TRANS M139 20251029 M0000 0 0 ENTRY C M0007 20250723 SUBENT C M0007001 20250723 BIB 10 27 M0007 1 2 TITLE Giant dipole resonance in Hf isotopes. M0007 1 3 AUTHOR (A.M.Goryachev,G.N.Zalesnyi) M0007 1 4 REFERENCE (J,SNP,26,246,1977) M0007 1 5 English translation of YF,26,465,1977. M0007 1 6 (J,YF,26,465,1977) M0007 1 7 INSTITUTE (4RUSSGU) M0007 1 8 FACILITY (BETAT,4RUSSGU) M0007 1 9 INC-SOURCE (BRST) M0007 1 10 ANALYSIS (PLA) M0007 1 11 ERR-ANALYS (DATA-ERR) Mean-root-squared uncertainties. M0007 1 12 STATUS (APRVD) By G.N.Zalesnyi, e-mail on 2025-07-22. M0007 1 13 HISTORY (19800516C) M0007 1 14 (19910202A) Corrected by V.Varlamov, V.Mclane M0007 1 15 (20121029A) SD: Updated to new date formats, lower M0007 1 16 case. M0007 1 17 Corrected according last EXFOR rules and Dict. M0007 1 18 Ref. of transl. was added. M0007 1 19 VV: STATUS in SUBENT 001, REACTION code M0007 1 20 in SUBENTs 002-004 were corrected , SUBENTs M0007 1 21 005 - 010 were added. M0007 1 22 (20220131A) Corrected by V.Varlamov: ANALYSIS, M0007 1 23 ERR-ANALYS, REACTION, DATA, STATUS, INT,,BRA -> M0007 1 24 INT,,BRS in REACTION of SUBENTs 005-010, SUBENTs M0007 1 25 011 - 013 added. M0007 1 26 (20250723A) Corrected by V.Varlamov: TITLE, AUTHOR, M0007 1 27 REFERENCE, ANALYSIS, REACTION in SUBENTs 005-007, M0007 1 28 SUBENTs 014-019 added, DETECTOR, STATUS. M0007 1 29 ENDBIB 27 0 M0007 1 30 NOCOMMON 0 0 M0007 1 31 ENDSUBENT 30 0 M0007 199999 SUBENT C M0007002 20250723 BIB 4 13 M0007 2 2 REACTION (72-HF-176(G,X)0-NN-1,UNW,SIG,,BRS,DERIV) M0007 2 3 ANALYSIS The correction of measured neutron yield (g,xn) cross M0007 2 4 section for multiple neutron emission in the M0007 2 5 (gamma,2n) process using the statistical theory. M0007 2 6 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 2 7 Data presented in Fig. 2a. M0007 2 8 (DEP,M0007011) M0007 2 9 Neutron yield cross-section (G,X)0-NN-1,,SIG. M0007 2 10 HISTORY (20121029A) VV: REACTION code: BRA -> BRS. M0007 2 11 (20220131A) Corrected by V.Varlamov: REACTION, M0007 2 12 DATA (2 data lines corrected), SAMPLE, STATUS. M0007 2 13 (20250723A) Corrected by V.Varlamov: REACTION, M0007 2 14 ANALYSIS, ERR-ANALYS, COMMON, STATUS. M0007 2 15 ENDBIB 13 0 M0007 2 16 NOCOMMON 0 0 M0007 2 17 DATA 3 90 M0007 2 18 EN DATA DATA-ERR M0007 2 19 MEV MB MB M0007 2 20 9.04 53.8 2.0 M0007 2 21 9.17 56.2 2.0 M0007 2 22 9.29 61. 2. M0007 2 23 9.42 64.7 3.0 M0007 2 24 9.54 69.8 3.0 M0007 2 25 9.67 74.4 3.0 M0007 2 26 9.79 72. 4. M0007 2 27 9.92 91.2 4.0 M0007 2 28 10.04 92.8 5.0 M0007 2 29 10.17 106.6 4.0 M0007 2 30 10.29 113.9 5.0 M0007 2 31 10.42 124.1 5.0 M0007 2 32 10.54 138.2 6.0 M0007 2 33 10.67 149.6 6.0 M0007 2 34 10.79 161.2 7.0 M0007 2 35 10.92 168.6 7.0 M0007 2 36 11.04 190.1 8.0 M0007 2 37 11.17 205.6 7.0 M0007 2 38 11.29 212. 8. M0007 2 39 11.42 234.1 9.0 M0007 2 40 11.54 261.2 10.0 M0007 2 41 11.67 270.4 10.0 M0007 2 42 11.79 298.2 10.0 M0007 2 43 11.92 315.2 9.0 M0007 2 44 12.04 324.1 11.0 M0007 2 45 12.17 337.4 11.0 M0007 2 46 12.29 368.9 12.0 M0007 2 47 12.42 374.7 12.0 M0007 2 48 12.54 350. 13. M0007 2 49 12.67 366.4 14.0 M0007 2 50 12.79 348.7 14.0 M0007 2 51 12.92 350.8 13.0 M0007 2 52 13.04 350.9 14.0 M0007 2 53 13.17 333.2 15.0 M0007 2 54 13.29 299.2 15.0 M0007 2 55 13.42 300.2 16.0 M0007 2 56 13.54 324. 16. M0007 2 57 13.67 281.1 16.0 M0007 2 58 13.79 303.9 17.0 M0007 2 59 13.92 293.2 17.0 M0007 2 60 14.04 273.8 14.0 M0007 2 61 14.17 284.3 15.0 M0007 2 62 14.29 317.2 17.0 M0007 2 63 14.42 289.3 17.0 M0007 2 64 14.54 307. 18. M0007 2 65 14.67 338.1 18.0 M0007 2 66 14.79 323.8 19.0 M0007 2 67 14.92 323.7 17.0 M0007 2 68 15.04 356.9 10.0 M0007 2 69 15.17 347.4 11.0 M0007 2 70 15.29 324.8 11.0 M0007 2 71 15.42 339.1 11.0 M0007 2 72 15.54 327. 10. M0007 2 73 15.67 306. 11. M0007 2 74 15.79 310.2 10.0 M0007 2 75 15.92 318.5 10.0 M0007 2 76 16.04 296.7 7.0 M0007 2 77 16.17 296. 8. M0007 2 78 16.29 297.7 8.0 M0007 2 79 16.42 284.9 7.0 M0007 2 80 16.54 295.1 8.0 M0007 2 81 16.67 284.6 8.0 M0007 2 82 16.79 274.1 7.0 M0007 2 83 16.92 258. 8. M0007 2 84 17.04 250.6 7.0 M0007 2 85 17.17 229.2 8.0 M0007 2 86 17.29 223.4 8.0 M0007 2 87 17.42 220.1 7.0 M0007 2 88 17.54 193. 7. M0007 2 89 17.67 186.2 8.0 M0007 2 90 17.79 176.1 7.0 M0007 2 91 17.92 171.2 8.0 M0007 2 92 18.04 174.6 8.0 M0007 2 93 18.17 181. 8. M0007 2 94 18.29 164.7 8.0 M0007 2 95 18.42 152.2 8.0 M0007 2 96 18.54 160.6 8.0 M0007 2 97 18.67 156.8 8.0 M0007 2 98 18.79 153.1 8.0 M0007 2 99 18.92 124.7 8.0 M0007 2 100 19.04 128.3 7.0 M0007 2 101 19.17 133.9 9.0 M0007 2 102 19.29 111. 9. M0007 2 103 19.42 123.4 8.0 M0007 2 104 19.54 102.6 9.0 M0007 2 105 19.67 104.9 8.0 M0007 2 106 19.79 75.7 9.0 M0007 2 107 19.92 70. 9. M0007 2 108 20.04 77.9 8.0 M0007 2 109 20.16 62.5 8.0 M0007 2 110 ENDDATA 92 0 M0007 2 111 ENDSUBENT 110 0 M0007 299999 SUBENT C M0007003 20250723 BIB 4 13 M0007 3 2 REACTION (72-HF-178(G,X)0-NN-1,UNW,SIG,,BRS,DERIV) M0007 3 3 ANALYSIS The correction of measured neutron yield (g,xn) M0007 3 4 cross-section for multiple neutron emission in the M0007 3 5 (gamma,2n) process using the statistical theory. M0007 3 6 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 3 7 Data presented in Fig. 2b. M0007 3 8 (DEP,M0007012) M0007 3 9 Neutron yield cross-section (G,X)0-NN-1,,SIG. M0007 3 10 HISTORY (20121029A) VV: REACTION code: BRA -> BRS. M0007 3 11 (20220131A) Corrected by V.Varlamov: SAMPLE, REACTION, M0007 3 12 DATA (3 data lines corrected), STATUS. M0007 3 13 (20250723A) Corrected by V.Varlamov: REACTION, M0007 3 14 ANALYSIS, ERR-ANALYS, STATUS. M0007 3 15 ENDBIB 13 0 M0007 3 16 NOCOMMON 0 0 M0007 3 17 DATA 3 88 M0007 3 18 EN DATA DATA-ERR M0007 3 19 MEV MB MB M0007 3 20 9.04 53.6 2.0 M0007 3 21 9.17 62.1 2.0 M0007 3 22 9.29 66.5 3.0 M0007 3 23 9.42 74.5 3.0 M0007 3 24 9.54 74.3 3.0 M0007 3 25 9.67 79.8 3.0 M0007 3 26 9.79 86.6 4.0 M0007 3 27 9.92 95.1 4.0 M0007 3 28 10.04 105.9 4.0 M0007 3 29 10.17 104.6 5.0 M0007 3 30 10.29 108.5 6.0 M0007 3 31 10.42 117.1 6.0 M0007 3 32 10.54 137.4 6.0 M0007 3 33 10.67 148.6 7.0 M0007 3 34 10.79 143.4 7.0 M0007 3 35 10.92 167.4 8.0 M0007 3 36 11.04 169.1 8.0 M0007 3 37 11.17 198.7 9.0 M0007 3 38 11.29 224.9 10.0 M0007 3 39 11.42 240.5 10.0 M0007 3 40 11.54 242. 10. M0007 3 41 11.67 268.9 11.0 M0007 3 42 11.79 302.6 12.0 M0007 3 43 11.92 305.1 12.0 M0007 3 44 12.04 348.1 13.0 M0007 3 45 12.17 332.6 15.0 M0007 3 46 12.29 341. 15. M0007 3 47 12.42 358.1 16.0 M0007 3 48 12.54 387.5 16.0 M0007 3 49 12.67 355.4 17.0 M0007 3 50 12.79 363.9 17.0 M0007 3 51 12.92 372.6 17.0 M0007 3 52 13.04 328. 18. M0007 3 53 13.17 360.9 20.0 M0007 3 54 13.29 334.9 20.0 M0007 3 55 13.42 309.6 21.0 M0007 3 56 13.54 285.4 20.0 M0007 3 57 13.67 319.7 22.0 M0007 3 58 13.79 305.8 21.0 M0007 3 59 13.92 292.3 23.0 M0007 3 60 14.04 309.9 20.0 M0007 3 61 14.17 275.7 21.0 M0007 3 62 14.29 304.2 22.0 M0007 3 63 14.42 315.4 19.0 M0007 3 64 14.67 292.9 18.0 M0007 3 65 14.79 285.5 19.0 M0007 3 66 14.92 312. 19. M0007 3 67 15.04 324. 13. M0007 3 68 15.17 344.5 13.0 M0007 3 69 15.29 339.6 13.0 M0007 3 70 15.42 335.5 12.0 M0007 3 71 15.54 327.6 12.0 M0007 3 72 15.67 347.4 13.0 M0007 3 73 15.79 355.3 12.0 M0007 3 74 15.92 335.6 13.0 M0007 3 75 16.04 325.8 11.0 M0007 3 76 16.17 312.3 11.0 M0007 3 77 16.29 301.2 11.0 M0007 3 78 16.42 296.3 11.0 M0007 3 79 16.54 294.8 10.0 M0007 3 80 16.67 273.5 12.0 M0007 3 81 16.79 253.7 11.0 M0007 3 82 16.92 247.3 10.0 M0007 3 83 17.04 237.7 11.0 M0007 3 84 17.17 227.8 10.0 M0007 3 85 17.29 216.3 10.0 M0007 3 86 17.42 210.1 10.0 M0007 3 87 17.54 184.8 10.0 M0007 3 88 17.67 185.3 10.0 M0007 3 89 17.79 180.6 10.0 M0007 3 90 17.92 182.9 9.0 M0007 3 91 18.04 175.5 10.0 M0007 3 92 18.17 152.4 9.0 M0007 3 93 18.29 171.4 10.0 M0007 3 94 18.42 147.8 9.0 M0007 3 95 18.54 169.5 10.0 M0007 3 96 18.67 150.5 10.0 M0007 3 97 18.79 157.8 10.0 M0007 3 98 18.92 129.8 9.0 M0007 3 99 19.04 127.3 10.0 M0007 3 100 19.17 142.7 10.0 M0007 3 101 19.29 93.8 11.0 M0007 3 102 19.42 129.9 11.0 M0007 3 103 19.54 78.6 12.0 M0007 3 104 19.67 117.4 12.0 M0007 3 105 19.79 56.0 12.0 M0007 3 106 19.92 116.8 13.0 M0007 3 107 20.04 63.2 14.0 M0007 3 108 ENDDATA 90 0 M0007 3 109 ENDSUBENT 108 0 M0007 399999 SUBENT C M0007004 20250723 BIB 4 13 M0007 4 2 REACTION (72-HF-180(G,X)0-NN-1,UNW,SIG,,BRS,DERIV) M0007 4 3 ANALYSIS The correction of measured neutron yield (g,xn) M0007 4 4 cross-section for multiple neutron emission in the M0007 4 5 (gamma,2n) process using the statistical theory. M0007 4 6 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 4 7 Data presented in Fig. 2c. M0007 4 8 (DEP,M0007013) M0007 4 9 Neutron yield cross-section (G,X)0-NN-1,,SIG. M0007 4 10 HISTORY (20121029A) VV: REACTION code: BRA -> BRS. M0007 4 11 (20220131A) Corrected by V.Varlamov: REACTION, M0007 4 12 SAMPLE, STATUS. M0007 4 13 (20250723A) Corrected by V.Varlamov: REACTION, M0007 4 14 ANALYSIS, ERR-ANALYS, STATUS. M0007 4 15 ENDBIB 13 0 M0007 4 16 NOCOMMON 0 0 M0007 4 17 DATA 3 88 M0007 4 18 EN DATA DATA-ERR M0007 4 19 MEV MB MB M0007 4 20 9.04 56.1 2.0 M0007 4 21 9.17 59.5 3.0 M0007 4 22 9.29 62. 3. M0007 4 23 9.42 69. 3. M0007 4 24 9.54 77.1 4.0 M0007 4 25 9.67 80. 4. M0007 4 26 9.79 86.7 4.0 M0007 4 27 9.92 88.2 5.0 M0007 4 28 10.17 111.8 5.0 M0007 4 29 10.29 115.5 6.0 M0007 4 30 10.42 123.3 6.0 M0007 4 31 10.54 118.3 7.0 M0007 4 32 10.67 120.5 8.0 M0007 4 33 10.79 144.8 8.0 M0007 4 34 10.92 153.2 8.0 M0007 4 35 11.04 173.8 9.0 M0007 4 36 11.17 171.4 8.0 M0007 4 37 11.29 202.2 9.0 M0007 4 38 11.42 202. 9. M0007 4 39 11.54 246.2 10.0 M0007 4 40 11.67 293.5 12.0 M0007 4 41 11.79 282.9 11.0 M0007 4 42 11.92 305.4 12.0 M0007 4 43 12.04 308.8 12.0 M0007 4 44 12.17 353.7 13.0 M0007 4 45 12.29 342. 13. M0007 4 46 12.42 370.7 13.0 M0007 4 47 12.54 372.4 14.0 M0007 4 48 12.67 349.6 15.0 M0007 4 49 12.79 347.2 15.0 M0007 4 50 12.92 366.4 15.0 M0007 4 51 13.04 369.8 17.0 M0007 4 52 13.17 331.7 17.0 M0007 4 53 13.29 341.9 17.0 M0007 4 54 13.42 306.3 19.0 M0007 4 55 13.54 309.1 19.0 M0007 4 56 13.67 298.1 18.0 M0007 4 57 13.79 301.7 16.0 M0007 4 58 13.92 266.4 16.0 M0007 4 59 14.04 275.9 14.0 M0007 4 60 14.17 278.2 14.0 M0007 4 61 14.29 271.1 14.0 M0007 4 62 14.42 308.2 16.0 M0007 4 63 14.54 287.8 15.0 M0007 4 64 14.67 296.2 15.0 M0007 4 65 14.79 303.1 14.0 M0007 4 66 14.92 331.5 13.0 M0007 4 67 15.04 319.2 9.0 M0007 4 68 15.17 332.3 9.0 M0007 4 69 15.29 353.7 9.0 M0007 4 70 15.42 331. 10. M0007 4 71 15.54 347.9 10.0 M0007 4 72 15.67 352.9 10.0 M0007 4 73 15.79 331.9 10.0 M0007 4 74 15.92 333.1 10.0 M0007 4 75 16.04 334.6 9.0 M0007 4 76 16.17 324. 8. M0007 4 77 16.29 293.3 8.0 M0007 4 78 16.42 297.3 9.0 M0007 4 79 16.54 274.9 8.0 M0007 4 80 16.67 253.1 9.0 M0007 4 81 16.79 274.8 8.0 M0007 4 82 16.92 247.1 9.0 M0007 4 83 17.04 231.6 9.0 M0007 4 84 17.17 207.5 9.0 M0007 4 85 17.29 217.2 8.0 M0007 4 86 17.42 201.3 9.0 M0007 4 87 17.54 200. 9. M0007 4 88 17.67 194.3 9.0 M0007 4 89 17.79 158.3 9.0 M0007 4 90 17.92 157.6 9.0 M0007 4 91 18.04 158.5 10. M0007 4 92 18.17 178.9 10.0 M0007 4 93 18.29 155.9 8.0 M0007 4 94 18.42 155.9 9.0 M0007 4 95 18.54 146.1 10.0 M0007 4 96 18.67 139.7 11.0 M0007 4 97 18.79 161.4 10.0 M0007 4 98 18.92 150.9 10.0 M0007 4 99 19.04 148.2 10.0 M0007 4 100 19.17 121.5 11.0 M0007 4 101 19.29 112.2 9.0 M0007 4 102 19.42 122.8 10.0 M0007 4 103 19.54 87.6 11.0 M0007 4 104 19.67 125.8 11.0 M0007 4 105 19.79 80. 11. M0007 4 106 19.92 96.6 11.0 M0007 4 107 20.04 70.3 12.0 M0007 4 108 ENDDATA 90 0 M0007 4 109 ENDSUBENT 108 0 M0007 499999 SUBENT C M0007005 20250723 BIB 3 10 M0007 5 2 REACTION (72-HF-176(G,X)0-NN-1,,INT,,BRS) M0007 5 3 STATUS (DEP,M0007002) Reaction cross-section. M0007 5 4 (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 5 5 Data from Table 4. M0007 5 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 5 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 5 8 INT,,BRA -> INT,,BRS in REACTION. M0007 5 9 HISTORY line (20121029A) corrected: REACTION code: M0007 5 10 BRS -> BRA. M0007 5 11 (20250723A) Corrected by V.Varlamov: REACTION, STATUS. M0007 5 12 ENDBIB 10 0 M0007 5 13 COMMON 1 3 M0007 5 14 EN-MAX M0007 5 15 MEV M0007 5 16 20. M0007 5 17 ENDCOMMON 3 0 M0007 5 18 DATA 2 1 M0007 5 19 DATA DATA-ERR M0007 5 20 MB*MEV MB*MEV M0007 5 21 2571. 12. M0007 5 22 ENDDATA 3 0 M0007 5 23 ENDSUBENT 22 0 M0007 599999 SUBENT C M0007006 20250723 BIB 3 10 M0007 6 2 REACTION (72-HF-178(G,X)0-NN-1,,INT,,BRS) M0007 6 3 STATUS (DEP,M0007003) Reaction cross-section. M0007 6 4 (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 6 5 Data from Table 4. M0007 6 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 6 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 6 8 INT,,BRA -> INT,,BRS in REACTION. M0007 6 9 HISTORY line (20121029A) corrected: REACTION code: M0007 6 10 BRS -> BRA. M0007 6 11 (20250723A) Corrected by V.Varlamov: REACTION, STATUS. M0007 6 12 ENDBIB 10 0 M0007 6 13 COMMON 1 3 M0007 6 14 EN-MAX M0007 6 15 MEV M0007 6 16 20. M0007 6 17 ENDCOMMON 3 0 M0007 6 18 DATA 2 1 M0007 6 19 DATA DATA-ERR M0007 6 20 MB*MEV MB*MEV M0007 6 21 2580. 15. M0007 6 22 ENDDATA 3 0 M0007 6 23 ENDSUBENT 22 0 M0007 699999 SUBENT C M0007007 20250723 BIB 3 10 M0007 7 2 REACTION (72-HF-180(G,X)0-NN-1,,INT,,BRS) M0007 7 3 STATUS (DEP,M0007004) Reaction cross-section. M0007 7 4 (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 7 5 Data from Table 4. M0007 7 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 7 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 7 8 INT,,BRA -> INT,,BRS in REACTION. M0007 7 9 HISTORY line (20121029A) corrected: REACTION code: M0007 7 10 BRS -> BRA. M0007 7 11 (20250723A) Corrected by V.Varlamov: REACTION, STATUS. M0007 7 12 ENDBIB 10 0 M0007 7 13 COMMON 1 3 M0007 7 14 EN-MAX M0007 7 15 MEV M0007 7 16 20. M0007 7 17 ENDCOMMON 3 0 M0007 7 18 DATA 2 1 M0007 7 19 DATA DATA-ERR M0007 7 20 MB*MEV MB*MEV M0007 7 21 2535. 12. M0007 7 22 ENDDATA 3 0 M0007 7 23 ENDSUBENT 22 0 M0007 799999 SUBENT C M0007008 20250723 BIB 3 10 M0007 8 2 REACTION (72-HF-176(G,2N)72-HF-174,,INT,,BRS) M0007 8 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 8 4 Data from Table 4. M0007 8 5 (DEP,M0007014) Reaction cross-section. M0007 8 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 8 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 8 8 INT,,BRA -> INT,,BRS in REACTION. M0007 8 9 HISTORY line (20121029A) corrected: REACTION code: M0007 8 10 BRS -> BRA. M0007 8 11 (20250723U) Corrected by V.Varlamov: STATUS. M0007 8 12 ENDBIB 10 0 M0007 8 13 COMMON 1 3 M0007 8 14 EN-MAX M0007 8 15 MEV M0007 8 16 20. M0007 8 17 ENDCOMMON 3 0 M0007 8 18 DATA 2 1 M0007 8 19 DATA DATA-ERR M0007 8 20 MB*MEV MB*MEV M0007 8 21 518. 4. M0007 8 22 ENDDATA 3 0 M0007 8 23 ENDSUBENT 22 0 M0007 899999 SUBENT C M0007009 20250723 BIB 3 10 M0007 9 2 REACTION (72-HF-178(G,2N)72-HF-176,,INT,,BRS) M0007 9 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 9 4 Data from Table 4. M0007 9 5 (DEP,M0007015) Reaction cross-section. M0007 9 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 9 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 9 8 INT,,BRA -> INT,,BRS in REACTION. M0007 9 9 HISTORY line (20121029A) corrected: REACTION code: M0007 9 10 BRS -> BRA. M0007 9 11 (20250723U) Corrected by V.Varlamov: STATUS. M0007 9 12 ENDBIB 10 0 M0007 9 13 COMMON 1 3 M0007 9 14 EN-MAX M0007 9 15 MEV M0007 9 16 20. M0007 9 17 ENDCOMMON 3 0 M0007 9 18 DATA 2 1 M0007 9 19 DATA DATA-ERR M0007 9 20 MB*MEV MB*MEV M0007 9 21 683. 6. M0007 9 22 ENDDATA 3 0 M0007 9 23 ENDSUBENT 22 0 M0007 999999 SUBENT C M0007010 20250723 BIB 3 10 M0007 10 2 REACTION (72-HF-180(G,2N)72-HF-178,,INT,,BRS) M0007 10 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 10 4 Data from Table 4. M0007 10 5 (DEP,M0007016) Reaction cross-section. M0007 10 6 HISTORY (20121029A) VV: REACTION code: BRS -> BRA M0007 10 7 (20220131A) Corrected by V.Varlamov: STATUS, M0007 10 8 INT,,BRA -> INT,,BRS in REACTION. M0007 10 9 HISTORY line (20121029A) corrected: REACTION code: M0007 10 10 BRS -> BRA. M0007 10 11 (20250723A) Corrected by V.Varlamov: STATUS. M0007 10 12 ENDBIB 10 0 M0007 10 13 COMMON 1 3 M0007 10 14 EN-MAX M0007 10 15 MEV M0007 10 16 20. M0007 10 17 ENDCOMMON 3 0 M0007 10 18 DATA 2 1 M0007 10 19 DATA DATA-ERR M0007 10 20 MB*MEV MB*MEV M0007 10 21 815. 5. M0007 10 22 ENDDATA 3 0 M0007 10 23 ENDSUBENT 22 0 M0007 1099999 SUBENT C M0007011 20250723 BIB 7 13 M0007 11 2 REACTION (72-HF-176(G,X)0-NN-1,,SIG,,BRS) M0007 11 3 SAMPLE (72-HF-176,ENR=0.65) Thick target Hf-176 (purity: M0007 11 4 65.0%, 21.6 g) M0007 11 5 DETECTOR (BF3) M0007 11 6 METHOD (EXTB,SITA) M0007 11 7 ANALYSIS (PLA) Cross sections were calculated from experimental M0007 11 8 yields by Penfold-Leiss method with 1.0-MeV step. M0007 11 9 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 11 10 Data presented in Fig. 2a. M0007 11 11 HISTORY (20220131C) Data compiled at the MSU SINP CDFE M0007 11 12 by V.Varlamov. M0007 11 13 (20250723U) Corrected by V.Varlamov: DETECTOR, METHOD, M0007 11 14 ERR-ANALYS, COMMON, STATUS. M0007 11 15 ENDBIB 13 0 M0007 11 16 COMMON 1 3 M0007 11 17 ANAL-STEP M0007 11 18 MEV M0007 11 19 1.0 M0007 11 20 ENDCOMMON 3 0 M0007 11 21 DATA 3 89 M0007 11 22 EN DATA DATA-ERR M0007 11 23 MEV MB MB M0007 11 24 9.04 53.8 2.0 M0007 11 25 9.17 56.2 2.0 M0007 11 26 9.29 61. 2. M0007 11 27 9.42 64.7 3.0 M0007 11 28 9.54 69.8 3.0 M0007 11 29 9.67 74.4 3.0 M0007 11 30 9.79 72. 4. M0007 11 31 9.92 91.2 4.0 M0007 11 32 10.04 92.8 5.0 M0007 11 33 10.17 106.6 4.0 M0007 11 34 10.29 113.9 5.0 M0007 11 35 10.42 124.1 5.0 M0007 11 36 10.54 138.2 6.0 M0007 11 37 10.67 149.6 6.0 M0007 11 38 10.79 161.2 7.0 M0007 11 39 10.92 168.6 7.0 M0007 11 40 11.04 190.1 8.0 M0007 11 41 11.17 205.6 7.0 M0007 11 42 11.29 212. 8. M0007 11 43 11.42 234.1 9.0 M0007 11 44 11.54 261.2 10.0 M0007 11 45 11.67 270.4 10.0 M0007 11 46 11.79 298.2 10.0 M0007 11 47 11.92 315.2 9.0 M0007 11 48 12.04 324.1 11.0 M0007 11 49 12.17 337.4 11.0 M0007 11 50 12.29 368.9 12.0 M0007 11 51 12.42 374.7 12.0 M0007 11 52 12.54 350. 13. M0007 11 53 12.67 366.4 14.0 M0007 11 54 12.79 348.7 14.0 M0007 11 55 12.92 350.8 13.0 M0007 11 56 13.04 350.9 14.0 M0007 11 57 13.17 333.2 15.0 M0007 11 58 13.29 299.2 15.0 M0007 11 59 13.42 300.2 16.0 M0007 11 60 13.54 324. 16. M0007 11 61 13.67 281.1 16.0 M0007 11 62 13.79 303.9 17.0 M0007 11 63 13.92 293.2 17.0 M0007 11 64 14.04 273.8 14.0 M0007 11 65 14.17 284.3 15.0 M0007 11 66 14.29 317.2 17.0 M0007 11 67 14.42 289.3 17.0 M0007 11 68 14.54 307. 18. M0007 11 69 14.67 338.1 18.0 M0007 11 70 14.79 323.8 19.0 M0007 11 71 14.92 323.7 17.0 M0007 11 72 15.04 368.5 8.1 M0007 11 73 15.17 367.7 8.1 M0007 11 74 15.29 364.0 8.0 M0007 11 75 15.42 393.4 10.0 M0007 11 76 15.54 393.4 9.2 M0007 11 77 15.67 382.4 7.8 M0007 11 78 15.79 404.8 8.2 M0007 11 79 15.92 430.8 9.3 M0007 11 80 16.04 411.8 11.0 M0007 11 81 16.17 417.3 10.9 M0007 11 82 16.29 432.5 11.4 M0007 11 83 16.42 419.1 9.2 M0007 11 84 16.54 445.6 12.5 M0007 11 85 16.67 430.2 11.3 M0007 11 86 16.79 419.1 7.4 M0007 11 87 16.92 400.7 9.2 M0007 11 88 17.04 397.1 7.4 M0007 11 89 17.17 369.6 8.2 M0007 11 90 17.29 358.6 7.5 M0007 11 91 17.42 352.9 8.5 M0007 11 92 17.54 312.5 11.0 M0007 11 93 17.67 303.3 9.9 M0007 11 94 17.79 286.0 8.5 M0007 11 95 17.92 294.5 11.0 M0007 11 96 18.04 283.1 9.9 M0007 11 97 18.17 294.4 7.4 M0007 11 98 18.29 268.4 7.4 M0007 11 99 18.42 248.2 7.2 M0007 11 100 18.54 265.7 9.2 M0007 11 101 18.67 257.4 8.2 M0007 11 102 18.79 253.2 9.2 M0007 11 103 18.92 191.2 7.8 M0007 11 104 19.04 216.9 8.2 M0007 11 105 19.17 224.3 8.6 M0007 11 106 19.29 183.8 9.2 M0007 11 107 19.42 204.0 7.4 M0007 11 108 19.54 169.1 11.0 M0007 11 109 19.67 182.0 9.3 M0007 11 110 19.79 119.5 8.8 M0007 11 111 19.92 212.2 9.3 M0007 11 112 20.04 99.3 7.4 M0007 11 113 ENDDATA 91 0 M0007 11 114 ENDSUBENT 113 0 M0007 1199999 SUBENT C M0007012 20250723 BIB 7 13 M0007 12 2 REACTION (72-HF-178(G,X)0-NN-1,,SIG,,BRS) M0007 12 3 SAMPLE (72-HF-178,ENR=0.922) Thick target Hf-178 (purity: M0007 12 4 92.2%, 29.6 g) M0007 12 5 DETECTOR (BF3) M0007 12 6 METHOD (EXTB,SITA) M0007 12 7 ANALYSIS (PLA) Cross sections were calculated from experimental M0007 12 8 yields by Penfold-Leiss method with 1.0-MeV step. M0007 12 9 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 12 10 Data presented in Fig. 2b. M0007 12 11 HISTORY (20220131C) Data compiled at the MSU SINP CDFE M0007 12 12 by V.Varlamov. M0007 12 13 (20250723U) Corrected by V.Varlamov: DETECTOR, METHOD, M0007 12 14 ERR-ANALYS, COMMON, STATUS. M0007 12 15 ENDBIB 13 0 M0007 12 16 COMMON 1 3 M0007 12 17 ANAL-STEP M0007 12 18 MEV M0007 12 19 1.0 M0007 12 20 ENDCOMMON 3 0 M0007 12 21 DATA 3 89 M0007 12 22 EN DATA DATA-ERR M0007 12 23 MEV MB MB M0007 12 24 9.04 53.6 2.0 M0007 12 25 9.17 62.1 2.0 M0007 12 26 9.29 66.5 3.0 M0007 12 27 9.42 74.5 3.0 M0007 12 28 9.54 74.3 3.0 M0007 12 29 9.67 79.8 3.0 M0007 12 30 9.79 86.6 4.0 M0007 12 31 9.92 95.1 4.0 M0007 12 32 10.04 105.9 4.0 M0007 12 33 10.17 104.6 5.0 M0007 12 34 10.29 108.5 6.0 M0007 12 35 10.42 117.1 6.0 M0007 12 36 10.54 137.4 6.0 M0007 12 37 10.67 148.6 7.0 M0007 12 38 10.79 143.4 7.0 M0007 12 39 10.92 167.4 8.0 M0007 12 40 11.04 169.1 8.0 M0007 12 41 11.17 198.7 9.0 M0007 12 42 11.29 224.9 10.0 M0007 12 43 11.42 240.5 10.0 M0007 12 44 11.54 242. 10. M0007 12 45 11.67 268.9 11.0 M0007 12 46 11.79 302.6 12.0 M0007 12 47 11.92 305.1 12.0 M0007 12 48 12.04 348.1 13.0 M0007 12 49 12.17 332.6 15.0 M0007 12 50 12.29 341. 15. M0007 12 51 12.42 358.1 16.0 M0007 12 52 12.54 387.5 16.0 M0007 12 53 12.67 355.4 17.0 M0007 12 54 12.79 363.9 17.0 M0007 12 55 12.92 372.6 17.0 M0007 12 56 13.04 328. 18. M0007 12 57 13.17 360.9 20.0 M0007 12 58 13.29 334.9 20.0 M0007 12 59 13.42 309.6 21.0 M0007 12 60 13.54 285.4 20.0 M0007 12 61 13.67 319.7 22.0 M0007 12 62 13.79 305.8 21.0 M0007 12 63 13.92 292.3 23.0 M0007 12 64 14.04 309.9 20.0 M0007 12 65 14.17 278.3 17.2 M0007 12 66 14.29 323.0 12.2 M0007 12 67 14.42 336.0 16.2 M0007 12 68 14.67 343.6 17.2 M0007 12 69 14.79 347.1 18.0 M0007 12 70 14.92 398.6 19.1 M0007 12 71 15.04 426.0 17.2 M0007 12 72 15.17 468.4 18.0 M0007 12 73 15.29 474.2 17.5 M0007 12 74 15.42 477.7 17.3 M0007 12 75 15.54 479.9 17.2 M0007 12 76 15.67 518.9 15.8 M0007 12 77 15.79 537.8 15.7 M0007 12 78 15.92 515.5 12.1 M0007 12 79 16.04 503.3 12.7 M0007 12 80 16.17 485.9 12.0 M0007 12 81 16.29 472.5 11.3 M0007 12 82 16.42 454.4 12.1 M0007 12 83 16.54 451.9 10.8 M0007 12 84 16.67 420.9 12.0 M0007 12 85 16.79 412.0 12.1 M0007 12 86 16.92 402.1 11.4 M0007 12 87 17.04 385.6 12.0 M0007 12 88 17.17 386.7 13.7 M0007 12 89 17.29 355.1 8.7 M0007 12 90 17.42 343.6 13.7 M0007 12 91 17.54 305.2 12.1 M0007 12 92 17.67 302.4 12.0 M0007 12 93 17.79 298.9 12.1 M0007 12 94 17.92 307.6 11.4 M0007 12 95 18.04 288.7 12.1 M0007 12 96 18.17 254.3 10.2 M0007 12 97 18.29 286.5 10.7 M0007 12 98 18.42 246.4 10.3 M0007 12 99 18.54 282.7 11.7 M0007 12 100 18.67 249.1 9.3 M0007 12 101 18.79 267.3 12.0 M0007 12 102 18.92 215.2 10.4 M0007 12 103 19.04 213.9 10.4 M0007 12 104 19.17 236.6 12.0 M0007 12 105 19.29 159.7 14.8 M0007 12 106 19.42 219.9 8.7 M0007 12 107 19.54 130.6 8.6 M0007 12 108 19.67 195.9 12.5 M0007 12 109 19.79 195.9 13.7 M0007 12 110 19.92 99.7 6.9 M0007 12 111 20.04 144.3 10.9 M0007 12 112 20.17 118.0 15.5 M0007 12 113 ENDDATA 91 0 M0007 12 114 ENDSUBENT 113 0 M0007 1299999 SUBENT C M0007013 20250723 BIB 7 13 M0007 13 2 REACTION (72-HF-180(G,X)0-NN-1,,SIG,,BRS) M0007 13 3 DETECTOR (BF3) M0007 13 4 METHOD (EXTB,SITA) M0007 13 5 SAMPLE (72-HF-180,ENR=0.943) Thick target Hf-180 (purity: M0007 13 6 94.3%, 12.8 g) M0007 13 7 ANALYSIS (PLA) Cross sections were calculated from experimental M0007 13 8 yields by Penfold-Leiss method with 1.0-MeV step. M0007 13 9 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 13 10 Data presented in Fig. 2c. M0007 13 11 HISTORY (20220131C) Data compiled at the MSU SINP CDFE M0007 13 12 by V.Varlamov. M0007 13 13 (20250723U) Corrected by V.Varlamov: DETECTOR, METHOD, M0007 13 14 ERR-ANALYS, COMMON, STATUS. M0007 13 15 ENDBIB 13 0 M0007 13 16 COMMON 1 3 M0007 13 17 ANAL-STEP M0007 13 18 MEV M0007 13 19 1.0 M0007 13 20 ENDCOMMON 3 0 M0007 13 21 DATA 3 88 M0007 13 22 EN DATA DATA-ERR M0007 13 23 MEV MB MB M0007 13 24 9.04 56.1 2.0 M0007 13 25 9.17 59.5 3.0 M0007 13 26 9.29 62. 3. M0007 13 27 9.42 69. 3. M0007 13 28 9.54 77.1 4.0 M0007 13 29 9.67 80. 4. M0007 13 30 9.79 86.7 4.0 M0007 13 31 9.92 88.2 5.0 M0007 13 32 10.17 111.8 5.0 M0007 13 33 10.29 115.5 6.0 M0007 13 34 10.42 123.3 6.0 M0007 13 35 10.54 118.3 7.0 M0007 13 36 10.67 120.5 8.0 M0007 13 37 10.79 144.8 8.0 M0007 13 38 10.92 153.2 8.0 M0007 13 39 11.04 173.8 9.0 M0007 13 40 11.17 171.4 8.0 M0007 13 41 11.29 202.2 9.0 M0007 13 42 11.42 202. 9. M0007 13 43 11.54 246.2 10.0 M0007 13 44 11.67 293.5 12.0 M0007 13 45 11.79 282.9 11.0 M0007 13 46 11.92 305.4 12.0 M0007 13 47 12.04 308.8 12.0 M0007 13 48 12.17 353.7 13.0 M0007 13 49 12.29 342. 13. M0007 13 50 12.42 370.7 13.0 M0007 13 51 12.54 372.4 14.0 M0007 13 52 12.67 349.6 15.0 M0007 13 53 12.79 347.2 15.0 M0007 13 54 12.92 366.4 15.0 M0007 13 55 13.04 369.8 17.0 M0007 13 56 13.17 331.7 17.0 M0007 13 57 13.29 341.9 17.0 M0007 13 58 13.42 306.3 19.0 M0007 13 59 13.54 309.1 19.0 M0007 13 60 13.67 298.1 18.0 M0007 13 61 13.79 330.5 15.3 M0007 13 62 13.92 313.5 13.8 M0007 13 63 14.04 307.3 10.8 M0007 13 64 14.17 330.3 12.2 M0007 13 65 14.29 348.6 10.7 M0007 13 66 14.42 353.2 13.6 M0007 13 67 14.54 417.0 13.0 M0007 13 68 14.67 396.0 11.6 M0007 13 69 14.79 422.0 12.4 M0007 13 70 14.92 438.3 12.3 M0007 13 71 15.04 490.8 13.6 M0007 13 72 15.17 483.8 10.7 M0007 13 73 15.29 513.0 12.2 M0007 13 74 15.42 553.5 12.9 M0007 13 75 15.54 521.4 14.2 M0007 13 76 15.67 556.1 12.8 M0007 13 77 15.79 570.6 12.2 M0007 13 78 15.92 535.2 9.5 M0007 13 79 16.04 539.8 15.2 M0007 13 80 16.17 544.6 7.7 M0007 13 81 16.29 481.9 9.8 M0007 13 82 16.42 530.3 7.7 M0007 13 83 16.54 486.2 8.3 M0007 13 84 16.67 452.6 10.2 M0007 13 85 16.79 415.9 9.9 M0007 13 86 16.92 452.5 10.8 M0007 13 87 17.04 406.7 10.3 M0007 13 88 17.17 382.3 10.2 M0007 13 89 17.29 344.1 8.6 M0007 13 90 17.42 360.9 8.4 M0007 13 91 17.54 332.7 7.6 M0007 13 92 17.67 330.1 7.6 M0007 13 93 17.79 327.0 7.6 M0007 13 94 17.92 266.1 15.0 M0007 13 95 18.04 266.1 12.8 M0007 13 96 18.17 266.1 12.2 M0007 13 97 18.29 299.7 12.5 M0007 13 98 18.42 264.2 13.8 M0007 13 99 18.54 261.6 10.5 M0007 13 100 18.67 244.7 10.7 M0007 13 101 18.79 237.8 8.7 M0007 13 102 18.92 272.2 10.8 M0007 13 103 19.04 254.9 11.3 M0007 13 104 19.17 250.1 11.3 M0007 13 105 19.29 206.4 13.7 M0007 13 106 19.42 191.5 10.8 M0007 13 107 19.54 207.9 12.2 M0007 13 108 19.67 151.3 13.5 M0007 13 109 19.79 211.0 7.7 M0007 13 110 19.92 162.1 13.7 M0007 13 111 20.04 145.3 11.6 M0007 13 112 ENDDATA 90 0 M0007 13 113 ENDSUBENT 112 0 M0007 1399999 SUBENT I M0007014 20250723 BIB 4 10 M0007 14 2 REACTION (72-HF-176(G,2N)72-HF-174,,SIG,,BRS) M0007 14 3 ANALYSIS The difference between (G,X)0-NN-1,,SIG M0007 14 4 and (G,X)0-NN-1,UNW,,SIG. M0007 14 5 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 14 6 (DEP,M0007011) M0007 14 7 (DEP,M0007002) M0007 14 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 14 9 e-mail: gnzal1945@gmail.com M0007 14 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 14 11 by V.Varlamov. M0007 14 12 ENDBIB 10 0 M0007 14 13 NOCOMMON 0 0 M0007 14 14 DATA 3 42 M0007 14 15 EN DATA DATA-ERR M0007 14 16 MEV MB MB M0007 14 17 14.92 1.4 M0007 14 18 15.04 10.5 M0007 14 19 15.17 23.7 1.0 M0007 14 20 15.29 37.1 1.0 M0007 14 21 15.42 55.3 2.0 M0007 14 22 15.54 69.3 2.0 M0007 14 23 15.67 79.2 3.0 M0007 14 24 15.79 94.0 3.0 M0007 14 25 15.92 109.5 3.0 M0007 14 26 16.04 113.1 3.0 M0007 14 27 16.17 122.8 3.0 M0007 14 28 16.29 132.6 4.0 M0007 14 29 16.42 134.7 3.0 M0007 14 30 16.54 146.5 4.0 M0007 14 31 16.67 147.4 4.0 M0007 14 32 16.79 147.2 4.0 M0007 14 33 16.92 142.9 4.0 M0007 14 34 17.04 142.5 4.0 M0007 14 35 17.17 133.4 5.0 M0007 14 36 17.29 132.6 5.0 M0007 14 37 17.42 132.9 4.0 M0007 14 38 17.54 134.6 6.0 M0007 14 39 17.67 115.4 5.0 M0007 14 40 17.79 110.5 5.0 M0007 14 41 17.92 114.8 5.0 M0007 14 42 18.04 111.6 5.0 M0007 14 43 18.17 116.5 5.0 M0007 14 44 18.29 106.7 5.0 M0007 14 45 18.42 99.1 5.0 M0007 14 46 18.54 105.1 5.0 M0007 14 47 18.67 103.1 5.0 M0007 14 48 18.79 101.1 5.0 M0007 14 49 18.92 82.5 5.0 M0007 14 50 19.04 85.3 5.0 M0007 14 51 19.17 89.2 6.0 M0007 14 52 19.29 74.1 6.0 M0007 14 53 19.42 82.5 5.0 M0007 14 54 19.54 68.8 6.0 M0007 14 55 19.67 70.4 5.0 M0007 14 56 19.79 51.0 6.0 M0007 14 57 19.92 47.0 6.0 M0007 14 58 20.04 52.8 5.0 M0007 14 59 ENDDATA 44 0 M0007 14 60 ENDSUBENT 59 0 M0007 1499999 SUBENT I M0007015 20250723 BIB 4 10 M0007 15 2 REACTION (72-HF-178(G,2N)72-HF-176,,SIG,,BRS) M0007 15 3 ANALYSIS The difference between (G,X)0-NN-1,,SIG M0007 15 4 and (G,X)0-NN-1,UNW,,SIG. M0007 15 5 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 15 6 (DEP,M0007012) M0007 15 7 (DEP,M0007003) M0007 15 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 15 9 e-mail: gnzal1945@gmail.com M0007 15 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 15 11 by V.Varlamov. M0007 15 12 ENDBIB 10 0 M0007 15 13 NOCOMMON 0 0 M0007 15 14 DATA 3 48 M0007 15 15 EN DATA DATA-ERR M0007 15 16 MEV MB MB M0007 15 17 14.17 2.2 1.0 M0007 15 18 14.29 11.4 1.0 M0007 15 19 14.42 25.3 2.0 M0007 15 20 14.54 41.6 2.0 M0007 15 21 14.67 52.7 3.0 M0007 15 22 14.79 65.5 4.0 M0007 15 23 14.92 86.7 5.0 M0007 15 24 15.04 104.4 4.0 M0007 15 25 15.17 124.9 5.0 M0007 15 26 15.29 135.6 5.0 M0007 15 27 15.42 145.0 5.0 M0007 15 28 15.54 151.2 6.0 M0007 15 29 15.67 169.4 6.0 M0007 15 30 15.79 181.6 6.0 M0007 15 31 15.92 178.4 7.0 M0007 15 32 16.04 179.0 6.0 M0007 15 33 16.17 176.4 6.0 M0007 15 34 16.29 174.4 6.0 M0007 15 35 16.42 175.2 7.0 M0007 15 36 16.54 177.4 6.0 M0007 15 37 16.67 167.2 7.0 M0007 15 38 16.79 157.2 7.0 M0007 15 39 16.92 154.9 6.0 M0007 15 40 17.04 150.5 7.0 M0007 15 41 17.17 151.8 6.0 M0007 15 42 17.29 139.2 6.0 M0007 15 43 17.42 135.1 6.0 M0007 15 44 17.54 120.4 7.0 M0007 15 45 17.67 121.3 7.0 M0007 15 46 17.79 118.8 7.0 M0007 15 47 17.92 120.8 6.0 M0007 15 48 18.04 116.3 7.0 M0007 15 49 18.17 101.4 6.0 M0007 15 50 18.29 114.2 7.0 M0007 15 51 18.42 98.7 6.0 M0007 15 52 18.54 113.4 7.0 M0007 15 53 18.67 101.0 7.0 M0007 15 54 18.79 105.9 7.0 M0007 15 55 18.92 87.2 6.0 M0007 15 56 19.04 85.7 7.0 M0007 15 57 19.17 96.3 7.0 M0007 15 58 19.29 63.4 7.0 M0007 15 59 19.42 87.3 7.0 M0007 15 60 19.54 53.2 8.0 M0007 15 61 19.67 79.4 8.0 M0007 15 62 19.79 38.2 8.0 M0007 15 63 19.92 79.2 9.0 M0007 15 64 20.04 42.9 10.0 M0007 15 65 ENDDATA 50 0 M0007 15 66 ENDSUBENT 65 0 M0007 1599999 SUBENT I M0007016 20250723 BIB 4 10 M0007 16 2 REACTION (72-HF-180(G,2N)72-HF-178,,SIG,,BRS) M0007 16 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 16 4 (DEP,M0007013) M0007 16 5 (DEP,M0007004) M0007 16 6 ANALYSIS The difference between (G,X)0-NN-1,,SIG M0007 16 7 and (G,X)0-NN-1,UNW,,SIG. M0007 16 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 16 9 e-mail: gnzal1945@gmail.com M0007 16 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 16 11 by V.Varlamov. M0007 16 12 ENDBIB 10 0 M0007 16 13 NOCOMMON 0 0 M0007 16 14 DATA 3 53 M0007 16 15 EN DATA DATA-ERR M0007 16 16 MEV MB MB M0007 16 17 13.54 6.8 1.0 M0007 16 18 13.67 18.1 1.0 M0007 16 19 13.79 32.9 2.0 M0007 16 20 13.92 42.8 3.0 M0007 16 21 14.04 58.6 3.0 M0007 16 22 14.17 72.9 4.0 M0007 16 23 14.29 83.6 4.0 M0007 16 24 14.42 108.2 6.0 M0007 16 25 14.54 112.2 6.0 M0007 16 26 14.67 125.7 6.0 M0007 16 27 14.79 137.9 6.0 M0007 16 28 14.92 159.9 6.0 M0007 16 29 15.04 161.7 5.0 M0007 16 30 15.17 175.4 5.0 M0007 16 31 15.29 193.3 5.0 M0007 16 32 15.42 189.0 6.0 M0007 16 33 15.54 200.0 6.0 M0007 16 34 15.67 208.2 6.0 M0007 16 35 15.79 199.5 6.0 M0007 16 36 15.92 203.4 6.0 M0007 16 37 16.04 207.1 6.0 M0007 16 38 16.17 203.0 5.0 M0007 16 39 16.29 185.6 5.0 M0007 16 40 16.42 189.8 6.0 M0007 16 41 16.54 176.9 5.0 M0007 16 42 16.67 163.9 6.0 M0007 16 43 16.79 179.1 5.0 M0007 16 44 16.92 161.8 6.0 M0007 16 45 17.04 152.4 6.0 M0007 16 46 17.17 137.1 6.0 M0007 16 47 17.29 143.9 5.0 M0007 16 48 17.42 133.9 6.0 M0007 16 49 17.54 134.6 6.0 M0007 16 50 17.67 129.7 6.0 M0007 16 51 17.79 106.1 6.0 M0007 16 52 17.92 105.6 6.0 M0007 16 53 18.04 106.5 7.0 M0007 16 54 18.17 120.3 7.0 M0007 16 55 18.29 105.0 5.0 M0007 16 56 18.42 105.5 6.0 M0007 16 57 18.54 98.6 7.0 M0007 16 58 18.67 94.4 7.0 M0007 16 59 18.79 109.1 7.0 M0007 16 60 18.92 102.2 7.0 M0007 16 61 19.04 100.4 7.0 M0007 16 62 19.17 82.3 7.0 M0007 16 63 19.29 76.0 6.0 M0007 16 64 19.42 83.3 7.0 M0007 16 65 19.54 59.4 7.0 M0007 16 66 19.67 85.4 7.0 M0007 16 67 19.79 31.9 7.0 M0007 16 68 19.92 65.6 7.0 M0007 16 69 20.04 20.3 8.0 M0007 16 70 ENDDATA 55 0 M0007 16 71 ENDSUBENT 70 0 M0007 1699999 SUBENT I M0007017 20250723 BIB 4 10 M0007 17 2 REACTION (72-HF-176(G,N)72-HF-175,,SIG,,BRS) M0007 17 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 17 4 (DEP,M0007002) M0007 17 5 (DEP,M0007014) M0007 17 6 ANALYSIS The difference between (G,X)0-NN-1,UNW,SIG M0007 17 7 and (72-HF-176(G,2N)72-HF-174,,SIG. M0007 17 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 17 9 e-mail: gnzal1945@gmail.com M0007 17 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 17 11 by V.Varlamov. M0007 17 12 ENDBIB 10 0 M0007 17 13 NOCOMMON 0 0 M0007 17 14 DATA 3 88 M0007 17 15 EN DATA DATA-ERR M0007 17 16 MEV MB MB M0007 17 17 9.04 53.8 2.0 M0007 17 18 9.17 56.2 2.0 M0007 17 19 9.29 61.0 2.0 M0007 17 20 9.42 64.7 2.0 M0007 17 21 9.54 69.8 3.0 M0007 17 22 9.67 74.4 3.0 M0007 17 23 9.79 72.0 4.0 M0007 17 24 9.92 91.2 4.0 M0007 17 25 10.04 92.8 5.0 M0007 17 26 10.17 106.6 4.0 M0007 17 27 10.29 113.9 5.0 M0007 17 28 10.54 138.2 6.0 M0007 17 29 10.67 149.6 6.0 M0007 17 30 10.79 161.2 7.0 M0007 17 31 10.92 168.6 7.0 M0007 17 32 11.04 190.1 8.0 M0007 17 33 11.17 205.6 7.0 M0007 17 34 11.29 212.0 8.0 M0007 17 35 11.42 234.1 9.0 M0007 17 36 11.54 261.2 10.0 M0007 17 37 11.67 270.4 10.0 M0007 17 38 11.79 298.2 10.0 M0007 17 39 11.92 315.2 9.0 M0007 17 40 12.04 324.1 11.0 M0007 17 41 12.17 337.4 11.0 M0007 17 42 12.29 368.9 12.0 M0007 17 43 12.42 374.7 12.0 M0007 17 44 12.54 350.0 13.0 M0007 17 45 12.67 366.4 14.0 M0007 17 46 12.79 348.7 14.0 M0007 17 47 12.92 350.8 13.0 M0007 17 48 13.04 350.9 14.0 M0007 17 49 13.17 333.2 15.0 M0007 17 50 13.29 299.2 15.0 M0007 17 51 13.42 300.2 16.0 M0007 17 52 13.54 324.0 16.0 M0007 17 53 13.67 281.1 16.0 M0007 17 54 13.79 303.9 17.0 M0007 17 55 13.92 293.2 17.0 M0007 17 56 14.04 273.8 14.0 M0007 17 57 14.17 284.3 15.0 M0007 17 58 14.29 317.2 17.0 M0007 17 59 14.42 289.3 17.0 M0007 17 60 14.54 307.0 18.0 M0007 17 61 14.67 338.1 18.0 M0007 17 62 14.79 323.8 19.0 M0007 17 63 14.92 322.3 17.0 M0007 17 64 15.04 346.4 10.0 M0007 17 65 15.17 323.7 10.0 M0007 17 66 15.29 287.7 10.0 M0007 17 67 15.42 283.8 9.0 M0007 17 68 15.54 257.7 8.0 M0007 17 69 15.67 226.8 8.0 M0007 17 70 15.79 216.2 7.0 M0007 17 71 15.92 209.0 7.0 M0007 17 72 16.04 183.6 4.0 M0007 17 73 16.17 173.2 5.0 M0007 17 74 16.29 165.1 4.0 M0007 17 75 16.42 150.2 4.0 M0007 17 76 16.54 148.6 4.0 M0007 17 77 16.67 137.2 4.0 M0007 17 78 16.79 126.9 3.0 M0007 17 79 16.92 115.1 4.0 M0007 17 80 17.04 108.1 3.0 M0007 17 81 17.17 95.8 3.0 M0007 17 82 17.29 90.8 3.0 M0007 17 83 17.42 87.2 3.0 M0007 17 84 17.54 74.8 3.0 M0007 17 85 17.67 70.8 3.0 M0007 17 86 17.79 65.6 3.0 M0007 17 87 17.92 66.4 3.0 M0007 17 88 18.04 63.0 3.0 M0007 17 89 18.17 64.5 3.0 M0007 17 90 18.29 58.0 3.0 M0007 17 91 18.42 53.1 3.0 M0007 17 92 18.54 55.5 3.0 M0007 17 93 18.67 53.7 3.0 M0007 17 94 18.79 52.0 3.0 M0007 17 95 18.92 42.2 3.0 M0007 17 96 19.04 43.0 2.0 M0007 17 97 19.17 44.7 3.0 M0007 17 98 19.29 36.9 3.0 M0007 17 99 19.42 40.9 3.0 M0007 17 100 19.54 33.8 3.0 M0007 17 101 19.67 34.5 3.0 M0007 17 102 19.79 24.7 3.0 M0007 17 103 19.92 23.0 3.0 M0007 17 104 20.04 25.3 3.0 M0007 17 105 ENDDATA 90 0 M0007 17 106 ENDSUBENT 105 0 M0007 1799999 SUBENT I M0007018 20250723 BIB 4 10 M0007 18 2 REACTION (72-HF-178(G,N)72-HF-177,,SIG,,BRS) M0007 18 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 18 4 (DEP,M0007003) M0007 18 5 (DEP,M0007015) M0007 18 6 ANALYSIS The difference between (G,X)0-NN-1,UNW,SIG M0007 18 7 and (72-HF-178(G,2N)72-HF-176,,SIG. M0007 18 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 18 9 e-mail: gnzal1945@gmail.com M0007 18 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 18 11 by V.Varlamov. M0007 18 12 ENDBIB 10 0 M0007 18 13 NOCOMMON 0 0 M0007 18 14 DATA 3 89 M0007 18 15 EN DATA DATA-ERR M0007 18 16 MEV MB MB M0007 18 17 9.04 53.6 2.0 M0007 18 18 9.17 62.1 2.0 M0007 18 19 9.29 66.5 3.0 M0007 18 20 9.42 74.5 3.0 M0007 18 21 9.54 74.3 3.0 M0007 18 22 9.67 79.8 3.0 M0007 18 23 9.79 86.6 4.0 M0007 18 24 9.92 95.1 4.0 M0007 18 25 10.04 105.9 4.0 M0007 18 26 10.17 104.6 5.0 M0007 18 27 10.29 108.5 6.0 M0007 18 28 10.42 117.1 6.0 M0007 18 29 10.54 137.4 6.0 M0007 18 30 10.67 148.6 7.0 M0007 18 31 10.79 143.4 7.0 M0007 18 32 10.92 167.4 8.0 M0007 18 33 11.04 169.1 8.0 M0007 18 34 11.17 198.7 9.0 M0007 18 35 11.29 224.9 10.0 M0007 18 36 11.42 240.5 10.0 M0007 18 37 11.54 242.0 10.0 M0007 18 38 11.67 268.9 11.0 M0007 18 39 11.79 302.6 12.0 M0007 18 40 11.92 305.1 12.0 M0007 18 41 12.04 348.1 13.0 M0007 18 42 12.17 332.6 15.0 M0007 18 43 12.29 341.0 15.0 M0007 18 44 12.42 358.1 16.0 M0007 18 45 12.54 387.5 16.0 M0007 18 46 12.67 355.4 17.0 M0007 18 47 12.79 363.9 17.0 M0007 18 48 12.92 372.6 17.0 M0007 18 49 13.04 328.0 18.0 M0007 18 50 13.17 360.9 20.0 M0007 18 51 13.29 334.9 20.0 M0007 18 52 13.42 309.6 21.0 M0007 18 53 13.54 285.4 20.0 M0007 18 54 13.67 319.7 22.0 M0007 18 55 13.79 305.8 21.0 M0007 18 56 13.92 292.3 23.0 M0007 18 57 14.04 309.9 20.0 M0007 18 58 14.17 273.5 21.0 M0007 18 59 14.29 292.8 21.0 M0007 18 60 14.42 290.1 17.0 M0007 18 61 14.54 279.9 17.0 M0007 18 62 14.67 240.2 15.0 M0007 18 63 14.79 220.0 15.0 M0007 18 64 14.92 225.3 14.0 M0007 18 65 15.04 219.6 9.0 M0007 18 66 15.17 219.6 8.0 M0007 18 67 15.29 204.0 8.0 M0007 18 68 15.42 190.5 7.0 M0007 18 69 15.54 176.4 6.0 M0007 18 70 15.67 178.0 7.0 M0007 18 71 15.79 173.7 6.0 M0007 18 72 15.92 157.2 6.0 M0007 18 73 16.04 146.8 5.0 M0007 18 74 16.17 135.9 5.0 M0007 18 75 16.29 126.8 5.0 M0007 18 76 16.42 121.1 4.0 M0007 18 77 16.54 117.4 4.0 M0007 18 78 16.67 106.3 5.0 M0007 18 79 16.79 96.5 4.0 M0007 18 80 16.92 94.4 4.0 M0007 18 81 17.04 87.2 4.0 M0007 18 82 17.17 86.0 4.0 M0007 18 83 17.29 77.1 4.0 M0007 18 84 17.42 75.0 4.0 M0007 18 85 17.54 64.4 3.0 M0007 18 86 17.67 64.0 3.0 M0007 18 87 17.79 61.8 3.0 M0007 18 88 17.92 62.1 3.0 M0007 18 89 18.04 59.2 3.0 M0007 18 90 18.17 51.0 3.0 M0007 18 91 18.29 57.2 3.0 M0007 18 92 18.42 49.1 3.0 M0007 18 93 18.54 56.1 3.0 M0007 18 94 18.67 49.5 3.0 M0007 18 95 18.79 51.9 3.0 M0007 18 96 18.92 42.6 3.0 M0007 18 97 19.04 41.6 3.0 M0007 18 98 19.17 46.4 3.0 M0007 18 99 19.29 30.4 4.0 M0007 18 100 19.42 42.1 4.0 M0007 18 101 19.54 25.4 4.0 M0007 18 102 19.67 38.0 4.0 M0007 18 103 19.79 18.3 4.0 M0007 18 104 19.92 37.6 4.0 M0007 18 105 20.04 20.3 4.0 M0007 18 106 ENDDATA 91 0 M0007 18 107 ENDSUBENT 106 0 M0007 1899999 SUBENT I M0007019 20250723 BIB 4 10 M0007 19 2 REACTION (72-HF-180(G,N)72-HF-179,,SIG,,BRS) M0007 19 3 STATUS (TABLE,,A.M.Goryachev+,J,SNP,26,246,1977) M0007 19 4 (DEP,M0007004) M0007 19 5 (DEP,M0007016) M0007 19 6 ANALYSIS The difference between (G,X)0-NN-1,UNW,SIG M0007 19 7 and (72-HF-176(G,2N)72-HF-174,,SIG. M0007 19 8 HISTORY (20250722R) Data were received from G.N.Zalesnyi, M0007 19 9 e-mail: gnzal1945@gmail.com M0007 19 10 (20250723C) Data were compiled at the MSU SINP CDFE M0007 19 11 by V.Varlamov. M0007 19 12 ENDBIB 10 0 M0007 19 13 NOCOMMON 0 0 M0007 19 14 DATA 3 89 M0007 19 15 EN DATA DATA-ERR M0007 19 16 MEV MB MB M0007 19 17 9.04 56.1 2.0 M0007 19 18 9.17 59.5 3.0 M0007 19 19 9.29 62.0 3.0 M0007 19 20 9.42 69.0 3.0 M0007 19 21 9.54 77.1 4.0 M0007 19 22 9.67 80.0 4.0 M0007 19 23 9.79 86.4 4.0 M0007 19 24 9.92 88.2 5.0 M0007 19 25 10.04 94.3 5.0 M0007 19 26 10.17 111.8 5.0 M0007 19 27 10.29 115.5 6.0 M0007 19 28 10.42 123.3 6.0 M0007 19 29 10.54 118.3 7.0 M0007 19 30 10.67 120.5 8.0 M0007 19 31 10.79 144.8 8.0 M0007 19 32 10.92 153.2 8.0 M0007 19 33 11.04 173.8 8.0 M0007 19 34 11.17 171.4 8.0 M0007 19 35 11.29 202.2 9.0 M0007 19 36 11.42 202.0 9.0 M0007 19 37 11.54 246.2 10.0 M0007 19 38 11.67 293.5 12.0 M0007 19 39 11.79 282.9 11.0 M0007 19 40 11.92 305.4 12.0 M0007 19 41 12.04 308.8 12.0 M0007 19 42 12.17 353.7 13.0 M0007 19 43 12.29 342.0 13.0 M0007 19 44 12.42 370.7 13.0 M0007 19 45 12.54 372.4 13.0 M0007 19 46 12.67 349.6 15.0 M0007 19 47 12.79 347.2 15.0 M0007 19 48 12.92 366.4 15.0 M0007 19 49 13.04 359.8 17.0 M0007 19 50 13.17 331.7 17.0 M0007 19 51 13.29 341.9 17.0 M0007 19 52 13.42 286.7 19.0 M0007 19 53 13.54 302.3 19.0 M0007 19 54 13.67 280.0 17.0 M0007 19 55 13.79 268.8 14.0 M0007 19 56 13.92 223.6 13.0 M0007 19 57 14.04 217.3 11.0 M0007 19 58 14.17 205.3 10.0 M0007 19 59 14.29 187.5 10.0 M0007 19 60 14.42 200.0 10.0 M0007 19 61 14.54 175.6 9.0 M0007 19 62 14.67 170.5 9.0 M0007 19 63 14.79 165.2 8.0 M0007 19 64 14.92 171.6 7.0 M0007 19 65 15.04 157.5 4.0 M0007 19 66 15.17 156.9 4.0 M0007 19 67 15.29 160.4 4.0 M0007 19 68 15.42 145.0 4.0 M0007 19 69 15.54 147.0 4.0 M0007 19 70 15.67 144.7 4.0 M0007 19 71 15.79 132.4 4.0 M0007 19 72 15.92 129.7 4.0 M0007 19 73 16.04 127.5 3.0 M0007 19 74 16.17 121.0 3.0 M0007 19 75 16.29 107.7 3.0 M0007 19 76 16.42 107.5 3.0 M0007 19 77 16.54 98.0 3.0 M0007 19 78 16.67 89.2 3.0 M0007 19 79 16.79 95.7 3.0 M0007 19 80 16.92 85.3 3.0 M0007 19 81 17.04 79.2 3.0 M0007 19 82 17.17 70.4 3.0 M0007 19 83 17.29 73.3 3.0 M0007 19 84 17.42 67.4 3.0 M0007 19 85 17.54 65.4 3.0 M0007 19 86 17.67 64.6 3.0 M0007 19 87 17.79 52.2 3.0 M0007 19 88 17.92 52.0 3.0 M0007 19 89 18.04 52.0 3.0 M0007 19 90 18.17 58.6 3.0 M0007 19 91 18.29 50.9 3.0 M0007 19 92 18.42 50.4 3.0 M0007 19 93 18.54 47.5 3.0 M0007 19 94 18.67 45.3 4.0 M0007 19 95 18.79 51.9 3.0 M0007 19 96 18.92 48.7 3.0 M0007 19 97 19.04 47.8 3.0 M0007 19 98 19.17 39.2 4.0 M0007 19 99 19.29 36.2 3.0 M0007 19 100 19.42 39.5 3.0 M0007 19 101 19.54 28.2 4.0 M0007 19 102 19.67 40.4 4.0 M0007 19 103 19.79 15.3 4.0 M0007 19 104 19.92 31.0 4.0 M0007 19 105 20.04 9.4 4.0 M0007 19 106 ENDDATA 91 0 M0007 19 107 ENDSUBENT 106 0 M0007 1999999 ENDENTRY 19 0 M000799999999 ENTRY C M0019 20250825 SUBENT C M0019001 20250825 BIB 11 22 M0019 1 2 TITLE Experimental check of the sum rules for M0019 1 3 photodisintegration of He-4. M0019 1 4 AUTHOR (Yu.M.Arkatov,P.I.Vatset,V.I.Voloshchuk,V.A.Zolenko, M0019 1 5 I.M.Prokhorets) M0019 1 6 INSTITUTE (4UKRKFT) M0019 1 7 REFERENCE (J,VAT/O,,(4/10),55,1979) M0019 1 8 FACILITY (LINAC,4UKRKFT) M0019 1 9 INC-SOURCE (BRST) M0019 1 10 DETECTOR (IOCH,MAGSP) M0019 1 11 METHOD (EXTB,SITA) M0019 1 12 ANALYSIS The reactions (gamma,p), (gamma,n), (gamma,2d), M0019 1 13 (gamma,pn), and (gamma,2p2n) were investigated using M0019 1 14 diffusion cloud chamber in magnetic field. M0019 1 15 ERR-ANALYS (DATA-ERR) The root-mean-square errors are given. M0019 1 16 HISTORY (19801016C) M0019 1 17 (19910202A) Corrected by V.Varlamov, V.Mclane M0019 1 18 (20110119A) Corrected by V.Varlamov: dates, REFERENCE, M0019 1 19 4CCP -> 4UKR, REACTION, lowercase. M0019 1 20 (20190524A) Corrected by SD and VV: STATUS, REFERENCE: M0019 1 21 VAT/O updated, DATA. M0019 1 22 (20250825A) Corrected by V.Varlamov: REACTION, METHOD, M0019 1 23 ANALYSIS, STATUS. M0019 1 24 ENDBIB 22 0 M0019 1 25 NOCOMMON 0 0 M0019 1 26 ENDSUBENT 25 0 M0019 199999 SUBENT C M0019002 20250825 BIB 4 11 M0019 2 2 REACTION (2-HE-4(G,ABS),,SIG) M0019 2 3 ANALYSIS The nuclear photoabsorption cross-section as the sum M0019 2 4 of cross sections of all energetically possible M0019 2 5 reactions - (g,n), (g,p), (g,pn), (g,2d), and M0019 2 6 (g,2p2n). M0019 2 7 STATUS (CURVE,,Yu.M.Arkatov+,J,VAT/O,,(4/10),55,1979) M0019 2 8 Data from Fig. 1. M0019 2 9 HISTORY (20190524A) Corrected by SD and VV: STATUS, DATA at M0019 2 10 EN = 67.1 and 68.8 MeV substituted. M0019 2 11 (20250825A) Corrected by V.Varlamov: REACTION, M0019 2 12 ANALYSIS, STATUS. M0019 2 13 ENDBIB 11 0 M0019 2 14 NOCOMMON 0 0 M0019 2 15 DATA 3 45 M0019 2 16 EN DATA DATA-ERR M0019 2 17 MEV MB MB M0019 2 18 20.6 .10 .09 M0019 2 19 21.2 1.20 .09 M0019 2 20 22.6 2.09 .09 M0019 2 21 23.1 2.50 .09 M0019 2 22 24. 3.08 .09 M0019 2 23 25.4 3.19 .09 M0019 2 24 26.2 3.45 .09 M0019 2 25 27.8 3.24 .09 M0019 2 26 28.6 3.22 .10 M0019 2 27 29. 3.07 .10 M0019 2 28 30.4 3.10 .10 M0019 2 29 31.2 2.97 .10 M0019 2 30 32.4 2.62 .10 M0019 2 31 33. 2.59 .10 M0019 2 32 34.3 2.49 .10 M0019 2 33 35.5 2.26 .10 M0019 2 34 36.8 2.33 .10 M0019 2 35 37.4 2.23 .10 M0019 2 36 38.6 2.28 .10 M0019 2 37 39.3 1.85 .06 M0019 2 38 41. 1.95 .06 M0019 2 39 43. 1.73 .06 M0019 2 40 44.8 1.47 .06 M0019 2 41 46.7 1.33 .06 M0019 2 42 49.2 1.16 .06 M0019 2 43 51.1 1.11 .06 M0019 2 44 52.9 .93 .06 M0019 2 45 55.4 .95 .06 M0019 2 46 57. .80 .06 M0019 2 47 58.9 .73 .05 M0019 2 48 61. .70 .05 M0019 2 49 62.9 .67 .05 M0019 2 50 65. .64 .05 M0019 2 51 67.1 .569 .040 M0019 2 52 68.8 .571 .040 M0019 2 53 72.2 .59 .04 M0019 2 54 74.3 .48 .04 M0019 2 55 76.5 .47 .04 M0019 2 56 78.8 .46 .04 M0019 2 57 82.1 .36 .02 M0019 2 58 89.6 .33 .02 M0019 2 59 99.5 .26 .02 M0019 2 60 111.9 .20 .01 M0019 2 61 127.4 .17 .01 M0019 2 62 142.7 .16 .01 M0019 2 63 ENDDATA 47 0 M0019 2 64 ENDSUBENT 63 0 M0019 299999 SUBENT C M0019003 20250825 BIB 4 10 M0019 3 2 REACTION (2-HE-4(G,ABS),EP,SIG) M0019 3 3 ANALYSIS The information about angular distributions of the M0019 3 4 reactions products was used for determination of M0019 3 5 dipole contribution to the nuclear photoabsorption M0019 3 6 cross-section. M0019 3 7 STATUS (CURVE,,Yu.M.Arkatov+,J,VAT/O,,(4/10),55,1979) M0019 3 8 Data from Fig. 2. M0019 3 9 HISTORY (20190524A) Corrected by SD and VV: STATUS. M0019 3 10 (20250825A) Corrected by V.Varlamov: REACTION, M0019 3 11 ANALYSIS, STATUS. M0019 3 12 ENDBIB 10 0 M0019 3 13 COMMON 1 3 M0019 3 14 POLAR M0019 3 15 NO-DIM M0019 3 16 1. M0019 3 17 ENDCOMMON 3 0 M0019 3 18 DATA 3 21 M0019 3 19 EN DATA DATA-ERR M0019 3 20 MEV MB MB M0019 3 21 20.9 .90 .09 M0019 3 22 22.7 1.55 .09 M0019 3 23 24. 2.72 .09 M0019 3 24 26.5 3.03 .09 M0019 3 25 28.3 2.89 .09 M0019 3 26 30.3 2.61 .08 M0019 3 27 32.4 2.30 .08 M0019 3 28 34.6 2.14 .08 M0019 3 29 37.4 1.79 .07 M0019 3 30 41.9 1.53 .07 M0019 3 31 46.6 1.10 .07 M0019 3 32 51.8 .89 .06 M0019 3 33 56.9 .53 .05 M0019 3 34 61.8 .51 .04 M0019 3 35 69.1 .47 .03 M0019 3 36 76.7 .36 .03 M0019 3 37 84.1 .30 .03 M0019 3 38 93.6 .26 .02 M0019 3 39 103.9 .20 .02 M0019 3 40 119. .18 .02 M0019 3 41 139.4 .15 .02 M0019 3 42 ENDDATA 23 0 M0019 3 43 ENDSUBENT 42 0 M0019 399999 SUBENT C M0019004 20250825 BIB 4 10 M0019 4 2 REACTION (2-HE-4(G,ABS),EP,SIG) M0019 4 3 ANALYSIS The information about angular distributions of the M0019 4 4 reactions products was used for distinguish of M0019 4 5 quadrupole contribution to the nuclear M0019 4 6 photoabsorption cross-section. M0019 4 7 STATUS (CURVE,,Yu.M.Arkatov+,J,VAT/O,,(4/10),55,1979) M0019 4 8 Data from Fig. 3. M0019 4 9 HISTORY (20190524A) Corrected by SD and VV: STATUS, DATA at M0019 4 10 EN = 68.6 and 120.1 MeV substituted. M0019 4 11 (20250825A) Corrected by V.Varlamov: REACTION, STATUS. M0019 4 12 ENDBIB 10 0 M0019 4 13 COMMON 1 3 M0019 4 14 POLAR M0019 4 15 NO-DIM M0019 4 16 2. M0019 4 17 ENDCOMMON 3 0 M0019 4 18 DATA 3 12 M0019 4 19 EN DATA DATA-ERR M0019 4 20 MEV MB MB M0019 4 21 23.1 .040 .010 M0019 4 22 26.7 .120 .030 M0019 4 23 30.7 .240 .040 M0019 4 24 35.2 .190 .040 M0019 4 25 41.1 .140 .040 M0019 4 26 49.9 .110 .030 M0019 4 27 60.1 .060 .030 M0019 4 28 68.6 .079 .020 M0019 4 29 82.8 .080 .010 M0019 4 30 100.6 .050 .010 M0019 4 31 120.1 .035 .010 M0019 4 32 140.3 .030 .010 M0019 4 33 ENDDATA 14 0 M0019 4 34 ENDSUBENT 33 0 M0019 499999 ENDENTRY 4 0 M001999999999 ENTRY C M0023 20250826 SUBENT C M0023001 20250826 BIB 13 25 M0023 1 2 TITLE The total photoabsorption cross-section for Se-76 and M0023 1 3 Se-82 in giant dipole resonance region. M0023 1 4 AUTHOR (G.M.Gurevich,L.E.Lazareva,V.M.Mazur,G.V.Solodukhov, M0023 1 5 V.A.Tyutin) M0023 1 6 INSTITUTE (4RUSJIA) M0023 1 7 REFERENCE (J,PKL,8,106,1978) M0023 1 8 FACILITY (SYNCH,4RUSJIA) M0023 1 9 INC-SOURCE (BRST) M0023 1 10 DETECTOR (SCIN) M0023 1 11 PART-DET (G) M0023 1 12 METHOD (EXTB,SITA,TRN) M0023 1 13 ANALYSIS To obtain the total photonuclear cross-section M0023 1 14 the method of complete absorption consisting in M0023 1 15 measuring the total attenuation cross-section M0023 1 16 and subtracting the atomic absorption cross-section M0023 1 17 was used. M0023 1 18 REL-REF (R,,G.M.Gurevich+,J,JEL,20,343,1974) M0023 1 19 The method uded before. M0023 1 20 ERR-ANALYS (ERR-S) Statistical errors are given. M0023 1 21 HISTORY (19801120C) M0023 1 22 (19910202A) Corrected by V.Varlamov, V.Mclane. M0023 1 23 (20130524A) Corrected by V.Varlamov: ERR-ANALYS, M0023 1 24 dates, REACTION, lowercase. M0023 1 25 (20250826A) Corrected by V.Varlamov: PART-DET, M0023 1 26 METHOD, ANALYSIS, REL-REF, CORRECTION, STATUS. M0023 1 27 ENDBIB 25 0 M0023 1 28 NOCOMMON 0 0 M0023 1 29 ENDSUBENT 28 0 M0023 199999 SUBENT C M0023002 20250826 BIB 4 10 M0023 2 2 REACTION (34-SE-76(G,TOT),,SIG) M0023 2 3 Nuclear photoabsorption cross-section as difference M0023 2 4 between total photon absorption cross sections and M0023 2 5 atomic absorption cross sections. M0023 2 6 CORRECTION Atomic absorption cross section subtracted. M0023 2 7 STATUS (CURVE,,G.M.Gurevich+,J,PKL,8,106,1978) M0023 2 8 Data from Fig. 4. M0023 2 9 HISTORY (20130524A) Corrected by V.Varlamov: M0023 2 10 ABS -> TOT, BRA deleted. M0023 2 11 (20250826U) Corrected by V.Varlamov: STATUS. M0023 2 12 ENDBIB 10 0 M0023 2 13 NOCOMMON 0 0 M0023 2 14 DATA 3 33 M0023 2 15 EN DATA ERR-S M0023 2 16 MEV MB MB M0023 2 17 9.25 11. 8. M0023 2 18 9.48 15. 8. M0023 2 19 9.75 -2.5 6.0 M0023 2 20 10.1 11. 8. M0023 2 21 10.3 14. 7. M0023 2 22 10.65 14.5 7.06 M0023 2 23 10.98 34. 8. M0023 2 24 11.4 39. 7. M0023 2 25 11.7 55. 8. M0023 2 26 12. 75. 6. M0023 2 27 12.27 63. 7. M0023 2 28 12.5 75.5 5.5 M0023 2 29 12.7 63.5 6.5 M0023 2 30 13. 64. 6. M0023 2 31 13.18 94. 9. M0023 2 32 13.4 97.5 80. M0023 2 33 13.8 106. 8. M0023 2 34 14.35 118. 8. M0023 2 35 14.6 130. 7. M0023 2 36 14.85 150.5 9.0 M0023 2 37 15.1 155.5 7.5 M0023 2 38 15.55 144.5 8.0 M0023 2 39 15.95 144. 7. M0023 2 40 16.05 164.0 6.5 M0023 2 41 16.75 146. 8. M0023 2 42 17.2 120. 9. M0023 2 43 17.5 108.5 7.5 M0023 2 44 18. 103. 6. M0023 2 45 18.3 86. 7. M0023 2 46 18.7 84.5 7.0 M0023 2 47 19.05 82.5 7.5 M0023 2 48 19.4 81.0 8.5 M0023 2 49 19.7 90. 10. M0023 2 50 ENDDATA 35 0 M0023 2 51 ENDSUBENT 50 0 M0023 299999 SUBENT C M0023003 20250826 BIB 4 10 M0023 3 2 REACTION (34-SE-82(G,TOT),,SIG) M0023 3 3 Nuclear photoabsorption cross-section as difference M0023 3 4 between total photon absorption cross sections and M0023 3 5 atomic absorption cross sections. M0023 3 6 CORRECTION Atomic absorption cross section subtracted. M0023 3 7 STATUS (CURVE,,G.M.Gurevich+,J,PKL,8,106,1978) M0023 3 8 Data from Fig. 5. M0023 3 9 HISTORY (20130524A) Corrected by V.Varlamov: M0023 3 10 ABS -> TOT, BRA deleted. M0023 3 11 (20250826U) Corrected by V.Varlamov: STATUS. M0023 3 12 ENDBIB 10 0 M0023 3 13 NOCOMMON 0 0 M0023 3 14 DATA 3 35 M0023 3 15 EN DATA ERR-S M0023 3 16 MEV MB MB M0023 3 17 9.25 18.0 7.5 M0023 3 18 9.85 10. 6. M0023 3 19 10. 21. 7. M0023 3 20 10.25 26.5 6.5 M0023 3 21 10.8 23.5 8.0 M0023 3 22 11.05 39.5 8.5 M0023 3 23 11.4 60.5 6.5 M0023 3 24 11.7 65. 6. M0023 3 25 12. 66.5 7.0 M0023 3 26 12.1 60. 7. M0023 3 27 12.4 64. 6. M0023 3 28 12.7 44. 8. M0023 3 29 12.95 53.5 7.5 M0023 3 30 13.1 75.5 8.8 M0023 3 31 13.45 68.0 7.5 M0023 3 32 13.7 96. 7. M0023 3 33 14.1 108. 7. M0023 3 34 14.35 134.0 6.5 M0023 3 35 14.7 163. 7. M0023 3 36 14.95 146. 8. M0023 3 37 15.25 172. 8. M0023 3 38 15.9 195. 8. M0023 3 39 16. 169.5 6.0 M0023 3 40 16.25 168. 7. M0023 3 41 16.6 171. 7. M0023 3 42 16.9 161. 7. M0023 3 43 17. 148.0 7.5 M0023 3 44 17.3 139. 7. M0023 3 45 17.85 140.5 8.0 M0023 3 46 18. 127.5 7.5 M0023 3 47 18.3 92. 6. M0023 3 48 18.6 114.5 6.0 M0023 3 49 19.1 103. 9. M0023 3 50 19.35 96. 10. M0023 3 51 19.9 84. 9. M0023 3 52 ENDDATA 37 0 M0023 3 53 ENDSUBENT 52 0 M0023 399999 ENDENTRY 3 0 M002399999999 ENTRY C M0041 20250827 SUBENT C M0041001 20250827 BIB 13 33 M0041 1 2 TITLE Total photoabsorption cross sections for high-Z M0041 1 3 elements in the energy range 7-20 MeV. M0041 1 4 AUTHOR (G.M.Gurevich,L.E.Lazareva,V.M.Mazur,S.Yu.Merkulov, M0041 1 5 G.V.Solodukhov) M0041 1 6 INSTITUTE (4RUSJIA) M0041 1 7 REFERENCE (J,NP/A,338,97,1980) M0041 1 8 #doi:10.1016/0375-9474(80)90124-4 M0041 1 9 FACILITY (SYNCH,4RUSJIA) M0041 1 10 INC-SOURCE (BRST) M0041 1 11 METHOD (EXTB,SITA,TRN) M0041 1 12 DETECTOR (SCIN) M0041 1 13 PART-DET (G) M0041 1 14 COMMENT Total photoabsorption cross sections for 13 isotopes M0041 1 15 between Sm and Bi were measured in the energy range M0041 1 16 7-20 MeV with uncertainties generally better than M0041 1 17 0.3% using the narrow attenuation method. M0041 1 18 Total photoabsorption cross-section is equal M0041 1 19 to the sum of total photonuclear cross-section and M0041 1 20 total photoatomic cross-section. M0041 1 21 ERR-ANALYS (DATA-ERR) Mean-root-squared uncertaintioes. M0041 1 22 STATUS (APRVD) By G.V.Solodukhov. M0041 1 23 HISTORY (19820314C) M0041 1 24 (19910202A) Corrected by V.Varlamov, V.Mclane. M0041 1 25 (20030306A) Corrected by V.Varlamov: M0041 1 26 DATES are corrected from two to four digits M0041 1 27 including that in reference and history, M0041 1 28 comments are added. M0041 1 29 (20110309A) Corrected by V.Varlamov: REFERENCE, M0041 1 30 REACTION and comment, BRA -> BRS, DATA in SUBENT 005 M0041 1 31 substituted, MSC/BRA -> BRS/MSC, STATUS, lowercase. M0041 1 32 (20250827A) Corrected by V.Varlamov: PART-DET, M0041 1 33 METHOD, COMMENT, ERR-ANALYS, REACTION free text, M0041 1 34 STATUS. M0041 1 35 ENDBIB 33 0 M0041 1 36 NOCOMMON 0 0 M0041 1 37 ENDSUBENT 36 0 M0041 199999 SUBENT C M0041002 20250827 BIB 3 8 M0041 2 2 REACTION (62-SM-154(G,TOT),,SIG,,MSC) M0041 2 3 "Total photoabsorption" cross-section equal to sum M0041 2 4 of "total photonuclear" + "total photoatomic" cross M0041 2 5 sections. M0041 2 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 2 7 Data presented in Fig. 2. M0041 2 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 2 9 DATA-ERR, STATUS. M0041 2 10 ENDBIB 8 0 M0041 2 11 NOCOMMON 0 0 M0041 2 12 DATA 3 52 M0041 2 13 EN DATA DATA-ERR M0041 2 14 MEV B B M0041 2 15 7.5 10.058 .027 M0041 2 16 7.75 10.118 .026 M0041 2 17 8.0 10.179 .027 M0041 2 18 8.25 10.220 .028 M0041 2 19 8.5 10.301 .027 M0041 2 20 8.75 10.375 .027 M0041 2 21 9.0 10.477 .028 M0041 2 22 9.25 10.599 .027 M0041 2 23 9.5 10.613 .028 M0041 2 24 9.75 10.659 .027 M0041 2 25 10. 10.699 .027 M0041 2 26 10.25 10.745 .029 M0041 2 27 10.5 10.893 .029 M0041 2 28 10.75 10.98 .028 M0041 2 29 11.0 11.071 .029 M0041 2 30 11.25 11.159 .030 M0041 2 31 11.5 11.265 .031 M0041 2 32 11.75 11.334 .032 M0041 2 33 12.0 11.420 .032 M0041 2 34 12.25 11.516 .030 M0041 2 35 12.5 11.555 .029 M0041 2 36 12.75 11.623 .028 M0041 2 37 13.0 11.572 .034 M0041 2 38 13.25 11.735 .030 M0041 2 39 13.5 11.808 .030 M0041 2 40 13.75 11.892 .030 M0041 2 41 14.0 11.985 .037 M0041 2 42 14.25 11.991 .034 M0041 2 43 14.5 12.095 .033 M0041 2 44 14.75 12.120 .033 M0041 2 45 15.0 12.217 .035 M0041 2 46 15.2 12.251 .037 M0041 2 47 15.4 12.330 .036 M0041 2 48 15.6 12.377 .038 M0041 2 49 15.9 12.415 .036 M0041 2 50 16.1 12.485 .036 M0041 2 51 16.4 12.518 .037 M0041 2 52 16.6 12.573 .041 M0041 2 53 16.9 12.583 .043 M0041 2 54 17.1 12.623 .041 M0041 2 55 17.4 12.654 .043 M0041 2 56 17.6 12.664 .043 M0041 2 57 17.9 12.801 .046 M0041 2 58 18.1 12.860 .049 M0041 2 59 18.4 12.889 .049 M0041 2 60 18.6 12.896 .042 M0041 2 61 18.9 12.890 .050 M0041 2 62 19.1 13.036 .054 M0041 2 63 19.4 13.065 .047 M0041 2 64 19.6 13.109 .052 M0041 2 65 19.9 13.211 .057 M0041 2 66 20.1 13.179 .059 M0041 2 67 ENDDATA 54 0 M0041 2 68 ENDSUBENT 67 0 M0041 299999 SUBENT C M0041003 20250827 BIB 3 8 M0041 3 2 REACTION (64-GD-156(G,TOT),,SIG,,MSC) M0041 3 3 "Total photoabsorption" cross-section equal to sum M0041 3 4 of "total photonuclear" + "total photoatomic" cross M0041 3 5 sections. M0041 3 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 3 7 Data presented in Fig. 2. M0041 3 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 3 9 DATA-ERR, STATUS. M0041 3 10 ENDBIB 8 0 M0041 3 11 NOCOMMON 0 0 M0041 3 12 DATA 3 54 M0041 3 13 EN DATA DATA-ERR M0041 3 14 MEV B B M0041 3 15 8.0 10.852 .026 M0041 3 16 8.25 10.953 .026 M0041 3 17 8.5 10.998 .026 M0041 3 18 8.75 11.078 .026 M0041 3 19 9.0 11.157 .026 M0041 3 20 9.25 11.193 .026 M0041 3 21 9.5 11.279 .027 M0041 3 22 9.75 11.344 .028 M0041 3 23 10.0 11.405 .026 M0041 3 24 10.25 11.547 .028 M0041 3 25 10.5 11.656 .030 M0041 3 26 10.75 11.718 .029 M0041 3 27 11.0 11.803 .030 M0041 3 28 11.25 11.850 .031 M0041 3 29 11.5 11.963 .031 M0041 3 30 11.75 12.093 .031 M0041 3 31 12.0 12.151 .033 M0041 3 32 12.25 12.272 .033 M0041 3 33 12.5 12.330 .033 M0041 3 34 12.75 12.336 .033 M0041 3 35 13.0 12.439 .034 M0041 3 36 13.25 12.548 .032 M0041 3 37 13.5 12.608 .032 M0041 3 38 13.75 12.698 .035 M0041 3 39 14.0 12.742 .031 M0041 3 40 14.25 12.796 .037 M0041 3 41 14.5 12.884 .033 M0041 3 42 14.75 12.975 .039 M0041 3 43 15.0 13.050 .037 M0041 3 44 15.2 13.068 .037 M0041 3 45 15.4 13.183 .037 M0041 3 46 15.6 13.215 .039 M0041 3 47 15.9 13.247 .042 M0041 3 48 16.1 13.315 .039 M0041 3 49 16.4 13.396 .039 M0041 3 50 16.6 13.432 .040 M0041 3 51 16.9 13.459 .045 M0041 3 52 17.1 13.542 .042 M0041 3 53 17.4 13.572 .050 M0041 3 54 17.6 13.661 .051 M0041 3 55 17.9 13.617 .055 M0041 3 56 18.1 13.712 .058 M0041 3 57 18.4 13.776 .064 M0041 3 58 18.6 13.810 .062 M0041 3 59 18.9 13.896 .063 M0041 3 60 19.1 13.920 .063 M0041 3 61 19.4 14.011 .064 M0041 3 62 19.6 14.052 .065 M0041 3 63 19.9 14.057 .066 M0041 3 64 20.1 14.100 .066 M0041 3 65 20.4 14.109 .067 M0041 3 66 20.6 14.277 .067 M0041 3 67 20.9 14.230 .068 M0041 3 68 21.1 14.412 .068 M0041 3 69 ENDDATA 56 0 M0041 3 70 ENDSUBENT 69 0 M0041 399999 SUBENT C M0041004 20250827 BIB 3 8 M0041 4 2 REACTION (67-HO-165(G,TOT),,SIG,,MSC) M0041 4 3 "Total photoabsorption" cross-section equal to sum M0041 4 4 of "total photonuclear" + "total photoatomic" cross M0041 4 5 sections. M0041 4 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 4 7 Data presented in Fig. 2. M0041 4 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 4 9 DATA-ERR, STATUS. M0041 4 10 ENDBIB 8 0 M0041 4 11 NOCOMMON 0 0 M0041 4 12 DATA 3 31 M0041 4 13 EN DATA DATA-ERR M0041 4 14 MEV B B M0041 4 15 7.9 11.517 .020 M0041 4 16 8.3 11.671 .020 M0041 4 17 8.7 11.803 .022 M0041 4 18 9.1 11.942 .025 M0041 4 19 9.5 12.097 .025 M0041 4 20 9.9 12.286 .025 M0041 4 21 10.3 12.433 .026 M0041 4 22 10.7 12.553 .026 M0041 4 23 11.1 12.740 .027 M0041 4 24 11.5 12.885 .027 M0041 4 25 11.9 13.181 .027 M0041 4 26 12.3 13.252 .027 M0041 4 27 12.8 13.383 .027 M0041 4 28 13.2 13.534 .028 M0041 4 29 13.6 13.612 .029 M0041 4 30 14.0 13.757 .029 M0041 4 31 14.4 13.894 .030 M0041 4 32 14.8 13.982 .030 M0041 4 33 15.2 14.159 .030 M0041 4 34 15.6 14.227 .031 M0041 4 35 16.0 14.315 .031 M0041 4 36 16.4 14.412 .031 M0041 4 37 16.8 14.546 .032 M0041 4 38 17.2 14.601 .035 M0041 4 39 17.6 14.704 .035 M0041 4 40 18.0 14.826 .035 M0041 4 41 18.4 14.915 .039 M0041 4 42 18.8 14.968 .039 M0041 4 43 19.2 15.167 .041 M0041 4 44 19.6 15.245 .045 M0041 4 45 20.0 15.372 .050 M0041 4 46 ENDDATA 33 0 M0041 4 47 ENDSUBENT 46 0 M0041 499999 SUBENT C M0041005 20250827 BIB 3 8 M0041 5 2 REACTION (68-ER-168(G,TOT),,SIG,,MSC) M0041 5 3 "Total photoabsorption" cross-section equal to sum M0041 5 4 of "total photonuclear" + "total photoatomic" cross M0041 5 5 sections. M0041 5 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 5 7 Data presented in Fig. 2. M0041 5 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 5 9 DATA-ERR, STATUS. M0041 5 10 ENDBIB 8 0 M0041 5 11 NOCOMMON 0 0 M0041 5 12 DATA 3 49 M0041 5 13 EN DATA DATA-ERR M0041 5 14 MEV B B M0041 5 15 8.0 12.195 .026 M0041 5 16 8.25 12.312 .028 M0041 5 17 8.5 12.398 .026 M0041 5 18 8.75 12.456 .027 M0041 5 19 9.0 12.537 .029 M0041 5 20 9.25 12.607 .027 M0041 5 21 9.5 12.717 .030 M0041 5 22 9.75 12.818 .028 M0041 5 23 10.0 12.912 .028 M0041 5 24 10.25 13.032 .030 M0041 5 25 10.5 13.132 .030 M0041 5 26 10.75 13.243 .030 M0041 5 27 11.0 13.300 .030 M0041 5 28 11.25 13.462 .031 M0041 5 29 11.5 13.549 .032 M0041 5 30 11.75 13.628 .032 M0041 5 31 12.0 13.743 .032 M0041 5 32 12.25 13.771 .033 M0041 5 33 12.5 13.892 .033 M0041 5 34 12.75 13.942 .034 M0041 5 35 13.0 14.007 .034 M0041 5 36 13.25 14.116 .034 M0041 5 37 13.5 14.186 .035 M0041 5 38 13.75 14.315 .035 M0041 5 39 14.0 14.395 .035 M0041 5 40 14.25 14.431 .036 M0041 5 41 14.5 14.498 .037 M0041 5 42 14.75 14.593 .036 M0041 5 43 15.0 14.617 .036 M0041 5 44 15.2 14.731 .039 M0041 5 45 15.4 14.812 .040 M0041 5 46 15.6 14.847 .040 M0041 5 47 15.9 14.949 .040 M0041 5 48 16.1 15.049 .039 M0041 5 49 16.4 15.023 .042 M0041 5 50 16.6 15.111 .043 M0041 5 51 16.9 15.166 .043 M0041 5 52 17.1 15.161 .044 M0041 5 53 17.4 15.236 .044 M0041 5 54 17.6 15.304 .044 M0041 5 55 17.9 15.307 .045 M0041 5 56 18.1 15.463 .045 M0041 5 57 18.4 15.505 .046 M0041 5 58 18.6 15.581 .047 M0041 5 59 18.9 15.491 .047 M0041 5 60 19.1 15.661 .048 M0041 5 61 19.4 15.641 .048 M0041 5 62 19.6 15.796 .049 M0041 5 63 19.9 15.822 .052 M0041 5 64 ENDDATA 51 0 M0041 5 65 ENDSUBENT 64 0 M0041 599999 SUBENT C M0041006 20250827 BIB 3 8 M0041 6 2 REACTION (70-YB-174(G,TOT),,SIG,,MSC) M0041 6 3 "Total photoabsorption" cross-section equal to sum M0041 6 4 of "total photonuclear" + "total photoatomic" cross M0041 6 5 sections. M0041 6 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 6 7 Data presented in Fig. 2. M0041 6 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 6 9 DATA-ERR, STATUS. M0041 6 10 ENDBIB 8 0 M0041 6 11 NOCOMMON 0 0 M0041 6 12 DATA 3 51 M0041 6 13 EN DATA DATA-ERR M0041 6 14 MEV B B M0041 6 15 8.0 12.496 .022 M0041 6 16 8.25 12.557 .021 M0041 6 17 8.5 12.656 .022 M0041 6 18 8.75 12.757 .022 M0041 6 19 9.0 12.875 .023 M0041 6 20 9.25 12.968 .023 M0041 6 21 9.5 13.105 .023 M0041 6 22 9.75 13.159 .023 M0041 6 23 10.0 13.291 .024 M0041 6 24 10.25 13.387 .025 M0041 6 25 10.5 13.504 .024 M0041 6 26 10.75 13.593 .025 M0041 6 27 11.0 13.646 .025 M0041 6 28 11.25 13.829 .025 M0041 6 29 11.5 13.923 .025 M0041 6 30 11.75 14.042 .025 M0041 6 31 12.0 14.198 .026 M0041 6 32 12.25 14.287 .025 M0041 6 33 12.5 14.321 .026 M0041 6 34 12.75 14.401 .026 M0041 6 35 13.0 14.474 .028 M0041 6 36 13.25 14.559 .026 M0041 6 37 13.5 14.637 .029 M0041 6 38 13.75 14.720 .029 M0041 6 39 14.0 14.773 .029 M0041 6 40 14.25 14.847 .030 M0041 6 41 14.5 14.932 .030 M0041 6 42 14.75 15.029 .030 M0041 6 43 15.0 15.069 .029 M0041 6 44 15.2 15.238 .029 M0041 6 45 15.4 15.239 .033 M0041 6 46 15.6 15.341 .031 M0041 6 47 15.9 15.389 .034 M0041 6 48 16.1 15.485 .034 M0041 6 49 16.4 15.482 .035 M0041 6 50 16.6 15.519 .036 M0041 6 51 16.9 15.585 .037 M0041 6 52 17.1 15.620 .038 M0041 6 53 17.4 15.696 .038 M0041 6 54 17.6 15.747 .039 M0041 6 55 17.9 15.792 .041 M0041 6 56 18.1 15.884 .042 M0041 6 57 18.4 15.931 .044 M0041 6 58 18.6 16.060 .044 M0041 6 59 18.9 16.028 .051 M0041 6 60 19.1 16.146 .047 M0041 6 61 19.4 16.237 .049 M0041 6 62 19.6 16.326 .049 M0041 6 63 19.9 16.384 .051 M0041 6 64 20.1 16.581 .058 M0041 6 65 20.4 16.532 .061 M0041 6 66 ENDDATA 53 0 M0041 6 67 ENDSUBENT 66 0 M0041 699999 SUBENT C M0041007 20250827 BIB 3 8 M0041 7 2 REACTION (72-HF-178(G,TOT),,SIG,,MSC) M0041 7 3 "Total photoabsorption" cross-section equal to sum M0041 7 4 of "total photonuclear" + "total photoatomic" cross M0041 7 5 sections. M0041 7 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 7 7 Data presented in Fig. 2. M0041 7 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 7 9 DATA-ERR, STATUS. M0041 7 10 ENDBIB 8 0 M0041 7 11 NOCOMMON 0 0 M0041 7 12 DATA 3 58 M0041 7 13 EN DATA DATA-ERR M0041 7 14 MEV B B M0041 7 15 7.0 12.894 .028 M0041 7 16 7.2 12.949 .027 M0041 7 17 7.5 13.001 .027 M0041 7 18 7.7 13.132 .028 M0041 7 19 8.0 13.249 .029 M0041 7 20 8.25 13.360 .028 M0041 7 21 8.5 13.498 .028 M0041 7 22 8.75 13.576 .029 M0041 7 23 9.0 13.611 .029 M0041 7 24 9.25 13.702 .029 M0041 7 25 9.5 13.868 .031 M0041 7 26 9.75 14.041 .031 M0041 7 27 10.0 14.089 .034 M0041 7 28 10.25 14.171 .032 M0041 7 29 10.5 14.297 .033 M0041 7 30 10.75 14.450 .032 M0041 7 31 11.0 14.576 .034 M0041 7 32 11.25 14.724 .034 M0041 7 33 11.5 14.834 .034 M0041 7 34 11.75 14.888 .033 M0041 7 35 12.0 15.006 .034 M0041 7 36 12.25 15.140 .034 M0041 7 37 12.5 15.226 .038 M0041 7 38 12.75 15.301 .038 M0041 7 39 13.0 15.331 .038 M0041 7 40 13.25 15.411 .038 M0041 7 41 13.5 15.498 .037 M0041 7 42 13.75 15.621 .037 M0041 7 43 14.0 15.686 .041 M0041 7 44 14.25 15.732 .037 M0041 7 45 14.5 15.800 .041 M0041 7 46 14.75 15.965 .041 M0041 7 47 15.0 16.043 .039 M0041 7 48 15.2 16.121 .042 M0041 7 49 15.4 16.170 .043 M0041 7 50 15.6 16.266 .044 M0041 7 51 15.9 16.259 .043 M0041 7 52 16.1 16.381 .044 M0041 7 53 16.4 16.503 .045 M0041 7 54 16.6 16.508 .045 M0041 7 55 16.9 16.515 .046 M0041 7 56 17.1 16.680 .047 M0041 7 57 17.4 16.714 .047 M0041 7 58 17.6 16.741 .048 M0041 7 59 17.9 16.721 .048 M0041 7 60 18.1 16.780 .049 M0041 7 61 18.4 16.823 .049 M0041 7 62 18.6 16.906 .049 M0041 7 63 18.9 16.941 .050 M0041 7 64 19.1 17.040 .050 M0041 7 65 19.4 17.096 .050 M0041 7 66 19.6 17.185 .051 M0041 7 67 19.9 17.411 .051 M0041 7 68 20.1 17.419 .052 M0041 7 69 20.4 17.462 .053 M0041 7 70 20.6 17.589 .053 M0041 7 71 20.9 17.698 .054 M0041 7 72 21.1 17.752 .054 M0041 7 73 ENDDATA 60 0 M0041 7 74 ENDSUBENT 73 0 M0041 799999 SUBENT C M0041008 20250827 BIB 3 8 M0041 8 2 REACTION (72-HF-180(G,TOT),,SIG,,MSC) M0041 8 3 "Total photoabsorption" cross-section equal to sum M0041 8 4 of "total photonuclear" + "total photoatomic" cross M0041 8 5 sections. M0041 8 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 8 7 Data presented in Fig. 2. M0041 8 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 8 9 DATA-ERR, STATUS. M0041 8 10 ENDBIB 8 0 M0041 8 11 NOCOMMON 0 0 M0041 8 12 DATA 3 45 M0041 8 13 EN DATA DATA-ERR M0041 8 14 MEV B B M0041 8 15 8.0 13.268 .030 M0041 8 16 8.25 13.383 .029 M0041 8 17 8.5 13.417 .032 M0041 8 18 8.75 13.577 .032 M0041 8 19 9.0 13.662 .030 M0041 8 20 9.25 13.740 .029 M0041 8 21 9.5 13.877 .032 M0041 8 22 9.75 14.002 .032 M0041 8 23 10.0 14.107 .030 M0041 8 24 10.25 14.195 .032 M0041 8 25 10.5 14.351 .031 M0041 8 26 10.75 14.488 .032 M0041 8 27 11.0 14.626 .031 M0041 8 28 11.25 14.736 .033 M0041 8 29 11.5 14.849 .033 M0041 8 30 11.75 14.902 .032 M0041 8 31 12.0 15.017 .033 M0041 8 32 12.25 15.174 .035 M0041 8 33 12.5 15.257 .035 M0041 8 34 12.75 15.347 .035 M0041 8 35 13.0 15.368 .035 M0041 8 36 13.25 15.442 .035 M0041 8 37 13.5 15.540 .036 M0041 8 38 13.75 15.641 .036 M0041 8 39 14.0 15.695 .037 M0041 8 40 14.25 15.812 .037 M0041 8 41 14.5 15.834 .037 M0041 8 42 14.75 15.994 .037 M0041 8 43 15.0 16.066 .038 M0041 8 44 15.2 16.068 .039 M0041 8 45 15.4 16.206 .039 M0041 8 46 15.6 16.311 .041 M0041 8 47 15.9 16.293 .041 M0041 8 48 16.1 16.345 .041 M0041 8 49 16.4 16.427 .042 M0041 8 50 16.6 16.441 .043 M0041 8 51 16.9 16.539 .044 M0041 8 52 17.1 16.725 .044 M0041 8 53 17.4 16.570 .045 M0041 8 54 17.6 16.635 .046 M0041 8 55 17.9 16.685 .047 M0041 8 56 18.1 16.688 .048 M0041 8 57 18.4 16.742 .049 M0041 8 58 18.6 16.851 .049 M0041 8 59 18.9 16.999 .051 M0041 8 60 ENDDATA 47 0 M0041 8 61 ENDSUBENT 60 0 M0041 899999 SUBENT C M0041009 20250827 BIB 3 8 M0041 9 2 REACTION (73-TA-181(G,TOT),,SIG,,MSC) M0041 9 3 "Total photoabsorption" cross-section equal to sum M0041 9 4 of "total photonuclear" + "total photoatomic" cross M0041 9 5 sections. M0041 9 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 9 7 Data presented in Fig. 2. M0041 9 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 9 9 DATA-ERR, STATUS. M0041 9 10 ENDBIB 8 0 M0041 9 11 NOCOMMON 0 0 M0041 9 12 DATA 3 58 M0041 9 13 EN DATA DATA-ERR M0041 9 14 MEV B B M0041 9 15 7.5 13.197 .032 M0041 9 16 7.8 13.310 .032 M0041 9 17 8.0 13.432 .032 M0041 9 18 8.25 13.525 .032 M0041 9 19 8.5 13.667 .033 M0041 9 20 8.75 13.750 .033 M0041 9 21 9.0 13.875 .034 M0041 9 22 9.25 13.943 .034 M0041 9 23 9.5 14.044 .035 M0041 9 24 9.75 14.303 .035 M0041 9 25 10.0 14.299 .039 M0041 9 26 10.25 14.444 .042 M0041 9 27 10.5 14.560 .038 M0041 9 28 10.75 14.643 .038 M0041 9 29 11.0 14.806 .039 M0041 9 30 11.25 14.953 .038 M0041 9 31 11.5 15.000 .037 M0041 9 32 11.75 15.203 .038 M0041 9 33 12.0 15.293 .040 M0041 9 34 12.25 15.347 .037 M0041 9 35 12.5 15.464 .039 M0041 9 36 12.75 15.566 .037 M0041 9 37 13.0 15.595 .041 M0041 9 38 13.25 15.709 .038 M0041 9 39 13.5 15.814 .041 M0041 9 40 13.75 15.881 .043 M0041 9 41 14.0 15.959 .046 M0041 9 42 14.25 16.010 .041 M0041 9 43 14.5 16.157 .045 M0041 9 44 14.75 16.184 .045 M0041 9 45 15.0 16.293 .045 M0041 9 46 15.2 16.421 .045 M0041 9 47 15.4 16.444 .045 M0041 9 48 15.6 16.529 .045 M0041 9 49 15.9 16.503 .046 M0041 9 50 16.1 16.607 .047 M0041 9 51 16.4 16.679 .046 M0041 9 52 16.6 16.777 .047 M0041 9 53 16.9 16.871 .047 M0041 9 54 17.1 16.806 .048 M0041 9 55 17.4 17.004 .049 M0041 9 56 17.6 16.944 .049 M0041 9 57 17.9 17.051 .049 M0041 9 58 18.1 17.112 .050 M0041 9 59 18.4 17.124 .051 M0041 9 60 18.6 17.151 .052 M0041 9 61 18.9 17.357 .055 M0041 9 62 19.1 17.379 .055 M0041 9 63 19.4 17.442 .060 M0041 9 64 19.6 17.487 .060 M0041 9 65 19.9 17.702 .061 M0041 9 66 20.1 17.681 .063 M0041 9 67 20.4 17.818 .064 M0041 9 68 20.6 17.861 .065 M0041 9 69 20.9 17.938 .066 M0041 9 70 21.1 18.159 .067 M0041 9 71 21.4 18.071 .068 M0041 9 72 21.6 18.236 .069 M0041 9 73 ENDDATA 60 0 M0041 9 74 ENDSUBENT 73 0 M0041 999999 SUBENT C M0041010 20250827 BIB 3 8 M0041 10 2 REACTION (74-W-182(G,TOT),,SIG,,MSC) M0041 10 3 "Total photoabsorption" cross-section equal to sum M0041 10 4 of "total photonuclear" + "total photoatomic" cross M0041 10 5 sections. M0041 10 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 10 7 Data presented in Fig. 2. M0041 10 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 10 9 DATA-ERR, STATUS. M0041 10 10 ENDBIB 8 0 M0041 10 11 NOCOMMON 0 0 M0041 10 12 DATA 3 55 M0041 10 13 EN DATA DATA-ERR M0041 10 14 MEV B B M0041 10 15 7.5 13.485 .035 M0041 10 16 7.7 13.594 .035 M0041 10 17 8.0 13.714 .037 M0041 10 18 8.2 13.801 .037 M0041 10 19 8.5 13.958 .037 M0041 10 20 8.7 14.002 .036 M0041 10 21 9.0 14.136 .037 M0041 10 22 9.2 14.279 .040 M0041 10 23 9.5 14.357 .037 M0041 10 24 9.7 14.456 .040 M0041 10 25 10.0 14.637 .040 M0041 10 26 10.2 14.756 .039 M0041 10 27 10.5 14.901 .040 M0041 10 28 10.7 14.992 .040 M0041 10 29 11.0 15.165 .040 M0041 10 30 11.2 15.234 .045 M0041 10 31 11.5 15.444 .045 M0041 10 32 11.7 15.499 .045 M0041 10 33 12.0 15.687 .045 M0041 10 34 12.2 15.709 .045 M0041 10 35 12.5 15.825 .045 M0041 10 36 12.7 15.908 .045 M0041 10 37 13.0 15.966 .043 M0041 10 38 13.2 16.049 .047 M0041 10 39 13.5 16.178 .047 M0041 10 40 13.7 16.232 .045 M0041 10 41 14.0 16.265 .046 M0041 10 42 14.2 16.382 .047 M0041 10 43 14.5 16.492 .047 M0041 10 44 14.7 16.612 .047 M0041 10 45 15.0 16.707 .050 M0041 10 46 15.2 16.810 .050 M0041 10 47 15.4 16.861 .050 M0041 10 48 15.6 16.955 .050 M0041 10 49 15.9 17.002 .050 M0041 10 50 16.1 16.984 .052 M0041 10 51 16.4 17.110 .053 M0041 10 52 16.6 17.201 .052 M0041 10 53 16.9 17.238 .052 M0041 10 54 17.1 17.291 .052 M0041 10 55 17.4 17.376 .054 M0041 10 56 17.6 17.412 .054 M0041 10 57 17.9 17.520 .055 M0041 10 58 18.1 17.550 .060 M0041 10 59 18.4 17.642 .062 M0041 10 60 18.6 17.643 .060 M0041 10 61 18.9 17.749 .063 M0041 10 62 19.1 17.887 .063 M0041 10 63 19.4 17.938 .064 M0041 10 64 19.6 17.944 .064 M0041 10 65 19.9 18.105 .065 M0041 10 66 20.1 18.161 .065 M0041 10 67 20.4 18.272 .065 M0041 10 68 20.6 18.326 .065 M0041 10 69 20.9 18.443 .070 M0041 10 70 ENDDATA 57 0 M0041 10 71 ENDSUBENT 70 0 M0041 1099999 SUBENT C M0041011 20250827 BIB 3 8 M0041 11 2 REACTION (74-W-184(G,TOT),,SIG,,MSC) M0041 11 3 "Total photoabsorption" cross-section equal to sum M0041 11 4 of "total photonuclear" + "total photoatomic" cross M0041 11 5 sections. M0041 11 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 11 7 Data presented in Fig. 2. M0041 11 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 11 9 DATA-ERR, STATUS. M0041 11 10 ENDBIB 8 0 M0041 11 11 NOCOMMON 0 0 M0041 11 12 DATA 3 42 M0041 11 13 EN DATA DATA-ERR M0041 11 14 MEV B B M0041 11 15 8.0 13.586 .028 M0041 11 16 8.25 13.699 .030 M0041 11 17 8.5 13.798 .032 M0041 11 18 8.75 13.937 .028 M0041 11 19 9.0 14.027 .029 M0041 11 20 9.25 14.123 .029 M0041 11 21 9.5 14.279 .031 M0041 11 22 9.75 14.398 .031 M0041 11 23 10.0 14.466 .031 M0041 11 24 10.25 14.630 .032 M0041 11 25 10.5 14.788 .032 M0041 11 26 10.75 14.871 .032 M0041 11 27 11.0 15.088 .033 M0041 11 28 11.25 15.189 .034 M0041 11 29 11.75 15.307 .034 M0041 11 30 12.0 15.519 .034 M0041 11 31 12.25 15.603 .037 M0041 11 32 12.5 15.720 .034 M0041 11 33 12.75 15.786 .039 M0041 11 34 13.0 15.878 .039 M0041 11 35 13.25 15.925 .040 M0041 11 36 13.5 16.080 .042 M0041 11 37 13.75 16.112 .039 M0041 11 38 14.0 16.239 .045 M0041 11 39 14.25 16.386 .043 M0041 11 40 14.5 16.432 .041 M0041 11 41 14.75 16.474 .042 M0041 11 42 15.0 16.618 .040 M0041 11 43 15.2 16.683 .043 M0041 11 44 15.4 16.730 .048 M0041 11 45 15.6 16.774 .046 M0041 11 46 15.9 16.813 .047 M0041 11 47 16.1 16.872 .048 M0041 11 48 16.4 16.999 .048 M0041 11 49 16.6 17.068 .048 M0041 11 50 16.9 17.099 .050 M0041 11 51 17.1 17.215 .051 M0041 11 52 17.4 17.165 .052 M0041 11 53 17.6 17.216 .050 M0041 11 54 17.9 17.321 .058 M0041 11 55 18.1 17.448 .058 M0041 11 56 18.4 17.552 .060 M0041 11 57 ENDDATA 44 0 M0041 11 58 ENDSUBENT 57 0 M0041 1199999 SUBENT C M0041012 20250827 BIB 3 8 M0041 12 2 REACTION (74-W-186(G,TOT),,SIG,,MSC) M0041 12 3 "Total photoabsorption" cross-section equal to sum M0041 12 4 of "total photonuclear" + "total photoatomic" cross M0041 12 5 sections. M0041 12 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 12 7 Data presented in Fig. 2. M0041 12 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 12 9 DATA-ERR, STATUS. M0041 12 10 ENDBIB 8 0 M0041 12 11 NOCOMMON 0 0 M0041 12 12 DATA 3 48 M0041 12 13 EN DATA DATA-ERR M0041 12 14 MEV B B M0041 12 15 7.5 13.498 .028 M0041 12 16 7.75 13.600 .031 M0041 12 17 8.0 13.680 .030 M0041 12 18 8.25 13.803 .029 M0041 12 19 8.5 13.882 .028 M0041 12 20 8.75 14.123 .032 M0041 12 21 9.0 14.138 .030 M0041 12 22 9.25 14.292 .030 M0041 12 23 9.5 14.384 .029 M0041 12 24 9.75 14.452 .031 M0041 12 25 10.0 14.605 .031 M0041 12 26 10.25 14.716 .032 M0041 12 27 10.5 14.900 .032 M0041 12 28 10.75 14.976 .033 M0041 12 29 11.0 15.162 .033 M0041 12 30 11.25 15.220 .034 M0041 12 31 11.5 15.337 .034 M0041 12 32 11.75 15.490 .034 M0041 12 33 12.0 15.591 .035 M0041 12 34 12.25 15.729 .035 M0041 12 35 12.5 15.830 .035 M0041 12 36 12.75 15.895 .037 M0041 12 37 13.0 16.033 .036 M0041 12 38 13.25 16.052 .036 M0041 12 39 13.5 16.223 .037 M0041 12 40 13.75 16.264 .037 M0041 12 41 14.0 16.415 .037 M0041 12 42 14.25 16.414 .038 M0041 12 43 14.5 16.561 .038 M0041 12 44 14.75 16.599 .038 M0041 12 45 15.0 16.749 .038 M0041 12 46 15.2 16.745 .038 M0041 12 47 15.4 16.853 .039 M0041 12 48 15.6 16.880 .039 M0041 12 49 15.9 16.945 .040 M0041 12 50 16.1 17.037 .040 M0041 12 51 16.4 17.075 .041 M0041 12 52 16.6 17.150 .042 M0041 12 53 16.9 17.242 .043 M0041 12 54 17.1 17.360 .044 M0041 12 55 17.4 17.334 .045 M0041 12 56 17.6 17.361 .049 M0041 12 57 17.9 17.394 .049 M0041 12 58 18.1 17.559 .051 M0041 12 59 18.4 17.683 .055 M0041 12 60 18.6 17.684 .061 M0041 12 61 18.9 17.600 .062 M0041 12 62 19.1 17.712 .065 M0041 12 63 ENDDATA 50 0 M0041 12 64 ENDSUBENT 63 0 M0041 1299999 SUBENT C M0041013 20250827 BIB 3 8 M0041 13 2 REACTION (79-AU-197(G,TOT),,SIG,,MSC) M0041 13 3 "Total photoabsorption" cross-section equal to sum M0041 13 4 of "total photonuclear" + "total photoatomic" cross M0041 13 5 sections. M0041 13 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 13 7 Data presented in Fig. 2. M0041 13 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 13 9 DATA-ERR, STATUS. M0041 13 10 ENDBIB 8 0 M0041 13 11 NOCOMMON 0 0 M0041 13 12 DATA 3 49 M0041 13 13 EN DATA DATA-ERR M0041 13 14 MEV B B M0041 13 15 8.0 15.354 .031 M0041 13 16 8.3 15.470 .031 M0041 13 17 8.5 15.571 .032 M0041 13 18 8.8 15.677 .032 M0041 13 19 9.0 15.844 .032 M0041 13 20 9.3 15.807 .033 M0041 13 21 9.5 16.028 .033 M0041 13 22 9.8 16.099 .033 M0041 13 23 10.0 16.249 .033 M0041 13 24 10.2 16.447 .033 M0041 13 25 10.5 16.565 .033 M0041 13 26 10.7 16.782 .033 M0041 13 27 11.0 16.859 .034 M0041 13 28 11.2 16.901 .034 M0041 13 29 11.5 17.030 .034 M0041 13 30 11.7 17.174 .034 M0041 13 31 12.0 17.316 .034 M0041 13 32 12.2 17.484 .034 M0041 13 33 12.5 17.723 .035 M0041 13 34 12.7 17.766 .035 M0041 13 35 13.0 18.028 .035 M0041 13 36 13.2 18.041 .036 M0041 13 37 13.5 18.113 .036 M0041 13 38 13.7 18.264 .037 M0041 13 39 14.0 18.349 .037 M0041 13 40 14.2 18.336 .038 M0041 13 41 14.5 18.496 .038 M0041 13 42 14.7 18.488 .040 M0041 13 43 15.0 18.691 .041 M0041 13 44 15.2 18.768 .041 M0041 13 45 15.4 18.814 .042 M0041 13 46 15.7 18.911 .042 M0041 13 47 15.9 19.042 .044 M0041 13 48 16.2 19.086 .044 M0041 13 49 16.4 19.144 .045 M0041 13 50 16.6 19.326 .046 M0041 13 51 16.9 19.290 .050 M0041 13 52 17.1 19.272 .051 M0041 13 53 17.4 19.524 .051 M0041 13 54 17.6 19.487 .052 M0041 13 55 17.9 19.576 .053 M0041 13 56 18.1 19.667 .053 M0041 13 57 18.4 19.680 .054 M0041 13 58 18.6 19.760 .055 M0041 13 59 18.9 19.893 .056 M0041 13 60 19.1 20.091 .058 M0041 13 61 19.4 20.145 .060 M0041 13 62 19.6 20.170 .062 M0041 13 63 19.9 20.319 .068 M0041 13 64 ENDDATA 51 0 M0041 13 65 ENDSUBENT 64 0 M0041 1399999 SUBENT C M0041014 20250827 BIB 3 8 M0041 14 2 REACTION (83-BI-209(G,TOT),,SIG,,MSC) M0041 14 3 "Total photoabsorption" cross-section equal to sum M0041 14 4 of "total photonuclear" + "total photoatomic" cross M0041 14 5 sections. M0041 14 6 STATUS (CURVE,,G.M.Gurevich+,J,NP/A,338,97,1980). M0041 14 7 Data presented in Fig. 2. M0041 14 8 HISTORY (20250827A) Corrected by V.Varlamov: REACTION, M0041 14 9 DATA-ERR, STATUS. M0041 14 10 ENDBIB 8 0 M0041 14 11 NOCOMMON 0 0 M0041 14 12 DATA 3 39 M0041 14 13 EN DATA DATA-ERR M0041 14 14 MEV B B M0041 14 15 8.0 16.531 .030 M0041 14 16 8.4 16.758 .031 M0041 14 17 8.8 16.997 .032 M0041 14 18 9.2 17.156 .032 M0041 14 19 9.6 17.342 .033 M0041 14 20 9.8 17.540 .035 M0041 14 21 10.2 17.804 .035 M0041 14 22 10.6 17.876 .036 M0041 14 23 11.0 18.215 .036 M0041 14 24 11.4 18.323 .036 M0041 14 25 11.7 18.516 .037 M0041 14 26 12.0 18.817 .035 M0041 14 27 12.4 18.946 .037 M0041 14 28 12.7 19.261 .037 M0041 14 29 13.1 19.470 .038 M0041 14 30 13.4 19.648 .040 M0041 14 31 13.8 19.799 .040 M0041 14 32 14.2 19.900 .042 M0041 14 33 14.5 20.001 .042 M0041 14 34 14.8 20.293 .045 M0041 14 35 15.2 20.428 .047 M0041 14 36 15.6 20.507 .050 M0041 14 37 16.0 20.508 .051 M0041 14 38 16.3 20.764 .051 M0041 14 39 16.7 20.915 .052 M0041 14 40 17.0 20.976 .052 M0041 14 41 17.4 21.036 .055 M0041 14 42 17.7 21.126 .055 M0041 14 43 18.1 21.393 .056 M0041 14 44 18.4 21.412 .057 M0041 14 45 18.8 21.615 .058 M0041 14 46 19.2 21.788 .058 M0041 14 47 19.6 21.844 .059 M0041 14 48 20.0 22.118 .060 M0041 14 49 20.4 22.232 .060 M0041 14 50 20.7 22.402 .061 M0041 14 51 21.1 22.606 .061 M0041 14 52 21.4 22.611 .063 M0041 14 53 21.8 22.760 .063 M0041 14 54 ENDDATA 41 0 M0041 14 55 ENDSUBENT 54 0 M0041 1499999 ENDENTRY 14 0 M004199999999 ENTRY C M0056 20250828 SUBENT C M0056001 20250828 BIB 12 37 M0056 1 2 TITLE Width of giant resonance in the absorption for the M0056 1 3 cross sections of gamma-rays by nuclei in the region M0056 1 4 150 < A < 200. M0056 1 5 AUTHOR (G.M.Gurevich,L.E.Lazareva,V.M.Mazur,G.V.Solodukhov) M0056 1 6 INSTITUTE (4RUSJIA) M0056 1 7 REFERENCE (J,JEL,23,370,1976) M0056 1 8 English translation of ZEP,23,411,1976. M0056 1 9 (J,ZEP,23,411,1976) M0056 1 10 FACILITY (SYNCH,4RUSJIA) M0056 1 11 INC-SOURCE (BRST) M0056 1 12 METHOD (EXTB,SITA,TRN) M0056 1 13 DETECTOR (NAICR) M0056 1 14 ANALYSIS Measurement of g-quanta absorption in target. M0056 1 15 ERR-ANALYS (ERR-S) Statistical errors only. M0056 1 16 COMMENT The total nuclear photoabsorption cross sections M0056 1 17 in the E1 giant resonance energy range for the M0056 1 18 nuclei Ho-165, Hf-178, Hf-180, Ta-181, W-182, M0056 1 19 Au-197 and Bi-209 have been measured using the M0056 1 20 absorption method. M0056 1 21 The total nuclear photoabsorption cross-section M0056 1 22 is equal to the difference between gamma M0056 1 23 photoabsorption cross-section and total M0056 1 24 photoatomic cross-section. M0056 1 25 HISTORY (19840131C) M0056 1 26 (19910202A) Corrected by V.Varlamov, V.Mclane. M0056 1 27 (20020123A) Corrected by V.Varlamov: M0056 1 28 dates are corrected from two to four digits M0056 1 29 including that in reference and history, M0056 1 30 last line in M0056008 data table M0056 1 31 30.25 168. 40. M0056 1 32 is deleted. M0056 1 33 (20121030U) SD: Updated to lower case. M0056 1 34 Corrected according last EXFOR rules and Dict. M0056 1 35 Ref. on transl. was added. BIB update M0056 1 36 (20130524A) Corr. by V.Varlamov: ANALYSIS, REACTION. M0056 1 37 (20250828A) Corrected by V.Varlamov: REFERENCE, M0056 1 38 METHOD, COMMENT, STATUS. M0056 1 39 ENDBIB 37 0 M0056 1 40 NOCOMMON 0 0 M0056 1 41 ENDSUBENT 40 0 M0056 199999 SUBENT C M0056002 20250828 BIB 3 9 M0056 2 2 REACTION (67-HO-165(G,TOT),,SIG) M0056 2 3 Nuclear photoabsorption cross-section as difference M0056 2 4 between total photon absorption cross-section and M0056 2 5 atomic absorption cross-section. M0056 2 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 2 7 Data from Fig. 1. M0056 2 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 2 9 ABS -> TOT, BRA deleted. M0056 2 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 2 11 ENDBIB 9 0 M0056 2 12 NOCOMMON 0 0 M0056 2 13 DATA 3 30 M0056 2 14 EN DATA ERR-S M0056 2 15 MEV MB MB M0056 2 16 8.37 25. 20. M0056 2 17 8.78 31. 22. M0056 2 18 9.19 51. 25. M0056 2 19 9.66 39. 23. M0056 2 20 9.94 74. 26. M0056 2 21 10.37 76. 26. M0056 2 22 10.77 96. 25. M0056 2 23 11.19 152. 25. M0056 2 24 11.55 176. 26. M0056 2 25 11.97 249. 25. M0056 2 26 12.40 302. 25. M0056 2 27 12.80 281. 17. M0056 2 28 13.24 286. 9. M0056 2 29 13.66 238. 23. M0056 2 30 14.02 258. 22. M0056 2 31 14.39 280. 22. M0056 2 32 14.83 291. 18. M0056 2 33 15.25 300. 17. M0056 2 34 15.66 282. 32. M0056 2 35 15.99 220. 33. M0056 2 36 16.37 206. 33. M0056 2 37 16.81 227. 33. M0056 2 38 17.25 160. 36. M0056 2 39 17.58 132. 33. M0056 2 40 17.98 130. 37. M0056 2 41 18.36 99. 40. M0056 2 42 18.72 33. 40. M0056 2 43 19.12 112. 45. M0056 2 44 19.46 49. 48. M0056 2 45 19.87 68. 47. M0056 2 46 ENDDATA 32 0 M0056 2 47 ENDSUBENT 46 0 M0056 299999 SUBENT C M0056003 20250828 BIB 3 9 M0056 3 2 REACTION (72-HF-178(G,TOT),,SIG) M0056 3 3 Nuclear photoabsorption cross-section as difference M0056 3 4 between total photon absorption cross-section and M0056 3 5 atomic absorption cross-section. M0056 3 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 3 7 Data from Fig. 1. M0056 3 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 3 9 ABS -> TOT, BRA deleted. M0056 3 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 3 11 ENDBIB 9 0 M0056 3 12 NOCOMMON 0 0 M0056 3 13 DATA 3 51 M0056 3 14 EN DATA ERR-S M0056 3 15 MEV MB MB M0056 3 16 8.14 21. 21. M0056 3 17 8.34 69. 22. M0056 3 18 8.59 29. 28. M0056 3 19 8.85 13. 20. M0056 3 20 9.07 14. 20. M0056 3 21 9.32 69. 24. M0056 3 22 9.58 140. 27. M0056 3 23 9.89 130. 28. M0056 3 24 10.11 140. 27. M0056 3 25 10.35 143. 28. M0056 3 26 10.62 199. 26. M0056 3 27 10.89 257. 26. M0056 3 28 11.1 326. 25. M0056 3 29 11.42 343. 27. M0056 3 30 11.67 305. 27. M0056 3 31 11.87 362. 26. M0056 3 32 12.04 409. 29. M0056 3 33 12.37 415. 27. M0056 3 34 12.63 397. 30. M0056 3 35 12.88 383. 31. M0056 3 36 13.14 375. 29. M0056 3 37 13.4 374. 31. M0056 3 38 13.62 390. 30. M0056 3 39 13.87 397. 31. M0056 3 40 14.07 377. 31. M0056 3 41 14.35 351. 33. M0056 3 42 14.58 406. 34. M0056 3 43 14.87 363. 35. M0056 3 44 15.05 395. 33. M0056 3 45 15.26 386. 36. M0056 3 46 15.55 386. 35. M0056 3 47 15.76 323. 34. M0056 3 48 15.89 380. 35. M0056 3 49 16.19 393. 37. M0056 3 50 16.34 331. 37. M0056 3 51 16.54 305. 40. M0056 3 52 16.7 254. 41. M0056 3 53 16.93 302. 41. M0056 3 54 17.19 285. 42. M0056 3 55 17.44 254. 43. M0056 3 56 17.65 136. 46. M0056 3 57 17.88 228. 46. M0056 3 58 18.14 65. 44. M0056 3 59 18.43 97. 45. M0056 3 60 18.62 25. 34. M0056 3 61 18.93 66. 47. M0056 3 62 19.18 23. 36. M0056 3 63 19.34 54. 51. M0056 3 64 19.79 140. 53. M0056 3 65 20.27 123. 52. M0056 3 66 20.83 219. 29. M0056 3 67 ENDDATA 53 0 M0056 3 68 ENDSUBENT 67 0 M0056 399999 SUBENT C M0056004 20250828 BIB 3 9 M0056 4 2 REACTION (72-HF-180(G,TOT),,SIG) M0056 4 3 Nuclear photoabsorption cross-section as difference M0056 4 4 between total photon absorption cross-section and M0056 4 5 atomic absorption cross-section. M0056 4 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 4 7 Data from Fig. 1 . M0056 4 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 4 9 ABS -> TOT, BRA deleted. M0056 4 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 4 11 ENDBIB 9 0 M0056 4 12 NOCOMMON 0 0 M0056 4 13 DATA 3 39 M0056 4 14 EN DATA ERR-S M0056 4 15 MEV MB MB M0056 4 16 8.60 27. 22. M0056 4 17 8.88 24. 24. M0056 4 18 9.06 38. 27. M0056 4 19 9.36 26. 27. M0056 4 20 9.57 57. 28. M0056 4 21 9.86 81. 30. M0056 4 22 10.07 106. 30. M0056 4 23 10.25 153. 30. M0056 4 24 10.57 173. 31. M0056 4 25 10.88 204. 32. M0056 4 26 11.05 285. 34. M0056 4 27 11.24 320. 31. M0056 4 28 11.53 327. 31. M0056 4 29 11.86 303. 34. M0056 4 30 12.04 348. 34. M0056 4 31 12.28 430. 36. M0056 4 32 12.55 403. 35. M0056 4 33 12.83 399. 35. M0056 4 34 13.04 391. 33. M0056 4 35 13.27 385. 32. M0056 4 36 13.55 391. 34. M0056 4 37 13.81 383. 34. M0056 4 38 14.27 413. 34. M0056 4 39 14.52 376. 33. M0056 4 40 14.78 408. 35. M0056 4 41 15.04 407. 36. M0056 4 42 15.26 353. 36. M0056 4 43 15.51 399. 35. M0056 4 44 15.77 409. 37. M0056 4 45 15.99 336. 38. M0056 4 46 16.26 351. 37. M0056 4 47 16.49 297. 35. M0056 4 48 16.86 277. 35. M0056 4 49 17.19 299. 36. M0056 4 50 17.46 143. 35. M0056 4 51 17.78 187. 44. M0056 4 52 17.98 105. 46. M0056 4 53 18.74 70. 44. M0056 4 54 18.99 114. 45. M0056 4 55 ENDDATA 41 0 M0056 4 56 ENDSUBENT 55 0 M0056 499999 SUBENT C M0056005 20250828 BIB 3 9 M0056 5 2 REACTION (73-TA-181(G,TOT),,SIG) M0056 5 3 Nuclear photoabsorption cross-section as difference M0056 5 4 between total photon absorption cross-section and M0056 5 5 atomic absorption cross-section. M0056 5 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 5 7 Data from Fig. 1. M0056 5 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 5 9 ABS -> TOT, BRA deleted. M0056 5 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 5 11 ENDBIB 9 0 M0056 5 12 NOCOMMON 0 0 M0056 5 13 DATA 3 48 M0056 5 14 EN DATA ERR-S M0056 5 15 MEV MB MB M0056 5 16 8.41 44. 25. M0056 5 17 8.63 51. 25. M0056 5 18 8.88 54. 28. M0056 5 19 9.10 83. 29. M0056 5 20 9.41 54. 28. M0056 5 21 9.64 51. 26. M0056 5 22 9.88 103. 27. M0056 5 23 10.11 102. 29. M0056 5 24 10.34 139. 31. M0056 5 25 10.60 157. 29. M0056 5 26 10.85 176. 32. M0056 5 27 11.15 246. 33. M0056 5 28 11.34 320. 34. M0056 5 29 11.58 290. 32. M0056 5 30 11.76 376. 36. M0056 5 31 12.09 391. 35. M0056 5 32 12.31 379. 31. M0056 5 33 12.61 400. 36. M0056 5 34 12.88 402. 36. M0056 5 35 13.09 371. 35. M0056 5 36 13.35 383. 33. M0056 5 37 13.59 405. 36. M0056 5 38 13.78 403. 34. M0056 5 39 14.08 399. 34. M0056 5 40 14.31 390. 34. M0056 5 41 14.54 409. 34. M0056 5 42 14.76 348. 32. M0056 5 43 15.06 355. 33. M0056 5 44 15.29 397. 38. M0056 5 45 15.54 352. 35. M0056 5 46 15.76 378. 36. M0056 5 47 15.95 306. 38. M0056 5 48 16.29 262. 38. M0056 5 49 16.55 283. 36. M0056 5 50 16.78 280. 40. M0056 5 51 16.99 270. 41. M0056 5 52 17.13 240. 41. M0056 5 53 17.48 268. 40. M0056 5 54 17.62 164. 37. M0056 5 55 17.92 166. 41. M0056 5 56 18.17 234. 43. M0056 5 57 18.40 96. 39. M0056 5 58 18.61 50. 41. M0056 5 59 18.95 134. 36. M0056 5 60 19.51 84. 38. M0056 5 61 19.97 131. 38. M0056 5 62 20.46 139. 38. M0056 5 63 20.94 156. 45. M0056 5 64 ENDDATA 50 0 M0056 5 65 ENDSUBENT 64 0 M0056 599999 SUBENT C M0056006 20250828 BIB 3 9 M0056 6 2 REACTION (74-W-182(G,TOT),,SIG) M0056 6 3 Nuclear photoabsorption cross-section as difference M0056 6 4 between total photon absorption cross-section and M0056 6 5 atomic absorption cross-section. M0056 6 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 6 7 Data from Fig. 1. M0056 6 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 6 9 ABS -> TOT, BRA deleted. M0056 6 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 6 11 ENDBIB 9 0 M0056 6 12 NOCOMMON 0 0 M0056 6 13 DATA 3 45 M0056 6 14 EN DATA ERR-S M0056 6 15 MEV MB MB M0056 6 16 8.53 54. 30. M0056 6 17 8.72 24. 25. M0056 6 18 9.01 48. 30. M0056 6 19 9.36 84. 29. M0056 6 20 9.57 60. 31. M0056 6 21 9.88 60. 32. M0056 6 22 10.04 131. 31. M0056 6 23 10.28 176. 33. M0056 6 24 10.57 201. 34. M0056 6 25 10.75 235. 34. M0056 6 26 11.05 304. 35. M0056 6 27 11.34 303. 32. M0056 6 28 11.58 367. 34. M0056 6 29 11.84 382. 35. M0056 6 30 12.08 373. 34. M0056 6 31 12.29 389. 34. M0056 6 32 12.56 397. 33. M0056 6 33 12.83 401. 37. M0056 6 34 13.07 376. 37. M0056 6 35 13.31 370. 36. M0056 6 36 13.55 394. 38. M0056 6 37 13.79 360. 39. M0056 6 38 14.01 382. 39. M0056 6 39 14.26 359. 39. M0056 6 40 14.49 362. 39. M0056 6 41 14.76 377. 39. M0056 6 42 15.00 362. 40. M0056 6 43 15.18 377. 39. M0056 6 44 15.41 358. 40. M0056 6 45 15.70 338. 38. M0056 6 46 15.88 245. 39. M0056 6 47 16.08 265. 39. M0056 6 48 16.36 271. 39. M0056 6 49 16.62 238. 41. M0056 6 50 16.85 239. 39. M0056 6 51 17.07 219. 38. M0056 6 52 17.29 173. 43. M0056 6 53 17.67 190. 45. M0056 6 54 17.92 187. 45. M0056 6 55 18.25 143. 46. M0056 6 56 18.78 146. 46. M0056 6 57 19.24 110. 46. M0056 6 58 19.66 148. 47. M0056 6 59 20.19 165. 50. M0056 6 60 20.73 147. 60. M0056 6 61 ENDDATA 47 0 M0056 6 62 ENDSUBENT 61 0 M0056 699999 SUBENT C M0056007 20250828 BIB 3 9 M0056 7 2 REACTION (79-AU-197(G,TOT),,SIG) M0056 7 3 Nuclear photoabsorption cross-section as difference M0056 7 4 between total photon absorption cross-section and M0056 7 5 atomic absorption cross-section. M0056 7 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 7 7 Data from Fig. 1. M0056 7 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 7 9 ABS -> TOT, BRA deleted. M0056 7 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 7 11 ENDBIB 9 0 M0056 7 12 NOCOMMON 0 0 M0056 7 13 DATA 3 48 M0056 7 14 EN DATA ERR-S M0056 7 15 MEV MB MB M0056 7 16 8.20 24. 19. M0056 7 17 8.46 25. 17. M0056 7 18 8.68 32. 21. M0056 7 19 8.94 96. 23. M0056 7 20 9.25 31. 22. M0056 7 21 9.46 71. 23. M0056 7 22 9.73 38. 24. M0056 7 23 9.94 81. 23. M0056 7 24 10.12 176. 26. M0056 7 25 10.45 188. 29. M0056 7 26 10.65 296. 30. M0056 7 27 10.94 278. 27. M0056 7 28 11.14 219. 29. M0056 7 29 11.43 244. 30. M0056 7 30 11.64 281. 32. M0056 7 31 11.92 322. 32. M0056 7 32 12.12 384. 31. M0056 7 33 12.42 513. 30. M0056 7 34 12.63 460. 30. M0056 7 35 12.88 616. 32. M0056 7 36 13.12 523. 29. M0056 7 37 13.42 498. 29. M0056 7 38 13.62 540. 32. M0056 7 39 13.87 523. 30. M0056 7 40 14.07 411. 31. M0056 7 41 14.39 466. 30. M0056 7 42 14.58 365. 35. M0056 7 43 14.92 455. 36. M0056 7 44 15.10 425. 34. M0056 7 45 15.31 377. 37. M0056 7 46 15.54 365. 37. M0056 7 47 15.79 386. 36. M0056 7 48 16.11 343. 38. M0056 7 49 16.30 286. 38. M0056 7 50 16.53 378. 39. M0056 7 51 16.77 244. 42. M0056 7 52 17.00 168. 41. M0056 7 53 17.24 322. 43. M0056 7 54 17.47 176. 44. M0056 7 55 17.76 165. 43. M0056 7 56 18.00 152. 43. M0056 7 57 18.13 72. 42. M0056 7 58 18.48 90. 48. M0056 7 59 18.75 71. 51. M0056 7 60 18.93 157. 53. M0056 7 61 19.22 122. 50. M0056 7 62 19.43 42. 45. M0056 7 63 19.70 82. 59. M0056 7 64 ENDDATA 50 0 M0056 7 65 ENDSUBENT 64 0 M0056 799999 SUBENT C M0056008 20250828 BIB 3 9 M0056 8 2 REACTION (83-BI-209(G,TOT),,SIG) M0056 8 3 Nuclear photoabsorption cross-section as difference M0056 8 4 between total photon absorption cross-section and M0056 8 5 atomic absorption cross-section. M0056 8 6 STATUS (CURVE,,G.M.Gurevich+,J,JEL,23,370,1976) M0056 8 7 Data from Fig. 1. M0056 8 8 HISTORY (20130524A) Corrected by V.Varlamov: M0056 8 9 ABS -> TOT, BRA deleted. M0056 8 10 (20250828U) Corrected by V.Varlamov: STATUS. M0056 8 11 ENDBIB 9 0 M0056 8 12 NOCOMMON 0 0 M0056 8 13 DATA 3 30 M0056 8 14 EN DATA ERR-S M0056 8 15 MEV MB MB M0056 8 16 8.45 35. 40. M0056 8 17 8.90 65. 40. M0056 8 18 9.35 32. 40. M0056 8 19 9.80 70. 40. M0056 8 20 10. 110. 40. M0056 8 21 10.20 160. 40. M0056 8 22 10.65 135. 40. M0056 8 23 10.95 190. 40. M0056 8 24 11.37 260. 40. M0056 8 25 11.70 262. 40. M0056 8 26 12. 410. 45. M0056 8 27 12.40 372. 45. M0056 8 28 12.70 545. 40. M0056 8 29 13.10 595. 40. M0056 8 30 13.40 635. 40. M0056 8 31 13.90 622. 40. M0056 8 32 14.10 502. 40. M0056 8 33 14.50 448. 40. M0056 8 34 14.80 490. 40. M0056 8 35 15.30 520. 40. M0056 8 36 15.60 428. 40. M0056 8 37 16. 230. 45. M0056 8 38 16.20 380. 40. M0056 8 39 16.75 405. 40. M0056 8 40 16.90 290. 40. M0056 8 41 17.50 165. 40. M0056 8 42 18.25 150. 40. M0056 8 43 19. 167. 40. M0056 8 44 19.07 145. 40. M0056 8 45 20.90 167. 40. M0056 8 46 ENDDATA 32 0 M0056 8 47 ENDSUBENT 46 0 M0056 899999 ENDENTRY 8 0 M005699999999 ENTRY C M0230 20250825 SUBENT C M0230001 20250825 BIB 13 31 M0230 1 2 TITLE Total pi-meson photoproduction cross-section for M0230 1 3 lithium and beryllium. M0230 1 4 AUTHOR (J.Ahrens,H.B.Eppler,H.Gimm,M.Kroning,P.Riehn, M0230 1 5 A.Zieger,B.Ziegler) M0230 1 6 INSTITUTE (2GERMPM) M0230 1 7 REFERENCE (J,PL/B,52,43,1974) M0230 1 8 #doi:10.1016/0370-2693(74)90715-1 M0230 1 9 FACILITY (LINAC,2GERMPM) M0230 1 10 INC-SOURCE (BRST) M0230 1 11 METHOD (EXTB,SITA,TRN) M0230 1 12 DETECTOR (MAGSP) M0230 1 13 PART-DET (G) M0230 1 14 ANALYSIS The total photon absorption cross sections M0230 1 15 were measured using two identical magnetic Compton M0230 1 16 spectrometers, one of which served as a M0230 1 17 normalization instrument but second served as M0230 1 18 instrument for measurement of the attenuation of M0230 1 19 the photon beam. M0230 1 20 In order to obtain the nuclear photoabsorption M0230 1 21 cross sections from the measured M0230 1 22 cross sections calculated values for non-nuclear M0230 1 23 cross sections (essentially the Compton effect M0230 1 24 and pair production) were subtracted. M0230 1 25 ERR-ANALYS (ERR-S) Statistical errors are presented. M0230 1 26 CORRECTION Non-nuclear cross section subtracted. M0230 1 27 HISTORY (19880629C) M0230 1 28 (19910202A) Corrected by V.Varlamov, V.Mclane. M0230 1 29 (20130611A) Corrected by V.Varlamov: REACTION, M0230 1 30 STATUS, dates, lowercase. M0230 1 31 (20250825A) Corrected by V.Varlamov: COMMENT, METHOD, M0230 1 32 ANALYSIS, STATUS. M0230 1 33 ENDBIB 31 0 M0230 1 34 NOCOMMON 0 0 M0230 1 35 ENDSUBENT 34 0 M0230 199999 SUBENT C M0230002 20250825 BIB 3 10 M0230 2 2 REACTION (3-LI-7(G,TOT),,SIG) M0230 2 3 Nuclear photoabsorption cross-section as difference M0230 2 4 between total photon absorption cross-section and M0230 2 5 non-nuclear cross-section (essentially the Compton M0230 2 6 effect and pair production). M0230 2 7 STATUS (CURVE,,J.Ahrens+,J,PL/B,52,43,1974) M0230 2 8 Data from Fig. 2. M0230 2 9 HISTORY (20130611A) Corrected by V.Varlamov: M0230 2 10 ABS -> TOT, BRA deleted. M0230 2 11 (20250825U) Corrected by V.Varlamov: STATUS. M0230 2 12 ENDBIB 10 0 M0230 2 13 NOCOMMON 0 0 M0230 2 14 DATA 3 42 M0230 2 15 EN DATA ERR-S M0230 2 16 MEV MB MB M0230 2 17 12. 1.150 0.056 M0230 2 18 17. 2.820 0.056 M0230 2 19 22. 3.100 0.056 M0230 2 20 27. 2.900 0.056 M0230 2 21 32. 2.900 0.056 M0230 2 22 37. 2.800 0.056 M0230 2 23 42. 2.050 0.056 M0230 2 24 47. 1.280 0.056 M0230 2 25 52. 1.490 0.084 M0230 2 26 57. 1.190 0.094 M0230 2 27 62. 0.860 0.094 M0230 2 28 67. 0.890 0.084 M0230 2 29 72. 0.440 0.094 M0230 2 30 77. 0.750 0.094 M0230 2 31 82. 0.770 0.094 M0230 2 32 87. 0.420 0.103 M0230 2 33 92. 0.470 0.103 M0230 2 34 97. 0.260 0.103 M0230 2 35 102. 0.050 0.113 M0230 2 36 107. 0.420 0.103 M0230 2 37 112. 0.300 0.103 M0230 2 38 117. 0.330 0.103 M0230 2 39 122. 0.240 0.084 M0230 2 40 127. 0.320 0.084 M0230 2 41 132. 0.270 0.084 M0230 2 42 137. 0.380 0.084 M0230 2 43 142. 0.360 0.084 M0230 2 44 147. 0.280 0.084 M0230 2 45 152. 0.075 0.084 M0230 2 46 157. 0.000 0.084 M0230 2 47 162. 0.050 0.094 M0230 2 48 167. 0.060 0.084 M0230 2 49 172. -0.140 0.084 M0230 2 50 177. 0.360 0.084 M0230 2 51 182. 0.610 0.084 M0230 2 52 187. 0.710 0.108 M0230 2 53 192. 0.830 0.084 M0230 2 54 197. 0.940 0.103 M0230 2 55 202. 1.370 0.141 M0230 2 56 207. 1.320 0.151 M0230 2 57 212. 1.500 0.178 M0230 2 58 217. 1.790 0.235 M0230 2 59 ENDDATA 44 0 M0230 2 60 ENDSUBENT 59 0 M0230 299999 SUBENT C M0230003 20250825 BIB 3 10 M0230 3 2 REACTION (4-BE-9(G,TOT),,SIG) M0230 3 3 Nuclear photoabsorption cross-section as difference M0230 3 4 between total photon absorption cross-section and M0230 3 5 non-nuclear cross-section (essentially the Compton M0230 3 6 effect and pair production). M0230 3 7 STATUS (CURVE,,J.Ahrens+,J,PL/B,52,43,1974) M0230 3 8 Data from Fig. 3. M0230 3 9 HISTORY (20130611A) Corrected by V.Varlamov: M0230 3 10 ABS -> TOT, BRA deleted. M0230 3 11 (20250825U) Corrected by V.Varlamov: STATUS. M0230 3 12 ENDBIB 10 0 M0230 3 13 NOCOMMON 0 0 M0230 3 14 DATA 3 42 M0230 3 15 EN DATA ERR-S M0230 3 16 MEV MB MB M0230 3 17 12. 0.93 0.11 M0230 3 18 17. 1.17 0.06 M0230 3 19 22. 4.70 0.06 M0230 3 20 27. 5.19 0.06 M0230 3 21 32. 4.53 0.06 M0230 3 22 37. 3.91 0.09 M0230 3 23 42. 3.37 0.10 M0230 3 24 47. 2.77 0.10 M0230 3 25 52. 2.13 0.14 M0230 3 26 57. 1.79 0.12 M0230 3 27 62. 1.50 0.15 M0230 3 28 67. 1.56 0.12 M0230 3 29 72. 1.10 0.15 M0230 3 30 77. 0.96 0.13 M0230 3 31 82. 0.77 0.12 M0230 3 32 87. 0.78 0.10 M0230 3 33 92. 1.21 0.13 M0230 3 34 97. 0.74 0.14 M0230 3 35 102. 0.65 0.13 M0230 3 36 107. 0.63 0.09 M0230 3 37 112. 0.77 0.08 M0230 3 38 117. 0.45 0.10 M0230 3 39 122. 0.62 0.09 M0230 3 40 127. 0.67 0.08 M0230 3 41 132. 0.62 0.10 M0230 3 42 137. 0.35 0.09 M0230 3 43 142. 0.33 0.09 M0230 3 44 147. 0.33 0.07 M0230 3 45 152. 0.36 0.06 M0230 3 46 157. 0.12 0.07 M0230 3 47 162. 0.20 0.07 M0230 3 48 167. 0.34 0.09 M0230 3 49 172. 0.36 0.08 M0230 3 50 177. 0.60 0.12 M0230 3 51 182. 0.49 0.13 M0230 3 52 187. 0.81 0.11 M0230 3 53 192. 0.94 0.12 M0230 3 54 197. 0.74 0.13 M0230 3 55 202. 0.66 0.13 M0230 3 56 207. 0.88 0.11 M0230 3 57 212. 1.10 0.14 M0230 3 58 217. 1.12 0.18 M0230 3 59 ENDDATA 44 0 M0230 3 60 ENDSUBENT 59 0 M0230 399999 ENDENTRY 3 0 M023099999999 ENTRY C M0420 20250825 SUBENT C M0420001 20250825 BIB 12 29 M0420 1 2 TITLE Photon-Absorption Cross Sections Between 3 And M0420 1 3 30 MeV. M0420 1 4 AUTHOR (N.K.Sherman,C.K.Ross,K.H.Lokan) M0420 1 5 REFERENCE (J,PR/C,21,2328,1980) M0420 1 6 INSTITUTE (1CANOTC) M0420 1 7 FACILITY (LINAC,1CANOTC) M0420 1 8 INC-SOURCE (BRST) M0420 1 9 METHOD (EXTB) M0420 1 10 DETECTOR (SCIN) M0420 1 11 PART-DET (G) M0420 1 12 ANALYSIS By time-of-flight detection of photoneutrons from M0420 1 13 liquid deuterium target 1-H-2(g,n) the M0420 1 14 transmission of 3 to 30 MeV gamma-rays through Al, M0420 1 15 Ta, and Bi have been measured. M0420 1 16 COMMENT Photon absorption by Al, Ta, and Bi between 3 and 30 M0420 1 17 MeV was measured using as a photon spectrometer a M0420 1 18 photoneutron time-of-flight detector and a liquid M0420 1 19 deuterium target. the atomic cross sections were M0420 1 20 obtained. M0420 1 21 HISTORY (19910218C) M0420 1 22 (20020123A) Corrected by V.Varlamov: M0420 1 23 dates are corrected from two to four digits M0420 1 24 including that in reference and history, M0420 1 25 comments is added. M0420 1 26 (20070820A) REACTION in SUBENTS 002 - 004 corrected, M0420 1 27 lowercase by V.Varlamov. M0420 1 28 (20250825A) Corrected by V.Varlamov: SAMPLE, M0420 1 29 PART-DET, ERR-ANALYS, REACTION, INC-SOURCE, STATUS, M0420 1 30 DATA in SUBENT 005, lowercase, SUBENT 006 added. M0420 1 31 ENDBIB 29 0 M0420 1 32 NOCOMMON 0 0 M0420 1 33 ENDSUBENT 32 0 M0420 199999 SUBENT C M0420002 20250825 BIB 5 10 M0420 2 2 REACTION (73-TA-181(G,TOT),,SIG,,MSC) M0420 2 3 Total photon absorption cross-section as the sum of M0420 2 4 nuclear photoabsorption cross section and atomic M0420 2 5 cross-section. M0420 2 6 SAMPLE Ta-181 target: purity >99.9%, 30.25 (.06) g/cm**2. M0420 2 7 ERR-ANALYS (ERR-S) The statistical errors are presented. M0420 2 8 STATUS (TABLE,,N.K.Sherman+,J,PR/C,21,2328,1980) M0420 2 9 Data from Table III. M0420 2 10 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, SAMPLE, M0420 2 11 ERR-ANALYS, REACTION, STATUS. M0420 2 12 ENDBIB 10 0 M0420 2 13 NOCOMMON 0 0 M0420 2 14 DATA 4 44 M0420 2 15 EN EN-RSL DATA ERR-S M0420 2 16 MEV KEV B MB M0420 2 17 3.869 12.126 56.000 M0420 2 18 4.327 12.128 30.500 M0420 2 19 4.83 12.258 23.500 M0420 2 20 5.333 12.394 21.000 M0420 2 21 5.837 12.561 20.500 M0420 2 22 6.348 38. 12.789 21.500 M0420 2 23 6.87 12.99 21.50 M0420 2 24 7.404 13.171 22.500 M0420 2 25 7.936 13.391 24.500 M0420 2 26 8.382 13.601 26.500 M0420 2 27 8.936 13.854 28.500 M0420 2 28 9.476 14.097 30.000 M0420 2 29 9.992 14.318 32.000 M0420 2 30 10.514 14.507 34.000 M0420 2 31 11.039 14.775 36.500 M0420 2 32 11.557 15.056 40.000 M0420 2 33 12.088 15.38 41.50 M0420 2 34 12.629 15.562 46.000 M0420 2 35 13.174 15.73 47.50 M0420 2 36 13.715 15.947 54.000 M0420 2 37 14.253 16.124 56.500 M0420 2 38 14.78 16.303 63.000 M0420 2 39 15.293 16.522 64.500 M0420 2 40 15.840 16.683 67.500 M0420 2 41 16.422 16.841 68.500 M0420 2 42 16.977 16.924 78.000 M0420 2 43 17.5 17.093 82.500 M0420 2 44 18.078 280. 17.188 84.000 M0420 2 45 18.665 17.324 86.500 M0420 2 46 19.286 17.412 90.000 M0420 2 47 19.856 17.92 112.00 M0420 2 48 20.37 17.85 112.00 M0420 2 49 20.907 17.868 115.000 M0420 2 50 21.468 17.903 117.500 M0420 2 51 22.055 18.316 124.000 M0420 2 52 22.67 18.362 127.500 M0420 2 53 23.314 18.38 131.00 M0420 2 54 23.989 18.791 136.500 M0420 2 55 24.697 18.514 137.500 M0420 2 56 25.312 484. 18.709 176.000 M0420 2 57 25.825 18.658 177.500 M0420 2 58 26.355 19.156 187.500 M0420 2 59 26.903 19.3 195.5 M0420 2 60 27.47 19.408 206.500 M0420 2 61 ENDDATA 46 0 M0420 2 62 ENDSUBENT 61 0 M0420 299999 SUBENT C M0420003 20250825 BIB 5 10 M0420 3 2 REACTION (83-BI-209(G,TOT),,SIG,,MSC) M0420 3 3 Total photon absorption cross-section as the sum of M0420 3 4 nuclear photoabsorption cross section and atomic M0420 3 5 cross-section. M0420 3 6 SAMPLE Bi-209 target: purity >99%, 19.58 (.04) g/cm**2. M0420 3 7 ERR-ANALYS (ERR-S) The statistical errors are presented. M0420 3 8 STATUS (TABLE,,N.K.Sherman+,J,PR/C,21,2328,1980) M0420 3 9 Data from Table IV. M0420 3 10 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, SAMPLE, M0420 3 11 ERR-ANALYS, REACTION, STATUS. M0420 3 12 ENDBIB 10 0 M0420 3 13 NOCOMMON 0 0 M0420 3 14 DATA 4 44 M0420 3 15 EN EN-RSL DATA ERR-S M0420 3 16 MEV KEV B MB M0420 3 17 3.869 14.846 76.000 M0420 3 18 4.327 14.781 44.500 M0420 3 19 4.83 14.927 33.500 M0420 3 20 5.333 15.091 30.500 M0420 3 21 5.837 15.324 29.500 M0420 3 22 6.348 38. 15.624 31.000 M0420 3 23 6.87 15.878 32.000 M0420 3 24 7.404 16.1 33.5 M0420 3 25 7.936 16.412 37.000 M0420 3 26 8.382 16.81 39.00 M0420 3 27 8.936 17.013 42.500 M0420 3 28 9.476 17.402 45.000 M0420 3 29 9.992 17.673 47.500 M0420 3 30 10.514 17.945 50.000 M0420 3 31 11.039 18.293 54.000 M0420 3 32 11.557 18.583 58.500 M0420 3 33 12.088 19.137 60.500 M0420 3 34 12.629 19.244 66.000 M0420 3 35 13.174 19.669 68.500 M0420 3 36 13.715 19.861 76.500 M0420 3 37 14.253 20.095 80.500 M0420 3 38 14.78 20.165 89.000 M0420 3 39 15.293 20.299 90.500 M0420 3 40 15.840 20.428 93.000 M0420 3 41 16.422 20.738 94.500 M0420 3 42 16.977 21.082 108.500 M0420 3 43 17.5 20.972 112.000 M0420 3 44 18.078 280. 21.532 116.000 M0420 3 45 18.665 21.395 118.000 M0420 3 46 19.286 21.513 122.000 M0420 3 47 19.856 21.905 146.500 M0420 3 48 20.37 22.147 148.500 M0420 3 49 20.907 22.286 154.000 M0420 3 50 21.468 22.247 157.000 M0420 3 51 22.055 22.589 161.000 M0420 3 52 22.67 22.862 167.500 M0420 3 53 23.314 22.906 170.500 M0420 3 54 23.989 23.098 173.000 M0420 3 55 24.697 23.348 182.000 M0420 3 56 25.312 484. 23.504 229.500 M0420 3 57 25.825 24.074 239.500 M0420 3 58 26.355 24.281 242.000 M0420 3 59 26.903 23.803 247.000 M0420 3 60 27.47 24.142 251.000 M0420 3 61 ENDDATA 46 0 M0420 3 62 ENDSUBENT 61 0 M0420 399999 SUBENT C M0420004 20250825 BIB 5 11 M0420 4 2 REACTION (13-AL-27(G,TOT),,SIG,,MSC) M0420 4 3 Total photon absorption cross-section as the sum of M0420 4 4 nuclear photoabsorption cross-section and atomic M0420 4 5 cross-section. M0420 4 6 SAMPLE Al-27 target: purity 99.995%, 47.86 (.10), M0420 4 7 g/cm**2. M0420 4 8 ERR-ANALYS (ERR-S) The statistical errors are presented. M0420 4 9 STATUS (TABLE,,N.K.Sherman+,J,PR/C,21,2328,1980) M0420 4 10 Data from Table V. M0420 4 11 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, SAMPLE, M0420 4 12 ERR-ANALYS, REACTION, STATUS. M0420 4 13 ENDBIB 11 0 M0420 4 14 NOCOMMON 0 0 M0420 4 15 DATA 4 18 M0420 4 16 EN EN-RSL DATA ERR-S M0420 4 17 MEV KEV B MB M0420 4 18 3.869 1.398 7.500 M0420 4 19 4.327 1.338 7.500 M0420 4 20 4.83 1.272 5.000 M0420 4 21 5.333 1.233 4.000 M0420 4 22 5.837 1.187 3.500 M0420 4 23 6.348 38. 1.15 3.50 M0420 4 24 6.87 1.126 3.500 M0420 4 25 7.404 1.106 4.000 M0420 4 26 7.936 1.085 4.000 M0420 4 27 8.382 1.068 4.500 M0420 4 28 8.936 1.059 4.500 M0420 4 29 9.476 1.045 5.000 M0420 4 30 9.992 1.036 5.000 M0420 4 31 10.514 1.022 5.000 M0420 4 32 11.039 1.019 5.500 M0420 4 33 11.557 1.008 6.000 M0420 4 34 12.088 .985 6.000 M0420 4 35 12.629 .995 6.500 M0420 4 36 ENDDATA 20 0 M0420 4 37 ENDSUBENT 36 0 M0420 499999 SUBENT C M0420005 20250825 BIB 5 8 M0420 5 2 REACTION (83-BI-209(G,PAI)83-BI-209,,SIG,,MSC) M0420 5 3 Nuclear pair production cross-section. M0420 5 4 SAMPLE Bi-209 target: purity >99%, 19.58 (.04) g/cm**2. M0420 5 5 ERR-ANALYS No data. M0420 5 6 STATUS (TABLE,,N.K.Sherman+,J,PR/C,21,2328,1980) M0420 5 7 Data from Table IV. M0420 5 8 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, SAMPLE, M0420 5 9 ERR-ANALYS, REACTION, DATA substituted, STATUS. M0420 5 10 ENDBIB 8 0 M0420 5 11 NOCOMMON 0 0 M0420 5 12 DATA 3 44 M0420 5 13 EN EN-RSL DATA M0420 5 14 MEV KEV B M0420 5 15 3.869 5.854 M0420 5 16 4.327 6.5 M0420 5 17 4.830 7.282 M0420 5 18 5.333 7.961 M0420 5 19 5.837 8.649 M0420 5 20 6.348 38. 9.311 M0420 5 21 6.870 9.919 M0420 5 22 7.404 10.422 M0420 5 23 7.936 10.987 M0420 5 24 8.382 11.613 M0420 5 25 8.936 12.028 M0420 5 26 9.476 12.574 M0420 5 27 9.992 13.004 M0420 5 28 10.514 13.407 M0420 5 29 11.039 13.880 M0420 5 30 11.557 14.229 M0420 5 31 12.088 14.803 M0420 5 32 12.629 14.919 M0420 5 33 13.174 15.334 M0420 5 34 13.715 15.619 M0420 5 35 14.253 16.088 M0420 5 36 14.780 16.280 M0420 5 37 15.293 16.585 M0420 5 38 15.840 16.893 M0420 5 39 16.422 17.343 M0420 5 40 16.977 17.805 M0420 5 41 17.500 17.785 M0420 5 42 18.078 280. 18.438 M0420 5 43 18.665 18.385 M0420 5 44 19.286 18.578 M0420 5 45 19.856 18.033 M0420 5 46 20.37 19.341 M0420 5 47 20.907 19.532 M0420 5 48 21.468 19.553 M0420 5 49 22.055 19.944 M0420 5 50 22.670 20.227 M0420 5 51 23.314 20.384 M0420 5 52 23.989 20.630 M0420 5 53 24.697 20.923 M0420 5 54 25.312 484. 21.126 M0420 5 55 25.825 21.724 M0420 5 56 26.355 21.958 M0420 5 57 26.903 21.502 M0420 5 58 27.47 21.852 M0420 5 59 ENDDATA 46 0 M0420 5 60 ENDSUBENT 59 0 M0420 599999 SUBENT I M0420006 20250825 BIB 5 8 M0420 6 2 REACTION (73-TA-181(G,PAI)73-TA-181,,SIG,,BRS) M0420 6 3 Nuclear pair production cross-section. M0420 6 4 SAMPLE Ta-181 target: purity >99.9%, 30.25 (.06) g/cm**2). M0420 6 5 ERR-ANALYS No data. M0420 6 6 STATUS (TABLE,,N.K.Sherman+,J,PR/C,21,2328,1980) M0420 6 7 Data from Table III. M0420 6 8 HISTORY (20250825C) Data were compiled at Russia MSU SINP CDFE M0420 6 9 by V.Varlamov. M0420 6 10 ENDBIB 8 0 M0420 6 11 NOCOMMON 0 0 M0420 6 12 DATA 3 33 M0420 6 13 EN EN-RSL DATA M0420 6 14 MEV KEV B M0420 6 15 3.869 4.47 M0420 6 16 4.327 5.04 M0420 6 17 4.83 5.82 M0420 6 18 5.333 6.26 M0420 6 19 5.837 6.80 M0420 6 20 6.348 38. 7.35 M0420 6 21 6.87 7.84 M0420 6 22 7.404 8.26 M0420 6 23 7.936 8.69 M0420 6 24 8.382 9.11 M0420 6 25 8.936 9.55 M0420 6 26 9.476 9.92 M0420 6 27 9.992 10.30 M0420 6 28 10.514 10.61 M0420 6 29 11.039 10.98 M0420 6 30 11.557 11.30 M0420 6 31 12.088 11.63 M0420 6 32 12.629 11.88 M0420 6 33 13.174 12.18 M0420 6 34 13.715 12.48 M0420 6 35 14.253 12.70 M0420 6 36 14.78 12.93 M0420 6 37 15.293 13.21 M0420 6 38 15.840 13.48 M0420 6 39 16.422 13.76 M0420 6 40 16.977 13.97 M0420 6 41 17.5 14.25 M0420 6 42 18.078 280. 14.44 M0420 6 43 18.665 14.72 M0420 6 44 19.286 14.96 M0420 6 45 19.856 15.17 M0420 6 46 20.37 15.35 M0420 6 47 20.907 15.53 M0420 6 48 ENDDATA 35 0 M0420 6 49 ENDSUBENT 48 0 M0420 699999 ENDENTRY 6 0 M042099999999 ENTRY C M0451 20250825 SUBENT C M0451001 20250825 BIB 15 35 M0451 1 2 TITLE Total absorption of gamma-rays from 15 to 27 MeV M0451 1 3 in Be. M0451 1 4 AUTHOR (U.Miklavzic,N.Bezic,D.Jamnik,G.Kernel,Z.Milavic, M0451 1 5 J.Snajder) M0451 1 6 REFERENCE (J,NP,31,570,1962) M0451 1 7 INSTITUTE (3SLNIJS) M0451 1 8 FACILITY (BETAT,3SLNIJS) M0451 1 9 INC-SOURCE (BRST) M0451 1 10 METHOD (EXTB,TRN,MAGFR) G-rays passed through the target M0451 1 11 were analysed by the Compton-spectrometer consisted M0451 1 12 of a 21 mg/cm**2 polyethylene converter, a 17 cm M0451 1 13 radius double focussing 70-degrees sector-magnet and M0451 1 14 four Cerenkov detectors. M0451 1 15 SAMPLE 51.5 cm long beryllium target. M0451 1 16 PART-DET (G) M0451 1 17 DETECTOR (MAGSP,CEREN) Magnetic spectrometer and Cerenkov M0451 1 18 detector. M0451 1 19 ANALYSIS The photonuclear total absorption cross-section M0451 1 20 was obtained as a difference between the M0451 1 21 total photon absorption cross-section and M0451 1 22 atomic absorption cross section published before. M0451 1 23 REL-REF (R,,K.Siegbahn,B,SIEGBAHN,,,1955) Atomic absorption M0451 1 24 cross-section data. M0451 1 25 ERR-ANALYS (DATA-ERR) Mean-root-squared uncertainties. M0451 1 26 COMMENT Total absorption of gamma-rays from 15 to 27 MeV in M0451 1 27 be has been measured using the bremsstrahlung M0451 1 28 spectrum of a 30 MeV betatron and Compton magnetic M0451 1 29 spectrometer. Data are presented of total M0451 1 30 photonuclear absorption with the ambiguity due to M0451 1 31 atomic absorption. M0451 1 32 HISTORY (19910218C) M0451 1 33 (20130621A) Corrected by V.Varlamov: REACTION, M0451 1 34 ANALYSIS, ERR-ANALYS, dates, lowercase. M0451 1 35 (20250825A) Corrected by V.Varlamov: METHOD, ANALYSIS, M0451 1 36 ERR-ANALYS, DATA, STATUS. M0451 1 37 ENDBIB 35 0 M0451 1 38 NOCOMMON 0 0 M0451 1 39 ENDSUBENT 38 0 M0451 199999 SUBENT C M0451002 20250825 BIB 3 10 M0451 2 2 REACTION (4-BE-9(G,TOT),,SIG) M0451 2 3 Nuclear absorption cross-section as difference M0451 2 4 between total absorption cross-section and atomic M0451 2 5 absorption cross-section. M0451 2 6 STATUS (CURVE,,U.Miklavzic+,J,NP,31,570,1962) M0451 2 7 Data from Fig. 3. M0451 2 8 HISTORY (20130621A) Corrected by V.Varlamov: M0451 2 9 ABS -> TOT and BRA deleted. M0451 2 10 (20250825A) Corrected by V.Varlamov: STATUS, M0451 2 11 DATA (EN = 27.25). M0451 2 12 ENDBIB 10 0 M0451 2 13 NOCOMMON 0 0 M0451 2 14 DATA 3 44 M0451 2 15 EN DATA DATA-ERR M0451 2 16 MEV MB MB M0451 2 17 15.2 1.1 1.2 M0451 2 18 15.5 2.8 1.6 M0451 2 19 15.7 2.3 1.7 M0451 2 20 16. 1.3 .8 M0451 2 21 16.5 -0.6 .8 M0451 2 22 16.7 .1 1.4 M0451 2 23 17. 1. 1. M0451 2 24 17.4 2.5 1.3 M0451 2 25 17.8 2.1 1.0 M0451 2 26 17.85 3.2 1.1 M0451 2 27 18. 1.5 1.4 M0451 2 28 18.19 3.6 .8 M0451 2 29 18.2 2.0 .7 M0451 2 30 18.3 2.8 1.0 M0451 2 31 18.35 2.7 1.0 M0451 2 32 18.55 3.0 1.2 M0451 2 33 18.8 2.05 1.00 M0451 2 34 18.9 2.1 .8 M0451 2 35 19.15 2.15 .90 M0451 2 36 19.3 2.0 1.6 M0451 2 37 19.55 2.95 .90 M0451 2 38 19.9 4.95 .50 M0451 2 39 20. 6.5 .7 M0451 2 40 20.2 4.55 .70 M0451 2 41 20.4 2.1 1.4 M0451 2 42 20.45 5.0 .8 M0451 2 43 20.5 9.0 .6 M0451 2 44 20.55 7.5 .6 M0451 2 45 20.65 6.65 .80 M0451 2 46 21. 6.4 .6 M0451 2 47 21.3 7.0 .9 M0451 2 48 21.65 6.1 1.0 M0451 2 49 21.7 8.0 .6 M0451 2 50 22.3 8.1 1.1 M0451 2 51 22.7 7.2 1.2 M0451 2 52 22.95 7.15 1.00 M0451 2 53 23.7 7.0 .6 M0451 2 54 24.2 7.8 .8 M0451 2 55 24.5 6.9 .8 M0451 2 56 25. 7.8 .6 M0451 2 57 25.5 8.5 .9 M0451 2 58 25.95 7.2 1.0 M0451 2 59 26.25 6.2 1.3 M0451 2 60 27.25 8.3 .8 M0451 2 61 ENDDATA 46 0 M0451 2 62 ENDSUBENT 61 0 M0451 299999 ENDENTRY 2 0 M045199999999 ENTRY C M0721 20250804 SUBENT C M0721001 20250804 BIB 13 21 M0721 1 2 TITLE Excitation of 2+ isomeric level of 104Ag nucleus in M0721 1 3 photonuclear reactions. M0721 1 4 AUTHOR (A.Ermakov,B.Ishkhanov,I.Kapitonov,I.Makarenko) M0721 1 5 REFERENCE (A,2007NICE,,124(317),2007) M0721 1 6 Unpublished in Conf.Proc. M0721 1 7 (C,2006SAROV,,90,2006) Same results given. M0721 1 8 INSTITUTE (4RUSMOS) M0721 1 9 FACILITY (MICRT,4RUSMOS) 70 MeV racetrack microtron RTM-70, M0721 1 10 Skobeltsyn Institute of Nuclear Physics, Lomonosov M0721 1 11 Moscow State University. M0721 1 12 INC-SOURCE (BRST) M0721 1 13 SAMPLE Natural mixture of 107,109Ag isotopes. M0721 1 14 METHOD (ACTIV) Induced gamma-activity measured. M0721 1 15 DETECTOR (HPGE) Hyperpure Germanium detector, efficiency 30 %. M0721 1 16 ANALYSIS (AREA) Gamma-quanta energy spectrum lines data. M0721 1 17 ERR-ANALYS (DATA-ERR) Root-mean-square errors. M0721 1 18 STATUS (APRVD) by I.V.Makarenko. M0721 1 19 HISTORY (20070712C) Data were compiled at Russia MSU SINP M0721 1 20 CDFE by V.Varlamov. M0721 1 21 (20111117A) Corrected by V.Varlamov: AUTHOR, REFERENCE.M0721 1 22 (20250804A) Corrected by V.Varlamov: REFERENCE. M0721 1 23 ENDBIB 21 0 M0721 1 24 COMMON 1 3 M0721 1 25 EN-MAX M0721 1 26 MEV M0721 1 27 50. M0721 1 28 ENDCOMMON 3 0 M0721 1 29 ENDSUBENT 28 0 M0721 199999 ENDENTRY 1 0 M072199999999 ENTRY C M0943 20250825 SUBENT C M0943001 20250825 BIB 8 20 M0943 1 2 TITLE Total photonuclear cross-section in the nucleon M0943 1 3 resonance region. M0943 1 4 AUTHOR (M.Anghinolfi,N.Bianchi,P.Corvisiero,A.Deppman, M0943 1 5 E.De Sanctis,A.Ebolese,A.Fantoni,G.Cervino, M0943 1 6 P.Levi Sandri,V.Lucherini,L.Mazzaschi,V.Mokeev, M0943 1 7 V.Muccifora,E.Polli,A.R.Reolon,G.Ricco,M.Ripani, M0943 1 8 P.Rossi,M.Sanzone,M.Taiuti,A.Zucchiatti) M0943 1 9 REFERENCE (J,NP/A,553,631C,1993) M0943 1 10 #doi:10.1016/0375-9474(93)90670-S M0943 1 11 INSTITUTE (2ITYGVA,2ITYFRA,2ITYTUR) M0943 1 12 (2ITYITY) INFN Sezione Sanita, Viale Regina Elena, M0943 1 13 Roma, Italy. M0943 1 14 FACILITY (LINAC,2ITYFRA) The Frascatti ADONE storage ring with M0943 1 15 maximum electron energy available 1500 MeV. M0943 1 16 INC-SOURCE (MPH,TAGD) Jet Target tagged photon beam. M0943 1 17 ERR-ANALYS (DATA-ERR) No information on source of uncertainties. M0943 1 18 HISTORY (20171111C) Data were compiled at the Russia MSU SINP M0943 1 19 CDFE by V.V.Varlamov. M0943 1 20 (20250825A) Corrected by V.Varlamov: INSTITUTE, M0943 1 21 ANALYSIS, REACTION, REL-REF, METHOD, STATUS. M0943 1 22 ENDBIB 20 0 M0943 1 23 NOCOMMON 0 0 M0943 1 24 ENDSUBENT 23 0 M0943 199999 SUBENT C M0943002 20250825 BIB 8 20 M0943 2 2 REACTION (4-BE-9(G,TOT),,SIG,,DMN) M0943 2 3 Nuclear photoabsorption cross-section as difference M0943 2 4 between attenuation cross-section and atomic M0943 2 5 absorption cross-section. M0943 2 6 Cross-section multiplied by 1/A. M0943 2 7 SAMPLE 85.77 (0.01) cm long 99.9% pure Be. M0943 2 8 DETECTOR (BGO) Bismuth-Germanate crystal detector. M0943 2 9 METHOD (TRN) M0943 2 10 ANALYSIS To obtain the total photonuclear cross-section M0943 2 11 the transmission method was used which consists M0943 2 12 in measuring the total attenuation cross-section M0943 2 13 and subtracting the atomic absorption M0943 2 14 cross-section calculable for light nuclei, with high M0943 2 15 accuracy. M0943 2 16 REL-REF (R,,J.Y.Hubbel+,J,PCJ,9,1023,1980) M0943 2 17 Atomic absorption cross-section. M0943 2 18 STATUS (CURVE,,M.Anghinolfi+,J,NP/A,553,631C,1993) M0943 2 19 Data from Fig. 1, closed rhombs. M0943 2 20 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, M0943 2 21 ANALYSIS, REL-REF, METHOD, STATUS. M0943 2 22 ENDBIB 20 0 M0943 2 23 NOCOMMON 0 0 M0943 2 24 DATA 3 19 M0943 2 25 EN DATA DATA-ERR M0943 2 26 MEV MICRO-B MICRO-B M0943 2 27 219. 235.42 6.47 M0943 2 28 241.1 350.92 8.63 M0943 2 29 300.4 428.02 8.30 M0943 2 30 338.5 425.18 7.35 M0943 2 31 360.5 401.44 8.63 M0943 2 32 397. 362.59 7.11 M0943 2 33 420.9 316.71 6.70 M0943 2 34 460. 263.31 6.47 M0943 2 35 500. 215.83 6.39 M0943 2 36 550.3 194.24 8.12 M0943 2 37 619.4 161.87 6.70 M0943 2 38 679.6 176.98 6.25 M0943 2 39 740.4 164.03 6.04 M0943 2 40 805.3 158.12 6.95 M0943 2 41 859.2 129.50 7.34 M0943 2 42 920.7 138.13 8.63 M0943 2 43 970. 137.35 6.70 M0943 2 44 1029.1 131.65 7.34 M0943 2 45 1085.5 112.23 6.82 M0943 2 46 ENDDATA 21 0 M0943 2 47 ENDSUBENT 46 0 M0943 299999 SUBENT C M0943003 20250825 BIB 8 21 M0943 3 2 REACTION (6-C-12(G,TOT),,SIG,,DMN) M0943 3 3 Nuclear photoabsorption cross-section as difference M0943 3 4 between attenuation cross-section and atomic M0943 3 5 absorption cross-section. M0943 3 6 Cross-section multiplied by 1/A. M0943 3 7 SAMPLE 59.95 (0.06) cm long nuclear reactor graphite M0943 3 8 containing less than 0.15E-3 impurities. M0943 3 9 DETECTOR (BGO) Bismuth-Germanate crystal detector. M0943 3 10 METHOD (TRN) M0943 3 11 ANALYSIS To obtain the total photonuclear cross-section M0943 3 12 the transmission method was used which consists M0943 3 13 in measuring the total attenuation cross-section M0943 3 14 and subtracting the atomic absorption M0943 3 15 cross-section calculable for light nuclei, with high M0943 3 16 accuracy. M0943 3 17 REL-REF (R,,J.Y.Hubbel+,J,PCJ,9,1023,1980) M0943 3 18 Atomic absorption cross-section. M0943 3 19 STATUS (CURVE,,M.Anghinolfi+,J,NP/A,553,631C,1993) M0943 3 20 Data from Fig. 1, closed triangles. M0943 3 21 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, M0943 3 22 ANALYSIS, REL-REF, METHOD, STATUS. M0943 3 23 ENDBIB 21 0 M0943 3 24 NOCOMMON 0 0 M0943 3 25 DATA 3 21 M0943 3 26 EN DATA DATA-ERR M0943 3 27 MEV MICRO-B MICRO-B M0943 3 28 218. 250.36 6.47 M0943 3 29 235. 276.26 7.77 M0943 3 30 270. 350.42 6.38 M0943 3 31 285.4 375.54 8.63 M0943 3 32 337.5 403.59 6.69 M0943 3 33 355.5 423.02 8.20 M0943 3 34 397. 351.80 7.34 M0943 3 35 418. 264.00 15.11 M0943 3 36 438.9 302.16 7.83 M0943 3 37 468. 230.28 8.42 M0943 3 38 500. 215.83 6.52 M0943 3 39 555. 196.58 7.82 M0943 3 40 619.4 170.03 7.00 M0943 3 41 676.6 166.19 6.45 M0943 3 42 740.4 158.12 6.47 M0943 3 43 798.3 165.67 6.43 M0943 3 44 852.2 138.3 17.26 M0943 3 45 900.0 125.19 19.42 M0943 3 46 970.6 120.86 12.95 M0943 3 47 1039.1 114.39 25.90 M0943 3 48 1078.6 151.08 25.25 M0943 3 49 ENDDATA 23 0 M0943 3 50 ENDSUBENT 49 0 M0943 399999 SUBENT C M0943004 20250825 BIB 7 13 M0943 4 2 REACTION (92-U-0(G,F),,SIG,,DMN) M0943 4 3 Cross-section multiplied by 1/A. M0943 4 4 SAMPLE The U targets were coated on one side of aluminium M0943 4 5 plates with a uniform deposition of about 2 mg/cm**2 M0943 4 6 UO2 [providing a total target thickness of about 120 M0943 4 7 mg/cm*22]. M0943 4 8 DETECTOR (PPAC) Parallel-grid avalanche detector. M0943 4 9 METHOD (EXTB,SITA) M0943 4 10 ANALYSIS The direct detection of fission fragments. M0943 4 11 STATUS (CURVE,,M.Anghinolfi+,J,NP/A,553,631C,1993) M0943 4 12 Data from Fig. 1, open rhombs. M0943 4 13 HISTORY (20250825A) Corrected by V.Varlamov: REACTION, M0943 4 14 ANALYSIS, STATUS. M0943 4 15 ENDBIB 13 0 M0943 4 16 NOCOMMON 0 0 M0943 4 17 DATA 3 30 M0943 4 18 EN DATA DATA-ERR M0943 4 19 MEV MICRO-B MICRO-B M0943 4 20 218. 194.24 15.11 M0943 4 21 245. 246.04 17.27 M0943 4 22 270. 330.22 6.47 M0943 4 23 300.0 360.43 7.15 M0943 4 24 330.5 376.54 11.65 M0943 4 25 368. 353.81 10.79 M0943 4 26 387. 330.95 12.95 M0943 4 27 428. 304.32 6.39 M0943 4 28 460. 254.68 9.60 M0943 4 29 486. 224.55 8.63 M0943 4 30 521. 209.14 6.48 M0943 4 31 540. 222.35 6.46 M0943 4 32 568.3 198.92 6.43 M0943 4 33 595.4 191.83 6.52 M0943 4 34 628. 181.29 6.69 M0943 4 35 660. 187.77 6.56 M0943 4 36 695.6 172.66 7.15 M0943 4 37 733.4 172.36 6.86 M0943 4 38 753.3 159.71 8.23 M0943 4 39 780. 181.29 7.98 M0943 4 40 810. 164.37 5.83 M0943 4 41 830.2 174.99 6.07 M0943 4 42 860.2 172.66 6.38 M0943 4 43 898.7 158.12 6.47 M0943 4 44 938. 166.19 5.83 M0943 4 45 975.6 144.74 6.96 M0943 4 46 1036.1 155.40 6.47 M0943 4 47 1082.5 139.12 6.36 M0943 4 48 1120. 143.87 6.80 M0943 4 49 1163. 140.29 8.63 M0943 4 50 ENDDATA 32 0 M0943 4 51 ENDSUBENT 50 0 M0943 499999 ENDENTRY 4 0 M094399999999 ENTRY M1058 20250508 SUBENT M1058001 20250508 BIB 8 28 M1058 1 2 TITLE 52Cr photoneutron reactions in experiments with M1058 1 3 bremsstrahlung. M1058 1 4 AUTHOR (V.V.Varlamov,A.I.Davydov,I.A.Mostakov,V.N.Orlin) M1058 1 5 REFERENCE (J,PAN,87,669,2024) M1058 1 6 #doi:10.1134/S1063778824700662 M1058 1 7 (J,YF,87,460,2024) M1058 1 8 INSTITUTE (4RUSMOS) M1058 1 9 ANALYSIS The unpublished data for cross sections of partial M1058 1 10 reaction (g,2n) and neutron yield (g,xn) = (g,1n)+ M1058 1 11 (g,1n1p)+2(g,2n) were obtained using published M1058 1 12 cross sections of reactions: M1058 1 13 SIG(g,2n) = SIG(g,sn)-SIG(g,1n)-SIG(g,1n1p), M1058 1 14 SIG(g,xn) = SIG(g,sn)+SIG(g,2n). M1058 1 15 The cross sections of both partial reactions (g,1n) M1058 1 16 and (g,2n) were evaluated using the obtained M1058 1 17 photoneutron yield cross-section (g,xn) = (g,1n)+ M1058 1 18 2(g,2n) and the objective physical criteria of data M1058 1 19 reliability, ratios M1058 1 20 Fi-theor = SIG(g,in)/SIG(g,xn). M1058 1 21 Using these ratios calculated in the combined M1058 1 22 photonuclear reaction model new evaluated data for M1058 1 23 partial reaction cross sections M1058 1 24 SIG-eval(g,in) = Fi-theor x SIG-exp(g,xn) M1058 1 25 were evaluated for i = 1 and 2. M1058 1 26 ERR-ANALYS (DATA-ERR) Mean-root-squared uncertainties. M1058 1 27 STATUS (APRVD) By V.Varlamov. M1058 1 28 HISTORY (20250508C) Data were compiled at the Russia MSU SINP M1058 1 29 CDFE by V.Varlamov. M1058 1 30 ENDBIB 28 0 M1058 1 31 NOCOMMON 0 0 M1058 1 32 ENDSUBENT 31 0 M1058 199999 SUBENT M1058002 20250508 BIB 3 14 M1058 2 2 REACTION (24-CR-52(G,2N)24-CR-50,,SIG,,,DEROT) M1058 2 3 New data obtained by compiler. M1058 2 4 ANALYSIS The unpublished cross-section of the partial reaction M1058 2 5 (g,2n) was obtained using the difference between M1058 2 6 published cross sections: M1058 2 7 SIG(g,2n) = SIG(g,sn)-SIG(g,1n). M1058 2 8 STATUS (DEP,M0093003) M1058 2 9 Experimental cross-section of the total photoneutron M1058 2 10 reaction (g,sn). M1058 2 11 (DEP,M0093006) M1058 2 12 Experimental cross-section of the partial reaction M1058 2 13 (g,1n). M1058 2 14 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 2 15 Data plotted in Fig. 4d (stars). M1058 2 16 ENDBIB 14 0 M1058 2 17 NOCOMMON 0 0 M1058 2 18 DATA 3 73 M1058 2 19 EN DATA DATA-ERR M1058 2 20 MEV MB MB M1058 2 21 21.75 0.0 19.0 M1058 2 22 21.875 -6.3 18.3 M1058 2 23 22.0 7.8 15.8 M1058 2 24 22.125 10.4 15.5 M1058 2 25 22.25 24.5 14.3 M1058 2 26 22.375 27.5 11.4 M1058 2 27 22.5 21.4 9.2 M1058 2 28 22.625 12.6 9.8 M1058 2 29 22.75 1.8 9.2 M1058 2 30 22.875 -0.3 10.0 M1058 2 31 23.0 4.7 7.4 M1058 2 32 23.125 21.3 4.9 M1058 2 33 23.25 26.1 4.8 M1058 2 34 23.375 26.1 4.8 M1058 2 35 23.5 25.6 4.2 M1058 2 36 23.625 25.2 4.7 M1058 2 37 23.75 22.8 3.1 M1058 2 38 23.875 20.0 3.7 M1058 2 39 24.0 15.2 4.3 M1058 2 40 24.125 14.5 4.8 M1058 2 41 24.25 13.8 5.4 M1058 2 42 24.375 14.3 5.3 M1058 2 43 24.5 16.2 5.7 M1058 2 44 24.625 17.8 6.2 M1058 2 45 24.75 20.4 6.6 M1058 2 46 24.875 21.6 7.1 M1058 2 47 25.0 23.0 7.0 M1058 2 48 25.125 23.4 7.0 M1058 2 49 25.25 22.8 7.0 M1058 2 50 25.375 25.2 7.5 M1058 2 51 25.5 25.6 7.5 M1058 2 52 25.625 27.0 8.0 M1058 2 53 25.75 30.0 8.0 M1058 2 54 25.875 31.5 8.0 M1058 2 55 26.0 34.0 8.0 M1058 2 56 26.125 35.0 8.0 M1058 2 57 26.25 35.0 8.0 M1058 2 58 26.375 34.7 8.0 M1058 2 59 26.5 31.7 8.0 M1058 2 60 26.625 30.5 8.0 M1058 2 61 26.75 27.7 8.0 M1058 2 62 26.875 25.0 8.0 M1058 2 63 27.0 23.0 8.0 M1058 2 64 27.125 21.2 8.0 M1058 2 65 27.25 20.5 8.0 M1058 2 66 27.375 20.0 8.0 M1058 2 67 27.5 21.5 8.0 M1058 2 68 27.625 25.0 8.0 M1058 2 69 27.75 31.0 8.0 M1058 2 70 27.875 34.0 8.0 M1058 2 71 28.0 33.2 8.0 M1058 2 72 28.125 25.5 8.0 M1058 2 73 28.25 22.0 8.0 M1058 2 74 28.375 17.8 8.0 M1058 2 75 28.5 18.8 8.0 M1058 2 76 28.625 22.2 8.0 M1058 2 77 28.75 26.0 8.0 M1058 2 78 28.875 29.0 8.0 M1058 2 79 29.0 28.5 8.0 M1058 2 80 29.125 26.5 8.0 M1058 2 81 29.25 25.0 8.0 M1058 2 82 29.375 21.8 8.0 M1058 2 83 29.5 21.0 8.0 M1058 2 84 29.625 22.0 8.0 M1058 2 85 29.75 26.7 8.0 M1058 2 86 29.875 34.0 8.0 M1058 2 87 30.0 36.6 8.0 M1058 2 88 30.125 35.5 8.0 M1058 2 89 30.25 33.5 8.0 M1058 2 90 30.375 32.0 8.0 M1058 2 91 30.5 30.0 8.0 M1058 2 92 30.625 29.0 8.0 M1058 2 93 30.75 29.0 8.0 M1058 2 94 ENDDATA 75 0 M1058 2 95 ENDSUBENT 94 0 M1058 299999 SUBENT M1058003 20250508 BIB 3 16 M1058 3 2 REACTION (24-CR-52(G,X)0-NN-1,,SIG,,,DEROT) M1058 3 3 New data obtained by compiler. M1058 3 4 ANALYSIS The unpublished cross-section of the neutron yield M1058 3 5 reaction (g,xn) was obtained using the sum of M1058 3 6 the published cross-section of reaction SIG(g,sn) and M1058 3 7 the unpublished (SUBENT 002) cross-section of the M1058 3 8 reaction (g,2n): M1058 3 9 SIG(g,xn) = SIG(g,sn)+SIG(g,2n). M1058 3 10 STATUS (DEP,M0093003) M1058 3 11 The cross-section of the experimental total M1058 3 12 photoneutron reaction (g,sn). M1058 3 13 (DEP,M1058002) M1058 3 14 The cross-section of partial reaction SIG(g,2n) M1058 3 15 obtained as difference SIG(g,sn)-SIG(g,1n). M1058 3 16 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 3 17 Data plotted in Fig. 4a. M1058 3 18 ENDBIB 16 0 M1058 3 19 NOCOMMON 0 0 M1058 3 20 DATA 3 151 M1058 3 21 EN DATA DATA-ERR M1058 3 22 MEV MB MB M1058 3 23 11.875 4.4 2.0 M1058 3 24 12.0 3.3 2.0 M1058 3 25 12.125 3.4 2.0 M1058 3 26 12.25 1.7 2.0 M1058 3 27 12.375 3.5 2.0 M1058 3 28 12.5 5.1 2.0 M1058 3 29 12.625 6.0 2.0 M1058 3 30 12.75 8.0 2.0 M1058 3 31 12.875 7.1 2.0 M1058 3 32 13.0 6.9 2.0 M1058 3 33 13.125 10.0 2.0 M1058 3 34 13.25 9.1 2.0 M1058 3 35 13.375 10.0 4.0 M1058 3 36 13.5 13.0 4.0 M1058 3 37 13.625 13.8 4.0 M1058 3 38 13.75 15.5 4.0 M1058 3 39 13.875 19.0 4.0 M1058 3 40 14.0 15.1 4.0 M1058 3 41 14.125 16.0 5.0 M1058 3 42 14.25 17.3 5.0 M1058 3 43 14.375 16.5 5.0 M1058 3 44 14.5 20.0 6.0 M1058 3 45 14.625 25.0 6.0 M1058 3 46 14.75 23.3 6.0 M1058 3 47 14.875 26.5 6.0 M1058 3 48 15.0 28.0 6.0 M1058 3 49 15.125 26.8 6.0 M1058 3 50 15.25 31.3 6.0 M1058 3 51 15.375 30.1 6.0 M1058 3 52 15.5 20.8 6.0 M1058 3 53 15.625 29.0 6.0 M1058 3 54 15.75 32.1 6.0 M1058 3 55 15.875 40.8 6.0 M1058 3 56 16.0 55.0 6.0 M1058 3 57 16.125 47.5 6.0 M1058 3 58 16.25 41.5 6.0 M1058 3 59 16.375 49.0 6.0 M1058 3 60 16.5 48.3 6.0 M1058 3 61 16.625 61.0 6.0 M1058 3 62 16.75 82.0 6.0 M1058 3 63 16.875 69.5 6.0 M1058 3 64 17.0 67.5 6.0 M1058 3 65 17.125 76.0 6.0 M1058 3 66 17.25 63.0 6.0 M1058 3 67 17.375 71.5 6.0 M1058 3 68 17.5 67.5 6.0 M1058 3 69 17.625 57.0 6.0 M1058 3 70 17.75 53.0 6.0 M1058 3 71 17.875 56.7 6.0 M1058 3 72 18.0 69.0 8.0 M1058 3 73 18.125 94.0 8.0 M1058 3 74 18.25 113.0 8.0 M1058 3 75 18.375 99.0 8.0 M1058 3 76 18.5 69.0 8.0 M1058 3 77 18.625 71.5 8.0 M1058 3 78 18.75 43.0 8.0 M1058 3 79 18.875 58.0 10.0 M1058 3 80 19.0 70.8 10.0 M1058 3 81 19.125 74.5 12.0 M1058 3 82 19.25 104.0 12.0 M1058 3 83 19.375 91.0 12.0 M1058 3 84 19.5 81.0 12.0 M1058 3 85 19.625 70.0 12.0 M1058 3 86 19.75 48.0 13.0 M1058 3 87 19.875 54.5 13.0 M1058 3 88 20.0 72.3 14.0 M1058 3 89 20.125 73.0 14.0 M1058 3 90 20.25 82.0 14.0 M1058 3 91 20.375 74.0 14.0 M1058 3 92 20.5 64.0 16.0 M1058 3 93 20.75 67.0 16.0 M1058 3 94 20.875 87.0 16.0 M1058 3 95 21.0 76.0 16.0 M1058 3 96 21.125 72.0 16.0 M1058 3 97 21.25 73.0 16.0 M1058 3 98 21.375 45.5 16.0 M1058 3 99 21.5 48.2 16.0 M1058 3 100 21.625 47.0 16.0 M1058 3 101 21.75 46.0 21.9 M1058 3 102 21.875 35.1 21.8 M1058 3 103 22.0 65.3 19.8 M1058 3 104 22.125 70.6 19.6 M1058 3 105 22.25 94.5 18.6 M1058 3 106 22.375 88.5 15.1 M1058 3 107 22.5 72.4 12.2 M1058 3 108 22.625 43.8 13.0 M1058 3 109 22.75 15.6 11.6 M1058 3 110 22.875 11.8 12.2 M1058 3 111 23.0 23.4 9.5 M1058 3 112 23.125 59.3 6.6 M1058 3 113 23.25 71.1 6.6 M1058 3 114 23.375 70.3 6.6 M1058 3 115 23.5 67.9 5.8 M1058 3 116 23.625 62.2 6.5 M1058 3 117 23.75 58.5 4.3 M1058 3 118 23.875 52.3 5.1 M1058 3 119 24.0 41.0 5.9 M1058 3 120 24.125 39.5 6.6 M1058 3 121 24.25 37.3 7.3 M1058 3 122 24.375 37.3 7.3 M1058 3 123 24.5 40.0 7.9 M1058 3 124 24.625 42.0 8.6 M1058 3 125 24.75 46.2 9.2 M1058 3 126 24.875 47.8 9.9 M1058 3 127 25.0 49.8 9.9 M1058 3 128 25.125 49.8 9.9 M1058 3 129 25.25 47.8 9.9 M1058 3 130 25.375 51.0 10.6 M1058 3 131 25.5 51.2 10.6 M1058 3 132 25.625 54.0 11.3 M1058 3 133 25.75 60.0 11.3 M1058 3 134 25.875 63.0 11.3 M1058 3 135 26.0 68.0 11.3 M1058 3 136 26.125 70.0 11.3 M1058 3 137 26.25 70.0 11.3 M1058 3 138 26.375 69.4 11.3 M1058 3 139 26.5 63.4 11.3 M1058 3 140 26.625 61.0 11.3 M1058 3 141 26.75 55.4 11.3 M1058 3 142 26.875 50.0 11.3 M1058 3 143 27.0 46.0 11.3 M1058 3 144 27.125 42.4 11.3 M1058 3 145 27.25 41.0 11.3 M1058 3 146 27.375 40.0 11.3 M1058 3 147 27.5 43.0 11.3 M1058 3 148 27.625 50.0 11.3 M1058 3 149 27.75 62.0 11.3 M1058 3 150 27.875 68.0 11.3 M1058 3 151 28.0 66.4 11.3 M1058 3 152 28.125 51.0 11.3 M1058 3 153 28.25 44.0 11.3 M1058 3 154 28.375 35.6 11.3 M1058 3 155 28.5 37.6 11.3 M1058 3 156 28.625 44.4 11.3 M1058 3 157 28.75 52.0 11.3 M1058 3 158 28.875 58.0 11.3 M1058 3 159 29.0 57.0 11.3 M1058 3 160 29.125 53.0 11.3 M1058 3 161 29.25 50.0 11.3 M1058 3 162 29.375 43.6 11.3 M1058 3 163 29.5 42.0 11.3 M1058 3 164 29.625 44.0 11.3 M1058 3 165 29.75 53.4 11.3 M1058 3 166 29.875 68.0 11.3 M1058 3 167 30.0 73.2 11.3 M1058 3 168 30.125 71.0 11.3 M1058 3 169 30.25 67.0 11.3 M1058 3 170 30.375 64.0 11.3 M1058 3 171 30.5 60.0 11.3 M1058 3 172 30.625 58.0 11.3 M1058 3 173 30.75 58.0 11.3 M1058 3 174 ENDDATA 153 0 M1058 3 175 ENDSUBENT 174 0 M1058 399999 SUBENT M1058004 20250508 BIB 4 17 M1058 4 2 REACTION ((24-CR-52(G,N)24-CR-51,,SIG,,,EVAL)+ M1058 4 3 (24-CR-52(G,N+P)23-V-50,,SIG,,,EVAL)) M1058 4 4 ANALYSIS The contribution of sum of cross sections [SIG(g,1n)+ M1058 4 5 SIG(g,1n1p)] into the unpublished neutron M1058 4 6 yield cross-section SIG(g,xn)(SUBENT 003) M1058 4 7 was evaluated using theoretically calculated ratio M1058 4 8 F1-theor = [(SIG-theor(g,1n)+SiG-theor(g,1n1p)]/ M1058 4 9 SIG-theor(g,xn) by the way M1058 4 10 SIG-eval[(g,1n)+(g,1n1p)]=(F1-theor)x(SIG-exp(g,xn)). M1058 4 11 REL-REF (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M1058 4 12 Theoretical preequilibrium model of photonuclear M1058 4 13 reactions based on the Fermi gas densities used for M1058 4 14 calculation F1-theor. M1058 4 15 STATUS (DEP,M1058003) M1058 4 16 Neutron yield cross-section SIG(g,xn). M1058 4 17 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 4 18 Data plotted in Fig. 4c (full circles). M1058 4 19 ENDBIB 17 0 M1058 4 20 NOCOMMON 0 0 M1058 4 21 DATA 3 152 M1058 4 22 EN DATA DATA-ERR M1058 4 23 MEV MB MB M1058 4 24 11.875 4.4 2.2 M1058 4 25 12.0 3.3 2.2 M1058 4 26 12.125 3.4 2.3 M1058 4 27 12.25 1.7 2.0 M1058 4 28 12.375 3.5 2.8 M1058 4 29 12.5 5.1 2.8 M1058 4 30 12.625 6.0 2.8 M1058 4 31 12.75 8.0 2.9 M1058 4 32 12.875 7.1 2.9 M1058 4 33 13.0 6.9 2.9 M1058 4 34 13.125 10.0 3.0 M1058 4 35 13.25 9.1 2.9 M1058 4 36 13.375 10.0 5.7 M1058 4 37 13.5 13.0 5.8 M1058 4 38 13.625 13.8 5.8 M1058 4 39 13.75 15.5 5.8 M1058 4 40 13.875 19.0 5.9 M1058 4 41 14.0 15.1 5.8 M1058 4 42 14.125 16.0 7.2 M1058 4 43 14.25 17.3 7.2 M1058 4 44 14.375 16.5 7.2 M1058 4 45 14.5 20.0 8.7 M1058 4 46 14.625 25.0 8.8 M1058 4 47 14.75 23.3 8.7 M1058 4 48 14.875 26.5 8.8 M1058 4 49 15.0 28.0 8.9 M1058 4 50 15.125 26.8 8.8 M1058 4 51 15.25 31.3 9.0 M1058 4 52 15.375 30.1 9.0 M1058 4 53 15.5 20.8 8.7 M1058 4 54 15.625 29.0 8.9 M1058 4 55 15.75 32.1 9.0 M1058 4 56 15.875 40.8 9.4 M1058 4 57 16.0 55.0 10.1 M1058 4 58 16.125 47.5 9.7 M1058 4 59 16.25 41.5 9.4 M1058 4 60 16.375 49.0 9.7 M1058 4 61 16.5 48.3 9.7 M1058 4 62 16.625 61.0 10.4 M1058 4 63 16.75 82.0 11.7 M1058 4 64 16.875 69.5 10.9 M1058 4 65 17.0 67.5 10.8 M1058 4 66 17.125 76.0 11.3 M1058 4 67 17.25 63.0 10.5 M1058 4 68 17.375 71.5 11.0 M1058 4 69 17.5 67.5 10.8 M1058 4 70 17.625 57.0 10.2 M1058 4 71 17.75 53.0 10.0 M1058 4 72 17.875 56.7 10.2 M1058 4 73 18.0 69.0 13.2 M1058 4 74 18.125 94.0 14.7 M1058 4 75 18.25 113.0 15.9 M1058 4 76 18.375 99.0 15.0 M1058 4 77 18.5 69.0 13.2 M1058 4 78 18.625 71.5 13.3 M1058 4 79 18.75 43.0 13.1 M1058 4 80 18.875 58.0 15.2 M1058 4 81 19.0 70.8 15.8 M1058 4 82 19.125 74.5 18.5 M1058 4 83 19.25 104.0 19.9 M1058 4 84 19.375 91.0 19.2 M1058 4 85 19.5 81.0 18.8 M1058 4 86 19.625 70.0 18.3 M1058 4 87 19.75 48.0 19.0 M1058 4 88 19.875 54.5 19.1 M1058 4 89 20.0 72.3 21.0 M1058 4 90 20.125 73.0 21.1 M1058 4 91 20.25 82.0 21.4 M1058 4 92 20.375 74.0 21.1 M1058 4 93 20.5 56.0 20.6 M1058 4 94 20.625 63.9 23.5 M1058 4 95 20.75 66.9 23.5 M1058 4 96 20.875 86.7 24.1 M1058 4 97 21.0 76.0 23.8 M1058 4 98 21.125 72.2 23.8 M1058 4 99 21.25 73.8 24.0 M1058 4 100 21.375 46.7 23.6 M1058 4 101 21.5 47.6 22.8 M1058 4 102 21.625 45.0 22.1 M1058 4 103 21.75 41.7 28.5 M1058 4 104 21.875 31.9 28.3 M1058 4 105 22.0 57.8 25.5 M1058 4 106 22.125 61.1 24.8 M1058 4 107 22.25 77.5 23.0 M1058 4 108 22.375 69.7 18.2 M1058 4 109 22.5 54.4 14.1 M1058 4 110 22.625 31.7 13.7 M1058 4 111 22.75 10.8 11.4 M1058 4 112 22.875 7.8 11.4 M1058 4 113 23.0 14.7 8.6 M1058 4 114 23.125 35.8 6.7 M1058 4 115 23.25 41.2 6.8 M1058 4 116 23.375 39.2 6.5 M1058 4 117 23.5 36.1 5.7 M1058 4 118 23.625 33.3 5.8 M1058 4 119 23.75 28.7 4.1 M1058 4 120 23.875 24.8 4.2 M1058 4 121 24.0 19.1 4.2 M1058 4 122 24.125 17.5 4.5 M1058 4 123 24.25 16.0 4.7 M1058 4 124 24.375 15.6 4.5 M1058 4 125 24.5 16.3 4.5 M1058 4 126 24.625 16.6 5.0 M1058 4 127 24.75 17.9 5.3 M1058 4 128 24.875 18.2 5.6 M1058 4 129 25.0 18.7 5.5 M1058 4 130 25.125 18.5 5.4 M1058 4 131 25.25 17.5 5.3 M1058 4 132 25.375 18.6 5.7 M1058 4 133 25.5 18.6 5.6 M1058 4 134 25.625 19.5 5.9 M1058 4 135 25.75 21.6 6.0 M1058 4 136 25.875 22.6 6.0 M1058 4 137 26.0 24.4 6.0 M1058 4 138 26.125 25.2 6.1 M1058 4 139 26.25 25.3 6.0 M1058 4 140 26.375 25.2 6.1 M1058 4 141 26.5 23.1 6.0 M1058 4 142 26.625 22.3 6.1 M1058 4 143 26.75 20.4 6.0 M1058 4 144 26.875 18.5 6.0 M1058 4 145 27.0 17.1 6.0 M1058 4 146 27.125 15.9 6.1 M1058 4 147 27.25 15.5 6.1 M1058 4 148 27.375 15.2 6.1 M1058 4 149 27.5 16.4 6.2 M1058 4 150 27.625 19.2 6.3 M1058 4 151 27.75 24.0 6.4 M1058 4 152 27.875 26.4 6.4 M1058 4 153 28.0 25.9 6.5 M1058 4 154 28.125 20.0 6.4 M1058 4 155 28.25 17.4 6.4 M1058 4 156 28.375 14.1 6.4 M1058 4 157 28.5 14.9 6.4 M1058 4 158 28.625 17.7 6.5 M1058 4 159 28.75 20.8 6.5 M1058 4 160 28.875 23.3 6.6 M1058 4 161 29.0 23.0 6.6 M1058 4 162 29.125 21.5 6.6 M1058 4 163 29.25 20.3 6.6 M1058 4 164 29.375 17.7 6.6 M1058 4 165 29.5 17.1 6.6 M1058 4 166 29.625 18.0 6.6 M1058 4 167 29.75 21.9 6.7 M1058 4 168 29.875 27.9 6.8 M1058 4 169 30.0 30.2 6.9 M1058 4 170 30.125 29.4 6.9 M1058 4 171 30.25 27.8 6.9 M1058 4 172 30.375 26.7 6.9 M1058 4 173 30.5 25.0 6.9 M1058 4 174 30.625 24.2 6.9 M1058 4 175 30.75 24.2 6.9 M1058 4 176 ENDDATA 154 0 M1058 4 177 ENDSUBENT 176 0 M1058 499999 SUBENT M1058005 20250508 BIB 4 17 M1058 5 2 REACTION (24-CR-52(G,N)24-CR-51,,SIG,,,EVAL) M1058 5 3 ANALYSIS The contribution of partial reaction (g,1n) M1058 5 4 cross-section into into the unpublished neutron M1058 5 5 yield cross-section SIG(g,xn) (presented in SUBENT M1058 5 6 003) was evaluated using theoretically calculated M1058 5 7 ratio M1058 5 8 F1-theor = SIG-theor(g,1n)/SIG-theor(g,xn) M1058 5 9 by the way M1058 5 10 SIG-eval(g,1n) = (F1-theor)x(SIG-exp(g,xn)). M1058 5 11 REL-REF (E,,B.S.Ishkhanov+,J,YF,71,517,2008) M1058 5 12 Theoretical preequilibrium model of photonuclear M1058 5 13 reactions based on the Fermi gas densities used for M1058 5 14 calculation F1-theor. M1058 5 15 STATUS (DEP,M1058003) M1058 5 16 Neutron yield cross-section SIG(g,xn). M1058 5 17 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 5 18 Data plotted in Fig. 4c (empty circles). M1058 5 19 ENDBIB 17 0 M1058 5 20 NOCOMMON 0 0 M1058 5 21 DATA 3 151 M1058 5 22 EN DATA DATA-ERR M1058 5 23 MEV MB MB M1058 5 24 11.875 4.41 2.25 M1058 5 25 12.0 3.33 2.23 M1058 5 26 12.125 3.44 2.32 M1058 5 27 12.25 1.70 2.09 M1058 5 28 12.375 3.52 2.85 M1058 5 29 12.5 5.11 2.88 M1058 5 30 12.625 6.00 2.89 M1058 5 31 12.75 8.03 2.94 M1058 5 32 12.875 7.12 2.92 M1058 5 33 13.0 6.94 2.91 M1058 5 34 13.125 10.00 3.00 M1058 5 35 13.25 9.11 2.97 M1058 5 36 13.375 10.05 5.74 M1058 5 37 13.5 13.03 5.80 M1058 5 38 13.625 13.81 5.82 M1058 5 39 13.75 15.54 5.87 M1058 5 40 13.875 19.05 5.97 M1058 5 41 14.0 15.12 5.86 M1058 5 42 14.125 16.01 7.25 M1058 5 43 14.25 17.33 7.28 M1058 5 44 14.375 16.54 7.26 M1058 5 45 14.5 20.05 8.72 M1058 5 46 14.625 25.03 8.85 M1058 5 47 14.75 23.02 8.80 M1058 5 48 15.0 28.05 8.94 M1058 5 49 15.125 26.82 8.90 M1058 5 50 15.25 31.33 9.04 M1058 5 51 15.375 30.13 9.00 M1058 5 52 15.5 20.83 8.74 M1058 5 53 15.625 29.05 8.97 M1058 5 54 15.75 32.11 9.07 M1058 5 55 15.875 40.84 9.41 M1058 5 56 16.0 55.02 10.11 M1058 5 57 16.125 47.55 9.72 M1058 5 58 16.25 41.55 9.45 M1058 5 59 16.375 49.03 9.80 M1058 5 60 16.5 48.32 9.76 M1058 5 61 16.625 61.01 10.45 M1058 5 62 16.75 82.01 11.80 M1058 5 63 16.875 69.51 10.97 M1058 5 64 17.0 67.55 10.84 M1058 5 65 17.125 76.03 11.39 M1058 5 66 17.25 63.02 10.57 M1058 5 67 17.375 71.52 11.09 M1058 5 68 17.5 67.55 10.84 M1058 5 69 17.625 57.04 10.22 M1058 5 70 17.75 53.04 10.00 M1058 5 71 17.875 56.71 10.21 M1058 5 72 18.0 69.01 13.25 M1058 5 73 18.125 94.03 14.71 M1058 5 74 18.25 113.03 15.99 M1058 5 75 18.375 99.03 15.04 M1058 5 76 18.5 69.05 13.25 M1058 5 77 18.625 71.54 13.39 M1058 5 78 18.75 43.04 12.10 M1058 5 79 18.875 58.03 15.28 M1058 5 80 19.0 70.82 15.82 M1058 5 81 19.125 74.52 18.53 M1058 5 82 19.25 104.01 19.90 M1058 5 83 19.375 91.01 19.26 M1058 5 84 19.5 81.03 18.80 M1058 5 85 19.625 70.04 18.36 M1058 5 86 19.75 48.01 19.00 M1058 5 87 19.875 54.51 19.18 M1058 5 88 20.0 72.32 21.08 M1058 5 89 20.125 73.02 21.10 M1058 5 90 20.25 82.01 21.43 M1058 5 91 20.375 74.03 21.15 M1058 5 92 20.5 56.07 20.60 M1058 5 93 20.625 64.07 23.51 M1058 5 94 20.75 66.92 23.5 M1058 5 95 20.875 86.70 24.16 M1058 5 96 21.0 76.07 23.87 M1058 5 97 21.125 72.29 23.84 M1058 5 98 21.25 73.89 24.07 M1058 5 99 21.375 46.71 23.70 M1058 5 100 21.5 47.61 22.85 M1058 5 101 21.625 45.02 22.14 M1058 5 102 21.75 41.75 28.55 M1058 5 103 21.875 31.98 28.36 M1058 5 104 22.0 57.81 25.52 M1058 5 105 22.125 61.19 24.83 M1058 5 106 22.25 77.58 23.01 M1058 5 107 22.375 69.71 18.28 M1058 5 108 22.5 54.52 14.10 M1058 5 109 22.625 31.70 13.71 M1058 5 110 22.75 10.82 11.40 M1058 5 111 22.875 7.85 11.47 M1058 5 112 23.0 14.79 8.70 M1058 5 113 23.125 35.88 6.73 M1058 5 114 23.25 41.23 6.82 M1058 5 115 23.375 39.23 6.53 M1058 5 116 23.5 36.09 5.70 M1058 5 117 23.625 33.26 5.79 M1058 5 118 23.75 28.54 4.15 M1058 5 119 23.875 24.57 4.19 M1058 5 120 24.0 18.82 4.21 M1058 5 121 24.125 17.15 4.42 M1058 5 122 24.25 15.56 4.61 M1058 5 123 24.375 14.97 4.40 M1058 5 124 24.5 15.43 4.61 M1058 5 125 24.625 15.57 4.79 M1058 5 126 24.75 16.48 4.96 M1058 5 127 24.875 16.40 5.11 M1058 5 128 25.0 16.45 4.93 M1058 5 129 25.125 15.85 4.74 M1058 5 130 25.25 14.66 4.54 M1058 5 131 25.375 15.09 4.69 M1058 5 132 25.5 14.63 4.53 M1058 5 133 25.625 14.88 4.65 M1058 5 134 25.75 15.98 4.55 M1058 5 135 25.875 16.24 4.43 M1058 5 136 26.0 16.97 4.34 M1058 5 137 26.125 16.93 4.23 M1058 5 138 26.25 16.45 4.11 M1058 5 139 26.375 15.84 3.98 M1058 5 140 26.5 14.06 3.82 M1058 5 141 26.625 13.16 3.70 M1058 5 142 26.75 11.64 3.56 M1058 5 143 26.875 10.28 3.44 M1058 5 144 27.0 9.23 3.34 M1058 5 145 27.125 8.34 3.25 M1058 5 146 27.25 7.90 3.18 M1058 5 147 27.375 7.57 3.12 M1058 5 148 27.5 7.97 3.07 M1058 5 149 27.625 9.11 3.05 M1058 5 150 27.75 11.10 3.07 M1058 5 151 27.875 11.97 3.06 M1058 5 152 28.0 11.53 3.01 M1058 5 153 28.125 8.73 2.88 M1058 5 154 28.25 7.43 2.80 M1058 5 155 28.375 5.94 2.73 M1058 5 156 28.5 6.19 2.71 M1058 5 157 28.625 7.23 2.71 M1058 5 158 28.75 8.38 2.71 M1058 5 159 28.875 9.26 2.72 M1058 5 160 29.0 9.02 2.69 M1058 5 161 29.125 8.32 2.65 M1058 5 162 29.25 7.77 2.61 M1058 5 163 29.375 6.72 2.56 M1058 5 164 29.5 6.43 2.53 M1058 5 165 29.625 6.69 2.52 M1058 5 166 29.75 8.05 2.54 M1058 5 167 29.875 10.17 2.60 M1058 5 168 30.0 10.95 2.63 M1058 5 169 30.125 10.58 2.61 M1058 5 170 30.25 9.96 2.58 M1058 5 171 30.375 9.50 2.56 M1058 5 172 30.5 8.83 2.51 M1058 5 173 30.625 8.48 2.49 M1058 5 174 30.75 8.40 2.46 M1058 5 175 ENDDATA 153 0 M1058 5 176 ENDSUBENT 175 0 M1058 599999 SUBENT M1058006 20250508 BIB 3 10 M1058 6 2 REACTION (24-CR-52(G,N+P)23-V-50,,SIG,,,EVAL) M1058 6 3 ANALYSIS The unpublished cross-section of partial reaction M1058 6 4 (g,1n1p) was obtained using the difference between M1058 6 5 evaluated cross sections: M1058 6 6 SIG[(g,1n)+(g,1n1p)]-SIG(g,1n). M1058 6 7 STATUS (DEP,M1058004) M1058 6 8 Evaluated cross-section of reaction [(g,1n)+(g,1n1p)].M1058 6 9 (DEP,M1058005) M1058 6 10 Evaluated cross-section of reaction (g,1n). M1058 6 11 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 6 12 ENDBIB 10 0 M1058 6 13 NOCOMMON 0 0 M1058 6 14 DATA 3 58 M1058 6 15 EN DATA DATA-ERR M1058 6 16 MEV MB MB M1058 6 17 23.625 0.1 M1058 6 18 23.75 0.1 M1058 6 19 23.875 0.2 M1058 6 20 24.0 0.2 M1058 6 21 24.125 0.3 0.1 M1058 6 22 24.25 0.4 0.1 M1058 6 23 24.375 0.6 0.2 M1058 6 24 24.5 0.8 0.3 M1058 6 25 24.625 1.1 0.3 M1058 6 26 24.75 1.5 0.4 M1058 6 27 24.875 1.8 0.6 M1058 6 28 25.0 2.3 0.7 M1058 6 29 25.125 2.7 0.8 M1058 6 30 25.25 2.9 0.9 M1058 6 31 25.375 3.5 1.1 M1058 6 32 25.5 3.9 1.2 M1058 6 33 25.625 4.6 1.4 M1058 6 34 25.75 5.6 1.6 M1058 6 35 25.875 6.5 1.8 M1058 6 36 26.0 7.5 1.9 M1058 6 37 26.125 8.3 2.1 M1058 6 38 26.25 8.9 2.2 M1058 6 39 26.375 9.4 2.4 M1058 6 40 26.5 9.1 2.5 M1058 6 41 26.625 9.2 2.6 M1058 6 42 26.75 8.8 2.7 M1058 6 43 26.875 8.3 2.8 M1058 6 44 27.0 7.9 2.9 M1058 6 45 27.125 7.6 2.9 M1058 6 46 27.25 7.6 3.1 M1058 6 47 27.375 7.6 3.2 M1058 6 48 27.5 8.5 3.3 M1058 6 49 27.625 10.1 3.4 M1058 6 50 27.75 12.9 3.6 M1058 6 51 27.875 14.5 3.7 M1058 6 52 28.0 14.4 3.8 M1058 6 53 28.125 11.3 3.7 M1058 6 54 28.25 9.9 3.7 M1058 6 55 28.375 8.2 3.8 M1058 6 56 28.5 8.8 3.8 M1058 6 57 28.625 10.5 3.9 M1058 6 58 28.75 12.5 4.0 M1058 6 59 28.875 14.1 4.1 M1058 6 60 29.0 14.0 4.2 M1058 6 61 29.125 13.2 4.2 M1058 6 62 29.25 12.6 4.2 M1058 6 63 29.375 11.1 4.2 M1058 6 64 29.5 10.8 4.2 M1058 6 65 29.625 11.4 4.3 M1058 6 66 29.75 13.9 4.4 M1058 6 67 29.875 17.8 4.6 M1058 6 68 30.0 19.3 4.6 M1058 6 69 30.125 18.9 4.7 M1058 6 70 30.25 17.9 4.6 M1058 6 71 30.375 17.2 4.6 M1058 6 72 30.5 16.2 4.6 M1058 6 73 30.625 15.8 4.6 M1058 6 74 30.75 15.9 4.7 M1058 6 75 ENDDATA 60 0 M1058 6 76 ENDSUBENT 75 0 M1058 699999 SUBENT M1058007 20250508 BIB 3 11 M1058 7 2 REACTION (24-CR-52(G,X)0-NN-1,UNW,SIG,,,EVAL) M1058 7 3 ANALYSIS The evaluated cross-section of total photoneutron M1058 7 4 reaction (g,sn) was obtained as the sum of M1058 7 5 evaluated cross sections of [(g,1n)+(g,1n1p)] and M1058 7 6 (g,2n) reactions. M1058 7 7 STATUS (DEP,M1058004) M1058 7 8 Evaluated cross-section of reaction [(g,1n)+(g,1n1p)].M1058 7 9 (DEP,M1058002) M1058 7 10 Evaluated cross-section of reaction (g,2n). M1058 7 11 (TABLE,,V.V.Varlamov+,J,PAN,87,669,2024) M1058 7 12 Data plotted in Fig. 4b (full circles). M1058 7 13 ENDBIB 11 0 M1058 7 14 NOCOMMON 0 0 M1058 7 15 DATA 3 151 M1058 7 16 EN DATA DATA-ERR M1058 7 17 MEV MB MB M1058 7 18 11.875 4.4 2.2 M1058 7 19 12.0 3.3 2.2 M1058 7 20 12.125 3.4 2.3 M1058 7 21 12.25 1.7 2.0 M1058 7 22 12.375 3.5 2.8 M1058 7 23 12.5 5.1 2.8 M1058 7 24 12.625 6.0 2.8 M1058 7 25 12.75 8.0 2.9 M1058 7 26 12.875 7.1 2.9 M1058 7 27 13.0 6.9 2.9 M1058 7 28 13.125 10.0 3.0 M1058 7 29 13.25 9.1 2.9 M1058 7 30 13.375 10.0 5.7 M1058 7 31 13.5 13.0 5.8 M1058 7 32 13.625 13.8 5.8 M1058 7 33 13.75 15.5 5.8 M1058 7 34 13.875 19.0 5.8 M1058 7 35 14.125 16.0 7.2 M1058 7 36 14.25 17.3 7.2 M1058 7 37 14.375 16.5 7.2 M1058 7 38 14.5 20.0 8.7 M1058 7 39 14.625 25.0 8.8 M1058 7 40 14.75 23.3 8.7 M1058 7 41 14.875 26.5 8.8 M1058 7 42 15.0 28.0 8.9 M1058 7 43 15.125 26.8 8.8 M1058 7 44 15.25 31.3 9.0 M1058 7 45 15.375 30.1 9.0 M1058 7 46 15.5 20.8 8.7 M1058 7 47 15.625 29.0 8.9 M1058 7 48 15.75 32.1 9.0 M1058 7 49 15.875 40.8 9.4 M1058 7 50 16.0 55.0 10.1 M1058 7 51 16.125 47.5 9.7 M1058 7 52 16.25 41.5 9.4 M1058 7 53 16.375 49.0 9.7 M1058 7 54 16.5 48.3 9.7 M1058 7 55 16.625 61.0 10.4 M1058 7 56 16.75 82.0 11.7 M1058 7 57 16.875 69.5 10.9 M1058 7 58 17.0 67.5 10.8 M1058 7 59 17.125 76.0 10.3 M1058 7 60 17.25 63.0 10.5 M1058 7 61 17.375 71.5 11.0 M1058 7 62 17.5 67.5 10.8 M1058 7 63 17.625 57.0 10.2 M1058 7 64 17.75 53.0 10.0 M1058 7 65 17.875 56.7 10.2 M1058 7 66 18.0 69.0 13.2 M1058 7 67 18.125 94.0 14.7 M1058 7 68 18.25 113.0 15.9 M1058 7 69 18.375 99.0 15.0 M1058 7 70 18.5 69.0 13.2 M1058 7 71 18.625 71.5 13.3 M1058 7 72 18.75 43.0 12.1 M1058 7 73 18.875 58.0 15.2 M1058 7 74 19.0 70.8 15.8 M1058 7 75 19.125 74.5 18.5 M1058 7 76 19.25 104.0 19.9 M1058 7 77 19.375 91.0 19.2 M1058 7 78 19.5 81.0 18.8 M1058 7 79 19.625 70.0 18.3 M1058 7 80 19.75 48.0 19.0 M1058 7 81 19.875 54.5 19.1 M1058 7 82 20.0 72.3 21.0 M1058 7 83 20.125 73.0 21.1 M1058 7 84 20.25 82.0 21.4 M1058 7 85 20.375 74.0 21.1 M1058 7 86 20.5 56.0 20.6 M1058 7 87 20.625 64.0 23.5 M1058 7 88 20.75 66.9 23.5 M1058 7 89 20.875 86.8 24.1 M1058 7 90 21.0 76.0 23.8 M1058 7 91 21.125 72.1 23.4 M1058 7 92 21.25 73.4 24.0 M1058 7 93 21.375 46.1 23.6 M1058 7 94 21.5 47.9 22.8 M1058 7 95 21.625 46.0 22.1 M1058 7 96 21.75 43.8 28.5 M1058 7 97 21.875 33.5 28.4 M1058 7 98 22.0 61.6 25.7 M1058 7 99 22.125 65.9 25.2 M1058 7 100 22.25 86.0 24.3 M1058 7 101 22.37 79.1 20.2 M1058 7 102 22.5 63.4 16.3 M1058 7 103 22.625 37.7 14.9 M1058 7 104 22.75 13.2 11.8 M1058 7 105 22.875 9.8 11.9 M1058 7 106 23.0 19.1 9.7 M1058 7 107 23.125 47.6 12.2 M1058 7 108 23.25 56.2 14.6 M1058 7 109 23.375 54.8 14.9 M1058 7 110 23.5 52.0 14.5 M1058 7 111 23.625 49.3 14.7 M1058 7 112 23.75 43.6 13.2 M1058 7 113 23.875 38.5 12.1 M1058 7 114 24.0 30.4 10.4 M1058 7 115 24.125 28.5 10.3 M1058 7 116 24.25 26.6 10.1 M1058 7 117 24.375 26.4 10.2 M1058 7 118 24.5 28.1 11.1 M1058 7 119 24.625 29.3 11.5 M1058 7 120 24.75 32.1 12.7 M1058 7 121 24.875 33.0 13.4 M1058 7 122 25.0 34.2 13.5 M1058 7 123 25.125 34.1 13.6 M1058 7 124 25.25 32.7 13.2 M1058 7 125 25.375 34.8 14.1 M1058 7 126 25.5 34.9 14.2 M1058 7 127 25.625 36.7 14.4 M1058 7 128 25.75 40.8 15.6 M1058 7 129 25.875 42.8 16.2 M1058 7 130 26.0 46.2 17.2 M1058 7 131 26.125 47.6 17.6 M1058 7 132 26.25 47.6 16.6 M1058 7 133 26.375 47.3 16.5 M1058 7 134 26.5 43.2 15.4 M1058 7 135 26.625 41.6 14.9 M1058 7 136 26.75 37.9 13.9 M1058 7 137 26.875 34.2 12.4 M1058 7 138 27.0 31.5 11.8 M1058 7 139 27.125 29.1 11.2 M1058 7 140 27.25 28.2 11.0 M1058 7 141 27.375 27.6 10.5 M1058 7 142 27.5 29.7 10.9 M1058 7 143 27.625 34.6 11.7 M1058 7 144 27.75 43.0 13.3 M1058 7 145 27.875 47.2 14.2 M1058 7 146 28.0 46.1 13.1 M1058 7 147 28.125 35.5 11.2 M1058 7 148 28.25 30.6 10.5 M1058 7 149 28.375 24.8 9.7 M1058 7 150 28.5 26.2 9.9 M1058 7 151 28.625 31.0 10.1 M1058 7 152 28.75 36.4 10.8 M1058 7 153 28.875 40.6 11.3 M1058 7 154 29.0 40.0 11.2 M1058 7 155 29.125 37.2 10.8 M1058 7 156 29.25 35.1 10.1 M1058 7 157 29.375 30.6 9.6 M1058 7 158 29.5 29.5 9.5 M1058 7 159 29.625 31.0 9.7 M1058 7 160 29.75 37.6 10.3 M1058 7 161 29.875 47.9 11.6 M1058 7 162 30.0 51.7 11.0 M1058 7 163 30.125 50.2 10.9 M1058 7 164 30.25 47.4 10.6 M1058 7 165 30.375 45.3 10.4 M1058 7 166 30.5 42.5 9.9 M1058 7 167 30.625 41.1 9.8 M1058 7 168 30.75 41.1 9.7 M1058 7 169 ENDDATA 153 0 M1058 7 170 ENDSUBENT 169 0 M1058 799999 ENDENTRY 7 0 M105899999999 ENTRY M1060 20250614 SUBENT M1060001 20250614 BIB 16 53 M1060 1 2 TITLE Photodisintegration of manganese with formation of M1060 1 3 scandium radioisotopes at maximum bremsstrahlung M1060 1 4 photons energy of 40, 55 and 70 MeV. M1060 1 5 AUTHOR (A.Y.Aleksanyan,S.M.Amirkhanyan,N.A.Demekhina, M1060 1 6 A.A.Gevorgyan,H.R.Gulkanyan,V.B.Ghavalyan, M1060 1 7 A.S.Hakobyan,L.A.Poghosyan,T.V.Kotanjyan) M1060 1 8 REFERENCE (J,EPJ/A,61,95,2025) M1060 1 9 #DOI:10.1140/epja/s10050-025-01570-0 M1060 1 10 INSTITUTE (4ARMJER) M1060 1 11 FACILITY (LINAC,4ARMJER) The linear electron accelerator M1060 1 12 LINAC-75. M1060 1 13 INC-SOURCE (BRST) Bremsstrahlung with end-point energies 40, M1060 1 14 55 and 70 MeV. M1060 1 15 METHOD (ACTIV) M1060 1 16 DETECTOR (HPGE) GCD-20180 high-purity germanium detector M1060 1 17 with a sensitive volume of 101.2 cm3 of germanium M1060 1 18 crystal. M1060 1 19 MONITOR (29-CU-65(G,N)29-CU-64,,SIG) M1060 1 20 MONIT-REF (M0920006,V.Varlamov+,J,BAS,80,317,2016) M1060 1 21 CRITIQUE M0920006 contains evaluated cross-section of M1060 1 22 65Cu[(g,n)+(g,np)] reaction, not 65Cu(g,n)64Cu M1060 1 23 one. M1060 1 24 ANALYSIS The areas of the photopeaks of the corresponding M1060 1 25 gamma-lines of the radioisotopes under M1060 1 26 consideration obtained as a result of gamma- M1060 1 27 spectroscopic measurements were used to extract M1060 1 28 their yield Y, which in this work is defined as M1060 1 29 the number of radioisotope nuclei formed in the M1060 1 30 target per second of its irradiation with M1060 1 31 bremsstrahlung photons. The Y were obtained M1060 1 32 using the formula (1) of the article. M1060 1 33 The final estimate for Y was taken as the average M1060 1 34 value over multiple measurements, Y-exp which M1060 1 35 is presented as formula (2) of the article. M1060 1 36 The weighted and averaged over the M1060 1 37 bremsstrahlung photon spectrum cross sections M1060 1 38 obtained using formula (3) of the article are M1060 1 39 presented. M1060 1 40 ERR-ANALYS (ERR-S) Statistical errors given. M1060 1 41 STATUS (TABLE,,A.Y.Aleksanyan+,J,EPJ/A,61,95,2025) M1060 1 42 Data from Table 2. M1060 1 43 COMMENT For the first time, at intermediate photon M1060 1 44 energies (below the GeV energy region), inclusive M1060 1 45 photodisintegration reactions of manganese M1060 1 46 55Mn(g,X)46Sc, 55Mn(g,X)47Sc and 55Mn(g,X)48Sc M1060 1 47 were studied. M1060 1 48 The experimental results are an integral value M1060 1 49 expressed as a convolution of two functions: M1060 1 50 the cross-section and the photon distribution M1060 1 51 function. The experimental data are presented as a M1060 1 52 flux-weighted average cross sections. M1060 1 53 HISTORY (20250614C) Data were compiled at the Russia MSU M1060 1 54 SINP CDFE by V.Varlamov. M1060 1 55 ENDBIB 53 0 M1060 1 56 NOCOMMON 0 0 M1060 1 57 ENDSUBENT 56 0 M1060 199999 SUBENT M1060002 20250614 BIB 3 7 M1060 2 2 REACTION (25-MN-55(G,X)21-SC-46,,SIG,,BRA) M1060 2 3 The flux-weighted averaged reaction cross sections. M1060 2 4 SAMPLE At Eg-max = 55 MeV the manganese target (weight - M1060 2 5 0.6 g) had a thickness of 0.75 mm; M1060 2 6 at Eg-max = 70 MeV the manganese target (weight - M1060 2 7 0.56 g) had a thickness of 0.65 mm. M1060 2 8 DECAY-DATA (21-SC-46-G,83.8D,DG,889.3,0.9998) M1060 2 9 ENDBIB 7 0 M1060 2 10 NOCOMMON 0 0 M1060 2 11 DATA 3 2 M1060 2 12 EN-MAX DATA ERR-S M1060 2 13 MEV MICRO-B MICRO-B M1060 2 14 55. 0.0421 0.0088 M1060 2 15 70. 0.385 0.047 M1060 2 16 ENDDATA 4 0 M1060 2 17 ENDSUBENT 16 0 M1060 299999 SUBENT M1060003 20250614 BIB 3 9 M1060 3 2 REACTION (25-MN-55(G,X)21-SC-47,,SIG,,BRA) M1060 3 3 The flux-weighted averaged reaction cross sections. M1060 3 4 SAMPLE At Eg-max = 40 MeV the manganese target (weight - M1060 3 5 0.6 g) had a thickness of 0.73 mm; M1060 3 6 at Eg-max = 55 MeV the manganese target (weight - M1060 3 7 0.6 g) had a thickness of 0.75 mm; M1060 3 8 at Eg-max = 70 MeV the manganese target (weight - M1060 3 9 0.56 g) had a thickness of 0.65 mm. M1060 3 10 DECAY-DATA (21-SC-47,80.4HR,DG,159.4,0.683) M1060 3 11 ENDBIB 9 0 M1060 3 12 NOCOMMON 0 0 M1060 3 13 DATA 3 3 M1060 3 14 EN-MAX DATA ERR-S M1060 3 15 MEV MICRO-B MICRO-B M1060 3 16 40. 0.0122 0.0033 M1060 3 17 55. 0.0587 0.0051 M1060 3 18 70. 0.261 0.021 M1060 3 19 ENDDATA 5 0 M1060 3 20 ENDSUBENT 19 0 M1060 399999 SUBENT M1060004 20250614 BIB 3 5 M1060 4 2 REACTION (25-MN-55(G,X)21-SC-48,,SIG,,BRA) M1060 4 3 The flux-weighted averaged reaction cross section. M1060 4 4 SAMPLE At Eg-max = 70 MeV the manganese target (weight - M1060 4 5 0.56 g) had a thickness of 0.65 mm. M1060 4 6 DECAY-DATA (21-SC-48,43.7HR,DG,1037.5,0.975) M1060 4 7 ENDBIB 5 0 M1060 4 8 NOCOMMON 0 0 M1060 4 9 DATA 3 1 M1060 4 10 EN-MAX DATA ERR-S M1060 4 11 MEV MICRO-B MICRO-B M1060 4 12 70. 0.0560 0.0060 M1060 4 13 ENDDATA 3 0 M1060 4 14 ENDSUBENT 13 0 M1060 499999 ENDENTRY 4 0 M106099999999 ENDTRANS 12 0 Z999999999999