ENTRY O0806 20160204 O056O0806 0 1 SUBENT O0806001 20160204 O056O0806 1 1 BIB 16 54 O0806 1 2 TITLE Silver isotopes produced by alpha-particles on rhodium O0806 1 3 REFERENCE (J,JRN,198,41,1995) O0806 1 4 AUTHOR (A.Moreno, J.C.Massotta, A.Barral, S.J.Nassiff) O0806 1 5 INSTITUTE (3ARGCIN) O0806 1 6 SAMPLE The Rh foils were analyzed spectroscopically and it wasO0806 1 7 found that the quantities of impurities were O0806 1 8 negligible. The thickness of these foils was about O0806 1 9 16.86 mg/cm2, whereas the one corresponding to Cu was O0806 1 10 about 16.6 mg/cm2. O0806 1 11 MONITOR (29-CU-65(A,2N)31-GA-67,,SIG) O0806 1 12 (29-CU-63(A,X)30-ZN-65,CUM,SIG) O0806 1 13 The standard excitation functions were used for the O0806 1 14 determinations of the energy of the incident beam and O0806 1 15 the flux of alpha-particles. The fluxes obtained O0806 1 16 through both standard functions differ only in 1%, O0806 1 17 whereas the error in its determination is less than O0806 1 18 11%. O0806 1 19 MONIT-REF (D0092001,O.Bonesso+,J,JRN,152,189,1991) O0806 1 20 (B0156001,N.T.Porile+,J,PR,116,1193,1959) O0806 1 21 (B0058001,M.Hille+,J,NP/A,198,625,1972) O0806 1 22 (B0070001,E.A.Brant+,J,PR,130,1512,1963) O0806 1 23 (B0040001,H.P.Graf+,J,JIN,36,3647,1974) O0806 1 24 (D0090001,I.A.Rizvi+,J,JPJ,56,3135,1987) O0806 1 25 DETECTOR (GE-IN) A Ge detector of high resolution (FWHM =1.5 keVO0806 1 26 at 122 keV) was used O0806 1 27 FACILITY (ISOCY,2GERKFK) O0806 1 28 INC-SOURCE the flux of the beam in the target was 2.38 x 10.**13 O0806 1 29 particles/sec. The irradiation lasted 465 minutes O0806 1 30 METHOD (INTB) The maximum incident energy was approximately O0806 1 31 88.7 MeV and O0806 1 32 (STTA) Cu foils were interleaved between the Rh foils: O0806 1 33 their function was to monitor both the flux and the O0806 1 34 energy beam in the stack. O0806 1 35 (ACTIV) The irradiation lasted 465 minutes. O0806 1 36 (GSPEC) O0806 1 37 ERR-ANALYS (ERR-T) Total uncertainty including: O0806 1 38 (ERR-1) An overall error of target thickness O0806 1 39 (ERR-2,,1.) Error due to angular straggling. O0806 1 40 (ERR-3,,11.) The error in flux determination is less O0806 1 41 than 11% whereas fluxes obtained through both standard O0806 1 42 functions differ only in 1% O0806 1 43 COMMENT -By authors. The uncertainty in the energies, due toO0806 1 44 the dispersion of the incident beam and the dispersion O0806 1 45 produced on the target, was estimated to be 0.5 MeV forO0806 1 46 10 MeV alpha-particles. O0806 1 47 ADD-RES (TTY-C) TTY(1 hr) in Table 3 from JRN,198,41,1995 O0806 1 48 (COMP) A comparison between the experimental and the O0806 1 49 cross sections calculated using the EXCLUSIVE INDEX O0806 1 50 model is presented. O0806 1 51 STATUS (TABLE) Tbl. 2 from JRN,198,41,1995 O0806 1 52 HISTORY (20050224C) By F.Ch O0806 1 53 (20050306U) Last checking has been done. O0806 1 54 (20160204A) SD: REACTION code corrected in Subent 002. O0806 1 55 BIB update. O0806 1 56 ENDBIB 54 0 O0806 1 57 COMMON 1 3 O0806 1 58 ERR-1 O0806 1 59 PER-CENT O0806 1 60 2. O0806 1 61 ENDCOMMON 3 0 O0806 1 62 ENDSUBENT 61 0 O0806 199999 SUBENT O0806002 20160204 O056O0806 2 1 BIB 3 5 O0806 2 2 REACTION (45-RH-103(A,2N)47-AG-105,,SIG) O0806 2 3 DECAY-DATA (47-AG-105-M,7.2MIN) O0806 2 4 (47-AG-105-G,41.3D,DG,280.,0.31) O0806 2 5 HISTORY (20160204A) SD: SF4=Ag-105g -> Ag-105; SF5=M+ deleted O0806 2 6 in REACTION code. O0806 2 7 ENDBIB 5 0 O0806 2 8 NOCOMMON 0 0 O0806 2 9 DATA 3 31 O0806 2 10 EN DATA ERR-T O0806 2 11 MEV MB MB O0806 2 12 88.26 20.72 4.16 O0806 2 13 86.36 24.42 4.88 O0806 2 14 84.42 33.41 6.06 O0806 2 15 83.51 24.49 4.9 O0806 2 16 81.52 22.41 4.48 O0806 2 17 78.86 19.29 3.86 O0806 2 18 77.9 27.01 5.4 O0806 2 19 75.14 26.65 5.33 O0806 2 20 74.14 28.79 5.76 O0806 2 21 71.28 35.99 7.2 O0806 2 22 70.24 37.24 7.45 O0806 2 23 67.26 39.18 7.84 O0806 2 24 66.18 39.34 7.87 O0806 2 25 63.82 44.26 8.85 O0806 2 26 62.69 42.5 8.5 O0806 2 27 60.23 46.17 9.24 O0806 2 28 56.88 53.93 10.79 O0806 2 29 54.24 72.77 14.55 O0806 2 30 52.97 77.94 15.59 O0806 2 31 50.18 90.61 18.12 O0806 2 32 48.83 99.54 19.91 O0806 2 33 44.89 137. 27.4 O0806 2 34 43.43 163.7 32.7 O0806 2 35 39.1 303.7 60.7 O0806 2 36 37.49 413.6 82.7 O0806 2 37 32.62 869.1 173.8 O0806 2 38 30.78 1065. 213. O0806 2 39 25.07 1107. 221. O0806 2 40 20.04 6115. 1220. O0806 2 41 17.42 3625. 725. O0806 2 42 10.47 3948. 790. O0806 2 43 ENDDATA 33 0 O0806 2 44 ENDSUBENT 43 0 O0806 299999 SUBENT O0806003 20050306 O023O080600300001 BIB 2 2 O080600300002 REACTION (45-RH-103(A,N)47-AG-106-M,,SIG) O080600300003 DECAY-DATA (47-AG-106-M,8.5D,DG,717.,0.29) O080600300004 ENDBIB 2 0 O080600300005 NOCOMMON 0 0 O080600300006 DATA 3 28 O080600300007 EN DATA ERR-T O080600300008 MEV MB MB O080600300009 83.51 1.515 0.303 O080600300010 81.52 1.898 0.38 O080600300011 78.86 0.476 0.1 O080600300012 77.9 0.305 0.06 O080600300013 75.14 1.034 0.21 O080600300014 74.14 1.172 0.23 O080600300015 71.28 0.915 0.18 O080600300016 70.24 0.89 0.18 O080600300017 67.26 1.024 0.2 O080600300018 66.18 0.907 0.18 O080600300019 63.82 1.217 0.24 O080600300020 62.69 0.954 0.19 O080600300021 60.23 0.99 0.2 O080600300022 56.88 1.309 0.26 O080600300023 54.24 1.476 0.3 O080600300024 52.97 1.575 0.32 O080600300025 50.18 1.797 0.36 O080600300026 48.83 1.728 0.34 O080600300027 44.89 2.234 0.45 O080600300028 43.43 2.367 0.47 O080600300029 39.1 3.398 0.68 O080600300030 37.49 3.667 0.73 O080600300031 32.62 2.879 0.56 O080600300032 30.78 5.823 1.16 O080600300033 25.07 16.28 3.26 O080600300034 20.04 52.17 10.43 O080600300035 17.42 63.52 12.7 O080600300036 10.47 19.96 3.99 O080600300037 ENDDATA 30 0 O080600300038 ENDSUBENT 37 0 O080600399999 ENDENTRY 3 0 O080699999999