McMaster Mass Compilation 14
Compilers: Balraj Singh and Liam Kroll, McMaster Univ., CanadaContact: Balraj Singh; balraj@mcmaster.ca
Date: November 27, 2020
Compiled Data from 25 mass measurement papers during November 1, 2019 to November 27, 2020
References:
NSR Keyno Citation Author Title Method Facility
2020Mi13 PRL 125, 122501 S. Michimasa et al. "Mapping of a New Deformation Region Around 62Ti" Time-of-flight, RIBF-RIKEN
magnetic-rigidity
2020FuAA PRC 102, 054311 C.Y. Fu et al. "Mass measurements for the Tz=-2 fp-shell nuclei Isochronous mass Cooler storage ring
40Ti, 44Cr, 46Mn, 48Fe, 50Co, and 52Ni" spectrometry (CSRe) at Lanzhou
2020Ca08 PRC 101, 041304 L. Canete et al. "Precision mass measurements of 67Fe and 69,70Co: Penning Trap JYFLTRAP at IGISOL
Nuclear structure toward N=40 and impact
on r-process reaction rates"
2020De20 PRL 124, 222503 A. de Roubin et al. "High-Precision Q-Value Measurement Confirms Penning Trap JYFLTRAP at IGISOL
the Potential of 135Cs for Absolute Antineutrino
Mass Scale Determination"
2020Gr08 JP-G 47, 085104 M. R. Griffiths et al. "Mass Measurement of Re-190" Q3D Spectrometry Maier Leibnitz Lab.,
Munich
2020Ho03 PL-B 802, 135200 C. Hornung et al. "Isomer studies in the vicinity of the doubly-magic MR-TOF-MS FRS Ion Catcher at GSI
nucleus 100Sn: Observation of a new low-lying
isomeric state in 97Ag"
2020Le06 JP-G 47, 045113 E. Leistenschneider "Diversifying beam species through decay and DRIT technique TITAN-EBIT at TRIUMF
et al. recapture ion trapping: a demonstrative
experiment at TITAN-EBIT"
2020Ma09 PRL 124, 092502 V. Manea et al. "First Glimpse of the N=82 Shell Closure below MR-TOF-MS, TOF-ICR, ISOLTRAP at ISOLDE-CERN
Z = 50 from Masses of Neutron-Rich Cadmium and PI-ICR
Isotopes and Isomers"
2020Me06 PRC 101, 052801 Z. Meisel et al. "Nuclear mass measurements map the structure Time-of-flight S800 at NSCL-MSU
of atomic nuclei and accreting neutron stars" Magnetic-Rigidity
2020Or02 NIM-B 463, 491 R. Orford et al. "Improving the measurement sensitivity of the PI-ICR CPT at CARIBU-ANL
Canadian Penning Trap mass spectrometer
through PI-ICR"
2020Pu02 PRC 101, 064309 D. Puentes et al. "High-precision mass measurements of the isomeric Penning Trap LEBIT at NSCL
(also 2019Su25) HI 240, 65 J. Surbrook et al. and ground states of 44V: Improving constraints
on the isobaric multiplet mass equation
parameters of the A=44, 0+ quintet"
2020Re04 PRC 101, 025803 M. P. Reiter et al. "Mass measurements of neutron-rich gallium isotopes MR-TOF-MS TITAN at TRIUMF
refine production of nuclei of the first r-process
abundance peak in neutron-star merger calculations"
2020Vi04 PRC 101, 034312 M. Vilen et al. "Exploring the mass surface near the rare-earth Penning Trap JYFLTRAP at IGISOL
abundance peak via precision mass measurements
at JYFLTRAP"
2020Ri04 PRL 124, 113001 A. Rischka et al. "Mass-Difference Measurements on Heavy Nuclides Penning Trap PENTATRAP at Max Plank
with an eV/c2 Accuracy in the PENTATRAP Inst. Nuclear Physics
Spectrometer"
2020Su05 PL-B 802, 135213 L. J. Sun et al. "Experimentally well-constrained masses of 27P Beta-decay HIRFL-RIBLL1 at Lanzhou
and 27S: Implications for studies of explosive spectroscopy
binary systems"
2020Ku19 NP-A 1002, 121990 I. Kulikov et al. "Masses of short-lived 49Sc, 50Sc, 70As, 73Br MR-TOF-MS, ISOLTRAP at ISOLDE-CERN
and stable 196Hg nuclides" Penning Trap
2020Mo25 PRC 102, 014301 M. Mougeot et al. "Examining the N=28 shell closure through MR-TOF-MS ISOLTRAP at ISOLDE-CERN
high-precision mass measurements of 46Ð48Ar
2020Ne06 PL-B 808, 135642 D. A. Nesterenko et al. "Three beta-decaying state in 128In and 130In Penning trap JYFLTRAP at IGISOL
resolved for the first time using Penning-trap
techniques"
2020Or03 PRC 102, 011303 R. Orford et al. "Spin-trap isomers in deformed, odd-odd nuclei PI-ICR CPT at CARIBU-ANL
in the light rare-earth region near N=98"
2020Fi05 PRL 124, 013001 D. J. Fink et al. "Deuteron-to-Proton Mass Ratio from the Cyclotron Penning Trap
Frequency Ratio of H2+ to D+ with H2+ in a
Resolved Vibrational State"
2019He19 PRA 100, 022518 F. Heisse et al. "High-precision mass spectrometer for light ions" Penning Trap LIONTRAP at Institut
fur Physik, Mainz
2019Ne08 IJMS 435, 204 D. A. Nesterenko et al. "High-precision measurement of the mass difference Penning Trap JYFLTRAP at IGISOL
between 102Pd and 102Ru"
2019Vi05 PRC 100, 054333 M. Vilen et al. "High-precision mass measurements and production of Penning Trap JYFLTRAP at IGISOL
neutron-deficient isotopes using heavy-ion beams
at IGISOL"
2019Xu13 PRC 100, 051303 X. Xu et al. "Masses of ground and isomeric states of 101In Cooler-Storage Ring HIRFL-CSR at Lanzhou
and configuration-dependent shell evolution in
odd-A indium isotopes"
2016AL30 IJMS 406, 1 M. Alanssari et al. "Precision 71Ga-71Ge mass-difference measurement" Penning Trap JYFLTRAP at IGISOL
Note: IJMS: Int. Jour. Mass Spect.
Nuclide Level Half-Life Spin-Parity Measured Mass AME2016 Mass Measured - Reference
Energy (keV) Excess (keV) Excess (keV) AME2016
p 0 stable 1/2+ 6777.984999(27) 2019He19: PRA 100, 022518
p 0 stable 1/2+ 6777.985010(93) 2019He19: PRA 100, 022518
d/p 1.999007501274(38)^ 2020Fi05: PRL 124, 013001
(H3+)-(HD+) 1442.222856(52) 2018Sm03: PRL 120, 143002
(H3+)-(3He+) 6935.674274(73) 2018Sm03: PRL 120, 143002
(H3+)-(HD+) 1442.213392(30) 2018Sm03: PRL 120, 143002
(H3+)-(3He+) 6935.674028(61) 2018Sm03: PRL 120, 143002
(H3+)-(3He+) 6935.673833(61) 2018Sm03: PRL 120, 143002
(H3+)-(3He+) 6935.673875(61) 2018Sm03: PRL 120, 143002
2p-d <931.233710(54) 2018Sm03: PRL 120, 143002
3p-1H <6424.65642(9) 2018Sm03: PRL 120, 143002
16O 0 stable 0+ -4737.00156(50) -4737.0013(1) -0.00026 2019He19: PRA 100, 022518
27S 0 15.5 ms (5/2+) 17678(77) 17030(400) 648 2020Su05: PL-B 802, 135213
27P 0 260 ms 1/2+ -659(9) -722(26) 63 2020Su05: PL-B 802, 135213
30Al 0 3.62 s 3+ -15863.5(26) -15864.8(29) 1.3 2020Le06: JP-G 47, 045113
30Mg 0 313 ms 0+ -8880.9(14) -8884(3) 3.1 2020Le06: JP-G 47, 045113
40Ti 0 52.4 ms 0+ -9025(75) -8850(160) -175 2020FuAA: PRC 102, 054311
44Cr 0 42.8 ms 0+ -13422(51) -13360(300) -62 2020FuAA: PRC 102, 054311
44V 0 111 ms (2)+ -23804.9(80) -24120(180) 315.1 2020Pu02: PRC 101, 064309
44V 270 150 ms (6)+ -23537.0(55) -23850(210) 313 2020Pu02: PRC 101, 064309
46Mn 0 36.2 ms (4+) -12418(87) -12570(400) 152 2020FuAA: PRC 102, 054311
46Ar 0 8.4 s 0+ -29771.3(23) -29772.9(11) 1.6 2020Mo25: PRC 102, 014301
47Ar 0 1.23 s (3/2)- -25367.3(12) -25366.3(11) -1 2020Mo25: PRC 102, 014301
48Ar 0 415 ms 0+ -22355(17) -22280(310) -75 2020Mo25: PRC 102, 014301
48Ar 0 415 ms 0+ -22390(260) -22280(310) -110 2020Me06: PRC 101, 052801
48Fe 0 45.3 ms 0+ -18009(92) -18000(400) -9 2020FuAA: PRC 102, 054311
49Ar 0 236 ms 3/2- -16300(1100) -17190(400) 890 2020Me06: PRC 101, 052801
49Sc 0 57.18 m 7/2- -46564.7(42) -46561.3(27) -3.4 2020Ku19: NP-A 1002, 121990
50Co 0 38.8 ms (6+) -17589(126) -17630(400) 41 2020FuAA: PRC 102, 054311
50Sc 0 102.5 s 5+ -44546.5(91) -44547(15) 0.5 2020Ku19: NP-A 1002, 121990
52Ni 0 41.8 ms 0+ -22560(83) -22330(400) -230 2020FuAA: PRC 102, 054311
52Sc 0 8.2 s 3(+) -40620(230) -40440(80) -180 2020Me06: PRC 101, 052801
53Sc 0 2.4 s (7/2-) -38400(210) -38910(90) 510 2020Me06: PRC 101, 052801
54Sc 0 526 ms (3)+ -34050(240) -33890(270) -160 2020Me06: PRC 101, 052801
55Sc 0 96 ms (7/2)- -30610(190) -30160(450) -450 2020Mi13: PRL 125, 122501
55Sc 0 96 ms (7/2)- -31090(220) -30160(450) -930 2020Me06: PRC 101, 052801
56Sc+m 0 26 ms + isomer (1+) -25310(430) -24850(590) -460 2020Mi13: PRL 125, 122501
56Sc 0 26 ms (1+) -25380(260)* -24850(590) -530 2020Me06: PRC 101, 052801
56Ti 0 200 ms 0+ -39480(240) -39320(120) -160 2020Me06: PRC 101, 052801
57Sc 0 22 ms 7/2- -21380(180) -21000(1300) -380 2020Mi13: PRL 125, 122501
57Sc 0 22 ms 7/2- -20180(880) -21000(1300) 820 2020Me06: PRC 101, 052801
57Ti 0 95 ms 5/2- -34500(240) -33920(260) -580 2020Me06: PRC 101, 052801
57V 0 350 ms (7/2-) -44650(260) -44410(80) -240 2020Me06: PRC 101, 052801
58Sc+m 0 12 ms + isomer (3+) (sys) -15480(190) -14880(400) -600 2020Mi13: PRL 125, 122501
58Ti 0 55 ms 0+ -30950(270) -31110(200) 160 2020Mi13: PRL 125, 122501
58Ti 0 55 ms 0+ -30890(250) -31110(200) 220 2020Me06: PRC 101, 052801
58V 0 191 ms (1+) -39720(230) -40400(90) 680 2020Me06: PRC 101, 052801
59Ti+m 0 28.5 ms +isomer 5/2- -25200(240) -25510(200) 310 2020Mi13: PRL 125, 122501
59Ti 0 28.5 ms 5/2- -25220(270) -25510(200) 290 2020Me06: PRC 101, 052801
59Sc 0 10 ms (sys) (7/2-) (sys) -10830(250) -10300(400) -530 2020Mi13: PRL 125, 122501
59V 0 95 ms (5/2-) -37040(260) -37830(160) 790 2020Me06: PRC 101, 052801
60Ti 0 22.2 ms 0+ -22100(240) -22330(300) 230 2020Mi13: PRL 125, 122501
60Sc 0 3 ms (sys) (3+) (sys) -3550(1040) -4050(500) 500 2020Mi13: PRL 125, 122501
60V 0 122 ms 3+ -32810(230)* -33240(220) 430 2020Me06: PRC 101, 052801
61Ti+m 0 15 ms +isomer (1/2-) (sys) -16180(280) -16350(400) 170 2020Mi13: PRL 125, 122501
61V 0 48.2 ms (3/2-,5/2-) -29700(430) -30510(890) 810 2020Mi13: PRL 125, 122501
61V 0 48.2 ms (3/2-,5/2-) -30380(280) -30510(890) 130 2020Me06: PRC 101, 052801
62Ti 0 10 ms (sys) 0+ -13300(450) -12500(400) -800 2020Mi13: PRL 125, 122501
62V 0 33.6 ms 3+ -25130(340) -25480(300) 350 2020Mi13: PRL 125, 122501
62V 0 33.6 ms 3+ -25340(420) -25480(300) 140 2020Me06: PRC 101, 052801
63V 0 19.6 ms (3/2-,5/2-) -21740(340) -21890(400) 150 2020Mi13: PRL 125, 122501
63Cu 0 stable 3/2- -65569(13) -65579.8(4) 10.8 2018Ki21: IJMS 430, 134
64V 0 15 ms (1,2) -16690(510) -16320(400) -370 2020Mi13: PRL 125, 122501
64Cr 0 43 ms 0+ -33640(300) -33480(440) -160 2020Me06: PRC 101, 052801
64Zn 0 stable 0+ -66010(15) -66004.0(6) -6 2018Ki21: IJMS 430, 134
65Zn 0 243.93 d 5/2- -65905(12) -65912.0(6) 7 2018Ki21: IJMS 430, 134
65Ge 0 30.9 s 3/2- -56465(20) -56478.2(22) 13.2 2018Ki21: IJMS 430, 134
65Ge 0 30.9 s 3/2- -56457(23) -56478.2(22) 21.2 2018Ki21: IJMS 430, 134
65Ga 0 15.2 m 3/2- -62657.1(21) -62657.5(8) 0.4 2018Ki21: IJMS 430, 134
65Cr 0 27.5 ms 1/2- -27280(780) -28220(300) 940 2020Me06: PRC 101, 052801
66Zn 0 stable 0+ -68891(14) -68899.2(7) 8.2 2018Ki21: IJMS 430, 134
66Ga 0 9.304 h 0+ -63749.8(97) -63723.7(11) -26.1 2018Ki21: IJMS 430, 134
66Ge 0 2.26 h 0+ -61611(13) -61607.0(24) -4 2018Ki21: IJMS 430, 134
67Mn 0 46.7 ms 5/2- -33960(330) -33460(300) -500 2020Me06: PRC 101, 052801
67Fe 0 394 ms (1/2-) -45560(320)* -45610(270) 50 2020Me06: PRC 101, 052801
67Fe 0 394 ms (1/2-) -45709.1(38) -45610(270) -99.1 2020Ca08: PRC 101, 041304
67Ga 0 3.2617 d 3/2- -66845(10) -66879.0(12) 34 2018Ki21: IJMS 430, 134
67Ge 0 18.9 m 3/2- -62675.2(46) -62658(5) -17.2 2018Ki21: IJMS 430, 134
67As 0 42.5 s (5/2-) -56589(26) -56587.2(4) -1.8 2018Ki21: IJMS 430, 134
68Mn 0 33.7 ms >3 -27710(1310) -28380(400) 670 2020Me06: PRC 101, 052801
68Fe 0 188 ms 0+ -44360(320) -43490(370) -870 2020Me06: PRC 101, 052801
69Fe 0 108.2 ms 1/2- -40270(400)* -39030(400) -1240 2020Me06: PRC 101, 052801
69Co 0 180 ms 1/2- -50383(44) -50280(140) -103 2020Ca08: PRC 101, 041304
69Co 500 750 ms 1/2- -50207(36) -49780(240) -427 2020Ca08: PRC 101, 041304
70Fe 0 63 ms 0+ -37710(490) -36510(400) -1200 2020Me06: PRC 101, 052801
70Co 200 470 ms 3+ -46525(11) -46430(360) -95 2020Ca08: PRC 101, 041304
70As 0 52.6 m 4+ -64334.0(14) -64340(50) 6 2020Ku19: NP-A 1002, 121990
73Br 0 3.4 m 1/2- -63635(19) -63647(7) 12 2020Ku19: NP-A 1002, 121990
79Br 0 stable 3/2- -76068.4(51) -76068.0(10) -0.4 2018Ki21: IJMS 430, 134
79Kr 0 35.04 h 1/2- -74342.7(93) -74442(3) 99.3 2018Ki21: IJMS 430, 134
79Sr 0 2.25 m 3/2(-) -65490(16) -65477(8) -13 2018Ki21: IJMS 430, 134
80Rb 0 33.4 s 1+ -72185(11) -72175.5(19) -9.5 2018Ki21: IJMS 430, 134
80Sr 0 106.3 m 0+ -70339(15) -70311(3) -28 2018Ki21: IJMS 430, 134
80Ga 0 1.9 s 6(-) -59212(48) -59223.7(29) 11.7 2020Re04: PRC 101, 025803
81Ga 0 1.217 s 5/2- -57616(31) -57628(3) 12 2020Re04: PRC 101, 025803
81Br 0 stable 3/2- -77955.4(53) -77977.0(10) 21.6 2018Ki21: IJMS 430, 134
81Rb 0 4.572 h 3/2- -75391.5(29) -75457(5) 65.5 2018Ki21: IJMS 430, 134
82Zr 0 32 s 0+ -63613(2) -63631(11) 18 2019Vi05: PRC 100, 054333
82Ga 0 599 ms (2) -52974(31) -52930.7(24) -43.3 2020Re04: PRC 101, 025803
83Ga 0 308.1 ms 5/2- -49258(25) -49257.1(26) -0.9 2020Re04: PRC 101, 025803
84Ga 0 85 ms 0- -44094(30) -44090(200) -4 2020Re04: PRC 101, 025803
84Nb 0 9.8 s (1+) -61193.8(4) -61219(13) 25.2 2019Vi05: PRC 100, 054333
85Ga 0 92.2 ms (5/2-) -39744(37) -39850(300) 106 2020Re04: PRC 101, 025803
86Mo 0 19.1 s 0+ -64112(5) -64110(4) -2 2019Vi05: PRC 100, 054333
88Tc 0 6.4 s (5+,6+,7+) -61670(4) -61680(150) 10 2019Vi05: PRC 100, 054333
88Tc 0 5.8 s (2+) -61600(5) -61680(340) 80 2019Vi05: PRC 100, 054333
89Ru 0 1.5 s (9/2+) -58372(21) -58260(300) -112 2019Vi05: PRC 100, 054333
97Ag 0 25.2 s (9/2)+ -70904(12) -70830(110) -74 2020Ho03: PL-B 802, 135200
97Ag 400 100 ms 1/2- -70286(38) -70430(230) 144 2020Ho03: PL-B 802, 135200
101In 0 15.1 s 9/2+ -68550(14) -68610(200) 60 2019Xu13: PRC 100, 051303
101In 550 10 s 1/2- -67891(48) -68060(220) 169 2019Xu13: PRC 100, 051303
101In 0 15.1 s 9/2+ -68535(20) -68610(20) 75 2020Ho03: PL-B 802, 135200
101In 550 10 s 1/2- -67927(57) -68060(220) 133 2020Ho03: PL-B 802, 135200
103In 0 60 s 9/2+ -74631(25) -74633(10) 2 2020Ho03: PL-B 802, 135200
103In 631.7 34 s 1/2- -73942(77) -74001(10) 59 2020Ho03: PL-B 802, 135200
105In 0 5.07 m 9/2+ -79677(31) -79641(10) -26 2020Ho03: PL-B 802, 135200
105In 674.08 48 s (1/2)- -78975(27) -78967(10) -8 2020Ho03: PL-B 802, 135200
107In 0 32.4 m 9/2+ -83583(27) -83564(11) -19 2020Ho03: PL-B 802, 135200
107In 678.5 50.4 s 1/2- -82920(22) -82886(11) -34 2020Ho03: PL-B 802, 135200
109In 0 4.167 h 9/2+ -86522(34) -86490(4) -32 2020Ho03: PL-B 802, 135200
109In 650.1 1.34 m 1/2- -85871(27) -85840(4) -31 2020Ho03: PL-B 802, 135200
109In 2101.8 209 ms (19/2+) -84424(11) -84388(4) -36 2020Ho03: PL-B 802, 135200
124Cd 0 1.25 s 0+ -76692.4(54) -76701.7(30) 9.3 2020Ma09: PRL 124, 092502
126Cd 0 513 ms 0+ -72249.8(62) -72256.8(25) 7 2020Ma09: PRL 124, 092502
127Cd 0 330 ms 3/2+ -68737(11) -68747(12) 10 2020Ma09: PRL 124, 092502
127Cd 276 200 ms 11/2- -68453.8(54) -68472(8) 18.2 2020Ma09: PRL 124, 092502
128Cd 0 246 ms 0+ -67225(14) -67242(7) 17 2020Ma09: PRL 124, 092502
128In 0 816 ms (3)+ -74190.0(14) -74150(150) -40 2020Ne06: PL-B 808, 135642
128In 80 720 ms (8-) -73904.9(21) -74060(30) 115.1 2020Ne06: PL-B 808, 135642
128In N/A N/A N/A -72392.4(15) N/A N/A 2020Ne06: PL-B 808, 135642
129Cd 0 151.5 ms 3/2+ -62779.1(56) -63058(17) 278.9 2020Ma09: PRL 124, 092502
129Cd 150 147 ms 11/2- -63122.1(54) -62910(150) -212 2020Ma09: PRL 124, 092502
130In 0 284 ms 1(-) -69909.2(75) -69880(40) -29.2 2020Ne06: PL-B 808, 135642
130In 50 540 ms 8- -69842.7(64)* -69830(40) -12.7 2020Ne06: PL-B 808, 135642
130In 50 540 ms 8- -69850.6(71) -69830(40) -20.6 2020Ne06: PL-B 808, 135642
130In 400 540 ms (5+) -69524.1(33) -69480(50) -44.1 2020Ne06: PL-B 808, 135642
130In 400 540 ms (5+) -69522.8(45) -69480(50) -42.8 2020Ne06: PL-B 808, 135642
130In 400 540 ms (5+) -69525.6(49) -69480(50) -45.6 2020Ne06: PL-B 808, 135642
131Cd 0 98 ms 7/2- -55167(31) -55220(100) 53 2020Ma09: PRL 124, 092502
131Cd 0 98 ms 7/2- -55238(24) -55220(100) -18 2020Ma09: PRL 124, 092502
132Cd 0 82 ms 0+ -50499(72) -50260(200) -239 2020Ma09: PRL 124, 092502
132Cd 0 82 ms 0+ -50386(110) -50260(200) -126 2020Ma09: PRL 124, 092502
142I 0 222 ms 2- -54803.0(50) -54770(370) -33 2020Or02: NIM-B 463, 491
146La 0 6.27 s 2- -69221.0(18) -69050(30) -171 2020Or02: NIM-B 463, 491
146La 130 10 s (6-) -69079.6(18) -68920(130) -159.6 2020Or02: NIM-B 463, 491
154Nd 0 25.9 s 0+ -65601.2(251) -65820(50) 218.8 2020Vi04: PRC 101, 034312
156Pm 0 27.2 s 4+ -64168.5(23) -64164(4) -4.5 2020Or03: PRC 102, 011303
156Pm 150.3 5.6 s 1+ -64016.3(15) -64014(4) -2.3 2020Or03: PRC 102, 011303
158Eu 0 45.9 m (1-) -67270.6(20) -67255(10) -15.6 2020Or03: PRC 102, 011303
158Pm 0 4.8 s -59106.6(10) -59089(13) -17.6 2020Or03: PRC 102, 011303
160Eu 0 42.4 s (5-) -63493.4(9) -63480(10) -13.4 2020Or03: PRC 102, 011303
160Eu 12 29.9 s (1-) -63400.4(8) -63400(12) -0.4 2020Or03: PRC 102, 011303
160Pm 0 725 ms 0- -52894.6(20) -53000(200) 105.4 2020Or03: PRC 102, 011303
160Pm N/A N/A N/A -52704(11) N/A N/A 2020Or03: PRC 102, 011303
161Pm 0 1.05 s 5/2- -50107.6(593) -50240(300) 132.4 2020Vi04: PRC 101, 034312
162Eu 0 11 s (1+) -58720.4(31) -58700(40) -20.4 2020Vi04: PRC 101, 034312
162Eu 157 7.5 s (6+) -58565.7(76) -58540(40) -25.7 2020Vi04: PRC 101, 034312
162Tb 0 7.6 m (1-) -65879.4(20) -65680(40) -199.4 2020Or03: PRC 102, 011303
162Tb N/A N/A N/A -65593.9(25) N/A N/A 2020Or03: PRC 102, 011303
162Eu 0 11 s (1+) -58723.9(15) -58700(40) -23.9 2020Or03: PRC 102, 011303
162Eu 157 7.5 s (6+) -58563.7(19) -58540(40) -23.7 2020Or03: PRC 102, 011303
163Gd 0 68 s 7/2+ -61389.1(11) -61314(8) -75.1 2020Or02: NIM-B 463, 491
163Gd 0 23.5 s 1/2- -61249.9(11) -61176(8) -73.9 2020Or02: NIM-B 463, 491
163Gd 0 68 s 7/2+ -61382.4(102) -61314(8) -68.4 2020Vi04: PRC 101, 034312
163Gd 137.8 23.5 s 1/2- -61221.3(134) -61176(8) -45.3 2020Vi04: PRC 101, 034312
163Sm 0 1.3 s 1/2- -50552.3(362) -50720(300) 167.7 2020Vi04: PRC 101, 034312
163Eu 0 7.7 s 5/2+ -56575.7(38) -56480(70) -95.7 2020Vi04: PRC 101, 034312
164Eu 0 4.15 s 0- -53231.1(37) -53380(110) 148.9 2020Vi04: PRC 101, 034312
164Tb 0 3 m (5+) -62105.0(19) -62080(100) -25 2020Or03: PRC 102, 011303
164Tb N/A N/A N/A -61960(12) N/A N/A 2020Or03: PRC 102, 011303
164Eu 0 4.15 s 0- -53232.8(25) -53380(110) 147.2 2020Or03: PRC 102, 011303
165Eu 0 2.53 s 5/2+ -50726.9(60) -50720(140) -6.9 2020Vi04: PRC 101, 034312
165Tb 0 2.11 m 3/2+ -60595.1(39) -60570(100) -25.1 2020Vi04: PRC 101, 034312
166Tb 0 27.1 s (2-) -57807.6(37) -57880(70) 72.4 2020Vi04: PRC 101, 034312
166Tb 0 27.1 s (2-) -57808.9(16) -57880(70) 71.1 2020Or03: PRC 102, 011303
167Tb 0 18.9 s 3/2+ -55883.7(38) -55930(200) 46.3 2020Vi04: PRC 101, 034312
167Gd 0 4.2 s 5/2- -50783.4(123) -50810(300) 26.6 2020Vi04: PRC 101, 034312
168Tb 0 9.4 s (4-) -52781.2(41) -52720(300) -61.2 2020Vi04: PRC 101, 034312
190Re 0 3.1 m (2)- -35583(5) -35640(70) 57 2020Gr08: JP-G 47, 085104
196Hg 0 stable 0+ -31822(15) -31825.9(29) 3.9 2020Ku19: NP-A 1002, 121990
71Ga-71Ge stable; 11.4 d 3/2-; 1/2- 232.443(93) 232.64(22) -0.197 2016Al30: IJMS 406, 1
134Xe-132Xe stable;stable 0+;0+ 1153.1387(23) 2020Ri04: PRL 124, 113001
132Xe-131Xe stable;stable 0+;3/2+ -865.3984(16) 2020Ri04: PRL 124, 113001
131Xe-129Xe stable;stable 3/2+;1/2+ 282.4974(11) 2020Ri04: PRL 124, 113001
129Xe-128Xe stable;stable 1/2+;0+ 1164.4659(12) 2020Ri04: PRL 124, 113001
128Xe-126Xe stable;stable 0+;0+ -714.1502(21) 2020Ri04: PRL 124, 113001
* Author stated known or potential mixing of ground and isomeric state(s). See associated reference.
^ Ratio of masses. Given value has no units.
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Nuclide; Level Half-Life Spin-Parity Measured AME2016 Measured - Reference
Daughter Energy (keV) Q(2EC) (keV) Q(2EC) (keV) AME2016
102Pd;102Ru 0;0 stable;stable 0+;0+ 1203.472(45) N/A N/A 2019Ne08: IJMS 435, 204
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Nuclide; Level Half-Life Spin-Parity Measured AME2016 Measured - Reference
Daughter Energy (keV) Q(EC) (keV) Q(EC) (keV) AME2016
27S;27P 0;0 15.5 m;260 ms (5/2+);1/2+ 18337(78) 17750(400) 587 2020Su05: PL-B 802, 135213
55Sc;55Ca 0;0 96 ms;22 ms (7/2)-;0+ 12440(270) N/A N/A 2020Me06: PRC 101, 052801
65Mn;55Ca 0;0 91.9 ms;27.5 ms (5/2-);1/2- 13690(780) N/A N/A 2020Me06: PRC 101, 052801
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Nuclide; Level Half-Life Spin-Parity Measured AME2016 Measured - Reference
Daughter Energy (keV) Q(B-) (keV) Q(B-) (keV) AME2016
135Cs;135Ba 0;0 1.33 My;stable 7/2+;3/2+ 268.66(30) 268.9(10) -0.24 2020De20: PRL 124, 222503
135Cs;135Ba 0;268.218 1.33 My;28.11 h 7/2+;11/2- 0.44(31) 1(1) -0.56 2020De20: PRL 124, 222503
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