ENTRY A0735 20080805 A064A073500000001 SUBENT A0735001 20080805 A064A073500100001 BIB 10 29 A073500100002 TITLE Decay spectroscopy of suburanium isotopes following A073500100003 projectile fragmentation of 238U at 1 GeV/u A073500100004 REFERENCE (J,NIM/A,543,591,2005) A073500100005 AUTHOR (Z.Liu, J.Kurcewicz, P.J.Woods, C.Mazzocchic, A073500100006 F.Attallah, E.Badurac, C.N.Davids, T.Davinson, A073500100007 J.Doering, H.Geissel, M.Gorska, R.Grzywacz, A073500100008 M.Hellstroem, Z.Janas, M.Karny, A.Korgul, I.Mukha, A073500100009 M.Pfuetzner, C.Plettner, A.Robinson, E.Roeckl, A073500100010 K.Rykaczewski, K.Schmidt, D.Seweryniak, H.Weick) A073500100011 INSTITUTE (2UK EDG) A073500100012 (3POLWWA) A073500100013 (2GERGSI) A073500100014 (1USAANL) A073500100015 (1USAORL) A073500100016 SAMPLE A 1 g/cm2 beryllium target located at the entrance of A073500100017 the FRS. To maximise the fraction of fully stripped A073500100018 ions, a niobium foil of 221 mg/cm**2 was placed behind A073500100019 the production target. A073500100020 DETECTOR (SPEC) A073500100021 FACILITY (SYNCH,2GERGSI) The heavy-ion synchrotron SIS. A073500100022 (FRS,2GERGSI) A073500100023 METHOD (EXTB) The beam was delivered in spills lasting A073500100024 6 seconds with a repetition period of 10-18 seconds. A073500100025 The beam current was 1.E+7-5.E+8 ions/spill. A073500100026 (BCINT) The number of incoming projectiles was measuredA073500100027 by a secondary electron transmission monitor (SEETRAM).A073500100028 Inverse geometry. A073500100029 HISTORY (20051031C) A073500100030 ADD-RES (DECAY) Decay-data for observed products. A073500100031 ENDBIB 29 0 A073500100032 COMMON 1 3 A073500100033 EN A073500100034 GEV A073500100035 238. A073500100036 ENDCOMMON 3 0 A073500100037 ENDSUBENT 36 0 A073500199999 SUBENT A0735002 20051031 A064A073500200001 BIB 4 10 A073500200002 REACTION (4-BE-9(92-U-238,X)ELEM/MASS,,SIG,,REL) Fully stripped A073500200003 products. A073500200004 COMMENT *By compiler*. The authors used-yield per day at beam A073500200005 current of 1.E+7 particle per second A073500200006 *By authors*. The dips at 219-Pa (T1/2=53 ns), A073500200007 218-Th (T1/2=109 ns) and 217-Ac (T1/2=69 ns) are due A073500200008 to the fact that their half-lives are shorter than A073500200009 their time of flight from target to detector. A073500200010 STATUS (CURVE) By CAJAD. A073500200011 ERR-ANALYS (ERR-DIG).Data point reader uncertainty. A073500200012 ENDBIB 10 0 A073500200013 COMMON 1 3 A073500200014 ERR-DIG A073500200015 PER-CENT A073500200016 12. A073500200017 ENDCOMMON 3 0 A073500200018 DATA 3 39 A073500200019 ELEMENT MASS DATA A073500200020 NO-DIM NO-DIM ARB-UNITS A073500200021 89. 207. 112. A073500200022 89. 208. 450. A073500200023 89. 209. 2500. A073500200024 89. 210. 19700. A073500200025 89. 211. 120000. A073500200026 89. 212. 410000. A073500200027 89. 213. 870000. A073500200028 89. 214. 2700000. A073500200029 89. 215. 6800000. A073500200030 89. 216. 11200000. A073500200031 89. 217. 8100000. A073500200032 89. 218. 17000000. A073500200033 89. 219. 28000000. A073500200034 89. 220. 36000000. A073500200035 89. 221. 39000000. A073500200036 90. 211. 280. A073500200037 90. 212. 960. A073500200038 90. 213. 4200. A073500200039 90. 214. 8900. A073500200040 90. 215. 33000. A073500200041 90. 216. 114000. A073500200042 90. 217. 360000. A073500200043 90. 218. 460000. A073500200044 90. 219. 1460000. A073500200045 90. 220. 2410000. A073500200046 90. 221. 5500000. A073500200047 90. 222. 8300000. A073500200048 90. 223. 13600000. A073500200049 91. 216. 99. A073500200050 91. 217. 370. A073500200051 91. 218. 1760. A073500200052 91. 219. 1180. A073500200053 91. 220. 16200. A073500200054 91. 221. 61000. A073500200055 91. 222. 150000. A073500200056 91. 223. 250000. A073500200057 91. 224. 660000. A073500200058 91. 225. 1090000. A073500200059 91. 226. 3200000. A073500200060 ENDDATA 41 0 A073500200061 ENDSUBENT 60 0 A073500299999 ENDENTRY 2 0 A073599999999