/* 2011-10-08 File is generated by HENDEL. */ \\BIB,1[4; D#=D2337; TITLE=/ Nuclear-charge polarization at scission in proton-induced fission of 233U /; ATH=(I.NISHINAKA'1', M.TANIKAWA'2', Y.NAGAME'1', H.NAKAHARA'3'); INST-ATH=(2JPNJAE'1', 2JPNTOK'2', 2JPNTMU'3'); /* '2' School of Science */ REF=EPJ/A; VLP=47(2011)9; RCTS=233U(P,FISSN); PHQS=; \\EXP,1[4; /* 2011-05-06 : Received, E-mail from Dr.Nishinaka */ /* 2011-05-16 : Compiled+Checked, M.Odsuren */ PHYS-FORM=SLD; THK-TGT=0.074MG/CM**2; BAC=NI; THK-BAC=0.089MG/CM**2; POL-TGT=0%; ALGN-TGT=0%; ACC=X'4'; /* '4' Accelerator, Tandem */ INST-ACC=2JPNJAE; INC-ENGY-LAB-RANGE=11.5MEV; POL-PRJ=0%; DET-PARTCL=X'5'; /* '5' Fission fragments, Two fission fragments */ COINC=NO; ANT-COINC=NO; DET-SYS=(SBD,SCT'6',TOF'7'); /* '6' plastic */ /* '7' The double time-of-flight method with flight paths of 958 mm and 1104 mm */ /* Experimental Method: - Coincidence (Two fragments measured in coincidence with the double time of flight) */ \\DATA,1[4; INC-ENGY-LAB=11.5MEV; \\EXP,1; RCT=233U(P,FISSN); RTY=FISSN; \\DATA,1; NORM=/ mass yield normalized 200% /; Z=3.7AMU; \DATA; A-EMT YLD'8' DELTA-YLD'8,9' (AMU) (%) (%) 80.5 0.68 +-0.02 82.5 1.25 +-0.03 84.5 2.05 +-0.04 86.5 3.14 +-0.05 88.5 4.46 +-0.06 90.5 6.01 +-0.06 92.5 7.35 +-0.07 94.5 8.49 +-0.08 96.5 9.1 +-0.08 98.5 9.05 +-0.08 100.5 9.11 +-0.08 102.5 8.11 +-0.08 104.5 6.81 +-0.07 106.5 5.65 +-0.06 108.5 4.76 +-0.06 110.5 4 +-0.05 112.5 3.68 +-0.05 114.5 3.33 +-0.05 116.5 3.26 +-0.05 118.5 3.32 +-0.05 120.5 3.47 +-0.05 122.5 3.83 +-0.05 124.5 4.37 +-0.06 126.5 5.13 +-0.06 128.5 6.24 +-0.07 130.5 7.45 +-0.07 132.5 8.68 +-0.08 134.5 9.12 +-0.08 136.5 9.22 +-0.08 138.5 8.82 +-0.08 140.5 7.9 +-0.07 142.5 6.76 +-0.07 144.5 5.25 +-0.06 146.5 3.76 +-0.05 148.5 2.53 +-0.04 150.5 1.62 +-0.03 152.5 0.94 +-0.03 \END; /* Plotted in fig 3a of Eur.Phys.J.A,47,(2011)9 */ /* '8' primary fragments */ /* '9' Statistical error */ \\EXP,2; RCT=233U(P,FISSN); RTY=FISSN; \\DATA,2; NORM=/ mass yield normalized 200% /; Z=3.7AMU; \DATA; A-EMT YLD'10' DELTA-YLD'10,11' (AMU) (%) (%) 80.5 0.8 +-0.03 82.5 1.5 +-0.05 84.5 2.64 +-0.06 86.5 4.18 +-0.08 88.5 5.89 +-0.09 90.5 7.44 +-0.1 92.5 8.83 +-0.11 94.5 9.37 +-0.11 96.5 9.21 +-0.11 98.5 9.42 +-0.11 100.5 8.68 +-0.11 102.5 7.58 +-0.1 104.5 6.25 +-0.09 106.5 4.92 +-0.08 108.5 4.19 +-0.08 110.5 3.79 +-0.07 112.5 3.59 +-0.07 114.5 3.34 +-0.07 116.5 3.34 +-0.07 118.5 3.57 +-0.07 120.5 3.71 +-0.07 122.5 4.28 +-0.08 124.5 4.88 +-0.08 126.5 5.83 +-0.09 128.5 7.09 +-0.1 130.5 8.46 +-0.11 132.5 9.25 +-0.11 134.5 9.23 +-0.11 136.5 8.98 +-0.11 138.5 7.76 +-0.1 140.5 6.37 +-0.09 142.5 5.03 +-0.08 144.5 3.79 +-0.07 146.5 2.59 +-0.06 148.5 1.62 +-0.05 150.5 1.02 +-0.04 152.5 0.56 +-0.03 \END; /* Plotted in fig 3a of Eur.Phys.J.A,47,(2011)9 */ /* '10' secondary fragments */ /* '11' Statistical error */ \\EXP,3; RCT=233U(P,FISSN); RTY=FISSN; \\DATA,3; \DATA; A-EMT AVER-KIN-ENGY'12' (AMU) (MEV) 80.5 160 82.5 162.2 84.5 164 86.5 165.3 88.5 167.3 90.5 168.8 92.5 170.5 94.5 172.2 96.5 173.9 98.5 175.1 100.5 176.1 102.5 176.5 104.5 175.8 106.5 174 108.5 171.4 110.5 169.2 112.5 168.3 114.5 167.4 116.5 166.8 118.5 167.1 120.5 167.9 122.5 168.7 124.5 170.1 126.5 172.8 128.5 174.9 130.5 176.4 132.5 176.3 134.5 175.6 136.5 174.6 138.5 173 140.5 171.3 142.5 169.7 144.5 168 146.5 166.3 148.5 164.8 150.5 162.9 152.5 161 \END; /* Plotted in fig 3b of Eur.Phys.J.A,47,(2011)9 */ /* '12' Resolution of total kinetic energy of primary fragments was estimated to be 4.3 MeV */ \\EXP,4; RCT=233U(P,FISSN); RTY=FISSN; \\DATA,4; Z=3.7AMU; \DATA; A-EMT YLD (AMU) (ARB) 70 0 71 3 72 0 73 6 74 5 75 18 76 40 77 58 78 101 79 131 80 256 81 319 82 457 83 624 84 821 85 1090 86 1383 87 1639 88 1978 89 2276 90 2576 91 2802 92 3076 93 3303 94 3375 95 3394 96 3334 97 3322 98 3464 99 3346 100 3130 101 3139 102 2859 103 2614 104 2392 105 2124 106 1918 107 1634 108 1658 109 1371 110 1450 111 1285 112 1301 113 1290 114 1188 115 1224 116 1180 117 1235 118 1245 119 1337 120 1271 121 1411 122 1543 123 1548 124 1704 125 1819 126 2042 127 2171 128 2464 129 2658 130 2979 131 3136 132 3276 133 3407 134 3369 135 3299 136 3321 137 3171 138 2903 139 2705 140 2444 141 2156 142 1915 143 1717 144 1540 145 1200 146 1046 147 828 148 659 149 515 150 397 151 340 152 254 153 152 154 129 155 90 156 62 157 33 158 25 159 20 160 7 161 7 162 3 163 2 164 0 165 0 \END; /* Plotted in fig 4 of Eur.Phys.J.A,47,(2011)9 */ \\END;