TRANS A126 20251125 A0000000 0 ENTRY C A1366 20250916 SUBENT C A1366001 20250916 BIB 9 15 A1366001 2 TITLE Neutrons from the proton bombardment of 6Li,7Li,9Be, A1366001 3 11B, and 18O A1366001 4 AUTHOR (J.K.Bair,C.M.Jones,H.B.Willard) A1366001 5 REFERENCE (J,NP,53,209,1964) A1366001 6 INSTITUTE (1USAORL) A1366001 7 FACILITY (VDGT,1USAORL) A1366001 8 DETECTOR (BF3) 1.5 m diameter graphite sphere neutron detector. A1366001 9 Eight BF3 counters were used. A1366001 10 METHOD (BCINT) A1366001 11 COMMENT The numerical information of this paper also had been A1366001 12 gained and renormalized from the published figures by A1366001 13 Liskien for his evaluation. See F0004 (AND,15,57,1975) A1366001 14 HISTORY (19820511C) Compilation produced by Arzamas RFNC-VNIIEFA1366001 15 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1366001 16 (20250916A) SD: Corrections in all Subents. A1366001 17 ENDBIB 15 0 A1366001 18 NOCOMMON 0 0 A1366001 19 ENDSUBENT 18 0 A136600199999 SUBENT C A1366002 20250916 BIB 5 8 A1366002 2 REACTION (3-LI-6(P,X)0-NN-1,,SIG,,REL) A1366002 3 Relative neutron count rate A1366002 4 SAMPLE (3-LI-6,ENR=0.956) 6Li, 2 ug/cm2 thick. A1366002 5 ERR-ANALYS (ERR-1) Relative error A1366002 6 STATUS (CURVE,,J.K.Bair+,J,NP,53,209,1964) Figure 2 A1366002 7 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1366002 8 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG; A1366002 9 DATA-ERR1 -> ERR-1. A1366002 10 ENDBIB 8 0 A1366002 11 COMMON 3 3 A1366002 12 EN-ERR-DIG ERR-1 ERR-DIG A1366002 13 MEV PER-CENT ARB-UNITS A1366002 14 0.05 15. 0.01 A1366002 15 ENDCOMMON 3 0 A1366002 16 DATA 2 107 A1366002 17 EN DATA A1366002 18 MEV ARB-UNITS A1366002 19 5.31 0.12 A1366002 20 5.64 0.11 A1366002 21 5.72 0.07 A1366002 22 5.80 0.07 A1366002 23 5.86 0.08 A1366002 24 5.94 0.12 A1366002 25 5.97 0.15 A1366002 26 6.08 0.20 A1366002 27 6.16 0.22 A1366002 28 6.21 0.28 A1366002 29 6.29 0.28 A1366002 30 6.35 0.32 A1366002 31 6.43 0.37 A1366002 32 6.51 0.42 A1366002 33 6.57 0.48 A1366002 34 6.67 0.52 A1366002 35 6.73 0.53 A1366002 36 6.81 0.50 A1366002 37 6.87 0.55 A1366002 38 6.92 0.57 A1366002 39 7.00 0.57 A1366002 40 7.08 0.63 A1366002 41 7.17 0.70 A1366002 42 7.28 0.73 A1366002 43 7.33 0.78 A1366002 44 7.38 0.84 A1366002 45 7.46 0.90 A1366002 46 7.57 0.93 A1366002 47 7.63 0.98 A1366002 48 7.71 1.10 A1366002 49 7.79 1.07 A1366002 50 7.85 1.01 A1366002 51 7.93 1.08 A1366002 52 7.98 1.21 A1366002 53 8.01 1.11 A1366002 54 8.06 1.21 A1366002 55 8.17 1.17 A1366002 56 8.26 1.20 A1366002 57 8.36 1.34 A1366002 58 8.42 1.26 A1366002 59 8.53 1.42 A1366002 60 8.58 1.33 A1366002 61 8.64 1.34 A1366002 62 8.64 1.40 A1366002 63 8.74 1.44 A1366002 64 8.80 1.50 A1366002 65 8.88 1.54 A1366002 66 8.99 1.57 A1366002 67 9.07 1.60 A1366002 68 9.18 1.66 A1366002 69 9.26 1.70 A1366002 70 9.37 1.76 A1366002 71 9.45 1.79 A1366002 72 9.56 1.80 A1366002 73 9.59 1.89 A1366002 74 9.70 1.95 A1366002 75 9.81 1.92 A1366002 76 9.89 2.13 A1366002 77 9.97 1.96 A1366002 78 10.02 2.06 A1366002 79 10.16 2.22 A1366002 80 10.27 2.23 A1366002 81 10.30 2.19 A1366002 82 10.38 2.12 A1366002 83 10.49 2.16 A1366002 84 10.60 2.32 A1366002 85 10.65 2.19 A1366002 86 10.76 2.25 A1366002 87 10.87 2.26 A1366002 88 10.95 2.32 A1366002 89 11.03 2.37 A1366002 90 11.12 2.32 A1366002 91 11.25 2.42 A1366002 92 11.34 2.41 A1366002 93 11.34 2.35 A1366002 94 11.42 2.41 A1366002 95 11.56 2.28 A1366002 96 11.69 2.41 A1366002 97 11.83 2.33 A1366002 98 11.94 2.37 A1366002 99 12.02 2.38 A1366002 100 12.10 2.46 A1366002 101 12.19 2.53 A1366002 102 12.32 2.57 A1366002 103 12.32 2.51 A1366002 104 12.43 2.54 A1366002 105 12.52 2.53 A1366002 106 12.62 2.54 A1366002 107 12.71 2.60 A1366002 108 12.79 2.57 A1366002 109 12.90 2.62 A1366002 110 13.01 2.64 A1366002 111 13.06 2.72 A1366002 112 13.14 2.74 A1366002 113 13.25 2.82 A1366002 114 13.28 2.76 A1366002 115 13.33 2.87 A1366002 116 13.42 2.73 A1366002 117 13.55 2.76 A1366002 118 13.66 2.79 A1366002 119 13.77 2.82 A1366002 120 13.82 2.95 A1366002 121 13.94 2.83 A1366002 122 14.02 2.89 A1366002 123 14.16 2.88 A1366002 124 14.29 3.02 A1366002 125 14.32 3.08 A1366002 126 ENDDATA 109 0 A1366002 127 ENDSUBENT 126 0 A136600299999 SUBENT C A1366003 20250916 BIB 5 10 A1366003 2 REACTION (3-LI-7(P,X)0-NN-1,,SIG,,REL) A1366003 3 Relative neutron count rate A1366003 4 SAMPLE 7Li, 2 mu-g/cm2 thick. A1366003 5 ERR-ANALYS (ERR-1,10.,35.) The overall relative error is A1366003 6 estimated to be +-10% up to about 10 MeV, and then A1366003 7 increasing to +35%, -10% at 14 MeV. A1366003 8 STATUS (CURVE,,J.K.Bair+,J,NP,53,209,1964) Figure 3 A1366003 9 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1366003 10 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR1->ERR-DIG;A1366003 11 DATA-ERR2, +-DATA-ERR -> ERR-1. A1366003 12 ENDBIB 10 0 A1366003 13 COMMON 2 3 A1366003 14 EN-ERR-DIG ERR-DIG A1366003 15 MEV ARB-UNITS A1366003 16 0.05 0.02 A1366003 17 ENDCOMMON 3 0 A1366003 18 DATA 2 87 A1366003 19 EN DATA A1366003 20 MEV ARB-UNITS A1366003 21 4.03 4.32 A1366003 22 4.03 4.21 A1366003 23 4.14 4.29 A1366003 24 4.19 4.32 A1366003 25 4.29 4.43 A1366003 26 4.39 4.51 A1366003 27 4.49 4.72 A1366003 28 4.56 4.96 A1366003 29 4.63 5.13 A1366003 30 4.74 5.21 A1366003 31 4.86 5.42 A1366003 32 4.96 5.50 A1366003 33 5.06 5.59 A1366003 34 5.11 5.67 A1366003 35 5.22 5.54 A1366003 36 5.30 5.32 A1366003 37 5.38 5.22 A1366003 38 5.46 4.96 A1366003 39 5.56 4.80 A1366003 40 5.62 4.53 A1366003 41 5.73 4.35 A1366003 42 5.86 4.25 A1366003 43 5.94 4.01 A1366003 44 5.99 3.90 A1366003 45 6.09 3.82 A1366003 46 6.22 3.85 A1366003 47 6.38 3.51 A1366003 48 6.49 3.38 A1366003 49 6.59 3.30 A1366003 50 6.72 3.33 A1366003 51 6.80 3.20 A1366003 52 6.90 3.23 A1366003 53 7.01 3.07 A1366003 54 7.13 3.07 A1366003 55 7.26 3.13 A1366003 56 7.39 3.21 A1366003 57 7.50 3.08 A1366003 58 7.60 3.03 A1366003 59 7.70 3.03 A1366003 60 7.80 2.93 A1366003 61 7.93 2.90 A1366003 62 8.04 2.88 A1366003 63 8.22 2.77 A1366003 64 8.32 2.78 A1366003 65 8.43 2.67 A1366003 66 8.55 2.70 A1366003 67 8.68 2.68 A1366003 68 8.81 2.65 A1366003 69 8.91 2.60 A1366003 70 9.02 2.55 A1366003 71 9.20 2.61 A1366003 72 9.35 2.61 A1366003 73 9.41 2.42 A1366003 74 9.56 2.51 A1366003 75 9.64 2.40 A1366003 76 9.77 2.35 A1366003 77 9.89 2.41 A1366003 78 10.05 2.17 A1366003 79 10.18 2.23 A1366003 80 10.34 2.15 A1366003 81 10.46 2.21 A1366003 82 10.59 2.39 A1366003 83 10.74 2.48 A1366003 84 10.82 2.37 A1366003 85 11.02 2.48 A1366003 86 11.10 2.32 A1366003 87 11.28 2.41 A1366003 88 11.41 2.33 A1366003 89 11.51 2.31 A1366003 90 11.66 2.44 A1366003 91 11.80 2.18 A1366003 92 11.95 2.26 A1366003 93 12.05 2.23 A1366003 94 12.18 2.24 A1366003 95 12.34 2.21 A1366003 96 12.56 2.35 A1366003 97 12.70 2.14 A1366003 98 12.77 2.12 A1366003 99 12.95 2.28 A1366003 100 13.08 2.20 A1366003 101 13.28 2.31 A1366003 102 13.41 2.26 A1366003 103 13.59 2.40 A1366003 104 13.75 2.32 A1366003 105 13.87 2.35 A1366003 106 14.03 2.46 A1366003 107 14.21 2.35 A1366003 108 ENDDATA 89 0 A1366003 109 ENDSUBENT 108 0 A136600399999 SUBENT C A1366004 20250916 BIB 5 8 A1366004 2 REACTION (4-BE-9(P,X)0-NN-1,,SIG,,REL) A1366004 3 Relative neutron count rate A1366004 4 SAMPLE 9Be, 5 ug/cm2 thick. A1366004 5 ERR-ANALYS (ERR-1) Relative error A1366004 6 STATUS (CURVE,,J.K.Bair+,J,NP,53,209,1964) Figure 4 A1366004 7 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1366004 8 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG; A1366004 9 DATA-ERR1 -> ERR-1. A1366004 10 ENDBIB 8 0 A1366004 11 COMMON 3 3 A1366004 12 EN-ERR-DIG ERR-1 ERR-DIG A1366004 13 MEV PER-CENT ARB-UNITS A1366004 14 0.03 6. 0.03 A1366004 15 ENDCOMMON 3 0 A1366004 16 DATA 2 89 A1366004 17 EN DATA A1366004 18 MEV ARB-UNITS A1366004 19 3.92 4.87 A1366004 20 4.09 5.09 A1366004 21 4.15 5.32 A1366004 22 4.21 5.70 A1366004 23 4.32 6.23 A1366004 24 4.44 6.61 A1366004 25 4.49 7.44 A1366004 26 4.55 7.97 A1366004 27 4.66 8.50 A1366004 28 4.78 8.95 A1366004 29 4.84 8.72 A1366004 30 4.96 8.50 A1366004 31 5.07 8.12 A1366004 32 5.13 7.82 A1366004 33 5.25 7.89 A1366004 34 5.37 7.90 A1366004 35 5.48 7.97 A1366004 36 5.54 7.97 A1366004 37 5.60 8.20 A1366004 38 5.71 8.20 A1366004 39 5.83 8.05 A1366004 40 5.95 8.13 A1366004 41 6.00 8.13 A1366004 42 6.12 8.05 A1366004 43 6.30 8.05 A1366004 44 6.41 7.98 A1366004 45 6.41 8.13 A1366004 46 6.53 8.13 A1366004 47 6.59 8.43 A1366004 48 6.70 8.66 A1366004 49 6.76 8.73 A1366004 50 6.88 8.51 A1366004 51 6.99 8.66 A1366004 52 7.00 8.36 A1366004 53 7.05 8.51 A1366004 54 7.11 8.36 A1366004 55 7.23 8.59 A1366004 56 7.34 8.59 A1366004 57 7.46 8.74 A1366004 58 7.58 8.81 A1366004 59 7.63 8.96 A1366004 60 7.81 8.97 A1366004 61 7.93 8.89 A1366004 62 7.98 8.97 A1366004 63 8.16 9.04 A1366004 64 8.28 8.97 A1366004 65 8.39 9.12 A1366004 66 8.45 8.97 A1366004 67 8.57 9.20 A1366004 68 8.74 9.20 A1366004 69 8.86 9.20 A1366004 70 8.97 9.20 A1366004 71 9.15 9.28 A1366004 72 9.26 9.43 A1366004 73 9.38 9.50 A1366004 74 9.44 9.43 A1366004 75 9.61 9.43 A1366004 76 9.73 9.58 A1366004 77 9.90 9.43 A1366004 78 10.02 9.58 A1366004 79 10.14 9.58 A1366004 80 10.25 9.51 A1366004 81 10.43 9.59 A1366004 82 10.55 9.51 A1366004 83 10.72 9.51 A1366004 84 10.78 9.59 A1366004 85 10.90 9.51 A1366004 86 11.07 9.59 A1366004 87 11.19 9.51 A1366004 88 11.36 9.59 A1366004 89 11.48 9.44 A1366004 90 11.65 9.44 A1366004 91 11.77 9.37 A1366004 92 12.00 9.37 A1366004 93 12.12 9.44 A1366004 94 12.23 9.52 A1366004 95 12.35 9.52 A1366004 96 12.53 9.45 A1366004 97 12.64 9.37 A1366004 98 12.82 9.52 A1366004 99 12.99 9.37 A1366004 100 13.11 9.37 A1366004 101 13.28 9.38 A1366004 102 13.40 9.22 A1366004 103 13.58 9.07 A1366004 104 13.75 9.00 A1366004 105 13.87 8.93 A1366004 106 13.99 8.93 A1366004 107 14.22 8.93 A1366004 108 ENDDATA 91 0 A1366004 109 ENDSUBENT 108 0 A136600499999 SUBENT C A1366005 20250916 BIB 5 8 A1366005 2 REACTION (5-B-11(P,X)0-NN-1,,SIG,,REL) A1366005 3 Relative neutron count rate A1366005 4 SAMPLE 11B, 10 ug/cm2 thick. A1366005 5 ERR-ANALYS (ERR-1) Relative error A1366005 6 STATUS (CURVE,,J.K.Bair+,J,NP,53,209,1964) Figure 5 A1366005 7 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1366005 8 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG; A1366005 9 DATA-ERR1 -> ERR-1. A1366005 10 ENDBIB 8 0 A1366005 11 COMMON 3 3 A1366005 12 EN-ERR-DIG ERR-1 ERR-DIG A1366005 13 MEV PER-CENT ARB-UNITS A1366005 14 0.02 7. 0.03 A1366005 15 ENDCOMMON 3 0 A1366005 16 DATA 2 164 A1366005 17 EN DATA A1366005 18 MEV ARB-UNITS A1366005 19 3.96 7.34 A1366005 20 4.04 7.10 A1366005 21 4.09 6.54 A1366005 22 4.17 5.84 A1366005 23 4.21 5.13 A1366005 24 4.26 4.48 A1366005 25 4.34 4.27 A1366005 26 4.38 4.08 A1366005 27 4.49 4.70 A1366005 28 4.56 5.41 A1366005 29 4.62 6.36 A1366005 30 4.69 6.82 A1366005 31 4.77 6.70 A1366005 32 4.78 7.01 A1366005 33 4.87 7.47 A1366005 34 4.92 11.72 A1366005 35 4.94 12.15 A1366005 36 4.96 8.55 A1366005 37 4.99 9.69 A1366005 38 5.00 12.46 A1366005 39 5.01 12.70 A1366005 40 5.05 13.29 A1366005 41 5.13 13.32 A1366005 42 5.18 11.99 A1366005 43 5.24 11.59 A1366005 44 5.30 11.50 A1366005 45 5.38 11.84 A1366005 46 5.42 12.12 A1366005 47 5.51 12.06 A1366005 48 5.59 12.09 A1366005 49 5.65 12.12 A1366005 50 5.69 12.49 A1366005 51 5.77 13.07 A1366005 52 5.84 13.72 A1366005 53 5.87 14.36 A1366005 54 5.88 14.70 A1366005 55 5.94 15.26 A1366005 56 6.01 16.52 A1366005 57 6.11 16.36 A1366005 58 6.15 15.97 A1366005 59 6.23 15.16 A1366005 60 6.31 14.98 A1366005 61 6.37 14.67 A1366005 62 6.44 14.33 A1366005 63 6.52 13.81 A1366005 64 6.58 13.93 A1366005 65 6.58 13.69 A1366005 66 6.63 13.50 A1366005 67 6.69 13.29 A1366005 68 6.71 13.20 A1366005 69 6.74 13.01 A1366005 70 6.80 13.07 A1366005 71 6.81 12.92 A1366005 72 6.84 12.73 A1366005 73 6.87 12.61 A1366005 74 6.92 12.70 A1366005 75 6.96 12.61 A1366005 76 7.00 12.67 A1366005 77 7.13 13.01 A1366005 78 7.17 13.32 A1366005 79 7.22 13.47 A1366005 80 7.26 13.84 A1366005 81 7.31 13.94 A1366005 82 7.37 13.57 A1366005 83 7.39 13.29 A1366005 84 7.45 13.20 A1366005 85 7.48 12.73 A1366005 86 7.53 12.52 A1366005 87 7.54 12.15 A1366005 88 7.59 11.81 A1366005 89 7.65 11.60 A1366005 90 7.74 11.75 A1366005 91 7.77 12.03 A1366005 92 7.82 10.52 A1366005 93 7.87 9.94 A1366005 94 7.88 10.12 A1366005 95 7.94 10.21 A1366005 96 7.99 10.06 A1366005 97 8.04 11.20 A1366005 98 8.10 12.86 A1366005 99 8.13 13.26 A1366005 100 8.17 13.51 A1366005 101 8.31 14.03 A1366005 102 8.34 13.91 A1366005 103 8.37 13.44 A1366005 104 8.46 13.04 A1366005 105 8.48 12.86 A1366005 106 8.54 12.74 A1366005 107 8.58 13.04 A1366005 108 8.63 13.57 A1366005 109 8.67 14.00 A1366005 110 8.72 13.69 A1366005 111 8.78 12.80 A1366005 112 8.80 12.27 A1366005 113 8.83 11.91 A1366005 114 8.86 11.63 A1366005 115 8.97 11.57 A1366005 116 8.98 11.32 A1366005 117 9.01 11.17 A1366005 118 9.06 11.32 A1366005 119 9.10 11.44 A1366005 120 9.12 10.89 A1366005 121 9.18 11.04 A1366005 122 9.25 12.49 A1366005 123 9.32 11.63 A1366005 124 9.39 11.69 A1366005 125 9.42 11.48 A1366005 126 9.50 11.51 A1366005 127 9.51 11.26 A1366005 128 9.60 11.32 A1366005 129 9.68 11.32 A1366005 130 9.79 11.51 A1366005 131 10.03 11.26 A1366005 132 10.06 11.54 A1366005 133 10.10 11.72 A1366005 134 10.16 12.09 A1366005 135 10.21 11.78 A1366005 136 10.26 11.38 A1366005 137 10.30 11.05 A1366005 138 10.35 10.58 A1366005 139 10.47 10.43 A1366005 140 10.55 10.52 A1366005 141 10.61 10.43 A1366005 142 10.73 10.68 A1366005 143 10.76 10.83 A1366005 144 10.80 10.98 A1366005 145 10.88 11.05 A1366005 146 10.97 11.08 A1366005 147 11.03 10.77 A1366005 148 11.08 10.89 A1366005 149 11.14 10.74 A1366005 150 11.15 10.46 A1366005 151 11.21 10.15 A1366005 152 11.37 10.12 A1366005 153 11.38 10.00 A1366005 154 11.49 9.91 A1366005 155 11.56 10.00 A1366005 156 11.58 10.12 A1366005 157 11.71 10.25 A1366005 158 11.77 10.12 A1366005 159 11.85 10.43 A1366005 160 11.94 10.40 A1366005 161 12.06 9.94 A1366005 162 12.14 9.94 A1366005 163 12.17 10.12 A1366005 164 12.26 10.25 A1366005 165 12.35 10.34 A1366005 166 12.46 10.34 A1366005 167 12.52 10.16 A1366005 168 12.55 10.28 A1366005 169 12.62 10.52 A1366005 170 12.77 10.52 A1366005 171 12.83 10.37 A1366005 172 12.95 10.56 A1366005 173 13.03 10.62 A1366005 174 13.20 10.71 A1366005 175 13.26 10.46 A1366005 176 13.61 10.37 A1366005 177 13.76 10.43 A1366005 178 13.82 10.43 A1366005 179 13.91 10.40 A1366005 180 13.99 10.37 A1366005 181 14.06 10.53 A1366005 182 14.15 10.71 A1366005 183 ENDDATA 166 0 A1366005 184 ENDSUBENT 183 0 A136600599999 SUBENT C A1366006 20250916 BIB 6 12 A1366006 2 REACTION (8-O-18(P,X)0-NN-1,,SIG,,REL) A1366006 3 Relative neutron count rate A1366006 4 SAMPLE Water vapour enriched to 97.2% in O-18 was used to A1366006 5 oxidize tungsten by the method of Muggleton and A1366006 6 Howe (See REL-REF). The W4O18 was then evaporated A1366006 7 onto the carbon backings. A1366006 8 REL-REF (M,,A.H.F.Muggleton+,J,NIM,12,192,1961) A1366006 9 ERR-ANALYS (ERR-1) Relative error A1366006 10 STATUS (CURVE,,J.K.Bair+,J,NP,53,209,1964) Figure 6 A1366006 11 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1366006 12 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG; A1366006 13 DATA-ERR1 -> ERR-1. A1366006 14 ENDBIB 12 0 A1366006 15 COMMON 3 3 A1366006 16 EN-ERR-DIG ERR-1 ERR-DIG A1366006 17 MEV PER-CENT ARB-UNITS A1366006 18 0.01 18. 0.04 A1366006 19 ENDCOMMON 3 0 A1366006 20 DATA 2 194 A1366006 21 EN DATA A1366006 22 MEV ARB-UNITS A1366006 23 3.48 2.60 A1366006 24 3.50 1.92 A1366006 25 3.54 1.38 A1366006 26 3.56 1.04 A1366006 27 3.60 1.25 A1366006 28 3.61 2.06 A1366006 29 3.61 1.76 A1366006 30 3.63 3.03 A1366006 31 3.63 2.73 A1366006 32 3.64 3.24 A1366006 33 3.69 1.47 A1366006 34 3.73 2.82 A1366006 35 3.75 4.64 A1366006 36 3.76 5.06 A1366006 37 3.80 4.51 A1366006 38 3.83 4.85 A1366006 39 3.84 13.55 A1366006 40 3.89 7.64 A1366006 41 3.90 5.45 A1366006 42 3.94 5.24 A1366006 43 3.97 4.65 A1366006 44 4.02 5.79 A1366006 45 4.05 7.40 A1366006 46 4.07 6.98 A1366006 47 4.10 8.37 A1366006 48 4.12 10.48 A1366006 49 4.17 10.32 A1366006 50 4.19 7.49 A1366006 51 4.21 6.90 A1366006 52 4.22 6.35 A1366006 53 4.24 7.28 A1366006 54 4.28 9.52 A1366006 55 4.30 12.73 A1366006 56 4.33 14.59 A1366006 57 4.35 15.14 A1366006 58 4.39 12.39 A1366006 59 4.42 9.95 A1366006 60 4.45 11.05 A1366006 61 4.46 10.75 A1366006 62 4.49 10.12 A1366006 63 4.51 7.55 A1366006 64 4.54 6.37 A1366006 65 4.58 6.07 A1366006 66 4.60 5.14 A1366006 67 4.63 4.72 A1366006 68 4.66 5.06 A1366006 69 4.68 5.78 A1366006 70 4.72 6.08 A1366006 71 4.74 6.67 A1366006 72 4.78 7.98 A1366006 73 4.82 9.80 A1366006 74 4.84 11.15 A1366006 75 4.88 12.42 A1366006 76 4.90 14.11 A1366006 77 4.93 16.18 A1366006 78 4.95 17.57 A1366006 79 4.97 20.53 A1366006 80 4.98 20.44 A1366006 81 5.01 23.23 A1366006 82 5.06 22.81 A1366006 83 5.09 21.34 A1366006 84 5.11 19.18 A1366006 85 5.15 16.91 A1366006 86 5.19 17.04 A1366006 87 5.22 16.74 A1366006 88 5.24 16.41 A1366006 89 5.28 16.45 A1366006 90 5.30 15.52 A1366006 91 5.33 12.99 A1366006 92 5.39 12.11 A1366006 93 5.41 12.45 A1366006 94 5.44 13.04 A1366006 95 5.49 13.08 A1366006 96 5.54 12.45 A1366006 97 5.59 14.06 A1366006 98 5.59 16.38 A1366006 99 5.62 13.43 A1366006 100 5.64 12.29 A1366006 101 5.68 11.53 A1366006 102 5.71 11.02 A1366006 103 5.74 10.39 A1366006 104 5.78 9.47 A1366006 105 5.81 8.71 A1366006 106 5.84 8.33 A1366006 107 5.88 8.46 A1366006 108 5.91 9.18 A1366006 109 5.94 10.57 A1366006 110 5.98 12.01 A1366006 111 6.04 17.33 A1366006 112 6.07 13.41 A1366006 113 6.12 11.38 A1366006 114 6.14 10.16 A1366006 115 6.17 9.11 A1366006 116 6.21 8.18 A1366006 117 6.24 8.10 A1366006 118 6.25 7.97 A1366006 119 6.29 7.93 A1366006 120 6.34 7.89 A1366006 121 6.37 7.81 A1366006 122 6.40 8.82 A1366006 123 6.42 9.12 A1366006 124 6.47 9.37 A1366006 125 6.50 9.50 A1366006 126 6.53 9.80 A1366006 127 6.57 9.97 A1366006 128 6.57 9.76 A1366006 129 6.61 9.55 A1366006 130 6.62 9.97 A1366006 131 6.63 10.10 A1366006 132 6.68 10.23 A1366006 133 6.72 9.68 A1366006 134 6.76 9.09 A1366006 135 6.80 8.59 A1366006 136 6.83 8.34 A1366006 137 6.86 8.04 A1366006 138 6.91 8.00 A1366006 139 6.93 8.13 A1366006 140 6.94 8.30 A1366006 141 6.98 8.39 A1366006 142 6.98 9.10 A1366006 143 7.01 10.12 A1366006 144 7.04 11.01 A1366006 145 7.08 11.77 A1366006 146 7.12 12.61 A1366006 147 7.15 12.28 A1366006 148 7.20 12.37 A1366006 149 7.24 12.07 A1366006 150 7.27 11.74 A1366006 151 7.30 11.65 A1366006 152 7.35 11.70 A1366006 153 7.39 11.74 A1366006 154 7.43 11.07 A1366006 155 7.46 10.14 A1366006 156 7.50 9.47 A1366006 157 7.54 8.63 A1366006 158 7.57 8.20 A1366006 159 7.62 8.12 A1366006 160 7.66 8.29 A1366006 161 7.69 8.51 A1366006 162 7.73 8.76 A1366006 163 7.77 8.89 A1366006 164 7.81 8.98 A1366006 165 7.85 8.81 A1366006 166 7.90 8.90 A1366006 167 7.92 9.15 A1366006 168 7.97 9.28 A1366006 169 8.01 8.94 A1366006 170 8.04 9.11 A1366006 171 8.08 9.20 A1366006 172 8.13 10.47 A1366006 173 8.16 10.89 A1366006 174 8.21 10.68 A1366006 175 8.25 10.05 A1366006 176 8.29 9.51 A1366006 177 8.33 9.09 A1366006 178 8.37 8.79 A1366006 179 8.42 8.63 A1366006 180 8.47 8.63 A1366006 181 8.52 8.93 A1366006 182 8.57 9.18 A1366006 183 8.61 9.40 A1366006 184 8.66 9.74 A1366006 185 8.70 9.91 A1366006 186 8.70 9.74 A1366006 187 8.74 9.99 A1366006 188 8.77 9.66 A1366006 189 8.82 8.98 A1366006 190 8.85 8.52 A1366006 191 8.90 8.31 A1366006 192 8.97 8.32 A1366006 193 8.98 8.06 A1366006 194 9.01 7.77 A1366006 195 9.08 7.73 A1366006 196 9.11 7.31 A1366006 197 9.17 7.23 A1366006 198 9.22 7.36 A1366006 199 9.25 7.44 A1366006 200 9.28 7.53 A1366006 201 9.31 7.49 A1366006 202 9.34 7.41 A1366006 203 9.37 7.15 A1366006 204 9.41 6.86 A1366006 205 9.46 6.69 A1366006 206 9.49 6.49 A1366006 207 9.55 6.28 A1366006 208 9.59 6.53 A1366006 209 9.63 6.75 A1366006 210 9.67 7.04 A1366006 211 9.71 7.47 A1366006 212 9.75 7.43 A1366006 213 9.80 7.30 A1366006 214 9.86 7.30 A1366006 215 9.89 7.26 A1366006 216 9.94 7.22 A1366006 217 ENDDATA 196 0 A1366006 218 ENDSUBENT 217 0 A136600699999 ENDENTRY 6 0 A136699999999 ENTRY C A1371 20250918 SUBENT C A1371001 20250918 BIB 11 24 A1371001 2 TITLE 6Li(d,p)7Li and 6Li(d,alpha)alpha reactions at the A1371001 3 deuteron energy range 3 - 5 MeV A1371001 4 AUTHOR (V.Meyer,W.Pfeifer,H.H.Staub) A1371001 5 REFERENCE (J,HPA,36,465,1963) in German A1371001 6 INSTITUTE (2SWTZUR) A1371001 7 FACILITY (VDG,2SWTZUR) A1371001 8 SAMPLE (3-LI-6,ENR=0.961) The Li-6 was evaporated onto a A1371001 9 self-supporting Mowital F40 foil with a thickness of A1371001 10 approximately 7 ug/cm2 as a target carrier. A1371001 11 DETECTOR (CSICR) CsI(Tl) and photomultiplier RCA-6655 A1371001 12 METHOD (BCINT) The thickness of the metal layer was determinedA1371001 13 from its stopping power against alpha, He3,and d A1371001 14 particles. A1371001 15 REL-REF (A,A1409002,J.B.Marion+,J,PR,104,1402,1956) For A1371001 16 comparison purposes, the cross section of the A1371001 17 reaction Li6(p,alpha)He3 (60 degr., Ep=1 MeV) was A1371001 18 also measured in the way described in METHOD. It agreesA1371001 19 within error with the data given by Marion, et al. A1371001 20 ERR-ANALYS The cross sections were determined absolutely to A1371001 21 within 20% according to the method of thickness A1371001 22 determination. A1371001 23 HISTORY (19800717C) Compilation produced by Arzamas RFNC-VNIIEFA1371001 24 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1371001 25 (20250918A) SD: Corrections in all Subents. A1371001 26 ENDBIB 24 0 A1371001 27 NOCOMMON 0 0 A1371001 28 ENDSUBENT 27 0 A137100199999 SUBENT C A1371002 20250918 BIB 3 4 A1371002 2 REACTION (3-LI-6(D,A)2-HE-4,,DA) A1371002 3 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 2 A1371002 4 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371002 5 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-DIG. A1371002 6 ENDBIB 4 0 A1371002 7 COMMON 2 3 A1371002 8 ANG-ERR-D ERR-DIG A1371002 9 ADEG MB/SR A1371002 10 0.5 0.02 A1371002 11 ENDCOMMON 3 0 A1371002 12 DATA 3 52 A1371002 13 EN ANG-CM DATA-CM A1371002 14 MEV ADEG MB/SR A1371002 15 2.4 15.8 2.00 A1371002 16 2.4 36.1 1.53 A1371002 17 2.4 69.0 0.94 A1371002 18 2.4 81.1 0.84 A1371002 19 3. 15.9 2.04 A1371002 20 3. 25.5 2.00 A1371002 21 3. 38.0 1.63 A1371002 22 3. 53.3 1.29 A1371002 23 3. 69.6 1.18 A1371002 24 3. 79.6 1.04 A1371002 25 3. 89.7 1.10 A1371002 26 3.37 15.7 2.88 A1371002 27 3.37 26.5 2.56 A1371002 28 3.37 37.7 2.30 A1371002 29 3.37 48.9 2.04 A1371002 30 3.37 59.4 2.04 A1371002 31 3.37 69.8 1.95 A1371002 32 3.37 79.9 1.94 A1371002 33 3.37 90.3 1.97 A1371002 34 3.8 13.8 2.09 A1371002 35 3.8 15.8 2.07 A1371002 36 3.8 26.7 2.06 A1371002 37 3.8 34.3 2.14 A1371002 38 3.8 38.9 2.02 A1371002 39 3.8 54.4 2.12 A1371002 40 3.8 59.3 1.97 A1371002 41 3.8 71.1 2.17 A1371002 42 3.8 79.5 2.26 A1371002 43 3.8 87.0 2.26 A1371002 44 4.5 16.5 0.84 A1371002 45 4.5 20.3 0.92 A1371002 46 4.5 29.1 1.05 A1371002 47 4.5 39.6 1.28 A1371002 48 4.5 50.6 1.50 A1371002 49 4.5 60.6 1.67 A1371002 50 4.5 69.0 1.78 A1371002 51 4.5 72.4 1.84 A1371002 52 4.5 78.7 1.82 A1371002 53 4.5 82.9 1.81 A1371002 54 4.5 88.3 1.81 A1371002 55 5.2 16.6 0.43 A1371002 56 5.2 27.1 0.59 A1371002 57 5.2 34.8 0.90 A1371002 58 5.2 40.3 1.06 A1371002 59 5.2 50.3 1.22 A1371002 60 5.2 59.1 1.21 A1371002 61 5.2 61.7 1.38 A1371002 62 5.2 67.9 1.29 A1371002 63 5.2 72.1 1.37 A1371002 64 5.2 77.1 1.20 A1371002 65 5.2 83.4 1.16 A1371002 66 5.2 88.0 1.19 A1371002 67 ENDDATA 54 0 A1371002 68 ENDSUBENT 67 0 A137100299999 SUBENT C A1371003 20250918 BIB 3 4 A1371003 2 REACTION (3-LI-6(D,A)2-HE-4,,SIG) A1371003 3 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 3 A1371003 4 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371003 5 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1371003 6 ENDBIB 4 0 A1371003 7 COMMON 2 3 A1371003 8 EN-ERR-DIG ERR-DIG A1371003 9 MEV MB A1371003 10 0.015 0.3 A1371003 11 ENDCOMMON 3 0 A1371003 12 DATA 2 6 A1371003 13 EN DATA A1371003 14 MEV MB A1371003 15 2.43 14.7 A1371003 16 3.02 17.9 A1371003 17 3.39 26.5 A1371003 18 3.82 27.7 A1371003 19 4.51 19.7 A1371003 20 5.21 13.9 A1371003 21 ENDDATA 8 0 A1371003 22 ENDSUBENT 21 0 A137100399999 SUBENT C A1371004 20250918 BIB 4 5 A1371004 2 REACTION (3-LI-6(D,A)2-HE-4,,DA,,LEG) A1371004 3 REL-REF (A,A1363002,N.P.Heydenburg+,J,PR,74,405,1948) A1371004 4 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 4 A1371004 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371004 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1371004 7 ENDBIB 5 0 A1371004 8 COMMON 2 3 A1371004 9 EN-ERR-DIG ERR-DIG A1371004 10 MEV MB/SR A1371004 11 0.03 0.025 A1371004 12 ENDCOMMON 3 0 A1371004 13 DATA 3 14 A1371004 14 NUMBER EN DATA-CM A1371004 15 NO-DIM MEV MB/SR A1371004 16 0. 3.04 1.420 A1371004 17 0. 3.39 2.139 A1371004 18 0. 3.82 2.180 A1371004 19 0. 5.12 1.093 A1371004 20 2. 3.00 0.790 A1371004 21 2. 3.40 0.680 A1371004 22 2. 3.75 -0.110 A1371004 23 2. 4.43 -0.633 A1371004 24 2. 5.22 -0.365 A1371004 25 4. 3.00 0.143 A1371004 26 4. 3.40 0.315 A1371004 27 4. 3.77 0.166 A1371004 28 4. 4.50 -0.170 A1371004 29 4. 5.18 -0.392 A1371004 30 ENDDATA 16 0 A1371004 31 ENDSUBENT 30 0 A137100499999 SUBENT C A1371005 20250918 BIB 4 6 A1371005 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,DA) A1371005 3 ERR-ANALYS (DATA-ERR2) No information about source of uncertainty A1371005 4 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 5 A1371005 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371005 6 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->DATA-ERR2A1371005 7 ERR-DIG added. A1371005 8 ENDBIB 6 0 A1371005 9 COMMON 3 3 A1371005 10 E-LVL ANG-ERR-D ERR-DIG A1371005 11 MEV ADEG MB/SR A1371005 12 4.63 0.8 0.03 A1371005 13 ENDCOMMON 3 0 A1371005 14 DATA 4 55 A1371005 15 EN ANG-CM DATA-CM DATA-ERR2 A1371005 16 MEV ADEG MB/SR MB/SR A1371005 17 3.4 15.6 1.07 A1371005 18 3.4 25.6 0.97 A1371005 19 3.4 39.4 1.22 A1371005 20 3.4 49.4 0.92 A1371005 21 3.4 60.1 1.05 A1371005 22 3.4 71.6 1.07 0.15 A1371005 23 3.4 82.3 1.30 A1371005 24 3.4 91.6 1.02 A1371005 25 3.4 102.3 1.15 A1371005 26 3.4 111.5 0.92 A1371005 27 3.4 120.7 0.99 A1371005 28 3.8 15.7 1.08 A1371005 29 3.8 25.7 0.95 A1371005 30 3.8 37.9 1.28 A1371005 31 3.8 51.0 1.11 A1371005 32 3.8 71.6 1.56 0.16 A1371005 33 3.8 87.0 1.74 A1371005 34 3.8 102.3 1.64 A1371005 35 3.8 111.5 1.47 A1371005 36 3.8 120.7 1.30 A1371005 37 4.1 15.6 1.00 A1371005 38 4.1 19.4 1.08 A1371005 39 4.1 28.6 1.07 A1371005 40 4.1 38.6 1.14 A1371005 41 4.1 49.3 1.22 A1371005 42 4.1 60.8 1.20 A1371005 43 4.1 71.6 1.24 0.13 A1371005 44 4.1 82.3 1.14 A1371005 45 4.1 93.0 1.24 A1371005 46 4.1 103.0 1.34 A1371005 47 4.1 113.0 1.21 A1371005 48 4.1 120.6 1.41 A1371005 49 4.5 19.1 1.07 A1371005 50 4.5 28.3 1.25 A1371005 51 4.5 38.2 1.36 A1371005 52 4.5 49.7 1.36 A1371005 53 4.5 60.5 1.31 A1371005 54 4.5 71.2 1.10 0.13 A1371005 55 4.5 92.7 1.13 A1371005 56 4.5 103.4 1.06 A1371005 57 4.5 112.6 1.22 A1371005 58 4.5 122.6 1.23 A1371005 59 5.2 15.9 1.00 A1371005 60 5.2 26.6 1.14 A1371005 61 5.2 34.3 1.25 A1371005 62 5.2 39.6 1.25 A1371005 63 5.2 50.4 1.25 A1371005 64 5.2 60.4 1.25 A1371005 65 5.2 72.6 1.21 0.12 A1371005 66 5.2 82.6 1.08 A1371005 67 5.2 94.1 1.04 A1371005 68 5.2 103.3 1.17 A1371005 69 5.2 112.5 1.13 A1371005 70 5.2 121.7 1.50 A1371005 71 5.2 130.9 1.51 A1371005 72 ENDDATA 57 0 A1371005 73 ENDSUBENT 72 0 A137100599999 SUBENT C A1371006 20250918 BIB 4 5 A1371006 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,SIG) A1371006 3 ERR-ANALYS (DATA-ERR2) No information about source of uncertainty A1371006 4 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 6 A1371006 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371006 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->DATA-ERR2A1371006 7 ENDBIB 5 0 A1371006 8 COMMON 2 3 A1371006 9 E-LVL EN-ERR-DIG A1371006 10 MEV MEV A1371006 11 4.63 0.007 A1371006 12 ENDCOMMON 3 0 A1371006 13 DATA 3 5 A1371006 14 EN DATA DATA-ERR2 A1371006 15 MEV MB MB A1371006 16 3.39 13.7 1.7 A1371006 17 3.79 17.5 2.4 A1371006 18 4.07 15.4 1.7 A1371006 19 4.51 15.7 1.0 A1371006 20 5.21 16.0 1.4 A1371006 21 ENDDATA 7 0 A1371006 22 ENDSUBENT 21 0 A137100699999 SUBENT C A1371007 20250918 BIB 4 5 A1371007 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,DA,,LEG) A1371007 3 ERR-ANALYS (DATA-ERR2) No information about source of uncertainty A1371007 4 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 6 A1371007 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371007 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->DATA-ERR2A1371007 7 ENDBIB 5 0 A1371007 8 COMMON 2 3 A1371007 9 E-LVL EN-ERR-DIG A1371007 10 MEV MEV A1371007 11 4.630 0.01 A1371007 12 ENDCOMMON 3 0 A1371007 13 DATA 4 15 A1371007 14 NUMBER EN DATA-CM DATA-ERR2 A1371007 15 NO-DIM MEV MB/SR MB/SR A1371007 16 0. 3.39 1.064 0.214 A1371007 17 0. 3.79 1.274 0.322 A1371007 18 0. 4.07 1.200 0.179 A1371007 19 0. 4.51 1.231 0.059 A1371007 20 0. 5.19 1.259 0.059 A1371007 21 2. 3.40 -0.070 0.206 A1371007 22 2. 3.81 -0.517 0.235 A1371007 23 2. 4.10 -0.287 0.147 A1371007 24 2. 4.53 0.000 0.048 A1371007 25 2. 5.19 0.048 0.048 A1371007 26 4. 3.40 -0.038 0.139 A1371007 27 4. 3.78 -0.072 0.167 A1371007 28 4. 4.06 -0.076 0.045 A1371007 29 4. 4.48 -0.305 0.045 A1371007 30 4. 5.18 -0.260 0.045 A1371007 31 ENDDATA 17 0 A1371007 32 ENDSUBENT 31 0 A137100799999 SUBENT C A1371008 20250918 BIB 4 6 A1371008 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,DA) A1371008 3 ERR-ANALYS (DATA-ERR2) No information about source of uncertainty A1371008 4 STATUS (CURVE,,V.Meyer+,J,HPA,36,465,1963) Figure 7 A1371008 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1371008 6 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->DATA-ERR2A1371008 7 ERR-DIG added. A1371008 8 ENDBIB 6 0 A1371008 9 COMMON 3 3 A1371008 10 EN ANG-ERR-D ERR-DIG A1371008 11 MEV ADEG MB/SR A1371008 12 5.200 0.5 0.07 A1371008 13 ENDCOMMON 3 0 A1371008 14 DATA 4 16 A1371008 15 E-LVL ANG-CM DATA-CM DATA-ERR2 A1371008 16 MEV ADEG MB/SR MB/SR A1371008 17 0. 14.9 6.29 A1371008 18 0. 25.8 8.86 A1371008 19 0. 32.7 8.26 0.30 A1371008 20 0. 37.3 6.78 A1371008 21 0. 41.9 5.08 A1371008 22 0. 46.8 3.83 A1371008 23 0. 57.5 1.98 A1371008 24 0. 67.7 1.79 A1371008 25 0.478 14.6 5.13 A1371008 26 0.478 25.4 6.66 A1371008 27 0.478 32.6 6.13 0.30 A1371008 28 0.478 36.8 4.92 A1371008 29 0.478 42.1 4.09 A1371008 30 0.478 47.0 3.06 A1371008 31 0.478 58.0 1.70 A1371008 32 0.478 68.5 1.29 A1371008 33 ENDDATA 18 0 A1371008 34 ENDSUBENT 33 0 A137100899999 ENDENTRY 8 0 A137199999999 ENTRY C A1372 20250918 SUBENT C A1372001 20250918 BIB 8 14 A1372001 2 TITLE Isotopic spin selection rules XII: A1372001 3 The mirror reactions 6Li(d,n)7Be and 6Li(d,p)7Li A1372001 4 REFERENCE (J,PM,2,83,1957) A1372001 5 AUTHOR (D.H.Wilkinson) A1372001 6 INSTITUTE (1USABNL) A1372001 7 FACILITY (VDG,1USABNL) A1372001 8 SAMPLE 6Li2O with a thickness of 40 ug/cm2 deposited on A1372001 9 platinum of thickness 0.005 in. A1372001 10 DETECTOR (NAICR) NaI(Tl) crystal, a cylinder of length 5 cm A1372001 11 and diameter 4 cm, placed close to the target in the A1372001 12 'end-on' position at 0. degr. to the deuteron beam. A1372001 13 HISTORY (19800716C) Compilation produced by Arzamas RFNC-VNIIEFA1372001 14 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1372001 15 (20250918A) SD: Corrections in all Subents. A1372001 16 ENDBIB 14 0 A1372001 17 NOCOMMON 0 0 A1372001 18 ENDSUBENT 17 0 A137200199999 SUBENT C A1372002 20250918 BIB 4 8 A1372002 2 REACTION ((3-LI-6(D,N)4-BE-7,PAR,SIG)// A1372002 3 (3-LI-6(D,P)3-LI-7,PAR,SIG)) A1372002 4 ERR-ANALYS (ERR-1) Systematic error A1372002 5 (ERR-2) The uncertainties in the ratios of peak heightsA1372002 6 Do not include the possible systematic error. A1372002 7 STATUS (CURVE,,D.H.Wilkinson,J,PM,2,83,1957) Figure 2 A1372002 8 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1372002 9 STATUS updated. EN-ERR->EN-ERR-DIG. A1372002 10 ENDBIB 8 0 A1372002 11 COMMON 4 3 A1372002 12 E-LVL-NM E-LVL-DN ERR-1 EN-ERR-DIG A1372002 13 MEV MEV PER-CENT MEV A1372002 14 0.43 0.477 10.0 0.004 A1372002 15 ENDCOMMON 3 0 A1372002 16 DATA 3 31 A1372002 17 EN DATA ERR-2 A1372002 18 MEV NO-DIM NO-DIM A1372002 19 0.193 1.038 0.041 A1372002 20 0.215 1.070 0.041 A1372002 21 0.238 1.239 0.043 A1372002 22 0.263 1.222 0.038 A1372002 23 0.287 1.241 0.041 A1372002 24 0.312 1.059 0.040 A1372002 25 0.340 1.000 0.041 A1372002 26 0.364 1.083 0.038 A1372002 27 0.388 1.122 0.041 A1372002 28 0.415 1.130 0.040 A1372002 29 0.440 1.191 0.038 A1372002 30 0.463 1.192 0.040 A1372002 31 0.489 1.113 0.036 A1372002 32 0.512 1.113 0.038 A1372002 33 0.540 1.114 0.035 A1372002 34 0.565 1.154 0.036 A1372002 35 0.590 1.143 0.036 A1372002 36 0.636 1.151 0.038 A1372002 37 0.684 1.093 0.040 A1372002 38 0.737 1.101 0.040 A1372002 39 0.790 1.111 0.048 A1372002 40 0.885 1.081 0.057 A1372002 41 0.985 1.142 0.060 A1372002 42 1.087 1.071 0.059 A1372002 43 1.187 0.993 0.057 A1372002 44 1.290 0.941 0.057 A1372002 45 1.386 0.979 0.062 A1372002 46 1.490 0.939 0.068 A1372002 47 1.593 0.928 0.070 A1372002 48 1.692 1.000 0.067 A1372002 49 1.796 0.969 0.068 A1372002 50 ENDDATA 33 0 A1372002 51 ENDSUBENT 50 0 A137200299999 ENDENTRY 2 0 A137299999999 ENTRY C A1373 20250918 SUBENT C A1373001 20250918 BIB 8 12 A1373001 2 TITLE Excitation curves and cross section of Li(t,n) A1373001 3 reaction from 100 to 300 keV A1373001 4 AUTHOR (R.Seltz,D.Magnac-Valette) A1373001 5 REFERENCE (J,CR,251,2006,1960) in French A1373001 6 INSTITUTE (2FR STR) A1373001 7 FACILITY (ACCEL,2FR STR) 300 kV accelerator A1373001 8 SAMPLE Li2O of thickness 30 ug/cm2 and 10 ug/cm2 A1373001 9 DETECTOR (LONGC) Long proportional counter of BF3 A1373001 10 HISTORY (19800930C) Compilation produced by RFNC-VNIIEF Sarov A1373001 11 (19970406A) Compiler changed the data in Subentry 2. A1373001 12 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1373001 13 (20250918A) SD: Corrections in all Subents. A1373001 14 ENDBIB 12 0 A1373001 15 NOCOMMON 0 0 A1373001 16 ENDSUBENT 15 0 A137300199999 SUBENT C A1373002 20250918 BIB 4 6 A1373002 2 REACTION (3-LI-7(T,N)4-BE-9,,DA) A1373002 3 FLAG (1.) 30 mu-g/cm2 target A1373002 4 (2.) 10 mu-g/cm2 target A1373002 5 STATUS (CURVE,,R.Seltz+,J,CR,251,2006,1960) Figure 2 A1373002 6 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1373002 7 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1373002 8 ENDBIB 6 0 A1373002 9 COMMON 3 3 A1373002 10 ANG EN-ERR-DIG ERR-DIG A1373002 11 ADEG MEV MB/SR A1373002 12 90. 0.005 0.003 A1373002 13 ENDCOMMON 3 0 A1373002 14 DATA 3 27 A1373002 15 EN DATA FLAG A1373002 16 MEV MB/SR NO-DIM A1373002 17 0.121 0.527 1. A1373002 18 0.131 0.536 1. A1373002 19 0.140 0.544 1. A1373002 20 0.150 0.563 2. A1373002 21 0.160 0.590 1. A1373002 22 0.170 0.625 1. A1373002 23 0.176 0.580 2. A1373002 24 0.179 0.641 1. A1373002 25 0.189 0.703 1. A1373002 26 0.199 0.730 1. A1373002 27 0.200 0.779 2. A1373002 28 0.209 0.789 1. A1373002 29 0.210 0.743 2. A1373002 30 0.220 0.869 1. A1373002 31 0.221 0.828 2. A1373002 32 0.230 0.963 1. A1373002 33 0.230 0.923 2. A1373002 34 0.240 0.987 1. A1373002 35 0.240 0.969 2. A1373002 36 0.250 0.990 1. A1373002 37 0.250 1.016 2. A1373002 38 0.259 0.996 1. A1373002 39 0.259 1.070 2. A1373002 40 0.280 1.118 2. A1373002 41 0.289 1.140 2. A1373002 42 0.290 1.106 1. A1373002 43 0.299 1.181 1. A1373002 44 ENDDATA 29 0 A1373002 45 ENDSUBENT 44 0 A137300299999 SUBENT C A1373003 20250918 BIB 4 6 A1373003 2 REACTION (3-LI-6(T,N)4-BE-8,,DA) A1373003 3 FLAG (1.) 30 ug/cm2 target A1373003 4 (2.) 10 ug/cm2 target A1373003 5 STATUS (CURVE,,R.Seltz+,J,CR,251,2006,1960) Figure 2 A1373003 6 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1373003 7 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1373003 8 ENDBIB 6 0 A1373003 9 COMMON 3 3 A1373003 10 ANG EN-ERR-DIG ERR-DIG A1373003 11 ADEG MEV MB/SR A1373003 12 90. 0.001 0.005 A1373003 13 ENDCOMMON 3 0 A1373003 14 DATA 3 20 A1373003 15 EN DATA FLAG A1373003 16 MEV MB/SR NO-DIM A1373003 17 0.097 0.039 2. A1373003 18 0.118 0.069 1. A1373003 19 0.127 0.089 1. A1373003 20 0.148 0.061 1. A1373003 21 0.169 0.120 1. A1373003 22 0.186 0.145 1. A1373003 23 0.197 0.107 2. A1373003 24 0.208 0.295 1. A1373003 25 0.218 0.267 1. A1373003 26 0.229 0.229 1. A1373003 27 0.239 0.344 1. A1373003 28 0.246 0.570 1. A1373003 29 0.248 0.249 2. A1373003 30 0.259 0.489 1. A1373003 31 0.269 0.542 1. A1373003 32 0.279 0.816 1. A1373003 33 0.288 1.094 1. A1373003 34 0.297 1.013 1. A1373003 35 0.298 1.094 1. A1373003 36 0.299 0.649 2. A1373003 37 ENDDATA 22 0 A1373003 38 ENDSUBENT 37 0 A137300399999 ENDENTRY 3 0 A137399999999 ENTRY C A1374 20250918 SUBENT C A1374001 20250918 BIB 8 13 A1374001 2 TITLE The second T=3/2 state of 9Be. A1374001 3 Remarks on the A=9 system A1374001 4 AUTHOR (J.B.Woods,D.H.Wilkinson) A1374001 5 REFERENCE (J,NP,61,661,1965) A1374001 6 INSTITUTE (2UK OXF) A1374001 7 FACILITY (CCW,2UK OXF) A1374001 8 SAMPLE Li2O targets of thickness approximately 10 keV on A1374001 9 nickel backings A1374001 10 METHOD (ACTIV) Beta radioactivity of 8Li A1374001 11 HISTORY (19800723C) Compilation produced by Arzamas RFNC-VNIIEFA1374001 12 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1374001 13 (20250918A) SD: Corrections in all Subents. A1374001 14 Subents 002 and 003 were merged. A1374001 15 ENDBIB 13 0 A1374001 16 NOCOMMON 0 0 A1374001 17 ENDSUBENT 16 0 A137400199999 SUBENT C A1374002 20250918 BIB 6 14 A1374002 2 REACTION (3-LI-7(D,P)3-LI-8,,SIG) A1374002 3 MONITOR (3-LI-7(D,P)3-LI-8,,SIG) A1374002 4 MONIT-REF (A1378001,S.Bashkin,J,PR,95,1012,1954) A1374002 5 (C2837001,W.E.Bennett+,J,PR,71,11,1947) A1374002 6 (A1377001,L.M.Baggett+,J,PR,85,434,1952) A1374002 7 (A1378001,S.Bashkin,J,PR,95,1012,1954) A1374002 8 The cross section has been normalized to 11 mb at a A1374002 9 deuteron energy of 0.5 MeV A1374002 10 DETECTOR (SCIN) Plastic scintillator thickness 3.8 cm A1374002 11 STATUS (CURVE,,J.B.Woods+,J,NP,61,661,1965) Figure 1 A1374002 12 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1374002 13 BIB updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1374002 14 The resonance part of data was changed to data from A1374002 15 Subent 003. A1374002 16 ENDBIB 14 0 A1374002 17 COMMON 3 3 A1374002 18 EN-ERR-DIG EN-NRM MONIT A1374002 19 MEV MEV MB A1374002 20 0.0006 0.5 11. A1374002 21 ENDCOMMON 3 0 A1374002 22 DATA 3 31 A1374002 23 EN DATA ERR-DIG A1374002 24 MEV MB MB A1374002 25 0.3010 1.200E-03 7.865E-06 A1374002 26 0.3090 4.200E-03 2.875E-05 A1374002 27 0.3206 1.320E-02 8.941E-05 A1374002 28 0.3295 3.040E-02 2.000E-04 A1374002 29 0.3399 5.880E-02 3.000E-03 A1374002 30 0.3503 1.110E-01 3.000E-03 A1374002 31 0.3522 1.241E-01 3.000E-03 A1374002 32 0.3540 1.371E-01 3.000E-03 A1374002 33 0.3545 1.467E-01 1.000E-03 A1374002 34 0.3561 1.698E-01 3.000E-03 A1374002 35 0.3576 2.416E-01 3.000E-03 A1374002 36 0.3602 7.964E-01 3.000E-03 A1374002 37 0.3618 1.041E+00 3.000E-03 A1374002 38 0.3644 9.367E-01 3.000E-03 A1374002 39 0.3660 8.323E-01 3.000E-03 A1374002 40 0.3681 7.116E-01 3.000E-03 A1374002 41 0.3704 6.202E-01 3.000E-03 A1374002 42 0.3751 5.223E-01 3.000E-03 A1374002 43 0.3800 5.419E-01 3.000E-03 A1374002 44 0.3904 6.659E-01 3.000E-03 A1374002 45 0.4006 9.205E-01 3.000E-03 A1374002 46 0.4099 1.265E+00 8.600E-03 A1374002 47 0.4198 1.792E+00 1.210E-02 A1374002 48 0.4296 2.366E+00 1.600E-02 A1374002 49 0.4404 3.054E+00 2.070E-02 A1374002 50 0.4502 4.033E+00 2.730E-02 A1374002 51 0.4610 4.970E+00 3.370E-02 A1374002 52 0.4708 5.983E+00 4.050E-02 A1374002 53 0.4807 7.204E+00 4.880E-02 A1374002 54 0.4924 8.674E+00 5.880E-02 A1374002 55 0.5022 1.044E+01 7.070E-02 A1374002 56 ENDDATA 33 0 A1374002 57 ENDSUBENT 56 0 A137400299999 NOSUBENT A1374003 20250918 A1374003 1 SUBENT C A1374004 20250918 BIB 4 6 A1374004 2 REACTION (3-LI-7(D,G)4-BE-9,,SIG,,REL) A1374004 3 No information about units. A1374004 4 DETECTOR (NAICR) d=5.1 cm, h=3.8 cm A1374004 5 STATUS (CURVE,,J.B.Woods+,J,NP,61,661,1965) Figure 4 A1374004 6 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1374004 7 BIB updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1374004 8 ENDBIB 6 0 A1374004 9 COMMON 2 3 A1374004 10 EN-ERR-DIG ERR-DIG A1374004 11 MEV ARB-UNITS A1374004 12 0.0001 0.012 A1374004 13 ENDCOMMON 3 0 A1374004 14 DATA 2 9 A1374004 15 EN DATA A1374004 16 MEV ARB-UNITS A1374004 17 0.3498 0.053 A1374004 18 0.3600 0.405 A1374004 19 0.3621 1.831 A1374004 20 0.3651 2.446 A1374004 21 0.3700 2.082 A1374004 22 0.3752 1.459 A1374004 23 0.3799 0.915 A1374004 24 0.3904 0.378 A1374004 25 0.4007 0.163 A1374004 26 ENDDATA 11 0 A1374004 27 ENDSUBENT 26 0 A137400499999 ENDENTRY 4 0 A137499999999 ENTRY C A1375 20250918 SUBENT C A1375001 20250918 BIB 8 13 A1375001 2 TITLE The 6Li(d,alpha) reaction with polarized deuterons A1375001 3 at the energy range E=2.1-10.9 MeV A1375001 4 AUTHOR (W.Durr,G.Clausnitzer,D.Fick,R.Fleischmann, A1375001 5 H.M.Hofmann,K.Kilian) A1375001 6 REFERENCE (J,NP/A,120,678,1968) in German A1375001 7 INSTITUTE (2GERUEN) A1375001 8 FACILITY (VDGT,2GERUEN) A1375001 9 SAMPLE (3-LI-6,ENR=0.996) 6Li(99.6%) of 400 ug/cm2 thickness A1375001 10 on the nickel foil 50 ug/cm2 A1375001 11 DETECTOR (SIBAR) 14 surface-barrier detectors A1375001 12 HISTORY (19800716C) Compilation produced by Arzamas RFNC-VNIIEFA1375001 13 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1375001 14 (20250918A) SD: Corrections in all Subents. A1375001 15 ENDBIB 13 0 A1375001 16 NOCOMMON 0 0 A1375001 17 ENDSUBENT 16 0 A137500199999 SUBENT C A1375002 20250918 BIB 8 14 A1375002 2 REACTION (3-LI-6(D,A)2-HE-4,,DA,,LEG) A1375002 3 MONITOR (3-LI-6(D,A)2-HE-4,,DA,,LEG) A1375002 4 MONIT-REF (A1355001,G.J.Clark+,J,NP/A,98,473,1967) A1375002 5 CRITIQUE Compiler believes that authors wrongly interpreted the A1375002 6 value ~12 in A1355.004 as ~12 mb/sr on the resonance, A1375002 7 and adopted it for their normalization. A1375002 8 Currently A0 on the 4 MeV resonance is known to be A1375002 9 ~35 mb/sr (see REL-REF). A1375002 10 REL-REF (N,,R.G.Pizzone+,J,PR/C,83,045801,2011) - new value A1375002 11 at 4 MeV resonance of 6Li(d,alpha) reaction. A1375002 12 ERR-ANALYS (ERR-S) Statistical error A1375002 13 STATUS (CURVE,,W.Durr+,J,NP/A,120,678,1968) Figure 4 A1375002 14 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1375002 15 BIB updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-S. A1375002 16 ENDBIB 14 0 A1375002 17 COMMON 1 3 A1375002 18 EN-ERR-DIG A1375002 19 MEV A1375002 20 0.03 A1375002 21 ENDCOMMON 3 0 A1375002 22 DATA 4 109 A1375002 23 NUMBER EN DATA ERR-S A1375002 24 NO-DIM MEV MB/SR MB/SR A1375002 25 0. 2.97 8.22 0.48 A1375002 26 0. 3.06 9.03 0.38 A1375002 27 0. 3.18 9.85 0.43 A1375002 28 0. 3.27 10.37 0.38 A1375002 29 0. 3.39 11.19 0.58 A1375002 30 0. 3.50 12.15 0.38 A1375002 31 0. 3.58 12.92 0.43 A1375002 32 0. 3.67 13.30 0.34 A1375002 33 0. 3.81 13.44 0.29 A1375002 34 0. 3.89 13.25 0.29 A1375002 35 0. 4.00 12.77 0.34 A1375002 36 0. 4.11 12.29 0.29 A1375002 37 0. 4.19 11.76 0.29 A1375002 38 0. 4.30 10.85 0.38 A1375002 39 0. 4.41 10.65 0.29 A1375002 40 0. 4.51 9.84 0.24 A1375002 41 0. 4.88 7.38 0.34 A1375002 42 0. 5.25 5.32 0.38 A1375002 43 0. 5.56 4.69 0.24 A1375002 44 0. 5.84 4.16 0.38 A1375002 45 0. 6.16 3.63 0.29 A1375002 46 0. 6.47 3.29 0.29 A1375002 47 0. 6.78 3.05 0.24 A1375002 48 0. 7.06 2.76 0.14 A1375002 49 0. 7.37 2.71 0.19 A1375002 50 0. 7.76 2.32 0.24 A1375002 51 0. 8.10 2.03 0.19 A1375002 52 0. 8.38 1.89 0.24 A1375002 53 0. 8.78 1.78 0.19 A1375002 54 0. 9.07 1.64 0.19 A1375002 55 0. 9.46 1.59 0.19 A1375002 56 0. 9.80 1.44 0.14 A1375002 57 0. 10.05 1.29 0.19 A1375002 58 0. 10.36 1.39 0.24 A1375002 59 0. 10.67 1.29 0.24 A1375002 60 0. 10.97 1.19 0.29 A1375002 61 2. 2.94 4.21 0.71 A1375002 62 2. 3.06 4.50 0.67 A1375002 63 2. 3.14 4.40 0.71 A1375002 64 2. 3.27 4.21 0.71 A1375002 65 2. 3.33 3.69 0.81 A1375002 66 2. 3.43 3.50 0.86 A1375002 67 2. 3.52 3.12 0.71 A1375002 68 2. 3.64 2.40 0.67 A1375002 69 2. 3.72 1.73 0.71 A1375002 70 2. 3.81 1.11 0.48 A1375002 71 2. 3.93 0.35 0.43 A1375002 72 2. 4.00 -0.32 0.48 A1375002 73 2. 4.07 -0.98 0.38 A1375002 74 2. 4.21 -1.22 0.24 A1375002 75 2. 4.29 -1.80 0.43 A1375002 76 2. 4.40 -2.08 0.38 A1375002 77 2. 4.78 -3.18 0.43 A1375002 78 2. 5.20 -1.85 0.48 A1375002 79 2. 5.49 -2.38 0.33 A1375002 80 2. 5.80 -2.00 0.38 A1375002 81 2. 6.04 -1.91 0.43 A1375002 82 2. 6.39 -1.62 0.29 A1375002 83 2. 6.70 -1.44 0.24 A1375002 84 2. 7.01 -1.34 0.19 A1375002 85 2. 7.24 -1.30 0.05 A1375002 86 2. 7.66 -1.25 0.05 A1375002 87 2. 7.99 -0.97 0.05 A1375002 88 2. 8.28 -0.88 0.05 A1375002 89 2. 8.67 -0.69 0.05 A1375002 90 2. 8.95 -0.60 0.05 A1375002 91 2. 9.37 -0.46 0.05 A1375002 92 2. 9.68 -0.36 0.05 A1375002 93 2. 9.96 -0.27 0.05 A1375002 94 2. 10.24 -0.08 0.05 A1375002 95 2. 10.55 -0.08 0.05 A1375002 96 2. 10.80 -0.04 0.05 A1375002 97 4. 2.89 1.09 1.04 A1375002 98 4. 3.00 0.74 1.14 A1375002 99 4. 3.11 0.59 1.23 A1375002 100 4. 3.18 1.18 1.14 A1375002 101 4. 3.31 0.54 1.33 A1375002 102 4. 3.39 1.23 1.24 A1375002 103 4. 3.48 1.68 1.19 A1375002 104 4. 3.59 1.23 1.04 A1375002 105 4. 3.69 1.33 1.09 A1375002 106 4. 3.81 0.54 0.94 A1375002 107 4. 3.91 0.83 0.69 A1375002 108 4. 3.97 0.39 0.79 A1375002 109 4. 4.09 0.63 0.64 A1375002 110 4. 4.18 0.68 0.44 A1375002 111 4. 4.27 0.43 0.69 A1375002 112 4. 4.35 0.04 0.49 A1375002 113 4. 4.48 -0.60 0.84 A1375002 114 4. 4.77 -1.00 0.59 A1375002 115 4. 5.17 -0.22 0.69 A1375002 116 4. 5.47 -0.76 0.49 A1375002 117 4. 5.74 -0.57 0.54 A1375002 118 4. 6.02 -0.72 0.44 A1375002 119 4. 6.32 0.02 0.59 A1375002 120 4. 6.63 0.07 0.44 A1375002 121 4. 6.94 -0.18 0.35 A1375002 122 4. 7.24 -0.18 0.35 A1375002 123 4. 7.64 0.21 0.25 A1375002 124 4. 7.92 0.01 0.05 A1375002 125 4. 8.17 0.10 0.05 A1375002 126 4. 8.62 0.30 0.05 A1375002 127 4. 8.90 0.20 0.05 A1375002 128 4. 9.26 0.10 0.05 A1375002 129 4. 9.60 -0.01 0.05 A1375002 130 4. 9.88 0.14 0.05 A1375002 131 4. 10.19 0.29 0.05 A1375002 132 4. 10.47 0.33 0.05 A1375002 133 4. 10.80 0.33 0.05 A1375002 134 ENDDATA 111 0 A1375002 135 ENDSUBENT 134 0 A137500299999 ENDENTRY 2 0 A137599999999 ENTRY C A1376 20250918 SUBENT C A1376001 20250918 BIB 10 16 A1376001 2 TITLE J-dependence in the polarized angular distribution of A1376001 3 the proton in the 6Li(d,p0) and 6Li(d,p1) reactions A1376001 4 in the energy range 2.1-10.9 MeV A1376001 5 AUTHOR (W.Durr,G.Clausnitzer,D.Fick,R.Fleischmann, A1376001 6 H.M.Hofmann,K.Kilian) A1376001 7 REFERENCE (J,NP/A,122,153,1968) A1376001 8 INSTITUTE (2GERUEN) A1376001 9 FACILITY (VDGT,2GERUEN) A1376001 10 SAMPLE (3-LI-6,ENR=0.996) 6Li(99.6%) of 400 mu-g/cm2 A1376001 11 thickness on the nickel foil 50 mu-g/cm2 A1376001 12 DETECTOR (SIBAR) 14 surface-barrier detectors A1376001 13 MONITOR (3-LI-6(D,A)2-HE-4,,DA) A1376001 14 MONIT-REF (A1375001,W.Durr+,J,NP/A,120,678,1968) A1376001 15 HISTORY (19800716C) Compilation produced by Arzamas RFNC-VNIIEFA1376001 16 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1376001 17 (20250918A) SD: Corrections in all Subents. A1376001 18 ENDBIB 16 0 A1376001 19 NOCOMMON 0 0 A1376001 20 ENDSUBENT 19 0 A137600199999 SUBENT C A1376002 20250918 BIB 4 7 A1376002 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,DA) A1376002 3 ERR-ANALYS (ERR-S) Statistical error A1376002 4 STATUS (CURVE,,W.Durr+,J,NP/A,122,153,1968) Figure 2 A1376002 5 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1376002 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1376002 7 Data from Subents 003-005 were added, data were A1376002 8 re-digitized. A1376002 9 ENDBIB 7 0 A1376002 10 COMMON 1 3 A1376002 11 EN-ERR-DIG A1376002 12 MEV A1376002 13 0.01 A1376002 14 ENDCOMMON 3 0 A1376002 15 DATA 6 543 A1376002 16 E-LVL ANG EN DATA ERR-DIG ERR-S A1376002 17 MEV ADEG MEV MB/SR MB/SR MB/SR A1376002 18 0. 20. 2.93 8.213 0.013 A1376002 19 0. 20. 2.99 7.973 0.013 A1376002 20 0. 20. 3.12 8.393 0.013 A1376002 21 0. 20. 3.21 8.033 0.013 A1376002 22 0. 20. 3.30 8.572 0.013 A1376002 23 0. 20. 3.42 8.632 0.013 A1376002 24 0. 20. 3.50 9.081 0.013 A1376002 25 0. 20. 3.61 8.632 0.013 A1376002 26 0. 20. 3.71 8.692 0.013 A1376002 27 0. 20. 3.82 8.782 0.013 A1376002 28 0. 20. 3.90 8.902 0.013 A1376002 29 0. 20. 4.02 9.471 0.013 A1376002 30 0. 20. 4.09 9.261 0.013 A1376002 31 0. 20. 4.21 9.351 0.013 A1376002 32 0. 20. 4.33 9.710 0.013 A1376002 33 0. 20. 4.42 9.501 0.013 A1376002 34 0. 20. 4.52 9.680 0.013 A1376002 35 0. 20. 4.82 9.860 0.013 A1376002 36 0. 20. 5.22 10.489 0.013 A1376002 37 0. 20. 5.53 10.369 0.013 A1376002 38 0. 20. 5.82 10.549 0.013 A1376002 39 0. 20. 6.13 10.729 0.013 A1376002 40 0. 20. 6.43 10.579 0.013 A1376002 41 0. 20. 6.72 10.818 0.013 A1376002 42 0. 20. 7.03 10.998 0.013 A1376002 43 0. 20. 7.34 10.848 0.013 A1376002 44 0. 20. 7.74 10.998 0.013 A1376002 45 0. 20. 8.02 11.148 0.013 A1376002 46 0. 20. 8.31 10.849 0.013 A1376002 47 0. 20. 8.72 10.998 0.013 A1376002 48 0. 20. 9.02 10.609 0.013 A1376002 49 0. 20. 9.43 10.430 0.013 A1376002 50 0. 20. 9.73 10.070 0.013 A1376002 51 0. 20. 10.02 9.561 0.013 A1376002 52 0. 20. 10.33 9.142 0.013 A1376002 53 0. 20. 10.63 7.885 0.013 A1376002 54 0. 20. 10.92 7.465 0.013 A1376002 55 0. 30. 2.10 10.907 0.013 A1376002 56 0. 30. 2.19 11.000 0.013 A1376002 57 0. 30. 2.33 10.582 0.013 A1376002 58 0. 30. 2.40 10.119 0.013 A1376002 59 0. 30. 2.50 10.026 0.013 A1376002 60 0. 30. 2.61 9.933 0.013 A1376002 61 0. 30. 2.71 9.794 0.013 A1376002 62 0. 30. 2.80 9.562 0.013 A1376002 63 0. 30. 2.92 9.516 0.013 A1376002 64 0. 30. 3.02 9.980 0.013 A1376002 65 0. 30. 3.11 10.212 0.013 A1376002 66 0. 30. 3.21 10.119 0.013 A1376002 67 0. 30. 3.33 9.748 0.013 A1376002 68 0. 30. 3.40 9.794 0.013 A1376002 69 0. 30. 3.52 10.166 0.013 A1376002 70 0. 30. 3.61 10.258 0.013 A1376002 71 0. 30. 3.73 9.934 0.013 A1376002 72 0. 30. 3.82 10.119 0.013 A1376002 73 0. 30. 3.90 9.702 0.013 A1376002 74 0. 30. 4.01 9.887 0.013 A1376002 75 0. 30. 4.11 9.656 0.013 A1376002 76 0. 30. 4.21 9.517 0.013 A1376002 77 0. 30. 4.32 9.888 0.013 A1376002 78 0. 30. 4.42 9.610 0.013 A1376002 79 0. 30. 4.84 9.610 0.013 A1376002 80 0. 30. 5.22 9.610 0.013 A1376002 81 0. 30. 5.42 9.378 0.013 A1376002 82 0. 30. 5.82 9.193 0.013 A1376002 83 0. 30. 6.11 9.146 0.013 A1376002 84 0. 30. 6.43 8.776 0.013 A1376002 85 0. 30. 6.67 8.683 0.013 A1376002 86 0. 30. 7.03 8.544 0.013 A1376002 87 0. 30. 7.32 8.359 0.013 A1376002 88 0. 30. 7.70 8.127 0.013 A1376002 89 0. 30. 8.00 7.803 0.013 A1376002 90 0. 30. 8.33 7.432 0.013 A1376002 91 0. 30. 8.72 7.154 0.013 A1376002 92 0. 30. 9.02 6.690 0.013 A1376002 93 0. 30. 9.42 6.458 0.013 A1376002 94 0. 30. 9.73 6.180 0.013 A1376002 95 0. 30. 10.02 5.809 0.013 A1376002 96 0. 30. 10.31 5.392 0.013 A1376002 97 0. 30. 10.63 5.021 0.013 A1376002 98 0. 30. 10.92 4.372 0.013 A1376002 99 0. 40. 2.10 6.436 0.013 A1376002 100 0. 40. 2.21 6.292 0.013 A1376002 101 0. 40. 2.33 6.004 0.013 A1376002 102 0. 40. 2.42 6.004 0.013 A1376002 103 0. 40. 2.50 5.812 0.013 A1376002 104 0. 40. 2.62 5.716 0.013 A1376002 105 0. 40. 2.69 5.716 0.013 A1376002 106 0. 40. 2.80 5.524 0.013 A1376002 107 0. 40. 2.92 5.572 0.013 A1376002 108 0. 40. 3.00 5.669 0.013 A1376002 109 0. 40. 3.11 6.005 0.013 A1376002 110 0. 40. 3.21 5.717 0.013 A1376002 111 0. 40. 3.31 5.669 0.013 A1376002 112 0. 40. 3.40 5.573 0.013 A1376002 113 0. 40. 3.52 5.717 0.013 A1376002 114 0. 40. 3.61 5.621 0.013 A1376002 115 0. 40. 3.71 5.814 0.013 A1376002 116 0. 40. 3.81 5.910 0.013 A1376002 117 0. 40. 3.90 5.622 0.013 A1376002 118 0. 40. 4.02 5.574 0.013 A1376002 119 0. 40. 4.13 5.670 0.013 A1376002 120 0. 40. 4.21 5.478 0.013 A1376002 121 0. 40. 4.32 5.670 0.013 A1376002 122 0. 40. 4.42 5.670 0.013 A1376002 123 0. 40. 4.82 5.431 0.013 A1376002 124 0. 40. 5.21 4.951 0.013 A1376002 125 0. 40. 5.53 4.855 0.013 A1376002 126 0. 40. 5.80 4.615 0.013 A1376002 127 0. 40. 6.11 4.279 0.013 A1376002 128 0. 40. 6.42 4.039 0.013 A1376002 129 0. 40. 6.68 3.751 0.013 A1376002 130 0. 40. 7.00 3.463 0.013 A1376002 131 0. 40. 7.31 3.175 0.013 A1376002 132 0. 40. 7.70 2.840 0.013 A1376002 133 0. 40. 8.00 2.696 0.013 A1376002 134 0. 40. 8.31 2.456 0.013 A1376002 135 0. 40. 8.71 2.216 0.013 A1376002 136 0. 40. 8.98 2.024 0.013 A1376002 137 0. 40. 9.38 1.833 0.013 A1376002 138 0. 40. 9.71 1.737 0.013 A1376002 139 0. 40. 10.00 1.737 0.013 A1376002 140 0. 40. 10.30 1.353 0.013 A1376002 141 0. 40. 10.59 1.113 0.013 A1376002 142 0. 40. 10.87 0.874 0.013 A1376002 143 0. 50. 2.09 5.108 0.013 A1376002 144 0. 50. 2.21 4.982 0.013 A1376002 145 0. 50. 2.31 4.887 0.013 A1376002 146 0. 50. 2.40 4.665 0.013 A1376002 147 0. 50. 2.52 4.444 0.013 A1376002 148 0. 50. 2.62 4.191 0.013 A1376002 149 0. 50. 2.73 4.064 0.013 A1376002 150 0. 50. 2.81 3.969 0.013 A1376002 151 0. 50. 2.93 3.874 0.013 A1376002 152 0. 50. 3.04 3.748 0.013 A1376002 153 0. 50. 3.12 4.096 0.013 A1376002 154 0. 50. 3.23 3.906 0.013 A1376002 155 0. 50. 3.33 3.748 0.013 A1376002 156 0. 50. 3.44 3.685 0.013 A1376002 157 0. 50. 3.50 3.653 0.013 A1376002 158 0. 50. 3.61 3.812 0.013 A1376002 159 0. 50. 3.73 3.654 0.013 A1376002 160 0. 50. 3.82 3.400 0.013 A1376002 161 0. 50. 3.92 3.274 0.013 A1376002 162 0. 50. 4.01 3.147 0.013 A1376002 163 0. 50. 4.13 3.084 0.013 A1376002 164 0. 50. 4.23 2.894 0.013 A1376002 165 0. 50. 4.33 2.894 0.013 A1376002 166 0. 50. 4.42 2.863 0.013 A1376002 167 0. 50. 4.82 2.642 0.013 A1376002 168 0. 50. 5.20 2.420 0.013 A1376002 169 0. 50. 5.53 2.294 0.013 A1376002 170 0. 50. 5.80 2.231 0.013 A1376002 171 0. 50. 6.11 2.104 0.013 A1376002 172 0. 50. 6.41 1.915 0.013 A1376002 173 0. 50. 6.68 1.820 0.013 A1376002 174 0. 50. 7.01 1.694 0.013 A1376002 175 0. 50. 7.32 1.662 0.013 A1376002 176 0. 50. 7.72 1.568 0.013 A1376002 177 0. 50. 8.02 1.568 0.013 A1376002 178 0. 50. 8.33 1.536 0.013 A1376002 179 0. 50. 8.71 1.442 0.013 A1376002 180 0. 50. 9.00 1.442 0.013 A1376002 181 0. 50. 9.40 1.379 0.013 A1376002 182 0. 50. 9.71 1.347 0.013 A1376002 183 0. 50. 10.00 1.316 0.013 A1376002 184 0. 50. 10.31 1.316 0.013 A1376002 185 0. 50. 10.61 1.158 0.013 A1376002 186 0. 50. 10.90 1.254 0.013 A1376002 187 0. 60. 2.12 4.172 0.013 A1376002 188 0. 60. 2.21 3.871 0.013 A1376002 189 0. 60. 2.31 3.569 0.013 A1376002 190 0. 60. 2.42 3.607 0.013 A1376002 191 0. 60. 2.52 3.343 0.013 A1376002 192 0. 60. 2.62 3.155 0.013 A1376002 193 0. 60. 2.73 3.042 0.013 A1376002 194 0. 60. 2.81 3.042 0.013 A1376002 195 0. 60. 2.92 2.929 0.013 A1376002 196 0. 60. 3.02 2.816 0.013 A1376002 197 0. 60. 3.11 2.816 0.013 A1376002 198 0. 60. 3.21 2.703 0.013 A1376002 199 0. 60. 3.31 2.703 0.013 A1376002 200 0. 60. 3.42 2.703 0.013 A1376002 201 0. 60. 3.52 2.590 0.013 A1376002 202 0. 60. 3.59 2.439 0.013 A1376002 203 0. 60. 3.71 2.326 0.013 A1376002 204 0. 60. 3.82 2.439 0.013 A1376002 205 0. 60. 3.90 2.251 0.013 A1376002 206 0. 60. 4.01 2.326 0.013 A1376002 207 0. 60. 4.11 2.138 0.013 A1376002 208 0. 60. 4.21 2.100 0.013 A1376002 209 0. 60. 4.32 2.138 0.013 A1376002 210 0. 60. 4.40 2.100 0.013 A1376002 211 0. 60. 4.82 2.025 0.013 A1376002 212 0. 60. 5.20 1.950 0.013 A1376002 213 0. 60. 5.51 1.950 0.013 A1376002 214 0. 60. 5.80 1.912 0.013 A1376002 215 0. 60. 6.10 1.875 0.013 A1376002 216 0. 60. 6.41 1.799 0.013 A1376002 217 0. 60. 6.70 1.762 0.013 A1376002 218 0. 60. 7.00 1.611 0.013 A1376002 219 0. 60. 7.29 1.460 0.013 A1376002 220 0. 60. 7.69 1.272 0.013 A1376002 221 0. 60. 8.00 1.310 0.013 A1376002 222 0. 60. 8.29 1.159 0.013 A1376002 223 0. 60. 8.71 1.159 0.013 A1376002 224 0. 60. 9.00 0.895 0.013 A1376002 225 0. 60. 9.42 0.820 0.013 A1376002 226 0. 60. 9.69 0.782 0.013 A1376002 227 0. 60. 10.00 0.632 0.013 A1376002 228 0. 60. 10.28 0.669 0.013 A1376002 229 0. 60. 10.59 0.858 0.013 A1376002 230 0. 60. 10.88 0.632 0.013 A1376002 231 0. 70. 3.02 1.888 0.015 0.036A1376002 232 0. 70. 3.14 1.882 0.015 0.030A1376002 233 0. 70. 3.21 1.985 0.015 0.030A1376002 234 0. 70. 3.33 1.903 0.015 0.033A1376002 235 0. 70. 3.42 1.940 0.015 0.042A1376002 236 0. 70. 3.52 2.082 0.015 0.042A1376002 237 0. 70. 3.63 1.876 0.015 0.030A1376002 238 0. 70. 3.73 1.897 0.015 0.033A1376002 239 0. 70. 3.94 1.852 0.015 0.027A1376002 240 0. 70. 4.04 1.725 0.015 0.036A1376002 241 0. 70. 4.14 1.788 0.015 0.033A1376002 242 0. 70. 4.25 1.694 0.015 0.033A1376002 243 0. 70. 4.35 1.752 0.015 0.036A1376002 244 0. 70. 4.45 1.743 0.015 0.036A1376002 245 0. 70. 4.54 1.704 0.015 0.036A1376002 246 0. 70. 4.84 1.691 0.015 0.036A1376002 247 0. 70. 5.25 1.652 0.015 0.033A1376002 248 0. 70. 5.53 1.637 0.015 0.036A1376002 249 0. 70. 5.84 1.613 0.015 0.036A1376002 250 0. 70. 6.15 1.613 0.015 0.033A1376002 251 0. 70. 6.44 1.594 0.015 0.030A1376002 252 0. 70. 6.74 1.591 0.015 0.030A1376002 253 0. 70. 7.06 1.585 0.015 0.036A1376002 254 0. 70. 7.31 1.664 0.015 0.036A1376002 255 0. 70. 7.76 1.722 0.015 0.042A1376002 256 0. 70. 8.03 1.713 0.015 0.039A1376002 257 0. 70. 8.34 1.725 0.015 0.039A1376002 258 0. 70. 8.76 1.707 0.015 0.039A1376002 259 0. 70. 9.03 1.682 0.015 0.039A1376002 260 0. 70. 9.45 1.528 0.015 0.036A1376002 261 0. 70. 9.76 1.531 0.015 0.036A1376002 262 0. 70. 10.05 1.437 0.015 0.030A1376002 263 0. 70. 10.35 1.385 0.015 0.033A1376002 264 0. 70. 10.64 1.434 0.015 0.039A1376002 265 0. 80. 2.97 2.559 0.015 0.044A1376002 266 0. 80. 3.02 2.629 0.015 0.033A1376002 267 0. 80. 3.12 2.636 0.015 0.037A1376002 268 0. 80. 3.23 2.698 0.015 0.040A1376002 269 0. 80. 3.33 2.680 0.015 0.040A1376002 270 0. 80. 3.43 2.706 0.015 0.040A1376002 271 0. 80. 3.52 2.783 0.015 0.037A1376002 272 0. 80. 3.62 2.614 0.015 0.044A1376002 273 0. 80. 3.73 2.614 0.015 0.037A1376002 274 0. 80. 3.83 2.599 0.015 0.029A1376002 275 0. 80. 3.85 2.350 0.015 0.040A1376002 276 0. 80. 3.94 2.478 0.015 0.040A1376002 277 0. 80. 4.04 2.478 0.015 0.040A1376002 278 0. 80. 4.14 2.401 0.015 0.033A1376002 279 0. 80. 4.23 2.445 0.015 0.044A1376002 280 0. 80. 4.33 2.361 0.015 0.048A1376002 281 0. 80. 4.44 2.361 0.015 0.044A1376002 282 0. 80. 4.83 2.420 0.015 0.037A1376002 283 0. 80. 5.25 2.262 0.015 0.044A1376002 284 0. 80. 5.54 2.328 0.015 0.040A1376002 285 0. 80. 5.84 2.328 0.015 0.040A1376002 286 0. 80. 6.15 2.299 0.015 0.037A1376002 287 0. 80. 6.46 2.295 0.015 0.033A1376002 288 0. 80. 6.77 2.291 0.015 0.033A1376002 289 0.478 20. 2.94 8.811 0.026 A1376002 290 0.478 20. 3.05 8.250 0.026 A1376002 291 0.478 20. 3.14 8.356 0.026 A1376002 292 0.478 20. 3.27 8.392 0.026 A1376002 293 0.478 20. 3.32 9.165 0.026 A1376002 294 0.478 20. 3.41 8.885 0.026 A1376002 295 0.478 20. 3.54 9.096 0.026 A1376002 296 0.478 20. 3.63 8.466 0.026 A1376002 297 0.478 20. 3.76 8.572 0.026 A1376002 298 0.478 20. 3.85 8.467 0.026 A1376002 299 0.478 20. 3.94 8.047 0.026 A1376002 300 0.478 20. 4.03 8.679 0.026 A1376002 301 0.478 20. 4.14 8.926 0.026 A1376002 302 0.478 20. 4.25 8.822 0.026 A1376002 303 0.478 20. 4.34 8.857 0.026 A1376002 304 0.478 20. 4.45 8.788 0.026 A1376002 305 0.478 20. 4.81 9.107 0.026 A1376002 306 0.478 20. 5.21 8.584 0.026 A1376002 307 0.478 20. 5.52 9.148 0.026 A1376002 308 0.478 20. 5.83 9.010 0.026 A1376002 309 0.478 20. 6.14 8.978 0.026 A1376002 310 0.478 20. 6.41 8.980 0.026 A1376002 311 0.478 20. 6.72 9.193 0.026 A1376002 312 0.478 20. 7.03 8.739 0.026 A1376002 313 0.478 20. 7.32 8.742 0.026 A1376002 314 0.478 20. 7.72 8.886 0.026 A1376002 315 0.478 20. 7.99 8.712 0.026 A1376002 316 0.478 20. 8.32 8.961 0.026 A1376002 317 0.478 20. 8.72 8.929 0.026 A1376002 318 0.478 20. 9.03 9.002 0.026 A1376002 319 0.478 20. 9.41 8.654 0.026 A1376002 320 0.478 20. 9.72 8.727 0.026 A1376002 321 0.478 20. 10.01 8.484 0.026 A1376002 322 0.478 20. 10.32 8.241 0.026 A1376002 323 0.478 20. 10.63 7.927 0.026 A1376002 324 0.478 20. 10.90 7.333 0.026 A1376002 325 0.478 30. 2.12 9.084 0.026 A1376002 326 0.478 30. 2.21 9.001 0.026 A1376002 327 0.478 30. 2.30 8.622 0.026 A1376002 328 0.478 30. 2.39 8.960 0.026 A1376002 329 0.478 30. 2.52 8.708 0.026 A1376002 330 0.478 30. 2.61 8.920 0.026 A1376002 331 0.478 30. 2.72 8.921 0.026 A1376002 332 0.478 30. 2.83 8.711 0.026 A1376002 333 0.478 30. 2.92 8.881 0.026 A1376002 334 0.478 30. 3.03 9.345 0.026 A1376002 335 0.478 30. 3.12 9.641 0.026 A1376002 336 0.478 30. 3.23 9.347 0.026 A1376002 337 0.478 30. 3.30 8.884 0.026 A1376002 338 0.478 30. 3.41 8.843 0.026 A1376002 339 0.478 30. 3.54 8.844 0.026 A1376002 340 0.478 30. 3.63 8.634 0.026 A1376002 341 0.478 30. 3.72 8.424 0.026 A1376002 342 0.478 30. 3.83 7.498 0.026 A1376002 343 0.478 30. 3.92 7.920 0.026 A1376002 344 0.478 30. 4.01 7.753 0.026 A1376002 345 0.478 30. 4.14 7.754 0.026 A1376002 346 0.478 30. 4.21 7.459 0.026 A1376002 347 0.478 30. 4.32 7.882 0.026 A1376002 348 0.478 30. 4.43 7.672 0.026 A1376002 349 0.478 30. 4.81 7.423 0.026 A1376002 350 0.478 30. 5.23 7.300 0.026 A1376002 351 0.478 30. 5.52 7.092 0.026 A1376002 352 0.478 30. 5.81 6.926 0.026 A1376002 353 0.478 30. 6.12 6.676 0.026 A1376002 354 0.478 30. 6.41 6.552 0.026 A1376002 355 0.478 30. 6.70 6.386 0.026 A1376002 356 0.478 30. 7.01 6.263 0.026 A1376002 357 0.478 30. 7.32 6.307 0.026 A1376002 358 0.478 30. 7.70 5.974 0.026 A1376002 359 0.478 30. 8.01 5.892 0.026 A1376002 360 0.478 30. 8.30 5.684 0.026 A1376002 361 0.478 30. 8.70 5.182 0.026 A1376002 362 0.478 30. 9.01 5.269 0.026 A1376002 363 0.478 30. 9.40 5.062 0.026 A1376002 364 0.478 30. 9.71 4.854 0.026 A1376002 365 0.478 30. 10.00 4.646 0.026 A1376002 366 0.478 30. 10.31 4.522 0.026 A1376002 367 0.478 30. 10.62 4.314 0.026 A1376002 368 0.478 30. 10.91 4.190 0.026 A1376002 369 0.478 40. 2.14 5.822 0.026 A1376002 370 0.478 40. 2.25 5.915 0.026 A1376002 371 0.478 40. 2.32 5.824 0.026 A1376002 372 0.478 40. 2.41 5.733 0.026 A1376002 373 0.478 40. 2.52 5.688 0.026 A1376002 374 0.478 40. 2.65 5.689 0.026 A1376002 375 0.478 40. 2.72 5.828 0.026 A1376002 376 0.478 40. 2.81 5.783 0.026 A1376002 377 0.478 40. 2.92 5.738 0.026 A1376002 378 0.478 40. 3.03 5.785 0.026 A1376002 379 0.478 40. 3.14 6.154 0.026 A1376002 380 0.478 40. 3.23 5.879 0.026 A1376002 381 0.478 40. 3.32 5.834 0.026 A1376002 382 0.478 40. 3.41 5.651 0.026 A1376002 383 0.478 40. 3.52 5.836 0.026 A1376002 384 0.478 40. 3.63 5.699 0.026 A1376002 385 0.478 40. 3.76 5.425 0.026 A1376002 386 0.478 40. 3.83 5.426 0.026 A1376002 387 0.478 40. 3.94 5.105 0.026 A1376002 388 0.478 40. 4.03 5.152 0.026 A1376002 389 0.478 40. 4.12 4.969 0.026 A1376002 390 0.478 40. 4.23 4.970 0.026 A1376002 391 0.478 40. 4.34 5.109 0.026 A1376002 392 0.478 40. 4.45 4.880 0.026 A1376002 393 0.478 40. 4.83 4.471 0.026 A1376002 394 0.478 40. 5.21 4.153 0.026 A1376002 395 0.478 40. 5.52 3.880 0.026 A1376002 396 0.478 40. 5.82 3.607 0.026 A1376002 397 0.478 40. 6.11 3.519 0.026 A1376002 398 0.478 40. 6.43 3.200 0.026 A1376002 399 0.478 40. 6.71 3.019 0.026 A1376002 400 0.478 40. 7.03 2.655 0.026 A1376002 401 0.478 40. 7.31 2.382 0.026 A1376002 402 0.478 40. 7.71 2.340 0.026 A1376002 403 0.478 40. 8.02 2.205 0.026 A1376002 404 0.478 40. 8.31 2.024 0.026 A1376002 405 0.478 40. 8.69 2.028 0.026 A1376002 406 0.478 40. 9.00 1.802 0.026 A1376002 407 0.478 40. 9.40 1.760 0.026 A1376002 408 0.478 40. 9.69 1.349 0.026 A1376002 409 0.478 40. 10.00 1.444 0.026 A1376002 410 0.478 40. 10.31 1.493 0.026 A1376002 411 0.478 40. 10.58 1.542 0.026 A1376002 412 0.478 40. 10.87 1.269 0.026 A1376002 413 0.478 50. 2.12 6.637 0.026 A1376002 414 0.478 50. 2.21 6.399 0.026 A1376002 415 0.478 50. 2.30 6.639 0.026 A1376002 416 0.478 50. 2.43 6.759 0.026 A1376002 417 0.478 50. 2.52 6.243 0.026 A1376002 418 0.478 50. 2.61 6.044 0.026 A1376002 419 0.478 50. 2.70 5.926 0.026 A1376002 420 0.478 50. 2.81 6.126 0.026 A1376002 421 0.478 50. 2.90 5.927 0.026 A1376002 422 0.478 50. 3.03 5.769 0.026 A1376002 423 0.478 50. 3.14 6.049 0.026 A1376002 424 0.478 50. 3.23 5.731 0.026 A1376002 425 0.478 50. 3.32 5.453 0.026 A1376002 426 0.478 50. 3.41 5.215 0.026 A1376002 427 0.478 50. 3.52 5.216 0.026 A1376002 428 0.478 50. 3.63 5.058 0.026 A1376002 429 0.478 50. 3.72 4.740 0.026 A1376002 430 0.478 50. 3.85 4.661 0.026 A1376002 431 0.478 50. 3.90 4.383 0.026 A1376002 432 0.478 50. 4.01 4.543 0.026 A1376002 433 0.478 50. 4.14 4.066 0.026 A1376002 434 0.478 50. 4.21 3.908 0.026 A1376002 435 0.478 50. 4.30 3.869 0.026 A1376002 436 0.478 50. 4.43 3.830 0.026 A1376002 437 0.478 50. 4.79 3.594 0.026 A1376002 438 0.478 50. 5.21 3.319 0.026 A1376002 439 0.478 50. 5.52 3.162 0.026 A1376002 440 0.478 50. 5.81 2.926 0.026 A1376002 441 0.478 50. 6.10 2.729 0.026 A1376002 442 0.478 50. 6.41 2.533 0.026 A1376002 443 0.478 50. 6.67 2.376 0.026 A1376002 444 0.478 50. 7.01 2.259 0.026 A1376002 445 0.478 50. 7.32 2.182 0.026 A1376002 446 0.478 50. 7.71 2.066 0.026 A1376002 447 0.478 50. 8.00 2.068 0.026 A1376002 448 0.478 50. 8.32 1.991 0.026 A1376002 449 0.478 50. 8.72 1.955 0.026 A1376002 450 0.478 50. 9.00 1.877 0.026 A1376002 451 0.478 50. 9.40 1.881 0.026 A1376002 452 0.478 50. 9.71 1.843 0.026 A1376002 453 0.478 50. 9.98 1.806 0.026 A1376002 454 0.478 50. 10.31 1.729 0.026 A1376002 455 0.478 50. 10.60 1.731 0.026 A1376002 456 0.478 50. 10.91 1.774 0.026 A1376002 457 0.478 60. 2.10 3.863 0.026 A1376002 458 0.478 60. 2.23 3.748 0.026 A1376002 459 0.478 60. 2.32 3.672 0.026 A1376002 460 0.478 60. 2.39 3.442 0.026 A1376002 461 0.478 60. 2.52 3.443 0.026 A1376002 462 0.478 60. 2.63 3.328 0.026 A1376002 463 0.478 60. 2.72 3.252 0.026 A1376002 464 0.478 60. 2.83 3.137 0.026 A1376002 465 0.478 60. 2.92 3.023 0.026 A1376002 466 0.478 60. 3.03 2.985 0.026 A1376002 467 0.478 60. 3.12 2.947 0.026 A1376002 468 0.478 60. 3.23 2.871 0.026 A1376002 469 0.478 60. 3.30 2.641 0.026 A1376002 470 0.478 60. 3.41 2.565 0.026 A1376002 471 0.478 60. 3.50 2.527 0.026 A1376002 472 0.478 60. 3.61 2.297 0.026 A1376002 473 0.478 60. 3.72 2.106 0.026 A1376002 474 0.478 60. 3.83 1.991 0.026 A1376002 475 0.478 60. 3.92 1.838 0.026 A1376002 476 0.478 60. 4.01 1.800 0.026 A1376002 477 0.478 60. 4.10 1.763 0.026 A1376002 478 0.478 60. 4.21 1.687 0.026 A1376002 479 0.478 60. 4.30 1.764 0.026 A1376002 480 0.478 60. 4.43 1.611 0.026 A1376002 481 0.478 60. 4.81 1.499 0.026 A1376002 482 0.478 60. 5.21 1.387 0.026 A1376002 483 0.478 60. 5.51 1.273 0.026 A1376002 484 0.478 60. 5.81 1.160 0.026 A1376002 485 0.478 60. 6.11 1.086 0.026 A1376002 486 0.478 60. 6.40 1.050 0.026 A1376002 487 0.478 60. 6.67 0.975 0.026 A1376002 488 0.478 60. 7.02 0.823 0.026 A1376002 489 0.478 60. 7.31 0.672 0.026 A1376002 490 0.478 60. 7.69 0.636 0.026 A1376002 491 0.478 60. 8.02 0.677 0.026 A1376002 492 0.478 60. 8.29 0.641 0.026 A1376002 493 0.478 60. 8.71 0.644 0.026 A1376002 494 0.478 60. 9.00 0.570 0.026 A1376002 495 0.478 60. 9.40 0.573 0.026 A1376002 496 0.478 60. 9.69 0.575 0.026 A1376002 497 0.478 60. 9.98 0.654 0.026 A1376002 498 0.478 60. 10.29 0.618 0.026 A1376002 499 0.478 60. 10.58 0.659 0.026 A1376002 500 0.478 60. 10.87 0.661 0.026 A1376002 501 0.478 70. 3.00 1.945 0.002 0.045A1376002 502 0.478 70. 3.11 2.024 0.002 0.034A1376002 503 0.478 70. 3.22 1.910 0.002 0.031A1376002 504 0.478 70. 3.33 1.869 0.002 0.038A1376002 505 0.478 70. 3.40 1.787 0.002 0.045A1376002 506 0.478 70. 3.51 1.787 0.002 0.041A1376002 507 0.478 70. 3.60 1.701 0.002 0.045A1376002 508 0.478 70. 3.71 1.587 0.002 0.041A1376002 509 0.478 70. 3.82 1.639 0.002 0.045A1376002 510 0.478 70. 3.90 1.357 0.002 0.034A1376002 511 0.478 70. 4.01 1.351 0.002 0.038A1376002 512 0.478 70. 4.12 1.340 0.002 0.045A1376002 513 0.478 70. 4.23 1.292 0.002 0.048A1376002 514 0.478 70. 4.32 1.358 0.002 0.038A1376002 515 0.478 70. 4.43 1.261 0.002 0.034A1376002 516 0.478 70. 4.52 1.248 0.002 0.045A1376002 517 0.478 70. 4.83 1.189 0.002 0.045A1376002 518 0.478 70. 5.21 1.124 0.002 0.041A1376002 519 0.478 70. 5.54 1.097 0.002 0.041A1376002 520 0.478 70. 5.83 1.039 0.002 0.038A1376002 521 0.478 70. 6.14 0.973 0.002 0.031A1376002 522 0.478 70. 6.41 0.943 0.002 0.034A1376002 523 0.478 70. 6.74 0.929 0.002 0.045A1376002 524 0.478 70. 7.01 0.998 0.002 0.034A1376002 525 0.478 70. 7.32 0.981 0.002 0.034A1376002 526 0.478 70. 7.70 1.019 0.002 0.041A1376002 527 0.478 70. 8.03 0.981 0.002 0.041A1376002 528 0.478 70. 8.32 0.971 0.002 0.038A1376002 529 0.478 70. 8.70 0.926 0.002 0.034A1376002 530 0.478 70. 9.03 0.913 0.002 0.041A1376002 531 0.478 70. 9.41 0.868 0.002 0.034A1376002 532 0.478 70. 9.72 0.906 0.002 0.038A1376002 533 0.478 70. 10.05 0.824 0.002 0.031A1376002 534 0.478 70. 10.31 0.738 0.002 0.034A1376002 535 0.478 70. 10.61 0.769 0.002 0.038A1376002 536 0.478 70. 10.92 0.683 0.002 0.034A1376002 537 0.478 80. 2.77 1.949 0.002 0.043A1376002 538 0.478 80. 2.88 1.825 0.002 0.043A1376002 539 0.478 80. 2.99 1.740 0.002 0.039A1376002 540 0.478 80. 3.08 1.733 0.002 0.050A1376002 541 0.478 80. 3.19 1.747 0.002 0.043A1376002 542 0.478 80. 3.28 1.619 0.002 0.043A1376002 543 0.478 80. 3.39 1.715 0.002 0.043A1376002 544 0.478 80. 3.50 1.651 0.002 0.043A1376002 545 0.478 80. 3.59 1.506 0.002 0.043A1376002 546 0.478 80. 3.70 1.541 0.002 0.035A1376002 547 0.478 80. 3.79 1.591 0.002 0.043A1376002 548 0.478 80. 3.88 1.364 0.002 0.039A1376002 549 0.478 80. 3.99 1.346 0.002 0.035A1376002 550 0.478 80. 4.08 1.400 0.002 0.039A1376002 551 0.478 80. 4.21 1.311 0.002 0.039A1376002 552 0.478 80. 4.30 1.322 0.002 0.043A1376002 553 0.478 80. 4.43 1.290 0.002 0.039A1376002 554 0.478 80. 4.79 1.262 0.002 0.043A1376002 555 0.478 80. 5.18 1.201 0.002 0.039A1376002 556 0.478 80. 5.49 1.091 0.002 0.035A1376002 557 0.478 80. 5.80 1.092 0.002 0.043A1376002 558 0.478 80. 6.11 1.074 0.002 0.039A1376002 559 0.478 80. 6.40 1.053 0.002 0.035A1376002 560 0.478 80. 6.69 0.993 0.002 0.032A1376002 561 ENDDATA 545 0 A1376002 562 ENDSUBENT 561 0 A137600299999 NOSUBENT A1376003 20250918 A1376003 1 NOSUBENT A1376004 20250918 A1376004 1 NOSUBENT A1376005 20250918 A1376005 1 ENDENTRY 5 0 A137699999999 ENTRY C A1378 20250918 SUBENT C A1378001 20250918 BIB 10 13 A1378001 2 TITLE 7Li(d,p)8Li yield curve A1378001 3 AUTHOR (S.Bashkin) A1378001 4 REFERENCE (J,PR,95,1012,1954) A1378001 5 INSTITUTE (1USAIOW) A1378001 6 FACILITY (VDG,1USAIOW) A1378001 7 SAMPLE Natural lithium was evaporated on nickel backing A1378001 8 50 mu-inches and 2 mu-inches thick. A1378001 9 METHOD (ACTIV,BCINT) Beta yield A1378001 10 DETECTOR (NAICR) A1378001 11 ERR-ANALYS (ERR-1) Uncertainty in the absolute calibration A1378001 12 HISTORY (19800716C) Compilation produced by Arzamas RFNC-VNIIEFA1378001 13 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1378001 14 (20250918A) SD: Corrections in all Subents. A1378001 15 ENDBIB 13 0 A1378001 16 COMMON 1 3 A1378001 17 ERR-1 A1378001 18 PER-CENT A1378001 19 1. A1378001 20 ENDCOMMON 3 0 A1378001 21 ENDSUBENT 20 0 A137800199999 SUBENT C A1378002 20250918 BIB 4 10 A1378002 2 REACTION (3-LI-7(D,P)3-LI-8,,SIG) A1378002 3 ERR-ANALYS For energies below 2.1 MeV, the relative yield is A1378002 4 believed known to 10%, and the absolute cross section A1378002 5 to 25%. Above 2.1 MeV, the data exhibit a very A1378002 6 considerable scatter, making it difficult to assess theA1378002 7 true variation of the cross section. A1378002 8 STATUS (CURVE,,S.Bashkin,J,PR,95,1012,1954) Figure 2 A1378002 9 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1378002 10 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1378002 11 EN-ERR1 -> EN-ERR. A1378002 12 ENDBIB 10 0 A1378002 13 COMMON 3 3 A1378002 14 EN-ERR EN-ERR-DIG ERR-DIG A1378002 15 PER-CENT MEV B A1378002 16 1.0 0.01 0.001 A1378002 17 ENDCOMMON 3 0 A1378002 18 DATA 2 95 A1378002 19 EN DATA A1378002 20 MEV B A1378002 21 0.71 0.103 A1378002 22 0.71 0.111 A1378002 23 0.72 0.120 A1378002 24 0.74 0.130 A1378002 25 0.75 0.147 A1378002 26 0.76 0.142 A1378002 27 0.78 0.150 A1378002 28 0.80 0.147 A1378002 29 0.83 0.148 A1378002 30 0.84 0.146 A1378002 31 0.86 0.134 A1378002 32 0.87 0.131 A1378002 33 0.88 0.138 A1378002 34 0.89 0.131 A1378002 35 0.90 0.123 A1378002 36 0.95 0.114 A1378002 37 0.96 0.110 A1378002 38 0.98 0.110 A1378002 39 1.00 0.114 A1378002 40 1.02 0.119 A1378002 41 1.05 0.120 A1378002 42 1.07 0.118 A1378002 43 1.07 0.113 A1378002 44 1.09 0.109 A1378002 45 1.12 0.108 A1378002 46 1.13 0.109 A1378002 47 1.13 0.102 A1378002 48 1.14 0.102 A1378002 49 1.15 0.103 A1378002 50 1.18 0.103 A1378002 51 1.19 0.103 A1378002 52 1.21 0.106 A1378002 53 1.22 0.108 A1378002 54 1.23 0.111 A1378002 55 1.27 0.113 A1378002 56 1.29 0.117 A1378002 57 1.31 0.121 A1378002 58 1.32 0.126 A1378002 59 1.35 0.125 A1378002 60 1.35 0.130 A1378002 61 1.37 0.127 A1378002 62 1.39 0.130 A1378002 63 1.40 0.130 A1378002 64 1.45 0.136 A1378002 65 1.46 0.141 A1378002 66 1.48 0.143 A1378002 67 1.50 0.141 A1378002 68 1.51 0.145 A1378002 69 1.53 0.146 A1378002 70 1.56 0.147 A1378002 71 1.58 0.148 A1378002 72 1.60 0.149 A1378002 73 1.63 0.149 A1378002 74 1.65 0.151 A1378002 75 1.66 0.152 A1378002 76 1.68 0.153 A1378002 77 1.70 0.152 A1378002 78 1.71 0.152 A1378002 79 1.71 0.159 A1378002 80 1.72 0.154 A1378002 81 1.74 0.148 A1378002 82 1.74 0.156 A1378002 83 1.77 0.159 A1378002 84 1.80 0.157 A1378002 85 1.83 0.157 A1378002 86 1.86 0.161 A1378002 87 1.86 0.155 A1378002 88 1.88 0.158 A1378002 89 1.91 0.159 A1378002 90 1.93 0.158 A1378002 91 1.96 0.159 A1378002 92 1.99 0.156 A1378002 93 2.02 0.160 A1378002 94 2.06 0.160 A1378002 95 2.09 0.158 A1378002 96 2.12 0.158 A1378002 97 2.18 0.153 A1378002 98 2.19 0.161 A1378002 99 2.23 0.164 A1378002 100 2.26 0.152 A1378002 101 2.27 0.165 A1378002 102 2.35 0.149 A1378002 103 2.40 0.153 A1378002 104 2.44 0.147 A1378002 105 2.47 0.147 A1378002 106 2.52 0.143 A1378002 107 2.58 0.144 A1378002 108 2.59 0.151 A1378002 109 2.65 0.149 A1378002 110 2.70 0.152 A1378002 111 2.79 0.150 A1378002 112 2.84 0.151 A1378002 113 2.93 0.165 A1378002 114 3.02 0.183 A1378002 115 3.03 0.165 A1378002 116 ENDDATA 97 0 A1378002 117 ENDSUBENT 116 0 A137800299999 ENDENTRY 2 0 A137899999999 ENTRY C A1385 20250919 SUBENT C A1385001 20250919 BIB 8 15 A1385001 2 TITLE The excited state at 25 MeV in 8Be A1385001 3 AUTHOR (P.Paul,K.P.Lieb) A1385001 4 REFERENCE (J,NP,53,465,1964) A1385001 5 INSTITUTE (2GERFRB) A1385001 6 FACILITY (VDG,2GERFRB) A1385001 7 SAMPLE (3-LI-6,ENR=0.997) 6Li (99,7%) on thin backing foil A1385001 8 of Ni or C. The thickness of the Li targets was A1385001 9 checked to be approximately 70. ug/cm2 in all runs. A1385001 10 DETECTOR (SI) Silicon depletion layer counters. One counter was A1385001 11 mounted in fixed position at 90 degr. to beam axis, A1385001 12 while the other one could be rotated inside the A1385001 13 chamber to any angle. A1385001 14 HISTORY (19800722C) Compilation produced by Arzamas RFNC-VNIIEFA1385001 15 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1385001 16 (20250919A) SD: Corrections in all Subents. A1385001 17 ENDBIB 15 0 A1385001 18 COMMON 1 3 A1385001 19 EN-RSL A1385001 20 MEV A1385001 21 0.06 A1385001 22 ENDCOMMON 3 0 A1385001 23 ENDSUBENT 22 0 A138500199999 SUBENT C A1385002 20250919 BIB 4 5 A1385002 2 REACTION (3-LI-6(D,A)2-HE-4,,DA) A1385002 3 ERR-ANALYS (ERR-S,,1.) Statistical error A1385002 4 STATUS (CURVE,,P.Paul+,J,NP,53,465,1964) Figure 2 A1385002 5 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1385002 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1385002 7 ENDBIB 5 0 A1385002 8 COMMON 3 3 A1385002 9 ANG EN-ERR-DIG ERR-DIG A1385002 10 ADEG MEV MB/SR A1385002 11 90. 0.02 0.04 A1385002 12 ENDCOMMON 3 0 A1385002 13 DATA 2 17 A1385002 14 EN DATA A1385002 15 MEV MB/SR A1385002 16 1.85 2.74 A1385002 17 2.02 2.43 A1385002 18 2.22 2.43 A1385002 19 2.42 2.43 A1385002 20 2.62 2.50 A1385002 21 2.82 2.73 A1385002 22 2.99 3.11 A1385002 23 3.20 3.95 A1385002 24 3.37 4.87 A1385002 25 3.61 5.71 A1385002 26 3.81 6.16 A1385002 27 4.01 6.01 A1385002 28 4.21 5.62 A1385002 29 4.34 4.93 A1385002 30 4.58 4.47 A1385002 31 4.75 4.01 A1385002 32 4.95 3.55 A1385002 33 ENDDATA 19 0 A1385002 34 ENDSUBENT 33 0 A138500299999 SUBENT C A1385003 20250919 BIB 4 6 A1385003 2 REACTION (3-LI-6(D,A)2-HE-4,,DA) A1385003 3 ERR-ANALYS (ERR-S) Statistical error A1385003 4 STATUS (CURVE,,P.Paul+,J,NP,53,465,1964) Figure 3 A1385003 5 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1385003 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-S. A1385003 7 ERR-DIG added. A1385003 8 ENDBIB 6 0 A1385003 9 COMMON 2 3 A1385003 10 EN-ERR-DIG ERR-DIG A1385003 11 MEV MB/SR A1385003 12 0.02 0.04 A1385003 13 ENDCOMMON 3 0 A1385003 14 DATA 4 65 A1385003 15 ANG EN DATA ERR-S A1385003 16 ADEG MEV MB/SR MB/SR A1385003 17 45. 1.85 3.68 0.154 A1385003 18 45. 2.02 3.22 A1385003 19 45. 2.27 3.13 A1385003 20 45. 2.44 3.08 A1385003 21 45. 2.60 3.22 A1385003 22 45. 2.83 3.49 A1385003 23 45. 3.24 4.40 A1385003 24 45. 3.44 5.26 A1385003 25 45. 3.63 5.45 A1385003 26 45. 3.88 5.76 A1385003 27 45. 4.08 5.35 A1385003 28 45. 4.19 4.90 A1385003 29 45. 4.44 4.12 A1385003 30 45. 4.63 3.71 A1385003 31 45. 4.85 3.53 A1385003 32 45. 5.05 3.30 A1385003 33 80. 1.77 2.81 0.183 A1385003 34 80. 2.05 2.54 A1385003 35 80. 2.18 2.35 A1385003 36 80. 2.43 2.63 A1385003 37 80. 2.60 2.35 A1385003 38 80. 2.82 2.49 A1385003 39 80. 3.02 3.40 A1385003 40 80. 3.21 3.85 A1385003 41 80. 3.44 5.17 A1385003 42 80. 3.63 6.22 A1385003 43 80. 3.80 6.54 A1385003 44 80. 4.05 6.04 A1385003 45 80. 4.24 5.63 A1385003 46 80. 4.47 5.08 A1385003 47 80. 4.66 4.80 A1385003 48 80. 4.83 3.94 A1385003 49 120. 1.80 3.63 0.182 A1385003 50 120. 1.99 3.31 A1385003 51 120. 2.21 3.26 A1385003 52 120. 2.41 3.36 A1385003 53 120. 2.60 3.40 A1385003 54 120. 2.83 3.58 A1385003 55 120. 2.99 4.13 A1385003 56 120. 3.22 4.63 A1385003 57 120. 3.44 5.40 A1385003 58 120. 3.63 5.81 A1385003 59 120. 3.83 5.76 A1385003 60 120. 4.05 5.63 A1385003 61 120. 4.27 5.03 A1385003 62 120. 4.44 4.49 A1385003 63 120. 4.66 4.17 A1385003 64 120. 4.85 3.66 A1385003 65 145. 1.80 4.82 0.182 A1385003 66 145. 1.99 4.77 A1385003 67 145. 2.24 4.40 A1385003 68 145. 2.44 4.95 A1385003 69 145. 2.66 4.90 A1385003 70 145. 2.83 5.27 A1385003 71 145. 3.02 5.36 A1385003 72 145. 3.25 6.13 A1385003 73 145. 3.47 6.45 A1385003 74 145. 3.69 6.40 A1385003 75 145. 3.88 6.27 A1385003 76 145. 4.05 4.67 A1385003 77 145. 4.27 4.03 A1385003 78 145. 4.43 3.12 A1385003 79 145. 4.57 2.66 A1385003 80 145. 4.82 2.25 A1385003 81 145. 4.99 1.66 A1385003 82 ENDDATA 67 0 A1385003 83 ENDSUBENT 82 0 A138500399999 SUBENT C A1385004 20250919 BIB 4 10 A1385004 2 REACTION (3-LI-6(D,A)2-HE-4,,DA,,LEG/REL) A1385004 3 ERR-ANALYS (DATA-ERR) The errors shown represent mostly the A1385004 4 uncertainty in extracting the coefficients from the A1385004 5 curves. They were estimated by assuming different A1385004 6 reasonable fits to the experimental points and A1385004 7 computing the coefficients for these fits (indicated A1385004 8 at one point at each coefficient) . A1385004 9 STATUS (CURVE,,P.Paul+,J,NP,53,465,1964) Figure 4 A1385004 10 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1385004 11 STATUS updated. EN-ERR->EN-ERR-DIG. A1385004 12 ENDBIB 10 0 A1385004 13 COMMON 1 3 A1385004 14 EN-ERR-DIG A1385004 15 MEV A1385004 16 0.02 A1385004 17 ENDCOMMON 3 0 A1385004 18 DATA 4 52 A1385004 19 NUMBER EN DATA-CM DATA-ERR A1385004 20 NO-DIM MEV ARB-UNITS ARB-UNITS A1385004 21 0. 1.78 1.14 0.03 A1385004 22 0. 1.97 1.07 A1385004 23 0. 2.19 1.02 A1385004 24 0. 2.42 1.02 A1385004 25 0. 2.58 1.07 A1385004 26 0. 2.83 1.10 A1385004 27 0. 3.03 1.24 A1385004 28 0. 3.17 1.46 A1385004 29 0. 3.42 1.70 A1385004 30 0. 3.62 1.85 A1385004 31 0. 3.73 1.88 A1385004 32 0. 3.84 1.83 A1385004 33 0. 4.06 1.66 A1385004 34 0. 4.20 1.47 A1385004 35 0. 4.45 1.27 A1385004 36 0. 4.67 1.10 A1385004 37 0. 4.86 0.98 A1385004 38 0. 5.00 0.91 A1385004 39 2. 1.78 0.57 0.07 A1385004 40 2. 1.94 0.64 A1385004 41 2. 2.19 0.69 A1385004 42 2. 2.41 0.71 A1385004 43 2. 2.64 0.71 A1385004 44 2. 2.80 0.74 A1385004 45 2. 3.05 0.69 A1385004 46 2. 3.22 0.64 A1385004 47 2. 3.41 0.40 A1385004 48 2. 3.66 0.11 A1385004 49 2. 3.83 0.02 A1385004 50 2. 4.02 -0.27 A1385004 51 2. 4.24 -0.51 A1385004 52 2. 4.41 -0.61 A1385004 53 2. 4.60 -0.54 A1385004 54 2. 4.82 -0.57 A1385004 55 2. 5.02 -0.61 A1385004 56 4. 1.83 0.10 0.10 A1385004 57 4. 1.99 0.11 A1385004 58 4. 2.16 0.15 A1385004 59 4. 2.41 0.11 A1385004 60 4. 2.61 0.11 A1385004 61 4. 2.83 0.08 A1385004 62 4. 3.02 0.13 A1385004 63 4. 3.19 0.25 A1385004 64 4. 3.44 0.25 A1385004 65 4. 3.61 0.30 A1385004 66 4. 3.86 0.26 A1385004 67 4. 4.05 0.06 A1385004 68 4. 4.24 -0.06 A1385004 69 4. 4.41 -0.05 A1385004 70 4. 4.60 -0.06 A1385004 71 4. 4.82 -0.22 A1385004 72 4. 5.02 -0.27 A1385004 73 ENDDATA 54 0 A1385004 74 ENDSUBENT 73 0 A138500499999 SUBENT C A1385005 20250919 BIB 4 6 A1385005 2 REACTION (3-LI-6(D,EL)3-LI-6,,DA) A1385005 3 ERR-ANALYS (DATA-ERR) Uncertainty due to the background A1385005 4 subtraction (indicated at one point at each angle). A1385005 5 STATUS (CURVE,,P.Paul+,J,NP,53,465,1964) Figure 6 A1385005 6 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1385005 7 STATUS updated. EN-ERR->EN-ERR-DIG; ERR-DIG added. A1385005 8 ENDBIB 6 0 A1385005 9 COMMON 2 3 A1385005 10 EN-ERR-DIG ERR-DIG A1385005 11 MEV MB/SR A1385005 12 0.013 0.05 A1385005 13 ENDCOMMON 3 0 A1385005 14 DATA 4 87 A1385005 15 ANG EN DATA DATA-ERR A1385005 16 ADEG MEV MB/SR MB/SR A1385005 17 65. 2.011 18.74 0.82 A1385005 18 65. 2.216 17.75 A1385005 19 65. 2.404 16.36 A1385005 20 65. 2.606 12.67 A1385005 21 65. 2.795 11.69 A1385005 22 65. 3.034 10.38 0.65 A1385005 23 65. 3.411 9.30 A1385005 24 65. 3.582 8.32 A1385005 25 65. 3.789 8.15 A1385005 26 65. 3.978 7.90 A1385005 27 65. 4.184 7.49 A1385005 28 65. 4.374 8.30 A1385005 29 65. 4.647 6.41 A1385005 30 65. 4.784 5.67 A1385005 31 83. 1.779 11.47 A1385005 32 83. 2.019 10.56 0.41 A1385005 33 83. 2.173 10.32 A1385005 34 83. 2.396 9.09 A1385005 35 83. 2.602 8.67 A1385005 36 83. 2.774 8.50 A1385005 37 83. 2.979 7.52 0.16 A1385005 38 83. 3.185 7.43 A1385005 39 83. 3.289 7.51 A1385005 40 83. 3.495 7.50 A1385005 41 83. 3.582 7.58 A1385005 42 83. 3.702 7.42 A1385005 43 83. 3.805 7.41 A1385005 44 83. 3.891 7.17 A1385005 45 83. 3.977 7.16 A1385005 46 83. 4.097 6.59 A1385005 47 83. 4.182 6.34 A1385005 48 83. 4.406 6.09 A1385005 49 83. 4.595 6.09 A1385005 50 102. 1.998 7.13 0.33 A1385005 51 102. 2.203 5.90 A1385005 52 102. 2.409 5.90 A1385005 53 102. 2.616 6.22 A1385005 54 102. 2.788 6.05 A1385005 55 102. 2.978 6.21 A1385005 56 102. 3.201 6.20 A1385005 57 102. 3.409 6.85 A1385005 58 102. 3.597 6.03 A1385005 59 102. 3.786 6.03 A1385005 60 102. 4.01 5.53 A1385005 61 102. 4.199 5.93 A1385005 62 102. 4.389 6.58 A1385005 63 102. 4.596 6.90 A1385005 64 102. 4.785 6.74 A1385005 65 118. 2.601 8.10 A1385005 66 118. 2.825 8.09 A1385005 67 118. 3.032 8.17 0.57 A1385005 68 118. 3.22 7.67 A1385005 69 118. 3.393 8.16 A1385005 70 118. 3.512 6.77 A1385005 71 118. 3.615 6.52 A1385005 72 118. 3.684 6.60 A1385005 73 118. 3.804 6.19 A1385005 74 118. 3.907 6.27 A1385005 75 118. 4.01 6.35 A1385005 76 118. 4.096 5.94 A1385005 77 118. 4.216 5.69 A1385005 78 118. 4.39 6.83 A1385005 79 118. 4.613 6.58 A1385005 80 118. 4.801 5.84 A1385005 81 145. 3.213 16.17 0.82 A1385005 82 145. 3.312 12.98 A1385005 83 145. 3.43 10.61 A1385005 84 145. 3.515 9.63 A1385005 85 145. 3.618 8.97 A1385005 86 145. 3.718 6.84 A1385005 87 145. 4.63 6.17 A1385005 88 145. 4.803 7.06 A1385005 89 166. 3.024 16.34 0.98 A1385005 90 166. 3.211 14.78 A1385005 91 166. 3.312 12.66 A1385005 92 166. 3.397 11.43 A1385005 93 166. 3.497 9.30 A1385005 94 166. 3.599 7.99 A1385005 95 166. 3.684 7.09 A1385005 96 166. 3.752 6.19 A1385005 97 166. 3.889 5.53 A1385005 98 166. 4.01 5.77 A1385005 99 166. 4.095 4.96 A1385005 100 166. 4.233 5.28 A1385005 101 166. 4.388 5.60 A1385005 102 166. 4.578 6.25 A1385005 103 166. 4.785 6.41 A1385005 104 ENDDATA 89 0 A1385005 105 ENDSUBENT 104 0 A138500599999 SUBENT C A1385006 20250919 BIB 4 7 A1385006 2 REACTION (3-LI-6(D,P)3-LI-7,PAR,DA) A1385006 3 ERR-ANALYS (DATA-ERR) Uncertainty due to the background A1385006 4 subtraction (indicated at one point at each angle). A1385006 5 STATUS (CURVE,,P.Paul+,J,NP,53,465,1964) Figure 7 A1385006 6 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1385006 7 STATUS updated. EN-ERR->EN-ERR-DIG; ERR-DIG added. A1385006 8 Data from Subent 007 added. A1385006 9 ENDBIB 7 0 A1385006 10 COMMON 2 3 A1385006 11 EN-ERR-DIG ERR-DIG A1385006 12 MEV MB/SR A1385006 13 0.04 0.10 A1385006 14 ENDCOMMON 3 0 A1385006 15 DATA 5 177 A1385006 16 E-LVL ANG EN DATA DATA-ERR A1385006 17 MEV ADEG MEV MB/SR MB/SR A1385006 18 0. 83. 1.81 8.70 A1385006 19 0. 83. 2.01 7.90 0.41 A1385006 20 0. 83. 2.22 7.51 A1385006 21 0. 83. 2.39 7.38 A1385006 22 0. 83. 2.63 6.99 A1385006 23 0. 83. 2.80 6.60 A1385006 24 0. 83. 3.03 6.89 A1385006 25 0. 83. 3.20 6.49 A1385006 26 0. 83. 3.34 7.18 A1385006 27 0. 83. 3.40 7.31 A1385006 28 0. 83. 3.47 6.91 A1385006 29 0. 83. 3.51 6.65 A1385006 30 0. 83. 3.68 5.98 A1385006 31 0. 102. 1.81 10.94 A1385006 32 0. 102. 2.02 9.45 A1385006 33 0. 102. 2.19 8.50 0.68 A1385006 34 0. 102. 2.43 7.97 A1385006 35 0. 102. 2.60 7.98 A1385006 36 0. 102. 2.77 8.26 A1385006 37 0. 102. 3.04 7.73 A1385006 38 0. 102. 3.22 7.33 A1385006 39 0. 102. 3.42 7.07 A1385006 40 0. 102. 3.62 7.09 A1385006 41 0. 102. 3.76 7.09 A1385006 42 0. 102. 4.00 6.29 A1385006 43 0. 102. 4.17 6.30 A1385006 44 0. 102. 4.33 7.13 A1385006 45 0. 102. 4.57 7.83 A1385006 46 0. 118. 1.86 10.66 A1385006 47 0. 118. 2.06 9.96 A1385006 48 0. 118. 2.23 9.26 0.71 A1385006 49 0. 118. 2.44 9.28 A1385006 50 0. 118. 2.64 8.58 A1385006 51 0. 118. 2.85 8.59 A1385006 52 0. 118. 3.02 8.60 A1385006 53 0. 118. 3.22 7.76 A1385006 54 0. 118. 3.26 7.76 A1385006 55 0. 118. 3.32 7.77 A1385006 56 0. 118. 3.49 7.92 A1385006 57 0. 118. 3.63 7.22 A1385006 58 0. 118. 3.73 6.94 A1385006 59 0. 118. 3.80 6.80 A1385006 60 0. 118. 3.94 6.24 A1385006 61 0. 118. 3.98 6.10 A1385006 62 0. 118. 4.11 6.54 A1385006 63 0. 118. 4.14 6.40 A1385006 64 0. 118. 4.35 6.41 A1385006 65 0. 118. 4.55 5.57 A1385006 66 0. 118. 4.76 5.44 A1385006 67 0. 145. 1.90 10.11 A1385006 68 0. 145. 2.03 10.25 A1385006 69 0. 145. 2.27 9.03 0.41 A1385006 70 0. 145. 2.44 7.95 A1385006 71 0. 145. 2.65 7.55 A1385006 72 0. 145. 2.85 7.97 A1385006 73 0. 145. 3.05 7.57 A1385006 74 0. 145. 3.23 6.89 A1385006 75 0. 145. 3.33 6.62 A1385006 76 0. 145. 3.40 6.76 A1385006 77 0. 145. 3.50 6.49 A1385006 78 0. 145. 3.67 6.36 A1385006 79 0. 145. 3.74 6.36 A1385006 80 0. 145. 3.80 5.82 A1385006 81 0. 145. 3.87 5.55 A1385006 82 0. 145. 4.01 5.28 A1385006 83 0. 145. 4.11 5.01 A1385006 84 0. 145. 4.25 5.16 A1385006 85 0. 145. 4.35 5.30 A1385006 86 0. 145. 4.79 5.04 A1385006 87 0. 166. 1.80 9.63 A1385006 88 0. 166. 2.01 8.26 0.42 A1385006 89 0. 166. 2.15 8.27 A1385006 90 0. 166. 2.46 7.46 A1385006 91 0. 166. 2.66 7.61 A1385006 92 0. 166. 2.76 7.34 A1385006 93 0. 166. 3.07 6.81 A1385006 94 0. 166. 3.27 6.83 A1385006 95 0. 166. 3.30 7.39 A1385006 96 0. 166. 3.41 7.67 A1385006 97 0. 166. 3.51 7.68 A1385006 98 0. 166. 3.61 6.86 A1385006 99 0. 166. 3.75 6.59 A1385006 100 0. 166. 3.92 6.47 A1385006 101 0. 166. 3.99 6.33 A1385006 102 0. 166. 4.12 6.07 A1385006 103 0. 166. 4.22 6.07 A1385006 104 0. 166. 4.40 5.53 A1385006 105 0. 166. 4.57 5.55 A1385006 106 0. 166. 4.81 5.15 A1385006 107 0.48 83. 1.79 6.98 0.42 A1385006 108 0.48 83. 1.96 6.85 A1385006 109 0.48 83. 2.21 6.58 A1385006 110 0.48 83. 2.41 6.59 A1385006 111 0.48 83. 2.62 6.32 A1385006 112 0.48 83. 2.86 5.49 A1385006 113 0.48 83. 3.04 5.64 A1385006 114 0.48 83. 3.21 5.37 A1385006 115 0.48 83. 3.31 5.80 A1385006 116 0.48 83. 3.41 5.94 A1385006 117 0.48 83. 3.52 5.81 A1385006 118 0.48 83. 3.59 5.81 A1385006 119 0.48 83. 3.73 5.54 A1385006 120 0.48 83. 3.87 4.84 A1385006 121 0.48 83. 3.97 4.85 A1385006 122 0.48 102. 1.79 7.48 0.68 A1385006 123 0.48 102. 1.97 6.68 A1385006 124 0.48 102. 2.18 6.01 A1385006 125 0.48 102. 2.39 5.75 A1385006 126 0.48 102. 2.63 5.36 A1385006 127 0.48 102. 2.81 5.38 A1385006 128 0.48 102. 2.95 4.84 A1385006 129 0.48 102. 3.08 5.54 A1385006 130 0.48 102. 3.39 4.74 A1385006 131 0.48 102. 3.57 5.03 A1385006 132 0.48 102. 3.77 4.91 A1385006 133 0.48 102. 3.91 4.92 A1385006 134 0.48 102. 4.29 4.27 A1385006 135 0.48 102. 4.40 4.28 A1385006 136 0.48 102. 4.57 4.43 A1385006 137 0.48 102. 4.74 4.17 A1385006 138 0.48 118. 1.77 6.61 0.70 A1385006 139 0.48 118. 1.97 6.49 A1385006 140 0.48 118. 2.18 6.50 A1385006 141 0.48 118. 2.39 5.81 A1385006 142 0.48 118. 2.53 5.40 A1385006 143 0.48 118. 2.80 5.71 A1385006 144 0.48 118. 2.98 5.72 A1385006 145 0.48 118. 3.18 5.45 A1385006 146 0.48 118. 3.29 5.46 A1385006 147 0.48 118. 3.46 5.33 A1385006 148 0.48 118. 3.49 5.48 A1385006 149 0.48 118. 3.60 5.35 A1385006 150 0.48 118. 3.70 5.49 A1385006 151 0.48 118. 3.77 5.36 A1385006 152 0.48 118. 3.88 4.94 A1385006 153 0.48 118. 3.94 5.23 A1385006 154 0.48 118. 4.05 4.68 A1385006 155 0.48 118. 4.22 4.69 A1385006 156 0.48 118. 4.40 4.42 A1385006 157 0.48 145. 1.82 7.28 0.39 A1385006 158 0.48 145. 2.03 6.91 A1385006 159 0.48 145. 2.24 5.89 A1385006 160 0.48 145. 2.42 5.52 A1385006 161 0.48 145. 2.62 5.41 A1385006 162 0.48 145. 2.83 5.29 A1385006 163 0.48 145. 3.07 5.18 A1385006 164 0.48 145. 3.17 5.57 A1385006 165 0.48 145. 3.24 5.70 A1385006 166 0.48 145. 3.38 5.58 A1385006 167 0.48 145. 3.62 5.47 A1385006 168 0.48 145. 3.66 5.86 A1385006 169 0.48 145. 3.69 6.37 A1385006 170 0.48 145. 3.83 5.48 A1385006 171 0.48 145. 4.00 5.50 A1385006 172 0.48 145. 4.04 5.62 A1385006 173 0.48 145. 4.11 4.99 A1385006 174 0.48 145. 4.25 5.00 A1385006 175 0.48 145. 4.42 4.62 A1385006 176 0.48 166. 1.80 5.97 0.28 A1385006 177 0.48 166. 2.01 5.31 A1385006 178 0.48 166. 2.32 4.38 A1385006 179 0.48 166. 2.49 4.53 A1385006 180 0.48 166. 2.67 4.54 A1385006 181 0.48 166. 2.87 4.70 A1385006 182 0.48 166. 3.01 5.39 A1385006 183 0.48 166. 3.14 6.50 A1385006 184 0.48 166. 3.27 6.92 A1385006 185 0.48 166. 3.44 7.21 A1385006 186 0.48 166. 3.51 7.22 A1385006 187 0.48 166. 3.69 6.96 A1385006 188 0.48 166. 3.78 8.47 A1385006 189 0.48 166. 3.79 7.51 A1385006 190 0.48 166. 3.96 6.84 A1385006 191 0.48 166. 4.11 6.03 A1385006 192 0.48 166. 4.21 6.04 A1385006 193 0.48 166. 4.35 5.78 A1385006 194 0.48 166. 4.94 5.28 A1385006 195 ENDDATA 179 0 A1385006 196 ENDSUBENT 195 0 A138500699999 NOSUBENT A1385007 20250919 A1385007 1 ENDENTRY 7 0 A138599999999 ENTRY C A1386 20250919 SUBENT C A1386001 20250919 BIB 10 20 A1386001 2 TITLE Neutron yield for the Li + T reactions A1386001 3 AUTHOR (R.W.Crews) A1386001 4 REFERENCE (J,PR,82,100(2),1951) A1386001 5 INSTITUTE (1USALAS) A1386001 6 FACILITY (VDG,1USALAS) A1386001 7 SAMPLE Targets were made by evaporating lithium on thin A1386001 8 aluminium or tungsten disks. Targets were about 50 keV A1386001 9 thick for 2-MeV protons. A1386001 10 DETECTOR (BF3) BF3 'long counter' A1386001 11 COMMENT Data were obtained in a series of eight runs. A1386001 12 The efficiency of the counter was obtained by measuringA1386001 13 the yield from a standard RaBe source placed at the A1386001 14 target. A1386001 15 ERR-ANALYS (DATA-ERR) Errors may arise from a difference in A1386001 16 sensitivity of the counter to neutrons from Li+T and A1386001 17 from the RaBe source. A1386001 18 (ERR-S) Statistical error A1386001 19 HISTORY (19800724C) Compilation produced by Arzamas RFNC-VNIIEFA1386001 20 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1386001 21 (20250919A) SD: Corrections in all Subents. A1386001 22 ENDBIB 20 0 A1386001 23 COMMON 1 3 A1386001 24 DATA-ERR A1386001 25 PER-CENT A1386001 26 20. A1386001 27 ENDCOMMON 3 0 A1386001 28 ENDSUBENT 27 0 A138600199999 SUBENT C A1386002 20250919 BIB 4 11 A1386002 2 REACTION (3-LI-7(T,X)0-NN-1,,DA) A1386002 3 FLAG (0.) For normalized values from four independent runs A1386002 4 on lithium-aluminium backing A1386002 5 (1.) For first run on lithium-tungsten backing A1386002 6 (normalize to above data at Et=1.069 MeV) A1386002 7 (2.) For second run on lithium-tungsten backing A1386002 8 (normalized to above data at Et=1.132 MeV) A1386002 9 STATUS (CURVE,,R.W.Crews,J,PR,82,100(2),1951) Figure 1 A1386002 10 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1386002 11 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-S. A1386002 12 ERR-DIG added. A1386002 13 ENDBIB 11 0 A1386002 14 COMMON 3 3 A1386002 15 ANG EN-ERR-DIG ERR-DIG A1386002 16 ADEG MEV MB/SR A1386002 17 90. 0.01 0.61 A1386002 18 ENDCOMMON 3 0 A1386002 19 DATA 4 86 A1386002 20 EN DATA ERR-S FLAG A1386002 21 MEV MB/SR MB/SR NO-DIM A1386002 22 0.26 5.63 0. A1386002 23 0.31 6.26 0. A1386002 24 0.32 10.65 0. A1386002 25 0.36 10.81 0. A1386002 26 0.43 12.76 0. A1386002 27 0.46 19.93 0. A1386002 28 0.52 21.00 0. A1386002 29 0.53 25.83 0. A1386002 30 0.56 33.04 0. A1386002 31 0.57 28.64 0. A1386002 32 0.57 36.11 0. A1386002 33 0.61 32.72 0. A1386002 34 0.62 38.05 0. A1386002 35 0.63 39.85 0. A1386002 36 0.65 42.55 0. A1386002 37 0.67 44.36 0. A1386002 38 0.68 47.03 0. A1386002 39 0.68 47.06 0. A1386002 40 0.69 50.58 0. A1386002 41 0.69 53.25 0. A1386002 42 0.70 43.56 0. A1386002 43 0.71 49.33 0. A1386002 44 0.72 54.22 0. A1386002 45 0.73 48.96 0. A1386002 46 0.74 54.27 0. A1386002 47 0.74 57.79 0. A1386002 48 0.74 61.35 0. A1386002 49 0.76 57.86 0. A1386002 50 0.77 64.95 0. A1386002 51 0.79 61.48 0. A1386002 52 0.79 68.97 0. A1386002 53 0.81 64.20 0. A1386002 54 0.84 67.81 0. A1386002 55 0.84 72.21 0. A1386002 56 0.87 70.56 0. A1386002 57 0.90 65.35 0. A1386002 58 0.93 65.87 0. A1386002 59 0.94 67.22 0. A1386002 60 0.95 54.91 2. A1386002 61 0.95 61.08 0. A1386002 62 0.95 65.48 0. A1386002 63 0.97 61.16 0. A1386002 64 0.97 63.79 0. A1386002 65 0.99 57.69 0. A1386002 66 0.99 61.21 0. A1386002 67 1.00 56.83 0. A1386002 68 1.00 57.28 1. A1386002 69 1.02 57.32 0. A1386002 70 1.05 52.56 2. A1386002 71 1.05 59.63 0. A1386002 72 1.06 57.46 0. A1386002 73 1.07 51.32 1. A1386002 74 1.09 50.49 0. A1386002 75 1.11 50.55 0. A1386002 76 1.13 54.13 1. A1386002 77 1.14 52.85 2. A1386002 78 1.15 52.44 0. A1386002 79 1.18 55.60 0. A1386002 80 1.21 59.23 0. A1386002 81 1.23 55.76 0. A1386002 82 1.24 60.18 2. A1386002 83 1.27 60.27 0. A1386002 84 1.30 63.46 0. A1386002 85 1.33 66.65 2. A1386002 86 1.34 64.01 0. A1386002 87 1.37 66.32 0. A1386002 88 1.40 69.49 2.64 0. A1386002 89 1.42 77.51 2. A1386002 90 1.43 74.00 4.41 0. A1386002 91 1.43 79.74 1. A1386002 92 1.45 81.10 0. A1386002 93 1.47 74.12 4.39 0. A1386002 94 1.50 75.53 4.83 0. A1386002 95 1.52 83.98 1. A1386002 96 1.52 95.00 2.19 2. A1386002 97 1.62 104.10 1. A1386002 98 1.62 112.10 3.07 2. A1386002 99 1.71 108.30 1. A1386002 100 1.71 119.80 2.66 2. A1386002 101 1.81 103.80 1. A1386002 102 1.81 113.10 3.07 2. A1386002 103 1.90 102.80 1. A1386002 104 1.90 106.30 3.51 2. A1386002 105 1.99 91.56 1. A1386002 106 1.99 100.80 5.73 2. A1386002 107 2.09 96.28 6.16 1. A1386002 108 ENDDATA 88 0 A1386002 109 ENDSUBENT 108 0 A138600299999 SUBENT C A1386003 20250919 BIB 3 4 A1386003 2 REACTION (3-LI-7(T,X)0-NN-1,,DA) A1386003 3 STATUS (CURVE,,R.W.Crews,J,PR,82,100(2),1951) Figure 2 A1386003 4 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1386003 5 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-S. A1386003 6 ENDBIB 4 0 A1386003 7 COMMON 1 3 A1386003 8 ANG-ERR-D A1386003 9 ADEG A1386003 10 0.5 A1386003 11 ENDCOMMON 3 0 A1386003 12 DATA 4 11 A1386003 13 EN ANG-CM DATA-CM ERR-S A1386003 14 MEV ADEG MB/SR MB/SR A1386003 15 0.728 1.0 51.99 0.97 A1386003 16 0.728 32.3 54.04 1.36 A1386003 17 0.728 62.9 44.95 1.17 A1386003 18 0.728 93.7 37.62 0.97 A1386003 19 0.728 123.9 39.65 1.17 A1386003 20 0.728 137.7 46.41 1.17 A1386003 21 1.084 1.3 44.58 0.78 A1386003 22 1.084 33.2 41.94 1.35 A1386003 23 1.084 63.6 36.36 1.56 A1386003 24 1.084 93.9 31.96 1.17 A1386003 25 1.084 123.6 35.35 1.95 A1386003 26 ENDDATA 13 0 A1386003 27 ENDSUBENT 26 0 A138600399999 ENDENTRY 3 0 A138699999999 ENTRY C A1388 20250919 SUBENT C A1388001 20250919 BIB 10 19 A1388001 2 TITLE A study of the giant resonance regions of 8Be and 12C A1388001 3 through the inverse reactions 7Li(p,gamma)8Be and A1388001 4 11B(p,gamma)12C A1388001 5 AUTHOR (D.S.Gemmell,A.H.Morton,E.W.Titterton) A1388001 6 REFERENCE (J,NP,10,33,1959) A1388001 7 INSTITUTE (3AULCBR) A1388001 8 FACILITY (CYCLO,3AULCBR) Canberra 30. A1388001 9 SAMPLE Target thick of 280 keV A1388001 10 METHOD (EXTB) A1388001 11 DETECTOR (NAICR) A 5. inch diameter 4. inch long Harshaw A1388001 12 NaI(Tl) crystal mounted on a 5. inch diameter DuMont A1388001 13 type 6364 photomultiplier tube at 90 degr. A1388001 14 COMMENT A total of seventeen runs was made with targets of A1388001 15 boric oxide and boron of various thicknesses, but the A1388001 16 final result comprises the results of six runs on a A1388001 17 40-keV thick elemental boron target. A1388001 18 HISTORY (19810309C) Compilation produced by Arzamas RFNC-VNIIEFA1388001 19 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1388001 20 (20250919A) SD: Corrections in all Subents. A1388001 21 ENDBIB 19 0 A1388001 22 NOCOMMON 0 0 A1388001 23 ENDSUBENT 22 0 A138800199999 SUBENT C A1388002 20250919 BIB 4 11 A1388002 2 REACTION (5-B-11(P,G)6-C-12,PAR,DA,,REL) A1388002 3 No information about units. A1388002 4 SAMPLE The first boron targets were made by evaporating B20 A1388002 5 onto a 3 mg/cm2 gold foil, but it was found more A1388002 6 satisfactory to evaporate amorphous boron onto the A1388002 7 foil by heating in vacuo in a carbon crucible. The A1388002 8 targets used were of this type and were generally A1388002 9 0.8 mg/cm2 in thickness. A1388002 10 STATUS (CURVE,,D.S.Gemmell+,J,NP,10,33,1959) Figure 4a A1388002 11 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1388002 12 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1388002 13 ENDBIB 11 0 A1388002 14 COMMON 4 3 A1388002 15 E-LVL ANG EN-ERR-DIG ERR-DIG A1388002 16 MEV ADEG MEV ARB-UNITS A1388002 17 0.0 90.0 0.02 0.02 A1388002 18 ENDCOMMON 3 0 A1388002 19 DATA 2 38 A1388002 20 EN DATA A1388002 21 MEV ARB-UNITS A1388002 22 4.16 0.65 A1388002 23 4.58 1.23 A1388002 24 4.76 1.42 A1388002 25 4.86 1.70 A1388002 26 4.95 1.82 A1388002 27 5.05 1.93 A1388002 28 5.13 2.08 A1388002 29 5.22 2.13 A1388002 30 5.33 2.29 A1388002 31 5.42 2.40 A1388002 32 5.51 2.52 A1388002 33 5.59 2.66 A1388002 34 5.68 2.73 A1388002 35 5.76 2.88 A1388002 36 5.85 2.92 A1388002 37 5.94 3.05 A1388002 38 6.02 3.00 A1388002 39 6.09 2.98 A1388002 40 6.19 3.18 A1388002 41 6.27 3.28 A1388002 42 6.35 3.58 A1388002 43 6.42 3.78 A1388002 44 6.51 3.85 A1388002 45 6.65 4.12 A1388002 46 6.73 4.18 A1388002 47 6.81 4.12 A1388002 48 6.88 4.23 A1388002 49 6.97 4.46 A1388002 50 7.04 4.61 A1388002 51 7.11 4.68 A1388002 52 7.18 4.72 A1388002 53 7.27 4.52 A1388002 54 7.33 4.58 A1388002 55 7.41 4.47 A1388002 56 7.46 4.53 A1388002 57 7.51 4.35 A1388002 58 7.57 4.26 A1388002 59 7.66 4.04 A1388002 60 ENDDATA 40 0 A1388002 61 ENDSUBENT 60 0 A138800299999 SUBENT C A1388003 20250919 BIB 4 5 A1388003 2 REACTION (5-B-11(P,G)6-C-12,PAR,SIG) A1388003 3 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1388003 4 STATUS (TABLE,,D.S.Gemmell+,J,NP,10,33,1959) From text p.41 A1388003 5 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1388003 6 STATUS updated. ERR-T -> DATA-ERR. A1388003 7 ENDBIB 5 0 A1388003 8 NOCOMMON 0 0 A1388003 9 DATA 4 1 A1388003 10 EN E-LVL DATA DATA-ERR A1388003 11 MEV MEV MB MB A1388003 12 7.2 0. 0.27 0.05 A1388003 13 ENDDATA 3 0 A1388003 14 ENDSUBENT 13 0 A138800399999 SUBENT C A1388004 20250919 BIB 4 12 A1388004 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,REL) A1388004 3 No information about units. A1388004 4 SAMPLE Lithium targets were made by rolling the metal, A1388004 5 lubricated with kerosene, between brass or polythene A1388004 6 sheets, and in this case no backing foil was A1388004 7 necessary. The latter method enabled uniform targets A1388004 8 of 0.001 inch thickness (1.4 mg/cm2) to be produced. A1388004 9 The targets were hung in the beam and stretched by a A1388004 10 small weight suspended from them. A1388004 11 STATUS (CURVE,,D.S.Gemmell+,J,NP,10,33,1959) Figure 5b A1388004 12 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1388004 13 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1388004 14 ENDBIB 12 0 A1388004 15 COMMON 4 3 A1388004 16 E-LVL ANG EN-ERR-DIG ERR-DIG A1388004 17 MEV ADEG MEV ARB-UNITS A1388004 18 0.0 90.0 0.02 5. A1388004 19 ENDCOMMON 3 0 A1388004 20 DATA 2 43 A1388004 21 EN DATA A1388004 22 MEV ARB-UNITS A1388004 23 3.56 1594. A1388004 24 3.77 1801. A1388004 25 4.00 1828. A1388004 26 4.22 1758. A1388004 27 4.45 2161. A1388004 28 4.63 2068. A1388004 29 4.81 2087. A1388004 30 4.88 2060. A1388004 31 5.04 2338. A1388004 32 5.09 2240. A1388004 33 5.21 2137. A1388004 34 5.26 2057. A1388004 35 5.39 2107. A1388004 36 5.46 2348. A1388004 37 5.58 2327. A1388004 38 5.65 2211. A1388004 39 5.76 2296. A1388004 40 5.81 2216. A1388004 41 5.89 2279. A1388004 42 6.00 2337. A1388004 43 6.09 2320. A1388004 44 6.19 2178. A1388004 45 6.26 2138. A1388004 46 6.35 2174. A1388004 47 6.38 2085. A1388004 48 6.47 2058. A1388004 49 6.58 2094. A1388004 50 6.67 2010. A1388004 51 6.74 1993. A1388004 52 6.80 2095. A1388004 53 6.89 2033. A1388004 54 6.98 2087. A1388004 55 7.05 2114. A1388004 56 7.09 2066. A1388004 57 7.16 2026. A1388004 58 7.23 1597. A1388004 59 7.31 1825. A1388004 60 7.40 1808. A1388004 61 7.47 1755. A1388004 62 7.48 1884. A1388004 63 7.61 1604. A1388004 64 7.64 1827. A1388004 65 7.68 1550. A1388004 66 ENDDATA 45 0 A1388004 67 ENDSUBENT 66 0 A138800499999 SUBENT C A1388005 20250919 BIB 4 5 A1388005 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,SIG) A1388005 3 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1388005 4 STATUS (TABLE,,D.S.Gemmell+,J,NP,10,33,1959) From text p.44 A1388005 5 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1388005 6 STATUS updated. ERR-T -> DATA-ERR. A1388005 7 ENDBIB 5 0 A1388005 8 NOCOMMON 0 0 A1388005 9 DATA 4 1 A1388005 10 EN E-LVL DATA DATA-ERR A1388005 11 MEV MEV MB MB A1388005 12 5.8 0. 0.14 0.04 A1388005 13 ENDDATA 3 0 A1388005 14 ENDSUBENT 13 0 A138800599999 ENDENTRY 5 0 A138899999999 ENTRY C A1389 20250919 SUBENT C A1389001 20250919 BIB 10 20 A1389001 2 TITLE The angular distributions of the gamma radiation A1389001 3 from the 7Li(p,gamma)8Be reaction from Ep=200 keV A1389001 4 to 1100 keV A1389001 5 AUTHOR (B.Mainsbridge) A1389001 6 REFERENCE (J,NP,21,1,1960) A1389001 7 INSTITUTE (3AULCBR) A1389001 8 FACILITY (CCW,3AULCBR) A1389001 9 SAMPLE Targets 5 to 20 keV thick were deposited by A1389001 10 evaporating natural lithium metal on to silver plated A1389001 11 brass backings 0.038 cm thick. A1389001 12 METHOD (PHD,BCINT) A1389001 13 DETECTOR (NAICR) 12.7 cm diameter x 10.2 cm long sodium iodide A1389001 14 crystal mounted in a 23 cm x 23 cm x 15 cm steel block.A1389001 15 A 2.5 cm x 3.8 cm diameter NaI(Tl) crystal mounted on A1389001 16 an EMI 6097B photomultiplier was set as a gamma ray A1389001 17 monitor at 130 degr. A1389001 18 STATUS (TABLE,,B.Mainsbridge,J,NP,21,1,1960) Table 1 A1389001 19 HISTORY (19820519C) Compilation produced by Arzamas RFNC-VNIIEFA1389001 20 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1389001 21 (20250919A) SD: Corrections in all Subents. A1389001 22 ENDBIB 20 0 A1389001 23 NOCOMMON 0 0 A1389001 24 ENDSUBENT 23 0 A138900199999 SUBENT C A1389002 20250919 BIB 2 3 A1389002 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,COS/RS) A1389002 3 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1389002 4 STATUS moved to Subent 001. A1389002 5 ENDBIB 3 0 A1389002 6 COMMON 2 3 A1389002 7 E-MIN E-MAX A1389002 8 MEV MEV A1389002 9 14.80 17.60 A1389002 10 ENDCOMMON 3 0 A1389002 11 DATA 3 22 A1389002 12 NUMBER EN DATA-CM A1389002 13 NO-DIM MEV NO-DIM A1389002 14 1. 0.321 -0.22 A1389002 15 1. 0.396 -0.27 A1389002 16 1. 0.428 -0.057 A1389002 17 1. 0.440 0.056 A1389002 18 1. 0.471 0.17 A1389002 19 1. 0.581 0.33 A1389002 20 1. 0.786 0.18 A1389002 21 1. 1.030 0.31 A1389002 22 1. 1.050 0.46 A1389002 23 1. 1.070 0.41 A1389002 24 1. 1.100 0.52 A1389002 25 2. 0.321 0.01 A1389002 26 2. 0.396 -0.02 A1389002 27 2. 0.428 -0.029 A1389002 28 2. 0.440 0.008 A1389002 29 2. 0.471 0.08 A1389002 30 2. 0.581 0.14 A1389002 31 2. 0.786 0.2 A1389002 32 2. 1.030 0.26 A1389002 33 2. 1.050 0.36 A1389002 34 2. 1.070 0.36 A1389002 35 2. 1.100 0.35 A1389002 36 ENDDATA 24 0 A1389002 37 ENDSUBENT 36 0 A138900299999 SUBENT C A1389003 20250919 BIB 2 3 A1389003 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,COS/RS) A1389003 3 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1389003 4 STATUS moved to Subent 001. E-LVL -> E. A1389003 5 ENDBIB 3 0 A1389003 6 COMMON 1 3 A1389003 7 E A1389003 8 MEV A1389003 9 17.6 A1389003 10 ENDCOMMON 3 0 A1389003 11 DATA 3 22 A1389003 12 NUMBER EN DATA-CM A1389003 13 NO-DIM MEV NO-DIM A1389003 14 1. 0.321 -0.56 A1389003 15 1. 0.396 -0.41 A1389003 16 1. 0.428 -0.070 A1389003 17 1. 0.440 0.064 A1389003 18 1. 0.471 0.20 A1389003 19 1. 0.581 0.49 A1389003 20 1. 0.786 0.20 A1389003 21 1. 1.030 0.56 A1389003 22 1. 1.050 0.87 A1389003 23 1. 1.070 0.90 A1389003 24 1. 1.100 1.15 A1389003 25 2. 0.321 0.00 A1389003 26 2. 0.396 0.04 A1389003 27 2. 0.428 0.004 A1389003 28 2. 0.440 0.015 A1389003 29 2. 0.471 0.07 A1389003 30 2. 0.581 0.10 A1389003 31 2. 0.786 0.17 A1389003 32 2. 1.030 0.23 A1389003 33 2. 1.050 0.43 A1389003 34 2. 1.070 0.39 A1389003 35 2. 1.100 0.4 A1389003 36 ENDDATA 24 0 A1389003 37 ENDSUBENT 36 0 A138900399999 ENDENTRY 3 0 A138999999999 ENTRY C A1390 20250919 SUBENT C A1390001 20250919 BIB 11 23 A1390001 2 TITLE The Li-6(p,alpha)He-3 reaction A1390001 3 AUTHOR (J.M.F.Jeronymo,G.S.Mani,A.Sadeghi) A1390001 4 REFERENCE (J,NP,43,424,1963) A1390001 5 INSTITUTE (2FR SAC) A1390001 6 FACILITY (VDG,2FR SAC) A1390001 7 SAMPLE (3-LI-6,ENR=0.996) 6Li(99.6%) metal targets deposited A1390001 8 on 10 ug/cm2 carbon backings. The thickness of the A1390001 9 6Li in the targets was of the order of 10 ug/cm2. A1390001 10 METHOD (PHD) A1390001 11 DETECTOR (SOLST) Solid state counter was used as particle detec.A1390001 12 from 20 degr. to 80 degr. in the lab. system in steps A1390001 13 of around 5 degr. in most cases. A1390001 14 A solid state detector fixed at 90 degr. served as A1390001 15 monitor. Only the 3He pulses of the monitor were used A1390001 16 for normalizing data. A1390001 17 ERR-ANALYS (ERR-S) Statistical error A1390001 18 COMMENT The excitation curves obtained from 1.9 MeV to 5 MeV A1390001 19 for various angles were corrected for solid angle and A1390001 20 normalized to the monitor. A1390001 21 HISTORY (19800723C) Compilation produced by Arzamas RFNC-VNIIEFA1390001 22 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1390001 23 (20250919A) SD: Corrections in all Subents. A1390001 24 DATA-ERR1 -> ERR-S. A1390001 25 ENDBIB 23 0 A1390001 26 NOCOMMON 0 0 A1390001 27 ENDSUBENT 26 0 A139000199999 SUBENT C A1390002 20250919 BIB 3 5 A1390002 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,,REL) A1390002 3 No information about units. A1390002 4 STATUS (CURVE,,J.M.F.Jeronymo+,J,NP,43,424,1963) Figure 1 A1390002 5 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1390002 6 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-DIG. A1390002 7 ENDBIB 5 0 A1390002 8 COMMON 2 3 A1390002 9 ANG-ERR-D ERR-DIG A1390002 10 ADEG ARB-UNITS A1390002 11 0.4 0.003 A1390002 12 ENDCOMMON 3 0 A1390002 13 DATA 4 505 A1390002 14 EN ANG-CM DATA-CM ERR-S A1390002 15 MEV ADEG ARB-UNITS ARB-UNITS A1390002 16 1.985 22.9 2.174 0.106 A1390002 17 1.985 40.2 1.742 0.089 A1390002 18 1.985 46.6 1.456 0.081 A1390002 19 1.985 52.3 1.564 0.071 A1390002 20 1.985 57.8 1.324 0.071 A1390002 21 1.985 62.7 1.470 0.067 A1390002 22 1.985 69.1 1.308 0.060 A1390002 23 1.985 74.4 1.316 0.050 A1390002 24 1.985 78.8 1.367 0.060 A1390002 25 1.985 84.6 0.784 0.032 A1390002 26 1.985 86.0 0.915 0.039 A1390002 27 1.985 91.4 0.990 0.039 A1390002 28 1.985 95.7 1.097 0.035 A1390002 29 1.985 102.0 1.123 0.039 A1390002 30 1.985 106.9 1.124 0.039 A1390002 31 1.985 113.4 1.192 0.053 A1390002 32 1.985 119.9 1.119 0.053 A1390002 33 1.985 124.7 1.180 0.057 A1390002 34 1.985 130.1 1.117 0.057 A1390002 35 1.985 136.8 1.388 0.060 A1390002 36 1.985 155.5 2.326 0.110 A1390002 37 2.135 23.3 1.835 0.081 A1390002 38 2.135 41.7 1.566 0.067 A1390002 39 2.135 47.2 1.302 0.067 A1390002 40 2.135 52.2 1.455 0.071 A1390002 41 2.135 58.7 1.367 0.064 A1390002 42 2.135 64.0 1.329 0.067 A1390002 43 2.135 69.4 1.270 0.060 A1390002 44 2.135 74.7 1.268 0.057 A1390002 45 2.135 81.1 1.241 0.067 A1390002 46 2.135 84.6 1.227 0.064 A1390002 47 2.135 85.3 0.884 0.039 A1390002 48 2.135 89.6 1.044 0.046 A1390002 49 2.135 91.6 1.112 0.053 A1390002 50 2.135 96.1 1.120 0.057 A1390002 51 2.135 101.4 1.106 0.046 A1390002 52 2.135 107.3 1.001 0.043 A1390002 53 2.135 113.6 1.006 0.049 A1390002 54 2.135 118.0 1.084 0.039 A1390002 55 2.135 123.8 1.163 0.046 A1390002 56 2.135 129.8 1.164 0.053 A1390002 57 2.135 136.2 1.311 0.057 A1390002 58 2.135 154.0 1.551 0.071 A1390002 59 2.29 24.6 1.704 0.081 A1390002 60 2.29 42.5 1.510 0.074 A1390002 61 2.29 48.7 1.228 0.067 A1390002 62 2.29 54.0 1.424 0.067 A1390002 63 2.29 59.6 1.237 0.074 A1390002 64 2.29 65.6 1.390 0.064 A1390002 65 2.29 70.9 1.186 0.053 A1390002 66 2.29 76.8 1.237 0.053 A1390002 67 2.29 81.3 1.259 0.060 A1390002 68 2.29 84.8 1.111 0.053 A1390002 69 2.29 86.3 0.885 0.039 A1390002 70 2.29 90.5 1.041 0.056 A1390002 71 2.29 92.9 0.915 0.042 A1390002 72 2.29 96.1 1.092 0.049 A1390002 73 2.29 101.0 1.096 0.049 A1390002 74 2.29 106.4 1.030 0.053 A1390002 75 2.29 112.6 1.092 0.050 A1390002 76 2.29 118.2 1.121 0.049 A1390002 77 2.29 124.8 1.143 0.053 A1390002 78 2.29 130.3 1.020 0.049 A1390002 79 2.29 136.7 1.205 0.060 A1390002 80 2.29 155.5 1.492 0.071 A1390002 81 2.617 25.3 1.544 0.078 A1390002 82 2.617 43.0 1.262 0.053 A1390002 83 2.617 48.8 1.168 0.056 A1390002 84 2.617 55.0 1.243 0.063 A1390002 85 2.617 60.4 1.213 0.067 A1390002 86 2.617 65.9 1.252 0.060 A1390002 87 2.617 71.6 1.215 0.046 A1390002 88 2.617 76.9 1.212 0.056 A1390002 89 2.617 82.4 1.259 0.063 A1390002 90 2.617 85.1 1.129 0.060 A1390002 91 2.617 87.9 0.943 0.046 A1390002 92 2.617 89.8 1.049 0.060 A1390002 93 2.617 92.3 1.029 0.081 A1390002 94 2.617 96.0 1.121 0.070 A1390002 95 2.617 101.0 1.072 0.060 A1390002 96 2.617 107.2 0.989 0.046 A1390002 97 2.617 112.7 1.039 0.056 A1390002 98 2.617 119.4 1.026 0.053 A1390002 99 2.617 124.0 1.013 0.053 A1390002 100 2.617 131.4 1.008 0.049 A1390002 101 2.617 137.1 1.174 0.063 A1390002 102 2.617 154.5 1.300 0.070 A1390002 103 2.788 27.3 1.373 0.067 A1390002 104 2.788 45.4 1.278 0.064 A1390002 105 2.788 50.9 1.074 0.049 A1390002 106 2.788 57.1 1.432 0.064 A1390002 107 2.788 62.0 1.186 0.046 A1390002 108 2.788 68.6 1.296 0.060 A1390002 109 2.788 74.3 1.191 0.053 A1390002 110 2.788 79.6 1.217 0.064 A1390002 111 2.788 85.5 1.275 0.067 A1390002 112 2.788 87.5 1.363 0.060 A1390002 113 2.788 90.6 0.859 0.039 A1390002 114 2.788 92.5 1.025 0.050 A1390002 115 2.788 95.4 1.184 0.060 A1390002 116 2.788 97.5 1.178 0.053 A1390002 117 2.788 103.6 1.143 0.050 A1390002 118 2.788 109.4 1.021 0.060 A1390002 119 2.788 115.2 1.117 0.053 A1390002 120 2.788 121.0 0.967 0.046 A1390002 121 2.788 126.4 1.137 0.053 A1390002 122 2.788 133.0 0.986 0.046 A1390002 123 2.788 139.0 1.178 0.057 A1390002 124 2.788 156.8 1.333 0.067 A1390002 125 2.965 23.6 1.309 0.067 A1390002 126 2.965 42.7 1.242 0.060 A1390002 127 2.965 48.5 1.144 0.053 A1390002 128 2.965 54.4 1.396 0.057 A1390002 129 2.965 60.3 1.192 0.050 A1390002 130 2.965 65.4 1.341 0.067 A1390002 131 2.965 71.8 1.311 0.046 A1390002 132 2.965 76.7 1.315 0.067 A1390002 133 2.965 82.3 1.295 0.053 A1390002 134 2.965 84.0 1.358 0.067 A1390002 135 2.965 87.8 0.907 0.035 A1390002 136 2.965 89.7 1.034 0.050 A1390002 137 2.965 92.3 1.187 0.053 A1390002 138 2.965 94.1 1.166 0.050 A1390002 139 2.965 100.6 1.043 0.050 A1390002 140 2.965 105.8 1.087 0.046 A1390002 141 2.965 111.4 1.059 0.057 A1390002 142 2.965 117.1 1.007 0.057 A1390002 143 2.965 123.6 1.139 0.042 A1390002 144 2.965 129.9 0.956 0.035 A1390002 145 2.965 136.0 1.106 0.046 A1390002 146 2.965 154.9 1.399 0.060 A1390002 147 3.056 23.5 1.261 0.056 A1390002 148 3.056 36.0 1.146 0.053 A1390002 149 3.056 41.8 1.197 0.060 A1390002 150 3.056 47.3 1.113 0.046 A1390002 151 3.056 53.6 1.273 0.064 A1390002 152 3.056 59.8 1.158 0.056 A1390002 153 3.056 65.2 1.303 0.046 A1390002 154 3.056 71.5 1.311 0.053 A1390002 155 3.056 77.1 1.319 0.064 A1390002 156 3.056 81.6 1.327 0.070 A1390002 157 3.056 83.0 1.324 0.056 A1390002 158 3.056 86.9 0.958 0.053 A1390002 159 3.056 88.4 1.081 0.056 A1390002 160 3.056 93.5 1.195 0.060 A1390002 161 3.056 99.7 1.066 0.056 A1390002 162 3.056 104.8 1.144 0.053 A1390002 163 3.056 111.6 1.099 0.053 A1390002 164 3.056 117.0 1.023 0.049 A1390002 165 3.056 123.4 0.985 0.046 A1390002 166 3.056 129.4 0.968 0.042 A1390002 167 3.056 135.5 1.100 0.049 A1390002 168 3.056 142.2 1.224 0.049 A1390002 169 3.056 154.1 1.276 0.060 A1390002 170 3.147 25.9 1.214 0.060 A1390002 171 3.147 37.1 1.191 0.057 A1390002 172 3.147 43.8 1.178 0.050 A1390002 173 3.147 49.8 1.154 0.050 A1390002 174 3.147 56.3 1.308 0.057 A1390002 175 3.147 62.3 1.259 0.060 A1390002 176 3.147 67.9 1.345 0.064 A1390002 177 3.147 73.2 1.257 0.060 A1390002 178 3.147 78.4 1.325 0.057 A1390002 179 3.147 83.5 1.234 0.053 A1390002 180 3.147 85.5 1.302 0.064 A1390002 181 3.147 89.1 0.895 0.043 A1390002 182 3.147 90.3 1.111 0.057 A1390002 183 3.147 94.5 1.137 0.050 A1390002 184 3.147 96.2 1.151 0.060 A1390002 185 3.147 100.5 1.109 0.053 A1390002 186 3.147 106.9 1.022 0.060 A1390002 187 3.147 112.8 1.097 0.057 A1390002 188 3.147 118.5 0.988 0.039 A1390002 189 3.147 124.7 1.085 0.050 A1390002 190 3.147 130.5 0.976 0.046 A1390002 191 3.147 136.7 1.044 0.046 A1390002 192 3.147 143.9 1.237 0.039 A1390002 193 3.147 155.0 1.310 0.053 A1390002 194 3.241 25.1 1.209 0.061 A1390002 195 3.241 37.2 1.136 0.064 A1390002 196 3.241 43.4 1.212 0.061 A1390002 197 3.241 49.4 1.167 0.054 A1390002 198 3.241 55.0 1.200 0.050 A1390002 199 3.241 61.9 1.265 0.064 A1390002 200 3.241 67.4 1.352 0.061 A1390002 201 3.241 72.0 1.364 0.068 A1390002 202 3.241 78.2 1.225 0.054 A1390002 203 3.241 83.1 1.205 0.043 A1390002 204 3.241 84.7 1.348 0.061 A1390002 205 3.241 89.9 1.138 0.054 A1390002 206 3.241 94.0 1.210 0.071 A1390002 207 3.241 95.8 1.150 0.054 A1390002 208 3.241 100.2 1.065 0.057 A1390002 209 3.241 106.4 1.127 0.050 A1390002 210 3.241 112.1 1.053 0.054 A1390002 211 3.241 117.8 0.982 0.050 A1390002 212 3.241 124.5 0.958 0.043 A1390002 213 3.241 129.8 0.991 0.054 A1390002 214 3.241 136.3 1.057 0.068 A1390002 215 3.241 143.0 1.097 0.050 A1390002 216 3.241 155.5 1.174 0.054 A1390002 217 3.335 24.3 1.142 0.076 A1390002 218 3.335 36.7 1.007 0.063 A1390002 219 3.335 42.8 1.162 0.053 A1390002 220 3.335 48.7 1.135 0.066 A1390002 221 3.335 55.0 1.162 0.069 A1390002 222 3.335 61.1 1.294 0.066 A1390002 223 3.335 67.0 1.386 0.092 A1390002 224 3.335 72.6 1.340 0.073 A1390002 225 3.335 77.9 1.304 0.076 A1390002 226 3.335 82.6 1.244 0.079 A1390002 227 3.335 84.5 1.274 0.069 A1390002 228 3.335 89.3 1.116 0.063 A1390002 229 3.335 93.2 1.152 0.059 A1390002 230 3.335 95.2 1.125 0.063 A1390002 231 3.335 100.6 1.053 0.059 A1390002 232 3.335 106.1 1.109 0.063 A1390002 233 3.335 112.3 1.155 0.056 A1390002 234 3.335 118.2 0.815 0.063 A1390002 235 3.335 124.1 0.892 0.053 A1390002 236 3.335 130.3 0.856 0.053 A1390002 237 3.335 136.6 1.013 0.053 A1390002 238 3.335 142.1 1.056 0.063 A1390002 239 3.335 154.5 1.234 0.066 A1390002 240 3.431 26.2 1.096 0.067 A1390002 241 3.431 39.3 1.013 0.057 A1390002 242 3.431 45.5 1.149 0.057 A1390002 243 3.431 50.4 1.153 0.057 A1390002 244 3.431 56.9 1.285 0.057 A1390002 245 3.431 62.4 1.406 0.057 A1390002 246 3.431 68.7 1.361 0.064 A1390002 247 3.431 73.3 1.365 0.067 A1390002 248 3.431 79.6 1.352 0.071 A1390002 249 3.431 84.7 1.208 0.067 A1390002 250 3.431 85.5 1.410 0.067 A1390002 251 3.431 90.5 1.117 0.060 A1390002 252 3.431 96.1 1.115 0.057 A1390002 253 3.431 96.2 1.302 0.071 A1390002 254 3.431 101.7 1.094 0.042 A1390002 255 3.431 107.7 1.099 0.050 A1390002 256 3.431 113.4 1.051 0.060 A1390002 257 3.431 119.4 1.006 0.050 A1390002 258 3.431 126.1 0.978 0.039 A1390002 259 3.431 131.4 0.944 0.032 A1390002 260 3.431 138.0 1.037 0.053 A1390002 261 3.431 144.0 1.017 0.057 A1390002 262 3.431 156.7 1.220 0.060 A1390002 263 3.529 26.3 1.081 0.060 A1390002 264 3.529 39.0 1.010 0.049 A1390002 265 3.529 45.3 1.138 0.053 A1390002 266 3.529 51.6 1.209 0.056 A1390002 267 3.529 56.5 1.277 0.053 A1390002 268 3.529 62.7 1.398 0.070 A1390002 269 3.529 68.4 1.414 0.056 A1390002 270 3.529 74.7 1.362 0.056 A1390002 271 3.529 79.6 1.342 0.053 A1390002 272 3.529 83.5 1.389 0.074 A1390002 273 3.529 85.2 1.343 0.060 A1390002 274 3.529 89.9 1.098 0.032 A1390002 275 3.529 94.8 1.250 0.067 A1390002 276 3.529 100.1 1.124 0.042 A1390002 277 3.529 106.4 1.126 0.046 A1390002 278 3.529 111.3 1.088 0.039 A1390002 279 3.529 117.7 1.033 0.042 A1390002 280 3.529 123.3 0.981 0.035 A1390002 281 3.529 130.0 0.944 0.042 A1390002 282 3.529 136.3 1.047 0.053 A1390002 283 3.529 142.3 1.042 0.046 A1390002 284 3.529 155.9 1.199 0.046 A1390002 285 3.627 25.5 0.997 0.053 A1390002 286 3.627 37.2 0.953 0.050 A1390002 287 3.627 42.8 1.131 0.050 A1390002 288 3.627 49.0 1.204 0.043 A1390002 289 3.627 54.2 1.272 0.057 A1390002 290 3.627 61.5 1.316 0.057 A1390002 291 3.627 66.6 1.367 0.060 A1390002 292 3.627 71.4 1.460 0.064 A1390002 293 3.627 77.2 1.344 0.050 A1390002 294 3.627 81.6 1.430 0.067 A1390002 295 3.627 83.3 1.306 0.060 A1390002 296 3.627 88.2 1.105 0.050 A1390002 297 3.627 93.1 1.323 0.043 A1390002 298 3.627 98.2 1.207 0.057 A1390002 299 3.627 103.3 1.098 0.053 A1390002 300 3.627 109.6 1.099 0.057 A1390002 301 3.627 115.7 1.026 0.053 A1390002 302 3.627 121.4 0.971 0.046 A1390002 303 3.627 128.9 0.951 0.050 A1390002 304 3.627 134.3 1.023 0.053 A1390002 305 3.627 141.0 1.010 0.053 A1390002 306 3.627 153.8 1.169 0.053 A1390002 307 3.727 24.8 0.979 0.057 A1390002 308 3.727 36.6 0.904 0.049 A1390002 309 3.727 43.8 1.194 0.053 A1390002 310 3.727 49.4 1.192 0.056 A1390002 311 3.727 54.9 1.288 0.060 A1390002 312 3.727 59.8 1.285 0.060 A1390002 313 3.727 65.5 1.413 0.067 A1390002 314 3.727 71.5 1.397 0.060 A1390002 315 3.727 76.5 1.363 0.053 A1390002 316 3.727 81.6 1.269 0.060 A1390002 317 3.727 82.5 1.336 0.060 A1390002 318 3.727 86.4 1.143 0.060 A1390002 319 3.727 88.1 1.164 0.053 A1390002 320 3.727 93.0 1.201 0.060 A1390002 321 3.727 98.7 1.114 0.049 A1390002 322 3.727 103.7 1.104 0.056 A1390002 323 3.727 109.8 1.014 0.042 A1390002 324 3.727 115.8 0.994 0.039 A1390002 325 3.727 122.2 0.978 0.046 A1390002 326 3.727 127.8 0.962 0.042 A1390002 327 3.727 134.8 0.991 0.049 A1390002 328 3.727 140.8 0.940 0.049 A1390002 329 3.727 153.3 1.055 0.056 A1390002 330 3.829 24.7 1.014 0.065 A1390002 331 3.829 36.8 0.906 0.050 A1390002 332 3.829 42.3 1.183 0.054 A1390002 333 3.829 47.9 1.206 0.057 A1390002 334 3.829 54.1 1.268 0.057 A1390002 335 3.829 58.9 1.326 0.057 A1390002 336 3.829 65.0 1.467 0.054 A1390002 337 3.829 71.8 1.386 0.057 A1390002 338 3.829 77.1 1.359 0.061 A1390002 339 3.829 81.0 1.539 0.075 A1390002 340 3.829 83.1 1.353 0.064 A1390002 341 3.829 86.2 1.189 0.061 A1390002 342 3.829 88.3 1.203 0.057 A1390002 343 3.829 93.0 1.298 0.068 A1390002 344 3.829 97.9 1.159 0.054 A1390002 345 3.829 103.5 1.142 0.057 A1390002 346 3.829 109.5 1.129 0.057 A1390002 347 3.829 115.0 0.980 0.054 A1390002 348 3.829 120.7 0.941 0.050 A1390002 349 3.829 127.0 0.989 0.043 A1390002 350 3.829 133.9 1.020 0.068 A1390002 351 3.829 140.2 1.074 0.047 A1390002 352 3.829 153.1 1.117 0.057 A1390002 353 3.932 25.0 1.054 0.050 A1390002 354 3.932 36.9 0.907 0.050 A1390002 355 3.932 42.4 1.171 0.061 A1390002 356 3.932 48.7 1.194 0.071 A1390002 357 3.932 55.0 1.369 0.068 A1390002 358 3.932 60.2 1.410 0.068 A1390002 359 3.932 65.0 1.496 0.082 A1390002 360 3.932 71.3 1.480 0.064 A1390002 361 3.932 76.5 1.374 0.068 A1390002 362 3.932 81.6 1.453 0.071 A1390002 363 3.932 82.5 1.304 0.068 A1390002 364 3.932 87.8 1.298 0.061 A1390002 365 3.932 91.8 1.213 0.057 A1390002 366 3.932 92.2 1.213 0.050 A1390002 367 3.932 93.0 1.327 0.053 A1390002 368 3.932 97.1 1.197 0.054 A1390002 369 3.932 102.9 1.137 0.046 A1390002 370 3.932 109.0 1.014 0.050 A1390002 371 3.932 114.8 0.948 0.046 A1390002 372 3.932 121.0 0.995 0.046 A1390002 373 3.932 126.7 0.961 0.050 A1390002 374 3.932 134.0 1.030 0.039 A1390002 375 3.932 139.6 1.020 0.043 A1390002 376 3.932 153.1 1.155 0.046 A1390002 377 4.036 24.8 1.049 0.063 A1390002 378 4.036 42.9 1.155 0.053 A1390002 379 4.036 48.6 1.303 0.067 A1390002 380 4.036 55.2 1.350 0.074 A1390002 381 4.036 60.6 1.488 0.063 A1390002 382 4.036 65.5 1.486 0.070 A1390002 383 4.036 71.1 1.480 0.056 A1390002 384 4.036 77.3 1.341 0.053 A1390002 385 4.036 81.4 1.454 0.070 A1390002 386 4.036 83.3 1.352 0.060 A1390002 387 4.036 85.9 1.290 0.046 A1390002 388 4.036 87.5 1.346 0.074 A1390002 389 4.036 92.3 1.217 0.046 A1390002 390 4.036 94.0 1.232 0.053 A1390002 391 4.036 97.7 1.124 0.063 A1390002 392 4.036 103.5 1.062 0.053 A1390002 393 4.036 109.8 1.042 0.046 A1390002 394 4.036 115.6 0.984 0.039 A1390002 395 4.036 121.9 0.992 0.039 A1390002 396 4.036 127.1 0.983 0.039 A1390002 397 4.036 134.1 1.026 0.042 A1390002 398 4.036 153.4 1.048 0.053 A1390002 399 4.141 25.3 1.036 0.046 A1390002 400 4.141 43.6 1.268 0.061 A1390002 401 4.141 49.2 1.230 0.057 A1390002 402 4.141 54.6 1.392 0.061 A1390002 403 4.141 60.5 1.464 0.057 A1390002 404 4.141 65.2 1.612 0.057 A1390002 405 4.141 71.3 1.517 0.064 A1390002 406 4.141 77.4 1.375 0.050 A1390002 407 4.141 81.5 1.483 0.061 A1390002 408 4.141 82.8 1.340 0.064 A1390002 409 4.141 86.7 1.502 0.079 A1390002 410 4.141 91.4 1.178 0.050 A1390002 411 4.141 93.3 1.300 0.054 A1390002 412 4.141 97.4 1.179 0.032 A1390002 413 4.141 103.1 1.084 0.036 A1390002 414 4.141 109.0 1.107 0.039 A1390002 415 4.141 115.6 0.965 0.050 A1390002 416 4.141 121.2 0.973 0.029 A1390002 417 4.141 127.5 0.968 0.043 A1390002 418 4.141 133.0 1.033 0.046 A1390002 419 4.141 152.9 1.094 0.043 A1390002 420 4.248 24.2 1.063 0.042 A1390002 421 4.248 41.4 1.225 0.067 A1390002 422 4.248 47.9 1.329 0.063 A1390002 423 4.248 53.4 1.379 0.056 A1390002 424 4.248 60.1 1.401 0.063 A1390002 425 4.248 64.0 1.561 0.067 A1390002 426 4.248 70.7 1.527 0.067 A1390002 427 4.248 76.8 1.482 0.056 A1390002 428 4.248 79.2 1.504 0.060 A1390002 429 4.248 81.4 1.445 0.067 A1390002 430 4.248 85.5 1.312 0.070 A1390002 431 4.248 87.8 1.386 0.063 A1390002 432 4.248 90.5 1.235 0.070 A1390002 433 4.248 92.1 1.338 0.070 A1390002 434 4.248 96.6 1.156 0.060 A1390002 435 4.248 102.7 1.097 0.042 A1390002 436 4.248 108.0 1.077 0.046 A1390002 437 4.248 113.9 0.913 0.053 A1390002 438 4.248 120.4 1.020 0.046 A1390002 439 4.248 127.3 0.870 0.039 A1390002 440 4.248 132.8 0.959 0.035 A1390002 441 4.248 152.1 1.135 0.042 A1390002 442 4.356 23.6 1.212 0.057 A1390002 443 4.356 41.5 1.399 0.060 A1390002 444 4.356 47.1 1.365 0.057 A1390002 445 4.356 53.6 1.458 0.067 A1390002 446 4.356 58.7 1.364 0.067 A1390002 447 4.356 65.9 1.500 0.071 A1390002 448 4.356 69.8 1.469 0.071 A1390002 449 4.356 76.4 1.487 0.071 A1390002 450 4.356 78.9 1.280 0.064 A1390002 451 4.356 80.9 1.305 0.046 A1390002 452 4.356 85.1 1.306 0.063 A1390002 453 4.356 87.6 1.285 0.057 A1390002 454 4.356 89.9 1.215 0.060 A1390002 455 4.356 92.2 1.455 0.067 A1390002 456 4.356 95.9 1.156 0.057 A1390002 457 4.356 102.4 1.065 0.053 A1390002 458 4.356 108.1 1.038 0.053 A1390002 459 4.356 114.2 0.912 0.035 A1390002 460 4.356 120.4 1.002 0.039 A1390002 461 4.356 126.1 0.968 0.043 A1390002 462 4.356 132.3 1.033 0.049 A1390002 463 4.356 151.9 1.270 0.067 A1390002 464 4.577 26.1 1.224 0.060 A1390002 465 4.577 43.6 1.263 0.064 A1390002 466 4.577 50.0 1.453 0.078 A1390002 467 4.577 55.7 1.586 0.061 A1390002 468 4.577 61.8 1.506 0.071 A1390002 469 4.577 68.7 1.635 0.082 A1390002 470 4.577 73.4 1.508 0.068 A1390002 471 4.577 79.0 1.498 0.071 A1390002 472 4.577 82.0 1.353 0.061 A1390002 473 4.577 83.6 1.492 0.078 A1390002 474 4.577 86.7 1.304 0.060 A1390002 475 4.577 89.5 1.287 0.068 A1390002 476 4.577 92.3 1.288 0.068 A1390002 477 4.577 94.8 1.281 0.064 A1390002 478 4.577 98.4 1.157 0.054 A1390002 479 4.577 103.1 1.112 0.043 A1390002 480 4.577 108.3 1.113 0.043 A1390002 481 4.577 114.2 0.943 0.054 A1390002 482 4.577 121.1 1.034 0.050 A1390002 483 4.577 127.4 1.028 0.043 A1390002 484 4.577 134.2 0.955 0.043 A1390002 485 4.577 153.2 1.382 0.057 A1390002 486 4.803 41.2 1.528 0.086 A1390002 487 4.803 47.5 1.744 0.093 A1390002 488 4.803 53.3 1.652 0.071 A1390002 489 4.803 60.0 1.579 0.086 A1390002 490 4.803 65.3 1.801 0.082 A1390002 491 4.803 72.6 1.599 0.086 A1390002 492 4.803 77.1 1.439 0.071 A1390002 493 4.803 80.8 1.547 0.082 A1390002 494 4.803 82.9 1.530 0.086 A1390002 495 4.803 85.1 1.316 0.075 A1390002 496 4.803 88.2 1.306 0.064 A1390002 497 4.803 91.8 1.282 0.082 A1390002 498 4.803 95.8 1.183 0.064 A1390002 499 4.803 101.5 1.137 0.061 A1390002 500 4.803 108.3 1.085 0.054 A1390002 501 4.803 116.0 0.843 0.056 A1390002 502 4.803 120.6 1.077 0.046 A1390002 503 4.803 127.2 1.107 0.050 A1390002 504 4.803 132.8 1.122 0.054 A1390002 505 5.034 39.5 1.495 0.063 A1390002 506 5.034 46.0 1.611 0.084 A1390002 507 5.034 51.7 1.741 0.077 A1390002 508 5.034 57.3 1.557 0.066 A1390002 509 5.034 63.1 1.788 0.073 A1390002 510 5.034 68.9 1.542 0.066 A1390002 511 5.034 77.6 1.729 0.073 A1390002 512 5.034 82.8 1.298 0.063 A1390002 513 5.034 85.9 1.298 0.056 A1390002 514 5.034 90.7 1.359 0.063 A1390002 515 5.034 99.7 1.099 0.052 A1390002 516 5.034 106.7 1.069 0.045 A1390002 517 5.034 111.9 0.969 0.042 A1390002 518 5.034 117.0 1.186 0.045 A1390002 519 5.034 124.6 1.230 0.045 A1390002 520 5.034 130.6 1.071 0.052 A1390002 521 ENDDATA 507 0 A1390002 522 ENDSUBENT 521 0 A139000299999 SUBENT C A1390003 20250919 BIB 7 14 A1390003 2 REACTION (3-LI-6(P,HE3)2-HE-4,,SIG) A1390003 3 ANALYSIS Using measured Legendre coefficients and the principle A1390003 4 of detailed balance the excitation curve as a function A1390003 5 of incident energy was normalized to the data from A1390003 6 Tombrello et al. A1390003 7 MONITOR (2-HE-4(HE3,P)3-LI-6,,DA) A1390003 8 MONIT-REF (A1295004,T.A.Tombrello+,J,PR,130,1112,1963) A1390003 9 REL-REF (A,A1409004,J.B.Marion+,J,PR,104,1402,1956) A1390003 10 The cross-section obtained by Marion et al. differs A1390003 11 from present values by a constant normalization factor.A1390003 12 STATUS (CURVE,,J.M.F.Jeronymo+,J,NP,43,424,1963) Figure 2 A1390003 13 (COREL,A1390004) A1390003 14 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1390003 15 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1390003 16 ENDBIB 14 0 A1390003 17 COMMON 3 3 A1390003 18 ANG-NRM EN-ERR-DIG ERR-DIG A1390003 19 ADEG MEV MB A1390003 20 30. 0.006 0.7 A1390003 21 ENDCOMMON 3 0 A1390003 22 DATA 3 24 A1390003 23 EN DATA ERR-S A1390003 24 MEV MB MB A1390003 25 1.975 186.8 10.0 A1390003 26 2.121 166.0 9.3 A1390003 27 2.281 155.9 7.8 A1390003 28 2.443 150.7 7.8 A1390003 29 2.604 146.3 7.1 A1390003 30 2.779 141.8 6.4 A1390003 31 2.947 135.9 5.7 A1390003 32 3.039 140.8 9.3 A1390003 33 3.137 133.6 5.7 A1390003 34 3.228 133.5 6.4 A1390003 35 3.319 132.7 6.4 A1390003 36 3.417 127.6 6.4 A1390003 37 3.523 125.4 5.7 A1390003 38 3.614 123.1 7.8 A1390003 39 3.712 123.0 5.7 A1390003 40 3.818 131.5 6.4 A1390003 41 3.915 119.3 7.8 A1390003 42 4.014 116.3 5.0 A1390003 43 4.119 116.2 6.4 A1390003 44 4.231 107.5 7.1 A1390003 45 4.343 103.1 6.4 A1390003 46 4.560 96.5 6.4 A1390003 47 4.784 89.1 5.7 A1390003 48 5.022 78.2 5.7 A1390003 49 ENDDATA 26 0 A1390003 50 ENDSUBENT 49 0 A139000399999 SUBENT C A1390004 20250919 BIB 4 7 A1390004 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,,LEG/RS) A1390004 3 REL-REF (A,A1469002,N.H.Khanh+,J,JPR,22,267,1961) A1390004 4 (A,A1409001,J.B.Marion+,J,PR,104,1402,1956) A1390004 5 STATUS (CURVE,,J.M.F.Jeronymo+,J,NP,43,424,1963) Figs 3-5 A1390004 6 HISTORY (20250919A) SD: SF8=LEG/REL -> LEG/RS; SF9=EXP deleted A1390004 7 from REACTION code. Data at NUMBER=4 corrected. A1390004 8 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1390004 9 ENDBIB 7 0 A1390004 10 COMMON 2 3 A1390004 11 EN-ERR-DIG ERR-DIG A1390004 12 MEV NO-DIM A1390004 13 0.06 0.002 A1390004 14 ENDCOMMON 3 0 A1390004 15 DATA 4 96 A1390004 16 NUMBER EN DATA-CM ERR-S A1390004 17 NO-DIM MEV NO-DIM NO-DIM A1390004 18 1. 1.98 0.056 0.007 A1390004 19 1. 2.12 0.126 0.012 A1390004 20 1. 2.28 0.122 0.016 A1390004 21 1. 2.45 0.137 0.018 A1390004 22 1. 2.61 0.104 0.014 A1390004 23 1. 2.78 0.063 0.009 A1390004 24 1. 2.97 0.054 0.009 A1390004 25 1. 3.06 0.032 0.007 A1390004 26 1. 3.15 0.036 0.009 A1390004 27 1. 3.23 0.071 0.011 A1390004 28 1. 3.32 0.039 0.007 A1390004 29 1. 3.42 0.046 0.009 A1390004 30 1. 3.52 0.051 0.009 A1390004 31 1. 3.62 0.033 0.007 A1390004 32 1. 3.73 0.068 0.009 A1390004 33 1. 3.83 0.041 0.009 A1390004 34 1. 3.92 0.060 0.011 A1390004 35 1. 4.04 0.115 0.012 A1390004 36 1. 4.13 0.109 0.012 A1390004 37 1. 4.24 0.125 0.014 A1390004 38 1. 4.36 0.135 0.011 A1390004 39 1. 4.58 0.112 0.011 A1390004 40 1. 4.79 0.115 0.012 A1390004 41 1. 5.04 0.081 0.007 A1390004 42 2. 1.97 0.685 0.049 A1390004 43 2. 2.13 0.377 0.031 A1390004 44 2. 2.29 0.333 0.031 A1390004 45 2. 2.45 0.259 0.031 A1390004 46 2. 2.62 0.229 0.031 A1390004 47 2. 2.79 0.149 0.027 A1390004 48 2. 2.96 0.128 0.016 A1390004 49 2. 3.06 0.067 0.025 A1390004 50 2. 3.15 0.080 0.011 A1390004 51 2. 3.24 0.004 0.007 A1390004 52 2. 3.33 -0.011 0.009 A1390004 53 2. 3.43 -0.063 0.005 A1390004 54 2. 3.53 -0.086 0.004 A1390004 55 2. 3.63 -0.138 0.014 A1390004 56 2. 3.73 -0.169 0.013 A1390004 57 2. 3.83 -0.165 0.014 A1390004 58 2. 3.93 -0.143 0.014 A1390004 59 2. 4.04 -0.162 0.016 A1390004 60 2. 4.14 -0.165 0.016 A1390004 61 2. 4.25 -0.141 0.016 A1390004 62 2. 4.36 -0.011 0.013 A1390004 63 2. 4.58 -0.008 0.016 A1390004 64 2. 4.79 0.041 0.016 A1390004 65 2. 5.03 -0.160 0.022 A1390004 66 3. 1.99 -0.174 0.007 A1390004 67 3. 2.14 -0.081 0.004 A1390004 68 3. 2.30 -0.068 0.004 A1390004 69 3. 2.46 -0.046 0.007 A1390004 70 3. 2.63 -0.072 0.007 A1390004 71 3. 2.80 -0.113 0.009 A1390004 72 3. 2.98 -0.197 0.018 A1390004 73 3. 3.08 -0.174 0.011 A1390004 74 3. 3.16 -0.211 0.014 A1390004 75 3. 3.25 -0.177 0.014 A1390004 76 3. 3.33 -0.246 0.014 A1390004 77 3. 3.43 -0.267 0.016 A1390004 78 3. 3.55 -0.271 0.014 A1390004 79 3. 3.64 -0.266 0.016 A1390004 80 3. 3.73 -0.274 0.016 A1390004 81 3. 3.84 -0.276 0.012 A1390004 82 3. 3.93 -0.332 0.020 A1390004 83 3. 4.04 -0.298 0.020 A1390004 84 3. 4.15 -0.322 0.020 A1390004 85 3. 4.25 -0.356 0.020 A1390004 86 3. 4.37 -0.309 0.020 A1390004 87 3. 4.58 -0.372 0.020 A1390004 88 3. 4.79 -0.455 0.027 A1390004 89 3. 5.02 -0.454 0.027 A1390004 90 4. 1.99 0.165 0.037 A1390004 91 4. 2.13 0.091 0.023 A1390004 92 4. 2.29 0.060 0.025 A1390004 93 4. 2.46 0.158 0.027 A1390004 94 4. 2.63 0.115 0.023 A1390004 95 4. 2.80 0.092 0.020 A1390004 96 4. 2.98 0.096 0.020 A1390004 97 4. 3.07 0.123 0.028 A1390004 98 4. 3.16 0.067 0.016 A1390004 99 4. 3.24 0.094 0.021 A1390004 100 4. 3.34 0.110 0.020 A1390004 101 4. 3.44 0.079 0.020 A1390004 102 4. 3.54 0.059 0.014 A1390004 103 4. 3.63 0.081 0.014 A1390004 104 4. 3.74 0.009 0.005 A1390004 105 4. 3.84 0.084 0.012 A1390004 106 4. 3.93 0.100 0.014 A1390004 107 4. 4.04 0.022 0.011 A1390004 108 4. 4.14 0.065 0.016 A1390004 109 4. 4.25 0.107 0.018 A1390004 110 4. 4.36 0.071 0.014 A1390004 111 4. 4.58 0.069 0.021 A1390004 112 4. 4.80 -0.011 0.018 A1390004 113 4. 5.03 -0.189 0.032 A1390004 114 ENDDATA 98 0 A1390004 115 ENDSUBENT 114 0 A139000499999 ENDENTRY 4 0 A139099999999 ENTRY C A1391 20250919 SUBENT C A1391001 20250919 BIB 9 16 A1391001 2 TITLE Proton capture gamma-rays from Be-8 in the giant A1391001 3 resonance region A1391001 4 AUTHOR (I.V.Mitchell,R.B.Taylor) A1391001 5 REFERENCE (J,NP,44,664,1963) A1391001 6 INSTITUTE (3AULCBR) A1391001 7 FACILITY (VDGT,3AULCBR) A1391001 8 SAMPLE Thin targets of natural lithium, evaporated onto A1391001 9 either thin carbon foils or thick tantalum backings. A1391001 10 DETECTOR (NAICR) Two lead-shielded 12.7 cm x 10.2 cm sodium A1391001 11 iodide scintillation spectrometers. One was free to A1391001 12 rotate about target while the other was fixed in A1391001 13 position to monitor angular distribution yields. A1391001 14 ADD-RES The polynomial analyses has been performed also. A1391001 15 HISTORY (19800724C) Compilation produced by Arzamas RFNC-VNIIEFA1391001 16 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1391001 17 (20250919A) SD: Corrections in all Subents. A1391001 18 ENDBIB 16 0 A1391001 19 NOCOMMON 0 0 A1391001 20 ENDSUBENT 19 0 A139100199999 SUBENT C A1391002 20250919 BIB 4 8 A1391002 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,REL) A1391002 3 No information about units. A1391002 4 ERR-ANALYS (DATA-ERR) The error bars are of the order of 20% for A1391002 5 gamma0 and 8% for gamma1. A1391002 6 (ERR-S,3.,4.) Statistical errors A1391002 7 STATUS (CURVE,,I.V.Mitchell+,J,NP,44,664,1963) Figure 3 A1391002 8 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1391002 9 STATUS updated. EN-ERR->EN-ERR-DIG; ERR-DIG added. A1391002 10 ENDBIB 8 0 A1391002 11 COMMON 3 3 A1391002 12 ANG EN-ERR-DIG ERR-DIG A1391002 13 ADEG MEV ARB-UNITS A1391002 14 90. 0.01 0.014 A1391002 15 ENDCOMMON 3 0 A1391002 16 DATA 4 61 A1391002 17 E-LVL EN DATA DATA-ERR A1391002 18 MEV MEV ARB-UNITS ARB-UNITS A1391002 19 0. 2.51 0.730 A1391002 20 0. 2.52 0.784 A1391002 21 0. 2.52 0.838 A1391002 22 0. 2.76 1.006 A1391002 23 0. 2.82 0.994 A1391002 24 0. 2.92 0.928 0.217 A1391002 25 0. 3.01 1.039 A1391002 26 0. 3.03 1.120 A1391002 27 0. 3.28 1.261 A1391002 28 0. 3.28 1.207 A1391002 29 0. 3.28 1.343 A1391002 30 0. 3.51 1.022 A1391002 31 0. 3.52 1.212 A1391002 32 0. 3.52 1.280 A1391002 33 0. 4.02 1.440 0.257 A1391002 34 0. 4.03 1.535 0.258 A1391002 35 0. 4.51 1.871 A1391002 36 0. 4.53 1.640 A1391002 37 0. 4.53 1.573 A1391002 38 0. 5.03 1.665 0.353 A1391002 39 0. 5.03 1.719 0.284 A1391002 40 0. 5.51 1.648 A1391002 41 0. 5.53 1.811 A1391002 42 0. 5.53 1.594 A1391002 43 0. 5.54 1.554 A1391002 44 0. 6.02 1.279 0.244 A1391002 45 0. 6.03 1.333 0.203 A1391002 46 0. 6.28 1.705 0.339 A1391002 47 0. 6.53 1.412 A1391002 48 0. 6.53 1.073 A1391002 49 2.9 2.50 1.407 A1391002 50 2.9 2.52 1.489 A1391002 51 2.9 2.52 1.557 A1391002 52 2.9 2.74 1.548 A1391002 53 2.9 2.78 1.495 A1391002 54 2.9 2.81 1.603 0.136 A1391002 55 2.9 2.90 1.538 A1391002 56 2.9 3.01 1.594 A1391002 57 2.9 3.02 1.649 A1391002 58 2.9 3.26 1.573 A1391002 59 2.9 3.27 1.776 A1391002 60 2.9 3.51 1.958 A1391002 61 2.9 3.51 1.700 A1391002 62 2.9 3.52 1.904 A1391002 63 2.9 4.03 2.172 A1391002 64 2.9 4.03 2.240 A1391002 65 2.9 4.54 2.494 0.108 A1391002 66 2.9 4.54 2.522 0.149 A1391002 67 2.9 5.03 2.736 A1391002 68 2.9 5.03 2.831 A1391002 69 2.9 5.54 3.004 A1391002 70 2.9 5.54 2.909 A1391002 71 2.9 5.54 3.167 A1391002 72 2.9 6.04 3.313 A1391002 73 2.9 6.05 3.395 A1391002 74 2.9 6.28 3.562 0.163 A1391002 75 2.9 6.53 3.405 A1391002 76 2.9 6.55 3.514 A1391002 77 2.9 7.05 3.728 A1391002 78 2.9 7.28 3.841 0.162 A1391002 79 2.9 7.54 3.630 A1391002 80 ENDDATA 63 0 A1391002 81 ENDSUBENT 80 0 A139100299999 SUBENT C A1391003 20250919 BIB 4 7 A1391003 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,REL) A1391003 3 No information about units. A1391003 4 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1391003 5 STATUS (CURVE,,I.V.Mitchell+,J,NP,44,664,1963) Figure 5 A1391003 6 HISTORY (20250919A) SD: SF9=EXP deleted from REACTION code. A1391003 7 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-DIG; A1391003 8 DATA-ERR1 -> DATA-ERR. A1391003 9 ENDBIB 7 0 A1391003 10 COMMON 2 3 A1391003 11 ANG-ERR-D ERR-DIG A1391003 12 ADEG ARB-UNITS A1391003 13 0.6 0.015 A1391003 14 ENDCOMMON 3 0 A1391003 15 DATA 5 34 A1391003 16 EN E-LVL ANG DATA DATA-ERR A1391003 17 MEV MEV ADEG ARB-UNITS PER-CENT A1391003 18 2.59 0. 0.2 1.486 10. A1391003 19 2.59 0. 26.8 1.324 10. A1391003 20 2.59 0. 39.6 1.228 10. A1391003 21 2.59 0. 44.8 1.159 10. A1391003 22 2.59 0. 51.2 1.147 10. A1391003 23 2.59 0. 64.5 1.094 10. A1391003 24 2.59 0. 90.5 1.032 10. A1391003 25 2.59 2.9 0.6 1.186 6. A1391003 26 2.59 2.9 26.0 1.152 6. A1391003 27 2.59 2.9 39.3 1.114 6. A1391003 28 2.59 2.9 45.1 1.073 6. A1391003 29 2.59 2.9 50.9 1.047 6. A1391003 30 2.59 2.9 63.1 1.022 6. A1391003 31 2.59 2.9 89.6 1.018 6. A1391003 32 4.98 0. 0.2 1.243 10. A1391003 33 4.98 0. 45.5 1.159 10. A1391003 34 4.98 0. 90.0 1.032 10. A1391003 35 4.98 2.9 0.1 1.212 6. A1391003 36 4.98 2.9 45.8 1.063 6. A1391003 37 4.98 2.9 90.3 1.004 6. A1391003 38 5.97 0. 0.4 1.320 10. A1391003 39 5.97 0. 26.4 1.315 10. A1391003 40 5.97 0. 38.6 1.194 10. A1391003 41 5.97 0. 44.3 1.279 10. A1391003 42 5.97 0. 62.9 1.119 10. A1391003 43 5.97 0. 89.5 1.017 10. A1391003 44 5.97 0. 115.4 1.054 10. A1391003 45 5.97 2.9 0.3 1.300 6. A1391003 46 5.97 2.9 26.3 1.238 6. A1391003 47 5.97 2.9 39.0 1.185 6. A1391003 48 5.97 2.9 44.8 1.173 6. A1391003 49 5.97 2.9 62.8 1.079 6. A1391003 50 5.97 2.9 90.5 0.989 6. A1391003 51 5.97 2.9 115.3 0.984 6. A1391003 52 ENDDATA 36 0 A1391003 53 ENDSUBENT 52 0 A139100399999 SUBENT C A1391004 20250919 BIB 4 7 A1391004 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,REL) A1391004 3 No information about units. A1391004 4 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1391004 5 STATUS (CURVE,,I.V.Mitchell+,J,NP,44,664,1963) Figure 5 A1391004 6 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1391004 7 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-DIG; A1391004 8 DATA-ERR1 -> DATA-ERR. A1391004 9 ENDBIB 7 0 A1391004 10 COMMON 5 3 A1391004 11 E-LVL-MIN E-LVL-MAX ANG-ERR ERR-DIG DATA-ERR A1391004 12 MEV MEV ADEG ARB-UNITS PER-CENT A1391004 13 0.0 2.9 0.6 0.015 3.0 A1391004 14 ENDCOMMON 3 0 A1391004 15 DATA 3 15 A1391004 16 EN ANG DATA A1391004 17 MEV ADEG ARB-UNITS A1391004 18 5.97 0.2 1.286 A1391004 19 5.97 26.4 1.238 A1391004 20 5.97 38.0 1.185 A1391004 21 5.97 44.9 1.187 A1391004 22 5.97 63.4 1.094 A1391004 23 5.97 90.0 1.018 A1391004 24 5.97 115.4 0.984 A1391004 25 7.16 0.2 1.147 A1391004 26 7.16 26.1 1.068 A1391004 27 7.16 45.7 1.061 A1391004 28 7.16 90.2 0.974 A1391004 29 7.16 115.6 0.925 A1391004 30 7.45 0.1 1.171 A1391004 31 7.45 45.2 1.102 A1391004 32 7.45 90.8 1.004 A1391004 33 ENDDATA 17 0 A1391004 34 ENDSUBENT 33 0 A139100499999 ENDENTRY 4 0 A139199999999 ENTRY C A1392 20250920 SUBENT C A1392001 20250920 BIB 10 16 A1392001 2 TITLE 7Li(p,g)8Be excitation curve from 1.5 MeV to 11 MeV A1392001 3 AUTHOR (R.R.Perry,B.Mainsbridge,J.Rickards) A1392001 4 REFERENCE (J,NP,45,586,1963) A1392001 5 INSTITUTE (1USARIC) A1392001 6 FACILITY (VDGT,1USARIC) A1392001 7 SAMPLE (3-LI-7,ENR=0.9994) 7Li(99.994%) onto a thin self- A1392001 8 supporting carbon foil. The target thickness was A1392001 9 60 keV for 1.8 MeV protons. A1392001 10 METHOD (PHD) A1392001 11 DETECTOR (NAICR) 7.6 cm diameter by 7.6 cm thickness of NaI(Tl) A1392001 12 ERR-ANALYS (DATA-ERR) Five angular distributions were measured A1392001 13 below 7 MeV and show isotropy within 25% in all cases. A1392001 14 HISTORY (19800725C) Compilation produced by Arzamas RFNC-VNIIEFA1392001 15 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1392001 16 (20250920A) SD: Corrections in all Subents. A1392001 17 DATA-ERR1 -> DATA-ERR. A1392001 18 ENDBIB 16 0 A1392001 19 COMMON 1 3 A1392001 20 DATA-ERR A1392001 21 PER-CENT A1392001 22 25.0 A1392001 23 ENDCOMMON 3 0 A1392001 24 ENDSUBENT 23 0 A139200199999 SUBENT C A1392002 20250920 BIB 3 5 A1392002 2 REACTION (3-LI-7(P,G)4-BE-8,,DA,,REL) A1392002 3 No information about units. A1392002 4 STATUS (CURVE,,R.R.Perry+,J,NP,45,586,1963) Figure 2 A1392002 5 HISTORY (20250920A) SD: SF9=EXP deleted from REACTION code. A1392002 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1392002 7 ENDBIB 5 0 A1392002 8 COMMON 3 3 A1392002 9 EN-ERR-DIG ANG ERR-DIG A1392002 10 MEV ADEG ARB-UNITS A1392002 11 0.03 90. 0.04 A1392002 12 ENDCOMMON 3 0 A1392002 13 DATA 2 50 A1392002 14 EN DATA A1392002 15 MEV ARB-UNITS A1392002 16 1.53 4.72 A1392002 17 1.63 4.51 A1392002 18 1.75 5.00 A1392002 19 1.85 5.83 A1392002 20 2.11 7.81 A1392002 21 2.24 5.73 A1392002 22 2.36 4.81 A1392002 23 2.49 4.48 A1392002 24 2.61 4.80 A1392002 25 2.75 4.96 A1392002 26 2.89 5.17 A1392002 27 3.01 5.58 A1392002 28 3.17 5.45 A1392002 29 3.34 5.65 A1392002 30 3.46 6.06 A1392002 31 3.69 6.30 A1392002 32 3.83 6.54 A1392002 33 3.98 6.87 A1392002 34 4.20 6.74 A1392002 35 4.34 7.27 A1392002 36 4.52 7.89 A1392002 37 4.68 7.84 A1392002 38 4.88 8.04 A1392002 39 5.06 8.57 A1392002 40 5.17 8.69 A1392002 41 5.37 8.68 A1392002 42 5.54 9.30 A1392002 43 5.74 9.38 A1392002 44 5.93 9.24 A1392002 45 6.16 9.73 A1392002 46 6.35 9.27 A1392002 47 6.55 9.76 A1392002 48 6.79 9.58 A1392002 49 7.08 10.11 A1392002 50 7.22 10.40 A1392002 51 7.46 9.73 A1392002 52 7.49 9.60 A1392002 53 7.72 10.05 A1392002 54 8.00 8.67 A1392002 55 8.05 8.38 A1392002 56 8.20 8.87 A1392002 57 8.31 8.95 A1392002 58 8.44 8.90 A1392002 59 8.69 9.06 A1392002 60 8.70 8.44 A1392002 61 9.03 7.80 A1392002 62 9.53 7.33 A1392002 63 9.98 7.93 A1392002 64 10.42 6.13 A1392002 65 10.90 6.61 A1392002 66 ENDDATA 52 0 A1392002 67 ENDSUBENT 66 0 A139200299999 SUBENT C A1392003 20250920 BIB 5 8 A1392003 2 REACTION (3-LI-7(P,G)4-BE-8,,DA,,REL) A1392003 3 No information about units. A1392003 4 ERR-ANALYS (ERR-S) Statistical error A1392003 5 COMMENT Additional scales give the gamma rays energies for A1392003 6 transitions to the ground and first excited states. A1392003 7 STATUS (CURVE,,R.R.Perry+,J,NP,45,586,1963) Figure 3 A1392003 8 HISTORY (20250920A) SD: SF9=EXP deleted from REACTION code. A1392003 9 STATUS updated. COS-ERR->COS-ERR-D; DATA-ERR -> ERR-S. A1392003 10 ENDBIB 8 0 A1392003 11 COMMON 1 3 A1392003 12 COS-ERR-D A1392003 13 NO-DIM A1392003 14 0.007 A1392003 15 ENDCOMMON 3 0 A1392003 16 DATA 4 35 A1392003 17 EN COS DATA ERR-S A1392003 18 MEV NO-DIM ARB-UNITS ARB-UNITS A1392003 19 2.09 0.869 1.783 0.082 A1392003 20 2.09 0.607 1.782 0.082 A1392003 21 2.09 0.300 1.547 0.068 A1392003 22 2.09 0.004 1.545 0.055 A1392003 23 2.09 -0.294 1.624 0.068 A1392003 24 2.09 -0.590 1.621 0.054 A1392003 25 2.09 -0.846 1.607 0.068 A1392003 26 2.84 0.906 2.357 0.068 A1392003 27 2.84 0.609 2.136 0.068 A1392003 28 2.84 0.301 2.051 0.055 A1392003 29 2.84 0.008 2.035 0.068 A1392003 30 2.84 -0.290 2.169 0.069 A1392003 31 2.84 -0.597 2.193 0.054 A1392003 32 2.84 -0.887 2.259 0.055 A1392003 33 4.16 0.874 3.554 0.055 A1392003 34 4.16 0.615 3.335 0.055 A1392003 35 4.16 0.305 3.305 0.068 A1392003 36 4.16 0.007 3.425 0.068 A1392003 37 4.16 -0.286 3.422 0.041 A1392003 38 4.16 -0.596 3.419 0.068 A1392003 39 4.16 -0.844 3.378 0.068 A1392003 40 5.35 0.895 5.122 0.109 A1392003 41 5.35 0.607 4.983 0.109 A1392003 42 5.35 0.308 4.912 0.096 A1392003 43 5.35 0.010 4.815 0.095 A1392003 44 5.35 -0.288 4.948 0.068 A1392003 45 5.35 -0.589 5.068 0.055 A1392003 46 5.35 -0.839 5.068 0.123 A1392003 47 6.73 0.896 6.089 0.095 A1392003 48 6.73 0.619 5.924 0.123 A1392003 49 6.73 0.304 5.770 0.123 A1392003 50 6.73 0.019 5.959 0.082 A1392003 51 6.73 -0.276 5.834 0.096 A1392003 52 6.73 -0.587 5.681 0.095 A1392003 53 6.73 -0.840 5.763 0.096 A1392003 54 ENDDATA 37 0 A1392003 55 ENDSUBENT 54 0 A139200399999 ENDENTRY 3 0 A139299999999 ENTRY C A1393 20250920 SUBENT C A1393001 20250920 BIB 10 17 A1393001 2 TITLE The cross sections of the reactions 6Li(p,a)3He A1393001 3 and 7Li(p,a)4He at low energies A1393001 4 AUTHOR (O.Fiedler,P.Kunze) A1393001 5 REFERENCE (J,NP/A,96,513,1967) in German A1393001 6 INSTITUTE (2GERDRE) A1393001 7 FACILITY (ACCEL,2GERDRE) Accelerator with a special ion A1393001 8 source and split using a 90. degr. deflection magnet. A1393001 9 SAMPLE Metallic natural lithium targets. Thicknesses of A1393001 10 targets were from 30 ug/cm2 to 40 ug/cm2 A1393001 11 DETECTOR (SCIN) 90 mm diam. of ZnS. A1393001 12 (SIBAR) Surface-barrier detector of type A-30-1 A1393001 13 ERR-ANALYS (ERR-T) Total error A1393001 14 (ERR-1) Uncertainty in target thickness A1393001 15 STATUS (TABLE,,O.Fiedler+,J,NP/A,96,513,1967) Table 1 A1393001 16 HISTORY (19820528C) Compilation produced by Arzamas RFNC-VNIIEFA1393001 17 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1393001 18 (20250916A) SD: Corrections in all Subents. A1393001 19 ENDBIB 17 0 A1393001 20 COMMON 1 3 A1393001 21 ERR-1 A1393001 22 PER-CENT A1393001 23 5. A1393001 24 ENDCOMMON 3 0 A1393001 25 ENDSUBENT 24 0 A139300199999 SUBENT C A1393002 20250920 BIB 3 4 A1393002 2 REACTION (3-LI-6(P,HE3)2-HE-4,,SIG) A1393002 3 STATUS (TABLE,,O.Fiedler+,J,NP/A,96,513,1967) Table 1 A1393002 4 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1393002 5 Data updated according to presentation in the table. A1393002 6 ENDBIB 4 0 A1393002 7 NOCOMMON 0 0 A1393002 8 DATA 3 6 A1393002 9 EN DATA ERR-T A1393002 10 MEV MICRO-B MICRO-B A1393002 11 0.025 0.8 0.2 A1393002 12 0.030 2.8 0.7 A1393002 13 0.035 7.8 1.6 A1393002 14 0.040 20. 4. A1393002 15 0.045 40. 6. A1393002 16 0.050 72. 11. A1393002 17 ENDDATA 8 0 A1393002 18 ENDSUBENT 17 0 A139300299999 SUBENT C A1393003 20250920 BIB 2 3 A1393003 2 REACTION (3-LI-7(P,A)2-HE-4,,SIG) A1393003 3 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1393003 4 Data updated according to presentation in the table. A1393003 5 ENDBIB 3 0 A1393003 6 NOCOMMON 0 0 A1393003 7 DATA 3 7 A1393003 8 EN DATA ERR-T A1393003 9 MEV MICRO-B MICRO-B A1393003 10 0.023 0.013 0.003 A1393003 11 0.025 0.024 0.005 A1393003 12 0.030 0.09 0.02 A1393003 13 0.035 0.26 0.05 A1393003 14 0.040 0.66 0.10 A1393003 15 0.045 1.3 0.2 A1393003 16 0.050 2.4 0.3 A1393003 17 ENDDATA 9 0 A1393003 18 ENDSUBENT 17 0 A139300399999 ENDENTRY 3 0 A139399999999 ENTRY C A1395 20250920 SUBENT C A1395001 20250920 BIB 7 10 A1395001 2 TITLE Measurements of neutron angular distributions from the A1395001 3 7Li(p,n)7Be reaction A1395001 4 AUTHOR (S.A.Elbakr,I.J.Van Heerden,W.J.Mcdonald,G.C.Neilson) A1395001 5 REFERENCE (J,NIM,105,519,1972) A1395001 6 INSTITUTE (1CANALA) A1395001 7 FACILITY (VDG,1CANALA) A1395001 8 SAMPLE LiF (200 ug/cm2 thick) on 0.01 cm tantalum backing A1395001 9 HISTORY (19800728C) Compilation produced by Arzamas RFNC-VNIIEFA1395001 10 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1395001 11 (20250920D) SD: Entry deleted (duplication with D0034).A1395001 12 ENDBIB 10 0 A1395001 13 NOCOMMON 0 0 A1395001 14 ENDSUBENT 13 0 A139500199999 NOSUBENT A1395002 20250920 A1395002 1 NOSUBENT A1395003 20250920 A1395003 1 ENDENTRY 3 0 A139599999999 ENTRY C A1397 20250920 SUBENT C A1397001 20250920 BIB 10 15 A1397001 2 TITLE Structure of 7Be. A1397001 3 (I) The 6Li(p,p')6Li* reaction A1397001 4 AUTHOR (W.D.Harrison) A1397001 5 REFERENCE (J,NP/A,92,253,1967) A1397001 6 INSTITUTE (1USACAL) A1397001 7 FACILITY (VDGT,1USACAL) ONR-CIT A1397001 8 SAMPLE (3-LI-6,ENR=0.99) Targets of 6Li ( isotopic abundance A1397001 9 99%) with the thickness from 70 to 300 ug/cm2 A1397001 10 DETECTOR (SIBAR) Two silicon surface-barrier detectors were A1397001 11 used, one at a fixed angle as a target monitor. A1397001 12 MONITOR (3-LI-6(P,INL)3-LI-6,PAR,DA) A1397001 13 MONIT-REF (C1003001,W.D.Harrison+,J,PR,132,2607,1963) A1397001 14 HISTORY (19820507C) Compilation produced by Arzamas RFNC-VNIIEFA1397001 15 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1397001 16 (20250916A) SD: Corrections in all Subents. A1397001 17 ENDBIB 15 0 A1397001 18 NOCOMMON 0 0 A1397001 19 ENDSUBENT 18 0 A139700199999 SUBENT C A1397002 20250920 BIB 4 5 A1397002 2 REACTION (3-LI-6(P,INL)3-LI-6,PAR,DA) A1397002 3 ERR-ANALYS (DATA-ERR) Estimated standard errors A1397002 4 STATUS (CURVE,,W.D.Harrison,J,NP/A,92,253,1967) Figure 2 A1397002 5 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1397002 6 STATUS updated. COS-ERR->COS-ERR-D. A1397002 7 ENDBIB 5 0 A1397002 8 COMMON 2 3 A1397002 9 E-LVL COS-ERR-D A1397002 10 MEV NO-DIM A1397002 11 2.184 0.006 A1397002 12 ENDCOMMON 3 0 A1397002 13 DATA 4 41 A1397002 14 EN COS-CM DATA-CM DATA-ERR A1397002 15 MEV NO-DIM MB/SR MB/SR A1397002 16 5. 0.900 6.88 0.05 A1397002 17 5. 0.809 7.57 0.05 A1397002 18 5. 0.710 8.00 0.26 A1397002 19 5. 0.610 8.31 0.05 A1397002 20 5. 0.516 8.54 0.53 A1397002 21 5. 0.419 9.37 0.05 A1397002 22 5. 0.314 9.94 0.05 A1397002 23 5. 0.220 10.17 0.05 A1397002 24 5. 0.120 10.28 0.05 A1397002 25 5. 0.020 10.59 0.05 A1397002 26 5. -0.045 9.96 0.05 A1397002 27 5. -0.080 10.63 0.05 A1397002 28 5. -0.191 9.82 0.32 A1397002 29 5. -0.284 10.06 0.05 A1397002 30 5. -0.373 9.96 0.05 A1397002 31 5. -0.474 9.94 0.26 A1397002 32 5. -0.582 9.59 0.05 A1397002 33 5. -0.677 9.56 0.05 A1397002 34 5. -0.771 9.67 0.05 A1397002 35 5. -0.866 9.45 0.05 A1397002 36 5. -0.932 10.19 0.33 A1397002 37 7.8 0.904 12.35 0.05 A1397002 38 7.8 0.808 11.86 0.33 A1397002 39 7.8 0.707 11.70 0.27 A1397002 40 7.8 0.600 11.74 0.05 A1397002 41 7.8 0.499 11.78 0.05 A1397002 42 7.8 0.398 11.75 0.05 A1397002 43 7.8 0.309 11.59 0.05 A1397002 44 7.8 0.212 10.71 0.05 A1397002 45 7.8 0.105 10.75 0.05 A1397002 46 7.8 0.002 10.26 0.05 A1397002 47 7.8 -0.036 10.14 0.05 A1397002 48 7.8 -0.095 9.57 0.05 A1397002 49 7.8 -0.198 8.82 0.05 A1397002 50 7.8 -0.295 8.20 0.05 A1397002 51 7.8 -0.384 7.84 0.05 A1397002 52 7.8 -0.499 7.56 0.05 A1397002 53 7.8 -0.594 7.33 0.05 A1397002 54 7.8 -0.893 6.53 0.05 A1397002 55 7.8 -0.942 6.74 0.05 A1397002 56 7.8 -0.974 6.76 0.05 A1397002 57 ENDDATA 43 0 A1397002 58 ENDSUBENT 57 0 A139700299999 SUBENT C A1397003 20250920 BIB 5 12 A1397003 2 REACTION (3-LI-6(P,INL)3-LI-6,PAR,DA,,LEG) A1397003 3 COMMENT The polynomial coefficients are plotted as a function A1397003 4 of 7Be excitation energy. The coefficient of P0 is A1397003 5 equal to the total c.m. cross section divided by 4pi. A1397003 6 Compiler calculated the energy range from 7Be exc.en. A1397003 7 ERR-ANALYS (DATA-ERR) Estimated standard errors A1397003 8 STATUS (CURVE,,W.D.Harrison,J,NP/A,92,253,1967) Figure 3 A1397003 9 (DEP,A1397004) The coefficient of P0 (see COMMENT) A1397003 10 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1397003 11 STATUS updated. EN-ERR->E-ERR-DIG. Part of data (data A1397003 12 with NUMBER=0) moved to Subent 004. EN -> E-EXC-CMP. A1397003 13 Data re-digitized. A1397003 14 ENDBIB 12 0 A1397003 15 COMMON 3 3 A1397003 16 E-LVL E-ERR-DIG ERR-DIG A1397003 17 MEV MEV MB/SR A1397003 18 2.184 0.006 0.008 A1397003 19 ENDCOMMON 3 0 A1397003 20 DATA 4 50 A1397003 21 NUMBER E-EXC-CMP DATA DATA-ERR A1397003 22 NO-DIM MEV MB/SR MB/SR A1397003 23 1. 8.678 -1.428 0.120 A1397003 24 1. 9.198 -2.553 0.096 A1397003 25 1. 9.529 -2.099 0.096 A1397003 26 1. 9.896 -1.095 0.120 A1397003 27 1. 10.227 0.961 0.096 A1397003 28 1. 10.570 2.707 0.096 A1397003 29 1. 10.925 3.232 0.096 A1397003 30 1. 11.256 3.614 0.120 A1397003 31 1. 11.611 3.686 0.120 A1397003 32 1. 12.285 3.542 0.096 A1397003 33 1. 12.970 3.756 0.120 A1397003 34 1. 13.668 3.827 0.096 A1397003 35 2. 8.690 -0.185 0.167 A1397003 36 2. 9.187 -0.616 0.072 A1397003 37 2. 9.541 -0.975 0.096 A1397003 38 2. 9.884 -1.525 0.072 A1397003 39 2. 10.226 -1.885 0.072 A1397003 40 2. 10.557 -1.502 0.096 A1397003 41 2. 10.912 -1.168 0.096 A1397003 42 2. 11.255 -0.905 0.096 A1397003 43 2. 11.598 -0.523 0.120 A1397003 44 2. 12.272 -0.404 0.072 A1397003 45 2. 12.957 -0.548 0.096 A1397003 46 2. 13.655 -0.621 0.143 A1397003 47 3. 9.210 -0.262 0.096 A1397003 48 3. 9.552 -0.334 0.168 A1397003 49 3. 9.895 -0.550 0.120 A1397003 50 3. 10.238 -0.862 0.096 A1397003 51 3. 10.581 -0.550 0.168 A1397003 52 3. 10.923 -0.622 0.144 A1397003 53 3. 11.266 -0.237 0.096 A1397003 54 3. 11.609 -0.381 0.168 A1397003 55 3. 12.295 -0.742 0.096 A1397003 56 3. 12.968 -0.886 0.120 A1397003 57 3. 13.654 -1.006 0.096 A1397003 58 4. 9.198 0.309 0.098 A1397003 59 4. 9.529 0.212 0.171 A1397003 60 4. 9.883 0.334 0.146 A1397003 61 4. 10.226 0.090 0.146 A1397003 62 4. 10.569 0.236 0.171 A1397003 63 4. 10.912 0.163 0.171 A1397003 64 4. 11.243 0.407 0.122 A1397003 65 4. 11.585 0.529 0.146 A1397003 66 4. 12.271 0.553 0.122 A1397003 67 4. 12.957 0.139 0.122 A1397003 68 4. 13.642 0.237 0.122 A1397003 69 5. 11.586 0.218 0.167 A1397003 70 5. 12.343 0.457 0.096 A1397003 71 5. 12.957 0.002 0.096 A1397003 72 5. 13.655 0.192 0.143 A1397003 73 ENDDATA 52 0 A1397003 74 ENDSUBENT 73 0 A139700399999 SUBENT I A1397004 20250920 BIB 5 6 A1397004 2 REACTION (3-LI-6(P,INL)3-LI-6,PAR,SIG,,D4PI) A1397004 3 COMMENT The coefficient of P0 is equal to the total c.m. A1397004 4 cross section divided by 4pi. A1397004 5 ERR-ANALYS (DATA-ERR) Estimated standard errors A1397004 6 STATUS (CURVE,,W.D.Harrison,J,NP/A,92,253,1967) Figure 3 A1397004 7 HISTORY (20250916T) SD: A1397004 8 ENDBIB 6 0 A1397004 9 COMMON 3 3 A1397004 10 E-LVL E-ERR-DIG ERR-DIG A1397004 11 MEV MEV MB/SR A1397004 12 2.184 0.006 0.008 A1397004 13 ENDCOMMON 3 0 A1397004 14 DATA 3 12 A1397004 15 E-EXC-CMP DATA DATA-ERR A1397004 16 MEV MB MB A1397004 17 8.691 2.780 0.096 A1397004 18 9.200 5.267 0.096 A1397004 19 9.543 6.964 0.143 A1397004 20 9.898 8.996 0.143 A1397004 21 10.242 11.220 0.359 A1397004 22 10.585 11.483 0.167 A1397004 23 10.927 11.291 0.191 A1397004 24 11.270 11.147 0.335 A1397004 25 11.625 10.644 0.215 A1397004 26 12.286 9.544 0.191 A1397004 27 12.983 9.232 0.191 A1397004 28 13.669 8.538 0.191 A1397004 29 ENDDATA 14 0 A1397004 30 ENDSUBENT 29 0 A139700499999 ENDENTRY 4 0 A139799999999 ENTRY C A1398 20250920 SUBENT C A1398001 20250920 BIB 9 14 A1398001 2 TITLE Excitation function of reaction 7Li(p,gamma)8Be A1398001 3 at energy between 1 and 3 MeV A1398001 4 INSTITUTE (2GERHAM) A1398001 5 REFERENCE (J,PL,6,267,1963) in German A1398001 6 AUTHOR (V.Riech) A1398001 7 FACILITY (VDG,2GERHAM) A1398001 8 SAMPLE Metallic target of natural Li onto Ta backing with A1398001 9 the thickness 20+-5 keV on Ep=2 MeV A1398001 10 DETECTOR (NAICR) 7.6 x 7.6 cm A1398001 11 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1398001 12 HISTORY (19800828C) Compilation produced by RFNC-VNIIEF Sarov A1398001 13 (19970406A) Compiler changed some points in subentry 2.A1398001 14 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1398001 15 (20250916A) SD: Corrections in all Subents. A1398001 16 ENDBIB 14 0 A1398001 17 NOCOMMON 0 0 A1398001 18 ENDSUBENT 17 0 A139800199999 SUBENT C A1398002 20250920 BIB 3 6 A1398002 2 REACTION (3-LI-7(P,G)4-BE-8,PAR,DA,,REL) A1398002 3 No information about units. A1398002 4 STATUS (CURVE,,V.Riech,J,PL,6,267,1963) Figure 2 A1398002 5 HISTORY (20250916A) SD: SF9=EXP deleted from REACTION code. A1398002 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1398002 7 DATA-ERR1/2 -> DATA-ERR. A1398002 8 ENDBIB 6 0 A1398002 9 COMMON 3 3 A1398002 10 ANG EN-ERR-DIG ERR-DIG A1398002 11 ADEG MEV ARB-UNITS A1398002 12 90. 0.004 0.02 A1398002 13 ENDCOMMON 3 0 A1398002 14 DATA 4 113 A1398002 15 E-LVL EN DATA DATA-ERR A1398002 16 MEV MEV ARB-UNITS PER-CENT A1398002 17 0. 0.874 1.04 4. A1398002 18 0. 0.925 1.21 4. A1398002 19 0. 0.967 1.35 4. A1398002 20 0. 1.001 1.48 4. A1398002 21 0. 1.065 1.54 4. A1398002 22 0. 1.102 1.37 4. A1398002 23 0. 1.144 1.09 4. A1398002 24 0. 1.186 1.11 4. A1398002 25 0. 1.232 0.96 4. A1398002 26 0. 1.278 0.88 4. A1398002 27 0. 1.307 0.86 4. A1398002 28 0. 1.349 0.79 4. A1398002 29 0. 1.489 0.98 4. A1398002 30 0. 1.531 0.91 4. A1398002 31 0. 1.577 0.95 4. A1398002 32 0. 1.628 0.99 4. A1398002 33 0. 1.678 0.86 4. A1398002 34 0. 1.732 0.78 4. A1398002 35 0. 1.897 0.77 4. A1398002 36 0. 1.939 0.83 4. A1398002 37 0. 1.977 0.96 4. A1398002 38 0. 2.002 0.81 4. A1398002 39 0. 2.027 0.85 4. A1398002 40 0. 2.057 0.89 4. A1398002 41 0. 2.086 0.91 4. A1398002 42 0. 2.099 0.89 4. A1398002 43 0. 2.120 1.06 4. A1398002 44 0. 2.150 0.95 4. A1398002 45 0. 2.183 0.89 4. A1398002 46 0. 2.200 0.91 4. A1398002 47 0. 2.221 0.91 4. A1398002 48 0. 2.255 0.95 4. A1398002 49 0. 2.284 0.78 4. A1398002 50 0. 2.293 0.93 4. A1398002 51 0. 2.318 0.78 4. A1398002 52 0. 2.348 1.03 4. A1398002 53 0. 2.389 0.84 4. A1398002 54 0. 2.419 1.05 4. A1398002 55 0. 2.453 0.90 4. A1398002 56 0. 2.483 1.11 4. A1398002 57 0. 2.503 1.05 4. A1398002 58 0. 2.525 1.07 4. A1398002 59 0. 2.554 1.06 4. A1398002 60 0. 2.588 1.08 4. A1398002 61 0. 2.626 1.19 4. A1398002 62 0. 2.655 1.12 4. A1398002 63 0. 2.689 1.19 4. A1398002 64 0. 2.731 1.18 4. A1398002 65 0. 2.769 1.12 4. A1398002 66 0. 2.798 1.16 4. A1398002 67 0. 2.832 1.03 4. A1398002 68 0. 2.874 1.16 4. A1398002 69 0. 2.912 1.01 4. A1398002 70 0. 2.954 1.03 4. A1398002 71 0. 2.988 1.22 4. A1398002 72 0. 3.034 1.15 4. A1398002 73 0. 3.064 1.19 4. A1398002 74 2.9 0.868 3.85 3. A1398002 75 2.9 0.920 4.45 3. A1398002 76 2.9 0.974 4.57 3. A1398002 77 2.9 1.014 5.12 3. A1398002 78 2.9 1.065 5.10 3. A1398002 79 2.9 1.106 4.76 3. A1398002 80 2.9 1.147 4.17 3. A1398002 81 2.9 1.185 4.26 3. A1398002 82 2.9 1.231 4.07 3. A1398002 83 2.9 1.273 4.30 3. A1398002 84 2.9 1.311 4.06 3. A1398002 85 2.9 1.345 4.29 3. A1398002 86 2.9 1.475 4.29 3. A1398002 87 2.9 1.534 4.22 3. A1398002 88 2.9 1.581 4.66 3. A1398002 89 2.9 1.623 4.64 3. A1398002 90 2.9 1.673 4.07 3. A1398002 91 2.9 1.728 4.40 3. A1398002 92 2.9 1.892 6.03 3. A1398002 93 2.9 1.933 7.42 3. A1398002 94 2.9 1.968 8.02 3. A1398002 95 2.9 1.968 7.94 3. A1398002 96 2.9 1.998 8.04 3. A1398002 97 2.9 2.028 8.21 3. A1398002 98 2.9 2.057 8.23 3. A1398002 99 2.9 2.078 7.98 3. A1398002 100 2.9 2.086 8.04 3. A1398002 101 2.9 2.119 7.79 3. A1398002 102 2.9 2.156 7.45 3. A1398002 103 2.9 2.181 7.13 3. A1398002 104 2.9 2.218 6.61 3. A1398002 105 2.9 2.254 5.96 3. A1398002 106 2.9 2.278 5.41 3. A1398002 107 2.9 2.287 5.77 3. A1398002 108 2.9 2.319 5.08 3. A1398002 109 2.9 2.344 4.87 3. A1398002 110 2.9 2.378 5.20 3. A1398002 111 2.9 2.420 5.09 3. A1398002 112 2.9 2.454 5.16 3. A1398002 113 2.9 2.487 4.99 3. A1398002 114 2.9 2.517 5.24 3. A1398002 115 2.9 2.556 5.30 3. A1398002 116 2.9 2.585 5.19 3. A1398002 117 2.9 2.622 5.11 3. A1398002 118 2.9 2.653 5.36 3. A1398002 119 2.9 2.694 5.15 3. A1398002 120 2.9 2.728 5.31 3. A1398002 121 2.9 2.770 5.37 3. A1398002 122 2.9 2.800 5.29 3. A1398002 123 2.9 2.842 5.41 3. A1398002 124 2.9 2.879 5.12 3. A1398002 125 2.9 2.914 5.43 3. A1398002 126 2.9 2.952 5.62 3. A1398002 127 2.9 2.985 5.37 3. A1398002 128 2.9 3.024 5.60 3. A1398002 129 2.9 3.070 5.47 3. A1398002 130 ENDDATA 115 0 A1398002 131 ENDSUBENT 130 0 A139800299999 ENDENTRY 2 0 A139899999999 ENTRY C A1399 20250918 SUBENT C A1399001 20250918 BIB 11 20 A1399001 2 TITLE The 6Li(p,He3)4He reaction in the energy A1399001 3 range 3 - 5.6 MeV A1399001 4 AUTHOR (U.Fasoli,D.Toniolo,G.Zago) A1399001 5 REFERENCE (J,PL,8,127,1964) A1399001 6 INSTITUTE (2ITYUPV) A1399001 7 FACILITY (VDG,2ITYPAD) A1399001 8 SAMPLE (3-LI-6,ENR=0.993) 6Li (99.3%) on nickel backing A1399001 9 DETECTOR (SOLST) ORTEC solid state detector A1399001 10 METHOD (BCINT) A1399001 11 ERR-ANALYS (ERR-T) Overall uncertainty A1399001 12 (ERR-S,2.,4.) Statistical error A1399001 13 The main source of error arises from the estimation of A1399001 14 background which varies between 5% and 10% A1399001 15 COMMENT Counting were monitored with a precision integrator A1399001 16 of the unscattered beam current collected by a A1399001 17 Faraday cup. A1399001 18 HISTORY (19800825C) Compilation produced by Arzamas RFNC-VNIIEFA1399001 19 (19990317U)CNPD: corrected 4-dig. year and lower cases.A1399001 20 (20250918A) SD: Corrections in all Subents. A1399001 21 EN-ERR -> EN-ERR-DIG. A1399001 22 ENDBIB 20 0 A1399001 23 COMMON 2 3 A1399001 24 EN-ERR-DIG ERR-T A1399001 25 MEV PER-CENT A1399001 26 0.01 5.0 A1399001 27 ENDCOMMON 3 0 A1399001 28 ENDSUBENT 27 0 A139900199999 SUBENT C A1399002 20250918 BIB 3 4 A1399002 2 REACTION (3-LI-6(P,HE3)2-HE-4,,SIG) A1399002 3 STATUS (CURVE,,U.Fasoli+,J,PL,8,127,1964) Figure 2 A1399002 4 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1399002 5 STATUS updated. DATA-ERR->ERR-DIG. A1399002 6 ENDBIB 4 0 A1399002 7 COMMON 1 3 A1399002 8 ERR-DIG A1399002 9 MB A1399002 10 0.4 A1399002 11 ENDCOMMON 3 0 A1399002 12 DATA 2 29 A1399002 13 EN DATA A1399002 14 MEV MB A1399002 15 2.81 140.7 A1399002 16 2.92 140.8 A1399002 17 3.02 140.8 A1399002 18 3.12 137.0 A1399002 19 3.23 135.4 A1399002 20 3.32 130.4 A1399002 21 3.43 129.1 A1399002 22 3.52 125.4 A1399002 23 3.63 124.1 A1399002 24 3.71 121.2 A1399002 25 3.83 118.3 A1399002 26 3.93 116.2 A1399002 27 4.04 111.6 A1399002 28 4.13 108.7 A1399002 29 4.23 104.9 A1399002 30 4.33 103.7 A1399002 31 4.44 101.2 A1399002 32 4.53 97.8 A1399002 33 4.62 93.2 A1399002 34 4.74 89.9 A1399002 35 4.84 89.5 A1399002 36 4.95 86.6 A1399002 37 5.03 83.7 A1399002 38 5.13 79.9 A1399002 39 5.22 78.7 A1399002 40 5.35 78.3 A1399002 41 5.43 77.5 A1399002 42 5.53 75.0 A1399002 43 5.64 72.5 A1399002 44 ENDDATA 31 0 A1399002 45 ENDSUBENT 44 0 A139900299999 SUBENT C A1399003 20250918 BIB 3 4 A1399003 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,,LEG/RS) A1399003 3 STATUS (CURVE,,U.Fasoli+,J,PL,8,127,1964) Figure 2 A1399003 4 HISTORY (20250918A) SD: SF9=EXP deleted from REACTION code. A1399003 5 STATUS updated. DATA-ERR->ERR-DIG. A1399003 6 ENDBIB 4 0 A1399003 7 COMMON 1 3 A1399003 8 ERR-DIG A1399003 9 NO-DIM A1399003 10 0.004 A1399003 11 ENDCOMMON 3 0 A1399003 12 DATA 3 107 A1399003 13 NUMBER EN DATA-CM A1399003 14 NO-DIM MEV NO-DIM A1399003 15 1. 3.00 -0.005 A1399003 16 1. 3.10 0.017 A1399003 17 1. 3.21 0.021 A1399003 18 1. 3.31 0.030 A1399003 19 1. 3.44 0.022 A1399003 20 1. 3.54 0.056 A1399003 21 1. 3.63 0.044 A1399003 22 1. 3.73 0.048 A1399003 23 1. 3.83 0.028 A1399003 24 1. 3.93 0.049 A1399003 25 1. 4.04 0.079 A1399003 26 1. 4.13 0.092 A1399003 27 1. 4.23 0.130 A1399003 28 1. 4.33 0.143 A1399003 29 1. 4.42 0.139 A1399003 30 1. 4.54 0.148 A1399003 31 1. 4.63 0.170 A1399003 32 1. 4.74 0.161 A1399003 33 1. 4.84 0.179 A1399003 34 1. 4.95 0.221 A1399003 35 1. 5.04 0.200 A1399003 36 1. 5.12 0.213 A1399003 37 1. 5.24 0.193 A1399003 38 1. 5.33 0.189 A1399003 39 1. 5.43 0.244 A1399003 40 1. 5.54 0.248 A1399003 41 1. 5.63 0.266 A1399003 42 2. 3.01 -0.010 A1399003 43 2. 3.13 -0.069 A1399003 44 2. 3.22 -0.098 A1399003 45 2. 3.32 -0.128 A1399003 46 2. 3.43 -0.157 A1399003 47 2. 3.53 -0.207 A1399003 48 2. 3.60 -0.249 A1399003 49 2. 3.72 -0.207 A1399003 50 2. 3.83 -0.160 A1399003 51 2. 3.92 -0.189 A1399003 52 2. 4.02 -0.176 A1399003 53 2. 4.12 -0.188 A1399003 54 2. 4.22 -0.180 A1399003 55 2. 4.33 -0.103 A1399003 56 2. 4.44 -0.082 A1399003 57 2. 4.52 -0.052 A1399003 58 2. 4.63 -0.009 A1399003 59 2. 4.74 0.025 A1399003 60 2. 4.82 0.042 A1399003 61 2. 4.93 0.038 A1399003 62 2. 5.04 0.051 A1399003 63 2. 5.14 0.081 A1399003 64 2. 5.24 0.014 A1399003 65 2. 5.33 0.107 A1399003 66 2. 5.44 0.124 A1399003 67 2. 5.53 0.065 A1399003 68 2. 5.64 0.053 A1399003 69 3. 3.02 -0.179 A1399003 70 3. 3.13 -0.235 A1399003 71 3. 3.22 -0.204 A1399003 72 3. 3.31 -0.234 A1399003 73 3. 3.42 -0.282 A1399003 74 3. 3.52 -0.303 A1399003 75 3. 3.61 -0.290 A1399003 76 3. 3.72 -0.337 A1399003 77 3. 3.82 -0.359 A1399003 78 3. 3.93 -0.332 A1399003 79 3. 4.03 -0.349 A1399003 80 3. 4.13 -0.392 A1399003 81 3. 4.22 -0.353 A1399003 82 3. 4.33 -0.353 A1399003 83 3. 4.43 -0.409 A1399003 84 3. 4.53 -0.452 A1399003 85 3. 4.62 -0.439 A1399003 86 3. 4.72 -0.395 A1399003 87 3. 4.83 -0.451 A1399003 88 3. 4.93 -0.386 A1399003 89 3. 5.02 -0.420 A1399003 90 3. 5.13 -0.459 A1399003 91 3. 5.24 -0.502 A1399003 92 3. 5.32 -0.423 A1399003 93 3. 5.42 -0.458 A1399003 94 3. 5.53 -0.397 A1399003 95 3. 5.63 -0.409 A1399003 96 4. 3.01 0.073 A1399003 97 4. 3.12 0.013 A1399003 98 4. 3.21 -0.013 A1399003 99 4. 3.31 -0.073 A1399003 100 4. 3.40 -0.047 A1399003 101 4. 3.51 -0.147 A1399003 102 4. 3.60 -0.133 A1399003 103 4. 3.71 -0.155 A1399003 104 4. 3.81 -0.137 A1399003 105 4. 3.92 -0.028 A1399003 106 4. 4.01 -0.128 A1399003 107 4. 4.11 -0.136 A1399003 108 4. 4.22 -0.131 A1399003 109 4. 4.32 -0.083 A1399003 110 4. 4.41 -0.052 A1399003 111 4. 4.52 -0.009 A1399003 112 4. 4.62 -0.078 A1399003 113 4. 4.71 -0.090 A1399003 114 4. 4.81 -0.047 A1399003 115 4. 4.93 -0.068 A1399003 116 4. 5.01 -0.068 A1399003 117 4. 5.13 0.041 A1399003 118 4. 5.20 -0.037 A1399003 119 4. 5.32 -0.036 A1399003 120 4. 5.43 0.021 A1399003 121 4. 5.52 -0.036 A1399003 122 ENDDATA 109 0 A1399003 123 ENDSUBENT 122 0 A139900399999 ENDENTRY 3 0 A139999999999 ENTRY C A1404 20250921 SUBENT C A1404001 20250921 BIB 10 21 A1404001 2 TITLE Proximity 3He(n,p)3H reaction following the sequential A1404001 3 6Li(d,3He)5He(n)4He reaction and the lifetime of 5He A1404001 4 AUTHOR (S.Kato,H.Orihara,S.Kubono,J.Kasagi,H.Ueno, A1404001 5 T.Nakagawa,T.Tohei) A1404001 6 REFERENCE (J,NP/A,195,534,1972) A1404001 7 INSTITUTE (2JPNTOH) A1404001 8 FACILITY (CCW,2JPNTOH) A1404001 9 SAMPLE (3-LI-6,ENR=0.993) Thick targets Li2CO3 (99.3% 6Li) A1404001 10 onto silver backings of 1 mg/cm2 thickness A1404001 11 METHOD (PHD) A1404001 12 DETECTOR (SOLST) Two solid-state detectors in coincidence A1404001 13 (at -35 degr. and 35 or 45 degr.) The solid angles of A1404001 14 the detectors were 36 msr. In front of the detectors A1404001 15 put the aluminum absorber of 250 ug/cm2 thickness in A1404001 16 order to stop the elastically scattered deuterons A1404001 17 REL-REF (M,A1362001,W.Whaling+,J,PR,79,258,1950) Absolute scaleA1404001 18 was obtained by extrapolating curve from this ref. A1404001 19 to the data at 200 keV. A1404001 20 HISTORY (19800730C) Compilation produced by Arzamas RFNC-VNIIEFA1404001 21 (19990220U)CNPD: corrected 4-dig. year and lower cases.A1404001 22 (20250921A) SD: Corrections in all Subents. A1404001 23 ENDBIB 21 0 A1404001 24 NOCOMMON 0 0 A1404001 25 ENDSUBENT 24 0 A140400199999 SUBENT C A1404002 20250921 BIB 3 5 A1404002 2 REACTION (3-LI-6(D,A)2-HE-4,PAR,DA) A1404002 3 STATUS (CURVE,,S.Kato+,J,NP/A,195,534,1972) Figure 5 A1404002 4 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1404002 5 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1404002 6 Energy and data units were changed. A1404002 7 ENDBIB 5 0 A1404002 8 COMMON 4 3 A1404002 9 E-LVL EN-ERR-DIG ANG ERR-DIG A1404002 10 KEV MEV ADEG MU-B/SR A1404002 11 0.0 0.14 35. 0.10 A1404002 12 ENDCOMMON 3 0 A1404002 13 DATA 2 11 A1404002 14 EN DATA A1404002 15 KEV MU-B/SR A1404002 16 63.7 0.18 A1404002 17 70.6 0.69 A1404002 18 77.5 0.97 A1404002 19 84.6 2.29 A1404002 20 91.7 3.61 A1404002 21 98.4 5.98 A1404002 22 105.9 10.30 A1404002 23 113.0 16.20 A1404002 24 119.7 23.40 A1404002 25 126.9 33.30 A1404002 26 129.9 37.70 A1404002 27 ENDDATA 13 0 A1404002 28 ENDSUBENT 27 0 A140400299999 SUBENT C A1404003 20250921 BIB 4 6 A1404003 2 REACTION (3-LI-6(D,T)3-LI-5,PAR,DA) A1404003 3 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1404003 4 STATUS (TABLE,,S.Kato+,J,NP/A,195,534,1972) The text p.542 A1404003 5 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1404003 6 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1404003 7 ERR-T -> DATA-ERR. Energy and data units were changed. A1404003 8 ENDBIB 6 0 A1404003 9 NOCOMMON 0 0 A1404003 10 DATA 6 1 A1404003 11 EN E-LVL ANG DATA -DATA-ERR DATA-ERR A1404003 12 MEV MEV ADEG MB/SR PER-CENT PER-CENT A1404003 13 0.13 0. 35. 0.0075 50. 100. A1404003 14 ENDDATA 3 0 A1404003 15 ENDSUBENT 14 0 A140400399999 ENDENTRY 3 0 A140499999999 ENTRY C A1405 20250921 SUBENT C A1405001 20250921 BIB 8 16 A1405001 2 TITLE The 7Li(d,n0)8Be reaction with polarized 800 keV A1405001 3 deuterons A1405001 4 AUTHOR (U.Von Mollendorff,A.Janett,F.Seiler,H.R.Striebel) A1405001 5 REFERENCE (J,NP/A,209,323,1973) A1405001 6 INSTITUTE (2SWTBAS) A1405001 7 FACILITY (ACCEL,2SWTBAS) 1 MV Cascade accelerator A1405001 8 SAMPLE Natural lithium targets of saturation thickness. A1405001 9 A revolving target holder allowed the interchange of A1405001 10 the Li target, the use of a thick Ti-T target for A1405001 11 different calibration purposes and of a blind target A1405001 12 for background measurements. A1405001 13 DETECTOR (SCIN) up to nine cylindrical NE102 plastic A1405001 14 scintillators (30 mm x 35 mm) A1405001 15 HISTORY (19800730C) Compilation produced by Arzamas RFNC-VNIIEFA1405001 16 (19990220U)CNPD: corrected 4-dig. year and lower cases.A1405001 17 (20250921A) SD: Corrections in all Subents. A1405001 18 ENDBIB 16 0 A1405001 19 COMMON 3 3 A1405001 20 EN E-LVL EN-ERR A1405001 21 MEV MEV MEV A1405001 22 0.640 0.0 0.040 A1405001 23 ENDCOMMON 3 0 A1405001 24 ENDSUBENT 23 0 A140500199999 SUBENT C A1405002 20250921 BIB 4 10 A1405002 2 REACTION (3-LI-7(D,N)4-BE-8,PAR,DA,,REL) A1405002 3 No information about units. A1405002 4 ERR-ANALYS (DATA-ERR) The errors contain counting statistics, a A1405002 5 4% uncertainty for the 3H(d,n) angular distribution A1405002 6 values, and the uncertainty of the mean deuteron A1405002 7 energy in the lithium target which enters into the A1405002 8 calculation of the neutron energy. A1405002 9 STATUS (CURVE,,U.Von Mollendorff+,J,NP/A,209,323,1973) Fig. 1 A1405002 10 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1405002 11 STATUS updated. ANG-ERR->ANG-ERR-D. A1405002 12 ENDBIB 10 0 A1405002 13 COMMON 1 3 A1405002 14 ANG-ERR-D A1405002 15 ADEG A1405002 16 0.3 A1405002 17 ENDCOMMON 3 0 A1405002 18 DATA 3 9 A1405002 19 ANG-CM DATA-CM DATA-ERR A1405002 20 ADEG ARB-UNITS ARB-UNITS A1405002 21 0.2 0.691 0.065 A1405002 22 31.1 0.883 0.062 A1405002 23 61.5 1.084 0.075 A1405002 24 75.9 1.086 0.062 A1405002 25 91.9 1.146 0.075 A1405002 26 105.8 1.008 0.062 A1405002 27 122.4 0.980 0.062 A1405002 28 136.3 0.929 0.062 A1405002 29 156.5 0.904 0.028 A1405002 30 ENDDATA 11 0 A1405002 31 ENDSUBENT 30 0 A140500299999 SUBENT I A1405003 20250921 BIB 4 6 A1405003 2 REACTION (3-LI-7(D,N)4-BE-8,PAR,POL/DA,,ANA) A1405003 3 ERR-ANALYS (DATA-ERR) The errors include systematic variations A1405003 4 since wherever reasonable, the greater of the A1405003 5 "internal" and "external" standard errors was used. A1405003 6 STATUS (TABLE,,U.Von Mollendorff+,J,NP/A,209,323,1973) Tbl. 1 A1405003 7 HISTORY (20250921C) SD: A1405003 8 ENDBIB 6 0 A1405003 9 NOCOMMON 0 0 A1405003 10 DATA 3 8 A1405003 11 ANG-CM DATA DATA-ERR A1405003 12 ADEG NO-DIM NO-DIM A1405003 13 30.9 0.354 0.011 A1405003 14 51.4 0.475 0.013 A1405003 15 71.7 0.577 0.017 A1405003 16 91.9 0.588 0.013 A1405003 17 101.8 0.617 0.017 A1405003 18 111.7 0.563 0.018 A1405003 19 131.4 0.462 0.014 A1405003 20 150.9 0.333 0.013 A1405003 21 ENDDATA 10 0 A1405003 22 ENDSUBENT 21 0 A140500399999 SUBENT I A1405004 20250921 BIB 4 6 A1405004 2 REACTION (3-LI-7(D,N)4-BE-8,LL/PAR,POL/DA,,ANA) A1405004 3 ERR-ANALYS (DATA-ERR) The errors include systematic variations A1405004 4 since wherever reasonable, the greater of the A1405004 5 "internal" and "external" standard errors was used. A1405004 6 STATUS (TABLE,,U.Von Mollendorff+,J,NP/A,209,323,1973) Tbl. 1 A1405004 7 HISTORY (20250921C) SD: A1405004 8 ENDBIB 6 0 A1405004 9 NOCOMMON 0 0 A1405004 10 DATA 3 7 A1405004 11 ANG-CM DATA DATA-ERR A1405004 12 ADEG NO-DIM NO-DIM A1405004 13 0. -0.646 0.019 A1405004 14 25.8 -0.608 0.020 A1405004 15 55.0 -0.648 0.020 A1405004 16 81.8 -0.785 0.020 A1405004 17 111.7 -0.870 0.022 A1405004 18 136.3 -0.858 0.022 A1405004 19 160.4 -0.861 0.019 A1405004 20 ENDDATA 9 0 A1405004 21 ENDSUBENT 20 0 A140500499999 SUBENT I A1405005 20250921 BIB 4 6 A1405005 2 REACTION (3-LI-7(D,N)4-BE-8,SL/PAR,POL/DA,,ANA) A1405005 3 ERR-ANALYS (DATA-ERR) The errors include systematic variations A1405005 4 since wherever reasonable, the greater of the A1405005 5 "internal" and "external" standard errors was used. A1405005 6 STATUS (TABLE,,U.Von Mollendorff+,J,NP/A,209,323,1973) Tbl. 1 A1405005 7 HISTORY (20250921C) SD: A1405005 8 ENDBIB 6 0 A1405005 9 NOCOMMON 0 0 A1405005 10 DATA 3 8 A1405005 11 ANG-CM DATA DATA-ERR A1405005 12 ADEG NO-DIM NO-DIM A1405005 13 30.9 0.009 0.016 A1405005 14 51.4 0.111 0.017 A1405005 15 71.7 0.134 0.025 A1405005 16 91.9 0.108 0.015 A1405005 17 101.8 0.075 0.029 A1405005 18 111.7 0.068 0.021 A1405005 19 131.4 0.090 0.016 A1405005 20 150.9 0.084 0.027 A1405005 21 ENDDATA 10 0 A1405005 22 ENDSUBENT 21 0 A140500599999 ENDENTRY 5 0 A140599999999 ENTRY C A1406 20250921 SUBENT C A1406001 20250921 BIB 10 15 A1406001 2 TITLE Resonances in the disintegration of fluorine and A1406001 3 lithium by protons A1406001 4 AUTHOR (T.W.Bonner,J.E.Evans) A1406001 5 REFERENCE (J,PR,73,666,1948) A1406001 6 REL-REF (I,,W.E.Bennett+,J,PR,70,882,1946) A1406001 7 INSTITUTE (1USARIC) A1406001 8 FACILITY (VDG,1USARIC) A1406001 9 METHOD (BCINT) A1406001 10 DETECTOR (GEMUC) A1406001 11 ERR-ANALYS (ERR-1) Uncertainty in the efficiency of the A1406001 12 Geiger counter A1406001 13 HISTORY (19870923C) Compilation produced by Arzamas RFNC-VNIIEFA1406001 14 (19990220U)CNPD: corrected 4-dig. year and lower cases.A1406001 15 (20250921A) SD: Corrections in all Subents. A1406001 16 DATA-ERR -> ERR-1. A1406001 17 ENDBIB 15 0 A1406001 18 NOCOMMON 0 0 A1406001 19 ENDSUBENT 18 0 A140600199999 SUBENT C A1406002 20250921 BIB 4 7 A1406002 2 REACTION (9-F-19(P,G)10-NE-20,,SIG) A1406002 3 SAMPLE Target were made by evaporating in a high vacuum A1406002 4 ZnF2 onto pure silver disks. Thicknesses were A1406002 5 11.5 ug/cm2 and 2 ug/cm2. A1406002 6 STATUS (TABLE,,T.W.Bonner+,J,PR,73,666,1948) Table 1 A1406002 7 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1406002 8 STATUS updated. Values updated according to the table. A1406002 9 ENDBIB 7 0 A1406002 10 COMMON 1 3 A1406002 11 ERR-1 A1406002 12 PER-CENT A1406002 13 3.7 A1406002 14 ENDCOMMON 3 0 A1406002 15 DATA 3 14 A1406002 16 EN DATA DATA-MAX A1406002 17 MEV MB MB A1406002 18 0.334 59. A1406002 19 0.479 29. A1406002 20 0.590 4. A1406002 21 0.660 25. A1406002 22 0.820 7. A1406002 23 0.862 250. A1406002 24 0.890 9. A1406002 25 0.927 88. A1406002 26 1.076 4. A1406002 27 1.122 8. A1406002 28 1.161 7. A1406002 29 1.274 19. A1406002 30 1.335 79. A1406002 31 1.363 19. A1406002 32 ENDDATA 16 0 A1406002 33 ENDSUBENT 32 0 A140600299999 SUBENT C A1406003 20250921 BIB 4 7 A1406003 2 REACTION (3-LI-7(P,G)4-BE-8,,SIG) A1406003 3 SAMPLE Targets were made by evaporating in a high vacuum A1406003 4 lithium metal onto pure silver disks. A1406003 5 Thickness was 11.5 ug/cm2. A1406003 6 STATUS (TABLE,,T.W.Bonner+,J,PR,73,666,1948) text p.673 A1406003 7 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1406003 8 STATUS updated. A1406003 9 ENDBIB 7 0 A1406003 10 NOCOMMON 0 0 A1406003 11 DATA 3 1 A1406003 12 EN DATA ERR-1 A1406003 13 MEV MB PER-CENT A1406003 14 0.44 7.2 11. A1406003 15 ENDDATA 3 0 A1406003 16 ENDSUBENT 15 0 A140600399999 ENDENTRY 3 0 A140699999999 ENTRY C A1409 20250921 SUBENT C A1409001 20250921 BIB 10 27 A1409001 2 TITLE Study of the 6Li(p,alpha)3He reaction A1409001 3 AUTHOR (J.B.Marion,G.Weber,F.S.Mozer) A1409001 4 REFERENCE (J,PR,104,1402,1956) A1409001 5 INSTITUTE (1USACAL) A1409001 6 FACILITY (VDG,1USACAL) A1409001 7 SAMPLE (3-LI-6,ENR=0.96) The target was prepared by A1409001 8 evaporating lithium metal enriched to 96% Li6 onto a A1409001 9 thin copper foil. The thickness of the material and A1409001 10 of the copper backing were measured by magnetically A1409001 11 analyzing the elastically scattered protons at a A1409001 12 bombarding energy of 2 Mev. At this bombarding energy A1409001 13 the copper foil 60+-3 keV thick and the 6LiOH A1409001 14 6.2+-0.2 keV thick. A1409001 15 METHOD (PHD) A1409001 16 DETECTOR (MAGSP) A1409001 17 ERR-ANALYS (ERR-1) Uncertainty in target thickness A1409001 18 (ERR-2) Uncertainty in stopping cross section of LiOH A1409001 19 (ERR-3) Uncertainty in chemical composition of the A1409001 20 target A1409001 21 (ERR-4) Uncertainty in the current integrator A1409001 22 calibration A1409001 23 (ERR-5) Uncertainty in the spectrometer constants A1409001 24 (ERR-6) Uncertainty in obtaining the areas under the A1409001 25 momentum profiles A1409001 26 HISTORY (19800730C) Compilation produced by Arzamas RFNC-VNIIEFA1409001 27 (19990220U)CNPD: corrected 4-dig. year and lower cases.A1409001 28 (20250921A) SD: Corrections in all Subents. A1409001 29 ENDBIB 27 0 A1409001 30 COMMON 6 3 A1409001 31 ERR-1 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 A1409001 32 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A1409001 33 3.0 10.0 10.0 1.0 1.5 4.0 A1409001 34 ENDCOMMON 3 0 A1409001 35 ENDSUBENT 34 0 A140900199999 SUBENT C A1409002 20250921 BIB 3 6 A1409002 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA) A1409002 3 STATUS (CURVE,,J.B.Marion+,J,PR,104,1402,1956) Figure 2 A1409002 4 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1409002 5 STATUS updated. EN-ERR->EN-ERR-DIG; DATA-ERR->ERR-DIG. A1409002 6 Subent was split in two according to particle A1409002 7 registration. A1409002 8 ENDBIB 6 0 A1409002 9 COMMON 2 3 A1409002 10 EN-ERR-DIG ERR-DIG A1409002 11 MEV MB/SR A1409002 12 0.006 0.16 A1409002 13 ENDCOMMON 3 0 A1409002 14 DATA 3 42 A1409002 15 ANG EN DATA A1409002 16 ADEG MEV MB/SR A1409002 17 20. 0.631 19.22 A1409002 18 20. 0.734 21.39 A1409002 19 20. 0.838 21.14 A1409002 20 20. 0.927 22.97 A1409002 21 20. 1.045 20.16 A1409002 22 20. 1.168 21.05 A1409002 23 20. 1.289 23.39 A1409002 24 20. 1.397 27.16 A1409002 25 20. 1.524 31.75 A1409002 26 20. 1.641 41.64 A1409002 27 20. 1.767 48.32 A1409002 28 20. 1.875 41.48 A1409002 29 20. 1.992 40.44 A1409002 30 20. 2.106 33.13 A1409002 31 20. 2.232 29.04 A1409002 32 20. 2.347 30.40 A1409002 33 20. 2.467 25.51 A1409002 34 20. 2.572 23.65 A1409002 35 20. 2.688 24.38 A1409002 36 20. 2.798 23.97 A1409002 37 20. 2.930 19.88 A1409002 38 60. 0.634 14.20 A1409002 39 60. 0.730 16.23 A1409002 40 60. 0.827 16.14 A1409002 41 60. 0.930 17.52 A1409002 42 60. 1.040 17.28 A1409002 43 60. 1.158 16.21 A1409002 44 60. 1.280 18.10 A1409002 45 60. 1.402 19.18 A1409002 46 60. 1.509 24.01 A1409002 47 60. 1.631 26.72 A1409002 48 60. 1.741 26.47 A1409002 49 60. 1.857 28.03 A1409002 50 60. 1.976 23.85 A1409002 51 60. 2.100 21.65 A1409002 52 60. 2.205 19.92 A1409002 53 60. 2.322 18.37 A1409002 54 60. 2.445 18.29 A1409002 55 60. 2.561 19.03 A1409002 56 60. 2.685 18.13 A1409002 57 60. 2.788 19.03 A1409002 58 60. 2.918 17.81 A1409002 59 ENDDATA 44 0 A1409002 60 ENDSUBENT 59 0 A140900299999 SUBENT C A1409003 20250921 BIB 3 4 A1409003 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,A) A1409003 3 STATUS (CURVE,,J.B.Marion+,J,PR,104,1402,1956) Figure 2 A1409003 4 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1409003 5 STATUS updated. COS-ERR->COS-ERR-D; DATA-ERR->ERR-DIG. A1409003 6 ENDBIB 4 0 A1409003 7 COMMON 2 3 A1409003 8 COS-ERR-D ERR-DIG A1409003 9 NO-DIM MB/SR A1409003 10 0.013 0.13 A1409003 11 ENDCOMMON 3 0 A1409003 12 DATA 3 28 A1409003 13 EN COS-CM DATA-CM A1409003 14 MEV NO-DIM MB/SR A1409003 15 0.64 0.910 6.85 A1409003 16 0.64 0.333 10.06 A1409003 17 0.64 -0.423 13.31 A1409003 18 0.64 -0.936 16.12 A1409003 19 1.17 0.897 4.78 A1409003 20 1.17 0.295 8.93 A1409003 21 1.17 -0.372 14.24 A1409003 22 1.17 -0.923 16.11 A1409003 23 1.64 0.910 9.43 A1409003 24 1.64 0.308 14.17 A1409003 25 1.64 -0.359 22.38 A1409003 26 1.64 -0.936 31.47 A1409003 27 1.98 0.885 21.92 A1409003 28 1.98 0.269 17.19 A1409003 29 1.98 -0.372 19.87 A1409003 30 1.98 -0.936 28.89 A1409003 31 2.33 0.897 15.45 A1409003 32 2.33 0.256 13.30 A1409003 33 2.33 -0.346 15.05 A1409003 34 2.33 -0.936 21.35 A1409003 35 2.56 0.885 15.38 A1409003 36 2.56 0.269 12.96 A1409003 37 2.56 -0.333 15.62 A1409003 38 2.56 -0.936 16.62 A1409003 39 2.79 0.910 14.37 A1409003 40 2.79 0.269 11.44 A1409003 41 2.79 -0.308 15.62 A1409003 42 2.79 -0.897 16.62 A1409003 43 ENDDATA 30 0 A1409003 44 ENDSUBENT 43 0 A140900399999 SUBENT C A1409004 20250921 BIB 3 4 A1409004 2 REACTION (3-LI-6(P,HE3)2-HE-4,,SIG) A1409004 3 STATUS (TABLE,,J.B.Marion+,J,PR,104,1402,1956) Figure 2 A1409004 4 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1409004 5 STATUS updated. A1409004 6 ENDBIB 4 0 A1409004 7 NOCOMMON 0 0 A1409004 8 DATA 2 20 A1409004 9 EN DATA A1409004 10 MEV MB A1409004 11 0.64 126. A1409004 12 0.74 133. A1409004 13 0.94 138. A1409004 14 1.05 133. A1409004 15 1.17 137. A1409004 16 1.29 154. A1409004 17 1.41 164. A1409004 18 1.52 197. A1409004 19 1.64 234. A1409004 20 1.76 262. A1409004 21 1.87 272. A1409004 22 1.98 258. A1409004 23 2.10 215. A1409004 24 2.22 205. A1409004 25 2.33 196. A1409004 26 2.45 185. A1409004 27 2.56 187. A1409004 28 2.68 174. A1409004 29 2.79 179. A1409004 30 2.91 168. A1409004 31 ENDDATA 22 0 A1409004 32 ENDSUBENT 31 0 A140900499999 SUBENT C A1409005 20250921 BIB 4 8 A1409005 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,,COS) A1409005 3 COMMENT The coefficients of the expansion sigma(e,theta)= A1409005 4 =a(e)+b(e)*cos(theta)+c(e)*cos(theta)**2 for the alpha A1409005 5 particles A1409005 6 STATUS (TABLE,,J.B.Marion+,J,PR,104,1402,1956) Figure 2 A1409005 7 (DEP,A1409004) A1409005 8 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1409005 9 STATUS updated. A1409005 10 ENDBIB 8 0 A1409005 11 NOCOMMON 0 0 A1409005 12 DATA 3 48 A1409005 13 NUMBER EN DATA A1409005 14 NO-DIM MEV MB/SR A1409005 15 0. 0.64 10.0 A1409005 16 0. 0.74 10.6 A1409005 17 0. 0.84 10.6 A1409005 18 0. 0.94 11.0 A1409005 19 0. 1.05 10.8 A1409005 20 0. 1.17 11.4 A1409005 21 0. 1.29 13.3 A1409005 22 0. 1.41 13.7 A1409005 23 0. 1.52 16.7 A1409005 24 0. 1.64 17.5 A1409005 25 0. 1.76 18.1 A1409005 26 0. 1.87 18.8 A1409005 27 0. 1.98 17.4 A1409005 28 0. 2.10 15.1 A1409005 29 0. 2.22 14.1 A1409005 30 0. 2.33 13.5 A1409005 31 0. 2.45 13.7 A1409005 32 1. 0.64 -4.0 A1409005 33 1. 0.74 -5.5 A1409005 34 1. 0.84 -4.8 A1409005 35 1. 0.94 -6.7 A1409005 36 1. 1.05 -6.4 A1409005 37 1. 1.17 -6.4 A1409005 38 1. 1.29 -7.7 A1409005 39 1. 1.41 -9.2 A1409005 40 1. 1.52 -10.3 A1409005 41 1. 1.64 -12.1 A1409005 42 1. 1.76 -10.5 A1409005 43 1. 1.87 -4.8 A1409005 44 1. 1.98 -3.6 A1409005 45 1. 2.10 -1.1 A1409005 46 1. 2.22 -1.2 A1409005 47 1. 2.33 -3.1 A1409005 48 1. 2.45 -1.6 A1409005 49 2. 0.94 -0.3 A1409005 50 2. 1.05 -0.7 A1409005 51 2. 1.17 -1.4 A1409005 52 2. 1.29 -3.0 A1409005 53 2. 1.41 -1.9 A1409005 54 2. 1.52 -2.8 A1409005 55 2. 1.64 3.0 A1409005 56 2. 1.76 8.3 A1409005 57 2. 1.87 8.5 A1409005 58 2. 1.98 9.5 A1409005 59 2. 2.10 5.9 A1409005 60 2. 2.22 6.6 A1409005 61 2. 2.33 5.8 A1409005 62 2. 2.45 3.0 A1409005 63 ENDDATA 50 0 A1409005 64 ENDSUBENT 63 0 A140900599999 SUBENT C A1409006 20250921 BIB 4 5 A1409006 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,A) A1409006 3 ERR-ANALYS (DATA-ERR) No information about source of uncertainty A1409006 4 STATUS (CURVE,,J.B.Marion+,J,PR,104,1402,1956) Figure 7 A1409006 5 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1409006 6 STATUS updated. COS-ERR->COS-ERR-D. A1409006 7 ENDBIB 5 0 A1409006 8 COMMON 2 3 A1409006 9 EN COS-ERR-D A1409006 10 MEV NO-DIM A1409006 11 2.91 0.012 A1409006 12 ENDCOMMON 3 0 A1409006 13 DATA 3 12 A1409006 14 COS-CM DATA-CM DATA-ERR A1409006 15 NO-DIM MB/SR MB/SR A1409006 16 0.910 12.39 0.48 A1409006 17 0.791 12.83 0.53 A1409006 18 0.638 11.87 0.53 A1409006 19 0.457 11.88 0.48 A1409006 20 0.286 11.27 0.53 A1409006 21 0.081 14.40 0.48 A1409006 22 -0.129 15.75 0.58 A1409006 23 -0.314 14.32 0.43 A1409006 24 -0.486 14.33 0.53 A1409006 25 -0.657 14.14 0.48 A1409006 26 -0.795 13.38 0.53 A1409006 27 -0.910 13.53 0.53 A1409006 28 ENDDATA 14 0 A1409006 29 ENDSUBENT 28 0 A140900699999 SUBENT I A1409007 20250921 BIB 3 3 A1409007 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA,A) A1409007 3 STATUS (CURVE,,J.B.Marion+,J,PR,104,1402,1956) Figure 2 A1409007 4 HISTORY (20250921T) SD: Part of Subent 002. A1409007 5 ENDBIB 3 0 A1409007 6 COMMON 2 3 A1409007 7 EN-ERR-DIG ERR-DIG A1409007 8 MEV MB/SR A1409007 9 0.006 0.16 A1409007 10 ENDCOMMON 3 0 A1409007 11 DATA 3 42 A1409007 12 ANG EN DATA A1409007 13 ADEG MEV MB/SR A1409007 14 20. 0.631 9.10 A1409007 15 20. 0.735 7.88 A1409007 16 20. 0.825 9.39 A1409007 17 20. 0.943 7.07 A1409007 18 20. 1.034 7.13 A1409007 19 20. 1.164 6.42 A1409007 20 20. 1.281 5.54 A1409007 21 20. 1.397 5.62 A1409007 22 20. 1.519 7.47 A1409007 23 20. 1.645 13.83 A1409007 24 20. 1.769 22.92 A1409007 25 20. 1.873 33.77 A1409007 26 20. 1.989 34.01 A1409007 27 20. 2.101 30.87 A1409007 28 20. 2.231 29.84 A1409007 29 20. 2.338 24.61 A1409007 30 20. 2.455 23.25 A1409007 31 20. 2.578 24.78 A1409007 32 20. 2.697 20.68 A1409007 33 20. 2.825 23.19 A1409007 34 20. 2.923 20.68 A1409007 35 60. 0.629 11.57 A1409007 36 60. 0.733 10.99 A1409007 37 60. 0.836 11.72 A1409007 38 60. 0.928 10.15 A1409007 39 60. 1.046 8.43 A1409007 40 60. 1.161 10.48 A1409007 41 60. 1.276 13.02 A1409007 42 60. 1.412 13.45 A1409007 43 60. 1.527 15.66 A1409007 44 60. 1.630 17.54 A1409007 45 60. 1.745 19.75 A1409007 46 60. 1.874 20.66 A1409007 47 60. 1.977 21.56 A1409007 48 60. 2.109 17.23 A1409007 49 60. 2.226 16.66 A1409007 50 60. 2.342 16.90 A1409007 51 60. 2.459 16.66 A1409007 52 60. 2.569 16.41 A1409007 53 60. 2.686 16.00 A1409007 54 60. 2.791 14.77 A1409007 55 60. 2.914 14.69 A1409007 56 ENDDATA 44 0 A1409007 57 ENDSUBENT 56 0 A140900799999 ENDENTRY 7 0 A140999999999 ENTRY C A1412 20250921 SUBENT C A1412001 20250921 BIB 11 28 A1412001 2 TITLE Study of alpha + d and 3He + t clustering in 6Li A1412001 3 with a two-mode, finite-range analysis of the A1412001 4 6Li(p,3He)4He reaction A1412001 5 INSTITUTE (1USAFSU) A1412001 6 REFERENCE (J,PR/C,8,106,1973) A1412001 7 AUTHOR (M.F.Werby,M.B.Greenfield,K.W.Kemper,D.L.Mcshan, A1412001 8 S.Edwards) A1412001 9 FACILITY (VDGT,1USAFSU) A1412001 10 MONITOR (3-LI-6(P,EL)3-LI-6,,DA) A1412001 11 MONIT-REF (A1431001,H.G.Bingham+,J,NP/A,173,265,1971) A1412001 12 SAMPLE (3-LI-6,ENR=0.999) Thickness was 15 ug/cm2. Targets A1412001 13 of 99.9% isotopically enriched 6Li were prepared by A1412001 14 slowly evaporating the enriched metal onto a thin A1412001 15 Formvar backing a few hours before running. A1412001 16 DETECTOR (TELES,SIBAR) A Si surface-barrier consisting of a A1412001 17 50-um transmission counter and 300-um stopping counter.A1412001 18 ERR-ANALYS (ERR-SYS) Total error in the absolute normalization A1412001 19 includes: A1412001 20 (ERR-2) the error in determining the monitor counter A1412001 21 solid angle 2%, A1412001 22 (ERR-3) beam current normalization 5%, A1412001 23 (ERR-4) error due to background subtraction from the A1412001 24 elastic proton yield in the monitor counter 5%, A1412001 25 (ERR-5) experimental error in the measured elastic A1412001 26 scattering cross section 4%. A1412001 27 HISTORY (19800730C) Compilation produced by Arzamas RFNC-VNIIEFA1412001 28 (19990220U)CNPD: corrected 4-dig. year and lower cases.A1412001 29 (20250921A) SD: Corrections in all Subents. A1412001 30 ENDBIB 28 0 A1412001 31 COMMON 6 3 A1412001 32 ANG-NRM ERR-SYS ERR-2 ERR-3 ERR-4 ERR-5 A1412001 33 ADEG PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A1412001 34 95. 10. 2. 5. 5. 4.A1412001 35 ENDCOMMON 3 0 A1412001 36 ENDSUBENT 35 0 A141200199999 SUBENT C A1412002 20250921 BIB 5 6 A1412002 2 REACTION (3-LI-6(P,HE3)2-HE-4,,DA) A1412002 3 REL-REF (A,A1416002,,W,GUN HAN,1973) Private communication A1412002 4 ERR-ANALYS Statistical errors typically smaller the data points. A1412002 5 STATUS (CURVE,,M.F.Werby+,J,PR/C,8,106,1973) Figure 4 A1412002 6 HISTORY (20250921A) SD: SF9=EXP deleted from REACTION code. A1412002 7 STATUS updated. ANG-ERR->ANG-ERR-D; DATA-ERR->ERR-DIG. A1412002 8 ENDBIB 6 0 A1412002 9 COMMON 2 3 A1412002 10 ANG-ERR-D ERR-DIG A1412002 11 ADEG MB/SR A1412002 12 0.8 0.07 A1412002 13 ENDCOMMON 3 0 A1412002 14 DATA 3 85 A1412002 15 EN ANG-CM DATA-CM A1412002 16 MEV ADEG MB/SR A1412002 17 12. 8.2 7.97 A1412002 18 12. 11.9 7.00 A1412002 19 12. 15.1 6.51 A1412002 20 12. 18.9 5.61 A1412002 21 12. 21.9 4.57 A1412002 22 12. 24.9 3.54 A1412002 23 12. 27.4 2.98 A1412002 24 12. 32.1 2.97 A1412002 25 12. 37.2 2.33 A1412002 26 12. 43.3 2.51 A1412002 27 12. 49.4 2.63 A1412002 28 12. 55.4 2.54 A1412002 29 12. 62.1 2.51 A1412002 30 12. 68.8 2.28 A1412002 31 12. 73.7 2.81 A1412002 32 12. 81.0 2.64 A1412002 33 12. 86.4 2.83 A1412002 34 12. 96.0 3.41 A1412002 35 12. 112.6 2.66 A1412002 36 12. 117.9 2.44 A1412002 37 12. 125.2 2.27 A1412002 38 12. 131.8 1.91 A1412002 39 12. 138.4 1.68 A1412002 40 12. 145.8 1.58 A1412002 41 12. 149.2 1.77 A1412002 42 12. 152.6 1.90 A1412002 43 12. 156.7 2.09 A1412002 44 12. 157.6 2.63 A1412002 45 12. 161.1 3.09 A1412002 46 12. 166.4 3.00 A1412002 47 12. 172.2 4.35 A1412002 48 14. 10.7 5.41 A1412002 49 14. 14.7 5.33 A1412002 50 14. 17.7 4.30 A1412002 51 14. 20.2 3.68 A1412002 52 14. 23.3 2.99 A1412002 53 14. 29.8 2.29 A1412002 54 14. 35.8 2.33 A1412002 55 14. 42.4 1.83 A1412002 56 14. 49.0 1.67 A1412002 57 14. 55.1 1.78 A1412002 58 14. 61.8 1.76 A1412002 59 14. 67.4 2.28 A1412002 60 14. 74.7 1.91 A1412002 61 14. 80.1 2.03 A1412002 62 14. 90.2 2.06 A1412002 63 14. 97.5 1.90 A1412002 64 14. 102.4 2.49 A1412002 65 14. 110.4 2.32 A1412002 66 14. 117.0 2.09 A1412002 67 14. 122.9 1.60 A1412002 68 14. 130.9 1.50 A1412002 69 14. 137.5 1.13 A1412002 70 14. 144.3 1.25 A1412002 71 14. 147.1 1.64 A1412002 72 14. 151.8 1.62 A1412002 73 14. 153.9 2.02 A1412002 74 14. 158.1 2.35 A1412002 75 14. 161.6 2.81 A1412002 76 14. 168.3 2.72 A1412002 77 16. 16.5 2.91 A1412002 78 16. 19.7 2.41 A1412002 79 16. 23.6 2.11 A1412002 80 16. 30.3 1.88 A1412002 81 16. 37.5 1.43 A1412002 82 16. 43.4 1.05 A1412002 83 16. 49.6 1.52 A1412002 84 16. 54.5 1.92 A1412002 85 16. 61.6 1.26 A1412002 86 16. 67.6 0.96 A1412002 87 16. 74.4 1.14 A1412002 88 16. 79.9 1.54 A1412002 89 16. 85.2 1.31 A1412002 90 16. 91.9 1.43 A1412002 91 16. 96.6 1.48 A1412002 92 16. 105.4 1.72 A1412002 93 16. 109.5 1.71 A1412002 94 16. 116.4 2.45 A1412002 95 16. 122.9 1.66 A1412002 96 16. 130.0 0.93 A1412002 97 16. 136.2 1.18 A1412002 98 16. 143.5 1.01 A1412002 99 16. 150.3 1.27 A1412002 100 16. 153.7 1.40 A1412002 101 16. 157.9 1.80 A1412002 102 ENDDATA 87 0 A1412002 103 ENDSUBENT 102 0 A141200299999 ENDENTRY 2 0 A141299999999 ENDTRANS 25 0 Z999999999999