ENTRY            C2167   20160210                             C157C216700000001 
SUBENT        C2167001   20160210                             C157C216700100001 
BIB                 11         26                                 C216700100002 
TITLE      Constraint of the astrophysical 26gAl(p,gamma)27Si     C216700100003 
           destruction rate at stellar temperatures               C216700100004 
AUTHOR     (S.D.Pain,D.W.Bardayan,J.C.Blackmon,S.M.Brown,         C216700100005 
           K.Y.Chae,K.A.Chipps,J.A.Cizewski,K.L.Jones, R.L.Kozub, C216700100006 
           J.F.Liang,C.Matei,M.Matos,B.H.Moazen,C.D.Nesaraja,     C216700100007 
           J.Okolowicz,P.D.O'Malley,W.A.Peters,S.T.Pittman,       C216700100008 
           M.Ploszajczak,K.T.Schmitt,J.F.Shriner Jr,D.Shapira,    C216700100009 
           M.S.Smith,D.W.Stracener,G.L.Wilson)                    C216700100010 
INSTITUTE  (1USAORL,1USANOT,1USALSU,2UK SUR,1USATEN,1USARUT,      C216700100011 
           1USATTU,1USAOAU,3POLIFJ,2FR GAN)                       C216700100012 
           (3KORKOR) Sungkyunkwan University, Suwon               C216700100013 
REFERENCE  (J,PRL,114,212501,2015)                                C216700100014 
FACILITY   (VDGT,1USAORL) Experiment performed using the 25-MV    C216700100015 
           tandem electrostatic accelerator at the Holifield      C216700100016 
           Radioactive Ion Beam Facility (HRIBF) at Oak Ridge     C216700100017 
           National Laboratory.                                   C216700100018 
SAMPLE     Deuterated polyethylene (CD2) target of areal density  C216700100019 
            (150+-14)mu-g/cm2                                     C216700100020 
DETECTOR   (TELES,SI,SI) ORRUBA and SIDAR arrays of silicon       C216700100021 
           detectors were used to detect ejectiles between 95     C216700100022 
           and 165deg in the laboratory system                    C216700100023 
METHOD     (EDE) Inverse kinematics was used                      C216700100024 
INC-SOURCE A beam of 26gAl (99% pure) was produced from a         C216700100025 
           sputter ion source and accelerated to 117 MeV          C216700100026 
ERR-ANALYS (ERR-S) Statistical uncertainty                        C216700100027 
HISTORY    (20160210C) Compiled by S.H.                           C216700100028 
ENDBIB              26          0                                 C216700100029 
NOCOMMON             0          0                                 C216700100030 
ENDSUBENT           29          0                                 C216700199999 
SUBENT        C2167002   20160210                             C157C216700200001 
BIB                  2          3                                 C216700200002 
REACTION   (13-AL-26(D,P)13-AL-27,PAR,DA)                         C216700200003 
STATUS     (CURVE) Data taken from fig. 2 of the reference.       C216700200004 
                   Waiting for data from author                   C216700200005 
ENDBIB               3          0                                 C216700200006 
COMMON               2          3                                 C216700200007 
EN         E-LVL                                                  C216700200008 
MEV        KEV                                                    C216700200009 
117.0      7805.                                                  C216700200010 
ENDCOMMON            3          0                                 C216700200011 
DATA                 3         21                                 C216700200012 
ANG-CM     DATA-CM    ERR-S                                       C216700200013 
ADEG       MB/SR      MB/SR                                       C216700200014 
        6.5   8.94E-01   1.70E-01                                 C216700200015 
        7.0   7.39E-01   1.35E-01                                 C216700200016 
        7.6   6.98E-01   2.87E-01                                 C216700200017 
        8.3   7.09E-01   1.30E-01                                 C216700200018 
        9.0   4.93E-01   1.75E-01                                 C216700200019 
        9.7   6.17E-01   1.25E-01                                 C216700200020 
       10.4   5.23E-01   1.01E-01                                 C216700200021 
       11.2   4.25E-01   8.64E-02                                 C216700200022 
       12.0   4.43E-01   1.34E-01                                 C216700200023 
       12.8   4.36E-01   7.98E-02                                 C216700200024 
       13.6   2.86E-01   6.37E-02                                 C216700200025 
       14.4   2.57E-01   5.30E-02                                 C216700200026 
       15.4   3.14E-01   1.09E-01                                 C216700200027 
       16.3   1.24E-01   6.26E-02                                 C216700200028 
       17.2   2.32E-01   9.96E-02                                 C216700200029 
       18.2   1.12E-01   1.01E-01                                 C216700200030 
       21.7   7.23E-02   3.65E-02                                 C216700200031 
       27.3   2.10E-01   1.19E-01                                 C216700200032 
       30.6   1.09E-01   5.58E-02                                 C216700200033 
       34.1   1.76E-01   9.01E-02                                 C216700200034 
       37.9   1.02E-01   5.20E-02                                 C216700200035 
ENDDATA             23          0                                 C216700200036 
ENDSUBENT           35          0                                 C216700299999 
ENDENTRY             2          0                                 C216799999999