36S 36P B- DECAY (5.6 S) 1986DU07,1987DUZU 12NDS 201201 36S H TYP=FUL$AUT=NINEL NICA, JOHN CAMERON AND BALRAJ SINGH$ 36S 2 H CIT=NDS 113, 1 (2012)$CUT=31-Dec-2011$ 36S c Data from 1986Du07 updated in private communication (J.P. 36S 2c Dufour to P.M. Endt). See also 1986Du11 36S c Theoretical calculations of |b decay: 1987Wa10 36S cG RI$From private communication (J.P. Dufour to P.M. Endt). 36S cL E$ From least-squares fit to E|g data, assuming 0.3 keV uncertainty 36S 2cL for each E|g 36S cL J$From Adopted Levels 36P P 0 4- 5.6 S 3 10413 13 36P CP QP$ From 2011AuZZ, 2003Au03 36S N 1.00 6 1.0 1.0 36S PN 4 36S L 0 0+ 36S L 3290.9 3 2+ 36S B 2.3 LT 6.9 GT 36S S B EAV= 3008 30 36S G 3290.7 100 6 E2 36S L 4192.7 5 3- 36S B 7 3 6.1 2 36S S B EAV= 2565 29 36S G 901.8 70.4 20E1(+M2) 0.00 5 36S L 4575.2 7 2+ 36S B 0.4 LT 7.3 GT 36S S B EAV= 2377 29 36S G 1284.3 4.1 3M1+E2 +0.08 5 36S L 5021.5 3 4- 36S B 10.7 7 5.72 4 36S S B EAV= 2159 29 36S G 828.8 16.1 3 36S G 1730.6 0.5 3 36S L 5206.1 3 5- 36S B 1.9 3 6.39 8 36S S B EAV= 2068 29 36S G 184.6 2.5 1 36S G 1013.4 0.6 2 36S L 5251.2 10 3- 36S B 11.9 8 5.57 4 36S S B EAV= 2046 29 36S G 1058.5 5.3 3 36S G 1960.2 13.5 5 36S L 5830.9 7 3- 36S B 57.3 15 4.66 3 36S S B EAV= 1764 29 36S G 579.7 0.4 1 36S G 809.4 5.4 3 36S G 1255.7 4.5 3 36S G 1638.2 35.3 10 36S G 2539.9 17.4 8 36S L 6514.4 4 4+ 36S B 0.7 LT 6.3 GT 36S S B EAV= 1432 29 36S G 2321.6 2.0 3 36S CG E$see 36S adopted gammas for comment about this transition. 36S L 7271.9 3 (3-,4-,5-) 36S B 11.6 12 4.62 5 36S S B EAV= 1069 29 36S G 757.5 1.7 2 36S G 1441.0 0.6 2 36S G 2020.6 5.1 3 36S G 2065.7 0.8 2 36S G 2250.3 1.6 2 36S G 3079.1 2.8 10