O

3

3 .150 + 00 1 .080-02 2 • 4 C 8+0 0

c 9 L U U —U 3 2 -576+CC 1 .3 88-0 2 3 . 1 1 C + C C 2 .193+00 1 .054-02 3 794+ C C

5 •°84 — 04 1 .622+00 6 .831-03 8 3 5 + 0 C 3.368-04 1 -301+00 5 .022-03 5. 744+00

1 .499 — 04 9 .464-0 1 3 .25 5-03 8.432-05 7 .513-01 2 .393-03 7. 628+00

6 -267-01 1 .885-03 2 4 8 + CC " " n T c 3*69 3—0 5 5 -396-0

1

1 .551-02 c . 6 32 + 0 C 4 .251-01 1 .140-03 9 > 2 7 5+ 0

C

1 .27 8-0 5 3 . 527- 0 1 6 .980-04 ' 8 C 6+ C C

COH INCOH

.

PHCTC PAIR SCATT . EFFECT P RCO . 6.56 0— 0

1

1 -376*01 -289+00

5 .4 80-0 L 1.261+01 1 .840*0C

1 ,790 — 01 1 . 169+01 1 .166*CC

2 .120 — 01 1 .030+01 5 .913-01

I .344-0

1

9 .264 + CC 3 .62 6-0 1 6 .037-02 7 .538+00 1 .732-01 11 . C 9 7— C

1

"^•41 5-0 2 6 .435+00 1 .025-01 9 4 9— CI

1 •526 — 0'' 5 .C64+C0 .538-02 1

' 1

.

L ,r C + u L

H A n Q — 0 ^5 4 .226+00 3 .741-02 1

.

626+ 0 C

. 5 1 0 3 .647+00 2 .76C-C2 2 . 1 44+00

^•83 7"" 0 3 3 -224+00 2 ,203-02 2 • 5 1 9+ C C 2.161—03 2 .636+00 1 .543-C2 3

.

2 5 C+ C C

2 .245+00 1 .171-02 3 • 962+00

6.1 59-0 4 1 -660+CO 7 .590-03 c ^ C49+CC

3 .466-04 1 .332+CO 5 .579-02 c ^ 998+00

1 .5 43-04 9 -685-01 3 .615-03 7. 2C1+GC 8.680-05 7.6S9-01 2 .657-03 7. 963+GC 5.522-05 6 .413-01 2 .093-03 6. 61C+CC

3.803-05 - 522-Cl 1 .722-03 9. OIC+OC 2,101-05 4 .351-01 1 .266-03 9.680+00

1.317-05 3 .610-01 9 .967-04 1. C23+C1
T*BLe III. CONT. P H C T C N C R C

z= 45 RHOC TUM ENERGY COH INCOH. PHGTC

KEV TOT*L SCATT. SCATT, EFFECT

1 1 .242+06 1 .285+03 8.293-01 1 . 241+06

1 .5 4 .313+05 1 .222+03 1 . 599+00 4.301+05

2 2 .C40+05 1 . 1 50+03 2.42 C+00 2.028+05

3 7 -130+04 1 .C02+03 3.912+00 7. 030+04

« 2 .076 + 05 8 .676+02 5.235+00 2.067+05

1 . 167+05 7. 533+02 6.467+00 1 . 160+05

6 7.240+04 6 .596+02 7. 602+00 7.173+04

8 ,363+04 5 .210+02 9. 51 1+00 3.310+04

10 1 .837+04 4 .258+02 1. 124+01 1 . 793+04

15 6 .012+03 2 .771+02 1.414+01 5,720+03

20 2 .6<;4 + 03 1 .912+02 1.609+01 2.486+03

30 5 .604+03 1 .070+02 1. 841+01 5.478+03

40 2 .637+03 6 .8 19*01 1 .962+01 2 , 5 50 + 03 50 1 .i,44 + 03 A -691+01 2. 022+01 1 .377+03

to e .776+02 .412+01 2.048+01 8.230+02

80 I, .002+02 2 . C 13 + 01 2.042+01 3 .596+02

100 2.21C+02 1 .330+01 2. 006+01 1 . 876+02

150 e .233+01 6 . 1 25 + 00 1. 890+01 5. 730+01

200 4.602+01 3 . 5 00+00 1.763+01 2.489+01

300 2 .505+01 1 .571+00 1. 557+01 7.912+00

Z= 46 PALLfiCIUM ENERGY COH INCOH, PHOTO

KEV TOTAL SCATT. SCATT. EFFECT

1 1 .384 + 06 1 . 352+03 7.408-01 1 . 3 82 + 06

1.5 .88'^ + 05 1 .292+03 1 .481+00 4 . 872+05

2 2 .337 + 05 1 . 2 20 + 03 2.282+00 2 . 3 24 + 05

•X 8 .299+04 1 .066+03 3.797+00 8.1 92+04

4 .224+05 9 .2 13+02 5 . 159 + 00 2.215+05

5 1 .261+05 7 -981+02 6.413+00 1 . 2 52 + 05

6 7 .858+04 6 . 970+02 7.581+00 7. 787+04

e 3 .672+04 5 . 485+02 9.663+00 3.616+04

10 2 -012+04 4 .4 76+0 2 1.13 7+01 1 .966+04

15 6 -592+03 2 .921+02 1 .437+01 6.286+03

20 2 .94 £+03 2 .0 22+02 1 .636 + 01 2. 729+03

30 6 .209+03 1 . 1 30+02 1.873+01 6 . 077+03

40 2 .860+03 7 . 169+01 1 .997+01 2.768+03

50 1 .550+03 4 .91 7+01 2.060+01 1 -481 + 03 60 c .376+02 3 . 569+01 2.087+01 8. 811+02

SC 4 .266+02 2 .106+01 2 .083+01 3 . 847+02

100 2 .357+02 1 - 390 + 01 2.047+01 2 .014+02

150 8 -788 + C 1 6 .397+00 1.929+01 6.219+01

200 4 .894+01 n .646+00 1. 801+01 2 .728+01

. 300 2 -634+01 1 .635+00 1 . 593+01 8.784+00

z= 47 S ILVER ENERGY COH I NCOH. PI-OTC KEV TOTAL SCATT. SCATT. EFFECT

1 1 -423+06 1 .4C8+03 8.694-01 1 .422 + 06

1 .5 .213+05 1 .344+03 1.62 5+00 5.1 99+05

2 2 .560+05 1 .269+03 2.399+00 2 . 547+05

3

c .426+04 1 .111+03 3. 884+00 9.315+04

4 2 .401+05 9 .637+02 5.25C + 00 2.391+05

5 1 .358+05 8 -363+02 6.505+00 1 .3 50+05

6 8 .46'+C4 7. 308+02 7.673+00 8.391+04

8 3 .961+04 5 . 743+02 9. 768+00 3 . 903+04

10 2 .176+04 4 .681+02 1 . 152 + 01 2 . 1 28+04

15 7 .190+03 3 .065+02 1 . 460+01 6. 869+03

20 .241+03 2 . 1 31+02 1.663+01 3-011+03

30 6 .549+03 1 .190+02 1.905+01 6.411+03

40 3 -079+03 7 -525+01 2.032+01 2 .984+03

5C 1 .691+03 5 .151+01 2.09 8+01 1.618+03

60 I -031+03 3 .735+01 2.126+01 9. 722+02

80 4 .727+02 2 .204+01 2.124+01 4. 294+C2

100 2.616+02 1 .453 + 01 2.088+01 2.262+02

150 9 -663+01 6 .679+00 1-969+01 7 .026+01

200 C .300+01 3 .804+00 1-839+01 3.080+01

300 2 .782+01 1 .705+00 1.627+01 9. 848+00

Z = 48 CACM IL^' ENERGY COH INCOH- PHCTC

KEV TOTAL SCATT. SC ATT. EFFECT

1 1 .707+06 1.467+03 9^ 726-Cl 1 .706+06

1.5 6 .136+05 1 .398+03 1.784+00 6 . 122+05

2 2 .972+05 1 .:'19 + 03 2.570+00 2 .959+05

3 1 .073+05 1 .156+03 4.039+00 1 . 062+05

4 2 .343+05 1 .CC5+03 5.401+00 2.333+05

5 1 . 516 + 05 8 .741+02 6.6 53 + 0 C 1 .507+05

6 9 .362+04 7 .647+02 7. 81 5+00 9.2 85 + 04

8 4 .339 + 04 6 .007+02 9.907+00 4.278+04

10 2 .374+04 4. 89C+02 1.168+01 2.324+04

15 7 .848+03 3 .209+02 1.484+01 7.512+03

?o 3 -559+03 2 . 241+02 1/. 691 + 01, 3 .318+03

30 7 .115+03 1 .251+02 1. 936+01 6 .971+03

40 3 .368^03 7.901+01 2.068+01 3 . 268+03

50 1 .852+03 5 .402+01 2. 1 3 5+01 1 . 776+03

60 1 -128+03 3 .914+01 2.16 5+01 1 . 067+.03 80 5 -150+02 2 .311+01 2. 164+01 4 .702+02

100 2 .835+02 1 .523+01 2.12 8 + 01 2 .470+02

15C 1 .033+02 6 .992+00 2 . 009+01 7.622+01

200 .607+01 3..980+00 1.877+01 3.332+01

300 2 .905+01 1 .784+00 1.660+01 1.066+01

S S

ENDF/ SECTION CCMPARISONIN EARNS/ATOM

ENERGY COH INCOH

PHOTO PAIR KEV TCT AL SCATT. SCATT . EFFECT PROD.

400 1 .857+08 .850-01 1 .406 + C 1 3 .626 + 0 C 500 1 . 549+C

5 .660-0

1 .289+01 2 ,030 + 00 600 1 .363 + 01 3 .920-01 1.195+01 1 . 289+0 C 800 1 . 144+0

2 i 190-01 . 057 + C 1 6 .554-C 1 1000 1.002+01 1 .390-01 9 .473 + CC 4. C 3 6- CI

1 500 8-080+00 6 .2 45-0 2 7 . 7C9+C0 1.925-01 1^ .1 59-01 2000 7.145+00 3.532-02 6. 581+CC 1 .139-01 4 .151-01

3000 6. 344+00 1.579-02 5. 17e+CC 6.156-C2 1 . 088+OC

4000 6.073+00 8 .904-03 4. 322+CC 4.156-02 1 .7C1+CC

5000 6.008+00 5 .708-03 3. 730+CO 3 .064-02 2 .242+00

6000 5.957+00 3 .969-03 3 .297+CO 2 .445-02 2 . 632+00

8000 6-108+00 2.236-03 2 .696+00 1 .712-02 3 .393+00

10000 6.443+00 1.432-03 2. 296+00 1 .299-02 4 .133+CO

15000 6 .973+00 6 .372-04 1.698+00 8.412-03 5 .266+00

20000 7.624+00 3 .586-04 1.362+CC 6.182-03 6. 256+00

30000 8 . 5C3+C C 1 .596-04 9.905-01 4 .C05-03 7 . 5C6+C0 40000 9.093+00 8.980-05 7. 863-01 2 .943-03 8 .3C4+00

50000 9.637+00 5.713-05 6 . 559- C2 .318-03 8 . 978+-CC 60000 9.962+00 3.936-05 5.647-01 1 .906-03 9 .395+00

80000 1.054+01 2.175-05 4.449-01 1.4C1-03 1 .009+01 100000 1.1 04 +01 1 .363-05 3. 692-01 1 . 103-03 1 , 067+01

ENERGY COH INCOH . PHOTO PAIR

K EV TCT AL SCATT. SCATT . E'=FECT PRCO. 400 1 .934+01 9.2 10-0

1 .437+Cl 4 .04e + CC 500 1 .603+01 5 .900-0

1.317+01 2 .269 + 00 600 1 .406+0

4 .080-01 1-222+Cl 1 .437 + OC 800 1.171+01 2 .280-01 1 .076+01 7 .2 38-0

1000 1 .027 + 01 1 .446-0

9.682+OC 4 ,395-C

1500 8 . 276+00 6 .497-0 2 7- 879+CC 2.095-01 1 .223-01

2000 7. 323 +00 3 .675-02 6-726+CC 1 .238-01 4 .359-01

3000 6. 516+00 1 .643-02 5- 293+00 6 .698-02 1 .139+00

4000 6.251+00 9 .265-03 4 ,41€+C0 4.519-02 1,.779+CC

5000 6. 195 + 00 5 .940-03 3.813+CO 3 .329-02 2.343+00

6000 6 . 149 + 00 4.1 30-03 3.37C+CC 2 .655-02 2 .748+00

8000 6.315+00 2 .326-03 2 . 75 5 + C C 1 .8 5 6-0 2 3 . 538+00 10000 6.669+00 1 .490-03 2. 346+00 1 .4C9-C2 4,.3C7+C0

1 5000 7- 2 33 +00 6 .6 31-04 1.735+CC 9.125-03 c ,48 6+00 20000 7.918+00 3 .731-04 1.392+00 6 .705-03 6.. 518+00

30000 8.838+00 1.661-04 1 .013+CC 4.343-02 7-821+CC

40000 9.457+00 9 .346-05 8.038-Cl 3.191-C3 8,.650+00 50000 1.003+01 5 .946-05 6 . 704-01 2 .512-C3 9 .354+OC 60000 1 .037 + 01 4.097-05 5. 772-C 1 2 .066-03 9,, 787+CC

80000 1-097+01 2 .265-05 4 .548- C 1 1,518-02 1

.051+01 100000 1 .149+0

1 .420-05 3. 773- CI 1 .196-0 3 1..111 + Cl

ENE PGY COH INCOH

PHC TO PAIR KEV T CT t L SCATT- SCATT

EFFECT PRCD. 400 2.014+01 9 .600-0

1.468+01 4 .496 + 00 500 1 .6 57 + 01 6.1 50-0

1.34 6+01 2 .495 + CC 600 1.4/i74Cl 4 .260-01 1 , 248 + 0 1 1 . 566+ C C 800 1 .2 00 + 01 2-3 80-01 1 . C99+C

7 .749-01

1000 1 .051+01 1 -509-01 9. 892+00 4 .631-01

1 500 8.468+00 6.78 1-02 8.051+CC 2 .20 5-0 1 1 .,269-Cl 2000 7.499+00 3 .836-02 6. 873+00 1 .302-0

4..573-01 3000 6.683+00 1 .7 14-02 5.408+00 7.052-^02 1..192 + 00 4000 6.429+00 9 .670-03 4 . 5 14+CO 4 .754-02 1.,858+CC

5000 6-382+00 6 .200-03 3. 896+00 3 .501-02 2..445 + 00 6000 6 . 342 +0 C 4.3 10-03 3 . 443 + 00 2.791-02 2,. 667+00

8000 6.525+CO 2 .428-03 2.816+CC 1 -952-02 3..667+00

1 0000 6 .898 + 00 1 .555-03 2-39 8+00 1 .479-02 4.,464 + 00

1 5000 7.497+00 6 .9 21-04 1-773+00 9 .579-C 3 c . 713 + CC 20000 8.216+00 3 .895-04 1.422+CC 7.037-03 6. 786+00

30000 9.179+00 1 .7 33-04 1. C35+C0 4 ,556-02 8..140+00 40000 9 .828 + 00 9.756-05 8.213-01 3 .347-03 9,,003+00 50000 1 .042 +0

6 .208-0 5 6. 8 50- C 1 2.635-03 9.,736+00

D y u w u 1 ,078+01 4 .278-05 5 . 8 9 8- C 1 2 . 1 6 7- C 3 1.018+01

80000 1 . 140+01 2 .365-05 4.647—01 1 ,592-03 1.,094+01 100000 1.195+01 1.483-0 5 3 , 856- 01 1 .253-03 1. 1 56+Cl

ENERGY COH INCOH

PHO TC PAIR

K EV T CT A L SCATT- SC ATT - EFFECT PRCD. 400 2.0 89+01 1 .005 + 00 1 .499+0

4 .896 + CC 500 1.713+01 6 .430-0

1.374+0

2 .74 1 + CC 600 1 .493'iJOl 4 .450-0

1. 274+01 1 .738 + 00 800 1.2 35 + 01 2 .490-0 I 1.122+01 8 .801-01

1000 1,0 80 + 01 1 .580-0 1 1.0 10 + C 1 5 .3 6 6-C 1 1500 8 . 6 84 + 0 C 7 .100-02 ^.220+CC 2 .563-01 1, 358-01

2000 7.688+00 4.01 7-02 7. 018+00 1.513-01 4. 792-Cl 3000 6.868+00 1 .795—02 5 . 5 23 + CO 8 .199-0 2 1, 245+00

4000 6 61 3 +np 1.01 3-0 2 4. 6C9+C0 5.523-0 2 1, 938+00

5000 6.575+00 6.49 3 — 0 3 3. 978+00 4 .0 6 5— C 2 2. 550+CC

6000 A 541 +nn 4.51 4—03 3.516+CO 3.239-02 2. 988+00

8 000 6 -739+00 2 . 543—03 2. 875+00 2 .264 — 02 3- 836+00

10000 7 1 "^1 +n n 1.6 29—0 3 2 . 44 6+ C1.71 5-0 2 4. 664+00

15000 7.765*00 7 .249—04 1 . p 1 1 +r r 1 .110-0 2 5. 942+00

20000 8.5 19+00 4 . 079-04 1 ,453 + 00 8.155-03 7. 058+00

30000 9. 525+00 1 .815-04 1 .056+00 5.279-03 a. 463+GO

40000 1 .020 + 01 1 .022-04 8.387-01 3 .877-03 9. 362+00

50000 1 .083 + 0 1 6 ,503-05 6.995-Cl 3 ,052-02 1. C12+C1 60000 1 .120 + 01 4.482-05 6.023-01 2.51C^C3 1

059+01 80000 1.185+01 2.479-05 4-745-Cl 1.844-03 1

137+01

100000 1.241+01 1.555-05 3-937-01 1 .451-03 1. 202 + 01
T/SELE III. CONT. P H 0 T C N CRCSS SECTION COMPARISON

7 - A 9 IMP T 1 1 U 1 IN L 1 U n

E K E RG

Y

COH I NC OH

K E W TOTAL SC A T T . SC A T T

.

1 1 . 8 1 6 + C 6 1 » 5 2 2 + 03 l.LU f + UU

1.5 .617+05 1 .447+03 1 o c Aj_ r\ fi 1 . 0 D 0+0 0

2

a .235+05 1 . 36 5+03 2 > 66 A+ 0 0 3 1 .184+05 1 .198+03 A • 1 / ^+0 C

2 .606+05 1 .044+03 5.556+00

5 1 .665+05 9 .107+02 o . o 1 't+OO

6 1 .020+05 7 ,981+02 7 c T c J. n 1 » ^ ( ID+ U U 8 4.67S+04 6 .273+02 i • 00 c+ Oi

1

0

2 .548+04 5,lCl+02 1.202+01

1 P .406+03 3 .354+02 1.519+01

20 .825+03 2 .353+02 1. 72 7+01

3 0 7 .362+03 1 ,3 15+02 1 • 97 5 + 0

1

4 0 3 . 560+C3 8 .296+01 Jl • iU6 + 0i

1 .983+03 5 .669+01 2.1 7 A+0

1

60 1.21<; + 03 4 .107+01 2.205+01

c .616+02 2 .426+01 2.20 5 + 01 IOC -101+02 1 .598+01 2.169+01

1 13 1 .125 + 02 7,334+00

20 C 6 .041+01 4 .;74+0C 1.91 5+0

1

''OC a .Ctt*C\ fl T n 4- n r i . 0 7 M-r U i

Z— 5C TIN

EN E R G V C CH INC CH

K E V TOTAL SC A TT

.

SC A T T

.

1 2 . 101+C6 1 • 5 6 3 + C 3 1.01;+QC

1 •

'5 7 .427+05 1 m 5 C 3 + C 3 1.8 76 + 00

2 a .555+05 1 • A 1 5 + C3 I £. A+ 00

1 .262 + 05 1 • 2 A 1 * C3 /. 1 Q C j_ A A * • y 3+00

1 .841+05 I • C 8 3 + 0 3

C T A C j_ A A ~. • / Oc + 00

1 .712+05 9 • t f t + U c

1 .073+05 8 • 3 18 + 02 Q 1 / C J. A A c.iA5+U0

c -061+04 6 • 5 A 5 + 0 2 1. 023+QI

1 n 1 u 2 .796+C4 5 • 318 +0 2 1.21 9+ 01

X - 9 .323 + 03 3 • 5 C 0+0 2 .224+03 2 • A 66 + 0 2 1.755+01

3 0 8 .100+03 1 .38 1 + 0 2

A A A 0 A A 1 .843+03 e • 7 C 8 + C

1

2 . 1 A2+0

1

5 0 2 . 1 19+03 5 ^ 5 C + 0 1 60 1 .294+03 4 .311+01 2.2AA+01

8 0

C .026+02 2 . 5 A 6 + 0

1

2.2A5+01

100 ,266+02 1 • 67 8 + C1 2.210+01

1 5 C 1 .182+02 7 • 7 C2 + C0 200 6 .327+01 4 .383+00 1.95 3+ 0

1

300 3 .lef+ci 1 . "563 + 00 1 . 72 6+ C

1

Z= 51 ANT IMONY

EN ER G

V

COH I NCOH

.

K E V TOTAL SC ATT

.

SC A T T .

11 2 .252+06 1 . 6 ^7 + 03 9 . 8 9A- C

1

1 • e .C01+C5 1 .56 2+03 1 • 0 C J* u u 3 .843+05 1 . At*5 + 03

1 .371+05 1 • 2 P 5 + C3 y.M.j^j a c T A A A f + UU

6 .625+04 1 . 1 2 3 + C 3

c a c; T A. A A c 1 . 810+05 9 . 8 36 + 02

6 1 . 145 + 05 f .6 55+02 P . 3 2 5 + DO

c .463+04 6 . 8 23 + 02 1 . 0 A 1 + 01

1 n1 u 3 .035+04 5 • 5AC + C2 1.222+01

1

5

1 .015+04 3 .6A8+02 1 . 5 56+01

20 .581+03 2 . 580 + C2 1 . 7 7 5+ OL 30 1 .470+03 1 , AA<; + 02 2 . 036+0

1

A C .175+03 c

. 139 + Oi 2.1 7A+01

50 2 .356+03 6 . 2A6 + 01 2 . 2A7+0

1

60 1 .A53 + 03 4 . 527 + Cl 2.282+01

8 0 6 .670+02 2 ,677+01 2.2 8 A + 01 100 1 .646+02 1 .76A+0

1

2.2A9+01

I ?c 1 .285+02 8 - C9A+00 2.129+01

200 6 .731+01 4 • 6C7 + 0C 1 0 A A _i_ A 1 3 0 0 3 .319 + 01 2 .C63+0C 1 • 76 2 + 0

1

52 TELLER ILM

E N' E R G V COH I NC OH • KE

y TOTAL SCATT, SCATT.

1 .337+06 1 .712+03 9.05 5—0

1

1.5 8 .760+05 1 .62^ + 03' 1 . f c 5+ L L 2 -222+05 1 .525+03 T T A 1 j_ A A Zm 7 01+0 0

' 1 .513+05 1 .332+03 A • AA 6 + 00

7 .334+04 1 .163+03 5 • 96 8 + 00

5 1 .999+05 1 .C20+03 7. 3 C 5+0 C

6 1 .248 + 05 8 .993+02 8 • A96+0 0

8 5 .872+04 7 .1C6+02 1 • 06 0+01

IC 3 .244+04 C .77C+C2 1.256+01

1 ^ 1 .086+04 .798+02 1 • 593+Cl

2C .954+03 2 .696+02 1.8 1 A+01

30 1 -62P+C3 1 .520+C2 2 • 0 7 A + 01 AO .360 + 03 c .5*38 + 0 1 2.21 3+0

1

50 2 .423+03 6 . 556 + Cl 2 • 2 8 6 + Cl

6 ^ 1 .4P7+03 4 .75A+C1 2* 321 + 01 80 6 .832+02 2 .8 13+01 2.325+01

100 a .7':2 + C2 1 .e5A+01 2.250+01

150 1 .343+02 8 .511+00 2.169+Cl

200 7 .090+01 4 .8A5+CG 2.028+01

300 .490+01 2 . 1 7C + CC 1.796+01

ENDF/e IN BARNS/ATCM

PHO TC ENE RGY EFFECT KEV T CT AL 1.81 5+06 AOO T 1 1 0 A A 1 d , \ f 0 +0 1 6.6 02 + 05 500 1.773+01

3.2 22+0 5 600 1.539*01

1 • 172 + 05 800 1.268+01

2 . 595+05 1000 1 t 106+0

1

1 .6 55+05 1 500 0 Q Q "I J A A H.OC f 1.012+05 2000 "7 0 T T J. A A 3000 f • Uno +u u

2 . A 96 + CA AOOO 0. f+UU

8 . C 56 + 03 5000 ^ A i A A6 . 769 -tOO 3 . 573 + 03 6000 6 • 7 AO +0 C 7 . 210 + 03 8000 L. A C C ^ A A 6.y3i) + oo

3 . A56+03 10000 7.367+00

1 A A C A A 0

I . VO!) + 03 1 5000 aO.Ujf+UO A "3 "T J. A A 1.155+03 20000 8.827+00

5 .1 53 + C2 30000 0 Q "77 -*n

n

T 9 0 1

1

*u u 2.72A+02 40000 1,059+01

0 »** 1 U + U X 50000 1 1 1 1 • 1 t*t* U 1 a 7 P Q A-A 1 J . ( U 0+ L I 60000 1.162+01

1.1 85+01 Q A n A A 1-2 30 + 0

1

1 A A A A A 1 UUUUO 1 0 Q (9 A 0 1

P H C T C ENERGY EFFECT KEV T CT AL

2 . 1 C0 + C6 AOO 2.251*01

7 .A 12 + 05 500 1.825+01

3 . 5A1 + C5 600 1 .580 + 01 1.2 50 + 05 800 1 .299 + 01

1 . 830+05 1000 1 .131 + 01

1 *7 A J. A C

\ 500 f\ A Q C _» A A 9 . 0 85+0 0

1 A Z. /. J. A C 2000 A C "5 J. A A

/. C 0 C _i_ A /. 3000 T 1 T / i A A / . < A + 0 C

<1 •

1 -H^ +VJH' AOOO i d Q 'J J. A A 5000 6.9 6A + 0 0

J • U+ 6000

7 . 9A2 + 03 8000 7. 173 + 00

3 • 73A+ 03 lOQOO 7.6C5+00

2 • C 37 + 03 1 5Q00 n«3i^+C0

1 .228+03 20000 9.139+00

C A A Q A A "3 30000 1 .023 + 01

2 .877 + 02 ^0000 1.098+01 8,960+01 5 0000 1.165*01

3 • 93 6 + 01 60000 1 .205 + 01

1 • 263+01 80000 1 - 2 76 *C

1

100000 1.3 36+01

PHCTC ENERGY EFFECT KEV T CT i

L

2.251 +06 AOO 2 . 326 + C 1

~I A ^ -1- A C

f • 9 06+ OD 500 1 .881+Cl

3.8 28+05 600 1.628+01

1.3 58 + 05 800 i .3 37 + 0

1

6 . 5 12 + OA 1000 1.165+01

1 « 800+05 1500 9 . 3 2A + 00

1 • 136+05 2000 8 . 2 59 + OC 5.3 93 + 04 3000 7 • A 16 + C 0

2 - 978 + OA AOOO 7. 1 76+00

9 . 766 + C3 5000 7 . 166+00

A . 3 05+03 6000 7 . 1 A9 *CC

1 .3 OA+03 8000 7.397*00

A. 062+03 10000 7 . 8A9*0C 2.271+03 1 5000 8.592+CC 1.385+03 20000 9.A5A+0C

6.1 7A+02 30000 1.060+01 3.2A5+02 AOOOO 1.137+01

9 . 909 + 01 50000 1.207*01

A . 2 80 + 01 60000 1 • 2 A9 + 0

1

I 1 C A JL A I L • 3 50 + U 1 Q A A A A

0 000 0 1.3 22 + 0

1

1 00000 1 . 3 85 + C 1

PHOTC ENERGY

EFFECT K EV TCT flL 2.3 3 5+06 AOO 2 . A 28 +0 I 8 , 7AA+C5 500 1 .952*01

A. 2 07 + 05 600 1.681+01

1.5 C0 + C5 800 1 -3 72 +0 1 7 . 2 17+OA 1000 1 . 1 92 +C 1

1 .989+C5 1500 ° .5 32 + CO 1.2 39 + 05 2000 6 .AAB+CO

5 • 800+CA 3000 7 . 6C0*0 C 3- 1 85+ OA AOOO 7 . 367 + 00

1 . C A7+0A 5C00 7 • 366 *C0

A .666+03 6000 7.35 5*00

1 . A55 + 03 8000 7.621*00

A'. 2 32 + 03 10000 8 . 09A *00

2 . 33A + C3 15000 8.8 73*00 1.A16+C3 20000 9 . 7 71. + C C 6.318+02 30000 1.C96+C1 3.3A2+02 AOOOO 1.177*01

1.0A1+C2 50000 1.25C+C1 A.578+C1 60000 1 .293*01 1.A77+01 80000 1.369+01

100000 1.A35+01

COH INCGH. PHO TO PA I R SC ATT

.

SCATT. EFFECT PROC.

1 .530+C

1

5 .424 + 0 C 6 • 7 AO-0

1

1 .403 + 01 3 .02 6+ C C A . 6 70—0

1

1 . 3 C 1 * C ^

1 .9 11+00

2.6 lO-O

I

1 1 4 6 + C 1 9 .6 19-0 1 1.6 30—0

1

1i 5 .859-01

7 .A 16—0 2

'a c 9 * r r . J 7 ^ I.. L 2,784-01 1 .,429-01

A . 1 9 5—0 2 . 1 64 + C 0 1 .642-01 5. 01 8-01

1 • 87 5-0 2

7 fi 4. n /I • 0 J 0 + u u 8 .908-02 1.,301+00

1 .0 5 8-0 2 . 7 C 6 + C 0 5 .996-02 2

.

, C21 + CC

6 .78 2-0

3

. C 6 1 + CC 4.411-02 2.. 657+OC

A .7 1 5-0 3 3 .589+CC 3-5 14-0 2 3..111+00

2 .656-0 3 2 •935+00 2.454-02 3,. 993 + 00 1.70 1-03 2 .499+00 I .856-02 , 647+00

7 . 57 1-OA , 349+0 0 1 .203-02 6

.

. 1 75+00 A.260-OA . 4 8 3 + C C 6 .832-03 7

.

.335+00

l . 896-OA I .0 79+00 5 .716-0 3 g

,

. 792 + CC

1 .O67-0A Q . 5 6 2-' C 1 4.198-03 9

,

.72 7+00

^ .79A-05 7 ,142—01 3.304-03 I ,. 052 + 01

A ,683-05 6 . 1 A 9— C 1 2 .717-0 3 1

,

.100+01

2 .591-05 « 8 4 5— C

1

1 .995-03 I ,.181 + 01 1.6 25-0 5 n 1 c— r 1 1 .57C-C3 1^ ,.248 + 01

COH PHOTO PAIR SCATT, SCATT • EFFEC T PROD

1 106 + 0 0 1 . 5 6 1 + C 1 5. 796 + 00

7 .0 70-0

1

1 .4^1+01 3 .234 + 00

A .9 00—0 I .327 + 0 I 2.04C+CC

2 • 7A0 — 0 1 1 . 169 + 01 1 . 02 1 + C C

1 . 7A0-01 .052+01 6 .172-01

7.8 20-0 2 Q . 5 6 3 + C 0 2 .930-0 1 1.. 503-01

A .A 2 5-0 2 7 1 .727-01 5..250-01

1 .978-0 2 . 7 5 3 + C C 9.377-02 1 .,357 + CC

1.1 16-0 2 , C L t T 1, 6 .307-02 2. 1C5+0C

7.15 3-0 3 , 1 A 5 + C C 4.637-02 2. 766+CC

A .973-03 .663+00 3.69 2-0 2

zt ,237+00

2 . 801-^03 2 ,995+00 2.578-02 4. 149+00

I ,79 A-03 2 .551+CC 1 .950-02 5. 033+00

7 ,9 86-OA 1^ ^ 8 8 7 C C 1 .262-02 6. 412+00

A .A93-0A 1

1. • 5 1 3 + CO 9 .267-03 7. 616+00

2 .000-OA 1 • 1 C 1 + 0 c 5 .996-03 9. 127+00 1.126-OA g • 7 ^8— C

1

4.402-03 1 .,010+01

7 . 168-0 5 7 • 28 8— 0

1

3 .464-03 1.092+01

A . 9A1-0 5

5 ? C_ A 1 2.848-03 1 . 142+01

2 .73A-0 5

^ J 2 .092-0 3 1. 226+Cl

1.71 5-05 A .10 2-01 1 ,646-0 3 1. 295+01

COH INCOH PHOTO PAIR SCATT. SCATT . PROD.

1 . 162 + 00 1 , 3 "3 1 T L 1 6.1 84 + 0 C 7 . A 30-01 1 • 4 5 9 + C I 3 ,478 + 0 C 5 • 1 50"^0 1 1 •353+01 2 .227 + 00

2 .8 70-0

1

1 . 19 2 + C 1 1 . 1 60 + 0 C 1 • 8 30-0

1

1 • C 7 3 + 0 1 7.361-01

8 .2 26-02 8 • 7 3A + C C 3.493-01 1. 561-01

A *6 54^0 2 , 4 5 7 + C C 2 .05 6-0 1 c 497-01

2 .080-^0

2

5 • S 6 8 + C 0 1 .1 16-0 1 1

.

415+00

1 .17 3-0 2 4 .898+00 7.502-02 2. 191+00

7.5 2 A-0 3 A .227+00 5.513-02 2. 877+00 5.231-03 3 .736+00 4 .389-02 3. 364+OC

2 ,9 A 7—0 3 3 .055+00 3 .06 2—0 2 4. 308+00

1 .888-0 3 2 . 602+00 2.3 16—0 2 5. 223+00

8 .AO 1-OA 1 .924+CC 1 .499-02 6. 651+00

A. 727-04 1 .544+00 1 .100-02 7. 899+00

2 • 104^0

A

1 .123+00 7.120-03 9. 466+00

1,184-04 8 .912-01 5 .228-03 1 . 047+01

7 , 5 A 2-0 5 7 .434-01 4.114-0 3 1. 133+01

5 .199—05 6.A01-01 3.382-03 1 . 185+01

2.67 7-^05 5 .043-01 2 .483-03 1. 272+01 1.806-05 A .184-01 1.954-03 1 . 343+01

COH INCOH

.

PHOTO PAIR

SC ATT . SCATT . PROD.

1 .223+00 1 .622+01 6 .837+CC

7 .8 20-0 1 1 .466+01 3 .856+00

5 -A20— 0

1

1 .380+01 2 .465 + 00

3 .030—0 1 1 .215+01 1 ,269+CC

1 .9 20-0 1 1 .094+01 7. 893-01

8.6 3 1-0 2 8 .9C5+CC 3,7^ ^— Q \ 1 . 662-01

A . 8 8A— 02 7 .603+00 2.20 6— C

1

5. 750-01

2 • 183—0 2 5 .984+00 I .194-0 i 1

.

475+00

1 .2 32-0 2 A . 995+CC 8.0^2-02 2. 260+00

7 .89 5-0 3 A .311+CC 5.892-0 2 2. 969+00

5 ^43g_Q

3

3 .610+00 3. 493+00

3 .092-0

3

a ^. 11 5+CO 3 .271-02 4. 470+CC

1.9 8 1-03 2,.653+00 2 .47 3-0 2 415+00

8.8 16-0

A

1,.962+CC 1 .6 00-0 2 6. 894+CC

A. 96 1-OA 1 . 574+CC 1 .175-02 P. 165+00 2.208-OA 1 . 145 + 00 7.601-03 c , 811+00 1.2A3-04 c .088- 01 5.581-03 1 . 065 + 01 7.917-05 7,.58C-C1 4 .392-03 1. 1 74+01 5.458-05 6 .527-01 3.611-03 1 .228 + 01 3.021-05 5 .142-01 2 .651-03 1 . 318+01 1.896-05 A .266-01 2 . 066-03 1. 392+01
TABLE III, CONT. P H 0 T C N CRCSS "SECTION CCMPARISON

ENDF/E IN BARNS/ATCM

Z= 5? IODINE ENEHGY CCH INCOH. KEV TOTAL SCATT. SCATT.

1 2 .426 + 06 1 .780+03 8 .946-01

1.5 S .3 2 1 + C 5 1 .689+03 1.780+00

2 4 .572 + 05 1 .585+03 2. 71 5+CO

1 .679 + 0 5 1 .381+03 4.521*00

6 .277 + 04 1 .2C5+C3 6.1CC+00

5 3 .872 + 05 1 . C 57+03 7.476+00

6 1 .340 + 0 5 c .335+02 6. 6 8 6+0 0 8 6.232+04 7 -395+02 1. 080+01

10 3 . 42 S + C4 6 .005+02 1.267+01

15 1 . 1 51 +04 .951+02 1.60 8+01

20 5 .302+03 2 .814+02 1 .B'i5<rC\ 30 1-783+03 1 . 592*02 2.104+01

4 , 72C+03 1 .006 + 02 2.24 7+01

50 2 .636+03 6 .882+01 2.323+01

60 1. 622+03 4 .9 93+01 2.359+01

80 7.476+02 2 .9 56+01 2.364+01

1 00 4.1 19+0 2 1 .9 50+01 2.330+01

150 1 .469+02 F . ^ 54+ 00 2.2 08+01

200 7.6RP+01 5 . C96+CC 2.066+01

300 3.711+01 2 .284+00 1 .830+01

Z= 54 XENON ENERGY COH INCOH. KEV TOTAL SCATT. SCATT.

1 2.452+C6 1 .650+03 c. 421-01

1.5 9.540+C5 1 .755+03 1. 839-1-00

2 4 .722+C 5 1 .648+03 2.788+00

- 1 .756+05 1 .433+03 4.610*00

It 6 .732+04 1 .248+03 6. 2 54 + 0 C 5 1 .437+05 1 .0=5+03 7. 6 64 + OC

6 1.46C+C5 c .679+02 8 . 895+00

P 6.847+04 7 .687+02 1.1 01+01

10 3 .777 + C4 6 .248+02 1.283+01

1 5 1 . 263+C' 4 .1C6+C2 1.630+01

20 5 .757 + 03 2 . 953+02 1 .56 1+01 30 1 . 893+03 1 .667+02 2.135+01

40 4.872 + 03 1 .C54+C2 2.281+01

50 2 . 741+03 7 .222+01 2 . 3 59 + 01 60 1 .693 + 03 5 .243+01 2.397+01

90 7.830+02 3 .107+01 2.404+01

IOC 4.3 13+02 2 . C50+01 2.370+01

150 1 .534 + 02 c .423+00 2.247+01

200 7.996+01 5 .366+00 2.1 03+01

300 3. 838+01 2 .405+00 1 .864+01

PHOTC . ENERGY EFFECT KEV TCTAL

2 .A24->06 400 2. 545 + C

9 .304+05 500 2.027+01

4 . 5 56 + 05 600 1 .735 + 01

1 .666+05 800 1 .409 + 0

8 .156+04 1000 1 .220+01

1 . 861+05 1500 9.745+OC

1 .330 + 05 2000 8.639+OC

6 . 157 + (J4 3000 7.786+OC

3 .367+C4 4000 7.55°+0C

1 .110+04 5000 7. 569-) CO

5. 002+03 6000 7. 564 + CC

1 .603+03 8000 7 .848+00

4 .597+03 10000 8.342+OC

2 . 544+03 15000 9. 159+00

1 .548+03 20000 1 .009 + 0 1 6 .946+02 30000 1.134 + 01

3 .691+02 40000 1.2 n+o 1 1 .159+02 50000 1 .293 + 01

5 .113+01 60000 1.338+01

1.652 + Ql 80000 1.4 17+01 100000 1.485+01

PHOTC ENERGY EFFECT KEV T CT AL

2 .450+06 400 2.624+01

9 .523+05 500 2 .066+01

4 .705+05 600 1 .784 + C

1 .742+05 800 1 .446 + 01

8 .607+04 1000 1 .251 + 01

1 .426+05 1 500 9.^73+00

1 .450+05 2000 8. 841+00

6 . 769+04 3000 7 .979 + 00

3 . 713 + 0^. 4000 7. 757 + 00

1 .220+04 5000 7.776+CG

5 .445+03 6000 7. 777+00

1 . 705+03 8000 8.079+00

4 .744+03 10000 8.594+CC

2 .645+03 1 5000 9.449+OC

1 .617+03 20000 1. 042+01

1 .279+02 30000 1.171+01

3 . 871+02 40000 1.25R+01

1 .215+02 50000 1.337+01

.356+01 60000 1 .384+01

1 .734+01 80000 1 .466 + 0

100000 1.537+01

COH INCOH

PHOTO PA I R SC ATT

SCATT . EFFECT PROD.

1 .287+00 1 .6 52 + 0 1 7 .629+CC 8.230-01 1 .516+Cl 4 .285+CC 5.700-01 1 .4C6+0

2 .72 3+OC 31190-01 1 .239 + C 1 1 .383+CC 2.020-01 1 .115+01 8 .488-01

9 .081-02 9 .0 7 7+CC 4 .024-Cl 1 . 747-Cl

5 .138-02 7 .75C+CC 2.37C-01 6. Cll-Cl

2 .297-02 6 .099+00 1 . 282-0 1 1

536+CC

1 .296-02 - .091+CC 8 .604-0 2 2

36 9+ CO

8 . 308-0 3 4 . 39^+CC 6 .316-02 3. 1 C4+00 5.776-03 3 . 88 3 + OC .C25-C2 3. 625+00

3.2 54-03 - . 1 7 t + CC a .503-02 4 . 634+00

2 .085-03 2 . 7C4 + C C 2 .648-02 5. 61 C+CC

9 .277-04 2 .OCO+CC 1 .7 13-C2 7 , 141+CC 5.220-04 1 .6C4+0C 1 .258-02 8. 476+00

2 . 323-04 1 .167+00 6 .138-03 1 . G16+C1 1.308-04 9 .263-0 1 c .975-03 I. 1 24+Cl

8 .332-05 7 .726- C

4 .702-C3 1

, 216+01

5 .745—05 6 .6 53-01 3 .866-03 1. 271+01

3 .1 80-05 5 .241-01 2 .838-C3 365+01

1 .997-05 4 .3 49-C 1 2 .233-C3 1.442+Cl

COH INCOH . PHOTC PAIR SCATT. SCATT

EFFECT PROD.

1 .355 + 00 1 .684+01 8 .043 + OC

8 .660-0

1 . 544 + Cl 4 .547+CC

6 .0 10-fO 1 1 .432+C2 .9 i2tCC

3 .350-01 1 .262+01 1 .505+CC

2.1 30-01 1 . 136 + C 1 9 .402-01

9 .576-02 9 •248+CC .456-Cl 1

633-C:

5.4 18-02 7 . 89 t + C C 2 .624-01 6 . 279*01 2.422-0 2 6 .214+00 1 .417-01 1 . 598+ CO

1 .366-02 ' ,,167 + 00 c .5C4-C2 461+CC

8 .762-03 4 .477+CC 6 .974-C2 3. 220+CC

6 .092-03 3 .957+CC 5 .547-C2 3 ^ 759+OC 3.432-03 - .236+00 3 .865-C2 4. 8C1+CC

2 . 198-03 2 .755+CC 2 -921-C2 5. 6C8+CC

9 .784-04 2 . C38+CC 1 .88=-G2 7. 391 + 00

5 . 50 5-04 1 .635+00 1 .387-02 6. 771+CC

2 .450-04 1 . 1S9+CC 8 .975-C3 1.051+01

1 .379-04 Q .439-01 6 .589-C3 1. 163+01 8-790-05 7 .873-Cl .18 5-C3 1. 25S+C1 6.061-05 6 .779-Cl 4 .263-03 1 . 316+Cl 3.356-05 5 v341-Cl 3 .130-03 1.412+Cl 2.107^05 4 .431-01 2 .463-03 1. 492+Cl

Z= 55 CESIUV

ENERGY COH INCCH. PHOTC ENERGY COH INCOH. PHOTC PAIR KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT. EFFECT PROD.

1 2 .1 63+06 1 .897+03 1 .274+00 2 .161+06 400 2 .730+01 1 .4 2°+00 . 715+Cl 8.724+CC

1 .5 1 . 14C+C6 1 .7=6+03 2 .165+00 1 .138+06 500 2 .158+01 9.140-01 1 . 573+Cl 4 .93P + CC

2 5 .511+05 1 .689+03 3 .082+00 5 .494+05 600 1 .839+01 6 .330-01 1 .459+01 3 .164 + OC

a

1 .983+C5 1 .476+C3 4 .856+00 1 .968+05 800 1 .484*01 3.550-01 1 .2 85+Cl 1.635+OC

& c .632+04 1 .287+03 6 .489+OC 9 .503+04 1000 1 .282+01 2.250-01 1 .157+01 1 .021 + 0C

c; C .515+04 I .130+03 7 .912+00 5 .402+04 1500 I .020+0 1 1.012-01 9 .419 + 00 4.837-Cl 1. 923-Cl

6 .563+05 9 .999+02 9 .153+00 1 .553+05 2000 c . 040+00 5 .724-02 8 .043+CC 2. 847-01 6. 554-Cl

8 7 .278+04 7 .966+02 1 .127+01 7 ^198+04 3000 8 .171+00 2.559-02 6 .330+00 1. 535-01 1. 662+CC

10 4.005 + 0'' 6 .484+02 1 .306*01 3 .939+04 4000 7 .955+OC 1.444-02 5 .284+00 1 .029-01 2. 554+CC

15 1 .343+04 4 .261+02 1 .654+01 1 .299+04 5000 7 .=84+00 9.257-03 4 .56C+C0 7 .546-C2 339+OC

20 6 .174+03 3 .051+02 1 . 891+01 5 .850+03 6000 7 .992+00 6 .4 36-03 4 .C30*CC 6 .002-02 896+CC

30 2 .068+03 1 .743+02 2 .169+01 1 .872+03 8000 8 .3 12+00 3.626-03 1 .296*00 4.180-02 4. 971+00

40 e .206+C3 1 . 1C5+C2 2.317+01 5 .073+03 10000 a .849+00 2.323-03 2 . 8C6+CC •3.158-02 6. 008+00

50 2 .927+C3 7 .581+01 2 .397+01 2 .827+03 15000 9 .741+CC 1 .034-03 .076+OC 2.043-02 7. 644+00

60 I .808+03 . 5C9+C1 2 .436+01 1 .728+03 2000C 1 .075+01 5.817-04 1 .665+00 1.500-02 9. C7C+CC

80 8 .362+02 -3 .266+Cl 2 .443+01 7 .790+02 30000 1 .2 10 + 01 2 .588-04 1 .211+00 9.7C3-C3 1C67+C1

100 4 .606+02 2 .158+01 •5 .410+01 4 .149+02 40000 1 .300+01 1 .457-04 <5 .614-01 7.123-03 1. 203+01

15C 1 .634+02 c .929+00 2 .287+01 1 .306+02 50000 1 .382*01 9.289-05 8 .019-Cl 5 . 605-03 1. 3C1+C1

200 8 .482 + 0 1 5 o657+0C 2 .141+01 5 .776+01 60000 1 .430 + 0 1 6 .405-05 6 .905- CI 4 .6 08-0 3 1. 361+01

300 4 .c2e+oi 2 . 536+CO 1 .898+01 1 .877+01 80000 1 .5 15 + 01 3 .547-05 5 .440-01 3.363-03 1. 460+Cl

lOOOOC 1 .588+01 2.223-05 4 . 5 1 3- C 1 2 .662-03 1. 543+01

Z= 56 BARIUf

ENERGY COH INCOH. PHCTC ENERGY COH INCOH. PHCTO PAIR KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . F==ECT PROD.

1 2 .405+06 1 .=55+03 1 .514+00 2 .403+06 400 2.833+01 1.504+00 1 .746+01 9.371+OC

1.5 1 .260+C6 1 .843+03 2 .47C+CC 1 .258 + 06 500 2 .226 + 01 9 .630-01 1 .6C1+C1 5 .306 + CC

2 6 .C34+05 1 .730+03 3 .386+00 6 .017+05 600 1 .893*01 6.670-01 1 .485+01 3 .407+CC

3 2 .143+05 1 .516+C3 .130+00 2 .128+05 800 1 .523*01 3 .730-01 1 .306+01 1 ,774+CC

4 1 .031+05 1 . 326+03 6 ,744+00 1 .018+05 1000 1.3 14 + 01 2.370-Oi 1 .178+01 1.119+CC

5 .863+04 1

. lt5+03 6 .175*00 5 .745*04 1500 1 .043 + 01 1 .066-01 9 .592+CO 5 .299-01 2. C15-C1

6 1 .665+05 1 .032+03 9 .426*00 1 .654+05 2000 9. 246 + 00 6 .030-02 8 . 19C+C0 3.118-Cl 6. 637-01

6 7 .772+04 8 ,241+02 1 .154+01 7 .689+04 3000 8.368+00 2.696-02 6.446+CO 1 .679-01 1. 727+CC

10 4 .290+04 6 .721+02 1 .334+01 4 .222+04 4000 8. 157 + 00 1.521-02 5 .381+00 1 .125-01 2. 649+00

15 1 .45C+04 4 .417+02 1 .683+01 1 .404+04 5000 8.196+00 9.753-03 4 .643+CC 8.246-02 3. 460+00

20 6 .708+03 3 .169*02 1 . 921*01 6 .372*03 6000 8.211+00 6 .781-03 4 , 1C4 + CC 6.555-C2 4. 034+CO

30 2 .270+03 1 .820+02 2 .203*01 2 .066+03 8000 8.548+CO 3 .820-03 .356+CC 4. 563-02 c ^ 143+00

40 5 .596+03 1 ,157+02 2 .353+01 5 .456*03 10000 9.107*00 2.447-03 2 ,858+CC 3.446-02 6. 212+00

50 .173+03 7 .947+01 2 .434+01 3 .069+03 1 5000 1. 004*01 1.089-03 2 .114+CC 2. 229-02 7. 901+00

60 1 .968+03 ,7ec+oi 2.474*01 1 .885+03 20000 1.109+01 6 .128-04 1 .696+00 1.637-02 9. 373+00

80 c .116+02 •a .431+01 2 .483+01 8 .525*02 30000 1,248+01 2.727-04 1 .233^00 1 .059-02 1. 124+Cl

ICC 5 .011+02 2 .268+01 2 ,450*01 4 .539+02 40000 1.342+01 1 .535-04 9.791-Cl 7,772-03 1. 243+01

150 1.760+C2 1 .C45+C1 2 .326+01 1 .422+02 50000 1 .427*0 1 9.788-05 8 .166-Cl 6.115-03 1 . 344+Cl

200 c .032+01 c .955+OC 2 ,178+01 6 .258*01 60000 1 .477 + 01 6 .751-05 7 .031-01 5 .026-03 1 .406+01

300 4 .219+01 2 .671+OC 1 .931+01 2 .020 + 01 80000 1 .5^5+01 3 .739-05 5 .540-Cl 3 .691-03 1. 5C9+G1 100000 1.641+01 2 .348-05 4 ,596-Cl ?.=04-C3 . 1, 595+01
T/SBLE III. CONT. P H 0 T C N CRCSS SECTICN COMPARISON

Z= 57 LAMHANLM

ENERGY COH INCOH.

K EV TOTAL SCATT. SCATT.

1 2 .62 6 + 06 2 .028+03 1.603+00

1.5 1 .38A+06 1 .909+03 2. 579+CC

2 t .SSJ+CS 1 .789+03 3. Agi+00

:i 2 .322+05 1 . 56A+C3 5. 237+00

1 .111+05 1 .368+03 6. 8A5+00

5 6 .287+OA 1 .202+03 8.287+00

1 .A92 + 05 1 . Ct5+C3 9.550+00

8.261+OA 6 . =28+02 1 . 1 68+01

10 A .tl5+0A 6 .967+02 1 . 308+01

1 5 1 . 573+CA A . 579+02 1.663+01

20 7 .2A0+03 3 .290+02 1 .91A+01

30 2.AOI+03 1 . 9CO+02 2.221+01

^iC - .965+03 1 .2 12+02 2.3 80 + 01 50 3 .37 5 + 03 8 .338+01 2.466+01

60 2 .092+03 6 . 071+01 2.509+01

80 c .698+02 3 .607+01 2.521+01

100 5 .338+02 2 .387+01 2.438+01

1 50 1 .877+02 1 .101+01 2.365+01

200 9 .f09+Cl 6 .279+00 2. 216+01

300 A .AA2+01 2 . 817+00 1.965+01

Z= 5S CER lUM

EN ERGV COH INCCH.

KtV TOTAL SCATT. SCATT.

1 2 .836+06 2 .107+03 1.657+00

1.5 1 .50A+C6 1 .992+03 2.647+00

2 7 .167+05 1 .87A+C3 3. 5 57+00

3 2 .526+05 1 .6A8+03 5.302+00

1 .208+05 1 .AAA+03 6.909+00

5 6 .839+OA 1 .269+03 8.363+00

6 1 .159+05 1 .123+03 639 + 00

3 e .930+CA p .970+02 1.179+01

10 A .968+OA 7 .312+02 1 . 31 a+01

15 1 .6=3+CA A .788+02 1.677+01

2C 7 .8A3+03 3 .A37+02 1.93A+01

30 2 .6A3+03 1 . 991+02 2.249+01

"0 1 .225+03 1 .273+02 2.413+01

5 0 .665+03 e .77=+01 2.502+01

6C 2 .271+03 e .399+01 2. 546+01

<=0 1 .050+03 .8CA+C1 2.559+01

100 c .757+02 2 .519+01 2.528+01

150 2 .003+02 1 . 16A+C1 2.405+01

?CC 1 .CU + C2 6 .6A1+00 2.2 53 + 01 300 A .639+01 2 .981+00 1. 998+01

z= 5 c PRASEOCYMIL^

E R G Y COH INCOH.

K E V TOTAL SCATT. SCATT.

1 3 .01 6+06 2 . 18A + 03 1.673+00

1 . ' . =2 7 + C6 2 .068+03 2. 671+CC

2 7 .733+05 1 . =A9+C3 3.581+00

3 2 .737 + 0 5 1 .717+03 5.328+00

1 .313+05 1 .506+03 6.939+00

7 .AAC+OA 1 . 3 25+03 8.A04+C0

1 .2A6+C5 I .173+03 9.695 + 00

q .538+OA 9 .362+02 1.1 87+01

1 C .28C+0A 7 .630+02 1.327+01

1 5 1 .785t0A A .986+02 1.692+01

20 8 .230+03 3 .579+02 1.954+01

30 2 .759+C3 2 .081+02 2.277+01

40 1 .276+03 1 .336+02 2.44^+01

50 .73A+C3 c .229+01 2.537+01

6 0 2 .327 + 03 6 .735+Cl 2.5 83 + 01 80 1 .0=7+03 A .006+01 2. 598+01

100 .CC9+C2 2 .656+01 2. 567+01

15C 2 .115+02 1 .229+01 2. 444+01

200 1 .079+02 7 .C17+00 2.291+01

^cc A .8=9+01 3 . 151+OC 2.032+01

Z = 6C NEOCYM IL" ENERGY COH INCCH.

K E V TOTAL SCATT. SCATT.

1 2 .2 18+06 2 .26A+C3 1 .6 54 + 00

1.5 1 .670+06 2 .1A7+03 2. 652+00

2 6 .AlC+05 2 .025+03 3. 564+00

3 2 .953+05 1 .788+03 5.317+00

A 1 .A09+05 1 .571+03 6.935+00

5 7 .957+OA 1 .382+03 6.412+00

t A.ocgtOA 1 .22A+03 9. 71 S+00

S 1. 015 + 05 9 .772+02 1. 192+01

10 .65A+0A 7 .962+02 1.337+01

15 1 .920+CA 5 .193+02 1.708+01

20 8 .823 + 03 .72A+C2 1.975+01

30 2 .932+03 2 .173+02 2.305+01

AO 1 .3A1+C3 1 .ACO+02 2.478+01

50 .96A+03 9 .6CA+0 1 2. 572+01

60 2 . A6 7tC3 7 . CSA+Cl 2.620+01

80 1 .152+03 A .2 16+01 2.636+01

100 6 .377+02 2 .798+01 2.606+01

150 2 .251 + 02 1 .297+01 2.483+01

20C 1 .1A5+02 7 .AlO+OO 2.328+01

300 .156+01 3 .329+00 2.065+01

ENDF/e IN BARNS/ATCM

PHOTO ENERGY EFFECT KEV TCT/IL , 2.626+06 AOO 2.954+01 1 1.382+06 500 2.308+01 1 6. 574+05 600 1,951+01 7 2.307+05 800 1.563+0 I 3

1 . 097+05 1000 1 .344+01 2 6. 166+04 1500 1.065+01 1

1 .481+05 2000 9 .445 + 00 6 8.175+04 3000 8. 562+00 2 A ,544+04 AOOO 8. 3 59 + 00 1

1 .525+04 5000 8 .408+00 1 6.892+03 6000 8 .430+00 7 2.189+03 8000 8.786+00 4 5.820+03 10000 9.367+00 2 3.267+03 15000 1.034+01 1 2.006+03 20000 1.142+01 6 9. 085+02 30000 1.287+01 2 4.850+02 AOOOO 1 ,385 + C £ 1 1. 530+02 50000 1 .472+01 1 6.765+01 60000 1 . 524 + C

1

7 2. 195+01 80000 1 .6 16 + 01 3 100000 1 . 694 + 0

1

2

PHOTO ENERGY EFFECT KEV TOTAL 2.834+06 AOO 3.064+01 1 1.502+06 500 2.383+01 1 7 . 140+05 600 2 .0 10 + C 1 7

2 .509+05 800 1.604+01 4

1. 194+05 1000 1 .378+01 6.711+04 1500 1 .090+0

1

1 1 .147+05 2000 9 .659 + 00 6

8 .840+04 3000 8.765*00 ^ A. 89A+04 AOOO 8.568+00 1 1.644+04 5000 8 .625 +00 1 7.480+03 6000 8. 654+00 7 2.422+03 8000 9.029+00 4 1.074+03 10000 9. 631+00 2 3.552+03 1 5000 1.064+01 1 2.182+03 20000 1.177+01 6 9. 866+02 30000 1.327 + 0 1 3 5.253+02 AOOOO 1 .428+01 1

1 .646+02 50000 1 . 518+01 1 7.247+01 60000 1 . 572+01 7

2 .343+01 80000 1.667+Cl A 100000 1 .743+01 2

PHCTC ENERGY

EFFECT KEV TCT JL 3.015+06 AOO 3.207+01 1 1.525+06 500 2.475 40 1 1 7.714+05 600 2.076+01 7 2.720+05 800 1 .646+01 A 1.298+05 1000 1. 409 + 01 2 7.315+04 1500 1.113+01 1 1.234+05 2000 9.863+00 7 9.4A3+0A 3000 a.96A+00 3 5.202+OA 4000 9.77A+0C I 1.734+04 5000 8. 842 +00 1 7.853+03 6000 8 . 878 + 00 8 2.528+03 8000 9. 272*00 A 1.118+03 10000 9.896+00 2 3.616+03 15000 1.095+01 1 2.233+03 20000 1.2 11 + 01 7 1. 021+03 30000 1.367+01 3

5 .487+02 40000 1.471+01 1 1 . 751 + 02 50000 1.565+01 1 7.796+01 60000 1.621+01 7 2.552+01 80000 1 .718 + Cl A 100000 1.502+01 2

PHCTC ENEFGY

EFFECT KEV TCT AL

2 .2 16+06 400 3. 346 + 01 1 1 .667+06 500 2.567+01 1 8. 390+05 600 2.143+01 8 2.935+05 800 1.689+01 A 1.393+05 1000 1.442+01 2 7. 818+04 1500 1 .136 + 01 1 4.875+04 2000 1 .007 + 01 7 1.0C5+05 3000 9 .167*00 3 5.573+04 4000 3.984+00 1

1 . 867+OA 5000 9 .063+00 1 8.AA1+03 6000 9.1C5+00 8 2.692+03 8000 9.519*00 A

1 .176+03 10000 1 .017 + 01 3 3.842+03 15000 1.126+01 1 2 .370+03 20000 1 .246*01 1

1 .084+03 30000 1 .408 + 01 5.836+02 40000 1 .515*01 1 1.973+02 50000 1 .6 12 + 0

1

1 8.378+01 60000 1 .670 + 01 e

2 .758+01 80000 1.771*01 A 100000 1.857+01 2

CQH INCOH • PAIR SCATT

.

SCATT . E F F E C T PRCD.

. 5 88*00 1 .776+01 1 .020+01

.0 16 + 0 Q 1 •629+01 5 . 7 7 0 + C C •0^0*0

1

I . 5 1 1 + C 1 3 •696+00

i 9^0—0 1 1 .332 + C 1 1 •912*00

• SOO-'O 1 1 . 199+01 1 • 19 5 + 00

• 1 2 A~-0 \ 9 . 76 3+ CO • 6 ^ 7 — 0 1 2

,

1 1 0- C

1

• 36 1 — 02 8 .336+00 . ^ 2 7— 0

'

1 1 26- C

1

• 8 4 ^-"0 2 6 .561+CO 11 •789—01 7 94+ C C

• 6 0 5—0 2 5 .477+00 J •19 8—01 2

,

74 6+ C C

« 0 29 — 0 2 A. 727+CO g • 77 7— 0 2 3

,

, 5 83 + C

C

• I 5A — 03 A 178 + 00 6 • 9 7 — 0 2 . i T + C C .0 30-0 3 3 . A 1 6 + C 0 .85^—02 3 1 8+00

• 502 — 03 2 . 9 C9 + C 0 3 • 6 6 ^— C 2 6

.

.41 6+ C C

• 1 A9 — 0 3 2 . 1 5 2 + 0 C 2 3 7 Q— 0 2 8

.

1 6 1 C 0

, 465-0 ^» 1 • 72 6+0 C 1 •7AC-C2 9,,6eo+oc

• 8 7 7—04 1 .255+00 i .12 5— 0 2 1 • 161+01 .620-04 9 . 9 66— C 1 8 .262-C2 1

,

,284 + 01

• 0 3 S^'O 4 8 • 312—01 ^ • 501 — ^'^

^ 3 P3+ Q

y

• 1 ^*T — U J . 1 ^ / V- i • ^ A 5 — 0

' .452+01

5 . 6 39"^ 0 1 3 .92A-0 ; 1 5 5 9+ C

1

^ yg — g 5 .679-01 3 •087-03 ^, 6 4 7+ C

I

CO H INCOH

.

PHOTO P^^ I R SC ATT SC A TT . EFFEC T P R CD - Q n n • o o U +U U 1 8 0 7 + 01 1 .C89 + 01

- 0 7 5+00 1 . 6 5 8+01 6 .180+OC

* 4 5 0""0 1 1 . 538+C

1

3 • 976 + C C

• 1 70—0

1

1 .354+01 2 .080 + OC

• 6 50— 0 1 1 .220*01 1 •318+00

• 192 — 0 1 9 . 93A+CC 6 •236-Cl 2

.

y -C g— Q

1

•743^02 8 .483+00 3^667-Cl 42 ^ — C

1

0 1 5—0 2 6 • 6 ?7 + 0C 1 • 96-5-C 1 861 V C C

> 70 1 — 0 2 5 .573 too 1 .318-01 2 - 8*^6+ C 0

• 09 1 — 02 A . 81C+C0 9 • 6Ae-G2 3 • 7 C 6+ C C

• 5 8 4 — 0 3 A .251+CC 7 • 665-02 ^' 3 1 8 + C C

• 27 3-0 3 .476+00 5 •331-02

• 7 37-0 3 2 .960+00 4 •023-C2 ^'6 2 7+ C C

• ^ i 5 — U J 2 .190+00 2 •602-02 6 4 2 5 + C C .85A-0A 1 .757+CC 1 • 910-02 9. 9"^C+CC

, 0 50 — 0 4 1 .277+00 1 .236-02 Y , ]^ c p+ Q .717-OA 1 .014+00 9 .071-03 1

.

.325+01

^ QQ 5 — () 4 8 .459-01 7 .137-0 3 , if "^t- 0\

0 5 7 .283-01 .867-03 , 4 c <5+ (; ]^ 5 .736-01 A •307-02 1 6 C 9+ C I

• 6 5 0 — 0 5 4,761-Cl 3 ^389-0 3 1

.

7 0 0 + C

1

COH INCQH. PHO IC

~ T T

^"'^ A SCATT. EFFECT Dftrp

• 7 7 7+00 1 .838+01 1 .191+01

1 3 7 • 0 0 1 .666 + C 1 6 .7 57+00

,88 0—0

1

1 . 564+Cl 4 •336+00

• 4 1 0-0 1 1 .377+01 2 ^245 + 00 •800—01 1 .2A1+C

1

1 •A04+0C

• 2 59-0

1

1 .011+01 6 •6A0-C1 2 • 3 C 9 — CI

• 1 26 — 0 2 8 .629+CC 3 • 904-C 1 7

7 2 8 - C

1

• 1 8 6—0 2 6 .792+00 2 .093-0 1 1 • 9 31 + C C •796—02 .670+00 1 .ACO-C 1 2 • 94 6+ C C

• 15 3-0 2 4 .893+00 1 .024-01 83 5+00

•01 5—03 A . 325+CC 8 •135-C2 7

* 4 • 4 64+ C C .51 5-0 3 3 . 537+CC 5 •655-02 6 7 5 + 0 C

• 8 9 3 — 0 3

1 .011+CC 4 •266-02 6 a 8 39+00 .287-03 9 2 .759-02 8 • 6 9 2 + 0 C •2^4-04 1 .737+00 2 .026-02 1. 030+Cl

• 2 2 3-0 4 1 .300+00 1 .310-02 1 • 2 3 6+ Cl .815-OA 1 .032+00 9 .616-03 1^ 367+Cl

• 1 5 8— 0 4 £ . 60 5-01 7.567-03 1 • 4 7 8+ Cl ,986—05 7 .409-01 6 .221-03 1 • 546+ C

1

• A 2 5 — 0 5 5 .838-01 4 .567-03 1 • 6 6 C + 0

1

, 7 91-05 4 .843-0 1 •593-03 1 • 753+ Cl

COH INCOH. PHOTC PAIR

SCATT . EFFECT P ROC a 1 .868+Cl 1 .290+01 202+00 1 .714+01 7 .324+CC

, 3 ^0—0

1

1 .59C+C1 4 .695+00

,66 0—0

1

1 .ACO+Cl 2 .421+OC

,960—01 1 .262+Cl 1 .50A+CC

"3^1 — n 1 • - - I U I 1 .028+01 7 .110-01 ^ ' 41 3 -Cl

• 533 — 02 8 .776+00 A .179-01 8 • 0^ C-Cl

• 3 69 — 0 2 6 .908+00 2 .236-01 2

.

C C2 + C C on 1 —n 0 • . u i —' J ^ .767+00 I •A95-01 049+00

• 2 19— 0 2 4 .977+CC 1 .09A-Ci 3 • 96 5 + C C .474—03 4 .399+00 8 .683-02 ^' 6 1 2 + C C

3 . 597+00 6 .033-02 8 5 7+ CO

• 05 9-0 3 .063+00 4 .5A9-02 7

,

C ^4 + CC

• 36 1-0 3 2 .266+00 2 .=A2-02 8 . 962+CC

.6 59-04 1 .917+00 2 .160-02 06 2+01 -408-04 1 .322+00 1 .397-02 1. 27A+C1

.919-04 1 .049+00 1 .025-02 1. 410+Cl

.22^-04 8 .752-01 6 .068-03 1. 524+Cl .4^6-05 7 .536- CI 6 •633-03 1 • 59A+C1 -681-05 .9 37-01 A •669-C3 1 • 711+01 .942-05 A • 926-01 3.•831-03 1^ 808+01
T/SPLE III, CONT. P H 0 T C N

Z= 61 PRGMETHIUM

ENFRGV C OH INCCH,

KEV TOTAL SC A T T . SCATT.

1 6 .274+05 2 .344+03 1 .602+00

1.5 1 . 80C+06 2 . 2 26 + 03 T C O T A O A 2. 5S3+CU

2 ';.i:5i+05 2 . 1C3+03 3 - 5 0 6+00 .170+05 1 .86 1+C3 5. 2 7 C+0 C

1 .510 + 05 1 .638+03 6 . 899 + 0 0

5 8 .512+04 1 .442+03 6. 386+00

6 5 .340+04 1 . 277+03 9.711+00

e 1 .091+05 1 . C 20 + 03 1.195+01

10 6 .038+04 8 .308+02 1.348+01

15 2 .038+04 5 .4C9+C2 1. 724+01

. 20 .37E+03 3 . 875+02 1.99 6+01

30 .131+03 2 . 269+02 2.333+01

40 1 .442+03 1 . 467+02 2. 51 0+ 01 50 4 .201+03 1 .018+02 2. 60 7+01

eo 2 .619+03 7 .4 54+01 2.656+01

80 1 .225 + 03 4 .437+01 2.675+01

ICO 6 .775+02 2 . 948+01 2.64 5 + 01 150 2 .383+02 1 . 36 8+01 2. 5 Z 2+01 200 1 .207+02 7 . 8 26 + 00 2.365+01

300 .389+01 3 . 5 1 8+OC 2.09 9+01

Z = 62 SfiN'AR lUC ENERGV CGH INCCH. KEV TOTAL SC ATT . SC ATT.

1 6 .696+05 2 .4 26+03 1.521+00

1 .5 1 .766+C6 2 .30 7+0 3 2.496+00

2 c .762+05 2 .182+03 3-41 8+00

3 3 .39'^ + 05 1 •936+03 5.191+00

4 1 .609+05 1 .706+03 6. 833+00

c .C36+C4 1 .5C4+C3 6 . 3 34 + 0 C

6 .652 + 04 1 . 3 33 + 03 9.674+00

a 1 .148+05 . C64+03 1.196+01

10 6 .379+04 6 .669+02 1.359+01

15 .170+04 c .634+02 1 . 741+Cl

20 I .005+04 4 . C32+C2 2 . Cl 7 + 0

30 - .384+03 2 . 367+02 2.361+01

40 1 .56 6+03 1 . 537+02 2 . 54 3 + 0 i 50 4 .461+03 1 .C7C+02 2. 641+01

fcC 2 .772+03 7 .6 ' 1+01 2. 693+01

80 1 .292+03 i. .669+01 2 . 71 3+ 01 100 7 .135+02 3 .105+01 2- 684+01

150 2 .5C6+C2 1 , 4^4+01 2.561+01

200 1 .267+02 6 . 2 64 + CC 2.402+01

300 .627+01 3 .718+00 2.132+01

z= 63 EUPCD lUf ENERGY COH I NC OH

KEV TOTAL SC 4 TT . SC A TT.

1 7 .1S4+C5 C . 5C = + C3 1.41 6+00

1.5 1 .931+06 2 .390+03 2 . 374+OC

2 1 .C69+C6 2 . 263 + 03 3.2 9 8+00

3

a .685+05 2 .012+03 5.082+00

4 1 .735+05 1 . 777+03 6.741+00

5 c .696+04 1 . 568+03 6.252+00

6 6 .C4C+C4 1 . 390 + 03 9. 609+00

8 1 .06^+05 1 .110+0 3 1.1 94+01

10 6 .647+04 9 . C'3+C2 1 . 39 0+0

15 2 .317+04 5 .86 8+02 1.777+01

20 1 . C71 +04 4 . 194+02 2. 06C+C1

30 a .617+03 2 .468+02 2. 401+01

4C 1 .683+03 1 .608+02 2. 582+01

50 4 .712+03 1 .122+02 2.680+01

60 2 .940+03 fl .242+01 2 . 732+01

80 1 .376+03 *+ .9C8+C1 2-752+01

100 7 .619+02 .268+01 2 . 724+01

150 2 .675+02 1 .522+01 2. 60 0 + 01 2CC 1 .3^7+02 6 .719+00 2.440+01

300 5 .924+0

3 .925+00 2. 167+01

2 = 6i GACOL TN ILM ENERGY COH I NC OH

KEV TOTAL SCATT. SCATT.

1 7 .656 + 05 2 . 5 = 1 + 03 1.4 04+00

1.5 1 .49 1 + 06 2 .466+03 2.351+00

2 1 .099+06 2 .323+03 3.271 + 00 .829+05 .073+03 5, 056+OC

4 1 .817+05 .822+03 6.721+00

5 1 .021+05 1 .619+03 6.239+00

6 6 .390+04 1 . 437+C3 9. 606 + 00

8 1 .130+05 1 .150+03 1.19 5+01

10 7 .245+04 .381+02 1.377+01

15 .456+04 6 .C89+02 1. 771+01

20 1 .136+04 4 .3'8+02 2.057+01

30 3 .852+03 2 . 567+02 2.414+01

40 1 .795+03 1 .679+02 2.605+01

50 c .9=9+02 1 .175+02 2. 71C+C1

60 -a . 184 + 03 6 . 645+01 2. 765+01

80 1 .4=5+03 5 .149+01 "i ~t o a 1 r\\

tL % fOC + Ul 100 8 .262+02 a .431+01 2.761+01

150 2 .870 + 02 1 .601+01 2.6 39+01

2C0 1 .42=+02 c .179+00 2.477+01

3C0 6 .16C+C1 4 .134+00 2.199+01

CRCSS SECTION CCMPARI SO N ENDF/E IN BARNS/ATCM

PHOTO ENE^^GY COH I f^iCOH • PHQ TC PAIR EFFECT K EV TOTAL SC ATT

SCATT . EF F EC T P R C D - 6 .2 50 + 05 400 3 .474+01 1 .98 5+00 1 « 89S + C

1 .377 + 01

1 . 798+06 500 2 .653+01 1 .270 + 00 1 . 7 ^ 3 + C 1 7 .83C+GC

. 030+05 600 2 .208+01 8.800-01 1 .617+01 5 .0 3 3+C

3 . 1 52+05 800 1 .733+01 -4 .'9 30-01 1 2 .fc IC + CC

1 . 493+05 1000 1.478+01 3 . 130-0

1 . 2 8 3-*- C 1 1 .633 + 00

8 . 3 67 + 04 1500 1 .161+01 1 .40 8-0

1 . 0 A 5 + C 1 7 .717—01 2 - 5 1 9— C

5 .2 12+04 2000 1 .029+01 7 .967-02 8 . 9 2 3 + C 0 ^.53 A— C

8

360—01

1 .0 81+05 3000 9 .375+00 3 .563-02 7 • 0 23 + C C 2 .4 2 5-01 2 . C 74 + C C

5 .954+04 4000 9 .198+00 2 .010-0 2 5 • 8 fc 3 + C 0 1.6 l*r~ 0 1 1 53+ C C

1 . 9 83+04 5000 9 .287 + 00 1 • 2 89-02 5 • C £ C + C C 1.18 3—0

0 9 6+ C C

8 .971+03 6000 C5 .337+00 8 .96 2-0 3 4 • A 7 2 + C C S . 39 3-0 2 4 • 7 6 2 + C C

2 .8 81+03 8000 c .769+00 5 . 049^0

- . fc 5 7 + C C 6.523—02 C 4 2 + 0 C

1 .270+03 10000 1 .044+01 3-23 5-03 • 1 1*^ * C C A .^1£-C2 7 • 2 71 + 00

4 . 073+03 1 5000 1 .157+01 1 .440-03 2 . 3 C3 + C C 3.1 80- G 2 2 3 6+00

2 • 5 1 8 + C 3

•7 n o n A 1 .282+01 8.101—04 1

i. 2 .334-02 0 9 5+01 .153+03 30000 1 .449+01 3 .605-04 , 34A + CC 1 .51C-C2 313+01

6 .2 15 + 02 40000 I .560+01 2.030-04 1 .Ofc7+CO I .1C8-C2 1. 452 + 01

1 .994+02 50000 1 .660 + 01 1 .295-04 8 .8'5 9-Cl S. 719-03 571 + Cl

3 .921+01 60000 1 .720+01 8.935-05 7 .6fc2-Cl 7 .168-02 1 . 642 + Cl

2 .938 + 01. POOOO 1 .824 + 0 1 4 .952-05 e .C37-C 1 5 .262-03 1 . 763+Cl ICOOOO 1.913+01 3.113-05 5 .cce-ci 4 .140-03 1 . e6^*Cl

PHCTC ENERGY COH INCOH. PHCTG FAIR EFFECT KEV TCTAL SCATT. SCATT

EFFEC T PR'^0 . 6 .672+05 400 3 .609+0

2 .097+00 1 .930+01 1 .469 + 0 1 1 .766+06 500 2 .744+01 1 .343+00 1 .771+01 8.3S3+CC

9 .740+05 600 2 .276+C

9 .300-01 1 .643+01 5 -4C1 + C C 3 .376+05 800 1 .760+01 5 .210-01 1 .447+01 2 .811 + CC

1 .592+05 1000 1 .513+01 3.310-01 1 . 304+01 1 .762+CC

8 .885+04 1500 1 .186+01 1 .469-0 1 1 . C62 + C 1 8 .323-0 1 2

. 6?9-Cl

5 .517+04 2000 1 .051+01 8.426-02 9 . C69+C0 4 . 6 89-C

8 ,. 6 87-01

1 .137+05 3000 9 .585+00 3.768-02 7 .138+00 2 .6 lC-01 2

. 147 + CC

6 .291+04 4000 9 .4 14 + 00 2.126-02 5 .960+00 1 . 74 2- C

? •, 2 59+C C

2 .1 12+04 5000 9 .513+00 1.363-02 . 143 + 00 1 .273^01 4 .,229+CC

9 .622+03 6000 9 . 569+00 9 .479-03 4 . 545+CC 1 . 01 0-C

4.,914+00

3 .123+03 8000 1 .002+01 5.341-03 3 .717+CC 7.CC9-C2 6 . 229+00

1 .369+C3 ICOOO 1 .071+01 3.421-03 .lc5+CC 5.2 80-02 7..4 = 1 + CC

4 .328+03 1 5000 1 .189+01 1.523-03 2 .341+00 3.415-02 ? • 513+CC

2 -667+03 20000 1 .317+01 6 . 568-04 1 .878+00 2.507-02 1 . 127+01

1 .218+03 30000 1 -491+01 3.812-04 I .366+CO 1 .621-02 1. 352+01

6 .556+C2 40000 1 .605+01 2.147-04 1 .C84+CC 1 .190-02 1..496 + 01

2 .106+02 50000 1 .709+01 1.370-04 9 .045-0 1 9 .363-0 3 1 . 617+01

9 .439+01 . 60000 1 .770 + 01 9 .^54-05 7 .786-01 7. 697-02 6=2+01

3 .124+01 80000 1 .876+01 5.240-05 6.136-01 5 .6 5 0-03 1 . 616+01 100000 1 .970+01 3.295-05 5 .091-01 4 .445-03 1

918+01

PHCTC ENERGY COH INC3H

PHOTO PAIR EFCFCT KEV TCTAL SCATT . SCATT

EFFFC T P(<GO.

7 -169+05 400 .763+01 2 .215+00 1 . 960 + C 1 1 .581 + 01

1 .929+06 500 2 .843+01 1 .4 18 + 00 1 . 799 + C 1 = .C 19 + 00

1 . 067+06 600 2 .348+0

9 .820-01 1 .669+Cl 5 .808 + 00

3 . 665+05 800 1 .328+01 5 .500-01 1 .471+01 3 .02C + CC

1 .717+05 1000 1 .549+0 1 3.500-0

1 .325+0

1 .89 1 + C C 9 .539+04 1500 1 .2 12 + 01 1.574-01 1 .079+01 6 .929-01 2 . 742-Cl

5 . 900+04 2000 1 .073+01 3.910-02 9 .2 16+CO 5 .243-0 1 c , 023-01

I .058+05 3000 9 .796+00 3 .985-02 7 .254+00 2 .795-01 2. 222+CC

6 .755+04 4000 9 .633+00 2 .249-02 6 .056+CC 1 .e64-Cl 3. 368+CC

2 .256+04 5000 9 .742+00 1 .442-02 5 .227+00 1 .361-01 4. 365+00

1 .027+04 6000 9 .8C5+CC 1 .002-02 4 .61= +00 1-C80-C1 C66+CC

3 .346+03 3000 1 .028+01 5.648-03 . 778+CO 7.490-02 6 . 419+OC

1 .496+03 10000 1 .099+01 3.618-03 .217+00 5.640-02 7. 714+CC

4 .573+03 15000 1 .221+01 1 .610-03 2 . ;80 + C0 3.646-02 9. 792+00

2 .830+03 20000 1 .354+Cl 9 .061-04 I .9C9+CC 2 .678-02 1. 160+01

1 .300+03 30000 1 .5 33 + 01 4.032-04 1 .388+00 1 .732-02 1. 392+01

7 .020+02 40000 1 .651+01 2.271-04 1 .102+00 1.271-02 1. 54C+C1

2 .263+02 50000 1 -7S8+C1 1 .449-04 - 192-Cl 1 .000-02 1. 665+01

1 .016+02 60000 1 .821+01 1 .000-OA 7,.915-01 8 .221-03 1 . 741+01 3.364+01 80000 1 .932+01 5.544-05 6 .236-0 1 6.035-03 1 . 869+Cl lOOOOC .027+01 3.486-05 5 .174-01 4 .748-03 1

974+01

PHCTC ENERGY COM INCOHPHOTO PAIR EFFECT KEV TCTAL SCATT. SCATT

EFFEC T PRCC.

7 .632+05 400 3 .893+01 2.333+00 1 .991 + 0 1 I .669+01

1 .489+06 500 2 .=28+01 1 .494+00 1 -82e+Cl 9 .508+00

1 .097+06 600 2 .413+01 1 .035+00 1 .696+0

6 .134+00

3 .809+05 800 1 .873 + 0 1 5.800-01 1 .493+01 3 .2 17+CC

1 .798+05 1000 1 .587+01 3.690-01 1 . 346 + 01 2 .04U0C

1 .005+05 1500 1 .23«+01 I .660-01 1 .096+C! 9 .633-01 2 .858-01

6 .245+04 2000 1 .096+09 .395-02 9 .362+00 .655-0 1 c .366-01

1 -118+05 2000 1 .001+01 4.202-02 7 .369*00 -011-01 2 .2==+CC

7 .150+04 4000 o -855+00 2.371-02 6 . 153+CC 2 .006-01 3 .478+00

2 .395+04 5000 9 .974+00 1 .520-02 C .310+00 1 .464-01 4 . 5C2+CC

1 . 093+04 6000 1 .004+01 1 .057-02 .6=2+00 1 .161-Cl c .225+00

3 .572+03 8000 1 .053+01 5 .956-03 3 .836+00 c .C49-02 6 .611+00

1 .601+03 10000 1 .127+01 3.815-03 .268+00 .059-02 7 .=39+00

8 .553+02 15000 1 .253+01 1.698-03 2 .417+00 3 .919-02 1 .008+01

3 .070+03 20000 1 .390+01 9 .555-04 1 .939+00 2 .876-02 .193+01

1 .416+03 30000 1 .575+01 4 .251-04 1 .410+00 1 .860-02 1 .432 + 01

7 .643+02 40000 1 .697+01 2-394-04 1 .120+00 1 .365^02 1 .564+01

2 .446+02 50000 1 .807+01 1 .529-04 9 . 33 6-Cl 1 .074-02 1 .713+01

1 .089+02 60000 1 -872+01 1 .055-04 8 .041-01 8 .830-03 1 .791+01

3 .568+01 80000 1 .987+01 5.848-05 6 .335-01 6 .481-03 1 .923+01 100000 2 .034+01 3 .678-05 .256-01 .099-03 2 .031+01
TABLE III. CONT. P H G T C N CRCSS SECTICN CCMPARISON

Z= f5 TER9IUM

C OH INC OH

.

SC ^ T T • SCATT.

1 2 14 + C , 6 C + 03 .3 9 0+00

1 • 5 • ^ ^ + C 6 2 _ c c g + (- -a 2 .330+00

1 2 , ^ 6 + C 3

. 1 9 1 + C 5 • 1 6 + 0 . 0^2+00

. c 7 0 + n 5 ^ c + 0 3 (• . 703+00

. C *^ S + 0 5 • 7 C 1 + 0 3 g .229+00

•8^9+04 . 5 C S-t- C3 . 6 04 + 00

p •609+04 . 2 C7 + C3 \ .19 7 + 01

1 0 7 .765+04 . 835 + 0 2 \ .3 9 0+01

J c

. 6*^ o + 0 4 • 3 6 A + C 2 \ _ 789+01

2 C . 2 2 3+04 . 35 + C

2

2 , 079+01

3 0 . 1 3 7 + C 3 • fc 30 + 02 2 .442+01

40 .92 6+0 3 \ .7 5 6+02 2 .637+01

;c 1 .C71+03 1 .23^+02 2 . 744+01

c 3 . 247+03 c • CS7 + 0 1 2 .801+01

= c 1 .528+03 5 .^16+01 2 .826+01

100 f .48C+C2 .613+01 2 .800+01

1^0 2 .980 + 02 1 .689+01 2.678+01

2CC .49 5 + C2 c ,t€S+CC 2 . 514+01

300 .485+01 4 . 367+00 2 .233+01

7— 6 6 C YSPRC S iUM

f |y F p f: V COH INCOH.

K E V TOTAL SC ATT. SCATT.

1 . 73 6 + C 5

-

. 7 67+03 1 .3 76+00

1 ^ c

^ 7gc + C 6 2 . 6A 5 + 03 2 .311+00

t .2 2 5+06 2 . 513+03 .223+00

.^82+05 . 2 50 + 03 c .011+00

7 .099+05 1 .'^98 + 03 6 .686+00

1 .168+05 .770+03 6 .220+00

7 .249+04 1 .572+03 9 .605+00

c .207+04 1 -258+03 1 .199+01

10 .257+04 .025+03 1 .403+01

1 5 .7F8+CA -627+02 1 . 8C8+Ci

20 1 .29C + C4 .715+02 2 .102+01

3 C 4 .369+03 2 • 7 9 C + 0 2 2 .469+01

40 2 -041+C3 1^ • 8

^^7 + 0 2 2 .669+01

1 . 139+03 1 -292+02 2 . 778+01

t C .424+03 q . 547 + 01 2 .836+01

8C 1 .613+03 5 •6 83+01 2 . 864+01

IOC Q .9 59 + 02 3 .795+01 2 .838+01

150 . 146+02 . 7 77 + 01 2 .716+01

2 C C T .576+02 \ • C 20+ 0

1

2 .551+01

3pri t .7C5 + 0 1 . 6 C 0 + 0 C 2.267+01

67 t-OLM ILM

E N E R r, y COH INCCH.

K EV TOTAL SC ATT SCATT.

c .338+05 2 1 .362+00

I.J .926+06 2 . 2 93+00

2 1 .518+06 '6CC + C

3 .203+00

3 4 ,772+05 2 .^^"^ + 03 4 .990+00

.218+05 2 6 .671+00

5 1 .227 + 05 • 8 1 + C 3 8.212+00

.580+04 11 9 .608+00

n "a . 56? +C4 1 • ? 1 1 + 0 3 1 .202+01

1

0

P .854+04 1 1 .417+01

1 c

2 .963+04 9 C + 0 ^ 1 . 827+Cl

2 0 1 .370+04 2 .125+01

30 .673 + 03 2 , s 0 3 + 0 2 2 .497+01

4 0 .20 5 + 03 I • * 17 + 02 2 .701+01

50 1 .243+03 - 5 2 + 0 2 2 .812+01

60 .674+03 1 . CC1+C2 2 .372+01

(=0 1 .752+03 5 .957+01 2 .901+01

ICO c ,754+02 a .981+01 2 .877+01

lEO .400+02 1 .667+01 2 .755+01

2C0 1 .682+02 1 . C72+C1 2 .588+01

300 7 .120+01 4 .63=+00 2 .301+01

7=; ER8 luy ENERGY COH INCCH.

K E V TOTAL SCATT. SCATT.

1 1 .021+06 2 .<=45 + 03 1 .348+00

1.5 2 .023+06 2 .822+C3 2 .27 7+00

? 1 .252+06 .6 88+03 a .1 84+00

3 .C5C4C5 2 . •'17 + 03 4. 972+00

4 2 .3^9+05 2 .154+03 6 .656+00

i; 1 -300+05 1 .<:i4 + 03 6 .206+00

E .036+0^ 1 .703+03 c .613+00

p .780+04 1 .365+03 1 .205+01

1 0

c .588+04 .113+03 1 . 431+01

1 5 .167 + 0"^ 7 .184+02 1 . 845+01

20 1 .450+04 5 .095+02 2 .148+01

30 .879+C3 3 . C 19+02 2 . 525+Cl

AO 2 .281+03 1 .99^+02 2 . 732+01

50 1 .277+03 1 .414+02 2 . 846+01

60 a .831+03 1 . C48+02 2 .908+01

80 1 .804+C3 6 .236+01 2 . 9 3 c + 0

1

100 1.002+C3 4 .171+01 2 .915+01

15C 3 .517+02 1 .958+01 2 .794+01

200 1 .754 + 02 1 .126+01 2 . 62 5+01 300 7 .468+01 5 .062+00 2 .334+01

ENOF/e IN EAPNS/ATCM

PHO TO ENERGY

g p p K E V T CT AL 8.1 87+05 400 .069+01 2 500 3 .044+01 1 600 2 .497+01 1 4.1 69+05 800 .925+01 ^ 1.951+05 1000 1 .625+01

1 .082+05 1 500 i .264+01 1 6.6 87 + 04 2000 1 .1 19*01 9

8 .487+04 3000 1 .023+01 4

7 .665 +04 4000 1 .008+01 2 2.5 74 + 04 5000 1 .021 +01 1 1.1 76+04 6000 1 .028+01 1 3 . 84 5+03 8000 1 .080+01 6

1 . 723+03 10000 1 .155+01 ^

9 . 199+02 1 5000 1 .286+01 1 3.128+03 20000 1 .427+01 1 1 .446+03 30000 1 .618+01 4 7. 839+02 4G000 1 . 744+Cl 2 2 . 543+02 50000 1 .857+01 1 1 . 146 + 02 60000 1 .924+01 1 3. 815+01 80000 2 .0^2+01 6 100000 2 .143*01 ^

PHO TC ENERGY

EFFEC T KEV TCT JL 8.708+05 400 4 .235+01 2

1 .787+06 500 3 .152+01 ; 1 .222 + 06 600 2 .575+01 1 4 .460+05 800 .977+01 6

2 . 079+C5 1000 1 .664+0

1

4 1.150+05 1500 1 .291+01 1 7. 091+04 2000 1 .142+01 1 9.080+04 3000 1 .045+01

8.1 53+0^ 4000 1 .031+01 2 2 . 720+04 5000 1 .045+01 1 1 .240+04 6000 1 .053+01 1 4 . C65+C3 8000 1 .106+01 6

1 . 8 31 + C3 19000 1 .184+01

9. 823+02 1 5000 1 .319 + 01 1 3.3CO+03 20000 1.464+01 1

1 . 527+03 30000 1 .662+01 i

8. 295 + 02 4000C .791+01 2 2.699+02 50000 1 .908+01 1 1 . 219+02 60000 1 .977+01 1 4 . 068 + 01 80000 2 .098+01 6 100000 2 .202+01 4

PHCTC ENERGY

EFFECT KFV TOTAL

9 .310+05 400 4 .392+01 2

1 .925+06 500 3 .251+01 1 1.315+06 600 2 .650+01 1^ 4.749+05 800 2 .029+01 6

2 . 1 97+05 1000 1 .707+01 i, 1.208+05 1500 1 .320+01 I 7.415+04 2000 1 .166+01 1 3.431 + 04 3000 1 .068+01 4

3 . 746+04 4000 1 .054+01 2 2 . 892+04 5000 .069+01 1 1.319 +04 6000 1 .078+01 I 4 . 3 58 + 03 8000 .133+01 5

1 • 986+03 10000 1 .2 13+01 4

1 . 080+03 15000 1 .352+01 J 3.545+03 20000 1 .502+01 1

1 .664+03 30000 1 .705+01 4 9.068+02 40000 1 .939+01 2 2 .938+02 50000 1 .959 + 0 1 1 1.316+02 60000 2 .030+01 I '.3 35+01 30000 2 .155+01 100000 2 .261 + 0 1 L

PHCTC EN E RGY EFFECT KEV TOTAL

1.01 8+06 4 00 4 .595+01 , 2 • 020+06 500 3 .393+01 1 600 2 .743+01 \

5 .025+05 800 2 .084+0

1

7 2.3 27+05 1000 1 .743+0

1

4 1.2 81+05 1 500 1 .345*01

7. 864+04 2000 1 .189+01

3 .642+04 3000 1 .090+01

9 . 475 + 04 4000 1 .077+01

3 . 093+04 5000 1 .092+01

1 .397+04 6000 1 .102+01 \ 4.552+C3 3000 1 .15°+01 7

2 • 054+03 10000 1 .242+01 4 1.1 07+03 15000 1 .386+Cl 2

3 .697+03 20000 1 .540*01 1 1.712+03 3000C 1 .749*01 5 9.310+02 40000 1 .887+01 2

3 .042+02 50000 2 .0 10+01 1

1 .379+02 60000 2 .084+01 1 4.626+01 80000 2 .2 12 + 01 7 100000 2 .321 +01 4

COH INCOH . PHOTO PAIR SCATT. SCATT . EFFECT PRCD. .465+00 2 .022+01 1 .3C1+C1

.578+00 1 .856+01 1 .030+01 .094+00 1 .722 + C 1 6 .6 53+OC .130-01 1 .516+01 3 .478+00 .900-01 1 .367+Cl 2 .189+OC

.755-01 1 .113+Cl 1 .033+OC 2 .978-Cl .930-02 9 . 5C9+CC 6 . 060-01 9. 717-01 .441-02 7 .485+00 .222-01 2. ^77+CC

.506-02 6 .249+00 2 .145-01 3. 590+00

.607-02 .393+CO 1 .565-01 4. 642+CC -117-02 4 .766+CO 1 .240-01 5. 364+CC

.295-03 3 .89e+CC 8 .596-02 6. 806+00

.033-03 3 .3 lO + OC t .466-C2 8. 167+00 .795-03 2 .455+00 4 .163-C2 1 . C36+C1 -010-03 1 .970+00 .070-02 1

, 227+01 .494-04 .432+00 1 .986-02 1. 473+01

.531-04 1 .137+00 1 .457-C2 1

.

629+01

.616-94 9 .486-01 1 .146-C2 1 . 761+01 .115^04 a .16 7-01 c .424-0 3 1 . 842 + 01 .184-05 6 .435- 01 6 .917-03 1

.

977+Cl

.890-05 5 .339-Cl 5 .442-03 2 . 069+01

COH INCOH

.

PHCTC PAIR SCATT. SCATT

.

E'^FECT PRCD. .597+00 2 ,052+0 1 1 .=23+01 .663+00 1 .864+Cl 1 .1C2+C1

-152+00 1 .74 6+ CI 7 .12C+CC

-460-01 1 . 540 + 0 1

-a .72 5 + C C .110-01 1 .388+01 .345+00

.840-01 1 .131+01 \ .106+CC 3

.

ICO-Cl

.047-01 q .656+00 6 ,487-a 1 1^ ^ 0C8+CC

.681-02 . 7 .601+00 "a ."44-C

1

2. 456+CC

.641-02 6 .346+CC 2 .29 1-C 1 3. 7C4+CC -694-02 5 .417+00 1 .670-01 4 , 76'+CC

.178-02 4 . 840+00 i .323-01 5'5+CC

.636-03 3 .959+CC c .168-02 7. CC3+0C

.251-03 -a .37 1 + CC ( .896-02 8. 397+00

.6°2-03 2 .493+CC 4 .4'='=-C2 1 . 065+01

.065-03 2 .OCC+CC -a .273-02 1

.

261 + Cl .737-04 1 .455+OC 2 .1 17-02 1. 514+Cl .668-04 1 .15;+CC 1 .5 54-C 2 1

.

674+01

.704-04 9 .6 32-0 1 1 .222-02 1 . aio+ci .176-04 p . ? 9 4- C 1 1 .0C5-C2 1 . 893+C

1

.520-05 6 . 534-01 7 .374-03 032+01 .102-05 .'22-Cl .80 1-C

3

2 . 147+01

COH INCOH

.

PHOTC PAIR SCATT. SCATT . Ei=FECT PROC.

.7 32+0 0 2 .C83+01 2 .036+01

.750 + 00 1 -91 2+c: 1 .164+0

1

.212+00 1 - 775+C

1

7 .534+CC

.800-01 1 .563+01 3 .981 + C C .330-01 1 .409+Cl 2 .546+CC .948-01 i .148+01 1 .20C+CC 3. 226-01 .103-01 c .8C3+CC 7 .0 38-0 1

1 ^ C44+C0

.932-02 7 .7 17+CO 3 .731-0

1

2. 537+CC

.783-02 6 .443+00 2 .480-01 3 ^ 819+CC

.785-02 .56C+C0 1 .807-01 928+00

.241-02 4 .913+00 1 .4 31-01 5- 7C8+CC

.992-03 4 . C19+CC c .910-02 7. 2C2+C0

.47°-03 a .'22+00 7 .451-02 8

.

63C+CC

.994-03 2 -531+CC 4 .818-02 1 . 0=4+01

.12 2-0 3 2 .C3i+CC 3 .536-C2 1. 295+01 .991-04 1 .477+00 2 .287-02 555+01 .311-04 1 .172+00 1 .679-02 1 720+01 .796-04 .779-0 1 1 .3 20-0 2 1 . 859+Cl

.239-04 9 . 4 2 0- C i 1 .085-02 1

.

945+01

.871-05 6 . 63'-01 7 .^66-03 2 . C87+C1 .324-05 5 .504-Ci 6 .266-:3 2. 2 0 5+ CI

COH INCOH

.

PHOTO PAIR

SCATT. SCATT

.

EFFECT PROC. .870*00 2 .114+01 2 .194+0

1

.339+00 1 .949+01 1 .259+01

.274+00 1 . aoi + c 1 .143+OC

.150-01 1 . =87 + C 1 4 .260+CC

. 540-01 1 .430+01 2 .678+OC

.043-01 1 .165+01 1 .262+CC 3 ^ 355-Cl

.156-01 9 .949+CC 7 .399-0 1 1. ce2+cc

.172-02 7 .832+00 3 .915-01 2. 62C+0C

.919-02 6 .540+00 2 .601-0

1

3. 937+CC

.872-02 . 643+00 1 .894-01, 5. 074+CC

-301-02 4 .987+00 1 .5CC-C1 5. e74+CC

.332-03 4 .079+00 1 .C36-01 7. 4C4+CC

.697-03 3 .474+00 7 .900-02 8. 865+00

.091-03 2 .569+00 5 .C44-C2 1. 124+01 .176-03 2 .061+CC Q .701-02 1 . 330+01

.234-04 1 .'99+CC 2 .3=3-02 1. 597+01 .948-04 1 . 190 + 00 1 .7 57-02 I. 766+Cl .883-04 q .926-Cl 1 .382-02 9C9+C1 .300-04 8 .5 46- CI 1 .136-02 i . 997+01 .207-05 6 .734-01 8 .336-03 2. 143+01

.537-05 5 . 597-0 1 6 .558-03 2. 265+01
TAPLE III, CONT. P H C T C N

2= £ c THUL lUM

EN E R G V COH INCGH.

KEV TOTAL sr ATT. SCATT. .082+06 3 .037+03 1 .334+00

1 . 5 ,.4<^C + C6 2 .=13+03 2 .262+00

2 .327 + 06 2 .777+03 1 .168+00

3 .343+05 2 . 5C2+C3 4 .954+00

z, 2 .483+05 2 .235+03 6. 643+00

c

1 .373+05 1 .^88+03 8 .201+00

6 8 .482 + 04 1 .771+03 9 .620+00

g 3 .9 86+04 1 .42 1+03 1 .209+01

10 8 .363+04 1 . 159 + 0 3 1 .446+01

1 5

a .309+04 7 .477+02 1 . 864+01

20 1 .542+04 5 .295+02 2 .171+01

30 5 .271+03 3 .136+02 2 .552+01

40 2 .475+03 2 .063+02 2 . 764+01

50 1 .385+03 I .476+02 2 .880+01

6 C 4 .039+03 1 .097+02 2 .943+01

80 1 .896+03 6 .522+01 2 .976+01

ion 1 .0=2+03 4 .365+01 2 .953+01

150 3 . fcoO+02 2 .052+01 2 .832+01

200 1 .838+02 1 .160+01 2 .662+01

300 7 .300+01 5 .331+00 2 .368+01

2 = 70 YTTERPIL'M

E K F s r Y COH INCGH. KEV TOTAL SCATT. SCATT.

1 1 .103+06 a .129+03 1 .321+00

1.5 4 .182+05 3 .005+03 2 .246+00

2 1 .388+06 2 .868+03 3

. 1 53 + 00

"3 .640+05 2 .589+03 4 . 936+00

2 .622+05 2 .317+03 6 .632+00

5 1 .451+05 2 .064+03 8 .197+00

8 .963+04 1 .8^0+03 c .628+00

4 -213+04 1 .478+03 1 .212+01

10 e .3ie+04 1 .'07+03 1 .425+01

3 .414 + 04 7 .782+02 1 . 846+01

20 1 .616+04 5 . 502+02 2 .163+01

30 .580+03 .261+02 2 .566+01

40 2 .618+03 2 .168+02 2 .789+01

50 1 .459+03 1 . 540+02 2 .910+01

6 0

c .082*02 1 .146+02 2 .976+01

*?0 2 .014+03 6 .811+01 :i . 012+01

100 ] .146+03 .561+01 2 . 99C+Ci

1 "=0 4 .085+02 2 . 147+01 2 .871+01

2cn 2 .023+02 1 .235+01 2 .699+01

300 8 .381+01 5 .582+00 2 .402+01

2= 71 LUTET lUM ENERGY COH INCCH. KEV TOTAL SCATT. SCATT.

1 1 .1 84+06 3 .220+03 I .320+00

1.5 4 .476+05 3 .C90+03 2.262 + 00

2 1 .099+06 2 .947+03 3 . 1 72+OC

c -964+05 2 .658+03 4 .953+00

zt 2 .777+05 2 .381+03 6 .646+00

5 1 .538 + 0 5 2 . 1 26+C3 8 .222+00

c .512+04 1 . 896+03 9 .671+00

p -476+04 1 .528+03 1 .221+01

10 .6C4+04 1 .250+03 1 .467+01

1 5 .631 +04 8 . 070+02 1 .900+01

20 1 .713+Ci 5 .701+02 2 .212+01

30 .92 1+03 3 .379+02 2 . 602+01

40 2 . 79 2 + 03 2 .250+02 2 . 824+01

5C 1 . 564+03 1 .6C0+O2 2 .946+01

6 0

c . 79C+C2 1 .192+02 3 . 013+01

8 0

-? .097+03 7 .086+01 3 .050+01

100 i .166+03 4 .746+01 3 .029+01

150 4 .098+02 2 .236+01 2 .909+01

200 2 .037+02 1 -287+01 2 .736+01

300 p .552+01 5 .818+00 2 .436+01

2= 72 HAFNIUM

ENERGY CCH INCGH.

KEV TOTAL SCATT. SCATT.

1 .274+06 3 .313+03 1 .313+00

1.5 4 -778+05 "3 .180+03 2 .269+00

2 1 .149+06 3 .031+03 .1 84+00

3 6 .285+05 2 .731+03 4 .962+00

z^ 2 .930+05 2 .448+03 6 .657+00

5 1 .625+05 2 .188+03 8 .244+00

1 .005+05 1 .956+03 9 .713+00

@ 4 .737+04 1 .579+03 1 .230+01

16 .296+04 1 .293+03 1 .476+01

1 5 a .758+0'' 8 .363+02 1 .915+01

20 1 .808+04 5 .9C3+02 2 .230+01

3 0 6 .232+03 3 .499+02 2 .627+01

40 2 .927+03 2 -333+02 2 .853+01

CO 1 .612+03 1 .662+02 2 .978+01

60 c .908+02 1 .240+02 3 . 047+01

P 0 -205+03 7 .366+01 a .086+01

100 1 .237+03 4 .936+01 3 .067+01

150 4 -327+02 2 .327+01 2 .948+01

200 2 .126+02 1 .340+01 2 .773+01

300 8 .785+01 6 .058+00 2 .470+01

CROSS SECTION COMPARISON

ENDF/e IN EARNS/ATCM

PHCTG ENERGY COH INCOH . PHCTC PAIR EFFECT KEV TOTAL SCATT. SCATT

EFFECT PPCD.

1 . 079+C6 400 4 .776+01 3.011 + 00 2 .144+01 2 .330 + 01

1 .487+06 500 .502+01 1 .929+00 1 .969+Cl 1 .340 + 01

1 .324+06 600 2 .829+01 1 .336 + 00 1 . 827 + 0 1 6.683+00

5 .317+05 800 2 .140+01 7 .'500-01 1 .6 10+01 4.551+CC

2 .460+05 1000 1 .784+01 4.770-01 I .45C+C1 2.862+OC

1 .353+05 1500 1 .372+01 2-146-01 1 .161+ CI 1 . 348 + 00 3. 4P7-01

9 .304+04 2000 1 .212+01 1.215-01 1 .009+01 7 .900-0 1 1 . 120+00

3 .842+04 3000 1 .1 12+01 5 . 43^^-02 7 .943+00 4 .175-01 2. 7C4+C0

8 .246+04 4000 1 .100+01 3 .067-02 6 .632+00 2.772-01 4. C56+CC

3 .232+0^ 5000 1 .117+01 1 .967-02 5 .723+CC 2.017-01 c ^ 222+CC

1.487+04 6000 1 .127+01 1 .367-02 5 .058+00 1 .597-01 6. C42+0C

4 .931+03 8000 1 .186+01 7.704-03 4 .137+00 1 .104-01 7. 608+00

-> .239+03 10000 1 .271+01 4 .9 36-03 3 . 52 3 + CC 8 .295-02 9. 1 03+00

1 .209+03 15000 1 .420+01 2.197-03 2 .606+00 5 . 363-0 2 1. 154+Cl

3 .900+03 20000 1 .578+01 1 .236-03 2 .090+00 3 .936-02 1 . 36 5+Cl

1 . 801+03 30000 1 .794+01 5.500-04 1 .52C+C0 2.545-02 1. c39+Cl

9 .787+02 40000 1 .935+01 3 .098-04 1 .2C7+CC 1.8 68-02 813+01

3 .201+02 50000 2 .062+01 1 .979-04 1 .007+00 1 .469-C2 1 . 960+01

1 .454+02 60000 2 .1 37+01 1 .366-04 8 .667-0 1 1 .2C6-C2 2. C50+C1

4 . 899+01 80000 2 .269+01 7.576-05 6 .829-01 8 .964-03 2 . 2 CO + Cl 100000 2 .382+01 4.769-05 5 .066-01 6.973-03 2. 324+01

PHCTC ENERGY COH INCQH

PHOTC PAIR EFFECT KEV TOTAL SCATT. SCATT . F'=FFCT PROD.

.100 + 06 400 5.032+01 3.153+00 2 .175+Cl 2.542+01

.152 + 05 500 3.6M4t01 2.020+00 1 .997+Cl 1.446+01

1 .385+06 600 2.922*01 1 .399+00 1 .853+Cl 9 .292 + OC

5 .614+05 800 2. 195 + C

7 .850-0 I 1 .63^1 + 0 i 4 .83C + CC

2 .599+05 1000 1.825+01 5 .000-01 1 .471+01 3 .036+OC

1 .430+05 1500 1 .400 + 01 2.250-01 1 .199+01 1 .429 + GC -a ^ 623-Cl

8 .778+04 2000 1.236+01 1 .274-0 1 1 .02'+Cl 8 .374-0 1 1 60+00

4 .064+04 3000 1.135+01 5 .6°7-02 8 .C59+CC 4 .419-01 2. 769+CC

B .226+04 iOCO 1.123+01 3.2 15-02 6 .729+CC 2 .931-01 6

,

17a+CC

3 .335+04 5000 1. 1^1+01 2 .062-02 5 .807+00 2 .132-01 t;

372+CC

1 .559+04 6000 1.153+01 1 .434-0 2 5 . 1 3 1 + C C 1 .687-01 6- 212+00

5 .228+03 8000 1.214*01 8.077-03 A .197+CC 1.166-0 1 7. 515+CC

2 .373+03 10000 1.301+Cl 5.175-03 .574+00 8 .756-02 c , 343+CC

1 .276+03 15000 1 .454+C 1 2 .503-03 2 . 644 + OC 5.t61-02 1. 1 64+01

7 .638+02 20000 1.617+01 1 .2 = 6-03 2 .121+00 i. 155-02 1 . 4CC+ri

1 .916+03 30000 1.335+01 5 . 766-04 1 . 542+00 2.696-02 1. 6^2 + 01

1 .070+03 40000 1.984*01 3 .248-04 1 .225+00 1 .971-02 E6C+Ci

3 .584+02 50000 2.114+01 2.0 7 5-04 1 .C21+CC 1-551-C2 :ii+Ci

1 .630+02 60000 2.192 +01 1 .4 3 3-0 4 8 .794-01 1 .275-02 1 C3+C1

5 .420+01 80000 2.328 + 01 7.944-05 6 .92 3-01 9.355-02 2^7+01

100000 2 .443 + 01 5.002-05 c .74F-C1 7.359-C5 2 . 3 65 + 01

PFCTC ENERGY COH INCCH

PHCTC PA I R E'^FECT KEV TCTAL SCATT. SCATT

EFFECT PPCD.

1 .180+06 400 5 .1 74+01 3 .286*00 2 .205+01 2 .640+01

4 .445+05 500 3 .756*01 2 .106+00 2 .025+Cl 1 .521+01

1 .096+06 600 3 .0 11*0 1 1 .458+00 1 .379 + 0 I c .8 6 3+00

5 .938+05 800 2 .256*01 8 .190-01 I .657+01 .1 73-*:c

2 .753+05 1000 1 .860*01 5 .2 10-0 I 1 .492+01 a ."=^ + 00

1 .517+05 1500 1 .430 + 01 2 .345-0 1 I .216+01 1 .531+00 3 ^ 762-Cl

9 .321+04 2000 1.261+01 1.327-01 1 . 039 + 01 .966-01 2 00+00 .322+04 3000 1 .153*01 5 .937-02 6 .174+CC 4 .724-01 876+00

6 .278+04 4000 1 .147+01 3.351-02 A . 625+00 .131-0 1 3C1 + 0C

3 .549+04 5000 .166*01 2 .148-02 . 89C+C0 -1 .2 76-0 1 524+00

1 .653+04 6000 1 . 1 78+01 1.494-02 .2C5+CG 1 t- 3 84+CO

5 .557+03 8000 1 .241+01 6.418-03 4 .2 57+0 0 1 .244-01 5. 02'- + CC

2 .538+03 10000 1 .331+0 1 5 .3°3-03 .625+00 c .336-02 c ^ 5 65+CC

1 .375+03 15000 1 .488+01 2 .400-03 2 . 682+CC 6 .036-02 1

214+01

8 .297+02 20000 1 .656*01 1.351-03 2 .151+CC 4 .4 29-02 1. 436+01

1 .995+03 30000 1 .884*01 6 .009-04 1 . 565+00 2 .8 64-02 725+01

1 .088+03 40000 2 .034*01 3.385-04 1 .242+00 2 .102-02 1 . 907+01

3 .583+02 50000 2 .167*01 2.163-04 1 . 036+00 1 .653-02 2. C62+C1

1 .635+02 60000 2 .247*0 1 1 .493-04 8 .920-01 1 .359-02 2. 1 57+Cl

5 .534+01 80000 .386*01 8 .281-05 7 .028-01 c .972-03 2. 315+01

100000 2 .505*01 5.215-05 5 .831-Cl 7 .844-02 2. 446+01

PHOTC ENERGY COH INCOH

PHOTC PAIR EFFECT KEV TCTAL SCATT. SCATT

EFFECT PROD.

1 .270+06 400 5 .283+01 3 .422^-00 2 .236+Cl 2. 705 + 0 1 4 -746+05 500 3 .832+01 2 .1=3+00 2 .053+0

1.560+01

1 .146+06 600 3 . 077+01 1 -518+00 1 .906+01 1.019+01

6 .257 + 05 800 2 .3 13+01 8 .530-01 1 .680+01 5.477+OC

2 .906+05 1000 1 .^23+01 .420-01 1 .513+Cl 3 .=^63 + 00

1 .603+05 1500 1 .464+01 2 .439-01 1 .233+01 1 .676 + OC 3. 904-01

9 .858+04 2000 1 .289+01 1 .381-01 1 .053+01 9.813-01 1. 241+00

4 .578+04 3000 1 .183+01 6 .177-02 8 . 29C+00 5.162-01 2. 965+00

6 . 1 66 + 04 4000 1 .172+01 ^ .486-02 6 .922+00 3.419-01 4. 426+CC

3 .673+04 5000 1 .192*01 2 .235-02 5 . 974+00 2 .484-01 676+CC

1 .747+04 6000 1 .205*01 1 .554-02 .279+CC 1 .964-01 6. 5 5 8+00

5 .906+03 9000 I .270*01 8 .758-03 4 . 3 18 + 00 1 .356-0 1 8. 235+00

2 .665+03 10000 1 .361+01 5 .011-03 3 .677+00 1 .017-0

9. 830+CC

1 .416+03 15000 1 .524+01 2 .497-03 2 . 720+00 6.578-02 1. 245+01

8 .364+02 20000 1.695+01 1 .405-03 2 .182+00 4 .8 27-02 1. 472+Cl

2 .101+03 30000 1 .930+01 6 .252-04 1 .587+00 3. 121-02 1. 768+01

1 .157+03 40000 2 .084+01 3 .522-04 .260+00 2 . 290-02 1. 955+01

3 .799+02 50000 2 .221+01 2 .251-04 1 .051+OC 1.801-02 2. 1 1^+01

1 .715+02 60000 2 .303+01 1 .554-04 9 .04 7-0 1 1 .481-02 2. 211+01

5 .710+01 80000 2 .445+Cl 8 .6 19-05 7 .12 6-01 1 .086-02 2. 373+Cl

100000 2 .567+01 .428-05 5 .914-01 8 .547-03 2 , 507+01
TABLE III, CONT. P H C T C N CRCSS SECTION CCMPARISON

1= 73 TANTALUC

ENERGY C CH I NC CH

.

K E V TOTAL SC ATT . SC A T T

.

l.375*06 3 .4 0^5 + 0 3 1 . 2 S "S + O 0 1.5 -•Ct5+C5 - . 2 7 3+0 3 2 . 26 7 + 00

2 3 . 1 1*7 + 03 - .18 9+0 0

3 6»4Q7*05 2 .80 7+ 0 3 4 .966+00

3 • C33 •C5

^

. 5 16+0 3 6 . 6 64+ 0 0

1 •68A405 2 .250+03 8 .26 3+ 0 0 6 I •C^S + O^ 2 .014+03 *5 .752+00

P 1 . 6 2 T + 0 3 1 .238+01

1 0 6 ^7C-*0A ' . 3 36+03 1 •4 86+01

1 5 3«^?6*0A 8 .661+02 1 .930+01

2 0 I • ? 8 7 + CA 6 . 1 10 + 0 2 2 .24 8+01

3 0 6.5374C3 3 .621+02 2 .6 51+01

i 0 3.0PC+03 2 .417+02 2 .8 8 2+01

50 1.723+03 1 .724+02 3 .011+01

6 0 1 .076+03 1 . 28 8 + 02 . 081+01

eo 2 .248 + 03 7 .647+01 2 .123+01

ICC 1.271+03 5 . 12 6 + 01 3 -104+01

1 c n 1 - u 4.511+C2 2 .418+01 2 .986+01

20 C 2.231+02 1 .3^3+01 2 . 6 0 9+01

"^00 ?. 213+01 6 .2*5 8 + 00 2 . 503+01

Z= 74 TUNGSTEN

ENERGY C OH I MCCH.

KE V TOTAL SC A TT . SC A TT

.

1 1 .4C6+C6 rt . 507 + 03 1 . 2 81 + 00 1-5 5.4'55 + C5 3 . 36*5 + 03 2 .256+00

2 1.1 73+C6 3 .2 10 + 03 - .167+00 6.613+05 2 . 8 8 7 + 03 4 . ° 6 6 + CO

3. 136 + 05 2 . 5 8 6 + C 3 6 .66 8 + 00

1 .762*05 2 . 3 14 + 0 3 8 .27 9+00

6 1.102+G5 2 . C 73 + 0 3

^

. 7 8 9+00

5 .275 + 04 1 1 • 2^7 + 01

1 u ? .^^4 + 04 1 . 3 b 0 + 0 3 * .494+01

L ^ 4. 342 + 04 6 . *: 64 + 0 2 1 . 943+0

1

2 0 2.046 + OA 6 . 3 22 + 0 2 2 .26 5+01

3 0 7 .01^ + 03 1 .7^5+02 . 675+01

4 C 3.2 7 6+03 2 .5 02+0 2 2 .911+01

50 1 .816+03 1 .787+02 .043+01

60 1.126+C3 1 .115+01

90 2.378+03 1 .*:2e+ci 3 -159+01

ICC 1 . 3 5 3 + C 3

c .31 5 + C

1

. 141+01

150 4.P18+02 2 .50 8 + C

1

. 024+01

2C0 2 .374+02 1 .^45+01 2 . 84 6 + 0

1

300 .6? 2 + 0 I 6 . 536+ CO 2 . 537+01

2= 75 (< HEN ILM

E N E G Y CQH I NC CH

.

K E V TQT AL SCATT. SC A TT

.

1 1.531+C6 3 .605+03 1 .25 7 + 0 0 1*5 5.918+0 5 3 .465+03 2 . 242+00

1 .274+06 . 303 + 03 - .17 6+00 7.13C+05 2 .*56<:+C3 4 .961+00

3 .364 + 05 2.658+03 6 .666+00

1.^8 2 + 0 5 2 .378+03 8 .293+00

6 1.173+05 2 .131+03 .824+00

° 5.586+04 1 .72*5 + 03 1 .256+01

1

0

3. 157 + 04 1 .424+03 1 .484+01

1 5 4 . 5 56 + 04 c .273+02 1 .924+01

?0 2.126+04 6 . 537 + 02 2 .253+01

3 C 7 .3 10 + 03 .871+02 2 .686+01

AC 3.453+03 2 .588+02 2 .933+01

c r 1 .S43+03 1 .848+02 .071+01

60 1 .222+03 1 .382+02 3.147+01

80 2 .497 + 03 8 .203+01 3. 1*53 + 01 100 1 .446+03 c .4*5*5 + 01 T .177+01

150 5.185+02 2 .5*56 + 01 3 . 062+C:

2C 0 2.537+02 1 .4<56 + 0 1 2 .883+01

300 1 .C2C + 02 6 . 765+00 2 .569+01

2 = 76 CSN lUt* EN ER G

Y

CGH INCCH.

K E V TOTAL SCATT. SCATT.

1 1.5?i+C6 3 .706+03 1 .169+00

1.5 6. 501 +05 3 .56'+C3 2 .133+00

2 S .5'96 + C5 . 3Se+C3 .081+00 7.005+05 3 .054+03 4 . 884+00 3.561+05 2 .732+03 6 .614+00

- 1 .°8f + 05 2 .444+03 8 -242+00

6 1 .2 38 + 05 2 .1*51 + 03 c .813+00

fi 5 .880 + 04 1 .780+03 1 .260+01

10 3.317+04 1 .4(8+03 1 . 517+01

1 5 4.678+04 c .586+02 1 . 976+01

20 2.225+04 6 .757+02 2 .305+01

?0 7.75C+C3 3 .':<5*5 + 02 2 .724+01

A 0 3.66^+03 2 .673+02 2 . 969+01

5 0 2.051+03 1 .<5C = + 02 .107+01

6C 1.28 1+03 I .428+02 3 . 16'. + 01

80 2.657 + 03 6 .474+01 3 .231+01

IOC 1 .480 + 03 5 .681+01 .216+01

150 5.208+02 2 .681+01 3 .100+01

200 2.57'= + C2 1 .545+01 2 .919+01

30C 1 .063 + 02 6 .988+00 2 .605+01

ENDF/E IN BARNS/ATCM

PHOTO E N E P 6Y EFFECT K EV T CT

1 .371+06 400 5.502+01

: 5 .033+05 500 3.962-*Cl 2

1 .182+06 600 3.161'*C1 1 6 .469+05 800 2.357+Cl . 8 3.008+05 1000 1.94 9"* C

1

c

1 .661+05 1 500 1 .A8A*C1 2

1 . 022+05 2000 1 4 .754+04 3000 1 o y. J. n 1 I • <i v;A * L. 1 t 6 .835 +04 4000 1.195 +C 1 3

3 .897+04 5000 1.2 16+Cl J£

i . 8 23 + OA 6000 1 .2 30 -to 1 1 6 . 148+03 8000 1 .297-»01 9

2 . o 09+ C3 10000 1.391-*C1

^

1 .520+03 150 0 0 1.558*01 2 9 .164+02 20000 1. 734+Cl 1 2 .1^0+03 30 000 f.

1 .189 + 03 AOOOO 2.134+01 3 3 .970+02 5 0 C 0 0 2.^74+01 2

1 .811+02 60000 '',^59 + Cl

6 .080+01 o /"i A n g 100000 5

PHCTC E NE FGY EFFECT K EV T CT ^ L

1 .402+06 AOO 5 . 7 19 + G 1 ' 5 .461+05 500 4.085+01 2

1 . 1 69+06 600 3.?42+Cl 1 6 .se^.+ os 800 2 • 4C3 +0

1

9

3 . 110+05 1000 1 . 9 C1+-U 1 '1 1 .738+05 1500 1 ,508 + 01 2

1 .081+05 2000 1 .33l+'01 1 5 .106+04 3 0 00 1.226+01

2 .854+04 AOOO 1 • 2 1^ + G 1 4 .250+04 5 C 0 0 1.241+01 2

1 .981+04 6000 1 ,256 + 01 1 6 .618+03 6000 1-325+01

2 .996+03 10000 1-422+01 6

1 .607+03 15 0 00 1. 593+01 2 .609+02 20000 1, 77A+C1 1 2 . 267+03 300C0 2.023+01 6

1 .269+03 AOOOO 2.15A + C 1 3 4 .265+02 5 000 0 2 . 3 29 + 01 2

1 .944+02 60000 2,415+01 1 6 .492+01 80000 2 ,565 + Cl

1 COOOO 2 .694 + 0 1 -

PHCTC E N E PGY EFFECT K EV T CT £ L

1 .528+06 AOO 5.977+01

5 .883+05 500 4.2 57 + 0

1

2

1 .270+06 6 00 3,?76+Cl 1 7 .100+05 800 2,5C5+Cl 9

3 .3 37+05 1 000 2,071+01 6

1 .858+05 1 5C 0 1 , 5 59 + C1 2

1 .151+05 2000 1 .369+01 1 5 .411+04 3000 1.257+Cl 6 3 .013+04 AOOO 1 .248 +C 1 - 4 .^61+04 5000 1 - 2 70 + C 1 2 2 .059+04 6000 1.285+01 1 6 . 896+03 8000 1-355+Cl

3 .165+03 10000 1 ,454+01

1 .727+03 1 5000 1,630+01 ;2

1 .052+03 2CCC0 1-815+01 1 2 .383+03 30000 2 . 070 + C1 6

1 .359+03 AOOOO 2.236+Cl 4.619+02 50000 2.363+01 2 2 .099+C2 6 0 000 2.472+01 1 6 .951+01 80000 2,626+01

100000 2,758+Cl 6

Pt-CTC E K E P GY EFFECT K EV T CT ^ L

1 . 590+06 AOO 6,282+01 - 6 .466+05 500 4,464+01 2 9 .562+05 600 3. 518 + 01 1 6 .975+05 800 2-574401 9 3 .533+05 lOOC 2 . 101+01 6

1 .964+05 1500 1 ,583 + 01 2

1 .216+05 2000 1 .391+01 1 5 .701+04 3000 1 -2 80 + 01 7

3 .169-'04 4000 1,2 72+01 4 4 .580+04 5000 1 .294 +0 1 ^ 2 .155+04 6000 1 .310*01 1 7 .323+03 eoco 1,383+01 1 3 .366+03 10000 1.4 85 401 6

1 .829+03 15000 1 . 666 + C 1 2

1 .107+03 2 0 0 C 0 1,855 + C 1 1 2 .540+03 30000 2.1 17 + 01 7

1 .391+03 40000 2.287+01 4 4 .630+02 5 C 0 0 C 2.438+01 2 2 .133+02 60000 2.529+Cl 1 7 .327+01 80000 2.688+01 9 100000 2.823+Cl 6

COH INCOH . PHCTC PAI R SC ATT

.

SCATT

.

EFFEC T PROD. .556+00 2 .266+01 2.881+01

. 2 80+0 0 2 . 0 8 L+ C

1

1.6 5 3+01 .579+00 1 .932+01 1.071+0 1

1^ Q 50-0

1

I .704+01 5^644+00

,640-0

1

I .534+01 3 •586 + CC

. 5 39—0

1

I . 2 50 + C 1 1 .686 + 0 C 4

.

050-Cl

.4 3 7-01 I .06 6+01 9.869-0

1

1

.

282+00

.4 29—0 2 Q . 4C6+CC 5 .1 84-0 1 3. 055+OC

.628-02 7 . 019+00 3 .431-01 4

.

5 53 + 00

. 3 26-02 6 .C57+CC 2 .4° 1-0 1 c

_ 635+CC

.6 18-02 5 . 3 53 + CC 1 .969-0 1 6 . 734+OC

.115-03 . 3 7 6 + C C 1.359-0 1 8. 448+00

. 840-03 . 7 2 6 + C0 1 .C19-01 1

,

008+01

, 599_Q3 2 .758+00 6 . 5 86- 0 2 1 . 276+01

.463-03 2 .212+00 4.P33-C2 1 . 506+01 .507-04 1 . 6C9+CC 3.125-02 1

.

812+01 .665-04 1 . 277+CC 2 .293-0 2 2..004+01 .343-04 1 .06 5+00 1.804-02 2 . 1 66+01

•6 18-04 9 . 1 7 4- C 1 1 .482-02 2 . 2 65+01 .973-05 7 .226- 01 1 .088-02 2 . 43?+0:

.652-05 5 . 9 9 7- CI 8.556-C3 2 • 5 6 9+ CI

COH INCOH

.

PHCTC PAI R SC ATT

.

SCATT

.

EFFfC T PROD

.

.692+00 2 .297+01 3. 053 + 01

y . 1 0 9 + C 1 1 .740 + 0 1 ^5 3 3+0 0 I .956+01 1 .120 + 01 .200-0

1

I . 727+01 5 .83 8 + C 0

_ 3 cQ_o 1^ 1 . 5 5 5 + C 1 3 .6 7e + C C .6 33-0

1

1 .26 7+0 1 1 .728 + 00 4

,

,200-01

.49 1-0 1 1 .0 82+01 1 .0 1 1 +0 C 1

.

325+00

.669-0 2 8 . 522+CC 5 .;C5-C1 14fc+C0 .763-02 7 . 1 16+CC 3 .508-0 1 661 + CC .413-0 2 6 .141+00 2. "^45-01 993+00

.678-02 5 .427+00 2.0 1 1-0 1 6. 913+00 .456-03 4 .439+00 1 .3 37-0 1 8^ 664+00

. 05 8-0 3 . 7ec+cc 1 .040-0 1 0 3 3+01 .696-0 3 . 796+CC 6 • 7 2 1- C ;

' ] 3 07+01 .517-03 2 .243+00 4 .932-02 1. 545+01

.7 51-04 1 .631+00 3 .156-02 1 . 6 5 6 + C

1

.802-04 1 .295+00 2.340-02 2. 052+01 .431-04 1 . 030+00 1 .840-0 2 2 , 219+01 .679-04 9 .300-0 1 1.512-02 2 ..321 + 01 .310-05 7 . 3 27- C 1 1 .1 10-02 2 . '91+01

• 866—0 5 . C 7 c_ c 1 8.7 2 9-0 3 2 . 632+ C 1

COH I MCOH

.

PHQ TC PAIR

SC ATT

.

SCATT

.

EFFECT PkOO . .822+00 2 .32 7+0 1 3.2 6 6+0 1 .450+00 2 . 137 + 0 1 1 . 8 7 5.+ C 1 .696+00 1 .964+01 1.222+01

.530-0

1

1 . 749 + C

1

6.597+CC

.050-01 1 . 576+ C

1

4 . 34 3 + 00 .723-0

1

1 .2 84+01 2 .04 2 + C C 4 . 3 57-01 .542-01 1 .097+01 1.19 5 + 0 0 1 . 3 6 9+00

,8 97-0 2 .638+00 6.256-01 3

.

240+0 0 .593-0 2 7 . 2 1 3 + C C 4.135-01 4

.

812+00

.4gf,_02 6 .224+00 2 . 5 ^ 0 - r

1 6 . 1 4 ct CO .736-0 2 • 5 C 1 + C C 2 .370-0 1 7. G90+OC

.73 1-03 4 .499+00 1 .6 3 5-0 1 6 . 6 6 0+00 .266-0 3 3 . 631 + CO 1.226-01 05 6+01

. 769-03 2 .834+00 7.912-02 I . 3 38+01 .570-03 2 .273+00 5.8CC-C2 1. 5 62 + 01 -982-04 .6 53 + CC 3.744-02 1 . 9 01 + 01 .933-04 1 .313+00 2.745-02 2. 1 02+01

.51 4-04 1 .095+00 2.158-0 2 2 . 2 72 + C 1 .737-94 9 .427-01 1 .772-0 2 2 • 3 76+01

.6 3 3-0 5 7 . 4 2 7- C 1 1.2 99-0 2 2 , 551+01 .070-05 . 16 2- C 1 1.C2I-C2 2 . 6 *^ 5 + 0 1

COH INCOH . PHCTO PAIR

SCATT. SCATT . EFFECT PPCO. .948+00 - .356+01 3. 530 + 01 .530+00 .16 5+01 2. 046 + 01 .752+00 .010+01 1.3 3 3+01 .840-0

1

.7 74+01 7 .0 2 0 + 0 C .260-01 1 . 597+Cl 4 .4 16+00 .613-01 1 •301+01 2 .078 + 0 C 517-01

.595-0

1

1 .117+01 1.217+00 1 . 414+00

.13 8-02 8 • 753 + 00 6 .360-0 1 3 3 6+00 .028-02 7 .309+0 0 4 . 1 99- c 1 4

.

94 5+00 .583-02 6 .30 6+00 3 .043-0 1 (• . 3 0 6+ C 0 .796-0 2 5 . 574+CC 2 .40 5-01 7 . 2 6 8+00

. u 1 2-02 4 . 5 5 *;+ C C 1 .6 6 C-0 1 c . 0 C7+ 00

.48 5-0 3 a .883+00 1 .245-0 1 "[ . 0 63+ CI .886-03 2 . 372+00 8 .0 23-0 2 \ . 3 7 0+01 .624-03 2 . 304+00 5 .677-02 1 . 619+01 .226-04 1 .676+00 3 .789-02 946+01 .070-04 1 .330+00 2-775-02 151+01

.602-04 1 .110+00 2.180-02 2. 325+01 .797-04 9 . 5 53- 01 1 .789-02 Z . 432+01

.971-05 7 . 527- 0 1 1.311-02 2 . 611+01 .284-05 6 . 24 5-0 1 1 .C29-02 2. 759+01
TAPLE Til, CONT- P H C T C N CRCSS SECTICN COMPARISON

ENDF/e IN EARNS/ATCM

z= 77 IRIDIUM

ENERGY COH INC OH. KEV TOTAL SCATT. SCATT.

1 I. 697+06 3 .807+03 1.110+00

1 .5 6.A31+C5 3 .664+03 2.058+00

2 3.23<^ + 05 .496 + 03 3.013+00

3 7.532+05 3 . 141 + 03 4.832+00

3.810+05 2 .809+03 6. 579+00

5 2.119+05 2 .512+03 8. 214+00

6 1.315+05 2 .252+03 9.813+00

8 6.216+04 1 .832+03 1.265+01

10 3.493+04 1 .513+03 1.524+01

If 4.814+C4 9 .905+02 1.986+01

20 2.345+04 6 .983+02 2.318+01

30 £.271+03 4 .128+02 2.746+01

AC 3 .685 + 03 2 .758+02 2.996+01

5C 2 . 148 + 03 1 .970+02 3. 13£+01

60 1.322+03 1 .472+02 3.217+01

80 2-722+G3 8 . 737+01 3.267+01

100 1.53I+C3 5 .856+01 3.252+01

150 5.443+02 2 .763+01 3.138+01

200 2 .702 + 02 1 . 592+01 2.956+01

300 1.11 1 + 02 7 .2C1+0C 2.636+01

z= 78 PLATIMJK

ENERGY COH INCOH.

KEV TOTAL SCATT. SCATT.

1 1 .76G+C6 3 .916+03 1 . 072 + 00 1.5 6.814+C5 a .776+03 2.009+00

2 3 .^84 + 05 3 .6Ce+03 2.967+00

7.469+05 .245+03 4.801+00

4.182+05 2 . 899+03 6.557+00 2.2=1+05 2 .589+03 8.2C6+00

6 1 -A04+C5 2 .319+03 9. 820+00

8 6 .509+C4 1 .886+03 1. 270+01

10 3 .604+04 1 .559+03 1 . 530+01

15 5. 205+04 1 .024+03 1.996+01

20 2 .470 + 04 7 .217+02 2.331+01

30 f . 538 + C3 4 .261+02 2. 76 6 + 01 40 4.001+03 2 . 844+02 3.024+01

50 2.223+C3 2 .028+02 3.169+01

60 1.378+03 1 . 514+02 3.25C+C1

80 2 .843 + 03 8 .988 + 0 1 3.302+01

100 1 .585 + C3 6 .022+01 3.289+01

150 5.571+C2 2 .639+01 3.176 + 01 200 2.751+02 1 .635+01 2.993+01

300 1.128+02 7 .394+00 2.672+01

PHCTC ENERGY EFFECT KEV TCTAL 1.693+06 400 6.530+01 4 6.394+05 500 4 .621+01 2 3.204+05 600 3.629+01 1 7.501+05 800 2.642+01 1 3.781+05 1000 2.152+01 6 2.094+05 1500 1.615+01 2 1.292+05 2000 1 .418+01 1 6. 032+04 3000 1.305+01 7 3.340+04 4000 1 .297 + 01 4 4. 713+04 5000 1. 321 + 01 2 2.273+04 6000 1.337+01 1 7.831+03 8000 1 .412 + 01 1 3.579+03 10000 1 .516+01 6 1.920+03 15000 1.702+01 2

1 .143+03 20000 1.896+01 1 2.601+03 30000 2.165+01 7

1 .440+03 i-OOOO 2. 339+01 4 4.853+02 50000 2-493*01 2 2. 247+02 60000 2. 587+01 1 7.747+01 80000 2 .740 + 01 1 100000 2.888+01 6

PHCTC ENEFGY

EFFECT KEV TCTAL

1 .756+06 400 6 .6'!.4 +0 1 4 6.776+05 500 4. 709+01 2 3.448+05 600 3.703+01 1 7.437+05 800 2.702+01 1 4.153+05 1000 2.202+01 6 2.265+05 1500 1 .648 + 01 2

1 .381+05 2000 1 .446+01 1 6.319+04 3000 1.331+01 7

3 .447+04 4000 1 .323 + 01 4 5.101+04 5000 1. 347+01 2 2.395+04 6000 1 .364 + 01 1 8. 084 + 03 8000 1.442+01 1 3.687+03 10000 1.548+01 6

1 .988+03 15000 1.738+0

1.1C4+03 20000 1.937+01 1 2.720+03 30000 2.213+01 7

1 .492+03 4000C 2.391+01 4 4.969+02 50000 2.549+01 2 2 .288+02 60000 2.645+01 1 7. 873+01 80000 2.812+01 1 100000 2.954+01 6

COH INCOH . PHCTC PAIR

SCATT. SCATT . EFFECT PROD. .068+00 2 . 38 £ + 01 3.735+01

.607+00 2 .194+01 2.166+01

.805+00 ? .037+C

1.411+01

.'014+00 1 .797+01 7 .44C + CC

.4 50-01 1 .616+01 4 .690+00

.904-0 I 1 .319+02 .207 + 00 4. 661-01

.644-01 1 .126+01 1 .293 + OC 1. 459+00

.355-02 8 . 869+CO 6 .745-01 3 . A33+CC

.15 1-02 7 .406+00 4 .450-01 5. 080+00

.662-02 6 .391+00 3 .223-Cl 6. 465+OC

.851-02 5 . 648+00 2.548-01 7. 449+00

.043-02 4 .620+00 1 .756-01 c . 317+00

.683-03 .934+CO 1 .319-0 1 1. 109+01 .974-03 2 .910+00 8 .492-02 1. 402+01

.674-03 2 .334+00 6 .212-02 1. 656+01 .446-04 1 .698+00 4.001-02 1. 991+Cl .194-04 1 .346+00 2. '=28-02 2. 201+01 .682-04 1 .124+00 2 . 298-02 2. 3 79 + 01 .852-04 9 .680-01 1.865-02 2. 468+01

.02^-04 7 .6 27-0 1 1 .380-02 2 . 672+01 .476-05 6 .32 6-01 1 .083-02 2. 823+Cl

CCH INCOH . PHCTC PAIR SCATT. SCATT . EFFECT PRCO. .177+00 2 .419+01 3.807+01

.677+00 2 .222+Cl 2 .219 + 0

.854+00 2 . 063+Cl 1 .455 + 01 .041+00 1 . 321+01 7.773+CC

.6 20-0 1 1 . 639 + 0 1 4 .969 + CC .980-01 1 .336+01 2 .340 + 00 u . 649-01 .697-01 1 .141+Cl 1.371+00 1. 506+00 .550-02 8 .985+00 7.14C-C1 3. 532+00

.?61-02 7 .503+00 4 .707-01 5

216+00

.732-02 6 .47?+C0 3 .'07-01 6. 626+OC

.900-02 c .722+00 2 .694-0 I 7. 631+OC

.071-0? 4 .68C+CC 1 .859-0 1 c . 539+CC

.860-03 .986+00 1 .395-01 1. 1 35+01 .053-03 2 .948+00 e. '^70-02 1. "34+01

.718-03 1 .365+00 6.557-02 1. 694+01

.644-04 1 . 720 + 00 4. 216-02 2. 037+01 .306-04 1 .366+00 3 .083-02 2 . 251 + Cl .753-04 1 . 13.9 + CO 2.418-02 2. ^33+01

.902-04 c .807-01 1 .982-02 2. 5^5+01 .055-04 7 . 7 2 7- C 1 1 .449-02 2. 733+01 .652-05 6.411-Cl 1 . 1 3 T- 0 2 2 888+01

1= 79 GOLC ENERGY CCH INCCH. PHCTC ENERGY COH INCCH . PHCTC PAIR

KEV TOTAL SCATT. SCATT. EFFECT KEV TCTAL SCATT. SCATT . EFFECT PROD.

1 1 .871+06 4 .021+03 1 . 042+00 1 .867 + 06 400 i: . 937+Cl 4.286+00 2 .449+Cl !. 0 5 9+0 1 1.5 7 .302+05 a .880+03 1 .=64+00 7 .263+05 500 4 .868+01 2 .747 + 00 2 .250+01 2.343+01

'X .754+05 3 .710+03 2 . 916+00 3 .717+05 600 3 .808+01 1 .902+00 2 .065+0 1 1 .529+01

3 6 .916+05 a .336+03 4 . 766+00 6 .883+05 800 2.768+01 1 .068 + 00 1 . 842 + C 1 8 .192 + 00

4 .029+05 2 .961+03 6 .525+00 a . 999+05 1000 2 .258+01 6 .800-01 1 .659+01 5 .305 + 00 2..27i*0^ 2 .662+03 8 .207+00 2 .250+05 1500 1 .683+01 3.062-01 1 .352+01 2 .501 + 00 5 ,,021-01

6 1 .430+05 2 .383+03 c . 61 7+00 1 .406+05 2000 1 .475+01 1 .733-01 .155+01 1 .466 + 00 1.,553+00

Q 6 .891+04 1 .939+03 1 . 276+01 6 .696+04 3000 1 .357+01 7.756-02 9 .096+00 7 .62C-C 1 3., 632+00

10 3 .929+04 1 .605+03 1 .525+01 a . 767+04 AOOO . 350 + 01 4.37 7-0 2 7 .596+00 5 .019-01 c 15 .384 + 04 1 .057+03 1 .991+01 5 .277+04 5000 1 .374+01 2 .807-02 6 .555+00 3.631-01 6,,769+00

20 .562+04 7 .453+02 2 .330+01 2 .485+04 6000 1 .391+01 1 .952-02 5 .793-+CC 2.6 71-0 1 7,,816+00

30 P .<=06403 4 .396+02 2 .784+01 8 .138 + 03 8000 1 .471+01 1.103-02 4 .735+00 1.963-01 c

,

, 763+OC

40 .193+03 2 .930+02 3 . 04 6+01 3 .870+03 10000 1 .580+01 7 .047-03 .035+00 1 .487-01 1 . 161 + 01 50 7 .339+03 2 .087+02 a .196+01 2 .098+03 15000 1 .775+01 3 .137-03 2 .98 5+00 9.553-02 1 .,467+01

60 1 .455+03 1 .557+02 a .282+01 1 .266+03 20000 1 .979+01 1.765-03 2 . 394+00 6.977-02 1.,732 + 01 80 6 .912+02 9 .239+01 3 .337+01 5 .655+02 30000 2 .262+01 7.353-04 1 .741+00 4 .481-02 2

063+01

100 1 .675+03 6 .187+01 a .325+01 .580+03 40000 2 .443+0 1 4 .423-04 1 .332+00 3.272-02 2. 302+01

150 .05^+02 2 .915+01 a .214+01 5 .441+02 50000 2 .605+01 2.829-04 1 .155+00 2 . 56 5-02 2. 467+01

200 2 .962+02 1 .676+01 3 .029+01 2 .511+02 60000 2 .704+01 1 .954-04 9 .928-01 2.102-02 2 ..602+01 300 1 .196+02 7 .568+00 2 .703+01 8 .517+01 80000 2.375+01 1 .084-04 7 . 822- 01 1 .535-02 7

795+01

100000 3 -020+01 6 .836-05 6 .490-01 1 .203-02 2. 954+01

Z = 80 VERCLRY

ENERGY COH INCCH. PHCTC ENEPGY CCH INCOH . OHCTC PAIR

KEV TOTAL SCATT. SCATT. EFFECT K EV TCTAL SCATT. SCATT. EFFECT PROD.

1 2 .026+06 4 .121+03 1 .152+00 2 . 022+06 400 7 .1 15 + 01 4 .403+00 2 .480+01 4.195+01

1.5 7 .=00+05 3 . 975+03 2 .12 7+00 -7 .860+05 500 5 .040+01 2.822+00 2 .276+01 2.480+01

2 4 .059+05 3. 799+03 a .089+00 4 .021+05 600 3 .-51+01 1 .954+00 2 .115+01 1.641+01

7 .534+05 3 .416+03 4 .927+00 7 .499+05 800 2 .859+01 1 .098+00 1 .865+01 8.834+00

4 4 .353+05 3 .054+03 6 .679+00 4 .322+05 1000 2 .313+01 6 -970-01 1 .660+01 5 .630 + CC

5 2 .443+05 2 . 729+03 8 .350+00 2 .416+05 1500 1 .718+01 3.138-01 1 .369+01 2 .654 + 00 1 97-01

6 1 .527+05 2 .445+03 c .=47+00 1 .502+05 2000 1 . 503 + 01 1 .777-01 1 .170+0

1 .5 56 + CC 1. 602+00

8 7 .29 6+04 1 .990+03 1 .289+01 7 . 096+04 3000 1 .383+01 7.951-02 9 .212+00 8 .074-01 3. 734+OC

10 4 .133+04 1 .650 + 03 1 . 541+01 3 . 966+04 4000 1 .376+01 4.487-02 7 .692+00 5.315-01 c 495+00

15 5 .607+04 1 .089+03 2 .011+01 5 .496+04 5000 1 .400+01 2.878-02 6 .638+00 3. 843-01 6. 954+00

20 2 .702+04 7 .689+02 2 .352+01 2 .623+04 6000 1 -419+01 2.001-02 c .86'( + 00 3 .03 = -Cl 8. 002+00

30 c .509+03 4 .532+02 2 .809+01 9 .028+03 8000 1 .501+01 1.128-02 4..799+00 2 .C99-C1 9. 969+00

40 4 .497+03 a .018+02 a .077+01 4 .1 64+03 10000 1 .6 12 + 0 1 7.225-03 4 .086+00 1.575-01 1. 187+01

50 2 .510+03 2 . 146 + 02 a .230+01 2 .263+03 15000 1 .812+01 3.216-03 3 .023+00 1.010-01 1. 500+01

60 1 .559+03 1 .601+02 3 .315+01 1 .366+03 20000 2 .020+01 1.810-03 2 .425 + 00 7 .371-02 1. 770+01

80 .378+02 9 . 503+Cl .373+01 6 . 091+02 30000 2 .310 + 01 8 .050-04 1..764+00 4 .728-02 2. 129+01

100 1 .722+03 6 .^62+01 3 .362+01 1 .625+03 40000 2 .496+01 4.535-04 1 .4CO+C0 3 .450-02 2. 353+01

150 5 .894+02 2 .996+01 3 .252+01 5 .269+02 50000 2 .662+01 2.900-04 1 .168+00 2.702-02 2. 542+01

200 2 .908+02 1 .725+01 .066+01 2 .429+02 60000 2 .763+01 2.004-04 1 .005+00 2.213-02 2. 66C+01

300 1 -203+02 7 .7ci, + C0 2 .736+01 8 .515+01 80000 2 .938+01 1 .112-04 7 .922-0 1 1.615-02 2. 857+01

100000 3 .067+01 7.011-05 6.. 573-01 1.265-02 3020+01
HELE III, CCNT. P H C T C N

Z= 61 T|-4LLIU^

EN ERGY COH incch.

KEV TOTAL SCATT. SC ATT.

1 2 .0 e3-toe 4 .2 16 + 03 1 . 17C+0C

1 .5 8.^30+05 4 . C6 1 + C3 2.1 7C+00

2 4. 356+05 . 878+03 3 . 16 6+00

3 7 .ctt +05 3.492+03 5 . C64+00 4.590+C5 .124+03 6 . 83 6+00

c 2 .571 + C5 2 .793+03 8 .511+00

6 1.604+0 5 2 .505 + 03 1 .010+01

8 7,6 42+04 2 . C42+03 .304+01

IC 4 ,3 1 *7+04 1 . 694+03 1 .557+01

15 5 . 183+04 1 . 1 22+03 2 .023+01

20 2.84 5+04 7 . 9 28+02 2 .36 8+01

30 .?15+C3 4 . 6 74+02 2 .835+01

40 4 . 694+C3 - . 1 16 + 0 2 3 . 107+01

50 2.633+03 2 .2 20+02 - .263+01

fcO 1 .647 + 03 1 . 6 56 + 02 - . 3 50+01

?c 7 .896 + 02 9 .8 30+01 - .409+01 no 1 .849 +C3 6 .5 83+01 3 .396+01

150 6. 504+02 3 . 1 C 1+0

1

\ .2 89+01

200 3 .2 13 + 0 2 1 .785+01 - . 102 + 01 3C0 1 .307 + 02 8 . C71+0C 2 . 772+01

1= 82 L E4C ENERGY COH INCCH.

KEV TOTAL SO ATT

.

SC 4 TT

.

1 2 . 1^6 + C6 4 . 3 17 + 03 1 .16 5+00

1.5 8 .633 + 05 4 . 1 54 + 03 2 .210+00

2 4.533+C; 3 .964+03 3 .242+OC

3 6.283+05 . 5 67 + C 3 5 .196+00

4 4 .860 + 0 5 . 193+C3 6 .99 7+00

5 2 .722+0 5 2 .5 58+03 P .675+00

i 1 .696+05 2 .565+03 1 .026+Cl

Q 8 .0-0 + 04 2 .093+03 1 .319+01

IC A.571+C4 1 . 7 3 8 + C 3 1 .5 56+01

15 3.87 1+04 1 . 15 5+03 2 .016+01

?0 2 . 9 59+04 8 . 170+02 2 .36 7+01

^0 1 .02 5 + 04 4 .312+02 2 . 654+Cl

40 i .833 + 03 3 .201 +0 2 - . 132+01

5 ^ 2.701+03 2 .275+02 - .292+01

60 1 .634 + 03 1 . 6 93+0 2 . 382+01

60 8 .035 + 32 1 . CC 5 + 02 3 .443+01

100 1 .3 79 + 03 6 • 7 27 + 01 - .4 34+01

150 6.e52+C2 - .164+01 . 3 27 + 01 200 3.401 + 02 1 . '^21 + Cl - • 1 39 + 01 300 1 . 36 6 + C 2 6 .226+00 2 . 804+01

1= 63 EIS^UTt- EKEPGY COH I NC CH

.

KEV TQTA L SC ATT. SCATT.

1 2.3 66+06 4 .417+03 . 183 + 00

I .5 9 .379 + 0 5 4 .246+C3 2 .22 8+00

2 i • 845 + C5 4 .Cie+C3 - . 2 9 7 + 0 0 a 6.^13*05 3 .641+03 .322+00

4 5.C32+C5 a .261+03 1 . 156+00

5 2.836+05 2 .922+03 6 . 844+00

f. 1 .776 + 05 2 .625+03 1 . 043+01

e 6.539+C4 2 .145+03 1 .335+01

10 4 .853 + 04 I .782+03 1 . 591+01

15 3.966+04 .168+03 2 .075+01

20 3.086+C4 8.416+C2 2 .421+01

30 1 .09 1 + C4 4 .951+C2 2 . ee6+ci

40 5 . 1° 6 + 03 a

. 284 + 02 3 .165+01

50 2.923+03 2 .326+02 3 .326+01

€0 1.826+C3 1 .729+02 3 .417+01

80 8.745+C2 1 .027+02 3 .480+01

100 2.C16+03 6 . 665+Cl 3 .472+01

150 7.210+0 2 .224+01 .365+01

200 3.548 + 02 1 .854+Cl 3 .175+01

300 1.418+02 8 .371+00 2 . 836+01

1= 86 "ADON

E^. ERGY CCH INCCH.

KEV TOTAL SCATT. SC A TT

.

1 2 .426 + 06 4 . 740+03 1 . 1 50+00

1 .

5

1 .C 51+06 4 .549+03 2 .232+00

2 5 .716 + 05 4 .329+03 3 . 3 74+0 C 3 5.515+05 3 . 876+03 5 .591+00

4 i. 845+05 .469+03 7 .607+00

5 3 .309+05 .114+03 c .379+00

£ 2.06 5 + 0 5 2. 8C5+C3 1 .099+01

9 5 .848 + 04 2 . 302+03 1 .390+01

10 5.565+04 1 .918+03 1 .648+01

15 '.511+04 1 .288+03 2 . 144+01

20 3 .533 + 04 c .173+02 2 .494*01

30 1 . 2 5-' + 04 5 .379+02 2 .966+01

40 5.967+03 3 .535+02 .253+01

5C 3.345+03 2 54+C2 3 .422+01

60 2. 084 + 03 1 .832+02 3 . 51 6 + Cl ?0 9 .897 + 02 1 .Ce9+02 .587+01

ICO 2 .254 + 03 7 .261+01 3 .582+01

150 8.012+02 3 .393*01 3 .476+01

2CC 3 .965+02 1 .946+Cl 3 .265+01

3C0 1 .597+02 8 . 772+00 2 .936+01

C R C S S SECT I C N C C ENDF/e IN BARNS/ATCM

PhOTC ENEPGY EFFECT KEV TCTAL

2 . 079 + 06 400 7 .585+01 4

8 . 2 89+05 500 5.294+01 2 4-3 17 + 05 600 4. 108 + 01 2 7.931+05 800 2. 938 + 01 . 1 4 . 5 59 + C5 1000 2.362+01 7 2 .543+05 1500 1.750+01

1 . 578+05 2000 1 .531+01 1 7 .4 37+04 3000 1 .409+01 8 4.148+04 4000 1.403+01 4

5 . 069+04 5000 1 .427 + 01 2

2 . 764+04 6000 1.447+01 2 9.419+03 8000 1 .531+01 1 4 . 3 51 + 03 10000 1.644+0

1

7 2 .376+03 1 5000 1.849+01 3

1 . 447+03 20000 2.062+01 1 6 . 572+02 30000 2.360+01 8

1 . 749+ 03 40000 2 . 550+01 4

5 . 865+02 50000 2.719+Cl - 2 . 724+02 60000 2 . 822 + 01 2 9.493+01 80000 3.002+01 1 100000 3.154+01 7

PHOTC ENF RGY EFFECT KEV TCTAL

2 .142+06 400 7.837+01 4 8. 591+C5 -500 5.425+01 2 ^.493+05 600 4 . 1 8 8 0

1

2 6.248+05 800 2 .983+01 1 4,828+05 1000 2.398+01 7 2.6 94+05 1500 1 .777 + 01 '

1 ,672+05 2000 1 .555 + 01 1 7 • 879+04 3000 1 .433 + 01 8 4.3 96 + 04 4000 1.423+01 4

3 . 754+C4 5000 1 .453 + 01 2.875 + 04- 6000 1 .474+01 2 9. 745+03 8000 1.560+01 1 4.4 82+03 10000 1.677+01 7

2 ,441+03 1 5000 1 .887 + 01 - 1 .480+03 20000 2 . 104 + 0

1

1 5.686+02 30000 2.4C9+C1 8

1 . 777+03 40000 2 .603+01 4

6 . 203+02 50000 2 .776 + C 1 - 2 . 905+02 60000 2.882+01 2

1 .005+02 80000 3. 066 + C 1 1 100000 3.222+01 7

PHCTC ENERGY EFFECT KEV TCTAL

2.33 1+06 400 8.115+0

1

4 9.3 36 + 05 500 5.615+01

4.8 Q4 + C5 600 4.335+01 - 6 , 376+05 800 3. 066 + C 1 1 A , "^99 + 05 1000 2.481+01 7

Q rt"T A C 2,P0f+05 1500 1-825+01 - 1,7 52+05 2000 1.592+Cl 1 8,3 23+04 3000 1 .464+0

1

3 4 , 673+04 4000 1 .453+01

3.8 45 + 04 5000 1.464+01 - Cm. +0«* 6000 1.504+01 2 1.0 3*^ + 04 8000 1 .592+Cl 1 4 . 836+03 10000 1 ,710+01 7 2.6 57*-03 15000 1 .924 + C 1 3 1.6 21+03 20000 2.146+01 1 7.370+02 50000 2 .458+01 8

1 . 9 12+03 40000 2.657 + 0 1 4

5 . 5 51 +02 50000 2.834+01 3.045+02 60000 2.942+01 ; 1.051+02 80000 3,130 + 01 1 . ICCOOO 3 ,259 + 01 7 ,

PHG T C ENERGY

EP-^EC T KEV TCT AL

2 . 4 23 + C6 400 9,1 19 + 01 4

1 . 047+06 500 6,261 +01 3 5 .672+05 600 4.788+C

1

2 . 5 .477+05 SOO 3.348+01 1

.

't. 810 + 05 1000 2.654+01 7 , 3 .278+05 1500 1.934*01 i 2 . 037+05 2000 1 .682+01 2 9.6 16+04 3000 1 .543 + 01 8 , 5 .372+04 4000 1 .543*01 5 , 4 • 3 81 +04 5000 1.571+01 -

3.43 8 + 04 5000 1. 593+01 2 , 1.1 97+04 8000 1.685+01 1

.

5.5 81+03 10000 1.8C8+C1 8 . 3 . 052+03 15000 2.037+01 3 , i . 865+03 20000 2.273+01 - ' 8.449+02 30000 2 .607 + 0 1 2 . 145+03 40000 2. 821+01 ^ ' 7.3 25+02 50000 3.011 *ni 3 , 3 .441+02 60000 3.126+Cl 2 . 1 . 216+02 80000 3. 325 + 01 1

.

100000 3.494+01 7 ,

M P A R I S Q N

COH INCOH

.

PHO TC PAIR SCATT. SCATT

.

EFFECT PRCD

.

1 . ^ 5*? +00 2 . 5 1 0 + C

1

4,619+Cl

! •9 22 + 0 0 2 • 306+Cl 2 ,6 96 + 0

1

? ,0 23+00 2 .141+0 1 1 .764+Cl

, i 1 36+00 1 . 390+C

1

9.339+00

' . 2 30-01 1 . 7 CI + C

1

i • 2 5 5—0

1

1 . 3 8 7 + C 1 2 .77 5+ 0 C . 3 7 7— C

1

, .843-01 1 . 1 8 5 + C

1

1 .62 6-+ 0 C 1 . 6 5 1 + 0 C

i • 2A8-0 2 9 . 3 2

"/ + C C 6 .4 3 1 — C 1 3 . 83 6+ 0 C

f . 6 5 5—0 2 7 . 78 9 + C C 5.54 6r C 1 5

! . S 86-0 2 6 .7 2 2+00 4.C07-C1

1

. 1 2 0 + 0 C

! .07 6—0 2 5 . 940 + C 0 3.17 0- C 1 c .19 C+ C C

. * 1 7 0-0 2 ^ . 6 5 9+ C C 2.19C — CI 1 . 0 22+01

'•+95—03 4 . 1 3 8 + C 0 1 .643-0 1 1

.

, 2 1 3 + C

1

i .3 36—0

3

3 .061+CC 1.0 5 3-0 1 I . 5 3 3 + C

1

, .877-03 2 .455+CC 7.674-02 . EC^+Cl

1 • 3 5 2—04 1 . 786 + CC 4 .9 1 5— C 2 2 ,17 6+01

1 .704-04 1 .41 e+co 3 .583-02 2 ,4C4+C1

! . U'J V— L 4 1 .182+00 2.30^-02 2 . 5 9 8 + C

1

! . 079 — Q4 1 .016+CC 2.29 5— C 2 2 .718+01

, . 1 54 — 0 4 8 .022-Cl 1.673 — C2 2 . 9 2 C+ C

1

'.27 6—0 5 6 .655- CI 1 .309 — 02 3 . 0 56 + 01

COH INCOH . PHO T

C

PAIR

SCATT. SCATT . E - F EC T P ftCD •

1 .64 7 + 0 0 2 .54C+C1 4.833+Cl

! .97 7 + 0 0 2 .334+Cl 2 -79 3+-C 1

! .06 2 + 00 2 .167+01 1 .3 1 5+ C 1 .15 8 +0 0 1 .912+Cl ^•549+CC

' • 36 0— 0 1 1 .722+C

1

6.C26+CC

! . 3 1 4—0

1

1 ,404 + Cl 2 . P4 4+ C C • 5 6 1 — C

1

• 8 77—0 1 1 .199+01 1 .c 6 9+ 0 C 7 Cl + 0

C

1.39 7— C 2 9 ,444+CC 6.6 3 G 1 3

1

t • 7 3 9— 0 2 7 .8S7+CC 5.6 72-0 1 > 7 82 + GC

1 • U 4 fJ~ 0 ^ 6 ,806+00 4 .096-01

4"7

,

» 2 6 fi + C C

! • 1 1 4—0 2 6 .015+00 3.2^ 1 — 0 I 8

.

t 3 F C+ 0 C .19 1 — 0 2 4 .919+00 2.239-Cl 1 <• 0 4 5+01

.631 —0 3 4 .189+00 1 .661 — 01 *2 ^ C + 0

1

. 396—0 3 .099+00 1«C75 — CI 1

.

• 5 6 6+ C

1

.911-03 2 .486+00 7.831-02 1,. 848+01 503—04 1 .305+00 5 . 0 C 9— C 2 2

.

> 2 23 + 01 .790-04 1 .435+CO 3 .649-02 2..H56+C1

1 .197+00 2.85 3— C 2 2

,

. 6 " 4 + 1

• 117—04 1 . C 3 1 + CO 2.3 34— G 2 2 •. 7 7 7+ C

1

• 1 7 5—04 8 .122-Cl i . / L U — t. £ 2 •. 9 63+ C

1

.41 0-0 5 6 . 7 3 8- C 1 1 .3 29- C 2 3

,

. 1 53 + Cl

COH INCOH

.

P HG TC PAIR SCATT. SCATT

,

EFFECT P RQO

,

.723 +00 2 , 571+Cl 5.C71+01

• 0 2'^ +0

0

2 .362+Cl 2 . 5C + C1

• 0 9 6+0 0 2 . 1 9 4 + £ 1 1 .93i + Cl

.17 3 + 0 0 1 .935+01 1 .033 + 01

.4 90 — 0

1

1 .743+Cl c .627 + 00

• 373-0

1

1 .421+01 3.125+00 , 7 50—01

• 9 10— 0 1 1.214 + Cl 1 .833 + 00 1

.

, 7 53+ C C

. 5 A 6-0 2 9 .;59+CC 9 .49 3— 0 1 . C51 + CC

. 8 24-0 2 7,.983+CC 6 . 2 36- G 1 , 928+OC

.09 ^1-0 2 6 . e69+CC 4.502-0 1 7..467+00

. 1 5 1^0 2 6 .088+00 3.561-01 8., 577+CC

.21 2-0 2 4 .980+00 2 .4 61- Cl 1 ..06S+C1 .767-03 4,.241+00 1 .847-01 ,266+Cl

.4 57 — 0 3 3 . 127+00 1.19 3— 0 1 1.596+Cl

,946-03 2.. 516+CC 8.621-02 1.. 336 + 01

.6 5 5-0 4 1,. 830 + CO .2 70+01 .375-04 1..453+00 4.023-02 2.. 5ce+ci

.1 19-04 1 ,212+CO 3.146-02 2..710+Cl

.15 5—0 4 1.. C44 + 0C 2 . 576- C 2 .636+01

. 19 6-04 8,.221-01 1 .378—02 3,,046+01 -545-05 6-.321-01 1 .46 9-02 3,.220+01

COH INCCH. PHQ T C PAIR

SC ATT . SCATT . EFFECT PROD. •952+00 2 ^.662+01 5 .961 + 01 .17 2 +00 2..447+01 3 . 4 <5 7 + C

1

. 19 9 + 00 2

.

.272 + 0 1 2 .296 + C 1 .233+00 2..004+01 1.2 2 0 + C

1

• 3 4 0—0 1 1..806+01 7.69 9^0 C .53 1—0 1 1..473 + 0 1 3 .6 23 + 0 0 341-Cl

• 0 00—0

1

1,.256+Cl 2.122+CC 1. 916+00

.94 8—0 2 9

,

,908+00 1 . 1 0 5 + 0 C 4, 382+CC

• 0 51 — 0 2 8..275+CC 7.24 6-01 6. 378+CC

. 2 39-0 2 7,,141+00 5.2 26-0 1 8. C15+CC

. 2 53-0 2 6..310+CO 4 . 1 34-C 1 9. 1 83+CC

• 26 9-0 2 ,162+CC 2 .8 5 5- Cl 1. 139+01

. 1 33-0 3 4..396+00 2 .143-0 1 1

.

346+Cl

. 6 20-0 3 3

,

.252+00 1 .376-0

1

1, 697+01

.037—03 2.,6C6+00 1 .00 5— 0

1

2, CC2+01 .063-04 1

.

, 89 7 + CO 6 .459-C2 2, 411+Cl

.105-04 1.,506+CC 4. 718-02 2, 666+Cl

.266-04 1.,256+00 3.698-02 2

,

882+Cl .258-04 , 0 8 2 + C 0 3,C31-C2 3, 015+01

-253-04 8,,522-Cl 2-2 14-02 3. 237+01

-9C3-0 5 7,, C 7 C- C 1 1.735-02 a . 422+01
T/seie III. coNT. P H C T C N

1= *T 0 Tf'CR I UM ENERGY COH INCOH.

K E V TOT AL SCATT. SCATT.

1 5 .137+03 1 .035 + 00

] • ^ 1.2'^S-*C6 4 .899+03 2.136+00

t .96*^+05 4 .646+03 3.316+00

3 3 •230"*05 4 . 165+03 5. 798+00

^ .275 + 05 ^ . 734*03 8.181 + 00

5 3.691+05 3 .358+03 1.015+01

6

T A O A n c 2 -**^o + U D 3 . C34+C3 1.184+01 1-197+C5 2 . 5C6+C3 1 .474 + 01

1 0 2 .097+03 1. 593+01

1

1 .421+03 2.118+01

2 0 3 • 74 1 -3 C4 1 .021+03 2.479 + 01

? 0

1 A o ^ J. n /. 5 .986+02 2.993+01

A 0 7,C7 3+03 3 .907+02 3.333*01

5 0 2 .728+02 3.526+Cl

60 2.485+C3 2 .004+02 3.634+01

8 0 1«1^6+C3 1 .192+02 3.719+01

100 e.B7^+C2 7 .=31+01 3.722+01

1 - u ^i356+02 3 .691+01 3.629+01

200 A. 630 + 02 2 .114+01 3.432+01

300 1 .^45 + 02 9. 514+CC 3.027+01

t —

E N E R G V COH INCOH.

K E V TOTAL SC47T. SCATT.

1 2 t^UH + Uc c . 38 5+03 9.549-01

1.5 1.261+06 5 .150+03 2.047+00

2 6.871+C5 4 .896+03 3.22C+0C

3 2 - 930 + 05 4 .397+03 5.827+00

4 .320 + 05 3 .939+03 8.452+00

5 3«2'92+0 5 3 .535+03 1.056+01

6 2.54C+C5 3 .187+03 1.233+01

1 .224 + 05 2 .628+03 1.521+01

1 C 6.972+04 2 .199+03 1.710+01

1 5 2.534 +04 1 .495+03 2.117 + 01

2 0 2. / 36 + 04 1 .077+03 2.483+01

6 .326+02 3.014+01

7 • 74 8 + C3 . 124+02 3.375+01

5 0 4 , 39 1 + C 3 2 . 676+C2 3. 580+01

6 0 2 . 75 6+ C 3 2 . 1 10*02 3.693+01

^ 0 1.322+03 1 . 2 56+02 3.786+01

100 7,522+C2 e .355+01 3. 793+01

15 0 .886+01 3. 704+01

2C0 5.018+02 2 ,224+01 3.506+01

300 1.937 + 02 1 .001+01 3.073+01

z= <;4 PLUTPMLM

E N E G V COH INCCH.

K F V T0T4L SCATT. SCATT.

- 2.763+06 5 .640+03 8.666-01

1.5 1.293+06 5 .409+03 1.938+00

* 7.737+C5 .156+03 3. 090+00 3.636+05 4 .642+03 5.811 + 00

5 .203 + 0 5 4 .156+03 8.711+00 3.918+05 3 .724+03 1.0 9 8+01 2.993+05 3 .352+03 1.2 6 5+01

c 1.^20+05 2 .757+0' 1.572+01

1 0 7.938+04 .307+03 1. 730+01

1 5 2.838+04 1 .572+03 2.110+01

20 2.987+04 1 .136+03 2.480+01

3 0 1 .74 1+C4 6 .682+02 3. C29+C1

A 0 6. 359+03 4 .354+02 3.415+01

5 0 4.716+C3 3 . 035+02 3.631+01

60 2 .944 + 03 2 .227+02 3.750+01

8 0 1 .399+03 1 .326+02 3.852+01

IOC 7 .3^8+02 e . 8 19 + 01 3.852+01

15C 1 .079 + 03 4 .100+01 3.776+01

200 5 .342 + 02 2 .347+01 3.580+01

3C0 2.131+02 1 . C56+01 3.114+01

CPCSS SECTICJv CC

ENDF/e IK BARNS/ATCM

PHOTC ENERGY EFFECT KEV TCT (L

2 .544+06 400 1 .045*02 5

1 .200+06 500 7 .1 10*01 3 6.923+05 600 5 .392+01 2 3 .189+05 800 3 .696*01 .1 4 .238+05 1000 2 .931 +01 8 3.658+05 1500 2 .102*01

2 .456+05 2000 1 .817 + 01 2

1 .172+0? 3000 1 .671+01 9 6 .581+04 4000 I .664+01 5

2 .307+04 5000 1 .695+01 3

3 .637+0^ 6000 1 .718401 2

1 .433+04 8000 1 .8 14 + 01 1 6 . 649+C3 10000 1 .942+01 8 3 .662+C3 15000 2 . 191+01 3

2 .248+03 20000 2 .445*01 2

1 .040+03 30000 2 .811*01 c

5 .714+02 40000 3 .044*01 5

8 ,624*02 50000 3 .252+01 3 4 . 075*02 60000 3 .376*01 2

1 -447*02 80000 3 .590*01 1 100000 3 .773+01 8

PhCTC ENERGY EFFECT KEV TCTAL

2 .899*06 400 1 .1 21 +02 5

1 .256+06 500 7 .595*01 3 6 .822+05 600 5 .736*01 2 2 .886+05 800 3 .895*01 1 4 .231+05 1000 3 .086*0 I 8

3 .257+05 1500 2 .194*01 4

2 .508*05 2000 1 .890*01 2

1 .196+05 3000 1 .736+01 1 5 .750+04 4000 1 .727+01 5 2 .382+04 5000 1 .75')+Cl -i

2 .626 + 0'^ 6000 1 .792+01 2 1 .536+04 9000 1 .880*01 1 7 .302+03 10000 2 .011+01 9

4 .067+03 15000 2 .269+01 4

2 .508+03 20000 2 .533+01 2

1 .158+03 30000 ? .^14+01 1 6 .307+02 40000 3 .158+01 5

9 .4 17+02 50000 :i .374+01 3 4.4t5+02 60000 3 .503+01 2 .580+02 80000 3 .725+01 1 100000 3 .014+01 c

PHOTC ENERGY EFFECT KEV TCTAL

2 .757+06 400 1 .206+02 5

1 .288+06 500 a .149*01 3 7 .685+05 600 6 .125*01 2 3 .590+05 800 4 .097*0 1 1 5 .162+05 1000 3 .226*01 9

3 .881+05 1500 2.283+01 4

2 .°60+05 2000 1 .963*01 2

1 .392+05 3000 1..799*01 1 7 .756+04 4000 1 .791+01 6

2 .679+04 5000 1 .824+01 3

2 . 871+04 6000 1 .848+01 2

1 .671+04 8000 1 .948+01 1 7 .900+03 10000 2 .082+01 9 4 .376+03 15000 2 .348+01 4

2 .684+03 20000 2 .620+01 2

1 .228+03 30000 3 .020+01 1 6 .630+02 40000 3..275+01 6

1 .000+03 50000 3 .501+01 a 4 .749+02 60000 -3 .634+01 2

1 .714+02 80000 3 .8 63 + 0 1 1 100000 4 .057+01 9

M P A R I SON

COH INCOH. PHOTC PAIR SCATT. SCATT

EFFECT PROO. .369+00 2 .787+01 7.128+01

.438 + 00 2 .565+Cl 4 .201 + 0

.383+00 2 .381+01 2.772+Cl

.'337+00 2 .072+01 1. 490*01

.510-01 1 .894+01 9 .524*00 .833-01 1 .545+01 4 .469*0C 7..191-01 -171-01 1 .320*01 2.613*0C 2.,146+00 .716^02 1 .039*01 1 .370*CC 4,, 847+CC .485-02 8 .68 1*00 6 .970-0 1 7., ooe+oc

.518-02 7 .490+00 6.437-01 8.,777+00 .446-02 6 .621+00 5.107-01 1

,002+01 .379-02 C .415+00 3.527-0 1 1.,235+ 0 1 .832-03 4 .612+00 2.646-0 1 1

,454+01 .931-03 3 .412+00 1 .707-01 1 ,, 832*01 .213-03 2 .737*00 1 .251-01 2. 1 59*01 .843-04 1 .990+00 8 .066-02 2.,604*01 .544-04 1 .580+00 5-91C-02 2.,88 0+01 .548-04 1 .318+00 4.643-02 3.,115*01 .453-04 1 .135+00 3.812-C2 3. 259+01

.363-04 8 .941-01 2.793-02 3.496+01

.600-05 7 .418-01 2.194-02 3.,696+01

COH INCOH- PHOTO PAIR

SCATT. SCATT. EFFECT PROO. .647+00 2 .849* CI 7 .799 + 01

.6 16+00 2 . 624+0

4 .609*0 1 .507+00 2 .435+01 3.050+01

.406*00 2 .106*01 1 .648*01

.950-0 1 1 .938 + 0 1 1.059*01

.032-01 1 .581+01 4 .963 + 0 0 7. 643-01 .284-01 1 .351+Cl 2.8O8+0C 268+00

.022-0 1 1 .C64+C

I .526 + CC 5. 091+00

.7 70-0 2 8 .885+00 9.^77-0

7. 333+00

.701-02 7 .666+00 7 .1. 76-01 c

,

171 fOC .574-02 6 .776+00 5 .675-0 1 1 . 0^5+01 .450-02 c .543+CO 3 .918-0 1 1. 2 65+01 .292-03 4 .720*00 2 .940-01 1 . 539+01 .136-03 3 .492*00 1 .900-01 1 . 900+01 .328-03 2 .ecl+cc 1.394-01 2. 238+01

.035-03 2 .037+00 9. 012-02 2. 7C2+C1 .832-04 1 .617+00 6. 613-02 2 . 69+01 .733-04 1 .349+00 5 .20 1-C2 3. 234+Cl .581-04 1 4162+00 4.274-02 3. 382+01 .434-04 q . 151-Cl 3 .136-02 631 + 01 .053-05 7 ,59 3- CI 2.461-02 3. 836+01

COH INCOH

PHOTO PAIR SCATT. SCATT. EFFECT PPOC. .957+00 2 .911+01 8.554+01

.815+00 2 .683+01 5 . 065 + 0 1 .645+00 2 .490+01 3.370+01

.484+00 2 . 137 + C1.812+01

.440-01 1 .982+01 1.149+01

.253-01 .617+01 5.424+OC 8. i;.i-oi .409-01 1 .382+0

3.13;+0C 2. 3 9 5+00 .078-01 I .088 + 0 1 1 .6 59 + 0 0 5. 341+00

.087-02 9 .Qse+oc 1 .09 2 + 00 7. 6 6 8+00 .904-02 7 .841+CC 7 .898-0 1 9 . 573+00 .715-02 6 .93 1 + 00 6 .241-0

1

089+01 .530-02 5 .670+00 4.304-01 i . 336+01

.803-03 4,.828+00 3 .226-01 1 . 566+01 .363-03 3 .572+00 2 .07 1-0 1 1. 970+01 .456-03 2 .865+00 1.512-01 2. 318+01 .092-03 2 .084+00 9.7C6-C2 2

,

802+01 .153-04 1..654+00 7 .037-02 3. 102H01 .939-04 1..380+00 5 . 553-02 3. 358+01 .724-04 1 .188+00 4 .549-02 511+01

.5 14-04 9- 361-01 3-321-02 3. 766+Cl .556-05 7. 76 7-Cl 2.602-02 2

^ 977+Cl
FIGURE CAPTION

Fig. 1. Elements and grid energies (see Table I) for which the

Biggs-Lighthill total cross section is at least 2>% less

(-) or 3% greater (+) than the corresponding ENDF/B

total cross section entry.

100

I

I I lllllll i I llllli| I I llllli| I I

I Mill

+ + -H - + +++- ±A7o > 370

80 ++ +

60

N

a:

Ld

m

o

<

40

- +

++

+++

+ ++

20

"++ ++ + BIGGS- LIGHTHILL

(SCAT. REV.)

VS. ENDF/B

0

' ' "Mill I I lllllll I I lllllll I I ll I I Mi

10^ 10' 10' 10' 10'

PHOTON ENERGY, keV

10'

ORM NBS-n4A (i-7») U.S. DEPT. OF COMM. 1 . PUBLIC ATION OR RE PORT NO. 2. Gov't Accession

BIBLIOGRAPHIC DATA No. SHEET NBSIR 73-241

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

Comparison of Photon Interaction Cross Section Data Sets.

VII. Biggs-Lighthill (Rev.) and ENDF/B.*

5. Publication Dace

6. Performiog OrgaQizatton Code

7. AUTHOR(S) 8. Performing Orgaaizadoo.

NBSIR 73-241

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

10. Project/Task/ Work Unit No. 2400432

11. Contract/Grant No. DNA-EO-72-804

Subtask No. PC- 100- 05

12. Sponsoring Organization Name and Address

Defense Nuclear Agency, Washington, D.C. 20305. (Support was also received from NBS Office of Standard Reference

Tata).

13. Type of Report & Period

Covered

Interim report for

period Apr.-.Tiinp 1973

14. Spoasoriag Ageacy Code 1

15. SUPPLEMENTARY NOTES

16. ABSTRACT (A 200-word or less factual summary of most significant information* If document includes a significant

biblio^r aphy or Literature surve y^ men tion it h ere.) The Biggs and Lighthill photon cross section data set (0.01 IceV to > 10 GeV,

Z = 1 to 100), previously compared in this report series with the ENDF/B data set

(1 keV to 100 MeV, 87 elements with Z = 1 to 94), has since been revised to provide

explicit coherent and incoherent scattering cross sections, rather than the more

approximate free-electron (Klein-Nishina) scattering cross section. In this report we present a comparison of this revised set with the ENDF/B set, again in the form

of percent differences between the two data sets. These differences for total,

coherent scattering, incoherent scattering, photoelectric absorption and pair pro- duction cross sections are tabulated for 87 elements with Z = 1 - 83, 86, 90, 92 and

94 at 41 energies between 1 keV and 100 MeV. Coherent scattering differences below

a few hundred keV are typically 1 - 5% and at higher energies are typically 10 - 307,

for low Z and 2 - 10% for high Z. The incoherent scattering differences are generally

less than 1% above 10 keV and typically 5 - 307, at 1 keV. These differences are primarily in regions of negligible scattering contribution to the total cross section,

for which the differences are dominated by differences in the photoelectric absorption.

Tae resulting differences in the total cross section are typically 1 - 57o except near

1 keV where differences are as high as 267. for Z = ;68 and 69. In addition to the

table of percent differences we include tables of the cross section values in barns/

atom for these two sets, since they have not been generally available in this form.

17. KEY "ORDS (Alphabetical order, separated by semicolons)

Attenuation coefficients; con^jarison; cross sections; photoeffect; photons; x-rays

13. AVAILABILITY STATEMENT

in UNLIMITED.

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X

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21. NO. OF PAGES

90

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