ENTRY D6265 20170309 D110D626500000001 SUBENT D6265001 20170309 D110D626500100001 BIB 10 32 D626500100002 TITLE Threshold behavior of interaction potential for the D626500100003 system 7Li+64Ni: Comparison with 6Li+64Ni D626500100004 AUTHOR (Md.Moin Shaikh, Mili Das, Subinit Roy, M.Sinha, D626500100005 M.K.Pradhan, P.Basu, U.Datta, K.Ramachandran, D626500100006 A.Shrivastava) D626500100007 INSTITUTE (3INDSAH,3INDTRM) D626500100008 (3INDIND) Anandamohan College, Kolkata D626500100009 (3INDIND) Belda College, Belda, Paschim Medinipur D626500100010 REFERENCE (J,NP/A,953,80,2016) D626500100011 FACILITY (VDGT,3INDTRM) Pelletron Linac Facility D626500100012 SAMPLE Self supporting target of 64Ni, prepared by electron D626500100013 beam evaporation from 99% enriched metallic powder. D626500100014 The thickness of the target was 376 ug/cm2. D626500100015 DETECTOR (TELES,SIBAR,SIBAR) The outgoing particles were D626500100016 detected by four dE-E telescopes with silicon surface D626500100017 barrier detectors placed on rotatable arm at an D626500100018 angular separation of 10 degrees. Two of the D626500100019 telescopes with 15 um, 25 um thick delta E detectors D626500100020 and 500 um, 3 mm thick E detectors were set to detect D626500100021 the scattered particles at forward angles and D626500100022 similar set of two telescopes was placed at backward D626500100023 angles. The solid angles subtended by the telescopes D626500100024 at the target center were 0.097, 0.081, 0.186 and D626500100025 0.144 msr, respectively. D626500100026 (SIBAR) Two monitor detectors of thickness 2 mm and 3 D626500100027 mm fitted with 1 mm phi Tantalum collimators were D626500100028 mounted at +- 15 degrees about the beam axis and at a D626500100029 distance of 40.7 cm from the target center. D626500100030 METHOD (EDE) D626500100031 ERR-ANALYS (DATA-ERR) No detail information given D626500100032 (ERR-S,2.,30.) The statistical uncertainty D626500100033 HISTORY (20170308C) Compiled by T.K.Rana+BL D626500100034 ENDBIB 32 0 D626500100035 NOCOMMON 0 0 D626500100036 ENDSUBENT 35 0 D626500199999 SUBENT D6265002 20170309 D110D626500200001 BIB 2 2 D626500200002 REACTION (28-NI-64(3-LI-7,EL)28-NI-64,,DA,,RTH) D626500200003 STATUS (TABLE) Fig.2 of Nuclear Physics A,953(2016)80 D626500200004 ENDBIB 2 0 D626500200005 NOCOMMON 0 0 D626500200006 DATA 4 148 D626500200007 EN ANG-CM DATA DATA-ERR D626500200008 MEV ADEG NO-DIM NO-DIM D626500200009 12. 29.846 1.005 0.039 D626500200010 12. 35.323 1.003 0.057 D626500200011 12. 40.774 0.992 0.054 D626500200012 12. 46.197 0.991 0.057 D626500200013 12. 51.588 0.978 0.059 D626500200014 12. 56.944 1.005 0.069 D626500200015 12. 62.263 1.004 0.062 D626500200016 12. 67.542 1.020 0.061 D626500200017 12. 72.778 0.958 0.062 D626500200018 12. 77.971 0.986 0.060 D626500200019 12. 83.118 0.998 0.080 D626500200020 12. 91.255 0.945 0.058 D626500200021 12. 94.276 0.972 0.077 D626500200022 12. 98.276 0.997 0.089 D626500200023 12. 104.218 0.997 0.054 D626500200024 12. 106.184 1.018 0.067 D626500200025 12. 111.065 0.976 0.071 D626500200026 12. 115.900 0.979 0.064 D626500200027 12. 120.689 0.934 0.079 D626500200028 12. 125.436 0.910 0.060 D626500200029 12. 134.807 0.913 0.037 D626500200030 12. 144.032 0.931 0.061 D626500200031 12. 153.135 0.850 0.049 D626500200032 12. 162.144 0.841 0.090 D626500200033 12. 166.623 0.860 0.112 D626500200034 14.3 22.140 1.053 0.072 D626500200035 14.3 27.650 1.060 0.077 D626500200036 14.3 33.130 1.043 0.069 D626500200037 14.3 35.320 1.017 0.064 D626500200038 14.3 38.600 1.063 0.074 D626500200039 14.3 44.030 1.010 0.067 D626500200040 14.3 49.440 1.020 0.066 D626500200041 14.3 54.810 1.013 0.068 D626500200042 14.3 60.140 1.020 0.064 D626500200043 14.3 65.440 1.020 0.062 D626500200044 14.3 70.690 1.010 0.064 D626500200045 14.3 75.900 0.963 0.065 D626500200046 14.3 81.060 0.882 0.054 D626500200047 14.3 86.180 0.824 0.050 D626500200048 14.3 91.260 0.706 0.044 D626500200049 14.3 106.180 0.507 0.038 D626500200050 14.3 111.060 0.447 0.042 D626500200051 14.3 120.690 0.362 0.023 D626500200052 14.3 125.440 0.337 0.022 D626500200053 14.3 130.140 0.322 0.024 D626500200054 14.3 134.810 0.282 0.020 D626500200055 14.3 139.440 0.267 0.021 D626500200056 14.3 144.030 0.258 0.018 D626500200057 14.3 153.130 0.215 0.017 D626500200058 14.3 162.140 0.212 0.017 D626500200059 15. 33.130 1.021 0.028 D626500200060 15. 38.600 0.962 0.030 D626500200061 15. 44.030 0.967 0.031 D626500200062 15. 49.440 0.989 0.032 D626500200063 15. 54.810 1.060 0.037 D626500200064 15. 60.140 0.929 0.034 D626500200065 15. 65.440 0.963 0.037 D626500200066 15. 70.690 0.962 0.041 D626500200067 15. 75.900 0.881 0.038 D626500200068 15. 81.060 0.731 0.030 D626500200069 15. 86.180 0.635 0.027 D626500200070 15. 90.240 0.640 0.028 D626500200071 15. 93.270 0.604 0.027 D626500200072 15. 96.280 0.575 0.027 D626500200073 15. 100.260 0.485 0.023 D626500200074 15. 101.260 0.507 0.027 D626500200075 15. 103.230 0.422 0.024 D626500200076 15. 106.180 0.426 0.024 D626500200077 15. 111.060 0.343 0.020 D626500200078 15. 115.900 0.278 0.017 D626500200079 15. 125.440 0.244 0.014 D626500200080 15. 134.810 0.186 0.011 D626500200081 15. 139.440 0.182 0.013 D626500200082 15. 144.030 0.181 0.016 D626500200083 15. 153.130 0.149 0.015 D626500200084 16. 22.140 0.997 0.073 D626500200085 16. 27.650 1.006 0.073 D626500200086 16. 33.130 0.973 0.062 D626500200087 16. 38.600 1.002 0.064 D626500200088 16. 44.030 1.004 0.065 D626500200089 16. 49.440 1.002 0.071 D626500200090 16. 54.810 1.003 0.066 D626500200091 16. 60.140 0.986 0.062 D626500200092 16. 65.440 0.927 0.058 D626500200093 16. 70.690 0.791 0.048 D626500200094 16. 81.060 0.601 0.036 D626500200095 16. 86.180 0.506 0.033 D626500200096 16. 91.260 0.431 0.028 D626500200097 16. 96.280 0.332 0.023 D626500200098 16. 100.260 0.312 0.021 D626500200099 16. 104.220 0.267 0.019 D626500200100 16. 106.180 0.262 0.018 D626500200101 16. 110.090 0.226 0.016 D626500200102 16. 113.970 0.209 0.015 D626500200103 16. 117.820 0.157 0.014 D626500200104 16. 125.440 0.132 0.014 D626500200105 16. 136.660 0.100 0.011 D626500200106 16. 144.030 0.083 0.008 D626500200107 16. 162.140 0.059 0.007 D626500200108 19.3 11.090 1.007 0.082 D626500200109 19.3 14.410 0.992 0.109 D626500200110 19.3 19.940 1.034 0.085 D626500200111 19.3 22.140 1.080 0.085 D626500200112 19.3 25.450 0.980 0.066 D626500200113 19.3 30.940 1.024 0.090 D626500200114 19.3 36.420 1.070 0.073 D626500200115 19.3 41.460 1.010 0.070 D626500200116 19.3 46.200 0.924 0.078 D626500200117 19.3 50.510 0.807 0.069 D626500200118 19.3 54.810 0.658 0.050 D626500200119 19.3 56.940 0.606 0.042 D626500200120 19.3 61.200 0.487 0.033 D626500200121 19.3 65.440 0.380 0.025 D626500200122 19.3 68.590 0.323 0.027 D626500200123 19.3 71.730 0.276 0.023 D626500200124 19.3 73.820 0.247 0.021 D626500200125 19.3 75.900 0.216 0.019 D626500200126 19.3 79.000 0.176 0.015 D626500200127 19.3 82.090 0.150 0.015 D626500200128 19.3 84.140 0.130 0.010 D626500200129 19.3 86.180 0.123 0.011 D626500200130 19.3 91.260 0.090 0.010 D626500200131 19.3 101.260 0.048 0.005 D626500200132 19.3 106.180 0.036 0.005 D626500200133 19.3 111.060 0.031 0.004 D626500200134 19.3 115.900 0.029 0.004 D626500200135 19.3 125.440 0.014 0.003 D626500200136 19.3 130.140 0.017 0.004 D626500200137 26.4 11.090 1.057 0.023 D626500200138 26.4 14.410 0.998 0.019 D626500200139 26.4 17.730 1.042 0.020 D626500200140 26.4 22.140 1.105 0.025 D626500200141 26.4 25.450 1.073 0.022 D626500200142 26.4 28.750 0.928 0.027 D626500200143 26.4 33.130 0.703 0.035 D626500200144 26.4 36.420 0.578 0.022 D626500200145 26.4 39.690 0.415 0.013 D626500200146 26.4 44.030 0.290 0.014 D626500200147 26.4 47.280 0.223 0.007 D626500200148 26.4 50.510 0.175 0.007 D626500200149 26.4 54.810 0.121 0.004 D626500200150 26.4 60.140 0.075 0.003 D626500200151 26.4 65.440 0.044 0.002 D626500200152 26.4 70.690 0.028 0.001 D626500200153 26.4 75.900 0.017 0.001 D626500200154 26.4 81.060 0.010 0.001 D626500200155 26.4 86.180 0.006 0.001 D626500200156 26.4 91.250 0.003 0.001 D626500200157 ENDDATA 150 0 D626500200158 ENDSUBENT 157 0 D626500299999 SUBENT D6265003 20170309 D110D626500300001 BIB 3 3 D626500300002 REACTION (28-NI-64(3-LI-7,NON),,SIG,,,DERIV) D626500300003 ANALYSIS Derived by optical model analysis D626500300004 STATUS (TABLE) Table 2 of Nuclear Physics A,953(2016)80 D626500300005 ENDBIB 3 0 D626500300006 NOCOMMON 0 0 D626500300007 DATA 4 6 D626500300008 EN DATA +DATA-ERR -DATA-ERR D626500300009 MEV MB MB MB D626500300010 12.0 40.9 3.4 3.3 D626500300011 14.3 442.6 20.3 5.7 D626500300012 15.0 538.3 14.6 4.8 D626500300013 16.0 665.3 20.7 18.1 D626500300014 19.3 1063.4 7.3 28.7 D626500300015 26.4 1559.9 87.5 102.4 D626500300016 ENDDATA 8 0 D626500300017 ENDSUBENT 16 0 D626500399999 ENDENTRY 3 0 D626599999999