/* 2018-06-29 File is generated by HENDEL. */
 \\BIB,1[12;
 D#=D2539;
 TITLE=/ Study of proton- and deuteron-induced spallation reactions
         on the long-lived fission product 93Zr at 105 MeV/nucleon in
         inverse kinematics /;
 PURPOSE=/ Spallation reactions for the long-lived fission product
           93Zr have been studied in order to provide basic data
           necessary for nuclear waste transmutation. /;
 ATH=(S.KAWASE'1', K.NAKANO'1,2', Y.WATANABE'1', H.WANG'2', H.OTSU'2',
      H.SAKURAI'2', D.S.AHN'2', M.AIKAWA'3', T.ANDO'4', S.ARAKI'1,2',
      S.CHEN'2', N.CHIGA'2', P.DOORNENBAL'2', N.FUKUDA'2', T.ISOBE'2',
      S.KAWAKAMI'6,2', T.KIN'1', Y.KONDO'5', S.KOYAMA'4', S.KUBONO'2',
      Y.MAEDA'6', A.MAKINAGA'7,8', M.MATSUSHITA'9', T.MATSUZAKI'2',
      S.MICHIMASA'9', S.MOMIYAMA'4', S.NAGAMINE'4', T.NAKAMURA'5',
      M.NIIKURA'4', T.OZAKI'5', A.SAITO'5', T.SAITO'4', Y.SHIGA'10,2',
      M.SHIKATA'5', Y.SHIMIZU'2', S.SHIMOURA'9', T.SUMIKAMA'2',
      P.SODERSTROM'2', H.SUZUKI'2', H.TAKEDA'2', S.TAKEUCHI'5',
      R.TANIUCHI'4', Y.TOGANO'5', J.TSUBOTA'5', M.UESAKA'2',
      Y.WATANABE'2', K.WIMMER'4,9,2', T.YAMAMOTO'6,2', K.YOSHIDA'2');
 INST-ATH=(2JPNKYU'1', 2JPNIPC'2', 2JPNHOK'3', 2JPNTOK'4', 2JPNTIT'5',
           2JPNMZK'6', 2JPNJPN'7', 2JPNHOK'8', 2JPNTOK'9',
           2JPNRIK'10');
      /* '1' Department of Advanced Energy Engineering Sciences */
      /* '2' Nishina Center */
      /* '3' Faculty of Science */
      /* '7' JEin Institute for Fundamental Science, NPO Einstein,
              Kyoto */
      /* '8' Graduate School of Medicine */
      /* '9' Center for Nuclear Study */
      /* '10' Department of Physics */
 REF=PTEP;
 VLP=2017(2017)093D03;
 /* Secondary reference 
    - EPJ/CS, 146(2017)03012 (S.Kawase et al., preliminary result)
 */
 RCTS=(P(93ZR,X)X, 93ZR(P,X)X, D(93ZR,X)X, 93ZR(D,X)X);
 PHQS=XSECTN;

 \\EXP,1[12;
 /* 2017-01-30 : Received, Received by e-mail from S.Kawase */
 /* 2017-09-25 : Compiled+Checked, MA */
 /* 2018-03-07 : Altered, MA: REFERENCE: EPJ/CS,146,03012,2017
    added. */
 PHQ=XSECTN;
 POL-TGT=0%;
 ALGN-TGT=0%;
 ACC=(CYC'12',PRJFS'13');
 /* '13' BigRIPS */
 INST-ACC=(2JPNIPC'12',2JPNIPC'13');
 INC-ENGY-LAB-RANGE=105MEV/A;
 BEAM-INTNSTY=7.1E+3PPS;
 POL-PRJ=0%;
 COINC=NO;
 ANT-COINC=NO;
 DET-SYS=(MAG'14',TOF,EDE);
 /* '14' ZeroDegree */


 \\DATA,1[12;
 INC-ENGY-LAB=105MEV/A;
 SYS-ERR=(<2%'15',<5%'16');
 /* '15' target thickness */
 /* '16' charge state distribution in the ZeroDegree spectrometer
         */

 \\EXP,1;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'17';
 /* '17' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,1;
 Z-EMT=41;
 \DATA;
 A SIGMA DELTA-SIGMA'18'
 (NODIM) (MB) (MB)
 93 5.82E+00 +-6.50E-01
 92 1.46E+01 +-1.05E+00
 91 2.95E+01 +-1.54E+00
 90 2.43E+01 +-7.61E-01
 89 1.68E+01 +-7.17E-01
 88 6.47E+00 +-4.31E-01
 87 1.82E+00 +-2.19E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '18' Statistical error */

 \\EXP,2;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'19';
 /* '19' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,2;
 Z-EMT=40;
 \DATA;
 A SIGMA DELTA-SIGMA'20'
 (NODIM) (MB) (MB)
 92 9.88E+01 +-5.18E+00
 91 7.89E+01 +-2.73E+00
 90 1.04E+02 +-2.85E+00
 89 9.80E+01 +-2.82E+00
 88 7.03E+01 +-1.28E+00
 87 3.71E+01 +-1.09E+00
 86 8.84E+00 +-5.88E-01
 85 7.07E-01 +-2.08E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '20' Statistical error */

 \\EXP,3;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'21';
 /* '21' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,3;
 Z-EMT=39;
 \DATA;
 A SIGMA DELTA-SIGMA'22'
 (NODIM) (MB) (MB)
 92 1.07E+01 +-2.28E+00
 91 1.34E+01 +-3.04E+00
 90 1.82E+01 +-2.24E+00
 89 4.22E+01 +-1.91E+00
 88 4.40E+01 +-1.90E+00
 87 4.61E+01 +-1.92E+00
 86 3.07E+01 +-9.87E-01
 85 1.38E+01 +-7.27E-01
 84 4.20E+00 +-5.33E-01
 83 8.74E-01 +-2.88E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '22' Statistical error */

 \\EXP,4;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'23';
 /* '23' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,4;
 Z-EMT=38;
 \DATA;
 A SIGMA DELTA-SIGMA'24'
 (NODIM) (MB) (MB)
 90 9.96E-01 +-6.66E-01
 89 1.01E+00 +-7.21E-01
 88 7.73E+00 +-2.13E+00
 87 1.00E+01 +-2.53E+00
 86 1.58E+01 +-1.25E+00
 85 1.96E+01 +-1.48E+00
 84 1.89E+01 +-8.60E-01
 83 7.76E+00 +-8.09E-01
 82 1.38E+00 +-5.50E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '24' Statistical error */

 \\EXP,5;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'25';
 /* '25' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,5;
 Z-EMT=37;
 \DATA;
 A SIGMA DELTA-SIGMA'26'
 (NODIM) (MB) (MB)
 87 1.90E-01 +-5.63E-01
 85 6.51E+00 +-1.72E+00
 84 4.92E+00 +-8.54E-01
 83 4.15E+00 +-1.02E+00
 82 4.02E+00 +-1.05E+00
 81 1.45E+00 +-7.16E-01
 80 2.58E-02 +-5.47E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '26' Statistical error */

 \\EXP,6;
 RCT=(P(93ZR,X)X=93ZR(P,X)X)'27';
 /* '27' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CH2;
 PHYS-FORM=SLD;
 THK-TGT=179.2MG/CM**2;

 \\DATA,6;
 Z-EMT=36;
 \DATA;
 A SIGMA DELTA-SIGMA'28'
 (NODIM) (MB) (MB)
 82 1.55E+00 +-7.17E-01
 81 3.25E+00 +-7.14E-01
 80 2.52E+00 +-9.07E-01
 79 2.76E+00 +-8.91E-01
 78 6.92E-01 +-5.85E-01
 77 6.82E-01 +-3.75E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '28' Statistical error */

 \\EXP,7;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'29';
 /* '29' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,7;
 Z-EMT=41;
 \DATA;
 A SIGMA DELTA-SIGMA'30'
 (NODIM) (MB) (MB)
 93 3.88E+00 +-5.06E-01
 92 7.40E+00 +-7.64E-01
 91 1.49E+01 +-6.87E-01
 90 1.31E+01 +-6.33E-01
 89 8.87E+00 +-6.00E-01
 88 3.43E+00 +-3.56E-01
 87 3.97E-01 +-1.49E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '30' Statistical error */

 \\EXP,8;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'31';
 /* '31' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,8;
 Z-EMT=40;
 \DATA;
 A SIGMA DELTA-SIGMA'32'
 (NODIM) (MB) (MB)
 92 8.53E+01 +-4.10E+00
 91 7.58E+01 +-2.33E+00
 90 8.95E+01 +-2.38E+00
 89 7.64E+01 +-1.40E+00
 88 5.87E+01 +-1.16E+00
 87 2.95E+01 +-1.02E+00
 86 8.93E+00 +-5.81E-01
 85 1.47E+00 +-2.38E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '32' Statistical error */

 \\EXP,9;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'33';
 /* '33' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,9;
 Z-EMT=39;
 \DATA;
 A SIGMA DELTA-SIGMA'34'
 (NODIM) (MB) (MB)
 92 2.36E+01 +-1.79E+00
 91 2.88E+01 +-2.96E+00
 90 3.28E+01 +-2.02E+00
 89 5.56E+01 +-1.74E+00
 88 6.28E+01 +-1.78E+00
 87 6.21E+01 +-1.20E+00
 86 4.52E+01 +-1.02E+00
 85 2.49E+01 +-7.82E-01
 84 9.48E+00 +-6.03E-01
 83 1.64E+00 +-3.00E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '34' Statistical error */

 \\EXP,10;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'35';
 /* '35' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,10;
 Z-EMT=38;
 \DATA;
 A SIGMA DELTA-SIGMA'36'
 (NODIM) (MB) (MB)
 90 1.34E+00 +-6.68E-01
 89 6.30E+00 +-9.11E-01
 88 1.08E+01 +-2.26E+00
 87 2.10E+01 +-2.18E+00
 86 3.16E+01 +-1.25E+00
 85 3.81E+01 +-1.55E+00
 84 3.52E+01 +-8.96E-01
 83 2.54E+01 +-9.56E-01
 82 9.45E+00 +-6.49E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '36' Statistical error */

 \\EXP,11;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'37';
 /* '37' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,11;
 Z-EMT=37;
 \DATA;
 A SIGMA DELTA-SIGMA'38'
 (NODIM) (MB) (MB)
 87 3.92E-01 +-5.61E-01
 85 1.09E+01 +-1.44E+00
 84 1.41E+01 +-8.50E-01
 83 1.90E+01 +-1.16E+00
 82 1.81E+01 +-6.87E-01
 81 1.52E+01 +-8.41E-01
 80 5.77E+00 +-6.17E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '38' Statistical error */

 \\EXP,12;
 RCT=(D(93ZR,X)X=93ZR(D,X)X)'39';
 /* '39' See DATA section for atomic number (Z) and mass number
         (A) of products */
 CHM=CD2;
 PHYS-FORM=SLD;
 THK-TGT=218.2MG/CM**2;

 \\DATA,12;
 Z-EMT=36;
 \DATA;
 A SIGMA DELTA-SIGMA'40'
 (NODIM) (MB) (MB)
 82 6.44E+00 +-6.32E-01
 81 8.40E+00 +-7.17E-01
 80 1.03E+01 +-5.75E-01
 79 8.04E+00 +-5.71E-01
 78 4.69E+00 +-6.28E-01
 77 1.56E+00 +-3.90E-01
 \END;
 /* Plotted in Fig.3 of Prog. Theor. Exp. Phys. 2017, 093D03 (2017) */
 /* '40' Statistical error */
 \\END;