ENTRY A0744 20110826 A073A074400000001
SUBENT A0744001 20110826 A073A074400100001
BIB 15 54 A074400100002
TITLE Fusion of 48-Ca+90-,96-Zr above and below the coulomb A074400100003
barrier A074400100004
REFERENCE (J,PR/C,73,034606,2006) A074400100005
AUTHOR (A.M.Stefanini, F.Scarlassara, S.Beghini, G.Montagnoli,A074400100006
R.Silvestri, M.Trotta, B.R.Behera, L.Corradi, A074400100007
E.Fioretto, A.Gadea, Y.W.Wu, S.Szilner, H.Q.Zhang, A074400100008
Z.H.Liu, M.Ruan, F.Yang, N.Rowley) A074400100009
INSTITUTE (2ITYPAD) Laboratori Nazionali di Legnaro and A074400100010
dipartimento di Fisica. A074400100011
(2ITYNAP) INFN, Sezione di Napoli. A074400100012
(3CRORBZ) A074400100013
(3CPRAEP) A074400100014
(2FR ULP) University of Louis Pasteur. A074400100015
SAMPLE The targets were evaporations of metallic 90Zr (50 A074400100016
mug/cm2) and of 96zrO(2) (50 mug/cm2) on carbon backingA074400100017
(15 mug/cm2) facing the beam. The isotopic enrichmentsA074400100018
were 99.4% and 95.6%, respectively. The beam energy A074400100019
losses in the carbon backings (180 keV) and in the A074400100020
targets were taken into account A074400100021
MONITOR (40-ZR-90(20-CA-48,EL)40-ZR-90,,DA) A074400100022
(40-ZR-96(20-CA-48,EL)40-ZR-96,,DA) A074400100023
PART-DET (RSD) The evaporation residues were separated from theA074400100024
background of beam and beam-like particles at 0 degreeA074400100025
and nearby angles by means of an electrostatic A074400100026
deflector. The beam ions were stopped at the exit of A074400100027
the deflector, whereas evaporation residues were A074400100028
detected by an energy time-of-flight telescope. A074400100029
The beam rejection factor of the setup is 1E+08. A074400100030
DETECTOR (TELES,MCPLT,SIBAR) The energy time-of-flight telescopeA074400100031
consisting of a microchannel plate detector and a 300 A074400100032
mm2 silicon surface-barrier detector. A074400100033
FACILITY (VDGT,2ITYPAD) The XTU-accelerator A074400100034
METHOD (EXTB) 48-Ca beams. The current on target were 3-7 A074400100035
particle nano-ampere in the energy range 133-174 MeV A074400100036
(from 7%-8% below to 17%-18% above the coulomb A074400100037
barriers). A074400100038
(TOF) A074400100039
ANALYSIS (INTAD) Total fusion cross sections were derived from A074400100040
the normalized 0 degree evaporation residues yields, A074400100041
from the angular distributions, and from the A074400100042
transmission of the electrostatic deflector. A074400100043
HISTORY (20060517C) A074400100044
(20110329A) Correction- incident energy should be givenA074400100045
in the CM -comment from V.Semkova. A074400100046
(20110826A) Corrections in sub.002-003-Reaction code A074400100047
for SF3: X -> FUS was made, according M.Bossant -SB A074400100048
comment. A074400100049
ERR-ANALYS (ERR-SYS) A systematic uncertainty of absolute cross A074400100050
sections. A074400100051
(ERR-S) Statistical uncertainty. A074400100052
STATUS (TABLE) In the paper. A074400100053
ADD-RES (STRUC) Spins, parities and deformation parameters. A074400100054
Fusion barrier distributions of 48Ca + 90,96Zr. A074400100055
(COMP) Coupled channel model. A074400100056
ENDBIB 54 0 A074400100057
COMMON 1 3 A074400100058
ERR-SYS A074400100059
PER-CENT A074400100060
14. A074400100061
ENDCOMMON 3 0 A074400100062
ENDSUBENT 61 0 A074400199999
SUBENT A0744002 20110826 A073A074400200001
BIB 1 1 A074400200002
REACTION (40-ZR-90(20-CA-48,FUS),,SIG) A074400200003
ENDBIB 1 0 A074400200004
NOCOMMON 0 0 A074400200005
DATA 3 33 A074400200006
EN-CM DATA ERR-S A074400200007
MEV MB MB A074400200008
90.7 0.16 0.05 A074400200009
91.2 0.36 0.08 A074400200010
91.7 0.89 0.1 A074400200011
92.2 1.89 0.17 A074400200012
92.7 3.5 0.27 A074400200013
93.1 6.8 0.56 A074400200014
93.6 11.8 0.7 A074400200015
94.1 17.7 1.1 A074400200016
94.6 25.6 1.5 A074400200017
95.1 33.7 0.8 A074400200018
95.6 43.3 0.9 A074400200019
96.1 54. 1. A074400200020
96.6 65.3 1.3 A074400200021
97.1 77.1 1.5 A074400200022
97.6 89. 1.7 A074400200023
98. 100.9 1.8 A074400200024
98.5 113.8 1.7 A074400200025
99. 127.2 1.8 A074400200026
99.5 141.9 1.8 A074400200027
100. 157.7 1.6 A074400200028
101. 186.3 1.9 A074400200029
102. 214. 2.3 A074400200030
102.9 241.9 2.6 A074400200031
103.9 269.1 2.2 A074400200032
104.9 295.7 3.1 A074400200033
105.9 322.8 3.5 A074400200034
106.9 347.9 3.4 A074400200035
107.8 374.5 4. A074400200036
108.8 402. 4. A074400200037
109.8 426.5 4.1 A074400200038
110.8 455. 5. A074400200039
111.8 479.8 5.2 A074400200040
113.1 516.9 5.8 A074400200041
ENDDATA 35 0 A074400200042
ENDSUBENT 41 0 A074400299999
SUBENT A0744003 20110826 A073A074400300001
BIB 1 1 A074400300002
REACTION (40-ZR-96(20-CA-48,FUS),,SIG) A074400300003
ENDBIB 1 0 A074400300004
NOCOMMON 0 0 A074400300005
DATA 3 38 A074400300006
EN-CM DATA ERR-S A074400300007
MEV MB MB A074400300008
88.6 0.095 0.04 A074400300009
89.1 0.28 0.07 A074400300010
89.6 0.83 0.11 A074400300011
90.1 2.59 0.25 A074400300012
90.6 4.73 0.31 A074400300013
91.1 8.73 0.4 A074400300014
91.6 13.5 0.65 A074400300015
92.1 18.9 0.6 A074400300016
92.6 25.2 0.9 A074400300017
93.1 31.5 1. A074400300018
93.6 41.8 1.2 A074400300019
94.1 49.8 1.5 A074400300020
94.6 60.5 1.7 A074400300021
95.1 73. 2.4 A074400300022
95.6 85.7 2.7 A074400300023
96.1 96.6 3.1 A074400300024
96.6 108.4 3. A074400300025
97.1 121. 2.7 A074400300026
97.6 134.9 2.8 A074400300027
98.1 149.4 2.8 A074400300028
98.6 161.5 2.9 A074400300029
99.1 174.9 2.9 A074400300030
99.6 189.1 3.2 A074400300031
100.1 203.9 3.4 A074400300032
100.6 215.7 3.5 A074400300033
101.1 230. 3.3 A074400300034
101.6 244.9 4.4 A074400300035
102.1 257.4 2.7 A074400300036
103.1 289.9 3.2 A074400300037
104.1 325.1 3.4 A074400300038
105.1 349.4 4.4 A074400300039
106.1 381. 4.1 A074400300040
107.1 407.4 4.5 A074400300041
108.1 433.5 4.6 A074400300042
109.1 464.9 4.8 A074400300043
110.1 494. 5.1 A074400300044
111.1 522. 5.2 A074400300045
112.1 552. 5.7 A074400300046
ENDDATA 40 0 A074400300047
ENDSUBENT 46 0 A074400399999
ENDENTRY 3 0 A074499999999