37CL 37S B- DECAY (5.05 M) 1986WA22,1984RA09 12NDS 201203
37CL H TYP=FUL$AUT=JOHN CAMERON, JUN CHEN AND BALRAJ SINGH, NINEL NICA$
37CL2 H CIT=NDS 113, 365 (2012)$CUT=15-Jan-2012$
37CL c 1986Wa22: Activity of {+37}S produced by the reaction of
37CL2c {+36}S(d,p) with a 100 nA of 3 MeV neutron beam. An intrinsic
37CL3c coaxial Ge detector for detecting |g-rays. Measured E|g, I|g.
37CL4c Deduced levels, branchings, log {Ift}.
37CL c 1984Ra09: Activity of {+37}S produced by the (n,|g) with neutron beam
37CL2c produced from the Los Alamos Omega West Reactor. Target of enriched
37CL3c {+36}S (81.1%). A 26-cm{+3} Ge(Li) and a NaI(Tl) detector. Measured
37CL4c E|g, I|g. Deduced levels, branchings, log {Ift}.
37CL c 1967Wi14: Activity of {+37}S produced by the reaction of
37CL2c {+37}Cl(n,p) with a 1 mA of 165 keV deuteron beam accelerated from
37CL3c the University of Kentucky neutron generator. Target of enriched
37CL4c NaCl (98.4% {+37}Cl). A |b-ray spectrometer, NaI(Tl) and Ge(Li)
37CL5c detectors. Measured E|b, E|g, I|g. Deduced levels, branchings,
37CL6c log {Ift}.
37CL c 1970Kl08, 1973Kl02: Activity of {+37}S produced by the reaction of
37CL2c {+37}Cl(n,p) with natural {+37}Cl targets. Ge(Li) detector.
37CL3c Measured E|g, I|g. Deduced levels, log {Ift}.
37CL c 1974Hi02: Activity of {+37}S produced by the (n,|g) reaction with the
37CL2c neutron beam from the Texas A & M University "Triga" reactor. Target
37CL3c of (NH{-4}){-2}SO{-4}. A 55-cm{+3} Ge(Li) detector. Measured
37CL4c E|g, I|g, |g|g-coin. Deduced levels, log {Ift}
37CL c 1974Li09: Activity of {+37}S produced by the reaction of
37CL2c {+37}Cl(n,p) with natural targets of LiCl and CCl{-4}. Ge(Li)
37CL3c detectors. Measured E|g, I|g. Deduced levels, branchings, log {Ift}.
37CL d 1984Ra09(a),1967Wi14(b),1986Wa22(c),1974Hi02(d),1974Li09(e),
37CL2d 1970Kl08,1973Kl02(f),1971Ke03(g)
37CL d Others:1966MA01, 1968LI09, 1971Ke03, 1986Ji02
37CL cB IB$ Deduced by 1986Wa22 based on relative |g-intensities form
37CL2cB 1986Wa22 and 1984Ra09 with the value 5.6 {I6} for the ground state
37CL3cB decay branch from 1967Wi14
37CL cG E,RI$ Primarily from 1984Ra09 and 1986Wa22. Weighted average is taken
37CL2cG where available, unless otherwise noted.
37CL cG E(B)$From 1967Wi14
37CL cG RI(A)$0.50 {I7} from 1984Ra09 quoted in 1986Wa22 is revised value from
37CL2cG private communication to M.E.Bunker
37CL cL E$ From a least-square fit to E|g's, unless otherwise noted.
37CL cL J$ From adopted levels.
37S P 0 7/2- 5.05 M 2 4865.13 20
37S CP QP$ From 2011AuZZ. Other: 4865.17 20 (2003Au03)
37CL N 0.0939 6 1.0 1.0
37CL PN 4
37CL L 0 3/2+
37CL B 5.6 6 7.54 5
37CLS B EAV=2209.11
37CL cB IB$from 1967Wi14
37CL L 1726.9 15 ?
37CL L 3086.33 19 5/2+
37CL B 0.040 21 7.77 23
37CLS B EAV=725.25 15
37CL DB $a 0.06 7.60
37CL DB $c 0.040 21 7.54 5
37CL G 3086.2 2 0.37 18
37CL DG $a3086.13 20 0.66 33
37CL DG $c3086.46 40 0.28 18
37CL L 3103.510 20 7/2-
37CL B 94.0 6 4.384 4
37CLS B EAV=717.30 12
37CL DB $a 93.96 4.38
37CL DB $b 94.0 4.38
37CL DB $c 94.0 6 4.386 4
37CL G 3103.37 2 1000
37CL DG $a3103.48 10 1000
37CL DG $c3103.361 20 1000
37CL DG $d3103.3 2 1000
37CL DG $e3103.5 4 1000
37CL DG $f3103.3 3 1000
37CL L 3627.2 10
37CL B 0.005 LT 8.0 GT
37CLS B EAV=479.35 46
37CL DB $c 0.005 LT 8.0 GT
37CL G 1900.19 9.0 LT
37CL DG $c1900.19 9.0 LT
37CL G 3627 0.9 LT
37CL DG $c3625.63 0.9 LT
37CL L 3708 4
37CL B 0.005 LT 7.9 GT
37CLS B EAV=443.6 18
37CL DB $b 0.4 5.65 ?
37CL DB $c 0.005 LT 7.9 GT
37CL G 3708 4 0.8 LT B
37CL DG $b3708 4 0.8 LT
37CL DG $c3707 0.8 LT
37CL L 3741.27 10 5/2-
37CL B 0.267 11 6.141 18
37CLS B EAV=428.93 12
37CL DB $a 0.26 6.15
37CL DB $c 0.267 11 6.14 2
37CL G 638 2 LT
37CL DG $c638 2 LT
37CL G 655 2 LT
37CL DG $c655 2 LT
37CL G 3741.06 10 2.87 15
37CL DG $a3741.09 10 2.76 28
37CL DG $c3740.76 30 2.90 15
37CL DG $d3740.4 5 2.3 2
37CL DG $e3741.6 4 2.8 2
37CL DG $f3741.8 4
37CL L 4009.84 7 9/2-
37CL B 0.090 4 6.153 20
37CLS B EAV=313.08 11
37CL DB $a 0.08 6.20
37CL DB $c 0.090 4 6.15 2
37CL G 906.31 7 0.63 3
37CL DG $a906.27 10 0.57 7
37CL DG $c906.33 7 0.64 3
37CL DG $d906.3 4 0.62 10
37CL DG $e908 1 0.63 4
37CL G 4009.64 13 0.33 4
37CL DG $a4010.17 20 0.29 11
37CL DG $c4009.61 7 0.33 4
37CL DG $d4009.3 7 0.18 4
37CL DG $e4011 1 0.33 4
37CL L 4016.3 8
37CL B 0.003 LT 7.6 GT
37CLS B EAV=310.35 36
37CL DB $c 0.003 LT 7.6 GT
37CL G 929.92 0.7 LT
37CL DG $c929.92 0.7 LT
37CL G 4016.04 1.0 LT
37CL DG $c4016.04 1.0 LT
37CL L 4176.6 11
37CL B 0.002 LT 7.5 GT
37CLS B EAV=243.74 46
37CL DB $c 0.002 LT 7.4 GT
37CL G 1090.28 1.0 LT
37CL DG $c1090.28 1.0 LT
37CL L 4272.59 10 7/2-
37CL B 0.056 6 5.76 5
37CLS B EAV=204.99 11
37CL DB $a 0.034 5.98
37CL DB $c 0.056 6 5.76 5
37CL G 1169.06 9 0.57 6 A
37CL DG $a1169.05 20 0.36 7
37CL DG $c1169.06 9 0.63 6
37CL G 1186.25 1.8 LT
37CL DG $c1186.25 1.8 LT
37CL G 4272.34 1.0 LT
37CL DG $c4272.34 1.0 LT
37CL L 4396.35 20 5/2
37CL B 0.004 2 6.54 22
37CLS B EAV=156.55 13
37CL DB $a 0.004 6.54
37CL DB $c 0.004 2 6.54 22
37CL G 4396.07 20 0.04 2
37CL DG $a4396.07 20 0.04 2
37CL DG $c4396.07 0.6 LT
37CL L 4460.4 11
37CL B 0.018 LT 5.7 GT
37CLS B EAV=132.31 43
37CL DB $c 0.018 LT 5.6 GT
37CL G 1374 1.9 LT
37CL DG $c1374 1.9 LT