ENTRY 20971 20190903 22822097100000001 SUBENT 20971001 20190903 22822097100100001 BIB 15 41 2097100100002 TITLE The reaction Ni-58(n,p)Co-58 at different neutron 2097100100003 energies 2097100100004 AUTHOR (K.Debertin,E.Rossle) 2097100100005 REFERENCE (J,NP,70,89,1965) 2097100100006 INSTITUTE (2GERFRK) 2097100100007 FACILITY (VDG,2GERFRK) 6 MeV van de Graaff, and- 2097100100008 (CCW,2GERFRK) 1.3 MeV Cockroft-Walton. 2097100100009 INC-SOURCE (D-D) Deuterium gas target, or- 2097100100010 (D-T) zirconium-tritide target. 2097100100011 Fluxes and energy spreads were as follows- 2097100100012 at 8.4 MeV, flux 1.5 x 10**8 n/sr/sec in the forward 2097100100013 direction, energy spread 200 keV. 2097100100014 At 14.1 MeV, flux 10**8 n/sr/sec at 90 degrees 2097100100015 energy spread 200 keV. 2097100100016 At 22 MeV, flux 0.20 x 10**8 n/sr/sec in the forward 2097100100017 direction, energy spread 300 keV. 2097100100018 SAMPLE (28-NI-58,ENR=0.99) Ni-58 enriched to 99%, thickness 2097100100019 9.6 mg/cm2 at 8.4 MeV, 30 mg/cm2 at the other energies.2097100100020 METHOD (EDE) Direct detection of emitted particles. 2097100100021 DETECTOR (TELES,SCIN,CSICR) Counter telescope consisting of 2097100100022 two gas scintillators as delta-E counters, and a 2097100100023 CsI(Tl) crystal as total energy detector. Proton 2097100100024 telescope consisting of polythene radiator and 2097100100025 CsI(Tl) crystal to monitor the flux. 2097100100026 (SCIN ) Li6-I(Eu) scintillator also used to measure 2097100100027 the neutron flux. 2097100100028 REL-REF (I,,K.Debertin+,J,NIM,33,1,1965) detector description 2097100100029 MONITOR (1-H-1(N,EL)1-H-1,,SIG) Measured by replacing nickel 2097100100030 target by polythene, normalization value not given. 2097100100031 CORRECTION Laboratory energy scale corrected for energy losses 2097100100032 in the delta-E detectors and target and transformed 2097100100033 to centre of mass. Counts in each channel adjusted 2097100100034 to give spectrum for equal intervals of the centre 2097100100035 of mass scale. 2097100100036 ERR-ANALYS (DATA-ERR) No information about source of uncertainties2097100100037 STATUS Most data from NEUDADA, some taken directly from 2097100100038 the publication. 2097100100039 HISTORY (19790615C) 2097100100040 (19810115A) DATA-ERR heading in Subent 007 corrected. 2097100100041 (20190903A) SD:Updated to new date formats,lower case. 2097100100042 BIB updated. Corrections in all Subents. 2097100100043 ENDBIB 41 0 2097100100044 NOCOMMON 0 0 2097100100045 ENDSUBENT 44 0 2097100199999 SUBENT 20971002 20190903 22822097100200001 BIB 3 6 2097100200002 REACTION (28-NI-58(N,X)1-H-1,,DA/DE) 2097100200003 STATUS (NDD) data given on figs 1,3,5 of Nucl.Phys.,70(1965)892097100200004 HISTORY (20190903A) SD: Value at Ecm =7.02 MeV (En=8.4 MeV and 2097100200005 ANG=60.degr.) corrected (89. -> 8.9 mb/sr/MeV) COS->ANG2097100200006 DATA -> DATA-CM. SF3=P -> X; SF4=Co-58 -> H-1 in 2097100200007 REACTION code. 2097100200008 ENDBIB 6 0 2097100200009 NOCOMMON 0 0 2097100200010 DATA 6 305 2097100200011 EN EN-RSL ANG E-CM DATA-CM DATA-ERR 2097100200012 MEV MEV ADEG MEV MB/SR/MEV PER-CENT 2097100200013 8.4 0.2 60. 3.18 6.6 2097100200014 8.4 0.2 60. 3.23 7.1 2097100200015 8.4 0.2 60. 3.29 9.7 2097100200016 8.4 0.2 60. 3.34 8. 2097100200017 8.4 0.2 60. 3.4 9.9 2097100200018 8.4 0.2 60. 3.46 8.9 8.2097100200019 8.4 0.2 60. 3.52 9.8 2097100200020 8.4 0.2 60. 3.58 9.4 2097100200021 8.4 0.2 60. 3.64 9. 2097100200022 8.4 0.2 60. 3.7 10.9 2097100200023 8.4 0.2 60. 3.76 10.5 2097100200024 8.4 0.2 60. 3.83 11.4 2097100200025 8.4 0.2 60. 3.9 11.3 2097100200026 8.4 0.2 60. 3.97 12.7 2097100200027 8.4 0.2 60. 4.03 12.6 2097100200028 8.4 0.2 60. 4.1 13.3 2097100200029 8.4 0.2 60. 4.17 12.4 2097100200030 8.4 0.2 60. 4.24 13.4 2097100200031 8.4 0.2 60. 4.31 13.3 2097100200032 8.4 0.2 60. 4.38 13.5 2097100200033 8.4 0.2 60. 4.45 14.8 2097100200034 8.4 0.2 60. 4.52 15.4 2097100200035 8.4 0.2 60. 4.59 14.8 2097100200036 8.4 0.2 60. 4.66 14.3 2097100200037 8.4 0.2 60. 4.73 14.3 2097100200038 8.4 0.2 60. 4.8 15.2 2097100200039 8.4 0.2 60. 4.87 14.8 7.2097100200040 8.4 0.2 60. 4.94 15.9 2097100200041 8.4 0.2 60. 5.01 14.9 2097100200042 8.4 0.2 60. 5.08 14.5 2097100200043 8.4 0.2 60. 5.15 14.6 2097100200044 8.4 0.2 60. 5.22 14.5 2097100200045 8.4 0.2 60. 5.3 17.3 2097100200046 8.4 0.2 60. 5.37 14. 2097100200047 8.4 0.2 60. 5.45 14.1 2097100200048 8.4 0.2 60. 5.5 13.8 2097100200049 8.4 0.2 60. 5.58 13.5 2097100200050 8.4 0.2 60. 5.65 13.3 2097100200051 8.4 0.2 60. 5.73 11.5 2097100200052 8.4 0.2 60. 5.81 11.2 2097100200053 8.4 0.2 60. 5.89 11.6 2097100200054 8.4 0.2 60. 5.96 10.9 2097100200055 8.4 0.2 60. 6.04 10.1 2097100200056 8.4 0.2 60. 6.11 8.9 2097100200057 8.4 0.2 60. 6.19 8.9 2097100200058 8.4 0.2 60. 6.26 7.6 2097100200059 8.4 0.2 60. 6.34 7.1 2097100200060 8.4 0.2 60. 6.41 6.7 2097100200061 8.4 0.2 60. 6.49 6. 2097100200062 8.4 0.2 60. 6.56 6.3 2097100200063 8.4 0.2 60. 6.64 6.6 2097100200064 8.4 0.2 60. 6.71 6.7 2097100200065 8.4 0.2 60. 6.79 7.7 2097100200066 8.4 0.2 60. 6.87 7.4 2097100200067 8.4 0.2 60. 6.95 8.8 2097100200068 8.4 0.2 60. 7.02 8.9 8.2097100200069 8.4 0.2 60. 7.1 8.2 2097100200070 8.4 0.2 60. 7.18 8.1 2097100200071 8.4 0.2 60. 7.26 7.6 2097100200072 8.4 0.2 60. 7.33 7.2 2097100200073 8.4 0.2 60. 7.41 5.3 2097100200074 8.4 0.2 60. 7.49 4.8 2097100200075 8.4 0.2 60. 7.57 5.2 2097100200076 8.4 0.2 60. 7.65 3.7 2097100200077 8.4 0.2 60. 7.73 4.2 2097100200078 8.4 0.2 60. 7.8 2.9 2097100200079 8.4 0.2 60. 7.88 2.8 2097100200080 8.4 0.2 60. 7.96 3.7 2097100200081 8.4 0.2 60. 8.04 3.5 2097100200082 8.4 0.2 60. 8.11 3.5 2097100200083 8.4 0.2 60. 8.19 3.4 2097100200084 8.4 0.2 60. 8.27 4.3 2097100200085 8.4 0.2 60. 8.35 4.6 11.2097100200086 8.4 0.2 60. 8.42 4.4 2097100200087 8.4 0.2 60. 8.5 4. 2097100200088 8.4 0.2 60. 8.58 3.2 2097100200089 8.4 0.2 60. 8.66 3.1 2097100200090 8.4 0.2 60. 8.73 2.7 2097100200091 8.4 0.2 60. 8.81 2.2 2097100200092 8.4 0.2 60. 8.88 0.9 2097100200093 8.4 0.2 60. 8.96 0.5 2097100200094 8.4 0.2 60. 9.04 0.2 2097100200095 8.4 0.2 60. 9.12 0.1 2097100200096 8.4 0.2 60. 9.19 0. 2097100200097 14.1 0.2 8. 5.67 10.5 10.2097100200098 14.1 0.2 8. 5.81 11. 10.2097100200099 14.1 0.2 8. 5.95 10.7 10.2097100200100 14.1 0.2 8. 6.09 9.1 10.2097100200101 14.1 0.2 8. 6.23 9.4 10.2097100200102 14.1 0.2 8. 6.37 8.3 10.2097100200103 14.1 0.2 8. 6.51 8.9 10.2097100200104 14.1 0.2 8. 6.66 7.9 10.2097100200105 14.1 0.2 8. 6.81 8. 10.2097100200106 14.1 0.2 8. 6.96 7.8 10.2097100200107 14.1 0.2 8. 7.11 7. 10.2097100200108 14.1 0.2 8. 7.26 7.1 10.2097100200109 14.1 0.2 8. 7.41 6.5 10.2097100200110 14.1 0.2 8. 7.56 5.8 10.2097100200111 14.1 0.2 8. 7.71 6.4 10.2097100200112 14.1 0.2 8. 7.86 5.3 10.2097100200113 14.1 0.2 8. 8.02 6.1 10.2097100200114 14.1 0.2 8. 8.18 4.9 10.2097100200115 14.1 0.2 8. 8.34 4. 10.2097100200116 14.1 0.2 8. 8.5 3.7 10.2097100200117 14.1 0.2 8. 8.66 3.9 10.2097100200118 14.1 0.2 8. 8.82 3.6 10.2097100200119 14.1 0.2 8. 8.98 3.5 10.2097100200120 14.1 0.2 8. 9.14 3.8 10.2097100200121 14.1 0.2 8. 9.3 2.6 10.2097100200122 14.1 0.2 8. 9.46 2.5 10.2097100200123 14.1 0.2 8. 9.62 2.3 10.2097100200124 14.1 0.2 8. 9.78 2.8 10.2097100200125 14.1 0.2 8. 9.94 2.8 10.2097100200126 14.1 0.2 8. 10.11 2.2 10.2097100200127 14.1 0.2 8. 10.28 2.7 10.2097100200128 14.1 0.2 8. 10.45 2.5 10.2097100200129 14.1 0.2 8. 10.62 2.4 10.2097100200130 14.1 0.2 8. 10.79 2.3 10.2097100200131 14.1 0.2 8. 10.96 1.5 10.2097100200132 14.1 0.2 8. 11.13 2.3 10.2097100200133 14.1 0.2 8. 11.3 1.7 10.2097100200134 14.1 0.2 8. 11.47 1.8 10.2097100200135 14.1 0.2 8. 11.64 1.6 10.2097100200136 14.1 0.2 8. 11.81 1.8 10.2097100200137 14.1 0.2 8. 11.98 1.9 10.2097100200138 14.1 0.2 8. 12.15 1.7 10.2097100200139 14.1 0.2 8. 12.32 1.9 10.2097100200140 14.1 0.2 8. 12.49 1.8 10.2097100200141 14.1 0.2 8. 12.66 1.5 10.2097100200142 14.1 0.2 8. 12.83 1.5 10.2097100200143 14.1 0.2 8. 12.99 1. 10.2097100200144 14.1 0.2 8. 13.16 0.8 10.2097100200145 14.1 0.2 8. 13.33 1. 10.2097100200146 14.1 0.2 8. 13.49 0.6 10.2097100200147 14.1 0.2 8. 13.66 0.9 10.2097100200148 14.1 0.2 8. 13.83 0.4 10.2097100200149 14.1 0.2 8. 14. 0.5 10.2097100200150 14.1 0.2 8. 14.17 0.4 10.2097100200151 14.1 0.2 8. 14.34 0.3 10.2097100200152 14.1 0.2 8. 14.51 0.2 10.2097100200153 14.1 0.2 8. 14.68 0.15 10.2097100200154 14.1 0.2 8. 14.85 0.1 10.2097100200155 14.1 0.2 8. 15.02 0. 10.2097100200156 14.1 0.2 145. 5.81 7.9 10.2097100200157 14.1 0.2 145. 5.96 9. 10.2097100200158 14.1 0.2 145. 6.11 7.2 10.2097100200159 14.1 0.2 145. 6.26 8.2 10.2097100200160 14.1 0.2 145. 6.41 7.4 10.2097100200161 14.1 0.2 145. 6.56 7.7 10.2097100200162 14.1 0.2 145. 6.72 7.3 10.2097100200163 14.1 0.2 145. 6.88 6.9 10.2097100200164 14.1 0.2 145. 7.05 6.8 10.2097100200165 14.1 0.2 145. 7.22 6.2 10.2097100200166 14.1 0.2 145. 7.39 6.6 10.2097100200167 14.1 0.2 145. 7.57 5.2 10.2097100200168 14.1 0.2 145. 7.75 4.9 10.2097100200169 14.1 0.2 145. 7.93 4.6 10.2097100200170 14.1 0.2 145. 8.11 4.4 10.2097100200171 14.1 0.2 145. 8.29 3.3 10.2097100200172 14.1 0.2 145. 8.47 3.3 10.2097100200173 14.1 0.2 145. 8.65 3.6 10.2097100200174 14.1 0.2 145. 8.82 3.2 10.2097100200175 14.1 0.2 145. 9. 2.9 10.2097100200176 14.1 0.2 145. 9.17 2.9 10.2097100200177 14.1 0.2 145. 9.34 2.3 10.2097100200178 14.1 0.2 145. 9.51 2.2 10.2097100200179 14.1 0.2 145. 9.68 2. 10.2097100200180 14.1 0.2 145. 9.85 1.8 10.2097100200181 14.1 0.2 145. 10.03 2.1 10.2097100200182 14.1 0.2 145. 10.21 1.3 10.2097100200183 14.1 0.2 145. 10.39 1.9 10.2097100200184 14.1 0.2 145. 10.58 1.6 10.2097100200185 14.1 0.2 145. 10.77 1.2 10.2097100200186 14.1 0.2 145. 10.96 0.9 10.2097100200187 14.1 0.2 145. 11.15 1. 10.2097100200188 14.1 0.2 145. 11.34 0.8 10.2097100200189 14.1 0.2 145. 11.53 0.7 10.2097100200190 14.1 0.2 145. 11.72 0.6 10.2097100200191 14.1 0.2 145. 11.91 0.4 10.2097100200192 14.1 0.2 145. 12.1 0.6 10.2097100200193 14.1 0.2 145. 12.29 0.5 10.2097100200194 14.1 0.2 145. 12.47 0.4 10.2097100200195 14.1 0.2 145. 12.66 0.5 10.2097100200196 14.1 0.2 145. 12.85 0.4 10.2097100200197 14.1 0.2 145. 13.04 0.25 10.2097100200198 14.1 0.2 145. 13.23 0.3 10.2097100200199 14.1 0.2 145. 13.42 0.3 10.2097100200200 14.1 0.2 145. 13.6 0.3 10.2097100200201 14.1 0.2 145. 13.79 0. 10.2097100200202 14.1 0.2 145. 13.98 0.15 10.2097100200203 14.1 0.2 145. 14.17 0.1 10.2097100200204 14.1 0.2 145. 14.36 0.2 10.2097100200205 14.1 0.2 145. 14.55 0. 10.2097100200206 14.1 0.2 145. 14.74 0.1 10.2097100200207 14.1 0.2 145. 14.93 0. 10.2097100200208 22. 0.3 8. 8.18 8. 10.2097100200209 22. 0.3 8. 8.39 7.1 10.2097100200210 22. 0.3 8. 8.6 7.4 10.2097100200211 22. 0.3 8. 8.81 6.9 10.2097100200212 22. 0.3 8. 9.02 4.7 10.2097100200213 22. 0.3 8. 9.23 4.1 10.2097100200214 22. 0.3 8. 9.45 4.2 10.2097100200215 22. 0.3 8. 9.66 4.7 10.2097100200216 22. 0.3 8. 9.88 3.9 10.2097100200217 22. 0.3 8. 10.1 3.2 10.2097100200218 22. 0.3 8. 10.32 3.9 10.2097100200219 22. 0.3 8. 10.54 3.4 10.2097100200220 22. 0.3 8. 10.76 3.6 10.2097100200221 22. 0.3 8. 10.98 3.8 10.2097100200222 22. 0.3 8. 11.2 3.7 10.2097100200223 22. 0.3 8. 11.42 3.7 10.2097100200224 22. 0.3 8. 11.64 3.3 10.2097100200225 22. 0.3 8. 11.86 3. 10.2097100200226 22. 0.3 8. 12.08 2.4 10.2097100200227 22. 0.3 8. 12.3 2.3 10.2097100200228 22. 0.3 8. 12.52 2.7 10.2097100200229 22. 0.3 8. 12.74 2.1 10.2097100200230 22. 0.3 8. 12.96 1.4 10.2097100200231 22. 0.3 8. 13.18 2.3 10.2097100200232 22. 0.3 8. 13.41 1.6 10.2097100200233 22. 0.3 8. 13.64 2. 10.2097100200234 22. 0.3 8. 13.87 1.7 10.2097100200235 22. 0.3 8. 14.1 2. 10.2097100200236 22. 0.3 8. 14.33 2. 10.2097100200237 22. 0.3 8. 14.56 2.3 10.2097100200238 22. 0.3 8. 14.79 1.7 10.2097100200239 22. 0.3 8. 15.02 1.7 10.2097100200240 22. 0.3 8. 15.25 2.4 10.2097100200241 22. 0.3 8. 15.48 1.3 10.2097100200242 22. 0.3 8. 15.71 0.8 10.2097100200243 22. 0.3 8. 15.94 1.6 10.2097100200244 22. 0.3 8. 16.17 1.4 10.2097100200245 22. 0.3 8. 16.4 0.9 10.2097100200246 22. 0.3 8. 16.64 1.7 10.2097100200247 22. 0.3 8. 16.88 1.2 10.2097100200248 22. 0.3 8. 17.12 1.1 10.2097100200249 22. 0.3 8. 17.36 1.4 10.2097100200250 22. 0.3 8. 17.6 1.3 10.2097100200251 22. 0.3 8. 17.84 1.4 10.2097100200252 22. 0.3 8. 18.08 1.7 10.2097100200253 22. 0.3 8. 18.32 1.5 10.2097100200254 22. 0.3 8. 18.56 1.2 10.2097100200255 22. 0.3 8. 18.8 1.6 10.2097100200256 22. 0.3 8. 19.04 1.5 10.2097100200257 22. 0.3 8. 19.28 1.5 10.2097100200258 22. 0.3 8. 19.52 1.9 10.2097100200259 22. 0.3 8. 19.76 1.3 10.2097100200260 22. 0.3 8. 20. 1. 10.2097100200261 22. 0.3 8. 20.24 0.7 10.2097100200262 22. 0.3 8. 20.48 0.6 10.2097100200263 22. 0.3 8. 20.72 0.3 10.2097100200264 22. 0.3 8. 20.96 0.2 10.2097100200265 22. 0.3 8. 21.2 0.1 10.2097100200266 22. 0.3 8. 21.44 0. 10.2097100200267 22. 0.3 150. 8.7 9. 10.2097100200268 22. 0.3 150. 8.91 6.1 10.2097100200269 22. 0.3 150. 9.12 4.9 10.2097100200270 22. 0.3 150. 9.34 3.3 10.2097100200271 22. 0.3 150. 9.56 2.9 10.2097100200272 22. 0.3 150. 9.78 2.9 10.2097100200273 22. 0.3 150. 10.01 2.7 10.2097100200274 22. 0.3 150. 10.24 2.7 10.2097100200275 22. 0.3 150. 10.47 2.2 10.2097100200276 22. 0.3 150. 10.7 1.8 10.2097100200277 22. 0.3 150. 10.93 1.7 10.2097100200278 22. 0.3 150. 11.16 1.8 10.2097100200279 22. 0.3 150. 11.39 1.3 10.2097100200280 22. 0.3 150. 11.62 1.2 10.2097100200281 22. 0.3 150. 11.85 1.1 10.2097100200282 22. 0.3 150. 12.08 1. 10.2097100200283 22. 0.3 150. 12.31 1.2 10.2097100200284 22. 0.3 150. 12.54 0.9 10.2097100200285 22. 0.3 150. 12.77 1.2 10.2097100200286 22. 0.3 150. 13. 0.9 10.2097100200287 22. 0.3 150. 13.23 0.7 10.2097100200288 22. 0.3 150. 13.46 1.1 10.2097100200289 22. 0.3 150. 13.69 0.5 10.2097100200290 22. 0.3 150. 13.92 0.3 10.2097100200291 22. 0.3 150. 14.15 0.1 10.2097100200292 22. 0.3 150. 14.37 0.7 10.2097100200293 22. 0.3 150. 14.61 0.2 10.2097100200294 22. 0.3 150. 14.85 0.7 10.2097100200295 22. 0.3 150. 15.09 0.5 10.2097100200296 22. 0.3 150. 15.33 0.2 10.2097100200297 22. 0.3 150. 15.57 0.35 10.2097100200298 22. 0.3 150. 15.82 0.25 10.2097100200299 22. 0.3 150. 16.07 0.15 10.2097100200300 22. 0.3 150. 16.32 0.05 10.2097100200301 22. 0.3 150. 16.57 0.4 10.2097100200302 22. 0.3 150. 16.82 0.25 10.2097100200303 22. 0.3 150. 17.07 0.05 10.2097100200304 22. 0.3 150. 17.32 0.15 10.2097100200305 22. 0.3 150. 17.57 0. 10.2097100200306 22. 0.3 150. 17.81 0.3 10.2097100200307 22. 0.3 150. 18.04 0.2 10.2097100200308 22. 0.3 150. 18.28 0.05 10.2097100200309 22. 0.3 150. 18.53 0.2 10.2097100200310 22. 0.3 150. 18.78 0.15 10.2097100200311 22. 0.3 150. 19.03 0.05 10.2097100200312 22. 0.3 150. 19.28 0.15 10.2097100200313 22. 0.3 150. 19.52 0.1 10.2097100200314 22. 0.3 150. 19.77 0.05 10.2097100200315 22. 0.3 150. 20.02 0.2 10.2097100200316 22. 0.3 150. 20.27 0. 10.2097100200317 22. 0.3 150. 20.52 0. 10.2097100200318 ENDDATA 307 0 2097100200319 ENDSUBENT 318 0 2097100299999 SUBENT 20971003 20190903 22822097100300001 BIB 4 11 2097100300002 REACTION (28-NI-58(N,P)27-CO-58,PAR,DA) 2097100300003 COMMENT Data probably obtained by integration of measured 2097100300004 double differential cross-section in given ranges 2097100300005 of residual nucleus excitation energy. However, 2097100300006 data is given at some angles for which no double- 2097100300007 differential cross section exists in the NEUDADA 2097100300008 file and is not present in this work. 2097100300009 22 MeV values are averages over 2 or 3 runs. 2097100300010 STATUS (NDD) data given on figs 2,4,6 of Nucl.Phys.,70(1965)892097100300011 HISTORY (20190903A) SD: COS -> ANG; DATA -> DATA-CM. EN-RSL 2097100300012 corrected at En=22.MeV (3.0 -> 0.3 MeV). 2097100300013 ENDBIB 11 0 2097100300014 NOCOMMON 0 0 2097100300015 DATA 7 74 2097100300016 EN EN-RSL E-EXC-MIN E-EXC-MAX ANG-CM DATA-CM 2097100300017 DATA-ERR 2097100300018 MEV MEV MEV MEV ADEG MB/SR 2097100300019 PER-CENT 2097100300020 8.4 0.2 0.0 2.1 7.9868 11.802097100300021 5. 2097100300022 8.4 0.2 0.0 2.1 30.5033 11.702097100300023 5. 2097100300024 8.4 0.2 0.0 2.1 61.0006 12.102097100300025 5. 2097100300026 8.4 0.2 0.0 2.1 91.0027 10.302097100300027 14. 2097100300028 8.4 0.2 0.0 2.1 120.9975 11.102097100300029 5. 2097100300030 8.4 0.2 0.0 2.1 150.5052 11.802097100300031 7. 2097100300032 8.4 0.2 2.1 5.1 7.9868 35.002097100300033 5. 2097100300034 8.4 0.2 2.1 5.1 30.5033 35.502097100300035 5. 2097100300036 8.4 0.2 2.1 5.1 61.0006 35.702097100300037 5. 2097100300038 8.4 0.2 2.1 5.1 91.0027 31.802097100300039 14. 2097100300040 8.4 0.2 2.1 5.1 120.9975 33.402097100300041 5. 2097100300042 8.4 0.2 2.1 5.1 150.5052 35.702097100300043 7. 2097100300044 14.1 0.2 0.0 3.0 7.9868 4.502097100300045 9. 2097100300046 14.1 0.2 0.0 3.0 25.4980 3.502097100300047 9. 2097100300048 14.1 0.2 0.0 3.0 43.4979 3.002097100300049 9. 2097100300050 14.1 0.2 0.0 3.0 61.0006 2.602097100300051 9. 2097100300052 14.1 0.2 0.0 3.0 91.5013 1.652097100300053 16. 2097100300054 14.1 0.2 0.0 3.0 120.9975 1.602097100300055 11. 2097100300056 14.1 0.2 0.0 3.0 145.4974 1.452097100300057 14. 2097100300058 14.1 0.2 3.0 5.5 7.9868 7.202097100300059 8. 2097100300060 14.1 0.2 3.0 5.5 25.4980 6.302097100300061 8. 2097100300062 14.1 0.2 3.0 5.5 43.4979 6.302097100300063 8. 2097100300064 14.1 0.2 3.0 5.5 61.0006 6.102097100300065 8. 2097100300066 14.1 0.2 3.0 5.5 91.5013 4.802097100300067 14. 2097100300068 14.1 0.2 3.0 5.5 120.9975 5.402097100300069 9. 2097100300070 14.1 0.2 3.0 5.5 145.4974 5.302097100300071 11. 2097100300072 14.1 0.2 5.5 8.0 7.9868 16.502097100300073 8. 2097100300074 14.1 0.2 5.5 8.0 25.4980 15.502097100300075 8. 2097100300076 14.1 0.2 5.5 8.0 43.4979 16.502097100300077 8. 2097100300078 14.1 0.2 5.5 8.0 61.0006 16.302097100300079 8. 2097100300080 14.1 0.2 5.5 8.0 91.5013 14.502097100300081 14. 2097100300082 14.1 0.2 5.5 8.0 120.9975 13.702097100300083 9. 2097100300084 14.1 0.2 5.5 8.0 145.4974 15.102097100300085 10. 2097100300086 22. 0.3 0.0 4.0 7.9868 3.802097100300087 12. 2097100300088 22. 0.3 0.0 4.0 25.4980 2.902097100300089 9. 2097100300090 22. 0.3 0.0 4.0 43.4979 1.802097100300091 10. 2097100300092 22. 0.3 0.0 4.0 61.0006 1.602097100300093 11. 2097100300094 22. 0.3 0.0 4.0 91.5013 0.802097100300095 18. 2097100300096 22. 0.3 0.0 4.0 120.9975 0.402097100300097 19. 2097100300098 22. 0.3 0.0 4.0 150.5052 0.302097100300099 24. 2097100300100 22. 0.3 0.0 11.5 25.4980 16.302097100300101 8. 2097100300102 22. 0.3 0.0 11.5 43.4979 13.402097100300103 8. 2097100300104 22. 0.3 0.0 11.5 61.0006 10.602097100300105 9. 2097100300106 22. 0.3 0.0 11.5 91.5013 8.402097100300107 15. 2097100300108 22. 0.3 0.0 11.5 120.9975 6.202097100300109 13. 2097100300110 22. 0.3 0.0 11.5 150.5401 6.202097100300111 14. 2097100300112 22. 0.3 4.0 6.5 7.9868 3.402097100300113 12. 2097100300114 22. 0.3 4.0 6.5 25.4980 2.902097100300115 10. 2097100300116 22. 0.3 4.0 6.5 43.4979 2.102097100300117 10. 2097100300118 22. 0.3 4.0 6.5 61.0006 1.602097100300119 11. 2097100300120 22. 0.3 4.0 6.5 91.5013 1.102097100300121 18. 2097100300122 22. 0.3 4.0 6.5 120.9975 0.802097100300123 19. 2097100300124 22. 0.3 4.0 6.5 150.5052 0.502097100300125 28. 2097100300126 22. 0.3 6.5 9.0 7.9868 4.102097100300127 11. 2097100300128 22. 0.3 6.5 9.0 25.4980 3.602097100300129 10. 2097100300130 22. 0.3 6.5 9.0 43.4979 3.302097100300131 10. 2097100300132 22. 0.3 6.5 9.0 61.0006 2.602097100300133 11. 2097100300134 22. 0.3 6.5 9.0 91.5013 2.302097100300135 16. 2097100300136 22. 0.3 6.5 9.0 120.9975 1.602097100300137 16. 2097100300138 22. 0.3 6.5 9.0 150.5052 1.602097100300139 19. 2097100300140 22. 0.3 9.0 11.5 7.9868 7.902097100300141 11. 2097100300142 22. 0.3 9.0 11.5 25.4980 6.902097100300143 10. 2097100300144 22. 0.3 9.0 11.5 43.4979 6.202097100300145 10. 2097100300146 22. 0.3 9.0 11.5 61.0006 4.802097100300147 10. 2097100300148 22. 0.3 9.0 11.5 91.5013 4.202097100300149 16. 2097100300150 22. 0.3 9.0 11.5 120.9975 3.402097100300151 14. 2097100300152 22. 0.3 9.0 11.5 150.5052 3.802097100300153 15. 2097100300154 22. 0.3 11.5 14.0 7.9868 15.602097100300155 18. 2097100300156 22. 0.3 11.5 14.0 25.4980 14.502097100300157 22. 2097100300158 22. 0.3 11.5 14.0 43.4979 16.602097100300159 17. 2097100300160 22. 0.3 11.5 14.0 61.0006 13.802097100300161 13. 2097100300162 22. 0.3 11.5 14.0 91.5013 12.402097100300163 15. 2097100300164 22. 0.3 11.5 14.0 120.9975 15.502097100300165 13. 2097100300166 22. 0.3 11.5 14.0 150.5401 16.902097100300167 14. 2097100300168 ENDDATA 152 0 2097100300169 ENDSUBENT 168 0 2097100399999 SUBENT 20971004 20190903 22822097100400001 BIB 6 12 2097100400002 REACTION (27-CO-58(0,0),,LDP) 2097100400003 ANALYSIS Found from gradient of statistical plot of the 2097100400004 measured proton energy spectra from Ni-58(n,p), 2097100400005 using the inverse cross-sections (see REL-REF). 2097100400006 REL-REF (R,,H.Meldner+,J,ZP,180,362,1964) 2097100400007 COMMENT Data for 22 MeV believed to be inaccurate due to 2097100400008 influence of direct effects. 2097100400009 STATUS (TABLE) from the text on p.94 of Nucl.Phys.,70(1965)89 2097100400010 Derived from differential cross section measured in 2097100400011 this work 2097100400012 HISTORY (20190903A) SD: Data were restored from EXFOR archive. 2097100400013 STATUS updated. REL-REF added. 2097100400014 ENDBIB 12 0 2097100400015 NOCOMMON 0 0 2097100400016 DATA 5 3 2097100400017 EN E-EXC-MIN E-EXC-MAX DATA DATA-ERR 2097100400018 MEV MEV MEV 1/MEV 1/MEV 2097100400019 8.4 3. 5.5 6.2 0.4 2097100400020 14.1 3.5 8. 5.9 0.4 2097100400021 22. 7. 11. 5.3 2097100400022 ENDDATA 5 0 2097100400023 ENDSUBENT 22 0 2097100499999 SUBENT 20971005 20190903 22822097100500001 BIB 6 12 2097100500002 REACTION (27-CO-58(0,0),,LDP) 2097100500003 ANALYSIS Level density parameter found from gradient of a 2097100500004 statistical plot of the measured proton energy spectra,2097100500005 using the inverse cross-sections (see REL-REF) 2097100500006 REL-REF (R,,M.M.Shapiro,J,PR,90,171,1953) 2097100500007 COMMENT Data for 22 MeV believed to be inaccurate due to 2097100500008 influence of direct effects. 2097100500009 STATUS (TABLE) from the text on p.95 of Nucl.Phys.,70(1965)89 2097100500010 Derived from differential cross section measured in 2097100500011 this work 2097100500012 HISTORY (20190903A) SD: Data were restored from EXFOR archive. 2097100500013 STATUS updated. REL-REF added. 2097100500014 ENDBIB 12 0 2097100500015 NOCOMMON 0 0 2097100500016 DATA 5 3 2097100500017 EN E-EXC-MIN E-EXC-MAX DATA DATA-ERR 2097100500018 MEV MEV MEV 1/MEV 1/MEV 2097100500019 8.4 3. 5.5 7.2 0.4 2097100500020 14.1 3.5 8. 6.8 0.4 2097100500021 22. 7. 11. 5.5 2097100500022 ENDDATA 5 0 2097100500023 ENDSUBENT 22 0 2097100599999 SUBENT 20971006 20190903 22822097100600001 BIB 4 8 2097100600002 REACTION (28-NI-58(N,P)27-CO-58,,SIG) 2097100600003 ANALYSIS (INTED) Integration of the proton energy spectrum, 2097100600004 extrapolated below 3 MeV using statistical 2097100600005 model. 2097100600006 STATUS (TABLE) from the text on p.95 of Nucl.Phys.,70(1965)89 2097100600007 (DEP,20971002) From measured proton energy spectra 2097100600008 above 3.3 MeV, data from text of publication. 2097100600009 HISTORY (20190903A) SD: STATUS updated. 2097100600010 ENDBIB 8 0 2097100600011 NOCOMMON 0 0 2097100600012 DATA 3 1 2097100600013 EN DATA DATA-ERR 2097100600014 MEV MB MB 2097100600015 8.4 630. 50. 2097100600016 ENDDATA 3 0 2097100600017 ENDSUBENT 16 0 2097100699999 SUBENT 20971007 20190903 22822097100700001 BIB 5 11 2097100700002 REACTION (28-NI-58(N,P)27-CO-58,PAR,SIG) 2097100700003 ANALYSIS (INTAD) Integration of partial differential cross- 2097100700004 section in the given energy ranges. 2097100700005 MISC-COL (MISC) direct interaction part 2097100700006 STATUS (NDD) from NEUDADA 2097100700007 (DEP,20971003) From measured proton energy spectra 2097100700008 above 3.3 MeV, data from text of publication. 2097100700009 HISTORY (19790615C) 2097100700010 (19810115A) 2097100700011 (20190903A) SD: STATUS updated. REACTION code (2) moved2097100700012 to MISC. 2097100700013 ENDBIB 11 0 2097100700014 COMMON 1 3 2097100700015 DATA-ERR 2097100700016 PER-CENT 2097100700017 10. 2097100700018 ENDCOMMON 3 0 2097100700019 DATA 5 7 2097100700020 EN E-EXC-MIN E-EXC-MAX DATA MISC 2097100700021 MEV MEV MEV MB MB 2097100700022 14.1 0. 3. 25. 7.5 2097100700023 14.1 3. 5.5 70. 4.7 2097100700024 14.1 5.5 8. 19. 8. 2097100700025 22. 0. 4. 14. 9. 2097100700026 22. 4. 6.5 16. 8.5 2097100700027 22. 6.5 9. 30. 9. 2097100700028 22. 9. 11.5 57. 12.3 2097100700029 ENDDATA 9 0 2097100700030 ENDSUBENT 29 0 2097100799999 SUBENT 20971008 20190903 22822097100800001 BIB 3 6 2097100800002 REACTION (28-NI-58(N,X)1-H-2,,DA/DE) 2097100800003 STATUS (NDD) From NEUDADA, data on fig. 8 of 2097100800004 Nucl.Phys.,70(1965)89 2097100800005 HISTORY (20190903A) SD: STATUS updated. E -> E-CM; COS -> ANG; 2097100800006 DATA -> DATA-CM. EN-SEC deleted. SF3=D -> X; 2097100800007 SF4=Co-57 -> H-2 in REACTION code. 2097100800008 ENDBIB 6 0 2097100800009 COMMON 4 3 2097100800010 EN EN-RSL ANG DATA-ERR 2097100800011 MEV MEV ADEG PER-CENT 2097100800012 22. 0.3 8. 10. 2097100800013 ENDCOMMON 3 0 2097100800014 DATA 2 40 2097100800015 E-CM DATA-CM 2097100800016 MEV MB/SR/MEV 2097100800017 8.68 0.05 2097100800018 8.86 0.8 2097100800019 9.05 0.35 2097100800020 9.24 1.05 2097100800021 9.43 0.45 2097100800022 9.62 0.7 2097100800023 9.81 0.9 2097100800024 10.0 0.6 2097100800025 10.19 0.8 2097100800026 10.38 0.9 2097100800027 10.57 0.45 2097100800028 10.76 0.45 2097100800029 10.96 0.9 2097100800030 11.16 1.3 2097100800031 11.36 1.3 2097100800032 11.56 2.2 2097100800033 11.76 4.3 2097100800034 11.96 4.6 2097100800035 12.15 5.8 2097100800036 12.35 5.3 2097100800037 12.55 4.2 2097100800038 12.75 4.2 2097100800039 12.95 2.6 2097100800040 13.15 1.8 2097100800041 13.36 1.3 2097100800042 13.57 1.7 2097100800043 13.78 1.3 2097100800044 13.99 0.7 2097100800045 14.2 0.7 2097100800046 14.41 0.7 2097100800047 14.62 1.0 2097100800048 14.83 1.6 2097100800049 15.04 1.5 2097100800050 15.25 1.3 2097100800051 15.46 1.1 2097100800052 15.68 0.7 2097100800053 15.89 0.5 2097100800054 16.11 0.25 2097100800055 16.33 0.05 2097100800056 16.55 0.05 2097100800057 ENDDATA 42 0 2097100800058 ENDSUBENT 57 0 2097100899999 SUBENT 20971009 20190903 22822097100900001 BIB 4 9 2097100900002 REACTION (28-NI-58(N,D)27-CO-57,PAR,DA) 2097100900003 ANALYSIS (INTED) Integration of double differential cross- 2097100900004 section over given ranges of excitation 2097100900005 energy. 2097100900006 STATUS (NDD) From NEUDADA, data on fig. 9 of 2097100900007 Nucl.Phys.,70(1965)89 2097100900008 (DEP,20971008) From double differential cross-section. 2097100900009 HISTORY (20190903A) SD: STATUS updated. DATA -> DATA-CM. 2097100900010 EN-RSL corrected (3. -> 0.3 MeV). 2097100900011 ENDBIB 9 0 2097100900012 COMMON 2 3 2097100900013 EN EN-RSL 2097100900014 MEV MEV 2097100900015 22. 0.3 2097100900016 ENDCOMMON 3 0 2097100900017 DATA 5 14 2097100900018 E-EXC-MIN E-EXC-MAX ANG-CM DATA-CM DATA-ERR 2097100900019 MEV MEV ADEG MB/SR PER-CENT 2097100900020 0.0 1.7 150.9 0.07 50. 2097100900021 0.0 1.7 121.5 0.27 33. 2097100900022 0.0 1.7 91.702 0.34 24. 2097100900023 0.0 1.7 61.497 1.07 12. 2097100900024 0.0 1.7 43.598 2.04 11. 2097100900025 0.0 1.7 25.697 2.90 9. 2097100900026 0.0 1.7 7.9868 1.73 12. 2097100900027 1.7 5.5 150.9 0.57 50. 2097100900028 1.7 5.5 121.5 0.51 33. 2097100900029 1.7 5.5 91.702 0.54 24. 2097100900030 1.7 5.5 61.497 1.32 12. 2097100900031 1.7 5.5 43.598 1.63 14. 2097100900032 1.7 5.5 25.697 2.77 9. 2097100900033 1.7 5.5 25.405 7.95 10. 2097100900034 ENDDATA 16 0 2097100900035 ENDSUBENT 34 0 2097100999999 SUBENT 20971010 20190903 22822097101000001 BIB 4 8 2097101000002 REACTION (28-NI-58(N,D)27-CO-57,PAR,SIG) 2097101000003 ANALYSIS (INTAD,INTED) 2097101000004 Integration of double differential cross-section 2097101000005 above 8 MeV. 2097101000006 STATUS (TABLE) From text on p.96 of Nucl.Phys.,70(1965)89 2097101000007 (DEP,20971008) From measured double differential cross-2097101000008 section 2097101000009 HISTORY (20190903U) SD: STATUS updated. 2097101000010 ENDBIB 8 0 2097101000011 NOCOMMON 0 0 2097101000012 DATA 4 1 2097101000013 EN E-CM-MIN DATA-CM DATA-ERR 2097101000014 MEV MEV MB MB 2097101000015 22. 8. 23.4 4. 2097101000016 ENDDATA 3 0 2097101000017 ENDSUBENT 16 0 2097101099999 ENDENTRY 10 0 2097199999999