ENTRY M0916 20241007 M133M0916 0 1 SUBENT M0916001 20241007 M133M0916 1 1 BIB 9 34 M0916 1 2 TITLE Reliable cross sections of partial photoneutron M0916 1 3 reactions on 188,189Os isotopes free of neutron M0916 1 4 multiplicity sorting problems. M0916 1 5 AUTHOR (V.V.Varlamov,M.A.Makarov,N.N.Peskov,M.E.Stepanov) M0916 1 6 REFERENCE (J,BAS,78,412,2014) M0916 1 7 #doi:10.3103/S1062873814050207 M0916 1 8 English translation of IZV,78,599,2014. M0916 1 9 (J,IZV,78,599,2014) M0916 1 10 #doi:10.7868/S0367676514050263 M0916 1 11 (R,MSU-INP-2013-1/884,2013) In Russian. M0916 1 12 INSTITUTE (4RUSMOS) M0916 1 13 INC-SOURCE (QMPH,ARAD) M0916 1 14 ANALYSIS The joint analysis of data for total (g,xn) and M0916 1 15 partial (g,n), (g,2n) and (g,3n) reactions obtained M0916 1 16 in various experiments was carried out. The new M0916 1 17 approach to analysis of systematic disagreements M0916 1 18 between data was proposed on the base of new criteria M0916 1 19 of systematic uncertainties presence - specially M0916 1 20 proposed transitional multiplicity functions M0916 1 21 Fi-theor = SIG(g,in)/SIG(g,xn). M0916 1 22 Using these functions calculated in the frame of M0916 1 23 combined photonuclear reaction model new reliable M0916 1 24 and free from problems of neutron multiplicity M0916 1 25 sorting data for photoneutron partial reactions M0916 1 26 cross sections M0916 1 27 SIG-eval(g,in) = Fi-theor x SIG-exp(g,xn) M0916 1 28 were evaluated using experimental neutron yield M0916 1 29 reaction cross sections SIG-exp(g,xn). M0916 1 30 ERR-ANALYS (DATA-ERR) Root-mean-square errors. M0916 1 31 STATUS (APRVD) Approved by V.Varlamov. M0916 1 32 HISTORY (20150901C) Data were compiled at the Russia MSU SINP M0916 1 33 CDFE by V.Varlamov. M0916 1 34 (20241007A) Corrected by V.Varlamov: REFERENCE, M0916 1 35 SUBENTs 010-017 added, ANALYSIS, STATUS. M0916 1 36 ENDBIB 34 0 M0916 1 37 NOCOMMON 0 0 M0916 1 38 ENDSUBENT 37 0 M0916 199999 SUBENT M0916002 20241007 M133M0916 2 1 BIB 5 24 M0916 2 2 REACTION ((76-OS-188(G,N)76-OS-187,,SIG,,,EVAL)+ M0916 2 3 (76-OS-188(G,N+P)75-RE-186,,SIG,,,EVAL)) M0916 2 4 ANALYSIS The contribution of partial reaction (g,n) cross M0916 2 5 section into the experimental total neutron yield M0916 2 6 reaction (g,xn) cross section obtained using M0916 2 7 quasimonoenergetic annihilation photons at Livermore M0916 2 8 (USA) was evaluated using specially theoretically M0916 2 9 calculated transitional multiplicity function - M0916 2 10 ratio M0916 2 11 F1-theor = SIG-theor(g,n)/SIG-theor(g,xn) M0916 2 12 by the way M0916 2 13 SIG-eval(g,n) = (F1-theor)x(SIG-exp(g,xn)). M0916 2 14 REL-REF (R,L0046008,B.L.Berman+,J,PR/C,19,1205,1979) M0916 2 15 Experimental data for the total neutron yield M0916 2 16 reaction (g,xn) cross section. M0916 2 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 2 18 Theoretical preequilibrium model of photonuclear M0916 2 19 reactions based on the Fermi gas densities. M0916 2 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 2 21 Data plotted in Fig. 3c. M0916 2 22 (DEP,L0011008) M0916 2 23 The total neutron yield reaction (g,xn) cross M0916 2 24 section. M0916 2 25 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 2 26 ENDBIB 24 0 M0916 2 27 NOCOMMON 0 0 M0916 2 28 DATA 3 84 M0916 2 29 EN DATA DATA-ERR M0916 2 30 MEV MB MB M0916 2 31 7.44 5.76 1.73 M0916 2 32 7.93 9.39 2.03 M0916 2 33 8.42 38.28 5.78 M0916 2 34 8.91 50.30 7.45 M0916 2 35 9.40 58.18 8.51 M0916 2 36 9.89 76.22 10.98 M0916 2 37 10.13 90.27 13.00 M0916 2 38 10.38 110.89 15.90 M0916 2 39 10.62 126.32 18.11 M0916 2 40 10.87 139.06 19.90 M0916 2 41 11.11 165.94 23.68 M0916 2 42 11.35 193.93 27.63 M0916 2 43 11.60 236.27 33.64 M0916 2 44 11.84 277.08 39.41 M0916 2 45 12.09 327.41 46.55 M0916 2 46 12.33 371.62 52.89 M0916 2 47 12.58 411.16 58.42 M0916 2 48 12.82 446.78 63.37 M0916 2 49 13.06 446.90 63.52 M0916 2 50 13.31 469.30 66.54 M0916 2 51 13.55 478.12 67.81 M0916 2 52 13.80 486.91 69.05 M0916 2 53 14.04 488.87 69.33 M0916 2 54 14.29 478.20 67.84 M0916 2 55 14.53 489.18 69.39 M0916 2 56 14.78 468.12 66.33 M0916 2 57 15.02 425.13 60.28 M0916 2 58 15.26 365.09 52.02 M0916 2 59 15.51 307.75 43.89 M0916 2 60 15.75 243.37 34.76 M0916 2 61 16.00 186.81 26.73 M0916 2 62 16.12 167.03 23.90 M0916 2 63 16.24 142.88 20.50 M0916 2 64 16.36 124.67 17.86 M0916 2 65 16.49 105.08 15.13 M0916 2 66 16.61 93.27 13.44 M0916 2 67 16.73 80.20 11.62 M0916 2 68 16.85 75.12 10.88 M0916 2 69 16.98 65.57 9.57 M0916 2 70 17.10 63.48 9.27 M0916 2 71 17.22 51.31 7.57 M0916 2 72 17.34 51.10 7.56 M0916 2 73 17.46 40.09 6.05 M0916 2 74 17.71 35.75 5.41 M0916 2 75 17.95 31.70 4.79 M0916 2 76 18.20 28.74 4.30 M0916 2 77 18.44 23.82 3.60 M0916 2 78 18.69 22.36 3.38 M0916 2 79 18.93 18.97 2.96 M0916 2 80 19.17 18.46 2.91 M0916 2 81 19.42 16.47 2.68 M0916 2 82 19.66 16.14 2.65 M0916 2 83 19.91 14.86 2.47 M0916 2 84 20.15 13.68 2.15 M0916 2 85 20.40 13.21 2.32 M0916 2 86 20.64 13.33 2.38 M0916 2 87 20.89 13.96 2.44 M0916 2 88 21.13 13.99 2.50 M0916 2 89 21.37 12.84 2.40 M0916 2 90 21.62 15.46 2.71 M0916 2 91 21.86 18.64 3.08 M0916 2 92 22.11 20.12 3.30 M0916 2 93 22.35 22.10 3.64 M0916 2 94 22.60 17.19 2.88 M0916 2 95 22.84 23.32 4.03 M0916 2 96 23.09 21.50 3.98 M0916 2 97 23.33 20.59 3.90 M0916 2 98 23.57 18.99 3.72 M0916 2 99 23.82 17.21 2.92 M0916 2 100 24.06 15.82 2.74 M0916 2 101 24.31 15.16 3.19 M0916 2 102 24.55 11.85 2.82 M0916 2 103 25.04 11.86 2.63 M0916 2 104 25.53 10.44 2.38 M0916 2 105 26.02 6.73 2.05 M0916 2 106 26.51 3.06 1.85 M0916 2 107 27. 4.61 1.79 M0916 2 108 27.48 4.46 1.78 M0916 2 109 27.97 4.63 1.71 M0916 2 110 28.46 3.22 1.59 M0916 2 111 28.95 1.77 1.48 M0916 2 112 29.44 2.66 1.98 M0916 2 113 29.93 1.40 2.01 M0916 2 114 30.42 3.19 2.20 M0916 2 115 ENDDATA 86 0 M0916 2 116 ENDSUBENT 115 0 M0916 299999 SUBENT M0916003 20241007 M133M0916 3 1 BIB 5 24 M0916 3 2 REACTION ((76-OS-188(G,2N)76-OS-186,,SIG,,,EVAL)+ M0916 3 3 (76-OS-188(G,2N+P)75-RE-185,,SIG,,,EVAL)) M0916 3 4 ANALYSIS The contribution of partial reaction (g,2n) cross M0916 3 5 section into the experimental total neutron yield M0916 3 6 reaction (g,xn) cross section obtained using M0916 3 7 quasimonoenergetic annihilation photons at Livermore M0916 3 8 (USA) was evaluated using specially theoretically M0916 3 9 calculated transitional multiplicity function - M0916 3 10 ratio M0916 3 11 F2-theor = SIG-theor(g,2n)/SIG-theor(g,xn) M0916 3 12 by the way M0916 3 13 SIG-eval(g,2n) = (F2-theor)x(SIG-exp(g,xn)). M0916 3 14 REL-REF (R,L0046008,B.L.Berman+,J,PR/C,19,1205,1979) M0916 3 15 Experimental data for the total neutron yield M0916 3 16 reaction (g,xn) cross section. M0916 3 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 3 18 Theoretical preequilibrium model of photonuclear M0916 3 19 reactions based on the Fermi gas densities. M0916 3 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 3 21 Data plotted in Fig. 3d. M0916 3 22 (DEP,L0011008) M0916 3 23 The total neutron yield reaction (g,xn) cross M0916 3 24 section. M0916 3 25 HISTORY (20241007U) Corrected by V.Varlamov: ANALYSIS, STATUS. M0916 3 26 ENDBIB 24 0 M0916 3 27 NOCOMMON 0 0 M0916 3 28 DATA 3 60 M0916 3 29 EN DATA DATA-ERR M0916 3 30 MEV MB MB M0916 3 31 14.53 7.25 8.55 M0916 3 32 14.78 26.44 16.60 M0916 3 33 15.02 55.72 24.46 M0916 3 34 15.26 90.68 31.52 M0916 3 35 15.51 126.62 37.76 M0916 3 36 15.75 153.39 41.19 M0916 3 37 16.00 171.09 42.71 M0916 3 38 16.12 179.66 43.67 M0916 3 39 16.24 180.74 42.92 M0916 3 40 16.36 184.35 42.86 M0916 3 41 16.49 177.33 40.67 M0916 3 42 16.61 179.15 40.53 M0916 3 43 16.73 170.58 38.30 M0916 3 44 16.85 176.42 39.25 M0916 3 45 16.98 168.96 37.42 M0916 3 46 17.10 176.75 38.93 M0916 3 47 17.22 154.01 33.91 M0916 3 48 17.34 161.78 35.53 M0916 3 49 17.46 133.37 29.46 M0916 3 50 17.71 129.29 28.47 M0916 3 51 17.95 122.66 26.87 M0916 3 52 18.20 118.61 25.80 M0916 3 53 18.44 103.68 22.59 M0916 3 54 18.69 101.85 22.16 M0916 3 55 18.93 89.87 19.81 M0916 3 56 19.17 89.82 19.88 M0916 3 57 19.42 81.93 18.42 M0916 3 58 19.66 81.75 18.47 M0916 3 59 19.91 77.04 17.51 M0916 3 60 20.15 72.18 15.91 M0916 3 61 20.40 70.23 16.45 M0916 3 62 20.64 70.84 16.74 M0916 3 63 20.89 73.79 17.28 M0916 3 64 21.13 72.33 17.22 M0916 3 65 21.37 63.39 15.60 M0916 3 66 21.62 71.39 17.12 M0916 3 67 21.86 80.01 18.78 M0916 3 68 22.11 79.86 18.84 M0916 3 69 22.35 81.40 19.37 M0916 3 70 22.60 59.32 14.33 M0916 3 71 22.84 76.65 18.84 M0916 3 72 23.09 68.99 17.65 M0916 3 73 23.33 65.43 17.08 M0916 3 74 23.57 59.93 16.17 M0916 3 75 23.82 53.36 13.77 M0916 3 76 24.06 47.60 12.83 M0916 3 77 24.31 43.70 13.36 M0916 3 78 24.55 32.48 10.95 M0916 3 79 25.04 28.89 10.25 M0916 3 80 25.53 22.46 8.80 M0916 3 81 26.02 13.02 6.12 M0916 3 82 26.51 5.40 3.90 M0916 3 83 27. 7.41 4.33 M0916 3 84 27.48 6.57 4.05 M0916 3 85 27.97 6.35 3.94 M0916 3 86 28.46 4.18 3.00 M0916 3 87 28.95 2.18 2.17 M0916 3 88 29.44 3.12 2.91 M0916 3 89 29.93 1.58 2.45 M0916 3 90 30.42 3.51 3.18 M0916 3 91 ENDDATA 62 0 M0916 3 92 ENDSUBENT 91 0 M0916 399999 SUBENT M0916004 20241007 M133M0916 4 1 BIB 5 24 M0916 4 2 REACTION ((76-OS-188(G,3N)76-OS-185,,SIG,,,EVAL)+ M0916 4 3 (76-OS-188(G,3N+P)75-RE-184,,SIG,,,EVAL)) M0916 4 4 ANALYSIS The contribution of partial reaction (g,3n) cross M0916 4 5 section into the experimental total neutron yield M0916 4 6 reaction (g,xn) cross section obtained using M0916 4 7 quasimonoenergetic annihilation photons at Livermore M0916 4 8 (USA) was evaluated using specially theoretically M0916 4 9 calculated transitional multiplicity function - M0916 4 10 ratio M0916 4 11 F3-theor = SIG-theor(g,3n)/SIG-theor(g,xn) M0916 4 12 by the way M0916 4 13 SIG-eval(g,3n) = (F3-theor)x(SIG-exp(g,xn)). M0916 4 14 REL-REF (R,L0046008,B.L.Berman+,J,PR/C,19,1205,1979) M0916 4 15 Experimental data for the total neutron yield M0916 4 16 reaction (g,xn) cross section. M0916 4 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 4 18 Theoretical preequilibrium model of photonuclear M0916 4 19 reactions based on the Fermi gas densities. M0916 4 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 4 21 Data plotted in Fig. 3e. M0916 4 22 (DEP,L0011008) M0916 4 23 The total neutron yield reaction (g,xn) cross M0916 4 24 section. M0916 4 25 HISTORY (20241007U) Corrected by V.Varlamov: ANALYSIS, STATUS. M0916 4 26 ENDBIB 24 0 M0916 4 27 NOCOMMON 0 0 M0916 4 28 DATA 3 19 M0916 4 29 EN DATA DATA-ERR M0916 4 30 MEV MB MB M0916 4 31 23.09 0.34 1.04 M0916 4 32 23.33 1.63 2.27 M0916 4 33 23.57 3.71 3.38 M0916 4 34 23.82 6.36 4.32 M0916 4 35 24.06 9.49 5.27 M0916 4 36 24.31 13.36 6.56 M0916 4 37 24.55 14.08 6.44 M0916 4 38 25.04 21.72 8.59 M0916 4 39 25.53 25.86 9.60 M0916 4 40 26.02 20.70 8.46 M0916 4 41 26.51 11.15 7.33 M0916 4 42 27. 19.02 8.82 M0916 4 43 27.48 20.22 9.49 M0916 4 44 27.97 22.42 9.89 M0916 4 45 28.46 16.32 8.96 M0916 4 46 28.95 9.34 8.08 M0916 4 47 29.44 14.39 11.26 M0916 4 48 29.93 7.76 11.28 M0916 4 49 30.42 17.73 12.92 M0916 4 50 ENDDATA 21 0 M0916 4 51 ENDSUBENT 50 0 M0916 499999 SUBENT M0916005 20241007 M133M0916 5 1 BIB 4 12 M0916 5 2 REACTION (76-OS-188(G,X)0-NN-1,UNW,SIG,,,EVAL) M0916 5 3 ANALYSIS The total neutron reaction cross section obtained as M0916 5 4 sum: SIG(g,sn) = SIG(g,n) + SIG(g,2n) + SIG(g,3n). M0916 5 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 5 6 Data plotted in Fig. 3b. M0916 5 7 (DEP,M0916002) M0916 5 8 Evaluated (g,n) reaction cross section. M0916 5 9 (DEP,M0916003) M0916 5 10 Evaluated (g,2n) reaction cross section. M0916 5 11 (DEP,M0916004) M0916 5 12 Evaluated (g,3n) reaction cross section. M0916 5 13 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 5 14 ENDBIB 12 0 M0916 5 15 NOCOMMON 0 0 M0916 5 16 DATA 3 84 M0916 5 17 EN DATA DATA-ERR M0916 5 18 MEV MB MB M0916 5 19 7.44 5.76 1.73 M0916 5 20 7.93 9.39 2.03 M0916 5 21 8.42 38.28 5.78 M0916 5 22 8.91 50.3 7.45 M0916 5 23 9.40 58.18 8.51 M0916 5 24 9.89 76.22 10.98 M0916 5 25 10.13 90.27 13.00 M0916 5 26 10.38 110.89 15.90 M0916 5 27 10.62 126.32 18.11 M0916 5 28 10.87 139.06 19.90 M0916 5 29 11.11 165.94 23.68 M0916 5 30 11.35 193.93 27.63 M0916 5 31 11.60 236.27 33.64 M0916 5 32 11.84 277.08 39.41 M0916 5 33 12.09 327.41 46.55 M0916 5 34 12.33 371.62 52.89 M0916 5 35 12.58 411.16 58.42 M0916 5 36 12.82 446.78 63.37 M0916 5 37 13.06 446.9 63.52 M0916 5 38 13.31 469.3 66.54 M0916 5 39 13.55 478.12 67.81 M0916 5 40 13.80 486.91 69.05 M0916 5 41 14.04 488.87 69.33 M0916 5 42 14.29 478.2 67.84 M0916 5 43 14.53 496.44 69.91 M0916 5 44 14.78 494.55 68.37 M0916 5 45 15.02 480.84 65.06 M0916 5 46 15.26 455.78 60.83 M0916 5 47 15.51 434.37 57.90 M0916 5 48 15.75 396.77 53.90 M0916 5 49 16.00 357.91 50.39 M0916 5 50 16.12 346.69 49.78 M0916 5 51 16.24 323.62 47.57 M0916 5 52 16.36 309.02 46.43 M0916 5 53 16.49 282.42 43.39 M0916 5 54 16.61 272.43 42.70 M0916 5 55 16.73 250.79 40.03 M0916 5 56 16.85 251.54 40.74 M0916 5 57 16.98 234.53 38.62 M0916 5 58 17.10 240.24 40.01 M0916 5 59 17.22 205.32 34.74 M0916 5 60 17.34 212.89 36.33 M0916 5 61 17.46 173.46 30.08 M0916 5 62 17.71 165.05 28.98 M0916 5 63 17.95 154.36 27.29 M0916 5 64 18.20 147.35 26.15 M0916 5 65 18.44 127.51 22.88 M0916 5 66 18.69 124.22 22.42 M0916 5 67 18.93 108.85 20.03 M0916 5 68 19.17 108.28 20.10 M0916 5 69 19.42 98.40 18.61 M0916 5 70 19.66 97.89 18.66 M0916 5 71 19.91 91.91 17.68 M0916 5 72 20.15 85.86 16.06 M0916 5 73 20.40 83.44 16.61 M0916 5 74 20.64 84.18 16.91 M0916 5 75 20.89 87.76 17.45 M0916 5 76 21.13 86.32 17.41 M0916 5 77 21.37 76.24 15.79 M0916 5 78 21.62 86.86 17.34 M0916 5 79 21.86 98.66 19.03 M0916 5 80 22.11 99.99 19.13 M0916 5 81 22.35 103.50 19.70 M0916 5 82 22.60 76.52 14.61 M0916 5 83 22.84 99.97 19.26 M0916 5 84 23.09 90.83 18.12 M0916 5 85 23.33 87.67 17.67 M0916 5 86 23.57 82.65 16.94 M0916 5 87 23.82 76.94 14.73 M0916 5 88 24.06 72.92 14.14 M0916 5 89 24.31 72.23 15.23 M0916 5 90 24.55 58.41 13.02 M0916 5 91 25.04 62.47 13.63 M0916 5 92 25.53 58.77 13.24 M0916 5 93 26.02 40.46 10.65 M0916 5 94 26.51 19.62 8.50 M0916 5 95 27. 31.06 9.99 M0916 5 96 27.48 31.26 10.47 M0916 5 97 27.97 33.41 10.78 M0916 5 98 28.46 23.73 9.59 M0916 5 99 28.95 13.31 8.50 M0916 5 100 29.44 20.18 11.80 M0916 5 101 29.93 10.75 11.72 M0916 5 102 30.42 24.44 13.49 M0916 5 103 ENDDATA 86 0 M0916 5 104 ENDSUBENT 103 0 M0916 599999 SUBENT M0916006 20241007 M133M0916 6 1 BIB 5 24 M0916 6 2 REACTION ((76-OS-189(G,N)76-OS-188,,SIG,,,EVAL)+ M0916 6 3 (76-OS-189(G,N+P)75-RE-187,,SIG,,,EVAL)) M0916 6 4 ANALYSIS The contribution of partial reaction (g,n) cross M0916 6 5 section into the experimental total neutron yield M0916 6 6 reaction (g,xn) cross section obtained using M0916 6 7 quasimonoenergetic annihilation photons at Livermore M0916 6 8 (USA) was evaluated using specially theoretically M0916 6 9 calculated transitional multiplicity function - M0916 6 10 ratio M0916 6 11 F1-theor = SIG-theor(g,n)/SIG-theor(g,xn) M0916 6 12 by the way M0916 6 13 SIG-eval(g,n) = (F1-theor)x(SIG-exp(g,xn)). M0916 6 14 REL-REF (R,L0046012,B.L.Berman+,J,PR/C,19,1205,1979) M0916 6 15 Experimental data for the total neutron yield M0916 6 16 reaction (g,xn) cross section. M0916 6 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 6 18 Theoretical preequilibrium model of photonuclear M0916 6 19 reactions based on the Fermi gas densities. M0916 6 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 6 21 Data plotted in Fig. 8c. M0916 6 22 (DEP,L0011008) M0916 6 23 The total neutron yield reaction (g,xn) cross M0916 6 24 section. M0916 6 25 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 6 26 ENDBIB 24 0 M0916 6 27 NOCOMMON 0 0 M0916 6 28 DATA 3 77 M0916 6 29 EN DATA DATA-ERR M0916 6 30 MEV MB MB M0916 6 31 7.44 24.27 3.27 M0916 6 32 7.93 29.56 3.59 M0916 6 33 8.42 37.29 4.31 M0916 6 34 8.91 46.01 5.14 M0916 6 35 9.40 59.37 6.38 M0916 6 36 9.89 83.86 8.69 M0916 6 37 10.13 87.33 9.09 M0916 6 38 10.38 103.28 10.69 M0916 6 39 10.62 126.21 12.94 M0916 6 40 10.87 146.86 15.03 M0916 6 41 11.11 170.51 17.35 M0916 6 42 11.35 198.77 20.20 M0916 6 43 11.60 239.55 24.31 M0916 6 44 11.84 287.01 29.04 M0916 6 45 12.09 337.15 34.08 M0916 6 46 12.33 390.95 39.48 M0916 6 47 12.58 419.21 42.32 M0916 6 48 12.82 440.69 44.49 M0916 6 49 13.06 451.41 45.55 M0916 6 50 13.31 466.08 46.99 M0916 6 51 13.55 469.54 47.39 M0916 6 52 13.80 467.05 47.12 M0916 6 53 14.04 446.77 45.07 M0916 6 54 14.29 400.16 40.41 M0916 6 55 14.53 353.25 35.61 M0916 6 56 14.78 292.30 29.41 M0916 6 57 15.02 238.97 24.10 M0916 6 58 15.26 193.58 19.80 M0916 6 59 15.51 153.58 15.78 M0916 6 60 15.75 128.98 13.29 M0916 6 61 16.00 109.97 11.40 M0916 6 62 16.24 89.94 9.40 M0916 6 63 16.49 76.40 8.05 M0916 6 64 16.73 65.07 6.93 M0916 6 65 16.98 59.51 6.37 M0916 6 66 17.22 50.91 5.49 M0916 6 67 17.46 44.31 4.84 M0916 6 68 17.71 37.76 4.21 M0916 6 69 17.95 32.30 3.72 M0916 6 70 18.20 29.72 3.48 M0916 6 71 18.44 26.07 3.11 M0916 6 72 18.69 25.99 3.11 M0916 6 73 18.93 22.09 2.84 M0916 6 74 19.17 18.34 2.66 M0916 6 75 19.42 18.62 2.68 M0916 6 76 19.66 19.41 2.76 M0916 6 77 19.91 16.74 2.47 M0916 6 78 20.15 16.88 2.40 M0916 6 79 20.40 16.50 2.61 M0916 6 80 20.64 16.49 2.50 M0916 6 81 20.89 14.47 2.30 M0916 6 82 21.13 16.81 2.78 M0916 6 83 21.37 16.00 2.84 M0916 6 84 21.62 18.32 2.97 M0916 6 85 21.86 16.46 2.88 M0916 6 86 22.11 21.16 3.19 M0916 6 87 22.35 16.64 3.04 M0916 6 88 22.60 15.03 3.13 M0916 6 89 22.84 17.40 3.28 M0916 6 90 23.09 17.60 3.33 M0916 6 91 23.33 18.82 3.44 M0916 6 92 23.57 17.75 3.18 M0916 6 93 23.82 17.51 2.57 M0916 6 94 24.06 16.41 2.46 M0916 6 95 24.31 14.22 2.85 M0916 6 96 24.55 14.43 2.71 M0916 6 97 25.04 13.81 2.68 M0916 6 98 25.53 10.47 2.20 M0916 6 99 26.02 6.78 2.10 M0916 6 100 26.51 6.65 2.10 M0916 6 101 27. 7.24 1.96 M0916 6 102 27.48 5.26 1.90 M0916 6 103 27.97 4.75 1.80 M0916 6 104 28.46 3.17 1.65 M0916 6 105 28.95 2.11 1.57 M0916 6 106 29.44 3.27 1.66 M0916 6 107 29.93 1.49 1.66 M0916 6 108 ENDDATA 79 0 M0916 6 109 ENDSUBENT 108 0 M0916 699999 SUBENT M0916007 20241007 M133M0916 7 1 BIB 5 24 M0916 7 2 REACTION ((76-OS-189(G,2N)76-OS-187,,SIG,,,EVAL)+ M0916 7 3 (76-OS-189(G,2N+P)75-RE-186,,SIG,,,EVAL)) M0916 7 4 ANALYSIS The contribution of partial reaction (g,2n) cross M0916 7 5 section into the experimental total neutron yield M0916 7 6 reaction (g,xn) cross section obtained using M0916 7 7 quasimonoenergetic annihilation photons at Livermore M0916 7 8 (USA) was evaluated using specially theoretically M0916 7 9 calculated transitional multiplicity function - M0916 7 10 ratio M0916 7 11 F2-theor = SIG-theor(g,2n)/SIG-theor(g,xn) M0916 7 12 by the way M0916 7 13 SIG-eval(g,2n) = (F2-theor)x(SIG-exp(g,xn)). M0916 7 14 REL-REF (R,L0046012,B.L.Berman+,J,PR/C,19,1205,1979) M0916 7 15 Experimental data for the total neutron yield M0916 7 16 reaction (g,xn) cross section. M0916 7 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 7 18 Theoretical preequilibrium model of photonuclear M0916 7 19 reactions based on the Fermi gas densities. M0916 7 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 7 21 Data plotted in Fig. 8d. M0916 7 22 (DEP,L0011008) M0916 7 23 The total neutron yield reaction (g,xn) cross M0916 7 24 section. M0916 7 25 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 7 26 ENDBIB 24 0 M0916 7 27 NOCOMMON 0 0 M0916 7 28 DATA 3 56 M0916 7 29 EN DATA DATA-ERR M0916 7 30 MEV MB MB M0916 7 31 13.80 6.27 0.63 M0916 7 32 14.04 26.79 2.70 M0916 7 33 14.29 59.23 5.98 M0916 7 34 14.53 101.33 10.21 M0916 7 35 14.78 142.09 14.29 M0916 7 36 15.02 179.35 18.08 M0916 7 37 15.26 211.04 21.59 M0916 7 38 15.51 219.10 22.52 M0916 7 39 15.75 224.73 23.16 M0916 7 40 16.00 223.67 23.20 M0916 7 41 16.24 206.88 21.62 M0916 7 42 16.49 189.24 19.94 M0916 7 43 16.73 168.81 17.99 M0916 7 44 16.98 160.66 17.19 M0916 7 45 17.22 143.41 15.46 M0916 7 46 17.46 131.81 14.41 M0916 7 47 17.71 117.98 13.18 M0916 7 48 17.95 105.93 12.21 M0916 7 49 18.20 100.88 11.81 M0916 7 50 18.44 91.32 10.92 M0916 7 51 18.69 93.17 11.15 M0916 7 52 18.93 81.44 10.49 M0916 7 53 19.17 69.24 10.06 M0916 7 54 19.42 71.80 10.33 M0916 7 55 19.66 76.16 10.83 M0916 7 56 19.91 67.23 9.94 M0916 7 57 20.15 68.83 9.80 M0916 7 58 20.40 67.89 10.75 M0916 7 59 20.64 67.76 10.27 M0916 7 60 20.89 58.88 9.36 M0916 7 61 21.13 66.14 10.95 M0916 7 62 21.37 59.97 10.65 M0916 7 63 21.62 64.39 10.44 M0916 7 64 21.86 53.14 9.32 M0916 7 65 22.11 61.58 9.30 M0916 7 66 22.35 43.34 7.92 M0916 7 67 22.60 34.76 7.24 M0916 7 68 22.84 35.53 6.70 M0916 7 69 23.09 32.13 6.07 M0916 7 70 23.33 31.12 5.69 M0916 7 71 23.57 26.99 4.84 M0916 7 72 23.82 24.86 3.65 M0916 7 73 24.06 22.20 3.33 M0916 7 74 24.31 18.53 3.72 M0916 7 75 24.55 18.05 3.39 M0916 7 76 25.04 16.23 3.15 M0916 7 77 25.53 11.62 2.44 M0916 7 78 26.02 7.21 2.23 M0916 7 79 26.51 6.80 2.15 M0916 7 80 27. 7.11 1.93 M0916 7 81 27.48 4.99 1.80 M0916 7 82 27.97 4.36 1.66 M0916 7 83 28.46 2.83 1.47 M0916 7 84 28.95 1.84 1.37 M0916 7 85 29.44 2.78 1.41 M0916 7 86 29.93 1.24 1.38 M0916 7 87 ENDDATA 58 0 M0916 7 88 ENDSUBENT 87 0 M0916 799999 SUBENT M0916008 20241007 M133M0916 8 1 BIB 5 24 M0916 8 2 REACTION ((76-OS-189(G,3N)76-OS-186,,SIG,,,EVAL)+ M0916 8 3 (76-OS-189(G,3N+P)75-RE-185,,SIG,,,EVAL)) M0916 8 4 ANALYSIS The contribution of partial reaction (g,3n) cross M0916 8 5 section into the experimental total neutron yield M0916 8 6 reaction (g,xn) cross section obtained using M0916 8 7 quasimonoenergetic annihilation photons at Livermore M0916 8 8 (USA) was evaluated using specially theoretically M0916 8 9 calculated transitional multiplicity function - M0916 8 10 ratio M0916 8 11 F3-theor = SIG-theor(g,3n)/SIG-theor(g,xn) M0916 8 12 by the way M0916 8 13 SIG-eval(g,3n) = (F3-theor)x(SIG-exp(g,xn)). M0916 8 14 REL-REF (R,L0046012,B.L.Berman+,J,PR/C,19,1205,1979) M0916 8 15 Experimental data for the total neutron yield M0916 8 16 reaction (g,xn) cross section. M0916 8 17 (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M0916 8 18 Theoretical preequilibrium model of photonuclear M0916 8 19 reactions based on the Fermi gas densities. M0916 8 20 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 8 21 Data plotted in Fig. 8e. M0916 8 22 (DEP,L0011008) M0916 8 23 The total neutron yield reaction (g,xn) cross M0916 8 24 section. M0916 8 25 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 8 26 ENDBIB 24 0 M0916 8 27 NOCOMMON 0 0 M0916 8 28 DATA 3 27 M0916 8 29 EN DATA DATA-ERR M0916 8 30 MEV MB MB M0916 8 31 20.89 0.04 0.01 M0916 8 32 21.13 0.80 0.13 M0916 8 33 21.37 1.95 0.34 M0916 8 34 21.62 4.14 0.67 M0916 8 35 21.86 5.84 1.02 M0916 8 36 22.11 10.59 1.59 M0916 8 37 22.35 10.80 1.97 M0916 8 38 22.60 11.91 2.48 M0916 8 39 22.84 16.09 3.03 M0916 8 40 23.09 18.55 3.51 M0916 8 41 23.33 22.36 4.08 M0916 8 42 23.57 23.53 4.22 M0916 8 43 23.82 25.78 3.78 M0916 8 44 24.06 26.76 4.02 M0916 8 45 24.31 25.59 5.14 M0916 8 46 24.55 28.45 5.35 M0916 8 47 25.04 32.11 6.24 M0916 8 48 25.53 28.13 5.92 M0916 8 49 26.02 20.57 6.37 M0916 8 50 26.51 22.38 7.08 M0916 8 51 27. 26.40 7.15 M0916 8 52 27.48 20.54 7.43 M0916 8 53 27.97 19.55 7.42 M0916 8 54 28.46 13.61 7.09 M0916 8 55 28.95 9.37 6.99 M0916 8 56 29.44 14.76 7.49 M0916 8 57 29.93 6.75 7.51 M0916 8 58 ENDDATA 29 0 M0916 8 59 ENDSUBENT 58 0 M0916 899999 SUBENT M0916009 20241007 M133M0916 9 1 BIB 4 12 M0916 9 2 REACTION (76-OS-189(G,X)0-NN-1,UNW,SIG,,,EVAL) M0916 9 3 ANALYSIS The total neutron reaction cross section obtained M0916 9 4 as sum: SIG(g,sn) = SIG(g,n) + SIG(g,2n) + SIG(g,3n). M0916 9 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 9 6 Data plotted in Fig. 8b. M0916 9 7 (DEP,M0916006) M0916 9 8 Evaluated (g,n) reaction cross section. M0916 9 9 (DEP,M0916007) M0916 9 10 Evaluated (g,2n) reaction cross section. M0916 9 11 (DEP,M0916008) M0916 9 12 Evaluated (g,3n) reaction cross section. M0916 9 13 HISTORY (20241007U) Corrected by V.Varlamov: STATUS. M0916 9 14 ENDBIB 12 0 M0916 9 15 NOCOMMON 0 0 M0916 9 16 DATA 3 77 M0916 9 17 EN DATA DATA-ERR M0916 9 18 MEV MB MB M0916 9 19 7.44 24.27 3.27 M0916 9 20 7.93 29.56 3.59 M0916 9 21 8.42 37.29 4.31 M0916 9 22 8.91 46.01 5.14 M0916 9 23 9.40 59.37 6.38 M0916 9 24 9.89 83.86 8.69 M0916 9 25 10.13 87.33 9.09 M0916 9 26 10.38 103.28 10.69 M0916 9 27 10.62 126.21 12.94 M0916 9 28 10.87 146.86 15.03 M0916 9 29 11.11 170.51 17.35 M0916 9 30 11.35 198.77 20.20 M0916 9 31 11.60 239.55 24.31 M0916 9 32 11.84 287.01 29.04 M0916 9 33 12.09 337.15 34.08 M0916 9 34 12.33 390.95 39.48 M0916 9 35 12.58 419.21 42.32 M0916 9 36 12.82 440.69 44.49 M0916 9 37 13.06 451.41 45.55 M0916 9 38 13.31 466.08 46.99 M0916 9 39 13.55 469.54 47.39 M0916 9 40 13.80 473.32 47.13 M0916 9 41 14.04 473.56 45.15 M0916 9 42 14.29 459.39 40.85 M0916 9 43 14.53 454.59 37.05 M0916 9 44 14.78 434.40 32.70 M0916 9 45 15.02 418.32 30.13 M0916 9 46 15.26 404.63 29.29 M0916 9 47 15.51 372.69 27.50 M0916 9 48 15.75 353.72 26.70 M0916 9 49 16.00 333.64 25.85 M0916 9 50 16.24 296.82 23.58 M0916 9 51 16.49 265.64 21.51 M0916 9 52 16.73 233.89 19.28 M0916 9 53 16.98 220.17 18.34 M0916 9 54 17.22 194.33 16.40 M0916 9 55 17.46 176.12 15.20 M0916 9 56 17.71 155.75 13.84 M0916 9 57 17.95 138.24 12.77 M0916 9 58 18.20 130.61 12.31 M0916 9 59 18.44 117.40 11.36 M0916 9 60 18.69 119.17 11.58 M0916 9 61 18.93 103.54 10.87 M0916 9 62 19.17 87.58 10.41 M0916 9 63 19.42 90.42 10.67 M0916 9 64 19.66 95.58 11.18 M0916 9 65 19.91 83.97 10.24 M0916 9 66 20.15 85.71 10.09 M0916 9 67 20.40 84.39 11.06 M0916 9 68 20.64 84.26 10.57 M0916 9 69 20.89 73.41 9.64 M0916 9 70 21.13 83.76 11.29 M0916 9 71 21.37 77.94 11.03 M0916 9 72 21.62 86.86 10.88 M0916 9 73 21.86 75.44 9.82 M0916 9 74 22.11 93.34 9.96 M0916 9 75 22.35 70.80 8.71 M0916 9 76 22.60 61.72 8.27 M0916 9 77 22.84 69.03 8.05 M0916 9 78 23.09 68.28 7.77 M0916 9 79 23.33 72.31 7.80 M0916 9 80 23.57 68.27 7.17 M0916 9 81 23.82 68.16 5.85 M0916 9 82 24.06 65.38 5.78 M0916 9 83 24.31 58.35 6.96 M0916 9 84 24.55 60.95 6.90 M0916 9 85 25.04 62.15 7.49 M0916 9 86 25.53 50.23 6.77 M0916 9 87 26.02 34.57 7.07 M0916 9 88 26.51 35.84 7.70 M0916 9 89 27. 40.76 7.67 M0916 9 90 27.48 30.80 7.88 M0916 9 91 27.97 28.67 7.82 M0916 9 92 28.46 19.61 7.43 M0916 9 93 28.95 13.32 7.29 M0916 9 94 29.44 20.82 7.80 M0916 9 95 29.93 9.49 7.82 M0916 9 96 ENDDATA 79 0 M0916 9 97 ENDSUBENT 96 0 M0916 999999 SUBENT M0916010 20241007 M133M0916 10 1 BIB 4 7 M0916 10 2 REACTION (76-OS-188(G,X)0-NN-1,,INT,,,DERIV) M0916 10 3 ANALYSIS Integration of evaluated cross section. M0916 10 4 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 10 5 Data from the Table 2. M0916 10 6 (DEP,M0916005) Evaluated cross section. M0916 10 7 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 10 8 CDFE by V.Varlamov. M0916 10 9 ENDBIB 7 0 M0916 10 10 NOCOMMON 0 0 M0916 10 11 DATA 3 3 M0916 10 12 EN-MAX DATA DATA-ERR M0916 10 13 MEV MB*MEV MB*MEV M0916 10 14 14.3 1394.3 49.6 M0916 10 15 22.5 3158.1 71.0 M0916 10 16 31.0 3521.4 74.5 M0916 10 17 ENDDATA 5 0 M0916 10 18 ENDSUBENT 17 0 M0916 1099999 SUBENT M0916011 20241007 M133M0916 11 1 BIB 4 8 M0916 11 2 REACTION ((76-OS-188(G,N)76-OS-187,,INT,,,DERIV)+ M0916 11 3 (76-OS-188(G,N+P)75-RE-186,,INT,,,DERIV)) M0916 11 4 ANALYSIS Integration of evaluated cross section. M0916 11 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 11 6 Data from the Table 2. M0916 11 7 (DEP,M0916002) Evaluated cross section. M0916 11 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 11 9 CDFE by V.Varlamov. M0916 11 10 ENDBIB 8 0 M0916 11 11 NOCOMMON 0 0 M0916 11 12 DATA 3 3 M0916 11 13 EN-MAX DATA DATA-ERR M0916 11 14 MEV MB*MEV MB*MEV M0916 11 15 14.3 1394.3 49.6 M0916 11 16 22.5 2333.2 62.6 M0916 11 17 31.0 2402.5 62.8 M0916 11 18 ENDDATA 5 0 M0916 11 19 ENDSUBENT 18 0 M0916 1199999 SUBENT M0916012 20241007 M133M0916 12 1 BIB 4 8 M0916 12 2 REACTION ((76-OS-188(G,2N)76-OS-186,,INT,,,DERIV)+ M0916 12 3 (76-OS-188(G,2N+P)75-RE-185,,INT,,,DERIV)) M0916 12 4 ANALYSIS Integration of evaluated cross section. M0916 12 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 12 6 Data from the Table 2. M0916 12 7 (DEP,M0916003) Evaluated cross section. M0916 12 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 12 9 CDFE by V.Varlamov. M0916 12 10 ENDBIB 8 0 M0916 12 11 NOCOMMON 0 0 M0916 12 12 DATA 3 2 M0916 12 13 EN-MAX DATA DATA-ERR M0916 12 14 MEV MB*MEV MB*MEV M0916 12 15 22.5 824.9 33.6 M0916 12 16 31.0 1004.1 36.6 M0916 12 17 ENDDATA 4 0 M0916 12 18 ENDSUBENT 17 0 M0916 1299999 SUBENT M0916013 20241007 M133M0916 13 1 BIB 4 8 M0916 13 2 REACTION ((76-OS-188(G,3N)76-OS-185,,INT,,,DERIV)+ M0916 13 3 (76-OS-188(G,3N+P)75-RE-184,,INT,,,DERIV)) M0916 13 4 ANALYSIS Integration of evaluated cross section. M0916 13 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 13 6 Data from the Table 2. M0916 13 7 (DEP,M0916004) Evaluated cross section. M0916 13 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 13 9 CDFE by V.Varlamov. M0916 13 10 ENDBIB 8 0 M0916 13 11 NOCOMMON 0 0 M0916 13 12 DATA 3 1 M0916 13 13 EN-MAX DATA DATA-ERR M0916 13 14 MEV MB*MEV MB*MEV M0916 13 15 31.0 114.7 16.8 M0916 13 16 ENDDATA 3 0 M0916 13 17 ENDSUBENT 16 0 M0916 1399999 SUBENT M0916014 20241007 M133M0916 14 1 BIB 4 7 M0916 14 2 REACTION (76-OS-189(G,X)0-NN-1,,INT,,,DERIV) M0916 14 3 ANALYSIS Integration of evaluated cross section. M0916 14 4 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 14 5 Data from the Table 4. M0916 14 6 (DEP,M0916009) Evaluated cross section. M0916 14 7 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 14 8 CDFE by V.Varlamov. M0916 14 9 ENDBIB 7 0 M0916 14 10 NOCOMMON 0 0 M0916 14 11 DATA 3 3 M0916 14 12 EN-MAX DATA DATA-ERR M0916 14 13 MEV MB*MEV MB*MEV M0916 14 14 14.3 1301.8 33.3 M0916 14 15 22.5 2862.0 44.0 M0916 14 16 31.0 3341.6 46.6 M0916 14 17 ENDDATA 5 0 M0916 14 18 ENDSUBENT 17 0 M0916 1499999 SUBENT M0916015 20241007 M133M0916 15 1 BIB 4 8 M0916 15 2 REACTION ((76-OS-189(G,N)76-OS-188,,INT,,,DERIV)+ M0916 15 3 (76-OS-189(G,N+P)75-RE-187,,INT,,,DERIV)) M0916 15 4 ANALYSIS Integration of evaluated cross section. M0916 15 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 15 6 Data from the Table 4. M0916 15 7 (DEP,M0916006) Evaluated cross section. M0916 15 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 15 9 CDFE by V.Varlamov. M0916 15 10 ENDBIB 8 0 M0916 15 11 NOCOMMON 0 0 M0916 15 12 DATA 3 3 M0916 15 13 EN-MAX DATA DATA-ERR M0916 15 14 MEV MB*MEV MB*MEV M0916 15 15 14.3 1300.3 33.3 M0916 15 16 22.5 2029.2 39.7 M0916 15 17 31.0 2133.0 39.9 M0916 15 18 ENDDATA 5 0 M0916 15 19 ENDSUBENT 18 0 M0916 1599999 SUBENT M0916016 20241007 M133M0916 16 1 BIB 4 8 M0916 16 2 REACTION ((76-OS-189(G,2N)76-OS-187,,INT,,,DERIV)+ M0916 16 3 (76-OS-188(G,2N+P)75-RE-185,,INT,,,DERIV)) M0916 16 4 ANALYSIS Integration of evaluated cross section. M0916 16 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 16 6 Data from the Table 4. M0916 16 7 (DEP,M0916007) Evaluated cross section. M0916 16 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 16 9 CDFE by V.Varlamov. M0916 16 10 ENDBIB 8 0 M0916 16 11 NOCOMMON 0 0 M0916 16 12 DATA 3 2 M0916 16 13 EN-MAX DATA DATA-ERR M0916 16 14 MEV MB*MEV MB*MEV M0916 16 15 22.5 832.5 19.1 M0916 16 16 31.0 1043.4 20.9 M0916 16 17 ENDDATA 4 0 M0916 16 18 ENDSUBENT 17 0 M0916 1699999 SUBENT M0916017 20241007 M133M0916 17 1 BIB 4 8 M0916 17 2 REACTION ((76-OS-189(G,3N)76-OS-186,,INT,,,DERIV)+ M0916 17 3 (76-OS-189(G,3N+P)75-RE-185,,INT,,,DERIV)) M0916 17 4 ANALYSIS Integration of evaluated cross section. M0916 17 5 STATUS (TABLE,,V.V.Varlamov+,J,BAS,78,412,2014) M0916 17 6 Data from the Table 4. M0916 17 7 (DEP,M0916008) Evaluated cross section. M0916 17 8 HISTORY (20241007C) Data were compiled at the Russia MSU SINP M0916 17 9 CDFE by V.Varlamov. M0916 17 10 ENDBIB 8 0 M0916 17 11 NOCOMMON 0 0 M0916 17 12 DATA 3 1 M0916 17 13 EN-MAX DATA DATA-ERR M0916 17 14 MEV MB*MEV MB*MEV M0916 17 15 31.0 165.2 11.8 M0916 17 16 ENDDATA 3 0 M0916 17 17 ENDSUBENT 16 0 M0916 1799999 ENDENTRY 17 0 M091699999999