ENTRY A0467 20190628 A092A0467 0 1 SUBENT A0467001 20190628 A092A0467 1 1 BIB 11 40 A0467 1 2 TITLE Production of Se-73 via (p,3n) and (d,4n) reactions A0467 1 3 on arsenic. A0467 1 4 AUTHOR (A.Mushtaq,S.M.Qaim,G.Stocklin) A0467 1 5 REFERENCE (J,ARI,39,1085,1988) A0467 1 6 INSTITUTE (2GERJUL) A0467 1 7 FACILITY (ISOCY,2GERJUL) high energy isochronous cyclotron A0467 1 8 (JULIC) used for incident proton energy of 45 MeV andA0467 1 9 incident deuteron energy of 56 MeV A0467 1 10 For the determination of excitation functions of the A0467 1 11 (d,xn) reactions four stacks were irradiated at 50 nA A0467 1 12 for 20 min with deuterons having a primary A0467 1 13 energy of 56 MeV A0467 1 14 (CYCLO,2GERJUL) compact cyclotron CV 28 used for A0467 1 15 measurement up to 20 MeV. A0467 1 16 METHOD (ACTIV,EXTB) A0467 1 17 DETECTOR (GELI) 35 cm3 Ge(Li) detector coupled with a Nuclear A0467 1 18 Data 66 system A0467 1 19 SAMPLE Thin arsenic layers were prepared by electrolytic A0467 1 20 deposition of arsenic using an alkaline bath in a A0467 1 21 mini-electrolytic cell. Al and Cu foils (50 and 30. mumA0467 1 22 thick and of 16 mm diam.) were used as backing materialA0467 1 23 ERR-ANALYS (ERR-T) Total uncertainty was estimated by taking A0467 1 24 square roots of the sums of the squares of the A0467 1 25 individual errors. On average, the error in cross A0467 1 26 sections amounted to 16%. Total error includes: A0467 1 27 * The error in the energy degradation is 0.5 MeV at A0467 1 28 E(p) and E(d)=15 MeV and about 0.3 MeV at higher A0467 1 29 energies A0467 1 30 (ERR-1) The error in the thickness of each foil and A0467 1 31 arsenic layer is 4% A0467 1 32 (ERR-2) The error in the beam current measurement A0467 1 33 (ERR-3,5.,15.) Uncertainty in absolute activity A0467 1 34 measurement of the products (5-15)% A0467 1 35 (DATA-ERR) No description for the error bars is given. A0467 1 36 ADD-RES (TTY-C) A0467 1 37 HISTORY (19900618C) A0467 1 38 (20190628A) SD:Updated to new date formats, lower case.A0467 1 39 ANALYSIS deleted. Major corrections in all Subents. A0467 1 40 BIB updated. MONITOR, DECAY-MON, REL-REF, part of A0467 1 41 METHOD moved to Subents 002-007. ERR-ANALYS updated. A0467 1 42 ENDBIB 40 0 A0467 1 43 COMMON 3 3 A0467 1 44 ERR-1 ERR-2 ERR-T A0467 1 45 PER-CENT PER-CENT PER-CENT A0467 1 46 4. 10. 16. A0467 1 47 ENDCOMMON 3 0 A0467 1 48 ENDSUBENT 47 0 A0467 199999 SUBENT A0467002 20190628 A092A0467 2 1 BIB 8 20 A0467 2 2 REACTION (33-AS-75(P,N)34-SE-75,,SIG) A0467 2 3 DECAY-DATA (34-SE-75,120.D,DG,265.,0.58) A0467 2 4 MONITOR (29-CU-63(P,N)30-ZN-63,,SIG) A0467 2 5 (29-CU-63(P,2N)30-ZN-62,,SIG) A0467 2 6 (29-CU-65(P,N)30-ZN-65,,SIG) A0467 2 7 METHOD (STTA) Four stacks (each consisting of electroplated A0467 2 8 foils, several absorbers and beam current monitor A0467 2 9 foils) were irradiated for 20 min at 50nA with an A0467 2 10 incident proton energy of 45 MeV. A0467 2 11 - Three stacks were irradiated at the CV28. A0467 2 12 DECAY-MON (30-ZN-62,9.1HR,DG,597.,0.24) A0467 2 13 (30-ZN-63,38.1MIN,DG,670.,0.084) A0467 2 14 (30-ZN-65,244.D,DG,1115.,0.507) A0467 2 15 REL-REF (A,C2016002,J.C.Brodovitch+,J,JIN,38,1581,1976) A0467 2 16 in a few points A0467 2 17 STATUS (CURVE) fig.1 from App.Rad.Isot.,39(1988)1085 A0467 2 18 HISTORY (20190628A) SD: SF9=EXP deleted from REACTION code. A0467 2 19 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, REL-REF A0467 2 20 STATUS added from Subent 001. BIB updated. A0467 2 21 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 2 22 ENDBIB 20 0 A0467 2 23 COMMON 2 3 A0467 2 24 EN-ERR-DIG ERR-DIG A0467 2 25 MEV PER-CENT A0467 2 26 0.04 0.6 A0467 2 27 ENDCOMMON 3 0 A0467 2 28 DATA 3 83 A0467 2 29 EN DATA DATA-ERR A0467 2 30 MEV MB MB A0467 2 31 2.99 0.205 0.04 A0467 2 32 4.26 11.39 1.65 A0467 2 33 5.28 45.36 5.46 A0467 2 34 5.67 58.60 9.91 A0467 2 35 6.17 111.24 A0467 2 36 6.95 165.67 31.90 A0467 2 37 6.96 211.09 32.34 A0467 2 38 7.79 362.54 61.54 A0467 2 39 9.07 454.84 62.28 A0467 2 40 9.18 429.58 62.30 A0467 2 41 9.29 405.73 63.79 A0467 2 42 9.68 562.92 A0467 2 43 10.56 523.75 A0467 2 44 10.85 874.68 119.72 A0467 2 45 10.95 639.17 100.52 A0467 2 46 11.51 952.16 114.95 A0467 2 47 11.95 757.67 128.66 A0467 2 48 12.17 779.41 132.30 A0467 2 49 13.11 872.75 A0467 2 50 13.44 756.56 A0467 2 51 13.55 665.40 A0467 2 52 13.60 610.83 A0467 2 53 13.99 537.09 A0467 2 54 14.43 452.45 69.31 A0467 2 55 14.70 445.93 75.69 A0467 2 56 15.36 316.53 43.33 A0467 2 57 15.64 409.00 55.98 A0467 2 58 15.80 303.15 46.42 A0467 2 59 16.24 215.23 A0467 2 60 16.63 231.04 A0467 2 61 17.29 221.23 A0467 2 62 17.51 171.13 A0467 2 63 17.73 163.93 A0467 2 64 18.33 140.06 A0467 2 65 18.83 123.14 A0467 2 66 18.94 128.50 A0467 2 67 19.10 111.41 7.66 A0467 2 68 19.93 105.15 19.02 A0467 2 69 20.20 112.89 21.06 A0467 2 70 20.70 95.10 13.02 A0467 2 71 21.80 68.44 10.49 A0467 2 72 22.24 73.47 11.25 A0467 2 73 23.84 65.44 A0467 2 74 24.95 55.10 A0467 2 75 25.28 61.73 A0467 2 76 26.22 53.48 A0467 2 77 26.71 60.77 A0467 2 78 26.71 49.78 A0467 2 79 27.76 36.86 A0467 2 80 28.04 49.01 A0467 2 81 28.14 39.01 A0467 2 82 29.25 34.28 A0467 2 83 29.36 40.09 A0467 2 84 30.24 40.63 A0467 2 85 30.58 43.00 A0467 2 86 31.35 37.26 5.71 A0467 2 87 31.63 43.58 5.97 A0467 2 88 31.79 34.19 5.24 A0467 2 89 32.78 38.84 5.31 A0467 2 90 33.00 35.14 6.36 A0467 2 91 33.94 34.12 5.79 A0467 2 92 34.94 40.45 A0467 2 93 35.32 32.65 A0467 2 94 36.04 39.27 A0467 2 95 36.38 39.82 A0467 2 96 36.93 39.80 A0467 2 97 37.15 34.50 5.83 A0467 2 98 37.53 39.21 6.66 A0467 2 99 38.20 40.90 A0467 2 100 38.20 34.96 A0467 2 101 38.47 39.74 A0467 2 102 39.52 34.92 A0467 2 103 40.46 36.93 A0467 2 104 41.23 32.00 A0467 2 105 41.73 35.34 A0467 2 106 42.12 39.03 A0467 2 107 42.34 33.36 A0467 2 108 43.22 38.44 6.50 A0467 2 109 43.45 40.11 4.22 A0467 2 110 43.94 31.46 5.34 A0467 2 111 44.22 32.83 5.03 A0467 2 112 44.83 39.49 3.52 A0467 2 113 44.88 36.25 6.98 A0467 2 114 ENDDATA 85 0 A0467 2 115 ENDSUBENT 114 0 A0467 299999 SUBENT A0467003 20190628 A092A0467 3 1 BIB 8 22 A0467 3 2 REACTION (33-AS-75(P,3N)34-SE-73-G,M+,SIG) A0467 3 3 DECAY-DATA (34-SE-73-G,7.1HR,DG,361.,0.97) A0467 3 4 MONITOR (29-CU-63(P,N)30-ZN-63,,SIG) A0467 3 5 (29-CU-63(P,2N)30-ZN-62,,SIG) A0467 3 6 (29-CU-65(P,N)30-ZN-65,,SIG) A0467 3 7 METHOD (STTA) Four stacks (each consisting of electroplated A0467 3 8 foils, several absorbers and beam current monitor A0467 3 9 foils) were irradiated for 20 min at 50nA with an A0467 3 10 incident proton energy of 45 MeV. A0467 3 11 - Three stacks were irradiated at the CV28. A0467 3 12 DECAY-MON (30-ZN-62,9.1HR,DG,597.,0.24) A0467 3 13 (30-ZN-63,38.1MIN,DG,670.,0.084) A0467 3 14 (30-ZN-65,244.D,DG,1115.,0.507) A0467 3 15 REL-REF (A,C2016003,J.C.Brodovitch+,J,JIN,38,1581,1976) A0467 3 16 STATUS (CURVE) fig.1 from App.Rad.Isot.,39(1988)1085 A0467 3 17 (COREL,O1041005) g.s and m.s. total cross section A0467 3 18 HISTORY (20190628A) SD: SF4=Se-73 -> Se-73g, SF5=M+ added, A0467 3 19 SF9=EXP deleted from REACTION code; 'COREL' added to A0467 3 20 STATUS according to remark from Prof. S.M.Qaim. A0467 3 21 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, REL-REF A0467 3 22 STATUS added from Subent 001. BIB updated. A0467 3 23 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 3 24 ENDBIB 22 0 A0467 3 25 COMMON 2 3 A0467 3 26 EN-ERR-DIG ERR-DIG A0467 3 27 MEV PER-CENT A0467 3 28 0.04 0.6 A0467 3 29 ENDCOMMON 3 0 A0467 3 30 DATA 3 47 A0467 3 31 EN DATA DATA-ERR A0467 3 32 MEV MB MB A0467 3 33 24.92 13.25 3.39 A0467 3 34 25.27 28.59 6.31 A0467 3 35 26.21 41.38 5.49 A0467 3 36 26.55 83.17 11.39 A0467 3 37 26.77 79.67 13.52 A0467 3 38 27.05 102.94 14.09 A0467 3 39 27.22 80.78 A0467 3 40 28.06 176.77 30.01 A0467 3 41 28.16 120.29 17.46 A0467 3 42 28.33 155.44 21.28 A0467 3 43 29.21 153.11 A0467 3 44 29.38 181.64 24.69 A0467 3 45 29.99 221.63 A0467 3 46 30.33 234.55 A0467 3 47 30.38 274.36 A0467 3 48 30.82 262.76 A0467 3 49 31.32 329.90 A0467 3 50 31.54 281.97 37.46 A0467 3 51 32.26 266.15 32.04 A0467 3 52 32.76 311.18 A0467 3 53 32.87 273.69 A0467 3 54 33.42 338.75 A0467 3 55 33.81 319.85 A0467 3 56 34.14 306.36 A0467 3 57 34.86 315.00 A0467 3 58 35.24 273.05 A0467 3 59 35.97 337.90 40.81 A0467 3 60 36.13 323.71 44.31 A0467 3 61 36.41 332.98 34.92 A0467 3 62 37.18 276.45 A0467 3 63 37.46 318.71 A0467 3 64 38.17 284.16 A0467 3 65 38.45 253.47 A0467 3 66 39.11 207.48 A0467 3 67 39.55 232.44 A0467 3 68 40.21 239.01 40.59 A0467 3 69 40.54 225.69 38.31 A0467 3 70 41.20 190.09 A0467 3 71 41.87 164.73 A0467 3 72 42.15 212.85 A0467 3 73 42.37 215.86 A0467 3 74 43.13 142.67 24.23 A0467 3 75 43.30 144.69 24.56 A0467 3 76 43.46 138.61 21.24 A0467 3 77 43.96 132.75 A0467 3 78 44.24 134.61 A0467 3 79 44.90 130.75 A0467 3 80 ENDDATA 49 0 A0467 3 81 ENDSUBENT 80 0 A0467 399999 SUBENT A0467004 20190628 A092A0467 4 1 BIB 7 18 A0467 4 2 REACTION (33-AS-75(P,4N)34-SE-72,,SIG) A0467 4 3 DECAY-DATA (34-SE-72,8.4D,DG,834.,0.8) A0467 4 4 MONITOR (29-CU-63(P,N)30-ZN-63,,SIG) A0467 4 5 (29-CU-63(P,2N)30-ZN-62,,SIG) A0467 4 6 (29-CU-65(P,N)30-ZN-65,,SIG) A0467 4 7 METHOD (STTA) Four stacks (each consisting of electroplated A0467 4 8 foils, several absorbers and beam current monitor A0467 4 9 foils) were irradiated for 20 min at 50nA with an A0467 4 10 incident proton energy of 45 MeV. A0467 4 11 - Three stacks were irradiated at the CV28. A0467 4 12 DECAY-MON (30-ZN-62,9.1HR,DG,597.,0.24) A0467 4 13 (30-ZN-63,38.1MIN,DG,670.,0.084) A0467 4 14 (30-ZN-65,244.D,DG,1115.,0.507) A0467 4 15 STATUS (CURVE) fig.1 from App.Rad.Isot.,39(1988)1085 A0467 4 16 HISTORY (20190628A) SD: SF9=EXP deleted from REACTION code. A0467 4 17 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, A0467 4 18 STATUS added from Subent 001. BIB updated. A0467 4 19 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 4 20 ENDBIB 18 0 A0467 4 21 COMMON 2 3 A0467 4 22 EN-ERR-DIG ERR-DIG A0467 4 23 MEV PER-CENT A0467 4 24 0.04 0.6 A0467 4 25 ENDCOMMON 3 0 A0467 4 26 DATA 3 19 A0467 4 27 EN DATA DATA-ERR A0467 4 28 MEV MB MB A0467 4 29 35.23 2.40 0.45 A0467 4 30 36.07 4.37 A0467 4 31 36.35 7.73 A0467 4 32 37.07 9.98 1.81 A0467 4 33 37.08 15.75 A0467 4 34 37.41 16.67 A0467 4 35 38.47 22.15 4.26 A0467 4 36 39.47 32.52 A0467 4 37 39.80 36.95 A0467 4 38 40.63 43.19 A0467 4 39 41.24 47.02 7.39 A0467 4 40 41.85 49.05 7.12 A0467 4 41 42.13 57.36 A0467 4 42 43.06 56.49 A0467 4 43 43.23 52.60 A0467 4 44 43.40 72.99 A0467 4 45 43.95 67.93 11.49 A0467 4 46 44.17 67.92 A0467 4 47 44.90 92.87 17.33 A0467 4 48 ENDDATA 21 0 A0467 4 49 ENDSUBENT 48 0 A0467 499999 SUBENT A0467005 20190628 A092A0467 5 1 BIB 8 18 A0467 5 2 REACTION (33-AS-75(D,2N)34-SE-75,,SIG) A0467 5 3 DECAY-DATA (34-SE-75,120.D,DG,265.,0.58) A0467 5 4 MONITOR (23-V-51(D,2N)24-CR-51,,SIG) A0467 5 5 (13-AL-27(D,X)11-NA-24,,SIG) A0467 5 6 DECAY-MON (11-NA-24,15.HR,DG,1369.,1.) A0467 5 7 (24-CR-51,27.7D,DG,320.,0.102) A0467 5 8 METHOD (STTA) Four stacks (each consisting of electroplated A0467 5 9 foils, several absorbers and beam current monitor A0467 5 10 foils) were irradiated for 20 min at 50nA with an A0467 5 11 incident proton energy of 45 MeV. A0467 5 12 - Two stacks were irradiated at the CV28. A0467 5 13 REL-REF (A,R0046002,H.F.Rohm,R,KFK-1447,1971) Except for the A0467 5 14 high energy tail of the (d,2n) reaction. A0467 5 15 STATUS (CURVE) fig.2 from App.Rad.Isot.,39(1988)1085 A0467 5 16 HISTORY (20190628A) SD: SF9=EXP deleted from REACTION code. A0467 5 17 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, REL-REF A0467 5 18 STATUS added from Subent 001. BIB updated. A0467 5 19 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 5 20 ENDBIB 18 0 A0467 5 21 COMMON 2 3 A0467 5 22 EN-ERR-DIG ERR-DIG A0467 5 23 MEV PER-CENT A0467 5 24 0.07 1. A0467 5 25 ENDCOMMON 3 0 A0467 5 26 DATA 3 82 A0467 5 27 EN DATA DATA-ERR A0467 5 28 MEV MB MB A0467 5 29 5.68 8.89 1.51 A0467 5 30 7.37 59.47 12.34 A0467 5 31 8.57 104.67 15.91 A0467 5 32 9.95 143.27 16.66 A0467 5 33 10.85 141.00 29.26 A0467 5 34 11.03 205.59 32.64 A0467 5 35 11.81 175.64 30.19 A0467 5 36 11.94 256.11 38.91 A0467 5 37 12.78 299.61 59.17 A0467 5 38 12.96 361.78 54.97 A0467 5 39 13.86 391.24 A0467 5 40 14.70 457.70 A0467 5 41 15.54 510.79 A0467 5 42 16.38 543.79 A0467 5 43 17.22 552.26 A0467 5 44 17.22 616.48 A0467 5 45 18.06 587.94 A0467 5 46 18.54 587.85 A0467 5 47 18.78 625.94 72.79 A0467 5 48 18.84 518.35 A0467 5 49 19.44 596.99 90.72 A0467 5 50 20.10 606.33 81.23 A0467 5 51 20.76 606.20 A0467 5 52 20.88 534.56 A0467 5 53 21.12 578.22 A0467 5 54 21.72 596.57 A0467 5 55 22.14 517.82 A0467 5 56 23.76 408.86 A0467 5 57 24.36 470.90 A0467 5 58 25.98 263.13 41.77 A0467 5 59 26.22 338.33 51.40 A0467 5 60 26.88 239.39 47.28 A0467 5 61 26.94 298.29 39.97 A0467 5 62 28.02 221.22 A0467 5 63 29.10 235.49 A0467 5 64 29.52 221.11 A0467 5 65 30.18 185.97 A0467 5 66 31.50 228.03 A0467 5 67 32.22 201.05 34.21 A0467 5 68 32.46 182.94 29.04 A0467 5 69 33.54 161.27 27.72 A0467 5 70 34.14 177.19 28.13 A0467 5 71 34.38 194.69 A0467 5 72 35.76 168.94 A0467 5 73 35.76 148.98 A0467 5 74 35.76 191.58 A0467 5 75 36.12 151.33 A0467 5 76 36.72 148.94 A0467 5 77 37.62 148.90 A0467 5 78 37.86 142.03 A0467 5 79 38.46 146.54 A0467 5 80 38.88 129.21 20.51 A0467 5 81 39.66 133.30 22.91 A0467 5 82 39.72 146.48 30.76 A0467 5 83 39.72 155.98 A0467 5 84 40.92 148.74 A0467 5 85 41.28 127.10 13.24 A0467 5 86 41.28 139.66 11.42 A0467 5 87 42.90 121.18 A0467 5 88 43.08 137.41 A0467 5 89 43.68 117.40 A0467 5 90 44.52 124.99 A0467 5 91 45.06 105.13 A0467 5 92 46.32 108.44 16.48 A0467 5 93 46.50 94.13 14.94 A0467 5 94 46.68 100.24 17.23 A0467 5 95 47.58 97.11 A0467 5 96 48.00 86.98 A0467 5 97 48.54 103.38 A0467 5 98 49.20 85.59 10.11 A0467 5 99 49.68 103.34 A0467 5 100 50.22 84.23 A0467 5 101 50.70 88.28 A0467 5 102 50.94 82.90 A0467 5 103 51.12 95.49 A0467 5 104 52.08 84.18 A0467 5 105 52.32 69.71 A0467 5 106 52.68 88.23 A0467 5 107 53.46 76.57 A0467 5 108 53.70 82.83 12.58 A0467 5 109 54.06 80.26 A0467 5 110 54.97 86.79 A0467 5 111 ENDDATA 84 0 A0467 5 112 ENDSUBENT 111 0 A0467 599999 SUBENT A0467006 20190628 A092A0467 6 1 BIB 8 20 A0467 6 2 REACTION (33-AS-75(D,4N)34-SE-73-G,M+,SIG) A0467 6 3 DECAY-DATA (34-SE-73-G,7.1HR,DG,361.,0.97) A0467 6 4 MONITOR (23-V-51(D,2N)24-CR-51,,SIG) A0467 6 5 (13-AL-27(D,X)11-NA-24,,SIG) A0467 6 6 DECAY-MON (11-NA-24,15.HR,DG,1369.,1.) A0467 6 7 (24-CR-51,27.7D,DG,320.,0.102) A0467 6 8 METHOD (STTA) Four stacks (each consisting of electroplated A0467 6 9 foils, several absorbers and beam current monitor A0467 6 10 foils) were irradiated for 20 min at 50nA with an A0467 6 11 incident proton energy of 45 MeV. A0467 6 12 - Two stacks were irradiated at the CV28. A0467 6 13 REL-REF (A,R0046002,H.F.Rohm,R,KFK-1447,1971) A0467 6 14 STATUS (CURVE) fig.2 from App.Rad.Isot.,39(1988)1085 A0467 6 15 (COREL,O1041006) g.s. and m.s. total cross section A0467 6 16 HISTORY (20190628A) SD: SF4=Se-73 -> Se-73g, SF5=M+ added, A0467 6 17 SF9=EXP deleted from REACTION code; 'COREL' added to A0467 6 18 STATUS according to remark from Prof. S.M.Qaim. A0467 6 19 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, REL-REF A0467 6 20 STATUS added from Subent 001. BIB updated. A0467 6 21 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 6 22 ENDBIB 20 0 A0467 6 23 COMMON 2 3 A0467 6 24 EN-ERR-DIG ERR-DIG A0467 6 25 MEV PER-CENT A0467 6 26 0.07 1. A0467 6 27 ENDCOMMON 3 0 A0467 6 28 DATA 3 49 A0467 6 29 EN DATA DATA-ERR A0467 6 30 MEV MB MB A0467 6 31 26.07 0.11 0.02 A0467 6 32 28.06 6.44 0.98 A0467 6 33 29.09 12.27 1.62 A0467 6 34 29.57 16.28 2.58 A0467 6 35 30.05 23.36 A0467 6 36 30.53 33.53 A0467 6 37 31.56 55.43 8.42 A0467 6 38 32.22 59.01 8.97 A0467 6 39 32.40 54.55 11.32 A0467 6 40 32.70 82.07 13.97 A0467 6 41 33.54 79.51 12.08 A0467 6 42 34.14 94.50 A0467 6 43 34.32 127.37 A0467 6 44 36.06 135.56 A0467 6 45 37.62 174.24 A0467 6 46 37.92 168.83 A0467 6 47 38.46 171.47 A0467 6 48 38.76 161.01 A0467 6 49 39.54 179.69 A0467 6 50 40.92 220.33 A0467 6 51 41.22 213.49 A0467 6 52 41.34 197.35 A0467 6 53 42.85 213.38 36.31 A0467 6 54 43.08 182.34 31.34 A0467 6 55 43.09 203.54 A0467 6 56 43.63 191.11 29.04 A0467 6 57 44.47 188.08 A0467 6 58 44.83 194.06 A0467 6 59 46.15 176.53 A0467 6 60 46.33 185.04 A0467 6 61 46.57 200.15 A0467 6 62 47.53 158.07 A0467 6 63 47.83 163.10 A0467 6 64 48.49 182.03 A0467 6 65 49.15 153.10 A0467 6 66 49.63 157.96 A0467 6 67 50.23 153.05 23.25 A0467 6 68 50.59 132.85 20.18 A0467 6 69 50.95 130.76 19.01 A0467 6 70 51.01 141.45 16.45 A0467 6 71 52.21 126.66 A0467 6 72 52.69 111.68 A0467 6 73 52.99 128.64 A0467 6 74 53.41 126.62 A0467 6 75 53.65 132.72 A0467 6 76 54.01 108.18 18.41 A0467 6 77 55.33 115.15 19.60 A0467 6 78 55.51 113.35 A0467 6 79 55.51 136.88 A0467 6 80 ENDDATA 51 0 A0467 6 81 ENDSUBENT 80 0 A0467 699999 SUBENT A0467007 20190628 A092A0467 7 1 BIB 8 17 A0467 7 2 REACTION (33-AS-75(D,5N)34-SE-72,,SIG) A0467 7 3 DECAY-DATA (34-SE-72,8.4D,DG,834.,0.8) A0467 7 4 MONITOR (23-V-51(D,2N)24-CR-51,,SIG) A0467 7 5 (13-AL-27(D,X)11-NA-24,,SIG) A0467 7 6 DECAY-MON (11-NA-24,15.HR,DG,1369.,1.) A0467 7 7 (24-CR-51,27.7D,DG,320.,0.102) A0467 7 8 METHOD (STTA) Four stacks (each consisting of electroplated A0467 7 9 foils, several absorbers and beam current monitor A0467 7 10 foils) were irradiated for 20 min at 50nA with an A0467 7 11 incident proton energy of 45 MeV. A0467 7 12 - Two stacks were irradiated at the CV28. A0467 7 13 REL-REF (A,R0046002,H.F.Rohm,R,KFK-1447,1971) A0467 7 14 STATUS (CURVE) fig.2 from App.Rad.Isot.,39(1988)1085 A0467 7 15 HISTORY (20190628A) SD: SF9=EXP deleted from REACTION code. A0467 7 16 RAD-DET deleted. METHOD, MONITOR, DECAY-MON, REL-REF A0467 7 17 STATUS added from Subent 001. BIB updated. A0467 7 18 EN-ERR -> EN-ERR-DIG. Data re-digitized. A0467 7 19 ENDBIB 17 0 A0467 7 20 COMMON 2 3 A0467 7 21 EN-ERR-DIG ERR-DIG A0467 7 22 MEV PER-CENT A0467 7 23 0.07 1. A0467 7 24 ENDCOMMON 3 0 A0467 7 25 DATA 3 38 A0467 7 26 EN DATA DATA-ERR A0467 7 27 MEV MB MB A0467 7 28 37.53 0.21 0.04 A0467 7 29 37.83 0.36 A0467 7 30 38.37 0.24 0.04 A0467 7 31 39.58 0.63 0.09 A0467 7 32 39.70 0.79 0.14 A0467 7 33 40.96 2.50 0.40 A0467 7 34 41.20 2.17 A0467 7 35 41.27 3.16 0.46 A0467 7 36 41.33 5.23 1.19 A0467 7 37 42.77 4.40 A0467 7 38 42.89 5.40 0.92 A0467 7 39 43.07 9.50 A0467 7 40 43.13 8.38 A0467 7 41 43.67 7.74 A0467 7 42 44.39 10.44 A0467 7 43 44.93 12.80 A0467 7 44 46.26 17.52 2.66 A0467 7 45 46.44 18.36 1.82 A0467 7 46 46.62 21.83 4.95 A0467 7 47 47.52 21.15 3.60 A0467 7 48 47.94 20.81 3.93 A0467 7 49 48.54 29.40 A0467 7 50 49.26 30.82 A0467 7 51 49.68 34.94 A0467 7 52 50.16 34.94 A0467 7 53 50.64 41.52 A0467 7 54 50.94 35.48 A0467 7 55 51.06 47.08 A0467 7 56 52.08 38.37 A0467 7 57 52.20 39.59 A0467 7 58 52.80 44.89 6.82 A0467 7 59 53.04 44.18 8.34 A0467 7 60 53.40 43.49 7.40 A0467 7 61 53.58 46.31 6.74 A0467 7 62 54.00 49.31 6.50 A0467 7 63 54.78 50.08 A0467 7 64 55.38 50.86 A0467 7 65 55.38 55.02 A0467 7 66 ENDDATA 40 0 A0467 7 67 ENDSUBENT 66 0 A0467 799999 ENDENTRY 7 0 A046799999999