215FR    219AC A DECAY (11.8 US)       1970BO13,1989MI17         13NDS    201312
215FR  H TYP=FUL$AUT=A.K. Jain, S. Singh, B. Singh, N. Kaur, S. Lakshmai$
215FR2 H AUT=B. Maheshwari$
215FR3 H CIT=NDS 114, 2023 (2013)$CUT=23-SEP-2013$
215FR c  1970Bo13: {+219}Ac activity was produced as descendant of {+223}Pa by
215FR2c  following reactions: {+205}Tl({+22}Ne,4n), {+208}Pb({+19}F,4n),
215FR3c  {+209}Bi({+20}Ne,|a2n), and {+209}Bi({+22}Ne,|a4n), E=90-135 MeV. The
215FR4c  activity was identified by excitation functions, cross bombardments,
215FR5c  and by genetic relationships between parent and daughter nuclei.
215FR6c  Measured E|a. Detector: semi.
215FR c  1989Mi17: {+219}Ac activity was produced by {+209}Bi({+16}O,|a2n) and
215FR2c  {+205}Tl({+16}O,2n), E=87.4-101.9 MeV, and identified by mass
215FR3c  separation and excitation functions. Measured E|a, half-life.
215FR4c  Detector: semi.
215FR cA HF$ r{-0}({+215}Fr=1.5645 {I65}; interpolated value deduced from
215FR2cA r{-0}({+214}Rn)=1.563 {I4} and r{-0}({+216}Ra)=1.566 {I9} (1998Ak04).
219AC  P 0.0           9/2-            11.8 US   15             8830      50
219AC cP J,T$ From Adopted Levels of {+219}Ac in ENSDF database
219AC cP QP$ From 2012Wa38
215FR  N                         1.0
215FR  L 0.0           9/2-            86 NS     5
215FR cL J,T$ from Adopted Levels
215FR  A 8664      10  100        1.2  2
215FR cA E$ from 1970Bo13. Original energy has been decreased by 1 keV
215FR2cA because of a change in the calibration energy of {+212}Po (1991Ry01).