Neutron Capture Cross Sections

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XA9744582

International Atomic Energy Agency INDC(NDS)-362 Distrib.: G+AT

I N DC INTERNATIONAL NUCLEAR DATA COMMITTEE

Atlas of Neutron Capture Cross Sections

Prepared by

J. Kopecky

JUKO Research Kalmanstraat 4 1817 HX Alkmaar The Netherlands

Contributions by

J.-Ch. Sublet, J.A. Simpson, R.A. Forrest and D. Nierop* UKAEA Fusion Culham Abingdon Oxfordshire OXI4 3DB United Kingdom UKAEA/Euratom Fusion Association

* Netherlands Energy Research Foundation ECN, P.O. Box 1, NL-1755 Z G, Petten, The Netherlands

April 1997

IAEA NUCLEAR DATA SECTION, WAGRAMERSTRASSE 5. A-1400 VIENNA

VOL ? Reproduced by the IAEA in Austria April 1997 INDC(NDS)-362 Distrib.: G+AT

Atlas of Neutron Capture Cross Sections

Prepared by

J. Kopecky

JUKO Research Kalmanstraat 4 1817 HX Alkmaar The Netherlands

Contributions by

J.-Ch. Sublet, J.A. Simpson, R.A. Forrest and D. Nierop* UKAEA Fusion Culham Abingdon Oxfordshire 0X14 3DB United Kingdom UKAEA/Euratom Fusion Association

* Netherlands Energy Research Foundation ECN, P.O. Box 1, NL-1755 Z G, Petten, The Netherlands

Abstract

This report describes neutron capture cross sections in the range 10~5 eV - 20 MeV as evaluated and compiled in recent activation libraries. The selected subset comprises the (n,7) cross sections for a total of 739 targets for the elements H(Z=l,A=l)to Cm (Z=96, A=248) totalling 972 reactions. Plots of the point-wise data are shown and comparisons are made with the available experimental values at thermal energy, 30 keV and 14.5 MeV.

April 1997 Table of Contents

1 INTRODUCTION vu

2 NGATLAS FILE OF (n, y) REACTIONS viii

2.1 Reaction nomenclature viii

2.2 Summary of (n,y) reaction types and data sources viii

2.3 Experimental validation x

2.4 Data availability xi

3 REFERENCES xii

Appendix A Validation plots xiii

Appendix B Plots of NGATLAS cross sections xv

NEXT PAGE(S) left BLANK INTRODUCTION

This work has been initiated within the IAEA Research Co-ordination (RC) Programme on Measurement, Calculation and Evaluation of Photon Production Data. During the two RC Meetings (Bologna -11/1994 and Vienna - 5/1996) the participants acknowledged the high practical value of a comprehensive compilation of (n,y) cross sections for a complete set of targets in the whole energy range and recommended it for publication. The best sources of such data can be found among the recent activation libraries for fusion applications, such as ADL-3, EAF-4.1, JENDL/A-3 and FENDL/A-2, because they contain the largest number of target materials.

This report gives a detailed description of the data base of neutron capture cross sections for neutron energies in the 0-20 MeV range selected for this compilation. The recently released European Activation File, EAF-4.1 [1], has been chosen as the main source of data presented in this atlas. Further, some improved and newly evaluated data have been included. This report presents a graphical description of the selected (n,y) reactions including comparisons against available experimental data.

The Atlas of Neutron Capture Cross Sections (NGATLAS) contains cross sections data of neutron induced reactions for targets up to, and including, curium (Z=96). It comprises 739 target isotopes with half-lives above 0.5 day. Cross sections to ground, first and second isomers are listed separately. This gives a total of 972 reaction channels, with data available in point-wise format. Energy dependent isomeric branching ratios are based on a combination of experimental information and data based on systematics at thermal and 14.5 MeV neutron energies.

During the creation of the NGATLAS several checks were made to monitor the quality of the selected data (from other libraries). In particular a large number of new evaluations have been performed in EAF-4.1 for target nuclides not considered in other libraries, such as radioactive targets. These procedures include:

• general accounting of the different reaction channels,

• cross section renormalisation to experiment (1/v region) or systematics (pre- equilibrium component around 14 MeV),

• energy dependent library to experimental (C/E) and library to systematics (C/S) comparisons [2],

• itemized parameter reporting for each reaction,

• visualisation of the data by plotting.

All procedures for monitoring, data evaluations and renormalizations are described in Refs. [1,3,10].

VII 2 NGATLAS FILE OF (n, y) REACTIONS

2.1 Reaction nomenclature

A notation is adopted for describing reactions in this report, the format of which is best illustrated by taking an example. Consider the (n,y) reaction from a target of Ag (A = 108) which is initially in the first metastable state and leads to a final first metastable state. The MASGAM code has been used to evaluate the cross section. The title line contains all this information, and is written as;

AG*108N,G* MASGAM; RN /SYS

I I +-> indicates renormalisation I I I +-> data origin +-> describes the FS state +-> describes the IS state IS (Initial State) refers to the target nuclide state, and FS (Final State) describes the reaction product. Possible notations of the isomeric states are shown in Table 1.

Table 1: Possible notations of isomeric states.

Value (IS or FS) NGATLAS notation State 0 - Ground state 1 * First isomer 2 # Second isomer

Next the data source is given, which in the above example is MASGAM. A complete list of the data origins used to build the NGATLAS file is given in Appendix B, which explains the nature of each source library or processing code that was used to calculate the cross section.

Finally, the flag RN displays information for experimental or systematic renormalisation at 14.5 MeV. These are shown as ; RN - XXX/YYY appended to the data source. The first item is used for the total cross-section, while the second applies to the isomeric branching. Values of EXP or SYS represent Experimental and Systematic renormalisation respectively.

2.2 Summary of (n,y) reaction types and data sources

It is useful to show how the (n,y) reactions can be divided into different categories, and a number of statistics are given in this section. Firstly, the final states of the (n,y) reactions can be split as shown in Table 2, Table 2: Numbers of different final states in the NGATLAS file.

Reaction FS=O FS=1 FS=2 Total (n,Y) 738 216 18 972 with every target leading to an FS=0 state. Note that there are 739 targets in the EAF-4.1 library, however there is no (n/y) reaction for H (A=3). Hence a total of 738 target isotopes in the library undergo (n,y) reactions.

The (n,y) cross-section data are from a range of sources, and the number of reactions from each source is shown by the following table. The entries up to the ADL-3 refer to evaluated libraries. The remainder were calculated and evaluated with model codes such as FISPRO, MASGAM, SIG-ECN and NGAMMA within the EAF programme. Details on these calculations, renormalisations, data corrections and generation of point-wise files can be found in Refs. [1,3].

Table 3: The number of capture reactions from each data source in the NGATLAS file. The source name refers to the library or processing code used to calculate the cross section, and a full description of each one can be found from Ref. [1].

(n,y) Data Source Number of Reactions JEF-2.2 390 EFF-2.4 11 ENDF/B-VI 16 JENDL-3.1 38 JENDL-3.2 3 LANL 9 ADL-3 7 FISPRO 9 SIGECN-MASGAM 73 MASGAM L_ 411 NGAMMA 1 SIG-ECN 1 ESTIMATE 3 Total 972

All renormalisations made by SYMPAL [4] for (n,Y) reactions concern isomeric branching ratio and are made according to systematics (the title line will therefore contain RN - — -/SYS). Detailed description of the adopted branching-ratio systematics can be found in Ref. [1]. These renormalised reactions are split between the different data sources as shown in Table 4,

IX Table 4: Data origins of the renormalised reactions.

Data Source Number JEF-2.2 203 ENDF/B-VI 6 JENDL-3.1 2 ADL-3 2 FISPRO 8 SIGECN-MASGAM L 37 MASGAM 183 Total 441

and between the final states as shown in Table 5.

Table 5: Distribution of final states of the renormalised reactions.

State Number FS = 0 212 FS= 1 212 FS = 2 17 Total 441

Thus 212 targets (which initially had data for the total cross section) have been renormalised according to systematics into appropriate final state branches. Of these 17 lead to FS=0, FS=l andFS=2 while 195 ( = 212 - 17) produce FS=0 and FS=l only. 2.3 Experimental validation

Experimental data at three distinct energies are particularly useful for the validation of data. Such comparisons are made at thermal energy, 30 keV and close to 14.5 MeV and are based on a compilation of Refs. [5-10]. The number of experimental values available are shown in the following table, together with the appropriate references.

Table 6: Number of experimental values available at specific energies with their references.

Energy Number of experimental References measurements Thermal (0.0253 ev) 617 [5], [61, [7],[81 30 keV 336 [91 14.5 MeV 72 [101 Total 1025 The experimental data are used for validation purposes in the NGATLAS file by calculating the ratio of the cross section to the experimental value (the C/E value). An ideal C/E ratio would clearly be 1, but in practice there is a distribution of C/E about this value. The number of C/E ratios available in NGATLAS is shown in Table 7.

Table 7: Number of experimental values available for each final state. FS=99 indicates that the value is for the total cross section.

FS Thermal 30keV 14.5MeV Total 99 409 326 47 782 0 96 9 0 105 1 7 0 0 7 2 0 0 0 0 Total 512 335 47 894

A histogram may be formed from the distribution of C/E values, and plots at each energy for the (n,y) reactions are shown in Appendix A. Note that the total number of reactions for which C/E ratios can be calculated is less than the number of experimental values available (by approximately 100 cross sections) due to a certain amount of repeated experimental information. Table 7 gives the number of experimental data points used for comparisons, whereas the Table 6 (giving the total numbers of experimental data) lists all data currently available.

The experimental data, adopted for validation in Appendix A, are compiled in a tabular form in Ref. [2]. These data are also plotted on the cross section graphs in Appendix B (using a diamond symbol) and are shown together with the available uncertainties. This allows comparison between the adopted data and experimental values to be made directly.

The graphs in Appendix B show close agreeement between the experimental values and the point-wise data, with most C/E values found close to a value of 1. This confirms the high quality of the (n,y) cross-section data available from the EAF-4.1 library.

2.4 Data availability

Cross section data in point-wise ENDF-5 format, with EAF extensions (see Ref. [1]), are available from the IAEA Nuclear Data Section. The data can also be retrieved online through the World Wide Web using

http://www-nds. iaea. or. at/ngatlas/main. htm

XI REFERENCES

[1] J. Kopecky and D. Nierop, The European Activation File EAF-4 Summary Documentation, ECN-C-95-075, (ECN Report, Petten, The Netherlands, December 1995).

[2] J. Kopecky, Experimental Data Base compiled for Renormalisation and Validation of EAF-4.1 Cross sections, 3rd Edition, EAF-DOC-008, January 1996, private communication.

[3] J. Kopecky, M. G. Delfini, H. A. J. van der Kamp and D. Nierop, Revision and Extensions of Neutron Capture Cross Sections in the European Activation File EAF-3, ECN-C--92-O51, (ECN Report, Petten, The Netherlands, July 1992).

[4] J. A. Simpson, J-Ch. Sublet and D. Nierop, SYMPAL User Guide, UKAEA FUS 356, (UKAEA Report, Culham, United Kingdom, 1997).

[5] S. F. Mughabghab, M. Divadeenam and N.E. Holden, Neutron Cross Sections, Vol. 1 A,B: Neutron Resonance Parameters and Thermal Cross Sections, (Academic Press, Orlando, Florida, 1981, 1983).

[6] N. E. Holden, Review of Thermal Neutron Cross Sections, BNL-45255, (Report BNL, Brookhaven, USA, 1991).

[7] F. W. Walker, J.R. Parrington and F. Feiner, Nuclides and Isotopes, (General Electric Company, 1989).

[8] N. E. Holden, Neutron Scattering and Absorption Properties (Revised 1993), BNL-49710, (Report BNL, Brookhaven, USA, 1994).

[9] Z. Y. Bao and F. Kappeler, Atomic Data and Nuclear Data Tables, 36,447, 1987.

[10] M. Wagner and H. Warhanek, Acta Physics Austriaca, 52, 23, 1980.

XII Appendix A Validation plots

This appendix shows the distribution of evaluation to experiment (C/E) ratios for the (n,y) reactions of the NGATLAS file. The graphs show the number of C/E values in a particular range. C/E values are available for energies of:

• thermal (0.0253eV)

• 30 keV

• 14.5 MeV

Most C/E ratios lie close to the ideal value of 1, indicating the consistency between the point-wise data and the available experimental information.

Experimental data for N,G at thermal energy 400

en 512 C/E values 972 reactions I 739 targets u a 200

0 le-03 le-02 le-01 le+00 le+01 le+02 le+03 C/E

xiii Experimental data for N,G at 30keV 12U i • •• i • • • • 11 • •! • • •

100 — —

- 335 C/E values 972 reactions 80 1 i 739 targets a 8} 60 — — S r 40 — —

20 J — : 0 fl le-03 le-02 le-01 le+00 le+01 le+02 le+03 C/E

Experimental data for NrG at 14.5MeV 12

10- J

in 47 T/F vaiiips 972 reactions § 8 739 targets a 2 6 ai 4- J

1 i , , , i le-03 le-02 le-01 le+00 le+01 le+02 le+03 C/E

XIV Appendix B: Plots of NGATLAS cross sections

This appendix shows graphs of each cross section as a function of incident neutron energy, one for each target isotope which undergoes a (n,y) reaction. Thus 738 graphs are plotted. Data for excited final states of a particular target are shown on the same graph where appropriate. The plots also show the number of points in the point-wise data for the ground state product. An index of the reactions and their data origin is provided for quick reference.

Number Target Reaction Origin 1 H-l N,G JEF-2.2 Page 1 2 H-2 N,G JEF-2.2 3 HE-3 N,G JENDL-3.2 Page 2 4 LI-6 N,G JEF-2.2 5 LI-7 N,G EFF-2.4 Page 3 6 BE-7 N,G JEF-2.2 7 BE-9 N,G EFF-2.4 Page 4 8 BE-10 N,G ESTIMATE, BE9 REVISED 9 B-10 N,G JEF-2.2 Page 5 10 B-ll N,G JEF-2.2 11 C-12 N,G ENDF/B-VI Page 6 12 C-13 N,G SIG-ECN 13 C-14 N,G ESTIMATE, C12 REVISED Page 7 14 N-14 N,G JEF-2.2 15 N-15 N,G JENDL-3.2 Page 8 16 0-16 N,G JENDL-3.2 17 0-17 N,G ENDF/B-VI Page 9 18 0-18 N,G ESTIMATE, 016 19 F-19 N,G JEF-2.2 Page 10 20 NE-20 N,G SIGECN-MASGAM 21 NE-21 N,G SIGECN-MASGAM Page 11 22 NE-22 N,G SIGECN-MASGAM 23 NA-22 N,G JEF-2.2 Page 12 24 NA-23 N,G JEF-2.2; RN - /SYS Page 13 25 NA-24 N,G MASGAM 26 MG-24 N,G JENDL-3.1 27 MG-25 N,G JENDL-3.1 Page 14 28 MG-26 N,G JENDL-3.1 Page 15 29 MG-28 N,G MASGAM 30 AL-26 N,G MASGAM Page 16 31 AL-27 N,G JEF-2.2 32 SI-28 N,G JENDL-3.1 Page 17 33 SI-29 N,G JENDL-3.1 34 SI-30 N,G JENDL-3.1 Page 18 35 SI-31 N,G MASGAM 36 SI-32 N,G MASGAM Page 19 37 P-31 N,G JEF-2.2 38 P-32 N,G MASGAM Page 20 39 P-33 N,G MASGAM 40 S-32 N,G JEF-2.2 Page 21 41 S-33 N,G JEF-2.2 42 S-34 N,G JEF-2.2 Page 22 43 S-35 N,G MASGAM 44 S-36 N,G JEF-2.2 Page 23 45 CL-35 N,G SIGECN-MASGAM 46 CL-36 N,G MASGAM Page 24 47 CL-37 N,G SIGECN-MASGAM; RN /SYS 48 AR-3 6 N,G JEF-2.2 Page 2 5 49 AR-37 N,G MASGAM 50 AR-38 N,G JEF-2.2 Page 26 51 AR-39 N,G MASGAM 52 AR-40 K,G JEF-2.2 Page 27 53 AR-41 N,G MASGAM 54 AR-42 N,G MASGAM Page 28 55 K-39 N,G JENDL-3.1 56 K-40 N,G MASGAM Page 29 57 K-41 N,G JENDL-3.1 58 K-42 N,G MASGAM Page 30 59 K-43 N,G MASGAM 60 CA-40 N,G JENDL-3.1 Page 31 61 CA-41 N,G MASGAM 62 CA-42 N,G JENDL-3.1 Page 32 63 CA-43 N,G JENDL-3.1 64 CA-44 N,G JENDL-3.1 Page 33 65 CA-45 N,G MASGAM 66 CA-4 6 N,G JENDL-3.1 Page 34 67 CA-47 N,G MASGAM 68 CA-48 N,G JENDL-3.1 Page 35 69 SC-44-IS=l N,G MASGAM; RN /SYS 70 SC-45 N,G ENDF/B-VI; RN /SYS Page 3 6 71 SC-46 K,G MASGAM 72 SC-47 N,G MASGAM Page 37 73 SC-48 N,G MASGAM 74 TI-44 N,G MASGAM Page 38 75 TI-45 N,G MASGAM 76 TI-46 N,G JENDL-3.1 Page 39 77 TI-47 N,G JENDL-3.1 78 TI-48 N,G JENDL-3.1 Page 40 79 TI-49 N,G JENDL-3.1 80 TI-50 N,G JENDL-3.1 Page 41 81 V-48 N,G MASGAM 82 V-49 N,G MASGAM Page 42 83 V-50 N,G SIGECN-MASGAM Page 43 84 V-51 N,G JENDL-3.1 85 CR-48 N,G ADL-3

xv 86 CR-50 N,G EFF-2.4 87 CR-51 N,G MASGAM Page 44 88 CR-52 N,G EFF-2.4 89 CR-53 N,G EFF-2.4 Page 45 90 CR-54 N,G EFF-2.4 91 MN-52 N,G MASGAM Page 46 92 MN-53 N,G MASGAM 93 MN-54 N,G MASGAM Page 47 94 MN-55 N,G JEF-2.2 95 FE-54 N,G ENDF/B-VI Page 48 96 FE-55 N,G MASGAM 97 FE-56 N,G ENDF/B-VI Page 49 98 FE-57 N,G ENDF/B-VI N,G Page 50 99 FE-58 N,G ENDF/B-VI 100 FE-59 N,G MASGAM 101 FE-60 N,G MASGAM Page 51 102 CO-5 5 N,G MASGAM 103 CO-5 6 MASGAM Page 52 104 CO-57 MASGAM: RN /SYS 105 CO-58 JEF-2.2 Page 53 106 CO-58-IS=l JEF-2.2 107 CO-59 N,G JEF-2.2; RN /SYS Page 54 108 CO-60 N,G MASGAM 109 NI-56 N,G MASGAM Page 55 110 NI-57 N,G MASGAM 111 NI-58 N,G EFF-2.4 Page 56 112 NI-59 N,G JEF-2.2 113 NI-60 N,G EFF-2.4 Page 57 114 NI-61 N,G EFF-2.4 115 NI-62 N,G EFF-2.4 Page 58 116 NI-63 N,G MASGAM 117 NI-64 N,G EFF-2.4 Page 59 118 NI-66 N,G MASGAM 119 CU-63 N,G ENDF/B-VI Page 60 120 CU-64 N,G MASGAM Page 61 121 CU-65 N,G ENDF/B-VI 122 CU-67 N,G MASGAM; RN /SYS Page 62 123 ZN-64 N,G JEF-2.2 124 ZN-65 N,G MASGAM Page 63 125 ZN-66 N,G SIGECN-MASGAM 126 ZN-67 N,G SIGECN-MASGAM Page 64 127 ZN-68 N,G SIGECN-MASGAM; RN /SYS 128 ZN-69-IS=l N,G MASGAM Page 65 129 ZN-70 N,G SIGECN-MASGAM; RN /SYS 130 ZN-72 N,G MASGAM; RN /SYS Page 66 131 GA-67 N,G MASGAM 132 GA-69 N,G SIGECN-MASGAM Page 67 133 GA-71 N,G SIGECN-MASGAM 134 GA-72 N,G MASGAM Page 68 135 GE-68 N,G MASGAM 136 GE-69 N,G MASGAM Page 69 137 GE-70 N,G SIGECN-MASGAM 138 GE-71 N,G MASGAM Page 70 139 GE-72 N,G JEF-2.2; RN /SYS 140 GE-73 N,G JEF-2.2 Page 71 141 GE-74 N,G JEF-2.2; RN /SYS 142 GE-76 N,G JEF-2.2; Page 72 143 GE-77 N,G MASGAM RN /SYS 144 AS-71 N,G MASGAM Page 73 145 AS-72 N,G MASGAM 146 AS-73 N,G MASGAM Page 74 147 AS-74 N,G MASGAM 148 AS-75 N,G JEF-2.2 Page 7 5 149 AS-76 N,G MASGAM 150 AS-77 N,G MASGAM Page 76 151 SE-72 N,G MASGAM; RN /SYS 152 SE-73 N,G MASGAM Page 77 153 SE-74 N,G JEF-2.2 154 SE-75 N,G MASGAM Page 7 8 155 SE-76 N,G JEF-2.2; RN - ---/SYS 156 SE-77 N,G JEF-2.2 Page 79 157 SE-78 N,G JEF-2.2; RN - ---/SYS 158 SE-79 N,G MASGAM Page 80 159 SE-80 N,G JEF-2.2; RN ---/SYS 160 SE-82 N,G JEF-2.2; RN ---/SYS Page 81 161 BR-76 N,G MASGAM; RN /SYS 162 BR-77 N,G MASGAM Page 82 163 BR-7S N,G JEF-2.2; RN ---/SYS 164 BR-81 N,G JEF-2.2; RN /SYS Page 83 165 BR-82 N,G MASGAM 166 KR-76 N,G ADL-3 Page 84 167 KR-78 N,G JEF-2.2; RN /SYS Page 85 168 KR-7S N,G MASGAM 169 KR-8C N,G JEF-2.2; RN - ---/SYS Page 86 170 KR-81 N,G MASGAM 171 KR-82 N,G JEF-2.2; RN /SYS Page 87 172 KR-83 N,G JEF-2.2 173 KR-84 N,G JEF-2.2; RN - ---/SYS Page 88 174 KR-85 N,G JEF-2.2 175 KR-86 N,G JEF-2.2 Page 89 176 RB-83 N,G MASGAM; RN /SYS 177 RB-84 N,G MASGAM Page 90 178 RB-85 N,G JEF-2.2 ; RN /SYS 179 RB-86 N,G JEF-2.2 Page 91 180 RB-87 N,G JEF-2.2 181 SR-82 N,G MASGAM; RN /SYS Page 92 182 SR-83 N,G MASGAM 183 SR-84 N,G JEF-2.2 ; RN - ---/SYS Page 93 184 SR-85 N,G MASGAM 185 SR-86 N,G JEF-2.2; RN - ---/SYS Page 94 186 SR-87 N,G JEF-2.2 187 SR-88 N,G JEF-2.2 Page 95 188 SR-89 N,G JEF-2.2 189 SR-90 N,G JEF-2.2 Page 96 190 Y-86 N,G MASGAM; RN /SYS 191 Y-87 N,G MASGAM Page 97 192 Y-88 N,G MASGAM 193 Y-89 N,G JEF-2.2; RN - ---/SYS Page 98 194 Y-90 N,G JEF-2.2; RN /SYS 195 Y-91 N,G JEF-2.2 Page 99 196 ZR-86 N,G ADL-3; RN - /SYS 197 ZR-88 N,G MASGAM; RN /SYS

XVI 198 ZR-89 MASGAM; RN /SYS 199 ZR-90 JEF-2.2 Page 100 200 ZR-91 JEF-2.2 201 ZR-92 JEF-2.2 Page 101 202 ZR-93 JEF-2.2 203 ZR-94 JEF-2.2 Page 102 204 ZR-95 JEF-2.2 205 ZR-96 JEF-2.2 Page 103 206 ZR-97 MASGAM 207 NB-90 MASGAM; RN /SYS Page 104 208 NB-91 N. _ MASGAM; RN /SYS 209 NB-91-IS=1 N,G MASGAM; RN /SYS Page 10 5 210 NB-92 N,G MASGAM; RN /SYS 211 NB-92-IS=l N,G MASGAM; RN /SYS Page 106 212 NB-93 N,G JEF-2.2; RN - /SYS 213 NB-93-IS=l N,G ENDF/B-VI; RN /SYS Page 107 214 NB-94 N,G JEF-2.2; RN - /SYS 215 NB-95 N,G JEF-2.2 Page 108 216 NB-95-IS=l N,G JEF-2.2 217 NB-96 N,G MASGAM; RN /SYS Page 109 218 MO-9 2 N,G JEF-2.2 ; RN /SYS 219 MO-9 3 N,G MASGAM Page 110 220 MO-9 4 N,G JEF-2.2 221 MO-9 5 N JEF-2.2 Page 111 222 MO-96 N JEF-2.2 223 MO-97 N JEF-2.2 Page 112 224 MO-98 N,G JEF-2.2 225 MO-9 9 N,G JEF-2.2 Page 113 226 MO-100 N,G JEF-2.2 227 TC-95 N,G MASGAM; RN /SYS Page 114 228 TC-95-IS=l N,G MASGAM; RN /SYS 229 TC-96 N,G MASGAM; RN /SYS Page 115 230 TC-97 N,G MASGAM 231 TC-97-IS=l N,G MASGAM Page 116 232 TC-98 N,G MASGAM; RN /SYS Page 117 233 TC-99 N,G JEF-2 . 2 234 RU-96 N,G JEF-2.2 Page 118 235 RU-97 N,,G MASGAM 236 RU-98 N,,G JEF-2.2 Page 119 237 RU-99 N,,G JEF-2.2 238 RU-100 N,,G JEF-2.2 Page 120 239 RU-101 N,,G JEF-2.2 240 RU-102 N,,G JEF-2.2 Page 121 241 RU-103 N,G JEF-2.2 242 RU-104 N,G JEF-2.2 Page 122 243 RU-105 N,G JEF-2.2 244 RU-106 JEF-2.2 Page 123 245 RH-99 MASGAM; RN /SYS 246 RH-99-IS=l N,G MASGAM; RN /SYS Page 124 247 RH-100 N,G MASGAM; RN /SYS 248 RH-101 N,G MASGAM; RN /SYS Page 12 5 249 RH-101-IS=l N,G MASGAM; RN /SYS 250 RH-102 N,G MASGAM; RN /SYS Page 126 251 RH-102-IS=l N,G MASGAM RN - /SYS RH-103 N,G JEF-2.2 RN /SYS Page 127 III RH-105 N,G JEF-2.2 RN /SYS PD-100 N,G MASGAM Page 128 m PD-101 N,G MASGAM 256 PD-102 N,G JEF-2.2 Page 129 257 PD-103 N,G MASGAM 258 PD-104 N,G JEF-2.2 Page 130 259 PD-105 N,G JEF-2.2 260 PD-106 N,G JEF-2.2; RN /SYS Page 131 261 PD-107 N,G JEF-2.2 262 PD-108 N,G JEF-2.2; RN /SYS Page 132 263 PD-109 N,G MASGAM 264 PD-110 N,G JEF-2.2; RN /SYS Page 133 265 PD-112 N,G MASGAM; RN /SYS 266 AG-105 N,G MASGAM; RN /SYS Page 134 267 AG-106-IS=l N,G MASGAM; RN /SYS 268 AG-107 N,G JEF-2.2 RN /SYS Page 135 269 AG-108-IS=l N,G MASGAM; RN /SYS 270 AG-109 N,G JEF-2.2 RN /SYS Page 13 6 271 AG-110-IS=l N,G MASGAM: 272 RN /SYS Page 137 273 AG-111 N,G JEF-2.2 274 CD-106 N,G JEF-2.2 Page 13 8 275 CD-108 N,G JENDL-3. 276 CD-109 N,G MASGAM Page 13 9 277 CD-110 N,G JEF-2.2; RN /SYS 278 CD-Ill N,G JEF-2.2 Page 140 279 CD-112 N,G JEF-2.2; RN /SYS 280 CD-113 N,G JEF-2.2 Page 141 281 CD-113-IS=1 N,G JEF-2.2 282 CD-114 N,G JEF-2.2; RN /SYS Page 142 283 CD-115 N,G JEF-2.2 284 CD-115-IS=1 N,G JEF-2.2 Page 143 285 CD-116 N,G JEF-2.2; RN - /SYS 286 IN-111 N,,G MASGAM; RN /SYS Page 144 287 IN-113 N,,G JEF-2.2; RN - /SYS 288 IN-114-IS=1 N,, G_ MASGAM; RN /SYS Page 145 289 IN-115 N,G JEF-2.2; RN /SYS 290 SN-112 N,G JEF-2.2; RN Page 146 291 SN-113 N,G MASGAM --/SYS 292 SN-114 N,G JEF-2.2 Page 147 293 SN-115 N,G JEF-2.2 294 SN-116 N,G JEF-2.2; RN /SYS Page 148 295 SN-117 N,G JEF-2.2 296 SN-117-IS=1 N,G JEF-2.2 Page 149 297 SN-118 JEF-2.2; RN /SYS 298 SN-119 N|G JEF-2.2 Page 150 299 SN-119-IS=1 N,G JEF-2.2 300 JEF-2.2; RN /SYS 301 SN-120 N,G Page 151 302 SN-121 N,G MASGAM 303 SN-121-IS=1 N,G MASGAM Page 152 304 SN-122 N,G JEF-2.2; RN /SYS 305 SN-123 N,G JEF-2.2 Page 153 306 SN-124 N,G JEF-2.2; RN /SYS 307 SN-125 N,G JEF-2.2 Page 154 308 SN-126 N,G JEF-2.2; .-RN. /SYS 309 SB-119 N,G MASGAM; RN /SYS Page 155 SB-120-IS=l N,G MASGAM SB-121 N,G JEF-2.2; RN /SYS

xvii 310 SB-122 N,G MASGAM 311 SB-123 N,G JEF-2.2; RN - /SYS Page 156 312 SB-124 N,G JEF-2.2 313 SB-125 N,G JEF-2.2; RN /SYS Page 157 314 SB-126 N,G JEF-2.2 315 SB-127 N,G MASGAM; RN /SYS Page 158 316 TE-118 N,G MASGAM; RN - /SYS 317 TE-119 N,G MASGAM Page 159 318 TE-119-IS=1 N,G MASGAM 319 TE-120 N,G JEF-2.2; RN /SYS Page 160 320 TE-121 N,G MASGAM 321 TE-121-IS=1 N,G MASGAM Page 161 322 TE-122 N,G JEF-2.2; RN /SYS 323 TE-123 N,G JEF-2.2 Page 162 324 TE-123-IS=1 N,G JEF-2.2 325 TE-124 N,G JEF-2.2; RN /SYS Page 163 326 TE-125 N,G JEF-2.2 327 TE-125-IS=1 N,G JEF-2.2 Page 164 328 TE-126 N,G JEF-2.2; RN /SYS 329 TE-127 N,G JEF-2.2 Page 165 330 TE-127-IS=1 N,G JEF-2.2 331 TE-128 N,G JEF-2.2; RN /SYS Page 166 332 TE-129 N,G JEF-2.2 333 TE-129-IS=1 N,G JEF-2.2 Page 167 334 TE-130 N,G JEF-2.2; RN /SYS 335 TE-131-IS=1 N,G MASGAM Page 168 336 TE-132 N,G JEF-2.2; RN - /SYS 337 1-123 N,G MASGAM Page 169 338 1-124 N,G MASGAM 339 1-125 N,,G MASGAM Page 170 340 1-126 N,, G_ MASGAM 341 1-127 N,G JEF-2.2 Page 171 342 1-128 N,G MASGAM 343 1-129 N,G JEF-2.2 RN /SYS Page 172 344 1-130 N,G JEF-2.2 345 1-131 N,G JEF-2.2 Page 173 346 1-133 N,G MASGAM; RN /SYS 347 XE-122 N,G ADL-3 Page 174 348 XE-124 N,G JEF-2.2; RN /SYS 349 XE-125 N,G MASGAM Page 175 350 XE-126 N,G JEF-2.2; /SYS 351 XE-127 N,G MASGAM Page 176 352 XE-128 N,G JEF-2.2; RN - /SYS 353 XE-129 N,G JEF-2.2 Page 177 354 XE-129-IS=1 N,G JEF-2.2 355 XE-130 N,G JEF-2.2; RN - /SYS Page 17 8 356 XE-131 N,G JEF-2.2 357 XE-131-IS=1 N,G JEF-2.2 Page 17 9 358 XE-132 N,G JEF-2.2.2; RN /SYS 359 XE-133 N,G JEF-2 .2"; RN /SYS Page 180 360 XE-133-IS=1 N,G JEF-2..2_ ; RN /SYS 361 XE-134 N,G JEF-2.2 RN /SYS Page 181 362 XE-135 N,G JEF-2.2 363 XE-136 N,G JEF-2.2 Page 182 364 CS-129 N,G MASGAM 365 CS-131 N,G MASGAM Page 183 366 CS-132 N,G MASGAM 367 CS-133 N,G JEF-2.2 RN /SYS Page 184 368 CS-134 N,G JEF-2.2 RN /SYS 369 CS-135 N,G JEF-2.2 RN /SYS Page 185 370 CS-136 N,G JEF-2.2 371 CS-137 N,G JEF-2.JEF2.22; RN - /SYS Page 186 372 BA-128 N,G MASGAM; RN /SYS 373 BA-129 N,G MASGAM N /SYS Page 187 374 BA-130 N,G SIGECN-MASGAM; RN /SYS 375 BA-131 N,G MASGAM Page 188 376 BA-132 N,G JENDL3JENDL-3.1 RN /SYS 377 BA-133 N,G MASGAM Page 189 378 BA-133-IS=1 N,G MASGAM 379 BA-134 N,G JEF-2.2; RN - /SYS Page 190 380 BA-135 N,,G JEF-2.2; RN - /SYS 381 BA-135-IS=1 N,,G JEF-2.2; RN - /SYS Page 191 382 BA-136 N,G JEF-2.2; RN - /SYS 383 BA-137 N,G JEF-2.2 Page 192 384 BA-138 N,G JEF-2.2 385 BA-139 N,G MASGAM Page 193 386 BA-140 N,G JEF-2.2 387 LA-135 N,,G MASGAM; RN /SYS Page 194 388 LA-137 N,,G MASGAM 389 LA-138 N,, G_ JENDL-3.1 Page 195 390 LA-139 N,G JEF-2.2 391 LA-140 N,G JEF-2.2 Page 196 392 LA-141 N,G MASGAM 393 CE-134 N,G MASGAM; RN /SYS Page 197 394 CE-135 N,G MASGAM 395 CE-136 N,G SIGECN-MASGAM; RN /SYS Page 198 396 CE-137-IS=1 N,G MASGAM 397 CE-138 N,G MASGAM; RN /SYS Page 199 398 CE-139 N,G MASGAM 399 CE-140 N,G JEF-2.2 Page 200 400 CE-141 N,G JEF-2.2 401 CE-142 N,G JEF-2.2 Page 201 402 CE-143 N,G JEF-2.2 403 CE-144 N,G JEF-2.JEF2.2 Page 202 404 PR-141 N,G JEF-2.- 2- RN _ /SYS 405 PR-142 N,G JEF-2.2 Page 203 406 PR-143 N,G JEF-2.2 RN /SYS 407 ND-140 N,G MASGAM; Page 204 408 ND-141 N,G MASGAM RN /SYS 409 ND-142 N,G JEF-2.2 Page 205 410 ND-143 N,G JEF-2.2 411 ND-144 N,G JEF-2.2 Page 206 412 ND-145 N,G JEF-2.2 413 ND-146 N,G JEF-2.2 Page 207 414 ND-147 N,G JEF-2.2 415 ND-148 N,G JEF-2.2 Page 208 416 ND-149 N,G MASGAM 417 ND-150 N,G JEF-2.2 Page 209 418 PM-143 N,G MASGAM 419 PM-144 N,G MASGAM Page 210 420 PM-145 N,G MASGAM 421 PM-146 N,G MASGAM Page 211

xviii 422 PM-147 N,G JEF-2.2; RN - /SYS 423 PM-148 N,G JEF-2.2 Page 212 424 PM-148-IS=1 N,G JEF-2.2 425 PM-149 N,G JEF-2.2 Page 213 426 PM-150 N,G MASGAM 427 PM-151 N,G JEF-2.2; RK /SYS Page 214 428 SM-144 N,G JEF-2.2 429 SM-145 N,G MASGAM Page 215 430 SM-146 N,G MASGAM 431 SM-147 N,G JEF-2.2 Page 216 432 SM-148 N,G JEF-2.2 433 SM-149 N,G JEF-2.2 Page 217 434 SM-150 N,G JEF-2.2 435 SM-151 N,G JEF-2.2 Page 218 436 SM-152 N,G JEF-2.2 437 SM-153 N,G JEF-2.2 Page 219 438 SM-154 N,G JEF-2.2 439 N,G Page 220 440 EU-145 N,G MASGAM 441 EU-146 N,G MASGAM 442 EU-147 N,G MASGAM Page 221 443 EU-148 N,G MASGAM 444 EU-149 N,G MASGAM; RN /SYS Page 222 445 EU-150 N,G MASGAM 446 EU-150-IS=l N,G MASGAM Page 223 447 EU-151 N,G JEF-2.2; RN - /SYS 448 EU-152 N,G JEF-2.2 Page 224 449 EU-152-IS=1 N,G JEF-2.2 450 EU-153 N,G JEF-2.2; RN /SYS Page 22 5 451 EU-154 N,G JEF-2.2 452 EU-155 N,G JEF-2.2 Page 22 6 453 EU-156 N,G JEF-2.2 454 EU-157 N,G JEF-2.2 Page 227 455 GD-146 N,G MASGAM 456 GD-147 N,G Page 228 457 N,G MASGAM 458 GD-148 N,G MASGAM Page 229 459 GD-149 N,G MASGAM 460 GD-150 N,G MASGAM Page 230 461 GD-151 N,G MASGAM 462 GD-152 N,G JENDL-3.1 Page 231 463 GD-153 N,G MASGAM 464 GD-154 N,G JEF-2.2 Page 232 465 GD-155 N,G JEF-2.2 466 GD-156 N,G JEF-2.2 Page 233 467 GD-157 N,G JEF-2.2 468 GD-158 N,G JEF-2.2 Page 234 469 GD-159 N,G MASGAM 470 GD-160 N,G JEF-2.2 Page 23 5 471 TB-151 N,G MASGAM; RN - /SYS 472 TB-152 N,G MASGAM Page 23 6 473 TB-153 N,G MASGAM; RN - /SYS 474 TB-154 N,G MASGAM Page 237 475 TB-155 N,G MASGAM; RN /SYS 476 TB-156 N,G MASGAM Page 23 8 477 TB-156-IS=2 N,G MASGAM 478 TB-157 N,G MASGAM; RN /SYS Page 23 9 479 TB-158 N,G MASGAM 480 TB-159 N,G JEF-2.2 Page 240 481 TB-160 N,G JEF-2.2 482 TB-161 N,G MASGAM Page 241 483 DY-154 N,G MASGAM 484 DY-155 N,G MASGAM Page 242 485 DY-156 N,G SIGECN-MASGAM 486 DY-157 N,G MASGAM Page 243 487 DY-158 N,G SIGECN-MASGAM 488 N,G Page 244 489 DY-159 N,G MASGAM 490 DY-160 N,G JEF-2.2 491 DY-161 N,G JEF-2.2 Page 245 492 DY-162 N,G JEF-2.2 493 DY-163 N,G JEF-2.2 Page 246 494 DY-164 N,G JEF-2.2; RN /SYS 495 DY-165 N,G MASGAM Page 247 496 DY-166 N,G MASGAM 497 HO-163 N,G MASGAM; RN /SYS Page 248 498 HO-164 N,G ADL-3 499 HO-164-IS=1 N,G ADL-3 Page 249 500 HO-165 N,G JEF-2.2; RN - /SYS 501 HO-166 N,G MASGAM Page 250 502 HO-166-IS=1 N,G MASGAM 503 ER-161 N,G MASGAM Page 251 504 ER-162 N,G SIGECN-MASGAM 505 ER-164 N,G SIGECN-MASGAM Page 252 506 ER-165 N,G MASGAM 507 ER-166 N,G JEF-2.2; RN - /SYS Page 253 508 ER-167 N,G JEF-2.2 509 N,G Page 254 510 ER-168 N,G SIGECN-MASGAM 511 ER-169 N,G MASGAM Page 255 512 ER-170 N,G SIGECN-MASGAM 513 ER-171 N,G MASGAM Page 256 514 ER-172 N,G MASGAM 515 TM-165 N,G MASGAM Page 257 516 TM-166 N,G MASGAM 517 TM-167 N,G MASGAM Page 258 518 TM-168 N,G MASGAM 519 TM-169 N,G SIGECN-MASGAM Page 2 59 520 TM-170 N,G SIGECN-MASGAM 521 TM-171 N,G SIGECN-MASGAM Page 2 60 522 TM-172 N,G MASGAM 523 YB-166 N,G MASGAM Page 2 61 524 YB-168 N,G SIGECN-MASGAM; RN /SYS 525 YB-169 N,G SIGECN-MASGAM Page 2 62 526 YB-170 N,G SIGECN-MASGAM 527 YB-171 N,G SIGECN-MASGAM Page 2 63 528 YB-172 N,G SIGECN-MASGAM 529 YB-173 N,G SIGECN-MASGAM Page 2 64 530 YB-174 N,G SIGECN-MASGAM 531 YB-175 N,G MASGAM; RN /SYS Page 2 65 532 YB-176 N,G SIGECN-MASGAM; RN /SYS 533 LU-169 N,G MASGAM; RN ---/SYS Page 2 66 LU-170 MASGAM; RN /SYS LU-171 MASGAM; RN /SYS Page 2 67 LU-172 MASGAM LU-173 MASGAM; RN /SYS

XIX 534 LU-174 N,G MASGAM 535 LU-174-IS=1 N,G MASGAM Page 268 536 LU-175 N,G JEF-2.2; RN - /SYS 537 LU-176 N.G JEF-2.2; RN - /SYS Page 269 538 LU-177 N.G MASGAM; RN - /SYS 539 LU-177-IS=1 N.G MASGAM; RN - /SYS Page 270 540 HF-170 N.G MASGAM 541 HF-171 N,G MASGAM Page 271 542 HF-172 N.G MASGAM 543 HF-173 N.G MASGAM Page 272 544 HF-174 N.G JEF-2.2 545 HF-175 N.G MASGAM Page 273 546 HF-176 N.G JEF-2.2; RN - /SYS 547 HF-177 N.G LANL Page 274 548 HF-178 N.G JEF-2.2; RN - /SYS 549 HF-178-IS=2 N.G JEF-2.2 ; RN - /SYS Page 275 550 HF-179 N.G JEF-2.2; RN - /SYS 551 HF-179-IS=2 N.G JEF-2.2; RN - /SYS Page 276 552 HF-180 N.G JEF-2.2 553 HF-180-IS=l N.G JEF-2.2 Page 277 554 HF-181 N.G MASGAM; RN - /SYS 555 HF-182 N.G MASGAM Page 278 556 TA-177 N.G MASGAM; RN - /SYS Page 279 557 TA-179 N.G MASGAM; RN - /SYS 558 TA-180 N.G LANL 559 TA-180-IS=l N.G MASGAM Page 280 560 TA-181 N.G JEF-2.2; RN - /SYS Page 281 561 TA-182 N.G JEF-2.2 562 TA-183 N.G MASGAM Page 282 563 W-178 N.G MASGAM; RN - /SYS 564 W-180 N.G SIGECN-MASGAM Page 283 565 W-181 N,G MASGAM 566 W-182 N.G JEF-2.2; RN - /SYS Page 284 567 W-183 N,G JEF-2.2 568 W-184 N.G LANL Page 285 569 W-185 N.G MASGAM 570 W-186 N.G JEF-2.2 Page 286 571 W-187 N.G MASGAM 572 W-188 N.G MASGAM Page 287 573 RE-181 N.G MASGAM; RN - /SYS 574 RE-182 N.G MASGAM Page 288 575 RE-183 N.G MASGAM; RN - /SYS 576 RE-184 N.G MASGAM Page 289 577 RE-184-IS=1 N.G MASGAM 578 RE-185 N.G LANL Page 290 579 RE-186 N.G MASGAM 580 RE-186-IS=1 N.G MASGAM Page 291 581 RE-187 N.G JEF-2.2 (LANL for LFS=1) 582 RE-188 N.G MASGAM Page 292 583 RE-189 N.G MASGAM; RN - /SYS 584 OS-182 N.G MASGAM; RN - /SYS Page 293 585 OS-183 N.G MASGAM 586 OS-184 N,G MASGAM Page 294 587 OS-185 N.G MASGAM 588 OS-186 N.G SIGECN-MASGAM Page 295 589 OS-187 N.G SIGECN-MASGAM 590 OS-188 N.G FISPRO; RN - /SYS Page 296 591 OS-1B9 N.G FISPRO; RN - /SYS 592 OS-190 N.G FISPRO; RN - /SYS Page 297 593 OS-191 N.G MASGAM; RN - /SYS 594 OS-191-IS=1 N.G MASGAM; RN - /SYS Page 298 595 OS-192 N.G FISPRO 596 OS-193 N.G MASGAM Page 299 597 OS-194 N.G MASGAM 598 IR-1B5 N.G MASGAM; RN - /SYS Page 300 599 IR-186 N.G MASGAM 600 IR-188 N.G MASGAM Page 3 01 601 IR-189 N.G MASGAM; RN - /SYS 602 IR-190 N.G MASGAM; RN - /SYS Page 3 02 603 IR-191 N.G SIGECN-MASGAM ; RN /SYS 604 IR-192 N.G SIGECN-MASGAM ; RN /SYS Page 3 03 605 IR-192-IS=2 N.G SIGECN-MASGAM ; RN /SYS 606 IR-193 N.G SIGECN-MASGAM ; RN /SYS Page 3 04 607 IR-193-IS=1 N.G SIGECN-MASGAM ; RN /SYS 608 IR-194 N.G MASGAM; RN - /SYS Page 3 05 609 IR-194-IS=1 N.G MASGAM; RN - /SYS 610 IR-196-IS=1 N.G MASGAM; RN - /SYS Page 3 06 611 PT-188 N.G MASGAM Page 307 612 PT-1B9 N.G MASGAM 613 PT-190 N.G SIGECN-MASGAM Page 3 08 614 PT-191 N.G MASGAM 615 PT-192 N.G FISPRO; RN - /SYS Page 3 09 616 PT-193 N.G MASGAM 617 PT-193-IS=1 N.G MASGAM Page 310 618 PT-194 N.G SIGECN-MASGAM ; RN /SYS 619 PT-195 N.G SIGECN-MASGAM Page 311 620 PT-195-IS=1 N,G SIGECN-MASGAM 621 PT-196 N.G SIGECN-MASGAM ; RN /SYS Page 312 622 PT-197 N.G MASGAM 623 PT-198 N.G SIGECN-MASGAM ; RN /SYS Page 313 624 PT-200 N.G MASGAM 625 AU-193 N.G MASGAM; RN - /SYS Page 314 626 AU-194 N.G MASGAM; RN - /SYS 627 AU-195 N.G MASGAM; RN - /SYS Page 315 628 AU-196 N.G MASGAM: RN - /SYS 629 AU-197 N.G JEF-2.2; RN - /SYS Page 316 630 AU-198 N.G MASGAM 631 AU-198-IS=1 N.G MASGAM Page 317 632 AU-199 N.G MASGAM; RN - /SYS 633 AU-200-IS=l N.G MASGAM Page 318 634 HG-193 N.G MASGAM 635 HG-193-IS=1 N.G MASGAM Page 319 636 HG-194 N.G MASGAM; RN - /SYS 637 HG-195 N.G MASGAM Page 320 638 HG-195-IS=1 N.G MASGAM 639 HG-196 N.G SIGECN-MASGAM ; RN /SYS Page 321 640 HG-197 N.G MASGAM 641 HG-197-IS=1 N.G MASGAM Page 322 642 HG-198 N.G SIGECN-MASGAM ; RN /SYS 643 HG-199 N.G SIGECN-MASGAM Page 323 644 HG-200 N.G SIGECN-MASGAM 645 HG-201 N.G SIGECN-MASGAM

XX 646 HG-202 N,G SIGECN-MASGAM 647 HG-203 N,G MASGAM Page 3 24 648 HG-204 N,G MASGAM 649 TL-200 N.G MASGAM Page 32 5 650 TL-201 N.G MASGAM 651 TL-202 N.G MASGAM Page 326 652 TL-203 N.G SIGECN-MASGAM 653 TL-204 N.G MASGAM Page 327 654 TL-205 N.G SIGECN-MASGAM ; RN /SYS 655 PB-200 N.G MASGAM; RN - /SYS Page 328 656 PB-202 N.G MASGAM; RN - /SYS 657 PB-203 N.G MASGAM: RN - /SYS Page 329 658 PB-204 N.G JENDL-3.1 659 PB-205 N.G MASGAM Page 33 0 660 PB-206 N.G ENDF/B-VI; RN /SYS 661 PB-207 N.G ENDF/B-VI Page 331 662 PB-208 N.G ENDF/B-VI 663 PB-209 N.G MASGAM Page 33 2 664 PB-210 N.G MASGAM 665 BI-203 N.G MASGAM Page 333 666 BI-205 N.G MASGAM 667 BI-206 N,G MASGAM; RN - /SYS Page 334 668 BI-207 N.G MASGAM; RN - /SYS 669 BI-208 N.G MASGAM Page 335 670 BI-209 N.G JEF-2.2; RN - /SYS 671 BI-210 N.G MASGAM Page 336 672 BI-210-IS=l N.G MASGAM 673 PO-206 N.G MASGAM; RN - /SYS Page 3 37 674 PO-207 N,G MASGAM 675 PO-208 N.G MASGAM Page 33 8 67 6 PO-209 N.G MASGAM Page 33 9 677 PO-210 N.G MASGAM; RN - /SYS 678 RN-211 N.G NGAMMA Page 340 679 RN-222 N.G MASGAM 680 RA-223 N.G JENDL-3.1 Page 341 681 RA-224 N.G JENDL-3.1 682 RA-225 N.G JENDL-3.1 Page 342 683 RA-226 N.G JENDL-3.1 684 RA-228 N.G MASGAM Page 343 685 AC-225 N.G JENDL-3.1 686 AC-226 N.G JENDL-3.1 Page 344 687 AC-227 N.G JENDL-3.1 688 TH-227 N.G JENDL-3.1 Page 345 689 TH-228 N.G JENDL-3.1 690 TH-229 N,G JENDL-3.1 Page 346 691 TH-230 N.G JEF-2.2 692 TH-231 N.G MASGAM Page 347 693 TH-232 N.G JEF-2.2 694 TH-234 N,G JENDL-3.1 Page 348 695 PA-228 N.G MASGAM 696 PA-229 N.G MASGAM Page 349 697 PA-230 N.G MASGAM 698 PA-231 N.G JEF-2.2 Page 3 50 699 PA-232 N.G JENDL-3.1 700 PA-233 N.G JEF-2.2; RN - /SYS Page 3 51 701 U-230 N.G MASGAM 702 U-231 N.G MASGAM Page 3 52 703 U-232 N.G JEF-2.2 704 U-233 N.G JEF-2.2 Page 3 53 705 U-234 N.G JEF-2.2; RN - /SYS 706 U-235 N.G JEF-2.2 Page 354 707 U-236 N.G JEF-2.2 708 U-237 N.G JEF-2.2 Page 355 709 U-238 N.G JEF-2.2 710 NP-234 N.G MASGAM Page 3 56 711 NP-235 N.G MASGAM; RN - ---/SYS 712 NP-236 N.G MASGAM Page 357 713 NP-237 N.G JEF-2.2 714 NP-238 N.G JEF-2.2 Page 3 58 715 NP-239 N.G JEF-2.2; RN - /SYS 716 PU-236 N.G JEF-2. 2 ; RN - /SYS Page 3 59 717 PU-237 N.G JEF-2.2 718 PU-238 N.G JEF-2.2 Page 3 60 719 PU-239 N.G JEF-2.2 720 PU-240 N.G JEF-2.2 Page 361 721 PU-241 N.G JEF-2.2 722 PU-242 N.G JEF-2.2 Page 3 62 723 PU-244 N.G JEF-2.2 724 PU-246 N.G MASGAM Page 3 63 725 AM-240 N.G MASGAM 726 AM-241 N.G JEF-2.2; RN - /SYS Page 364 727 AM-242 N.G JEF-2.2 728 AM-242-IS=l N.G JEF-2.2 Page 3 65 729 AM-243 N.G JEF-2.2; RN - /SYS Page 3 66 730 CM-240 N.G MASGAM 731 CM-241 N.G JEF-2.2 Page 3 67 732 CM-242 N.G JEF-2.2 733 CM-243 N.G JEF-2.2 Page 3 68 734 CM-244 N.G JEF-2.2 735 CM-245 N.G JEF-2.2 Page 3 69 736 CM-246 N.G JEF-2.2 737 CM-247 N.G JEF-2.2 738 CM-248 N.G JEF-2.2

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(N,G) JEF-2.2 le-05 10"s 10"4 10"3 10"2 10"1 10° 101 102 103 10* 10s 106 107 108 Energy (eV)

NE-20 :JN,( le+01£

(N,G) SIGECN-MASGAM le-06 10-5 10-4 10"3 10"z 10- 10° 101 102 103 104 105 106 107 Energy (eV)

10 NE-21 : (N,G) le+021 le+01 -

(N,G) SIGECN-MASGAM le-06 10"5 10"* 10 10 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

NE-22 :

(N,G) SIGECN-MASGAM le-07 10"5 10"* 103 10" 10° 101 102 103 104 105 106 107 Energy (eV)

11 NA-22 : (N,G) le+05 I ' ' "l ' '" M"l I I I I TTTTTT1J 708 pts \ le+04

1 1 10": io- 10° 101 102 103 104 105 106 107 108 Energy (eV)

NA-23 : (N,G) le+02 HI i i i 111HI • i I i illlk i i i i riii 2388 pts : le+01

§ le-03

le-04

le-05 FS=1 FS=O (N,G) JEF-2.2; RN -

' •• I '••! ' I • tiiiml • itiiml I I I • •••.ml • • • uml | | | I I III! 1 1 I Mllll 1 I I I til 10"5 W4 10"3 10"2 10-1 10° 101 102 103 104 105 106 107 108 Energy (eV)

12 NA-24 : le+01 i i I| i iiimi| i[ i iiimi| 60 pts le+00

le-01

™ le-02 oS •sz % le-03 2 u le-04 -

le-05 (N,G) MASGAM

le-06 ,,l I I I . I ..,! 10'5 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

MG-24 : (N7G) le+01 TTI] • • | I I IMI?I| • i mill 588 pts

le-04 10" 10" 10° 101 102 103 105 106 107 108 Energy (eV)

13 Cross-sections (Bams) Cross-sections (Barns) »—» »—» »—» n o III o OJ (v> •"> 8 i iiiiir i i MMII i i i inn A I I IIIII III Ii Ii IIIITiiiiiTir Ii Ii IIIIIiiiiiNn Ii Ii TniiiTTITTITT I i iiniii f i 111n

9 as z b

• i i i mill I I I mill i i i Mini i iilllnl I I I mill I iiiiml i iinnl g : I I I I Mill I I I Illlll I I I I Mill I I I I Mill I I I I Illi MG-28 : (N,G) le-Ol 60pts

le-02

£ le-03 ? o X! & le-04 S u

le-05

(N,G) MASGAM Ip-Ofil , ,,,..,,1 , ..,,M,I . ,,,,,.,1 , ,,,,.,,1 , ,,.....] • .....,,l . , I I , ..,.,„) , ..,,,,,1 • ,..,,,,1 , ..,..,.1 . ... 10'5 10^ 10'3 102 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

AL-26 : le+01 I I I I I I 'I " '"

le+00

le-01

re ¥O le-02 o « le-03 (A s le-04

le-05 (N,G) MASGAM le-06 ,1 . . ,.„„! . , ....,,1 1 ,.1 1 1 1 1 io,-3 101 10° 101 102 103 104 105 106 107 108 Energy (eV)

15 AL-27 : (N,G) le+021 3825 pts E

le+01 »

le+00 -

le-01 - I •J3 « le-02 tn 2 u le-03 -

le-04 w ! (N,G) JEF-2.2 le-05 10"! 10'3 10"2 1O"1 10° 101 102 103 104 105 106 107 10* Energy (eV)

SI-28 : (N,( le+01 2136 pts =

le+00

le-01

"p le-02 o U

le-03

(N,G) JENDL-3.1

16~U4 I • • • •"•'! ' • \ IMIII i i i inn! i p ^iitt i ii u l i i l mill u| , M i mil i i i Mini i i n nul . t i mill i • • i mil 1 t I Illll 10'5 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 10s Energy (eV)

16 Cross-sections (Barns) Cross-sections (Barns)

v~* t—» t—» n + + + 8 © o III I I MM filI I Il I IHMiI l II II II II IMMiI l

w 1—1 o • • 2 o

J1 . OJ •

I I I HIM Illl Mill I t II Mill Illl Mill Illl I I I Illli SI-31 -.(KG) le+01 •I IIMIII| 54pts

le+00

le-01 o

le-02

I le-03 to a u le-04

le-05 (N,G) MASGAM

i ,i i .1 i 10-5 W4 10"3 10'2 10-1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

SI-32 : (N; le+00 W

le-01 -

le-02 ; (Bams ) le-03 s-section s 8tn u le-04

le-05 -

le-06 10"4 10"3 10"2 10 10° 101 102 103 104 105 106 107 108 Energy (eV)

18 Cross-sections (Barns) Cross-sections (Barns)

H-t h-» t—* t—» t—* I—* h-»

I. 6 Itn I I I o 1 nnn iiiiiiii| i iimui T UTiim T rimrn nnira i i iinui Mil IUII

ON 00 v>

E 111 mill i i I null i i i HUM i i i nun i i i mill i i i nnli g E I 11 mill i i I mill i 11 mill i iiinnl i iininl I iimiil i iimiil I innfl Cross-sections (Barns) Cross-sections (Barns)

H-i |-J •»* III I I 6 I i 11HUM i 111HIMm—i —i 11Mini—iiiniij i nmill—i iiiinii i i <3\ tn II III IIII1I I 1 I mm Till ITTTJ I 1 I I Mill I I 111/11

00 o Si

I 11 milml l i ii 111 till i 111 • • ifII] i 11HUM i i iMini i i iiniil i i innil i i nut III mill i i i mill I ill III mill I 111 111 S-33 : (N,G) le+021 le+01 =^

10"4 10"3 10'2 10'110° 101 102 103 104 105 106 107 108 Energy (eV)

S-34 : le+02 J • i>Tnn| i niiui| 1449 pts : le+01

il • * I i i i mill—i i il—i i i inn 1C4 10-3 10-2 lO'110° 101 102 103 104 105 106 107 108 Energy (eV)

21 S-35 : (N,G) le+01

le+00

le-01

2 le-02 2 o o % le-03 2 u le-04

le-05 (N,G) MASGAM

10"5 10"1 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV) S-36 : (N,G) le+01 ] ' ' ' • " »| | | | "'1 459 pts =

le+00

(3 le-Ol £ I I le-02 2 u le-03

(N,G) JEF-2.2

16-04 1 ' • * 'tftl ' t i titnl t • i l unl i i i i m il , • i mill . • mini i i i tinil t i | M1fil i n I i i mini t_l J.lllllJ I I I I MI J 5 3 2 1 1 2 3 4 5 6 7 8 10"5 10^ 10" 10"2 10"1 10°° 101 102 103 104 105 610 10 10 Energy (eV)

22 CL-35 : le+04 '1 ' ' """1 1 ' ' • '""I T '"I I I 1689 pts : le+03

(N,G) SIGECN-MASGAM le-O6 10s 10"4 10"3 10'2 10'1 10° 101 102 103 104 105 106 107 10s Energy (eV)

CL-36 : (N,G) le+03 f

le-04 10'5 10"* 10"3 10"2 10'1 10° 101 102 103 104 10s 106 107 Energy (eV)

23 CL-37 : (N,G) le+02 = I I I I "I 'I ' r"""l ' " ""1 ' ' """[ I 1287 pts E le+01

le+00

1 le-01 S- to I le-02 u

le-04 FS=1 le-05 FS=O (N,G) SIGECN-MASGAM;: -/SYS

i . . .,...,1 i ,,,i . i 10"5 10" 10'3 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

AR-36 : le+03W

2 u

10- 10° 101 102 103 104 10s 106 107 Energy (eV)

24 AR-37 : (N,G) m i A In n le+02i I '"I 1 ' 1 ' ' "'"'I I "i i i ^ 60 pts :

le+01 -

le+00 - \

s \ Mil l 1 mi [II I = 5 le-01 in Us le-02 -

le-03 - \, (N,G) MASGAM

I I I i i i i 10"5 10"4 10'3 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

AR-38 : le+02 1 I • ' """I ' ' """I '"I 636 pts - le+01

le+00 i .2 le-02

| le-03 U le-04

le-05 (N,G) JEF-2.2

le-06 I ' ' 'I I •! I I I I i i i mill I—i i I—i i i mill 10"5 lO'1 10-3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

25 AR-39 : (N,G) le+05 33 pts le+04

le+03

le+02

to le+01

gj le+00

U le-01

le-02

le-03 (N,G) MASGAM le-04 10"5 1O"4 10"3 10"2 1O'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

AR-40 : le+02 if TIIMIII| i-TTiini| i lining i-TTTmi| 3702 pts E

le+01

le+00 arns )

| le-01

Cros s le-02

le-03 (N,G)JEF-2.2

1 le-04 ' ' M "M '•''ll—l i i I i i mini 1 I ' I I i i mini i i mini—i i mini—i i '•»» 10"5 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 10* Energy (eV)

26 AR-41 :(N,G) le+02 E ' i i i 60pts

le+01

le+00

% le-01 u

U le-02

le-03 (N,G) MASGAM le-04 10-5 10"4 10"2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

AR-42 : (N,( le+01 I I I I I I I '"I ' '"""I I I I

le+00

le-01

S- le-02 I % le-03

U le-04

le-05 (N,G) MASGAM

le-06 I • * ' ""'I * ' • ""'I ' ' * "•! ' • » ""•! • 'I • • ' '""I *• l l """ _ -1-' ' ''"" •: ' ' ' ""•" _ ' * ' ' 10"3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

27 K-39 :(N,G) 2727 pts !

le+01

g le+00 02 in I le-01

| le-02 U

le-03

le-04 (N,G) JENDL-3.1

.1 i i i i i i i i 10s 10"4 10"3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

K-40 :(N7G) le+04 I ' '"""I ^ r i | • • • "'"I ' TTirm] rriinn| i I-TTTTHJ 60 pts le+03

le+02

I le+01

% le+00 i u le-02

le-03 (N,G) MASGAM

1&~U4 I i i i • mil < t t mill ' i n ntil i t t imil i t • mill i i nmil rl i i i i mil i i i Mini i I i ii.nl I.. I I tlllJ 1 1. I I Hill 1 1 IJ 10'5 10"* 10'3 102 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

28 K-41 : le+03 .| r inr.ri| | ' • ' II1M| 2355 pts = le+02

le-02

le-03 (N,G) JENDL-3.1 ip-ml i i 10"5 10"* 10"3 10"2 10"1 10° 101 102 103 106 107 108 Energy (eV)

KA2 :(N,G) le+02 60 pts

le+01

le+00 re CO 2 .2 le-01

O le-02

le-03 (N,G) MASGAM

le-04 f ' • ' t • niinil i i i mill •

29 K-43 : le+02 = I I I I I I I I 1 ' I

le+01

'g le+00 I

.2 le-01

sen U le-02

le-03- (N,G) MASGAM

le-04 I I ,,,! .! i 10-5 10'3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

CA-40 : (N,G) le+02 p" "• • •••••"

le-05 lO"5 10"3 10"2 10 10° 101 102 103 104 105 106 107 108 Energy (eV)

30 CA-41 : (N,G) le+031

le-04 10'5 10"3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

CA-42 : (N, le+02 I I ' ' """I '"I '"I I I I 2727 pts E le+01

le+00 i le-01 o le-02 8 o U le-03

le-04 (N,G) JENDL-3.1 le-05 I . • I ...... I I 10"5 10"* 10"3 10"2 101 10° 101 102 103 104 105 106 107 108 Energy (eV)

31 CA-43 : (N,G) le+03 I "'I * ' ' | i "I I • ' F I • • IIM11| ' I 2082 pts \ le+02

le+01

* le+00 s o B 2% le-01 u le-02

le-03 - (N,G) JENDL-3.1 I I 1O'5 10'3 10",-22 1m-0 1 10° 101 102 103 104 105 106 107 108 Energy (eV)

CA-44 : (N,G) le+02 "I r I I ^' rTTTT rrn™l I ' I T I ' I '"I 1743 pts E

le+01

U le-02

le-03 (N,G) JENDL-3.1 le-04 ,,| | | , | 10-5 10'3 10"2 10-1 10° 101 102 103 104 105 106 107 108 Energy (eV)

32 CA-45 .(Ng le+03 60 pts = le+02

le+01

£ le+00 § X! ? le-01 (A e u le-02 le-03 (N,G) MASGAM

IP-041 , ,,,..„! i . ..,,,..! 10'5 10"4 10'3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

CA-46 : (N,G) le+02 IJ i IIIMII| '"I ' I ' ' ""I ' 'II' I'M I I I I Illl 33 pts E le+01

le+00 i le-01 o » le-02

U le-03

le-04 (N,G) JENDL-3.1

le-O5 I I 'I i i i mill ' 'I I I i i IIIIIII i i i mill—i i i mill—i i i ninl—i i mini—i i iiiml— 8 1O'5 10"* 10'3 10"2 10'1 10° 101 102 103 104 105 106 107 10 Energy (eV)

33 CA-47 : (N,G) le+02

le+01

le+00 i(B a | le-01

Cros : le-02

le-03 (N,G) MASGAM le-04 .1 i i i i ,i i i i i 10~* 10"3 10'2 101 10° 101 102 103 104 105 106 107 108 Energy (eV)

CA-48 : (N,G) le+02 "I i i i i mil l ill inii i i i • lull 558 pts le+01

le+00

le-01 Si le-02 :tion s

1 le-03 U1

le-04

le-05 (N,G) JENDL-3.1

le-06 ' '''I'"! * i i unil i ill i ml i i i in|rl i i i ti^il I I mini t nl nil • ' » ""•! ' • • uml ' * I li'lil 1 1 llllnl 1 10 5 10"3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

34 SC-44 -IS=1: (N,G)

« le-02 - 2 u le-03 -

le-04 - (N,G) MASGAM; RN - —/SYS le-05 10" lO"4 10"3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

SC-45 : (N,G) le+03i

(N,G) ENDF/B-VI; RN - —/SYS le-04 10"5 10'3 10'2 10"1 10° 101 102 103 104 105 106 107 Energy (eV)

35 SC-46 : (N,G) le+03 60pts

le+02

le+01

re ~ le+00 2 o X! ? le-01 2 u le-02

le-03 (N,G) MASGAM le-04 10"5 10"4 10'3 1O-2 1O'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

SC-47 : (N,G) le+03 T • • """I I T ' • """I • • ' I • ' """I ' ' 'I 60pts

le+02

le+01

le+00 Io

le-01 2 U le-02

le-03 (N,G) MASGAM

le-04 ,,| .,,.uil j. J_LLUH1 i iimiil , ,i mill i i i unit i 10"5 10-4 10-3 10"2 10"1 10°101 102 103 104 105 106 107 108 Energy (eV)

36 SC-48 : (NrG) le+03 i • • • '""I 60 pts =

le+02

le+01

" le+00 § •a « le-01 e u le-02U

le-03 - (N,G) MASGAM 1P-Q4|

lO'5 10"* 10'3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV) TI-44 : (N,G) le+02f

le-04 10"5 10" 1O'1 10° 101 102 103 104 10s 106 107 Energy (eV)

37 TI-45 : (N,G) r 11M le+03 I • ••i.iii| I ' """I I ' ' """I ' ' "| I • • """I 60 pts

le+02

le+01

S- le+00 8 le-01 (A s le-O2

le-O3 (N,G) MASGAM

le-04 I I ,1 1 10"5 103 1O"2 1O"1 10° 1O1 102 1O3 104 10s 106 107 108 Energy (eV)

TI-46 : (N,G) le+02 I "'I ' ' ' '""I ' ' """I ' ' """1 ' ' """I 2769 pts E

le+01

tn le+00 i(Ba r le-01 -section s

Cros s le-02

le-03

(N/G)JENDL-3.1

le-04 iJ l i mini A I ...I I I 10 5 10"3 10"2 10'1 10° 101 102 103 104 105 106 107 101 Energy (eV)

38 TI-47 : (N,G) le+02 2931 pts =

le+01

le+00

le-01 S o le-02 2 u le-03

le-04 (N,G) JENDL-3.1 le-05 .1 i , , i i ,,i i 1O"4 1O"3 1O"2 1O'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

TI-48 : (NrG) le+03 921 pts =

le+02

le+01

=- le+00 |

« le-01 o U le-02

le-03 (N,G) JENDL-3.1

le-04 J 1 1 mini ,1 ,.l I I 10"5 10"4 10"3 10" 10° 1O1 102 103 104 105 106 107 108 Energy (eV)

39 TI-49 : (N,G) le+03 I I ' ' I I I ' I ' ' ' ""'I ' ' """| " ' """] |- I I I I HIT] 1791 pts = le+02

le+01

le+00 in §

le-03 (N,G) JENDL-3.1 1p-04l I i i i i 10"5 10"4 10'3 10 2 10'1 10° 101 1O2 103 104 10s 106 107 108 Energy (eV)

TI-50 : (N,G) le+01E i

le+00 =-

le-01 ; (Bams ) le-02 ?ction j

Cross-s t le-03

le-04 -

le-05 10"5 10"4 10"3 10'2 10 10° 101 102 103 104 105 106 107 108 Energy (eV)

40 V-48 :(H le+03 ' 'I '"i""! • IIIMII) I limn] • ITJIIII] i IIIMII] i iiirnij i IIIMII[ -I-1 | 60pts

le+02

le+01

CO le+00 p u ? le-01 (0 2 u le-02

le-03 (N,G) MASGAM

I I I 10"5 10"4 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

V-49 : le+03 r] i | i i • • 60 pts E

le+02

le+01

le+00 p « le-01

le-02

le-03 (N,G) MASGAM le-04 i 10'5 1O"1 10-3 lO"2 1O-1 10° 101 102 103 104 105 106 107 108 Energy (eV)

41 V-50 : (N,G) i ^' """i 933 pts

le+02

le+01 03 s .2 le+00 to le-01 U

le-02

le-03 (N,G) SIGECN-MASGAM le-04 I I I , ,,,,,„! , ,, I I I , ,, 1 10- 10"3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

3267 pts =

le+01 1?

le+00

« le-01 c/> o U le-02

le-03 (N,G) JENDL-3.1

le-04 ill 1 I I.LLIlll L LlillllJ • t il ' ' """I ' I i i i '""I i i mini i i it mil i i I—i i MIIUI—i i 11 tin 10-s 10"1 10"3 10"2 10-1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

42 CR-48 : (N; le+02 B T ' '"""I '"I ' "'"'"I • •' | I rminj r iiiniij i miin| i lining i innnp ninm[ T IIIIIIT|

le+01 =-

•g1 le+00 -

.2 le-01 -

(A 8 U le-02 -

le-03 -

le-O4 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

CR-50 : (N, le+03 i i T TTT™I i 1280 pts =

le+02

le+01

le+00

I le-01 1 u le-02

le-03 (N,G) EFF-2.4 le-04 i i 10-5 3 10"1 10° 101 102 103 104 105 106 107 108 m Energy (eV)

43 CR-51 : (N,G) le+03 WE ' ' ' '""1 ' ' """1 ' 1 ' ' ' ""'1 ' 1 ' ' ' 1 ' • """1 ' ' '1 ' ' """1 1 • """1 ""1 r 60 pts = le+02 -

le+01 =- — s- ie+oo y- £ p X V le-01 — 2 u le-021- mi l i 1

le-03 - (N,G) MASGAM

1 10"5 10"4 10'3 10"2 10° 101 10* 103 104 105 106 107 108 Energy (eV)

CR-52 :(NfG) le+02 | ' • ••""! 1280 pts =

le+01

le+00

S- le-01 2 o «? le-02 I le-03

le-04 (N,G) EFF-2.4

IP-O.SI i i i , i i ,i i ,.,! I I , 10s 10"2 lO4 10° 101 102 103 104 10s 106 107 108 Energy (eV)

44 CR-53 : (N,G) le+03 E ' '"""I ' .".""1 | | •! | | ."I | | • 1280 pts =

le+02 Illlll l i mil l I . In,,, ,

le+01 I Hil l 1

le+00 =- ^s.

2 I mil l i p

le-01

o8 iiini l I U le-02 =- li iiufllik —

le-03 E (N,n) FFF-? d ' le-04 1O5 10"* 10'3 10'2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

CR-54 : le+01f

le-05 10"5 10"4 10'3 10'2 10"1 10° 101 102 103 104 106 107 108 Energy (eV)

45 MN-52 : (N,G) le+03fe ' '"""I I ' ' """I mi "i—i 11 inni|— i i i] i IIIIIr TITTJI 1 i mini i i iini|— |—i i i nun—' ' '" 60pts

le+02

le-02

le-03 (N,G) MASGAM 1p-fl4l i i i 10"5 1O"4 1Oi-3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

MN-53 : (N; le+04 E I ' I I nj "I ' • ••""I 60pts le+03

le+02

I le+01 ¥ % le+00 1 le"01 U le-02

le-03 (N,G) MASGAM

IP-041 i i ,1 1 1 | I I I I I ,.,! 10"s 10"^ 10° 101 102 103 104 10s 106 107 108 Energy (eV)

46 MN-54 : (N,G) le+03 J • > IMIII| 1 I iTiifi[ 1 i i IIITT•mi—J J1 TI iiinii UTIII| —i 1 i imm—] i1 iI Ti iITH Mil]—T i \ i miii 1 i mini 1 i i HUM 1 i i imii

le+02

le+01

S- le+00 I le-01 in 2 u le-02

le-O3 (N,G) MASGAM le-04 10" 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

MN-55 : (N,G) le+03 "I I I • I •Illl I I I I II 111 • I I I I fill 5508 pts =

le+02

le+01 (A

le+00 _o

« le-01 1 U le-02

le-03 (N,G) JEF-2.2

le-04 I "I I I I ' • """I * ' • """I i i i mill i i i mill—i i i mill—i i I—i i i mill— 10-5 W4 10"3 10-2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

47 FE-54 :(N,G) 9819 pts =

le+01

le+00 § ? le-01

le-02

le-03 (N,G) ENDF/B-VI le-04 ,i i 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

FE-55 : (NrG) le+03 ITJ . iiiiiiij 1 ' 'I I TTTTTTTTy i' i.iuni i (inr • ' ' '••"'| ' "] 60 pts =

le+02

le+01

le+00 2

I le-01 Jn en O U le-02

le-03 (N,G) MASGAM

le-04 •L ui mill 10'5 10"4 10"3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

48 FE-56 : (N,G) le+021" i i ' IIIIII ill I i i i fm

le+01 - f

(N,G) ENDF/B-VI le-05 i

FE-57 : (N7G) le+03 1 "I I ' ' """I • • ' "'"I 1 I "T ' T ' ""T I 9503 pts E le+02

le+01

le+00 o2

le-01 o U le-02

le-03 (N,G) ENDF/B-VI le-04 105 10"4 103 10"2 101 10° 101 102 103 104 106 107 108 Energy (eV)

49 FE-58 : (N,G) le+03 "I ' ' I ' I I 'I '"I ' ' IrmT I I ' ' ' '""I "I ' ' ' "'"I 7053 pts -_ le+02

le+01

re CO le+00

? le-01 S u le-02

le-03- (N,G) ENDF/B-VI le-04 ,i ,,,,,,..1 . i i i i ,.i ....,,,.1 i 0"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

FE-59 : (N,G) le+03 W I r-n-rfmj . . .'...

le-04 10'5 10"3 10"2 10'1 10° 101 102 103 104 10s 106 107 Energy (eV)

50 FE-60 : (N,G) le+02 'I I I '••""! • 60pts

le+01

le+00

(3 CO

•jl le-Ol

in Us le-02

le-O3

le-04 105 10"* 10'3 10"2 10 10° 101 102 103 104 106 107 108 Energy (eV)

CO-55 : (N; le+03 "T rT'™1 60pts

le+02

le+01 "en"

le+00 2 o •a le-01 8 2 u le-02

le-03 (N,G) MASGAM

le-04 i i ••M»I I i i i mill • • ••••••! .I I I "' ' • """I i i 11 mil—i i 11 mil—i i ii ' " 1 2 3 4 s 6 7 8 5 3 2 10 10 10 10 10 10 10 10 ° Energy (eV)

51 CO-56 : (N,G) le+03 i i T I I 60pts le+02

le+01

S- le+00 en § •xs ? le-01

1en u1 le-02

le-03 (N,G) MASGAM le-04 10r3 10"2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

CO-57 : (N.G) le+03 E '"""I ' I ""'"I | IIIIIII| ' "'""I J I 1 I1IIIIJ I I IMIIlj 60pts le+02

le+01

CO s. le+00 a o ? le-01 o8 U le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS

le-G44 1I i1 'I i ••"•mil!l • • • '••••!I •!•'••"1 i 11 mi! l i i i • miii I • 11 im.i ' i iiiml i i I I i milill i I I null 1 I I mill 1 11 L_ 5 4 3 2 1 1 2 3 4 5 6 7 8 10' 10" 10' 10' 10' 10° 10 102 10 10 105 106 10 10 Energy (eV)

52 CO-58 : (N,< 405 pts

le+03

le+02

le+01 is(B a _o le+00 -sec t

Cros s le-01

le-02 r

le-03 r (N,G) JEF-2.2 le-04 i ,i i i .., 101-5 10'2 10"1 10° 1O1 102 103 106 107 108 Energy (eV)

CO-58 -IS=1: (N,G) le+07 1 • 1 • •""" 1 1 1 486 pts :

g le+02 o le+01

le+00 u le-01

le-02

le-03 (N,G) JEF-2.2 le-04 "I I 'I "I i •••••••! I 'I i i i mill—i i 11mil—i • i mill—i i i mill i i mini 10"5 10^ 10"3 10'2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

53 CO-59 : (N,G) le+03 5 '"I I I I I •' '""'I ' ' ii""| "I ' ' """I ' ' """I r-rr""'| 1280 pts E le+02

le+01 n CO le+00

« le-01 in 2 u le-02

le-03 FS=1 FS=0 (N,G) JEF-2.2; RN - —/SYS le-04 ,,l I I 10 10° 101 102 103 104 10s 106 108 Energy (eV)

CO-60 : le+031

103 10"2 10"1 10° 101 102 103 Energy (eV)

54 NI-56 : le+03 T ' *' I T • ' ' ""'I ' ' I I 60pts le+02

le+01

S- le+00 I « le-01 V) a u le-02 le-03 (N,G) MASGAM

1p-04l , i ,,l I I ,.,,,,,,I I , I I I I .,, I I 10"5 10"4 1O"3 10'2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

NI-57 '.(KG) le+031

10 lO'3 10-2 10"1 10° 101 102 103 104 105 106 1O7 108 Energy (eV)

55 NI-58 : (N,( le+021 I ' IIrmT | ' ""'"| ' •••in.| 1280 pts E

le+01

le+00

le-01 >-secti o

Cros s le-02

le-03 (N,G) EFF-2.4

.,..1 i i 1Q-5 10"4 10"3 10° 101 102 103 104 105 106 107 108 Energy (eV)

NI-59 : (N,G) le+04 ] rllI™| ' ' """I 1956 pts : le+03

le+02

le+01

._§ le+00

le-01 U le-02

le-03 (N,G) JEF-2.2

le-04 I ' • ""ill il il i i i mill l i I. Ml "1 ' i » niiil i i > i. ml i • i null l_JLJJ]Uil 1 I I 1 Illll lilt 10'5 10"3 10"2 10-1 10° 101 102 103 104 105 106 107 108 Energy (eV)

56 NI-60 : (N,G) le+02 1280 pts E

le+01

le+00

s U le-02

le-O3 (N,G) EFF-2.4 1P4V4-| 105 10-4 103 10-2 10J 10° 101 102 103 104 105 106 107 10s Energy (eV)

NI-61 : le+03f I I I I I I I I I I I

le-04 10" 10"3 10"2 10" 10° 101 102 103 104 105 106 107 108 Energy (eV)

57 NI-62 : (N,G) le+03 7719 pts I

le+02

le+01

& le+00 V) O

« le-01 2 u le-02

le-03 (N,G) EFF-2.4 le-04 10'5 10"4 10"3 10'2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

NI-63 : le+041

le+03 !•

le-04 10"5 10"* 10"3 10'2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

58 NI-64 : (N,G) TTTTTj 1 1 M1III] rTTTmiJ • "I "ITill. le+02 "I ' """'I i |—i i i r iMil i i i HIM]—i i 11 HIM 7617 pts ;

le+01

le+00

(9 CO

u 0)

U le-02

le-03 (N,G) EFF-2.4

le-04 ,.,! I I ,1 1 . . I ,,| I . .,,,,,,1 105 1O"4 10'3 1O2 1O1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

NI-66 : le+02f

le-04 lO" 10"3 102 1O"1 10° 101 102 103 104 105 106 107 Energy (eV)

59 Cross-sections (Barns) Cross-sections (Barns)

n> n ft 11 ? T + + OOOOOO o o o o I I I >->i£w S) i-> O >-> i 11 HIM i i mini i 11 mm i I1 111 IIIII HIMI Ir ITllINITIIIII I I IIIliTT I I IIIHIJ I I II Mill / I IITTIH I I III Till i T TI II|I Ii Inmii I I |

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o -

o '-

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n % n c I Z q L h ON ON % o Z

1 ON O

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I I I mini i 11 mill i i mini i i nuilnl i 11 mill i i mini i i nuiil i i mini i i nut i i i i mil i i i i mil i i i i mil i i i i mil i i i i i i i mil CU-65 : (N, le+03 IJ • • """I 1 r I 9822 pts =

le+02

le+01

£ le+00 I u « le-01 2tn u le-02

le-03 (N,G) ENDF/B-VI le-04 i i 10'5 1O-* 10'3 10'2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

CU-67 : T le+03 r1 i i T ' ' """I I 'I I ' • • I 60 pts le+02

le+01

=- le+00 i ? le-01

U le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - ~/SYS

le-04 1 1 _LI..Ull J_ I .i i 7 8 10"5 lO"4 10"3 10"2 101 10° 101 102 103 104 10s 106 10 10 Energy (eV)

61 ZN-64 : (N,G) le+02 TTTTTT] 1 I I Mlll| 1 I 1 MtTT] 1 T'TIMM] 1 "IT'II in] r I 1 HIIT| 1 I I Mill] 1 I I I fin] IT IT 11 HI I I I HIH| r~I T1THT] I I I IMIIj [ I I I 11. 1280 pts •

le+01

le+00

in I le-01

(A 2 U le-02

le-03 (N,G) JEF-2.2 le-O4l_L ,,,,„! I io-5 1O"3 10"2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

ZN-65 : (N,G) le+04 T 'I ' ' """I I ' 'I ' I I 48 pts le+03

le+02

E le+01 CO

le+00 tion s i 01 w SSO . le-01 U le-02

le-03 (N/3) MASGAM le-04 I 5t I I 3J • •! I I I I "I i i mini i i i milsl i i 6I—i i i mill 10'3 10^ 10'3 10'2 10"1 10°° 101 102 103 104 10s 106 107 108 0'5 Energy (eV)

62 ZN-66 : (N,G) le+03 U| • 11111111 8688 pts = le+02

le+01

TO CO. ¥ le+00 ? le-01 2 u le-02

le-03 (N,G) SIGECN-MASG le-04 i ,..,,...! ...i i 7 8 io-5 10"3 10'2 1O1 10° 101 102 1O3 104 1O5 106 10 10 Energy (eV)

ZN-67 :(N,G) le+03 "i * i 3237 pts \ le+02

le+01

S- le+00 1 » le-01 8 8 le-02

le-03 (N,G) SIGECN-MASGAM

le-04 I I • • l "'"I • • i r t .«•! i I ill I ill I . • mill i i i 1.1..I nl I I I Illlll 1 I I I Hill 1 ll 1 I III 105 10"* 103 10"2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

63 ZN-68 : (N,G) le+03 E ' • """I ' ' ' '""I 1 I 6420 pts = le+02

le+01

le+00

CO ^ le-01 o •s 8 le-02 to U le-03

le-04 FS=1 le-05 FS=0 (N,G) SIGECN-MASGAM; RN - —/SYS le-06 1O'S 10"4 10'3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

ZN-69 -IS=1: (N,G) M1 le+03 r]i • "i"'| T ""| TTTTTm f I i i i All I i i t HIM1 i' i• i""" i mili • r•T """i i i 60 pts

le+02

le+01

" le+00 S o X! ? le-01 u le-02

le-03 (N,G) MASGAM

le-04 » • "••' ' 'I .i i i uil ' • ' 'I I I • • • '""I 1 I I I Mill 1 I I 11 111 10" 10"3 10'2 101 10° 101 102 103 104 105 106 107 108 Energy (eV)

64 ZN-70 : (N,G) le+02 = ' "1 1 ' ' ' 1 ' • """i i • • """i i • i • •""" 8733 pts i I le+01

le+00 i mil l 1 (3 le-01 03 1 i le-02 u

le-03 u le-04 i ; FS=1 le-05 r— = FS=n 4;11N-—/SYS = le-06 10"4 10"3 10'2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

ZN-72 : (N,G) le+02 I 'I I T I I I '"I 60 pts

le+01

le-04 (N,G) MASGAM; RN - —/SYS

le-05 "I ' "I ' ' • tMllll » » ' "•"* ' ' ' '""F 1- I I 1J'»1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

65 GA-67 : (N,G) le+03 60 pts

le+02

le+01 1 i le+00 o a; « le-01 8 u le-02

le-03 (N,G) MASGAM le-04 ,1 1 1 ,1 ,,.! I . ,,,,,,,1 . .,.,,..1 10s 10" 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

GA-69 : (N,G) le+04 | TT iiira| | TTITIIII| 2277 pts = le+03

le+02

le-02

le-03 (N,G) SIGECN-MASGAM

le-04 ' i \ •"••! • ' ' nini i i i ti ui—t .i ntuJ • • <' •""'""f—' •• >> •• •• "•• '•••' ! • • ' '""I I • • t I if i i i mill—i i mint—i i inn 10" 10"2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

66 GA-71 : (N,G) le+04 T I ' fTTTT7Il I 2064 pts : le+03

le+02

g le+01 2 .2 le+00 u I le-01 u le-02

le-03 (N,G) SIGECN-MASGAM le-04 i i i ,,i i , i , . ,,.,,,i 10'* 10-1 101-3 101 10° 101 102 103 104 105 106 107 108 Energy (eV)

GA-72 : (N,G) le+03

le+02

le+01

le+00 o ? le-01 s u le-02

le-03 (N,G) MASGAM

le-04 I i i mini ill i i i mill i i I ill I I • • •<••"! i i i mill—i i mini—i i nniil—• i mini i i n 10"5 10"4 10"3 10"2 10"1 10° 1O1 102 103 104 10s 106 107 108 Energy (eV)

67 GE-68 : (N,G) le+03 60pts le+02

le+01

¥ le+00 o « le-01 to in e u le-02

le-03 (N,G) MASGAM le-04 „! , , ,,,,,.1 1 1 10"3 10"2 10° 101 102 103 104 105 106 107 108 Energy (eV)

GE-69 : (N.G) le+03 "i '' • iTTni 60pts

le+02

le+01 "inI" le+00 2 o le-01 2 u ie-02

le-03 (N,G) MASGAM le-04 ,,„! , , ,,,,,,1 10'5 10-4 10'3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

68 GE-70 : (N,G) le+03 I ' '•"*"] I Illl IIMI 1 till Mil •1 < I Illl I I • ' • I ' ' ' I I 2130 pts E

le+02

le+01

S- le+00 s o « le-01 2to u le-02

le-03 (N,G) SIGECN-MASGJ

le-041 . i i .i i . i t ...... I i ni 10'5 10"4 10"3 10'2 10'110° 101 102 103104 105 106 107 108 Energy (eV)

GE-71 :(N,G) le+03 = 1 1 1 ''"""| | | ii mi.., ..., , .. i • ' """l l « 60 pts E

le+02 1 , iiniil... . i IIIIII .

le+01 to f\ inni l i & le+00 =- ^^ .illU U .1 1

§ L \

•a / le-01 8 I mi l i Illlll l 1 u le-02 r- ^—^ -= i li n

le-03 Ill l 1 I 1

le-04 105 1O"1 10"3 10"2 10"101 ° 101 102 1O3 104 1O5 1O6 107 10* Energy (eV)

69 Cross-sections (Barns) Cross-sections (Barns)

to to to to to 1 to 6 o © o o

; SJ 51» L O >-»

L n - O 09 z ho ft

ill III mill i i i HUM i i I MUM i i i HUM i i i HUM i i I—* 1 t 1 1 Mill | I 1 I HIM I I I I I Mil I I I I Mill I I I I I Illl I I I 1 Hit So Si GE-74 : (NT; le+02 I ' ' """I T • • ' I ' I ' I ' ' """I ' ' """I ' 1572 pts E

le+01

le+00

•g le-01 I 2 U le-O2

le-O3 FS=1 FS=O (N,G) JEF-2.2; RN - --/SYS 1p-fl4l , l i . l i . ., i i 10"5 10"11 10"33 10"22 10"1 10°° 101 102 103 104 10s 106 107 108 Energy (eV)

GE-76 : le+031

le+02 -

le+01 -

(N,G) JEF-2.2; RN - —/SYS

10'5 10"1 10"3 106 107 108 Energy (eV)

71 GE-77 : (N,G) I I "I I "I ''"""I

le+01

le+00 o •a u « le-01 2 u le-02

le-03 (N,G) MASGAM le-04 i i i 1(T* 10'3 10"2 10"1 10° 101 102 103 104 105 106 107 10s Energy (eV)

AS-71 :(NJG) le+03

le+02

le+01

~ le+00 2 _o « le-01

le-02

le-03 (N,G) MASGAM le-04 I i ..i i 10s 10" 10'3 10"r2z 1m-0 l 10° 101 102 103 104 105 106 107 108 Energy (eV)

72 AS-72 : (N,G)

le+02

le+01 ¥CO, .g le+00

le-03 (N,G) MASGAM

le-04 ...... i 1 ill _1 1 1 mill I I 10'5 10-4 lO"3 10'2 10- 10° 101 102 103 104 105 106 107 108 Energy (eV)

AS-73 : (N,G) le+03 1 1 1 1 1 1 1 1 1 1 1

le+02

le+01

le+00 ¥o •J5 ? le-01

le-02

le-03 (N,G) MASGAM le-04 j 1 1. . 1 1 1 1 101 10° 101 102 103 104 10s 106 107 10s Energy (eV)

73 AS-74 : le+03

le+02

le+01

IB CQ le+00 - o u ? le-01 CD 2 u le-02

le-03 k- (N,G) MASGAM le-04 10,-5 10'3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

AS-75 : (N,G) le+04 | , ,,,,MI| i i uirai| 7482 pts =

le+03

le+02 £ le+01 o ? le+00 i u le-01 \J

le-02 (N,G) JEF-2.2

le-03 j ,...... i 10'5 10"3 10'2 10"1 10° 101 102 108 Energy (eV)

74 AS-76 : (N,G) le+04 I I ' ' I I "I ^ T^TTTTIJ 1 ' '"Inl[ ' ' """1 60pts le+03

u le-02

le-03 b- (N,G) MASGAM

le-04 i ..I I ,,.! , . I ..I I I I 10"5 1O"; 10"2 1O"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

AS-77 : (N,(

le+01

le+00 2 o

le-01

le-02

le-03 (N,G) MASGAM

le-04 ll 1 1 .M.I.I ...I I I 10° 1O1 102 103 104 105 106 107 108 Energy (eV)

75 SE-72 : (N,G) le+03 I I ' "I ' """"I lnT1"| r I 'I 60pts

le+02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS le-04 1O" 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

SE-73 : (N,G) le+04 'I ' ' i "mi 1 i' i i i iiiii I i till "'I I T I 60pts le+03

I le-01 u le-02

le-03 (N,G) MASGAM le-04 10,-2 10° 101 102 103 104 10s 106 107 108 Energy (eV)

76 SE-74 : (N,G) le+05 "\ ' I 1 ~~I i r i Mill i i i i Mill t i i i in 3102 pts E le+04

le+03

le+02 CO 2 .2 le+01

§ le+00 U le-01

le-02 (N,G)JEF-2.2

le-031 i i i i i i i i

10"5 lO'4 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV) SE-75 : le+051

le+04 ?

le+03 =

le+02 = i le+01 - ^ le+00 r 8 U le-01 r

10-5 10"* 10-3 10-2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

77 SE-76 : (N,G) TTT 1—Ii I1 1I Milmill -iiii uni—i i i Mini—n i fimi—r~n I I I HIT! 1 I 1 mill IIII Hill T—TTT 4569 pts =

le+02

le+01 CD S .2 le+00 a le-°1r u le-02-

le-03 FS=1 FS=O (N,G) JEF-2.2; RN - —/SYS

16-04 I iti mill 1. i i.iuitl i i i ninJ i, i i luuL i i 11 mil 1 i i mul . L_I i mill ' • 1 i • • jmil ' ' ' •"••* ' ' » ""'I ' ' • ""•* • ' • " 10"5 lO"4 10"3 10'2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

SE-77 : le+04 ]—r-iTiinij—r i r TTTTT]—r"i i nni|—r rrTfiiTj—n rfriirj—i i i niti|—r- i i iniij—r~r TTTTTT]—r -i i inuj 7098 pts E

le+03 -

le+02

le+01

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le-02 (N,G) JEF-2.2 le-031 . i i i i i i i 10"5 10"* 10r3 10 10° 101 102 103 Energy (eV)

78 1 " le+00 u « le-01 s in Cross

10 10' 10"10- 1

1 l Ullll l Illll ' 1. l i FS=n ....FS=1 Illlll E 1 ' •1"inilIiipiititfnii i tult•uniII.i.HinIllll 321 10 10'10"° * 10 ^-s. "•-•-•' 123 10° i • SE-79 :(N; SE-78 :(N,G (Nr,)JFF-?.?; (N,G) MASGAM Energy (eV) Energy (eV) 79 b Vll '••••i • RN- —/SYS '!•• 45678 10 ..O 5678 i 10 3726 pts! *. ~= ' •

Illllll 1 1 Illllll - Mill 1_1 Illllll 1 11 Illlll l_lJllUll SE-80 : (N,G) J I I MTTII] I lirllllj I IIIIIHj I I l||||l| le+02 f_ I I I HIM! —i i 11 mil—i i 11ii1 iimi— H|I iT iT Tlllllnin mil—| 1i Ti HTM!iiTMi[r Ii IIIIIHi i imiJi Ii Ii Tl'minl ltli| - i"i i mm—rmr 2292 pts E

le+01

le+00

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le-03 FS=1 FS=O (N,G) JEF-2.2; RN - -+/SYS le-04 i i 1O'5 10"4 10"3 10"2 1O"1 10° 101 102 103 104 105106 107 108 Energy (eV)

SE-82 : le+01 = i I ' ' 'I I ' ' "I l| I I I1IITIJ 7 I • •-...) 1 • IIMH| 1572 pts =

le+00

le-05 FS=1 FS=O (N,G) JEF-2.2; RN - --/SYS

le-06 •"' • » ' '•"•' • • ' I Mf" ' • ''II i i • imil I • • r I mi* • ' » "•»! • • • N'1'1 • i ntntl I I litllll I I I IIUll... J.-l-l tilJ 10"5 10"4 103 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

80 BR-76 : (N,G) le+03 i • i '"i 60 pts !

le+02 -

le+01 -

=- le+00 2 I 1 Mil l II u % le-01 3 2 U le-02 -

le-03 L-. FS=1 : FS=O (N,G) MASGAM; RN - —/SYS

10"5 10"* 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

BR-77 : (N,G) le+03

le+02

le+01

S- le+00 2 | « le-01 u le-02

le-03 (N,G) MASGAM le-04 ,,i i 5 6 7 8 10" 10° 101 102 103 104 10 10 10 10 Energy (eV)

81 Cross-sections (Bams) Cross-sections (Barns) + + © 2 i 11Minmi i 1111Kil1 iiNiil i 11 IIIIIMinIi i 111Min1 Minii i i i mil]/ i I1 1I 11itiIIIIIsL iI 1I 1I iii111H1lI l i i nun i 111Hill i i iHUM i i i IIIIII i i mini i i IIIIIII i i mini i i/uuii i i mm

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le+02

le+01 s le+00 I « le-01 s u le-02

le-03 (N,G) MASGAM le-04 10'5 1O"1 10"3 10"2 1O"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

KR-76 : (N,G) le+021 I I I f I I I I IIHI lit) lllll I I I III"

le-04 10"5 10"J 102 10-1 10° 101 102 103 104 1? 106 107 108 Energy (eV)

83 KR-78 : (N; le+04 E I I I I IIJ . • IMUI| 1998 pts ! le+03

le+02

le+01

le+00

le-01 u le-02

le-05 FS=1 le-06 FS=0 (N,G) JEF-2.2; RN - —/SYS le-07 10"5 lO"1 10'3 10'2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

KR-79 : (N, le+04 60 pts le+03

le+02 g le+01 CO 2 .g le+00 8 le-01

le-02

le-03 (N,G) MASGAM

le-O4 I nil i l I i i il I I .I ml • i I i I I i i i I i i i tnnl—i i 11 Mill 10-5 10"4 10'3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

84 KR-80 : (N,G) le+04 = ' ' ' ""I ' ' ' "'"I 2160 pts : le+03

le+02

g le+01 ¥CO, g le+00 o % i ie"°i u le-02

le-03 FS=1 FS=0 (N,G) JEF-2.2; RN - —/SYS 1p-04l I i i i i i 105 10"* 10"3 W2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

KR-81 : le+041z 1 ' ' """1 ' 1 """1 1 1 1 1 1 • '' I i i 1 1 "5 60 pts : le+03

le+02 - 1 Illlll l

(0 le+01 - \ CO s .2 le+00 \ o

le-01

le-02

le-03 (N,G) MASGAM

le-04 •' •Ill" 'ft' f I 1 I lllll I 11 • •, • 1 111 111 • IIIIII" • •••••••• • ...... J .1 .. .. 10"5 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

85 Cross-sections (Bams) Cross-sections (Barns)

(T ("D fl> + + + (V n + + © o o £ I I t1 NJ W to o p lo »-» o T i Tiimf 11 HUB i Tiinii iiiiiiw i inira 11 MIIII i 11urn 11 nun i iniim i nnn nun i iMUM i iMIIIII i iiiiiiii i IIIIIII i iiiiini i ninni i Kiiinn iTTinr

c ii ii

to 00 oo ON z z a

5T Ml mill ill iiitJ iimiiil iiiiniil M Mini iniiiii i n mJ i I mill iinini iimiiJ itinii I mill i 11 mill i 11 mill i iiiinil I iiiinil i iimnl I iiiiinl i iiiiml i 11 mi KR-84 : (N,G) le+031 I I I I I H] —I-I IIIIII| IT1IMII| 1842 pts = le+02 -

(N,G) JEF-2.2; RN - —/SYS

10"5 1O-4 1O3 10"2 1O'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

KR-85 : (N,G) le+02 570 pts le+01

le-03 ll—i—LJ 5 4 1 1 2 3 4 5 6 7 8 10" 10- Iff 3 lO' 10° 10 10 10 10 10 10 10 10 Energy (eV)

87 Cross-sections (Barns) Cross-sections (Barns) ID n ? ? Q N) 8 © 2, O T T I TTIITlj I I 11 Mill I I I MIDI 1 I I Mill I I 1111111 III Hism I MM s I I IlTIIlIITIIIT I T TTTITITTTfTTn Fill Milll] I I I HUHUHH 1 I I I Mill /III 111111 1 I I I Mil

°i. o

5n5 5n1

L 00 6o n i- b GO ON e? <;3. 2: ^z % b 9o

O R. sr . GT :

ill i i imill i 11mill i 11mill i iniiiil i iininl i iiiinil i iiiiii I in null i i i Mini i i IIIIII i i mini i i i i Mini RB-84 : (N,G)

le-02

le-03 (N,G) MASGAM i i i i i i 105 10"* 10'3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

RB-85 : (N.G) le+02f

le+01 ^

le+00 r & I •J3

U le-02 -

le-03 =- (N,G) JEF-2.2; RN - —/SYS le-04 10-s 10"* 10"3 10-2 10-1 10° 101 102 103 104 105 106 107 Energy (eV)

89 .2 le-01 U § le-02 OSS-sections (Barns) le+00 r le+03 le+02 le+01 b- le+00 le+01 le+02 le+03 le+04 le-03 b- le-05 le-04 le-04 le-03 le-01 le-02 5

io-

I I I I II 1 1 l Illlll 1 1 l Illll i liiin i n lin i r — i i 11 nun i i i i i inn 1 IllllllUJlim 32145678 321 4s67 10" 10° 10" 10° 10 \ ,,,,,,! | RB-87 :(NG) RB-86 r (N,G) JEF-2.2 Energy (eV) Energy (eV) 90 EF-2.2 :

< 8

-= -=

10 "

: 1 1 Illllll 1 MIII M1 1 Illllll 1 1 Illlll1 1 11 Mill 1 1 Illllll mini i i mini i TTTT i i iiinil i i imill i i mini i i mini SR-82 : (N,G) le+03 5 ' I ' ' ""'I 60pts le+02

le+01

le+00 I XI le-01 ? V) le-02 u

le-03

FS=1 le-04 FS=O (N,G) MASGAM; RN - —/SYS

10s 10"* 10'3 10'2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

SR-83 :(N,G) le+04I

le+03 E

le+02 -

le+01 = CO i % le+00

S le-01 = U

le-03 -

le-04 10s 10^ 10-3 10-2 10-1 10° 101 102 103 10* 10s 106 107 108 Energy (eV)

91 SR-84 : (N,G) le+031in n M I 1 '"1 1 ' • ' ""i • • i i • • 3684 pts =

le+02 - Mi l Mil

i !: le+01 =

<2 I le+00 - 1 le-01 - 2 u 1 Illll l lll le-02 -

le-03 '-- FS=1 1 II I Illll l = Fs-n (N,G) JEF-2.2; RN ---/SYS

10"5 10"* 10'3 10"2 101 10° 101 102 103 104 10s 106 107 108 Energy (eV)

SR-85 : le+04 T I 60 pts le+03

le-02 r

le-03 r (N,G) MASGAM

le-04 ,,i .,.....,i ,i ,,, i 10s \0A 10"3 10 10° 101 102 103 104 10s 106 107 108 Energy (eV)

92 SR-86 : (N,G)

(N,G) JEF-2.2; RN - --/SYS

10"5 103 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

SR-87 : (N,G) le+04f

le+03 r

le+02 -

CO le+01 - 1 ? le+00 - u le-01 -

le-02 -

le-03 10 10 10° 101 102 103 104 10s 106 107 108 Energy (eV)

93 SR-88 : (N,G) le+02 Ef 1 ' '"""I "'| • '"""| | '"| in| i ••(n"| • i 2175 pts =

le+01 =

le+00 -

S- le-01 s o "•8 > ? le-02 u le-03 -

le-04 - : (N,G) JEF-2.2 - le-05 i i 105 1O"4 1O-3 10"2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

SR-89 : (N,G) le+02 "T I I T I I I I 525 pts =

le+01

le-02

(N,G) JEF-2.2 le-03 10° 101 102 103 10* 10s 106 107 10* Energy (eV)

94 SR-90 : (N,G) le+02W

le-03 10'5 10"4 10"3 10"2 101 10° 101 102 103 104 10s 106 107 Energy (eV)

Y-86 : (N, le+04 "I " 'TTTTIJ • ' •••"If I I ' • """I I I ' ' """I I '"I 60 pts le+03

le-02

FS=1 le-03 FS=0 (N,G) MASGAM; RN - —/SYS

le-04 "I ' • '«••"! • • • "»•! ' » 'I ' i i i mill it I i i i 11 ml i i i n in] 'I ••! iiii mil I I I I llnl 10'5 10"4 10"3 10'2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

95 Y-87 : (N,G) le+03 60pts E

le+02 mul l 7

le+01 ^^ —

le+00 r- i iinii i 1

le-01 — 2 iiini l i u le-02 — \ —

le-03 (N.n) M[ASGAM : le-04 10s 1O"4 10"3 1O2 1O"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

le+03

le+02

le+01

2- le+00 1 « le-01 8 o U le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS le-04 i 10"5 W4 10-3 1O-2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

96 Cross-sections (Bams) Cross-sections (Barns) ? ? ? ++• ? I I O Q O o I I 8 2 S Sw 1 1 1 1 1 Mil 1 1 1 1 1 MM 1 1 1 1 MM 1 1 1 1 11111 1 1 1 1 1 MM V \ 1 1 1 Ml i null i 11 linii i iiiiim I iiHiiij I I iiiiii2i i i ii mi8l i MI ur2n I 11S mm

o ^ • : II II

<=? L /

/ !

i • VD oo I // o • • -i Z :O o

o - , . i I,,,,., 54 9 pt s

: ill mill I I i mill i i i inn i i i mill i i I mill I i i mii 11111nt i 11null i i mini i 111mil i iiiinil i i mini i iiiiinl i i mini i Mini Y-91 : (N,G) le+02 i i 564 pts =

le+01

le+OO ¥ o 1 le-01 o& U

le-02

le-03 . ,,,,,,,i ., , ,,,,.„ , ,,,.,„ i i . ., i i i i lO'5 1O"4 1O"3 10'2 1O"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

ZR-86 : (NrG) le+021 T ' ' """I I I • ' """I I

(N,G) ADL-3; RN - le-05 10s 10"4 10"3 10"2 10 10° 101 102 103 104 105 106 107 108 Energy (eV)

98 ZR-88 :(N,G) le+031

(N,G) MASGAM; RN - —/SYS

1 2 3 4 s 6 7 8 io 10° 10 10 10 10 10 10 10 10 Energy (eV)

ZR-89 : (N,G) le+03 60pts

le+02

le+01

S- le+00 § •x: « le-01

U le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS

le-04 I I 'I i IIIMI.I 1 1 1 1 1 i i i mill i i il i i i mill i i i mill—i i i • 11ul 10-5 10"* 103 10-2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

99 ZR-90 : (N,G) le+03 nj | ™l I 8967 pts = le+02

le+01

£- le+00 a ? le-01 2 u le-02

le-03 (N,G)JEF-2.r le-04 ,,,! I 1 1 1 .,1 1 10"* 103 10"2 10"1 10° 101 102 103 10* 105 106 107 108 Energy (eV)

ZR-91 :(N,G) le+02 ••| i i IIIIIT| 1280 pts E

le+01

le+00

.2 le-01

U le-02

le-03 (N,G)P-2.2 le-04 10' 10-3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

le+01

le+00 I 2 .2 le-01 P i U le-02

le-03 (N,G) JEF-2.2

IP-041 i i i i i i i i 10"5 10"1 10"3 10"z 10"0 1 10° 101 102 103 105 106 107 108 Energy (eV)

ZR-93 : le+04 I ' 11I1MI| ' ' """I ' '«m»| i * • """i 795 pts ! le+03

le+02

2 4 5 6 7 8 10- 10° 101 102 103 10 10 1O 10 10 Energy (eV)

101 ZR-94 : (N,G) le+02 "1 ' ' ' '""I ' ' ' ' I I 'I ' ' ' '""I TJj 1 I1TIITT| 9414 pts E

le+01

le+00

2- le-01 I ? le-02 2 u le-03

le-04 (N,G) JEF-2.2 le-05 10s 10-* 10'3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

ZR-95 : (N,G) le+03 E "I 'I ' ' I ' 111M"| ' ' """1I i i i i mil i III mil i i i i it i| i iiinnj i-rTTTmr TTiinnj i IIIIUI| 3744 pts E

le+02

le+01

le-03 (N,G) JEF-2.2 le-04 10": 10"3 10'2 10° 101 102 103 104 105 106 107 108 Energy (eV)

102 ZR-96 : (N,G) le+04 I '"I 1 ' ''" I "i ' ' 'I 4275 pts = le+03

le+02

le+01

CD 1 le+00 le-01

U le-02 le-03 \J V le-04 (N,G) JEF-2.2 le-05 10"5 10"4 10"3 10"2 101 10° 101 102 103 104 105 106 107 1O8 Energy (eV)

ZR-97 : (NrG) le+03f

10-5 10"3 10"2 10-1 10° 101 102 103 104 105 106 107 108 Energy (eV)

103 NB-90 : (N,G) i i \

le+01

le+00 CQ s .2 le-01

2 u le-03 FS=1 le-04 FS=O (N,G) MASGAM; RN - —/SYS le-05 i 10'5 10"1 10"3 10"2 10"1 10° 101 102 103 10* 10s 106 107 108 Energy (eV)

NB-91 }(N,G) le+03 i i i T I I I • ' """I I 60pts le+02

le+01

le+00 o 3 ? le-01

U le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS

le-04 I I I I I i mini i i i mill ill I I I I i i i Mini i i i mill inil 1 I 'mill 5 4 3 2 1 2 3 4 s 6 7 8 10- 10"4 10"3 210" 10° 10 10 10 10 10 10 107 10 Energy (eV)

104 NB-91 -IS=1: (N,G) le+03f i • • • 60 pts E

le+02 — - ""•-.

le+01 -

R3 2- le+00 § M11 1 lin n 11 linn o

? le-01 ^^ '••-. -1

o . '-. U le-02tr

le-03 - ! Fs=n (N,G) MASGAM; RN--~/SYS

le-04 i , i i i i ,,i ,., , ,,.i i 10"5 Iff4 10'3 10"2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

NB-92 : le+03 60pts le+02

le+01

g le+00

•2 le-01

8 u le-03 FS=1 le-04 FS=O (N,G) MASGAM; RN - —/SYS

'•"' • ««'••" le-05 • *'•"•' »••' ' t • • ••"' • • » ••••'•* • • ••••••^ i i••'••' » • • • 10" 10'3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

105 NB-92 -IS=1: (N,G) le+03 = ' I ' ' '"I I I ' •" ' I""" "l'[ I ' ' '• ' »<"'[ """I II I I Mill I • 1 Mllll f I ' ' """I ' ' """I 60 pts le+02

le+01

TOle+00

•£ ie-01 u 01 S le-02 u le-03

FS=1 le-04 FS=O (N,G) MASGAM; RN - —/SYS le-05 10"5 10"4 10'3 10"2 10"101° 101 102 103 104 105 106107 108 Energy (eV)

NB-93 \ le+02 E ' ' | • '"""] i ''•""! i iinrn| 1280 ptS :

le+01

"g le+00

.2 le-01 i U le-02

le-03 FS=1 "••* FS=O (N,G) JEF-2.2; RN - —/SYS

le-04 • i_ 1 1 llllll * ' ' '""I • ' ni'"l ' ' ' • I "'I 'I ' ' 'I ' ' "" ll i i i mill i i mini • • t in..1 • i mini i i i i mil 1. I ti 10'5 10"3 10'2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

106 le01 .o u 8" 2 S •P ctions (Barns) le+00 le+03 le+04 le+00 le+01 le+02 le-03 le-04 le-02 le-04 le-02 le-01 le-03

5 54321678

10 10"*" 10" W10'10°1O

1 1 l Illlll r FS=I - =- 1 =- 1 1 1 1 Mil "1 •"•"! r T I' FS=O FS=1 1 t"•'"""I| NB-93 -IS=1: 123 10° NB-94 : (N,G) JEF-2.2;RN-—/SYS (N^) F.NnF/R-VT;RN- Energy (eV) Energy (eV) 107 T 1'"I'""" \ \ i (N,G) 1 ' 1 ••I •r""*'1inull 45678 10 -/SYS V- 1143 pts: 1280 pts: • •"••' _ III 1 1 1 1 Illll till 1 1 1 1 Mill 1 uL NB-95 • N,C le+05 - 4827 pts =

le+04 min i Illlll l

le+03 HI M 1 Illl l 1 jjl : le+ 2

| ° i mi l (A | le+01 Illl l 1 / Ill l O 1 II I 8£ le+00 U u 1 mil l I le-01 z. \J

le-02

i (N^H) JF.F-? 9 Illlll l 1 V le-03 10'5 10"4 10'3 10"2 1O"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

NB-95 -IS=1: (NrG) le+05 j i-niimi I 1 I Mill | I I I I Illl I I i I 111 II I I I 1Illl l I I 1 ' ' ' I 4827 pts E le+04

le+03

8 le+00 U le-01

le-02 (N,G) JEF-2.2 le-03 10-4 10"3 10° 1O1 102 103 104 105 106 107 108 Energy (eV)

108 NB-96 : (N,G) le+03 60 pts le+02

le+01

2 | le+0°

•J3 le-01 u s J, 2 u le-03 FS=1 le-04 FS=O (N,G) MASGAM; RN - —/SYS le-05 io-s 10"3 10' 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

MO-92 :(NrG) le+02

le+01

le+00

le-01 to S. le-02

le-03 .-sect u o u le-04

le-05

le-06 ySYS

le-07 "I I J J tiin.l I il i i i Mini—i—i io-5 104 10-3 10"2 101 10° 101 102 103 104 10s 106 107 108 Energy (eV)

109 MO-93 : (N,G) le+03 60 pts = lin n i le+02 nu n i

le+01 — g f\ £ le+00

2 \ i nul l le-01 i Min I 2 min i

u le-02 1 i ,

le-03 : (N,G) MASGAM le-04 1 2 3 4 s 6 7 8 10"5 10"1 10"3 10"2 10"1 10° 10 10 10 10 10 10 10 10 Energy (eV)

MO-94 :(N,G) le+03 E i i TT| ™ 4080 pts E

le+02

le+01

& ? le+00

« le-01

U le-02

le-03

le-04 i . , i 105 10"* 10"3 10"2 10"1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

110 Cross-sections (Barns) Cross-sections (Barns) ? to O S S w I I III1III MUII I I II 11 Mil I I I MlllIlI I I 11 Mill I I IITTIII Till]I/M \l\I II MINMINII II 11 II MINMINII II I I Mill 11 mill—rr 1 mm—8 i i limn—i i minsi sTTI

9, 9 VO O ^^ z o ft

5T :

iimml iniiml i 11 Mini iiiimil IIIIIIIII i i mini ii i nine l I mini i i mini i iiiinil i iiiinil i IIHIIM i inniiil i 111mil i i I Ilia MO-97 : (N,G) le+03 ] 1 1 .iiinj TTTl I ' ' ' <"

le+01

S- le+00 § le-01 2 u le-02

le-03 (N,G) JEF-2.2

le-04 ,1.1 1 1 1 1 ,1 1 1 I , I ,..,,1 10"5 1O"4 10"3 10"2 1O'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

MO-98 : (N,( le+03 W I I ' ' """I ^ ' TTmT ' ' """I ' • """I ' • """I ' ' """I ' " """I I ' • """I

1p-04 10"5 10"3 10"2 10' 10° 101 102 103 104 10s 106 107 108 Energy (eV)

112 MO-99 : (N,G) le+02 T] | | '" 594 pts

le+01

,2 le+00

Io u 0) I le-01 o U

le-02

ip-mi i . 105 10"3 1O"2 1O1 10° 101 102 103 104105 106 107 108 Energy (eV)

le+01

o U le-02

le-03

(N,G) JEF-2.2

le-04l i i iiiinl i i i iiniil ill i i i mm! i i mull—i i mini—i i mini—i i IIMIII i i mini— ml i 10s Iff4 10'3 10-2 10"1 10° 101 102 103 104 105 106 107108 Energy (eV)

113 TC-95 : (N,G) le+03 60 pts

le+02

le+01

=- le+00 I « le-01 2(A u le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS

le-04 ,,i i i , ,.,..,,i i ,i ,i , ..,,„.! 10"5 10"4 lO"3 10"2 10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

TC-95 -IS=1: (N,G) le+03

le+02

le+01

£- le+00

? le-01 s le-02

le-03 FS=1 FS=O (N,G) MASGAM; RN - —/SYS le-04 j ...... I ...... j , i ,1 1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

114 TC-96 : (N,G) le+03 60pts le+02

le+01

S le+00 .I2 le-01 b" | le-02 U le-03

FS=l le-04 FS=O (N,G) MASGAM; RN - —/SYS

le-05 t .1 i i 10"5 1O"4 103 10"2 1O"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

TC-97 : (NJG) le+03

le+02

le+01 "to" I S- le+00

« le-01 V, o u le-02

le-03 (N,G) MASGAM

le-04 J 11 i ,.i 10"5 10"1 Iff3 W2 2 10'10'1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

115 Cross-sections (Barns) Cross-sections (Barns)

to 2 2 g I I 111111n1| iI 11I IMNI MIIIII iI 1I 1111111 IIIII1I iI 1I 1I MIII111111I iI 1I 1I milII1IIlI iI 1I 1{Mlll MIIIl I / I II Mill I I 11 Mil I I I I Illl I I I I Mill I I I 1 Mil

•- o

o -

•b •»1 00

si GT

: i i mini i tiii ml i 11 innl i i n mil i MI mil i i ninil t iimnl | )IMIB • 11• itil i i i iniil i i i mill i i i Mini i i i Mini i iiiiml i iinni 00 TC-99 : (N,G) I I I I I I I 1280 pts :

le+02

g le+01

.2 le+00 t % le-01 U le-02

le-03 (N,G) JEF-2.2 le-04 10s 10"4 10"3 10'2 10": 10° 101 102 103 104 1O5 106 107 108 Energy (eV)

RU-96 } le+02 I| I 462 pts E

le+01

le+00

° le-01

U le-02

le-03

(N,G) JEF-2.2

1p-O4l I I . . I .I . • ••••••! i i mini i I i l l mill— il—i i uinil—I i inml—i i mini—i lO'5 10"4 10"3 10"2 10-1 10° 101 102 103 10* 105 106 107 108 Energy (eV)

117 .8 U le-01 •a .g le+00 1 Cross-sections (Barns) le+02 le+03 le+01 le+00 le+01 le+02 le+03 le-03 le-02 le-04 le-03 le-02 le-01 54321 23456

10 10"10'° 10 10

I II 1 t I II 1 1 1 l = (TSl.n)MASHAM =- Illll Ssl '"""1'"""'"I|iiifui.• 32145678 10' 10"10° 1 •imil i RU98 :(N,G) RU-97 :(N,G) :

(N,G) JEF-2.2 / Energy (eV) Energy (eV) 118 X j_ i \ i 471 pts 60 pts= 78

l mi I IN 1 I II l

LLUIlll 1 1 Illlll Illl jlll •iJ i t • i mil RU-99 : (N,G) le+04 i "'I i • •"'" I I 9357 pts E le+03

le-02- (N,G) JEF-2.2 le-03 105 W4 10'3 10'2 101 10° 101 102 103 104 10s 106 107 108 Energy (eV)

RU-100 : (N,G) le+03 1I1J I ¥TI1M1| I I I •Mil] I I1IIIHJ T mTTTTTT] | "| I I I IM>I| I • ' """I 'I I 936 pts

le+02

le+01

2 .j2 le+00 ?

U le-01 \l

le-02 (N,G) JEF-2.2

le-03 .1 .1 ,1 .. ,.luj 105 Iff4 10'3 10"2 1O-1 10° 101 102 103 104 10s 106 107 108 Energy (eV)

119 RU-101 :(] = i "i i i ' 'i •''"'"i • i 'i i le+04 I i 9828 pts !

le+03 liini i

I Mun i 1 III. le+02 nul l i / ? - le+01 iiiin l (Ba i r ^L § \ 111 r ... - le+00 M l \ / H 1 1 _LQ J •p 1 tn in \v iimi'iuifl INIIi I ui L O le-01 II I 1 =-

U m i 1 Illlll l le-02 1 lli l il i \ _:

le-03 m i !_ nr r (N,G) JEF-2.2

le-04 ' , , , , III" 10"5 10"3 1O"2 1O1 10° 101 102 103 104 105 106 107 108 Energy (eV)

RU-102 : (NrG) le+031 I ' ' """I ' ' ' '""i"I ) i i i i mil "ll i ' i i i nia I i *• 'i •""" HIM I I ' ' ' ""'I

le-03 10° 101 102 103 104 105 106 107 108 Energy (eV)

120 RU-103 : (N,G) 2511 pts :

i o le+00

| le-01

le-02

le-03 (N,G) JEF-2.2

i i i i i i i i i i i i 10s 10^ 10"3 10"2 10"1 10° 101 102 103 104 105 106 107 108 Energy (eV)

RU-104 : (N; le+03 'I ' """"I '"I • •••""! ' i ••"••| 3153 pts =

le+02

le+01

le+00 o

? le-01

le-02

le-03 (N,G) JEF-2.2

le-04 I tl I I I I I I I . .i I i i i mill nl—i i i mill—i i in 10"5 1O"1 10'3 10"2 10'1 10° 101 102 103 104 105 106 107 108 Energy (eV)

121 RU-105 : (N,G) le+02 T ' •'""[ ' • """I ' ' • '""I mt] | • ...... | • • """| T ' ' """I '"I ""I r 522 pts

le+01

le-02

(N,G) JEF-2.2 le-03 i ...... ,i i i i i 3 2 1 1 2 3 4 s 6 7 8 10"5 10 10" lO' 10° 10 10 10 10 10 10 10 10 Energy (eV)

RU-106 : (N; le+01i I I I I I I I I ' •••"••! | | 585 pts =

le+00

le-01 [Ba m action s I 81 le-02 2 uo

le-03

(N,G) JEF-2.2

le-04 uJ i muni i iniuJ i i i mill ill • I I . I 10° 101 102 103 104 105 106 107108 Energy (eV)

122 RH-99 : (N,G) le+04 i i • "i • • ••'•••I i i • • • ""1 1 ' ' ""S 60pts = le+03

le+02 -5 1 Illll l le+01 nul l i

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