83KR 83KR IT DECAY (1.83 H) 1971RU17,1972KO35,1989ST0515NDS 201503
83KR H TYP=FUL$AUT=E.A. MCCUTCHAN$CIT=NDS 125, 201 (2015)$CUT=31-Dec-2014$
83KR c 2012Sl01: {+83m}Kr activity from {+nat}Kr(p,xn) reaction followed by
83KR2c chemical separation. Measured precise E|g of 9.4|g using Si(Li)
83KR3c detector (FHWM=224 eV at 9.4 keV).
83KR c 2009Ka30: {+83m}Kr activity from {+83}Rb |e decay. Measured Ece, Ice,
83KR2c ce(t) in liquid Xe scintillator.
83KR c 2006Ve03: {+83m}Kr activity from {+nat}Kr(p,xn) reaction followed by
83KR2c chemical separation. Measured precise E|g of 32|g using Si(Li)
83KR3c detector (FHWM=330 eV at 33 keV).
83KR c 1992Pi10, 1992Pi11: {+83m}Kr activity from {+83}Rb |e decay. Measured
83KR2c Ece, Ice, precise E|g of 9.4|g and 32|g using solenoid retarding
83KR3c spectrometer (SRS) (FWHM=2 keV at 20 keV).
83KR c 1989St05: {+83m}Kr activity from Na-Rb stearate followed by chemical
83KR2c separation. Measured precise E|g of 32|g using Si(Li) detector
83KR3c (FWHM=330 eV at 33 keV).
83KR c 1972Ko35: {+83m}Kr activity from thermal neutron irradiation of
83KR2c {+82}Kr. Measured E|g, I|g with Si(Li) detector and a
83KR3c xenon-proportional counter and Ece, Ice using a double-focusing |b
83KR4c spectrometer.
83KR c 1971Ru17: Measured E|g, I|g, Ece, Ice, |g(t) with Si(Li) (FWHM=550 eV
83KR2c at 9.4 keV).
83KR c Others: 2010Li13, 1995Co31, 1993Ko45, 1992La09
83KR cG RI$From unweighted average of I|g(32|g)/I|g(9|g)=0.0106 (1971Ru17)
83KR2cG and 0.0118 (1972De67).
83KR cL E,J$From the Adopted Levels.
83KR D MODIFIED BY E. BROWNE (SEPTEMBER 1991).
83KR D NR$0.055 2 from decay scheme using I(|g+ce) from isomeric level=100
83KR2D and |a(9.4|g)=17.09 {I5}.
83KR D NR$0.049 4 from decay scheme using I(|g+ce) from isomeric level=100
83KR2D and |a(exp)(9.4|g)=19.5 {I15}.
83KR D CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
83KR P 41.5575 7 1/2- 1.83 H 2
83KR N 0.055 5 1.0 1.0
83KR cN NR$0.058 {I1} from decay scheme using I(|g+ce)(9|g)=100 and
83KR2cN |a(9.4|g)=16.31 {I24}, 0.046 from |a(32|g)=1950
83KR PN 3
83KR L 0 9/2+ STABLE
83KR L 9.4057 6 7/2+ 156.94 NS 34
83KR cL T$from time difference between 32|g and 9.4|g (2009Ka30). Other: 147
83KR2cL ns 4 from |g|g(t) (1963Ru03).
83KR G 9.4057 6 100 3 M1+E2 0.0129 3 16.31 24 100
83KRX G ECC=19.5 15$L/T=0.800 7$M/T=0.1296 24$N/T=0.01259 25$N+/T=0.01259 25
83KRS G LC=13.85 20$MC=2.24 4$NC=0.218 4
83KR cG E$weighted average of 9.4058 {I3} (2012Sl01), 9.396 {I3} (1993Ko45),
83KR2cG and 9.4059 {I8} (1992Pi10). Others: 9.40 keV {I2} (1971Ru17), 9.40
83KR3cG keV {I3} (1972De67), 9.40 keV {I1} (1972Ko35), and 9.39 keV {I1}
83KR4cG (1976Va03).
83KR cG MR$weighted average of 0.00129 {I3} (1993Ko45) and 0.00130 {I8}
83KR2cG (1980Sp07). Derived from L/M-subshell conversion ratio.
83KR cG ECC$deduced from |a(K)exp/(|a(L)exp + |a(M)exp)=0.312 {I5} of the
83KR2cG 32|g (weighted average of 0.305 {I9} (1972Ko35) and 0.315 {I6}
83KR3cG (1980Sp07)). Ratio of K| x ray to 9.4|g=3.14 {I4} (weighted average
83KR4cG of 3.15 {I6} (1972Ko35) and 3.13 {I5} (1971Ru17)), fluorescence
83KR5cG yield=0.643 {I19} (1979Kr13) and |a(K)(exp)(32|g)=462 {I18}
83KR6cG (1971Ru17).
83KR L 41.5575 7 1/2- 1.83 H 2
83KR cL T$weighted average of 1.856 h {I36} from ce(t) of 32.1|g (2009Ka30),
83KR2cL 1.846 h {I49} from ce(t) of 9.4|g (2009Ka30), 1.82 h {I2} (2010Li13),
83KR3cL 1.83 h {I2} (1971Ru17).
83KR G 32.1516 5 1.12 6 E3 1.95E3 100
83KRX G K/T=0.248 5$L/T=0.637 8$M/T=0.1069 20$N/T=0.00783 16$N+/T=0.00783 16
83KRS G KC=483 7$LC=1242 18$MC=208 3$NC=15.25 22
83KR cG E$weighted average of 32.1517 {I5} (2006Ve03), 32.1515 {I11}
83KR2cG (1992Pi10), 32.1510 {I8} (1989St05), and 32.1521 {I8} (1993GoZL).
83KR3cG Values from 1989St05 and 1993GoZL have been corrected for change in
83KR4cG {+241}Am standard. Others: 32.16 keV {I2} (1971Ru17), 32.1 keV {I1}
83KR5cG (1972De67), 32.14 keV {I5} (1972Ko35), and 32.16 keV {I3} (1976Va03).
83KR cG $|a(K)exp=462 {I18} (1971Ru17), corrected for fluorescence
83KR2cG yield=0.643 (1979Kr13).
83KR cG M$from |a(K)exp (1971Ru17).