ENTRY 22530 20220126 23102253000000001 SUBENT 22530001 20220126 23102253000100001 BIB 11 21 2253000100002 TITLE Determination of the spin of slow-neutron induced 2253000100003 resonances in 94-Pu-239 2253000100004 AUTHOR (J.Trochon, H.Derrien, B.Lucas, A.Michaudon) 2253000100005 REFERENCE (C,70HELSINKI,1,495,1970) 2253000100006 INSTITUTE (2FR SAC) (In French) 2253000100007 FACILITY (LINAC,2FR SAC) Saclay 45-MeV Electron Linear 2253000100008 Accelerator. 2253000100009 REL-REF (O,20445009,H.Derrien,T,DERRIEN,1973) 2253000100010 Strength function presented on page 509 2253000100011 INC-SOURCE (PHOTO) Moderated photo-neutrons. 2253000100012 METHOD (TOF) Time of flight scattering measurement. 2253000100013 DETECTOR (SCIN) 8 liquid scintillation detectors, the scattered 2253000100014 neutrons were discriminated from the fission neutrons. 2253000100015 ADD-RES The elastic scattering cross sections were not 2253000100016 obtainable. 2253000100017 HISTORY (19711005C) 2253000100018 (19991210C) + + Converted by S.M. + + 2253000100019 (20160709A) M.M. Upper -> lower case correction. 2253000100020 The article was checked, BIB information was updated. 2253000100021 Subent 004 was added. 2253000100022 (20220126A) SD: Subent 002 deleted (see ADD-RES). 2253000100023 ENDBIB 21 0 2253000100024 NOCOMMON 0 0 2253000100025 ENDSUBENT 24 0 2253000199999 NOSUBENT 22530002 20220126 23102253000200001 SUBENT 22530003 20160709 22512253000300001 BIB 4 14 2253000300002 REACTION (94-PU-239(N,ABS),,ALF) 2253000300003 ANALYSIS .Derived from SUM(SIGMA(0)*GAMMA(gamma)) / 2253000300004 SUM(SIGMA(0)*GAMMA(fission)) 2253000300005 for both spins. 2253000300006 .GAMMA(gamma) are taken from 1966 Paris Conf., 2253000300007 vol.2,p.195,table I, SUBENTRY 20172.003. 2253000300008 .GAMMA(gamma) = 42 milli-eV if not known. 2253000300009 STATUS (TABLE) Taken from Table IV and Fig.4 (caption) of 2253000300010 1970 Helsinki Conf.,vol.1,p.495. 2253000300011 (APRVD) The data corrected by authors, 1971/4/10 2253000300012 Data rec'd in private comm., Trochon, 1971/10. 2253000300013 HISTORY (19731121C) 2253000300014 (19740704E) 2253000300015 (19991210T) Converted from SUBENT 67019005 2253000300016 ENDBIB 14 0 2253000300017 NOCOMMON 0 0 2253000300018 DATA 3 7 2253000300019 EN-MAX EN-MIN DATA 2253000300020 MEV MEV NO-DIM 2253000300021 2.00E-04 1.00E-04 8.01E-01 2253000300022 3.00E-04 2.00E-04 8.77E-01 2253000300023 4.00E-04 3.00E-04 1.147 2253000300024 5.00E-04 4.00E-04 4.01E-01 2253000300025 6.00E-04 5.00E-04 5.53E-01 2253000300026 6.50E-04 5.80E-04 2.33 2253000300027 6.50E-04 6.00E-04 2.18 2253000300028 ENDDATA 9 0 2253000300029 ENDSUBENT 28 0 2253000399999 SUBENT 22530004 20160709 22512253000400001 BIB 9 25 2253000400002 REACTION 1(94-PU-239(N,EL),,ARE) 2253000400003 2(94-PU-239(N,EL),,ARE) 2253000400004 SAMPLE 1Thickness = 6.5E-4 atom/barn 2253000400005 2Thickness - 4.0E-4 atom/barn , 2253000400006 between two Al foils of 0.12 mm thick each. 2253000400007 .Contains a little Pu-240. 2253000400008 CORRECTION .Corrected for background and fission contribution. 2253000400009 MONITOR .Shape normalization on basis of incoming neutron 2253000400010 spectrum. 2253000400011 (94-PU-240(N,EL),,ARE) 2253000400012 From impurity peaks at 38.34, 2253000400013 66.66, 71,83 and 287.3 eV,K.H.Boeckhoff et al., 2253000400014 1966 Paris Conf.,Vol.Ii,P.135, ENTRY 20139. 2253000400015 MONIT-REF (20139001,K.H.Boeckhoff+,C,66PARIS,2,135,196610) 2253000400016 FLAG (1.) 41.4 eV + 41.7 eV 2253000400017 (2.) DATA 2 maximal value 2253000400018 (3.) 457.3 eV + 458.8 eV 2253000400019 (4.) 574.0 eV + 575.8 eV 2253000400020 (5.) 629.8 eV + 622.6 eV 2253000400021 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained in 2253000400022 the article. 2253000400023 STATUS (TABLE) Table I of C,70HELSINKI,1,495,1970 . 2253000400024 (COREL,21001002) Res.parameters of Table I - 2253000400025 Eres, 2g*GAMMAn, GAMMAtot, spin J . 2253000400026 HISTORY (20160709C) M.M. 2253000400027 ENDBIB 25 0 2253000400028 NOCOMMON 0 0 2253000400029 DATA 6 112 2253000400030 EN-RES DATA 1DATA-ERR 1DATA 2DATA-ERR 2FLAG 2253000400031 EV B*EV B*EV B*EV B*EV NO-DIM 2253000400032 14.7 9.5 3. 2253000400033 17.7 8.0 2. 2253000400034 22.3 4.5 3. 8.0 2. 2253000400035 41.4 22.0 2. 1. 2253000400036 44.5 49.0 5. 51.0 5. 2253000400037 47.6 5.0 3. 4.0 3. 2253000400038 50.1 12.0 2. 9.3 3. 2253000400039 52.6 89.0 7. 93.0 9. 2253000400040 55.6 2.6 1.3 1.8 1.5 2253000400041 59.2 8.6 4. 2253000400042 65.7 49.0 4. 2253000400043 74.0 5.0 1. 4.0 2. 2253000400044 74.9 91.0 9. 2253000400045 85.5 26.0 2. 2253000400046 85.5 26.0 2. 2253000400047 90.8 67.0 7. 2253000400048 95.4 0.7 0.6 2253000400049 103.0 1.2 0.4 1.8 2. 2253000400050 105.3 12.8 2. 19.0 8. 2253000400051 106.7 32.0 3. 33.0 8. 2253000400052 116.0 6.1 2.4 2253000400053 118.8 72.0 5. 85.0 13. 2253000400054 121.0 6.8 2. 10.0 3. 2253000400055 126.2 3.9 1. 2253000400056 133.8 16. 4. 2253000400057 136.7 5.0 1.5 9.0 5. 2253000400058 142.9 1.4 0.7 2253000400059 143.5 4.7 1. 2253000400060 146.2 18.8 3. 14.0 3. 2253000400061 157.1 11.0 2.0 12.0 5. 2253000400062 164.5 189.0 11. 184.0 15. 2253000400063 167.1 6.0 2. 2253000400064 177.2 2.9 1. 2253000400065 178.9 1.1 2. 2253000400066 190.6 2.8 1.4 2.5 1.2 2253000400067 195.4 23.0 3. 39.0 10. 2253000400068 196.7 4.6 1.4 2253000400069 199.4 12.8 2. 2253000400070 203.9 34.6 3. 2253000400071 207.4 17.2 3. 2253000400072 216.5 9.0 2. 2253000400073 219.5 1.0 1. 2253000400074 220.2 15.0 2. 2253000400075 223.2 3.7 2. 2253000400076 227.9 1.1 2. 2253000400077 231.4 27.4 4. 2253000400078 234.3 18.7 4. 21. 4. 2253000400079 239.0 5.8 1.7 2253000400080 242.9 4.6 1.4 2253000400081 248.9 48. 5. 2253000400082 251.2 93.7 10. 2253000400083 254.6 2.5 1.2 2253000400084 256.1 4.8 2.4 2253000400085 269.5 1.9 0.8 2253000400086 272.6 71. 10. 2253000400087 275.6 41. 6. 2253000400088 279.6 14.9 3. 2253000400089 282.9 83. 8. 2253000400090 292.3 4.2 1.8 2253000400091 296.5 2.3 1. 2253000400092 298.6 13. 5. 2253000400093 301.8 27. 4. 42. 9. 2253000400094 309.0 24.0 3. 23.0 5. 2253000400095 313.6 30. 4. 20. 6. 2253000400096 316.7 3.9 1.5 2253000400097 323.4 49. 10. 42. 15. 2253000400098 325.3 10. 3. 2253000400099 333.9 7. 3. 2253000400100 335.9 27. 5. 32. 8. 2253000400101 337.9 6.3 4. 2253000400102 339.2 5.2 2. 2253000400103 343.2 33. 6. 31. 8. 2253000400104 350.3 44. 4. 52. 10. 2253000400105 352.8 3.2 2. 2253000400106 375.0 3.7 1.7 2253000400107 384.3 2. 1. 2253000400108 394.4 3. 1.5 2253000400109 401.6 10. 3. 2253000400110 404.2 22. 6. 2253000400111 412.3 3.4 1.7 2253000400112 419.8 2.8 1.1 2253000400113 437.8 1.3 2. 2253000400114 438.7 1.3 2. 2253000400115 442.4 2.8 1. 2253000400116 451.3 14.8 4. 22. 8. 2253000400117 455.7 26. 7. 2253000400118 457.3 5.3 2. 3. 2253000400119 473.1 1.6 1.5 2253000400120 494.1 1.5 2. 2253000400121 500.5 1.5 2. 2253000400122 502.9 3.6 2.5 2253000400123 509.7 69. 7. 69. 15. 2253000400124 520.2 14. 4. 13. 6. 2253000400125 524.2 65. 12. 74. 15. 2253000400126 530.5 110. 12. 123. 18. 2253000400127 539.2 17. 7. 2253000400128 543.1 8.6 4. 2253000400129 549.7 9. 6. 8.5 7. 2253000400130 559.2 41. 11. 46. 18. 2253000400131 571.1 6. 6. 2253000400132 574.0 161. 24. 4. 2253000400133 579.1 5.7 2.8 2253000400134 588.1 13. 3. 2253000400135 597.3 8.7 4. 2253000400136 604.0 33. 6. 25. 7. 2253000400137 607.6 6. 5. 2253000400138 609.3 15. 7. 2253000400139 620.8 7. 4. 5. 2253000400140 625.2 6.6 4. 2253000400141 639.3 6.4 4. 2253000400142 644.9 3.5 2. 2253000400143 658.5 109. 15. 83. 16. 2253000400144 ENDDATA 114 0 2253000400145 ENDSUBENT 144 0 2253000499999 ENDENTRY 4 0 2253099999999