41K     41CA EC DECAY (9.94E+4 Y)     2012JO04,1991PA10,1991KL0616NDS    201603
 41K   H TYP=FUL$AUT=C.D. Nesaraja, E.A. McCutchan$CIT=NDS 133, 1 (2016)$
 41K 2 H CUT=30-Sep-2015$
 41K  c  2012Jo04: measured T{-1/2} by liquid scintillation counting and
 41K 2c  thermal ionization mass spectrometery
 41K  c  1991Pa10 (also 1989Ku33): measured T{-1/2} by mass spectrometry, K| x
 41K 2c  ray, internal bremsstrahlung
 41K  c  1991Kl06 (also 1990Fi13): measured T{-1/2} by mass spectrometry
 41K  c  1989Ku33: measured x-ray spectra
 41K  c  1987Ho16: measured K| x ray, (K| x ray)(IB) coin, IB(internal
 41K 2c  bremsstrahlung)
 41K  c  1974Ma30, 1972Em01, 1962Dr03, 1953Br71 (also 1951Br94,1950Ri59),
 41K 2c  1951Sa31: measured T{-1/2} by activation method. These values depend
 41K 3c  upon |s(n-capture) and K| x ray fluorescence yields.
 41K  c  K| x ray: 1970Si24, 1951Sa31
 41K  c  Internal bremsstrahlung: 1973My03
 41K  c  Internal ionization: 1988Ja11
 41K  c  Source standardization: 1996Ro15
 41K  cL J$From the Adopted Levels.
 41K  D  1989Ku33: KUTSCHERA ET AL., RADIOCARBON, 31, 311-323 (1989)
 41K  D  1991Kl06: KLEIN ET AL., EARTH AND PLANETARY SCIENCE LETTERS, 103,
 41K 2D  79-83 (1991)
 41K  D  1951Br94: BROWN ET AL., PHYS REV 84, 1243 (1951)
 41K  D  1951Sa31: SAILOR AND FLOYD, PHYS REV 82, 960 (1951)
 41CA  P 0            7/2-              9.94E4 Y  15             421.66   14
 41K   N                        1.0       1.0
 41K   L 0            3/2+
 41K   E                       100       10.520  7              100          1U
 41K S E CK=0.8936$CL=0.09159$CM+=0.01482