ENTRY D0772 20150707 D101D077200000001 SUBENT D0772001 20150707 D101D077200100001 BIB 15 36 D077200100002 TITLE Oscillations above the barrier in the fusion of D077200100003 28Si+28Si D077200100004 AUTHOR (G.Montagnoli, A.M.Stefanini, H.Esbensen, L.Corradi, D077200100005 S.Courtin, E.Fioretto, J.Grebosz, F.Haas, H.M.Jia, D077200100006 C.L.Jiang, M.Mazzocco, C.Michelagnoli, T.Mijatovic, D077200100007 D.Montanari, C.Parascandolo, F.Scarlassara, E.Strano, D077200100008 S.Szilner, D.Torresi) D077200100009 INSTITUTE (2ITYUPV,2ITYPAD,1USAANL,2FR STR,2FR ULP,3POLIFJ, D077200100010 3CRORBZ) D077200100011 REFERENCE (J,PL/B,746,300,2015) D077200100012 (J,EPJ/CS,66,03082,2014) partial and preliminary reportD077200100013 FACILITY (VDGT,2ITYPAD) The XTU Tandem accelerator (15-30 pnA) D077200100014 SAMPLE (14-SI-28,ENR=0.9993) D077200100015 Enriched 28Si (50 ug/cm2 thick) on carbon backings D077200100016 (15 ug/cm2) facing the beam D077200100017 METHOD (EDE,TOF) D077200100018 DETECTOR (TELES,IOCH,SIBAR) D077200100019 (MCPLT) To provide TOF signals. D077200100020 REL-REF (I,D0758001,G.Montagnoli+,J,PR/C,85,024607,2012) D077200100021 Details of experimental setup D077200100022 (I,A0875001,A.M.Stefanini+,J,PR/C,82,014614,2010) D077200100023 Details of experimental setup D077200100024 MONITOR (14-SI-28(14-SI-28,FUS),,SIG,ER) D077200100025 Absolute scale was fixed by normalizing the relative D077200100026 yield to the 2014 data set at corresponding energies. D077200100027 MONIT-REF (D0750001,G.Montagnoli+,J,PR/C,90,044608,2014) D077200100028 ERR-ANALYS (ERR-1,7.,8.) Uncertainty in the absolute cross D077200100029 section scale. (7-8%) D077200100030 (ERR-S) For each energy, at least 10000 fusion D077200100031 evaporation residues were detected, thus reducing the D077200100032 statistical error to 1% or less. D077200100033 COMMENT The maximum uncertainty in the beam energy was D077200100034 measured to be +/-0.13%. D077200100035 STATUS (TABLE) Plotted in Fig.1(a) of Phys.Lett.B746(2015)300 D077200100036 HISTORY (20150701C) M.Odsuren D077200100037 (20150702R) Received by e-mail from G.Montagnoli D077200100038 ENDBIB 36 0 D077200100039 NOCOMMON 0 0 D077200100040 ENDSUBENT 39 0 D077200199999 SUBENT D0772002 20150707 D101D077200200001 BIB 1 1 D077200200002 REACTION (14-SI-28(14-SI-28,FUS),,SIG,ER) D077200200003 ENDBIB 1 0 D077200200004 NOCOMMON 0 0 D077200200005 DATA 3 43 D077200200006 EN-CM DATA ERR-S D077200200007 MEV MB MB D077200200008 29.977 88.967 0.97863 D077200200009 30.228 102.35 1.1258 D077200200010 30.479 111.88 1.2307 D077200200011 30.730 124.57 1.3702 D077200200012 30.980 138.74 1.5261 D077200200013 31.231 150.88 1.6596 D077200200014 31.482 162.75 1.7902 D077200200015 31.733 178.25 1.9608 D077200200016 31.984 191.62 2.1078 D077200200017 32.235 202.58 2.2283 D077200200018 32.486 222.40 2.4464 D077200200019 32.737 233.52 2.5687 D077200200020 32.988 248.18 2.7300 D077200200021 33.239 269.84 2.9682 D077200200022 33.490 283.83 3.1221 D077200200023 33.741 299.15 3.2906 D077200200024 33.992 317.80 3.4958 D077200200025 34.242 328.89 3.6178 D077200200026 34.493 342.26 3.7649 D077200200027 34.744 360.40 3.9644 D077200200028 34.995 377.73 4.1550 D077200200029 35.246 383.42 4.2176 D077200200030 35.497 402.30 4.4253 D077200200031 35.744 420.11 4.6213 D077200200032 35.999 438.51 4.8236 D077200200033 36.124 446.78 4.9146 D077200200034 36.375 464.45 5.1090 D077200200035 36.626 472.14 5.1935 D077200200036 36.752 496.36 5.4600 D077200200037 36.877 499.59 5.4955 D077200200038 37.003 506.69 5.5736 D077200200039 37.128 516.64 5.6830 D077200200040 37.254 524.54 5.7700 D077200200041 37.379 534.39 5.8783 D077200200042 37.504 536.21 5.8984 D077200200043 37.630 540.98 5.9508 D077200200044 37.755 538.71 5.9258 D077200200045 37.881 550.14 6.0515 D077200200046 38.006 557.26 6.1299 D077200200047 38.132 563.04 6.1935 D077200200048 38.257 562.86 6.1914 D077200200049 38.508 577.46 6.3521 D077200200050 38.759 581.55 6.3971 D077200200051 ENDDATA 45 0 D077200200052 ENDSUBENT 51 0 D077200299999 ENDENTRY 2 0 D077299999999