ENTRY A0614 20170206 A086A0614 0 1
SUBENT A0614001 20170206 A086A0614 1 1
BIB 13 43 A0614 1 2
TITLE Alpha-induced reaction on gold A0614 1 3
AUTHOR (N.L.Singh,A.V.Mohan Rao,S.Mukherjee,R.Upadhyay, A0614 1 4
R.K.Jain,S.K.Bose,L.Chaturvedi,J.Rama Rao) A0614 1 5
REFERENCE (J,JP/G,14,931,1988) A0614 1 6
INSTITUTE (3INDBHU) A0614 1 7
FACILITY (CYCLO,3INDVEC) Variable Energy Cyclotron Center, A0614 1 8
Calcutta. A0614 1 9
METHOD (STTA) 2 Stacks were used to degrade the alpha-particleA0614 1 10
energies from 75 to 30 MeV and from 50 to 10 MeV. A0614 1 11
(GSPEC) A0614 1 12
(ACTIV) Beam currents of the order of 200 nano-amperes A0614 1 13
were used, so that a few hours of well controlled A0614 1 14
irradiation was necessary. A0614 1 15
(EXTB) A0614 1 16
MONITOR (13-AL-27(A,X)11-NA-24,CUM,SIG,,,EVAL) A0614 1 17
Above 50MeV. A0614 1 18
(13-AL-27(A,X)11-NA-22,CUM,SIG,,,EVAL) A0614 1 19
Above 50 MeV. A0614 1 20
29-Cu-65(A,2N)31-Ga-67,Ind,Sig,,,Eval) Below 50 MeV. A0614 1 21
DETECTOR (GELI) Ge(Li) detector (2.0 keV FWHM for 1332 photons A0614 1 22
of 60Co) with an active volume of 95 cm3. The energy A0614 1 23
and efficiency calibration of the detector was A0614 1 24
performed with a 152Eu standard source. A0614 1 25
ERR-ANALYS (DATA-ERR) The absolute error for each measured cross A0614 1 26
section is essentially composed of uncertainties in: A0614 1 27
* the photopeak area, A0614 1 28
* detection efficiency, A0614 1 29
* uniformity of the foil thickness, A0614 1 30
* spectroscopic data and A0614 1 31
* the monitor cross section. A0614 1 32
COMMENT - By Compiler - Any Information About Cooling Time and A0614 1 33
Decay Curves Measurements is Absent. A0614 1 34
SAMPLE Spectroscopically-pure (99.99%) gold foils of weight A0614 1 35
23 mg/cm**2. A0614 1 36
ADD-RES (COMP) Hibryd Model. Code Alice/85/300. A0614 1 37
HISTORY (19990604C) By F.C. A0614 1 38
(19990612U) Last checking has been done. A0614 1 39
(19990621A) DATE is corrected A0614 1 40
(20170206U) SD: INSTITUTE and FACILITY codes corrected.A0614 1 41
BIB update. SF4=Na-24g -> Na-24 in MONITOR. Small A0614 1 42
corrections in all Subents: ERR-T->DATA-ERR; EN-ERR -> A0614 1 43
EN-ERR-DIG. Author's name corrected (A.V.Mochan Rao -> A0614 1 44
A.V.Mohan Rao. A0614 1 45
ENDBIB 43 0 A0614 1 46
NOCOMMON 0 0 A0614 1 47
ENDSUBENT 46 0 A0614 199999
SUBENT A0614002 20170206 A086A0614 2 1
BIB 3 3 A0614 2 2
REACTION (79-AU-197(A,N)81-TL-200,,SIG) A0614 2 3
DECAY-DATA (81-TL-200,26.1HR,DG,368.,0.88) A0614 2 4
STATUS (CURVE) By CAJAD. Fig.1 from JP/G,14,931,1988 A0614 2 5
ENDBIB 3 0 A0614 2 6
NOCOMMON 0 0 A0614 2 7
DATA 4 12 A0614 2 8
EN EN-ERR-DIG DATA DATA-ERR A0614 2 9
MEV MEV MB PER-CENT A0614 2 10
18.8 0.4 9.2 9. A0614 2 11
19.4 0.6 28.8 8. A0614 2 12
26.3 0.5 19.7 9. A0614 2 13
31.8 0.4 10.8 6. A0614 2 14
34.6 0.4 8. 8. A0614 2 15
38.3 0.4 5.9 8. A0614 2 16
44.6 0.6 3.5 9. A0614 2 17
50.3 0.4 2.68 11. A0614 2 18
56.2 0.5 2.26 10. A0614 2 19
61.1 0.5 1.91 9. A0614 2 20
65.9 0.7 1.7 9. A0614 2 21
70.5 0.4 1.52 9. A0614 2 22
ENDDATA 14 0 A0614 2 23
ENDSUBENT 22 0 A0614 299999
SUBENT A0614003 20170206 A086A0614 3 1
BIB 3 3 A0614 3 2
REACTION (79-AU-197(A,2N)81-TL-199,,SIG) A0614 3 3
DECAY-DATA (81-TL-199,7.42HR,DG,455.,0.12) A0614 3 4
STATUS (CURVE) By CAJAD. Fig.1 from JP/G,14,931,1988 A0614 3 5
ENDBIB 3 0 A0614 3 6
NOCOMMON 0 0 A0614 3 7
DATA 4 10 A0614 3 8
EN EN-ERR-DIG DATA DATA-ERR A0614 3 9
MEV MEV MB PER-CENT A0614 3 10
26.4 0.4 540. 11. A0614 3 11
32.7 0.4 307. 8. A0614 3 12
37.9 0.4 107. 12. A0614 3 13
42.6 0.5 69. 10. A0614 3 14
48.1 0.5 46. 11. A0614 3 15
51.1 0.4 42. 10. A0614 3 16
56.1 0.5 29. 10. A0614 3 17
61.8 0.4 24.2 10. A0614 3 18
66.1 0.4 20.4 10. A0614 3 19
71. 0.4 19. 10. A0614 3 20
ENDDATA 12 0 A0614 3 21
ENDSUBENT 20 0 A0614 399999
SUBENT A0614004 20170206 A086A0614 4 1
BIB 3 5 A0614 4 2
REACTION (79-AU-197(A,3N)81-TL-198-G,M+,SIG) A0614 4 3
Tl-198 has isomer state with T1/2=1.87 hr. Branching ofA0614 4 4
isomer transition is 46% [comment by compiler]. A0614 4 5
DECAY-DATA (81-TL-198-G,5.3HR,DG,676.,0.10) A0614 4 6
STATUS (CURVE) By CAJAD. Fig.1 from JP/G,14,931,1988 A0614 4 7
ENDBIB 5 0 A0614 4 8
NOCOMMON 0 0 A0614 4 9
DATA 4 9 A0614 4 10
EN EN-ERR-DIG DATA DATA-ERR A0614 4 11
MEV MEV MB PER-CENT A0614 4 12
30.8 0.4 330. 8. A0614 4 13
36.2 0.4 1140. 10. A0614 4 14
41.4 0.5 920. 11. A0614 4 15
47.6 0.8 430. 9. A0614 4 16
49.2 0.5 252. 10. A0614 4 17
54.6 0.6 171. 11. A0614 4 18
60.1 0.7 111. 12. A0614 4 19
65.8 0.5 88. 9. A0614 4 20
69.7 0.6 76. 11. A0614 4 21
ENDDATA 11 0 A0614 4 22
ENDSUBENT 21 0 A0614 499999
SUBENT A0614005 20170206 A086A0614 5 1
BIB 4 10 A0614 5 2
REACTION (79-AU-197(A,X)79-AU-198-G,(M),SIG) Shielded. A0614 5 3
Au-198 has isomer with T1/2= 2.30 d. The authors A0614 5 4
measured gamma rays intensity of Au-198-G only. Any A0614 5 5
information for cooling time and decay curve A0614 5 6
measurement is absent. If only one measurement A0614 5 7
activity was made, then the influence of cross sectionA0614 5 8
of isomer state production is very high. A0614 5 9
DECAY-DATA (79-AU-198-G,2.69D,DG,412.,0.955) A0614 5 10
STATUS (CURVE) By CAJAD. Fig.2 from JP/G,14,931,1988 A0614 5 11
HISTORY (20170206A) SD: SF3=N+2P -> X in REACTION code. A0614 5 12
ENDBIB 10 0 A0614 5 13
NOCOMMON 0 0 A0614 5 14
DATA 4 7 A0614 5 15
EN EN-ERR-DIG DATA DATA-ERR A0614 5 16
MEV MEV MB PER-CENT A0614 5 17
38.4 0.5 1.26 10. A0614 5 18
44.2 0.4 1.95 10. A0614 5 19
49.8 0.3 3.4 9. A0614 5 20
55.4 0.4 5.9 8. A0614 5 21
59.8 0.5 9.4 10. A0614 5 22
65. 0.4 11.7 9. A0614 5 23
69.6 0.3 14. 9. A0614 5 24
ENDDATA 9 0 A0614 5 25
ENDSUBENT 24 0 A0614 599999
SUBENT A0614006 20170206 A086A0614 6 1
BIB 4 5 A0614 6 2
REACTION (79-AU-197(A,X)79-AU-196-G,M+,SIG) Shielded. A0614 6 3
Au-196 has two isomer states (T1/2=9.7 hr and 8.2 s). A0614 6 4
DECAY-DATA (79-AU-196-G,6.15D,DG,356.,0.87) A0614 6 5
STATUS (CURVE) By CAJAD. Fig.2 from JP/G,14,931,1988 A0614 6 6
HISTORY (20170206A) SD: SF3=N+A -> X in REACTION code. A0614 6 7
ENDBIB 5 0 A0614 6 8
NOCOMMON 0 0 A0614 6 9
DATA 4 10 A0614 6 10
EN EN-ERR-DIG DATA DATA-ERR A0614 6 11
MEV MEV MB PER-CENT A0614 6 12
31.6 0.4 3.9 10. A0614 6 13
34. 0.3 6.9 9. A0614 6 14
37.3 0.3 12.1 9. A0614 6 15
42.2 0.3 21.5 9. A0614 6 16
47.1 0.3 37. 11. A0614 6 17
50. 0.5 47. 11. A0614 6 18
55.4 0.3 60. 8. A0614 6 19
60. 0.5 73. 8. A0614 6 20
64.7 0.3 84. 8. A0614 6 21
69.9 0.3 100. 8. A0614 6 22
ENDDATA 12 0 A0614 6 23
ENDSUBENT 22 0 A0614 699999
SUBENT A0614007 20170206 A086A0614 7 1
BIB 4 7 A0614 7 2
REACTION (79-AU-197(A,X)79-AU-194,,SIG) A0614 7 3
Au-194 is daughter of Hg-194 (T1/2=367 Y). Therefore A0614 7 4
Au-194 production due to radioactive decay of Hg-194 A0614 7 5
is negligible. [Comment by compiler]. A0614 7 6
DECAY-DATA (79-AU-194-G,39.5HR,DG,328.,0.61) A0614 7 7
STATUS (CURVE) By CAJAD. Fig.2 from JP/G,14,931,1988 A0614 7 8
HISTORY (20170206A) SD: SF3=3N+A -> X in REACTION code. A0614 7 9
ENDBIB 7 0 A0614 7 10
NOCOMMON 0 0 A0614 7 11
DATA 4 5 A0614 7 12
EN EN-ERR-DIG DATA DATA-ERR A0614 7 13
MEV MEV MB PER-CENT A0614 7 14
50.2 0.3 3.3 12. A0614 7 15
55.6 0.3 9.1 11. A0614 7 16
60.5 0.3 18.5 5. A0614 7 17
65.2 0.4 21.7 10. A0614 7 18
69.9 0.3 24.2 10. A0614 7 19
ENDDATA 7 0 A0614 7 20
ENDSUBENT 19 0 A0614 799999
ENDENTRY 7 0 A061499999999