McMaster Mass Compilation 05
Compiler: Balraj Singh, Babak Karamy, McMaster Univ., CanadaContact: Balraj Singh; ndgroup@mcmaster.ca
Date: October 27, 2010
Compiled Data from papers during October 1, 2009 to October 27, 2010
References:
NSR Key# Citation Author Title Method Facility 2008Re16 PRL 100, 093002 M. Redshaw et al. "Dipole Moment of PH+ and the Atomic Masses of 28Si, Penning Trap 31P by Comparing Cyclotron Frequencies of Two Ions Simultaneously Trapped in a Penning Trap" 2009Er07 PRL 103, 252501 T. Eronen et al. "QEC Values of the Superallowed B Emitters 34Cl Penning Trap IGISOL and 38Km" 2009Ku19 PRC 80, 035502 T. Kurtukian Nieto et al. "Half-life, branching ratio, and Q-value measurement Penning Trap IGISOL for the superallowed 0+ -> 0+ B+ emitter 42Ti" 2009Kw02 PRC 80, 051302 A.A. Kwiatkowski et al. "Precision test of the isobaric multiplet mass Penning Trap NSCL equation for the A = 32, T = 2 quintet" 2009Re15 PRA 79, 012507 M. Redshaw et al. "Penning-trap measurement of the atomic masses of Penning Trap 18O and 19F with uncertainties <0.1 parts per 109" 2009Ri12 PRC 80, 064321 R. Ringle et al. "High-precision Penning trap mass measurements of Penning Trap NSCL neutron-rich sulfur isotopes at the N = 28 shell closure" 2009Sa38 PRC 80, 044330 A. Saastamoinen "Mass of 23Al for testing the isobaric multiplet mass Penning Trap IGISOL equation" 2010Bl04 Nature 463, 785 M. Block et al. "Direct mass measurements above uranium bridge the Penning Trap GSI gap to the island of stability" 2010Br02 PRC 81, 034313 M. Breitenfeldt et al. "Approaching the N = 82 shell closure with mass Penning Trap CERN measurements of Ag and Cd isotopes" 2010Ch19 PLB 691, 234 L. Chen et al. "Discovery and investigation of heavy neutron-rich Schottky FRS-ERS isotopes with time-resolved Schottky spectrometry in spectrometry the element range from thallium to actinium" 2010Dw01 PRC 81, 064312 M. Dworschak et al. "Penning trap mass measurement on nobelium isotopes" Penning Trap GSI 2010ElAA PLB 693, 426 S. Eliseev et al. "Direct mass measurements of 194Hg and 194Au: A new Penning Trap CERN-ISOLDE route to the neutrino mass determination?" 2010Et01 PRC 81, 024314 S. Ettenauer et al. "Precision ground state mass of 12Be and an isobaric Penning Trap TRIUMF multiplet mass equation (IMME) extrapolation for 2+ and 0+2 states the T = 2, A = 12 multiplet" 2010Fe01 PRC 81, 044318 R. Ferrer et al. "Penning trap mass spectrometry of neutron-rich Penning Trap NSCL Fe and Co isotopes around N=40 with the LEBIT mass spectrometer" 2010KaAA PRC 82, 034311 A. Kankainen et al. "Mass measurement in the vicinity of the doubly magic Penning Trap IGISOL waiting point 56Ni" 2010Ko15 PLB 684, 17 V.S. Kolhinen et al. "Accurate Q value for the 74Se double-electron- Penning Trap IGISOL capture decay" 2010Ko28 PRC 82, 022501 V.S. Kolhinen et al. "Double-B-decay Q value of 150Nd" Penning Trap IGISOL 2010Kw02 PRC 81, 058501 A.A. Kwiatkowski et al. "Penning trap mass measurement of 26Si" Penning Trap NSCL 2010Mc04 PRC 82, 024603 P.M. McCowan et al. "Q value for the double-B decay of 136Xe" Manitoba II Univ. Manitoba mass spectrom. 2010Mo03 PRC 81, 032501 B.J. Mount et al. "Double-B-decay Q values of 74Se and 76Ge" Penning Trap 2010Na13 PRL 105, 032502 S. Naimi et al. "Critical-Point Boundary for the Nuclear Quantum Phase Penning Trap CERN-ISOLDE Transition Near A=100 from Mass Measurements of 96,97Kr" 2010Re07 PRL 105, 172501 M.W. Reed et al. "Discovery of Highly Excited Long-Lived Isomers in Experimental GSI Neutron-Rich Hafnium and Tantalum Isotopes through Storage Rings Direct Mass Measurements" 2010Su11 PLB 688, 294 B. Sun et al. "Direct measurement of the 4.6 MeV isomer in stored Isochronous FRS-ERS bare 133Sb ions" Mass spectrom. 2010Wr01 PRC 81, 055503 C. Wrede et al. "Toward precise QEC values for the superallowed 0+ --> Q3D MLL 0+ B decays of T = 2 nuclides: The masses of 20Na, 24Al, 28P, and 32Cl" NUCLIDE LEVEL- HALF-LIFE SPIN-PARITY MEASURED AME-2003 MEASURED - REFERENCE ENERGY MASS EXCESS MASS EXCESS AME 2003 (keV) (keV) (keV) 12Be 0 0.0215 s 0+ 25078.0(21) 25077(15) 1 2010Et01: PRC 81, 024314 12Be 2107(3) 1.7 ps 2+ 27185.0(24) 2010Et01: PRC 81, 024314 12Be 2251(1) 229 ns 0+ 27329.0(24) 2010Et01: PRC 81, 024314 18O 0 Stable 0+ -782.815471(19) -781.5(6) -1.315471 2009Re15: PRA 79, 012507 19F 0 Stable 1/2+ -1487.444221(37) -1487.39(7) -0.054221 2009Re15: PRA 79, 012507 20Na 0 0.4479 s 2+ 6850.8(11) 6848(7) 2.8 2010Wr01: PRC 81, 055503 23Mg 0 11.317 s 3/2+ -5473.38(77) -5473.8(13) 0.42 2009Sa38: PRC 80, 044330 23Al 0 0.470 s (5/2+) 6748.07(34) 6770(19) -21.93 2009Sa38: PRC 80, 044330 24Al 0 2.053 s 0+ -47.4(11) -56.9(28) 9.5 2010Wr01: PRC 81, 055503 26Si 0 2.234 s 0+ -7140.4(29) -7145(3) 4.6 2010Kw02: PRC 81, 058501 28P 0 0.2703 s 3+ -7147.5(12) -7159(3) 11.5 2010Wr01: PRC 81, 055503 28Si 0 Stable 0+ -21492.79483(53) -21492.7968(18) 0.00197 2008Re16: PRL 100, 093002 31P 0 Stable 1/2+ -24440.53(9) -24440.88(18) 0.35 2009Kw02: PRC 80, 051302 31P 0 Stable 1/2+ -24440.54131(60) -24440.88(18) 0.33869 2008Re16: PRL 100, 093002 32Si 0 132 y 0+ -24077.68(30) -24080.91(5) 3.23 2009Kw02: PRC 80, 051302 32S 0 Stable 0+ -26015.34(32) -26015.70(14) 0.36 2009Kw02: PRC 80, 051302 32Cl 0 0.298 s 1+ -13333.8(12) -13330(7) -3.8 2010Wr01: PRC 81, 055503 33Si 0 6.18 s (3/2+) -20514.30(70) -20493(16) -21.3 2009Kw02: PRC 80, 051302 34P 0 12.43 s 1+ -24548.71(81) -24558(5) 9.29 2009Kw02: PRC 80, 051302 40S 0 8.8 s 0+ -22837.8(39) -22870(140) 32.2 2009Ri12: PRC 80, 064321 41S 0 1.99 s (7/2-) -19008.6(41) -19020(120) 11.4 2009Ri12: PRC 80, 064321 42S 0 1.013 s 0+ -17637.9(27) -17680(120) 42.1 2009Ri12: PRC 80, 064321 43S 0 0.260 s (3/2-) -12195.5(49) -11970(200) -225.5 2009Ri12: PRC 80, 064321 44S 0 0.123 s 0+ -9204.2(52) -9120(390) -84.2 2009Ri12: PRC 80, 064321 53Co 0 242 ms (7/2-) -42657.3(15) -42645(18) -12.3 2010KaAA: PRC 82, 034311 53Co 3197(29) 247 ms (19/2-) -39482.9(16) -39447(22) -35.9 2010KaAA: PRC 82, 034311 55Co 0 17.53 h 7/2- -54028.72(48) -54027.6(7) -1.12 2010KaAA: PRC 82, 034311 55Ni 0 204.7 ms 7/2- -45334.69(75) -45336(11) 1.31 2010KaAA: PRC 82, 034311 56Ni 0 6.075 d 0+ -53906.02(42) -53904(11) -2.02 2010KaAA: PRC 82, 034311 56Fe 0 Stable 0+ -60605.38(37) -60605.4(7) 0.02 2010KaAA: PRC 82, 034311 56Co 0 77.23 d 4+ -56038.81(47) -56039.4(21) 0.59 2010KaAA: PRC 82, 034311 57Fe 0 Stable 1/2- -60179.78(38) -60180.1(7) 0.32 2010KaAA: PRC 82, 034311 57Cu 0 196.3 ms 3/2- -47307.20(50) -47310(16) 2.8 2010KaAA: PRC 82, 034311 57Ni 0 35.60 h 3/2- -56082.11(55) -56082.0(18) -0.11 2010KaAA: PRC 82, 034311 58Ni 0 Stable 0+ -60226.96(35) -60227.7(6) 0.74 2010KaAA: PRC 82, 034311 58Cu 0 3.204 s 1+ -51665.69(52) -51662.1(16) -3.59 2010KaAA: PRC 82, 034311 59Cu 0 81.5 s 3/2- -56356.83(54) -56357.2(8) 0.37 2010KaAA: PRC 82, 034311 59Zn 0 182.0 ms 3/2- -47213.93(74) -47260(40 46.07 2010KaAA: PRC 82, 034311 60Zn 0 2.38 m 0+ -54172.67(53) -54188(11) 15.33 2010KaAA: PRC 82, 034311 63Fe 0 6.1 s (5/2)- -55634.1(67) -55550(170) -84.1 2010Fe01: PRC 81, 044318 64Fe 0 2.0 s 0+ -54969.5(50) -54770(280) -199.5 2010Fe01: PRC 81, 044318 64Co 0 0.300 s 1+ -59685.7(41) -59793(20) 107.3 2010Fe01: PRC 81, 044318 65Fe 0 1.3 s (1/2-) -51221.3(68) -50880(240) -341.3 2010Fe01: PRC 81, 044318 65Fe 402(5) >0.15 s (9/2+) -50819.4(80) 2010Fe01: PRC 81, 044318 65Co 0 1.20 s (7/2)- -59185.1(21) -59170(13) -15.1 2010Fe01: PRC 81, 044318 66Fe 0 0.440 s 0+ -50067.7(41) -49570(300) -497.7 2010Fe01: PRC 81, 044318 66Co 0 0.194 s (3+) -56408.1(141) -56110(250) -298.1 2010Fe01: PRC 81, 044318 67Co 0 0.425 s (7/2-) -55322.2(73) -55060(320) -262.2 2010Fe01: PRC 81, 044318 67Co 491.54(10) 0.496 s (1/2-) -54828.8(120) 2010Fe01: PRC 81, 044318 74Ge 0 Stable 0+ -73422.4411(18) -73422.4(16) -0.0411 2010Mo03: PRC 81, 032501 74Se 0 Stable 0+ -72213.2007(18) -72212.7(17) -0.5007 2010Mo03: PRC 81, 032501 76Ge 0 1.58 Zy 0+ -73212.8885(18) -73213.0(17) 0.1115 2010Mo03: PRC 81, 032501 76Se 0 Stable 0+ -75251.9494(19) -75252.1(17) 0.1506 2010Mo03: PRC 81, 032501 96Kr 0 80 ms 0+ -53080(20) -53030(SYS) -50 2010Na13: PRL 105, 032502 97Kr 0 63 ms (3/2+) -47428(130) -47920(SYS) 492 2010Na13: PRL 105, 032502 112Ag 0 3.130 h 2(-) -86583.8(24) -86624(17) 40.2 2010Br02: PRC 81, 034313 114Ag 0 4.6 s 1+ -84930.8(46) -84949(25) 18.2 2010Br02: PRC 81, 034313 114Cd 0 Stable 0+ -90018.7(39) -90020.9(27) 2.2 2010Br02: PRC 81, 034313 115Ag 41.16(10) 18.0s 7/2+ -84952.9(86) -84950(3) -2.9 2010Br02: PRC 81, 034313 116Ag 0 2.68 m (2)- -82542.7(32) -82570(50) 27.3 2010Br02: PRC 81, 034313 117Ag 28.6(2) 5.34 s (7/2+) -82172.3(37) -82240(50) 67.7 2010Br02: PRC 81, 034313 118Ag 127.49 (5) 2.0 s 4(+) -79426.3(25) -79440 13.7 2010Br02: PRC 81, 034313 119Ag 20(SYS) 2.1 s (7/2+) -78638.7(53) -78540(SYS) -98.7 2010Br02: PRC 81, 034313 120Ag 0 1.23 s 3(+) -75651.5(47) -75650(70) -1.5 2010Br02: PRC 81, 034313 120Ag 0 1.23 s 3(+) -75634(11) -75650(70) 16 2010Br02: PRC 81, 034313 120Cd 0 50.80 s 0+ -83957.4(37) -83974(19) 16.6 2010Br02: PRC 81, 034313 121Ag 0 0.790 s (7/2+) -74392.6(47) -74660(150) 267.4 2010Br02: PRC 81, 034313 121Ag 0 0.790 s (7/2+) -74388(11) -74660(150) 272 2010Br02: PRC 81, 034313 122Ag 80(SYS) 1.5 s (8-) -71066(17) -71150(SYS) 84 2010Br02: PRC 81, 034313 122Cd 0 5.24 s 0+ -80616.5(44) -80730(40) 113.5 2010Br02: PRC 81, 034313 123Cd 316.52(23) 1.82 s (11/2-) -77210(25) -76990(40) -220 2010Br02: PRC 81, 034313 123Ag 0 0.296 s (7/2+) -69630(110) -69960(SYS) 330 2010Br02: PRC 81, 034313 123Ag 0 0.296 s (7/2+) -69538(28) -69960(SYS) 422 2010Br02: PRC 81, 034313 124Ag 0(SYS) 0.2 s (8-) -66200(250) -66470(SYS) 270 2010Br02: PRC 81, 034313 124Cd 0 1.25 s 0+ -76697(10) -76710(60) 13 2010Br02: PRC 81, 034313 126Cd 0 0.515 s 0+ -72256.5(42) -72330(50) 73.5 2010Br02: PRC 81, 034313 126Cd 0 0.515 s 0+ -72266(14) -72330(50) 64 2010Br02: PRC 81, 034313 128Cd 0 0.280 s 0+ -67250(17) -67290(290 40 2010Br02: PRC 81, 034313 194Hg 0 440 y 0+ -32184(3) -32193(13) 9 2010ElAA: PLB 693, 426 194Au 0 38.02 h 1- -32213(2) -32262(10) 49 2010ElAA: PLB 693, 426 213Tl 0 101 s N/A 1763(61) N/A 2010Ch19: PLB 691, 234 221Po 0 112 s N/A 19783(58) N/A 2010Ch19: PLB 691, 234 222Po 0 145 s N/A 22476(67) N/A 2010Ch19: PLB 691, 234 224At 0 76 s N/A 27706(59) N/A 2010Ch19: PLB 691, 234 232U 0 68.9 y 0+ 34603.7(19)[Eval] 34610.7(22) -7 2010Dw01: PRC 81, 064312 236Pu 0 2.858 y 0+ 42895.7(19)[Eval] 42902.7(22) -7 2010Dw01: PRC 81, 064312 236Ac 0 2 m N/A 51267(68) 51510(SYS) -243 2010Ch19: PLB 691, 234 238Pu 0 87.7 y 0+ 46166.3(18)[Eval] 46164.7(18) 1.6 2010Dw01: PRC 81, 064312 240Cm 0 27 d 0+ 51718.4(20)[Eval] 51725.4(23) -7 2010Dw01: PRC 81, 064312 241Cm 0 32.8 d 1/2+ 53705.2(21)[Eval] 53703.4(22) 1.8 2010Dw01: PRC 81, 064312 242Cm 0 162.8 d 0+ 54806.73(18)[Eval] 54805.2(18) 1.53 2010Dw01: PRC 81, 064312 244Cf 0 19.4 m 0+ 61472.2(27)[Eval] 61479.2(29) -7 2010Dw01: PRC 81, 064312 245Cf 0 45.0 m (5/2+) 63388.6(28)[Eval] 63386.9(29) 1.7 2010Dw01: PRC 81, 064312 246Cf 0 35.7 h 0+ 64093.3(21)[Eval] 64091.7(21) 1.6 2010Dw01: PRC 81, 064312 248Fm 0 36 s 0+ 71891.0(93)[Eval] 71906(12) -15 2010Dw01: PRC 81, 064312 249Fm 0 2.6 m (7/2+) 73521.0(88)[Eval] 73620(SYS) -99 2010Dw01: PRC 81, 064312 250Fm 0 30 m 0+ 74077.7(82)[Eval] 74074(12) 3.7 2010Dw01: PRC 81, 064312 252No 0 2.44 s 0+ 82864(11)[Eval] 82881(13) -17 2010Dw01: PRC 81, 064312 252No 0 2.44 s 0+ 82850(31) 82881((13) -31 2010Bl04: Nature 463, 785 252No 0 2.44 s 0+ 82850(31) 82881(13) -31 2010Dw01: PRC 81, 064312 253No 0 1.62 m (9/2-) 84356(13) 84470(SYS) -114 2010Dw01: PRC 81, 064312 253No 0 1.62 m (9/2-) 84357.8(88)[Eval] 84470(SYS) -112.2 2010Dw01: PRC 81, 064312 253No 0 1.62 m (9/2-) 84356(13) 84470(SYS) -114 2010Bl04: Nature 463, 785 254No 0 51 s 0+ 84733(14) 84724(18) 9 2010Dw01: PRC 81, 064312 254No 0 51 s 0+ 84725(11)[Eval] 84724(18) 1 2010Dw01: PRC 81, 064312 254No 0 51 s 0+ 84733(14) 84724(18) 9 2010Bl04: Nature 463, 785 256Rf 0 6.45 ms 0+ 94219(23)[Eval] 94236(24) -17 2010Dw01: PRC 81, 064312 257Rf 0 4.7 s (1/2+) 95827(18)[Eval] 95930(SYS) -103 2010Dw01: PRC 81, 064312 258Rf 0 12 ms 0+ 96342(32)[Eval] 96400(SYS) -58 2010Dw01: PRC 81, 064312 260Sg 0 3.8 ms 0+ 106566(38)[Eval] 106580(40) -14 2010Dw01: PRC 81, 064312 261Sg 0 230 ms (7/2+) 108054(SYS)[Eval] 108160(SYS) -106 2010Dw01: PRC 81, 064312 262Sg 0 8 ms 0+ 108367(SYS)[Eval] 108420(SYS) -53 2010Dw01: PRC 81, 064312 264Hs 0 540 us 0+ 119582(43)[Eval] 119600(40) -18 2010Dw01: PRC 81, 064312 265Hs 0 2.1 ms (9/2+) 121065(SYS)[Eval] 121170(SYS) -105 2010Dw01: PRC 81, 064312 266Hs 0 2.7 ms 0+ 121128(SYS)[Eval] 121190(SYS) -62 2010Dw01: PRC 81, 064312 268Ds 0 100 us 0+ 133287(SYS)[Eval] 133940(SYS) -653 2010Dw01: PRC 81, 064312 269Ds 0 230 us (3/2+) 135075(SYS)[Eval] 135180(SYS) -105 2010Dw01: PRC 81, 064312 270Ds 0 160 us 0+ 134749(SYS)[Eval] 134810(SYS) -61 2010Dw01: PRC 81, 064312 NUCLIDE LEVEL-ENERGY HALF-LIFE SPIN-PARITY MEASURED AME-2003 MEASURED - REFERENCE (keV) Q(EC) (keV) Q(EC) (keV) AME 2003 34Cl 0 1.5264 s 0+ 5491.662(47) 5492.01(15) -0.348 2009Er07: PRL 103, 252501 34Cl 146.36(3) 32.00 m 3+ 5637.935(64) 5638.37(15) -0.435 2009Er07: PRL 103, 252501 38K 0 7.636 m 3+ 5914.044(63) 5913.86(29) 0.184 2009Er07: PRL 103, 252501 38K 130.50(28) 0.9239 s 0+ 6044.223(41) 6044.36(40) -0.137 2009Er07: PRL 103, 252501 42Ti 0 0.199 s 0+ 7016.83(25) 7000(5) 16.83 2009Ku19: PRC 80, 035502 NUCLIDE LEVEL-ENERGY HALF-LIFE SPIN-PARITY MEASURED AME-2003 MEASURED - REFERENCE (keV) Q(2EC) (keV) Q(2EC) (keV) AME 2003 74Se 0 Stable 0+ 1209.169(49) 1209.7(6) -0.531 2010Ko15: PLB 684, 17 NUCLIDE LEVEL-ENERGY HALF-LIFE SPIN-PARITY MEASURED MASS AME-2003 MASS MEASURED - REFERENCE PAIR (keV) DIFFERENCE DIFFERENCE AME 2003 (keV) (keV) 42Ti-42Sc 0; 0 0.199 s;0.6813 s 0+; 0+ 7016.86(31) 7000(5) 16.86 2009Ku19: PRC 80, 035502 42Ti-42Sc 0; 616.28 0.199 s; 61.7 s 0+; (7,5,6+) 6399.56(37) 6383(5) 16.56 2009Ku19: PRC 80, 035502 42Sc-42Sc 616.28; 0 61.7 s; 0.6813 s (7,5,6+); 0+ 617.14(40) 616.28(39) 0.86 2009Ku19: PRC 80, 035502 42Ti-42Ca 0; 0 0.199 s; Stable 0+; 0+ 13443.04(66) 13425(5) 18.04 2009Ku19: PRC 80, 035502 116Cd35Cl-114Cd37Cl 4049.63(41) 4049.6(20) 0.03 2010Mc04: PRC 82, 024603 133Sn-133Sb 0; 0 1.45 s; 2.5 m (7/2-); (7/2+) 8130(100) 7993(47) 137 2010Su11: PLB 688, 294 137Ba35Cl-135Ba37Cl 2877.48(56) 2877.29(9) 0.19 2010Mc04: PRC 82, 024603 138Ba35Cl-136Ba37Cl 3373.03(56) 3373.31(9) -0.28 2010Mc04: PRC 82, 024603 136Xe-136Ba 0; 0 Stable; Stable 0+; 0+ 2458.73(56) 2462(7) -3.27 2010Mc04: PRC 82, 024603 150Nd-150Sm 0; 0 6.7 Ey; Stable 0+; 0+ 3371.38(20) 3367.3(38) 4.08 2010Ko28; PRC 82, 022501 183mHf-183Hf 1464; 0 10 s; 1.07 h 27.2-; 3/2- 1464(64) N/A 2010Re07: PRL 105, 172501 184m1Hf-184Hf 1272; 0 113 s; 4.12 h 8-; 0+ 1264(10) 1272(1) -8 2010Re07: PRL 105, 172501 184m2Hf-184Hf 2477; 0 12 m; 4.12 h 15+; 0+ 2477(10) N/A 2010Re07: PRL 105, 172501 186mHf-186Hf 2968; 0 > 20 s; 2.6 m 17+; 0+ 2968(43) N/A 2010Re07: PRL 105, 172501 186m1Ta-186Ta 336; 0 3.4 m; >10 s N/A 336(20) N/A 2010Re07: PRL 105, 172501 187m1Ta-187Ta 1789; 0 22 s; 2.3 m 27/2-; 7/2+ 1789(13) N/A 2010Re07: PRL 105, 172501 187m2Ta-187Ta 2935; 0 > 5 m; 2.3 m 41/2+; 7/2+ 2935(14) N/A 2010Re07: PRL 105, 172501