226RA    226AC EC DECAY                                          96NDS    199604
226RA  H TYP=FUL$AUT=Y. A. AKOVALI$CIT=NDS 77,433 (1996)$CUT=1-Feb-1996$
226AC  P 0.0         (1)               29.37 H   12             640       3
226RA C  %EC=17 3
226RA  N 1.6       3  1.6    3 0.17    3 5.8824
226RA PN                                 1.0                                 3
226RA CN NR        Normalization factor of 1.6 3 to convert relative photon
226RA2CN intensities to IG's per 100 EC decays was obtained by requiring the
226RA3CN normalization factor for converting IG's per 100 226AC decay in EC and
226RA4CN B- decays to be the same (RI's for both decays were measured relative
226RA5CN to each other):
226RA6CN (0.17 3) * ^N(EC decay)=(0.83 3) * ^N(B- decay)=0.269 18.
226RA CG           If RI's normalized so that I(242G of 226TH)=0.866% 40,
226RA2CG I(111G of 226TH)=3.29% 20, I(324G of 222RA)=2.77% 8, then
226RA3CG NR=2.0 4, 1.6 4, 2.1 4, respectively.
226RA4CG
226RA TG           X rays (RA):
226RA2TG
226RA3TG            I(x ray) rel. to I(253G)=21.0
226RA4TG           226AC(EC)+226TH(A)    226AC(EC)
226RA5TG               1974Va28           calculated
226RA6TG           ------------------   ----------
226RA7TG              15.5 16                       XKA2
226RA8TG              23.8 24                       XKA1
226RA9TG               9.1 9                        XKB1P
226RA2TG               2.6 3                        XKB2P
226RA3TG              51.0 31              47 16    total XK
226RA4TG                                            other measurement: 1967LoZZ.
226RA5TG
226RA CE IE        Deduced from intensity balance at each level.
226RA CG E         From 1974Va28. Other measurements: 1967LoZZ, 1957St33.
226RA CG RI        From 1974Va28.
226RA CG M         From ce data of 1967LoZZ and 1974Va28. ICE's have been
226RA2CG normalized at 230G of 226AC B- decay so that CC(K, 230G)=0.0545 (E1
226RA3CG theory). Quoted ICE's are in same relative units as the IG's.
226RA  L 0.0          0+
226RA  E                        4.1    36 7.7    4
226RAS E CK=0.7467 $ CL=0.1873 3 $ CM+=0.06604 9
226RA  L 67.67     1  2+
226RA  E                        1.6    AP 7.9    AP
226RAS E CK=0.7390 $ CL=0.1927 3 $ CM+=0.06833 12
226RA  G 67.6      2  0.4    1  E2                     61.9      25.2     63
226RAS G LC=45.2 $ MC=12.25 $ NC+=4.40
226RA CG           ICE(L2)=10.2 15 (1974Va28); ICE(L3)=4.8 11 (1967LoZZ);
226RA2CG L12:L3:M23=32 6:28 5:12.9 5 (1967LoZZ).
226RA  L 253.73    1  1-
226RA  E                        11.3   10 6.7    1
226RAS E CK=0.6988 11 $ CL=0.2208 8 $ CM+=0.0803 4
226RA  G 185.60    15 17.5   11 E1                     0.108     19.4     12
226RAS G KC=0.0860 $ LC=0.0169  $ MC=0.00402 $ NC+=0.00139
226RA CG           ICE(K)=1.6 3 (1974Va28), 1.36 18 (1967LoZZ).
226RA  G 253.5     2  21.0   15 E1                     0.0520    22.1     16
226RAS G KC=0.0417 $ LC=0.00779 $ MC=0.00186 $ NC+=0.00064
226RA CG           ICE(K)=1.0 2 (1974Va28), 0.34 17 (1967LoZZ).