22NE 22NA EC DECAY 15NDS 201507
22NE H TYP=ERR$AUT=M.S. Basunia$DAT=22-Dec-2021$COM=Revised DSID 22NA B+ DECAY
22NE2 H to 22NA EC DECAY.
22NE H TYP=ERR$AUT=M.S. Basunia$DAT=15-Nov-2019$COM=Corrected the
22NE2 H $Q|b- value to 2843.20 keV {i17} and associated data in the dataset.
22NE H TYP=FUL$AUT=M. Shamsuzzoha Basunia$CIT=NDS 127, 69(2015)$
22NE2 H CUT=1-Apr-2015$
22NE c Decay scheme from the Table de Radionuclides - CEA ISBN 2 {I7272} 0200
22NE2c {I8}, except as noted. Produced by {+19}F(|a,n), {+24}Mg(d,|a).
22NE c Others: 2009Si18,2008Li02,2008Ru01,2006Li34,1983Ba41,1976Ma38,
22NE2c 1968Le03.
22NA P 0.0 3+ 2.6018 Y 22 2843.20 17
22NE N 1.0 1.0 1.0
22NE cN NR$From |SI(|g+ce) to (g.s.)=100
22NE PN 3
22NE tL $ KLL Auger electron data from 2007In06
22NE tL $
22NE tL $The absolute energy of the KL{-2}L{-3}({+1}D) Auger transition is
22NE tL $824.5 eV {I19} relative to Fermi level. This energy is higher by about
22NE tL $20 eV compared to that obtained in experiments with free Ne atoms.
22NE tL $
22NE tL $---------------------------------------------------------------------
22NE tL $Transitions Relative energies Relative intensities
22NE tL $ (in eV) (KL{-i}L{-j}/|SKLL,%)
22NE tL $---------------------------------------------------------------------
22NE tL $KL{-1}L{-1}({+1}S) -56.0 {I2} 6.2 {I4}
22NE tL $KL{-1}L{-2}({+1}P) -32.7 {I1} 16.8 {I7}
22NE tL $KL{-1}L{-3}({+3}P) -21.9 {I2} 6.8 {I5}
22NE tL $KL{-2}L{-2}({+1}S) -4.3 {I5} 8.5 {I10}
22NE tL $KL{-2}L{-3}({+1}D) 0 61.7 {I17}
22NE tL $Unknown +18.5 {I5} 2.8 {I5}
22NE tL $---------------------------------------------------------------------
22NE tL $
22NE L 0 0+ STABLE
22NE E 0.055 14 0.0009825 14.92 11 0.056 14 2U
22NES E EAV=835.46$CK=0.016146 6$CL=0.0013378 5$CM+=1.8761E-5 7
22NE cE 1996Sa06 measured I|e=0.07 {I2}
22NE L 1274.53 7 2+
22NE E 89.90 9 10.04 9 7.41 99.944 14
22NES E EAV=216.012 76$CK=0.0927 1$CL=0.007674 8$CM+=0.0001076 1
22NE cE $|e/|b+=0.1071 {I5}, weighted average of measured values:
22NE2cE 0.1084 {I27} (2009Na08), 0.1050 {I29} (1990Ku11), 0.1075 {I25}
22NE3cE (1986Sy01), 0.1079 {I3} (1983Ba41), 0.1128 {I57} (1977Bo10); 0.1077
22NE4cE {I6} (1976Ma38), 0.1042 {I10} (1968We02), 0.1048 {I7} (1967Le07),
22NE5cE 0.1041 {I10} (1964Wi04), 0.112 {I4} (1959Ra09), and 0.110 {I6}
22NE6cE (1954Sh31). Theoretical value |e/|b+=0.1152 {I3} (1978Fi11). Note
22NE7cE I|e/I|b+=0.1064 {I2}, I|e and I|b+ obtainted using the Log {Ift} code
22NE8cE available at NNDC, BNL website.
22NE G 1274.537 7 99.940 14 E2 2.8E-05 3
22NE cG E$From 2000He14
22NE cG CC$|a(tot)=6.8|*10{+-4}, from experimental value of 1985HaZA.
22NE2cG Interpolated value is 6.8|*10{+-6} from tables of 1976Ba63. Internal
22NE3cG pair formation coefficient |a{-|p}=2.1|*10{+-5} {I3} (1979Sc31).
22NExcG |a=|a(tot)+|a{-|p}.