McMaster Mass Compilation 07
Compiler: Balraj Singh, Michael Birch, McMaster Univ., CanadaContact: Balraj Singh; ndgroup@mcmaster.ca
Date: October 31, 2012
Compiled Data from papers during November 1, 2011 to October 31, 2012
References:
NSR Keyno Citation Author Title Method Facility
2011Et01 PRL 107, 272501 S.Ettenauer et al. "First Use of High Charge States for Mass Measurements of
Short-Lived Nuclides in a Penning Trap" Penning Trap TITAN at TRIUMF-ISAC
2012Si10 PRC 85, 064308 V.V.Simon et al. "Penning-trap mass spectrometry of highly charged,
neutron-rich Rb and Sr isotopes in the vicinity of A = 100" Penning Trap TITAN at TRIUMF-ISAC
2012La05 PRC 85, 024317 A.Lapierre et al. "Penning-trap mass measurements of the neutron-rich K
and Ca isotopes: Resurgence of the N=28 shell strength" Penning Trap TITAN at TRIUMF-ISAC
2012Sm01 PRC 85, 027601 C.Smorra et al. "Direct mass measurements of cadmium and palladium
isotopes and their double-ß transition Q values" Penning Trap TRIGA-TRAP at the Max Planck Institute
2012Fi01 PRL 108, 062502 D.Fink et al. "Q Value and Half-Lives for the Double-ß-Decay Nuclide 110Pd" Penning Trap ISOLTRAP at ISOLDE-CERN
2012Br03 PRL 108, 052504 M.Brodeur et al. "First Direct Mass Measurement of the Two-Neutron Halo
Nucleus 6He and Improved Mass for the Four-Neutron Halo 8He" Penning Trap TITAN at TRIUMF-ISAC
2012Dr01 NPA 875, 1 C.Droese et al. "Probing the nuclide 180W for neutrinoless double-electron
capture exploration" Penning Trap SHIPTRAP at GSI
2012Ch19 NPA 882, 71 L.Chen et al. "New results on mass measurements of stored neutron-rich
nuclides in the element range from Pt to U with the Mass RS-ESR at GSI
FRS-ESR facility at 360-400 MeV/u" Spectrometry
2012Ka13 EPJA 48, 47 A.Kankainen et al. "Penning-trap mass measurements on 92, 94-98, 100Mo
with JYFLTRAP" Penning Trap JYFLTRAP at IGISOL
2012Ka11 EPJA 48, 50 A.Kankainen et al. "Mass measurements of neutron-deficient nuclei and
their implications for astrophysics" Penning Trap JYFLTRAP at IGISOL
2012Ga15 PRC 85, 044311 A.T.Gallant et al. "Highly charged ions in Penning traps: A new tool for
resolving low-lying isomeric states" Penning Trap TITAN at TRIUMF-ISAC
2012Va02 PRC 85, 045805 J.Van Schelt et al. "Mass measurements near the r-process path using the
Canadian Penning Trap mass spectrometer" Penning Trap Canadian Penning Trap at Argonne
2012Ha25 PRL 109, 032501 J. Hakala et al. "Precision Mass Measurements beyond 132Sn: Anomalous
Behavior of Odd-Even Staggering of Binding Energies" Penning Trap JYFLTRAP at IGISOL
2012Na15 PRC 86, 014325 S. Naimi et al. "Surveying the N = 40 island of inversion with new
manganese masses" Penning Trap ISOLTRAP at ISOLDE-CERN
2012Ga29 PRL 109, 032506 A. T. Gallant et al. "New Precision Mass Measurements of Neutron-Rich
Calcium and Potassium Isotopes and Three-Nucleon Forces" Penning Trap TITAN at TRIUMF-ISAC
2012Zh34 PRL 109, 102501 Y.H. Zhang et al. "Mass Measurements of the Neutron-Deficient 41Ti, 45Cr,
49Fe, and 53Ni Nuclides: First Test of the Isobaric Mass
Multiplet Mass Equation in fp-Shell Nuclei" Spectrometry HIRFL-CSR in Lanzhou
2012SM07 PRC 86, 044604 C. Smorra et al. "Q value and half-life of double-electron capture in 184Os" Penning Trap TRIGA-TRAP at Heidelberg
2012NE10 PRC 86, 044313 D.A. Nesterenko et al. "Double-beta transformations in isobaric triplets with Penning Trap SHIPTRAP, GSI
mass numbers A=124, 130, and 136"
2012RE17 PRC 86, 041306(R) M. Redshaw et al. "Atomic mass and double-beta-decay Q value of 48Ca" Penning Trap LEBIT, NSCL, MSU
NUCLIDE LEVEL- HALF-LIFE SPIN-PARITY MEASURED MASS AME-2003 MASS MEASURED - REFERENCE
ENERGY (keV) EXCESS (keV) EXCESS (keV) AME 2003
6He 0 806.7 ms 0+ 17592.087(54) 17595.1(8) -3.013 2012Br03: PRL 108, 052504
8He 0 119.1 ms 0+ 31609.69(11) 31598(7) 11.69 2012Br03: PRL 108, 052504
41Ti 0 80.4 ms 3/2+ -15698(28) -15700(SY) 2 2012Zh34: PRL 109, 102501
44K 0 22.13 m 2- -35778.7(16) -35810(40) 31.3 2012La05: PRC 85, 024317
45Cr 0 60.9 ms (7/2-) -19515(35) -18970(500) -545 2012Zh34: PRL 109, 102501
47K 0 17.50 s 1/2+ -35711.8(14) -35696(8) -15.8 2012La05: PRC 85, 024317
48K 0 6.8 s (2-) -32284.2(8) -32124(24) -160.2 2012La05: PRC 85, 024317
48CA 0 1.9E19 y 0+ -44224.767(194) -44214(4) 10.8
49K 0 1.26 s (1/2+,3/2+) -29611.3(8) -30320(70) 708.7 2012La05: PRC 85, 024317
49Ca 0 8.718 m 3/2- -41300.0(12) -41289(4) -11 2012La05: PRC 85, 024317
49Fe 0 64.7 ms (7/2-) -24751(24) -24580(SY) -171 2012Zh34: PRL 109, 102501
50K 0 472 ms (0-,1-,2-) -25727.6(77) -25350(280) -377.6 2012La05: PRC 85, 024317
50Ca 0 13.9 s 0+ -39589.0(16) -39571(9) -18 2012La05: PRC 85, 024317
51Ca 0 10.0 s (3/2-) -36339(23) -35860(90) -479 2012Ga29: PRL 109, 032506
51K 0 365 ms (1/2+,3/2+) -22516(13) -22000(SY) -516 2012Ga29: PRL 109, 032506
52Ca 0 4.6 s 0+ -34245(61) -32510(700) -1735 2012Ga29: PRL 109, 032506
53Ni 0 45 ms (7/2-) -29631(25) -29370(SY) -261 2012Zh34: PRL 109, 102501
57Mn 0 85.4 s 5/2- -57484.1(26) -57486.8(18) 2.7 2012Na15: PRC 86, 014325
58mMn 71.77 65.4 s 4+ -55827.4(27) -55840(30) 12.6 2012Na15: PRC 86, 014325
59Mn 0 4.59 s (5/2)- -55525.2(23) -55480(30) -45.2 2012Na15: PRC 86, 014325
60mMn 271.9 1.77 s 4+ -52695.9(23) -52910(90) 214.1 2012Na15: PRC 86, 014325
61Mn 0 670 ms (5/2)- -51741.9(23) -51560(230) -181.9 2012Na15: PRC 86, 014325
61Fe 0 5.98 min 3/2-,5/2- -58920.3(26) -58921(20) 0.7 2012Na15: PRC 86, 014325
62mMn 0+Y 671 ms (4+) -48180.8(26) 2012Na15: PRC 86, 014325
62Fe 0 68 s 0+ -58877.9(28) -58901(14) 23.1 2012Na15: PRC 86, 014325
63Mn 0 275 ms 5/2- -46886.9(37) -46350(260) -536.9 2012Na15: PRC 86, 014325
63Fe 0 6.1 s (5/2-) -55636.6(57) -55550(170) -86.6 2012Na15: PRC 86, 014325
64Mn 0 90 ms (1+) -42989.0(35) -42620(270) -369 2012Na15: PRC 86, 014325
65Mn 0 92 ms (5/2-) -40967.3(37) -40670(540) -297.3 2012Na15: PRC 86, 014325
66Mn 0 65 ms ? -36750(11) 2012Na15: PRC 86, 014325
74Ga 0 8.12 m (3-) -68049.7(50) -68050(4) 0.3 2011Et01: PRL 107, 272501
74Rb 0 64.776 0+ -51916.5(60) -51917(4) 0.5 2011Et01: PRL 107, 272501
75Rb 0 19.0 s (3/2-) -57218.7(17) -57222(7) 3.3 2011Et01: PRL 107, 272501
76Rb 0 36.5 s 1(-) -60481.0(16) -60479.8(19) -1.2 2011Et01: PRL 107, 272501
78Rb 0 17.66 m 0(+) -66933.2(70) -66936(7) 2.8 2012Ga15: PRC 85, 044311
78Rb 111.19(22) 5.74 m 4(-) -66824.8(42) -66825(7) 0.2 2012Ga15: PRC 85, 044311
90Tc 0 50.7 s (8+) -70724.7(11) -71210(240) 485.3 2012Ka11: EPJA 48, 50
90Tc 144.1(17) 8.7 s (1+) -70580.6(13) -71066(240) 485.4 2012Ka11: EPJA 48, 50
92Mo 0 stable 0+ -86807.8(8) -86805(4) -2.8 2012Ka13: EPJA 48, 47
94Mo 0 stable 0+ -88412.7(9) -88409.7(19) -3 2012Ka13: EPJA 48, 47
94Rb 0 2.702 s 3(-) -68562.6(24) -68553(8) -9.6 2012Si10: PRC 85, 064308
94Sr 0 75.3 s 0+ -78845.8(17) -78840(7) -5.8 2012Si10: PRC 85, 064308
95Mo 0 stable 5/2+ -87710.8(10) -87707.5(19) -3.3 2012Ka13: EPJA 48, 47
96Mo 0 stable 0+ -88793.4(10) -88790.5(19) -2.9 2012Ka13: EPJA 48, 47
97Mo 0 stable 5/2+ -87542.8(11) -87540.4(19) -2.4 2012Ka13: EPJA 48, 47
97Rb 0 169.1 ms 3/2+ -58519.2(21) -58360(30) -159.2 2012Si10: PRC 85, 064308
97Sr 0 429 ms 1/2+ -68581.2(36) -68788(19) 206.8 2012Si10: PRC 85, 064308
98Rb 0 114 ms (0,1) -54318.4(34) -54220(50) -98.4 2012Si10: PRC 85, 064308
98Sr 0 653 ms 0+ -66424.5(40) -66646(26) 221.5 2012Si10: PRC 85, 064308
98Mo 0 stable 0+ -88114.5(12) -88111.7(19) -2.8 2012Ka13: EPJA 48, 47
99Sr 0 269 ms 3/2+ -62506.8(41) -62190(80) -316.8 2012Si10: PRC 85, 064308
100Mo 0 7.3e18 y 0+ -86190.9(13) -86184(6) -6.9 2012Ka13: EPJA 48, 47
106Cd 0 stable 0+ -87133.5(19) -87132(6) -1.5 2012Sm01: PRC 85, 027601
106Pd 0 stable 0+ -89909.3(17) -89902(4) -7.3 2012Sm01: PRC 85, 027601
108Cd 0 stable 0+ -89254.0(15) -89252(6) -2 2012Sm01: PRC 85, 027601
108Pd 0 stable 0+ -89525.4(12) -89524(3) -1.4 2012Sm01: PRC 85, 027601
110Cd 0 stable 0+ -90350.8(21) -90353.0(27) 2.2 2012Sm01: PRC 85, 027601
110Pd 0 stable 0+ -88333.5(14) -88349(11) 15.5 2012Sm01: PRC 85, 027601
121Cd 0 13.5 s (3/2+) -81074.2(28) -81060(80) -14.2 2012Ha25: PRL 109, 032501
122Cd 0 5.24 s 0+ -80610.8(27) -80730(40) 119.2 2012Ha25: PRL 109, 032501
123Cd 0 2.10 s (3/2+) -77414.4(26) -77310(40) -104.4 2012Ha25: PRL 109, 032501
124Cd 0 1.25 s 0+ -76702(4) -76710(60) 8 2012Ha25: PRL 109, 032501
125Cd 0 0.68 s (3/2+) -73348.1(29) -73360(70) 11.9 2012Ha25: PRL 109, 032501
126Cd 0 0.515 s 0+ -72257(3) -72330(50) 73 2012Ha25: PRL 109, 032501
127Cd 0 0.37 s (3/2+) -68493(13) -68520(70) 27 2012Ha25: PRL 109, 032501
128Cd 0 0.28 s 0+ -67234(10) -67290(290) 56 2012Ha25: PRL 109, 032501
128Sn 0 59.07 m 0+ -83380(23) -83335(27) -45 2012Ch19: NPA 882, 71
129In 0 0.61 s (9/2+) -72838.0(26) -72940(40) 102 2012Ha25: PRL 109, 032501
130Sn 0 3.72 m 0+ -80133(4) -80139(11) 6 2012Ha25: PRL 109, 032501
131In 0 0.28 s (9/2+) -68025.0(26) -68137(28) 112 2012Ha25: PRL 109, 032501
131Sn 0 56.0 s (3/2+) -77262(20) -77314(21) 52 2012Ha25: PRL 109, 032501
131Sb 0 23.0 m (7/2+) -81982.5(21) -81988(21) 5.5 2012Ha25: PRL 109, 032501
132Sb 0 2.79 m (4)+ -79635.6(27) -79674(14) 38.4 2012Ha25: PRL 109, 032501
132Sn 0 39.7 s 0+ -76543(4) -76554(14) 11 2012Ha25: PRL 109, 032501
132Te 0 3.204 d 0+ -85190(4) -85182(7) -8 2012Ha25: PRL 109, 032501
133Sb 0 2.34 m (7/2+) -78921(4) -78943(25) 22 2012Ha25: PRL 109, 032501
133Sn 0 1.46 s 7/2- -70874.4(24) -70950(40) 75.6 2012Ha25: PRL 109, 032501
133Sb 0 2.34 m (7/2+) -78899(23) -78943(25) 44 2012Ch19: NPA 882, 71
133Sb 0 2.34 m (7/2+) -78918.7(95) -78943(25) 24.3 2012Va02: PRC 85, 045805
133Te 0 12.5 m (3/2+) -82938.2(22) -82945(24) 6.8 2012Ha25: PRL 109, 032501
134Sn 0 1.050 s 0+ -66432(4) -66800(100) 368 2012Ha25: PRL 109, 032501
134Sb 0 0.78 s (0-) -74021.1(21) -74170(40) 148.9 2012Ha25: PRL 109, 032501
134Sb 0 0.78 s (0-) -73763(33) -74170(40) 407 2012Va02: PRC 85, 045805
134Te 0 41.8 m 0+ -82535(4) -82559(11) 24 2012Ha25: PRL 109, 032501
134Te 0 41.8 m 0+ -82532.6(60) -82559(11) 26.4 2012Va02: PRC 85, 045805
135Sn 0 530 ms (7/2-) -60632(3) -60800(SY) 168 2012Ha25: PRL 109, 032501
135Sb 0 1.679 s (7/2+) -69689.6(29) -69710(100) 20.4 2012Ha25: PRL 109, 032501
135Te 0 19.0 s (7/2-) -77727.9(26) -77830(90) 102.1 2012Ha25: PRL 109, 032501
135Te 0 19.0 s (7/2-) -77733.2(93) -77830(90) 96.8 2012Va02: PRC 85, 045805
135I 0 6.58 h 7/2+ -83787.6(77) -83790(7) 2.4 2012Va02: PRC 85, 045805
136Sb 0 0.923 s 1- -64510(7) -64880(SY) 370 2012Ha25: PRL 109, 032501
136Te 0 17.63 s 0+ -74425.7(29) -74430(50) 4.3 2012Ha25: PRL 109, 032501
136Te 0 17.63 s 0+ -74424.2(46) -74430(50) 5.8 2012Va02: PRC 85, 045805
136Te 0 17.63 s 0+ -74468(23) -74430(50) -38 2012Ch19: NPA 882, 71
136I 0 83.4 s (1-) -79339.3(45) -79500(50) 160.7 2012Va02: PRC 85, 045805
137Te 0 2.49 s (7/2-) -69304.2(25) -69560(120) 255.8 2012Ha25: PRL 109, 032501
137Te 0 2.49 s (7/2-) -69282(17) -69560(120) 278 2012Va02: PRC 85, 045805
137I 0 24.5 s (7/2+) -76356.2(83) -76503(28) 146.8 2012Va02: PRC 85, 045805
137Xe 0 3.818 7/2- -82373(11) -82379(7) 6 2012Va02: PRC 85, 045805
138Te 0 1.4 s 0+ -65696(5) -65930(SY) 234 2012Ha25: PRL 109, 032501
138I 0 6.23 s (2-) -71979.8(60) -72330(80) 350.2 2012Va02: PRC 85, 045805
138Xe 0 14.08 m 0+ -79964.1(55) -80150(40) 185.9 2012Va02: PRC 85, 045805
139Te 0 >150 ns (7/2-) -60205(4) -60800(SY) 595 2012Ha25: PRL 109, 032501
139Xe 0 39.68 s 3/2- -75645(11) -75644(21) -1 2012Va02: PRC 85, 045805
139I 0 2.280 s (7/2+) -68460(29) -68840(30) 380 2012Va02: PRC 85, 045805
140Te 0 300 ms (SYS) 0+ -56357(27) -56960(SY) 603 2012Ha25: PRL 109, 032501
140Xe 0 13.60 s 0+ -72976(10) -72990(60) 14 2012Va02: PRC 85, 045805
141Xe 0 1.73 s 5/2(-) -68199.5(94) -68330(90) 130.5 2012Va02: PRC 85, 045805
141Cs 0 24.84 7/2+ -74466(19) -74477(11) 11 2012Va02: PRC 85, 045805
142Cs 0 1.684 s 0- -70511(10) -70515(11) 4 2012Va02: PRC 85, 045805
144La 0 40.8 s (3-) -74867(19) -74890(50) 23 2012Ch19: NPA 882, 71
146Ce 0 13.52 m 0+ -75610(37) -75680(70) 70 2012Ch19: NPA 882, 71
153Pr 0 4.28 s ? -61576(14) -61630(100) 54 2012Va02: PRC 85, 045805
153Nd 0 31.6 s (3/2)- -67332.5(44) -67349(27) 16.5 2012Va02: PRC 85, 045805
153Pm 0 5.25 m 5/2- -70638(22) -70685(11) 47 2012Va02: PRC 85, 045805
155Pr 0 >300 ns ? -55416(30) -55780(SY) 364 2012Va02: PRC 85, 045805
155Pm 0 41.5 s 5/2- -66941.8(79) -66970(30) 28.2 2012Va02: PRC 85, 045805
155Nd 0 8.9 s ? -62285(16) -62470(SY) 185 2012Va02: PRC 85, 045805
155Sm 0 22.3 m 3/2- -70196(22) -70197.2(26) 1.2 2012Va02: PRC 85, 045805
156Pm 0 26.70 s 4- -64165.5(59) -64220(30) 54.5 2012Va02: PRC 85, 045805
157Sm 0 8.03 m (3/2-) -66679.5(74) -66730(50) 50.5 2012Va02: PRC 85, 045805
157Nd 0 >100 ns ? -56464(43) -56790(SY) 326 2012Va02: PRC 85, 045805
157Pm 0 10.56 s (5/2-) -62299(12) -62370(110) 71 2012Va02: PRC 85, 045805
158Pm 0 4.8 s ? -59091(23) -59090(130) -1 2012Va02: PRC 85, 045805
158Sm 0 5.30 m 0+ -65251.5(85) -65210(80) -41.5 2012Va02: PRC 85, 045805
158Eu 0 45.9 m (1-) -67262(23) -67210(80) -52 2012Va02: PRC 85, 045805
159Pm 0 1.5 s ? -56557(17) -56850(SY) 293 2012Va02: PRC 85, 045805
159Sm 0 11.37 s 5/2- -62209.6(97) -62210(100) 0.4 2012Va02: PRC 85, 045805
159Eu 0 18.1 m 5/2+ -66043.2(95) -66053(7) 9.8 2012Va02: PRC 85, 045805
160Sm 0 9.6 s 0+ -60237(10) -60420(SY) 183 2012Va02: PRC 85, 045805
160Eu 0 38 s 1 -63482(16) -63370(SY) -112 2012Va02: PRC 85, 045805
161Sm 0 4.8 s ? -56674(12) -56980(SY) 306 2012Va02: PRC 85, 045805
161Eu 0 26 s ? -61793(18) -61780(SY) -13 2012Va02: PRC 85, 045805
163Gd 0 68 s (5/2-,7/2+) -61316(15) -61490(SY) 174 2012Va02: PRC 85, 045805
184W 0 Stable 0+ -45705.40(94) -45707.54(87) -2.14 2012Sm07: PRC 86, 044604
184OS 0 >5.6E+13 Y 0+ -44251.5(11) -44256.6(13) -5.1 2012Sm07: PRC 86, 044604
202Pt 0 44 h 0+ -22692(25) -22600(SY) -92 2012Ch19: NPA 882, 71
202Au 0 28.4 s (1-) -24353(23) -24400(170) 47 2012Ch19: NPA 882, 71
207Hg 0 2.9 m (9/2+) -16487(30) -16220(150) -267 2012Ch19: NPA 882, 71
213Tl 0 101 s ? 1784(27) 2012Ch19: NPA 882, 71
217Bi 0 93 s ? 8730(18) 8820(SY) -90 2012Ch19: NPA 882, 71
218Bi 0 33 s ? 13216(27) 13340(SY) -124 2012Ch19: NPA 882, 71
219Po 0 >300 ns ? 12681(16) 12800(SY) -119 2012Ch19: NPA 882, 71
220Po 0 >300 ns 0+ 15263(18) 15470(SY) -207 2012Ch19: NPA 882, 71
220At 0 3.71 m 3 14376(14) 14350(50) 26 2012Ch19: NPA 882, 71
221Po 0 112 s ? 19774(20) 2012Ch19: NPA 882, 71
221At 0 2.3 m ? 16783(14) 16810(SY) -27 2012Ch19: NPA 882, 71
222Po 0 550 s 0+ 22486(40) 2012Ch19: NPA 882, 71
222At 0 54 s ? 20953(16) 20800(SY) 153 2012Ch19: NPA 882, 71
223At 0 53 s ? 23428(14) 23460(SY) -32 2012Ch19: NPA 882, 71
223Rn 0 24.3 m 7/2 20381(12) 20300(SY) 81 2012Ch19: NPA 882, 71
224At 0 76 s ? 27711(22) 2012Ch19: NPA 882, 71
224Rn 0 107 m 0+ 22453(13) 22440(SY) 13 2012Ch19: NPA 882, 71
224Fr 0 33.3 m 1- 21795(13) 21660(50) 135 2012Ch19: NPA 882, 71
225Rn 0 4.66 m 7/2- 26526(13) 26490(SY) 36 2012Ch19: NPA 882, 71
225Fr 0 3.95 m 3/2- 23822(13) 23810(30) 12 2012Ch19: NPA 882, 71
226Rn 0 7.4 m 0+ 28753(14) 28770(SY) -17 2012Ch19: NPA 882, 71
226Fr 0 49 s 1- 27541(12) 27370(100) 171 2012Ch19: NPA 882, 71
227Rn 0 20.8 s ? 32905(23) 32980(SY) -75 2012Ch19: NPA 882, 71
227Fr 0 2.47 m 1/2+ 29686(13) 29650(100) 36 2012Ch19: NPA 882, 71
228Rn 0 65 s 0+ 35234(29) 35380(SY) -146 2012Ch19: NPA 882, 71
228Fr 0 38 s 2- 33367(15) 33280(SY) 87 2012Ch19: NPA 882, 71
229Fr 0 20.2 s ? 35674(14) 35820(SY) -146 2012Ch19: NPA 882, 71
229Ac 0 62.7 m (3/2+) 30690(12) 30750(30) -60 2012Ch19: NPA 882, 71
230Fr 0 19.1 s ? 39515(19) 39600(SY) -85 2012Ch19: NPA 882, 71
231Fr 0 17.6 s (1/2+) 42064(25) 42330(SY) -266 2012Ch19: NPA 882, 71
231Ra 0 103 s (5/2+) 38212(14) 38400(SY) -188 2012Ch19: NPA 882, 71
232Ra 0 4.2 m 0+ 40496(14) 40650(SY) -154 2012Ch19: NPA 882, 71
233Ra 0 30 s ? 44322(16) 44770(SY) -448 2012Ch19: NPA 882, 71
234Ra 0 30 s 0+ 46893(31) 47230(SY) -337 2012Ch19: NPA 882, 71
230Ac 0 122 s (1+) 33838(16) 33810(300) 28 2012Ch19: NPA 882, 71
231Ac 0 7.5 m (1/2+) 35763(13) 35920(100) -157 2012Ch19: NPA 882, 71
232Ac 0 119 s (1+) 39154(13) 39150(100) 4 2012Ch19: NPA 882, 71
233Ac 0 145 s (1/2+) 41308(13) 41500(SY) -192 2012Ch19: NPA 882, 71
234Ac 0 44 s ? 44841(14) 45100(SY) -259 2012Ch19: NPA 882, 71
235Ac 0 60 s ? 47357(14) 47720(SY) -363 2012Ch19: NPA 882, 71
235Pa 0 24.44 m (3/2-) 42289(14) 42330(50) -41 2012Ch19: NPA 882, 71
235Th 0 7.2 m (1/2+) 44018(13) 44260(50) -242 2012Ch19: NPA 882, 71
236Th 0 37.3 m 0+ 46255(14) 46450(SY) -195 2012Ch19: NPA 882, 71
236Ac 0 72 s ? 51221(38) 51510(SY) -289 2012Ch19: NPA 882, 71
236Pa 0 9.1 m 1(-) 45334(14) 45350(200) -16 2012Ch19: NPA 882, 71
237Th 0 4.8 m (5/2+) 49955(16) 50200(SY) -245 2012Ch19: NPA 882, 71
237Pa 0 8.7 m (1/2+) 47528(13) 47640(100) -112 2012Ch19: NPA 882, 71
238Pa 0 2.27 m (3-) 50894(16) 50770(60) 124 2012Ch19: NPA 882, 71
NUCLIDE; LEVEL- HALF-LIFE SPIN- MEASURED AME-2003 MEASURED - REFERENCE
DAUGHTER ENERGY (keV) PARITY Q(2EC) (keV) Q(2EC) (keV) AME 2003
48Ca;48Ti 0,0 1.9E19 y;stable 0+;0+ 4267.00(40) 4274(4) -7.0 2012Re17: PRC 86, 041306(R)
106Cd;106Pd 0;0 stable;stable 0+;0+ 2775.01(56) 2270(7) 505.01 2012Sm01: PRC 85, 027601
108Cd;108Pd 0;0 stable;stable 0+;0+ 272.04(55) 272(6) 0.04 2012Sm01: PRC 85, 027601
110Pd;110Cd 0;0 stable;stable 0+;0+ 2017.8(12) 2004(11) 13.8 2012Sm01: PRC 85, 027601
110Pd;110Cd 0;0 stable;stable 0+;0+ 2017.85(64) 2004(11) 13.85 2012Fi01: PRL 108, 062502
124XE;124Te 0,0 >1.6E24 y;stable0+;0+ 2856.73(12) 2864.4(22) -7.7 2012Ne10: PRC 86, 044313
124Sn;124Te 0;0 >1.0E17 y;stable0+;0+ 2292.64(39) 2287.8(15) 4.8 2012Ne10: PRC 86, 044313
130Ba;130Xe 0;0 >4.0E21 y;stable0+;0+ 2623.74(29) 2620.1(29) 3.6 2012Ne10: PRC 86, 044313
130TE;130Xe 0;0 >0.79E21 y;stabl0+;0+ 2527.55(14) 2530.3(20) -2.8 2012Ne10: PRC 86, 044313
136Ce;136Ba 0;0 >3.8E16 y;stable0+;0+ 2378.49(35) 2419(13) -40.5 2012Ne10: PRC 86, 044313
180W;180Hf 0;0 1.1E17 y;stable 0+;0+ 143.20(27) 144.4(45) -1.2 2012Dr01: NPA 875, 1