44TI    44V EC DECAY (150 MS)         1997HA04                  23NDS    202306
 44TI  H TYP=FUL$AUT=Jun Chen and Balraj Singh$CIT=NDS 190, 1 (2023)$
 44TI2 H CUT=20-Jun-2023$
 44TI c  1997Ha04: {+44}V produced by {+40}Ca({+6}Li,2n) E=35 MeV at the TASCC
 44TI2c  facility of the Chalk River Laboratories. 68% efficient HPGe detectors
 44TI3c  for detecting |g-rays and scintillators for detecting positrons.
 44TI4c  Measured E|g, I|g, |g|g, T{-1/2}({+44}V isomer), |g|b|b and |g|g|b
 44TI5c  coin. Deduced levels, branching ratios, log {Ift}.
 44TI c  1994Ke07: {+44}V produced by Ni({+58}Ni,X) with E=69 MeV/nucleon
 44TI2c  {+58}Ni beam produced from the GANIL cyclotrons on a natural nickel
 44TI3c  target of 50 mg/cm{+2}. A telescope of two 150 |mm silicon detectors
 44TI4c  for detecting product nuclei, a plastic scintillator for detecting
 44TI5c  positrons and four germanium detectors for detecting |g-rays. Measured
 44TI6c  T{-1/2}, |b|g coin. Deduced an isomeric ratio of 25% in {+44}V.
 44TI cE $|b{++} feeding to 2454 level: 6.0 {I51} (from intensity
 44TI2cE balance, 1997Ha04). It is set at zero here since almost no feeding is
 44TI3cE expected from log| {Ift}>10.3 for |DJ=2, no transitions
 44TI cE $Unrealistic intensity balance=-5.7 {I9} at 4803 level
 44TI2cE suggests that other |g transitions, yet unseen, de-excite the 4803
 44TI3cE level
 44TI cE TI$From |g intensity balance at each level
 44TI cG E,RI$From 1997Ha04
 44TI cG M$From the Adopted Gammas
 44TI cL E$From a least-squares fit to |g-ray energies
 44TI cL J,T$From the Adopted Levels
 44V   P 268       10  (6)+            150 MS    3              13749     7
 44V  cP E,J,T$From the Adopted Levels of {+44}V
 44V  cP T$From 1997Ha04, average of values for five different |g rays,
 44V 2cP adopted in {+44}V Adopted Levels
 44V  cP QP$From Adopted Levels of {+44}V based on newly measured mass of
 44V 2cP {+44}V by 2022Wa39. Other: 13741 {I7} from 2021Wa16
 44TI  N  1.0                  1.0        1.0
 44TI cN NR$I(|g+ce)(1083|g)=100
 44TI cN BR$Evaluators assume that there is no IT decay from the 150-ms isomer
 44TI PN                                                                     3
 44TI  L 0.0           0+              59.1 Y    3
 44TI  L 1083.10   10  2+              2.57 PS   37
 44TI  G 1083.09   10 100.0       E2
 44TI  L 2454.35   13  4+              0.433 PS  35
 44TI  G 1371.22   8   94.3  36   E2
 44TI  L 4015.37   15  6+              0.42 PS   6
 44TI  E             56      5 0.14    LT 4.110  40             56         5
 44TIS E EAV=4247 6$CK=2.912E-4 34$CL=3.170E-5 38$CM+=5.19E-6 7
 44TI  G 1561.00   8   85.9  35   E2
 44TI  L 4803.07   32 (6+)
 44TI  G 2348.5    4   2.4   6
 44TI  L 6848.87   20 (6)+
 44TI  E             44      5 0.26    LT 3.44    5             44         5
 44TIS E EAV=2859 6$CK=8.64E-4 12$CL=9.41E-5 13$CM+=1.539E-5 23
 44TI cE $Superallowed |b transition
 44TI  G 2045.6    4   8.1   6
 44TI  G 2833.42   14  32.9  24