ENTRY S0065 20100920 S014S006500000001 SUBENT S0065001 20100920 S014S006500100001 BIB 14 38 S006500100002 TITLE Excited States in 18Ne Studied via 17F+p S006500100003 AUTHOR (Jin Sunjun,Wang Youbao,Wang Baoxiang,Bai Xixiang, S006500100004 Fang Xiao,Guo Bing,Li Ertao,Li Yunju,Li Zhihong, S006500100005 Lian Gang,Su Jun,Yan Shengquan,Zeng Sheng,Yao Zeen, S006500100006 Liu Weiping) S006500100007 INSTITUTE (3CPRAEP,3CPRLNZ) S006500100008 REFERENCE (J,CPL,27,(3),032102,2010) S006500100009 #doi:10.1088/0256-307X/27/3/032102 S006500100010 FACILITY (VDGT,3CPRAEP)HI-13 tandem accelerator at China S006500100011 Institute of Atomic Energy. S006500100012 (SELVE,3CPRAEP)Radioactive secondary beam line S006500100013 at HI-13 tandem accelerator laboratory. S006500100014 SAMPLE TARGET- (CH2)n in thickness of 6.0 milligram/cm2. S006500100015 DETECTOR (COIN,SI,SISD)The light reaction products were S006500100016 detected by a DE-E counter telescope, which is S006500100017 composed of a 63 micron double-sided silicon strip S006500100018 detector and a 982 micron multiguard silicon quadrant. S006500100019 METHOD (EDE) S006500100020 MONITOR The 17F secondary beam was identified and monitored S006500100021 with a 13.2 micron silicon detector.) S006500100022 INC-SOURCE The 17F beam was produced via the 2H(16O,17F)n S006500100023 reaction by using a 96 Ne/v 16O beam bombarding in S006500100024 to a deuterium gas cell of 1.5 atm pressure. The S006500100025 secondary beam was separated and focused by the S006500100026 electro-magnetic dipole and quadrupoles and then S006500100027 further purified by the Danfysik Wein velocity filter. S006500100028 The beam intensity was approximately 6000 pps, and S006500100029 the 17F purity was better than 70%. S006500100030 ANALYSIS (MLA)The excitation function was analyzed by using S006500100031 multi-level R-matrix code MULTI7. The resonance S006500100032 parameters are deduced from the R-matrix fitting. S006500100033 ERR-ANALYS (ERR-T) Total uncertainty. S006500100034 (ERR-SYS)The total systematic errors is 5.6%. S006500100035 (ERR-1)The error of the detcetor solid angel is 2.5% S006500100036 (ERR-2) The error of the beam normalization 3%. S006500100037 (ERR-3) The error of the H atom number 4%. S006500100038 HISTORY (20100920C)Complied by Wu Zhendong. S006500100039 STATUS (TABLE) Received from the first author. S006500100040 ENDBIB 38 0 S006500100041 NOCOMMON 0 0 S006500100042 ENDSUBENT 41 0 S006500199999 SUBENT S0065002 20100920 S014S006500200001 BIB 1 2 S006500200002 REACTION ((1-H-1(9-F-17,EL)1-H-1,,DA,P)= S006500200003 (9-F-17(P,EL)9-F-17,,DA,RSD)) S006500200004 ENDBIB 2 0 S006500200005 COMMON 5 3 S006500200006 ANG ERR-SYS ERR-1 ERR-2 ERR-3 S006500200007 ADEG PER-CENT PER-CENT PER-CENT PER-CENT S006500200008 15. 5.6 2.5 3. 4. S006500200009 ENDCOMMON 3 0 S006500200010 DATA 3 32 S006500200011 EN-CM DATA ERR-T S006500200012 MEV MB/SR MB/SR S006500200013 0.40 755. 83. S006500200014 0.42 700. 77. S006500200015 0.45 593. 66. S006500200016 0.47 538. 61. S006500200017 0.50 473. 54. S006500200018 0.55 286. 35. S006500200019 0.57 410. 47. S006500200020 0.60 561. 63. S006500200021 0.62 481. 55. S006500200022 0.65 425. 55. S006500200023 1.04 172. 23. S006500200024 1.06 169. 21. S006500200025 1.11 150. 18. S006500200026 1.14 166. 21. S006500200027 1.16 226. 28. S006500200028 1.19 244. 29. S006500200029 1.21 234. 28. S006500200030 1.24 211. 25. S006500200031 1.26 204. 25. S006500200032 1.29 187. 23. S006500200033 1.31 195. 24. S006500200034 1.34 181. 22. S006500200035 1.36 194. 24. S006500200036 1.39 144. 18. S006500200037 1.41 160. 20. S006500200038 1.44 164. 20. S006500200039 1.46 157. 19. S006500200040 1.49 147. 18. S006500200041 1.51 141. 18. S006500200042 1.56 138. 17. S006500200043 1.59 131. 17. S006500200044 1.61 131. 17. S006500200045 ENDDATA 34 0 S006500200046 ENDSUBENT 45 0 S006500299999 SUBENT S0065003 20101206 S014S006500300001 BIB 1 2 S006500300002 REACTION 1((1-H-1(9-F-17,0),,EN)=(9-F-17(P,0),,EN)) S006500300003 2((1-H-1(9-F-17,EL),,WID)=(9-F-17(P,EL),,WID)) S006500300004 ENDBIB 2 0 S006500300005 NOCOMMON 0 0 S006500300006 DATA 4 2 S006500300007 DATA-CM 1DATA-ERR 1DATA-CM 2DATA-ERR 2 S006500300008 KEV KEV KEV KEV S006500300009 598. 25. 18. 2. S006500300010 1190. 30. 42. 4. S006500300011 ENDDATA 4 0 S006500300012 ENDSUBENT 11 0 S006500399999 ENDENTRY 3 0 S006599999999