ENTRY C2565 20200728 C198C256500000001 SUBENT C2565001 20200728 C198C256500100001 BIB 12 52 C256500100002 TITLE Evidence for the possible synthesis of element 110 C256500100003 produced by the 59Co+209Bi reaction C256500100004 AUTHOR (A.Ghiorso,D.Lee,L.P.Somerville,W.Loveland, C256500100005 J.M.Nitschke,W.Ghiorso,G.T.Seaborg,P.Wilmarth, C256500100006 R.Leres,A.Wydler,M.Nurmia,K.Czerwinski,K.Gregorich, C256500100007 R.Gaylord,T.Hamilton,N.J.Hannink,D.C.Hoffman, C256500100008 C.Jarzynski,C.Kacher,B.Kadkhodayan,S.Kreek,M.Lane, C256500100009 A.Lyon,M.A.McMahan,M.Neu,T.Sikkeland,W.J.Swiatecki, C256500100010 A.Turler,J.T.Walton,S.Yashita) C256500100011 REFERENCE (J,PR/C,51,R2293,1995) Main reference. C256500100012 #doi:10.1103/PhysRevC.51.R2293 C256500100013 (J,NP/A,583,861,1995) Conference paper. C256500100014 #doi:10.1016/0375-9474(94)00775-I C256500100015 INSTITUTE (1USABRK,3CPRLNZ,1USAORU,2SWTPSI) C256500100016 (2NORNOR) Department of Physics, University of C256500100017 Trendheim, Trondheim, Norway. C256500100018 (2MCOMCO) 7-9 Bluebird-Italy, Monte Carlo, MC98000, C256500100019 Monaco. C256500100020 FACILITY (LINAC,1USABRK) The Lawrence Berkeley Laboratory C256500100021 SuperHILAC accelerator. C256500100022 INC-SPECT The integrated beam fluence was 1.49x10**18 ions C256500100023 delivered over a period of 41 days. (58% of this time C256500100024 was spent taking data for the 59Co+209Bi reaction.) C256500100025 SAMPLE Each set of nine 1.4x9 cm sector targets, nominally C256500100026 500 microg/cm2 Bi metal evaporated onto 150-300 C256500100027 microg/cm2 Al substrates, was mounted on a 30-cm C256500100028 diameter swiftly rotating wheel. C256500100029 DETECTOR (SISD) The focal plane detector system was a linear C256500100030 array of five adjacent Si wafers, with each wafer C256500100031 having ten detector strips on it that were 3-mm wide C256500100032 and 28-mm high. Each detector strip was C256500100033 position-sensitive in the 28-mm direction. The C256500100034 depletion depth of the detectors was 100 microm and C256500100035 the average implantation depth of a compound nucleus C256500100036 recoil was 8 microm. C256500100037 METHOD (ASPEC,EDE,REC) The beam entered the separator C256500100038 through a thin window (50-250 microg/cm2 of C or C-A1- C256500100039 C). The beam then struck the 0.5 mg/cm2 Bi metal C256500100040 targets which were mounted on a rapidly rotating C256500100041 target wheel to dissipate the energy deposited by the C256500100042 beam. The signals from the dE/dx detector (which was C256500100043 in front of the focal plane array) were used to C256500100044 identify recoil implantation and fission events, and C256500100045 by their absence, alpha-particle events. C256500100046 RAD-DET (110-DS-267,A) C256500100047 (105-DB-259,A) C256500100048 (103-LR-255,A) C256500100049 DECAY-DATA All values were measured by authors. C256500100050 (110-DS-267,,A,11.6) C256500100051 (105-DB-259,,A,2.2) C256500100052 (103-LR-255,,A,8.31) C256500100053 HISTORY (20200728C) BP C256500100054 ENDBIB 52 0 C256500100055 NOCOMMON 0 0 C256500100056 ENDSUBENT 55 0 C256500199999 SUBENT C2565002 20200728 C198C256500200001 BIB 2 2 C256500200002 REACTION (83-BI-209(27-CO-59,X)110-DS-267,,SIG) C256500200003 STATUS (TABLE) page R2295 of the main reference. C256500200004 ENDBIB 2 0 C256500200005 NOCOMMON 0 0 C256500200006 DATA 2 1 C256500200007 EN DATA-APRX C256500200008 MEV/A PB C256500200009 5.1 1.0 C256500200010 ENDDATA 3 0 C256500200011 ENDSUBENT 10 0 C256500299999 ENDENTRY 2 0 C256599999999