ENTRY A0600 20110826 A073A060000000001 SUBENT A0600001 20110826 A073A060000100001 BIB 12 28 A060000100002 TITLE Measurement of cross sections by bombarding Fe with A060000100003 protons up to 19 MeV. A060000100004 AUTHOR (Zhao Wenrong, Lu Hanlin, Yu Weixiang) A060000100005 REFERENCE (J,CNP,15,337,1993) A060000100006 INSTITUTE (3CPRAEP) A060000100007 FACILITY (VDGT,3CPRAEP). Hi-13 tandem accelerator. A060000100008 METHOD (INTB,EXTB,STTA). Three stacks were irradiated at the A060000100009 primary incident energies of 19,16 and 10 MeV. A060000100010 SAMPLE each stack consisted of high purity natural iron foils A060000100011 and aluminium foils used as energy degrader. A060000100012 the area of the foil was large enough (diameter=24 mm) A060000100013 to intercept the whole beam, which was focused to A A060000100014 size of 3mm*4mm approximately. A060000100015 DETECTOR (GELI) A060000100016 ERR-ANALYS (ERR-1).Average uncertainty of the efficiency of the A060000100017 Ge(Li) detector A060000100018 (ERR-2).The uncertainty of activity measurements. A060000100019 (ERR-3). The uncertainty of beam current. A060000100020 (ERR-4).Average uncertainty of weight and uniformity A060000100021 of the samples. A060000100022 (ERR-5).Average uncertainty of the measured repetition.A060000100023 (ERR-T).Total uncertainty. A060000100024 (EN-ERR).Any information is absent. A060000100025 ANALYSIS (AREA) A060000100026 HISTORY (19941018C) FC A060000100027 (20110826A) BIB section upgraded. A060000100028 Correction in En-Err in sub.002 at E(p)=15.929 MeV -SB A060000100029 STATUS (TABLE).Table 2 of J,CNP,15,337,1993 A060000100030 ENDBIB 28 0 A060000100031 COMMON 5 3 A060000100032 ERR-1 ERR-2 ERR-3 ERR-4 ERR-5 A060000100033 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A060000100034 2. 1.5 2. 2.5 2.5 A060000100035 ENDCOMMON 3 0 A060000100036 ENDSUBENT 35 0 A060000199999 SUBENT A0600002 20110826 A073A060000200001 BIB 4 35 A060000200002 REACTION 5(26-FE-0(P,X)27-CO-56,IND,SIG) Co-56 has been A060000200003 produced from Fe-58(p,3n),Fe-57(p,2n) and Fe-56(p,n) A060000200004 reactions. (p,n) is the main reaction for producing A060000200005 56-Co with threshold of 5.4 MeV. A060000200006 6(26-FE-0(P,X)27-CO-55,IND,SIG) Co-55 has been A060000200007 produced through 54-Fe(p,g),56-Fe(p,2n) and A060000200008 57-Fe(p,3n). (p,2n) reaction is the main contribution A060000200009 for 55-Co production. A060000200010 7(26-FE-0(P,X)27-CO-57,IND,SIG) Co-57 has been A060000200011 produced from Fe-56(p,g),Fe-57(p,n) and Fe-58(p,2n) A060000200012 reactions. The first one is the primary reaction for A060000200013 producing Co-57. A060000200014 4(26-FE-0(P,X)25-MN-54,IND,SIG) 54-Mn has been A060000200015 produced through 56-Fe(p,2p+n),56-Fe(p,He3) and A060000200016 57-Fe(p,alpha) reactions. The 56-Fe(p,He3) (threshold A060000200017 at 12.7 MeV) and Fe-57(p,alpha) (threshold at 9.5 MeV) A060000200018 are the main reactions for Mn-54 production. A060000200019 REL-REF (A,,I.L.Jenkins+,J,JIN,32,1419,1970) for Co-55,Co-56 A060000200020 (A,,R.Michel+,J,NP/A,322,40,1979) for Co-55 ,Co-56, A060000200021 Co-57 A060000200022 (A,,M.C.Lagunas-Solar+,J,ARI,30,15,1979) for Co-55 A060000200023 (A,,S.Tanaka+,J,JPJ,14,1269,1959) for Co-56 A060000200024 (A,,R.L.Brodzinski+,J,PR/C,4,1257,1971)for Co-56,Co-57 A060000200025 (A,,E.Gadioli+,J,NC/A,22,547,1974) for Co-56 A060000200026 (A,,P.Dyer+,J,PR/C,23,1865,1981) for Co-56 A060000200027 RAD-DET 6(27-CO-55,DG) A060000200028 5(27-CO-56,DG) A060000200029 7(27-CO-57,DG) A060000200030 4(25-MN-54,DG). This activity was measured about one A060000200031 year after the irradiation. A060000200032 DECAY-DATA6(27-CO-55,17.53HR,DG,477.19,0.202, A060000200033 DG,931.24,0.75) A060000200034 5(27-CO-56,77.7D,DG,841.81,0.999) A060000200035 7(27-CO-57,271.77D,DG,122.06,0.855) A060000200036 4(25-MN-54,312.2D,DG,834.83,0.99975) A060000200037 ENDBIB 35 0 A060000200038 NOCOMMON 0 0 A060000200039 DATA 10 24 A060000200040 EN EN-ERR DATA 5ERR-T 5DATA 6ERR-T 6A060000200041 DATA 4ERR-T 4DATA 7ERR-T 7 A060000200042 MEV MEV MB MB MB MB A060000200043 MB MB MB MB A060000200044 4.667 0.299 A060000200045 2.32 0.19 A060000200046 5.444 0.380 A060000200047 3.25 0.24 A060000200048 6.658 0.259 115.2 5.8 A060000200049 5.80 0.63 A060000200050 7.589 0.161 185.8 9.3 A060000200051 7.60 0.46 A060000200052 8.405 0.281 244. 17.1 A060000200053 8.70 0.44 A060000200054 9.879 0.175 343.6 15.5 A060000200055 9.90 0.50 A060000200056 10.922 0.258 354.3 17.7 A060000200057 9.18 0.55 A060000200058 11.180 0.148 366.0 20.1 A060000200059 8.70 0.52 A060000200060 12.011 0.144 378.5 20.8 A060000200061 7.71 0.48 A060000200062 12.317 0.135 384.1 21.1 A060000200063 6.77 0.41 A060000200064 13.081 0.196 394.4 23.7 A060000200065 5.96 0.38 A060000200066 13.377 0.127 388.9 21.4 A060000200067 5.50 0.27 A060000200068 14.099 0.125 365.3 25.6 A060000200069 4.99 0.31 A060000200070 14.381 0.121 357.7 25.1 A060000200071 1.10 0.08 4.44 0.27 A060000200072 15.035 0.179 317.0 22.2 A060000200073 4.29 0.21 A060000200074 15.433 0.110 263.0 15.8 A060000200075 1.24 0.09 3.67 0.18 A060000200076 15.929 0.101 224.9 12.4 A060000200077 3.46 0.21 A060000200078 15.946 0.084 221.6 12.2 1.30 0.08A060000200079 3.45 0.21 A060000200080 16.233 0.112 205.5 11.3 4.0 0.2A060000200081 1.22 0.09 3.21 0.19 A060000200082 16.776 0.109 177.4 9.8 13.0 0.7A060000200083 1.17 0.08 3.08 0.18 A060000200084 17.305 0.095 156.0 8.6 24.0 1.2A060000200085 1.18 0.08 3.02 0.18 A060000200086 17.833 0.116 100.5 5.5 24.4 1.2A060000200087 0.84 0.06 2.17 0.16 A060000200088 18.360 0.101 105.9 5.8 35.8 1.8A060000200089 0.95 0.07 2.60 0.16 A060000200090 18.864 0.101 92.5 5.1 39.2 2.0A060000200091 0.88 0.06 2.48 0.15 A060000200092 ENDDATA 52 0 A060000200093 ENDSUBENT 92 0 A060000299999 ENDENTRY 2 0 A060099999999