183RE 183OS EC DECAY (13.0 H) 1983BR24 16NDS 201604 183RE H TYP=FUL$AUT=CORAL M. BAGLIN$CIT=NDS 134, 149 (2016)$CUT=15-Apr-2015$ 183RE C Other references: 1960Ne03, 1968Ha39, 1970Ak01, 1970PlZZ. 183RE C 1983BR24:HIGH-PURITY 183OS SOURCES FROM 182W(A,3N) USING ENRICHED 183RE2C TARGETS AND FOLLOWED BY CHEMICAL SEPARATION; ADDITIONAL SOURCES FROM 183RE3C W(A,XN) USING NATURAL W FOILS AND CHEMICAL SEPARATION; 183RE4C LOW-ENERGY PHOTON SPECTROMETER (FWHM AP 0.55 KEV AT 122 KEV) 183RE5C AND LARGE-VOLUME GELI SPECTROMETERS (FWHM AP 1.9 KEV AT 1332 KEV); 183RE6C MEASURED EG, IG, GG COIN, G(T). 183RE C The decay scheme is primarily from 1983Br24. THE 183RE2C TOTAL ENERGY RELEASE FOR THIS DECAY SCHEME IS 2259 56 cf.QxBR=2150 50. 183RE DG CC$FROM BrIcc v2.3 (29-Mar-2013) 2008Ki07, "Frozen Orbitals" appr. 183RE CG E,RI FROM 1983BR24, EXCEPT AS NOTED. 183RE CG M FROM CONVERSION ELECTRON DATA (1960Ne03, 1968Ha39, 1970Ak01) 183RE2CG AND IG ADOPTED HERE, EXCEPT AS NOTED. G AND ce INTENSITY SCALES WERE 183RE3CG NORMALIZED ASSUMING EKC(382G)=KC(E1 THEORY)=0.01123. 183RE CG MR FROM Adopted Gammas. 183RE CG RI(A) The EG=379.18 20, IG=12 4 TRANSITION placed by 1983BR24 from 183RE2CG the 639-KEV level APPEARS TO be HIGHLY CONTAMINATED. IF ALL ITS IG is 183RE3CG so placed, SIGNIFICANT second-forbidden B-decay feeding TO THE 639 183RE4CG LEVEL WOULD be IMPLIED AND feeding into the 260 LEVEL WOULD be 183RE5CG EXCESSIVE. BASED ON I(204G) AND ADOPTED I(204G):I(379G)=100.0 25:35 3, 183RE6CG ONLY IG=0.17 5 DEEXCITES THE 639 LEVEL, LEAVING IG=12 4 UNPLACED; 183RE7CG PRESUMABLY, THE OBSERVED LINE IS HIGHLY CONTAMINATED. 183RE CG RI(B) RI=0.12 4 (1983Br24) is inconsistent with a reasonable TI 183RE2CG balance through the 599 and 619 levels. The measured value 183RE3CG would imply nearly 9% BETA feeding to the 619 level which 183RE4CG is inconsistent with the intensity balance through the 114 level. 183RE CG TI(H) Limit determined from intensity balance through the 183RE2CG 599 and 619 levels. No substantial BETA decay is expected 183RE3CG to these levels because they deexcite through the 114 level, whose 183RE4CG outgoing intensity is already balanced by other incoming transitions. 183RE5CG A reasonable limit for the EC population of these levels is 2% 183RE6CG which would, nevertheless, have a profound affect on the intensity 183RE7CG balance. 183RE CG RI(I) Intensity may include contribution from 183OS(9.9 H) EC 183RE2CG decay. 183RE CL E FROM LEAST-SQUARES FIT TO MEASURED EG. note that THE 1915G, 183RE2CL 1771G and 567G FIT THEIR PLACEMENTS POORLY. THE NORMALIZED CHISQ OF 183RE3CL THE FIT IS 2.58 cf. a CRITICAL VALUE OF 1.46 183RE CL J From Adopted Levels. 183RE CL E(Z) No transition feeding the 1000 level was placed; however, 183RE2CL the apparent LOGFT=8.8 is too low for a second-forbidden decay. 183RE3CL The evaluator adopts JPI LE 5/2+ from (3HE,T) and assumes that an as 183RE4CL yet unidentified |G-ray(s) feeds this level. 183OS P 0.0 9/2+ 13.0 H 5 2150 50 183RE N 0.0916 12 0.0916 12 1.00 1.0 183RE CN NR,NT normalization assumes SUMOF (TI to GS)=100. Negligible EC 183RE2CN feeding to the GS is expected (DJ=2, DPI=no). 183RE PN 3 183RE G 60.44 5 9.3 4 183RE G 61.66 5 9.7 4 183RE G 62.21 5 2.39 20 183RE G 77.740 25 1.27 25 183RE G 88.86 6 0.36 15 183RE G 153.86 10 0.24 10 183RE G 155.29 10 0.30 15 183RE G 377.40 20 3.7 10 I 183RE G 379.18 20 12 4 @ 183REF G FLAG=AI 183RE G 472.57 25 0.05 3 I 183RE G 548.31 20 0.20 6 I 183RE G 653.90 20 0.20 6 I 183RE G 762.58 10 0.45 7 183RE G 1072.67 15 0.19 4 183RE G 1128.74 15 0.30 5 183RE G 1157.55 20 0.08 4 183RE G 1273.67 10 0.36 6 183RE G 1303.05 10 0.20 3 183RE G 1342.82 10 0.06 3 183RE G 1348.61 8 0.69 3 183RE G 1388.12 10 0.24 4 183RE G 1419.8 3 0.03015 183RE G 1434.52 15 0.09 3 183RE G 1442.40 15 0.09 3 183RE G 1444.92 20 0.03015 183RE G 1567.29 10 0.03510 I 183RE G 1610.96 13 0.03510 183RE G 1668.9 5 0.011 4 183RE G 1712.84 20 0.013 4 183RE G 1725.47 10 0.08 1 183RE G 1730.18 20 0.016 5 183RE G 1855.26 15 0.011 4 183RE L 0.0 5/2+ 70.0 D 14 183RE CL T FROM Adopted Levels. 183RE L 114.50 3 7/2+ 183RE G 114.43 5 230.3 9M1+E2 0.24 4 3.45 6 183RES G KC=2.79 6$LC=0.514 18$MC=0.119 5 183RES G NC=0.0289 11$OC=0.00474 15$PC=0.000304 7 183RE CG M EKC=2.5, K:L1:L2:L3=5.6:1:0.17:0.065 (1970AK01). 183RE2CG L1:L2:L3:M1:N1:O1=6.5:1.0:0.36:1.5:0.44:0.13 (1960NE03). 183RE3CG K:L1:L2:L3:M=6320:1135:190:74:370 (1968HA39). 183RE L 259.89 3 9/2+ 183RE G 145.39 2 17.12 15 M1+E2 0.37 13 1.68 7 183RES G KC=1.34 9$LC=0.262 18$MC=0.061 5 183RES G NC=0.0148 12$OC=0.00240 14$PC=0.000145 11 183RE CG M EKC=1.42 (1970AK01). 183RE2CG K:L1:L2:L3:M1=1.6:0.32:0.055:0.02:0.10 (1960NE03). 183RE3CG K:L1:L2:L3:M=360:62:9.5:3.5:22 (1968HA39). 183RE G 259.92 5 2.15 10 E2 0.1365 183RES G KC=0.0845 12$LC=0.0396 6$MC=0.00979 14 183RES G NC=0.00234 4$OC=0.000348 5$PC=7.68E-6 11 183RE CG M EKC=0.12 (1970AK01). 183RE2CG K:L12:L3=0.020:0.006:0.006 (1960NE03). 183RE3CG K:L2:L3:M=4.8:AP 2:1.3:1.3 (1968HA39). 183RE L 435.27 4 11/2+ 183RE E 0.0002 2 0.05 4 9.7 4 0.05 4 183RES E EAV=329 23$CK=0.8122 7$CL=0.1399 4$CM+=0.04379 15 183RE G 175.370 25 2.33 15 M1+E2 0.48 19 0.95 7 183RES G KC=0.75 8$LC=0.150 8$MC=0.0351 23 183RES G NC=0.0085 6$OC=0.00137 6$PC=8.1E-5 10 183RE CG K:L1=AP 25:7, L2 WEAK (1968HA39). 183RE G 320.80 8 0.65 10 (E2) 0.0723 183RES G KC=0.0488 7$LC=0.0179 3$MC=0.00438 7 183RES G NC=0.001048 15$OC=0.0001586 23$PC=4.60E-6 7 183RE CG M FROM Adopted Gammas. 183RE L 496.26 3 9/2- 7.7 NS 5 183RE CL T from 1960Ne03. 183RE E 0.21 7 73.8 14 6.53 4 74.0 14 183RES E EAV=302 23$CK=0.8128 5$CL=0.1404 4$CM+=0.04395 14 183RE G 236.41 5 38.1 6 E1 0.0424 183RES G KC=0.0351 5$LC=0.00558 8$MC=0.001272 18 183RES G NC=0.000305 5$OC=4.95E-5 7$PC=3.03E-6 5 183RE CG M EL1C=0.0051 (1970AK01). 183RE2CG K:L1:L2:L3:M=LT 106:7.7:1.7:1.5:3.3 (1968HA39). 183RE G 381.74 5 1000 10 E1 0.01344 183RES G KC=0.01123 16$LC=0.001714 24$MC=0.000389 6 183RES G NC=9.37E-5 14$OC=1.540E-5 22$PC=1.013E-6 15 183RE CG M K:L1=7:1 (1970AK01). 183RE2CG K:L1:L2:L3:M1:N1=1.00:0.12:0.02:0.018:0.032:0.014 (1960NE03). 183RE3CG K:L1:L2:L3:M=240:40:AP 7:5.8:12 (1968HA39). 183RE G 496.37 5 7.13 8 M2 0.191 183RES G KC=0.1536 22$LC=0.0291 4$MC=0.00680 10 183RES G NC=0.001655 24$OC=0.000276 4$PC=1.93E-5 3 183RE CG M EKC=0.12 (1970AK01). 183RE2CG K:L1:M1=0.085:0.017:0.005 (1960NE03). K:L1:L3=26.5:6.8:0.8 (1968HA39). 183RE L 598.62 11(5/2)- 183RE CL NO EC+B+ FEEDING OBSERVED; LOGFT1UT>8.5 IMPLIES 183RE2CL %EC+%B+ LT 5. 183RE G 484.13 11 0.9 GT E1 0.00791 H S 183RES G KC=0.00663 10$LC=0.000994 14$MC=0.000225 4 183RES G NC=5.43E-5 8$OC=8.97E-6 13$PC=6.08E-7 9 183RE CG E FROM LEVEL-ENERGY DIFFERENCE. 183RE L 619.04 12(9/2)- 183RE G 20.41 13 0.12 4[E2] 7.6E3 3 0.26 GTH S 183REF G FLAG=B 183RES G L/T=0.759 19$M/T=0.190 9 183RES G N/T=0.0448 22$O/T=0.0063 4$P/T=4.71E-6 24 183RES G LC=5.75E3 21$MC=1.44E3 5$NC=339 12$OC=47.7 17$PC=0.0357 13 183RE CG E FROM LEVEL-ENERGY DIFFERENCE. 183RE L 639.09 8 13/2+ 183RE G 203.84 10 0.49 15 M1+E2 0.14 7 0.681 13 183RES G KC=0.563 13$LC=0.0911 14$MC=0.0209 4 183RES G NC=0.00506 8$OC=0.000848 12$PC=6.10E-5 14 183RE CG M FROM Adopted Gammas. 183RE G 379.18 20 0.17 5 @ 183REF G FLAG=A 183RE L 664.09 3 11/2- 183RE E 0.015 8 17.7 4 7.05 4 17.8 4 183RES E EAV=228 23$CK=0.8131 2$CL=0.1416 4$CM+=0.04441 14 183RE G 167.85 2 98.3 9 M1+E2 0.14 7 1.173 22 183RES G KC=0.968 22$LC=0.158 3$MC=0.0363 8 183RES G NC=0.00880 18$OC=0.00147 3$PC=0.0001052 25 183RE CG M EKC=0.89, K:L1:L2=5:1:0.13 (1970AK01). 183RE2CG K:L1:L2:M1:N1=5.9:1.3:0.17:1.00:0.47 (1960NE03). 183RE3CG K:L1:L2: =1000:215:AP 25:LT 106 (1968HA39). 183RE G 404.28 8 0.40 7 183RE L 851.54 3(7/2)+ 183RE E 5.20 9 7.46 4 5.20 9 183RES E CK=0.8118 6$CL=0.1432 5$CM+=0.04497 17 183RE G 355.35 5 7.26 15 (E1) 0.01585 183RES G KC=0.01323 19$LC=0.00203 3$MC=0.000462 7 183RES G NC=0.0001110 16$OC=1.82E-5 3$PC=1.187E-6 17 183RE CG M EKC=0.040 (1970AK01). K:L1=4.8:0.7 (1968HA39). 183RE G 591.54 10 0.30 8(M1) 0.0396 183RES G KC=0.0330 5$LC=0.00510 8$MC=0.001161 17 183RES G NC=0.000282 4$OC=4.74E-5 7$PC=3.51E-6 5 183RE CG M EKC=0.062 (1968HA39). 183RE G 737.15 8 3.10 15(M1) 0.0225 183RES G KC=0.0188 3$LC=0.00288 4$MC=0.000656 10 183RES G NC=0.0001591 23$OC=2.68E-5 4$PC=1.99E-6 3 183RE CG M EKC=0.028 (1970AK01). 183RE G 851.46 5 50.84 35 M1 0.01562 183RES G KC=0.01304 19$LC=0.00199 3$MC=0.000453 7 183RES G NC=0.0001099 16$OC=1.85E-5 3$PC=1.379E-6 20 183RE CG M EKC=0.012 (1970AK01). 183RE2CG K:L1:M1=1.6:0.049:0.008:0.0025 (1960NE03). 183RE L 861.18 4 13/2- 183RE E 0.05 3 10.2 3 0.05 3 1U 183RES E CK=0.7939 16$CL=0.1561 12$CM+=0.0499 5 183RE G 197.10 4 1.46 15 M1+E2 0.14 3 0.747 12 183RES G KC=0.618 10$LC=0.1002 15$MC=0.0230 4 183RES G NC=0.00556 8$OC=0.000932 14$PC=6.70E-5 11 183RE CG M EKC=0.94 (1970AK01). 183RE2CG K:L1:M=16.5:5:2, L3 WEAK (1968HA39). 183RE G 364.925 23 0.11 2(E2) 0.0501 183RES G KC=0.0352 5$LC=0.01130 16$MC=0.00275 4 183RES G NC=0.000658 10$OC=0.0001007 15$PC=3.38E-6 5 183RE CG M From Adopted Gammas. 183RE L 878.97 21 1/2+ 183RE G 878.91 2.8 6 E2 0.00615 183RES G KC=0.00499 7$LC=0.000892 13$MC=0.000207 3 183RES G NC=4.99E-5 7$OC=8.15E-6 12$PC=5.01E-7 7 183RE CG E FROM FIG. 2 OF 1983BR24. 183RE L 892.05 7(7/2-) 183RE E 0.24 3 8.77 7 0.24 3 183RES E CK=0.8113 7$CL=0.1435 5$CM+=0.04511 19 183RE G 228.02 10 1.1 2[E2] 0.207 183RES G KC=0.1195 17$LC=0.0666 10$MC=0.01658 24 183RES G NC=0.00396 6$OC=0.000584 9$PC=1.060E-5 15 183RE G 273.01 10 0.26 6[M1] 0.308 183RES G KC=0.255 4$LC=0.0404 6$MC=0.00923 13 183RES G NC=0.00224 4$OC=0.000376 6$PC=2.76E-5 4 183RE G 293.30 10 0.50 15[M1] 0.253 183RES G KC=0.210 3$LC=0.0332 5$MC=0.00758 11 183RES G NC=0.00184 3$OC=0.000309 5$PC=2.27E-5 4 183RE G 892.10 8 0.31 8[E1] 0.00230 183RES G KC=0.00194 3$LC=0.000280 4$MC=6.31E-5 9 183RES G NC=1.524E-5 22$OC=2.55E-6 4$PC=1.83E-7 3 183RE CG EKC<0.47 (1970AK01). 183RE L 999.59 20(5/2)+ Z 183RE E 0.20 5 8.77 12 0.20 5 183RES E CK=0.8099 8$CL=0.1446 6$CM+=0.04552 22 183RE G 120.62 5 0.68 15[E2] 1.97 183RES G KC=0.591 9$LC=1.045 15$MC=0.265 4 183RES G NC=0.0631 9$OC=0.00903 13$PC=4.98E-5 7 183RE G 999.59 20 0.17 4 183RE L 1002.51 4(9/2)+ 183RE E 1.27 6 7.96 5 1.27 6 183RES E CK=0.8098 9$CL=0.1447 6$CM+=0.04553 23 183RE G 150.96 3 1.95 15 E2+M1 0.6 2 1.40 10 183RES G KC=1.07 13$LC=0.257 22$MC=0.061 7 183RES G NC=0.0147 15$OC=0.00233 18$PC=0.000114 15 183RE CG M EKC=2.0 (1970AK01). 183RE2CG K:L1=0.19:0.05 (1960NE03). 183RE3CG K:L1:L2:L3:M=40:8.2:3:AP 1.5:3.4 (1968HA39). 183RE G 338.53 5 0.95 10 183RE G 566.56 20 0.10 4 I 183RE G 742.73 10 0.49 7[M1] 0.0221 I 183RES G KC=0.0184 3$LC=0.00283 4$MC=0.000644 9 183RES G NC=0.0001560 22$OC=2.63E-5 4$PC=1.95E-6 3 183RE G 887.94 5 8.35 12(M1) 0.01405 183RES G KC=0.01174 17$LC=0.00179 3$MC=0.000407 6 183RES G NC=9.87E-5 14$OC=1.665E-5 24$PC=1.240E-6 18 183RE CG M EKC<0.018 (1970AK01). 183RE3CG K:L1=3.3:LT 1.3 (1968HA39). 183RE G 1002.46 8 0.49 4 183RE L 1183.50 10 (11/2)+ 183RE E 0.14 3 8.76 11 0.14 3 183RES E CK=0.8064 12$CL=0.1471 9$CM+=0.0464 4 183RE G 180.78 25 0.66 15 [M1+E2] 0.7 3 183RES G KC=0.5 3$LC=0.151 24$MC=0.036 8 183RES G NC=0.0088 18$OC=0.00135 17$PC=5.E-5 4 183RE G 332.15 15 0.10 3 183RE G 687.10 20 0.15 4 183RE G 923.56 20 0.15 7 183RE L 1304.20 5(11/2)- 183RE E 0.369 19 8.21 7 0.369 19 183RES E CK=0.8033 16$CL=0.1494 12$CM+=0.0473 5 183RE G 640.24 8 0.69 9[M1] 0.0323 183RES G KC=0.0269 4$LC=0.00415 6$MC=0.000945 14 183RES G NC=0.000229 4$OC=3.86E-5 6$PC=2.86E-6 4 183RE G 807.94 5 6.79 15 M1 0.01783 183RES G KC=0.01489 21$LC=0.00228 4$MC=0.000518 8 183RES G NC=0.0001257 18$OC=2.12E-5 3$PC=1.576E-6 22 183RE CG M EKC=0.013 (1970AK01). 183RE L 1525.24 5(9/2)- 183RE E 0.511 13 7.79 9 0.511 13 183RES E CK=0.794 4$CL=0.1562 24$CM+=0.0499 9 183RE G 664.22 15 0.19 4 I 183RE G 861.16 8 1.04 7 183RE G 1028.57 20 0.11 3 I 183RE G 1089.98 8 1.18 5 183RE G 1265.32 8 1.24 5 E1 1.27E-3 183RES G KC=0.001035 15$LC=0.0001464 21$MC=3.29E-5 5 183RES G NC=7.96E-6 12$OC=1.336E-6 19$PC=9.83E-8 14$IPC=4.42E-5 7 183RE CG M EKC=0.0008 (1970AK01). 183RE G 1410.77 8 1.82 3[E1] 1.14E-3 183RES G KC=0.000858 12$LC=0.0001207 17$MC=2.71E-5 4 183RES G NC=6.56E-6 10$OC=1.103E-6 16$PC=8.16E-8 12$IPC=0.0001240 18 183RE L 1554.09 4(9/2)- 183RE E 2.45 4 7.06 9 2.45 4 183RES E CK=0.792 4$CL=0.157 3$CM+=0.0503 10 183RE G 693.05 8 0.73 7 183RE G 889.96 5 10.60 12(M1) 0.01397 183RES G KC=0.01167 17$LC=0.001781 25$MC=0.000405 6 183RES G NC=9.82E-5 14$OC=1.655E-5 24$PC=1.233E-6 18 183RE CG M EKC<0.014 (1970AK01). 183RE G 1057.79 5 5.85 15 M1+E2 0.0066 25 183RES G KC=0.0055 21$LC=0.0009 3$MC=0.00020 7 183RES G NC=4.8E-5 16$OC=8.E-6 3$PC=5.7E-7 23 183RE CG M EKC=0.0055 (1970AK01). 183RE G 1118.91 10 1.71 6 [E1] 1.52E-3 183RES G KC=0.001286 18$LC=0.000183 3$MC=4.12E-5 6 183RES G NC=9.95E-6 14$OC=1.668E-6 24$PC=1.219E-7 17$IPC=2.18E-6 4 183RE G 1294.11 8 1.02 3 183RE G 1439.63 5 6.68 7 E1 1.12E-3 183RES G KC=0.000829 12$LC=0.0001165 17$MC=2.62E-5 4 183RES G NC=6.33E-6 9$OC=1.065E-6 15$PC=7.89E-8 11$IPC=0.0001428 20 183RE CG M EKC=0.00058 (1970AK01). 183RE L 1659.11 5 (7/2,9/2)- 183RE E 1.301 23 7.15 11 1.301 23 183RES E CK=0.784 6$CL=0.164 5$CM+=0.0527 17 183RE G 1162.81 5 13.72 15 M1 0.00716 183RES G KC=0.00599 9$LC=0.000906 13$MC=0.000206 3 183RES G NC=4.99E-5 7$OC=8.42E-6 12$PC=6.30E-7 9$IPC=2.63E-6 4 183RE CG M EKC=0.0071 (1970AK01). 183RE G 1399.52 10 0.21 2 183RE G 1544.44 10 0.18 2 183RE L 1663.80 5(11/2) 183RE E 0.299 17 7.77 12 0.299 17 183RES E CK=0.783 6$CL=0.164 5$CM+=0.0529 17 183RE G 802.40 10 1.20 15 I 183RE G 1024.66 15 0.49 4 I 183RE G 1167.78 10 0.51 5 183RE G 1228.73 8 0.51 3 183RE G 1403.71 8 0.55 4 183RE L 1711.72 6(9/2-) 183RE E 0.128 8 8.04 13 0.128 8 183RES E CK=0.777 8$CL=0.168 6$CM+=0.0544 22 183RE G 1047.82 15 0.19 5 183RE G 1113.62 20 0.10 3 183RE G 1215.31 10 0.20 4 183RE G 1276.01 15 0.15 3 183RE G 1451.91 8 0.76 3 183RE L 1746.46 7(9/2-,11/2-) 183RE E 0.151 6 7.88 14 0.151 6 183RES E CK=0.772 10$CL=0.172 7$CM+=0.056 3 183RE G 1082.31 8 1.35 5(M1) 0.00856 183RES G K/T=0.00710 10$L/T=0.001076 15$M/T=0.000244 4 183RES G N/T=5.93E-5 9$O/T=1.000E-5 14$P/T=7.47E-7 11 183RES G KC=0.00716 10$LC=0.001086 16$MC=0.000247 4$NC=5.98E-5 9$OC=1.008E-5 15 183RE G 1250.32 10 0.25 3 183RE G 1486.52 15 0.05 2 183RE L 1781.38 6 (9/2,11/2)- 183RE E 0.593 13 7.20 16 0.593 13 183RES E CK=0.766 13$CL=0.177 9$CM+=0.058 4 183RE G 477.24 5 3.36 8 M1 0.0691 183RES G KC=0.0575 8$LC=0.00897 13$MC=0.00204 3 183RES G NC=0.000495 7$OC=8.34E-5 12$PC=6.16E-6 9 183RE CG M EKC=0.058 (1970AK01). 183RE2CG K:L1:L3:M=6.1:1.2:AP 0.2:0.9 (1968HA39). 183RE G 1117.33 10 0.82 6 183RE G 1284.95 8 2.05 4(M1) 0.00561 183RES G KC=0.00468 7$LC=0.000706 10$MC=0.0001602 23 183RES G NC=3.88E-5 6$OC=6.55E-6 10$PC=4.91E-7 7$IPC=2.14E-5 3 183RE L 1798.21 12 (5/2+,7/2,9/2+) 183RE E 0.0078 20 9.03 20 0.0078 20 183RES E CK=0.762 15$CL=0.179 11$CM+=0.059 4 183RE G 1537.86 20 0.04 2 183RE G 1684.00 20 0.014 4 183RE G 1798.37 20 0.031 5 183RE L 1864.37 8(7/2,9/2+) 183RE E 0.0111 22 8.65 24 0.0111 22 183RES E CK=0.74 3$CL=0.194 19$CM+=0.064 8 183RE G 1368.19 20 0.05 2 183RE G 1604.55 10 0.04 1 183RE G 1749.73 20 0.010 4 I 183RE G 1864.21 15 0.021 4 183RE L 1897.85 7(7/2-,9/2,11/2+) 183RE E 0.068 5 7.7 3 0.068 5 183RES E CK=0.73 4$CL=0.21 3$CM+=0.069 11 183RE G 1233.81 8 0.55 3 183RE G 1401.51 20 0.09 3 I 183RE G 1637.80 15 0.045 10 183RE G 1783.38 15 0.06 2 183RE L 1948.91 10 183RE E 0.074 6 7.4 4 0.074 6 183RES E CK=0.69 9$CL=0.23 6$CM+=0.080 25 183RE G 946.20 20 0.20 4 183RE G 1097.42 10 0.61 5 183RE L 1991.01 8 (9/2,11/2+) 183RE E 0.0172 22 7.8 6 0.0172 22 183RES E CK=0.62 22$CL=0.28 16$CM+=0.10 7 183RE G 1327.23 15 0.03 1 I 183RE G 1494.85 20 0.011 6 I 183RE G 1555.59 10 0.11 2 183RE G 1876.47 15 0.037 6 183RE L 2016.89 13 (7/2-,9/2,11/2+) 183RE E 0.029 5 7.3 8 0.029 5 183RES E CK=0.5 5$CL=0.3 3$CM+=0.12 14 183RE G 1165.49 15 0.22 4 183RE G 1352.56 20 0.10 3 I 183RE L 2030.07 5(9/2+,11/2+) 183RE E 0.320 11 6.1 9 0.320 11 183RES E CK=0.5 5$CL=0.4 4$CM+=0.14 16 183RE G 1178.64 20 0.09 3 183RE G 1365.97 10 0.67 5E1 1.17E-3 183RES G KC=0.000906 13$LC=0.0001278 18$MC=2.87E-5 4 183RES G NC=6.94E-6 10$OC=1.167E-6 17$PC=8.62E-8 12$IPC=9.56E-5 14 183RE CG M EKC=0.00073 (1970AK01). 183RE G 1391.12 20 0.05 183RE G 1533.73 8 2.56 9 E1 1.09E-3 183RES G KC=0.000745 11$LC=0.0001045 15$MC=2.35E-5 4 183RES G NC=5.68E-6 8$OC=9.55E-7 14$PC=7.10E-8 10$IPC=0.000207 3 183RE CG M EKC=0.0005 (1970AK01). 183RE G 1594.75 10 0.06 2 183RE G 1770.51 10 0.04 1 183RE G 1915.09 15 0.025 4 183RE CG E FITS PLACEMENT POORLY. EG=1915.62 5 FROM LEAST-SQUARES FIT.