ENTRY D0406 20060624 D049D040600000001
SUBENT D0406001 20060624 D049D040600100001
BIB 9 38 D040600100002
TITLE Fusion of 59Co with Light Projectiles at Near D040600100003
Barrier Energies D040600100004
AUTHOR (P.R.S.Gomes,T.J.P.Penna,E.F.Chagas,R.Liguori Neto, D040600100005
J.C.Acquadro,P.R.Pascholati,E.Crema,C.Tenreiro, D040600100006
N.Carlin Filho,M.M.Coimbra) D040600100007
INSTITUTE (3BZLUSP,3BZLUFF,3BZLCTA) D040600100008
REFERENCE (J,NP/A,534,429,1991) part of the data were publ. D040600100009
(J,NIM/A,280,395,1989) part of the data were publ. D040600100010
(J,PR/C,49,1218,1994) no data of elastic scattering D040600100011
FACILITY (VDGT,3BZLUSP) S. Paulo Pelletron accelerator D040600100012
METHOD (GSPEC) The fusion and transfer cross sections were D040600100013
determined by the in-beam and off-beam gamma-ray D040600100014
spectroscopy methods, which allow the simultaneous D040600100015
measurement of fusion, transfer channels and inelastic D040600100016
scattering cross sections. The transfer cross sections D040600100017
determined are a lower limit of the total transfer D040600100018
yield, since they correspond to transfer processes D040600100019
leading to the excited states from which gamma D040600100020
transitions are detected D040600100021
SAMPLE The targets consisted of pure metallic cobalt, with D040600100022
thicknesses in the range 200-400 mu-g/cm2, evaporated D040600100023
on Pb backings thick enough to stop the beam, in order D040600100024
to avoid Doppler shifts of the gamma-lines. For each D040600100025
bombarding energy a different target was used, D040600100026
avoiding undesirable contributions to the spectra D040600100027
coming from the decay of previous irradiations. D040600100028
ERR-ANALYS The errors in the values of the fusion cross D040600100029
sections come from: D040600100030
* statistical errors in the determination of the D040600100031
gamma yields, D040600100032
* systematic errors due to the target thickness, D040600100033
absolute efficiency and D040600100034
Faraday-cup or thick-target calculation for D040600100035
Coulomb excitation and errors from the contaminant D040600100036
corrections. D040600100037
The overall error is in the range from 8% at higher D040600100038
energies to almost 20% at very low energies D040600100039
HISTORY (20060624C) SD D040600100040
ENDBIB 38 0 D040600100041
COMMON 1 3 D040600100042
EN-RSL D040600100043
MEV D040600100044
0.001 D040600100045
ENDCOMMON 3 0 D040600100046
ENDSUBENT 45 0 D040600199999
SUBENT D0406002 20060624 D049D040600200001
BIB 3 3 D040600200002
REACTION (27-CO-59(8-O-16,FUS),,SIG) D040600200003
ERR-ANALYS (DATA-ERR) the error sources see. Subent 1 D040600200004
STATUS (TABLE) Tbl.2 from Nucl.Phys. A534,429(1991) D040600200005
ENDBIB 3 0 D040600200006
NOCOMMON 0 0 D040600200007
DATA 3 4 D040600200008
EN-CM DATA DATA-ERR D040600200009
MEV MB MB D040600200010
26.30 0.5 0.1 D040600200011
27.10 3.8 0.6 D040600200012
31.00 88. 14. D040600200013
39.00 527. 63. D040600200014
ENDDATA 6 0 D040600200015
ENDSUBENT 14 0 D040600299999
SUBENT D0406003 20060624 D049D040600300001
BIB 3 5 D040600300002
REACTION (27-CO-59(7-N-14,FUS),,SIG) D040600300003
STATUS (TABLE) Tbl.2 from Nucl.Phys. A534,429(1991). D040600300004
It is corrected version of table. Prev. published in D040600300005
Nucl.Phys. A534,429(1991) Tbl.1 D040600300006
ERR-ANALYS (DATA-ERR) the error sources see. Subent 1 D040600300007
ENDBIB 5 0 D040600300008
NOCOMMON 0 0 D040600300009
DATA 3 8 D040600300010
EN-CM DATA DATA-ERR D040600300011
MEV MB MB D040600300012
25.39 27.5 4.5 D040600300013
27.02 103. 12. D040600300014
29.06 299. 40. D040600300015
31.90 558. 68. D040600300016
35.96 730. 75. D040600300017
38.40 901. 80. D040600300018
40.85 961. 80. D040600300019
44.90 1113. 113. D040600300020
ENDDATA 10 0 D040600300021
ENDSUBENT 20 0 D040600399999
SUBENT D0406004 20060624 D049D040600400001
BIB 3 3 D040600400002
REACTION (27-CO-59(7-N-14,P)33-AS-72,,SIG) D040600400003
ERR-ANALYS (DATA-ERR) the error sources see. Subent 1 D040600400004
STATUS (TABLE) Tbl.2 from Nucl.Phys. A534,429(1991) D040600400005
ENDBIB 3 0 D040600400006
NOCOMMON 0 0 D040600400007
DATA 3 8 D040600400008
EN-CM DATA DATA-ERR D040600400009
MEV MB MB D040600400010
25.39 5.1 1.1 D040600400011
27.02 7.0 1.4 D040600400012
29.06 10. 2. D040600400013
31.90 14. 2. D040600400014
35.96 20. 3. D040600400015
38.40 21. 4. D040600400016
40.85 25. 4. D040600400017
44.90 23. 4. D040600400018
ENDDATA 10 0 D040600400019
ENDSUBENT 18 0 D040600499999
SUBENT D0406005 20060624 D049D040600500001
BIB 3 3 D040600500002
REACTION (27-CO-59(7-N-14,N)34-SE-72,,SIG) D040600500003
ERR-ANALYS (DATA-ERR) the error sources see. Subent 1 D040600500004
STATUS (TABLE) Tbl.2 from Nucl.Phys. A534,429(1991) D040600500005
ENDBIB 3 0 D040600500006
NOCOMMON 0 0 D040600500007
DATA 3 8 D040600500008
EN-CM DATA DATA-ERR D040600500009
MEV MB MB D040600500010
25.39 1.2 0.4 D040600500011
27.02 4.1 1.0 D040600500012
29.06 7.0 1.5 D040600500013
31.90 6.5 1.8 D040600500014
35.96 10.0 2.5 D040600500015
38.40 11.0 2.5 D040600500016
40.85 21. 4. D040600500017
44.90 20. 4. D040600500018
ENDDATA 10 0 D040600500019
ENDSUBENT 18 0 D040600599999
SUBENT D0406006 20060624 D049D040600600001
BIB 2 2 D040600600002
REACTION (27-CO-59(7-N-14,N+P)33-AS-71,,SIG) D040600600003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040600600004
ENDBIB 2 0 D040600600005
NOCOMMON 0 0 D040600600006
DATA 2 8 D040600600007
EN DATA D040600600008
MEV MB D040600600009
32. 7.3 D040600600010
34. 17.2 D040600600011
36.5 82.0 D040600600012
40. 115. D040600600013
45. 56.5 D040600600014
48. 40.3 D040600600015
51. 32.5 D040600600016
56. 28.5 D040600600017
ENDDATA 10 0 D040600600018
ENDSUBENT 17 0 D040600699999
SUBENT D0406007 20060624 D049D040600700001
BIB 2 2 D040600700002
REACTION (27-CO-59(7-N-14,2N+P)33-AS-70,,SIG) D040600700003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040600700004
ENDBIB 2 0 D040600700005
NOCOMMON 0 0 D040600700006
DATA 2 8 D040600700007
EN DATA D040600700008
MEV MB D040600700009
32. 2.2 D040600700010
34. 24.0 D040600700011
36.5 62.0 D040600700012
40. 106. D040600700013
45. 190. D040600700014
48. 220. D040600700015
51. 200. D040600700016
56. 170. D040600700017
ENDDATA 10 0 D040600700018
ENDSUBENT 17 0 D040600799999
SUBENT D0406008 20060624 D049D040600800001
BIB 2 2 D040600800002
REACTION (27-CO-59(7-N-14,X)28-NI-63,,SIG) 2pn+a2pn D040600800003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040600800004
ENDBIB 2 0 D040600800005
NOCOMMON 0 0 D040600800006
DATA 2 8 D040600800007
EN DATA D040600800008
MEV MB D040600800009
32. 7.5 D040600800010
34. 32.0 D040600800011
36.5 80.2 D040600800012
40. 200. D040600800013
45. 230. D040600800014
48. 250. D040600800015
51. 240. D040600800016
56. 220. D040600800017
ENDDATA 10 0 D040600800018
ENDSUBENT 17 0 D040600899999
SUBENT D0406009 20060624 D049D040600900001
BIB 2 2 D040600900002
REACTION (27-CO-59(7-N-14,N+A)32-GE-68,,SIG) D040600900003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040600900004
ENDBIB 2 0 D040600900005
NOCOMMON 0 0 D040600900006
DATA 2 8 D040600900007
EN DATA D040600900008
MEV MB D040600900009
32. 4.2 D040600900010
34. 7.5 D040600900011
36.5 82.0 D040600900012
40. 22.0 D040600900013
45. 35. D040600900014
48. 38.9 D040600900015
51. 34.0 D040600900016
56. 27.4 D040600900017
ENDDATA 10 0 D040600900018
ENDSUBENT 17 0 D040600999999
SUBENT D0406010 20060624 D049D040601000001
BIB 2 2 D040601000002
REACTION (27-CO-59(7-N-14,P+A)31-GA-68,,SIG) D040601000003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601000004
ENDBIB 2 0 D040601000005
NOCOMMON 0 0 D040601000006
DATA 2 8 D040601000007
EN DATA D040601000008
MEV MB D040601000009
32. 1.8 D040601000010
34. 5.4 D040601000011
36.5 14.2 D040601000012
40. 17.6 D040601000013
45. 21.3 D040601000014
48. 36.1 D040601000015
51. 34.4 D040601000016
56. 39.5 D040601000017
ENDDATA 10 0 D040601000018
ENDSUBENT 17 0 D040601099999
SUBENT D0406011 20060624 D049D040601100001
BIB 2 2 D040601100002
REACTION (27-CO-59(7-N-14,2N+A)32-GE-67,,SIG) D040601100003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601100004
ENDBIB 2 0 D040601100005
NOCOMMON 0 0 D040601100006
DATA 2 5 D040601100007
EN DATA D040601100008
MEV MB D040601100009
40. 3.2 D040601100010
45. 12.5 D040601100011
48. 21.8 D040601100012
51. 34.1 D040601100013
56. 46.8 D040601100014
ENDDATA 7 0 D040601100015
ENDSUBENT 14 0 D040601199999
SUBENT D0406012 20060624 D049D040601200001
BIB 2 2 D040601200002
REACTION (27-CO-59(7-N-14,N+P+A)31-GA-67,,SIG) D040601200003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601200004
ENDBIB 2 0 D040601200005
NOCOMMON 0 0 D040601200006
DATA 2 7 D040601200007
EN DATA D040601200008
MEV MB D040601200009
34. 4.0 D040601200010
36.5 16.6 D040601200011
40. 45.3 D040601200012
45. 82.3 D040601200013
48. 108. D040601200014
51. 138. D040601200015
56. 174. D040601200016
ENDDATA 9 0 D040601200017
ENDSUBENT 16 0 D040601299999
SUBENT D0406013 20060624 D049D040601300001
BIB 2 2 D040601300002
REACTION (27-CO-59(7-N-14,2P+A)30-ZN-67,,SIG) D040601300003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601300004
ENDBIB 2 0 D040601300005
NOCOMMON 0 0 D040601300006
DATA 2 8 D040601300007
EN DATA D040601300008
MEV MB D040601300009
32. 4.5 D040601300010
34. 9.2 D040601300011
36.5 12.9 D040601300012
40. 20.8 D040601300013
45. 27.8 D040601300014
48. 37.7 D040601300015
51. 51.0 D040601300016
56. 96. D040601300017
ENDDATA 10 0 D040601300018
ENDSUBENT 17 0 D040601399999
SUBENT D0406014 20060624 D049D040601400001
BIB 2 2 D040601400002
REACTION (27-CO-59(7-N-14,2N+2P)32-GE-69,,SIG) D040601400003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601400004
ENDBIB 2 0 D040601400005
NOCOMMON 0 0 D040601400006
DATA 2 5 D040601400007
EN DATA D040601400008
MEV MB D040601400009
40. 1.2 D040601400010
45. 11.2 D040601400011
48. 33.6 D040601400012
51. 72.9 D040601400013
56. 129. D040601400014
ENDDATA 7 0 D040601400015
ENDSUBENT 14 0 D040601499999
SUBENT D0406015 20060624 D049D040601500001
BIB 2 2 D040601500002
REACTION (27-CO-59(7-N-14,N+2A)30-ZN-64,,SIG) D040601500003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601500004
ENDBIB 2 0 D040601500005
NOCOMMON 0 0 D040601500006
DATA 2 7 D040601500007
EN DATA D040601500008
MEV MB D040601500009
34. 4.0 D040601500010
36.5 8.7 D040601500011
40. 12.9 D040601500012
45. 17.7 D040601500013
48. 31.3 D040601500014
51. 37.9 D040601500015
56. 51.8 D040601500016
ENDDATA 9 0 D040601500017
ENDSUBENT 16 0 D040601599999
SUBENT D0406016 20060624 D049D040601600001
BIB 2 2 D040601600002
REACTION (27-CO-59(7-N-14,3N+P)33-AS-69,,SIG) D040601600003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601600004
ENDBIB 2 0 D040601600005
NOCOMMON 0 0 D040601600006
DATA 2 6 D040601600007
EN DATA D040601600008
MEV MB D040601600009
36.5 1.2 D040601600010
40. 3.1 D040601600011
45. 4.2 D040601600012
48. 6.9 D040601600013
51. 7.3 D040601600014
56. 15.0 D040601600015
ENDDATA 8 0 D040601600016
ENDSUBENT 15 0 D040601699999
SUBENT D0406017 20060624 D049D040601700001
BIB 2 2 D040601700002
REACTION (27-CO-59(7-N-14,2N+P+A)31-GA-66,,SIG) D040601700003
STATUS (TABLE) Tbl.1 from Nucl.Instr.&Meth. A280,395 (1989) D040601700004
ENDBIB 2 0 D040601700005
NOCOMMON 0 0 D040601700006
DATA 2 5 D040601700007
EN DATA D040601700008
MEV MB D040601700009
40. 18. D040601700010
45. 37.3 D040601700011
48. 80. D040601700012
51. 79. D040601700013
56. 105. D040601700014
ENDDATA 7 0 D040601700015
ENDSUBENT 14 0 D040601799999
ENDENTRY 17 0 D040699999999