/* 2008-11-20 File is generated by HENDEL. */
 \\BIB,1;
 D#=D2089;
 TITLE=/ Role of effective distance in the fission mechanism study by
         the double-energy measurement for uranium isotopes /;
 ATH=(H.BABA'1', T.SAITO'1', N.TAKAHASHI'1', A.YOKOYAMA'1',
      T.MIYAUCHI'1', S.MORI'1', D.YANO'1', T.HAKODA'1', K.TAKAMIYA'1',
      K.NAKANISHI'1', Y.NAKAGOME'2');
 INST-ATH=(2JPNOSA'1', 2JPNKTO'2');
      /* '1' Department of Chemistry */
      /* '2' Research Reactor Institute */
 REF=NST;
 VLP=34(1997)871;
 RCTS=238U(P,FISSN);
 PHQS=TOT-KIN-ENGY;

 \\EXP,1;
 /* 2007-11-17 : Compiled+Checked, N.Otuka + T.Asano */
 RTY=FISSN;
 ENR=99.3%;
 CHM=X'3';
 /* '3' UF4 */
 PHYS-FORM=SLD;
 THK-TGT=0.0834MG/CM**2;
 BAC=C;
 THK-BAC=[0.02MG/CM**2;
 POL-TGT=0%;
 ALGN-TGT=0%;
 ACC=VDGT;
 INST-ACC=2JPNJAE;
 INC-ENGY-LAB-RANGE=10.6MEV;
 POL-PRJ=0%;
 DET-PARTCL=X'4';
 /* '4' Fission fragments */
 COINC=(X'5',X'6');
 /* '5' Fission Fragments */
 /* '6' Fission Fragments */
 ANT-COINC=NO;
 DET-SYS=SBD'7';
 /* '7' To detect fission fragments */


 \\DATA,1;
 INC-ENGY-LAB=10.6MEV;

 \\EXP,1;
 /* Related references 
    - M.Strecker et al., PR/C, 41(1990)2172.
    Reference from which data were used (Pre-fission neutron number
    (0.8)). See also EXFOR O0809.000.
 */
 RCT=238U(P,FISSN);
 PHQ=TOT-KIN-ENGY;
 /* On the assumption that pre-fission neutron number of 0.8 */

 \\DATA,1;
 \DATA;
 A ENGY DELTA-ENGY'8' TOT-KIN-ENGY'9' DELTA-TOT-KIN-ENGY'10'
 (NODIM) (MEV) (MEV) (MEV) (MEV)
 71 97.7 +-4.0 139.3 +-5.2
 72 96.7 +-5.2 138.3 +-7.6
 73 106.0 +-2.9 153.3 +-4.2
 74 104.7 +-3.0 151.5 +-4.4
 75 99.9 +-8.2 145.5 +-12.0
 76 98.5 +-6.9 144.5 +-9.9
 77 103.4 +-3.3 152.8 +-4.9
 78 102.7 +-7.7 152.7 +-11.5
 79 104.4 +-5.0 156.0 +-7.5
 80 104.5 +-6.3 157.3 +-9.5
 81 105.0 +-5.8 159.1 +-8.7
 82 105.2 +-5.7 160.3 +-8.6
 83 104.7 +-5.1 160.6 +-7.8
 84 104.7 +-4.9 161.7 +-7.5
 85 105.1 +-5.1 163.4 +-7.9
 86 104.6 +-5.0 163.7 +-7.8
 87 104.8 +-5.2 165.1 +-8.2
 88 104.7 +-5.1 165.9 +-8.1
 89 104.4 +-5.0 166.6 +-8.0
 90 104.0 +-5.2 167.1 +-8.3
 91 104.0 +-5.0 168.1 +-8.1
 92 103.6 +-5.0 168.7 +-8.2
 93 103.4 +-5.2 169.5 +-8.4
 94 103.1 +-5.1 170.3 +-8.5
 95 102.9 +-5.2 171.1 +-8.6
 96 102.7 +-5.3 171.9 +-8.9
 97 102.4 +-5.4 172.7 +-9.1
 98 102.2 +-5.4 173.5 +-9.2
 99 102.0 +-5.6 174.5 +-9.6
 100 101.7 +-5.7 175.1 +-9.9
 101 101.3 +-5.8 175.7 +-10.1
 102 100.9 +-6.0 176.4 +-10.5
 103 100.6 +-6.0 177.0 +-10.5
 104 99.8 +-6.2 177.0 +-11.0
 105 99.2 +-6.3 177.3 +-11.3
 106 98.4 +-6.6 177.1 +-11.8
 107 97.1 +-6.7 176.2 +-12.1
 108 96.0 +-6.7 175.5 +-12.2
 109 94.6 +-6.9 174.2 +-12.7
 110 92.8 +-6.8 172.3 +-12.6
 111 91.1 +-6.5 170.4 +-12.2
 112 89.4 +-6.4 168.6 +-12.0
 113 87.9 +-5.9 167.2 +-11.2
 114 86.4 +-5.4 165.6 +-10.3
 115 85.6 +-5.2 165.4 +-9.9
 116 84.5 +-5.1 164.6 +-9.9
 117 83.6 +-4.7 164.1 +-9.2
 118 82.8 +-4.9 164.0 +-9.6
 119 81.9 +-4.6 163.5 +-9.2
 120 81.3 +-4.7 163.7 +-9.4
 121 80.9 +-4.7 164.3 +-9.5
 122 80.4 +-4.6 164.7 +-9.5
 123 79.7 +-4.9 164.6 +-10.1
 124 79.4 +-4.8 165.5 +-9.9
 125 79.2 +-5.2 166.5 +-11.0
 126 79.2 +-5.5 168.0 +-11.6
 127 79.1 +-5.7 169.3 +-12.1
 128 79.5 +-5.8 171.7 +-12.4
 129 79.6 +-5.8 173.4 +-12.7
 130 79.5 +-5.6 174.9 +-12.3
 131 79.3 +-5.5 176.0 +-12.1
 132 78.9 +-5.4 176.7 +-12.1
 133 78.4 +-5.1 177.4 +-11.4
 134 77.6 +-4.9 177.2 +-11.2
 135 76.8 +-4.6 177.1 +-10.5
 136 75.9 +-4.6 176.7 +-10.6
 137 74.8 +-4.3 175.9 +-10.2
 138 73.9 +-4.2 175.5 +-10.0
 139 72.9 +-4.0 174.7 +-9.7
 140 71.8 +-3.9 173.9 +-9.4
 141 70.7 +-3.7 173.1 +-9.1
 142 69.6 +-3.7 172.2 +-9.0
 143 68.6 +-3.5 171.4 +-8.6
 144 67.5 +-3.4 170.5 +-8.5
 145 66.6 +-3.3 169.8 +-8.4
 146 65.6 +-3.2 169.1 +-8.3
 147 64.6 +-3.2 168.4 +-8.2
 148 63.5 +-3.1 167.5 +-8.2
 149 62.6 +-3.0 166.8 +-8.1
 150 61.7 +-3.0 166.3 +-8.1
 151 60.7 +-3.0 165.5 +-8.1
 152 59.5 +-2.9 164.2 +-8.0
 153 58.6 +-2.9 163.4 +-8.0
 154 57.6 +-2.7 162.6 +-7.6
 155 56.3 +-2.7 160.9 +-7.7
 156 55.5 +-2.9 160.5 +-8.4
 157 54.5 +-3.1 159.4 +-8.9
 158 53.5 +-2.8 158.6 +-7.9
 159 52.1 +-3.2 156.3 +-9.6
 160 50.9 +-3.4 154.5 +-10.4
 161 49.7 +-2.3 152.9 +-6.9
 162 47.9 +-2.4 149.2 +-7.1
 163 45.6 +-4.4 143.7 +-13.4
 164 46.3 +-3.2 147.7 +-10.3
 \END;
 /* Taken from Table 2, p877 of reference */
 /* '8' Dispersion of kinetic energy */
 /* '9' Total kinetic energy */
 /* '10' Dispersion of total kinetic energy */
 \\END;