ENTRY            S0064   20100902                             S014S006400000001 
SUBENT        S0064001   20100902                             S014S006400100001 
BIB                 11         31                                 S006400100002 
TITLE      Experimental study on the exotic structure of 12N in   S006400100003 
           RIBLL                                                  S006400100004 
AUTHOR     (Li Jia-Xing,Liu Ping-Ping,Wang Jian-Song,             S006400100005 
           Hu Zeng-Guo,Mao Rui-Shi,Li Chen,Chen Ruo-Fu,Sun Zhi-Yu,S006400100006 
           Xu Hu-Shan,Xiao Guo- Qing,Guo Zhong-Yan)               S006400100007 
INSTITUTE  (3CPRCPR) Southwest University (Chongqing)             S006400100008 
           (3CPRIMP) Institute of Modern Physics (Lanzhou)        S006400100009 
REFERENCE  (J,CPL,27,(3),032501,2010)                             S006400100010 
           #doi:10.1088/0256-307X/27/3/032501                     S006400100011 
FACILITY   (PRJFS,3CPRIMP)                                        S006400100012 
           The 14N(7+) primary beam was accelerated by the Heavy  S006400100013 
           Ion Research Facility of Lanzhou(HIRFL).               S006400100014 
SAMPLE     An silicon detector (1000 um in thickness), which      S006400100015 
           serves as both  the reaction sample and the dE         S006400100016 
           detector.                                              S006400100017 
DETECTOR   (PPAC,SI,SCIN)                                         S006400100018 
           Five PPACs (100 x 100 mm2 effective area);             S006400100019 
           One plastic scintillator of 50 um in thickness;        S006400100020 
           Two silicon detector (1000 um and 300 um in thickness);S006400100021 
METHOD     (TOF,EDE,TRN)                                          S006400100022 
           The same particle upstream and downstream of the       S006400100023 
           reaction target can be counted, and the reaction cross S006400100024 
           section will obtained by the transmission method.      S006400100025 
INC-SOURCE The typical beam intensity was about 20 nA on the      S006400100026 
           production target of Be with 3123 um in thickness      S006400100027 
           which was installed at the entrance of RIBLL. 12N      S006400100028 
           was produced by the projectile fragmentation process.  S006400100029 
ERR-ANALYS (DATA-ERR) The error includes the statistical error of S006400100030 
           the present measurement and systematical error from    S006400100031 
           the transmission eiffciency.                           S006400100032 
HISTORY    (20100902C) Compiled by Guochang CHEN;                 S006400100033 
ENDBIB              31          0                                 S006400100034 
NOCOMMON             0          0                                 S006400100035 
ENDSUBENT           34          0                                 S006400199999 
SUBENT        S0064002   20100902                             S014S006400200001 
BIB                  2          2                                 S006400200002 
REACTION   (14-SI-0(7-N-12,NON),,SIG)                             S006400200003 
STATUS     (TABLE) Data are p032501 of Chin.Phys.Lett.27(2010)    S006400200004 
ENDBIB               2          0                                 S006400200005 
NOCOMMON             0          0                                 S006400200006 
DATA                 3          1                                 S006400200007 
EN         DATA       DATA-ERR                                    S006400200008 
MEV/A      MB         MB                                          S006400200009 
       36.2      1760.        78.                                 S006400200010 
ENDDATA              3          0                                 S006400200011 
ENDSUBENT           10          0                                 S006400299999 
ENDENTRY             2          0                                 S006499999999