ENTRY S0103 20141028 S018S010300000001 SUBENT S0103001 20141028 S018S010300100001 BIB 11 38 S010300100002 TITLE Alpha fragment emission in 25MeV/u 6He+9Be break-up S010300100003 reaction S010300100004 AUTHOR (Li Zhihuan, Ye Yanlin, Chen Tao, Jiang Dongxing, S010300100005 Hua Hui, Li Xiangqing, Wang Quanjin, Ge Yucheng, S010300100006 Pang Danyang, Di Zhenyu, Jin Genming, Xiao Guoqing, S010300100007 Guo Zhongyan, Xiao Zhigang, Wang Hongwei, Zhang Baoguo,S010300100008 Wu Heyu, Li Jiaxing, Sun Zhiyu, Zhan Wenlong) S010300100009 INSTITUTE (3CPRBJG,3CPRIMP) S010300100010 REFERENCE (J,PHE,27,206,2003) S010300100011 FACILITY (CYCLO,3CPRIMP) Heavy Ion Research Facility in S010300100012 Lanzhou (HIRFL). S010300100013 (PRJFS,3CPRIMP) The Radioactive Ion Beam Line in S010300100014 Lanzhou (RIBLL). S010300100015 INC-SOURCE The 13C primary beam was accelerated to 50 MeV/u by S010300100016 HIRFL. The natural Be target (2000 um thick) was S010300100017 bombarded, and then 6He was produced with 25 MeV/u by S010300100018 the projectile fragmentation process of 13C+Be, S010300100019 separated and purified by the Radioactive Ion Beam S010300100020 Line in Lanzhou (RIBLL). S010300100021 SAMPLE The secondary Be target was 200 um 9Be. S010300100022 DETECTOR (SCIN) Two 200 um plastic scintillation detectors S010300100023 were used to measure the time of flight (TOF) and the S010300100024 energy loss delta E. S010300100025 (MWPC) Two low pressure multi-wire proportional S010300100026 counters (LPMWPC) were used to measure the direction S010300100027 and location of incident beam, installed before the S010300100028 target. S010300100029 (TELES,PS,SI,CSICR) The reaction products were S010300100030 detected and identified by six telescope systems. S010300100031 Every one consisted of a position sensitive silicon S010300100032 detector (thickness with 320 um, effective area with S010300100033 45x45 mm2), a large area silicon detector (thickness S010300100034 with 250 um, diameter with 45 mm) and a CsI S010300100035 (Tl) scintillation detector (thickness with 250 um, S010300100036 diameter with 45 mm). S010300100037 METHOD (TOF,EDE) To identify secondary beam. S010300100038 ERR-ANALYS (ERR-S) Statistical uncertainty. S010300100039 HISTORY (20141028C)Compiled by Wang Jimin (CNDC). S010300100040 ENDBIB 38 0 S010300100041 NOCOMMON 0 0 S010300100042 ENDSUBENT 41 0 S010300199999 SUBENT S0103002 20141028 S018S010300200001 BIB 2 3 S010300200002 REACTION (4-BE-9(2-HE-6,X)2-HE-4,,DA/DE) S010300200003 STATUS (CURVE) Fig.5 of High Energ.Phys.Nucl.Phys.27,206,2003 S010300200004 was digitized by DGgraph-5.0. S010300200005 ENDBIB 3 0 S010300200006 COMMON 1 3 S010300200007 EN S010300200008 MEV/A S010300200009 25. S010300200010 ENDCOMMON 3 0 S010300200011 DATA 5 114 S010300200012 ANG ANG-ERR E DATA DATA-ERR S010300200013 ADEG ADEG MEV MB/SR/MEV MB/SR/MEV S010300200014 7. 1. 61.61 8.13 18.75 S010300200015 7. 1. 66.44 10.12 18.95 S010300200016 7. 1. 68.05 1.59 16.07 S010300200017 7. 1. 69.75 3.17 15.48 S010300200018 7. 1. 71.45 62.10 28.47 S010300200019 7. 1. 72.78 13.69 19.15 S010300200020 7. 1. 74.30 4.96 17.36 S010300200021 7. 1. 75.95 25.20 21.73 S010300200022 7. 1. 77.56 35.91 24.01 S010300200023 7. 1. 79.26 66.87 29.07 S010300200024 7. 1. 80.74 38.10 23.81 S010300200025 7. 1. 82.30 39.09 23.91 S010300200026 7. 1. 84.05 126.98 36.31 S010300200027 7. 1. 85.52 99.21 32.74 S010300200028 7. 1. 87.22 119.05 34.92 S010300200029 7. 1. 88.92 148.21 38.59 S010300200030 7. 1. 90.34 129.76 35.91 S010300200031 7. 1. 91.68 53.77 26.09 S010300200032 7. 1. 93.29 54.37 26.39 S010300200033 7. 1. 95.03 74.80 29.07 S010300200034 7. 1. 96.60 56.15 26.69 S010300200035 7. 1. 98.25 96.43 31.35 S010300200036 7. 1. 99.63 18.85 16.96 S010300200037 7. 1. 101.15 19.64 17.96 S010300200038 7. 1. 102.80 30.56 19.84 S010300200039 7. 1. 104.18 3.37 8.04 S010300200040 7. 1. 105.98 32.34 19.35 S010300200041 7. 1. 109.15 4.56 9.03 S010300200042 9. 0.5 60.15 8.18 10.63 S010300200043 9. 0.5 64.01 2.01 8.40 S010300200044 9. 0.5 66.19 12.98 10.98 S010300200045 9. 0.5 68.16 13.50 11.15 S010300200046 9. 0.5 70.06 6.47 9.60 S010300200047 9. 0.5 72.24 14.53 10.98 S010300200048 9. 0.5 74.21 22.76 12.35 S010300200049 9. 0.5 76.18 11.61 10.80 S010300200050 9. 0.5 78.29 39.05 14.75 S010300200051 9. 0.5 80.33 31.67 14.06 S010300200052 9. 0.5 82.37 43.85 15.09 S010300200053 9. 0.5 84.48 67.17 17.32 S010300200054 9. 0.5 86.38 52.60 16.29 S010300200055 9. 0.5 88.49 60.66 16.29 S010300200056 9. 0.5 90.67 76.26 18.01 S010300200057 9. 0.5 92.64 110.04 21.09 S010300200058 9. 0.5 94.40 58.25 16.46 S010300200059 9. 0.5 96.44 81.06 18.52 S010300200060 9. 0.5 98.55 85.52 18.69 S010300200061 9. 0.5 100.51 96.84 19.72 S010300200062 9. 0.5 102.48 75.75 17.83 S010300200063 9. 0.5 104.52 79.52 18.35 S010300200064 9. 0.5 106.35 68.89 17.15 S010300200065 9. 0.5 108.11 38.71 13.55 S010300200066 9. 0.5 110.01 31.85 12.69 S010300200067 9. 0.5 112.33 58.94 15.95 S010300200068 9. 0.5 114.02 24.82 11.15 S010300200069 9. 0.5 115.92 13.84 8.92 S010300200070 9. 0.5 117.96 29.79 12.00 S010300200071 9. 0.5 119.93 7.67 6.69 S010300200072 9. 0.5 121.82 11.61 7.72 S010300200073 9. 0.5 123.86 12.30 7.89 S010300200074 11. 0.5 66.34 2.60 7.93 S010300200075 11. 0.5 70.45 24.83 10.44 S010300200076 11. 0.5 72.45 9.59 8.11 S010300200077 11. 0.5 76.27 15.78 8.87 S010300200078 11. 0.5 80.27 16.94 9.19 S010300200079 11. 0.5 82.26 17.75 9.05 S010300200080 11. 0.5 84.21 37.02 11.34 S010300200081 11. 0.5 86.26 42.49 11.74 S010300200082 11. 0.5 88.20 33.88 10.58 S010300200083 11. 0.5 90.03 34.78 10.76 S010300200084 11. 0.5 92.03 30.84 10.31 S010300200085 11. 0.5 94.08 47.78 12.06 S010300200086 11. 0.5 96.02 43.83 11.43 S010300200087 11. 0.5 98.08 72.16 14.03 S010300200088 11. 0.5 99.96 40.70 11.12 S010300200089 11. 0.5 102.07 29.85 10.00 S010300200090 11. 0.5 104.13 44.55 11.34 S010300200091 11. 0.5 106.18 35.86 10.49 S010300200092 11. 0.5 108.07 16.05 7.53 S010300200093 11. 0.5 110.18 28.15 9.23 S010300200094 11. 0.5 112.01 17.39 7.66 S010300200095 11. 0.5 114.12 29.67 9.19 S010300200096 11. 0.5 116.06 16.76 7.04 S010300200097 11. 0.5 118.00 8.07 5.78 S010300200098 11. 0.5 120.17 13.63 6.54 S010300200099 11. 0.5 122.11 5.20 4.71 S010300200100 11. 0.5 124.05 1.25 3.09 S010300200101 13. 0.5 60.14 2.76 6.96 S010300200102 13. 0.5 74.30 2.11 5.72 S010300200103 13. 0.5 76.19 6.08 6.31 S010300200104 13. 0.5 78.22 10.04 6.96 S010300200105 13. 0.5 80.40 19.47 8.13 S010300200106 13. 0.5 82.29 4.32 5.87 S010300200107 13. 0.5 84.25 17.20 7.67 S010300200108 13. 0.5 86.21 12.51 6.81 S010300200109 13. 0.5 88.39 25.65 8.39 S010300200110 13. 0.5 90.36 22.65 7.93 S010300200111 13. 0.5 92.31 30.33 8.78 S010300200112 13. 0.5 94.28 27.54 8.39 S010300200113 13. 0.5 96.24 26.04 8.45 S010300200114 13. 0.5 98.27 28.64 8.32 S010300200115 13. 0.5 100.23 30.97 8.52 S010300200116 13. 0.5 102.20 40.48 9.43 S010300200117 13. 0.5 104.30 35.73 8.91 S010300200118 13. 0.5 106.33 18.76 7.15 S010300200119 13. 0.5 108.22 30.14 8.19 S010300200120 13. 0.5 110.26 21.81 7.35 S010300200121 13. 0.5 112.22 13.49 6.05 S010300200122 13. 0.5 114.25 21.10 7.22 S010300200123 13. 0.5 116.07 11.28 5.46 S010300200124 13. 0.5 117.97 4.91 4.10 S010300200125 13. 0.5 119.93 3.87 3.64 S010300200126 13. 0.5 121.96 4.19 4.03 S010300200127 13. 0.5 124.00 3.28 3.32 S010300200128 ENDDATA 116 0 S010300200129 ENDSUBENT 128 0 S010300299999 SUBENT S0103003 20141028 S018S010300300001 BIB 2 3 S010300300002 REACTION (4-BE-9(2-HE-6,X)2-HE-4,,DA) S010300300003 STATUS (CURVE) Fig.6 of High Energ.Phys.Nucl.Phys.27,206,2003 S010300300004 was digitized by DGgraph-5.0. S010300300005 ENDBIB 3 0 S010300300006 COMMON 1 3 S010300300007 EN S010300300008 MEV/A S010300300009 25. S010300300010 ENDCOMMON 3 0 S010300300011 DATA 4 7 S010300300012 ANG ANG-ERR DATA DATA-ERR S010300300013 ADEG ADEG MB/SR MB/SR S010300300014 5. 1. 3467.06 972.01 S010300300015 7. 1. 2919.42 348.68 S010300300016 9. 0.5 2593.97 248.07 S010300300017 11. 0.5 1590.88 190.01 S010300300018 13. 0.5 975.68 183.02 S010300300019 15. 1. 459.89 135.29 S010300300020 17. 1. 537.42 220.54 S010300300021 ENDDATA 9 0 S010300300022 ENDSUBENT 21 0 S010300399999 ENDENTRY 3 0 S010399999999