213AC    217PA A DECAY (1.08 MS)       2002HE29,2000HE17,1998IK0122NDS    202203
213AC  H TYP=FUL$AUT=M. S. Basunia$CIT=NDS 181, 475 (2022)$CUT=1-Jan-2022$
213AC c  Others: 1996An21, 1979Sc09, and 2008DoZZ.
213AC c  2002He29: {+217}Pa produced through {+181}Ta({+40}Ar,4n){+217}Pa,
213AC2c  Target: 99.988% natural tantalum; E=182 MeV; Detector: 16-strip
213AC3c  PIPS-detector, Ge-Clover detector of 4 crystals; Measured: E|a, I|a,
213AC4c  |a-|a coincidences.
213AC c  2000He17: {+217}Pa produced through {+170}Er({+51}V,4n){+217}Pa;
213AC2c  E=214-286 MeV; Detector: 16-strip PIPS-detector, a HPGe detector;
213ACxc  Measured: E|a, I|a.
213AC c  1998Ik01: {+217}Pa produced through {+194}Pt({+28}Si,p4n){+217}Pa;
213AC2c  E=163-MeV and 175-MeV; Detector: double sided position sensitive strip
213AC3c  detector; Measured: E|a, T{-1/2}.
213AC c  1996An21: {+217}Pa from {+170}Er({+51}V,4n){+217}Pa; E=28-87 MeV;
213AC2c  evaporation residue were separated in flight, 16-strip PIPS detector,
213AC3c  a HPGe detector; Measured: E|a, T{-1/2}.
213AC c  1979Sc09: {+181}Ta({+40}Ar,4n){+217}Pa; E=165-202 MeV; Measured: E|a,
213ACxc  T{-1/2}.
213AC cA HF        Using r{-0}({+213}Ac)=1.491 {I21}, unweighted average of
213AC2cA r{-0}({+212}Ra)=1.4695 {I14} and r{-0}({+214}Th)=1.512 {I14}
213AC3cA (2020Si16).
213AC cA E,IA      From 2002He29
213AC cG E         From 2002He29.
213AC cL E         From E|g.
217PA  P 1860      7                   1.08 MS   3                8489    4
217PA cP E$From 2021Ko07 - NUBASE. Other: 1855 {I6} can be deduced from the
217PA2cP energy difference of the 10157 keV {I5} and 8336 keV
217PA3cP {I4} (E|a - see {+217}Pa |a decay (3.8 ms)) E|a, emitted in
217PA4cP the decay of {+217}Pa isomer (1.08-ms) and g.s. (3.8-ms),
217PA5cP respectively, by assuming these |a particles
217PA6cP feeding the g.s. of {+213}Ac. In 2002He29 and 2018Ko01 - 1854 keV {I7},
217PA7cP considering using E|a=8337 keV {I5} for the {+217}Pa g.s. |a decay.
217PA cP J         Tentative J|p=(29/2-) in 2002He29. In 2018Ko01
217PA2cP (A=217 evaluation) recommended spin-parity is (23/2-).
217PA cP T         From 2018Ko01 (A=217 evaluation)
217PA cP QP        From 2021Wa16
213AC  N                        0.73   4
213AC cN BR        From 2002He29
213AC  L 0.0          9/2-             738 MS    16
213AC cL J         From Adopted Levels.
213AC  A 10157     5  72     4  2.61E4 28
213AC cA E         Others: 10155 {I15} (2000He17), 10140 {I50} (1998Ik01),
213AC2cA 10155 {I15} (1996An21), and 10160 {I20} (1979Sc09).
213AC  L 466.5     2
213AC  A 9697      5  2      1  9.5E4  49
213AC cA E         Other: 9694 {I20} (2000He17).
213AC  G 466.5     2                                                           ?
213AC  L 612.8     1
213AC  A 9552      5  9      1  9.9E3  15
213AC cA E         Other: 9648 {I15} (2000He17).
213AC  G 612.8     1                                                           ?
213AC cG E         Weighted average of 613.0 {I2} and 612.7 {I1}
213AC  L 634.30    10
213AC cL J         Tentative J|p=(13/2-) in 2002He29
213AC  A 9533      5  6      1  1.35E4 26
213AC cA E         Other: 9540 {I50} (1998Ik01).
213AC  G 634.3     1                                                           ?
213AC  L 1063.2    2                                                           ?
213AC cL E$Proposed in 2002He29 (Fig. 4) for connecting the excited level at 188
213AC2cL (assumed J|p=(21/2-)) with the 634 level (assumed J|p=(13/2-)) through
213AC3cL 820.8|g-450|g-cascade.
213AC  G 450.4     1                                                           ?
213AC  L 1884.0    3
213AC cL E         Others: 1887 {I9} or 1882 {I9} - using the E|a, Q(|a), and
213AC2cL the isomeric state of {+217}Pa at 1860 keV {I7} or 1855 keV {I6}.
213AC cL J         Tentative J|p=(21/2-) in 2002He29
213AC  A 8306      5  11     2   5.0   11
213AC  G 820.8     2                                                           ?