73AS 73SE EC DECAY (7.15 H) 1980TE01 19NDS 201908
73AS H TYP=FUL$AUT=BALRAJ SINGH and JUN CHEN$CIT=NDS 158, 1 (2019)$
73AS2 H CUT=16-May-2019$
73AS c 1980Te01 (also 1978TeZY): measured E|g, I|g, |g|g
73AS c The decay scheme is based on energy sums and |g|g-coin data of
73AS2c 1980Te01, 1970Me20 and 1969Ma21
73AS c |g, |g|g: 1970Me20 (also 1970MeZZ), 1969Ma21. Others: 1974Ro14,
73AS2c 1968At04, 1968Ak03, 1967Ra08, 1963Bo16, 1960Ri09, 1956Ha10, 1951Sc70
73AS c ce: 1956Ha10, 1951Sc70
73AS c |b|g coin: 1968Ak03.
73AS c (|g{+|+})(|g) coin: 1963Bo16, 1960Ri09, 1956Ha10
73AS c |g|g(t): 1963Bo26, 1963Bo16. Others: 1969Iv02, 1968Iv02
73AS c (|g{+|+})(|g)(t): 1963Bo16, 1956Ha10
73AS c X|g(t): 1969Ma21
73AS c |b{++} endpoint energies: 1968Ak03, 1960Ku06, 1960Ri09, 1956Ha10,
73ASxc 1951Sc70
73AS c |e(K)/|b{++}: 1957Ku57
73AS c |g(|q,t): 1988Wh03
73AS c |g|g(|q), |g|g(|q,H,t): 1963Bo26, 1988Be39, 1992Sc21
73AS c T{-1/2}({+73}Se): 1976Bo19, 1969Ma21, 1967Ra08, 1960Ri09, 1957Be46,
73AS2c 1951Sc70, 1948Co07
73AS cE TI$From I(|g+ce) imbalances at each level, except for 67 level where
73AS2cE it is assumed to be 1.1 {I1} for 1U transition.
73AS cG $Intensity of |g{+|+} radiation=126 {I3} (1969Ma21) relative
73AS2cG to 100 for 361|g
73AS cG E,RI$From 1980Te01, unless otherwise stated
73AS cG E(A),RI(A)$From 1970Me20
73AS cG E(B)$Not resolved from annihilation radiation. I|g calculated
73AS2cG from intensity imbalance by assuming no |e feeding of 510 level.
73AS cG M,MR$From Adopted Gammas. The adopted values are from this dataset
73AS2cG where arguments are given under comments.
73AS cL E$From least-squares fit to E|g data. Reduced |h{+2}=2.0 is somewhat
73AS2cL larger than critical |h{+2}=1.7
73AS cL J,T$From Adopted Levels.
73SE P 0.0 9/2+ 7.15 H 9 2725 7
73SE cP J,T$From {+73}Se Adopted Levels
73SE cP QP$From 2017Wa10
73AS N 0.970 10 1 1
73AS cN NR$I(|g+ce)(to g.s.+67, not including 67.07|g)=100 -
73AS2cN (assumed feeding to 67=keV level=1.1 {I1} for 1U transition)
73AS PN 3
73AS G 600.33 290.021 3
73AS2 G %IG=0.020 3
73AS G 793.0 5 0.066 2
73AS2 G %IG=0.0640 21
73AS G 857.0 3 0.024 6
73AS2 G %IG=0.023 6
73AS G 930.09 150.005 1
73AS2 G %IG=0.0049 10
73AS G 968.1 8 0.020 10 A
73AS2 G %IG=0.019 10
73AS G 1158.2 4 0.003 1
73AS2 G %IG=0.0029 10
73AS G 1215.4 8 0.060 10 A
73AS2 G %IG=0.058 10
73AS G 1249.9 2 0.004 1
73AS2 G %IG=0.0039 10
73AS G 1323.81 200.007 1
73AS2 G %IG=0.0068 10
73AS G 1439.10 170.002 1
73AS2 G %IG=0.0019 10
73AS G 1451.6 2 0.006 2
73AS2 G %IG=0.0058 20
73AS G 1738.4 5 0.002 1
73AS2 G %IG=0.0019 10
73AS G 1847.82 260.008 1
73AS2 G %IG=0.0078 10
73AS G 1889.57 200.003 1
73AS2 G %IG=0.0029 10
73AS G 2006.2 4 0.002 1
73AS2 G %IG=0.0019 10
73AS G 2023.86 260.002 1
73AS2 G %IG=0.0019 10
73AS G 2048.1 8 0.001 1
73AS2 G %IG=0.0010 10
73AS G 2170.50 260.002 1
73AS2 G %IG=0.0019 10
73AS L 0.0 3/2- 80.30 D 6
73AS L 67.10 9 5/2- 4.95 NS 7
73AS2 L G=+0.65 4 (1963Bo26)$ MOME2=0.356 12 (1992Sc21)
73AS cL G$from 1963Bo26 using Perturbed Angular Correlation (PAC)
73AS cL T$adopted from the same value in 1966Ol04 by delayed coin. Others:
73AS2cL 1963Bo16, 1963Bo26.
73AS E 0.63 6 0.47 4 8.77 4 1.1 1 C1U
73ASS E EAV=744.7 32$CK=0.377 4$CL=0.0430 4$CM+=0.00822 8
73AS G 67.07 10 72 8 M1(+E2) -0.001 15 0.272 C
73AS2 G %IG=70 7
73ASS G KC=0.241 4 $ LC=0.0264 4$MC=0.00404 6 $NC=0.000304 5
73AS cG M$|g|g(|q) and RUL
73AS cG MR$-0.001 {I15} from 67|g(|q,H,t) (1988Be39). Other: +0.035 {I17} from
73AS2cG (361|g)(67|g)(|q) if 361|g is M2 (1963Bo26)
73AS cG $K/LM=10.2 {I2} (1956Ha10), 7.6 (1951Sc70).
73AS cG $ A{-2}U{-2}=+0.267 {I12} (1988Be39)
73AS L 427.65 12 9/2+ 5.7 US 2
73AS cL T$values from this dataset: 5.5 |ms {I3} from unweighted average of 6.0
73AS2cL |ms {I2} (1956Ha10), 5.0 |ms {I4} (1963Bo16) and 5.6 |ms {I3}
73AS3cL (1969Ma21), all delayed |g|g coin
73AS E 63.9 8 33.4 6 5.36 1 97.3 10C
73ASS E EAV=555.3 32$CK=0.302 4$CL=0.0343 4$CM+=0.00654 8
73AS G 361.2 3 100 M2+E3 -0.035 10 0.01311 C
73AS2 G %IG=97.0 10
73ASS G KC=0.01165 17$LC=0.001286 18$ MC=0.000197 3$ NC=1.486E-5 21
73AS cG MR$from 361|g(|q,H,t) (1988Be39); A{-2}U{-2}=-0.346 {I9}
73AS cG $|a(K)exp=0.0105 {I12}, |a(L)exp=0.00124 {I19} (1971Vo10) normalized
73AS2cG to ce data for 84|g.
73AS cG $K/L=8.4 {I7} (1971Vo10), 8 {I2} (1956Ha10), 8.6 (1951Sc70)
73AS G 428.3 3 0.080 15 [E3] 0.01353
73AS2 G %IG=0.078 15
73AS cG RI$corrected for summing (1980Te01).
73AS L 509.72 12 (5/2)+
73AS G 442.3 3 0.052 3 E1 C
73AS2 G %IG=0.050 3
73AS G 510 AP0.274 8 BC
73AS2 G %IG=0.266 9
73AS L 993.45 10 (7/2)- 0.57 PS +26-18
73AS E 0.0006 4 0.0023 13 9.3 3 0.0029 17
73ASS E EAV=306.9 31$CK=0.693 5$CL=0.0787 6$CM+=0.01504 11
73AS G 926.19 150.004 1 M1+E2 +1.0 +11-5
73AS2 G %IG=0.0039 10
73AS G 993.52 120.005 1 (E2)
73AS2 G %IG=0.0049 10
73AS L 1036.97 18(13/2)+ 8.3 PS 6
73AS E 0.0020 LT 0.0090 LT 8.7 GT 0.011 LT ?
73ASS E EAV=288.2 30$CK=0.723 5$CL=0.0822 6$CM+=0.01570 11
73AS cE TI$0.003 {I8}
73AS G 609.17 190.051 4 E2 C
73AS2 G %IG=0.049 4
73AS L 1177.80 10 (9/2-)
73AS E 0.0167 8 0.178 4 7.29 1 0.195 4 C
73ASS E EAV=228.1 30$CK=0.805 4$CL=0.0916 4$CM+=0.01750 8
73AS G 1110.64 6 0.207 2 Q C
73AS2 G %IG=0.201 3
73AS L 1274.82 12 (7/2)+
73AS E 0.0004 4 0.010 10 8.5 5 0.010 10 ?
73ASS E EAV=187.0 30$CK=0.8431 22$CL=0.0960 3$CM+=0.01834 5
73AS G 765.07 120.131 2 M1+E2 -0.31 +12-28 C
73AS2 G %IG=0.1271 24
73AS G 847.16 170.083 6 M1,E2 C
73AS2 G %IG=0.081 6
73AS G 1207.9 3 0.004 1
73AS2 G %IG=0.0039 10
73AS G 1274.39 210.007 1 [M2]
73AS2 G %IG=0.0068 10
73AS L 1292.73 17 (11/2)+
73AS cL E$level proposed (evaluator) based on (p,n|g) results
73AS E 0.016 1 0.43 2 6.83 2 0.45 2
73ASS E EAV=179.5 30$CK=0.8483 20$CL=0.09665 24$CM+=0.01846 5
73AS G 865.09 12 0.52 2 M1,E2 @
73AS2 G %IG=0.504 20
73AS cG RI$total I|g=0.540 {I17}. Intensity divided on the basis of (p,n|g)
73ASxcG data
73AS L 1292.81 13 (7/2)+
73AS E 0.016 1 0.43 2 6.83 2 0.45 2
73ASS E EAV=179.5 30$CK=0.8484 20$CL=0.09666 24$CM+=0.01846 5
73AS G 783.7 3 0.060 2 M1,E2
73AS2 G %IG=0.0582 21
73AS G 865.09 120.02 1 D @C
73AS2 G %IG=0.019 10
73AS G 1226.6 9 0.003 2
73AS2 G %IG=0.0029 20
73AS L 1328.42 13 (7/2)+ 0.090 PS 21
73AS E 0.0035 3 0.130 4 7.34 2 0.133 4
73ASS E EAV=164.5 30$CK=0.8574 17$CL=0.09772 20$CM+=0.01867 4
73AS G 818.65 150.038 2
73AS2 G %IG=0.0369 20
73AS G 900.73 100.139 2 M1,E2 C
73AS2 G %IG=0.1348 24
73AS L 1850.30 12(9/2)+ 0.27 PS +10-7
73AS E 0.412 10 6.42 2
73ASS E CK=0.8795$CL=0.10114 2$CM+=0.019343 4
73AS G 557.9 5 0.055 2 C
73AS2 G %IG=0.0534 21
73ASF G FL=1292.73
73AS G 575.9 5 0.150 7 C
73AS2 G %IG=0.146 7
73AS G 813.38 290.009 1 [E2]
73AS2 G %IG=0.0087 10
73AS G 1340.50 7 0.071 2 [E2] C
73AS2 G %IG=0.0689 21
73AS G 1422.68 7 0.140 5
73AS2 G %IG=0.136 5
73AS L 1909.89 16 (9/2+,11/2)
73AS E 0.060 7 7.20 6
73ASS E CK=0.8793$CL=0.10130 2$CM+=0.019377 5
73AS G 872.56 270.039 7 C
73AS2 G %IG=0.038 7
73AS G 1482.29 120.023 1
73AS2 G %IG=0.0223 10
73AS L 1975.09 15 (7/2,9/2)
73AS E 0.095 3 6.92 2
73ASS E CK=0.8791$CL=0.10150 3$CM+=0.019421 6
73AS G 682.25 200.020 2 C
73AS2 G %IG=0.0194 20
73ASF G FL=1292.81
73AS G 700.0 5 0.046 2 C
73AS2 G %IG=0.0446 20
73AS G 1547.45 120.032 1
73AS2 G %IG=0.0310 11
73AS L 2180.31 14 (7/2,9/2+)
73AS E 0.030 8 7.1 1
73ASS E CK=0.8779$CL=0.10245 5$CM+=0.01963 1
73AS G 887.46 180.011 8
73AS2 G %IG=0.011 8
73ASF G FL=1292.81
73AS G 1001.9 2 0.004 1
73AS2 G %IG=0.0039 10
73AS G 1670.81 160.005 1
73AS2 G %IG=0.0049 10
73AS G 1752.88 200.011 1
73AS2 G %IG=0.0107 10
73AS L 2311.25 12 (7/2,9/2+)
73AS E 0.157 6 6.18 3
73ASS E CK=0.8766 1$CL=0.10356 8$CM+=0.01987 2
73AS G 982.75 130.035 1 C
73AS2 G %IG=0.0340 11
73AS G 1018.52 130.055 2
73AS2 G %IG=0.0534 21
73ASF G FL=1292.81
73AS G 1036.38 9 0.015 1
73AS2 G %IG=0.0146 10
73AS G 1317.75 210.006 1
73AS2 G %IG=0.0058 10
73AS G 1801.36 140.020 5 C
73AS2 G %IG=0.019 5
73AS G 1883.85 150.031 2
73AS2 G %IG=0.0301 20
73AS L 2482.47 25 (7/2,9/2+)
73AS E 0.0087 17 7.0 1
73ASS E CK=0.8724 3$CL=0.1069 3$CM+=0.02062 6
73AS G 1153.9 3 0.005 1
73AS2 G %IG=0.0049 10
73AS G 1973.4 4 0.001 1
73AS2 G %IG=0.0010 10
73AS G 2053.8 6 0.003 1
73AS2 G %IG=0.0029 10
73AS L 2583.87 14 (7/2,9/2-)
73AS E 0.0155 20 6.2 1
73ASS E CK=0.8647 11$CL=0.1133 9$CM+=0.02201 19
73AS G 1308.9 2 0.004 1
73AS2 G %IG=0.0039 10
73AS G 1406.3 4 0.002 1
73AS2 G %IG=0.0019 10
73AS G 2156.04 140.005 1
73AS2 G %IG=0.0049 10
73AS G 2517.31 250.005 1
73AS2 G %IG=0.0049 10