70CU    70CU IT DECAY (33 S)          2004VA08,2004VA07         16NDS    201609
 70CU  H TYP=FUL$AUT=G. G~URDAL, E.A. MCCUTCHAN$CIT=NDS 136, 1 (2016)$
 70CU2 H CUT=1-Jul-2016$
 70CU c  2004Va08,2004Va07: {+70}Cu activity produced through proton-induced
 70CU2c  fission of a uranium carbide target, E(p)=1 GeV and through
 70CU3c  low-energy neutron induced fission following a proton-to-neutron
 70CU4c  converter. Fragments separated using resonant laser-ionization
 70CU5c  (RILIS) followed by mass separation. In one setup, in-source laser
 70CU6c  spectroscopy measurements were performed combined with a 4|p
 70CU7c  cylindrical |b detector and a Ge(Li) detector. In another setup,
 70CU8c  measured E|g, I|g, |b|g, |g(t) using two HPGe detectors and three
 70CU9c  thin plastic |DE detectors. 2004Va07 also performed high-resolution
 70CUac  mass spectroscopy with the Penning trip mass spectrometer ISOLTRAP.
 70CU cL J$From the Adopted Levels.
 70CU cG E$From 2004Va08.
 70CU D  CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
 70CU  P 101.1     3  3-                33 S      2
 70CU  N 1            1         0.48   9
 70CU PN                                                                     3
 70CU  L 0.0          6-                44.5 S    2
 70CU2 L %B-=100
 70CU cL T$from |b(t); a three component exponential decay was used to account
 70CU2cL for the 6- ground state, 1+ 243-keV isomer and a constant background
 70CU3cL (2004Va08).
 70CU  L 101.1     3  3-                33 S      2
 70CU2 L %B-=52 9$%IT=48 9 (2004VA08)
 70CU cL E$high precision mass measurement in 2004Va07 gives 100.7 keV {I26}
 70CU cL T$from |g(t) of the 209|g, 387|g, 553|g and 708|g from the 3247-keV
 70CU2cL level in {+70}Zn (2004Va08).
 70CU  G 101.1     3  15.7   3  [M3]                    5.35  11 100
 70CUX G K/T=0.720 8$L/T=0.107 3$M/T=0.0153 4$N/T=0.000368 10
 70CUS G KC=4.57 9$LC=0.682 14$MC=0.0969 20$NC=0.00234 5
 70CU cG RI$from I(|g+ce) and |a