ENTRY 14653 20200420 14711465300000001 SUBENT 14653001 20200420 14711465300100001 BIB 8 20 1465300100002 TITLE Energetics of Charged Particle-Induced Fission 1465300100003 Reactions 1465300100004 AUTHOR (H.C.Britt,H.E.Wegner,J.C.Gursky) 1465300100005 REFERENCE (J,PR,129,2239,1963) 1465300100006 #doi:10.1103/PhysRev.129.2239 1465300100007 REL-REF (O,C2522001,H.C.Britt+,J,PR,133,B603,1964) The 1465300100008 subsequent study. 1465300100009 (O,C2524001,H.C.Britt+,J,PR,129,2239,1963) Charged 1465300100010 particles data. 1465300100011 INSTITUTE (1USALAS) 1465300100012 DETECTOR (SIBAR) Two 300 Omega-cm gold-surface barrier 1465300100013 semiconductor detectors. 1465300100014 METHOD The 252Cf spontaneous fission source was used 1465300100015 to determine the pulse-height defects for the two 1465300100016 detectors and the energy loss for the fragments in 1465300100017 the 50-microg/cm2 Ni absorbers in front of the 1465300100018 detectors, by a comparison between the observed pulse 1465300100019 heights for the two 252Cf energy groups and the 1465300100020 time-of-flight results. 1465300100021 HISTORY (20200420C) BP 1465300100022 ENDBIB 20 0 1465300100023 NOCOMMON 0 0 1465300100024 ENDSUBENT 23 0 1465300199999 SUBENT 14653002 20200420 14711465300200001 BIB 2 2 1465300200002 REACTION (98-CF-252(0,F)MASS,PRE,FY) 1465300200003 STATUS (CURVE) Fig. 2, page 2242. 1465300200004 ENDBIB 2 0 1465300200005 NOCOMMON 0 0 1465300200006 DATA 2 45 1465300200007 MASS DATA 1465300200008 NO-DIM PC/FIS 1465300200009 82.000 0.052 1465300200010 83.000 0.065 1465300200011 84.000 0.065 1465300200012 85.000 0.091 1465300200013 86.000 0.116 1465300200014 87.000 0.155 1465300200015 88.000 0.181 1465300200016 89.000 0.219 1465300200017 90.000 0.271 1465300200018 91.000 0.438 1465300200019 92.000 0.502 1465300200020 93.000 0.605 1465300200021 94.000 0.721 1465300200022 95.000 0.940 1465300200023 96.000 1.081 1465300200024 97.000 1.261 1465300200025 98.000 1.493 1465300200026 99.000 1.892 1465300200027 100.000 2.239 1465300200028 101.000 2.561 1465300200029 102.000 2.896 1465300200030 103.000 3.449 1465300200031 104.000 3.848 1465300200032 105.000 4.491 1465300200033 106.000 5.225 1465300200034 107.000 5.392 1465300200035 108.000 5.482 1465300200036 109.000 5.572 1465300200037 110.000 5.379 1465300200038 111.000 5.135 1465300200039 112.000 5.225 1465300200040 113.000 4.736 1465300200041 114.000 4.311 1465300200042 115.000 3.977 1465300200043 116.000 3.642 1465300200044 117.000 3.269 1465300200045 118.000 2.857 1465300200046 119.000 2.484 1465300200047 120.000 1.943 1465300200048 121.000 1.609 1465300200049 122.000 1.287 1465300200050 123.000 0.953 1465300200051 124.000 0.695 1465300200052 125.000 0.489 1465300200053 126.000 0.412 1465300200054 ENDDATA 47 0 1465300200055 ENDSUBENT 54 0 1465300299999 SUBENT 14653003 20200420 14711465300300001 BIB 4 7 1465300300002 REACTION (98-CF-252(0,F),(SEC),AKE,LF+HF) The average final 1465300300003 total kinetic-energy release. 1465300300004 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1465300300005 MISC-COL (MISC) The variance of the average total kinetic-energy1465300300006 distribution. 1465300300007 STATUS (DEP,14653002) 1465300300008 (TABLE) Table I, page 2243. 1465300300009 ENDBIB 7 0 1465300300010 NOCOMMON 0 0 1465300300011 DATA 4 1 1465300300012 DATA DATA-ERR MISC MISC-ERR 1465300300013 MEV MEV MEV-SQ MEV-SQ 1465300300014 179.4 2.0 106.0 6.0 1465300300015 ENDDATA 3 0 1465300300016 ENDSUBENT 15 0 1465300399999 ENDENTRY 3 0 1465399999999