28AL 27AL(N,G) E=THERMAL 82SC14 28AL c Measure E|g, I|g with Ge(Li), curved crystal spectrometer, and pair 28AL2c pair spectrometer. 28AL cL E,J,T$From adopted levels 28AL cG M,MR$From adopted gammas 28AL N 1 28AL cN NR$normalized assuming I|g(g.s.)=100. 28AL cN SIGMAN=0.2{ 31 {I6}} 28AL G 1963.6820 0.05 1 28AL G 2279.1 7 0.08 3 28AL G 2299.9410 0.12 1 28AL G 2380.34 5 0.21 1 28AL G 2384.3 3 0.034 6 28AL G 2567.8 3 0.70 1 28AL G 2656.34 7 0.16 1 28AL G 2717.4 4 0.021 5 28AL G 2728.27 5 0.27 1 28AL G 2733.64 3 0.38 2 28AL G 2893.8717 0.049 6 28AL G 3053.6 4 0.021 5 28AL G 3075.65 9 0.083 6 28AL G 3142.22 6 0.16 1 28AL G 3191.2012 0.048 3 28AL G 3208.27 7 0.092 6 28AL G 3375.0824 0.026 3 28AL G 3472.3 3 0.06 1 28AL G 3569.9 3 0.036 6 28AL G 3671.22 8 0.070 5 28AL G 3702.22 7 0.078 5 28AL G 3725.1 3 0.024 3 28AL G 3865.7 4 0.027 6 28AL G 3881.8 4 0.027 6 28AL G 3949.8 4 0.014 2 28AL G 4023.21 5 0.138 8 28AL G 4125.0922 0.088 9 28AL G 4175.9623 0.030 3 28AL G 4185.2310 0.064 5 28AL G 4330.7512 0.052 3 28AL G 4384.1 4 0.010 2 28AL G 4447.2719 0.019 2 28AL G 4582.2111 0.041 3 28AL G 4617.7712 0.082 6 28AL G 4769.6115 0.113 9 28AL G 4812.5417 0.031 2 28AL G 4868.80 9 0.058 3 28AL G 4965.8 4 0.009 1 28AL G 4996.64 7 0.064 3 28AL G 5031.517 0.017 1 28AL G 5203.5421 0.017 1 28AL G 5209.3024 0.022 2 28AL G 5213.4 5 0.009 2 28AL G 5228.4 4 0.008 1 28AL G 5269.91 6 0.057 3 28AL G 5315.1412 0.031 2 28AL G 5459.3918 0.021 2 28AL G 5564.6 5 0.007 1 28AL G 5594.7 4 0.009 1 28AL G 5719.1416 0.022 2 28AL G 5729.6 4 0.008 1 28AL G 5748.2 4 0.002 2 28AL G 5760.5724 0.023 2 28AL G 5882.6 6 0.009 2 28AL G 5923.42 7 0.043 2 28AL G 5969.5415 0.023 2 28AL G 6109.6 7 0.010 2 28AL G 6121.3 5 0.011 2 28AL G 6210.8 3 0.013 1 28AL G 6289.6 8 0.003 1 28AL G 6329.5 8 0.008 2 28AL G 6390.2 5 0.008 1 28AL G 6449.5 5 0.007 1 28AL G 6459.6922 0.016 1 28AL G 6628.4 5 0.011 2 28AL G 6800.7 3 0.022 2 28AL G 6823.0311 0.055 3 28AL G 6894.2717 0.031 2 28AL G 6936.97 5 0.124 7 28AL G 7135.2412 0.054 3 28AL G 7342.2511 0.060 3 28AL G 7377.0 3 0.021 2 28AL G 7407.7311 0.065 5 28AL L 0.0 3+ 2.2414 M 12 28AL L 30.6383 7 2+ 2.07 NS 5 28AL G 30.6382 7 27.9CAM1(+E2) +0.001 6 0.0641 28AL L 972.36 30+ 32 PS 2 28AL G 941.79 6 1.3 1E2 28AL L 1013.627 7 3+ 105 FS 20 28AL G 983.01816 4.4 5M1+E2 +0.13 5 28AL G 1013.67621 2.7 3(M1) 28AL L 1372.931 181+ 220 FS 35 28AL G 400.58 3 0.63 7M1 28AL G 1342.3011 1.0 1M1+E2 -0.14 9 28AL G 1373.3 5 0.15 8(E2) 28AL L 1620.32 41+ 85 FS 40 28AL G 647.912 0.07 4M1 28AL G 1589.72 8 1.6 2M1+E2 +0.18 9 28AL G 1620.26 0.1 S 28AL L 1622.924 182+ 85 FS 40 28AL G 1592.2912 0.36 5 28AL G 1622.87 6 4.6 5 28AL L 2138.920 92+ 55 FS 14 28AL G 1125.5421 0.38 7 28AL G 2108.24 4 2.8 1 28AL G 2138.82818 2.2 1 28AL L 2201.47 31+ 45 FS 25 28AL G 2170.70 3 0.45 3 28AL L 2271.768 164+ 20 FS 10 28AL G 2271.65023 2.1 1 28AL L 2486.175 192+ 70 FS 15 28AL G 863.24 0.10 3 S 28AL G 865.8815 0.54 7 28AL G 1513.75 0.05 2 S 28AL G 2455.8 3 0.036 7 28AL G 2486.09 7 0.18 1 28AL L 2565.69 6(1,2,3+) ? 28AL G 945.1 5 0.24 7 28AL G 2534.6212 0.084 8 28AL L 2582.05 195+ 370 FS 40 28AL G 310.2 0.003 1(M1) S 28AL G 2582.2 5 0.05 1(E2) 28AL L 2656.14 34+ 35 FS 14 28AL G 1642.3510 0.30 5(M1) 28AL L 2987.57 7 (1,3)+ 60 FS 55 28AL G 1364.9920 0.38 6 28AL G 1975.2 5 0.025 8 & 28AL G 2987.6917 0.32 4 28AL L 3296.385 133+ 100 FS 20 28AL G 1673.4311 0.23 3 28AL G 3265.49 4 0.42 3 28AL L 3347.190 122+ 100 FS 35 28AL G 1975.2 5 0.025 8 & 28AL G 3316.5 3 0.025 3 28AL G 3346.97818 0.50 3 28AL L 3465.292 74- 62 FS 8 28AL G 1193.6410 0.6 1(E1) 28AL G 2451.48 4 0.39 2(E1) 28AL G 3465.06710 7.0 4(E1) 28AL L 3591.448 63- 70 FS 15 28AL G 1968.3512 0.10 1(E1) 28AL G 2577.72521 2.2 1(E1) 28AL G 3560.54719 0.93 5(E1) 28AL G 3591.21111 4.7 2(E1) 28AL L 3670.77 43+ 130 FS 40 28AL G 2047.7023 0.07 1 28AL G 3639.88 9 0.073 5 28AL L 3709.212 10(2,3)+ 185 FS 20 28AL G 1437.40 0.27 6 S 28AL G 1570.24 0.19 6 S 28AL G 3678.15 5 0.31 2 28AL G 3708.97616 0.45 2 28AL L 3875.780 82- 55 FS 15 28AL G 2255.42 5 0.55 4(E1) 28AL G 2502.85 7 0.16 1(E1) 28AL G 2862.2422 0.038 6 28AL G 2902.7 7 0.011 5 28AL G 3875.48011 2.7 1(E1) 28AL L 3900.994 23(1,3,5)+ 185 FS 30 28AL G 2276.711 0.04 3 & 28AL G 2887.22 4 0.23 1 28AL G 3900.65 7 0.23 1 28AL L 3935.583 112+ 40 FS LT 28AL G 2313.3 3 0.035 6 28AL G 2921.84 3 0.28 1 28AL G 3904.76 8 0.20 1 28AL G 3935.27623 0.33 2 28AL L 4244.41 8 2+ 40 FS 20 28AL G 3230.6820 0.027 3 28AL G 4213.4911 0.056 3 28AL L 4461.91 8(2,4)+ 28AL G 1975.2 5 0.025 8 & 28AL G 3448.0323 0.032 5 28AL G 4461.6010 0.042 3 28AL L 4596.50 31+ 160 FS 85 28AL G 2974.0 3 0.024 3 28AL G 3623.74 7 0.086 6M1 28AL G 4565.6715 0.027 2 28AL G 4596.14 4 0.124 7 28AL L 4691.099 53- 35 FS 9 28AL G 2419.36 8 0.14 1(E1) 28AL G 2552.0712 0.094 8(E1) 28AL G 3068.1610 0.081 6 28AL G 4660.039 8 2.6 1(E1) 28AL G 4690.677 7 4.6 2(E1) 28AL L 4764.925 102- 35 FS 9 28AL G 1173.4 3 0.39 9 28AL G 2276.711 0.04 3 & 28AL G 2563.5123 0.10 1 28AL G 2625.90316 1.37 7(E1) 28AL G 3392.0010 0.57 3(E1) 28AL G 3750.8318 0.035 3 & 28AL G 4733.84712 5.5 3(E1) 28AL G 4764.45 3 0.91 5 28AL L 4903.575 62- 39 FS 6 28AL G 2247.2123 0.040 6 28AL G 3889.73 6 0.23 1 28AL G 4903.115 6 3.1 2(E1) 28AL L 5015.415 173+ 28AL G 1720.0 3 0.08 5 & 28ALF G FL=3296.39 28AL G 2743.7419 0.045 6 28AL G 4001.70 5 0.135 8 28AL G 4984.30 4 0.113 6 28AL G 5016.512 0.003 1 28AL L 5134.839 73- 28 FS 7 28AL G 4119.9 4 0.040 8 & 28AL G 4162.4 5 0.019 5 & 28AL G 5103.71815 0.39 2 28AL G 5134.342 9 3.0 1(E1) 28AL L 5176.96 5(1+,2,3+) 28AL G 2691.0 3 0.029 6 28AL G 3803.7 5 0.011 3 28AL G 4162.4 5 0.019 5 & 28AL G 5176.44 6 0.070 3 28AL L 5377.81 4(1+ TO 4+) 28AL G 3754.7015 0.043 3 28AL G 5377.27 4 0.080 5 28AL L 5442.276 62- 28 FS 7 28AL G 1975.2 5 0.025 8 & 28ALF G FL=3465.29 28AL G 2876.29 8 0.116 8 28AL G 3303.15013 1.14 6(E1) 28AL G 3820.9 4 0.033 8 28AL G 4068.99 4 0.157 8 28AL G 5411.069 8 2.0 1(E1) 28AL G 5441.9 3 0.015 2 28AL L 5741.115 13(1 TO 4+) 28AL G 2276.711 0.04 3 & 28AL G 3254.9 3 0.022 3 28AL G 4119.9 4 0.040 8 & 28AL G 5709.85213 0.56 3 28AL L 5797.538 172- 28AL G 4424.24 3 0.36 2 28AL G 4783.0 5 0.011 3 28AL G 5766.25022 0.38 2 28AL G 5796.94 4 0.124 7 28AL L 5860.78 3(2,3)+ 28AL G 3659.08 9 0.064 5 28AL G 3721.5222 0.030 3 28AL G 4237.4310 0.060 5 & 28AL G 5829.8924 0.013 1 28AL G 5860.13 3 0.155 8 28AL L 6019.610 24(1+ TO 4+) 28AL G 4396.40 6 0.058 3 28AL G 5005.45 9 0.048 3 28AL G 5988.3215 0.023 2 28AL G 6018.88 3 0.187 9 28AL L 6198.879 11(2+ TO 4+) 28AL G 3926.8624 0.023 3 28AL G 4059.7819 0.030 3 28AL G 4575.55721 0.30 2 28AL G 5184.9913 0.030 2 28AL G 6198.13812 0.67 3 28AL L 6316.795 82+ 28AL G 1720.0 3 0.08 5 & 28AL G 2724.6 5 0.021 6 28AL G 3020.3 7 0.07 2 28AL G 3750.8318 0.035 3 & 28AL G 4045.0023 0.023 2 28AL G 5302.65014 0.47 2 28AL G 5344.2417 0.017 1 28AL G 6316.01710 2.0 1 28AL L 6419.85 7 (1,2)+ 28AL G 2954.8819 0.23 3 28AL G 4218.0422 0.027 3 28AL G 4280.3710 0.17 1 28AL G 5446.8815 0.035 2 28AL G 6420.0 5 0.006 1 28AL L 6441.447 11(3+,4) 28AL G 3859.4724 0.046 6 28AL G 4169.38 6 0.122 7 28AL G 5427.19 7 0.087 5 28AL G 6440.64811 0.66 3 28AL L 6623.07 4(1+ TO 4+) 28AL G 1720.0 3 0.08 5 & 28AL G 3634.8 6 0.010 3 28AL G 6591.61 4 0.164 9 28AL G 6621.7918 0.19 2 28AL L 6651.17 4(0+ TO 3+) 28AL G 4085.1 5 0.008 2 28AL G 4511.86 5 0.084 5 28AL G 5277.5616 0.021 1 28AL G 6619.5914 0.24 2 28AL L 6756.67 5 (2+,3) 28AL G 2881.2 3 0.027 5 28AL G 3409.2 3 0.023 3 28AL G 3768.6 4 0.013 2 28AL G 4101.7 5 0.016 5 28AL G 4270.1 3 0.054 7 28AL G 4484.53 6 0.071 5 28AL G 6725.15 8 0.086 5 28AL L 6893.701 20(2+,3) 28AL G 2128.81 7 0.34 2 28AL G 3016.7 7 0.06 2 28AL G 3222.8312 0.049 3 28AL G 4237.4310 0.060 5 & 28AL G 4621.47 5 0.19 1 28AL G 4754.24 4 0.38 2 28AL G 5879.0324 0.026 2 28AL G 6862.22 4 0.173 9 28AL L 7176.47 4(1+ TO 3+) 28AL G 5802.7610 0.035 2 28AL G 6161.8 3 0.013 2 28AL G 7175.53 5 0.133 7 28AL L 7269.49 5 (2+ TO 4+) 28AL G 3023.8 8 0.05 2 28AL G 3598.6612 0.15 1 28AL G 4613.2 4 0.016 2 28AL G 5130.4015 0.107 9 28AL G 6255.0523 0.014 1 28AL G 7237.68 8 0.087 5 28AL G 7268.4414 0.038 2 28AL L 7725.178 4 2+,3+ 28AL cL E$from 95Au04. Observed deexcitation intensity is 92% of g.s. feeding. 28AL G 455.6818 0.29 7 28AL G 548.7013 0.23 3 28AL G 831.45 4 1.3 2 28AL G 968.7115 0.42 6 28AL G 1073.8711 0.57 7 28AL G 1101.8 4 0.7 2 28AL G 1283.54 7 1.1 1 & 28AL G 1304.8 3 0.19 5 28AL G 1408.30 6 3.1 3 28AL G 1526.1711 1.8 2 28AL G 1705.38 8 0.39 5 28AL G 1864.5922 0.46 7 28AL G 1927.8716 1.2 2 28AL G 1983.9920 1.1 1 28AL G 2282.77314 4.7 2 28AL G 2347.3810 0.16 1 28AL G 2548.08 8 0.15 1 28AL G 2590.24414 4.2 2 28AL G 2709.66520 0.69 4 28AL G 2821.46116 3.9 2 28AL G 3033.89313 8.8 4 28AL G 3128.51 4 0.24 1 28AL G 3263.1816 0.10 1 28AL G 3480.7716 0.12 1 28AL G 3789.33114 0.87 4 28AL G 3823.90 3 0.56 3 28AL G 3849.10810 3.1 2 28AL G 4015.66414 0.73 4 28AL G 4054.04 5 0.143 8 28AL G 4133.408 8 6.9 3 28ALF G FL=3591.45 28AL G 4259.539 8 6.8 3 28ALF G FL=3465.29 28AL G 4377.62516 0.43 2 28AL G 4428.41013 0.81 4 28AL G 4737.40 9 0.45 2 28AL G 5068.58 3 0.173 9 28AL G 5141.8 4 0.015 2 28AL G 5238.48120 0.26 1 28AL G 5452.77 3 0.168 9 28AL G 5522.96 6 0.064 3 28AL G 5585.54 5 1.10 5 28AL G 6101.40 5 2.6 1 28AL G 6351.36 4 0.109 6 28AL G 6710.70215 0.90 5 28ALF G FL=1013.626 28AL G 6752.3212 0.058 3 28ALF G FL=972.38 28AL G 7693.39811 3.3 2 28ALF G FL=30.6383 28AL G 7724.034 7 26.8 1 28ALF G FL=0