210AT 214FR A DECAY (3.35 MS) 2005KU06,1968TO10 14NDS 201408
210AT H TYP=FUL$AUT=M. SHAMSUZZOHA BASUNIA$CIT=NDS 121, 561 (2014)$
210AT2 H CUT=31-Mar-2014$
210AT C 2005Ku06: 214FR was produced from 209BI(12C,|a3n) reaction, E=7.1
210AT2C MeV/nucleon, Evaporation residues were separated by Velocity filter
210AT3C SHIP and implanted into position-sensitive 16-strip PIPS Si-detector.
210AT4C Measured EG, E|a, IG, I|a, GG, |a-G coin with a Ge Clover detector
210AT5C placed behind Si detector.
210AT C 1968TO10: 214FR was produced from 208PB(11B,5N) reaction, E=50 to 95
210AT2C MeV, 99.3% enriched 208PB target. Recoiled products were thermalized in
210AT3C helium, swept to an evacuated chamber, and collected on a metal drum.
210AT4C |a particles were detected using a Si(Au) surface barrier detector,
210AT5C FWHM=25 keV. Measured E|a, I|a.
210AT CA HF Using R0(210AT)=1.4906, average of R0(208PO)=1.4343 34,
210AT2CA R0(210PO)=1.532 6, R0(210RN)=1.4552 21, and R0(212RN)=1.541 5
210AT3CA (1998Ak04).
210AT CA E From 2005Ku06, unless otherwise noted
210AT CA IA From 1968To10, unless otherwise noted
210AT CA E(X)$Calculated value in 2005Ku06
210AT CG E,RI From 2005Ku06
210AT CL E$From least-squares fit to G-ray energies, unless otherwise noted.
210AT CL J From Adopted Levels
214FR P 122 5 (8-) 3.35 MS 5 8589 4
214FR CP QP$Other: 8586 6 from E|a=8545 5 (2005Ku06)
210AT N 1.0
210AT PN 6
210AT L 0.0 (5)+ 8.1 H 4
210AT A 8546 3 46 319
210AT CA E$Weighted average of 8545 5 (2005Ku06), 8549 8 (1968Va18), and 8546 5
210AT2CA (1968To10). Other: 8547 4 - recommended in 1991Ry01, based on later
210AT3CA two values from 1968Va18 and 1968To10. Other measurements: 8530
210AT4CA (1966Ro12), 8550 (1962Gr20).
210AT CA IA IA=51 2 (1968Va18); IA=48 3 (1991Ry01).
210AT L 72.77 18 (4)+
210AT A 8478 5 50.9 187
210AT CA E$recommended by 1991Ry01, based on 8477 5 (1968To10).
210AT2CA Other measurements: 8477 8 (1968Va18) and 8472 5 (2005Ku06).
210AT CA IA IA=49 2 (1968Va18); IA=50 3 (1991Ry01).
210AT G 72.8 2 100 C
210AT L 496.2 5 (4)+
210AT CL E$In 2005Ku06 - it is speculated that this level was not fed
210AT2CL by |a-decay. Observed G rays can be explained by the presence of
210AT3CL internally converted transitions from levels at 507 and/or 531 keV.
210AT4CL The |a-energy distribution for this level is difficult to explain
210AT5CL based on direct |a-decay only.
210AT A 8058 6 X ?
210AT CA E$8061 {I4}: calculated using Q|a=8589 4 (2012Wa38) by evaluator.
210AT G 423.1 6 100 45
210AT G 496.6 6 64 18
210AT L 507.38 19 (6)+
210AT A 8046 5 0.9 695
210AT CA E$Same value both in 2005Ku06 and 1968To10
210AT G 434.4 6 10 4 C
210AT G 507.4 2 100 11 C
210AT L 531.1 4 (3)+
210AT CL E$In 2005Ku06 - it is speculated that this level was not fed
210AT2CL by |a-decay but rather by internally converted transitions from levels
210AT3CL above it.
210AT A 8024 6 X ?
210AT CA E$8027 {I4}: calculated using Q|a=8589 4 (2012Wa38) by evaluator.
210AT G 458.3 3 100
210AT L 576.7 3 (7)+
210AT A 7979 5
210AT G 576.7 3 100 C
210AT L 594 7
210AT A 7963 5 0.7 505
210AT CA E$From 1968To10. This E|a is not reported in 2005Ku06 and speculated
210AT2CA to be a doublet of 7953|a and 7979|a.
210AT L 603.5 5
210AT A 7953 6 X ?
210AT G 530.7 4 100
210AT L 847.11 25
210AT CL E$Other: 854 7 (1968To10) from 7708|a 5
210AT A 7715 5 1.1 57
210AT CA E$Other: 7708 5 (1968To19)
210AT G 774.7 4 78 21 C
210AT G 846.9 3 100 17 C
210AT L 966.2 6
210AT CL E$Other: 970 7 (1968To10) from 7594|a 5
210AT A 7591 15 0.5 54
210AT CA E$Other: 7594 5 (1968To19)
210AT G 966.2 6 100 C
210AT L 1228 7
210AT CL E may correspond with (7+), 1222-KEV state
210AT2CL via (A,3NG) reaction
210AT A 7341 8 0.05 79
210AT CA E$From 1968To10