ENTRY E1775 20030606 0000E177500000001 SUBENT E1775001 20030606 0000E177500100001 BIB 9 27 E177500100002 TITLE Effects of neutron number and nuclear deformation on E177500100003 complete fusion of 60,64Ni+154Sm near the Coulomb E177500100004 barrier E177500100005 AUTHOR (S.Mitsuoka, H.Ikezoe, K.Nishio, K.Satou, J.Lu) E177500100006 INSTITUTE (2JPNJAE)Advanced Science Research Center E177500100007 REFERENCE (J,PR/C,65,054608,200205) E177500100008 INC-SOURCE Beam intensity is 10 to 35nA. E177500100009 SAMPLE Target enrichment is 98.6%. E177500100010 Chemical-form of target: Oxide E177500100011 Physical-form of target is solid. E177500100012 Target-thickness is 0.35mg/cm**2. E177500100013 Backing is aluminium. E177500100014 FACILITY (VDGT,2JPNJAE)Jaeri tandem-booster facility E177500100015 DETECTOR Solid angle of detector is 20.0msr. E177500100016 Detector resolution is 70keV.(Typical energy E177500100017 resolution of the individual front strips (FWHM)) E177500100018 Efficiency: The total efficiency of the present system E177500100019 was typically 18% and 10% for xn and alpha+xn E177500100020 channels, respectively. E177500100021 (MAGSP)JAERI recoil mass separator (RMS) [H.Ikezoe et E177500100022 al., Nucl. Instrum. Methods Phys. Res. E177500100023 A376(1996)420]. E177500100024 (PSSSD)The alpha peaks from the decay chain of E177500100025 216Th-212Ra-208Rn and 5.486MeV alpha peak from E177500100026 an 241Am source were used for the energy E177500100027 calibration of PSSD. E177500100028 HISTORY (20030310C) E177500100029 ENDBIB 27 0 E177500100030 NOCOMMON 0 0 E177500100031 ENDSUBENT 30 0 E177500199999 SUBENT E1775002 20030606 0000E177500200001 BIB 5 17 E177500200002 REACTION (62-SM-154(28-NI-64,2N)90-TH-216,,SIG) E177500200003 DATA-MAX: Upper limit of measurements, which were E177500200004 determined as a one-event counting yield E177500200005 when no evaporation residue was observed E177500200006 DECAY-DATA (90-TH-216,,A) E177500200007 (88-RA-212,,A) E177500200008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500200009 estimates of Recoil Mass Separator transmission E177500200010 and Evaporation Residue distributions E177500200011 (ERR-S)for the estimates of Recoil Mass Separator E177500200012 transmission and Evaporation Residue E177500200013 distributions E177500200014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500200015 M.Schadel, Z.Phys.A343(1992)47].) E177500200016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500200017 corresponding figure is Fig.4, p054608-6 in E177500200018 reference E177500200019 ENDBIB 17 0 E177500200020 COMMON 1 3 E177500200021 ERR-S E177500200022 PER-CENT E177500200023 40.0 E177500200024 ENDCOMMON 3 0 E177500200025 DATA 4 12 E177500200026 EN-CM DATA DATA-MAX ERR-T E177500200027 MEV MB MB MB E177500200028 172.0 3.800E-05 2.400E-05 E177500200029 175.0 1.000E-04 5.300E-05 E177500200030 179.0 2.100E-04 1.100E-04 E177500200031 183.0 1.500E-04 7.500E-05 E177500200032 187.0 6.900E-05 4.200E-05 E177500200033 190.0 2.000E-05 1.200E-05 E177500200034 194.0 2.400E-05 E177500200035 200.0 5.200E-06 E177500200036 205.0 7.300E-06 E177500200037 210.0 7.400E-06 E177500200038 215.0 1.300E-05 E177500200039 224.0 6.000E-06 E177500200040 ENDDATA 14 0 E177500200041 ENDSUBENT 40 0 E177500299999 SUBENT E1775003 20030606 0000E177500300001 BIB 5 17 E177500300002 REACTION (62-SM-154(28-NI-64,3N)90-TH-215,,SIG) E177500300003 DATA-MAX: Upper limit of measurements, which were E177500300004 determined as a one-event counting yield E177500300005 when no evaporation residue was observed E177500300006 DECAY-DATA (90-TH-215,,A) E177500300007 (88-RA-211,,A) E177500300008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500300009 estimates of Recoil Mass Separator transmission E177500300010 and Evaporation Residue distributions E177500300011 (ERR-S)for the estimates of Recoil Mass Separator E177500300012 transmission and Evaporation Residue E177500300013 distributions E177500300014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500300015 M.Schadel, Z.Phys.A343(1992)47].) E177500300016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500300017 corresponding figure is Fig.4, p054608-6 in E177500300018 reference E177500300019 ENDBIB 17 0 E177500300020 COMMON 1 3 E177500300021 ERR-S E177500300022 PER-CENT E177500300023 40.0 E177500300024 ENDCOMMON 3 0 E177500300025 DATA 4 12 E177500300026 EN-CM DATA DATA-MAX ERR-T E177500300027 MEV MB MB MB E177500300028 172.0 4.900E-06 5.500E-06 E177500300029 175.0 1.600E-05 9.100E-06 E177500300030 179.0 6.400E-05 3.500E-05 E177500300031 183.0 3.000E-04 1.500E-04 E177500300032 187.0 4.900E-04 2.500E-04 E177500300033 190.0 4.500E-04 2.300E-04 E177500300034 194.0 3.300E-04 1.800E-04 E177500300035 200.0 5.100E-05 3.000E-05 E177500300036 205.0 6.600E-06 E177500300037 210.0 6.700E-06 E177500300038 215.0 1.100E-05 E177500300039 224.0 5.500E-06 E177500300040 ENDDATA 14 0 E177500300041 ENDSUBENT 40 0 E177500399999 SUBENT E1775004 20030606 0000E177500400001 BIB 5 20 E177500400002 REACTION ((62-SM-154(28-NI-64,4N)90-TH-214,,SIG)+ E177500400003 (62-SM-154(28-NI-64,5N)90-TH-213,,SIG)) E177500400004 DATA-MAX: Upper limit of measurements, which were E177500400005 determined as a one-event counting yield E177500400006 when no evaporation residue was observed E177500400007 DECAY-DATA (90-TH-214,,A) E177500400008 (90-TH-213,,A) E177500400009 (88-RA-210,,A) E177500400010 (88-RA-209,,A) E177500400011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500400012 estimates of Recoil Mass Separator transmission E177500400013 and Evaporation Residue distributions E177500400014 (ERR-S)for the estimates of Recoil Mass Separator E177500400015 transmission and Evaporation Residue E177500400016 distributions E177500400017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500400018 M.Schadel, Z.Phys.A343(1992)47].) E177500400019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500400020 corresponding figure is Fig.4, p054608-6 in E177500400021 reference E177500400022 ENDBIB 20 0 E177500400023 COMMON 1 3 E177500400024 ERR-S E177500400025 PER-CENT E177500400026 40.0 E177500400027 ENDCOMMON 3 0 E177500400028 DATA 4 12 E177500400029 EN-CM DATA DATA-MAX ERR-T E177500400030 MEV MB MB MB E177500400031 172.0 8.500E-06 E177500400032 175.0 1.700E-06 E177500400033 179.0 5.500E-06 6.200E-06 E177500400034 183.0 2.700E-05 1.600E-05 E177500400035 187.0 1.600E-04 9.500E-05 E177500400036 190.0 5.900E-04 3.000E-04 E177500400037 194.0 8.700E-04 4.700E-04 E177500400038 200.0 1.400E-03 7.200E-04 E177500400039 205.0 8.400E-04 4.300E-04 E177500400040 210.0 5.300E-04 2.700E-04 E177500400041 215.0 3.000E-04 1.600E-04 E177500400042 224.0 2.400E-05 1.700E-05 E177500400043 ENDDATA 14 0 E177500400044 ENDSUBENT 43 0 E177500499999 SUBENT E1775005 20030606 0000E177500500001 BIB 5 20 E177500500002 REACTION ((62-SM-154(28-NI-64,6N)90-TH-212,,SIG)+ E177500500003 (62-SM-154(28-NI-64,7N)90-TH-211,,SIG)) E177500500004 DATA-MAX: Upper limit of measurements, which were E177500500005 determined as a one-event counting yield E177500500006 when no evaporation residue was observed E177500500007 DECAY-DATA (90-TH-212,,A) E177500500008 (90-TH-211,,A) E177500500009 (88-RA-208,,A) E177500500010 (88-RA-207,,A) E177500500011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500500012 estimates of Recoil Mass Separator transmission E177500500013 and Evaporation Residue distributions E177500500014 (ERR-S)for the estimates of Recoil Mass Separator E177500500015 transmission and Evaporation Residue E177500500016 distributions E177500500017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500500018 M.Schadel, Z.Phys.A343(1992)47].) E177500500019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500500020 corresponding figure is Fig.4, p054608-6 in E177500500021 reference E177500500022 ENDBIB 20 0 E177500500023 COMMON 1 3 E177500500024 ERR-S E177500500025 PER-CENT E177500500026 40.0 E177500500027 ENDCOMMON 3 0 E177500500028 DATA 4 12 E177500500029 EN-CM DATA DATA-MAX ERR-T E177500500030 MEV MB MB MB E177500500031 172.0 1.000E-05 E177500500032 175.0 2.100E-06 E177500500033 179.0 6.800E-06 E177500500034 183.0 4.100E-06 E177500500035 187.0 1.700E-05 E177500500036 190.0 4.400E-06 E177500500037 194.0 4.700E-05 E177500500038 200.0 1.000E-05 E177500500039 205.0 1.400E-05 1.400E-05 E177500500040 210.0 4.300E-05 3.300E-05 E177500500041 215.0 4.900E-05 4.200E-05 E177500500042 224.0 4.700E-05 3.300E-05 E177500500043 ENDDATA 14 0 E177500500044 ENDSUBENT 43 0 E177500599999 SUBENT E1775006 20030606 0000E177500600001 BIB 5 17 E177500600002 REACTION (62-SM-154(28-NI-64,X)89-AC-215,,SIG) E177500600003 DATA-MAX: Upper limit of measurements, which were E177500600004 determined as a one-event counting yield E177500600005 when no evaporation residue was observed E177500600006 DECAY-DATA (89-AC-215,,A) E177500600007 (87-FR-211,,A) E177500600008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500600009 estimates of Recoil Mass Separator transmission E177500600010 and Evaporation Residue distributions E177500600011 (ERR-S)for the estimates of Recoil Mass Separator E177500600012 transmission and Evaporation Residue E177500600013 distributions E177500600014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500600015 M.Schadel, Z.Phys.A343(1992)47].) E177500600016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500600017 corresponding figure is Fig.4, p054608-6 in E177500600018 reference E177500600019 ENDBIB 17 0 E177500600020 COMMON 1 3 E177500600021 ERR-S E177500600022 PER-CENT E177500600023 40.0 E177500600024 ENDCOMMON 3 0 E177500600025 DATA 4 12 E177500600026 EN-CM DATA DATA-MAX ERR-T E177500600027 MEV MB MB MB E177500600028 172.0 4.900E-06 E177500600029 175.0 9.700E-07 1.100E-06 E177500600030 179.0 6.400E-06 5.500E-06 E177500600031 183.0 6.400E-05 3.400E-05 E177500600032 187.0 1.400E-04 7.800E-05 E177500600033 190.0 2.500E-04 1.200E-04 E177500600034 194.0 1.700E-04 1.100E-04 E177500600035 200.0 1.400E-04 7.700E-05 E177500600036 205.0 5.300E-05 3.200E-05 E177500600037 210.0 2.700E-05 1.900E-05 E177500600038 215.0 1.100E-05 1.300E-05 E177500600039 224.0 5.500E-06 E177500600040 ENDDATA 14 0 E177500600041 ENDSUBENT 40 0 E177500699999 SUBENT E1775007 20030606 0000E177500700001 BIB 5 17 E177500700002 REACTION (62-SM-154(28-NI-64,X)89-AC-214,,SIG) E177500700003 DATA-MAX: Upper limit of measurements, which were E177500700004 determined as a one-event counting yield E177500700005 when no evaporation residue was observed E177500700006 DECAY-DATA (89-AC-214,,A) E177500700007 (87-FR-210,,A) E177500700008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500700009 estimates of Recoil Mass Separator transmission E177500700010 and Evaporation Residue distributions E177500700011 (ERR-S)for the estimates of Recoil Mass Separator E177500700012 transmission and Evaporation Residue E177500700013 distributions E177500700014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500700015 M.Schadel, Z.Phys.A343(1992)47].) E177500700016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500700017 corresponding figure is Fig.4, p054608-6 in E177500700018 reference E177500700019 ENDBIB 17 0 E177500700020 COMMON 1 3 E177500700021 ERR-S E177500700022 PER-CENT E177500700023 40.0 E177500700024 ENDCOMMON 3 0 E177500700025 DATA 4 12 E177500700026 EN-CM DATA DATA-MAX ERR-T E177500700027 MEV MB MB MB E177500700028 172.0 5.500E-06 E177500700029 175.0 1.100E-06 E177500700030 179.0 3.600E-06 E177500700031 183.0 4.800E-06 3.800E-06 E177500700032 187.0 4.900E-05 2.900E-05 E177500700033 190.0 2.500E-04 1.200E-04 E177500700034 194.0 6.200E-04 3.000E-04 E177500700035 200.0 2.200E-03 1.000E-03 E177500700036 205.0 2.600E-03 1.200E-03 E177500700037 210.0 1.300E-03 5.800E-04 E177500700038 215.0 3.300E-04 1.600E-04 E177500700039 224.0 4.800E-05 4.000E-05 E177500700040 ENDDATA 14 0 E177500700041 ENDSUBENT 40 0 E177500799999 SUBENT E1775008 20030606 0000E177500800001 BIB 5 20 E177500800002 REACTION ((62-SM-154(28-NI-64,X)89-AC-213,,SIG)+ E177500800003 (62-SM-154(28-NI-64,X)89-AC-212,,SIG)) E177500800004 DATA-MAX: Upper limit of measurements, which were E177500800005 determined as a one-event counting yield E177500800006 when no evaporation residue was observed E177500800007 DECAY-DATA (89-AC-213,,A) E177500800008 (89-AC-212,,A) E177500800009 (87-FR-209,,A) E177500800010 (87-FR-208,,A) E177500800011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500800012 estimates of Recoil Mass Separator transmission E177500800013 and Evaporation Residue distributions E177500800014 (ERR-S)for the estimates of Recoil Mass Separator E177500800015 transmission and Evaporation Residue E177500800016 distributions E177500800017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500800018 M.Schadel, Z.Phys.A343(1992)47].) E177500800019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500800020 corresponding figure is Fig.4, p054608-6 in E177500800021 reference E177500800022 ENDBIB 20 0 E177500800023 COMMON 1 3 E177500800024 ERR-S E177500800025 PER-CENT E177500800026 40.0 E177500800027 ENDCOMMON 3 0 E177500800028 DATA 4 12 E177500800029 EN-CM DATA DATA-MAX ERR-T E177500800030 MEV MB MB MB E177500800031 172.0 8.500E-06 E177500800032 175.0 1.700E-06 E177500800033 179.0 5.500E-06 E177500800034 183.0 3.400E-06 E177500800035 187.0 1.400E-05 E177500800036 190.0 1.400E-05 1.300E-05 E177500800037 194.0 1.100E-04 8.700E-05 E177500800038 200.0 1.200E-03 6.300E-04 E177500800039 205.0 4.500E-03 2.300E-03 E177500800040 210.0 7.100E-03 3.600E-03 E177500800041 215.0 5.800E-03 2.900E-03 E177500800042 224.0 3.200E-03 1.600E-03 E177500800043 ENDDATA 14 0 E177500800044 ENDSUBENT 43 0 E177500899999 SUBENT E1775009 20030606 0000E177500900001 BIB 5 20 E177500900002 REACTION ((62-SM-154(28-NI-64,X)89-AC-211,,SIG)+ E177500900003 (62-SM-154(28-NI-64,X)89-AC-210,,SIG)) E177500900004 DATA-MAX: Upper limit of measurements, which were E177500900005 determined as a one-event counting yield E177500900006 when no evaporation residue was observed E177500900007 DECAY-DATA (89-AC-211,,A) E177500900008 (89-AC-210,,A) E177500900009 (87-FR-207,,A) E177500900010 (87-FR-206,,A) E177500900011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177500900012 estimates of Recoil Mass Separator transmission E177500900013 and Evaporation Residue distributions E177500900014 (ERR-S)for the estimates of Recoil Mass Separator E177500900015 transmission and Evaporation Residue E177500900016 distributions E177500900017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177500900018 M.Schadel, Z.Phys.A343(1992)47].) E177500900019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177500900020 corresponding figure is Fig.4, p054608-6 in E177500900021 reference E177500900022 ENDBIB 20 0 E177500900023 COMMON 1 3 E177500900024 ERR-S E177500900025 PER-CENT E177500900026 40.0 E177500900027 ENDCOMMON 3 0 E177500900028 DATA 4 12 E177500900029 EN-CM DATA DATA-MAX ERR-T E177500900030 MEV MB MB MB E177500900031 172.0 1.000E-05 E177500900032 175.0 2.100E-06 E177500900033 179.0 6.800E-06 E177500900034 183.0 4.100E-06 E177500900035 187.0 1.700E-05 E177500900036 190.0 4.400E-06 E177500900037 194.0 4.700E-05 E177500900038 200.0 1.000E-05 E177500900039 205.0 2.800E-05 2.800E-05 E177500900040 210.0 2.900E-05 2.900E-05 E177500900041 215.0 9.800E-05 9.000E-05 E177500900042 224.0 3.500E-04 1.900E-04 E177500900043 ENDDATA 14 0 E177500900044 ENDSUBENT 43 0 E177500999999 SUBENT E1775010 20030606 0000E177501000001 BIB 5 17 E177501000002 REACTION (62-SM-154(28-NI-64,X)88-RA-214,,SIG) E177501000003 DATA-MAX: Upper limit of measurements, which were E177501000004 determined as a one-event counting yield E177501000005 when no evaporation residue was observed E177501000006 DECAY-DATA (88-RA-214,,A) E177501000007 (86-RN-210,,A) E177501000008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177501000009 estimates of Recoil Mass Separator transmission E177501000010 and Evaporation Residue distributions E177501000011 (ERR-S)for the estimates of Recoil Mass Separator E177501000012 transmission and Evaporation Residue E177501000013 distributions E177501000014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177501000015 M.Schadel, Z.Phys.A343(1992)47].) E177501000016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177501000017 corresponding figure is Fig.4, p054608-6 in E177501000018 reference E177501000019 ENDBIB 17 0 E177501000020 COMMON 1 3 E177501000021 ERR-S E177501000022 PER-CENT E177501000023 40.0 E177501000024 ENDCOMMON 3 0 E177501000025 DATA 4 12 E177501000026 EN-CM DATA DATA-MAX ERR-T E177501000027 MEV MB MB MB E177501000028 172.0 5.500E-06 E177501000029 175.0 1.100E-06 E177501000030 179.0 3.600E-06 E177501000031 183.0 2.200E-06 E177501000032 187.0 8.800E-06 9.800E-06 E177501000033 190.0 3.000E-05 1.700E-05 E177501000034 194.0 4.900E-05 4.200E-05 E177501000035 200.0 1.600E-04 8.600E-05 E177501000036 205.0 1.400E-04 7.700E-05 E177501000037 210.0 1.500E-05 1.300E-05 E177501000038 215.0 1.300E-05 E177501000039 224.0 6.100E-06 E177501000040 ENDDATA 14 0 E177501000041 ENDSUBENT 40 0 E177501099999 SUBENT E1775011 20030606 0000E177501100001 BIB 5 17 E177501100002 REACTION (62-SM-154(28-NI-64,X)88-RA-213,,SIG) E177501100003 DATA-MAX: Upper limit of measurements, which were E177501100004 determined as a one-event counting yield E177501100005 when no evaporation residue was observed E177501100006 DECAY-DATA (88-RA-213,,A) E177501100007 (86-RN-209,,A) E177501100008 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177501100009 estimates of Recoil Mass Separator transmission E177501100010 and Evaporation Residue distributions E177501100011 (ERR-S)for the estimates of Recoil Mass Separator E177501100012 transmission and Evaporation Residue E177501100013 distributions E177501100014 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177501100015 M.Schadel, Z.Phys.A343(1992)47].) E177501100016 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177501100017 corresponding figure is Fig.4, p054608-6 in E177501100018 reference E177501100019 ENDBIB 17 0 E177501100020 COMMON 1 3 E177501100021 ERR-S E177501100022 PER-CENT E177501100023 40.0 E177501100024 ENDCOMMON 3 0 E177501100025 DATA 4 12 E177501100026 EN-CM DATA DATA-MAX ERR-T E177501100027 MEV MB MB MB E177501100028 172.0 1.100E-05 1.100E-05 E177501100029 175.0 4.200E-06 3.500E-06 E177501100030 179.0 2.100E-05 1.300E-05 E177501100031 183.0 2.500E-05 1.300E-05 E177501100032 187.0 3.400E-05 3.000E-05 E177501100033 190.0 5.300E-05 2.500E-05 E177501100034 194.0 3.800E-05 E177501100035 200.0 4.100E-04 1.700E-04 E177501100036 205.0 6.700E-04 2.800E-04 E177501100037 210.0 5.100E-04 2.200E-04 E177501100038 215.0 3.000E-04 1.400E-04 E177501100039 224.0 1.400E-04 6.600E-05 E177501100040 ENDDATA 14 0 E177501100041 ENDSUBENT 40 0 E177501199999 SUBENT E1775012 20030606 0000E177501200001 BIB 5 20 E177501200002 REACTION ((62-SM-154(28-NI-64,X)88-RA-212,,SIG)+ E177501200003 (62-SM-154(28-NI-64,X)88-RA-211,,SIG)) E177501200004 DATA-MAX: Upper limit of measurements, which were E177501200005 determined as a one-event counting yield E177501200006 when no evaporation residue was observed E177501200007 DECAY-DATA (88-RA-212,,A) E177501200008 (88-RA-211,,A) E177501200009 (86-RN-208,,A) E177501200010 (86-RN-207,,A) E177501200011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177501200012 estimates of Recoil Mass Separator transmission E177501200013 and Evaporation Residue distributions E177501200014 (ERR-S)for the estimates of Recoil Mass Separator E177501200015 transmission and Evaporation Residue E177501200016 distributions E177501200017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177501200018 M.Schadel, Z.Phys.A343(1992)47].) E177501200019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177501200020 corresponding figure is Fig.4, p054608-6 in E177501200021 reference E177501200022 ENDBIB 20 0 E177501200023 COMMON 1 3 E177501200024 ERR-S E177501200025 PER-CENT E177501200026 40.0 E177501200027 ENDCOMMON 3 0 E177501200028 DATA 4 12 E177501200029 EN-CM DATA DATA-MAX ERR-T E177501200030 MEV MB MB MB E177501200031 172.0 1.000E-05 E177501200032 175.0 2.100E-06 E177501200033 179.0 6.800E-06 E177501200034 183.0 1.600E-04 1.500E-04 E177501200035 187.0 3.700E-04 3.000E-04 E177501200036 190.0 6.200E-04 3.100E-04 E177501200037 194.0 1.600E-03 7.400E-04 E177501200038 200.0 4.600E-03 2.100E-03 E177501200039 205.0 3.600E-03 1.600E-03 E177501200040 210.0 1.900E-03 8.700E-04 E177501200041 215.0 7.900E-04 3.800E-04 E177501200042 224.0 7.600E-04 3.600E-04 E177501200043 ENDDATA 14 0 E177501200044 ENDSUBENT 43 0 E177501299999 SUBENT E1775013 20030606 0000E177501300001 BIB 5 20 E177501300002 REACTION ((62-SM-154(28-NI-64,X)88-RA-210,,SIG)+ E177501300003 (62-SM-154(28-NI-64,X)88-RA-209,,SIG)) E177501300004 DATA-MAX: Upper limit of measurements, which were E177501300005 determined as a one-event counting yield E177501300006 when no evaporation residue was observed E177501300007 DECAY-DATA (88-RA-210,,A) E177501300008 (88-RA-209,,A) E177501300009 (86-RN-206,,A) E177501300010 (86-RN-205,,A) E177501300011 ERR-ANALYS (ERR-T)statistical error + systematic error for the E177501300012 estimates of Recoil Mass Separator transmission E177501300013 and Evaporation Residue distributions E177501300014 (ERR-S)for the estimates of Recoil Mass Separator E177501300015 transmission and Evaporation Residue E177501300016 distributions E177501300017 ADD-RES (COMP)Statistical model.(HIVAP [W.Reisdorf and E177501300018 M.Schadel, Z.Phys.A343(1992)47].) E177501300019 STATUS (TABLE)Data sent from S.Mitsuoka by e-mail, E177501300020 corresponding figure is Fig.4, p054608-6 in E177501300021 reference E177501300022 ENDBIB 20 0 E177501300023 COMMON 1 3 E177501300024 ERR-S E177501300025 PER-CENT E177501300026 40.0 E177501300027 ENDCOMMON 3 0 E177501300028 DATA 4 12 E177501300029 EN-CM DATA DATA-MAX ERR-T E177501300030 MEV MB MB MB E177501300031 172.0 1.000E-05 E177501300032 175.0 2.100E-06 E177501300033 179.0 6.800E-06 E177501300034 183.0 4.100E-06 E177501300035 187.0 9.700E-05 9.700E-05 E177501300036 190.0 3.400E-04 3.400E-04 E177501300037 194.0 4.800E-04 4.800E-04 E177501300038 200.0 1.600E-03 1.000E-03 E177501300039 205.0 4.400E-03 1.900E-03 E177501300040 210.0 6.500E-03 2.900E-03 E177501300041 215.0 7.400E-03 3.300E-03 E177501300042 224.0 4.400E-03 2.000E-03 E177501300043 ENDDATA 14 0 E177501300044 ENDSUBENT 43 0 E177501399999 NOSUBENT E1775014 20030606 0000E177501400001 NOSUBENT E1775015 20030606 0000E177501500001 NOSUBENT E1775016 20030606 0000E177501600001 ENDENTRY 16 0 E177599999999