ENTRY A0392 20231224 A104A0392 0 1 SUBENT A0392001 20231224 A104A0392 1 1 BIB 9 17 A0392 1 2 TITLE Cross sections for proton induced reactions on K-41 A0392 1 3 and for the reaction Ni-62(alpha,p)29-Cu-65 A0392 1 4 AUTHOR (M.E.Sevior,L.M.Mitchell,C.I.W.Tingwell,D.G.Sargood) A0392 1 5 REFERENCE (J,NP/A,454,128,1986) A0392 1 6 (W,SARGOOD,19880913) A0392 1 7 INSTITUTE (3AULAML) A0392 1 8 FACILITY (VDGT,3AULAML) Pelletron accelerator A0392 1 9 ADD-RES (COMP) Statistical-model analysis. Thermonuclear A0392 1 10 reactions rates. A0392 1 11 METHOD (BCINT) A0392 1 12 STATUS (TABLE) Private communication. A0392 1 13 HISTORY (19880919C) A0392 1 14 (19880920A) By D.G.Sargood. A0392 1 15 (20200319A) SD:Updated to new date formats, lower case.A0392 1 16 Major corrections in all Subents. ANALYSIS deleted. A0392 1 17 Several Subents were merged. A0392 1 18 (20231224A) SD: STATUS added in Subents 007, 009, 010. A0392 1 19 ENDBIB 17 0 A0392 1 20 NOCOMMON 0 0 A0392 1 21 ENDSUBENT 20 0 A0392 199999 SUBENT A0392002 20200319 A094A0392 2 1 BIB 8 21 A0392 2 2 REACTION (28-NI-62(A,P)29-CU-65,,SIG) A0392 2 3 ANALYSIS The 62Ni(alpha,p)65Cu cross sections were determined A0392 2 4 relative to the Rutherford scattering cross section A0392 2 5 over 6.5-8.5 MeV energy range. Above 8.5 MeV, where A0392 2 6 the Rutherford law was not followed, the excitation A0392 2 7 function was measured relative to the charge A0392 2 8 collected in a Faraday cup located behind the target, A0392 2 9 and normalized to the measurements made below 8.5 MeV. A0392 2 10 DETECTOR (SIBAR) A0392 2 11 SAMPLE (28-NI-62,ENR=0.9664) A thin self-supporting target wasA0392 2 12 prepared by evaporation of nickel metal,enriched to A0392 2 13 96.64% in Ni-62, from a tungsten boat on to a glass A0392 2 14 slide coated with potassium iodide as a release agent. A0392 2 15 ERR-ANALYS (ERR-SYS,,5.) Systematic error A0392 2 16 (ERR-S) Statistical error A0392 2 17 STATUS (DEP,A0392003) Partial cr.sections. A0392 2 18 COMMENT /By compiler/ Cross section for (alpha,p(0)) is very A0392 2 19 close to total cross-section. A0392 2 20 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. A0392 2 21 Part of data moved to Subent 003 (REACTION (A)). A0392 2 22 BIB updated. ERR-T -> ERR-S. A0392 2 23 ENDBIB 21 0 A0392 2 24 NOCOMMON 0 0 A0392 2 25 DATA 3 27 A0392 2 26 EN-CM DATA ERR-S A0392 2 27 MEV MB MB A0392 2 28 6.0591 7.245E-3 4.600E-3 A0392 2 29 6.1530 3.565E-2 6.750E-3 A0392 2 30 6.2470 5.52E-2 9.20E-3 A0392 2 31 6.3409 7.36E-2 1.04E-2 A0392 2 32 6.4348 0.16215 1.1500E-2 A0392 2 33 6.4818 0.1955 2.3000E-2 A0392 2 34 6.5288 0.138 1.150E-2 A0392 2 35 6.6227 9.2E-2 1.04E-2 A0392 2 36 6.7167 6.67E-2 6.90E-3 A0392 2 37 6.8106 5.75E-2 6.90E-3 A0392 2 38 6.9045 9.2E-2 8.05E-3 A0392 2 39 6.9985 0.10350 1.03500E-2 A0392 2 40 7.0924 0.1265 1.1500E-2 A0392 2 41 7.1864 0.207 1.495E-2 A0392 2 42 7.2803 0.506 1.955E-2 A0392 2 43 7.3742 0.3105 1.725E-2 A0392 2 44 7.4682 0.345 1.725E-2 A0392 2 45 7.5621 0.3335 1.8400E-2 A0392 2 46 7.6561 0.6095 3.4500E-2 A0392 2 47 7.75 0.5865 3.4500E-2 A0392 2 48 7.8439 0.7015 3.4500E-2 A0392 2 49 7.9379 0.7705 3.4500E-2 A0392 2 50 8.0318 1.0925 4.6000E-2 A0392 2 51 8.1258 0.9315 4.6000E-2 A0392 2 52 8.2197 1.656 6.900E-2 A0392 2 53 8.3136 1.265 6.900E-2 A0392 2 54 8.4076 1.61 6.90E-2 A0392 2 55 ENDDATA 29 0 A0392 2 56 ENDSUBENT 55 0 A0392 299999 SUBENT A0392003 20200319 A094A0392 3 1 BIB 6 20 A0392 3 2 REACTION (28-NI-62(A,P)29-CU-65,PAR,SIG) A0392 3 3 ANALYSIS The 62Ni(alpha,p) 65Cu cross sections were determined A0392 3 4 relative to the Rutherford scattering cross section A0392 3 5 over 6.5-8.5 MeV energy range. Above 8.5 MeV, where A0392 3 6 the Rutherford law was not followed, the excitation A0392 3 7 function was measured relative to the charge A0392 3 8 collected in a Faraday cup located behind the target, A0392 3 9 and normalized to the measurements made below 8.5 MeV. A0392 3 10 DETECTOR (SIBAR) A0392 3 11 SAMPLE (28-NI-62,ENR=0.9664) A thin self-supporting target wasA0392 3 12 prepared by evaporation of nickel metal, enriched to A0392 3 13 96.64% in Ni-62, from a tungsten boat on to a glass A0392 3 14 slide coated with potassium iodide as a release agent. A0392 3 15 ERR-ANALYS (ERR-SYS,,5.) Systematic error A0392 3 16 (ERR-S) Statistical error (same values are given on A0392 3 17 figs as statistical). A0392 3 18 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. A0392 3 19 Data from Subent 004 and part of data from Subent 002 A0392 3 20 (REACTION (A)) moved to this Subent. BIB updated. A0392 3 21 ERR-T -> ERR-S A0392 3 22 ENDBIB 20 0 A0392 3 23 NOCOMMON 0 0 A0392 3 24 DATA 4 44 A0392 3 25 E-LVL EN-CM DATA ERR-S A0392 3 26 MEV MEV MB MB A0392 3 27 0. 6.0591 7.245E-3 4.600E-3 A0392 3 28 0. 6.1530 3.565E-2 6.750E-3 A0392 3 29 0. 6.2470 5.52E-2 9.20E-3 A0392 3 30 0. 6.3409 7.36E-2 1.04E-2 A0392 3 31 0. 6.4348 0.16215 1.1500E-2 A0392 3 32 0. 6.4818 0.1955 2.3000E-2 A0392 3 33 0. 6.5288 0.138 1.150E-2 A0392 3 34 0. 6.6227 9.2E-2 1.04E-2 A0392 3 35 0. 6.7167 6.67E-2 6.90E-3 A0392 3 36 0. 6.8106 5.75E-2 6.90E-3 A0392 3 37 0. 6.9045 9.2E-2 8.05E-3 A0392 3 38 0. 6.9985 0.10350 1.03500E-2 A0392 3 39 0. 7.0924 0.1265 1.1500E-2 A0392 3 40 0. 7.1864 0.207 1.495E-2 A0392 3 41 0. 7.2803 0.506 1.955E-2 A0392 3 42 0. 7.3742 0.3105 1.725E-2 A0392 3 43 0. 7.4682 0.345 1.725E-2 A0392 3 44 0. 7.5621 0.3335 1.8400E-2 A0392 3 45 0. 7.6561 0.6095 3.4500E-2 A0392 3 46 0. 7.75 0.5865 3.4500E-2 A0392 3 47 0. 7.8439 0.7015 3.4500E-2 A0392 3 48 0. 7.9379 0.7705 3.4500E-2 A0392 3 49 0. 8.0318 1.0925 4.6000E-2 A0392 3 50 0. 8.1258 0.9315 4.6000E-2 A0392 3 51 0. 8.2197 1.656 6.900E-2 A0392 3 52 0. 8.3136 1.265 6.900E-2 A0392 3 53 0. 8.4076 1.61 6.90E-2 A0392 3 54 0.7708 7.3742 2.394E-2 7.980E-3 A0392 3 55 0.7708 7.4682 3.42E-2 7.98E-3 A0392 3 56 0.7708 7.5621 4.902E-2 6.840E-3 A0392 3 57 0.7708 7.6561 7.638E-2 1.938E-3 A0392 3 58 0.7708 7.75 0.114 1.710E-2 A0392 3 59 0.7708 7.8439 0.1596 1.9380E-2 A0392 3 60 0.7708 7.9379 0.1596 1.5960E-2 A0392 3 61 0.7708 8.0318 0.2394 2.0520E-2 A0392 3 62 0.7708 8.1258 0.3306 2.2800E-2 A0392 3 63 0.7708 8.2197 0.5814 4.5600E-2 A0392 3 64 0.7708 8.3136 0.4902 4.5600E-2 A0392 3 65 0.7708 8.4076 0.5016 4.5600E-2 A0392 3 66 1.1155 8.0318 6.84E-3 1.368E-3 A0392 3 67 1.1155 8.1258 1.254E-2 1.824E-3 A0392 3 68 1.1155 8.2197 1.596E-2 2.280E-3 A0392 3 69 1.1155 8.3136 1.938E-2 2.280E-3 A0392 3 70 1.1155 8.4076 2.394E-2 3.420E-3 A0392 3 71 ENDDATA 46 0 A0392 3 72 ENDSUBENT 71 0 A0392 399999 NOSUBENT A0392004 20200319 A094A0392 4 1 SUBENT A0392005 20200319 A094A0392 5 1 BIB 5 14 A0392 5 2 REACTION (19-K-41(P,N)20-CA-41,PAR,SIG) A0392 5 3 DETECTOR (GELI) A0392 5 4 SAMPLE (19-K-41,ENR=0.9935) A target was prepared by A0392 5 5 evaporation of KBr, enriched to 99.35% in K-41,on to a A0392 5 6 gold backing of supporting thickness. The adopted valueA0392 5 7 for the KBr target was (1.08+-0.07) x 1O**18 atoms/cm2 A0392 5 8 of 41K. A0392 5 9 ERR-ANALYS (ERR-SYS) Systematic error. The main contributions A0392 5 10 coming from overall detection efficiency and target A0392 5 11 thickness. A0392 5 12 (ERR-S) Statistical error A0392 5 13 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. A0392 5 14 PART-DET deleted. BIB updated. ERR-T -> ERR-S. Data A0392 5 15 from Subent 006 added. A0392 5 16 ENDBIB 14 0 A0392 5 17 COMMON 1 3 A0392 5 18 ERR-SYS A0392 5 19 PER-CENT A0392 5 20 13. A0392 5 21 ENDCOMMON 3 0 A0392 5 22 DATA 4 38 A0392 5 23 E-LVL EN-CM DATA ERR-S A0392 5 24 MEV MEV MB MB A0392 5 25 1.9427 3.22 15.4 0.20 A0392 5 26 1.9427 3.26 12.0 0.1 A0392 5 27 1.9427 3.30 15.8 0.2 A0392 5 28 1.9427 3.34 21.5 0.2 A0392 5 29 1.9427 3.38 17.3 0.2 A0392 5 30 1.9427 3.42 19.2 0.2 A0392 5 31 1.9427 3.46 22.2 0.3 A0392 5 32 1.9427 3.50 31.1 0.3 A0392 5 33 1.9427 3.54 17.0 0.3 A0392 5 34 1.9427 3.58 22.4 0.3 A0392 5 35 1.9427 3.62 22.4 0.3 A0392 5 36 1.9427 3.66 24.7 0.4 A0392 5 37 1.9427 3.70 19.2 0.3 A0392 5 38 1.9427 3.74 22.2 0.3 A0392 5 39 1.9427 3.78 16.9 1.7 A0392 5 40 1.9427 3.82 19.3 2.0 A0392 5 41 1.9427 3.86 23.6 2.0 A0392 5 42 1.9427 3.90 23.2 2.0 A0392 5 43 1.9427 3.94 16.4 2.0 A0392 5 44 1.9427 3.98 19.5 2.0 A0392 5 45 2.0099 3.30 4.69 0.10 A0392 5 46 2.0099 3.34 9.02 0.10 A0392 5 47 2.0099 3.38 8.9 0.1 A0392 5 48 2.0099 3.42 8.08 0.10 A0392 5 49 2.0099 3.46 8.63 0.10 A0392 5 50 2.0099 3.50 15.6 0.2 A0392 5 51 2.0099 3.54 13.3 0.2 A0392 5 52 2.0099 3.58 14.3 0.2 A0392 5 53 2.0099 3.62 13.0 0.2 A0392 5 54 2.0099 3.66 21.0 0.2 A0392 5 55 2.0099 3.70 11.6 0.2 A0392 5 56 2.0099 3.74 14.2 0.23 A0392 5 57 2.0099 3.78 18.5 0.3 A0392 5 58 2.0099 3.82 16.7 0.3 A0392 5 59 2.0099 3.86 23.3 0.3 A0392 5 60 2.0099 3.90 20.2 0.3 A0392 5 61 2.0099 3.94 18.2 0.3 A0392 5 62 2.0099 3.98 27.7 0.3 A0392 5 63 ENDDATA 40 0 A0392 5 64 ENDSUBENT 63 0 A0392 599999 NOSUBENT A0392006 20200319 A094A0392 6 1 SUBENT A0392007 20231224 A104A0392 7 1 BIB 7 24 A0392 7 2 REACTION (19-K-41(P,A)18-AR-38,PAR,SIG) A0392 7 3 SAMPLE (19-K-41,ENR=0.9935) A target was prepared by A0392 7 4 evaporation of KBr, enriched to 99.35% in K-41,onto a A0392 7 5 gold backing of supporting thickness. The adopted valueA0392 7 6 for the KBr target was (1.08+-0.07) x 10**18 atoms/cm2 A0392 7 7 of 41K. A0392 7 8 COMMENT /By authors/ The K-41(p,alpha(0))Ar-38 alpha-particles A0392 7 9 were separated from the high flux of protons, A0392 7 10 elastically scattered mainly by the gold target A0392 7 11 backing, by means of a permanent magnet with a field A0392 7 12 of 10E+4 G between its pole faces, and detected by a A0392 7 13 16 mm diameter surface barrier detector. A0392 7 14 /by compiler/ Total cross section is very close to A0392 7 15 this partial cross section. A0392 7 16 DETECTOR (SIBAR) 16 mm diam. surface barrier detector A0392 7 17 ERR-ANALYS (ERR-SYS) Systematic error. The main contributions A0392 7 18 coming from overall detection efficiency and target A0392 7 19 thickness. A0392 7 20 (ERR-S) Statistical error A0392 7 21 STATUS (COREL,D0854003) Measurement with an enriched sample A0392 7 22 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. BIBA0392 7 23 updated. PART-DET deleted. ERR-T->ERR-S; E-EXC->E-LVL. A0392 7 24 Data from Subent 008 added. A0392 7 25 (20231224U) SD: STATUS added. A0392 7 26 ENDBIB 24 0 A0392 7 27 NOCOMMON 0 0 A0392 7 28 DATA 5 146 A0392 7 29 E-LVL EN-CM DATA ERR-SYS ERR-S A0392 7 30 MEV MEV MB PER-CENT MB A0392 7 31 0. 0.78 7.1E-2 10. 1.8E-2 A0392 7 32 0. 0.82 0.128 10. 3.000E-2 A0392 7 33 0. 0.86 7.1E-2 10. 1.8E-2 A0392 7 34 0. 0.90 0.19 10. 3.00E-2 A0392 7 35 0. 0.94 0.171 10. 3.000E-2 A0392 7 36 0. 0.98 0.511 10. 8.000E-2 A0392 7 37 0. 1.02 0.356 10. 6.000E-2 A0392 7 38 0. 1.05 0.377 10. 6.000E-2 A0392 7 39 0. 1.09 0.351 10. 6.000E-2 A0392 7 40 0. 1.12 0.634 10. 8.000E-2 A0392 7 41 0. 1.15 1.1 10. 0.1 A0392 7 42 0. 1.18 1.23 10. 0.10 A0392 7 43 0. 1.20 2.77 10. 0.12 A0392 7 44 0. 1.21 1.77 10. 0.10 A0392 7 45 0. 1.24 1.29 10. 0.10 A0392 7 46 0. 1.27 1.72 10. 0.20 A0392 7 47 0. 1.30 2.85 10. 0.30 A0392 7 48 0. 1.325 2.5 10. 0.3 A0392 7 49 0. 1.35 2.21 10. 0.30 A0392 7 50 0. 1.375 4.85 10. 0.30 A0392 7 51 0. 1.400 6.02 10. 0.40 A0392 7 52 0. 1.425 5.68 10. 0.40 A0392 7 53 0. 1.450 2.2 10. 0.3 A0392 7 54 0. 1.475 5.08 10. 0.30 A0392 7 55 0. 1.500 4.7 10. 0.3 A0392 7 56 0. 1.525 2.42 10. 0.30 A0392 7 57 0. 1.550 4.3 10. 0.4 A0392 7 58 0. 1.575 8.86 10. 0.40 A0392 7 59 0. 1.600 6.25 10. 0.40 A0392 7 60 0. 1.625 4.4 10. 0.3 A0392 7 61 0. 1.650 4.4 10. 0.3 A0392 7 62 0. 1.675 6.21 10. 0.40 A0392 7 63 0. 1.700 12.7 10. 0.5 A0392 7 64 0. 1.725 11.9 10. 0.5 A0392 7 65 0. 1.750 23.1 10. 0.6 A0392 7 66 0. 1.75 11.5 10. 0.5 A0392 7 67 0. 1.800 11.0 10. 0.5 A0392 7 68 0. 1.825 5.86 10. 0.40 A0392 7 69 0. 1.850 7.09 10. 0.40 A0392 7 70 0. 1.875 9.81 10. 0.40 A0392 7 71 0. 1.900 24.0 10. 0.6 A0392 7 72 0. 1.925 17.5 10. 0.6 A0392 7 73 0. 1.950 24.0 10. 0.6 A0392 7 74 0. 1.975 6.68 10. 0.40 A0392 7 75 0. 2.000 12.3 10. 0.6 A0392 7 76 0. 2.02 11.8 10. 0.6 A0392 7 77 0. 2.04 9.0 10. 0.6 A0392 7 78 0. 2.06 22.5 10. 0.9 A0392 7 79 0. 2.08 24.7 10. 0.1 A0392 7 80 0. 2.10 25.3 10. 0.1 A0392 7 81 0. 2.12 13.9 10. 0.1 A0392 7 82 0. 2.14 39.4 10. 0.1 A0392 7 83 0. 2.16 23.5 10. 0.1 A0392 7 84 0. 2.18 32.8 10. 0.1 A0392 7 85 0. 2.20 31.9 10. 0.1 A0392 7 86 0. 2.22 15.5 10. 0.1 A0392 7 87 0. 2.24 16.2 10. 0.7 A0392 7 88 0. 2.26 8.86 10. 0.6 A0392 7 89 0. 2.28 11.0 10. 0.6 A0392 7 90 0. 2.30 32.2 10. 0.6 A0392 7 91 0. 2.32 31.5 10. 0.2 A0392 7 92 0. 2.34 13.2 10. 0.2 A0392 7 93 0. 2.36 22.7 10. 0.9 A0392 7 94 0. 2.38 28.5 10. 1.0 A0392 7 95 0. 2.40 21.7 10. 0.9 A0392 7 96 0. 2.42 19.1 10. 0.9 A0392 7 97 0. 2.44 28.1 10. 1.0 A0392 7 98 0. 2.46 38.8 10. 1.0 A0392 7 99 0. 2.48 52.2 10. 1.0 A0392 7 100 0. 2.50 23.3 10. 0.9 A0392 7 101 0. 2.52 35.1 10. 1.0 A0392 7 102 0. 2.54 43.1 10. 1.0 A0392 7 103 0. 2.56 27.9 10. 1.0 A0392 7 104 0. 2.58 19.8 10. 0.9 A0392 7 105 0. 2.60 25.0 10. 0.9 A0392 7 106 2.1676 1.18 0.03 13. 0.005 A0392 7 107 2.1676 1.22 0.0239 13. 0.0050 A0392 7 108 2.1676 1.26 0.0609 13. 0.0030 A0392 7 109 2.1676 1.30 0.0314 13. 0.0060 A0392 7 110 2.1676 1.34 0.0453 13. A0392 7 111 2.1676 1.38 0.0418 13. 0.0060 A0392 7 112 2.1676 1.42 0.0437 13. 0.0060 A0392 7 113 2.1676 1.46 0.0645 13. 0.0060 A0392 7 114 2.1676 1.50 0.0495 13. 0.0060 A0392 7 115 2.1676 1.54 0.0766 13. 0.0070 A0392 7 116 2.1676 1.58 0.128 13. 0.008 A0392 7 117 2.1676 1.62 0.223 13. 0.009 A0392 7 118 2.1676 1.66 0.0457 13. 0.0070 A0392 7 119 2.1676 1.70 0.0615 13. 0.0070 A0392 7 120 2.1676 1.74 0.252 13. 0.014 A0392 7 121 2.1676 1.78 0.163 13. 0.013 A0392 7 122 2.1676 1.82 0.456 13. 0.020 A0392 7 123 2.1676 1.86 0.261 13. 0.020 A0392 7 124 2.1676 1.90 0.27 13. 0.02 A0392 7 125 2.1676 1.94 0.327 13. 0.020 A0392 7 126 2.1676 1.98 0.292 13. 0.017 A0392 7 127 2.1676 2.02 0.401 13. 0.020 A0392 7 128 2.1676 2.06 0.508 13. 0.020 A0392 7 129 2.1676 2.10 1.04 13. 0.03 A0392 7 130 2.1676 2.14 0.979 13. 0.03 A0392 7 131 2.1676 2.18 1.32 13. 0.03 A0392 7 132 2.1676 2.22 1.26 13. 0.03 A0392 7 133 2.1676 2.26 1.18 13. 0.03 A0392 7 134 2.1676 2.30 1.71 13. 0.03 A0392 7 135 2.1676 2.34 1.97 13. 0.04 A0392 7 136 2.1676 2.38 0.882 13. 0.040 A0392 7 137 2.1676 2.42 2.71 13. 0.04 A0392 7 138 2.1676 2.46 2.65 13. 0.04 A0392 7 139 2.1676 2.50 1.51 13. 0.04 A0392 7 140 2.1676 2.54 4.80 13. 0.06 A0392 7 141 2.1676 2.58 2.63 13. 0.04 A0392 7 142 2.1676 2.62 4.54 13. 0.06 A0392 7 143 2.1676 2.66 3.52 13. 0.05 A0392 7 144 2.1676 2.70 5.53 13. 0.06 A0392 7 145 2.1676 2.74 6.32 13. 0.07 A0392 7 146 2.1676 2.78 4.15 13. 0.05 A0392 7 147 2.1676 2.82 10.10 13. 0.08 A0392 7 148 2.1676 2.86 8.76 13. 0.08 A0392 7 149 2.1676 2.90 8.44 13. 0.08 A0392 7 150 2.1676 2.94 6.17 13. 0.06 A0392 7 151 2.1676 2.98 9.12 13. 0.08 A0392 7 152 2.1676 3.02 4.97 13. 0.06 A0392 7 153 2.1676 3.06 6.73 13. 0.07 A0392 7 154 2.1676 3.10 8.81 13. 0.08 A0392 7 155 2.1676 3.14 12.6 13. 0.1 A0392 7 156 2.1676 3.18 8.59 13. 0.1 A0392 7 157 2.1676 3.22 12.2 13. 0.1 A0392 7 158 2.1676 3.26 15.2 13. 0.1 A0392 7 159 2.1676 3.30 11.1 13. 0.1 A0392 7 160 2.1676 3.34 9.22 13. 0.10 A0392 7 161 2.1676 3.38 16.9 13. 0.2 A0392 7 162 2.1676 3.42 11.8 13. 0.1 A0392 7 163 2.1676 3.46 15.5 13. 0.2 A0392 7 164 2.1676 3.50 13.6 13. 0.2 A0392 7 165 2.1676 3.54 20.7 13. 0.2 A0392 7 166 2.1676 3.58 16.7 13. 0.2 A0392 7 167 2.1676 3.62 17.8 13. 0.3 A0392 7 168 2.1676 3.66 20.9 13. 0.3 A0392 7 169 2.1676 3.70 15.4 13. 0.3 A0392 7 170 2.1676 3.74 22.7 13. 0.3 A0392 7 171 2.1676 3.78 19.0 13. 0.3 A0392 7 172 2.1676 3.82 25.5 13. 0.3 A0392 7 173 2.1676 3.86 20.8 13. 0.3 A0392 7 174 2.1676 3.90 22.3 13. 0.3 A0392 7 175 2.1676 3.94 25.6 13. 0.3 A0392 7 176 2.1676 3.98 26.6 13. 0.3 A0392 7 177 ENDDATA 148 0 A0392 7 178 ENDSUBENT 177 0 A0392 799999 NOSUBENT A0392008 20200319 A094A0392 8 1 SUBENT A0392009 20231224 A104A0392 9 1 BIB 6 18 A0392 9 2 REACTION (19-K-41(P,N)20-CA-41,,SIG) A0392 9 3 SAMPLE (19-K-41,ENR=0.9935) A target was prepared by A0392 9 4 evaporation of KBr, enriched to 99.35% in K-41,onto a A0392 9 5 gold backing of supporting thickness. The adopted valueA0392 9 6 for the KBr target was (0.78+-0.04) x 10**18 atoms/cm2 A0392 9 7 of 41K. A0392 9 8 DETECTOR (GELI) 125 cm3 Ge(Li) detector located 2.3 cm from the A0392 9 9 target in the 55. degr. direction for gamma-ray A0392 9 10 measurements made below the neutron threshold and a A0392 9 11 60 cm3 Ge(Li) detector for measurements above the A0392 9 12 neutron threshold. A0392 9 13 ERR-ANALYS (ERR-SYS) Systematic error. The main contributions A0392 9 14 coming from overall detection efficiency and target A0392 9 15 thickness. A0392 9 16 STATUS (COREL,D0854004) Measurement with an enriched sample A0392 9 17 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. BIBA0392 9 18 updated. PART-DET deleted. A0392 9 19 (20231224U) SD: STATUS added. A0392 9 20 ENDBIB 18 0 A0392 9 21 COMMON 1 3 A0392 9 22 ERR-SYS A0392 9 23 PER-CENT A0392 9 24 16. A0392 9 25 ENDCOMMON 3 0 A0392 9 26 DATA 2 45 A0392 9 27 EN-CM DATA A0392 9 28 MEV MB A0392 9 29 1.235 0.056 A0392 9 30 1.26 0.354 A0392 9 31 1.30 0.527 A0392 9 32 1.34 0.779 A0392 9 33 1.38 1.22 A0392 9 34 1.42 0.771 A0392 9 35 1.46 0.908 A0392 9 36 1.50 2.41 A0392 9 37 1.54 4.0 A0392 9 38 1.58 4.91 A0392 9 39 1.62 3.51 A0392 9 40 1.66 5.18 A0392 9 41 1.70 3.89 A0392 9 42 1.74 4.79 A0392 9 43 1.78 5.33 A0392 9 44 1.82 10.2 A0392 9 45 1.86 35.6 A0392 9 46 1.90 12.5 A0392 9 47 1.94 12.7 A0392 9 48 1.98 7.15 A0392 9 49 2.02 7.3 A0392 9 50 2.06 14.0 A0392 9 51 2.10 12.7 A0392 9 52 2.14 17.9 A0392 9 53 2.18 18.6 A0392 9 54 2.22 19.4 A0392 9 55 2.26 9.16 A0392 9 56 2.30 22.0 A0392 9 57 2.34 16.9 A0392 9 58 2.38 14.8 A0392 9 59 2.42 37.4 A0392 9 60 2.46 17.2 A0392 9 61 2.50 34.1 A0392 9 62 2.54 30.5 A0392 9 63 2.58 23.2 A0392 9 64 2.62 22.9 A0392 9 65 2.66 29.4 A0392 9 66 2.70 40.3 A0392 9 67 2.74 52.7 A0392 9 68 2.78 41.3 A0392 9 69 2.82 49.2 A0392 9 70 2.86 38.1 A0392 9 71 2.90 76.4 A0392 9 72 2.94 45.3 A0392 9 73 2.98 40.9 A0392 9 74 ENDDATA 47 0 A0392 9 75 ENDSUBENT 74 0 A0392 999999 SUBENT A0392010 20231224 A104A0392 10 1 BIB 7 21 A0392 10 2 REACTION (19-K-41(P,G)20-CA-42,,SIG) A0392 10 3 CORRECTION Cascade summing corrections were significant only for A0392 10 4 the (p,gamma) reaction and a 3% correction was applied.A0392 10 5 SAMPLE (19-K-41,ENR=0.9935) A target was prepared by A0392 10 6 evaporation of KBr, enriched to 99.35% in K-41,onto a A0392 10 7 gold backing of supporting thickness. The adopted valueA0392 10 8 for the KBr target was (0.78+-0.04) x 10**18 atoms/cm2 A0392 10 9 of 41K. A0392 10 10 DETECTOR (GELI) 125 cm3 Ge(Li) detector located 2.3 cm from the A0392 10 11 target in the 55. degr. direction for gamma-ray A0392 10 12 measurements made below the neutron threshold and a A0392 10 13 60 cm3 Ge(Li) detector for measurements above the A0392 10 14 neutron threshold. A0392 10 15 ERR-ANALYS (ERR-SYS) Systematic error. The main contributions A0392 10 16 coming from overall detection efficiency and target A0392 10 17 thickness. A0392 10 18 (ERR-S) Statistical error A0392 10 19 STATUS (COREL,D0854002) Measurement with an enriched sample A0392 10 20 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. A0392 10 21 BIB updated. PART-DET deleted. ERR-T->ERR-S. A0392 10 22 (20231224U) SD: STATUS added. A0392 10 23 ENDBIB 21 0 A0392 10 24 COMMON 1 3 A0392 10 25 ERR-SYS A0392 10 26 PER-CENT A0392 10 27 14. A0392 10 28 ENDCOMMON 3 0 A0392 10 29 DATA 3 68 A0392 10 30 EN-CM DATA ERR-S A0392 10 31 MEV MB MB A0392 10 32 0.625 1.59E-3 7.E-4 A0392 10 33 0.675 5.72E-3 9.E-4 A0392 10 34 0.725 1.64E-2 1.5E-3 A0392 10 35 0.775 1.99E-2 1.9E-3 A0392 10 36 0.825 3.27E-2 2.2E-3 A0392 10 37 0.875 4.23E-2 2.7E-3 A0392 10 38 0.925 6.48E-2 3.E-3 A0392 10 39 0.975 8.59E-2 3.E-3 A0392 10 40 1.025 0.128 7.E-3 A0392 10 41 1.075 0.166 7.E-3 A0392 10 42 1.125 0.149 6.E-3 A0392 10 43 1.175 0.287 9.E-3 A0392 10 44 1.220 0.165 7.E-3 A0392 10 45 1.260 0.241 8.E-3 A0392 10 46 1.30 0.364 9.E-3 A0392 10 47 1.34 0.216 8.E-3 A0392 10 48 1.38 0.234 8.E-3 A0392 10 49 1.42 0.156 7.E-3 A0392 10 50 1.46 0.127 6.E-3 A0392 10 51 1.50 0.136 6.E-3 A0392 10 52 1.54 0.167 7.E-3 A0392 10 53 1.58 0.204 8.E-3 A0392 10 54 1.62 0.220 9.E-3 A0392 10 55 1.66 0.248 9.E-3 A0392 10 56 1.70 0.152 5.E-3 A0392 10 57 1.74 0.228 1.2E-2 A0392 10 58 1.78 0.274 1.3E-2 A0392 10 59 1.82 0.353 1.7E-2 A0392 10 60 1.86 0.388 1.6E-2 A0392 10 61 1.90 0.321 1.4E-2 A0392 10 62 1.94 0.314 1.5E-2 A0392 10 63 1.98 0.172 1.2E-2 A0392 10 64 2.02 0.169 1.2E-2 A0392 10 65 2.06 0.218 1.5E-2 A0392 10 66 2.10 0.337 1.7E-2 A0392 10 67 2.14 0.314 1.7E-2 A0392 10 68 2.18 0.249 1.7E-2 A0392 10 69 2.22 0.266 1.8E-2 A0392 10 70 2.26 0.185 1.8E-2 A0392 10 71 2.30 0.227 1.9E-2 A0392 10 72 2.34 0.230 2.0E-2 A0392 10 73 2.38 0.302 1.8E-2 A0392 10 74 2.42 0.371 2.E-2 A0392 10 75 2.46 0.296 2.E-2 A0392 10 76 2.50 0.393 2.E-2 A0392 10 77 2.54 0.228 3.E-2 A0392 10 78 2.58 0.382 3.E-2 A0392 10 79 2.62 0.326 3.E-2 A0392 10 80 2.66 0.346 3.E-2 A0392 10 81 2.70 0.347 3.E-2 A0392 10 82 2.74 0.319 4.E-2 A0392 10 83 2.78 0.245 3.E-2 A0392 10 84 2.82 0.516 3.E-2 A0392 10 85 2.86 0.286 3.E-2 A0392 10 86 2.90 0.477 3.E-2 A0392 10 87 2.94 0.321 3.E-2 A0392 10 88 2.98 0.222 3.E-2 A0392 10 89 3.02 0.242 3.E-2 A0392 10 90 3.06 0.279 3.5E-2 A0392 10 91 3.10 0.351 4.E-2 A0392 10 92 3.14 0.203 6.E-2 A0392 10 93 3.18 0.416 6.E-2 A0392 10 94 3.22 0.495 8.E-2 A0392 10 95 3.26 0.324 8.E-2 A0392 10 96 3.38 0.298 5.E-2 A0392 10 97 3.54 0.420 8.E-2 A0392 10 98 3.70 0.278 8.E-2 A0392 10 99 3.86 0.194 9.E-2 A0392 10 100 ENDDATA 70 0 A0392 10 101 ENDSUBENT 100 0 A0392 1099999 SUBENT A0392011 20200319 A094A0392 11 1 BIB 5 18 A0392 11 2 REACTION (19-K-41(P,INL)19-K-41,PAR,SIG) A0392 11 3 SAMPLE (19-K-41,ENR=0.9935) A target was prepared by A0392 11 4 evaporation of KBr, enriched to 99.35% in K-41,onto a A0392 11 5 gold backing of supporting thickness. The adopted valueA0392 11 6 for the KBr target was (0.78+-0.04) x 10**18 atoms/cm2 A0392 11 7 of 41K. A0392 11 8 DETECTOR (GELI) 125 cm3 Ge(Li) detector located 2.3 cm from the A0392 11 9 target in the 55. degr. direction for gamma-ray A0392 11 10 measurements made below the neutron threshold and a A0392 11 11 60 cm3 Ge(Li) detector for measurements above the A0392 11 12 neutron threshold. A0392 11 13 ERR-ANALYS (ERR-SYS) Systematic error. The main contributions A0392 11 14 coming from overall detection efficiency and target A0392 11 15 thickness. A0392 11 16 (ERR-S) Statistical error A0392 11 17 HISTORY (20200319A) SD: SF9=EXP deleted from REACTION code. BIBA0392 11 18 updated. PART-DET deleted. ERR-T->ERR-S; E-EXC->E-LVL. A0392 11 19 Data from Subents 012-015 added. A0392 11 20 ENDBIB 18 0 A0392 11 21 COMMON 1 3 A0392 11 22 ERR-SYS A0392 11 23 PER-CENT A0392 11 24 13. A0392 11 25 ENDCOMMON 3 0 A0392 11 26 DATA 4 192 A0392 11 27 E-LVL EN-CM DATA ERR-S A0392 11 28 MEV MEV MB MB A0392 11 29 0.9804 1.86 2.75E-2 6.6E-3 A0392 11 30 0.9804 1.90 2.86E-2 5.5E-3 A0392 11 31 0.9804 1.94 4.07E-2 6.6E-3 A0392 11 32 0.9804 1.98 2.53E-2 6.6E-3 A0392 11 33 0.9804 2.02 6.27E-2 6.6E-3 A0392 11 34 0.9804 2.06 9.79E-2 8.8E-3 A0392 11 35 0.9804 2.10 6.38E-2 8.8E-3 A0392 11 36 0.9804 2.14 5.5E-2 8.8E-3 A0392 11 37 0.9804 2.18 0.429 0.132 A0392 11 38 0.9804 2.22 0.187 1.1E-2 A0392 11 39 0.9804 2.26 0.429 1.1E-2 A0392 11 40 0.9804 2.30 0.803 2.2E-2 A0392 11 41 0.9804 2.34 1.474 2.2E-2 A0392 11 42 0.9804 2.38 0.616 2.2E-2 A0392 11 43 0.9804 2.42 0.869 2.2E-2 A0392 11 44 0.9804 2.46 0.517 2.2E-2 A0392 11 45 0.9804 2.50 2.541 3.3E-2 A0392 11 46 0.9804 2.54 0.649 2.2E-2 A0392 11 47 0.9804 2.58 1.364 3.3E-2 A0392 11 48 0.9804 2.62 1.738 3.3E-2 A0392 11 49 0.9804 2.66 1.991 3.3E-2 A0392 11 50 0.9804 2.70 3.113 4.4E-2 A0392 11 51 0.9804 2.74 1.771 4.4E-2 A0392 11 52 0.9804 2.78 1.826 4.4E-2 A0392 11 53 0.9804 2.82 3.234 4.4E-2 A0392 11 54 0.9804 2.86 1.342 4.4E-2 A0392 11 55 0.9804 2.90 4.422 5.5E-2 A0392 11 56 0.9804 2.94 4.455 5.5E-2 A0392 11 57 0.9804 2.98 4.62 0.11 A0392 11 58 0.9804 3.02 2.86 0.11 A0392 11 59 0.9804 3.06 5.61 0.11 A0392 11 60 0.9804 3.10 8.69 0.22 A0392 11 61 0.9804 3.14 9.46 0.22 A0392 11 62 0.9804 3.18 6.27 0.22 A0392 11 63 0.9804 3.22 3.30 0.23 A0392 11 64 0.9804 3.26 5.17 0.44 A0392 11 65 0.9804 3.30 4.84 0.33 A0392 11 66 0.9804 3.34 5.94 0.33 A0392 11 67 0.9804 3.38 9.35 0.55 A0392 11 68 0.9804 3.42 5.61 0.55 A0392 11 69 0.9804 3.46 5.50 0.55 A0392 11 70 0.9804 3.50 15.62 0.66 A0392 11 71 0.9804 3.54 11.33 0.99 A0392 11 72 0.9804 3.58 5.72 0.55 A0392 11 73 0.9804 3.62 4.18 0.55 A0392 11 74 0.9804 3.66 7.92 0.55 A0392 11 75 0.9804 3.70 9.46 0.66 A0392 11 76 0.9804 3.74 11.77 8.8E-2 A0392 11 77 0.9804 3.78 10.23 8.8E-2 A0392 11 78 0.9804 3.82 7.04 0.88 A0392 11 79 0.9804 3.86 8.47 0.88 A0392 11 80 0.9804 3.90 15.7 1.1 A0392 11 81 0.9804 3.94 13.2 1.1 A0392 11 82 0.9804 3.98 8.03 1.1 A0392 11 83 1.2937 2.30 2.6E-2 1.3E-2 A0392 11 84 1.2937 2.34 3.4E-2 1.9E-2 A0392 11 85 1.2937 2.38 8.5E-2 1.2E-2 A0392 11 86 1.2937 2.42 6.2E-2 1.4E-2 A0392 11 87 1.2937 2.46 5.3E-2 1.4E-2 A0392 11 88 1.2937 2.50 8.8E-2 1.6E-2 A0392 11 89 1.2937 2.54 0.300 2.E-2 A0392 11 90 1.2937 2.58 0.18 0.02 A0392 11 91 1.2937 2.62 0.19 2.E-2 A0392 11 92 1.2937 2.66 0.16 2.E-2 A0392 11 93 1.2937 2.70 0.189 2.E-2 A0392 11 94 1.2937 2.74 0.41 2.E-2 A0392 11 95 1.2937 2.78 0.42 2.E-2 A0392 11 96 1.2937 2.82 1.11 3.E-2 A0392 11 97 1.2937 2.86 0.72 3.E-2 A0392 11 98 1.2937 2.90 0.96 3.E-2 A0392 11 99 1.2937 2.94 0.85 3.E-2 A0392 11 100 1.2937 2.98 1.57 4.E-2 A0392 11 101 1.2937 3.02 0.61 3.E-2 A0392 11 102 1.2937 3.06 1.18 4.E-2 A0392 11 103 1.2937 3.10 2.70 5.E-2 A0392 11 104 1.2937 3.14 0.72 6.E-2 A0392 11 105 1.2937 3.18 1.7 8.E-2 A0392 11 106 1.2937 3.22 1.7 8.E-2 A0392 11 107 1.2937 3.26 2.6 0.1 A0392 11 108 1.2937 3.30 6.5 0.1 A0392 11 109 1.2937 3.34 3.0 0.1 A0392 11 110 1.2937 3.38 3.6 0.1 A0392 11 111 1.2937 3.42 2.8 0.16 A0392 11 112 1.2937 3.46 3.00 0.14 A0392 11 113 1.2937 3.50 2.80 0.16 A0392 11 114 1.2937 3.54 3.20 0.16 A0392 11 115 1.2937 3.58 5.20 0.17 A0392 11 116 1.2937 3.62 5.20 0.17 A0392 11 117 1.2937 3.66 6.10 0.20 A0392 11 118 1.2937 3.70 2.90 0.16 A0392 11 119 1.2937 3.74 7.0 0.2 A0392 11 120 1.2937 3.78 5.9 0.2 A0392 11 121 1.2937 3.82 4.4 0.2 A0392 11 122 1.2937 3.86 10.4 2.E-2 A0392 11 123 1.2937 3.90 6.8 0.2 A0392 11 124 1.2937 3.94 7.8 0.2 A0392 11 125 1.2937 3.98 7.5 0.2 A0392 11 126 1.5604 2.66 0.77 0.026 A0392 11 127 1.5604 2.70 0.11 0.03 A0392 11 128 1.5604 2.74 0.18 0.03 A0392 11 129 1.5604 2.78 0.18 0.03 A0392 11 130 1.5604 2.82 0.31 0.03 A0392 11 131 1.5604 2.86 0.45 0.04 A0392 11 132 1.5604 2.90 0.45 0.04 A0392 11 133 1.5604 2.94 0.20 0.03 A0392 11 134 1.5604 2.98 0.66 4.E-2 A0392 11 135 1.5604 3.02 0.3 3.E-2 A0392 11 136 1.5604 3.06 0.8 4.E-2 A0392 11 137 1.5604 3.10 2.0 5.E-2 A0392 11 138 1.5604 3.14 1.5 0.1 A0392 11 139 1.5604 3.18 0.85 6.E-2 A0392 11 140 1.5604 3.22 1.6 0.1 A0392 11 141 1.5604 3.26 1.4 0.1 A0392 11 142 1.5604 3.30 1.7 0.1 A0392 11 143 1.5604 3.34 2.1 0.11 A0392 11 144 1.5604 3.38 3.6 0.12 A0392 11 145 1.5604 3.42 2.00 0.11 A0392 11 146 1.5604 3.46 3.5 0.2 A0392 11 147 1.5604 3.50 4.0 0.2 A0392 11 148 1.5604 3.54 2.2 0.2 A0392 11 149 1.5604 3.58 3.3 0.2 A0392 11 150 1.5604 3.62 2.2 0.2 A0392 11 151 1.5604 3.66 3.2 0.2 A0392 11 152 1.5604 3.70 3.2 0.2 A0392 11 153 1.5604 3.74 5.6 0.2 A0392 11 154 1.5604 3.78 3.5 0.2 A0392 11 155 1.5604 3.82 3.8 0.2 A0392 11 156 1.5604 3.86 7.7 0.3 A0392 11 157 1.5604 3.90 13.5 0.3 A0392 11 158 1.5604 3.94 8.6 0.3 A0392 11 159 1.5604 3.98 11.8 0.3 A0392 11 160 1.5823 2.66 6.8E-2 1.8E-2 A0392 11 161 1.5823 2.70 0.11 3.E-2 A0392 11 162 1.5823 2.74 5.9E-2 1.5E-2 A0392 11 163 1.5823 2.78 5.9E-2 2.9E-2 A0392 11 164 1.5823 2.82 0.52 4.E-2 A0392 11 165 1.5823 2.86 0.17 4.E-2 A0392 11 166 1.5823 2.90 0.28 4.E-2 A0392 11 167 1.5823 2.94 0.39 4.E-2 A0392 11 168 1.5823 2.98 0.40 4.E-2 A0392 11 169 1.5823 3.02 0.41 3.E-2 A0392 11 170 1.5823 3.06 0.42 2.E-2 A0392 11 171 1.5823 3.10 0.76 4.E-2 A0392 11 172 1.5823 3.14 0.59 7.E-2 A0392 11 173 1.5823 3.18 1.2 6.E-2 A0392 11 174 1.5823 3.22 0.91 9.E-2 A0392 11 175 1.5823 3.26 2.0 9.E-2 A0392 11 176 1.5823 3.30 2.1 0.1 A0392 11 177 1.5823 3.34 0.70 8.E-2 A0392 11 178 1.5823 3.38 3.5 0.11 A0392 11 179 1.5823 3.42 1.5 0.11 A0392 11 180 1.5823 3.46 1.50 0.16 A0392 11 181 1.5823 3.50 2.0 0.2 A0392 11 182 1.5823 3.54 2.70 0.19 A0392 11 183 1.5823 3.58 2.40 0.19 A0392 11 184 1.5823 3.62 1.9 0.2 A0392 11 185 1.5823 3.66 2.8 0.2 A0392 11 186 1.5823 3.70 1.60 0.16 A0392 11 187 1.5823 3.74 3.9 0.2 A0392 11 188 1.5823 3.78 4.3 0.2 A0392 11 189 1.5823 3.82 4.7 0.2 A0392 11 190 1.5823 3.86 4.3 0.3 A0392 11 191 1.5823 3.90 5.5 0.3 A0392 11 192 1.5823 3.94 4.8 0.3 A0392 11 193 1.5823 3.98 5.2 0.3 A0392 11 194 1.5936 2.94 0.19 4.E-2 A0392 11 195 1.5936 2.98 0.6 6.E-2 A0392 11 196 1.5936 3.02 0.16 6.E-2 A0392 11 197 1.5936 3.06 0.28 5.E-2 A0392 11 198 1.5936 3.10 0.34 6.E-2 A0392 11 199 1.5936 3.14 1.8 0.1 A0392 11 200 1.5936 3.18 0.78 8.E-2 A0392 11 201 1.5936 3.22 1.2 0.13 A0392 11 202 1.5936 3.26 1.0 0.1 A0392 11 203 1.5936 3.30 0.49 0.12 A0392 11 204 1.5936 3.34 1.10 0.14 A0392 11 205 1.5936 3.38 0.82 0.14 A0392 11 206 1.5936 3.42 0.76 0.17 A0392 11 207 1.5936 3.46 1.2 0.2 A0392 11 208 1.5936 3.50 2.0 0.3 A0392 11 209 1.5936 3.54 1.6 0.3 A0392 11 210 1.5936 3.58 0.69 0.25 A0392 11 211 1.5936 3.62 0.90 0.24 A0392 11 212 1.5936 3.66 1.4 0.3 A0392 11 213 1.5936 3.70 2.8 0.3 A0392 11 214 1.5936 3.74 1.3 0.3 A0392 11 215 1.5936 3.78 2.6 0.3 A0392 11 216 1.5936 3.82 1.9 0.3 A0392 11 217 1.5936 3.86 2.5 0.4 A0392 11 218 1.5936 3.90 4.2 0.4 A0392 11 219 1.5936 3.94 2.3 0.4 A0392 11 220 1.5936 3.98 3.2 0.4 A0392 11 221 ENDDATA 194 0 A0392 11 222 ENDSUBENT 221 0 A0392 1199999 NOSUBENT A0392012 20200319 A094A0392 12 1 NOSUBENT A0392013 20200319 A094A0392 13 1 NOSUBENT A0392014 20200319 A094A0392 14 1 NOSUBENT A0392015 20200319 A094A0392 15 1 SUBENT A0392016 20200319 A094A0392 16 1 BIB 2 2 A0392 16 2 REACTION (19-K-41(P,G)20-CA-42,,SGV) A0392 16 3 HISTORY (20200319C) SD A0392 16 4 ENDBIB 2 0 A0392 16 5 NOCOMMON 0 0 3 A0392 16 6 DATA 2 21 A0392 16 7 KT DATA A0392 16 8 KEV CM3/S/MOL A0392 16 9 0.5 4.69E-03 A0392 16 10 0.6 3.68E-01 A0392 16 11 0.8 6.19 A0392 16 12 1.0 4.02E+01 A0392 16 13 1.2 1.53E+02 A0392 16 14 1.4 4.19E+02 A0392 16 15 1.5 6.35E+02 A0392 16 16 1.6 9.17E+02 A0392 16 17 1.8 1.71E+03 A0392 16 18 2.0 2.85E+03 A0392 16 19 2.5 7.28E+03 A0392 16 20 3.0 1.38E+04 A0392 16 21 3.5 2.12E+04 A0392 16 22 4.0 2.46E+04 A0392 16 23 4.5 3.48E+04 A0392 16 24 5.0 4.07E+04 A0392 16 25 6.0 4.88E+04 A0392 16 26 7.0 5.28E+04 A0392 16 27 8.0 5.39E+04 A0392 16 28 9.0 5.25E+04 A0392 16 29 10.0 5.04E+04 A0392 16 30 ENDDATA 23 0 A0392 16 31 ENDSUBENT 30 0 A0392 1699999 SUBENT A0392017 20200319 A094A0392 17 1 BIB 2 2 A0392 17 2 REACTION (19-K-41(P,N)20-CA-41,,SGV) A0392 17 3 HISTORY (20200319C) SD A0392 17 4 ENDBIB 2 0 A0392 17 5 NOCOMMON 0 0 3 A0392 17 6 DATA 2 21 A0392 17 7 KT DATA A0392 17 8 KEV CM3/S/MOL A0392 17 9 0.5 1.69E-06 A0392 17 10 0.6 1.90E-04 A0392 17 11 0.8 7.43E-02 A0392 17 12 1.0 2.89 A0392 17 13 1.2 3.54E+01 A0392 17 14 1.4 2.21E+02 A0392 17 15 1.5 4.66E+02 A0392 17 16 1.6 9.03E+02 A0392 17 17 1.8 2.76E+03 A0392 17 18 2.0 7.00E+03 A0392 17 19 2.5 3.79E+04 A0392 17 20 3.0 1.25E+05 A0392 17 21 3.5 3.12E+05 A0392 17 22 4.0 6.46E+05 A0392 17 23 4.5 1.18E+06 A0392 17 24 5.0 1.97E+06 A0392 17 25 6.0 4.51E+06 A0392 17 26 7.0 8.56E+06 A0392 17 27 8.0 1.41E+07 A0392 17 28 9.0 2.07E+07 A0392 17 29 10.0 2.68E+07 A0392 17 30 ENDDATA 23 0 A0392 17 31 ENDSUBENT 30 0 A0392 1799999 SUBENT A0392018 20200319 A094A0392 18 1 BIB 2 2 A0392 18 2 REACTION (19-K-41(P,A)18-AR-38,,SGV) A0392 18 3 HISTORY (20200319C) SD A0392 18 4 ENDBIB 2 0 A0392 18 5 NOCOMMON 0 0 3 A0392 18 6 DATA 2 21 A0392 18 7 KT DATA A0392 18 8 KEV CM3/S/MOL A0392 18 9 0.5 5.88E-02 A0392 18 10 0.6 5.47E-01 A0392 18 11 0.8 1.27E+01 A0392 18 12 1.0 1.09E+02 A0392 18 13 1.2 5.30E+02 A0392 18 14 1.4 1.82E+03 A0392 18 15 1.5 3.06E+03 A0392 18 16 1.6 4.90E+03 A0392 18 17 1.8 1.11E+04 A0392 18 18 2.0 2.22E+04 A0392 18 19 2.5 8.34E+04 A0392 18 20 3.0 2.19E+05 A0392 18 21 3.5 4.49E+05 A0392 18 22 4.0 7.88E+05 A0392 18 23 4.5 1.22E+06 A0392 18 24 5.0 1.75E+06 A0392 18 25 6.0 3.00E+06 A0392 18 26 7.0 4.24E+06 A0392 18 27 8.0 5.39E+06 A0392 18 28 9.0 6.35E+06 A0392 18 29 10.0 7.00E+06 A0392 18 30 ENDDATA 23 0 A0392 18 31 ENDSUBENT 30 0 A0392 1899999 ENDENTRY 18 0 A039299999999