144PR 144PR IT DECAY (7.2 M) 201404
144PR H TYP=FUL$AUT=A.L. Nichols$CUT=01-APR-2014$
144PR C Evaluation history: Type=FUL;Author=A.L. Nichols;Cutoff date=01-APR-2014
144PR C References: 1960Ge05, 1968Ra01, 1968Sa05, 1969Ge01, 1970An15, 1970Fa03,
144PR2C 1974Be09, 1976CoZX, 1976Ra22, 1977La19, 1979Pr11, 1979Gr01, 1985Da16,
144PR3C 1994Ro13, 1996Sc06, 1998Hi09, 1998ScZM, 1999ScZX, 2000Sc47, 2000He14,
144PR4C 2001So16, 2002Ra45, 2002Ba85, 2008Ki07, 2012Wa38
144PR T Auger electrons and ^X ray energies and emission intensities:
144PR T {U Energy (keV)} {U Intensity } {U Line }
144PR T
144PR T 33.5506 8.66 19 XKA2
144PR T 36.0267 15.8 4 XKA1
144PR T
144PR T 40.6533 |] XKB3
144PR T 40.7487 |] 4.81 12 XKB1
144PR T 41.05 |] XKB5II
144PR T
144PR T 41.774 |] XKB2
144PR T 41.877 |] 1.23 4 XKB4
144PR T 41.968 |] XKO23
144PR T
144PR T 4.453-6.617 10.5 5 XL (total)
144PR T 4.453 0.227 7 XLL
144PR T 5.013-5.033 5.74 16 XLA
144PR T 4.929 0.0498 15 XLC
144PR T 5.489-5.851 3.89 7 XLB
144PR T 6.327-6.617 0.625 13 XLG
144PR T
144PR T 28.162-29.89 |] KLL AUGER
144PR T 33.576-36.004 |] 2.87 15 ^KLX AUGER
144PR T 38.97-41.95 |] KXY AUGER
144PR T 2.9-4.91 69 10 L AUGER
144PR P 59.03 3 3- 7.2 M 2
144PR N 1.001E0 1.001E0 0.9994 2 1.001E0
144PR L 0 0 0- 17.29 M 4
144PR L 59.03 3 3- 7.2 M 2
144PR G 59.03 3 0.0818 12M3 1221 18
144PR2 G KC=408 6$LC=618 9$MC=155.0 23
144ND 144PR B- DECAY (7.2 M)
144ND H TYP=FUL$AUT=A.L. Nichols$CUT=01-APR-2014$
144ND C Evaluation history: Type=FUL;Author=A.L. Nichols;Cutoff date=01-APR-2014
144ND C References: 1960Ge05, 1968Ra01, 1968Sa05, 1969Ge01, 1970An15, 1970Fa03,
144ND2C 1974Be09, 1976CoZX, 1976Ra22, 1977La19, 1979Pr11, 1979Gr01, 1985Da16,
144ND3C 1994Ro13, 1996Sc06, 1998Hi09, 1998ScZM, 1999ScZX, 2000Sc47, 2000He14,
144ND4C 2001So16, 2002Ra45, 2002Ba85, 2008Ki07, 2012Wa38
144ND T Auger electrons and ^X ray energies and emission intensities:
144ND T {U Energy (keV)} {U Intensity } {U Line }
144ND T
144ND T 36.8478 0.000119 23 XKA2
144ND T 37.3614 0.00022 5 XKA1
144ND T
144ND T 42.167 |] XKB3
144ND T 42.2717 |] 0.000067 13 XKB1
144ND T 42.58 |] XKB5II
144ND T
144ND T 43.335 |] XKB2
144ND T 43.451 |] 0.000017 4 XKB4
144ND T 43.548 |] XKO23
144ND T
144ND T
144ND T 29.154-30.978 |] KLL AUGER
144ND T 34.798-37.34 |] 0.000038 8 ^KLX AUGER
144ND T 40.42-43.53 |] KXY AUGER
144ND T 3.01-5.1 0.00040 5 L AUGER
144PR P 59.03 3 3- 7.2 M 2 2997.4 24
144ND N 1.667E3 1.667E3 0.0006 2 1.667E3
144ND L 0 0 0+ 2.3E15 Y 3
144ND L 696.561 102+
144ND G 696.505 4 0.06 2 E2 0.005077
144ND2 G KC=0.00427 6$LC=6.31E-4 9$MC=1348E-7 19
144ND L 1314.669 134+ 7.4 PS 9
144ND G 618.107 160.030 3 E2 0.0067910
144ND2 G KC=0.00568 8$LC=8.69E-4 13$MC=1.86E-4 3
144ND L 1510.871 213- 0.56 PS 7
144ND B 1545.5 240.02 1 8.7
144NDS B EAV=570.0 11
144ND G 814.308 230.02 1 E1 1391E-620
144ND2 G KC=1198E-6 17$LC=1528E-7 22$MC=3.21E-5 5
144ND L 1560.920 132+
144ND L 2072.91 3 2+ 59 FS 10
144ND L 2084.68 3 0+ 0.12 PS 5
144ND L 2185.75 3 1- 15 FS 2
144ND L 2368.82 4 2+ 39 FS 14
144ND L 2582.32 6 (3)+
144ND B 474.1 240.010 3 7.15
144NDS B EAV=143.0 8
144ND G 1885.75 6 0.010 3 M1+E2 0.13 5 1052E-615
144ND2 G KC=6.86E-4 10$LC=8.78E-5 13$MC=1.85E-5 3
144ND L 2655.54 3 1+ 9.9 FS 2
144ND L 2675.61 8 0+ 0.2 PS 1
144ND L 2742.99 7 0+ 64 FS 40
144ND L 2946.04 10(2,3,4)-
144ND B 110.4 240.030 3 4.65
144NDS B EAV=29.0 7
144ND G 1631.36 100.030 3