JYFLTRAP: Published neutron-rich masses
Last update:			2012-08-13 00:00
GROUND STATES
				AME2003		JYFLTRAP
N	Z	A	Nuclide	ME(keV)		r = fref/fmeas		Ref. nuclide	ME(keV)		Reference	Notes
42	28	70	70Ni	-59150	350	0,972391513	3,20E-08	72Ge	-59213,8	2,7	S. Rahaman et al., EPJA 34, 5 (2007).
43	28	71	71Ni	-55200	370	0,986352391	3,30E-08	72Ge	-55406,2	2,8	S. Rahaman et al., EPJA 34, 5 (2007).
44	28	72	72Ni	-53940	440	1,000274050	3,30E-08	72Ge	-54226,0	2,8	S. Rahaman et al., EPJA 34, 5 (2007).
45	28	73	73Ni	-49860#	300#	1,014239559	3,60E-08	72Ge	-50108,2	3,1	S. Rahaman et al., EPJA 34, 5 (2007).
44	29	73	73Cu	-58987	4	1,014107018	3,40E-08	72Ge	-58987,7	2,9	S. Rahaman et al., EPJA 34, 5 (2007).
46	29	75	75Cu	-54120	980	1,041982517	3,50E-08	72Ge	-54471,4	3,0	S. Rahaman et al., EPJA 34, 5 (2007).
46	30	76	76Zn	-62140	80	0,863745911	2,80E-08	88Rb	-62303,8	2,3	J. Hakala et al., PRL 101, 052502 (2008).
47	30	77	77Zn	-58720	120	0,875163997	5,10E-08	88Rb	-58789,5	4,2	J. Hakala et al., PRL 101, 052502 (2008).
48	30	78	78Zn	-57340	90	0,886555123	3,30E-08	88Rb	-57483,0	2,7	J. Hakala et al., PRL 101, 052502 (2008).
49	30	79	79Zn	-53420#	260#	0,897979777	3,30E-08	88Rb	-53430,9	2,7	J. Hakala et al., PRL 101, 052502 (2008).
50	30	80	80Zn	-51840	170	0,909376692	8,30E-08	88Rb	-51650,0	7,0	J. Hakala et al., PRL 101, 052502 (2008).
47	31	78	78Ga	-63706,6	2,4	0,886479142	3,70E-08	88Rb	-63704,9	3,0	J. Hakala et al., PRL 101, 052502 (2008).
48	31	79	79Ga	-62510	100	0,897868446	2,30E-08	88Rb	-62547,6	1,9	J. Hakala et al., PRL 101, 052502 (2008).
49	31	80	80Ga	-59140	120	0,909284208	3,50E-08	88Rb	-59223,7	2,9	J. Hakala et al., PRL 101, 052502 (2008).
50	31	81	81Ga	-57980	190	0,920678866	4,00E-08	88Rb	-57628,0	3,3	J. Hakala et al., PRL 101, 052502 (2008).
51	31	82	82Ga	-53100#	300#	0,932111398	2,90E-08	88Rb	-52930,8	2,4	J. Hakala et al., PRL 101, 052502 (2008).
52	31	83	83Ga	-49390#	300#	0,943531430	3,20E-08	88Rb	-49257,2	2,6	J. Hakala et al., PRL 101, 052502 (2008).
48	32	80	80Ge	-69515	28	0,909158285	2,50E-08	88Rb	-69535,3	2,1	J. Hakala et al., PRL 101, 052502 (2008).
49	32	81	81Ge	-66300	120	0,920573067	2,50E-08	88Rb	-66291,7	2,1	J. Hakala et al., PRL 101, 052502 (2008).
50	32	82	82Ge	-65620	240	0,931958942	2,70E-08	88Rb	-65415,1	2,2	J. Hakala et al., PRL 101, 052502 (2008).
51	32	83	83Ge	-60900#	200#	0,943388317	3,00E-08	88Rb	-60976,5	2,5	J. Hakala et al., PRL 101, 052502 (2008).
52	32	84	84Ge	-58250#	300#	0,954798023	3,90E-08	88Rb	-58148,4	3,2	J. Hakala et al., PRL 101, 052502 (2008).
53	32	85	85Ge	-53070#	400#	0,966234558	4,50E-08	88Rb	-53123,4	3,7	J. Hakala et al., PRL 101, 052502 (2008).
48	33	81	81As	-72533	6	0,920496845	3,70E-08	88Rb	-72533,3	3,0	J. Hakala et al., PRL 101, 052502 (2008).
49	33	82	82As	-70320	200	0,931901693	5,20E-08	88Rb	-70103,1	4,3	J. Hakala et al., PRL 101, 052502 (2008).
50	33	83	83As	-69880	220	0,943282162	3,40E-08	88Rb	-69669,3	2,8	J. Hakala et al., PRL 101, 052502 (2008).
51	33	84	84As	-66080	300#	0,954703930	3,90E-08	88Rb	-65853,5	3,2	J. Hakala et al., PRL 101, 052502 (2008).
52	33	85	85As	-63320#	200#	0,966111638	3,80E-08	88Rb	-63189,1	3,1	J. Hakala et al., PRL 101, 052502 (2008).
53	33	86	86As	-59150#	300#	0,977538428	4,20E-08	88Rb	-58962,1	3,4	J. Hakala et al., PRL 101, 052502 (2008).
54	33	87	87As	-55980#	300#	0,988954438	3,60E-08	88Rb	-55617,9	3,0	J. Hakala et al., PRL 101, 052502 (2008).
50	34	84	84Se	-75952	15	0,954580662	2,40E-08	88Rb	-75947,7	2,0	J. Hakala et al., PRL 101, 052502 (2008).
51	34	85	85Se	-72428	30	0,965998990	3,20E-08	88Rb	-72413,5	2,6	J. Hakala et al., PRL 101, 052502 (2008).
52	34	86	86Se	-70541	16	0,977397491	3,10E-08	88Rb	-70503,2	2,5	J. Hakala et al., PRL 101, 052502 (2008).
53	34	87	87Se	-66580	40	0,988822450	2,70E-08	88Rb	-66426,1	2,2	J. Hakala et al., PRL 101, 052502 (2008).
54	34	88	88Se	-63880	50	1,000228663	4,10E-08	88Rb	-63884,1	3,3	J. Hakala et al., PRL 101, 052502 (2008).
55	34	89	89Se	-59200#	300#	1,011663571	4,60E-08	88Rb	-58992,4	3,8	J. Hakala et al., PRL 101, 052502 (2008).
50	35	85	85Br	-78610	19	0,965237440	3,70E-08	88Rb	-78575,4	3,5	S. Rahaman et al., EPJA 32, 87 (2007).
51	35	86	86Br	-75640	11	0,977334856	3,80E-08	88Rb	-75632,3	3,5	S. Rahaman et al., EPJA 32, 87 (2007).
52	35	87	87Br	-73857	18	0,988731283	3,90E-08	88Rb	-73892	4	S. Rahaman et al., EPJA 32, 87 (2007).
53	35	88	88Br	-70730	40	1,000145235	3,90E-08	88Rb	-70716	4	S. Rahaman et al., EPJA 32, 87 (2007).
54	35	89	89Br	-68570	60	1,011550223	4,00E-08	88Rb	-68275	4	S. Rahaman et al., EPJA 32, 87 (2007).
55	35	90	90Br	-64620	80	1,022977586	4,10E-08	88Rb	-64001	4	S. Rahaman et al., EPJA 32, 87 (2007).
56	35	91	91Br	-61510	70	1,034388086	4,30E-08	88Rb	-61108	4	S. Rahaman et al., EPJA 32, 87 (2007).
57	35	92	92Br	-56580	50	1,045822783	8,20E-08	88Rb	-56233	7	S. Rahaman et al., EPJA 32, 87 (2007).
57	37	94	94Rb	-68553	8	1,068422547	4,50E-08	88Rb	-68564	5	S. Rahaman et al., EPJA 32, 87 (2007).
58	37	95	95Rb	-65854	21	1,079829822	3,80E-08	88Rb	-65935	4	S. Rahaman et al., EPJA 32, 87 (2007).
59	37	96	96Rb	-61225	29	1,091260919	4,10E-08	88Rb	-61355	4	S. Rahaman et al., EPJA 32, 87 (2007).
60	37	97	97Rb	-58360	30	1,102670725	6,50E-08	88Rb	-58519	6	S. Rahaman et al., EPJA 32, 87 (2007).
57	38	95	95Sr	-75117	7	0,97944905	1,04E-07	97Zr	-75123	10	U. Hager et al., PRL 96, 042504 (2006).
58	38	96	96Sr	-72939	27	0,98979220	1,03E-07	97Zr	-72926	10	U. Hager et al., PRL 96, 042504 (2006).
59	38	97	97Sr	-68788	19	1,00015907	1,03E-07	97Zr	-68587	10	U. Hager et al., PRL 96, 042504 (2006).
60	38	98	98Sr	-66646	26	1,01050176	1,03E-07	97Zr	-66431	10	U. Hager et al., PRL 96, 042504 (2006).
61	38	99	99Sr	-62190	80	1,02086385	7,62E-08	97Zr	-62524	7	U. Hager et al., PRL 96, 042504 (2006).
62	38	100	100Sr	-60220	130	1,03121253	1,03E-07	97Zr	-59828	10	U. Hager et al., PRL 96, 042504 (2006).
56	39	95	95Y	-81207	7	0,979381343	6,90E-08	97Zr	-81235	7	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
57	39	96	96Y	-78347	23	0,989732208	7,00E-08	97Zr	-78341	7	U. Hager et al., Nucl. Phys. A 793, 20 (2007).	Isomer also measured.
58	39	97	97Y	-76258	12				-76125	8	U. Hager et al., Nucl. Phys. A 793, 20 (2007).	Calculated from the isomeric state using Ex=667.51(23) keV.
59	39	98	98Y	-72467	25	1,010436763	8,80E-08	97Zr	-72299	12	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
60	39	99	99Y	-70201	24	1,020773794	7,30E-08	97Zr	-70654	8	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
61	39	100	100Y	-67290	80	1,031129407	1,21E-07	97Zr	-67332	12	U. Hager et al., Nucl. Phys. A 793, 20 (2007).	Isomer also measured.
62	39	101	101Y	-64910	100	1,041473324	7,80E-08	97Zr	-65065	8	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
63	39	102	102Y	-61890	90	0,850144902	3,60E-08	120Sn	-61173	5	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
64	39	103	103Y	-58940#	300#	0,858509382	9,80E-08	120Sn	-58457	11	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
58	40	98	98Zr	-81287	20	1,01033715	1,03E-07	97Zr	-81291	10	U. Hager et al., PRL 96, 042504 (2006).
59	40	99	99Zr	-77768	20	1,02069654	1,45E-07	97Zr	-77627	13	U. Hager et al., PRL 96, 042504 (2006).
60	40	100	100Zr	-76600	40	1,03102922	1,03E-07	97Zr	-76376	10	U. Hager et al., PRL 96, 042504 (2006).
61	40	101	101Zr	-73460	30	1,041383610	1,04E-07	97Zr	-73164	10	U. Hager et al., PRL 96, 042504 (2006).
62	40	102	102Zr	-71740	50	1,051719850	1,01E-07	97Zr	-71590	10	U. Hager et al., PRL 96, 042504 (2006).
63	40	103	103Zr	-68370	110	1,06208043	1,02E-07	97Zr	-67819	10	U. Hager et al., PRL 96, 042504 (2006).
64	40	104	104Zr	-66340#	400#	1,07242241	1,08E-07	97Zr	-65728	10	U. Hager et al., PRL 96, 042504 (2006).
65	40	105	105Zr	-62360#	400#	1,08278840	1,34E-07	97Zr	-61469	12	U. Hager et al., PRL 96, 042504 (2006).
59	41	100	100Nb	-79939	26	0,999996640	8,30E-08	100Nbm	-79802	20	S. Rinta-Antila et al., EPJA 31, 1 (2007)	Isomer also measured.
60	41	101	101Nb	-78942	19	0,990294436	3,90E-08	102Ru	-78883	5	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
61	41	102	102Nb	-76350	40	1,051667579	2,80E-08	97Zr	-76309	10	S. Rinta-Antila et al., EPJA 31, 1 (2007)	Isomer also measured.
62	41	103	103Nb	-75320	70	1,009961485	4,10E-08	102Ru	-75020	5	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
63	41	104	104Nb	-72220	100	1,072354888	3,00E-08	97Zr	-71823	5	S. Rinta-Antila et al., EPJA 31, 1 (2007)
64	41	105	105Nb	-70850	100	1,029641706	4,20E-08	102Ru	-69907	5	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
65	41	106	106Nb	-67100#	200#	1,039493991	4,30E-08	102Ru	-66195	5	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
66	41	107	107Nb	-64920#	400#	1,049333291	8,40E-08	102Ru	-63715	9	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
67	41	108	108Nb	-60700#	300#	0,900240049	7,30E-08	120Sn	-59545	9	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
60	42	102	102Mo	-83557	21	1,05158714	1,01E-07	97Zr	-83570	10	U. Hager et al., PRL 96, 042504 (2006).
61	42	103	103Mo	-80850	60	1,06193481	1,02E-07	97Zr	-80965	10	U. Hager et al., PRL 96, 042504 (2006).
62	42	104	104Mo	-80330	50	1,07226038	1,00E-07	97Zr	-80354	10	U. Hager et al., PRL 96, 042504 (2006).
63	42	105	105Mo	-77340	70	1,08261257	1,01E-07	97Zr	-77341	10	U. Hager et al., PRL 96, 042504 (2006).
64	42	106	106Mo	-76255	18	1,09294470	1,01E-07	97Zr	-76139	10	U. Hager et al., PRL 96, 042504 (2006).
65	42	107	107Mo	-72940	160	1,10330320	1,02E-07	97Zr	-72556	10	U. Hager et al., PRL 96, 042504 (2006).
66	42	108	108Mo	-71300#	200#	1,11364190	1,02E-07	97Zr	-70760	10	U. Hager et al., PRL 96, 042504 (2006).
67	42	109	109Mo	-67250#	300#	1,12400602	1,24E-07	97Zr	-66670	12	U. Hager et al., PRL 96, 042504 (2006).
68	42	110	110Mo	-65460#	400#	1,13434835	7,18E-06	97Zr	-64547	24	U. Hager et al., PRL 96, 042504 (2006).
69	42	111	111Mo	-61100#	400#	1,00008792	6,60E-08	111Tc	-59933	13	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
63	43	106	106Tc	-79775	13	1,039351332	4,60E-08	102Ru	-79736	5	U. Hager et al., PRC 75, 064302 (2007).
64	43	107	107Tc	-79100	150	1,019137991	8,50E-08	105Ru	-78743	9	U. Hager et al., PRC 75, 064302 (2007).
65	43	108	108Tc	-75950	130	1,028699156	8,60E-08	105Ru	-75916	9	U. Hager et al., PRC 75, 064302 (2007).
66	43	109	109Tc	-74540	100	1,038248173	9,50E-08	105Ru	-74276	10	U. Hager et al., PRC 75, 064302 (2007).
67	43	110	110Tc	-70960	80	1,047813648	9,30E-08	105Ru	-71028	10	U. Hager et al., PRC 75, 064302 (2007).
68	43	111	111Tc	-69220	110	1,057366451	1,00E-07	105Ru	-69018	11	U. Hager et al., PRC 75, 064302 (2007).
69	43	112	112Tc	-66000	120	1,098383006	5,80E-08	102Ru	-65250	6	U. Hager et al., PRC 75, 064302 (2007).
70	43	113	113Tc	-63720#	300#	0,876092417	2,80E-08	129Xe	-62812	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
62	44	106	106Ru	-86322	8	1,009528319	8,70E-08	105Ru	-86311	9	U. Hager et al., PRC 75, 064302 (2007).
63	44	107	107Ru	-83920	120	1,019085672	8,50E-08	105Ru	-83856	9	U. Hager et al., PRC 75, 064302 (2007).
64	44	108	108Ru	-83670	120	1,028619965	8,50E-08	105Ru	-83655	9	U. Hager et al., PRC 75, 064302 (2007).
65	44	109	109Ru	-80850	70	1,038182111	8,80E-08	105Ru	-80732	10	U. Hager et al., PRC 75, 064302 (2007).
66	44	110	110Ru	-79980	50	1,047721142	8,90E-08	105Ru	-80067	10	U. Hager et al., PRC 75, 064302 (2007).
67	44	111	111Ru	-76670	70	1,057287033	9,50E-08	105Ru	-76778	10	U. Hager et al., PRC 75, 064302 (2007).
68	44	112	112Ru	-75480	70	1,066831082	9,40E-08	105Ru	-75624	10	U. Hager et al., PRC 75, 064302 (2007).
70	44	114	114Ru	-70530#	230#	1,085950928	1,26E-07	105Ru	-70213	13	U. Hager et al., PRC 75, 064302 (2007).
70	44	114	114Ru	-70530#	230#	0,950145908	3,10E-08	120Sn	-70221	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
71	44	115	115Ru	-66430	130	0,958523298	6,10E-08	120Sn	-66071	8	U. Hager et al., PRC 75, 064302 (2007).
72	44	116	116Ru	-64450#	700#	0,899355037	3,10E-08	129Xe	-64069	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
63	45	108	108Rh	-85020	110	0,899972299	1,26E-07	120Sn	-85037	15	U. Hager et al., PRC 75, 064302 (2007).	Isomer also measured.
64	45	109	109Rh	-85011	12	0,908312639	6,00E-08	120Sn	-85018	8	U. Hager et al., PRC 75, 064302 (2007).
65	45	110	110Rh	-82780	50	0,916673797	6,00E-08	120Sn	-82674	8	U. Hager et al., PRC 75, 064302 (2007).	Ground state or isomer
66	45	111	111Rh	-82357	30	0,925017220	6,10E-08	120Sn	-82311	8	U. Hager et al., PRC 75, 064302 (2007).
68	45	113	113Rh	-78680	50	0,941729225	6,30E-08	120Sn	-78774	8	U. Hager et al., PRC 75, 064302 (2007).
70	45	115	115Rh	-74210	80	0,958450190	6,50E-08	120Sn	-74236	8	U. Hager et al., PRC 75, 064302 (2007).
72	45	117	117Rh	-68950#	500#	0,975178272	7,90E-08	120Sn	-68904	10	U. Hager et al., PRC 75, 064302 (2007).
73	45	118	118Rh	-65140#	500#	0,983554346	2,13E-07	120Sn	-64894	24	U. Hager et al., PRC 75, 064302 (2007).
74	45	119	119Rh	-63240#	600#	0,922638503	8,00E-08	129Xe	-62823	10	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
66	46	112	112Pd	-86336	18	0,933321426	6,20E-08	120Sn	-86327	8	U. Hager et al., PRC 75, 064302 (2007).
67	46	113	113Pd	-83690	40	0,941686037	6,20E-08	120Sn	-83597	8	U. Hager et al., PRC 75, 064302 (2007).
68	46	114	114Pd	-83497	24	0,950027102	6,20E-08	120Sn	-83497	8	U. Hager et al., PRC 75, 064302 (2007).
69	46	115	115Pd	-80400	60	0,958394697	1,22E-07	120Sn	-80434	14	U. Hager et al., PRC 75, 064302 (2007).	Isomer also measured.
70	46	116	116Pd	-79960	60	0,966740203	6,30E-08	120Sn	-79838	8	U. Hager et al., PRC 75, 064302 (2007).
71	46	117	117Pd	-76530	60	0,975110888	6,60E-08	120Sn	-76430	8	U. Hager et al., PRC 75, 064302 (2007).
72	46	118	118Pd	-75470	210	0,983460297	6,60E-08	120Sn	-75398	8	U. Hager et al., PRC 75, 064302 (2007).
72	46	118	118Pd	-75470	210	0,983460317	3,00E-08	120Sn	-75389	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
72	46	118	118Pd	-75470	210	0,914776167	3,30E-08	129Xe	-75388	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
73	46	119	119Pd	-71620#	300#	0,991836131	7,30E-08	120Sn	-71415	9	U. Hager et al., PRC 75, 064302 (2007).
74	46	120	120Pd	-70150	120	1,000186128	8,10E-08	120Sn	-70317	10	U. Hager et al., PRC 75, 064302 (2007).
74	46	120	120Pd	-70150	120	1,000186391	2,30E-08	120Sn	-70280	3	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
74	46	120	120Pd	-70150	120	0,930334113	2,40E-08	129Xe	-70278	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
75	46	121	121Pd	-66260#	500#	0,938125922	2,80E-08	129Xe	-66182	4	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
76	46	122	122Pd	-64690#	400#	0,945896660	1,60E-07	129Xe	-64616	19	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).
73	48	121	121Cd	-81060	80	0,930790292	2,30E-08	130Xe	-81074,2	2,8	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
74	48	122	122Cd	-80730	40	0,938492175	2,20E-08	130Xe	-80610,8	2,7	J. Hakala et al., PRL 109, 032501 (2012)
75	48	123	123Cd	-77310	40	0,946216645	2,20E-08	130Xe	-77414,4	2,6	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
76	48	124	124Cd	-76710	60	0,953920584	2,60E-08	130Xe	-76702	4	J. Hakala et al., PRL 109, 032501 (2012)
77	48	125	125Cd	-73360	70	0,961646357	2,40E-08	130Xe	-73348,1	2,9	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
78	48	126	126Cd	-72330	50	0,969353430	2,50E-08	130Xe	-72257	3	J. Hakala et al., PRL 109, 032501 (2012)
79	48	127	127Cd	-68520	70	0,977082590	1,10E-07	130Xe	-68493	13	J. Hakala et al., PRL 109, 032501 (2012)
80	48	128	128Cd	-67290	290	0,984791049	8,30E-08	130Xe	-67234	10	J. Hakala et al., PRL 109, 032501 (2012)
66	49	115	115In	-89537	4			115Sn	-89538,3	2,9	J. S. E. Wieslander et al, PRL 103, 122501 (2009)	Derived from Qb- = 497.68(17) keV
80	49	129	129In	-72940	40	0,992442788	2,20E-08	130Xe	-72838	2,6	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
82	49	131	131In	-68137	28	1,007878672	2,20E-08	130Xe	-68025	2,6	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
80	50	130	130Sn	-80139	11	1,000080552	2,80E-08	130Xe	-80133	4	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
81	50	131	131Sn	-77314	21	0,992516774	2,60E-08	132Xe	-77262	20	J. Hakala et al., PRL 109, 032501 (2012)	Corrected for a possible isomeric contribution.
82	50	132	132Sn	-76554	14	1,000103654	2,60E-08	132Xe	-76543	4	J. Hakala et al., PRL 109, 032501 (2012)
83	50	133	133Sn	-70950	40	0,992670308	1,80E-08	134Xe	-70874,4	2,4	J. Hakala et al., PRL 109, 032501 (2012)
84	50	134	134Sn	-66800	100	1,000173910	2,50E-08	134Xe	-66432	4	J. Hakala et al., PRL 109, 032501 (2012)
85	50	135	135Sn	-60800#	400#	1,038731983	2,50E-08	130Xe	-60632	3	J. Hakala et al., PRL 109, 032501 (2012)
80	51	131	131Sb	-81988	21	1,007763324	1,80E-08	130Xe	-81982,5	2,1	J. Hakala et al., PRL 109, 032501 (2012)
81	51	132	132Sb	-79673,6	14,37	1,015480774	2,20E-08	130Xe	-79635,6	2,7	J. Hakala et al., PRL 109, 032501 (2012)
82	51	133	133Sb	-78943	25	1,023184733	3,10E-08	130Xe	-78921	4	J. Hakala et al., PRL 109, 032501 (2012)
83	51	134	134Sb	-74170	40	1,030923280	1,70E-08	130Xe	-74021,1	2,1	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
84	51	135	135Sb	-69710	100	1,038657131	2,40E-08	130Xe	-69689,6	2,9	J. Hakala et al., PRL 109, 032501 (2012)
85	51	136	136Sb	-64880#	300#	1,046397992	5,20E-08	130Xe	-64510	7	J. Hakala et al., PRL 109, 032501 (2012)
80	52	132	132Te	-85182	7	1,015434872	3,30E-08	130Xe	-85190	4	J. Hakala et al., PRL 109, 032501 (2012)
81	52	133	133Te	-82945	24	1,023151534	1,80E-08	130Xe	-82938,2	2,2	J. Hakala et al., PRL 109, 032501 (2012)	Isomer also measured.
82	52	134	134Te	-82559	11	1,030852922	2,70E-08	130Xe	-82535	4	J. Hakala et al., PRL 109, 032501 (2012)
83	52	135	135Te	-77830	90	1,038590701	2,20E-08	130Xe	-77727,9	2,6	J. Hakala et al., PRL 109, 032501 (2012)
84	52	136	136Te	-74430	50	1,046316045	2,40E-08	130Xe	-74425,7	2,9	J. Hakala et al., PRL 109, 032501 (2012)
85	52	137	137Te	-69560	120	1,054056424	2,10E-08	130Xe	-69304,2	2,5	J. Hakala et al., PRL 109, 032501 (2012)
86	52	138	138Te	-65930#	210#	1,061784295	3,60E-08	130Xe	-65696	5	J. Hakala et al., PRL 109, 032501 (2012)
87	52	139	139Te	-60800#	400#	1,069527729	2,90E-08	130Xe	-60205	4	J. Hakala et al., PRL 109, 032501 (2012)
88	52	140	140Te	-56960#	300#	1,077257590	2,30E-07	130Xe	-56357	27	J. Hakala et al., PRL 109, 032501 (2012)
ISOMERIC STATE MASSES
49	33	82	82Asm	-70075	25	0,931903256	4,60E-08	88Rb	-69975,1	3,8	J. Hakala et al., PRL 101, 052502 (2008).
57	39	96	96Ym	-77206	21	0,989749280	6,90E-08	97Zr	-76800	7	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
58	39	97	97Ym	-75590	12	1,000082958	7,40E-08	97Zr	-75458	8	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
61	39	100	100Ym	-67090#	220#	1,031131010	1,25E-07	97Zr	-67187	12	U. Hager et al., Nucl. Phys. A 793, 20 (2007).
59	41	100	100Nbm	-79471	28	1,030994733	2,20E-08	97Zr	-79488	10	S. Rinta-Antila et al., EPJA 31, 1 (2007)
61	41	102	102Nbm	-76220	50	1,000000983	7,70E-08	102Nb	-76216	20	S. Rinta-Antila et al., EPJA 31, 1 (2007)
63	45	108	108Rhm	-85080	40	0,899973318	1,09E-07	120Sn	-84924	13	U. Hager et al., PRC 75, 064302 (2007).
69	46	115	115Pdm	-80310	60	0,958395480	1,21E-07	120Sn	-80347	14	U. Hager et al., PRC 75, 064302 (2007).
73	48	121	121Cdm	-80850	80	0,930792072	2,20E-08	130Xe	-80858,7	2,6	A. Kankainen et al., arXiv:1206.6236v1
75	48	123	123Cdm	-76990	40	0,946217831	2,50E-08	130Xe	-77271	3	A. Kankainen et al., arXiv:1206.6236v1
77	48	125	125Cdm	-73310	50	0,961647897	2,60E-08	130Xe	-73162	4	A. Kankainen et al., arXiv:1206.6236v1
80	49	129	129Inm	-72560	70	0,992446580	2,70E-08	130Xe	-72379	4	A. Kankainen et al., arXiv:1206.6236v1
82	49	131	131Inm	-67790	40	1,007881690	5,90E-08	130Xe	-67660	8	A. Kankainen et al., arXiv:1206.6236v1
80	50	130	130Snm	-78192	11	1,000096653	2,40E-08	130Xe	-78185	3	A. Kankainen et al., arXiv:1206.6236v1
83	51	134	134Sbm	-74090	100	1,030925604	2,40E-08	130Xe	-73740	2,9	A. Kankainen et al., arXiv:1206.6236v1
81	52	133	133Tem	-82611	24	1,023154364	2,00E-08	130Xe	-82595,8	2,4	A. Kankainen et al., arXiv:1206.6236v1
GROUND STATE / ISOMER ASSIGNMENT NOT KNOWN
71	43	114	114Tc	-59730#	600#	1,000111050	1,10E-07	114Ru	-58436	13	J. Hakala et al., Eur. Phys. J. A 47, 129 (2011).	Ground state or isomer
67	45	112	112Rh	-79740	50	0,933381862	6,20E-08	120Sn	-79577	8	U. Hager et al., PRC 75, 064302 (2007).	Ground state or isomer
69	44	113	113Ru	-72200	70	1,076402249	1,19E-07	105Ru	-71819	12	U. Hager et al., PRC 75, 064302 (2007).	Ground state or isomer
69	45	114	114Rh	-75630	110	0,950097168	6,50E-08	120Sn	-75672	8	U. Hager et al., PRC 75, 064302 (2007).	Ground state or isomer
71	45	116	116Rh	-70740	140	0,966822543	7,00E-08	120Sn	-70642	9	U. Hager et al., PRC 75, 064302 (2007).	Ground state or isomer