ENTRY E2286 20110518 E065E228600000001
SUBENT E2286001 20110518 E065E228600100001
BIB 14 41 E228600100002
TITLE Elastic scattering of 6He + p at 82.3 MeV/nucleon E228600100003
AUTHOR (Jamil-Qureshi Faisal, Jian-Ling Lou, Yan-Lin Ye, E228600100004
Zhong-Xin Cao, Dong-Xing Jiang , Tao Zheng , Hui Hua, E228600100005
Zhi-Huan Li, Xiang-Qing Li, Yu-Cheng Ge, E228600100006
Dan-Yang Pang, Qi-Te Li, Jun Xiao, Lin-Hui Lv, E228600100007
Rui Qiao, Hai-Bo You, Rui-Jiu Chen, Fei Lu, H.Sakurai,E228600100008
H.Otsu, M.Nishimura, S.Sakaguchi, H.Baba, Y.Togano, E228600100009
K.Yoneda, Chen Li, Shuo Wang, He Wang, Kuo-Ang Li, E228600100010
T.Nakamura, Y.Nakayama, Y.Kondo, S.Deguchi, Y.Satou, E228600100011
K.H.Tshoo) E228600100012
INSTITUTE (3CPRBJG) School of Physics and State Key Laboratory E228600100013
of Nuclear Physics and Technology E228600100014
(2JPNIPC) E228600100015
(3CPRIMP) E228600100016
(2JPNTIT) Department of Physics E228600100017
(3KORNSU) School of Physics E228600100018
REFERENCE (J,CPL,27,(9),092501,201009) E228600100019
PART-DET (2-HE-6) E228600100020
INC-SOURCE Beam intensity is 3.0E+05 PPS. E228600100021
INC-SPECT EN: 6He beam with purity of 85% is produced from a 115 E228600100022
MeV/A 13C primary beam impinged on a 9Be target with a E228600100023
thickness of 12mm E228600100024
SAMPLE - Chemical-form of target is CH2. E228600100025
- Physical-form of target is solid. E228600100026
- Target-thickness: 83 mg/cm**2 and 133.9 mg/cm**2 for E228600100027
CH2 and C films, respectively E228600100028
METHOD (TOF) Particle identification E228600100029
FACILITY (CYCLO,2JPNIPC) RIPS radioactive ion beam line E228600100030
DETECTOR (DRFTC) To determine the incident angle event by event E228600100031
(SCIN) To measure the TOF and energy loss of the E228600100032
fragments at forward angles. E228600100033
(SISD,SI) to detect the fragments and the recoiled E228600100034
protons at larger angles E228600100035
ERR-ANALYS (ERR-SYS) Mainly from the uncertainties of target E228600100036
thickness, selection of elastic peak and E228600100037
simulation of the solid angle E228600100038
(ERR-S) Statistical uncertainty E228600100039
ADD-RES (COMP) Monte-Carlo method (The solid angle for each E228600100040
data point is deduced from Monte Carlo E228600100041
simulation.) E228600100042
HISTORY (20101213C) Tsubakihara E228600100043
ENDBIB 41 0 E228600100044
COMMON 2 3 E228600100045
EN ERR-SYS E228600100046
MEV/A PER-CENT E228600100047
82.3 12. E228600100048
ENDCOMMON 3 0 E228600100049
ENDSUBENT 48 0 E228600199999
SUBENT E2286002 20110518 E065E228600200001
BIB 3 5 E228600200002
REACTION (1-H-1(2-HE-6,EL)1-H-1,,DA,,RTH) E228600200003
EN-SEC ANG-CM is polar angle (c.m.) between beam and 6He E228600200004
STATUS (TABLE) Plotted in Fig.4 of E228600200005
J,CPL,27,(9),092501,201009. Data are provided E228600200006
by e-mail from Dr.Lou Jian-Ling. E228600200007
ENDBIB 5 0 E228600200008
NOCOMMON 0 0 E228600200009
DATA 4 10 E228600200010
ANG-CM ANG-ERR DATA ERR-S E228600200011
ADEG ADEG NO-DIM NO-DIM E228600200012
5.26 1.75 3.87 0.10 E228600200013
8.77 1.76 12.94 0.46 E228600200014
12.31 1.77 30.01 1.23 E228600200015
15.88 1.79 62.00 2.71 E228600200016
19.48 1.81 66.31 3.98 E228600200017
23.14 1.84 104.88 6.77 E228600200018
26.86 1.86 117.53 9.52 E228600200019
49.29 4.40 11.71 6.15 E228600200020
59.05 5.50 14.89 7.88 E228600200021
71.00 6.00 12.51 5.71 E228600200022
ENDDATA 12 0 E228600200023
ENDSUBENT 22 0 E228600299999
ENDENTRY 2 0 E228699999999