/* 2007-12-24 File is generated by HENDEL. */ \\BIB,1[12; D#=D1243; TITLE=/ Target dependence of charge distributions in spallation reactions of medium-mass nuclei with 12 GeV protons /; ATH=(T.ASANO'1', Y.ASANO'1', Y.IGUCHI'1', H.KUDO'1', S.MORI'1', M.NOGUCHI'1', Y.TAKADA'1', H.HIRABAYASHI'2', H.IKEDA'2', K.KATOH'2', K.KONDO'2', M.TAKASAKI'2', T.TOMINAKA'2', A.YAMAMOTO'2'); INST-ATH=(2JPNTSU'1', 2JPNKEK'2'); /* '1' Institute of Applied Physics */ REF=PR/C; VLP=28(1983)1718; RCTS=(TI(P,X)X, FE(P,X)X, 59CO(P,X)X, NI(P,X)X, CU(P,X)X, ZN(P,X)X); PHQS=XSECTN; \\EXP,1[12; /* 2007-01-18 : Converted, N.Otuka. Converted to EXFOR E1243 */ /* Related references - H.Hirabayashi et al., JPJ, 51(1982)3098. Reference for monitor. See also NRDF D0962 DATA 1. */ PHQ=XSECTN; /* Additional results shown but not compiled - Charge distribution (Shown in Fig.2 in reference) - Mass distribution (Shown in Fig.3 in reference) */ ENR=NAT; CHM=ELM; PHYS-FORM=SLD; POL-TGT=0%; ALGN-TGT=0%; ACC=SYN; INST-ACC=2JPNKEK; INC-ENGY-LAB-RANGE=12GEV; POL-PRJ=0%; DET-PARTCL=GAMMA'3'; /* '3' Decay data not given */ COINC=NO; ANT-COINC=NO; DET-SYS=GE(LI)'4'; /* '4' For gamma-ray spectroscopy */ /* Experimental Method: - Stacked target irradiation (Total thickness of 0.5 g/cm2) - Activation (Irradiation for 10 min) - Gamma ray spectrometry (Performed during 3 months starting about a few hours after the end of irradiation) */ /* By authors: Detection of nuclides with lifetimes shorter than about one hour are precluded. */ \\DATA,1[12; INC-ENGY-LAB=12GEV; TOT-ERR=X%'5'; /* '5' Uncertainty in detection efficiency of gamma rays and statistical errors for photopeak yields (Uncertainty in beam intensity calibration is not included.) */ SYS-ERR=(10%'6',15%'7'); /* '6' Uncertainty in beam intensity calibration */ /* '7' Maximum uncertainty in detection efficiency (15% below 200 keV, 5% above 400 keV) */ \\EXP,1; RCT=TI(P,X)X'8'; /* '8' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=11.0MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,1; DATA1=8.1MB'9'; /* '9' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',10' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 7.90 +-0.43 16. 38 X 0.11 +-0.01 17. 39 X 0.68 +-0.05 19. 42 X 6.73 +-0.34 21. 44 0 6.90 +-0.36 21. 44 1 2.73 +-0.14 21. 46 X 18.4 +-0.93 21. 48 X 1.59 +-0.08 \END; /* Taken from Table II, p1720 in reference */ /* '10' Independent cross section */ \\EXP,2; RCT=TI(P,X)X'11'; /* '11' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=11.0MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,2; DATA1=8.1MB'12'; /* '12' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',13' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 2.14 +-0.11 11. 24 4.12 +-0.21 12. 28 0.58 +-0.03 17. 38 3.86 +-0.30 18. 41 1.21 +-0.06 19. 43 2.18 +-0.11 20. 47 0.26 +-0.015 21. 43 2.05 +-0.12 21. 47 19.8 +-3.0 23. 48 1.21 +-0.19 \END; /* Taken from Table II, p1720 in reference */ /* '13' Cumulative cross section */ \\EXP,3; RCT=FE(P,X)X'14'; /* '14' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=7.52MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,3; DATA1=8.1MB'15'; /* '15' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',16' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 9.08 +-0.46 16. 38 X 0.12 +-0.02 19. 42 X 2.94 +-0.18 21. 44 0 2.95 +-0.15 21. 44 1 3.74 +-0.19 21. 46 X 4.99 +-0.25 21. 48 X 0.30 +-0.016 24. 48 X 0.30 +-0.016 25. 52 X 3.96 +-0.20 25. 54 X 27.5 +-1.4 26. 52 X 0.25 +-0.04 27. 55 X 0.15 +-0.02 \END; /* Taken from Table II, p1720 in reference */ /* '16' Independent cross section */ \\EXP,4; RCT=FE(P,X)X'17'; /* '17' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=7.52MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,4; DATA1=8.1MB'18'; /* '18' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',19' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 2.35 +-0.19 11. 24 3.34 +-0.19 12. 28 0.40 +-0.03 18. 41 0.51 +-0.03 19. 43 0.76 +-0.04 21. 43 1.74 +-0.11 21. 47 1.98 +-0.30 23. 48 8.00 +-0.41 24. 51 21.5 +-1.1 25. 56 0.79 +-0.05 27. 56 0.53 +-0.04 27. 57 0.32 +-0.05 \END; /* Taken from Table II, p1720 in reference */ /* '19' Cumulative cross section */ \\EXP,5; RCT=59CO(P,X)X'20'; /* '20' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=8.36MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,5; DATA1=8.1MB'21'; /* '21' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',22' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 8.00 +-0.45 19. 42 X 3.00 +-0.18 21. 44 0 2.18 +-0.13 21. 44 1 3.47 +-0.18 21. 46 X 5.11 +-0.26 21. 48 X 0.45 +-0.03 24. 48 X 0.16 +-0.01 25. 52 X 3.36 +-0.17 25. 54 X 17.4 +-0.90 26. 52 X 0.07 +-0.01 26. 59 X 0.38 +-0.03 27. 55 X 0.40 +-0.03 27. 58 X 38.8 +-1.9 \END; /* Taken from Table II, p1720 in reference */ /* '22' Independent cross section */ \\EXP,6; RCT=59CO(P,X)X'23'; /* '23' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=8.36MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,6; DATA1=8.1MB'24'; /* '24' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',25' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 1.96 +-0.16 11. 24 3.38 +-0.20 12. 28 0.47 +-0.03 18. 41 0.69 +-0.04 19. 43 0.99 +-0.07 21. 43 1.27 +-0.10 21. 47 2.35 +-0.35 23. 48 5.93 +-0.90 24. 51 15.4 +-0.8 25. 56 3.22 +-0.16 27. 56 3.27 +-0.18 27. 57 17.0 +-2.6 28. 57 0.11 +-0.01 \END; /* Taken from Table II, p1720 in reference */ /* '25' Cumulative cross section */ \\EXP,7; RCT=NI(P,X)X'26'; /* '26' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=17.4MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,7; DATA1=8.1MB'27'; /* '27' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',28' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 12.2 +-0.7 19. 42 X 1.84 +-0.11 21. 44 0 2.95 +-0.26 21. 44 1 3.89 +-0.20 21. 46 X 3.05 +-0.16 21. 48 X 0.23 +-0.014 24. 48 X 0.64 +-0.04 25. 52 X 5.70 +-0.29 25. 54 X 10.3 +-0.52 26. 52 X 0.61 +-0.09 26. 59 X 0.46 +-0.05 27. 55 X 4.43 +-0.24 27. 58 X 12.0 +-0.6 \END; /* Taken from Table II, p1720 in reference */ /* '28' Independent cross section */ \\EXP,8; RCT=NI(P,X)X'29'; /* '29' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=17.4MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,8; DATA1=8.1MB'30'; /* '30' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',31' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 2.76 +-0.19 11. 24 2.80 +-0.15 12. 28 0.26 +-0.01 18. 41 0.31 +-0.03 19. 43 0.39 +-0.02 21. 43 2.50 +-0.21 21. 47 1.05 +-0.17 23. 48 8.82 +-0.44 24. 51 19.1 +-1.0 25. 56 0.47 +-0.06 27. 56 18.8 +-0.9 27. 57 47.3 +-7.1 28. 56 1.19 +-0.06 28. 57 16.6 +-0.8 \END; /* Taken from Table II, p1720 in reference */ /* '31' Cumulative cross section */ \\EXP,9; RCT=CU(P,X)X'32'; /* '32' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=9.06MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,9; DATA1=8.1MB'33'; /* '33' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',34' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 8.82 +-0.46 16. 38 X 0.14 +-0.02 19. 42 X 3.54 +-0.20 21. 44 0 2.26 +-0.12 21. 44 1 3.22 +-0.16 21. 46 X 4.68 +-0.24 21. 48 X 0.43 +-0.024 24. 48 X 0.18 +-0.01 25. 52 X 3.16 +-0.16 25. 54 X 12.5 +-0.6 26. 52 X 0.09 +-0.014 26. 59 X 1.51 +-0.08 27. 55 X 0.56 +-0.03 27. 58 X 17.5 +-0.9 27. 60 X 7.83 +-0.46 \END; /* Taken from Table II, p1720 in reference */ /* '34' Independent cross section */ \\EXP,10; RCT=CU(P,X)X'35'; /* '35' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=9.06MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,10; DATA1=8.1MB'36'; /* '36' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',37' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 1.95 +-0.12 11. 24 3.55 +-0.18 12. 28 0.47 +-0.025 18. 41 0.80 +-0.05 19. 43 0.90 +-0.05 20. 47 0.10 +-0.01 21. 43 1.88 +-0.10 21. 47 2.13 +-0.32 23. 48 5.51 +-0.28 24. 51 13.1 +-0.7 25. 56 2.10 +-0.11 27. 56 3.67 +-0.20 27. 57 13.1 +-2.0 28. 57 0.43 +-0.03 29. 61 7.07 +-0.36 30. 62 0.21 +-0.016 30. 65 0.83 +-0.06 \END; /* Taken from Table II, p1720 in reference */ /* '37' Cumulative cross section */ \\EXP,11; RCT=ZN(P,X)X'38'; /* '38' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=58.1MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,11; DATA1=8.1MB'39'; /* '39' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A ISOMER SIGMA',40' DELTA-SIGMA'' (NODIM) (NODIM) (NODIM) (MB) (MB) 4. 7 X 11.4 +-0.57 16. 38 X 0.12 +-0.01 19. 42 X 2.86 +-0.17 21. 44 0 1.86 +-0.10 21. 44 1 2.96 +-0.15 21. 46 X 4.16 +-0.21 21. 48 X 0.42 +-0.03 24. 48 X 0.19 +-0.01 25. 52 X 3.44 +-0.17 25. 54 X 11.2 +-0.6 26. 52 X 0.12 +-0.02 26. 59 X 1.13 +-0.06 27. 55 X 0.73 +-0.04 27. 58 X 15.4 +-0.8 27. 60 X 4.49 +-0.23 28. 65 X 0.66 +-0.05 \END; /* Taken from Table II, p1720 in reference */ /* '40' Independent cross section */ \\EXP,12; RCT=ZN(P,X)X'41'; /* '41' See DATA section for atomic number (Z) and mass number (A) of products */ THK-TGT=58.1MG/CM**2; MONTR-RCT=/ 27AL(P,X)24NA /; \\DATA,12; DATA1=8.1MB'42'; /* '42' Used for calibration of the beam intensity monitoring system */ DELTA-DATA1=0.9MB; \DATA; Z A SIGMA',43' DELTA-SIGMA'' (NODIM) (NODIM) (MB) (MB) 11. 22 1.72 +-0.10 11. 24 3.19 +-0.17 12. 28 0.41 +-0.02 18. 41 0.61 +-0.04 19. 43 0.76 +-0.04 20. 47 0.08 +-0.005 21. 43 1.81 +-0.09 21. 47 1.88 +-0.28 23. 48 5.52 +-0.28 24. 51 13.2 +-0.7 25. 56 1.42 +-0.07 27. 56 3.93 +-0.20 27. 57 14.0 +-2.1 28. 57 0.71 +-0.04 29. 61 8.62 +-0.46 30. 62 3.59 +-0.19 30. 65 20.3 +-1.0 \END; /* Taken from Table II, p1720 in reference */ /* '43' Cumulative cross section */ \\END;