ENTRY A0682 20170211 A087A068200000001
SUBENT A0682001 20170211 A087A068200100001
BIB 14 45 A068200100002
TITLE Incomplete fusion reactions in 12-C + 103-Rh at A068200100003
4-7 MeV/nucleon A068200100004
REFERENCE (J,PR/C,59,2923,1999) A068200100005
REL-REF (R,,U.Reus+,J,AND,29,1,1983) Decay data A068200100006
AUTHOR (B.Bindu Kumar, Anil Sharma, S.Mukherjee, A068200100007
S.Chakrabarty, P.K.Pujari, B.S.Tomar, A.Goswami, A068200100008
S.B.Manohar, S.K.Datta) A068200100009
INSTITUTE (3INDVUU) School of Studies in Physics. A068200100010
(3INDTRM) Radiochemistry division. A068200100011
(3INDNSD) Nuclear Science Centre. A068200100012
FACILITY (VDGT,3INDTRM) The experiments at 76-84 MeV A068200100013
(VDGT,3INDNSD) The experiments at 50-71 MeV A068200100014
SAMPLE In NSD experiment stacks of three self-supporting A068200100015
~600 mug/cm2 rhodium metal foils interspersed with A068200100016
2-mg/cm2-thick Al foils were used. A068200100017
In TRM targets of metallic rhodium of thickness A068200100018
around 100 mu-gm/cm2 with 100 mu-gm/cm2 Al backing A068200100019
were used. The catchers used were evaporated aluminum A068200100020
foils, typically 100 mugm/cm2 thick. A068200100021
DETECTOR (HPGE) precalibrated 60cc HPGe detector coupled A068200100022
to a 4 K MCA. A068200100023
ANALYSIS (DECAY,AREA) A068200100024
METHOD (EXTB) 12-C beam. A068200100025
(ACTIV) An irradiation time of about 1-2 hours was A068200100026
selected according to the half lives of the A068200100027
radioisotopes produced. The total charge collected for A068200100028
each irradiation was about 400-600 microCoulombs. A068200100029
(BCINT) A068200100030
(STTA) A068200100031
(GSPEC) A068200100032
STATUS (TABLE) Data were received from authors. A068200100033
ADD-RES (COMP) PACE2 code. A068200100034
ERR-ANALYS (ERR-T) The errors on the cross section arises mostly A068200100035
from: A068200100036
(ERR-S,1.,4.) Uncertainty in counting statistics (1-4%)A068200100037
(ERR-1,5.,6.) Uncertainty in target thickness (5 - 8%),A068200100038
(ERR-2) Uncertainty in detection efficiency (4%), A068200100039
(ERR-3,,5.) Uncertainty in beam fluence (<5%), A068200100040
(ERR-4,5.,10.) Uncertainty in gamma-ray intensity A068200100041
values (5-10%).A068200100042
HISTORY (20040705C) A068200100043
(20040713R) Data tables were received from S.Mukherjee A068200100044
(20050120A) Reaction line is corrected in A0682008 A068200100045
(20050120U) Last checking has been done. A068200100046
(20170211U) SD: Institute code corrected. BIB update. A068200100047
ENDBIB 45 0 A068200100048
COMMON 1 3 A068200100049
ERR-2 A068200100050
PER-CENT A068200100051
4. A068200100052
ENDCOMMON 3 0 A068200100053
ENDSUBENT 52 0 A068200199999
SUBENT A0682002 20050120 0000A068200200001
BIB 2 5 A068200200002
REACTION (45-RH-103(6-C-12,X)50-SN-111,CUM,SIG) A068200200003
COMMENT -By authors. The excitation functions for the 111Sn A068200200004
agree well with the PACE code calculations. It is A068200200005
quite obvious as the Sn products originate from A068200200006
the Complete Fusion process. A068200200007
ENDBIB 5 0 A068200200008
NOCOMMON 0 0 A068200200009
DATA 3 8 A068200200010
EN DATA ERR-T A068200200011
MEV MB MB A068200200012
83.8 111.03 15.9 A068200200013
79.8 271. 39.02 A068200200014
76.4 308. 44.35 A068200200015
71.8 550.1 79.2 A068200200016
67.7 591.6 85.19 A068200200017
63.4 362.7 52.22 A068200200018
59.5 198.03 28.53 A068200200019
54.8 146.07 21. A068200200020
ENDDATA 10 0 A068200200021
ENDSUBENT 20 0 A068200299999
SUBENT A0682003 20050120 0000A068200300001
BIB 2 5 A068200300002
REACTION (45-RH-103(6-C-12,X)50-SN-110,CUM,SIG) A068200300003
COMMENT -By authors. The excitation functions for the 110-Sn A068200300004
agree well with the PACE code calculations. It is A068200300005
quite obvious as the Sn products originate from A068200300006
the Complete Fusion process. A068200300007
ENDBIB 5 0 A068200300008
NOCOMMON 0 0 A068200300009
DATA 3 8 A068200300010
EN DATA ERR-T A068200300011
MEV MB MB A068200300012
83.8 368. 55.2 A068200300013
79.8 306. 45.9 A068200300014
76.4 232. 34.8 A068200300015
71.8 212.7 31.9 A068200300016
67.7 91.5 13.72 A068200300017
63.4 20.19 3.02 A068200300018
59.5 3.45 0.517 A068200300019
54.8 0.27 0.04 A068200300020
ENDDATA 10 0 A068200300021
ENDSUBENT 20 0 A068200399999
SUBENT A0682004 20050120 0000A068200400001
BIB 2 5 A068200400002
REACTION (45-RH-103(6-C-12,X)49-IN-111-G,IND/M+,SIG) A068200400003
COMMENT -By authors. The excitation functions for the 111-In A068200400004
agree well with the PACE code calculations. It is A068200400005
quite obvious as the In products originate from A068200400006
the Complete Fusion process. A068200400007
ENDBIB 5 0 A068200400008
NOCOMMON 0 0 A068200400009
DATA 3 9 A068200400010
EN DATA ERR-T A068200400011
MEV MB MB A068200400012
83.8 292. 35.04 A068200400013
79.8 428. 51.36 A068200400014
76.4 544.3 65.3 A068200400015
71.8 994.1 119. A068200400016
67.7 960.7 115. A068200400017
63.4 637.2 76.4 A068200400018
59.5 378.4 45.4 A068200400019
54.8 260.7 31.2 A068200400020
50.4 30.35 3.64 A068200400021
ENDDATA 11 0 A068200400022
ENDSUBENT 21 0 A068200499999
SUBENT A0682005 20050120 0000A068200500001
BIB 2 9 A068200500002
REACTION (45-RH-103(6-C-12,X)49-IN-110,(CUM),SIG) A068200500003
COMMENT -By authors. The excitation functions for the A068200500004
110-In agree well with the pace code calculations. It A068200500005
is quite obvious as the product originate from A068200500006
the Complete Fusion process. A068200500007
-By compiler. Original text does not permit to A068200500008
understand what isomer (may be both) production cross A068200500009
section has been measured. 110-in has two isomers: A068200500010
69 minutes and 4.9 hours. A068200500011
ENDBIB 9 0 A068200500012
NOCOMMON 0 0 A068200500013
DATA 3 9 A068200500014
EN DATA ERR-T A068200500015
MEV MB MB A068200500016
83.8 67.9 8.14 A068200500017
79.8 50.4 6.04 A068200500018
76.4 35.6 4.27 A068200500019
71.8 28.82 3.4 A068200500020
67.7 10.78 1.2 A068200500021
63.4 5.29 0.63 A068200500022
59.5 5.03 0.6 A068200500023
54.8 14.05 1.6 A068200500024
50.4 13.07 1.5 A068200500025
ENDDATA 11 0 A068200500026
ENDSUBENT 25 0 A068200599999
SUBENT A0682006 20050120 0000A068200600001
BIB 2 11 A068200600002
REACTION (45-RH-103(6-C-12,X)49-IN-109,CUM,SIG) A068200600003
COMMENT -By authors. The cross sections of the products 111-InA068200600004
and 110-In agree with the theoretical predictions whileA068200600005
those of 109-In show an enhancement. It can be A068200600006
inferred that the products 110,111-In are formed from A068200600007
the Complete Fusion process while 109-In have A068200600008
contributions from the Incomplete Fusion involving the A068200600009
breakup of 12-C into alpha+8Be and the subsequent A068200600010
fusion of 8Be with target forming 111In*. This A068200600011
incompletely fused composite nucleus emits further A068200600012
neutrons forming 109-In. A068200600013
ENDBIB 11 0 A068200600014
NOCOMMON 0 0 A068200600015
DATA 3 9 A068200600016
EN DATA ERR-T A068200600017
MEV MB MB A068200600018
83.8 92.5 12.02 A068200600019
79.8 59.5 7.735 A068200600020
76.4 59.8 7.774 A068200600021
71.8 126.2 16.4 A068200600022
67.7 173.1 22.5 A068200600023
63.4 185.6 24.1 A068200600024
59.5 145. 18.8 A068200600025
54.8 219.6 28.5 A068200600026
50.4 87.84 11.4 A068200600027
ENDDATA 11 0 A068200600028
ENDSUBENT 27 0 A068200699999
SUBENT A0682007 20050120 0000A068200700001
BIB 2 15 A068200700002
REACTION (45-RH-103(6-C-12,X)49-IN-108,CUM,SIG) A068200700003
COMMENT -By authors. The cross sections of the products 111-InA068200700004
and 110-In agree with the theoretical predictions whileA068200700005
those of 108-In show an enhancement. It can be A068200700006
inferred that the products 110,111-In are formed from A068200700007
the Complete Fusion process while 108-In have A068200700008
contributions from the Incomplete Fusion involving the A068200700009
breakup of 12-C into alpha+8Be and the subsequent A068200700010
fusion of 8Be with target forming 111In*. This A068200700011
incompletely fused composite nucleus emits further A068200700012
neutrons forming 108-In. A068200700013
-By compiler. Original text does not permit to A068200700014
understand what isomer (may be both) production cross A068200700015
section has been measured. 108-in has two isomers: A068200700016
58 and 39 minutes. A068200700017
ENDBIB 15 0 A068200700018
NOCOMMON 0 0 A068200700019
DATA 3 8 A068200700020
EN DATA ERR-T A068200700021
MEV MB MB A068200700022
83.8 122.3 15.8 A068200700023
79.8 146.6 19.1 A068200700024
76.4 140.2 18.2 A068200700025
71.8 205.68 26. A068200700026
67.7 156. 20. A068200700027
63.4 79.19 10.2 A068200700028
59.5 29.8 3.87 A068200700029
54.8 9.21 1.19 A068200700030
ENDDATA 10 0 A068200700031
ENDSUBENT 30 0 A068200799999
SUBENT A0682008 20050120 0000A068200800001
BIB 2 10 A068200800002
REACTION (45-RH-103(6-C-12,X)47-AG-106-M,,SIG) A068200800003
COMMENT -By authors. PACE 2 predictions underestimate the crossA068200800004
section for products 106-Ag while it agrees for 104-Ag.A068200800005
It may be due to the Incomplete Fusion reaction A068200800006
involving breaking of 12-C into alpha+8Be and the A068200800007
fusion of alpha with the target. A068200800008
-By compiler. Original text does not permit to A068200800009
understand what isomer (may be both) production cross A068200800010
section has been measured. 106-Ag has two isomers: A068200800011
6.3 days and 24 minutes. A068200800012
ENDBIB 10 0 A068200800013
NOCOMMON 0 0 A068200800014
DATA 3 8 A068200800015
EN DATA ERR-T A068200800016
MEV MB MB A068200800017
83.8 16.7 2.29 A068200800018
79.8 20.5 2.99 A068200800019
76.4 28.7 4.16 A068200800020
71.8 46.2 6.75 A068200800021
67.7 40.6 5.89 A068200800022
63.4 31.5 4.59 A068200800023
59.5 22.3 3.26 A068200800024
54.8 16.4 2.39 A068200800025
ENDDATA 10 0 A068200800026
ENDSUBENT 25 0 A068200899999
SUBENT A0682009 20050120 0000A068200900001
BIB 2 6 A068200900002
REACTION (45-RH-103(6-C-12,X)47-AG-105,CUM,SIG) A068200900003
COMMENT -By authors. PACE 2 predictions underestimate the crossA068200900004
section for products 105-Ag while it agrees for 104-Ag.A068200900005
It may be due to the Incomplete Fusion reaction A068200900006
involving breaking of 12-C into alpha+8Be and the A068200900007
fusion of alpha with the target. A068200900008
ENDBIB 6 0 A068200900009
NOCOMMON 0 0 A068200900010
DATA 3 6 A068200900011
EN DATA ERR-T A068200900012
MEV MB MB A068200900013
83.8 47.2 6.84 A068200900014
79.8 54.1 7.84 A068200900015
76.4 51.2 7.42 A068200900016
71.8 71.3 10.3 A068200900017
67.7 39.7 5.76 A068200900018
63.4 16.8 2.45 A068200900019
ENDDATA 8 0 A068200900020
ENDSUBENT 19 0 A068200999999
SUBENT A0682010 20050120 0000A068201000001
BIB 2 10 A068201000002
REACTION (45-RH-103(6-C-12,X)47-AG-104,(CUM),SIG) A068201000003
COMMENT -By authors. PACE 2 predictions underestimate the crossA068201000004
section for products 106-Ag while it agrees for 104-Ag.A068201000005
It may be due to the Incomplete Fusion reaction A068201000006
involving breaking of 12-C into alpha+8Be and the A068201000007
fusion of alpha with the target. A068201000008
-By compiler. Original text does not permit to A068201000009
understand what isomer (may be both) production cross A068201000010
section has been measured. 104-Ag has two isomers: A068201000011
33 and 69 minutes. A068201000012
ENDBIB 10 0 A068201000013
NOCOMMON 0 0 A068201000014
DATA 3 4 A068201000015
EN DATA ERR-T A068201000016
MEV MB MB A068201000017
83.8 16.1 2.35 A068201000018
79.8 8.63 1.27 A068201000019
76.4 4.31 0.64 A068201000020
71.8 1.87 0.28 A068201000021
ENDDATA 6 0 A068201000022
ENDSUBENT 21 0 A068201099999
ENDENTRY 10 0 A068299999999