INDC(SEC)-46/U+R+F+SIN DC INTERNATIONAL NUCLEAR DATA ...

More documents

Recommendations

Info

94 PLUTONIUM 239 NEUTRCN N,2N (CONTINUED) STATUS STATUS ALD MATHER+ - AWREZO-72/7 2. IN PROGRESS 6 TO 13 MEVo 94 PLUTONIUM 239 NEUTRCN N.3N 66206.8 1 So 0 MEV 20o0X 1 FR AoMICHAUDON BRC STATUS STATUS ALD MATHER* - AWRE/0-72/72, IN PROGRESS 6 TO 13 MEVo 94 PLUTONIUM 239 NEUTRON FISSICN CROSS SECTION 661.0 4S 1 Oo 0 KEV ISoO MEV 1 o 0 X USA GoEcHANSEN LAS RELATIVE TO U- 235C ENERGY RESOLUTION 3 PERCENT. ENERGY CALIBRATION 1 PERCENTo 631439 1o 00 EV 1 Co 0 MEV BoHUTCHINS GEB PRIORITY ENERGY RANGE ACCURACY 1 1 EV TO 10 KEV 3 PERCENT 2 10 KEV TO 1 MEV 2 TO 5 PERCENT 1 1 MEV TO 10 MEV 5 PERCENT VERIFICATION OF CURRENT ACCURACY OR INTERMEDIATE ACCURACY USEFUL; NEED RELATED ACCURACY FOR 5-10 PERCENT ENERGY BINS FOR FAST REACTOR CALCULATIONSo NEW REOUESTc 691467 1o 00 EV 1Oo 0 MEV COECTILL Po Bo HEMMIG ANL AEC A: ACCURACY 3 PERCENT BELOW 20 KEV, 2 PERCENT, 20 KEV TO 3 MEV, E PERCENT, 3 MEV TO 10 MEVo O: HIGHEST PRIORITY FOR FAST REACTOR CALCULATIONSo 692426 lo 00 MEV 5o 00 MEV CoGoCAMPBELL WIN 0: RATIO TO U-235 FISSION CROSS SECTION ACCEPTABLEo A: ACCURACY FOR AVERAGE VALUE OF THE ERROR BETWEEN E AND 2EC o: FOR FAST REACTORSO M: MODIFIED (PARTIALLY FULFILLEDLO 693076 2So 3 MV 15o 0 MEV MoMoISLAM RAM FOR FAST REACTORSc 714024 lo 00 KEV 4o 00 MEV CCP MoNoNIKOLAEV FE I RATIO TO U-235 FISSION CS IS WANTED BUT ABSOLUTE MEASUREMENT AND MEASUREMENT OF RATIOS TO B-l0 (N. ALPHA) . L I-6(N, ALPHA ) CROSS SECTIONS AND OTHER STANDARDS WOULD BE VERY USEFULo BELOW 30 KEV MEASUREMENTS OF TRANSMISSION CURVES BY FLAT RESPONSE DETECTOR AND BY SELF DETECTION METHOD WITH FISSION DETECTOR WANTED FOR SELFSH1ELOING EVALUATIONo THESE CURVES MUST BE MEASURED WITH ATTENUATITNS OF THE PRIMARY BEAM DOWN TO 1 PERCENTo ACCURACY REQUIRED TO BETTER THAN 2o 0 PERCENTo OPTIMUM PRECISION OF 10 5 PERCENT DESIRED IN REGION 2C KEV TO 1 MEVo LETHARGY RESOLUTION OF ABOUT 0o2 CONSIDERED SUFFICIENT FOR SUCH MEASUREMENTSo SEE GENERAL COMMENTS IN THE INTRODUCTION, REQUEST CONSIDERED FULFILLED, WHEN AT LEAST THREE MEASUREMENTS WITH DIFFERENT METHODS AGREE WITHIN REQUESTED ACCURACYo FIRST PRIORITY BECAUSE IT IS DIFFICULT TO INTERPRET THE SELF-SHIELDING FACTORS FROM MACROSCOPIC DATA ONLYo SUBSTANTIAL MOO I F ICA T ION So 721065 2So 3 MV lo 00 KEV BoHUTCHINS GEB DIRECT MEASUREMENTS DISAGREEo IMPROVED PRECISION NEEDED FOR THERMAL REACTORSo U AND PU HALF LIVES SHOULD BE CONFIRMED AS THEY AFFECT THIS MEASUREMENTo SUBSTANTIAL MODIFICATIONSo 221066 1 Oo 0 KEV 14o 0 MEV Po Bo HEMMIG AEC Q: RELATIVE TO U-235c AVERAGES OVER 10 TO 20 PERCENT ENERGY INTERVALS WANTEDo A: ENERGY RESOLUTION 3 PERCENT, ENERGY CALIBRATION 1 PERCENTo 241125 1Oo 0 KEV lo 00 MEV BoHUTCHINS 0: RATIO TO U-235 (N.F) WANTEDo M: NEW REQUESTo 242606 lo 00 KEV 5o00 MEV SWC Ho HAEGGBLOM A: ACCURACY 2 PERCENT TO 1 MEV, 0: FAST REACTOR CALCULATIONSo 5 PERCENT ABOVEo 242635 1 So 0 MEV AoMICHAUDON BRC A: ACCURACY 5 PERCENT TO 1 KEV. 2 PERCENT ABOVEo 0: FOR CRITICAL ASSEMBLIES, FISSION LIST PAGE IIo 87
54 PLUTONIUM £39 FISSION CROSS SECTION (CONTINUED) Z5420S SoCO KEV 1 Oo 0 MEV LoNcUSACHEV FE I FROM 0o 5 - 100 KEV ACCURACY 2o8 PERCENT, PRIORITY 2 ACCURACY lo2 PERCENTo FROM Oc1 - 0 c 8 MEV ACCURACY 3o0 PERCENT. PRIORITY 2 ACCURACY lo3 PERCENTo FROM OoS - 4o 5 MEV ACCURACY 4o 0 PERCENT, PRIORITY 2 ACCURACY 2o6 PERCENTo ABOVE 4c5 MEV REQUIREMENTS 2 TIMES WEAKERo NEED FOR FAST REACTOR CALCULATIONSo FOR MORE DETAIL SEE INTRODUCTIONo NEW REQUEST, HAR SOWERBY+ - ANE 1 4C9(1574). EVALUATION OF CATA PUBLISHED BEFORE ABOUT JANUARY 1973c o o ESTIMATED UNCERTAINTY IN FISSION CROSS SECTIONoo oo 100 EV TO 3C KEV oooo 3 TO 4 PERCENT cc CO 30 KEV TO ICC- KEV oooo So 5 PERCENT oo oo 100 KEV TC 3 MEV oooo 4o 0 TC ScS PERCENT oo CO 3 MEV TO 2C MEV oooo So 5 TO 10 PERCENT oo oo NEAR 14 MEV cooooocoooo 2 PERCENT oo FOLLOWING CATA AVAILABLE SINCE SCWERBY EV ALUATIONo SAC BL0NS - NSE 51 120(1973), CATA 39 EV TO 30 KEVo FEI CHELNOKOV* - YFI-13 6(1972), DATA 200 EV TC 35 KEVo LRL BcHRENS* - LSNDC-11 136(1974). IN PROGRESS CoOl EV 100 KEV AND 10 KEV TO 20 MEVo GEL THEOBALD* - EANDC(E)-150 (1972). IN PROGRESS 50 EV TO 2 KEVo HAR GAYTHER+ - AERE-PR/NP15( 1572), IN PROGRESS 1 KEV TO 1 MEVo PRELIMINARY DATA A VAILABLE o ORL G W IN • - USNCC-2 149(1572). IN PROGRESS THERMAL TO 200 KEVo NBS BOWMAN - WCRK FLANNEOo 94 PLUTONIUM 239 NEUTRON CAPTURE TO FISSION RATIO (ALPHA) 6S1314 100c EV 1 Co C MEV 1 USA CoEoTlLL ANL BoHUTCHINS GEB PoBcHEMMIG AEC FoCoMAIENSCHEIN ORL a: CAPTURE CROSS SECTION EQUALLY USEFULo A: ACCURACY ICO EV TO 1 KEV, 8 PERCENT, oc 1 KEV TO 50 KEV, 4 PERCENT, o; 50 KEV TO 600 KEV. 6 PERCENT, o: 60C KEV TO 10 MEV, 10 PERCENTo Z.02035 500c EV loOO MEV 5cOX 2 FR JoYoEARRE ABSOLUTE VALUES USEFUL BUT REQUEST CONCERNS MAINLY RELATIVE VALUES VERSUS ENERGYo FOR FAST REACTOR CALCULATIONSo Z12DZe 2 Oo 0 KEV 1 OOo KEV lOcOX 3 UK Co'Go CAMPBELL A: ACCURACY FOR AVERAGE VALUE OF THE ERROR BETWEEN E AND 2Ec O: FOR FAST REACTORSO Z14225 1OCo EV SOOo KEV 7oOX 1 CCP MoNoNIKOLAEV FEI FOR EVALUATION OF DIFFERENCES IN CAPTURE AND FISSION-RESONANCE SELF SHIELD INGo MEASUREMENTS OF TRANSMISSION CURVES WITH FLAT- RESPONSE DETECTOR AND BY SELF-INDICAT I ON METHOD WITH CAPTURE AND FISSION DETECTORS ARE WANTEOo BEAM ATTENUATION DOWN TO 1 PERCENT WANTEDo IN REGION 1 TO 100 KEV, 4 TO 5 PERCENT ACCURACY DES IRABLEc LETHARGY RESOLUTION OF 0o2 SUFFICIENT FOR REGION 0:1 TO 30 KEVo AT LEAST THREE DIFFERENT REQUESTS MUST COINCIDE WITHIN REQUESTED ACCURACYo SEE GENERAL COMMENTS IN THE IN TRODUC TI ONo FIRST PRIORITY BECAUSE IT IS DIFFICULT TO INTERPRET THE SELF-SHIELDING FACTORS FROM MACROSCOPIC DATA ONLYc SUBSTANTIAL MODIFICATIONSo STA TUS STATUS FEI CHELNOKOV+ - YFI-13 6(1672), DATA 200 EV TO 12 KEVo FEI KONONOV+ - AE 32 85(1972). DATA 10 KEV TO 1 MEVo KUR VOROTNIKOV+ - 73KIEV 4 42, DATA 3 TO 200 KEVc DUB BOLOTSKII+ - 73 KIEV 4 49, DATA THERMAL TO 30 KEVo ORL WESTON* - LSN0C-7 179(1973). IN PROGRESS THERMAL TO 20 KEVo KFK BANDL* - EANDC(E)-157 (1573). IN PRCGRESS 8o1 TO 60 KEVo ORL GWIN+ - NCSAC-42 159(1971). THERMAL TO 400 KEVo ANL KATO* - NSE 45 37(1971). FAST REACTOR SPECTRUMo KAP EILAND* - NSE 44 180(1971), PILE SPECTRUMo 94 PLUTONIUM 239 NEUTRCN NEUTRONS EMITTED PER NEUTRON ABSORPTION (ETA) 642206 1 Oo 0 MV Oo 50 EV 0c8X 1 UK JoGoTYROR WIN a: VALUE RELATIVE TO 25o3 MV ETA WANTEDo A: ACCURACY IS FOR AVERAGE VALUES IN 20 MV STEPSo O: FOR TEMPERATURE COEFFICIENT WORKo 621124 2 5o 3 MV loOO EV OoSX 1 USA BoHUTCHINS GEB 0: FOR PU-FUELED REACTOR CALCULATIONSo FISSION LIST PAGE Ho 88
Page 1 and 2:
International Atomic Energy Agency
Page 4 and 5:
- iii - CONTENTS Page I. General In
Page 6 and 7:
I.i I. General Introduction to WREN
Page 8 and 9:
I. iii WRENDA requests for all appl
Page 10 and 11:
I.v I.B. Editorial Policy During co
Page 12 and 13:
I.vii It has been assumed that gene
Page 14 and 15:
H fi22QZfl 15.0 MEV 10.OX 2 FR A.MI
Page 16 and 17:
I.xi Accuracy The fourth field on t
Page 18 and 19:
I.xiii I.D. How to find a request i
Page 20 and 21:
I.XV Table II (page l) QUANTITY SOR
Page 22 and 23:
I. i II. Fission Reactor Developmen
Page 24 and 25:
Il.iii Uncertainty of a point is. s
Page 26 and 27:
I. xxvi The author of the requests
Page 28 and 29:
Il.vii * Priority 2 * Nuclear data
Page 30 and 31:
II.D. LIST OF HITHDRAWN REQUESTS (c
Page 32 and 33:
II.D. LIST OF WITHDRAWN FIECUESTS (
Page 34 and 35:
II.E. Index to Fission Request List
Page 36 and 37:
TARGET 94 PLUTONIUM 241 94 PLUTONIU
Page 38 and 39:
1 HYDROGEN 1 NEUTHCN DIFFERENTIAL E
Page 40 and 41:
3 HYDROGEN 1 NEUTHCN DIFFERENTIAL E
Page 42 and 43:
7 NITS.OGEN 14 NEUTRGN DIFFERENTIAL
Page 44 and 45:
44 HYDROGEN 1 NEUTHCN DIFFERENTIAL
Page 46 and 47:
11 SODIUM 23 RESONANCE PARAMETERS (
Page 48 and 49:
21 SCANDIUM 45 NEUTRCN CAPTURE CROS
Page 50 and 51:
2 3 VANADIUM NEUTRCN INELASTIC_CROS
Page 52 and 53:
£4 CHROMIUM CAPTURE CROSS SECTION
Page 54 and 55:
£5 ~IANGA.NE.SC 55 TOTAL CROSS SEC
Page 56 and 57:
26 I HON NEUTRON ENERGY DIFFERENTIA
Page 58 and 59:
NEUTRCN CAPTURE RESONANCE INTEGRAL
Page 60 and 61:
27 COBALT 55 _ _ NEUTBCN N,ALPHA 21
Page 62 and 63:
TOTAL PHOTON PRODUCTION CROSS SECTI
Page 64 and 65:
28 NICKEL 61 NEUTRCN RESONANCE PARA
Page 66 and 67:
3 1 GALLIUM NEUTRCN N, 2N 742£36 1
Page 68 and 69:
40 ZIRCONIUM 90 NEUTRON ANGULAR DIF
Page 70 and 71:
"0 ZIRCONIUM 93 _ __N|UTKCN CA ? T
Page 72 and 73:
44 R U T H E N I U M 101 NEUTRON CA
Page 74 and 75: 42 MOLYBDENUM 57 NEUTRCN INELASTIC
Page 76 and 77: 45 RHODIUM CAPTURE CROSS SECTION 24
Page 78 and 79: 44 RUTHENIUM 101 NEUTRON CAPTURE CR
Page 80 and 81: 54 XENON 131 NEUTRCN CAPTURE CROSS
Page 82 and 83: 59 PRASEODYMIUM 1 41 RESCNANCE PARA
Page 84 and 85: 61 PROMETHIUM 145 NEUTRCN CAPTURE C
Page 86 and 87: 63 EUROPIUM NEUTRCN DIFFERENTIAL EL
Page 88 and 89: 61 PROMETHIUM 145 NEUTRCN CAPTURE C
Page 90 and 91: 68 ERBIUM 168 NEUTRCN N«ALPHA £55
Page 92 and 93: 72 HAFNIUM 177 NEUTRCN CAPTURE CROS
Page 94 and 95: 7 4 TUNGSTEN 182 NEUTRCN N,ALPHA £
Page 96 and 97: 54 XENON 131 NEUTRCN CAPTURE CROSS
Page 98 and 99: 90 THORIUM 232 NEUTRON ENERGY DIFFE
Page 100 and 101: 91 PROTACTINIUM 233 NEUTRCN CAPTURE
Page 102 and 103: 92 URANIUM 235 NEUTRON DELAYED NEUT
Page 106 and 107: 92 URANIUM 235 NEUTRON ENERGY CIFFc
Page 110 and 111: 92 URANIUM 235 NEUTRONS EMITTED PER
Page 114 and 115: 92 URANIUM 238 NEUTRGN ELASTIC CROS
Page 116 and 117: 92 URANIUM 235 NEUTRON D E L A Y E
Page 122 and 123: 94 PLUTONIUM £38 NEUTRCN FISSION C
Page 126 and 127: 94 PLUTONIUM 239 NEUTRONS EMITTED P
Page 128 and 129: 94 PLUTONIUM 240 NEUTRON INELASTIC
Page 130 and 131: 94 PLUTONIUM 240 NEUTRCN _ NEUTRONS
Page 132 and 133: 94 PLUTONIUM 241 NEUTRON CAPTURE TO
Page 134 and 135: 94 PLUTONIUM 245 NEUTRCN FISSICN CR
Page 136 and 137: 95 AMERICIUM 242 NEUTRCN CAPTURE CR
Page 138 and 139: 95 AMERICIUM 242 NEUTRCN CAPTURE CR
Page 140 and 141: 96 CURIUM 244 NEUTRONS EMITTED PER
Page 142: 96 CURIUM 247 NEUTRCN TOTAL CROSS S
Page 145 and 146: 9 8 CAL IFOSMIUM 2EC CAPTURE CROSS
Page 147 and 148: 98 CALIFORNIUM 252 NEUTRCN FISSICN
Page 149 and 150: III. i III. Fusion Reactor Developm
Page 151 and 152: Ill.iii Over the next six months da
Page 153 and 154: JII.V III.C. Priority Criteria .The
Page 155 and 156: Ill.vii III.D. Index to Fusion List
Page 157 and 158: 1 HYDROGEN 2 NEUTRCN N.2N 15Z0S4 1
Page 159 and 160: 3 LITHIUM 6 LITHIUM-6 LITHIUM-6.ALP
Page 161 and 162: 4 BERYLLIUM_9_ __ _ NEUTRCN N.2N _
Page 163 and 164: 9 FLUORINE 19 NEUTRON _ TOTALPHOTON
Page 165 and 166: 23 VANADIUM NEUTRCN ENERGY DIFFEREN
Page 167 and 168: 24 CHROMIUM 52 20o0 MEV 25o OX USA
Page 169 and 170: 28 NICKEL NEUTRCN TOTAL CROSS SECTI
Page 171 and 172: 29 COPPER 63 NEUTRCN CAPTURE CROSS
Page 173 and 174: 41 NIOBIUM 53 NEUTRON DOUBLE DIFFER
Page 175 and 176:
74 TUNGSTEN KEUTRCK N.2N 2S2SM 14o
Page 177 and 178:
IV.i IV. Nuclear Safeguards and. Ac
Page 179 and 180:
IV.iii Third Priority - (3) Third p
Page 181 and 182:
IV. D. DATA REQUEST LIST FOR NUCLEA
Page 183 and 184:
51 ANTIMONY 125 SPONTANEOUS TOTAL G
Page 185 and 186:
51 ANTIMONY 125 SPONTANEOUS TOTAL G
Page 187 and 188:
62 SAMARIUM 152 CAPTURE CROSS SECTI
Page 189 and 190:
95 AMERICIUM 241 GAMMA FISSICN PROD
Page 191 and 192:
94 PLUTONIUM 238 SPONTANEOUS NEUTRO
Page 193 and 194:
94PLUT0NIUM 23S NEUTRON p I SSI ON
Page 195 and 196:
94 PLUTONIUM 241 CAPTURE TO FISSION
Page 197 and 198:
95 AMERICIUM 241 GAMMA FISSICN PROD
Page 199 and 200:
APPENDICES
Page 201 and 202:
LIST OF LABORATORY CODES APPENDIX B
Page 203 and 204:
LIST OF LABORATORY CODES APPENDIX B
Page 205 and 206:
APPENDIX C page 2 LIST OF JOURNAL R
Page 207 and 208:
NAMES AND ADDRESSES OF REQUESTORS A
Page 209 and 210:
APPENDIX D page 3 IIJIMA, To JAPAN
Page 211 and 212:
APPENDIX D page 5 SCHNEIDER. Vo ALK
show all

INDC(SEC)-46/U+R+F+SIN DC INTERNATIONAL NUCLEAR DATA ...

Create successful ePaper yourself

Delete template?

Save as template?