McMaster Mass Compilation 12
Compilers: Balraj Singh and Liam Kroll, McMaster Univ., CanadaContact: Balraj Singh; balraj@mcmaster.ca
Date: September 30, 2018
Compiled Data from papers during May 18, 2017 to September 30, 2018
There is a total of 202 data points from 32 papers in primary nuclear physics journals
including one paper in 2016 in Nature Communications.
References:
NSR Keyno Citation Author Title Method Facility
2018Re11 PRC 98, 024310 M.P. Reiter et al. "Quenching of the N=32 neutron shell Penning trap TITAN at TRIUMF
closure studied via precision mass
measurements of neutron-rich vanadium
isotopes"
2018Xi04 PL-B 781, 358-363 Y.M. Xing et al. "Mass measurents of neutron-deficient Cooler-Storage Ring HIRFL-CSR at Lanzhou
Y, Zr, and Nb isotopes and their impact
on rp and vp nucleosynthesis processes"
2018Fu11 PRC 98, 014315 C.Y. Fu et al. "Masses of the Tz=-3/2 nuclei 27P and Cooler-Storage Ring HIRFL-CSR at Lanzhou
29S"
2018Zh29 PRC 98, 014319 Y.H. Zhang et al. "Isochronous mass measurements if Tz=-1 Cooler-Storage Ring HIRFL-CSR at Lanzhou
fp-shell nuclei from projectile
fragmentation of 58Ni"
2018Ro14 PRC 97, 064306 M. Rosenbusch et al. "New mass anchor points for neutron Penning trap GARIS-II at RIKEN
-deficient heavy nuclei from direct mass
measurements of radium and actinium
isotopes"
2018Vi02 PRL 120, 262701 M. Vilen et al. "Precision Mass Measurements on Neutron Penning trap JYFLTRAP at Jyvaskyla
-Rich Rare-Earth Isotopes at JYFLTRAP:
Reduced Neutron Pairing and Implications
for r-Process Calculations"
2018Va01 PRL 120, 032701 A.A. Valverde et al. "High-Precision Mass Measurement of 56Cu Penning trap LEBIT at NSCL
and the Redirection of the rp-Process Flow"
2018Or02 PRL 120, 262702 R. Orforf et al. "Precision Mass Measurements of Neutron Penning trap CPT at CARIBU-ANL
-Rich Neodymium and Samarium Isotopes
and Their Role in Understanding Rare
-Earth Peak Formation"
2018Mo14 PRL 120, 232501 M. Mougeot et al. "Precision Mass MEsaurements of 58-63Cr: Penning trap ISOLTRAP at ISOLDE-CERN
Nuclear Collectivity Towards the N=40
Island of Inversion"
2018Mi08 PRL 121, 022506 S. Michimasa et al. "Magic Nature of Neutrons in 54Ca: First Time-of-Flight SHARAQ at RIKEN
Mass Measurements of 55-57Ca" Magnetic-Rigidity
2018Le03 PRL 120, 062503 E. Leistenschneider "Dawning of the N=32 Shell Closure Seen Penning trap TITAN at TRIUMF
et al. through Precision Mass Measurements
of Neeutron-Rich Titanium Isotopes"
2018Iz01 PRC 97, 014309 C. Izzo et al. "Precision mass measurements of neutron Penning trap LEBIT at NSCL
-rich Co isotopes beyond N=40"
2018It04 PRL 120, 152501 Y. Ito et al. "First Direct Mass Measurements of Nuclides Penning trap GARIS-II at RIKEN
around Z=100 with a Multirelection Time
-of-Flight Mass Spectrograph"
2018Ha19 PRL 120, 182502 D.J. Hartley et al. "Masses and beta-Decay Spectroscopy of Neutron Penning trap CPT at CARIBU-ANL
-Rich Odd-Odd 160,162Eu Nuclei: Evidence for
a Subshell Gap with Large Deformation at
N=98"
2018Ba08 PRC 97, 024312 C. Babcock et al. "Mass measurements of neutron-rich indium Penning trap TITAN at TRIUMF
isotopes toward the N=82 shell closure"
2017Ma29 PRC 95, 054322 V. Manea et al. "Penning-trap mass spectrometry and mean Penning trap ISOLTRAP at ISOLDE-CERN
-field study of nuclear shape coexistence
in the neutron-deficient lead region"
2017Re10 PRC 96, 052501 M.P. Reiter et al. "High-precision Qec-value measurement of the Penning trap TITAN at TRIUMF
superallowed beta+ emitter 22Mg and an ab
initio evaluation of the A=22 isobaric triplet
2017We16 PRL 119, 192502 A. Welker et al. "Binding Energy of 79Cu: Probing the Structure Penning trap ISOLTRAP at ISOLDE-CERN
of the Doubly Magic 78Ni from Only One
Proton Away"
2017Zh12 PL-B 767, 20-24 P. Zhang et al. "High-precision Qec values of superallowed Cooler-Storage Ring HIRFL-CSR at Lanzhou
0+->0+ beta-emitters 46Cr, 50Fe and 54Ni"
2017He14 PRL 119, 033001 F. Heiße et al. "High-Precision Measurement of the Proton's Penning trap
Atomic Mass"
2017Ka53 PRC 96, 044321 R.M.E.B. Kandegedara "Beta-decay Q values amoung the A=50 Ti-V-Cr Penning trap LEBIT at NSCL
et al. isobaric triplet and atomic masses of
46,47,49,50Ti, 50,51V, and 50,52-54Cr"
2017La16 PRC 96, 044323 D. Lascar et al. "Precision mass measurements of 125-127Cd Penning trap TITAN at TRIUMF
isotopes and isomers approaching the N=82
closed shell"
2017Ze02 PRC 96, 031303 Q. Zeng et al. "Half-life measurement of short-lived 94mRu44+ Cooler-Storage Ring HIRFL-CSR at Lanzhou
using isochronous mass spectrometry"
2017Ga20 PRC 96, 024325 A.T. Gallant et al. "Mass determination near N=20 for Al Penning trap TITAN at TRIUMF
and Na isotopes"
2017De18 PRC 96, 014310 A. de Roubin et al. "Nuclear deformation in the A=100 region: Penning trap ISOLTRAP at ISOLDE-CERN
Comparison between new masses and mean
-field predictions"
2017Se09 JP-G 44, 074002 N. Severijns et al. "Weak interaction physics at ISOLDE" Penning trap ISOLTRAP at ISOLDE-CERN
2017Ne05 JP-G 44, 065103 D.A. Nesterenko et al. "High-precision mass measurements for the Penning trap JYFLTRAP at Jyvaskyla
isobaric multiplet mass equation at A=52"
2017Br14 PRC 96, 034316 M. Brodeur et al. "Precision mass measurements if magnesium isotopes Penning trap TITAN at TRIUMF
and implications for the validity of the isobaric
mass multiplet equation"
2017At01 JP-G 44, 044004 D. Atanasoc et al. "Precision mass measurements of cesium isotopes Penning trap ISOLTRAP at ISOLDE-CERN
-new entries in the ISOLTRAP chronicles"
2017Al34 PRC 96, 044325 N.A. Althubiti et al. "Spectroscopy of the long-lived excited Penning trap ISOLTRAP at ISOLDE-CERN
state in the neutron-deficient nuclides
195,197,199Po by precision mass measurements"
2017Ha33 PRA 96, 060501 S. Hamzeloui et al. "Precision mass ratio of 3He+ to HD+" Penning trap
2016Ko45 Nature Comms. 7, 10246 F. Kohler et al. "Isotope dependence of the Zeeman effect Penning trap SHIPTRAP at GSI-HSD
in lithium-like calcium"
Nuclide Level Half-Life Spin-Parity Measured Mass AME-2016 Mass Measured - Reference
Energy (keV) Excess (keV) Excess (keV) AME-2016
p 0 stable 1/2+ -6777.985(2) 2017He14: PRL 119, 033001
p+d-3He 5493.42(4) 2017Ha33: PRA 96, 060501
12C(6+) 0 stable 0+ -3064.96357(3) 2017He14: PRL 119, 033001
16O 0 stable 0+ -4737.00(3) -4737.0013(1) 0.0013 2017He14: PRL 119, 033001
18Ne 0 1664.20 ms 0+ 5317.63(36) 5317.6(4) -0.03 2017Se09: JP-G 44, 074002
19Ne 0 17.274 s 1/2+ 1751.83(31) 1752.05(16) 0.22 2017Se09: JP-G 44, 074002
21Na 0 22.422 s 3/2+ -2184.71(21) -2184.63(10) -0.08 2017Se09: JP-G 44, 074002
22Mg 0 3.8755 s 0+ -400.10(22) -399.9(3) -0.2 2017Re10: PRC 96, 052501
22Na 0 2.6018 y 3+ -5181.49(22) -5181.51(17) 0.02 2017Re10: PRC 96, 052501
26Al 228.306 6346.0 ms 0+ -12210.20(6) -12210.16(7) 0.04 2017Se09: JP-G 44, 074002
27Mg 0 9.435 min 1/2+ -14586.38(14) -14586.61(5) 0.23 2017Br14: PRC 96, 034316
27P 0 260 ms 1/2+ -685(42) -722(26) 37 2018Fu11: PRC 98, 014315
28Mg 0 20.915 h 0+ -15019.95(26) -15018.8(20) -1.15 2017Br14: PRC 96, 034316
29S 0 188 ms 5/2+ -3094(13) -3160(50) 66 2018Fu11: PRC 98, 014315
29Mg 0 1.30 s 3/2+ -10612.38(34) -10603(11) -9.38 2017Br14: PRC 96, 034316
29Al 0 6.56 min 5/2+ -18207.77(37) -18207.8(3) 0.03 2017Ga20: PRC 96, 024325
31Na 0 17.35 ms 3/2+ 12246(14) 12246(14) 0 2017Ga20: PRC 96, 024325
32Ar 0 98 ms 0+ -2200.2(18) -2200.4(18) 0.2 2017Se09: JP-G 44, 074002
32Na 0 12.9 ms 3- 18638(37) 18640(40) 2 2017Ga20: PRC 96, 024325
34Ar 0 843.8 ms 0+ -18377.10(41) -18378.29(8) 1.19 2017Se09: JP-G 44, 074002
34Al 0 56.3 ms 4- -3000.5(29) -3000(3) -0.5 2017Ga20: PRC 96, 024325
35Al 0 37.2 ms 5/2+ -223.7(73) -224(7) 0.3 2017Ga20: PRC 96, 024325
37K 0 1.2365 s 3/2+ -24800.45(35) -24800.20(9) -0.25 2017Se09: JP-G 44, 074002
38Ca 0 443.7 ms 0+ -22058.01(65) -22058.50(19) 0.49 2017Se09: JP-G 44, 074002
39Ca 0 860.3 ms 3/2+ -27282.57(60) -27282.7(6) 0.13 2017Se09: JP-G 44, 074002
40P 0 150 ms 2-,3- -8150(100) -8110(150) -40 2018Mi08: PRL 121, 022506
40Si 0 33.0 ms 0+ 5700(130) 5430(350) -270 2018Mi08: PRL 121, 022506
42P 0 48.5 ms 1100(100) 1010(310) -90 2018Mi08: PRL 121, 022506
43Ti 0 509 ms 7/2- -29306(9) -29321(7) 15 2018Zh29: PRC 98, 014319
44Cl 0 560 ms 2- -20540(110) -20380(140) -160 2018Mi08: PRL 121, 022506
44V 0 111 ms 2+ -23827(20) -24120(180) 293 2018Zh29: PRC 98, 014319
44V 270 150 ms 6+ -23541(19) -23850(210) 309 2018Zh29: PRC 98, 014319
45V 0 547 ms 7/2- -31885(10) -31886.0(9) 1 2018Zh29: PRC 98, 014319
46Cr 0 224.3 ms 0+ -29471(11) -29472(11) 1 2018Zh29: PRC 98, 014319
46Cl 0 232 ms 2- -13700(110) -13860(210) 160 2018Mi08: PRL 121, 022506
46Ti 0 stable 0+ -44128.06(12) -44127.80(16) -0.26 2017Ka53: PRC 96, 044321
46Cr 0 224.3 ms 0+ -29471(11) -29472(11) 1 2017Zh12: PL-B 767, 20-24
47Cr 0 500 ms 3/2- -34565(10) -34563(6) -2 2018Zh29: PRC 98, 014319
47Ti 0 stable 5/2- -44937.35(12) -44937.36(12) 0.01 2017Ka53: PRC 96, 044321
48Ca 0 Stable 0+ -44224.869(3) -44224.63(10) -0.239 2016Ko45: Nature Comms. 7, 10246
48Ar 0 415 ms 0+ -22330(120) -22280(310) -50 2018Mi08: PRL 121, 022506
48Mn 0 158.1 ms 4+ -29299(7) -29296(7) -3 2018Zh29: PRC 98, 014319
49Mn 0 382 ms 5/2- -37607(14) -37620.6(23) 13.6 2018Zh29: PRC 98, 014319
49Ti 0 stable 7/2- -48563.76(12) -48563.79(11) 0.03 2017Ka53: PRC 96, 044321
50Fe 0 152.1 ms 0+ -34477(6) -34476(8) -1 2018Zh29: PRC 98, 014319
50Fe 0 152.1 ms 0+ -34477(6) -34476(8) -1 2017Zh12: PL-B 767, 20-24
50Ti 0 stable 0+ -51431.58(12) -51431.66(12) 0.08 2017Ka53: PRC 96, 044321
50V 0 150 Py 6+ -49222.88(15) -49224.0(4) 1.12 2017Ka53: PRC 96, 044321
50Cr 0 stable 0+ -50261.16(13) -50262.1(4) 0.94 2017Ka53: PRC 96, 044321
51Fe 0 305.4 ms 5/2- -40198(14) -40203(9) 5 2018Zh29: PRC 98, 014319
51Ti 0 5.76 min 3/2- -49731.3(21) -49732.8(5) 1.5 2018Le03: PRL 120, 062503
51Ti 0 5.76 min 3/2- -49731.5(21) -49732.8(5) 1.3 2018Re11: PRC 98, 024310
51V 0 stable 7/2- -52203.5(18) -52203.8(4) 0.3 2018Re11: PRC 98, 024310
51V 0 stable 7/2- -52202.87(13) -52203.8(5) 0.93 2017Ka53: PRC 96, 044321
52Co 0 111 ms 6+ -34331.6(66) -34361(8) 29.4 2017Ne05: JP-G 44, 065103
52Co 387 102 ms 2+ -33958(11) -33974(10) 16 2017Ne05: JP-G 44, 065103
52Fe 0 8.27 h 0+ -48330.67(60) -48330(5) -0.67 2017Ne05: JP-G 44, 065103
52Fe 6958 45.9 s 12+ -41370.01(65) -41372(5) 2.0 2017Ne05: JP-G 44, 065103
52Mn 0 5.59 d 6+ -50709.97(59) -50707.3(18) -2.7 2017Ne05: JP-G 44, 065103
52Cr 0 stable 0+ -55419.13(14) -55419.2(3) 0.07 2017Ka53: PRC 96, 044321
52Ti 0 1.7 min 0+ -49466(16) -49470(7) 4 2018Le03: PRL 120, 062503
52Ti 0 1.7 min 0+ -49479.1(30) -49470(7) -9.1 2018Re11: PRC 98, 024310
52Co 0 111.1 ms 6+ -34361(8) -34361(8) 0 2018Zh29: PRC 98, 014319
52Co 387 102 ms 2+ -33974(10) -33974(10) 0 2018Zh29: PRC 98, 014319
52Cr 0 stable 0+ -55421.3(20) -55419.2(3) -2.1 2018Re11: PRC 98, 024310
52V 0 3.743 min 3+ -51417(26) -51443.8(4) 26.8 2018Re11: PRC 98, 024310
53Ti 0 32.7 s 3/2- -46881.4(29) -46830(100) -51.4 2018Re11: PRC 98, 024310
53Ti 0 32.7 s 3/2- -46881.3(29) -46830(100) -51.3 2018Le03: PRL 120, 062503
53Cr 0 stable 3/2- -55288.4(19) -55287.0(3) -1.4 2018Re11: PRC 98, 024310
53Cr 0 stable 3/2- -55287.58(15) -55287.0(3) -0.58 2017Ka53: PRC 96, 044321
53V 0 1.543 min 7/2- -51851(19) -51851(3) 0 2018Re11: PRC 98, 024310
54Ti 0 2.1 s 0+ -45744(16) -45620(80) -124 2018Le03: PRL 120, 062503
54Ni 0 114.2 ms 0+ -39278(4) -39278(5) 0 2018Zh29: PRC 98, 014319
54Ni 0 114.2 ms 0+ -39278(4) -39278(5) 0 2017Zh12: PL-B 767, 20-24
54Cr 0 stable 0+ -56929.3(46) -56934.8(4) 5.5 2018Re11: PRC 98, 024310
54Cr 0 stable 0+ -56935.17(18) -56934.8(4) -0.37 2017Ka53: PRC 96, 044321
54V 0 49.8 s 3+ -49904(17) -49893(15) -11 2018Re11: PRC 98, 024310
55Ti 0 1.3 s 1/2- -41832(29) -41670(160) -162 2018Le03: PRL 120, 062503
55Ca 0 22 ms 3/2+ -18650(160) -18350(300) -300 2018Mi08: PRL 121, 022506
55V 0 6.54 s 7/2- -49125(27) -49140(100) 15 2018Re11: PRC 98, 024310
56Ca 0 11 ms 0+ -13510(250) -13900(400) 390 2018Mi08: PRL 121, 022506
56Cu 0 93 ms 4+ -38626.7(71) -38643(15) 16.3 2018Va01: PRL 120, 032701
56Cu 0 93 ms 4+ -38643(15) -38643(15) 0 2018Zh29: PRC 98, 014319
57Ca 0 5 ms 5/2- -7370(990) -6870(400) -500 2018Mi08: PRL 121, 022506
58Cr 0 7 s 0+ -51991.8(30) -51991.8(15) 0 2018Mo14: PRL 120, 232501
59Cr 0 1050 ms 1/2- -48115.9(7) -48090(220) -25.9 2018Mo14: PRL 120, 232501
59Cr 0 1050 ms 1/2- -48132(20) -48090(220) -42 2018Mo14: PRL 120, 232501
60Cr 0 490 ms 0+ -46908.5(11) -46670(190) -238.8 2018Mo14: PRL 120, 232501
60Cr 0 490 ms 0+ -46917(19) -46670(190) -247 2018Mo14: PRL 120, 232501
61Cr 0 243 ms 5/2- -42496.5(18) -42480(100) -16.5 2018Mo14: PRL 120, 232501
61Cr 0 243 ms 5/2- -42503(20) -42480(100) -23 2018Mo14: PRL 120, 232501
62Cr 0 206 ms 0+ -40852.6(35) -40890(150) 37.4 2018Mo14: PRL 120, 232501
62Cr 0 206 ms 0+ -40841(18) -40890(150) 49 2018Mo14: PRL 120, 232501
63Cr 0 129 ms 1/2- -36178(73) -36010(360) -168 2018Mo14: PRL 120, 232501
68Co 0 200 ms 7- -51642.8(44) -51930(190) 287.2 2018Iz01: PRC 97, 014309
69Co 0 180 ms 7/2- -50214(14) -50280(140) -66 2018Iz01: PRC 97, 014309
74Rb 0 64.776 ms 0+ -51915.2(40) -51916(3) 0.8 2017Se09: JP-G 44, 074002
75Cu 0 1.224 s 5/2- -54470.04(76) -54471.3(23) 1.26 2017We16: PRL 119, 192502
76Cu 0 637.7 ms 3,4 -50981.55(89) -50976(7) -5.55 2017We16: PRL 119, 192502
77Cu 0 467.9 ms 5/2- -48862.8(12) -48620(150) -242.8 2017We16: PRL 119, 192502
78Cu 0 330.7 ms 5- -44772(17) -44500(500) -272 2017We16: PRL 119, 192502
79Cu 0 241.0 ms 5/2- -42408(105) -41740(300) -668 2017We16: PRL 119, 192502
79Y 0 14.8 s 5/2+ -57803(80) -57820(80) 17 2018Xi04: PL-B 781, 358-363
81Zr 0 5.5 s 3/2- -57524(92) -57460(90) -60 2018Xi04: PL-B 781, 358-363
82Zr 0 32 s 0+ -63632(10) -63631(11) -1 2018Xi04: PL-B 781, 358-363
83Nb 0 3.9 s 9.2+ -57613(162) -57560(150) -53 2018Xi04: PL-B 781, 358-363
84Nb 0 9.8 s 1+ -61219(12) -61219(13) 0 2018Xi04: PL-B 781, 358-363
94Ru 0 51.8 min 0+ -82531(72) -82584(3) 3 2017Ze02: PRC 96, 031303
94Ru 2644.1 0.071 ms 8+ -79905(132) -79940(3) 35 2017Ze02: PRC 96, 031303
100Sr 0 202 ms 0+ -59821(27) -59821(7) 0 2017De18: PRC 96, 014310
101Sr 0 113.8 ms 5/2- -55315(21) -55325(8) 10 2017De18: PRC 96, 014310
102Sr 0 69 ms 0+ -52160(67) -52160(70) 0 2017De18: PRC 96, 014310
100Rb 0 48 ms 3+,4- -46290(19) -46247(20) -43 2017De18: PRC 96, 014310
101Rb 0 31.8 ms 3/2+ -42558(28) -42850(200) 292 2017De18: PRC 96, 014310
102Rb 0 37 ms 4+ -37253(83) -37710(300) 457 2017De18: PRC 96, 014310
125In 0 2.36 s 9/2+ -80412.4(15) -80477(27) 64.6 2018Ba08: PRC 97, 024312
125In 360.12 12.2 s 1/2- -80061(13) -80117(27) 56 2018Ba08: PRC 97, 024312
125Cd 0 680 ms 3/2+ -73348.1(29) -73348.1(29) 0 2017La16: PRC 96, 044323
125Cd 186 480 ms 11/2- -73157.9(90) -73162(3) 4.1 2017La16: PRC 96, 044323
126Cd 0 513 ms 0+ -72260.7(70) -72256.8(25) -3.9 2017La16: PRC 96, 044323
126In 0 1.53 s 3+ -77809.5(41) -77773(27) -36.5 2018Ba08: PRC 97, 024312
126In 70 1.64 s 8- -77719.6(50) -77710(50) -9.6 2018Ba08: PRC 97, 024312
127Cd 0 330 ms 3/2+ -68743.4(56) -68747(12) 3.6 2017La16: PRC 96, 044323
127Cd 276 200 ms 11/2- -68460.1(47) -68472(30) 11.9 2017La16: PRC 96, 044323
127In 0 1.09 s 9/2+ -76876(11) -76896(21) 20 2018Ba08: PRC 97, 024312
127In 408.9 3.67 s 1/2- -76487(15) -76487(21) 0 2018Ba08: PRC 97, 024312
127In 1870 1.04 s 21/2- -75179(48) -75030(60) -149 2018Ba08: PRC 97, 024312
128In 0 816 ms 3+ -74170.5(97) -74150(150) -20.5 2018Ba08: PRC 97, 024312
128In 80 720 ms 8- -73908.8(91) -74060(30) 151.2 2018Ba08: PRC 97, 024312
129In 0 570 ms 9/2+ -72836.4(61) -72837.7(27) 1.3 2018Ba08: PRC 97, 024312
129In 458 1.23 s 1/2- -72392(14) -72380(3) -12 2018Ba08: PRC 97, 024312
130In 0 284 ms 1- -69862(20) -69880(40) 18 2018Ba08: PRC 97, 024312
130In 400 540 ms 5+ -69503(28) -69480(40) -23 2018Ba08: PRC 97, 024312
132Cs 0 6.48 d 2+ -87151.4(12) -87152.7(10) 1.3 2017At01: JP-G 44, 044004
133Cs 0 stable 7/2+ -88072.1(30) -88070.931(8) -1.169 2017La16: PRC 96, 044323
146Cs 0 323 ms 1- -55309(3) -55310.4(29) 1.4 2017At01: JP-G 44, 044004
147Cs 0 230 ms (3/2+) -51920(8) -51920(8) 0 2017At01: JP-G 44, 044004
148Cs 0 145 ms -46911(13) -46911(13) 0 2017At01: JP-G 44, 044004
154Nd 0 25.9 s 0+ -65579.6(10) -65820(50) 241 2018Or02: PRL 120, 262702
156Nd 0 5.06 s 0+ -60202.1(13) -60470(200) 267 2018Or02: PRL 120, 262702
156Nd 0 5.06 s 0+ -60210(2) -60470(200) 260 2018Vi02: PRL 120, 262701
158Nd 0 810 ms 0+ -53897(37) -54060(200) 163 2018Vi02: PRL 120, 262701
158Pm 0 4.8 s -59104(2) -59089(13) -15 2018Vi02: PRL 120, 262701
158Nd 0 810 ms 0+ -53835.1(13) -54060(200) 225 2018Or02: PRL 120, 262702
159Nd 0 500 ms 7/2+ -49724(30) -49810(300) 86 2018Or02: PRL 120, 262702
160Nd 0 439 ms 0+ -46725(47) -47130(300) 405 2018Or02: PRL 120, 262702
160Eu 0 42.4 s 5- -63493.4(9) -63480(10) -13.4 2018Ha19: PRL 120, 182502
160Eu 80 29.9 s 1- -63400.4(8) -63400(12) -0.4 2018Ha19: PRL 120, 182502
160Pm 0 725 ms 0- -52851(16) -53000(200) 149 2018Vi02: PRL 120, 262701
162Eu 0 11 s 1+ -58723.9(15) -58700(40) -23.9 2018Ha19: PRL 120, 182502
162Eu 157 7.5 s 6+ -58563.7(19) -58540(40) -23.7 2018Ha19: PRL 120, 182502
162Sm 0 2.7 s 0+ -54377.0(50) -54530(200) 153 2018Or02: PRL 120, 262702
162Sm 0 2.7 s 0+ -54381(5) -54530(200) 149 2018Vi02: PRL 120, 262701
162Eu 0 11 s 1+ -58658(4) -58700(40) 42 2018Vi02: PRL 120, 262701
163Sm 0 1.3 s 1/2- -50599.6(73) -50720(300) 120.4 2018Or02: PRL 120, 262702
163Eu 0 7.7 s 5/2+ -56420(4) -56480(70) 60 2018Vi02: PRL 120, 262701
163Gd 0 68 s 7/2+ -61338(4) -61314(8) -24 2018Vi02: PRL 120, 262701
163Gd 137.8 23.5 s 1/2- -61200(4) -61176(8) -24 2018Vi02: PRL 120, 262701
164Sm 0 1.43 s 0+ -47925.3(40) -48100(300) 174.7 2018Or02: PRL 120, 262702
164Gd 0 45 s 0+ -59694(3) -59770(100) 76 2018Vi02: PRL 120, 262701
164Tb 0 3.0 min 5+ -62090(4) -62080(100) -10 2018Vi02: PRL 120, 262701
165Gd 0 11.0 s 1/2- -56522(4) -56450(120) -72 2018Vi02: PRL 120, 262701
166Gd 0 5.1 s 0+ -54387(4) -54530(200) 143 2018Vi02: PRL 120, 262701
180Au 0 8.4 s -25627.3(50) -25626(5) -1.25 2017Ma29: PRC 95, 054322
185Au 0 4.25 min 5/2- -31858.2(26) -31858.1(26) -0.07 2017Ma29: PRC 95, 054322
188Au 0 8.84 min 1- -32371.3(27) -32371.3(27) -0.03 2017Ma29: PRC 95, 054322
190Au 0 42.8 min 1- -32833.5(35) -32834(3) 0.47 2017Ma29: PRC 95, 054322
195Po 0 4.64 s 3/2- -11117.9(61) -11060(40) -57.9 2017Al34: PRC 96, 044325
195Po 90 1.92 s 13/2+ -10968.3(72) -10965(28) -3.3 2017Al34: PRC 96, 044325
196Po 0 5.56 s 0+ -13467.9(59) -13473(14) 5.1 2017Al34: PRC 96, 044325
197Po 0 53.6 s 3/2- -13396(10) -13360(50) -9 2017Al34: PRC 96, 044325
197Po 230 25.8 s 13/2+ -13197.1(70) -13130(90) -67.1 2017Al34: PRC 96, 044325
197At 0 388.2 ms 9/2- -6371(18) -6355(8) -16.5 2017Ma29: PRC 95, 054322
197At 45 2.0 s 1/2+ -6326(14) -6311(9) -14.9 2017Ma29: PRC 95, 054322
199Po 311.9 4.17 min 13/2+ -14929.4(49) -14897(18) -32.4 2017Al34: PRC 96, 044325
203Po 0 36.7 min 5/2- -17310.3(56) -17311(9) 0.7 2017Al34: PRC 96, 044325
208Po 0 2.898 y 0+ -17463.5(55) -17469.6(17) 6.1 2017Al34: PRC 96, 044325
210Ra 0 4.0 s 0+ 411(33) 443(9) 31.9 2018Ro14: PRC 97, 064306
210Ac 0 350 ms 7+ 8626(157) 8790(60) 164 2018Ro14: PRC 97, 064306
211Ra 0 13.2 s 5/2- 819(25) 832(8) 13.2 2018Ro14: PRC 97, 064306
211Ac 0 213 ms 9/2- 7007(99) 7200(50) -193 2018Ro14: PRC 97, 064306
212Ra 0 13.0 s 0+ -198(25) -199(11) 0.9 2018Ro14: PRC 97, 064306
212Ac 0 895 ms 6+ 7304(24) 7280(50) -23.6 2018Ro14: PRC 97, 064306
213Ac 0 738 ms 9/2- 6122(18) 6155(15) -33 2018Ro14: PRC 97, 064306
214Ra 0 2.437 s 0+ 59(35) 93(5) -34 2018Ro14: PRC 97, 064306
214Ac 0 8.2 s 5+ 6396(29) 6444(15) -47.6 2018Ro14: PRC 97, 064306
219At 0 56 s 9/2- 10394.4(77) 10396(3) 1.65 2017Ma29: PRC 95, 054322
246Es 0 7.5 m 4- 67812(109) 67900(220) -88 2018It04: PRL 120, 152501
251Fm 0 5.3 h 9/2- 75996(34) 75954(15) 42 2018It04: PRL 120, 152501
249Md 0 23.4 s 7/2- 77259(221) 77230(200) 29 2018It04: PRL 120, 152501
250Md 0 52 s 78472(138) 78630(200) -158 2018It04: PRL 120, 152501
251Md 0 4.21 min 7/2- 79025(60) 78967(19) 58 2018It04: PRL 120, 152501
252Md 0 2.3 min 80467(89) 80510(130) -83 2018It04: PRL 120, 152501
254No 0 51.2 s 0+ 84675(42) 84723(10) -48 2018It04: PRL 120, 152501
Nuclide; Level Half-Life Spin-Parity Measured AME-2016 Measured - Reference
Daughter Energy (keV) Q(EC) (keV) Q(EC) (keV) AME-2016
22Mg;22Na 0;657.00 3.8755 s;19.6 ps 0+;0+ 4781.64(28) 4781.6(3) 0.04 2017Se09: JP-G 44, 074002
22Mg;22Na 0;0 3.8755 s;2.6018 y 0+;3+ 4781.40(22) 4781.6(3) -0.2 2017Re10: PRC 96, 052501
46Cr;46V 0;0 224.3 ms;422.64 ms 0+;0+ 7604(11) 7604(11) 0 2017Zh12: PL-B 767, 20-24
50Fe;50Mn 0;0 152.1 ms;283.19 ms 0+;0+ 8150(6) 8151(8) -1 2017Zh12: PL-B 767, 20-24
50V;50Ti 0;0 150 Py;stable 6+;0+ 2208.70(11) 2207.65(43) 1.05 2017Ka53: PRC 96, 044321
54Ni;54Co 0;0 114.2 ms;193.28 ms 0+;0+ 8731(4) 8732(5) -1 2017Zh12: PL-B 767, 20-24
Nuclide; Level Half-Life Spin-Parity Measured AME-2016 Measured - Reference
Daughter Energy (keV) Q(B-) (keV) Q(B-) (keV) AME-2016
50V;50Cr 0;0 150 Py;stable 6+;0+ 1038.12(9) 1038.06(59) 0.06 2017Ka53: PRC 96, 044321
Nuclide; Level Half-Life Spin-Parity Measured AME-2016 Measured - Reference
Daughter Energy (keV) Q(2EC) (keV) Q(2EC) (keV) AME-2016
50Cr;50Ti 0;0 stable;stable 0+;0+ 1170.48(10) 1169.59(45) 0.89 2017Ka53: PRC 96, 044321
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NOTE: MASS EXCESS VALUES FROM REFERENCES 2016Ko45: Nature Comms. 7, 10246 AND 2017He14: PRL 119, 033001 AND
2017Ha33: PRA 96, 060501 WERE CONVERTED TO keV FROM amu.