ENTRY S0080 20161019 S020S0080 0 1 SUBENT S0080001 20161019 S020S0080 1 1 BIB 10 28 S0080 1 2 TITLE Study on the 8He ground state via 8He(p,d)7He and S0080 1 3 8He(p,t)6He reaction at 82.3 MeV/nucleon S0080 1 4 AUTHOR (J.L.Lou, Y.L.Ye, D.Y.Pang, Z.X.Cao, D.X.Jiang) S0080 1 5 INSTITUTE (3CPRBJG,3CPRBHN) S0080 1 6 REFERENCE (J,JP/CS,420,012076,2013) S0080 1 7 #doi:10.1088/1742-6596/420/1/012076 S0080 1 8 FACILITY (CYCLO,2JPNIPC)RIKEN Projectile Fragment Separator S0080 1 9 (RIPS) radioactive ion beam Line S0080 1 10 METHOD (COINC) The 1n and 2n transfer events were obtained S0080 1 11 from the coincidence of d+6He and t+4He, respectively. S0080 1 12 INC-SOURCE A 115 MeV/nucleon 13C primary beam impinged on a 9Be S0080 1 13 target with a thickness of 12mm. Beam intensity is S0080 1 14 3E5 pps with a purity of 56% for 8He. S0080 1 15 DETECTOR (DRFTC)The beam was tracked by the gas detector BDC1 S0080 1 16 and BDC2 placed before the physical target. S0080 1 17 (TELES,SISD,SI,CSICR)Out-going angles were detected S0080 1 18 by the gas detector MDC and silicon strip detector. D S0080 1 19 and T were measured by telescope D11 (Si Strips+SSD S0080 1 20 +CsI A+CsI B) and D12 (Si Strips+ SSD+CsI). 4He and S0080 1 21 6He were recorded by magnetic system and D2 (Si S0080 1 22 Strips+SSD+CsI). S0080 1 23 ERR-ANALYS (ERR-S) Statistical uncertainty from the number of S0080 1 24 incident 8He, the number of coincident d(t) with S0080 1 25 6He(4He) and the background subtraction. S0080 1 26 (ERR-SYS) It is mainly resulted from the S0080 1 27 uncertainties of target thickness, selection of S0080 1 28 transfer event and simulation of the solid angle. S0080 1 29 HISTORY (20161019C) Compiled by X4 group (CNDC). S0080 1 30 ENDBIB 28 0 S0080 1 31 COMMON 2 3 S0080 1 32 EN ERR-SYS S0080 1 33 MEV/A PER-CENT S0080 1 34 82.3 12. S0080 1 35 ENDCOMMON 3 0 S0080 1 36 ENDSUBENT 35 0 S0080 199999 SUBENT S0080002 20161019 S020S0080 2 1 BIB 3 5 S0080 2 2 REACTION ((1-H-1(2-HE-8,D)2-HE-7,PAR,DA,RSD)= S0080 2 3 (2-HE-8(P,D)2-HE-7,PAR,DA)) S0080 2 4 PART-DET (D,2-HE-6) S0080 2 5 STATUS (CURVE) Data were digitized from Fig. 2 of S0080 2 6 J,JP/CS,420,012076,2013 by GDGraph-5.1. S0080 2 7 ENDBIB 5 0 S0080 2 8 COMMON 1 3 S0080 2 9 E-LVL S0080 2 10 MEV S0080 2 11 0. S0080 2 12 ENDCOMMON 3 0 S0080 2 13 DATA 3 16 S0080 2 14 ANG-CM DATA-CM ERR-S S0080 2 15 ADEG MB/SR MB/SR S0080 2 16 20.7 4.739E+00 1.433E+00 S0080 2 17 21.9 3.295E+00 4.242E-01 S0080 2 18 23.1 1.183E+00 2.280E-01 S0080 2 19 24.5 1.264E+00 1.786E-01 S0080 2 20 25.9 1.381E+00 1.777E-01 S0080 2 21 27.6 1.037E+00 1.335E-01 S0080 2 22 29.5 1.132E+00 1.458E-01 S0080 2 23 31.8 1.014E+00 1.306E-01 S0080 2 24 34.6 7.622E-01 9.811E-02 S0080 2 25 38.6 5.788E-01 6.735E-02 S0080 2 26 43.6 3.450E-01 4.441E-02 S0080 2 27 55.6 1.186E-01 2.921E-02 S0080 2 28 68.5 6.194E-02 1.525E-02 S0080 2 29 77.3 5.368E-02 9.639E-03 S0080 2 30 84.8 5.025E-02 8.374E-03 S0080 2 31 91.5 5.081E-02 1.113E-02 S0080 2 32 ENDDATA 18 0 S0080 2 33 ENDSUBENT 32 0 S0080 299999 SUBENT S0080003 20161020 S020S0080 3 1 BIB 4 6 S0080 3 2 REACTION ((1-H-1(2-HE-8,T)2-HE-6,PAR,DA,RSD)= S0080 3 3 (2-HE-8(P,T)2-HE-6,PAR,DA)) S0080 3 4 LEVEL-PROP (2-HE-6,LVL-NUMB=1.,SPIN=2.,PARITY=+1.) S0080 3 5 PART-DET (T,2-HE-4) S0080 3 6 STATUS (CURVE) Data were digitized from Fig. 3 of S0080 3 7 J,JP/CS,420,012076,2013 by GDGraph-5.1. S0080 3 8 ENDBIB 6 0 S0080 3 9 COMMON 1 3 S0080 3 10 LVL-NUMB S0080 3 11 NO-DIM S0080 3 12 1. S0080 3 13 ENDCOMMON 3 0 S0080 3 14 DATA 3 5 S0080 3 15 ANG-CM DATA-CM ERR-S S0080 3 16 ADEG MB/SR MB/SR S0080 3 17 35.3 2.613E-01 4.748E-02 S0080 3 18 46.9 7.328E-02 1.112E-02 S0080 3 19 92.7 3.584E-03 3.494E-03 S0080 3 20 109.5 9.270E-03 3.026E-03 S0080 3 21 123.9 1.434E-02 2.825E-03 S0080 3 22 ENDDATA 7 0 S0080 3 23 ENDSUBENT 22 0 S0080 399999 ENDENTRY 3 0 S008099999999