ENTRY A0534 20170205 A086A053400000001
SUBENT A0534001 20170205 A086A053400100001
BIB 11 41 A053400100002
TITLE A microscopic complex potential description of elastic,A053400100003
inelastic cross section in the Coulomb nuclear A053400100004
interference region in the 28-Si on 28-Si system A053400100005
AUTHOR (Samit Mandal, T.Madhusoodhanan, Subinit Roy, S.Ray, A053400100006
H.Majumdar, S.Datta, V.Ram Devraj, V.K.Mittal, A053400100007
D.Kabiraj, S.Ghosh, A.Tripathi, A.Mandal, D.K.Avasthi, A053400100008
S.K.Datta) A053400100009
INSTITUTE (3INDNSD,3INDSAH,3INDCAU,3INDOSM,3INDPAT) A053400100010
(3INDIND) Department of Physics. University of A053400100011
Kalyani A053400100012
(3INDIND) Department of Physics, Bangalore University A053400100013
REFERENCE (J,NP/A,634,284,1998) A053400100014
FACILITY (VDGT,3INDNSD) The experiment was carried out using theA053400100015
15UD Pelletron accelerator at Nuclear Science Centre A053400100016
METHOD (EXTB) Beam current was 6 to 10 pnA. A053400100017
(SITA) See SAMPLE A053400100018
SAMPLE The Si target was made by vacuum evaporation of 99.99% A053400100019
enriched 28-Si oxide with carbon backing. Thicknesses A053400100020
of the two Si oxide targets used were 30 microgram/cm2 A053400100021
and 67 microgram/cm2 determined from the energy loss A053400100022
of alpha-particles from a 241-Am source. The thicknessA053400100023
of carbon backing was 10 microgram/cm2. A053400100024
MONITOR (14-SI-28(14-SI-28,EL)14-SI-28,,DA) A053400100025
The absolute cross-section values were obtained by A053400100026
normalizing the yield to the elastic monitor counts, A053400100027
the cross section at the monitor angle being purely A053400100028
Coulombic and well described by the Mott scattering A053400100029
for spin zero particles. A053400100030
DETECTOR (SIBAR) Five such detectors (300 mu-m) were used and A053400100031
arranged in one of the two movable arms in the chamber.A053400100032
The solid angles subtended by the detectors were A053400100033
between 3.5-7.5 msr. Two monitor detectors (300/mu-m) A053400100034
were placed symmetrically at 11. degr. on either A053400100035
side of the beam. A053400100036
ADD-RES (POT) A053400100037
HISTORY (20030726C) A053400100038
(20090827A).Correction in author' list has been done, A053400100039
according V.Zerkin remarks. A053400100040
(20170205U) SD: Institute code corrected. BIB update. A053400100041
Small corrections in all Subents. ERR-T -> DATA-ERR. A053400100042
Author'd name: Submit Roy -> Subinit Roy. A053400100043
ENDBIB 41 0 A053400100044
NOCOMMON 0 0 A053400100045
ENDSUBENT 44 0 A053400199999
SUBENT A0534002 20170205 A086A053400200001
BIB 5 6 A053400200002
REACTION (14-SI-28(14-SI-28,INL)14-SI-28,PAR,DA) A053400200003
EN-SEC (E-LVL,14-SI-28) A053400200004
ERR-ANALYS (DATA-ERR) The overall error was estimated to be A053400200005
less than 15% for inelastic cross sections. A053400200006
STATUS (CURVE) By CAJAD. Fig.7 from NP/A,634,284,1998 A053400200007
HISTORY (20170205A) SD: DATA -> DATA-CM. A053400200008
ENDBIB 6 0 A053400200009
COMMON 3 3 A053400200010
ANG-ERR-D EN E-LVL A053400200011
ADEG MEV MEV A053400200012
0.29 72. 1.778 A053400200013
ENDCOMMON 3 0 A053400200014
DATA 3 30 A053400200015
ANG-CM DATA-CM DATA-ERR A053400200016
ADEG MB/SR PER-CENT A053400200017
30. 19.4 9. A053400200018
32.28 26.3 8. A053400200019
34.14 39. 8. A053400200020
36.2 22.3 8. A053400200021
40.13 18.8 9. A053400200022
42.41 31.3 8. A053400200023
46.55 18.6 9. A053400200024
48.41 16.2 9. A053400200025
49.23 23.6 8. A053400200026
50.48 33.6 7. A053400200027
52.75 50. 12. A053400200028
54.61 39. 8. A053400200029
56.47 28.5 8. A053400200030
58.54 29.5 8. A053400200031
60.82 31. 10. A053400200032
62.89 17.5 10. A053400200033
64.95 12.5 9. A053400200034
66.81 13.2 8. A053400200035
68.68 14.1 9. A053400200036
70.74 17. 11. A053400200037
73.02 18.5 9. A053400200038
75.09 19.2 9. A053400200039
77.36 24.7 10. A053400200040
79.02 21.2 8. A053400200041
81.29 22.8 9. A053400200042
83.15 32. 9. A053400200043
85.22 37. 8. A053400200044
87.29 29.9 9. A053400200045
88.32 20. 8. A053400200046
89.36 18.7 7. A053400200047
ENDDATA 32 0 A053400200048
ENDSUBENT 47 0 A053400299999
SUBENT A0534003 20170205 A086A053400300001
BIB 4 5 A053400300002
REACTION (14-SI-28(14-SI-28,INL)14-SI-28,PAR,DA) A053400300003
EN-SEC (E-LVL,14-SI-28) A053400300004
ERR-ANALYS (DATA-ERR) The overall error was estimated to be A053400300005
less than 15% for inelastic cross sections. A053400300006
STATUS (CURVE) By CAJAD. Fig. 10 from NP/A,634,284,1998 A053400300007
ENDBIB 5 0 A053400300008
COMMON 3 3 A053400300009
EN-ERR-DIG ANG E-LVL A053400300010
MEV ADEG MEV A053400300011
0.12 45. 1.778 A053400300012
ENDCOMMON 3 0 A053400300013
DATA 3 30 A053400300014
EN DATA-CM DATA-ERR A053400300015
MEV MB/SR PER-CENT A053400300016
58.05 23.3 9. A053400300017
58.95 34.1 6. A053400300018
59.92 32.7 6. A053400300019
61.93 18.9 8. A053400300020
62.45 16.7 10. A053400300021
62.89 15.4 6. A053400300022
63.41 12.3 9. A053400300023
63.93 10.5 10. A053400300024
64.54 10.5 11. A053400300025
64.99 10.7 9. A053400300026
65.43 11.1 9. A053400300027
65.87 10.9 8. A053400300028
66.85 15. 9. A053400300029
67.92 19. 9. A053400300030
68.81 20.2 9. A053400300031
69.87 23.2 9. A053400300032
70.93 23.2 9. A053400300033
71.9 23.1 9. A053400300034
72.96 21.3 8. A053400300035
74.01 18.8 10. A053400300036
74.98 19.2 9. A053400300037
76.11 14.7 10. A053400300038
77.16 12.2 11. A053400300039
77.95 9.6 11. A053400300040
78.91 8.3 11. A053400300041
79.95 6.1 10. A053400300042
80.91 5. 10. A053400300043
81.88 4.2 10. A053400300044
82.83 2.66 10. A053400300045
83.88 2.5 12. A053400300046
ENDDATA 32 0 A053400300047
ENDSUBENT 46 0 A053400399999
SUBENT A0534004 20170205 A086A053400400001
BIB 3 4 A053400400002
REACTION (14-SI-28(14-SI-28,EL)14-SI-28,,DA) A053400400003
ERR-ANALYS (DATA-ERR,,10.) The overall error was estimated to be A053400400004
less than 10% for elastic cross sections. A053400400005
STATUS (CURVE) By CAJAD. Fig.8 from NP/A,634,284,1998 A053400400006
ENDBIB 4 0 A053400400007
COMMON 3 3 A053400400008
EN-ERR-DIG ERR-DIG ANG A053400400009
MEV PER-CENT ADEG A053400400010
0.12 5. 45. A053400400011
ENDCOMMON 3 0 A053400400012
DATA 2 31 A053400400013
EN DATA A053400400014
MEV MB/SR A053400400015
57.87 910. A053400400016
58.93 1100. A053400400017
59.91 1070. A053400400018
61.84 850. A053400400019
62.37 790. A053400400020
62.90 770. A053400400021
63.34 690. A053400400022
63.78 650. A053400400023
64.22 610. A053400400024
64.57 553. A053400400025
64.93 552. A053400400026
65.54 501. A053400400027
65.98 440. A053400400028
66.86 386. A053400400029
67.92 361. A053400400030
68.88 278. A053400400031
69.94 244. A053400400032
71.08 171. A053400400033
72.04 123. A053400400034
72.92 95. A053400400035
74.06 67. A053400400036
75.03 58.3 A053400400037
75.98 35.9 A053400400038
76.95 26. A053400400039
77.91 19.4 A053400400040
78.96 14.5 A053400400041
79.84 9.5 A053400400042
80.97 6.4 A053400400043
82.03 5.12 A053400400044
82.90 3.04 A053400400045
84.04 2.51 A053400400046
ENDDATA 33 0 A053400400047
ENDSUBENT 46 0 A053400499999
SUBENT A0534005 20170205 A086A053400500001
BIB 4 5 A053400500002
REACTION (14-SI-28(14-SI-28,EL)14-SI-28,,DA) A053400500003
ERR-ANALYS (DATA-ERR,,10.) The overall error was estimated to be A053400500004
less than 10% for elastic cross sections. A053400500005
STATUS (CURVE) By CAJAD. Fig.6 from NP/A,634,284,1998 A053400500006
HISTORY (20170205A) SD: DATA -> DATA-CM. A053400500007
ENDBIB 5 0 A053400500008
COMMON 2 3 A053400500009
ANG-ERR-D ERR-DIG A053400500010
ADEG PER-CENT A053400500011
0.3 6. A053400500012
ENDCOMMON 3 0 A053400500013
DATA 3 56 A053400500014
EN ANG-CM DATA-CM A053400500015
MEV ADEG MB/SR A053400500016
63. 39.9 3130. A053400500017
63. 41.8 3120. A053400500018
63. 43.9 1840. A053400500019
63. 45.9 1840. A053400500020
63. 47.8 1830. A053400500021
63. 49.8 1830. A053400500022
63. 51.9 1310. A053400500023
63. 53.8 1040. A053400500024
63. 55.8 1270. A053400500025
63. 57.9 1110. A053400500026
63. 60.1 593. A053400500027
63. 62.0 611. A053400500028
63. 64.0 900. A053400500029
63. 65.9 608. A053400500030
63. 68.2 259. A053400500031
63. 69.8 436. A053400500032
63. 71.8 730. A053400500033
63. 74.1 546. A053400500034
63. 75.8 157. A053400500035
63. 77.7 240. A053400500036
63. 79.7 640. A053400500037
63. 81.7 660. A053400500038
63. 83.8 189. A053400500039
63. 85.9 52.6 A053400500040
63. 87.5 328. A053400500041
63. 89.7 690. A053400500042
72. 30.0 11600. A053400500043
72. 32.0 6300. A053400500044
72. 34.1 5800. A053400500045
72. 36.0 4210. A053400500046
72. 37.9 3440. A053400500047
72. 39.9 3420. A053400500048
72. 42.0 2910. A053400500049
72. 45.9 2010. A053400500050
72. 48.0 1510. A053400500051
72. 49.9 1050. A053400500052
72. 51.8 1050. A053400500053
72. 53.8 1050. A053400500054
72. 56.1 1000. A053400500055
72. 58.0 920. A053400500056
72. 60.1 810. A053400500057
72. 62.1 810. A053400500058
72. 64.2 560. A053400500059
72. 66.3 441. A053400500060
72. 68.4 439. A053400500061
72. 70.0 438. A053400500062
72. 71.9 343. A053400500063
72. 74.2 211. A053400500064
72. 76.0 166. A053400500065
72. 78.3 179. A053400500066
72. 80.0 209. A053400500067
72. 82.1 164. A053400500068
72. 84.0 40.1 A053400500069
72. 86.2 27.9 A053400500070
72. 87.9 93. A053400500071
72. 90.1 143. A053400500072
ENDDATA 58 0 A053400500073
ENDSUBENT 72 0 A053400599999
ENDENTRY 5 0 A053499999999