138BA 137BA(N,G) E=THERMAL 1995BO05 138BA H TYP=UPD$AUT=J. K. TULI$CUT=3-Dec-1997$ 138BA H TYP=FUL$AUT=J. K. TULI$CIT=NDS 74,349 (1995)$CUT=1-Oct-1994$ 138BA C Measured G, GG HPGE and GELI detectors with FWHM(at 1332)=2 and 138BA2C FWHM(at 5730)=5.9, respectively 138BA C Level scheme is as given by 1995Bo05 based upon earlier schemes by 138BA2C 1990Is07, 1968Ma35, 1968Bu20. EG and 138BA3C IG given here are from authors' table of singles spectrum which are 138BA4C often different from the values 138BA5C given in authors' other tables. The latter seem to be mixture of 138BA6C their own values and those of earlier works. 138BA7C 1995Bo05 normalized their IG with respect to 1436G, 5730G of 1990Is07. 138BA C 1990Is07: measured G(G+-) FWHM=2.1-5 at 2500-8300 KEV. Absolute 138BA2C intensities determined using value for 14N cross section. 138BA3C Some of the unassigned G's seen in n capture by natural barium by 138BA4C 1990Is07 have been placed by 1995Bo05. For other transitions see 138BAxC 1990Is07. 138BA C 1968Ma35: measured: G, GG 138BA C 1968Bu20: measured G 138BA C Others: 1968Gr32, 1969Ra10, 1970Gr21, 1976BoYP 138BA CG E(A)$Observed in coincidence 138BA CG E(B)$Not observed by 1995Bo05 in (N,G), seen in other reactions 138BA CG E(C),RI(C)$Not seen by 1995Bo05, from 1990Is07 if EG GT 1435, otherwise 138BA2CG 1968Ma35. 138BA CG E(D),RI(D)$Complex peak 138BA CG RI(E)$Possible contribution due to strong 3641G in 139BA 138BA CG RI(F)$From 1990Is07. Interference from escape peak in 1995Bo05. 138BA CG RI(G)$From authors' (1995Bo05) level branching table 138BA CG There are many discrepancies in EG and IG among the data 138BA2CG from 1968Ma35 and 1968Bu20 and those observed in 138CS B- decay. 138BA3CG Many more G's assigned to 138BA, seen in (N,G) reaction, 138BA5CG are listed by 1968Gr32. 138BA CL E$From least squares fit to EG's 138BA CL J$From adopted levels 138BA CL E(A)$From 1995Au04 138BA CL J(B)$From circular pol of 8600G (1976BoYP) 138BA N 0.161 138BA cN SIGMAN=5.1 4 138BA G 834.84 171.3 1 138BA G 1096.7 2 2.2 2 138BA G 1284.9 3 1.0 1 138BA G 1381.47 251.9 4 138BA G 1413 28 C 138BA G 1561.6 4 1.2 1 138BA G 1605.8 2 2.3 2 138BA G 1701.3 4 2.2 2 138BA G 1708.1 34.1 13 C 138BA G 1773.10 251.9 2 138BA G 1778.60 1316 8 C 138BA G 1832.7 3 2.3 2 138BA G 1886.8 2 0.89 16 138BA G 1892.0 4 0.6 1 138BA G 1907.8 2 1.7 2 138BA G 1924.2 2 1.3 1 138BA G 1965.39 230.75 11 138BA G 2029.2 8 1.5 2 138BA G 2073.5 3 0.7 2 138BA G 2112.3 2 1.2 2 138BA G 2120.5 2 0.9 1 138BA G 2142.5 4 1.6 4 138BA G 2239.8 4 0.48 11 138BA G 2280.43 17 1.7 3 138BA G 2295.72 14 1.9 4 138BA G 2364.6 5 1.14 14 138BA G 2377.36 21 2.0 3 D 138BA G 2386.4 3 1.12 13 138BA G 2390.9 3 1.22 14 138BA G 2411.33 17 1.02 18 138BA G 2419.83 18 0.59 12 138BA G 2429.55 15 0.76 15 138BA G 2437.12 22 1.08 13 138BA G 2470.51 22 1.40 17 138BA G 2477.7 4 1.44 17 138BA G 2502.7 6 0.60 7 138BA G 2512.16 9 3.6 5 138BA G 2531.29 12 2.5 3 138BA G 2536.2 4 1.41 17 138BA G 2539.41 19 1.2 3 138BA G 2539.9 5 0.40 8 138BA G 2559.47 24 1.01 12 138BA G 2562.8 3 0.74 15 138BA G 2570.2 13 0.21 3 138BA G 2593.87 16 1.81 22 138BA G 2668.6 9 0.72 9 138BA G 2677.8 5 1.11 13 138BA G 2748.3 5 0.76 9 138BA G 2752.54 22 1.46 18 138BA G 2771.7 5 0.58 7 138BA G 2777.8 4 0.65 8 138BA G 2822 4 1.29 16 138BA G 2832.10 21 1.69 20 138BA G 2841.24 22 0.98 15 138BA G 2858.5 4 1.21 15 138BA G 2884.75 24 1.71 21 D 138BA G 2890.9 8 0.71 9 138BA G 2914.8 6 0.60 17 138BA G 2954.50 21 0.76 11 138BA G 2967.32 14 1.92 23 138BA G 2974.51 18 0.97 19 138BA G 3035.1 7 1.42 11 138BA G 3074.1 2 2.6 5 138BA G 3086.6 6 1.84 22 138BA G 3139.7 4 2.2 5 138BA G 3174.8 4 1.52 23 138BA G 3179.02 11 2.4 5 138BA G 3186.32 24 1.47 18 138BA G 3197.0 5 0.79 13 138BA G 3225.0 6 1.4 4 138BA G 3279.07 21 0.60 7 138BA G 3294.7 3 1.00 12 138BA G 3335.0 3 1.8 2 138BA G 3351.3 6 1.05 14 138BA G 3381.8 12 0.42 6 138BA G 3412.57 19 1.0 3 138BA G 3454 3 1.5 5 138BA G 3465.71 23 0.49 6 138BA G 3530.1 6 1.0 2 138BA G 3676.12 16 2.8 6 138BA G 3714.87 119.7 12 138BA G 3734.73 23 3.3 4 138BA G 3763.11 13 5.7 8 138BA G 3800.7 5 2.2 8 138BA G 3822.41 163.5 5 138BA G 3826.54 151.93 21 C 138BA G 3845.7 15 1.0 2 138BA G 3853.4 22 0.34 12 138BA G 3891.33 17 2.5 4 138BA G 3923.76 182.8 4 138BA G 3934.12 21 0.68 21 138BA G 3941.6 4 1.4 5 138BA G 3988.5 3 2.8 5 138BA G 3994.2 6 1.13 14 138BA G 4035.3 4 2.2 4 138BA G 4061.23 20 5.4 5 138BA G 4147.51 22 0.73 15 138BA G 4190.8 6 0.58 7 138BA G 4200.82 13 7.2 4 138BA G 4207.94 18 2.5 3 138BA G 4274.8 3 1.4 4 138BA G 4318.8 5 1.87 22 138BA G 4348.8 4 2.3 3 138BA G 4454.65 21 2.9 4 138BA G 4501.8 6 1.1 3 F 138BA G 4551.1 3 0.92 11 138BA G 4593.6 11 2.9 4 138BA G 4739.8 3 1.41 13 138BA G 4875.7 7 1.58 19 138BA G 4881.3 4 2.44 23 F 138BA G 4924.1 7 1.28 8 138BA G 5307.7 5 2.59 21 138BA G 6130.1 7 0.70 4 138BA G 6211.8 8 0.81 10 138BA G 6485.9 11 0.39 3 138BA L 0.0 0+ 138BA L 1435.85 42+ 138BA G 1435.82 7 41723 138BA L 1898.58 54+ 138BA G 462.8713 93 5 138BA L 2090.25 86+ 138BA G 191.94 9 9.4 5 138BA L 2189.95 81,2+ 138BA G 754.12 8 9.1 5 138BA G 2189.2 4 0.4 1 138BA L 2203.05 156+ 138BA G 112.8417 0.75 4 138BA L 2218.04 52+ 138BA G 782.8 4 1.8 1 138BA G 2217.9211 60 6 138BA L 2307.61 64+ 138BA G 409.02 6 13.08 7 138BA G 871.74 9 17.0 9 138BA L 2415.21 85+ 138BA G 108 B 138BA G 212.2019 1.9 1 138BA G 325.16 8 5.0 3 138BA G 516.7112 11.4 7 138BA L 2445.67 63+ 138BA G 138 B 138BA G 227.7 3 1.0 1 138BA G 546.89 8 8.0 4 138BA G 1009.80 8 22.812 138BA L 2582.98 52+,1+ 138BA G 364.65 7 5.6 3 & 138BA G 1147.2013 21.111 138BA G 2583.18 8 4.7 7 138BA L 2639.35 62+ 138BA G 193 2 2.8 C 138BA G 421.8713 1.6 2 138BA G 1203.120 A 138BA G 2639.24 8 28.818 138BA L 2779.65 74+ 138BA G 334.0112 1.5 8 138BA G 364.65 7 5.6 3 & 138BA G 880.6223 1.1 2 138BA G 1343.4310 11.8 7 & 138BA L 2794.80 101,2+ 138BA G 1359.4 3 1.4 1 & 138BA G 2794.0214 1.2 4 138BA L 2851.44 10(4+) 138BA G 952.8717 1.3 1 138BA G 1415.6611 8.6 4 138BA L 2880.72 53- 138BA G 982.14 2 1.5 2 138BA G 1444.9012 111 7 138BA L 2916.36 211,2+ 138BA G 1479.2 4 1.8 2 138BA G 2917.3 3 0.7119 138BA L 2931.05 91,2+ 138BA G 1495.6211 11.3 6 138BA G 2930.1216 2.4 4 138BA L 2991.44 93+ 138BA G 576 B 138BA G 683.6915 1.1 1 138BA G 773.4215 3.2 2 138BA G 1555.5418 6.0 3 138BA L 3049.96 92+ 138BA G 860 A 138BA G 1151 A 138BA G 1614.2612 20.010 & 138BA G 3049.1217 5.5 7 138BA L 3154.60 124+ 138BA G 708.7418 0.74 4 138BA G 739.0 3 0.8321 138BA G 1064.5 3 1.5 1 & 138BA G 1256.3 3 2.4 2 138BA G 1719.2 3 3.9 3 138BA L 3163.21 9(2+,3) 138BA G 717.5613 1.3 1 138BA G 855.6 4 0.71 6 138BA G 945.3 3 0.97 5 138BA G 1264.2925 4.9 3 138BA G 1727.2 2 7.7 5 138BA L 3242.33 8(2+,3) 138BA G 362 A 138BA G 934.8112 3.1 2 138BA G 1343.4310 11.8 7 & 138BA2 G FLAG=A 138BA G 1807.1 2 3.3 3 138BA L 3257.50 17(2+,3) 138BA G 1359.4 3 1.4 1 & 138BA G 1821.4 2 2.8 3 & 138BA L 3338.69 82+ 138BA G 893.3 3 0.58 4 & 138BA G 1120.7 0.60 7 G 138BA G 1902.6 2 2.0 2 138BA G 3338.7210 11.614 138BA L 3366.69 72+ 138BA G 921.4322 1.3 1 & 138BA G 1931.2 0.35 4 G 138BA G 3366.5313 3.9 5 138BA L 3376.51 153,(2) 138BA G 1069.0 4 1.1 1 A 138BA G 1158.7 5 1.1 1 G 138BA G 1940.6719 3.4 5 & 138BA L 3442.21 141,2+ 138BA G 3442.2416 2.6 3 138BA L 3504.25 101- 138BA G 2068.1615 2.0 3 & 138BA G 3504.9118 6.6 8 138BA L 3600.69 71,2+ 138BA G 2164.9912 1.1 2 138BA G 3600.5 3 2.0124 138BA L 3643.63 32+ 138BA G 1004.3 5 2.1 2 138BA G 1744.6 2 4.7 3 138BA G 2209.6 4 5.2 7 & 138BA G 3643.61 3 4.55 138BA2 G FLAG=CE 138BA L 3646.56 19(3)- 138BA G 766.0921 2.1 2 138BA G 1749 1.6 A 138BA2 G FLAG=G 138BA G 2209.6 4 5.2 7 & 138BA L 3693.61 12 138BA G 702.9 B 138BA G 813.2 4 0.46 8 138BA G 842.8 3 0.60 6 138BA G 1386.39 B 138BA L 3837.66 9(2+) 138BA G 957.6 4 1.3 1 & 138BA G 1620.1023 4.5 3 138BA G 2401.4611 4.2 5 D 138BA2 G FLAG=G 138BA G 3837 2.0 A 138BA2 G FLAG=G 138BA L 3922.15 7(3)- 138BA G 1041.5111 5.6 3 138BA G 1614.2612 20.010 & 138BA G 2023.7011 13.917 138BA G 2486.4817 2.6 3 138BA L 3934.91 162+ 138BA G 596 ? 138BA G 1054.9 3 1.1 1 138BA G 1717 B 138BA G 2499.3825 1.6419 138BA G 3935 B 138BA L 4001.97 171,2+ 138BA G 2566 0.8 6 A 138BA G 4001.7121 3.5 4 138BA L 4013.66 221,2+ 138BA G 2578.1 3 2.7 3 & 138BA G 4012.7 6 1.6422 138BA L 4025.88 131- 138BA G 2590.7124 1.3416 138BA G 4025.5415 5.2 5 & 138BA L 4079.64 20(1)- 138BA G 1199 A 138BA G 4080 ? 138BA L 4083.72 12(1,2+) 138BA G 4083.6612 9.2 6 138BA L 4114.79 101,2+ 138BA G 749.3824 1.3 3 138BA G 1064.5 3 1.5 1 & 138BA G 2679.8 3 1.4617 138BA G 4114.1715 4.5 3 138BA L 4130.57 19 138BA G 1940.6719 3.4 5 & 138BA L 4143.10 6(1)- 138BA G 4143.05 6 0.8817 138BA L 4197.51 191,2,3 138BA G 2761.8 4 0.70 9 138BA L 4242.00 81,2+ 138BA G 2805.9310 4.8 8 138BA G 4242 1.0 A 138BA L 4279.63 7(2)- 138BA G 1398.4622 2.7 3 138BA G 1695.9 2 3.7 2 138BA G 2061.8412 3.3 4 & 138BA G 2843 2 C 138BA G 4280.4215 5.3 5 & 138BA L 4323.62 91- 138BA G 957.6 4 1.3 1 & 138BA G 1158.7 5 1.1 1 138BA G 4323.3113 11.0 6 138BA L 4331.79 81,2+ 138BA G 2895.5014 3.8 5 138BA G 4332.3011 12.4 6 & 138BA L 4359.77 71+,2,3 138BA G 1116.4 3 2.5 2 * 138BA G 1913.9 1 2.4 2 138BA G 2923.9611 2.8 7 138BA L 4445.56 101- 138BA G 4445.6116 5.2 6 138BA L 4507.78 102,3 138BA G 2061.8412 3.3 4 & 138BA G 2609.8 3 1.1414 138BA G 3072.5 2.0 2 C 138BA L 4535.65 111- 138BA G 893.3 3 0.58 4 & 138BA G 2345.8618 1.6 4 & 138BA G 3096.6 6 4.3 6 138BA G 4536.0224 4.1025 138BA L 4564.58 9(3)- 138BA G 921.4322 1.3 1 & 138BA G 1981.5515 1.6 2 138BA G 2257.3118 1.3316 138BA G 2345.8618 1.6 4 & 138BA G 3129.5 5 2.3 3 138BA L 4579.76 101,2,3 138BA G 1337.6524 1.7 2 138BA G 3143.8414 4.010 138BA L 4586.10 14(1-,2-) 138BA G 3150.6 4 1.4017 138BA G 4585.6 7 1.1 1 & 138BA L 4645.90 81-,2-,3- 138BA G 1766.2 3 1.0 1 138BA G 1850.1 2 2.8 2 ? 138BA G 3209.7510 2.1 4 C 138BA L 4665.75 9(1-,2+) 138BA G 1784.7 3 1.7 2 138BA G 2082.9514 2.0 3 138BA G 3230.0014 0.7 4 138BA G 4664.315 0.62 7 138BA L 4707.44 9(1-) 138BA G 1064.5 3 1.5 1 & 138BA G 2068.1615 2.0 3 & 138BA G 4707.2111 1.7111 B 138BA L 4743.28 12(2,3)- 138BA G 1501.0 3 1.2 1 138BA G 2104.0816 2.2 3 138BA G 2525.9 3 1.0513 138BA G 3306.4025 2.2 3 138BA L 4797.37 14(2,3)- 138BA G 957.6 4 1.3 1 & 138BA G 2578.1 3 2.7 3 & 138BA G 3360.5 4 1.1215 138BA L 4855.77 20(1-) 138BA G 921.4322 1.3 1 & 138BA G 2272.6 6 0.58 8 138BA G 4855.1 5 1.7 3 138BA L 4872.02 11(2,3)- 138BA G 1821.4 2 2.8 3 & 138BA G 3436.6119 2.9 5 138BA L 5027.79 16(2-,3) 138BA G 3591.8117 1.6 4 138BA L 8611.66 42+ 138BA2 L FLAG=AB 138BA cL E$8611.72 4 from 1995Au04. 138BA2cL Observed deexcitation intensity is 51% of GS feeding. 138BA G 3583.4 4 3.4 4 138BA G 3739.5315 2.7 8 138BA G 3757.3 4 1.2215 138BA G 3813.2917 3.9 6 138BA G 3867.9 6 1.8123 138BA G 3946.1715 3.7 7 138BA G 3964.9214 4.7 3 138BA G 4025.5415 5.2 5 & 138BA G 4031.8813 3.1 3 C 138BA G 4047.3 3 2.1 3 138BA G 4076.6419 3.4 6 138BA G 4103.5217 4.4 3 138BA G 4166.1112 7.3 5 138BA G 4251.4912 8.410 138BA G 4280.4215 5.3 5 & 138BA G 4287.7312 8.3 6 138BA G 4332.3011 12.4 6 & 138BA G 4369.44 9 9.5 5 138BA G 4414.1221 1.8 5 138BA G 4468.8 3 0.70 9 138BA G 4481.7 6 0.54 7 138BA G 4496.9521 3.6 4 138BA G 4531.9621 2.4 6 138BA G 4585.6 7 1.1 1 & 138BA G 4598.1 4 6.0 5 F 138BA G 4609.2 3 3.2 4 138BA G 4677.8 8 2.3 4 138BA G 4689.7319 16.811 138BA G 4773.8922 9.0 7 138BA G 4918.1313 1.0514 C 138BA G 4968.1822 10.3 6 138BA G 5010.92 7 2.9717 F 138BA G 5107.8421 8.3 5 138BA G 5169.6 3 1.5514 138BA G 5235.4 4 1.25 7 138BA G 5244.71 8 1.62 9 C 138BA G 5273.0822 9.9 5 138BA G 5353.115 0.57 7 138BA G 5368.3 9 0.57 9 138BA G 5448.3622 6.2 3 138BA G 5526.63 9 2.9 3 C 138BA G 5561.8 3 3.9720 D 138BA G 5619.5 3 2.2311 138BA G 5680.6 5 0.81 4 138BA G 5695.6 4 0.95 5 138BA G 5730.9315 95 5 138BA G 5816.0 3 0.33 9 138BA G 5831.511 0.5 2 138BA G 5972.5219 6.0 3 138BA G 6028.3015 12.8 7 138BA G 6165.4 4 1.06 6 138BA G 6304.311 0.3 1 138BA G 6394.8 3 0.7125 138BA G 6421.3117 4.6624 138BA G 7175.6410 1.39 8 138BA G 8611.2 3 0.44 4