235NP    235PU EC DECAY                1973JA03                  14NDS    201411
235NP  H TYP=FUL$AUT=E. BROWNE, J. K. TULI$CIT=NDS 122, 205 (2014)$
235NP2 H CUT=1-Feb-2014$
235NP CE           B+LT 0.01% from limit on G+- (1973JA03)
235NP DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr.
235NP CG           XKA1=34% 5, XKA2=22% 3, XKB=17% 3; XL=39% 5, calculated
235NP2CG by evaluator using the computer program RADLST.
235NP CG E         From 1973JA03. Others: 1996GU11, 1971KE22, 1971GO01.
235NP CG           XK and XL intensities not reported by 1973JA03
235NP CL           The levels at 756, 779 and 819 were suggested in 1973JA03
235NP2CL that they belong to the 3/2[521] rotational band; however, (3HE,D)
235NP3CL and (A,T) results suggest that this bandhead is at 565 KEV. Analogy
235NP4CL with 231TH B- decay suggests that the main EC branches should feed the
235NP5CL 3/2[651] and 3/2[532] rotational bands in 235NP, in addition to the
235NP6CL well established 5/2[642] and 5/2[523] rotational bands.
235NP CL J$From adopted levels
235PU  P 0           (5/2+)            25.3 M    5              1139      21
235PU CP QP$From 2012WA38
235NP  N 0.0012    2           0.99997 1  1.0
235NP CN NR        from EC(K)/EC=0.72 and RI(49G)=1.74 per 100 XK
235NP PN                                                                     4
235NP  G 940.7     3  95     4
235NP  L 0            5/2+             396.1 D   12
235NP CL T         from Adopted Levels.
235NP  E                          57   10  5.38   8
235NPS E CK=0.7549 7$CL=0.1809 5$CM+=0.06422 21
235NP  L 34.23     10(7/2+)
235NP  E                          37   10  5.54  12
235NPS E CK=0.7538 8$CL=0.1817 6$CM+=0.06457 23
235NP  G 34.2      1  192    36(M1+E2)   0.12    AP    152    AP
235NPS G LC AP 113.6$MC AP 28.5$NC+ AP 9.99
235NPS G NC AP 7.74$OC AP 1.88$PC AP 0.351$QC AP 0.0217
235NP CG MR        by analogy with 33.2G in 237NP
235NP  L 49.10     10(5/2)-            6.9 NS    3
235NP CL T         from XK-49G(t) delayed coincidence (1971GO07)
235NP  E                          4.3  8   6.46   9
235NPS E CK=0.7532 8$CL=0.1820 6$CM+=0.06473 24
235NP  G 49.1      1  1967   50E1                      0.833  13
235NPS G LC=0.624 10$MC=0.1559 24$NC+=0.0525 8
235NPS G NC=0.0414 7$OC=0.00953 15$PC=0.001529 23$QC=5.38E-5 8
235NP CG RI        1.74 27 photons per 100 XK (in coin measurement), 2.67 7
235NPxCG (in singles measurement) (1971GO01).
235NP  L 79.1       4(9/2+)
235NP  G 44.7                                                                  S
235NP  G 79.0                                                                  S
235NP  L 756.4      3(3/2,5/2,7/2)
235NP  E                         0.48  8   6.34  10
235NPS E CK=0.661 11$CL=0.246 8$CM+=0.093 4
235NP  G 722.2     5  4      1
235NP  G 756.4     3  399    14
235NP  L 779.46    22(3/2,5/2,7/2)
235NP  E                         0.13  2   6.84  10
235NPS E CK=0.649 13$CL=0.254 9$CM+=0.097 4
235NP  G 745.1     3  75     7
235NP  G 779.6     3  31     3
235NP  L 819.0      4(5/2+,7/2)
235NP  E                         0.019 4   7.53  13
235NPS E CK=0.623 18$CL=0.272 13$CM+=0.105 6
235NP  G 739.8     4  10     2
235NP  G 785.0     4  6      2
235NP CG           Could also be placed de-exciting the 834-keV 5/2+ state
235NP  G 819.0     6  1      1                                                 ?
235NP  L 936.8      3(5/2+,7/2)
235NP  E                         0.041 8   6.60  19
235NPS E CK=0.43 8$CL=0.40 6$CM+=0.17 3
235NP  G 858.0     5  9      3
235NP  G 902.6     4  15     2
235NP  G 936.7     4  9      3
235NP  L 944.51    22 (3/2,5/2,7/2)
235NP  E                         0.28  5   5.70  19
235NPS E CK=0.41 10$CL=0.42 7$CM+=0.17 3
235NP  G 910.1     3  137    4
235NP  G 944.7     3  95     4