ENTRY A0744 20110826 A073A074400000001 SUBENT A0744001 20110826 A073A074400100001 BIB 15 54 A074400100002 TITLE Fusion of 48-Ca+90-,96-Zr above and below the coulomb A074400100003 barrier A074400100004 REFERENCE (J,PR/C,73,034606,2006) A074400100005 AUTHOR (A.M.Stefanini, F.Scarlassara, S.Beghini, G.Montagnoli,A074400100006 R.Silvestri, M.Trotta, B.R.Behera, L.Corradi, A074400100007 E.Fioretto, A.Gadea, Y.W.Wu, S.Szilner, H.Q.Zhang, A074400100008 Z.H.Liu, M.Ruan, F.Yang, N.Rowley) A074400100009 INSTITUTE (2ITYPAD) Laboratori Nazionali di Legnaro and A074400100010 dipartimento di Fisica. A074400100011 (2ITYNAP) INFN, Sezione di Napoli. A074400100012 (3CRORBZ) A074400100013 (3CPRAEP) A074400100014 (2FR ULP) University of Louis Pasteur. A074400100015 SAMPLE The targets were evaporations of metallic 90Zr (50 A074400100016 mug/cm2) and of 96zrO(2) (50 mug/cm2) on carbon backingA074400100017 (15 mug/cm2) facing the beam. The isotopic enrichmentsA074400100018 were 99.4% and 95.6%, respectively. The beam energy A074400100019 losses in the carbon backings (180 keV) and in the A074400100020 targets were taken into account A074400100021 MONITOR (40-ZR-90(20-CA-48,EL)40-ZR-90,,DA) A074400100022 (40-ZR-96(20-CA-48,EL)40-ZR-96,,DA) A074400100023 PART-DET (RSD) The evaporation residues were separated from theA074400100024 background of beam and beam-like particles at 0 degreeA074400100025 and nearby angles by means of an electrostatic A074400100026 deflector. The beam ions were stopped at the exit of A074400100027 the deflector, whereas evaporation residues were A074400100028 detected by an energy time-of-flight telescope. A074400100029 The beam rejection factor of the setup is 1E+08. A074400100030 DETECTOR (TELES,MCPLT,SIBAR) The energy time-of-flight telescopeA074400100031 consisting of a microchannel plate detector and a 300 A074400100032 mm2 silicon surface-barrier detector. A074400100033 FACILITY (VDGT,2ITYPAD) The XTU-accelerator A074400100034 METHOD (EXTB) 48-Ca beams. The current on target were 3-7 A074400100035 particle nano-ampere in the energy range 133-174 MeV A074400100036 (from 7%-8% below to 17%-18% above the coulomb A074400100037 barriers). A074400100038 (TOF) A074400100039 ANALYSIS (INTAD) Total fusion cross sections were derived from A074400100040 the normalized 0 degree evaporation residues yields, A074400100041 from the angular distributions, and from the A074400100042 transmission of the electrostatic deflector. A074400100043 HISTORY (20060517C) A074400100044 (20110329A) Correction- incident energy should be givenA074400100045 in the CM -comment from V.Semkova. A074400100046 (20110826A) Corrections in sub.002-003-Reaction code A074400100047 for SF3: X -> FUS was made, according M.Bossant -SB A074400100048 comment. A074400100049 ERR-ANALYS (ERR-SYS) A systematic uncertainty of absolute cross A074400100050 sections. A074400100051 (ERR-S) Statistical uncertainty. A074400100052 STATUS (TABLE) In the paper. A074400100053 ADD-RES (STRUC) Spins, parities and deformation parameters. A074400100054 Fusion barrier distributions of 48Ca + 90,96Zr. A074400100055 (COMP) Coupled channel model. A074400100056 ENDBIB 54 0 A074400100057 COMMON 1 3 A074400100058 ERR-SYS A074400100059 PER-CENT A074400100060 14. A074400100061 ENDCOMMON 3 0 A074400100062 ENDSUBENT 61 0 A074400199999 SUBENT A0744002 20110826 A073A074400200001 BIB 1 1 A074400200002 REACTION (40-ZR-90(20-CA-48,FUS),,SIG) A074400200003 ENDBIB 1 0 A074400200004 NOCOMMON 0 0 A074400200005 DATA 3 33 A074400200006 EN-CM DATA ERR-S A074400200007 MEV MB MB A074400200008 90.7 0.16 0.05 A074400200009 91.2 0.36 0.08 A074400200010 91.7 0.89 0.1 A074400200011 92.2 1.89 0.17 A074400200012 92.7 3.5 0.27 A074400200013 93.1 6.8 0.56 A074400200014 93.6 11.8 0.7 A074400200015 94.1 17.7 1.1 A074400200016 94.6 25.6 1.5 A074400200017 95.1 33.7 0.8 A074400200018 95.6 43.3 0.9 A074400200019 96.1 54. 1. A074400200020 96.6 65.3 1.3 A074400200021 97.1 77.1 1.5 A074400200022 97.6 89. 1.7 A074400200023 98. 100.9 1.8 A074400200024 98.5 113.8 1.7 A074400200025 99. 127.2 1.8 A074400200026 99.5 141.9 1.8 A074400200027 100. 157.7 1.6 A074400200028 101. 186.3 1.9 A074400200029 102. 214. 2.3 A074400200030 102.9 241.9 2.6 A074400200031 103.9 269.1 2.2 A074400200032 104.9 295.7 3.1 A074400200033 105.9 322.8 3.5 A074400200034 106.9 347.9 3.4 A074400200035 107.8 374.5 4. A074400200036 108.8 402. 4. A074400200037 109.8 426.5 4.1 A074400200038 110.8 455. 5. A074400200039 111.8 479.8 5.2 A074400200040 113.1 516.9 5.8 A074400200041 ENDDATA 35 0 A074400200042 ENDSUBENT 41 0 A074400299999 SUBENT A0744003 20110826 A073A074400300001 BIB 1 1 A074400300002 REACTION (40-ZR-96(20-CA-48,FUS),,SIG) A074400300003 ENDBIB 1 0 A074400300004 NOCOMMON 0 0 A074400300005 DATA 3 38 A074400300006 EN-CM DATA ERR-S A074400300007 MEV MB MB A074400300008 88.6 0.095 0.04 A074400300009 89.1 0.28 0.07 A074400300010 89.6 0.83 0.11 A074400300011 90.1 2.59 0.25 A074400300012 90.6 4.73 0.31 A074400300013 91.1 8.73 0.4 A074400300014 91.6 13.5 0.65 A074400300015 92.1 18.9 0.6 A074400300016 92.6 25.2 0.9 A074400300017 93.1 31.5 1. A074400300018 93.6 41.8 1.2 A074400300019 94.1 49.8 1.5 A074400300020 94.6 60.5 1.7 A074400300021 95.1 73. 2.4 A074400300022 95.6 85.7 2.7 A074400300023 96.1 96.6 3.1 A074400300024 96.6 108.4 3. A074400300025 97.1 121. 2.7 A074400300026 97.6 134.9 2.8 A074400300027 98.1 149.4 2.8 A074400300028 98.6 161.5 2.9 A074400300029 99.1 174.9 2.9 A074400300030 99.6 189.1 3.2 A074400300031 100.1 203.9 3.4 A074400300032 100.6 215.7 3.5 A074400300033 101.1 230. 3.3 A074400300034 101.6 244.9 4.4 A074400300035 102.1 257.4 2.7 A074400300036 103.1 289.9 3.2 A074400300037 104.1 325.1 3.4 A074400300038 105.1 349.4 4.4 A074400300039 106.1 381. 4.1 A074400300040 107.1 407.4 4.5 A074400300041 108.1 433.5 4.6 A074400300042 109.1 464.9 4.8 A074400300043 110.1 494. 5.1 A074400300044 111.1 522. 5.2 A074400300045 112.1 552. 5.7 A074400300046 ENDDATA 40 0 A074400300047 ENDSUBENT 46 0 A074400399999 ENDENTRY 3 0 A074499999999