ENTRY            D6018   20091105                             D070D601800000001 
SUBENT        D6018001   20091105                             D070D601800100001 
BIB                 11         37                                 D601800100002 
TITLE      Experimental signature of entrance channel effect in   D601800100003 
           heavy mass region via evaporation residue cross        D601800100004 
           section and spin distribution measurements             D601800100005 
AUTHOR     (P.D.Shidling,N.Madhavan,V.S.Ramamurthy,S.Nath,        D601800100006 
           N.M.Badiger,Santanu Pal,A.K.Sinha,A.Jhingan,           D601800100007 
           S.Muralithar,P.Sugathan,S.Kailas,B.R.Behera,R.Singh,   D601800100008 
            K.M.Varier,M.C.Radhakrishna)                          D601800100009 
INSTITUTE  (3INDKUD,3INDNSD,3INDVEC,3INDIAC,3INDTRM,3INDPUC,      D601800100010 
           3INDDLH)                                               D601800100011 
           (3INDIND) Calicut University, Calicut 673635, India    D601800100012 
           Bangalore University, Bangalore 560056, India          D601800100013 
REFERENCE  (J,PL/B,670,99,2008)  analysis of data                 D601800100014 
           data for 181Ta+19F reaction to be published            D601800100015 
REL-REF    (R,D6049002,P.D.Shidling+,J,PR/C,74,064603,2006)       D601800100016 
            data from 16O+184W reaction were                      D601800100017 
                              compiled at EXFOR Entry D6049       D601800100018 
DETECTOR   (PS) Evaporation residue were detected at the focal    D601800100019 
           plane of HIRA using a 50 x 50 mm**2 2D position        D601800100020 
           sensitive silicon detector with a resistive layer at   D601800100021 
           the front.                                             D601800100022 
           (SIBAR) Elastically scattered beam-like particles      D601800100023 
           were registered in two silicon surface barrier         D601800100024 
           detectors.                                             D601800100025 
           (BGO) A 14 element BGO detector array was mounted at   D601800100026 
           the target chamber for measuring gamma fold            D601800100027 
           distribution in coincidence with ERs at the focal      D601800100028 
           plane.                                                 D601800100029 
SAMPLE     Enriched isotopic (99.99 %) 181-Ta (250 mu-m/cm2)      D601800100030 
           target on carbon backing was used for the measurement. D601800100031 
METHOD     (AMS,GSPEC) ERs were separated using the recoil mass   D601800100032 
           spectrometer. Transmission efficiency of HIRA was      D601800100033 
           determined by the gamma ray method in separate run.    D601800100034 
FACILITY   (VDG,3INDNSD)15UD Pelletron at the IUAC,New Delhi.     D601800100035 
STATUS     (UNOBT) No any answer from corresponding author        D601800100036 
HISTORY    (20091105C)compiled by Y.Santhi Sheela, Manipal Univ., D601800100037 
            Paresh Prajapathi,  B.A.R.C, Mumbai                   D601800100038 
            and S.V.Suryanarayana, B.A.R.C,Mumbai.                D601800100039 
ENDBIB              37          0                                 D601800100040 
NOCOMMON             0          0                                 D601800100041 
ENDSUBENT           40          0                                 D601800199999 
SUBENT        D6018002   20091105                             D070D601800200001 
BIB                  1          1                                 D601800200002 
REACTION   (73-TA-181(9-F-19,FUS),,SIG)                           D601800200003 
ENDBIB               1          0                                 D601800200004 
NOCOMMON             0          0                                 D601800200005 
NODATA               0          0                                 D601800200006 
ENDSUBENT            5          0                                 D601800299999 
ENDENTRY             2          0                                 D601899999999