/* 2018-12-24 File is generated by HENDEL. */ \\BIB,1[6; D#=D2553; TITLE=/ In-beam gamma-ray spectroscopy of 35Mg via knockout reactions at intermediate energies /; PURPOSE=/ The spectroscopy of 35Mg was studied via nucleon-removal reactions from 36Mg. /; ATH=(S.MOMIYAMA'1', P.DOORNENBAL'2', H.SCHEIT'2,3', S.TAKEUCHI'2', M.NIIKURA'1', N.AOI'2', K.LI'2,4', M.MATSUSHITA'2,5', D.STEPPENBECK'2', H.WANG'2,4', H.BABA'2', E.IDEGUCHI'6', M.KIMURA'7', N.KOBAYASHI'8', Y.KONDO'8', J.LEE'2', S.MICHIMASA'6', T.MOTOBAYASHI'2', N.SHIMIZU'6', M.TAKECHI'2', Y.TOGANO'2', Y.UTSUNO'9', K.YONEDA'2', H.SAKURAI'1,2'); INST-ATH=(2JPNTOK'1', 2JPNIPC'2', 2GERTHD'3', 3CPRBJG'4', 2JPNRIK'5', 2JPNTOK'6', 2JPNHOK'7', 2JPNTIT'8', 2JPNJAE'9'); /* '1' Department of Physics */ /* '5' Department of Physics */ /* '6' Center for Nuclear Study */ /* '7' Department of Physics */ /* '8' Department of Physics */ REF=PR/C; VLP=96(2017)034328; RCTS=(C(36MG,X)35MG, C(36MG,X)34MG, C(36MG,X)33MG); PHQS=(XSECTN, MOM-DSTRN'10'); /* '10' parallel momentum */ \\EXP,1[6; /* 2018-01-22 : Compiled+Checked, Jagjit Singh */ /* 2018-05-29 : Received, Received by e-mail from S. Momiyama */ CHM=ELM; PHYS-FORM=SLD; THK-TGT=2540MG/CM**2; POL-TGT=0%; ALGN-TGT=0%; ACC=CYC; INST-ACC=2JPNIPC'11'; /* '11' RIBF */ INC-ENGY-LAB-RANGE=235MEV/A; BEAM-INTNSTY=80PPS; POL-PRJ=0%; ION-SOURCE=/ Fragmentation /; COINC=NO; ANT-COINC=NO; DET-SYS=(NAI'12',PPAC,MAG'13',TOF,EDE); /* '12' DALI2 gamma-ray detector */ /* '13' ZeroDegree Spectrometer (ZDS) */ \\DATA,1[6; INC-ENGY-LAB=235MEV/A; \\EXP,1; RCT=C(36MG,X)35MG; PHQ=XSECTN; DET-PARTCL=35MG; \\DATA,1; \DATA; SIGMA DELTA-SIGMA'14' (MB) (MB) 37 +-3 \END; /* Presented in Table.1 of Phys. Rev. C, 96,034328,2017 */ /* '14' The error consists of contributions from the statistical errors of both 36Mg and 35Mg passing BigRIPS and ZDS, the efficiency error of PID detectors, and the error in the transmission analysis, as well as the gamma-ray angular distribution, all added in quadrature. */ \\EXP,2; RCT=C(36MG,X)34MG; PHQ=XSECTN; DET-PARTCL=34MG; \\DATA,2; \DATA; SIGMA DELTA-SIGMA'15' (MB) (MB) 135 +-12 \END; /* Presented in Table.1 of Phys. Rev. C, 96,034328,2017 */ /* '15' The error consists of contributions from the statistical errors of both 36Mg and 35Mg passing BigRIPS and ZDS, the efficiency error of PID detectors, and the error in the transmission analysis, as well as the gamma-ray angular distribution, all added in quadrature. */ \\EXP,3; RCT=C(36MG,X)33MG; PHQ=XSECTN; DET-PARTCL=33MG; \\DATA,3; \DATA; SIGMA DELTA-SIGMA'16' (MB) (MB) 64 +-13 \END; /* Presented in Table.1 of Phys. Rev. C, 96,034328,2017 */ /* '16' The error consists of contributions from the statistical errors of both 36Mg and 35Mg passing BigRIPS and ZDS, the efficiency error of PID detectors, and the error in the transmission analysis, as well as the gamma-ray angular distribution, all added in quadrature. */ \\EXP,4; RCT=C(36MG,X)35MG; PHQ=XSECTN; DET-PARTCL=(35MG,GAMMA); \\DATA,4; \DATA; EXC-ENGY-EMT DELTA-EXC-ENGY SIGMA DELTA-SIGMA'17' (MEV) (MEV) (MB) (MB) 206 +-8 2 +-1 443 +-7 8 +-1 616 +-8 7 +-1 670 +-8 3 +-1 \END; /* Presented in Table.1 of Phys. Rev. C, 96,034328,2017 */ /* '17' The error consists of contributions from the statistical errors of both 36Mg and 35Mg passing BigRIPS and ZDS, the efficiency error of PID detectors, and the error in the transmission analysis, as well as the gamma-ray angular distribution, all added in quadrature. */ \\EXP,5; RCT=C(36MG,X)35MG; PHQ=MOM-DSTRN'18'; /* '18' parallel momentum */ DET-PARTCL=35MG; \\DATA,5; \DATA; MOM-EMT-LAB-MIN MOM-EMT-LAB-MAX DSIGMA/DP DELTA-DSIGMA/DP (MEV/C) (MEV/C) (MB/(MEV/C)) (MB/(MEV/C)) -196 -188 0.183623 +-0.0254639 -188 -180 0.14478 +-0.0226108 -180 -172 0.218935 +-0.0278048 -172 -164 0.229529 +-0.0284695 -164 -156 0.250716 +-0.0297545 -156 -148 0.275434 +-0.0311868 -148 -140 0.335465 +-0.034418 -140 -132 0.395495 +-0.0373708 -132 -124 0.434339 +-0.039163 -124 -116 0.533212 +-0.0433922 -116 -108 0.603837 +-0.0461765 -108 -100 0.568525 +-0.044806 -100 -92 0.646211 +-0.0477693 -92 -84 0.663867 +-0.0484175 -84 -76 0.939301 +-0.0575923 -76 -68 0.921645 +-0.0570484 -68 -60 0.914583 +-0.0568294 -60 -52 1.08408 +-0.0618718 -52 -44 1.18295 +-0.0646317 -44 -36 1.31714 +-0.068199 -36 -28 1.42308 +-0.0708885 -28 -20 1.29948 +-0.0677403 -20 -12 1.56079 +-0.0742394 -12 -4 1.46898 +-0.0720228 -4 4 1.59611 +-0.0750745 4 12 1.47251 +-0.0721093 12 20 1.51136 +-0.0730542 20 28 1.4372 +-0.0712394 28 36 1.46898 +-0.0720228 36 44 1.34892 +-0.0690168 44 52 1.14764 +-0.0636598 52 60 1.22533 +-0.0657791 60 68 1.03464 +-0.0604445 68 76 1.04877 +-0.0608557 76 84 0.914583 +-0.0568294 84 92 0.752147 +-0.0515363 92 100 0.709773 +-0.0500635 100 108 0.646211 +-0.0477693 108 116 0.547337 +-0.0439632 116 124 0.466119 +-0.0405705 124 132 0.338996 +-0.0345986 132 140 0.307215 +-0.0329369 140 148 0.303684 +-0.0327471 148 156 0.169498 +-0.0244649 156 164 0.173029 +-0.0247185 164 172 0.123592 +-0.0208909 172 180 0.120061 +-0.0205903 180 188 0.0741554 +-0.016182 188 196 0.0776866 +-0.0165628 \END; /* Plotted in Fig.3 (a) of Phys. Rev. C, 96,034328,2017 */ \\EXP,6; RCT=C(36MG,X)35MG; PHQ=MOM-DSTRN'19'; /* '19' parallel momentum */ DET-PARTCL=35MG; \\DATA,6; \DATA; EXC-ENGY-EMT MOM-EMT-LAB-MIN MOM-EMT-LAB-MAX DSIGMA/DP DELTA-DSIGMA/DP (KEV) (MEV/C) (MEV/C) (MB/(MEV/C)) (MB/(MEV/C)) 443 -125 -75 1.09205 +-0.205037 443 -75 -25 1.75656 +-0.30214 443 -25 25 2.53051 +-0.325665 443 25 75 1.64418 +-0.299259 443 75 125 0.976707 +-0.153802 616 -125 -75 0.192302 +-0.157243 616 -75 -25 1.63989 +-0.240598 616 -25 25 2.50458 +-0.301005 616 25 75 1.44855 +-0.268442 616 75 125 1.21468 +-0.257723 \END; /* Plotted in Fig.3 (b) of Phys. Rev. C, 96,034328,2017 */ \\END;