ENTRY E1791 20061121 E039E179100000001
SUBENT E1791001 20061121 E039E179100100001
BIB 11 43 E179100100002
TITLE Study of halo structure of 16C from reaction cross E179100100003
section measurement E179100100004
AUTHOR (T.Zheng, T.Yamaguchi, A.Ozawa, M.Chiba, R.Kanungo, E179100100005
T.Kato, K.Katori, K.Morimoto, T.Ohnishi, T.Suda, E179100100006
I.Tanihata, Y.Yamaguchi, A.Yoshida, K.Yoshida, H.Toki, E179100100007
N.Nakajima) E179100100008
INSTITUTE (2JPNIPC) E179100100009
(2JPNSUT) Department of Physics E179100100010
(3CPRBJG) Department of Technical Physics E179100100011
(2JPNOSA) Research Center for Nuclear Physics E179100100012
REFERENCE (J,NP/A,709,(1-4),103,200210) Main reference E179100100013
Title and authors are coded under TITLE and AUTHOR. E179100100014
(J,NP/A,738,(1-4),38,200406) E179100100015
A.Ozawa+, Proc. of the 8th International Conference on E179100100016
Clustering Aspects of Nuclear Structure and Dynamics E179100100017
(CLUSTER'03) E179100100018
SAMPLE - Target is natural. E179100100019
- Chemical-form of target is element. E179100100020
- Physical-form of target is solid. Carbon plate E179100100021
- Target-thickness is 370 mg/cm**2. E179100100022
- Backing is unknown. E179100100023
METHOD (EDE) to particle identification E179100100024
(TOF) to particle identification E179100100025
FACILITY (CYCLO,2JPNIPC) 22Ne primary beam that was accelerated E179100100026
to about 110 AMeV by the RIKEN Ring E179100100027
Cyclotron (RRC). E179100100028
(PRJFS,2JPNIPC) Secondary 12,16C beams were produced E179100100029
via the projectile fragmentation. E179100100030
ANALYSIS In order to obtain the reaction cross section of 16C, E179100100031
the number of the inelastically scattered 16C were E179100100032
subtracted from the total number of 16C. E179100100033
DETECTOR (SCIN) Two plastic scintillators are used for a TOF E179100100034
measurement E179100100035
(SI) Three silicon detectors (150 micro-meter * 3) E179100100036
were used to measure the energy loss (Delta E) E179100100037
(NAICR) The total energy (E) was measured by a NAI(Tl) E179100100038
detector (energy resolution of 0.7% in FWHM E179100100039
for 110 AMeV 22Ne) [T.Suda, et al., RIKEN E179100100040
Accel. Prog. Rep. 35(2002)42.] E179100100041
(PPAC) Used to monitor beam size and transmission E179100100042
ERR-ANALYS (DATA-ERR) No information on source of uncertainties E179100100043
HISTORY (20030404C) Sr + Kc E179100100044
(20061004A) On. Reference (CLUSTER'03) added E179100100045
ENDBIB 43 0 E179100100046
NOCOMMON 0 0 E179100100047
ENDSUBENT 46 0 E179100199999
SUBENT E1791002 20040622 0000E179100200001
BIB 5 10 E179100200002
REACTION (6-C-0(6-C-16,NON),,SIG) E179100200003
PART-DET (6-C-16) E179100200004
INC-SPECT The 16C beam energy was 83 AMeV in the middle of the E179100200005
reaction target, while the incident energy was 86 AMeV E179100200006
and the outgoing energy was 80 AMeV E179100200007
ADD-RES (COMP) 1. phenomenological parameterization for the E179100200008
reaction cross section [S.Kox, et al., Phys. E179100200009
Rev. C35(1987)1678, and references therein.] E179100200010
2. Glauber approximation E179100200011
STATUS (TABLE) Data taken from Table 1, p109 in reference E179100200012
ENDBIB 10 0 E179100200013
COMMON 1 3 E179100200014
EN E179100200015
MEV/A E179100200016
83. E179100200017
ENDCOMMON 3 0 E179100200018
DATA 2 1 E179100200019
DATA DATA-ERR E179100200020
MB MB E179100200021
1237. 25.0 E179100200022
ENDDATA 3 0 E179100200023
ENDSUBENT 22 0 E179100299999
SUBENT E1791003 20040622 0000E179100300001
BIB 3 3 E179100300002
REACTION (6-C-0(6-C-12,NON),,SIG) E179100300003
PART-DET (6-C-12) E179100300004
STATUS (TABLE) Data taken from Table 2, p109 in reference E179100300005
ENDBIB 3 0 E179100300006
COMMON 1 3 E179100300007
EN E179100300008
MEV/A E179100300009
83. E179100300010
ENDCOMMON 3 0 E179100300011
DATA 2 1 E179100300012
DATA DATA-ERR E179100300013
MB MB E179100300014
957. 39.0 E179100300015
ENDDATA 3 0 E179100300016
ENDSUBENT 15 0 E179100399999
ENDENTRY 3 0 E179199999999