ENTRY C 21752 20080106 19820730 2175200000001 SUBENT C 21752001 20080106 20080226 2175200100001 BIB 12 45 2175200100002 INSTITUTE (2FR ILL) Experimental site, G.Barreau, P.Perrin 2175200100003 (2BLGMOL) C.Wagemans, E.Allaert 2175200100004 (2BLGGHT) P.D'Hondt 2175200100005 (2FR GRA) F.Caitucoli 2175200100006 REFERENCE (J,NP/A,369,1,198110) 2175200100007 AUTHOR (C.Wagemans, E.Allaert, F.Caitucoli, P.D'Hondt, 2175200100008 G.Barreau, P.Perrin) 2175200100009 TITLE -Experimental study of some important characteristics 2175200100010 of the thermal neutron induced fission of Np-237. 2175200100011 REL-REF (N,,Schmidt+,C,65SALZBURG,1,531,1965) Calibration 2175200100012 method used for data conversion. 2175200100013 FACILITY (REAC,2FR ILL) ILL High Flux Reactor. 2175200100014 INC-SOURCE (THCOL) Cross section and ternary fission measurements 2175200100015 made at the end of the 87 m curved neutron guide. 2175200100016 Thermal flux of 6.E8 neutrons per cm2 per sec. 2175200100017 Mass and energy measurements made at neutron beam IH1 2175200100018 collimated to 1 cm diameter. Thermal flux of 5.E9 2175200100019 neutrons per cm per sec at target position. 2175200100020 INC-SPECT High energy neutron contamination 1.0E-4 % 2175200100021 for cross section and ternary fission measurements, 2175200100022 2.0E-3 % for mass and energy measurements. 2175200100023 SAMPLE -NP-F4, containing the following isotopic composition, 2175200100024 in atoms per cent. 2175200100025 Np-237 greater than 99.99, 2175200100026 Np-235 less than 0.0005, Np-236 less than 0.0005, 2175200100027 Np-238 less than 0.003, Np-239 less than 0.003. 2175200100028 -For cross section and ternary fission measurements 2175200100029 a 382 micro-g Np-237 per cm2 layer was evaporated 2175200100030 onto a mylar backing. For calibration a similar 2175200100031 layer of 10 micro-g U-235 per cm2 was used. 2175200100032 -For mass and energy measurements a 111 micro-g 2175200100033 Np-237 per cm2 layer and a 129 micro-g U-235 per cm2 2175200100034 layer, evaporated onto 30 micro-g per cm2 polyimide 2175200100035 foil were used. 2175200100036 Defined by spectroscopic analysis the amounts of 2175200100037 eventual impurities (in ppm): U-238 - 10, Pu-239 <1, 2175200100038 Cm-244 < 1, U-235 < 1. Via alpha-spectroscopy: 2175200100039 Pu-238 - 0.2 ppm. 2175200100040 STATUS Data taken from reference. 2175200100041 HISTORY (19820121C) A.P.T. 2175200100042 (19820217E) 2175200100043 (20080106A) BIB information and COMMON were added. 2175200100044 Upper-low case correction. Dates were corrected for 2175200100045 4-digits year.SUBENT .011-.014 were added. M.M. 2175200100046 ERR-ANALYS Counting statistics, detector efficiencies. 2175200100047 ENDBIB 45 0 2175200100048 COMMON 1 3 2175200100049 EN-DUMMY 2175200100050 EV 2175200100051 0.025 2175200100052 ENDCOMMON 3 0 2175200100053 ENDSUBENT 52 0 2175200199999 SUBENT C 21752002 20080106 20080226 2175200200001 BIB 7 12 2175200200002 REACTION (93-NP-237(N,F),,SIG,,MXW) 2175200200003 METHOD (PHD) Target inclined at 30 degrees to neutron beam. 2175200200004 Relative fission counting rates for Np and U 2175200200005 obtained from measured fission fragment pulse height 2175200200006 spectra. 2175200200007 DETECTOR (SOLST) Single surface barrier detector. 2175200200008 MONITOR ((MONIT)92-U-235(N,F),,SIG,,MXW) 2175200200009 MONIT-REF (20143002,A.Deruytter+,J,JNE,27,645,1973) 2175200200010 COMMENT Experiment not optimized for cross section 2175200200011 measurements,but considered as a check of 2175200200012 sample purity. 2175200200013 STATUS Data taken from reference, p.11. 2175200200014 ENDBIB 12 0 2175200200015 COMMON 2 3 2175200200016 MONIT MONIT-ERR 2175200200017 B B 2175200200018 5.8760E+02 2.6000E+00 2175200200019 ENDCOMMON 3 0 2175200200020 DATA 2 1 2175200200021 DATA DATA-ERR 2175200200022 MB MB 2175200200023 2.6000E+01 5.0000E+00 2175200200024 ENDDATA 3 0 2175200200025 ENDSUBENT 24 0 2175200299999 SUBENT C 21752003 20080106 20080226 2175200300001 BIB 4 16 2175200300002 REACTION ((93-NP-237(N,F),TER,SIG,A,MXW)/ 2175200300003 (92-U-235(N,F),TER,SIG,A,MXW)) 2175200300004 METHOD (EDE ) 25 micro-m aluminium foil placed between 2175200300005 target and detectors to stop fission fragments. 2175200300006 - E-DELTA E detectors calibrated using alpha decay 2175200300007 4.401 MeV lines of U-235 and 4.773 MeV U-234, and 2175200300008 9.45 MeV alphas produced by Nd-143(Nth,A) and 2175200300009 2.055 MeV alphas and 2.727 MeV tritons of Li-6(N,A)T 2175200300010 reaction. 2175200300011 DETECTOR (TELES,SOLST,SOLST) Two surface barrier detectors 2175200300012 used as E-DELTA E. DELTA E detector thickness 2175200300013 26.8 micro-m, active area 300 mm2. Energy 2175200300014 resolution better than 55 keV for 5.5 MeV alphas. 2175200300015 E detector thickness 700 micro-m, active area 2175200300016 450 mm2. Resolution 26 keV. 2175200300017 STATUS Data taken from reference, p.12. 2175200300018 ENDBIB 16 0 2175200300019 NOCOMMON 0 0 2175200300020 DATA 2 1 2175200300021 DATA DATA-ERR 2175200300022 NO-DIM NO-DIM 2175200300023 1.1900E+00 3.0000E-02 2175200300024 ENDDATA 3 0 2175200300025 ENDSUBENT 24 0 2175200399999 SUBENT C 21752004 20080106 20080226 2175200400001 BIB 7 19 2175200400002 REACTION (93-NP-237(N,F),BIN/TER,SIG/RAT,,MXW) 2175200400003 METHOD (EDE) 25 micro-m aluminium foil placed between 2175200400004 target and detectors to stop fission fragments. 2175200400005 - E-DELTA E detectors calibrated using alpha decay 2175200400006 4.401 MeV lines of U-235 and 4.773 MeV U-234, and 2175200400007 9.45 MeV alphas produced by Nd-143(Nth,A) and 2175200400008 2.055 MeV alphas and 2.727 MeV tritons of Li-6(N,A)T 2175200400009 reaction. 2175200400010 DETECTOR (TELES,SOLST,SOLST) Two surface barrier detectors 2175200400011 used as E-DELTA E. DELTA E detector thickness 2175200400012 26.8 micro-m, active area 300 mm2. Energy 2175200400013 resolution better than 55keV for 5.5MeV alphas. 2175200400014 E detector thickness 700 micro-m, active area 2175200400015 450 mm2. Resolution 26 keV. 2175200400016 ASSUMED (ASSUM,92-U-235(N,F),BIN/TER,SIG/RAT,,MXW) Taken from 2175200400017 REL-REF 2175200400018 REL-REF (N,,P.D'Hondt+,J,NP/A,346,461,1980) 2175200400019 PART-DET (A) Alphas from ternary fission. 2175200400020 STATUS (TABLE) Table 2 of reference. 2175200400021 ENDBIB 19 0 2175200400022 NOCOMMON 0 0 2175200400023 DATA 4 1 2175200400024 DATA DATA-ERR ASSUM ASSUM-ERR 2175200400025 NO-DIM NO-DIM NO-DIM NO-DIM 2175200400026 4.9000E+02 2.0000E+01 5.8900E+02 9.0000E+00 2175200400027 ENDDATA 3 0 2175200400028 ENDSUBENT 27 0 2175200499999 SUBENT C 21752005 20080106 20080226 2175200500001 BIB 4 17 2175200500002 REACTION (93-NP-237(N,F),TER,AKE,A) 2175200500003 METHOD (EDE ) 25 micro-m aluminium foil placed between 2175200500004 target and detectors to stop fission fragments. 2175200500005 -E-DELTA E detectors calibrated using alpha decay 2175200500006 4.401 MeV lines of U-235 and 4.773 MeV U-234, and 2175200500007 9.45 MeV alphas produced by Nd-143(Nth,A) and 2175200500008 2.055 MeV alphas and 2.727 MeV tritons of Li-6(N,A)T 2175200500009 reaction. 2175200500010 Energy distribution of ternary alpha particles has 2175200500011 FWHM = 9.9+-0.5 MeV. 2175200500012 DETECTOR (TELES,SOLST,SOLST) Two surface barrier detectors 2175200500013 used as E-DELTA E. DELTA E detector thickness 2175200500014 26.8 micro-m, active area 300 mm2. Energy 2175200500015 resolution better than 55keV for 5.5MeV alphas. 2175200500016 E detector thickness 700 micro-m, active area 2175200500017 450 mm2. Resolution 26 keV. 2175200500018 STATUS (TABLE) Table 2 of reference, p.12 2175200500019 ENDBIB 17 0 2175200500020 NOCOMMON 0 0 2175200500021 DATA 2 1 2175200500022 DATA DATA-ERR 2175200500023 MEV MEV 2175200500024 1.5800E+01 5.0000E-01 2175200500025 ENDDATA 3 0 2175200500026 ENDSUBENT 25 0 2175200599999 SUBENT C 21752006 20080106 20080226 2175200600001 BIB 4 13 2175200600002 REACTION (92-U-235(N,F),TER,AKE,A) 2175200600003 METHOD (EDE ) 25 micro-m aluminium foil placed between 2175200600004 target and detectors to stop fission fragments. 2175200600005 -E-DELTA E DETECTORS CALIBRATED USING ALPHA DECAY 2175200600006 4.401 MeV lines of U-235 and 4.773 MeV U-234, and 2175200600007 9.45 MeV alphas produced by Nd-143(Nth,A) and 2175200600008 2.055 MeV alphas and 2.727 MeV tritons of Li-6(N,A)T 2175200600009 reaction. 2175200600010 Energy distribution of ternary alpha particles has 2175200600011 FWHM = 9.6+-0.2 MeV. 2175200600012 DETECTOR (TELES,SOLST,SOLST) Two surface barrier detectors 2175200600013 used as E-DELTA E. 2175200600014 STATUS (TABLE) Table 2 of reference, p.12 2175200600015 ENDBIB 13 0 2175200600016 NOCOMMON 0 0 2175200600017 DATA 2 1 2175200600018 DATA DATA-ERR 2175200600019 MEV MEV 2175200600020 1.6000E+01 1.0000E-01 2175200600021 ENDDATA 3 0 2175200600022 ENDSUBENT 21 0 2175200699999 SUBENT C 21752007 20080106 20080226 2175200700001 BIB 6 25 2175200700002 REACTION 1(93-NP-237(N,F),SEC,AKE,FF,MXW) Directly measured 2175200700003 average total fragment kinetic energy. 2175200700004 2(93-NP-237(N,F),SEC,AKE,LF,MXW) 2175200700005 3(93-NP-237(N,F),SEC,AKE,HF,MXW) 2175200700006 METHOD (COINC) Pulse heights of coincident fragments and 2175200700007 (TOF ) time of flight difference between signals 2175200700008 recorded. 2175200700009 -Pulse heights converted to kinetic energies and 2175200700010 masses via an iterative procedure using the 2175200700011 calibration method of Schmidt+,C,65SALZBURG,1,531,19652175200700012 -Time of flight data used as a coherence test to 2175200700013 eliminate badly measured data. 2175200700014 DETECTOR (COIN ,SOLST,SOLST) Two collinear 300 mm2 ORTEC 2175200700015 surface barrier detectors 7 cm apart either 2175200700016 side of fission target. Coincidence window of 2175200700017 20 nano-sec used. 2175200700018 MISC-COL (MISC1) RMS width of the total fragment kinetic energy 2175200700019 distribution. 2175200700020 (MISC2) RMS width of the light fragment kinetic energy 2175200700021 distribution. 2175200700022 (MISC3) RMS width of the heavy fragment kinetic energy 2175200700023 distribution. 2175200700024 STATUS (TABLE) Data taken from Table 1 of reference. 2175200700025 CORRECTION Average kinetic energies not corrected for 2175200700026 prompt neutron emission. 2175200700027 ENDBIB 25 0 2175200700028 NOCOMMON 0 0 2175200700029 DATA 7 1 2175200700030 DATA 1DATA-ERR 1DATA 2DATA 3MISC1 MISC2 2175200700031 MISC3 2175200700032 MEV MEV MEV MEV MEV MEV 2175200700033 MEV 2175200700034 174.7 0.6 101.9 72.8 11.1 5.4 2175200700035 7.9 2175200700036 ENDDATA 6 0 2175200700037 ENDSUBENT 36 0 2175200799999 SUBENT C 21752008 20080106 20080226 2175200800001 BIB 6 24 2175200800002 REACTION 1(92-U-235(N,F),SEC,AKE,FF,MXW) 2175200800003 2(92-U-235(N,F),SEC,AKE,LF,MXW) 2175200800004 3(92-U-235(N,F),SEC,AKE,HF,MXW) 2175200800005 METHOD (COINC) Pulse heights of coincident fragments and 2175200800006 (TOF ) time of flight difference between signals 2175200800007 recorded. 2175200800008 -Pulse heights converted to kinetic energies and 2175200800009 masses via an iterative procedure using the 2175200800010 calibration method of Schmidt+,C,65SALZBURG,1,531,19652175200800011 -Time of flight data used as a coherence test to 2175200800012 eliminate badly measured data. 2175200800013 DETECTOR (COIN ,SOLST,SOLST) Two collinear 300 mm2 ORTEC 2175200800014 surface barrier detectors 7 cm apart either 2175200800015 side of fission target. Coincidence window of 2175200800016 20 nano-sec used. 2175200800017 MISC-COL (MISC1) RMS width of the total fragment kinetic energy 2175200800018 distribution. 2175200800019 (MISC2) RMS width of the light fragment kinetic energy 2175200800020 distribution. 2175200800021 (MISC3) RMS width of the heavy fragment kinetic energy 2175200800022 distribution. 2175200800023 STATUS (TABLE) From Table 1 of reference. 2175200800024 CORRECTION Average kinetic energies not corrected for 2175200800025 prompt neutron emission. 2175200800026 ENDBIB 24 0 2175200800027 NOCOMMON 0 0 2175200800028 DATA 7 1 2175200800029 DATA 1DATA-ERR 1DATA 2DATA 3MISC1 MISC2 2175200800030 MISC3 2175200800031 MEV MEV MEV MEV MEV MEV 2175200800032 MEV 2175200800033 171.0 0.5 100.4 70.6 10.7 5.1 2175200800034 7.6 2175200800035 ENDDATA 6 0 2175200800036 ENDSUBENT 35 0 2175200899999 SUBENT C 21752009 20080106 20080226 2175200900001 BIB 6 22 2175200900002 REACTION 1(93-NP-237(N,F),PRE,AP,LF,MXW) 2175200900003 2(93-NP-237(N,F),PRE,AP,HF,MXW) 2175200900004 METHOD (COINC) Pulse heights of coincident fragments and 2175200900005 (TOF ) time of flight difference between signals 2175200900006 recorded. 2175200900007 -Pulse heights converted to kinetic energies and 2175200900008 masses via an iterative procedure using the 2175200900009 calibration method of Schmidt+,C,65SALZBURG,1,531,19652175200900010 -Time of flight data used as a coherence test to 2175200900011 eliminate badly measured data. 2175200900012 DETECTOR (COIN ,SOLST,SOLST) Two collinear 300 mm2 ORTEC 2175200900013 surface barrier detectors 7 cm apart either 2175200900014 side of fission target. Coincidence window of 2175200900015 20 nano-sec used. 2175200900016 MISC-COL (MISC1) RMS width of the light fragment mass 2175200900017 distribution. 2175200900018 (MISC2) RMS width of the heavy fragment mass 2175200900019 distribution. 2175200900020 STATUS (TABLE) Data taken from Table 1 of reference. 2175200900021 CORRECTION Mass values are provisional since they are 2175200900022 not corrected for prompt neutron emission 2175200900023 nor for resolution effects. 2175200900024 ENDBIB 22 0 2175200900025 NOCOMMON 0 0 2175200900026 DATA 4 1 2175200900027 DATA 1DATA 2MISC1 MISC2 2175200900028 NO-DIM NO-DIM NO-DIM NO-DIM 2175200900029 9.9000E+01 1.3900E+02 6.0 6.0 2175200900030 ENDDATA 3 0 2175200900031 ENDSUBENT 30 0 2175200999999 SUBENT C 21752010 20080106 20080226 2175201000001 BIB 6 22 2175201000002 REACTION 1(92-U-235(N,F),PRE,AP,LF,MXW) 2175201000003 2(92-U-235(N,F),PRE,AP,HF,MXW) 2175201000004 METHOD (COINC) Pulse heights of coincident fragments and 2175201000005 (TOF ) time of flight difference between signals 2175201000006 recorded. 2175201000007 -Pulse heights converted to kinetic energies and 2175201000008 masses via an iterative procedure using the 2175201000009 calibration method of Schmidt+,C,65SALZBURG,1,531,19652175201000010 -Time of flight data used as a coherence test to 2175201000011 eliminate badly measured data. 2175201000012 DETECTOR (COIN ,SOLST,SOLST) Two collinear 300 mm2 ORTEC 2175201000013 surface barrier detectors 7 cm apart either 2175201000014 side of fission target. Coincidence window of 2175201000015 20 nano-sec used. 2175201000016 MISC-COL (MISC1) RMS width of the light fragment mass 2175201000017 distribution. 2175201000018 (MISC2) RMS width of the heavy fragment mass 2175201000019 distribution. 2175201000020 STATUS (TABLE) Data taken from Table 1 reference. 2175201000021 CORRECTION Mass values are provisional since they are not 2175201000022 corrected for prompt neutron emission nor for 2175201000023 resolution effects. 2175201000024 ENDBIB 22 0 2175201000025 NOCOMMON 0 0 2175201000026 DATA 4 1 2175201000027 DATA 1DATA 2MISC1 MISC2 2175201000028 NO-DIM NO-DIM NO-DIM NO-DIM 2175201000029 9.7200E+01 1.3880E+02 5.7 5.7 2175201000030 ENDDATA 3 0 2175201000031 ENDSUBENT 30 0 2175201099999 SUBENT I 21752011 20080106 20080226 2175201100001 BIB 6 16 2175201100002 REACTION 1(93-NP-237(N,F),PRE,AKE,FF,MXW,DERIV) 2175201100003 2(92-U-235(N,F),PRE,AKE,FF,MXW,DERIV) 2175201100004 - pre-neutron emission average kinetic energy. 2175201100005 ANALYSIS Pre-neutron emission value of AKE was calculated by 2175201100006 correction with average total number of prompt fission 2175201100007 neutrons. 2175201100008 ASSUMED (ASSUM1,93-NP-237(N,F),PR,NU) 2175201100009 (ASSUM2,92-U-235(N,F),PR,NU) 2175201100010 REL-REF (N,21651001,H.Thierens+,J,NP/A,342,(2),229,198006) 2175201100011 (N,,J.Frehaut+,R,CEA-N-2134,58,1980) 2175201100012 For ASSUM1 reference. 2175201100013 ADD-RES Peak-to-valley ratio = 1120+-380 for Np-237. 2175201100014 Peak-to valley ratio = 460+-70 for U-235. 2175201100015 STATUS (TABLE) Data taken from Table 1 of reference. 2175201100016 (DEP,21752007) 2175201100017 (DEP,21752008) 2175201100018 ENDBIB 16 0 2175201100019 NOCOMMON 0 0 2175201100020 DATA 6 1 2175201100021 DATA 1DATA-ERR 1DATA 2DATA-ERR 2ASSUM1 ASSUM2 2175201100022 MEV MEV MEV MEV NO-DIM NO-DIM 2175201100023 176.4 0.6 172.7 0.5 2.5 2.44 2175201100024 ENDDATA 3 0 2175201100025 ENDSUBENT 24 0 2175201199999 SUBENT I 21752012 20080106 20080226 2175201200001 BIB 5 9 2175201200002 REACTION 1(93-NP-237(N,F)MASS,CHN,FY,,MXW) 2175201200003 2(92-U-235(N,F)MASS,CHN,FY,,MXW) 2175201200004 The provisional mass distributions . 2175201200005 ANALYSIS Because of the symmetry only the heavy fragment peak is2175201200006 given in Fig.1. 2175201200007 CORRECTION Not corrected for neutron emission nor for resolution 2175201200008 effects. 2175201200009 ERR-ANALYS (ERR-DIG) Digitizing error of DATA. 2175201200010 STATUS (CURVE) Digitized data of Fig.1 of reference. 2175201200011 ENDBIB 9 0 2175201200012 COMMON 1 3 2175201200013 ERR-DIG 2175201200014 PC/FIS 2175201200015 0.6E-02 2175201200016 ENDCOMMON 3 0 2175201200017 DATA 3 48 2175201200018 MASS DATA 1DATA 2 2175201200019 NO-DIM PC/FIS PC/FIS 2175201200020 118. 0.255E-02 0.0153 2175201200021 119. 0.279E-02 0.0128 2175201200022 120. 0.765E-02 0.0158 2175201200023 121. 0.0143 0.0189 2175201200024 122. 0.0246 0.0247 2175201200025 123. 0.0377 0.0368 2175201200026 124. 0.0847 0.0599 2175201200027 125. 0.170 0.125 2175201200028 126. 0.348 0.272 2175201200029 127. 0.652 0.589 2175201200030 128. 1.113 1.067 2175201200031 129. 1.739 1.702 2175201200032 130. 2.446 2.437 2175201200033 131. 3.273 3.355 2175201200034 132. 4.163 4.365 2175201200035 133. 4.844 5.210 2175201200036 134. 5.470 5.653 2175201200037 135. 5.875 5.737 2175201200038 136. 6.106 5.795 2175201200039 137. 6.255 6.045 2175201200040 138. 6.193 6.332 2175201200041 139. 5.995 6.398 2175201200042 140. 5.933 6.263 2175201200043 141. 5.734 5.899 2175201200044 142. 5.370 5.681 2175201200045 143. 4.933 5.455 2175201200046 144. 4.404 4.936 2175201200047 145. 3.820 4.150 2175201200048 146. 3.347 3.200 2175201200049 147. 2.809 2.388 2175201200050 148. 2.152 1.823 2175201200051 149. 1.705 1.403 2175201200052 150. 1.306 1.067 2175201200053 151. 1.014 0.767 2175201200054 152. 0.779 0.495 2175201200055 153. 0.579 0.341 2175201200056 154. 0.409 0.216 2175201200057 155. 0.319 0.136 2175201200058 156. 0.213 0.841E-01 2175201200059 157. 0.123 0.504E-01 2175201200060 158. 0.894E-01 0.255E-01 2175201200061 159. 0.457E-01 0.923E-02 2175201200062 160. 0.303E-01 0.253E-02 2175201200063 161. 0.241E-01 0.135E-02 2175201200064 162. 0.165E-01 2175201200065 163. 0.107E-01 2175201200066 164. 0.315E-02 2175201200067 165. 0.443E-03 2175201200068 ENDDATA 50 0 2175201200069 ENDSUBENT 68 0 2175201299999 SUBENT I 21752013 20080106 20080226 2175201300001 BIB 3 6 2175201300002 REACTION 1(93-NP-237(N,F)MASS,,KE,FF,MXW) 2175201300003 2(92-U-235(N,F)MASS,,KE,FF,MXW) 2175201300004 Single fragment kinetic energy as function of fragment 2175201300005 provisional mass. 2175201300006 ERR-ANALYS (ERR-DIG) Digitizing error of DATA 2175201300007 STATUS (CURVE) Digitized data of Fig.4 of reference. 2175201300008 ENDBIB 6 0 2175201300009 COMMON 1 3 2175201300010 ERR-DIG 2175201300011 MEV 2175201300012 0.67E-01 2175201300013 ENDCOMMON 3 0 2175201300014 DATA 3 88 2175201300015 MASS DATA 1DATA 2 2175201300016 NO-DIM MEV MEV 2175201300017 76. 102.90 100.80 2175201300018 77. 101.65 100.26 2175201300019 78. 102.81 101.42 2175201300020 79. 102.81 100.71 2175201300021 80. 103.11 101.10 2175201300022 81. 103.03 100.86 2175201300023 82. 102.95 100.78 2175201300024 83. 102.87 100.62 2175201300025 84. 102.63 100.62 2175201300026 85. 102.78 100.84 2175201300027 86. 102.55 100.76 2175201300028 87. 102.39 100.53 2175201300029 88. 102.54 100.60 2175201300030 89. 102.38 100.75 2175201300031 90. 102.45 100.82 2175201300032 91. 102.37 100.59 2175201300033 92. 102.21 100.66 2175201300034 93. 102.21 100.50 2175201300035 94. 102.13 100.34 2175201300036 95. 102.04 100.18 2175201300037 96. 101.96 100.33 2175201300038 97. 101.88 100.48 2175201300039 98. 101.95 100.33 2175201300040 99. 101.95 100.32 2175201300041 100. 102.02 100.16 2175201300042 101. 102.02 100.55 2175201300043 102. 102.01 100.85 2175201300044 103. 101.93 100.92 2175201300045 104. 102.01 100.30 2175201300046 105. 101.38 99.676 2175201300047 106. 100.99 99.052 2175201300048 107. 100.60 98.040 2175201300049 108. 99.897 96.641 2175201300050 109. 98.962 95.164 2175201300051 110. 97.718 92.989 2175201300052 111. 96.086 91.047 2175201300053 112. 94.144 89.027 2175201300054 113. 92.589 86.698 2175201300055 114. 90.104 84.600 2175201300056 115. 88.627 82.116 2175201300057 116. 87.693 81.104 2175201300058 117. 84.046 79.550 2175201300059 118. 82.878 78.925 2175201300060 119. 80.006 78.301 2175201300061 120. 81.010 78.452 2175201300062 121. 80.231 78.292 2175201300063 122. 83.405 79.063 2175201300064 123. 82.857 79.525 2175201300065 124. 83.785 80.295 2175201300066 125. 83.393 80.524 2175201300067 126. 83.931 81.140 2175201300068 127. 84.003 81.368 2175201300069 128. 84.077 81.441 2175201300070 129. 83.763 81.205 2175201300071 130. 83.139 80.659 2175201300072 131. 82.204 79.801 2175201300073 132. 81.115 79.022 2175201300074 133. 80.103 77.855 2175201300075 134. 79.169 76.766 2175201300076 135. 77.770 75.134 2175201300077 136. 76.604 73.812 2175201300078 137. 75.126 72.259 2175201300079 138. 73.881 71.323 2175201300080 139. 72.328 70.079 2175201300081 140. 71.315 68.757 2175201300082 141. 70.149 67.590 2175201300083 142. 69.213 66.190 2175201300084 143. 67.581 65.256 2175201300085 144. 66.570 64.400 2175201300086 145. 65.404 63.388 2175201300087 146. 64.237 62.221 2175201300088 147. 63.379 61.054 2175201300089 149. 62.291 59.809 2175201300090 149. 61.123 58.875 2175201300091 150. 60.034 57.554 2175201300092 151. 59.021 56.851 2175201300093 152. 58.087 55.762 2175201300094 153. 57.231 54.673 2175201300095 154. 56.219 53.894 2175201300096 155. 55.361 52.648 2175201300097 156. 54.428 52.024 2175201300098 157. 53.494 50.935 2175201300099 158. 52.403 50.387 2175201300100 159. 51.391 48.833 2175201300101 160. 50.458 48.288 2175201300102 161. 48.360 49.367 2175201300103 162. 48.124 47.504 2175201300104 163. 45.870 46.645 2175201300105 ENDDATA 90 0 2175201300106 ENDSUBENT 105 0 2175201399999 SUBENT I 21752014 20080106 20080226 2175201400001 BIB 4 8 2175201400002 REACTION 1(93-NP-237(N,F)MASS,,AKE,FF,MXW) 2175201400003 2(92-U-235(N,F)MASS,,AKE,FF,MXW) 2175201400004 Total fission fragment kinetic energy as function of 2175201400005 heavy fragment provisional mass. 2175201400006 ERR-ANALYS (ERR-DIG) Digitizing error of DATA 2175201400007 MISC-COL (MISC) RMS width of total fission fragment kinetic 2175201400008 energy as function of heavy fragment provisional mass.2175201400009 STATUS (CURVE) Digitized data of Fig.5, 6 of reference. 2175201400010 ENDBIB 8 0 2175201400011 COMMON 1 3 2175201400012 ERR-DIG 2175201400013 MEV 2175201400014 0.67E-01 2175201400015 ENDCOMMON 3 0 2175201400016 DATA 5 45 2175201400017 MASS DATA 1DATA 2MISC 1MISC 2 2175201400018 NO-DIM MEV MEV MEV MEV 2175201400019 119. 160.20 159.10 2175201400020 120. 164.52 159.98 2175201400021 121. 165.69 161.07 10.894 12.362 2175201400022 122. 171.55 164.80 9.8466 11.553 2175201400023 123. 171.76 166.85 11.790 11.515 2175201400024 124. 175.13 169.63 9.8429 11.494 2175201400025 125. 176.44 171.68 9.6944 11.144 2175201400026 126. 178.42 174.82 9.6009 10.262 2175201400027 127. 180.17 176.94 9.9294 10.021 2175201400028 128. 182.07 178.55 9.9092 10.001 2175201400029 129. 182.65 179.64 9.9624 10.201 2175201400030 130. 182.87 179.93 10.236 10.107 2175201400031 131. 183.23 179.93 10.197 9.9955 2175201400032 132. 182.85 179.70 10.397 9.9204 2175201400033 133. 182.04 178.96 10.359 9.8269 2175201400034 134. 181.23 177.85 10.064 9.7333 2175201400035 135. 180.05 176.16 9.8598 9.4745 2175201400036 136. 178.43 174.32 9.7847 9.1424 2175201400037 137. 177.54 173.07 9.5075 8.7737 2175201400038 138. 176.14 171.74 9.2857 8.4965 2175201400039 139. 174.45 170.56 8.9352 8.2931 2175201400040 140. 173.49 169.52 8.6032 8.0343 2175201400041 141. 172.16 168.12 8.5097 7.7208 2175201400042 142. 171.27 166.87 8.1959 7.4803 2175201400043 143. 169.95 165.98 8.1024 7.3869 2175201400044 144. 169.06 165.10 7.8253 7.3851 2175201400045 145. 167.73 164.50 7.7318 7.4016 2175201400046 146. 166.99 162.88 7.6933 7.3264 2175201400047 147. 165.74 161.63 7.6734 7.1962 2175201400048 148. 164.93 160.52 7.5980 7.1026 2175201400049 149. 163.82 159.49 7.4311 7.0457 2175201400050 150. 162.57 158.75 7.4660 6.8971 2175201400051 151. 161.46 157.87 7.5007 6.8769 2175201400052 152. 160.79 156.32 7.5724 6.8752 2175201400053 153. 160.12 155.28 7.5524 6.7450 2175201400054 154. 158.95 154.54 7.4405 6.8534 2175201400055 155. 158.13 153.07 7.4936 6.8330 2175201400056 156. 157.98 152.33 7.4186 7.1800 2175201400057 157. 156.80 150.71 7.4718 6.9946 2175201400058 158. 156.21 149.24 7.3782 6.6260 2175201400059 159. 154.22 146.59 8.0920 7.9452 2175201400060 160. 153.04 146.88 8.5303 7.2829 2175201400061 161. 150.32 144.67 4.7855 7.3545 2175201400062 162. 150.97 142.17 6.3068 8.7839 2175201400063 163. 143.19 140.99 3.9746 8.5802 2175201400064 ENDDATA 47 0 2175201400065 ENDSUBENT 64 0 2175201499999 ENDENTRY 14 0 2175299999999