/* 2007-07-29 File is generated by HENDEL. */ \\BIB,1[21; D#=D1894; TITLE=/ Experimental studies on the proton-induced activation reactions of molybdenum in the energy range 22-67 MeV /; PURPOSE=/ To give reliable excitation functions for Mo+p reactions in the energy range 22-67 MeV /; ATH=(M.S.UDDIN'1', M.HAGIWARA'1', F.TARKANYI'2', F.DITROI'2', M.BABA'1'); INST-ATH=(2JPNTOH'1', 3HUNDEB'2'); /* '1' Cyclotron and Radioisotope Center */ REF=ARI; VLP=60(2004)911; /* Secondary references - Takacs, Private communication(2004) - Hagiwara, Private communication(2004) - JAERI-C, 2004-005(2004)138 (M.S.Uddin et al., Proc. of the 2003 Symposium on Nuclear Data) */ RCTS=(27AL(P,X)24NA, 27AL(P,X)22NA, CU(P,X)65ZN, CU(P,X)62ZN, CU(P,X)56CO, 100MO(P,X)99MO, MO(P,X)93MO, MO(P,X)96TC, MO(P,X)94TC, MO(P,X)95TC, MO(P,X)90NB, MO(P,X)92NB, MO(P,X)96NB, MO(P,X)95NB, MO(P,X)86ZR, MO(P,X)88ZR, MO(P,X)89ZR, MO(P,X)86Y, MO(P,X)87Y, MO(P,X)88Y); PHQS=XSECTN; \\EXP,1[21; /* 2004-05-12 : Compiled, C.Kurokawa + N.Otuka */ /* 2007-03-30 : Altered, Bk (ATOMKI) + N.Otuka. Reference added */ PHQ=XSECTN; ENR=NAT; CHM=ELM; PHYS-FORM=SLD; THK-TGT=XMG/CM**2'3'; /* '3' 49.58 micro-meter (Mo), 104.2 micro-meter (Cu) and 102 micro-meter (Al) */ POL-TGT=0%; ALGN-TGT=0%; ACC=CYC'4'; /* '4' Isochronous cyclotron, k=90 MeV AVF Cyclotron */ INST-ACC=2JPNTOH'5'; /* '5' Cyclotron and Radioisotope Center */ BEAM-INTNSTY=[25NA; POL-PRJ=0%; COINC=NO; ANT-COINC=NO; DET-SYS=HPGE'6'; /* '6' To measure activities of radioactive products of the target and monitors. The efficiency versus energy curve of the detector was determined experimentally using standard gamma-ray point sources with known strength, 152Eu, 133Ba, 241Am. 60Co and 137Cs. Efficiency is also calculated using the EGS4 Monte Carlo Code [Nelson et al, 1985]. */ /* Experimental Method: - Stacked target irradiation (Stack was assembled from molybdenum, copper and aluminium as Cu-Al-Mo and 10 groups were set together in an aluminium holder for irradiation.) - Energy degradation by foils (Energy degradation along the stack was determined using the computer program SRIM-2002 [J.F. Ziegler et al., The stopping and range of ions in solids, Pergamon, New York, 1984.] assuming the incident energy was 70 MeV.) */ /* Analysis: - Decay curve analysis (Two or more radionuclides emitted gamma-rays having very close energies, which were difficult to separate by the graphical analysis of the multicomponent decay curve, were analyzed using the difference in half-life of the nuclides by plotting the photon emission rate as a function of time.) */ /* Gamma energies given (except 90Tc and 90Nb) are obtained by private communication with authors. */ \\DATA,1[21; SYS-ERR=(5.8%'7',[3%'8'); /* '7' Uncertainty in monitor flux */ /* '8' Uncertainty in efficiency calibration of gamma ray */ STATIST-ERR=5%'9'; /* '9' Maximum statistical uncertainty (0.3-5%) */ \\EXP,1; RCT=27AL(P,X)24NA; DET-PARTCL=GAMMA'10'; /* '10' Delayed gamma from 24Na */ \\DATA,1; \DATA; INC-ENGY-LAB XSECTN'11' DELTA-XSECTN'11' (MEV) (MB) (MB) 30.726 0.34 +-0.02 36.718 0.75 +-0.05 42.056 1.66 +-0.11 46.943 3.39 +-0.23 51.476 5.78 +-0.38 55.705 8.34 +-0.5 59.732 9.5 +-0.6 63.511 10.8 +-0.7 67.154 11.0 +-0.7 \END; /* Data (Fig.2, p914 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '11' Cumulative cross section */ \\EXP,2; RCT=27AL(P,X)22NA; DET-PARTCL=GAMMA'12'; /* '12' Delayed gamma from 22Na */ \\DATA,2; \DATA; INC-ENGY-LAB XSECTN'13' DELTA-XSECTN'13' (MEV) (MB) (MB) 30.726 0.81 +-0.07 36.718 16.3 +-1.8 42.056 34.5 +-3.5 46.943 37.1 +-3.8 51.476 35.9 +-3.7 55.705 29.7 +-2.9 59.732 26.7 +-2.8 63.511 22.6 +-2.5 67.154 20.0 +-2.5 \END; /* Data (Fig.2, p914 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '13' Cumulative cross section */ \\EXP,3; RCT=CU(P,X)65ZN; DET-PARTCL=GAMMA'14'; /* '14' Delayed gamma from 65Zn */ \\DATA,3; \DATA; INC-ENGY-LAB XSECTN DELTA-XSECTN (MEV) (MB) (MB) 26.984 11.8 +-1.3 39.213 7.61 +-0.8 49.048 5.84 +-0.7 53.435 5.78 +-0.7 57.552 6.11 +-0.8 61.472 5.50 +-0.7 65.194 5.49 +-0.7 68.788 4.94 +-0.7 \END; /* Data (Fig.2, p914 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ \\EXP,4; RCT=CU(P,X)62ZN; DET-PARTCL=GAMMA'15'; /* '15' Delayed gamma from 62Zn */ \\DATA,4; \DATA; INC-ENGY-LAB XSECTN DELTA-XSECTN (MEV) (MB) (MB) 26.984 55.8 +-5.2 39.213 14.0 +-1.3 49.048 12.0 +-1.14 53.435 11.5 +-1.10 57.552 10.8 +-0.9 61.472 9.46 +-0.9 65.194 8.81 +-0.8 68.788 8.24 +-0.8 \END; /* Data (Fig.2, p914 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ \\EXP,5; RCT=CU(P,X)56CO; DET-PARTCL=GAMMA'16'; /* '16' Delayed gamma from 56Co */ \\DATA,5; \DATA; INC-ENGY-LAB XSECTN'17' DELTA-XSECTN'17' (MEV) (MB) (MB) 53.435 0.36 +-0.07 57.552 1.93 +-0.2 61.472 5.12 +-0.5 65.194 9.16 +-0.8 68.788 12.2 +-1.1 \END; /* Data (Fig.2, p914 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '17' Cumulative cross section */ \\EXP,6; /* Related references - S.Takacs et al., JRN, 257(2003)195. Reference with which data agree (Agree in lower energy region). See also EXFOR D4115.002. - B.Scholten et al., ARI, 51(1999)69. Reference with which data disagree (Disagree except data at 22 and 35 MeV). See also EXFOR O0737.002. - V.N.Levkovskij, LEVKOVSKIJ, (1991). Reference with which data agree (Agree in lower energy region). See also EXFOR A0510.250. - M.C.Lagunas-Solar et al., ARI, 42(1991)643. Reference with which data disagree. See also EXFOR C0068.003. */ RCT=100MO(P,X)99MO; DET-PARTCL=GAMMA'18'; /* '18' Delayed gamma from 99Mo */ \\DATA,6; ENGY-GAMMA=(140.0KEV'19',739.5KEV'19'); HALF-LIFE=66HOUR'19'; /* '19' Delayed gamma from 99Mo */ \DATA; INC-ENGY-LAB XSECTN'20' DELTA-XSECTN'20' (MEV) (MB) (MB) 22.343 18.19 +-1.37 29.671 28.28 +-3.07 35.8 69.67 +-7.49 41.239 99.34 +-10.59 46.193 95.17 +-10.15 50.781 84.97 +-9.06 55.055 75.56 +-8.06 59.093 74.29 +-7.92 62.903 76.71 +-8.18 66.58 80.45 +-8.58 \END; /* Data (Fig.3, p915 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '20' Cumulative cross section : Isotopic aboundance of 100Mo (9.6%) normalized to 100% */ \\EXP,7; /* Related references - M.C.Lagunas-Solar et al., ARI, 42(1991)643. Reference with which data disagree (Larger than present data). See also EXFOR C0068.012. */ RCT=MO(P,X)93MO; DET-PARTCL=GAMMA'21'; /* '21' Delayed gamma from 93Mo (metastable state) */ \\DATA,7; ENGY-GAMMA=(263.1KEV'22',684.7KEV'22'); /* '22' Delayed gamma from 93Mo (metastable state) */ \DATA; INC-ENGY-LAB XSECTN'23' DELTA-XSECTN'23' (MEV) (MB) (MB) 29.671 1.87 +-0.76 35.8 5.19 +-1.23 41.239 7.42 +-1.55 50.781 10.12 +-1.67 55.055 11.42 +-1.69 59.093 11.75 +-1.81 62.903 12.89 +-2.00 66.58 13.38 +-1.80 \END; /* Data (Fig.4, p915 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '23' Cumulative cross section */ \\EXP,8; /* Related references - M.C.Lagunas-Solar et al., ARI, 42(1991)643. Reference with which data disagree (Higher than present data). See also EXFOR C0068.010. - S.Takacs et al., NIM/B, 198(2002)183. Reference with which data agree. See also EXFOR D4110.002. - F.Tarkanyi et al., IAEA-, 1211(2000)49. Reference with which data agree - C.Birattari et al., NSTS, 2(2001)1302. (No comments for the comparison with present data ) */ RCT=MO(P,X)96TC; DET-PARTCL=(GAMMA'25',GAMMA'24'); /* '24' Delayed gamma from 96Tc */ /* '25' Delayed gamma from 96Tc (ground state) */ \\DATA,8; ENGY-GAMMA=(778.2KEV'26',812.5KEV'27'); /* '26' Delayed gamma from 96Tc */ /* '27' Delayed gamma from 96Tc (ground state) */ \DATA; INC-ENGY-LAB XSECTN'28' DELTA-XSECTN'28' (MEV) (MB) (MB) 22.343 89.91 +-6.24 29.671 175.70 +-12.50 35.8 136.60 +-9.46 41.239 67.83 +-4.75 46.193 57.19 +-4.01 50.781 59.44 +-4.18 55.055 55.37 +-3.90 59.093 49.30 +-3.46 62.903 43.59 +-3.09 66.58 38.05 +-2.74 \END; /* Data (Fig.5, p916 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '28' ground + metastable (Comment from S. Takacs, 2004.05.20) */ \\EXP,9; /* Related references - S.M.Kormali et al., JRC, 31(1976)437. Reference with which data agree. See also EXFOR D4073.003. - M.C.Lagunas-Solar et al., ARI, 42(1991)643. (Consistent with present data from 35 up to 67 MeV). See also EXFOR C0068.006. - V.N.Levkovskij, LEVKOVSKIJ, (1991). Reference with which data agree. See also EXFOR A0510. - C.Birattari et al., NSTS, 2(2001)1302. Reference with which data agree */ RCT=MO(P,X)94TC; DET-PARTCL=GAMMA'29'; /* '29' Delayed gamma from 94Tc */ \\DATA,9; ENGY-GAMMA=871.1KEV'30'; /* '30' Delayed gamma from 94Tc */ \DATA; INC-ENGY-LAB XSECTN'31' DELTA-XSECTN'31' (MEV) (MB) (MB) 22.343 69.33 +-4.93 29.671 77.13 +-5.59 35.8 75.62 +-5.68 41.239 64.12 +-5.08 50.781 57.08 +-4.55 55.055 61.27 +-4.73 59.093 54.79 +-4.46 62.903 47.07 +-4.22 66.58 40.15 +-3.46 \END; /* Data (Fig.6, p916 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '31' ground + metastable (Comment from S. Takacs, 2004.05.20) */ \\EXP,10; /* Related references - M.C.Lagunus-Solar et al., ARI, 42(1991)643. (No comments for the comparison with present data ). See also EXFOR C0068.008. - V.N.Levkovskij, LEVKOVSKIJ, (1991). Reference with which data agree (Comparable with present data). See also EXFOR A0510. - C.Birattari et al., NSTS, 2(2002)1302. Reference with which data agree (Comparable with present data) */ RCT=MO(P,X)95TC; DET-PARTCL=GAMMA'32'; /* '32' Delayed gamma from 95Tc (ground state) */ \\DATA,10; ENGY-GAMMA=(765.8KEV'33',947.6KEV'33'); HALF-LIFE=20HOUR'33'; /* '33' Delayed gamma from 95Tc (ground state) */ \DATA; INC-ENGY-LAB XSECTN'34' DELTA-XSECTN'34' (MEV) (MB) (MB) 22.343 105.93 +-10.54 29.671 98.19 +-9.78 35.8 94.26 +-9.39 41.239 111.48 +-11.11 46.193 96.52 +-9.56 50.781 74.23 +-7.41 55.055 57.55 +-5.78 59.093 51.78 +-5.18 62.903 49.65 +-4.97 66.58 47.49 +-4.75 \END; /* Data (Fig.7, p916 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '34' ground (Comment from S. Takacs, 2004.05.20) */ \\EXP,11; /* Related references - M.C.Lagnust-Solar et al., ARI, 42(1991)643. (No comments for the comparison with present data ). See also EXFOR C0068.008. - V.N.Levkovskij, LEVKOVSKIJ, (1991). Reference with which data agree (Comparable with present data). See also EXFOR A0510. - C.Birattari et al., NSTS, 2(2002)1302. Reference with which data agree (Comparable with present data) */ RCT=MO(P,X)95TC; DET-PARTCL=GAMMA'35'; /* '35' Delayed gamma from 95Tc (metastable state) */ \\DATA,11; ENGY-GAMMA=582.1KEV'36'; HALF-LIFE=61DAY'36'; /* '36' Delayed gamma from 95Tc (metastable state) */ \DATA; INC-ENGY-LAB XSECTN'37' DELTA-XSECTN'37' (MEV) (MB) (MB) 22.343 37.43 +-2.46 29.671 26.26 +-1.99 35.8 20.90 +-1.52 41.239 23.82 +-1.64 46.193 21.21 +-1.46 50.781 16.98 +-1.35 55.055 13.40 +-1.17 59.093 10.85 +-0.97 62.903 11.50 +-0.99 66.58 11.33 +-1.06 \END; /* Data (Fig.8, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '37' metastable (Comment from S. Takacs, 2004.05.20) */ \\EXP,12; /* Related references - V.N.Levkovskij, LEVKOVSKIJ, (1991). (No comments for the comparison with present data). See also EXFOR A0510. */ RCT=MO(P,X)90NB; DET-PARTCL=GAMMA'38'; /* '38' Delayed gamma from 90Nb (ground state) */ ANL=INCASC'39'; /* '39' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,12; ENGY-GAMMA=(141.2KEV'40',1129.2KEV'40'); HALF-LIFE=14.6HOUR'40'; /* '40' Delayed gamma from 90Nb (ground state) */ \DATA; INC-ENGY-LAB XSECTN',41' DELTA-XSECTN'' XSECTN',42' DELTA-XSECTN'' (MEV) (MB) (MB) (MB) (MB) 22.343 2.43 +-0.18 7.60 +-0.60 29.671 6.69 +-0.52 21.00 +-1.65 35.8 79.68 +-6.07 87.46 +-6.68 41.239 133.23 +-10.10 133.76 +-10.20 46.193 119.00 +-7.00 119.18 +-9.04 50.781 107.39 +-8.00 106.20 +-8.11 55.055 90.39 +-6.88 90.56 +-6.92 59.093 87.04 +-6.63 88.33 +-6.75 62.903 90.69 +-6.90 92.53 +-7.08 66.58 99.07 +-7.53 99.12 +-7.55 \END; /* Data (Fig.9, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '41' Cumulative cross section : Ground state+two metastable states using the intense independent 1129.2 keV gamma line */ /* '42' Cumulative cross section : Ground state+two metastable states using the 141.2 keV gamma line separated from 140.5 keV gamma line from the decay of 99Mo to 99mTc. */ \\EXP,13; RCT=MO(P,X)92NB; DET-PARTCL=GAMMA'43'; /* '43' Delayed gamma from 92Nb (metastable state) */ \\DATA,13; ENGY-GAMMA=934.4KEV'44'; /* '44' Delayed gamma from 92Nb (metastable state) */ \DATA; INC-ENGY-LAB XSECTN DELTA-XSECTN (MEV) (MB) (MB) 22.343 1.73 +-0.14 29.671 2.95 +-0.23 35.8 3.48 +-0.26 41.239 5.13 +-0.38 46.193 7.29 +-0.52 50.781 7.88 +-0.57 55.055 7.52 +-0.55 59.093 7.71 +-0.55 62.903 8.60 +-0.62 66.58 8.97 +-0.65 \END; /* Data (Fig.10, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ \\EXP,14; RCT=MO(P,X)96NB; DET-PARTCL=GAMMA'45'; /* '45' Delayed gamma from 96Nb */ \\DATA,14; ENGY-GAMMA=(460.0KEV'46',568.9KEV'46'); /* '46' Delayed gamma from 96Nb */ \DATA; INC-ENGY-LAB XSECTN'47' DELTA-XSECTN'47' (MEV) (MB) (MB) 22.343 2.66 +-0.63 29.671 4.98 +-0.92 35.8 4.28 +-0.86 41.239 2.76 +-0.73 46.193 3.19 +-0.74 50.781 3.52 +-0.78 55.055 4.15 +-0.78 59.093 4.17 +-0.78 62.903 4.09 +-0.65 66.58 4.56 +-0.81 \END; /* Data (Fig.10, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '47' Independent cross section */ \\EXP,15; /* Related references - V.N.Levkovskij, LEVKOVSKIJ, (1991). (No comments for the comparison with present data). See also EXFOR A0510. */ RCT=MO(P,X)95NB; DET-PARTCL=GAMMA'48'; /* '48' Delayed gamma from 95Nb (ground state) */ \\DATA,15; ENGY-GAMMA=765.8KEV'49'; /* '49' Delayed gamma from 95Nb (ground state) */ \DATA; INC-ENGY-LAB XSECTN'50' DELTA-XSECTN'50' (MEV) (MB) (MB) 22.343 2.74 +-0.23 29.671 2.88 +-0.24 35.8 4.02 +-0.31 41.239 4.47 +-0.34 46.193 4.78 +-0.36 50.781 5.52 +-0.42 55.055 6.50 +-0.48 59.093 7.06 +-0.51 62.903 7.88 +-0.57 66.58 8.38 +-0.61 \END; /* Data (Fig.11, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '50' Cumulative cross section : Ground state+metastable state */ \\EXP,16; RCT=MO(P,X)86ZR; DET-PARTCL=GAMMA'51'; /* '51' Delayed gamma from 86Zr */ ANL=INCASC'52'; /* '52' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,16; ENGY-GAMMA=242.8KEV'53'; /* '53' Delayed gamma from 86Zr */ \DATA; INC-ENGY-LAB XSECTN'54' DELTA-XSECTN'54' (MEV) (MB) (MB) 50.781 1.08 +-0.43 55.055 4.13 +-0.60 59.093 7.46 +-0.91 62.903 9.00 +-1.04 66.58 9.55 +-1.10 \END; /* Data (Fig.12, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '54' Cumulative cross section */ \\EXP,17; RCT=MO(P,X)88ZR; DET-PARTCL=GAMMA'55'; /* '55' Delayed gamma from 88Zr */ ANL=INCASC'56'; /* '56' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,17; ENGY-GAMMA=372.7KEV'57'; /* '57' Delayed gamma from 88Zr */ \DATA; INC-ENGY-LAB XSECTN'58' DELTA-XSECTN'58' (MEV) (MB) (MB) 29.671 5.64 +-0.49 35.8 10.40 +-0.82 41.239 7.41 +-0.60 46.193 4.52 +-0.38 50.781 6.12 +-0.52 55.055 9.38 +-0.75 59.093 15.09 +-1.23 62.903 35.71 +-2.02 66.58 33.73 +-2.73 \END; /* Data (Fig.12, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '58' Cumulative cross section */ \\EXP,18; RCT=MO(P,X)89ZR; DET-PARTCL=GAMMA'59'; /* '59' Delayed gamma from 89Zr (ground state) */ ANL=INCASC'60'; /* '60' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,18; ENGY-GAMMA=909.1KEV'61'; /* '61' Delayed gamma from 89Zr (ground state) */ \DATA; INC-ENGY-LAB XSECTN'62' DELTA-XSECTN'62' (MEV) (MB) (MB) 22.343 3.24 +-0.38 29.671 2.74 +-0.41 35.8 4.02 +-0.61 41.239 9.20 +-1.07 46.193 29.64 +-2.92 50.781 54.31 +-5.37 55.055 73.28 +-7.22 59.093 79.75 +-7.85 62.903 77.99 +-7.68 66.58 73.57 +-7.72 \END; /* Data (Fig.12, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '62' Cumulative cross section */ \\EXP,19; RCT=MO(P,X)86Y; DET-PARTCL=(GAMMA'64',GAMMA'63'); /* '64' Delayed gamma from 86Y */ /* '63' Delayed gamma from 86Y (ground state) */ ANL=INCASC'65'; /* '65' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,19; ENGY-GAMMA=(627.7KEV'66',443.3KEV'66',1153.1KEV'67'); /* '66' Delayed gamma from 86Y (ground state) */ /* '67' Delayed gamma from 86Y */ \DATA; INC-ENGY-LAB XSECTN'68' DELTA-XSECTN'68' (MEV) (MB) (MB) 41.239 0.54 +-0.06 46.193 0.68 +-0.07 50.781 2.36 +-0.27 55.055 7.59 +-0.98 59.093 13.47 +-1.81 62.903 18.14 +-2.22 66.58 19.11 +-2.41 \END; /* Data (Fig.13, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '68' Cumulative cross section */ \\EXP,20; RCT=MO(P,X)87Y; DET-PARTCL=GAMMA'69'; /* '69' Delayed gamma from 87Y (ground state) */ ANL=INCASC'70'; /* '70' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,20; ENGY-GAMMA=484.8KEV'71'; /* '71' Delayed gamma from 87Y (ground state) */ \DATA; INC-ENGY-LAB XSECTN'72' DELTA-XSECTN'72' (MEV) (MB) (MB) 35.8 4.94 +-0.97 41.239 77.13 +-4.86 46.193 135.88 +-8.28 50.781 183.67 +-11.20 55.055 152.94 +-9.34 59.093 102.74 +-6.31 62.903 162.30 +-9.93 66.58 179.43 +-11.00 \END; /* Data (Fig.13, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '72' Cumulative cross section */ \\EXP,21; RCT=MO(P,X)88Y; DET-PARTCL=GAMMA'73'; /* '73' Delayed gamma from 88Y (ground state) */ ANL=INCASC'74'; /* '74' Particle and Heavy Ion Transport code System (PHITS) [H. Iwase et al., J. Nucl. Sci. Technol. 39(2002)1142]. */ \\DATA,21; ENGY-GAMMA=1836.1KEV'75'; /* '75' Delayed gamma from 88Y (ground state) */ \DATA; INC-ENGY-LAB XSECTN'76' DELTA-XSECTN'76' (MEV) (MB) (MB) 29.671 0.69 +-0.10 35.8 1.35 +-0.15 41.239 1.06 +-0.14 46.193 0.77 +-0.12 50.781 1.06 +-0.15 55.055 1.61 +-0.18 59.093 2.81 +-0.23 62.903 4.65 +-0.38 66.58 6.16 +-0.50 \END; /* Data (Fig.13, p917 in reference) are received by e-mail from M.S.Uddin (2004.5.11) */ /* '76' Cumulative cross section */ \\END;