43K 43AR B- DECAY (5.37 M) 1978HU10 15NDS 201506
43K H TYP=FUL$AUT=BALRAJ SINGH AND JUN CHEN{+#}$CIT=NDS 126, 1 (2015)$
43K 2 H CUT=31-Mar-2015$
43K c 1978Hu10: {+43}Ar isotopes were produced in the spallation reaction
43K 2c {+50}V(p,6pxn) with the proton beam from the 600 MeV external beam of
43K 3c the CERN synchrocyclotron bombarding a vanadium carbide target.
43K 4c Argon nuclides were separated in the ISOLDE on-line mass separator.
43K 5c |g-rays were detected in Ge(Li) detectors. Measured E|g, I|g, |g|g.
43K 6c Deduced levels, branching ratios. See also 1970Hu11.
43K c Others:
43K c 1969La16: E|g, T{-1/2}
43K c 1969Ha03: T{-1/2}
43K c All data from 1978Hu10 unless otherwise noted.
43K c The decay scheme is considered incomplete in view of no uncertainties
43K 2c available on |g-ray intensities. Thus all |b feedings and log| {Ift}
43K 3c values are considered as approximate. In Adopted dataset, log| {Ift}
43K 4c have been used but the J|p based on these are considered as tentative
43K cB IB(A)$Estimated (by 1978Hu10) from a comparison of the observed
43K 2cB {+43}Ar-{+43}K (parent-daughter) activities with those expected from
43K 3cB series decay
43K cG E(B)$In coin with 1758|g
43K cG E(C)$In coin with 587|g
43K cG M(D),MR(D)$From Adopted Gammas
43K cG E(F)$Level-energy difference=975.4 {I1}
43K cG E(G)$Level-energy difference=1865.6 {I1}
43K cG E(H)$Level-energy difference=1079.3 {I2}
43K cG E(I)$Level-energy difference=1235.0 {I2}
43K cG E(J)$Poor fit. Level-energy difference=2288.6 {I2}
43K cG E(K)$Placement (evaluator) based on 1560-1310 |g|g coin
43K cL E$From least-squares fit to E|g data.
43K 2cL Since the quoted |D(E|g) result in a poor fit, these were
43K 3cL increased to 0.2 keV for strong |g-rays and 0.3 keV for weak
43K 4cL |g-rays (I|g<1%) in the least-squares adjustment
43K cL J$From Adopted Levels
43K cL $No evidence was found by 1978Hu10 for a 2892.7 level
43K 2cL proposed by 1970Hu11
43K cL E(A)$Level proposed (evaluators) based on (|a,p|g) and
43K 2cL 1560-1311 coin in 1978Hu10. But the adopted J|p=(9/2) is inconsistent
43K 3cL with the log| {Ift}=7.8 from 5/2(-) parent.
43K cL J(X)$log| {Ift}=5.1 allowed decay from 5/2(-) parent is inconsistent
43K 2cL with parity=+
43AR P 0 5/2(-) 5.37 M 6 4566 5
43AR cP J,T$ From Adopted Levels of {+43}Ar
43AR cP QP$ From 2012Wa38.
43K N 0.034 4 1.0 1.0
43K cN NR$|S(I|g to g.s.)=70 {I7}, based on I|b(g.s.)=30 {I7} (1978Hu10)
43K PN 4
43K G 231.4 1 2.8
43K G 236.2 1 3.4
43K G 587.0 1 9.0 B
43K G 812.4 4 1.3
43K G 878.2 8 0.9
43K G 910.5 9 1.0
43K G 922.5 5 1.7
43K G 1146.4 2 9.1
43K G 1184.3 3 5.1
43K G 1255.6 3 3.2
43K G 1487.8 5 2.7
43K G 1605.7 8 2.6
43K G 1621.7 5 5.5
43K G 1713.3 6 3.2
43K G 1724.6 2 9.3
43K G 1750.0 5 2.0
43K G 1758.2 2 10.2 C
43K G 1849.6 8 2.5
43K G 1889.2 7 3.0
43K G 1950.8 3 10.0
43K G 2976.2 3 2.8
43K G 3380.6 7 0.8
43K L 0 3/2+
43K B 30 6.7 A
43K S B EAV=2059.2 25
43K L 561.32 7 1/2+
43K B 0.1 9.0 ?
43K S B EAV=1785.7 25
43K G 561.1 1 94.0
43K L 738.03 8 7/2-
43K B 1.4 7.7
43K S B EAV=1699.9 25
43K G 738.1 1 454.8 M2+E3 -0.13 2 D
43K L 975.31 6 3/2-
43K B 16 6.5
43K S B EAV=1585.0 25
43K G 413.9 1 42.9
43K G 974.9 1 1000 F
43K F G FL=0
43K L 1109.96 7 3/2+
43K B 0.9 7.7
43K S B EAV=1519.8 25
43K G 548.5 1 13.4
43K G 1110.1 1 31.2
43K L 1206.94 10 (5/2,7/2)+
43K B 1.5 7.4
43K S B EAV=1472.9 25
43K G 1207.1 3 75.8
43K L 1509.85 9 7/2+
43K B 0.37 7.9
43K S B EAV=1327.0 24
43K G 302.9 2 1.9
43K G 1509.7 1 20.7
43K L 1549.90 9 3/2+,5/2+
43K B 0.29 7.9
43K S B EAV=1307.8 24
43K G 439.3 2 2.8
43K G 1550.0 1 22.9
43K L 1865.73 7 (3/2,5/2+)
43K B 0.32 7.7
43K S B EAV=1156.5 24
43K G 755.0 3 1.8
43K G 890.4 1 118.3
43K G 1304.3 7 3.1
43K G 1866.1 1 70.4 G
43K F G FL=0
43K L 2048.5 1 (9/2) A ?
43K G 1311.4 1 22.7 ?
43K 2 G FL=738.03
43K L 2177.72 8 5/2(+)
43K B 16 5.8
43K S B EAV=1008.1 24
43K G 667.5 2 1.9
43K G 1202.4 3 98.3
43K G 1439.8 1 369.0
43K G 2176.2 7 2.5
43K L 2189.32 11 (3/2,5/2,7/2)
43K B 0.39 7.4
43K S B EAV=1002.6 24
43K G 639.7 3 2.7
43K G 1080.0 2 4.6 H
43K G 2189.2 3 20.4
43K L 2345.02 7 (3/2-)
43K B 19 5.6
43K S B EAV=929.0 24
43K G 167.1 1 2.5
43K G 479.2 1 116.0
43K G 1138.1 1 8.7
43K G 1235.7 2 6.3 I
43K G 1369.9 1 200.0
43K G 1783.7 2 12.6
43K G 2344.5 2 217.3
43K L 3057.00 22 (5/2)+
43K B 1.1 6.1
43K S B EAV=598.8 23
43K G 2318.9 2 31.0
43K L 3264.18 10 (3/2,5/2)+
43K B 1.0 5.9
43K S B EAV=505.3 23
43K G 1398.7 1 9.5
43K G 2287.6 2 4.7 J
43K F G FL=975.31
43K G 2701.9 5 1.3
43K G 3264.3 2 14.7
43K L 3310.11 9 (3/2,5/2)+ X
43K B 5.5 5.1
43K S B EAV=484.9 23
43K G 1121.0 2 3.2
43K G 1132.6 1 12.2
43K G 1443 48.0
43K G 2102.3 5 9.8
43K G 2333.9 2 81.9
43K G 3309.9 2 7.4
43K L 3393.14 20 (3/2,5/2,7/2)+
43K B 0.38 6.1
43K S B EAV=448.1 22
43K G 3393.0 2 11.2
43K L 3455.49 9 (3/2-)
43K B 3.5 5.1
43K S B EAV=420.7 22
43K G 1277.9 5 2.5
43K G 1590.4 2 10.6
43K G 1905.9 6 3.9
43K G 2345 1.2
43K G 2479.9 1 65.5
43K G 2894.2 2 17.9
43K G 3455.1 4 2.0
43K L 3608.50 12 (5/2-,7/2-)
43K B 1.5 5.2
43K S B EAV=354.4 22
43K G 1419.3 1 12.9
43K G 1559.9 1 15.9 K ?
43K G 2057.9 3 10.7
43K G 2097.8 5 9.8
43K G 2401.8 3 2.8
43K G 2870.1 2 7.5
43K L 3646.1 4 (3/2,5/2,7/2+)
43K B 0.28 5.8
43K S B EAV=338.3 22
43K G 2438.9 5 6.4
43K G 2535.7 7 1.2
43K G 3646.4 5 0.5
43K L 3714.29 17 (3/2+,5/2+)
43K B 0.47 5.5
43K S B EAV=309.4 21
43K G 1369 0.4
43K G 2506.7 15 1.0
43K G 2603.4 4 0.9
43K G 2739.5 7 2.1
43K G 3714.3 2 9.5