ENTRY 33081 20150312 31703308100000001
SUBENT 33081001 20150312 31703308100100001
BIB 13 41 3308100100002
TITLE Kinetic energy distribution in the thermal neutron 3308100100003
fission of 233U and 239Pu 3308100100004
AUTHOR (Satya Prakash, S.B.Manohar, S.P.Dange, A.Ramaswami, 3308100100005
M.V.Ramaniah) 3308100100006
INSTITUTE (3INDTRM) 3308100100007
REFERENCE (J,JIN,34,2685,1972) 3308100100008
REL-REF (R,,V.F.Apalin+,J,NP,55,249,1964) Adopted nu-values 3308100100009
given 3308100100010
1(M,,Satya Prakash,T,PRAKASH,1971) 3308100100011
Range-kinetic energy relations given 3308100100012
Prakash,Ph.D Thesis, University of Bombay, India. 3308100100013
2(M,,J.M.Alexander+,J,PR,129,2659,1963) 3308100100014
Range-kinetic energy relations given 3308100100015
3(M,,S.Mukherjee+,J,CJC,43,232,1965) 3308100100016
Range-kinetic energy relations given 3308100100017
4(M,,J.Lindhard+,J,KDV,33,14,1965) 3308100100018
Range-kinetic energy relations given 3308100100019
FACILITY (REAC,3INDTRM) Cirus reactor 3308100100020
SAMPLE Targets of 233U and 239Pu were prepared on 10 mil 3308100100021
superpure aluminium foils (precoated with gold layer 3308100100022
of ~50 mu-g/cm2) by electrodeposition from isopropyl 3308100100023
alcohol. They were deposited as a circle of 1 cm 3308100100024
diameter and then covered with a stack of 0.3 mil 3308100100025
superpure aluminium foils of 1.5 cm diameter. The 3308100100026
assembly was wrapped in 1 mil superpure aluminium 3308100100027
foil and sealed with polyethylene. 3308100100028
DETECTOR (GELI) A 2 cc active volume detector coupled with a 3308100100029
400 channel pulse height analyser for gamma counting. 3308100100030
(PROPC) Sugarman type end-window gas flow 3308100100031
proportional counter for beta counting. 3308100100032
METHOD (CHSEP) 3308100100033
ADD-RES (RANGE) Recoil ranges of fission products from 3308100100034
thermal neutron fission of 233U and 239Pu are given 3308100100035
in tables 1 and 2 of J. Inorg. Nucl. Chem., 34(1972) 3308100100036
2685. 3308100100037
ANALYSIS Recoil ranges of secondary fragments are converted 3308100100038
into kinetic energies for corresponding primary 3308100100039
fragments by using four different range-energy 3308100100040
equations. 3308100100041
ERR-ANALYS No uncertainty given. 3308100100042
HISTORY (20150312C) Compiled by H.Lalremruata+BL 3308100100043
ENDBIB 41 0 3308100100044
COMMON 1 3 3308100100045
EN-DUMMY 3308100100046
EV 3308100100047
0.0253 3308100100048
ENDCOMMON 3 0 3308100100049
ENDSUBENT 48 0 3308100199999
SUBENT 33081002 20150312 31703308100200001
BIB 2 6 3308100200002
REACTION 1(92-U-233(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100200003
2(92-U-233(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100200004
3(92-U-233(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100200005
4(92-U-233(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100200006
STATUS (TABLE) Table 3 of J. Inorg. Nucl. Chem., 34(1972) 3308100200007
2685. 3308100200008
ENDBIB 6 0 3308100200009
NOCOMMON 0 0 3308100200010
DATA 6 18 3308100200011
ELEMENT MASS DATA 1DATA 2DATA 3DATA 43308100200012
NO-DIM NO-DIM MEV MEV MEV MEV 3308100200013
38. 89. 148.7 153.5 147.7 187.53308100200014
38. 91. 171.2 174.8 174.9 227.03308100200015
40. 95. 177.0 179.8 167.0 223.03308100200016
40. 97. 184.9 186.6 179.3 234.23308100200017
41. 95. 174.6 177.8 164.9 221.83308100200018
41. 97. 178.7 181.9 168.1 227.23308100200019
42. 99. 185.9 186.2 171.8 227.33308100200020
47. 111. 171.6 178.2 156.9 192.03308100200021
48. 115. 168.6 171.9 152.1 180.83308100200022
50. 121. 167.6 170.7 149.6 172.03308100200023
51. 127. 192.3 184.3 162.6 185.23308100200024
52. 132. 192.9 188.4 166.9 186.23308100200025
53. 132. 189.4 186.7 165.3 177.33308100200026
54. 135. 201.1 183.4 169.0 185.03308100200027
56. 140. 185.8 171.9 160.1 166.43308100200028
57. 140. 184.8 171.0 159.3 165.13308100200029
58. 143. 180.1 162.9 156.0 155.33308100200030
60. 147. 170.5 151.8 150.2 144.13308100200031
ENDDATA 20 0 3308100200032
ENDSUBENT 31 0 3308100299999
SUBENT 33081003 20150312 31703308100300001
BIB 2 6 3308100300002
REACTION 1(94-PU-239(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100300003
2(94-PU-239(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100300004
3(94-PU-239(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100300005
4(94-PU-239(N,F)ELEM/MASS,PRE,KE,LF+HF) 3308100300006
STATUS (TABLE) Table 4 of J. Inorg. Nucl. Chem., 34(1972) 3308100300007
2685. 3308100300008
ENDBIB 6 0 3308100300009
NOCOMMON 0 0 3308100300010
DATA 6 12 3308100300011
ELEMENT MASS DATA 1DATA 2DATA 3DATA 43308100300012
NO-DIM NO-DIM MEV MEV MEV MEV 3308100300013
38. 89. 162.3 168.5 156.0 213.93308100300014
38. 91. 170.2 171.7 160.2 217.23308100300015
40. 97. 180.2 179.6 166.7 220.73308100300016
42. 99. 184.0 181.9 165.5 221.13308100300017
45. 105. 184.9 179.1 159.8 204.83308100300018
47. 111. 188.6 186.8 167.2 206.83308100300019
48. 115. 174.9 172.8 151.2 175.83308100300020
50. 121. 166.2 166.4 146.5 167.43308100300021
50. 125. 178.4 173.7 153.8 172.63308100300022
51. 127. 184.8 178.6 157.3 176.83308100300023
52. 132. 189.0 178.7 158.9 174.83308100300024
56. 140. 169.9 174.4 164.0 169.93308100300025
ENDDATA 14 0 3308100300026
ENDSUBENT 25 0 3308100399999
ENDENTRY 3 0 3308199999999