144ND 144PR B- DECAY (17.29 M) 201404
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: 1954Kr40, 1954Wa05, 1956Po16, 1957Pe09, 1958Gr99, 1959Po77,
144ND2C 1961Ma05, 1963Iw02, 1963Kn05, 1963Si10, 1963Ho15, 1963Co18, 1963Cr11,
144ND3C 1965Is01, 1965Co19, 1965Re13, 1966Be11, 1967Gu17, 1968Ra01, 1968Sa05,
144ND4C 1968Da12, 1969Ge01, 1969Gu15, 1969Ma24, 1970Fa03, 1971Na12, 1973Bo43,
144ND5C 1974Be09, 1975De17, 1976CoZX, 1976Ra22, 1977La19, 1977Ge12, 1979Pr11,
144ND6C 1979Gr01, 1981Ol04, 1983Sn04, 1983Kr09, 1985Da16, 1987Al28, 1994Ro13,
144ND7C 1996Sc06, 1998Hi09, 1998ScZM, 1999ScZX, 2000Sc47, 2000He14, 2001So16,
144ND8C 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 0.00165 9 XKA2
144ND T 37.3614 0.00300 15 XKA1
144ND T
144ND T 42.167 |] XKB3
144ND T 42.2717 |] 0.00092 5 XKB1
144ND T 42.58 |] XKB5II
144ND T
144ND T 43.335 |] XKB2
144ND T 43.451 |] 0.000237 13 XKB4
144ND T 43.548 |] XKO23
144ND T
144ND T 4.633-6.901 0.00092 3 XL (total)
144ND T 4.633 0.0000179 9 XLL
144ND T 5.208-5.23 0.000449 20 XLA
144ND T 5.146 0.0000069 4 XLC
144ND T 5.722-6.09 0.000384 14 XLB
144ND T 6.604-6.901 0.0000615 23 XLG
144ND T
144ND T 29.154-30.978 |] KLL AUGER
144ND T 34.798-37.34 |] 0.00052 4 ^KLX AUGER
144ND T 40.42-43.53 |] KXY AUGER
144ND T 3.01-5.1 0.00551 18 L AUGER
144PR P 0.0 0- 17.29 M 4 2997.4 24
144ND N 1.0 1.0 1 1.0
144ND L 0 0 0+ 2.3E15 Y 3
144ND B 2997.4 2497.852 10 6.53
144NDS B EAV=12220E-1 10
144ND L 696.561 102+
144ND B 2300.8 241.116 3 9.17 1U
144NDS B EAV=894.9 11
144ND G 696.505 4 1.41 7 E2 0.005077
144ND2 G KC=0.00427 6$LC=6.31E-4 9$MC=1348E-7 19
144ND L 1314.669 134+ 7.40 PS 9
144ND L 1510.871 213- 0.56 PS 7
144ND G 814.308 230.00331 14E1 1391E-620
144ND2 G KC=1198E-6 17$LC=1528E-7 22$MC=3.21E-5 5
144ND L 1560.920 132+
144ND B 1436.5 240.0017 3 10.8 1U
144NDS B EAV=526.3 10
144ND G 864.356 160.00269 14M1+E2 -0.97 15 0.0039616
144ND2 G KC=0.00338 14$LC=4.56E-4 16$MC=9.6E-5 4
144ND G 1560.911 130.00021 3 E2 1014E-615
144ND2 G KC=7.86E-4 11$LC=1024E-7 15$MC=2.16E-5 3
144ND L 2072.91 3 2+ 59 FS 10
144ND B 924.5 240.00065 6 10.2 1U
144NDS B EAV=322.8 9
144ND G 1376.34 3 0.00041 4 M1+E2 0.34 10 0.001614
144ND2 G KC=0.00135 3$LC=1.75E-4 4$MC=3.68E-5 8
144ND G 2072.89 3 0.00024 3 E2 8.65E-413
144ND2 G KC=4.65E-4 7$LC=5.93E-5 9$MC=1246E-8 18
144ND L 2084.68 3 0+ 0.12 PS 5
144ND B 912.7 240.00708 6 8.7
144NDS B EAV=306.7 10
144ND G 1388.11 4 0.00706 6 E2 1190E-617
144ND2 G KC=9.84E-4 14$LC=1297E-7 19$MC=2.74E-5 4
144ND L 2185.75 3 1- 15 FS 2
144ND B 811.7 241.021 10 6.32
144NDS B EAV=267.1 9
144ND G 624.83 3 0.00118 3 E1 0.002414
144ND2 G KC=0.00207 3$LC=2.67E-4 4$MC=5.61E-5 8
144ND G 674.88 4 0.00299 14E2 0.005478
144ND2 G KC=0.00460 7$LC=6.86E-4 10$MC=1465E-7 21
144ND G 1489.148 3 0.286 3 E1 6.63E-410
144ND2 G KC=3.97E-4 6$LC=4.95E-5 7$MC=1038E-8 15
144ND G 2185.645 5 0.73 1 E1 9.59E-414
144ND2 G KC=2.13E-4 3$LC=2.64E-5 4$MC=5.52E-6 8
144ND L 2368.82 4 2+ 39 FS 14
144ND B 628.6 240.00027 6 9.7 1U
144NDS B EAV=213.0 9
144ND G 1672.25 4 0.00021 6 M1+E2 0.16 7 1189E-618
144ND2 G KC=8.92E-4 14$LC=1146E-7 18$MC=2.41E-5 4
144ND G 2368.80 4 5.1E-5 14E2 8.91E-413
144ND2 G KC=3.65E-4 6$LC=4.63E-5 7$MC=9.73E-6 14
144ND L 2582.32 6 (3)+
144ND L 2655.54 3 1+ 9.9 FS 2
144ND B 341.9 240.00018 3 8.8 1
144NDS B EAV=98.7 8
144ND G 2655.51 3 0.00018 3 M1+E2
144ND L 2675.61 8 0+ 0.2 PS 1
144ND B 321.8 240.00096 8 8
144NDS B EAV=92.2 8
144ND G 1979.04 8 0.00096 8 E2 8.68E-413
144ND2 G KC=5.05E-4 7$LC=6.47E-5 9$MC=1360E-8 19
144ND L 2742.99 7 0+ 64 FS 40
144ND B 254.4 240.00035 6 8.1
144NDS B EAV=71.0 8
144ND G 1182.06 7 0.00006 3 E2 1587E-623
144ND2 G KC=1353E-6 19$LC=1.82E-4 3$MC=3.84E-5 6
144ND G 2046.41 7 0.00030 6 E2 8.65E-413
144ND2 G KC=4.75E-4 7$LC=6.07E-5 9$MC=1277E-8 18
144ND L 2946.04 10(2,3,4)-