/* 2004-03-11 FILE IS GENERATED BY HENDEL */ \\BIB,1[11; D#=D1659; TITLE=/Two deformation paths in proton-induced fission of 232Th/; PURPOSE=/Accurate measurements of complementary fission fragmentvelocities in the proton-induced fission of 232th/; ATH=(Y.NAGAME'1', I.NISHINAKA'1', K.TSUKADA'1', Y.OURA'1', S.ICHIKAWA'1', H.IKEZOE'1', Y.L.ZHAO'2', K.SUEKI'2', H.NAKAHARA'2', M.TANIKAWA'3', T.OHTSUKI'4', H.KUDO'5', Y.HAMAJIMA'6', K.TAKAMIYA'7', Y.H.CHUNG'8'); INST-ATH=(2JPNJAE'1', 2JPNTMU'2', 2JPNTOK'3', 2JPNTOH'4', 2JPNNII'5', 2JPNJPN'6', 2JPNOSA'7', 3KORKOR'8'); /* '2' Department of Chemistry */ /* '3' Department of Chemistry */ /* '4' Laboratory of Nuclear Science */ /* '5' Department of Chemistry */ /* '6' Department of Chemistry, Kanazawa University, Kanazawa */ /* '7' Department of Chemistry */ /* '8' Department of Chemistry, Hallym University, Chuncheon */ REF=PL/B; VLP=387(1996)26; RCTS=232TH(P,FISSN); PHQS=(A-DSTRN'9', AVER-KIN-ENGY'10', ENGY-SPEC'11', ENGY-SPEC'12', ENGY-SPEC'13', ENGY-SPEC'14', ENGY-SPEC'15'); /* '9' Heavy fragment mass distribution */ /* '10' average total kinetic energy */ /* '11' total kinetic energy distribution (A=126) */ /* '12' total kinetic energy distribution (A=128) */ /* '13' total kinetic energy distribution (A=130) */ /* '14' total kinetic energy distribution (A=132) */ /* '15' total kinetic energy distribution (A=134) */ \\EXP,1[11; /* 2003-11-22 : Converted, Data converted to EXFOR E1659 and EXFOR O0383. */ RTY=FISSN; CHM=ELM; PHYS-FORM=SLD; THK-TGT=0.07MG/CM**2; BAC=C; THK-BAC=0.02MG/CM**2; POL-TGT=0%; ALGN-TGT=0%; ACC=VDGT; INST-ACC=2JPNJAE; BEAM-INTNSTY=500[800NA; POL-PRJ=0%; DET-PARTCL=X'16'; /* '16' Fission Fragments */ COINC=NO; ANT-COINC=NO; DET-SYS=(MCPLT'17',SBD'18',MCPLT'19',PPAC'20'); /* '17' Placed at theta(lab)=50deg. Used as start and stop ToF (ToF1) detectors with carbon foil (30-micro gram/cm2). The flight path and solid angle are 55 cm and 0.17 msr, respectively. */ /* '18' Placed behind the stop MCPD. Used for stop and energy signals. */ /* '19' Placed at theta(lab)=130deg. Used to deliver start ToF signal (ToF2) to detect complementary fragments of ToF1. The flight path and solid angle are 50 cm and 32 msr, respectively. */ /* '20' Used to deliver stop signal of ToF (ToF2). */ ERS-DET=<2.5MEV'21'; /* '21' for total kinetic energy */ CALB-DET=/ Velocity calibration was performed using the 240 MeV 127I beam to bombard thin (70-100 micro-gram/cm2) calibration targets, natAg, natIn, natSb, and 209Bi. Each target was evaporated on 30 micro-gram/cm2 thick carbon foils. The recoil nuclei and the elastically scattered 127I ions were detected with the present ToF system. /; /* Experimental Method: - Time-of-flight (To measure fission fragment velocities) - Beam current integrated (The average beam current was 500-800 nA.) */ \\EXP,1; RCT=232TH(P,FISSN); PHQ=A-DSTRN'22'; /* '22' Heavy fragment mass distribution */ INC-ENGY-LAB=12.0MEV; \\DATA,1; INC-ENGY-LAB=12.0MEV; EMT=X'23'; /* '23' Fission fragments */ DELTA-YLD=3%'24'; /* '24' Data-point reader uncertainty */ \DATA; A YLD (NODIM) (%) 115. 0.0109 117. 0.0116 119. 0.0116 121. 0.0115 123. 0.0115 125. 0.0115 127. 0.0133 129. 0.017 131. 0.0237 133. 0.0353 135. 0.0444 137. 0.0524 139. 0.0568 141. 0.0567 143. 0.0554 145. 0.042 147. 0.03 149. 0.0188 151. 0.0106 153. 0.00553 154. 0.00248 \END; /* Data scanned from Fig.1(a) open circle, p28 in reference by CAJaD */ \\EXP,2; RCT=232TH(P,FISSN); PHQ=A-DSTRN'25'; /* '25' Heavy fragment mass distribution */ INC-ENGY-LAB=13.2MEV; \\DATA,2; INC-ENGY-LAB=13.2MEV; EMT=X'26'; /* '26' Fission fragments */ DELTA-YLD=3.0%'27'; /* '27' Data-point reader uncertainty */ \DATA; A YLD (NODIM) (%) 115. 0.014 117. 0.0143 119. 0.0152 121. 0.0152 123. 0.0151 125. 0.0145 127. 0.016 129. 0.0201 131. 0.0275 133. 0.0368 135. 0.0473 137. 0.0492 139. 0.0511 141. 0.0544 143. 0.0509 145. 0.0378 147. 0.0287 149. 0.0177 151. 0.00978 153. 0.0052 155. 0.00224 \END; /* Data scanned from Fig.1(a) cross symbol, p28 in reference by CAJaD */ \\EXP,3; RCT=232TH(P,FISSN); PHQ=A-DSTRN'28'; /* '28' Heavy fragment mass distribution */ INC-ENGY-LAB=14.7MEV; \\DATA,3; INC-ENGY-LAB=14.7MEV; EMT=X'29'; /* '29' Fission fragments */ DELTA-YLD=3.0%'30'; /* '30' Data-point reader uncertainty */ \DATA; A YLD (NODIM) (%) 115. 0.0135 117. 0.0137 119. 0.0143 121. 0.0142 123. 0.0142 125. 0.0139 127. 0.015 129. 0.0189 131. 0.0243 133. 0.0325 135. 0.0408 137. 0.0492 139. 0.0522 141. 0.0544 143. 0.0531 145. 0.0448 147. 0.0333 149. 0.0209 151. 0.0113 153. 0.00602 155. 0.00224 \END; /* Data scanned from Fig.1(a) closed circle, p28 in reference by CAJaD */ \\EXP,4; RCT=232TH(P,FISSN); PHQ=AVER-KIN-ENGY'31'; /* '31' average total kinetic energy */ INC-ENGY-LAB=12.0MEV; \\DATA,4; INC-ENGY-LAB=12.0MEV; EMT=X'32'; /* '32' Fission fragments */ DELTA-AVER-KIN-ENGY=3.0%'33'; /* '33' Data-point reader uncertainty */ DELTA-DATA1=0.05MEV; \DATA; A AVER-KIN-ENGY'34' DATA1'35' (NODIM) (MEV) (MEV) 115. 158.4 9.77 117. 158.9 9.77 119. 159. 9.96 121. 159.1 10.24 123. 159.2 10.07 126. 161.1 11. 128. 163.1 12.49 130. 166.8 12.82 132. 170.4 12.61 134. 172.2 12.04 136. 171.9 11.33 138. 170.7 10.48 140. 169.1 9.7 142. 167.2 8.99 145. 165.6 8.67 147. 164. 8.25 149. 162.4 8.18 151. 160.2 8.36 153. 158.1 8.51 155. 155.9 8.23 157. 153.5 8.12 160. 149.8 X \END; /* Data scanned from Fig.1(b) open circle, p28 in reference by CAJaD */ /* '34' average total kinetic energy */ /* '35' Variance of total kinetic energy distribution */ \\EXP,5; RCT=232TH(P,FISSN); PHQ=AVER-KIN-ENGY'36'; /* '36' average total kinetic energy */ INC-ENGY-LAB=13.2MEV; \\DATA,5; INC-ENGY-LAB=13.2MEV; EMT=X'37'; /* '37' Fission fragments */ DELTA-AVER-KIN-ENGY=3.0%'38'; /* '38' Data-point reader uncertainty */ DELTA-DATA1=0.05MEV; \DATA; A AVER-KIN-ENGY'39' DATA1'40' (NODIM) (MEV) (MEV) 115. 159. 9.52 117. 159.1 9.56 119. 159.2 9.56 121. 159.2 10.03 123. 159.7 10.46 125. 160.7 10.71 128. 163.6 11.99 130. 166.7 12.78 132. 169.8 12.57 134. 171.6 12.11 136. 171.7 11.33 138. 170.1 10.59 140. 168.5 9.77 142. 166.9 9.2 144. 164.9 8.78 147. 163. 8.61 149. 161.8 8.64 151. 159.9 8.26 153. 157.2 8.72 155. 155.9 8.44 157. 153.8 8.83 160. 150.5 X \END; /* Data scanned from Fig.1(b) cross symbol, p28 in reference by CAJaD */ /* '39' average total kinetic energy */ /* '40' Variance of total kinetic energy distribution */ \\EXP,6; RCT=232TH(P,FISSN); PHQ=AVER-KIN-ENGY'41'; /* '41' average total kinetic energy */ INC-ENGY-LAB=14.7MEV; \\DATA,6; INC-ENGY-LAB=14.7MEV; EMT=X'42'; /* '42' Fission fragments */ DELTA-AVER-KIN-ENGY=3.0%'43'; /* '43' Data-point reader uncertainty */ DELTA-DATA1=0.05MEV; \DATA; A AVER-KIN-ENGY'44' DATA1'45' (NODIM) (MEV) (MEV) 115. 158.8 9.66 117. 159. 9.45 119. 159.1 9.81 121. 159.1 9.71 123. 159.6 10.57 126. 160.5 11.42 128. 162.7 11.82 129. 166.3 12.64 132. 169.2 12.57 134. 170.5 11.97 136. 170.5 11.37 138. 170.3 10.69 140. 168.5 9.74 143. 166.8 9.06 144. 165.1 8.64 147. 163.5 8.39 149. 161.9 8.29 151. 159.8 8.54 153. 157.6 8.08 155. 155.3 8.05 158. 154.1 7.8 159. 148.7 X \END; /* Data scanned from Fig.1(b) closed circle, p28 in reference by CAJaD */ /* '44' average total kinetic energy */ /* '45' Variance of total kinetic energy distribution */ \\EXP,7; RCT=232TH(P,FISSN); PHQ=ENGY-SPEC'46'; /* '46' total kinetic energy distribution (A=126) */ INC-ENGY-LAB=14.7MEV; \\DATA,7; INC-ENGY-LAB=14.7MEV; EMT=X'47'; /* '47' Fission fragments */ A=126; DELTA-TOT-KIN-ENGY=0.5MEV'48'; /* '48' Data-point reader uncertainty */ DELTA-COUNTS=0.5ARB'49'; /* '49' Data-point reader uncertainty */ \DATA; TOT-KIN-ENGY'50' COUNTS'51' (MEV) (ARB) 110. -0.4 112.7 0.1 114.3 0.1 116.3 0.5 118.6 0.9 120.9 1.4 122.6 1.8 124.2 2.2 125.5 2.2 126.9 4.1 129.9 4.6 131.8 2.3 133.8 5. 136.1 7. 137.5 9.3 140.2 12.1 142.2 13.7 144.1 14.1 145.8 33.8 148.1 34.2 149.9 44.7 151.8 42. 154. 55.9 156.4 64.8 158.3 55.2 160.1 65.7 161.7 66.1 163.7 67.7 166.7 68.5 167.8 56.1 170.2 58.5 172.3 45.4 174.2 43.1 176.2 42.8 178.2 25.1 180.5 28.2 182.4 22.4 183.9 14.3 186.3 15.5 188.1 9.4 190.4 4. 192.4 6.8 194. 4.5 196.3 3.7 199.6 4.2 \END; /* Data scanned from Fig.3, p29 in reference by CAJaD */ /* '50' Total kinetic energy */ /* '51' Unit is given by counts. */ \\EXP,8; RCT=232TH(P,FISSN); PHQ=ENGY-SPEC'52'; /* '52' total kinetic energy distribution (A=128) */ INC-ENGY-LAB=14.7MEV; \\DATA,8; INC-ENGY-LAB=14.7MEV; EMT=X'53'; /* '53' Fission fragments */ A=128; DELTA-TOT-KIN-ENGY=0.5MEV'54'; /* '54' Data-point reader uncertainty */ DELTA-COUNTS=0.5ARB'55'; /* '55' Data-point reader uncertainty */ \DATA; TOT-KIN-ENGY'56' COUNTS'57' (MEV) (ARB) 110.5 0.4 112.1 0.4 114.7 0.4 117.3 0.8 118.3 0.4 120.2 0.3 123.8 0.3 125.5 1.5 127.1 1.5 130. 1.9 132.3 3.4 134. 5.8 135.9 4.6 138.2 7. 140.5 8.2 142.2 13.3 144.5 12.5 146.6 19.6 148.3 26.7 149.6 29.9 152.5 46.1 153.9 59.2 156.5 54.8 157.8 55.2 160.6 67.9 162.1 64.3 164.4 60.7 166.6 79.3 168.5 73.8 170.1 71. 171.9 63.5 174. 50.8 176.8 67. 178. 53.9 180.6 52.3 182.6 36.1 184.5 27.7 187. 24.9 189.5 16.6 191.4 10.3 192.7 8.3 194.6 4.3 196.5 5.5 199.4 3.1 \END; /* Data scanned from Fig.3, p29 in reference by CAJaD */ /* '56' Total kinetic energy */ /* '57' Unit is given by counts. */ \\EXP,9; RCT=232TH(P,FISSN); PHQ=ENGY-SPEC'58'; /* '58' total kinetic energy distribution (A=130) */ INC-ENGY-LAB=14.7MEV; \\DATA,9; INC-ENGY-LAB=14.7MEV; EMT=X'59'; /* '59' Fission fragments */ A=130; DELTA-TOT-KIN-ENGY=0.5MEV'60'; /* '60' Data-point reader uncertainty */ DELTA-COUNTS=0.5ARB'61'; /* '61' Data-point reader uncertainty */ \DATA; TOT-KIN-ENGY'62' COUNTS'63' (MEV) (ARB) 111.6 1.3 114.2 1.2 116.5 1.2 118.4 1.1 121. 1. 123.6 0.9 126.5 1.5 128.8 2.8 131.4 2.7 134. 3.3 136.2 3.2 137.9 5.2 139.8 9.8 142.1 11. 144.1 13. 145.7 19.6 148. 24.8 149.7 28.8 152.7 34.7 154.7 44.6 156.3 49.9 158.1 63.2 160.3 57.8 162.4 79.7 164.1 84.4 166.1 101. 168.3 94.9 170.3 91.5 171.8 87.4 174.8 97.4 176.4 88.6 178.7 89.2 179.8 71.2 183. 65.8 184.1 45.1 187.4 43.6 187.9 32.3 189.8 22.9 192. 14.2 194.2 10.8 196.1 4.7 198.4 3.3 \END; /* Data scanned from Fig.3, p29 in reference by CAJaD */ /* '62' Total kinetic energy */ /* '63' Unit is given by counts. */ \\EXP,10; RCT=232TH(P,FISSN); PHQ=ENGY-SPEC'64'; /* '64' total kinetic energy distribution (A=132) */ INC-ENGY-LAB=14.7MEV; \\DATA,10; INC-ENGY-LAB=14.7MEV; EMT=X'65'; /* '65' Fission fragments */ A=132; DELTA-TOT-KIN-ENGY=0.5MEV'66'; /* '66' Data-point reader uncertainty */ DELTA-COUNTS=0.5ARB'67'; /* '67' Data-point reader uncertainty */ \DATA; TOT-KIN-ENGY'68' COUNTS'69' (MEV) (ARB) 110.2 0.E-01 112.2 0.8 114.5 1.7 116.4 1.6 118.7 1.6 121. 0.7 123.9 0.6 125.6 2.4 127.9 2.3 130.5 3.1 131.8 3.1 134.1 3.1 135.4 6.6 137.4 3. 139.4 7.4 141.7 13.5 143.6 11.7 145.7 21.4 148. 25.8 149.7 35.4 152.1 52.1 154. 52.1 155.7 60. 157.7 65.3 160.1 89. 161.8 89.9 164.5 105.7 166.2 123.3 167.9 133.9 170. 155.9 172.2 143.5 174.1 132.9 175.7 122.3 178.4 127.5 180.2 112.5 182. 88.6 184.2 72.7 186.1 64.8 188.3 46.2 190.9 40.9 192.1 25.8 194.7 15.2 196. 11.7 199.2 6.3 \END; /* Data scanned from Fig.3, p29 in reference by CAJaD */ /* '68' Total kinetic energy */ /* '69' Unit is given by counts. */ \\EXP,11; RCT=232TH(P,FISSN); PHQ=ENGY-SPEC'70'; /* '70' total kinetic energy distribution (A=134) */ INC-ENGY-LAB=14.7MEV; \\DATA,11; INC-ENGY-LAB=14.7MEV; EMT=X'71'; /* '71' Fission fragments */ A=134; DELTA-TOT-KIN-ENGY=0.5MEV'72'; /* '72' Data-point reader uncertainty */ DELTA-COUNTS=0.5ARB'73'; /* '73' Data-point reader uncertainty */ \DATA; TOT-KIN-ENGY'74' COUNTS'75' (MEV) (ARB) 109.9 2.1 111.9 2.1 114. 2.1 116. 2.1 118.7 2.1 122.3 2.1 124.7 2. 128.4 5.3 131.1 5.2 133.7 6.3 135.8 7.4 138.4 8.4 140.1 12.7 141.8 15.9 144.5 18.1 146.5 28.8 148.2 33.1 149.9 37.4 152.3 51.4 154. 67.5 156. 69.7 158.1 91.2 160.2 110.6 162.2 121.3 165. 156.8 167. 155.7 168.7 163.3 171.1 189.1 173.1 196.6 175.4 181.5 176.4 186.9 179.5 181.5 180.7 147. 182.7 126.6 185.6 97.5 187.2 73.8 189.2 56.5 191.5 33.9 193.8 24.2 195.1 18.8 197.8 13.4 200.8 9.1 \END; /* Data scanned from Fig.3, p29 in reference by CAJaD */ /* '74' Total kinetic energy */ /* '75' Unit is given by counts. */ \\END;