ENTRY A0875 20190709 A092A087500000001 SUBENT A0875001 20190709 A092A087500100001 BIB 13 44 A087500100002 TITLE Fusion hindrance for 58Ni + 54Fe. A087500100003 AUTHOR (A.M.Stefanini, G.Montagnoli, L.Corradi, S.Courtin, A087500100004 E.Fioretto, A.Goasduff, F.Haas, P.Mason, R.Silvestri, A087500100005 Pushpendra P.Singh, F.Scarlassara, S.Szilner) A087500100006 REFERENCE (J,PR/C,82,014614,2010) A087500100007 (J,PR/C,81,037601,2010) A087500100008 Description of experiment, DETECTOR and prelim. data A087500100009 REL-REF (M,A0744001,A.M.Stefanini+,J,PR/C,73,034606,2006) A087500100010 Detail description of experimental method A087500100011 INSTITUTE (2ITYPAD) A087500100012 (2FR STR) A087500100013 (3CRORBZ) A087500100014 FACILITY (VDGT,2ITYPAD) The XTU-accelerator A087500100015 SAMPLE The targets were installed in a sliding-seal scatteringA087500100016 chamber and consisted of 40 mug/cm**2 metallic iron A087500100017 evaporations on a 15- mug/cm**2 carbon backing facing A087500100018 the beam. The isotopic compositions of the targets A087500100019 were 99.915% Fe-54, 0.06% Fe-56, 0.02% Fe-57 and A087500100020 <0.0005% Fe-58. A087500100021 DETECTOR (TELES,MCPLT,SIBAR) Two microchannel plate detectors A087500100022 (MCP1 and MCP2), entered a transverse-field ionizationA087500100023 chamber (IC) giving an energy loss (delta-E) signal, A087500100024 and finally stopped in a circular 2000-mm**2 silicon A087500100025 detector placed in the same gas CH(4) volume. A087500100026 The total length of the detector telescope was approx.A087500100027 105 cm with a geometrical solid angle of A087500100028 0.171 +-0.003 msr (limited by the silicon detector A087500100029 size). A087500100030 The fussion-evaporation residues were detected by a A087500100031 double time-of-flight energy telescopes following an A087500100032 electrostatic beam detector at 0-degree and at small A087500100033 angles. A087500100034 METHOD (TOF) A087500100035 ERR-ANALYS (ERR-SYS).Systematic errors on the absolute cross- A087500100036 section scale sum up to an estimated 7%, due to the A087500100037 geometrical solid-angle uncertainties, the angular A087500100038 distribution integrations and the transmission A087500100039 measurement. A087500100040 (ERR-S).Statistical error is reported in table 1. A087500100041 STATUS (TABLE).Table 1 of J,PR/C,82,014614,2011 A087500100042 ADD-RES (COMP) Coupled channel model. A087500100043 HISTORY (20110325C) SB A087500100044 (20190709U) SD: Ref. PR/C,81,037601 moved from REL-REF A087500100045 to REFERENCE. PART-DET deleted (info moved to DETECTOR)A087500100046 ENDBIB 44 0 A087500100047 COMMON 1 3 A087500100048 ERR-SYS A087500100049 PER-CENT A087500100050 7. A087500100051 ENDCOMMON 3 0 A087500100052 ENDSUBENT 51 0 A087500199999 SUBENT A0875002 20110325 A071A087500200001 BIB 2 2 A087500200002 REACTION (26-FE-54(28-NI-58,FUS),,SIG,ER) A087500200003 ANALYSIS (INTAD) A087500200004 ENDBIB 2 0 A087500200005 NOCOMMON 0 0 A087500200006 DATA 3 25 A087500200007 EN-CM DATA ERR-S A087500200008 MEV MB MB A087500200009 85.36 0.0011 0.00079 A087500200010 85.84 0.0022 0.0010 A087500200011 86.32 0.0139 0.0035 A087500200012 86.81 0.0358 0.0049 A087500200013 87.29 0.178 0.019 A087500200014 88.25 0.795 0.070 A087500200015 89.22 3.91 0.12 A087500200016 90.18 8.61 0.21 A087500200017 91.14 15.93 0.34 A087500200018 92.11 27.46 0.61 A087500200019 93.07 46.73 0.86 A087500200020 94.04 64.48 1.44 A087500200021 95.00 85.61 1.91 A087500200022 95.97 116.8 1.8 A087500200023 96.93 132.9 3.0 A087500200024 97.90 167.1 3.7 A087500200025 98.86 198.1 4.3 A087500200026 99.82 219.5 3.7 A087500200027 100.79 250.5 3.5 A087500200028 101.75 276.1 4.7 A087500200029 103.68 332.5 8.7 A087500200030 104.65 357.4 8.4 A087500200031 106.57 390.7 6.2 A087500200032 107.54 418.2 7.1 A087500200033 109.47 435.1 5.0 A087500200034 ENDDATA 27 0 A087500200035 ENDSUBENT 34 0 A087500299999 ENDENTRY 2 0 A087599999999