ENTRY A0500 20231227 A105A0500 0 1 SUBENT A0500001 20231227 A105A0500 1 1 BIB 12 37 A0500 1 2 TITLE Excitation functions and production rates of relevance A0500 1 3 to the production of In-111 by proton bombardment of A0500 1 4 Cd-nat and In-nat up to 100 MeV. A0500 1 5 AUTHOR (F.M.Nortier,S.J.Mills,G.F.Steyn) A0500 1 6 INSTITUTE (3SAFNAC) A0500 1 7 REFERENCE (J,ARI,41,1201,1990) A0500 1 8 DETECTOR (GE-IN) Intrinsic Ge detector with a relative A0500 1 9 efficiency of 13% and a resolution of 1.8 keV FWHM A0500 1 10 at 1.33 MeV. A0500 1 11 FACILITY (ISOCY,3SAFNAC) A0500 1 12 ADD-RES (COMP).The computer code 'ALICE'. A0500 1 13 MONITOR (13-AL-27(P,X)11-NA-22,,SIG) A0500 1 14 MONIT-REF (A0497002,G.F.Steyn+,J,ARI,41,315,1990) A0500 1 15 METHOD (EXTB,STTA,ACTIV) A0500 1 16 ERR-ANALYS (ERR-T) The total uncertainties in the cross-sections A0500 1 17 and production rates were obtained by summing all the A0500 1 18 contributing uncertainties in quadrature. They are A0500 1 19 expressed with a 68% confidence level,and consist of: A0500 1 20 * a variable component, due to counting statistics andA0500 1 21 photopeak integration; A0500 1 22 (ERR-1,,1.4) The error in beam-loss corrections; A0500 1 23 (ERR-2) Comprising uncertainties in beam current; A0500 1 24 (ERR-3) The error in the detector efficiency; A0500 1 25 (ERR-4) The error in counting geometry; A0500 1 26 (ERR-5) The error in decay corrections; A0500 1 27 (ERR-6) The error in foil thickness; A0500 1 28 (EN-ERR) The uncertainties in incident energies. A0500 1 29 HISTORY (19911023C) A0500 1 30 (19920714U) A0500 1 31 (20160212A) SD:Updated to new date formats,lower case. A0500 1 32 SF4 corrected in REACTION code in Subent 002 according A0500 1 33 to author's remark. DATA-ERR -> ERR-T in Subents 02,03.A0500 1 34 Info from COMMENT moved to ERR-ANALYS.ERR-ANALYS updateA0500 1 35 MONITOR added. DECAY-DATA were added to Subent 002. A0500 1 36 (20170203A) SD: Major revision in 003. A0500 1 37 (20231227A) SD: Corrections in all Subents. Subents A0500 1 38 were split. A0500 1 39 ENDBIB 37 0 A0500 1 40 COMMON 6 3 A0500 1 41 EN-ERR ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 A0500 1 42 MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A0500 1 43 1. 6. 5. 1. 1. 1.A0500 1 44 ENDCOMMON 3 0 A0500 1 45 ENDSUBENT 44 0 A0500 199999 SUBENT A0500002 20231227 A105A0500 2 1 BIB 5 11 A0500 2 2 REACTION (48-CD-0(P,X)49-IN-109,,SIG) A0500 2 3 DECAY-DATA (49-IN-109-G,4.2HR) A0500 2 4 SAMPLE Natural high-purity Cd foils (99.95%), 125 mu-m thick. A0500 2 5 Each target foil was followed by a 250 mu-m high-purityA0500 2 6 Al monitor foil (99.999%) for the accurate measurement A0500 2 7 of the incident proton flux. A0500 2 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 1 A0500 2 9 HISTORY (20160212A) SD: SF4=In-110m -> In-110g in REACTION (2) A0500 2 10 code according to author's remark. A0500 2 11 (20231227A) SD: STATUS updated. Data correction at A0500 2 12 E=65.7 MeV (98.7 -> 98.6 mb). Subent was split in four.A0500 2 13 ENDBIB 11 0 A0500 2 14 NOCOMMON 0 0 A0500 2 15 DATA 3 34 A0500 2 16 EN DATA ERR-T A0500 2 17 MEV MB MB A0500 2 18 98.5 34.9 2.8 A0500 2 19 95.8 38.3 3.1 A0500 2 20 93.1 39.9 3.2 A0500 2 21 90.4 43.6 3.5 A0500 2 22 87.6 45.3 3.6 A0500 2 23 84.7 49.0 3.9 A0500 2 24 81.8 52.9 4.3 A0500 2 25 78.7 57.9 4.7 A0500 2 26 75.6 66.1 5.3 A0500 2 27 72.4 73.4 5.9 A0500 2 28 69.1 82.6 6.7 A0500 2 29 65.7 98.6 7.9 A0500 2 30 62.9 95.9 7.7 A0500 2 31 60.1 96.6 7.7 A0500 2 32 57.1 100.2 8.0 A0500 2 33 54.0 109.8 8.8 A0500 2 34 50.8 126.2 10.1 A0500 2 35 47.4 143.5 11.5 A0500 2 36 44.9 150.2 12.1 A0500 2 37 42.3 146.3 11.8 A0500 2 38 39.5 137.0 11.0 A0500 2 39 37.9 132.0 10.6 A0500 2 40 36.1 122.9 9.9 A0500 2 41 34.3 117.7 9.4 A0500 2 42 32.4 116.8 9.4 A0500 2 43 30.5 127.5 10.2 A0500 2 44 28.4 140.7 11.3 A0500 2 45 26.2 153.0 12.3 A0500 2 46 23.9 133.6 10.7 A0500 2 47 21.4 109.9 8.8 A0500 2 48 18.6 93.8 7.5 A0500 2 49 16.9 69.3 5.6 A0500 2 50 15.0 25.9 2.1 A0500 2 51 13.0 1.8 0.3 A0500 2 52 ENDDATA 36 0 A0500 2 53 ENDSUBENT 52 0 A0500 299999 SUBENT A0500003 20231227 A105A0500 3 1 BIB 5 9 A0500 3 2 REACTION (49-IN-0(P,X)50-SN-109,,SIG) A0500 3 3 REL-REF (D,A0506002,F.M.Nortier+,J,ARI,42,1105,1991) A0500 3 4 SAMPLE Each 125 mu-m thick high-purity In foil(99.99%) was A0500 3 5 sandwiched between two 20 mu-m Al microfoils for A0500 3 6 excluding local melting and subsequent sticking of A0500 3 7 the foils. A0500 3 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 3 A0500 3 9 HISTORY (20170218A) SD: Data from Tbl.3 were added. A0500 3 10 (20231227A) SD:STATUS updated. Subent was split in fourA0500 3 11 ENDBIB 9 0 A0500 3 12 NOCOMMON 0 0 A0500 3 13 DATA 3 15 A0500 3 14 EN DATA ERR-T A0500 3 15 MEV MB MB A0500 3 16 98.1 21.8 2.2 A0500 3 17 95.5 28.1 3.5 A0500 3 18 92.8 21.9 2.2 A0500 3 19 90.0 28.0 3.7 A0500 3 20 87.2 32.0 4.1 A0500 3 21 84.4 24.5 2.5 A0500 3 22 81.4 16.7 3.4 A0500 3 23 78.4 4.6 0.5 A0500 3 24 75.3 16.6 3.5 A0500 3 25 72.1 6.3 1.2 A0500 3 26 68.8 6.3 1.6 A0500 3 27 65.2 3.9 0.6 A0500 3 28 62.4 4.8 0.8 A0500 3 29 59.6 3.1 0.6 A0500 3 30 56.6 2.8 0.7 A0500 3 31 ENDDATA 17 0 A0500 3 32 ENDSUBENT 31 0 A0500 399999 SUBENT A0500004 20231227 A105A0500 4 1 BIB 5 8 A0500 4 2 REACTION (48-CD-0(P,X)49-IN-110-G,,SIG) A0500 4 3 DECAY-DATA (49-IN-110-G,4.9HR) A0500 4 4 SAMPLE Natural high-purity Cd foils (99.95%), 125mu-m thick. A0500 4 5 Each target foil was followed by a 250 mu-m high-purityA0500 4 6 Al monitor foil (99.999%) for the accurate measurement A0500 4 7 of the incident proton flux. A0500 4 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 1 A0500 4 9 HISTORY (20231227T) SD: Part of Subent 002. A0500 4 10 ENDBIB 8 0 A0500 4 11 NOCOMMON 0 0 A0500 4 12 DATA 3 36 A0500 4 13 EN DATA ERR-T A0500 4 14 MEV MB MB A0500 4 15 98.5 17.3 1.4 A0500 4 16 95.8 19.5 1.6 A0500 4 17 93.1 20.6 1.7 A0500 4 18 90.4 22.9 1.8 A0500 4 19 87.6 24.1 1.9 A0500 4 20 84.7 26.5 2.1 A0500 4 21 81.8 28.0 2.3 A0500 4 22 78.7 31.0 2.5 A0500 4 23 75.6 33.5 2.7 A0500 4 24 72.4 36.5 2.9 A0500 4 25 69.1 40.9 3.3 A0500 4 26 65.7 48.7 3.9 A0500 4 27 62.9 57.2 4.6 A0500 4 28 60.1 68.3 5.5 A0500 4 29 57.1 81.0 6.5 A0500 4 30 54.0 88.3 7.1 A0500 4 31 50.8 86.7 7.0 A0500 4 32 47.4 80.9 6.5 A0500 4 33 44.9 77.8 6.3 A0500 4 34 42.3 83.8 6.8 A0500 4 35 39.5 102.6 8.2 A0500 4 36 37.9 116.8 9.4 A0500 4 37 36.1 124.5 10.0 A0500 4 38 34.3 125.4 10.1 A0500 4 39 32.4 120.7 9.7 A0500 4 40 30.5 111.9 9.0 A0500 4 41 28.4 101.1 8.1 A0500 4 42 26.2 81.3 6.5 A0500 4 43 23.9 57.0 4.6 A0500 4 44 21.4 50.4 4.1 A0500 4 45 18.6 44.2 3.6 A0500 4 46 16.9 39.7 3.2 A0500 4 47 15.0 29.5 2.4 A0500 4 48 13.0 16.0 1.3 A0500 4 49 10.7 6.0 0.5 A0500 4 50 8.0 1.0 0.1 A0500 4 51 ENDDATA 38 0 A0500 4 52 ENDSUBENT 51 0 A0500 499999 SUBENT A0500005 20231227 A105A0500 5 1 BIB 4 8 A0500 5 2 REACTION (48-CD-0(P,X)49-IN-111,,SIG) A0500 5 3 SAMPLE Natural high-purity Cd foils (99.95%), 125 mu-m thick. A0500 5 4 Each target foil was followed by a 250 mu-m high-purityA0500 5 5 Al monitor foil (99.999%) for the accurate measurement A0500 5 6 of the incident proton flux. A0500 5 7 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 1 A0500 5 8 HISTORY (20231227T) SD: Part of Subent 002 with correction at A0500 5 9 E=10.7 MeV (2.3->72.3 mb). A0500 5 10 ENDBIB 8 0 A0500 5 11 NOCOMMON 0 0 A0500 5 12 DATA 3 37 A0500 5 13 EN DATA ERR-T A0500 5 14 MEV MB MB A0500 5 15 98.5 31.2 2.5 A0500 5 16 95.8 33.6 2.7 A0500 5 17 93.1 35.2 2.8 A0500 5 18 90.4 36.9 3.0 A0500 5 19 87.6 39.5 3.2 A0500 5 20 84.7 42.1 3.4 A0500 5 21 81.8 44.7 3.6 A0500 5 22 78.7 47.4 3.8 A0500 5 23 75.6 52.9 4.3 A0500 5 24 72.4 57.4 4.6 A0500 5 25 69.1 64.5 5.2 A0500 5 26 65.7 72.1 5.8 A0500 5 27 62.9 76.5 6.1 A0500 5 28 60.1 81.6 6.5 A0500 5 29 57.1 88.2 7.1 A0500 5 30 54.0 101.6 8.1 A0500 5 31 50.8 126.4 10.1 A0500 5 32 47.4 168.7 13.5 A0500 5 33 44.9 207.1 16.6 A0500 5 34 42.3 237.8 19.1 A0500 5 35 39.5 240.5 19.2 A0500 5 36 37.9 232.8 18.6 A0500 5 37 36.1 221.6 17.7 A0500 5 38 34.3 204.8 16.4 A0500 5 39 32.4 189.8 15.2 A0500 5 40 30.5 186.4 14.9 A0500 5 41 28.4 204.5 16.4 A0500 5 42 26.2 261.6 20.9 A0500 5 43 23.9 315.8 25.3 A0500 5 44 21.4 294.7 23.6 A0500 5 45 18.6 256.7 20.6 A0500 5 46 16.9 238.4 19.1 A0500 5 47 15.0 203.4 16.3 A0500 5 48 13.0 133.7 10.7 A0500 5 49 10.7 72.3 5.8 A0500 5 50 8.0 24.1 1.9 A0500 5 51 4.1 1.2 0.1 A0500 5 52 ENDDATA 39 0 A0500 5 53 ENDSUBENT 52 0 A0500 599999 SUBENT A0500006 20231227 A105A0500 6 1 BIB 5 8 A0500 6 2 REACTION (48-CD-0(P,X)49-IN-114-M,,SIG) A0500 6 3 DECAY-DATA (49-IN-114-M,49.51D) A0500 6 4 SAMPLE Natural high-purity Cd foils (99.95%), 125mu-m thick. A0500 6 5 Each target foil was followed by a 250 mu-m high-purityA0500 6 6 Al monitor foil (99.999%) for the accurate measurement A0500 6 7 of the incident proton flux. A0500 6 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 1 A0500 6 9 HISTORY (20231227T) SD: Part of Subent 002. A0500 6 10 ENDBIB 8 0 A0500 6 11 NOCOMMON 0 0 A0500 6 12 DATA 3 37 A0500 6 13 EN DATA ERR-T A0500 6 14 MEV MB MB A0500 6 15 98.5 3.0 0.3 A0500 6 16 95.8 3.2 0.3 A0500 6 17 93.1 3.2 0.3 A0500 6 18 90.4 3.5 0.3 A0500 6 19 87.6 3.7 0.3 A0500 6 20 84.7 4.0 0.3 A0500 6 21 81.8 4.3 0.4 A0500 6 22 78.7 3.9 0.3 A0500 6 23 75.6 4.4 0.4 A0500 6 24 72.4 4.8 0.4 A0500 6 25 69.1 5.1 0.4 A0500 6 26 65.7 5.2 0.4 A0500 6 27 62.9 5.5 0.5 A0500 6 28 60.1 6.4 0.5 A0500 6 29 57.1 6.7 0.6 A0500 6 30 54.0 7.1 0.6 A0500 6 31 50.8 7.9 0.7 A0500 6 32 47.4 8.9 0.7 A0500 6 33 44.9 10.3 0.8 A0500 6 34 42.3 13.1 1.1 A0500 6 35 39.5 17.0 1.4 A0500 6 36 37.9 20.3 1.7 A0500 6 37 36.1 26.1 2.1 A0500 6 38 34.3 34.8 2.8 A0500 6 39 32.4 47.0 3.8 A0500 6 40 30.5 57.8 4.6 A0500 6 41 28.4 64.4 5.2 A0500 6 42 26.2 62.4 5.0 A0500 6 43 23.9 50.9 4.1 A0500 6 44 21.4 26.8 2.2 A0500 6 45 18.6 11.8 1.0 A0500 6 46 16.9 16.1 1.3 A0500 6 47 15.0 29.7 2.4 A0500 6 48 13.0 60.2 4.8 A0500 6 49 10.7 70.1 5.6 A0500 6 50 8.0 21.3 1.7 A0500 6 51 4.1 0.7 0.2 A0500 6 52 ENDDATA 39 0 A0500 6 53 ENDSUBENT 52 0 A0500 699999 SUBENT A0500007 20231227 A105A0500 7 1 BIB 4 8 A0500 7 2 REACTION (49-IN-0(P,X)50-SN-110,,SIG) A0500 7 3 SAMPLE Each 125 mu-m thick high-purity In foil(99.99%) was A0500 7 4 sandwiched between two 20 mu-m Al microfoils for A0500 7 5 excluding local melting and subsequent sticking of A0500 7 6 the foils. A0500 7 7 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 3 A0500 7 8 HISTORY (20170218A) SD: Data from Tbl.3 were added. A0500 7 9 (20231227T) SD: Part of Subent 003. A0500 7 10 ENDBIB 8 0 A0500 7 11 NOCOMMON 0 0 A0500 7 12 DATA 3 23 A0500 7 13 EN DATA ERR-T A0500 7 14 MEV MB MB A0500 7 15 98.1 31.4 2.5 A0500 7 16 95.5 33.8 2.7 A0500 7 17 92.8 37.0 3.0 A0500 7 18 90.0 40.4 3.3 A0500 7 19 87.2 45.9 3.7 A0500 7 20 84.4 53.2 4.3 A0500 7 21 81.4 61.3 4.9 A0500 7 22 78.4 71.2 5.7 A0500 7 23 75.3 84.5 6.8 A0500 7 24 72.1 93.7 7.6 A0500 7 25 68.8 94.5 7.7 A0500 7 26 65.2 79.5 6.4 A0500 7 27 62.4 58.4 4.7 A0500 7 28 59.6 33.5 2.7 A0500 7 29 56.6 16.5 1.3 A0500 7 30 53.5 11.0 0.9 A0500 7 31 50.3 12.9 1.0 A0500 7 32 46.9 15.3 1.2 A0500 7 33 44.4 15.5 1.3 A0500 7 34 41.8 12.4 1.0 A0500 7 35 38.8 8.0 0.6 A0500 7 36 36.3 3.6 0.3 A0500 7 37 33.7 0.7 0.1 A0500 7 38 ENDDATA 25 0 A0500 7 39 ENDSUBENT 38 0 A0500 799999 SUBENT A0500008 20231227 A105A0500 8 1 BIB 6 11 A0500 8 2 REACTION (49-IN-0(P,X)50-SN-111,,SIG) A0500 8 3 REL-REF (D,A0506002,F.M.Nortier+,J,ARI,42,1105,1991) A0500 8 4 SAMPLE Each 125 mu-m thick high-purity In foil(99.99%) was A0500 8 5 sandwiched between two 20 mu-m Al microfoils for A0500 8 6 excluding local melting and subsequent sticking of A0500 8 7 the foils. A0500 8 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 3 A0500 8 9 COMMENT F.M.Nortier (2017-02-18): 111Sn production cross A0500 8 10 section at 65.2 MeV in Table 3 should read A0500 8 11 126.4+/-11.4 mb instead of 26.4+/-11.4 mb. A0500 8 12 HISTORY (20231227T) SD: Part of Subent 003. A0500 8 13 ENDBIB 11 0 A0500 8 14 NOCOMMON 0 0 A0500 8 15 DATA 3 26 A0500 8 16 EN DATA ERR-T A0500 8 17 MEV MB MB A0500 8 18 98.1 30.5 4.8 A0500 8 19 95.5 21.7 5.0 A0500 8 20 92.8 34.3 4.9 A0500 8 21 90.0 28.1 6.5 A0500 8 22 87.2 33.5 6.0 A0500 8 23 84.4 47.4 5.7 A0500 8 24 81.4 39.2 6.9 A0500 8 25 78.4 48.8 6.0 A0500 8 26 75.3 52.3 7.7 A0500 8 27 72.1 68.4 7.7 A0500 8 28 68.8 91.7 11.0 A0500 8 29 65.2 126.4 11.1 A0500 8 30 62.4 161.5 14.0 A0500 8 31 59.6 179.4 15.5 A0500 8 32 56.6 191.5 16.7 A0500 8 33 53.5 176.0 15.5 A0500 8 34 50.3 131.9 12.2 A0500 8 35 46.9 68.0 7.0 A0500 8 36 44.4 24.0 3.6 A0500 8 37 41.8 9.2 2.6 A0500 8 38 38.8 14.6 1.5 A0500 8 39 36.3 20.1 2.0 A0500 8 40 33.7 25.8 2.5 A0500 8 41 30.9 27.5 2.6 A0500 8 42 27.8 17.7 1.9 A0500 8 43 24.6 8.7 1.3 A0500 8 44 ENDDATA 28 0 A0500 8 45 ENDSUBENT 44 0 A0500 899999 SUBENT A0500009 20231227 A105A0500 9 1 BIB 5 8 A0500 9 2 REACTION (49-IN-0(P,X)50-SN-113,,SIG) A0500 9 3 REL-REF (D,A0506002,F.M.Nortier+,J,ARI,42,1105,1991) A0500 9 4 SAMPLE Each 125 mu-m thick high-purity In foil(99.99%) was A0500 9 5 sandwiched between two 20 mu-m Al microfoils for A0500 9 6 excluding local melting and subsequent sticking of A0500 9 7 the foils. A0500 9 8 STATUS (TABLE,,F.M.Nortier+,J,ARI,41,1201,1990) Tbl. 3 A0500 9 9 HISTORY (20231227T) SD: Part of Subent 002. A0500 9 10 ENDBIB 8 0 A0500 9 11 NOCOMMON 0 0 A0500 9 12 DATA 3 31 A0500 9 13 EN DATA ERR-T A0500 9 14 MEV MB MB A0500 9 15 98.1 36.2 3.0 A0500 9 16 95.5 37.4 3.1 A0500 9 17 92.8 41.0 3.3 A0500 9 18 90.0 41.7 3.4 A0500 9 19 87.2 42.9 3.5 A0500 9 20 84.4 46.2 3.8 A0500 9 21 81.4 48.6 4.0 A0500 9 22 78.4 50.9 4.2 A0500 9 23 75.3 55.4 4.6 A0500 9 24 72.1 58.4 4.8 A0500 9 25 68.8 60.5 5.0 A0500 9 26 65.2 66.9 5.4 A0500 9 27 62.4 72.0 5.8 A0500 9 28 59.6 78.6 6.3 A0500 9 29 56.6 85.2 6.9 A0500 9 30 53.5 97.4 7.8 A0500 9 31 50.3 111.5 9.0 A0500 9 32 46.9 136.0 11.0 A0500 9 33 44.4 171.3 13.8 A0500 9 34 41.8 239.5 19.3 A0500 9 35 38.8 346.2 28.2 A0500 9 36 36.3 502.0 40.8 A0500 9 37 33.7 681.1 55.0 A0500 9 38 30.9 776.9 62.7 A0500 9 39 27.8 779.5 62.9 A0500 9 40 24.6 553.0 44.9 A0500 9 41 20.9 118.5 10.2 A0500 9 42 18.1 4.7 1.3 A0500 9 43 14.9 13.2 1.8 A0500 9 44 11.1 24.7 2.7 A0500 9 45 5.8 5.8 1.1 A0500 9 46 ENDDATA 33 0 A0500 9 47 ENDSUBENT 46 0 A0500 999999 ENDENTRY 9 0 A050099999999