ENTRY S0049 20060701 S012S004900000001 SUBENT S0049001 20060701 S012S004900100001 BIB 7 13 S004900100002 TITLE Partial Fusion of a weakly bound projectile with heavy S004900100003 target at energies above the Coulomb barrier S004900100004 REFERENCE (J,EPJ/A,26,73,2005) S004900100005 AUTHOR (Z.H.Liu,C.Signorini,M.Mazzocco,M.Ruan,H.Q.Zhang, S004900100006 T.Goodariu,Y.W.Wu,F.Soramel,C.J.Lin,F.Yang) S004900100007 INSTITUTE (3CPRAEP) S004900100008 (2ITYPAD) S004900100009 (2ITYUDN) Physics Department of University in Udine. S004900100010 (2FR PAR) Institut de physique nucleaire. S004900100011 HISTORY (20060701C) Compiled by Yu Hongwei S004900100012 STATUS (TABLE) S004900100013 ERR-ANALYS (DATA-ERR) An analysis of experimental uncertainties isS004900100014 not given S004900100015 ENDBIB 13 0 S004900100016 NOCOMMON 0 0 S004900100017 ENDSUBENT 16 0 S004900199999 SUBENT S0049002 20060701 S012S004900200001 BIB 7 11 S004900200002 SAMPLE 208-Pb targets of two different thicknesses were used: S004900200003 150 mg/cm2 with 10 mg/cm2 carbon backing and S004900200004 200 mg/cm2 self-supporting. S004900200005 MONITOR (82-PB-208(3-LI-6,EL)82-PB-208,,DA) S004900200006 DETECTOR (TELES) S004900200007 FACILITY (VDGT,2ITYPAD) S004900200008 METHOD (EXTB) S004900200009 REL-REF (R,O1320001,C.Signorini+,J,PR/C,67,044605,2003) S004900200010 REACTION (82-PB-208(3-LI-6,FUS),,SIG) S004900200011 Incomplete-Fusion cross section: The sum of alpha S004900200012 and d particle capture cross sections S004900200013 ENDBIB 11 0 S004900200014 NOCOMMON 0 0 S004900200015 DATA 3 4 S004900200016 EN-CM DATA DATA-ERR S004900200017 MEV MB MB S004900200018 30.1 198.6 1.4 S004900200019 32.1 321.8 2.0 S004900200020 34.0 422.9 4.1 S004900200021 37.9 616.6 7.9 S004900200022 ENDDATA 6 0 S004900200023 ENDSUBENT 22 0 S004900299999 SUBENT S0049003 20060701 S012S004900300001 BIB 6 18 S004900300002 FACILITY (VDGT,2GERLMU) The experiment was done with the 9-Be S004900300003 beam. S004900300004 METHOD (ACTIV) S004900300005 (ASSOP) The cross sections were deduced by the in-beam S004900300006 observation of the alpha-particles emitted in the S004900300007 ground state decay of the evaporation residues. S004900300008 DETECTOR (SIBAR) Four 100 mumeters thick Si detectors with 415 S004900300009 mm2 effective surface. S004900300010 SAMPLE Two types of targets were utilized: ~190 mug/cm2 Bi S004900300011 backed by 150 (450) mug/cm2 carbon (gold). Backings S004900300012 were necessary to stop the evaporation residues recoilsS004900300013 at the target site and to achieve the same geometry forS004900300014 the alpha-particles detection. S004900300015 REACTION (83-BI-209(4-BE-9,FUS),,SIG) S004900300016 Incomplete-Fusion cross section S004900300017 sig(fusion) = sig(4He)+sig(He5) S004900300018 REL-REF (R,A0683001,C.SIGNORINI+,J,EPJ/A,5,7,1999) S004900300019 (R,A0564001,C.SIGNORINI+,J,EPJ/A,2,227,1998) S004900300020 ENDBIB 18 0 S004900300021 NOCOMMON 0 0 S004900300022 DATA 3 18 S004900300023 EN-CM DATA DATA-ERR S004900300024 MEV MB MB S004900300025 36.335 0.78 0.40 S004900300026 36.815 2.07 1.13 S004900300027 37.294 3.22 0.93 S004900300028 38.301 9.15 0.39 S004900300029 38.78 19.2 1.36 S004900300030 39.259 15.6 0.36 S004900300031 39.734 22.7 2.12 S004900300032 40.170 19.7 1.26 S004900300033 40.650 28.6 2.19 S004900300034 41.129 31.4 1.29 S004900300035 41.608 31.4 2.35 S004900300036 42.088 41.0 1.80 S004900300037 43.094 52.7 1.48 S004900300038 44.101 58.1 2.33 S004900300039 45.060 68.8 1.92 S004900300040 46.018 69.2 1.78 S004900300041 46.977 77.4 3.56 S004900300042 47.936 84.1 2.07 S004900300043 ENDDATA 20 0 S004900300044 ENDSUBENT 43 0 S004900399999 ENDENTRY 3 0 S004999999999