ADOPTED LEVELS, GAMMAS for 66Cu
Authors: E. Browne, J. K. Tuli | Citation: Nucl. Data Sheets 111, 1093 (2010) | Cutoff date: 3-Mar-2009
Full ENSDF file | Adopted Levels (PDF version)
| Q(β-)=2641.0 keV 10 | S(n)= 7065.93 keV 9 | S(p)= 8421.8 keV 8 | Q(α)= -7259 keV 19 | ||
| Reference: 2012WA38 |
| References: | |||
| A | 66Ni β- decay | B | 65Cu(n,γ) E=THERMAL |
| C | 65Cu(n,γ) E=2, 24 KEV | D | 65Cu(d,p) |
| E | 65Cu(d,pγ) | F | 65Cu(α,3He), 64Ni(α,d), |
| G | 66Zn(t,3He) | H | 68Zn(d,α) |
| I | 67Zn(t,α) | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 0.0 | ABCDEFGHI | 1+ | 5.120 m 14 % β- = 100 | |||||
| 185.953 15 | BCDEFGHI | 2+ | 186.01 5 | 100.0 | 0.0 | 1+ | ||
| 237.822 11 | BC E | 237.821 11 | 100.0 | 0.0 | 1+ | |||
| 275.030 17 | BCDE GHI | 3+ | 89.18 4 274.92 9 | 100.00 24 1.40 24 | 185.953 0.0 | 2+ 1+ | ||
| 385.782 10 | BCDE GHI | (1+) | 199.90 7 385.781 12 | 3.2 5 100.0 5 | 185.953 0.0 | 2+ 1+ | ||
| 465.165 10 | BCDE GHI | 2+ | 190.10 3 279.33 11 465.152 12 | 3.8 5 1.6 4 100.0 6 | 275.030 185.953 0.0 | 3+ 2+ 1+ | ||
| 590.75 2 | BCDEFGHI | 4+ | 315.711 21 | 100.0 | 275.030 | 3+ | ||
| 679 | F I | |||||||
| 729.824 18 | BCDE HI | 3+ | 454.8 5 543.852 13 | 10 5 100 5 | 275.030 185.953 | 3+ 2+ | ||
| 822.691 10 | BCDE GHI | 2+ | 357.561 21 436.912 12 636.68 3 822.676 16 | 12.2 9 47.2 19 7.3 4 100.0 17 | 465.165 385.782 185.953 0.0 | 2+ (1+) 2+ 1+ | ||
| 884 7 | G | |||||||
| 916 | I | |||||||
| 1008.49 10 | BC E | 622.69 10 | 100.0 | 385.782 | (1+) | |||
| 1017.138 15 | BCDE GHI | 3+ | 194.47 3 426.372 21 551.953 22 831.196 16 | 28.2 25 20.7 10 18.0 9 100.0 22 | 822.691 590.75 465.165 185.953 | 2+ 4+ 2+ 2+ | ||
| 1052.082 17 | BCDE HI | 1+ | 586.79 5 814.27 4 1052.19 3 | 16.7 10 39.3 16 100.0 18 | 465.165 237.822 0.0 | 2+ 1+ | ||
| 1154.2 14 | DEFGHI | (6)- | 600 ns 20 | 563.34 | 100 | [M2] | 590.75 | 4+ |
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 1158.09 4 | BC G | (2+,3) | 335.73 11 567.35 9 883.03 4 | 69 7 46 4 100 5 | 822.691 590.75 275.030 | 2+ 4+ 3+ | ||
| 1212.515 20 | BCDE HI | 1+,2+ | 937.507 17 1212.52 4 | 63.9 15 100.0 15 | 275.030 0.0 | 3+ 1+ | ||
| 1247.152 24 | BCDE GH | 4- | 972.108 18 | 100.0 | 275.030 | 3+ | ||
| 1344.012 22 | BCDE GHI | 1+ | 878.816 24 958.25 9 1343.4 8 | 100 3 35.6 24 3.3 18 | 465.165 385.782 0.0 | 2+ (1+) 1+ | ||
| 1432.2 9 | DE HI | 1+ | ||||||
| 1439.408 25 | BCD G | (1+,2,3+) | 422.01 12 1439.37 3 | 5.2 8 100.0 8 | 1017.138 0.0 | 3+ 1+ | ||
| 1498 | I | |||||||
| 1547.39 4 | BCDE HI | 1+,2+,3+ | 956.74 6 1161.63 16 1272.32 4 | 84 4 17.7 19 100 4 | 590.75 385.782 275.030 | 4+ (1+) 3+ | ||
| 1560.15 9 | BCD H | + | 217.0 5 1322.16 14 | 15 8 100 8 | 1344.012 237.822 | 1+ | ||
| 1577.34 5 | BCD H | 1+,2+,3+ | 847.42 5 | 100.0 | 729.824 | 3+ | ||
| 1630 25 | D | 1-,2- | ||||||
| 1678.00 3 | BCD H | 1+,2+ | 100.15 23 334.03 16 948.09 3 1678.19 4 | 19 6 21 4 48.9 25 100 5 | 1577.34 1344.012 729.824 0.0 | 1+,2+,3+ 1+ 3+ 1+ | ||
| 1694.07 5 | BCD HI | (1)+ | 482.69 10 | 100 | 1212.515 | 1+,2+ | ||
| 1713.20 6 | BCD H | (1+) | 661.22 9 983.21 8 | 56 5 100 5 | 1052.082 729.824 | 1+ 3+ | ||
| 1735.96 6 | BCD FGH | (4,5)- | 1006.19 6 | 100.0 | 729.824 | 3+ | ||
| 1745.89 4 | BC | (1,2) | 1471.05 8 1559.86 6 1746.2 3 | 13.4 10 100 3 19 3 | 275.030 185.953 0.0 | 3+ 2+ 1+ | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 1820.352 14 | BCDE GHI | 1+ | 768.305 23 997.648 18 1355.18 4 1582.51 3 1820.21 6 | 44.4 13 65.0 16 100 4 71 3 41.2 23 | 1052.082 822.691 465.165 237.822 0.0 | 1+ 2+ 2+ 1+ | ||
| 1879 7 | G | |||||||
| 1894 8 | D HI | 1-,2- | ||||||
| 1911.31 8 | BC | 1088.64 10 1180.8 3 | 100 7 28 7 | 822.691 729.824 | 2+ 3+ | |||
| 1927.19 5 | BCD H | 1+,2+ | 714.66 19 909.99 22 1197.21 7 | 10.1 19 6.0 12 100.0 21 | 1212.515 1017.138 729.824 | 1+,2+ 3+ 3+ | ||
| 1971.18 5 | BCD GH | 2- | 723.99 5 758.83 9 | 100.0 23 31.8 23 | 1247.152 1212.515 | 4- 1+,2+ | ||
| 2018.36 3 | BCD HI | 1+,2+,3+ | 1288.63 21 1743.40 5 1832.39 3 | 3.3 7 100 3 52.3 25 | 729.824 275.030 185.953 | 3+ 3+ 2+ | ||
| 2023.315 23 | BC | (1,2) | 111.93 13 583.62 8 679.30 5 810.47 19 1293.71 7 1557.4 7 1637.49 4 1748.0 3 1837.44 4 | 6.7 14 8.7 9 7.0 6 11.0 16 17.0 14 18 7 100 6 25 7 30.2 23 | 1911.31 1439.408 1344.012 1212.515 729.824 465.165 385.782 275.030 185.953 | (1+,2,3+) 1+ 1+,2+ 3+ 2+ (1+) 3+ 2+ | ||
| 2124.09 10 | BCD GHI | 2- | 1849.4 3 2123.95 19 | 100 10 92 10 | 275.030 0.0 | 3+ 1+ | ||
| 2163.12 9 | BCD H | - | 2163.22 11 | 100.0 | 0.0 | 1+ | ||
| 2166.01 7 | BCD HI | + | 1980.01 8 | 100.0 | 185.953 | 2+ | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 2195 9 | D F H | |||||||
| 2260.66 9 | BCD GHI | 1208.8 9 1874.41 20 1985.73 14 | 20 11 36 5 100 10 | 1052.082 385.782 275.030 | 1+ (1+) 3+ | |||
| 2329 9 | D HI | |||||||
| 2347 7 | G I | |||||||
| 2363.63 6 | BCD H | 1633.89 6 | 100.0 | 729.824 | 3+ | |||
| 2394.93 11 | BCD H | 2120.25 25 | 100.0 | 275.030 | 3+ | |||
| 2449.19 16 | BCD H | 2448.7 4 | 100.0 | 0.0 | 1+ | |||
| 2453.05 5 | BC I | (1+,2,3+) | 632.67 6 1723.07 12 2177.87 15 | 84 6 100 7 99 9 | 1820.352 729.824 275.030 | 1+ 3+ 3+ | ||
| 2503.00 9 | BCD H | (2+,3+) | 1450.6 3 1912.13 17 | 100 10 96 10 | 1052.082 590.75 | 1+ 4+ | ||
| 2520.77 13 | BCD H | 2-,3-,4- | 1929.63 22 | 100.0 | 590.75 | 4+ | ||
| 2537 10 | H | 0+,1+ | ||||||
| 2560.43 16 | BCD H | 2- | 1313.29 17 2561.3 6 | 100 13 52 13 | 1247.152 0.0 | 4- 1+ | ||
| 2567 10 | H | (5)+ | ||||||
| 2586.27 4 | BCD HI | 1146.79 7 1428.18 5 2400.0 3 | 25.7 16 100 4 21 4 | 1439.408 1158.09 185.953 | (1+,2,3+) (2+,3) 2+ | |||
| 2597.49 6 | BCD H | 234.26 14 1253.28 8 2411.58 12 | 53 9 51 4 100 7 | 2363.63 1344.012 185.953 | 1+ 2+ | |||
| 2608.50 11 | BCD H | 2608.5 3 | 100.0 | 0.0 | 1+ | |||
| 2629.29 9 | BCD H | 3+,4+ | 1081.95 12 1806.57 17 | 100 8 89 8 | 1547.39 822.691 | 1+,2+,3+ 2+ | ||
| 2644 11 | D H | (1,2)- | ||||||
| 2664.44 6 | BCD H | 1-,2- | 1506.57 15 1647.33 7 2389.3 4 2664.17 16 | 58 5 100 6 26 6 86 7 | 1158.09 1017.138 275.030 0.0 | (2+,3) 3+ 3+ 1+ | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 2681.16 4 | BCD H | 1+ | 753.91 4 860.85 10 987.18 3 1468.56 12 1523.0 4 1629.2 3 2680.38 13 | 90 4 27 3 100 4 100 7 10 3 34 6 91 6 | 1927.19 1820.352 1694.07 1212.515 1158.09 1052.082 0.0 | 1+,2+ 1+ (1)+ 1+,2+ (2+,3) 1+ 1+ | ||
| 2688.22 8 | BCD H | (1+) | 2450.91 23 2687.88 12 | 56 7 100 7 | 237.822 0.0 | 1+ | ||
| 2707 11 | HI | 3+,4+,5+ | ||||||
| 2739.16 7 | BCD H | 2-,3-,4- | 1394.90 9 2553.1 3 | 100 7 54 7 | 1344.012 185.953 | 1+ 2+ | ||
| 2767.86 12 | BC H | (1)+ | 1220.4 6 1944.97 24 | 54 16 100 16 | 1547.39 822.691 | 1+,2+,3+ 2+ | ||
| 2799.85 7 | BCD HI | (2)- | 1053.88 20 1553.1 3 2615.2 8 | 81 13 100 13 32 11 | 1745.89 1247.152 185.953 | (1,2) 4- 2+ | ||
| 2813.84 9 | BCD H | 1-,2- | 993.48 17 1374.41 14 1761.6 6 | 36 5 100 7 26 9 | 1820.352 1439.408 1052.082 | 1+ (1+,2,3+) 1+ | ||
| 2844.72 10 | BCD H | 1-,2- | 2114.78 20 2569.26 21 | 89 8 100 8 | 729.824 275.030 | 3+ 3+ | ||
| 2867.69 7 | BCD H | 0+,1+ | 2402.83 24 2629.61 12 | 32 4 100 4 | 465.165 237.822 | 2+ | ||
| 2903 12 | D HI | (3)+ | ||||||
| 2943.33 14 | BCD H | (1-,2-) | 2557.8 5 2758.8 5 | 64 15 100 15 | 385.782 185.953 | (1+) 2+ | ||
| 2948.76 8 | BCD H | (1-,2-) | 340.19 12 1401.26 21 1509.64 18 2673.42 16 | 50 7 23 4 55 6 100 7 | 2608.50 1547.39 1439.408 275.030 | 1+,2+,3+ (1+,2,3+) 3+ | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 2953.35 9 | BCD HI | (1,2)- | 289.2 3 1901.52 16 2131.25 22 2488.4 4 2952.64 21 | 17 7 46 6 34 6 73 14 100 11 | 2664.44 1052.082 822.691 465.165 0.0 | 1-,2- 1+ 2+ 2+ 1+ | ||
| 2987.96 21 | BCD H | 1017.1 3 2986.9 6 | 100 17 85 17 | 1971.18 0.0 | 2- 1+ | |||
| 3010.18 10 | BCD H | 3+,4+,5+ | 1666.15 13 2545.2 5 2824.8 6 | 100 13 48 13 70 16 | 1344.012 465.165 185.953 | 1+ 2+ 2+ | ||
| 3026.09 6 | BCD | (1-,2-) | 1280.20 7 3025.77 12 | 48 3 100 3 | 1745.89 0.0 | (1,2) 1+ | ||
| 3045.95 13 | BCD I | (1-,2-) | 2315.7 3 2770.7 8 | 100 14 35 14 | 729.824 275.030 | 3+ 3+ | ||
| 3048.82 11 | BC | 2862.63 13 | 100.0 | 185.953 | 2+ | |||
| 3077.29 12 | BCD F | (1-,2-) | 556.46 22 2059.9 3 2254.5 9 2612.1 4 2890.6 3 | 21 5 25 5 32 16 100 14 48 9 | 2520.77 1017.138 822.691 465.165 185.953 | 2-,3-,4- 3+ 2+ 2+ 2+ | ||
| 3091.37 6 | BCD F | (1-,2-) | 1652.01 6 2039.33 25 3090.95 25 | 100 5 15.5 24 30 4 | 1439.408 1052.082 0.0 | (1+,2,3+) 1+ 1+ | ||
| 3099.08 8 | BCD F | (2+,3,4+) | 2082.6 3 2508.3 7 2713.3 5 2912.57 18 | 44 12 72 23 61 17 100 14 | 1017.138 590.75 385.782 185.953 | 3+ 4+ (1+) 2+ | ||
| 3110.86 6 | BCD F | 1139.65 4 3111.4 4 | 100 5 23 5 | 1971.18 0.0 | 2- 1+ | |||
| 3141.74 15 | BCD | 2866.61 15 | 100.0 | 275.030 | 3+ | |||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 3151.97 9 | BCD | 788.42 8 2876.19 21 | 92 8 100 8 | 2363.63 275.030 | 3+ | |||
| 3165.77 7 | BCD I | (1,2,3)+ | 2436.7 4 2700.26 10 3165.8 3 | 19 5 100 5 30 4 | 729.824 465.165 0.0 | 3+ 2+ 1+ | ||
| 3208.95 8 | BC | 1042.86 11 3208.1 3 | 100 6 35 6 | 2166.01 0.0 | + 1+ | |||
| 3247.83 8 | BCD | 1670.32 11 | 100.0 | 1577.34 | 1+,2+,3+ | |||
| 3287.36 9 | BCD F I | + | 2821.76 13 2901.2 3 | 100 3 16 3 | 465.165 385.782 | 2+ (1+) | ||
| 3333.77 5 | BCD I | + | 533.96 7 747.48 3 | 31.1 25 100.0 25 | 2799.85 2586.27 | (2)- | ||
| 3342.06 11 | BC | 3067.2 3 | 100.0 | 275.030 | 3+ | |||
| 3371.23 9 | BC | 741.94 3 2641.3 3 | 100 6 52 6 | 2629.29 729.824 | 3+,4+ 3+ | |||
| 3397.63 11 | BCD | 2806.9 3 3121.3 5 | 100 15 79 15 | 590.75 275.030 | 4+ 3+ | |||
| 3432.37 13 | BCD | 1408.4 3 2380.34 18 | 20 5 100 5 | 2023.315 1052.082 | (1,2) 1+ | |||
| 3479.48 12 | BC | 665.60 9 3241.9 4 | 67 10 100 10 | 2813.84 237.822 | 1-,2- | |||
| 3487.05 10 | BCD | (2+,3+) | 1515.3 4 2478.2 5 2896.9 4 3021.72 21 3486.2 6 | 25 9 78 17 39 9 100 12 36 9 | 1971.18 1008.49 590.75 465.165 0.0 | 2- 4+ 2+ 1+ | ||
| 3508.84 11 | BC | (2+,3,4+) | 2492.0 8 2918.0 4 3270.78 14 3322.2 6 | 19 8 11.6 25 100 8 13 5 | 1017.138 590.75 237.822 185.953 | 3+ 4+ 2+ | ||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 3535.49 7 | BCD | 457.6 5 1799.84 14 1975.26 12 2095.76 13 | 1.0E2 3 36 8 48 12 52 12 | 3077.29 1735.96 1560.15 1439.408 | (1-,2-) (4,5)- + (1+,2,3+) | |||
| 3559 8 | D I | |||||||
| 3583.53 12 | BCD | 537.55 8 2144.22 24 2371.4 4 3307.4 6 | 57 9 100 12 69 18 57 15 | 3045.95 1439.408 1212.515 275.030 | (1-,2-) (1+,2,3+) 1+,2+ 3+ | |||
| 3601.00 6 | BC | 114.36 16 1854.3 4 2023.55 6 2870.7 5 | 23 5 12 3 100 6 17 5 | 3487.05 1745.89 1577.34 729.824 | (2+,3+) (1,2) 1+,2+,3+ 3+ | |||
| 3636.56 7 | BCD | 1-,2- | 1115.48 23 1890.61 18 2423.94 18 2584.3 4 2619.14 24 3045.46 23 3450.3 3 | 35 6 50 6 68 8 32 8 100 12 81 9 33 6 | 2520.77 1745.89 1212.515 1052.082 1017.138 590.75 185.953 | 2-,3-,4- (1,2) 1+,2+ 1+ 3+ 4+ 2+ | ||
| 3672 | I | |||||||
| 3705.08 11 | BCD | 2-,3-,4- | 1682.00 17 2457.66 18 | 79 8 100 8 | 2023.315 1247.152 | (1,2) 4- | ||
| 3710 30 | F | (9+) | ||||||
| 3750.30 8 | BCD | 651.10 13 1120.8 4 1732.27 17 2004.42 10 3563.7 4 | 35 5 23 6 51 6 100 8 49 8 | 3099.08 2629.29 2018.36 1745.89 185.953 | (2+,3,4+) 3+,4+ 1+,2+,3+ (1,2) 2+ | |||
| 3780.19 10 | BCD | 770.64 25 1416.38 11 | 72 9 100 9 | 3010.18 2363.63 | 3+,4+,5+ | |||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 3814.66 10 | BCD | 1-,2- | 417.03 6 1843.71 14 2991.1 4 3348.5 3 3814.2 4 | 93 9 100 10 84 16 78 10 45 8 | 3397.63 1971.18 822.691 465.165 0.0 | 2- 2+ 2+ 1+ | ||
| 3875 | I | |||||||
| 3890 30 | F | (7+) | ||||||
| 3896.38 8 | BCD | (2-) | 1298.87 6 2160.4 3 3896.3 4 | 100 5 26 5 22 3 | 2597.49 1735.96 0.0 | (4,5)- 1+ | ||
| 3934.58 15 | BCD | (1-,2-) | 1916.35 22 3548.6 3 | 82 9 100 9 | 2018.36 385.782 | 1+,2+,3+ (1+) | ||
| 4013.69 12 | BCD | (1+,2,3+) | 2996.78 16 3627.9 3 | 100 4 33 4 | 1017.138 385.782 | 3+ (1+) | ||
| 4056.98 8 | BCD | (1,2)- | 1607.34 18 3782.18 17 3871.04 11 | 25 3 66 4 100 4 | 2449.19 275.030 185.953 | 3+ 2+ | ||
| 4080 | I | |||||||
| 4116.41 10 | BCD | 1303.03 22 3293.49 11 | 20 4 100 4 | 2813.84 822.691 | 1-,2- 2+ | |||
| 4180 30 | F | (7+) | ||||||
| 4250 25 | D | (1,2)- | ||||||
| 4300.2 3 | BCD | 3476.9 5 3835.8 5 4024.9 7 | 100 17 48 13 60 17 | 822.691 465.165 275.030 | 2+ 2+ 3+ | |||
| 4462.70 10 | BCD | (1,2)- | 4276.58 10 | 100.0 | 185.953 | 2+ | ||
| 4527.91 9 | BCD | (1,2)- | 1728.01 6 2708.2 4 2968.8 4 | 100 7 28 5 26 5 | 2799.85 1820.352 1560.15 | (2)- 1+ + | ||
| 4850.76 8 | BC | 1773.5 3 3137.18 17 3172.95 11 3275.2 7 | 15 3 41 4 100 4 10 4 | 3077.29 1713.20 1678.00 1577.34 | (1-,2-) (1+) 1+,2+ 1+,2+,3+ | |||
| E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
| 5077.21 8 | BC | 1589.79 20 1966.29 11 3383.6 3 | 61 7 100 7 64 9 | 3487.05 3110.86 1694.07 | (2+,3+) (1)+ | |||
E(level): From thermal-neutron capture data.
E(γ): From thermal-neutron capture data.
I(γ): Percent photon branching from each level
| E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) (keV) | Multipolarity | Additional Data |
| 1154.2 | (6)- | 600 ns 20 | 563.34 | [M2] | B(M2)(W.u.)=0.0558 20 |
Additional Level Data and Comments:
| E(level) | Jπ(level) | T1/2(level) | Comments |
| 0.0 | 1+ | 5.120 m 14 % β- = 100 | μ=-0.282 2 (1969Cu09,1989Ra17,2005St24) Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). |
| 185.953 | 2+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 275.030 | 3+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 385.782 | (1+) | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 465.165 | 2+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 590.75 | 4+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 729.824 | 3+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 822.691 | 2+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1017.138 | 3+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 1052.082 | 1+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1154.2 | (6)- | 600 ns 20 | μ=+1.038 3 (1972Bl16,1989Ra17,2005St24), CONF=((P,P3/2)(N,G9/2))6- Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). |
| 1212.515 | 1+,2+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 1247.152 | 4- | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1344.012 | 1+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1432.2 | 1+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1560.15 | + | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 1630 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 1678.00 | 1+,2+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 1745.89 | (1,2) | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 1820.352 | 1+ | Jπ(level): From tensor-analyzing power data in 68Zn(d,α), L(d,p) and L(d,α). | |
| 1894 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 1927.19 | 1+,2+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 2018.36 | 1+,2+,3+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 2023.315 | (1,2) | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 2124.09 | 2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| E(level) | Jπ(level) | T1/2(level) | Comments |
| 2163.12 | - | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2166.01 | + | Jπ(level): From L-transfer in 67Zn(t,α). | |
| 2537 | 0+,1+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2567 | (5)+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2644 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2664.44 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2681.16 | 1+ | Jπ(level): From circular-polarization data for polarized neutron capture γ rays assumed to be pure E1 transitions combined with L(d,p) and L(d,α). | |
| 2688.22 | (1+) | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2707 | 3+,4+,5+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2739.16 | 2-,3-,4- | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2767.86 | (1)+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2813.84 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2844.72 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2867.69 | 0+,1+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2903 | (3)+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 2943.33 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2948.76 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 2953.35 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3010.18 | 3+,4+,5+ | Jπ(level): From L-transfer in 68Zn(d,α). | |
| 3026.09 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3045.95 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3077.29 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3091.37 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3287.36 | + | Jπ(level): From L-transfer in 67Zn(t,α). | |
| 3333.77 | + | Jπ(level): From L-transfer in 67Zn(t,α). | |
| E(level) | Jπ(level) | T1/2(level) | Comments |
| 3636.56 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3710 | (9+) | CONF=((P,G9/2)(N,G9/2))9+ Jπ(level): From DWBA analysis of (α,d) data. | |
| 3814.66 | 1-,2- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 3890 | (7+) | Jπ(level): From DWBA analysis of (α,d) data. | |
| 3934.58 | (1-,2-) | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 4056.98 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 4180 | (7+) | Jπ(level): From DWBA analysis of (α,d) data. | |
| 4250 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 4462.70 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). | |
| 4527.91 | (1,2)- | Jπ(level): From L-transfer in 65Cu(d,p). |
| E(level) | E(gamma) | Comments |
| 1154.2 | 563.34 | M(γ): from Jπ of initial and final levels |
Levels: Configuration: configurations used in the DWBA analysis of (α,d) data
Q-value: Note: Current evaluation has used the following Q record 2640.9 107065.93 98421.5 7-7251 20 2009AuZZ
Q-value: Q(β-)=2641.2 keV 10, Q(α)=-7252 keV 20 (2003Au03).