Table of Isotopes decay data

*WWW Table of Radioactive Isotopes*

**Nuclide search**

Nuclide	Z	N	Decay mode	Half life	E_x (keV)	Jp	Abundance (%)
¹nn	0	1	b^-	614.6 s 13	0	1/2+
¹H	1	0		stable	0	1/2+	99.985 1
²H	1	1		stable	0	1+	0.015 1
³H	1	2	b^-	12.33 y 6	0	1/2+
³He	2	1		stable	0	1/2+	0.000137 3
⁴H	1	3			0	2-
⁴He	2	2		stable	0	0+	99.999863 3
⁴Li	3	1			0	2-
⁵H	1	4
⁵He	2	3	n	0.60 MeV 2	0	3/2-
⁵Li	3	2	p	~1.5 MeV	0	3/2-
⁵Be	4	1
⁶H	1	5
⁶He	2	4	b^-	806.7 ms 15	0	0+
⁶Li	3	3		stable	0	1+	7.5 2
⁶Be	4	2	2pa	92 keV 6	0	0+
⁷He	2	5	n	160 keV 30	0	(3/2)-
⁷Li	3	4		stable	0	3/2-	92.5 2
⁷Be	4	3	e	53.12 d 7	0	3/2-
⁷B	5	2	Xp	1.4 MeV 2	0	(3/2-)
⁸He	2	6	b^-, b^-n	119.0 ms 15	0	0+
⁸Li	3	5	b^-, b^-2a	838 ms 6	0	2+
⁸Be	4	4	2a	6.8 eV 17	0	0+
⁸B	5	3	e+b⁺, e2a	770 ms 3	0	2+
⁸C	6	2	Xp	230 keV 50	0	0+
⁹He	2	7	n	0.30 MeV	0	(1/2-)
⁹Li	3	6	b^-, b^-n2a	178.3 ms 4	0	3/2-
⁹Be	4	5		stable	0	3/2-	100
⁹B	5	4	2ap	0.54 keV 21	0	3/2-
⁹C	6	3	e+b⁺, ep2a	126.5 ms 9	0	(3/2-)
¹⁰He	2	8	n	0.3 MeV 2	0	0+
¹⁰Li	3	7	n	1.2 MeV 3	0
¹⁰Be	4	6	b^-	1.51E+6 y 6	0	0+
¹⁰B	5	5		stable	0	3+	19.9 2
¹⁰C	6	4	e+b⁺	19.255 s 53	0	0+
¹⁰N	7	3
¹¹Li	3	8	b^-, b^-n, b^-2n, b^-2a3n, b^-an, b^-t	8.5 ms 2	0	3/2-
¹¹Be	4	7	b^-, b^-a	13.81 s 8	0	1/2+
¹¹B	5	6		stable	0	3/2-	80.1 2
¹¹C	6	5	e+b⁺	20.39 m 2	0	3/2-
¹¹N	7	4	p	740 keV 100	0	1/2+
¹²Li	3	9
¹²Be	4	8	b^-	23.6 ms 9	0	0+
¹²B	5	7	b^-, b^-3a	20.20 ms 2	0	1+
¹²C	6	6		stable	0	0+	98.90 3
¹²N	7	5	e+b⁺, e3a	11.000 ms 16	0	1+
¹²O	8	4	2p	0.40 MeV 25	0	0+
¹³Be	4	9	n	0.9 MeV	0	(1/2,5/2)+
¹³B	5	8	b^-, b^-n	17.36 ms 16	0	3/2-
¹³C	6	7		stable	0	1/2-	1.10 3
¹³N	7	6	e+b⁺	9.965 m 4	0	1/2-
¹³O	8	5	e+b⁺, ep	8.58 ms 5	0	(3/2-)
¹⁴Be	4	10	b^-, b^-n, b^-2n	4.35 ms 17	0	0+
¹⁴B	5	9	b^-	13.8 ms 10	0	2-
¹⁴C	6	8	b^-	5730 y 40	0	0+
¹⁴N	7	7		stable	0	1+	99.634 9
¹⁴O	8	6	e+b⁺	70.606 s 18	0	0+
¹⁴F	9	5	p		0	(2-)
¹⁵B	5	10	b^-	10.5 ms 3	0
¹⁵C	6	9	b^-	2.449 s 5	0	1/2+
¹⁵N	7	8		stable	0	1/2-	0.366 9
¹⁵O	8	7	e+b⁺	122.24 s 16	0	1/2-
¹⁵F	9	6	p	1.0 MeV 2	0	(1/2+)
¹⁶B	5	11	n	<200 ps	0	(0-)
¹⁶C	6	10	b^-, b^-n	0.747 s 8	0	0+
¹⁶N	7	9	b^-, b^-a	7.13 s 2	0	2-
¹⁶O	8	8		stable	0	0+	99.762 15
¹⁶F	9	7	p	40 keV 20	0	0-
¹⁶Ne	10	6	2p	122 keV 37	0	0+
¹⁷B	5	12	b^-, b^-n	5.08 ms 5	0	(3/2-)
¹⁷C	6	11	b^-, b^-n	193 ms 13	0
¹⁷N	7	10	b^-, b^-n	4.173 s 4	0	1/2-
¹⁷O	8	9		stable	0	5/2+	0.038 3
¹⁷F	9	8	e+b⁺	64.49 s 16	0	5/2+
¹⁷Ne	10	7	e+b⁺, ep, ea	109.2 ms 6	0	1/2-
¹⁸B	5	13
¹⁸C	6	12	b^-, b^-n	95 ms 10	0	0+
¹⁸N	7	11	b^-, b^-a, b^-n	624 ms 12	0	1-
¹⁸O	8	10		stable	0	0+	0.200 12
¹⁸F	9	9	e+b⁺	109.77 m 5	0	1+
¹⁸Ne	10	8	e+b⁺	1672 ms 8	0	0+
¹⁸Na	11	7
¹⁹B	5	14
¹⁹C	6	13	b^-, b^-n	46 ms 4	0
¹⁹N	7	12	b^-, b^-n	0.304 s 16	0	(1/2-)
¹⁹O	8	11	b^-	26.91 s 8	0	5/2+
¹⁹F	9	10		stable	0	1/2+	100
¹⁹Ne	10	9	e+b⁺	17.22 s 2	0	1/2+
¹⁹Na	11	8	p		0
²⁰C	6	14	b^-, b^-n	14 ms 6	0	0+
²⁰N	7	13	b^-, b^-n	100 ms +30-20	0
²⁰O	8	12	b^-	13.51 s 5	0	0+
²⁰F	9	11	b^-	11.00 s 2	0	2+
²⁰Ne	10	10		stable	0	0+	90.48 3
²⁰Na	11	9	e+b⁺, ea	447.9 ms 23	0	2+
²⁰Mg	12	8	e+b⁺, ep	95 ms +80-50	0	0+
²¹C	6	15
²¹N	7	14	b^-, b^-n	85 ms 16	0
²¹O	8	13	b^-	3.42 s 10	0	(1/2,3/2,5/2)+
²¹F	9	12	b^-	4.158 s 20	0	5/2+
²¹Ne	10	11		stable	0	3/2+	0.27 1
²¹Na	11	10	e+b⁺	22.49 s 4	0	3/2+
²¹Mg	12	9	e+b⁺, ep	122 ms 3	0	(3/2,5/2)+
²¹Al	13	8
²²C	6	16			0	0+
²²N	7	15	b^-, b^-n	24 ms 7	0
²²O	8	14	b^-	2.25 s 15	0	0+
²²F	9	13	b^-	4.23 s 4	0	4+,(3+)
²²Ne	10	12		stable	0	0+	9.25 3
²²Na	11	11	e+b⁺	2.6019 y 4	0	3+
²²Mg	12	10	e+b⁺	3.857 s 9	0	0+
²²Al	13	9	e+b⁺, ep+e2p	70 ms +50-35	0
²²Si	14	8	e+b⁺, ep	6 ms 3	0	0+
²³N	7	16
²³O	8	15	b^-, b^-n	82 ms 37	0
²³F	9	14	b^-	2.23 s 14	0	(3/2,5/2)+
²³Ne	10	13	b^-	37.24 s 12	0	5/2+
²³Na	11	12		stable	0	3/2+	100
²³Mg	12	11	e+b⁺	11.317 s 11	0	3/2+
²³Al	13	10	e+b⁺, ep	0.47 s 3	0
²³Si	14	9
²⁴N	7	17
²⁴O	8	16	b^-, b^-n	61 ms 26	0	0+
²⁴F	9	15	b^-	0.34 s 8	0	(1,2,3)+
²⁴Ne	10	14	b^-	3.38 m 2	0	0+
²⁴Na	11	13	b^-	14.9590 h 12	0	4+
^24mNa	11	13	IT, b^-	20.20 ms 7	472.207 9	1+
²⁴Mg	12	12		stable	0	0+	78.99 3
²⁴Al	13	11	e+b⁺, ea	2.053 s 4	0	4+
^24mAl	13	11	IT, e+b⁺, ea	131.3 ms 25	425.8 1	1+
²⁴Si	14	10	e+b⁺, ep	102 ms 35	0	0+
²⁴P	15	9
²⁵O	8	17
²⁵F	9	16	b^-, b^-n	59 ms 40	0
²⁵Ne	10	15	b^-	602 ms 8	0	(1/2,3/2)+
²⁵Na	11	14	b^-	59.1 s 6	0	5/2+
²⁵Mg	12	13		stable	0	5/2+	10.00 1
²⁵Al	13	12	e+b⁺	7.183 s 12	0	5/2+
²⁵Si	14	11	e+b⁺, ep	220 ms 3	0	5/2+
²⁵P	15	10
²⁶O	8	18			0	0+
²⁶F	9	17
²⁶Ne	10	16	b^-, b^-n	197 ms 1	0	0+
²⁶Na	11	15	b^-	1.072 s 9	0	3+
²⁶Mg	12	14		stable	0	0+	11.01 2
²⁶Al	13	13	e+b⁺	7.17E+5 y 24	0	5+
^26mAl	13	13	e+b⁺	6.3452 s 19	228.305 13	0+
²⁶Si	14	12	e+b⁺	2.234 s 13	0	0+
²⁶P	15	11	e+b⁺, ep+e2p	20 ms +35-15	0	(3+)
²⁶S	16	10
Too many nuclides - list truncated. Please limit your search!
²⁷F	9	18
²⁷Ne	10	17	b^-, b^-n	32 ms 2	0
²⁷Na	11	16	b^-, b^-n	301 ms 6	0	5/2+
²⁷Mg	12	15	b^-	9.458 m 12	0	1/2+
²⁷Al	13	14		stable	0	5/2+	100
²⁷Si	14	13	e+b⁺	4.16 s 2	0	5/2+
²⁷P	15	12	e+b⁺, ep	260 ms 80	0	1/2+
²⁷S	16	11	e+b⁺, e2p, ep	21 ms 4	0
²⁸F	9	19
²⁸Ne	10	18	b^-, b^-n	17 ms 4	0	0+
²⁸Na	11	17	b^-, b^-n	30.5 ms 4	0	1+
²⁸Mg	12	16	b^-	20.91 h 3	0	0+
²⁸Al	13	15	b^-	2.2414 m 12	0	3+
²⁸Si	14	14		stable	0	0+	92.23 1
²⁸P	15	13	e+b⁺, ep, ea	270.3 ms 5	0	3+
²⁸S	16	12	e+b⁺, ep	125 ms 10	0	0+
²⁸Cl	17	11
²⁹F	9	20
²⁹Ne	10	19	b^-	0.2 s 1	0
²⁹Na	11	18	b^-, b^-n	44.9 ms 12	0	3/2
²⁹Mg	12	17	b^-	1.30 s 12	0	3/2+
²⁹Al	13	16	b^-	6.56 m 6	0	5/2+
²⁹Si	14	15		stable	0	1/2+	4.67 1
²⁹P	15	14	e+b⁺	4.140 s 14	0	1/2+
²⁹S	16	13	e+b⁺, ep	187 ms 4	0	5/2+
²⁹Cl	17	12
³⁰Ne	10	20			0	0+
³⁰Na	11	19	b^-, b^-n, b^-2n, b^-a	48 ms 2	0	2+
³⁰Mg	12	18	b^-	335 ms 17	0	0+
³⁰Al	13	17	b^-	3.60 s 6	0	3+
³⁰Si	14	16		stable	0	0+	3.10 1
³⁰P	15	15	e+b⁺	2.498 m 4	0	1+
³⁰S	16	14	e+b⁺	1.178 s 5	0	0+
³⁰Cl	17	13
³⁰Ar	18	12	p	<20 ns	0	0+
³¹Ne	10	21
³¹Na	11	20	b^-, b^-n, b^-2n	17.0 ms 4	0	3/2+
³¹Mg	12	19	b^-, b^-n	230 ms 20	0
³¹Al	13	18	b^-	644 ms 25	0	(3/2,5/2)+
³¹Si	14	17	b^-	157.3 m 3	0	3/2+
³¹P	15	16		stable	0	1/2+	100
³¹S	16	15	e+b⁺	2.572 s 13	0	1/2+
³¹Cl	17	14	e+b⁺, ep	150 ms 25	0
³¹Ar	18	13	e+b⁺, ep, e2p, e3p	15.1 ms 12	0
³²Ne	10	22			0	0+
³²Na	11	21	b^-, b^-n, b^-2n	13.2 ms 4	0	(3-,4-)
³²Mg	12	20	b^-, b^-n	120 ms 20	0	0+
³²Al	13	19	b^-	33 ms 4	0	1+
³²Si	14	18	b^-	150 y 10	0	0+
³²P	15	17	b^-	14.262 d 14	0	1+
³²S	16	16		stable	0	0+	95.02 9
³²Cl	17	15	e+b⁺, ea, ep	298 ms 1	0	1+
³²Ar	18	14	e+b⁺, ep	98 ms 2	0	0+
³²K	19	13
³³Na	11	22	b^-, b^-n, b^-2n	8.2 ms 4	0
³³Mg	12	21	b^-, b^-n	90 ms 20	0
³³Al	13	20			0
³³Si	14	19	b^-	6.18 s 18	0
³³P	15	18	b^-	25.34 d 12	0	1/2+
³³S	16	17		stable	0	3/2+	0.75 4
³³Cl	17	16	e+b⁺	2.511 s 3	0	3/2+
³³Ar	18	15	e+b⁺, ep	173.0 ms 20	0	1/2+
³³K	19	14
³⁴Na	11	23	b^-, b^-n, b^-2n	5.5 ms 10	0
³⁴Mg	12	22	b^-, b^-n	20 ms 10	0	0+
³⁴Al	13	21	b^-, b^-n	60 ms 18	0
³⁴Si	14	20	b^-	2.77 s 20	0	0+
³⁴P	15	19	b^-	12.43 s 8	0	1+
³⁴S	16	18		stable	0	0+	4.21 8
³⁴Cl	17	17	e+b⁺	1.5264 s 14	0	0+
^34mCl	17	17	e+b⁺, IT	32.00 m 4	146.36 3	3+
³⁴Ar	18	16	e+b⁺	844.5 ms 34	0	0+
³⁴K	19	15
³⁴Ca	20	14			0	0+
³⁵Na	11	24	b^-, b^-n	1.5 ms 5	0
³⁵Mg	12	23			0
³⁵Al	13	22	b^-, b^-n	150 ms 50	0
³⁵Si	14	21	b^-	0.78 s 12	0
³⁵P	15	20	b^-	47.3 s 7	0	1/2+
³⁵S	16	19	b^-	87.32 d 16	0	3/2+
³⁵Cl	17	18		stable	0	3/2+	75.77 7
³⁵Ar	18	17	e+b⁺	1.775 s 4	0	3/2+
³⁵K	19	16	e+b⁺, ep	190 ms 30	0	3/2+
³⁵Ca	20	15	e+b⁺, e2p	50 ms 30	0
³⁶Mg	12	24			0	0+
³⁶Al	13	23
³⁶Si	14	22	b^-, b^-n	0.45 s 6	0	0+
³⁶P	15	21	b^-	5.6 s 3	0
³⁶S	16	20		stable	0	0+	0.02 1
³⁶Cl	17	19	b^-, e+b⁺	3.01E+5 y 2	0	2+
³⁶Ar	18	18		stable	0	0+	0.337 3
³⁶K	19	17	e+b⁺, ep, ea	342 ms 2	0	2+
³⁶Ca	20	16	e+b⁺, ep	102 ms 2	0	0+
³⁶Sc	21	15
³⁷Mg	12	25
³⁷Al	13	24
³⁷Si	14	23
³⁷P	15	22	b^-	2.31 s 13	0
³⁷S	16	21	b^-	5.05 m 2	0	7/2-
³⁷Cl	17	20		stable	0	3/2+	24.23 7
³⁷Ar	18	19	e	35.04 d 4	0	3/2+
³⁷K	19	18	e+b⁺	1.226 s 7	0	3/2+
³⁷Ca	20	17	e+b⁺, ep	181.1 ms 10	0	3/2+
³⁷Sc	21	16
³⁸Al	13	25
³⁸Si	14	24			0	0+
³⁸P	15	23	b^-, b^-n	0.64 s 14	0
³⁸S	16	22	b^-	170.3 m 7	0	0+
³⁸Cl	17	21	b^-	37.24 m 5	0	2-
^38mCl	17	21	IT	715 ms 3	671.361 8	5-
³⁸Ar	18	20		stable	0	0+	0.063 1
³⁸K	19	19	e+b⁺	7.636 m 18	0	3+
^38mK	19	19	e+b⁺	923.9 ms 6	130.4 3	0+
³⁸Ca	20	18	e+b⁺	440 ms 8	0	0+
³⁸Sc	21	17
³⁸Ti	22	16			0	0+
³⁹Al	13	26
³⁹Si	14	25
³⁹P	15	24	b^-, b^-n	0.16 s +30-10	0
³⁹S	16	23	b^-	11.5 s 5	0	(3/2,5/2,7/2)-
³⁹Cl	17	22	b^-	55.6 m 2	0	3/2+
³⁹Ar	18	21	b^-	269 y 3	0	7/2-
³⁹K	19	20		stable	0	3/2+	93.2581 44
³⁹Ca	20	19	e+b⁺	859.6 ms 14	0	3/2+
³⁹Sc	21	18			0	(7/2-)
³⁹Ti	22	17	e, ep+e2p	26 ms +8-7	0	(3/2+)
⁴⁰Si	14	26			0	0+
⁴⁰P	15	25	b^-, b^-n	260 ms 80	0
⁴⁰S	16	24	b^-	8.8 s 22	0	0+
⁴⁰Cl	17	23	b^-	1.35 m 2	0	2-
⁴⁰Ar	18	22		stable	0	0+	99.600 3
⁴⁰K	19	21	b^-, e+b⁺	1.277E+9 y 8	0	4-	0.0117 1
⁴⁰Ca	20	20		stable	0	0+	96.941 18
⁴⁰Sc	21	19	e+b⁺, ea, ep	182.3 ms 7	0	4-
⁴⁰Ti	22	18	e+b⁺	50 ms 15	0	0+
⁴⁰V	23	17
⁴¹Si	14	27
⁴¹P	15	26	b^-, b^-n	120 ms 20	0
⁴¹S	16	25
⁴¹Cl	17	24	b^-	38.4 s 8	0	(1/2,3/2)+
⁴¹Ar	18	23	b^-	109.34 m 12	0	7/2-
⁴¹K	19	22		stable	0	3/2+	6.7302 44
⁴¹Ca	20	21	e	1.03E+5 y 4	0	7/2-
⁴¹Sc	21	20	e+b⁺	596.3 ms 17	0	7/2-
⁴¹Ti	22	19	e+b⁺, ep	80 ms 2	0	3/2+
⁴¹V	23	18
⁴²Si	14	28			0	0+
⁴²P	15	27	b^-, b^-n	110 ms 30	0
⁴²S	16	26	b^-, b^-n	0.56 s 6	0	0+
⁴²Cl	17	25	b^-	6.8 s 3	0
⁴²Ar	18	24	b^-	32.9 y 11	0	0+
⁴²K	19	23	b^-	12.360 h 3	0	2-
⁴²Ca	20	22		stable	0	0+	0.647 9
⁴²Sc	21	21	e+b⁺	681.3 ms 7	0	0+
^42mSc	21	21	e+b⁺	61.7 s 4	616.28 6	7+,(5+,6+)
⁴²Ti	22	20	e+b⁺	199 ms 6	0	0+
⁴²V	23	19
⁴²Cr	24	18
⁴³P	15	28	b^-, b^-n	33 ms 3	0
⁴³S	16	27	b^-, b^-n	220 ms 65	0
⁴³Cl	17	26	b^-	3.3 s 2	0
⁴³Ar	18	25	b^-	5.37 m 6	0	(3/2,5/2)
⁴³K	19	24	b^-	22.3 h 1	0	3/2+
⁴³Ca	20	23		stable	0	7/2-	0.135 6
⁴³Sc	21	22	e+b⁺	3.891 h 12	0	7/2-
⁴³Ti	22	21	e+b⁺	509 ms 5	0	7/2-
⁴³V	23	20	e+b⁺	>800 ms	0	(7/2-)
⁴³Cr	24	19	e+b⁺, ep, ea	21 ms 4	0	(3/2+)
⁴⁴P	15	29
⁴⁴S	16	28	b^-, b^-n	123 ms 10	0	0+
⁴⁴Cl	17	27	b^-, b^-n	434 ms 60	0
⁴⁴Ar	18	26	b^-	11.87 m 5	0	0+
⁴⁴K	19	25	b^-	22.13 m 19	0	2-
⁴⁴Ca	20	24		stable	0	0+	2.086 12
⁴⁴Sc	21	23	e+b⁺	3.927 h 8	0	2+
^44mSc	21	23	IT, e+b⁺	58.6 h 1	271.13 11	6+
⁴⁴Ti	22	22	e	63 y 3	0	0+
⁴⁴V	23	21	e+b⁺, ea	90 ms 25	0	(2+)
^44mV	23	21	e+b⁺	~150 ms	0+x	(6+)
⁴⁴Cr	24	20	e+b⁺, ep	53 ms 4	0	0+
⁴⁴Mn	25	19
⁴⁵P	15	30
⁴⁵S	16	29	b^-, b^-n	82 ms 13	0
⁴⁵Cl	17	28	b^-, b^-n	400 ms 43	0
⁴⁵Ar	18	27	b^-	21.48 s 15	0
⁴⁵K	19	26	b^-	17.3 m 6	0	3/2+
⁴⁵Ca	20	25	b^-	162.61 d 9	0	7/2-
⁴⁵Sc	21	24		stable	0	7/2-	100
^45mSc	21	24	IT	318 ms 7	12.40 5	3/2+
⁴⁵Ti	22	23	e+b⁺	184.8 m 5	0	7/2-
⁴⁵V	23	22	e+b⁺	547 ms 6	0	7/2-
⁴⁵Cr	24	21	e+b⁺, ep	50 ms 6	0
⁴⁵Mn	25	20
⁴⁵Fe	26	19
⁴⁶P	15	31			0
⁴⁶S	16	30			0	0+
⁴⁶Cl	17	29	b^-, b^-n	223 ms 37	0
⁴⁶Ar	18	28	b^-	8.4 s 6	0	0+
⁴⁶K	19	27	b^-	105 s 10	0	(2-)
⁴⁶Ca	20	26		stable	0	0+	0.004 3
⁴⁶Sc	21	25	b^-	83.79 d 4	0	4+
^46mSc	21	25	IT	18.75 s 4	142.528 7	1-
⁴⁶Ti	22	24		stable	0	0+	8.0 1
⁴⁶V	23	23	e+b⁺	422.37 ms 20	0	0+
^46mV	23	23	IT	1.02 ms 7	801.52 10	3+
⁴⁶Cr	24	22	e+b⁺	0.26 s 6	0	0+
⁴⁶Mn	25	21	e, ep	41 ms 7	0
⁴⁶Fe	26	20	e, ep	20 ms +20-8	0	0+
⁴⁷S	16	31
⁴⁷Cl	17	30	b^-, b^-n		0
⁴⁷Ar	18	29	b^-, b^-n	~700 ms	0
⁴⁷K	19	28	b^-	17.50 s 24	0 6	1/2+
⁴⁷Ca	20	27	b^-	4.536 d 3	0	7/2-
⁴⁷Sc	21	26	b^-	3.3492 d 6	0	7/2-
⁴⁷Ti	22	25		stable	0	5/2-	7.3 1
⁴⁷V	23	24	e+b⁺	32.6 m 3	0	3/2-
⁴⁷Cr	24	23	e+b⁺	500 ms 15	0	3/2-
⁴⁷Mn	25	22	e+b⁺, ep	100 ms 50	0
⁴⁷Fe	26	21	e+b⁺, ep	27 ms +32-10	0
⁴⁸S	16	32			0	0+
⁴⁸Cl	17	31
⁴⁸Ar	18	30			0	0+
⁴⁸K	19	29	b^-, b^-n	6.8 s 2	0	(2-)
⁴⁸Ca	20	28	b^-, bb	>6E+18 y	0	0+	0.187 4
⁴⁸Sc	21	27	b^-	43.67 h 9	0	6+
⁴⁸Ti	22	26		stable	0	0+	73.8 1
⁴⁸V	23	25	e+b⁺	15.9735 d 25	0	4+
⁴⁸Cr	24	24	e+b⁺	21.56 h 3	0	0+
⁴⁸Mn	25	23	e+b⁺, ep, ea	158.1 ms 22	0	4+
⁴⁸Fe	26	22	e+b⁺, ep	44 ms 7	0	0+
⁴⁸Co	27	21
⁴⁹S	16	33
⁴⁹Cl	17	32			0
⁴⁹Ar	18	31			0
⁴⁹K	19	30	b^-, b^-n	1.26 s 5	0	(3/2+)
⁴⁹Ca	20	29	b^-	8.718 m 6	0	3/2-
⁴⁹Sc	21	28	b^-	57.2 m 2	0	7/2-
⁴⁹Ti	22	27		stable	0	7/2-	5.5 1
⁴⁹V	23	26	e	330 d 15	0	7/2-
⁴⁹Cr	24	25	e+b⁺	42.3 m 1	0	5/2-
⁴⁹Mn	25	24	e+b⁺	382 ms 7	0	5/2-
⁴⁹Fe	26	23	e+b⁺, ep	70 ms 3	0	(7/2-)
⁴⁹Co	27	22
⁵⁰Cl	17	33
⁵⁰Ar	18	32			0	0+
⁵⁰K	19	31	b^-, b^-n	472 ms 4	0	(0-,1,2-)
⁵⁰Ca	20	30	b^-	13.9 s 6	0	0+
⁵⁰Sc	21	29	b^-	102.5 s 5	0	5+
^50mSc	21	29	IT, b^-	0.35 s 4	256.895 10	2+,3+
⁵⁰Ti	22	28		stable	0	0+	5.4 1
⁵⁰V	23	27	e+b⁺, b^-	1.4E+17 y +4-3	0	6+	0.250 2
⁵⁰Cr	24	26	ee	>1.8E+17 y	0	0+	4.345 13
⁵⁰Mn	25	25	e+b⁺	283.88 ms 46	0	0+
^50mMn	25	25	e+b⁺	1.75 m 3	229 7	5+
⁵⁰Fe	26	24	e+b⁺, b⁺p	150 ms 30	0	0+
⁵⁰Co	27	23	e+b⁺, ep	44 ms 4	0	(6+)
⁵⁰Ni	28	22
⁵¹Cl	17	34			0	(3/2+)
⁵¹Ar	18	33
⁵¹K	19	32	b^-, b^-n	365 ms 5	0	(1/2+,3/2+)
⁵¹Ca	20	31	b^-, b^-n	10.0 s 8	0	(3/2-)
⁵¹Sc	21	30	b^-	12.4 s 1	0	(7/2)-
⁵¹Ti	22	29	b^-	5.76 m 1	0	3/2-
⁵¹V	23	28		stable	0	7/2-	99.750 2
⁵¹Cr	24	27	e	27.7025 d 24	0	7/2-
⁵¹Mn	25	26	e+b⁺	46.2 m 1	0	5/2-
⁵¹Fe	26	25	e+b⁺	305 ms 5	0	5/2-
⁵¹Co	27	24			0	(7/2-)
⁵¹Ni	28	23			0	(7/2-)
⁵²Ar	18	34			0	0+
⁵²K	19	33	b^-, b^-n	105 ms 5	0
⁵²Ca	20	32	b^-	4.6 s 3	0	0+
⁵²Sc	21	31	b^-	8.2 s 2	0	3+
⁵²Ti	22	30	b^-	1.7 m 1	0	0+
⁵²V	23	29	b^-	3.743 m 5	0	3+
⁵²Cr	24	28		stable	0	0+	83.789 18
⁵²Mn	25	27	e+b⁺	5.591 d 3	0	6+
^52mMn	25	27	e+b⁺, IT	21.1 m 2	377.749 5	2+
⁵²Fe	26	26	e+b⁺	8.275 h 8	0	0+
^52mFe	26	26	e+b⁺	45.9 s 6	6.82E+3 13	(12+)
⁵²Co	27	25	e+b⁺	18 ms 13	0
⁵²Ni	28	24	e+b⁺, ep	38 ms 5	0	0+
⁵²Cu	29	23
⁵³Ar	18	35
⁵³K	19	34	b^-, b^-n	30 ms 5	0	(3/2+)
⁵³Ca	20	33	b^-, b^-n+b^-2n	90 ms 15	0	(3/2-,5/2-)
⁵³Sc	21	32
⁵³Ti	22	31	b^-	32.7 s 9	0	(3/2)-
⁵³V	23	30	b^-	1.61 m 4	0	7/2-
⁵³Cr	24	29		stable	0	3/2-	9.501 17
⁵³Mn	25	28	e	3.74E+6 y 4	0	7/2-
⁵³Fe	26	27	e+b⁺	8.51 m 2	0	7/2-
^53mFe	26	27	IT	2.58 m 4	3040.4 3	19/2-
⁵³Co	27	26	e+b⁺	240 ms 20	0	(7/2-)
^53mCo	27	26	e+b⁺, p	247 ms 12	3190	(19/2-)
⁵³Ni	28	25	e+b⁺, ep	45 ms 15	0	(7/2-)
⁵³Cu	29	24
⁵⁴K	19	35	b^-, b^-n	10 ms 5	0
⁵⁴Ca	20	34			0	0+
⁵⁴Sc	21	33
⁵⁴Ti	22	32			0	0+
⁵⁴V	23	31	b^-	49.8 s 5	0	3+
⁵⁴Cr	24	30		stable	0	0+	2.365 7
⁵⁴Mn	25	29	e+b⁺, b^-	312.3 d 4	0	3+
⁵⁴Fe	26	28		stable	0	0+	5.8 1
⁵⁴Co	27	27	e+b⁺	193.23 ms 14	0	0+
^54mCo	27	27	e+b⁺	1.48 m 2	199 4	(7)+
⁵⁴Ni	28	26	e+b⁺		0	0+
⁵⁴Cu	29	25
⁵⁴Zn	30	24			0	0+
⁵⁵K	19	36
⁵⁵Ca	20	35	b^-		0	(5/2-)
⁵⁵Sc	21	34
⁵⁵Ti	22	33	b^-	320 ms 60	0	(3/2-)
⁵⁵V	23	32	b^-	6.54 s 15	0	(7/2-)
⁵⁵Cr	24	31	b^-	3.497 m 3	0	3/2-
⁵⁵Mn	25	30		stable	0	5/2-	100
⁵⁵Fe	26	29	e	2.73 y 3	0	3/2-
⁵⁵Co	27	28	e+b⁺	17.53 h 3	0	7/2-
⁵⁵Ni	28	27	e+b⁺	212.1 ms 38	0	7/2-
⁵⁵Cu	29	26	e+b⁺		0
⁵⁵Zn	30	25
⁵⁶Ca	20	36	b^-		0	0+
⁵⁶Sc	21	35	b^-		0	(3+)
⁵⁶Ti	22	34	b^-, b^-n	160 ms 20	0	0+
⁵⁶V	23	33	b^-	230 ms 20	0	(3+)
⁵⁶Cr	24	32	b^-	5.94 m 10	0	0+
⁵⁶Mn	25	31	b^-	2.5785 h 2	0	3+
⁵⁶Fe	26	30		stable	0	0+	91.72 30
⁵⁶Co	27	29	e+b⁺	77.27 d 3	0	4+
⁵⁶Ni	28	28	e+b⁺	6.077 d 12	0	0+
⁵⁶Cu	29	27
⁵⁶Zn	30	26			0	0+
⁵⁶Ga	31	25
⁵⁷Ca	20	37
⁵⁷Sc	21	36	b^-		0	(7/2-)
⁵⁷Ti	22	35	b^-, b^-n	180 ms 30	0	(5/2-)
⁵⁷V	23	34	b^-, b^-n	320 ms 30	0	(7/2-)
⁵⁷Cr	24	33	b^-	21.1 s 10	0	3/2-,5/2-,7/2-
⁵⁷Mn	25	32	b^-	85.4 s 18	0	5/2-
⁵⁷Fe	26	31		stable	0	1/2-	2.2 1
⁵⁷Co	27	30	e	271.79 d 9	0	7/2-
⁵⁷Ni	28	29	e+b⁺	35.60 h 6	0	3/2-
⁵⁷Cu	29	28	e+b⁺	199.4 ms 32	0	3/2-
⁵⁷Zn	30	27	e+b⁺, ep	40 ms 10	0	(7/2-)
⁵⁷Ga	31	26
⁵⁸Sc	21	37	b^-		0	(3+)
⁵⁸Ti	22	36			0	0+
⁵⁸V	23	35	b^-	200 ms 20	0	(3+)
⁵⁸Cr	24	34	b^-	7.0 s 3	0	0+
⁵⁸Mn	25	33	b^-	3.0 s 1	0	1+
^58mMn	25	33	b^-, IT	65.2 s 5	71.78 5	(4)+
⁵⁸Fe	26	32		stable	0	0+	0.28 1
⁵⁸Co	27	31	e+b⁺	70.86 d 7	0	2+
^58mCo	27	31	IT	9.04 h 11	24.95 6	5+
⁵⁸Ni	28	30		stable	0	0+	68.077 9
⁵⁸Cu	29	29	e+b⁺	3.204 s 7	0	1+
⁵⁸Zn	30	28	e+b⁺	65 ms 9	0	0+
⁵⁸Ga	31	27
⁵⁸Ge	32	26			0	0+
⁵⁹Sc	21	38
⁵⁹Ti	22	37	b^-		0	(5/2-)
⁵⁹V	23	36	b^-	130 ms 20	0	(7/2-)
⁵⁹Cr	24	35	b^-	0.74 s 24	0
⁵⁹Mn	25	34	b^-	4.6 s 1	0	3/2-,5/2-
⁵⁹Fe	26	33	b^-	44.503 d 6	0	3/2-
⁵⁹Co	27	32		stable	0	7/2-	100
⁵⁹Ni	28	31	e+b⁺	7.6E+4 y 5	0	3/2-
⁵⁹Cu	29	30	e+b⁺	81.5 s 5	0	3/2-
⁵⁹Zn	30	29	e+b⁺, ep	182.0 ms 18	0	3/2-
⁵⁹Ga	31	28
⁵⁹Ge	32	27
⁶⁰Ti	22	38	b^-		0	0+
⁶⁰V	23	37	b^-, b^-n	200 ms 40	0	(3+)
⁶⁰Cr	24	36	b^-	0.57 s 6	0	0+
⁶⁰Mn	25	35	b^-	51 s 6	0	0+
^60mMn	25	35	b^-, IT	1.77 s 2	271.8	3+
⁶⁰Fe	26	34	b^-	1.5E+6 y 3	0	0+
⁶⁰Co	27	33	b^-	5.2714 y 5	0	5+
^60mCo	27	33	IT, b^-	10.467 m 6	58.59 1	2+
⁶⁰Ni	28	32		stable	0	0+	26.223 8
⁶⁰Cu	29	31	e+b⁺	23.7 m 4	0	2+
⁶⁰Zn	30	30	e+b⁺	2.38 m 5	0	0+
⁶⁰Ga	31	29
⁶⁰Ge	32	28
⁶⁰As	33	27
⁶¹Ti	22	39	b^-, b^-n		0	(1/2-)
⁶¹V	23	38
⁶¹Cr	24	37	b^-, b^-n	270 ms 20	0.0	(5/2-)
⁶¹Mn	25	36	b^-	0.71 s 1	0	(5/2-)
⁶¹Fe	26	35	b^-	5.98 m 6	0	3/2-,5/2-
⁶¹Co	27	34	b^-	1.650 h 5	0	7/2-
⁶¹Ni	28	33		stable	0	3/2-	1.140 1
⁶¹Cu	29	32	e+b⁺	3.333 h 5	0	3/2-
⁶¹Zn	30	31	e+b⁺	89.1 s 2	0	3/2-
⁶¹Ga	31	30	e+b⁺	0.15 s 3	0	(3/2-)
⁶¹Ge	32	29	e+b⁺, ep	40 ms 15	0	(3/2-)
⁶¹As	33	28
⁶²V	23	39	b^-		0	(3+)
⁶²Cr	24	38	b^-, b^-n	190 ms 30	0	0+
⁶²Mn	25	37	b^-	0.88 s 15	0	(3+)
⁶²Fe	26	36	b^-	68 s 2	0	0+
⁶²Co	27	35	b^-	1.50 m 4	0	2+
^62mCo	27	35	b^-, IT	13.91 m 5	22 5	5+
⁶²Ni	28	34		stable	0	0+	3.634 2
⁶²Cu	29	33	e+b⁺	9.74 m 2	0	1+
⁶²Zn	30	32	e+b⁺	9.186 h 13	0	0+
⁶²Ga	31	31	e+b⁺	116.12 ms 23	0	0+
⁶²Ge	32	30	e+b⁺		0	0+
⁶²As	33	29
⁶³V	23	40	b^-		0	(7/2-)
⁶³Cr	24	39	b^-, b^-n	110 ms 70	0	(1/2-)
⁶³Mn	25	38	b^-	0.25 s 4	0
⁶³Fe	26	37	b^-	6.1 s 6	0	(5/2)-
⁶³Co	27	36	b^-	27.4 s 5	0	(7/2)-
⁶³Ni	28	35	b^-	100.1 y 20	0	1/2-
⁶³Cu	29	34		stable	0	3/2-	69.17 3
⁶³Zn	30	33	e+b⁺	38.47 m 5	0	3/2-
⁶³Ga	31	32	e+b⁺	32.4 s 5	0	3/2-,5/2-
⁶³Ge	32	31	e+b⁺	95 ms 23	0
⁶³As	33	30
⁶⁴V	23	41	b^-		0
⁶⁴Cr	24	40			0	0+
⁶⁴Mn	25	39	b^-, b^-n	140 ms 30	0	(3+)
⁶⁴Fe	26	38	b^-	2.0 s 2	0	0+
⁶⁴Co	27	37	b^-	0.30 s 3	0	1+
⁶⁴Ni	28	36		stable	0	0+	0.926 1
⁶⁴Cu	29	35	e+b⁺, b^-	12.700 h 2	0	1+
⁶⁴Zn	30	34		stable	0	0+	48.6 3
⁶⁴Ga	31	33	e+b⁺	2.627 m 12	0	0+
⁶⁴Ge	32	32	e+b⁺	63.7 s 25	0	0+
⁶⁴As	33	31
⁶⁵Cr	24	41	b^-		0	(1/2-)
⁶⁵Mn	25	40	b^-, b^-n	110 ms 20	0	(5/2-)
⁶⁵Fe	26	39	b^-	0.4 s 2	0
⁶⁵Co	27	38	b^-	1.20 s 6	0	(7/2)-
⁶⁵Ni	28	37	b^-	2.5172 h 3	0	5/2-
⁶⁵Cu	29	36		stable	0	3/2-	30.83 3
⁶⁵Zn	30	35	e+b⁺	244.26 d 26	0	5/2-
⁶⁵Ga	31	34	e+b⁺	15.2 m 2	0	3/2-
⁶⁵Ge	32	33	e+b⁺, ep	30.9 s 5	0	(3/2)-
⁶⁵As	33	32	e+b⁺	0.19 s +11-7	0
⁶⁵Se	34	31	e+b⁺, ep		0
⁶⁶Cr	24	42	b^-		0	0+
⁶⁶Mn	25	41	b^-, b^-n	90 ms 20	0
⁶⁶Fe	26	40	b^-	440 ms 60	0.0	0+
⁶⁶Co	27	39	b^-	0.233 s 17	0	(3+)
⁶⁶Ni	28	38	b^-	54.6 h 3	0	0+
⁶⁶Cu	29	37	b^-	5.120 m 14	0	1+
⁶⁶Zn	30	36		stable	0	0+	27.9 2
⁶⁶Ga	31	35	e+b⁺	9.49 h 7	0	0+
⁶⁶Ge	32	34	e+b⁺	2.26 h 5	0	0+
⁶⁶As	33	33	e+b⁺	95.77 ms 23	0
⁶⁶Se	34	32	e+b⁺		0	0+
⁶⁷Cr	24	43	b^-		0	(1/2-)
⁶⁷Mn	25	42	b^-		0
⁶⁷Fe	26	41	b^-, b^-n	470 ms 50	0	(1/2-)
⁶⁷Co	27	40	b^-	0.42 s 7	0	(7/2-)
⁶⁷Ni	28	39	b^-	21 s 1	0	(1/2-)
⁶⁷Cu	29	38	b^-	61.83 h 12	0	3/2-
⁶⁷Zn	30	37		stable	0	5/2-	4.1 1
⁶⁷Ga	31	36	e	3.2612 d 6	0	3/2-
⁶⁷Ge	32	35	e+b⁺	18.9 m 3	0	1/2-
⁶⁷As	33	34	e+b⁺	42.5 s 12	0	(5/2-)
⁶⁷Se	34	33	e+b⁺, ep	60 ms +17-11	0
⁶⁷Br	35	32
⁶⁸Mn	25	43	b^-		0
⁶⁸Fe	26	42	b^-	0.10 s 6	0	0+
⁶⁸Co	27	41	b^-	0.18 s 10	0
⁶⁸Ni	28	40	b^-	19 s +3-6	0	0+
⁶⁸Cu	29	39	b^-	31.1 s 15	0	1+
^68mCu	29	39	IT, b^-	3.75 m 5	721.6 7	(6-)
⁶⁸Zn	30	38		stable	0	0+	18.8 4
⁶⁸Ga	31	37	e+b⁺	67.629 m 24	0	1+
⁶⁸Ge	32	36	e	270.8 d 3	0	0+
⁶⁸As	33	35	e+b⁺	151.6 s 8	0	3+
⁶⁸Se	34	34	e+b⁺	35.5 s 7	0	0+
⁶⁸Br	35	33	p	<1.5 us	0	(3+)
⁶⁹Mn	25	44	b^-		0	(5/2-)
⁶⁹Fe	26	43	b^-, b^-n	170 ms 30	0	(1/2-)
⁶⁹Co	27	42	b^-	0.27 s 5	0
⁶⁹Ni	28	41	b^-	11.4 s 3	0
⁶⁹Cu	29	40	b^-	2.85 m 15	0	3/2-
⁶⁹Zn	30	39	b^-	56.4 m 9	0	1/2-
^69mZn	30	39	IT, b^-	13.76 h 2	438.64 2	9/2+
⁶⁹Ga	31	38		stable	0	3/2-	60.108 9
⁶⁹Ge	32	37	e+b⁺	39.05 h 10	0	5/2-
⁶⁹As	33	36	e+b⁺	15.2 m 2	0	5/2-
⁶⁹Se	34	35	e+b⁺, ep	27.4 s 2	0	(3/2-)
⁶⁹Br	35	34
⁶⁹Kr	36	33
⁷⁰Fe	26	44	b^-		0	0+
⁷⁰Co	27	43	b^-, b^-n	150 ms 20	0
⁷⁰Ni	28	42			0	0+
⁷⁰Cu	29	41	b^-	4.5 s 10	0	(1+)
^70mCu	29	41	b^-	47 s 5	140 80	(4)-
⁷⁰Zn	30	40		>5E+14 y	0	0+	0.6 1
⁷⁰Ga	31	39	b^-, e	21.14 m 3	0	1+
⁷⁰Ge	32	38		stable	0	0+	21.23 4
⁷⁰As	33	37	e+b⁺	52.6 m 3	0	4(+)
⁷⁰Se	34	36	e+b⁺	41.1 m 3	0	0+
⁷⁰Br	35	35	e+b⁺	79.1 ms 8	0
^70mBr	35	35	e+b⁺	2.2 s 2	0+x
⁷⁰Kr	36	34			0	0+
⁷¹Fe	26	45	b^-		0	(7/2+)
⁷¹Co	27	44	b^-, b^-n	210 ms 40	0	(7/2-)
⁷¹Ni	28	43	b^-	1.86 s 35	0
⁷¹Cu	29	42	b^-	19.5 s 16	0	(3/2-)
⁷¹Zn	30	41	b^-	2.45 m 10	0	1/2-
^71mZn	30	41	b^-, IT	3.96 h 5	157.7 13	9/2+
⁷¹Ga	31	40		stable	0	3/2-	39.892 9
⁷¹Ge	32	39	e	11.43 d 3	0	1/2-
^71mGe	32	39	IT	20.40 ms 17	198.367 10	9/2+
⁷¹As	33	38	e+b⁺	65.28 h 15	0	5/2-
⁷¹Se	34	37	e+b⁺	4.74 m 5	0	3/2-,5/2-
⁷¹Br	35	36	e+b⁺	21.4 s 6	0	5/2-
⁷¹Kr	36	35	e+b⁺, ep	64 ms +8-5	0
⁷¹Rb	37	34
⁷²Fe	26	46	b^-		0	0+
⁷²Co	27	45	b^-, b^-n	90 ms 20	0
⁷²Ni	28	44	b^-	2.1 s 3	0	0+
⁷²Cu	29	43	b^-	6.6 s 1	0	(1+)
⁷²Zn	30	42	b^-	46.5 h 1	0	0+
⁷²Ga	31	41	b^-	14.10 h 2	0	3-
^72mGa	31	41	IT	39.68 ms 13	119.66 5	(0+)
⁷²Ge	32	40		stable	0	0+	27.66 3
⁷²As	33	39	e+b⁺	26.0 h 1	0	2-
⁷²Se	34	38	e	8.40 d 8	0	0+
⁷²Br	35	37	e+b⁺	78.6 s 24	0	3+
^72mBr	35	37	IT, e+b⁺	10.6 s 3	100.92 3	1-
⁷²Kr	36	36	e+b⁺	17.2 s 3	0	0+
⁷²Rb	37	35
⁷³Co	27	46	b^-		0	(7/2-)
⁷³Ni	28	45	b^-, b^-n	0.70 s 14	0	(7/2+)
⁷³Cu	29	44	b^-	3.9 s 3	0
⁷³Zn	30	43	b^-	23.5 s 10	0	(1/2)-
^73mZn	30	43	b^-, IT	5.8 s 8	195.5	(7/2+)
⁷³Ga	31	42	b^-	4.86 h 3	0	3/2-
⁷³Ge	32	41		stable	0	9/2+	7.73 1
^73mGe	32	41	IT	0.499 s 11	66.716 19	1/2-
⁷³As	33	40	e	80.30 d 6	0	3/2-
⁷³Se	34	39	e+b⁺	7.15 h 8	0	9/2+
^73mSe	34	39	e+b⁺, IT	39.8 m 13	25.71 4	3/2-
⁷³Br	35	38	e+b⁺	3.4 m 2	0	1/2-
⁷³Kr	36	37	e+b⁺, ep	27.0 s 12	0	5/2-
⁷³Rb	37	36			0
⁷³Sr	38	35	e+b⁺, ep		0
⁷⁴Co	27	47	b^-		0
⁷⁴Ni	28	46	b^-, b^-n	0.54 s 16	0	0+
⁷⁴Cu	29	45	b^-	1.594 s 10	0	(1+,3+)
⁷⁴Zn	30	44	b^-	95.6 s 12	0	0+
⁷⁴Ga	31	43	b^-	8.12 m 12	0	(3-)
^74mGa	31	43	IT, b^-	9.5 s 10	59.571 14	(0)
⁷⁴Ge	32	42		stable	0	0+	35.94 2
⁷⁴As	33	41	b^-, e+b⁺	17.77 d 2	0	2-
⁷⁴Se	34	40		stable	0	0+	0.89 2
⁷⁴Br	35	39	e+b⁺	25.4 m 3	0	(0-)
^74mBr	35	39	e+b⁺	46 m 2	13.58 21	4(+)
⁷⁴Kr	36	38	e+b⁺	11.50 m 11	0	0+
⁷⁴Rb	37	37	e+b⁺	64.9 ms 5	0	(0+)
⁷⁴Sr	38	36			0	0+
⁷⁵Co	27	48	b^-		0	(7/2-)
⁷⁵Ni	28	47	b^-, b^-n	0.6 s 2	0	(7/2+)
⁷⁵Cu	29	46	b^-, b^-n	1.224 s 3	0
⁷⁵Zn	30	45	b^-	10.2 s 2	0	(7/2+)
⁷⁵Ga	31	44	b^-	126 s 2	0	3/2-
⁷⁵Ge	32	43	b^-	82.78 m 4	0	1/2-
^75mGe	32	43	IT, b^-	47.7 s 5	139.69 3	7/2+
⁷⁵As	33	42		stable	0	3/2-	100
^75mAs	33	42	IT	16.79 ms 15	303.9243 11	9/2+
⁷⁵Se	34	41	e	119.779 d 4	0	5/2+
⁷⁵Br	35	40	e+b⁺	96.7 m 13	0	3/2-
⁷⁵Kr	36	39	e+b⁺	4.3 m 2	0	(5/2)+
⁷⁵Rb	37	38	e+b⁺	19.0 s 12	0	(3/2-,5/2-)
⁷⁵Sr	38	37	e+b⁺, ep	71 ms +71-24	0
⁷⁶Ni	28	48	b^-, b^-n	0.24 s +55-19	0	0+
⁷⁶Cu	29	47	b^-, b^-n	0.641 s 6	0+x
^76mCu	29	47	b^-	1.27 s 30	0+y
⁷⁶Zn	30	46	b^-	5.7 s 3	0	0+
⁷⁶Ga	31	45	b^-	32.6 s 6	0	(2+,3+)
⁷⁶Ge	32	44		stable	0	0+	7.44 2
⁷⁶As	33	43	b^-	1.0778 d 20	0	2-
⁷⁶Se	34	42		stable	0	0+	9.36 11
⁷⁶Br	35	41	e+b⁺	16.2 h 2	0	1-
^76mBr	35	41	IT, e+b⁺	1.31 s 2	102.58 3	(4)+
⁷⁶Kr	36	40	e+b⁺	14.8 h 1	0	0+
⁷⁶Rb	37	39	e+b⁺	36.5 s 6	0	1(-)
⁷⁶Sr	38	38	e+b⁺	8.9 s 3	0	0+
⁷⁷Ni	28	49			0
⁷⁷Cu	29	48	b^-, b^-n	469 ms 8	0
⁷⁷Zn	30	47	b^-	2.08 s 5	0	(7/2+)
^77mZn	30	47	IT, b^-	1.05 s 10	772.39	(1/2-)
⁷⁷Ga	31	46	b^-	13.2 s 2	0	(3/2-)
⁷⁷Ge	32	45	b^-	11.30 h 1	0	7/2+
^77mGe	32	45	b^-, IT	52.9 s 6	159.70 10	1/2-
⁷⁷As	33	44	b^-	38.83 h 5	0	3/2-
⁷⁷Se	34	43		stable	0	1/2-	7.63 6
^77mSe	34	43	IT	17.36 s 5	161.9223 7	7/2+
⁷⁷Br	35	42	e+b⁺	57.036 h 6	0	3/2-
^77mBr	35	42	IT	4.28 m 10	105.86 8	9/2+
⁷⁷Kr	36	41	e+b⁺	74.4 m 6	0	5/2+
⁷⁷Rb	37	40	e+b⁺	3.77 m 4	0	3/2-
⁷⁷Sr	38	39	e+b⁺, ep	9.0 s 2	0	5/2+
⁷⁷Y	39	38	e+b⁺, ep		0
⁷⁸Ni	28	50	b^-		0	0+
⁷⁸Cu	29	49	b^-	342 ms 11	0
⁷⁸Zn	30	48	b^-	1.47 s 15	0	0+
⁷⁸Ga	31	47	b^-	5.09 s 5	0	(3+)
⁷⁸Ge	32	46	b^-	88.0 m 10	0	0+
⁷⁸As	33	45	b^-	90.7 m 2	0	2-
⁷⁸Se	34	44		stable	0	0+	23.78 9
⁷⁸Br	35	43	e+b⁺, b^-	6.46 m 4	0	1+
^78mBr	35	43		119.2 us 10	180.82 13	(4+)
⁷⁸Kr	36	42		stable	0	0+	0.35 2
⁷⁸Rb	37	41	e+b⁺	17.66 m 8	0	0(+)
^78mRb	37	41	e+b⁺, IT	5.74 m 5	103.3+x	4(-)
⁷⁸Sr	38	40	e+b⁺	2.5 m 3	0	0+
⁷⁸Y	39	39
⁷⁹Cu	29	50	b^-, b^-n	188 ms 25	0
⁷⁹Zn	30	49	b^-, b^-n	995 ms 19	0	(9/2+)
⁷⁹Ga	31	48	b^-, b^-n	2.847 s 3	0	(3/2-)
⁷⁹Ge	32	47	b^-	18.98 s 3	0	(1/2)-
^79mGe	32	47	b^-, IT	39.0 s 10	185.95 4	(7/2+)
⁷⁹As	33	46	b^-	9.01 m 15	0	3/2-
⁷⁹Se	34	45	b^-	1.13E6 y 17	0	7/2+
^79mSe	34	45	IT, b^-	3.92 m 1	95.77 3	1/2-
⁷⁹Br	35	44		stable	0	3/2-	50.69 7
^79mBr	35	44	IT	4.86 s 4	207.52 10	9/2+
⁷⁹Kr	36	43	e+b⁺	35.04 h 10	0	1/2-
^79mKr	36	43	IT	50 s 3	129.78 5	7/2+
⁷⁹Rb	37	42	e+b⁺	22.9 m 5	0	5/2+
⁷⁹Sr	38	41	e+b⁺	2.25 m 10	0	3/2(-)
⁷⁹Y	39	40	e+b⁺, ep	14.8 s 6	0	(5/2+)
⁷⁹Zr	40	39
⁸⁰Cu	29	51	b^-		0
⁸⁰Zn	30	50	b^-, b^-n	0.545 s 16	0	0+
⁸⁰Ga	31	49	b^-, b^-n	1.697 s 11	0	(3)
⁸⁰Ge	32	48	b^-	29.5 s 4	0	0+
⁸⁰As	33	47	b^-	15.2 s 2	0	1+
⁸⁰Se	34	46		stable	0	0+	49.61 10
⁸⁰Br	35	45	b^-, e+b⁺	17.68 m 2	0	1+
^80mBr	35	45	IT	4.4205 h 8	85.843 4	5-
⁸⁰Kr	36	44		stable	0	0+	2.25 2
⁸⁰Rb	37	43	e+b⁺	34 s 4	0	1+
⁸⁰Sr	38	42	e+b⁺	106.3 m 15	0	0+
⁸⁰Y	39	41	e+b⁺	35 s 2	0	(3,4,5)
⁸⁰Zr	40	40			0	0+
⁸¹Zn	30	51	b^-, b^-n	0.29 s 5	0
⁸¹Ga	31	50	b^-, b^-n	1.217 s 5	0	(5/2-)
⁸¹Ge	32	49	b^-	7.6 s 6	0	(9/2+)
^81mGe	32	49	b^-	7.6 s 6	679.13 4	(1/2+)
⁸¹As	33	48	b^-	33.3 s 8	0	3/2-
⁸¹Se	34	47	b^-	18.45 m 12	0	1/2-
^81mSe	34	47	IT, b^-	57.28 m 2	102.99 6	7/2+
⁸¹Br	35	46		stable	0	3/2-	49.31 7
⁸¹Kr	36	45	e	2.29E+5 y 11	0	7/2+
^81mKr	36	45	IT, e	13.10 s 3	190.62 4	1/2-
⁸¹Rb	37	44	e+b⁺	4.576 h 5	0	3/2-
^81mRb	37	44	IT, e+b⁺	30.5 m 3	86.31 7	9/2+
⁸¹Sr	38	43	e+b⁺	22.3 m 4	0	1/2-
⁸¹Y	39	42	e+b⁺	70.4 s 10	0	(5/2+)
⁸¹Zr	40	41	e+b⁺, ep	15 s 5	0
⁸¹Nb	41	40			0
⁸²Zn	30	52	b^-		0	0+
⁸²Ga	31	51	b^-, b^-n	0.599 s 2	0	(1,2,3)
⁸²Ge	32	50	b^-	4.60 s 35	0	0+
⁸²As	33	49	b^-	19.1 s 5	0	(1+)
^82mAs	33	49	b^-	13.6 s 4	0+x	(5-)
⁸²Se	34	48	b^-b^-	1.08E+20 y +26-6	0	0+	8.73 6
⁸²Br	35	47	b^-	35.30 h 2	0	5-
^82mBr	35	47	IT, b^-	6.13 m 5	45.9492 10	2-
⁸²Kr	36	46		stable	0	0+	11.6 1
⁸²Rb	37	45	e+b⁺	1.273 m 2	0	1+
^82mRb	37	45	e+b⁺, IT	6.472 h 6	68.9 15	5-
⁸²Sr	38	44	e	25.55 d 15	0	0+
⁸²Y	39	43	e+b⁺	9.5 s 3	0	1+
⁸²Zr	40	42	e+b⁺	32 s 5	0	0+
⁸²Nb	41	41
⁸³Zn	30	53	b^-		0	(5/2+)
⁸³Ga	31	52	b^-, b^-n	0.31 s 1	0
⁸³Ge	32	51	b^-	1.85 s 6	0	(5/2+)
⁸³As	33	50	b^-	13.4 s 3	0	(5/2-,3/2-)
⁸³Se	34	49	b^-	22.3 m 3	0	9/2+
^83mSe	34	49	b^-	70.1 s 4	228.5 2	1/2-
⁸³Br	35	48	b^-	2.40 h 2	0	3/2-
⁸³Kr	36	47		stable	0	9/2+	11.5 1
^83mKr	36	47	IT	1.83 h 2	41.543 7	1/2-
⁸³Rb	37	46	e	86.2 d 1	0	5/2-
^83mRb	37	46	IT, e+b⁺	7.8 ms	42.11 4	9/2+
⁸³Sr	38	45	e+b⁺	32.41 h 3	0	7/2+
^83mSr	38	45	IT	4.95 s 12	259.15 9	1/2-
⁸³Y	39	44	e+b⁺	7.08 m 6	0	(9/2+)
^83mY	39	44	e+b⁺, IT	2.85 m 2	62.0 2	(3/2-)
⁸³Zr	40	43	e+b⁺, ep	44 s 1	0	(1/2-)
⁸³Nb	41	42	e+b⁺	4.1 s 3	0	(5/2+)
⁸³Mo	42	41
⁸⁴Ga	31	53	b^-, b^-n	85 ms 10	0
⁸⁴Ge	32	52	b^-, b^-n	947 ms 11	0	0+
⁸⁴As	33	51	b^-, b^-n	4.5 s 2	0	(3-)
⁸⁴Se	34	50	b^-	3.10 m 10	0	0+
⁸⁴Br	35	49	b^-	31.80 m 8	0	2-
^84mBr	35	49	b^-	6.0 m 2	3.2E+2 10	6-
⁸⁴Kr	36	48		stable	0	0+	57.0 3
⁸⁴Rb	37	47	b^-, e+b⁺	32.77 d 14	0	2-
^84mRb	37	47	IT	20.26 m 4	463.62 9	6-
⁸⁴Sr	38	46		stable	0	0+	0.56 1
⁸⁴Y	39	45	e+b⁺	4.6 s 2	0	1+
^84mY	39	45	e+b⁺	39.5 m 8	50E+1 16	(5-)
⁸⁴Zr	40	44	e+b⁺	25.9 m 8	0	0+
⁸⁴Nb	41	43	e+b⁺, ep	12 s 3	0	3+
⁸⁴Mo	42	42	e+b⁺		0	0+
⁸⁵Ga	31	54	b^-		0	(3/2-)
⁸⁵Ge	32	53	b^-, b^-n	535 ms 47	0
⁸⁵As	33	52	b^-, b^-n	2.021 s 10	0	(3/2-)
⁸⁵Se	34	51	b^-	31.7 s 9	0	(5/2+)
⁸⁵Br	35	50	b^-	2.90 m 6	0	3/2-
⁸⁵Kr	36	49	b^-	10.756 y 18	0	9/2+
^85mKr	36	49	IT, b^-	4.480 h 8	304.871 20	1/2-
⁸⁵Rb	37	48		stable	0	5/2-	72.165 20
⁸⁵Sr	38	47	e	64.84 d 2	0	9/2+
^85mSr	38	47	IT, e+b⁺	67.63 m 4	238.66 6	1/2-
⁸⁵Y	39	46	e+b⁺	2.68 h 5	0	(1/2)-
^85mY	39	46	e+b⁺, IT	4.86 h 13	19.8 5	9/2+
⁸⁵Zr	40	45	e+b⁺	7.86 m 4	0	7/2+
^85mZr	40	45	e+b⁺, IT	10.9 s 3	292.2 3	(1/2-)
⁸⁵Nb	41	44	e+b⁺	20.9 s 7	0	(9/2+)
⁸⁵Mo	42	43
⁸⁵Tc	43	42
⁸⁶Ga	31	55			0
⁸⁶Ge	32	54			0	0+
⁸⁶As	33	53	b^-, b^-n	0.945 s 8	0
⁸⁶Se	34	52	b^-	15.3 s 9	0	0+
⁸⁶Br	35	51	b^-	55.1 s 4	0	(2-)
⁸⁶Kr	36	50		stable	0	0+	17.3 2
⁸⁶Rb	37	49	b^-, e	18.631 d 18	0	2-
^86mRb	37	49	IT	1.017 m 3	556.05 18	6-
⁸⁶Sr	38	48		stable	0	0+	9.86 1
⁸⁶Y	39	47	e+b⁺	14.74 h 2	0	4-
^86mY	39	47	IT, e+b⁺	48 m 1	218.30 20	(8+)
⁸⁶Zr	40	46	e+b⁺	16.5 h 1	0	0+
⁸⁶Nb	41	45	e+b⁺	88 s 1	0	(5+)
^86mNb	41	45	e+b⁺	56 s 8	y
⁸⁶Mo	42	44	e+b⁺	19.6 s 11	0	0+
⁸⁶Tc	43	43			0
⁸⁷Ge	32	55	b^-		0	(5/2+)
⁸⁷As	33	54	b^-, b^-n	0.48 s 4	0.0	(3/2-)
⁸⁷Se	34	53	b^-, b^-n	5.29 s 11	0	(5/2+)
⁸⁷Br	35	52	b^-, b^-n	55.60 s 15	0	3/2-
⁸⁷Kr	36	51	b^-	76.3 m 6	0	5/2+
⁸⁷Rb	37	50	b^-	4.75E10 y 4	0	3/2-	27.835 20
⁸⁷Sr	38	49		stable	0	9/2+	7.00 1
^87mSr	38	49	e, IT	2.803 h 3	388.532 3	1/2-
⁸⁷Y	39	48	e+b⁺	79.8 h 3	0	1/2-
^87mY	39	48	IT, e+b⁺	13.37 h 3	380.79 7	9/2+
⁸⁷Zr	40	47	e+b⁺	1.68 h 1	0	(9/2)+
^87mZr	40	47	IT	14.0 s 2	335.73 24	(1/2)-
⁸⁷Nb	41	46	e+b⁺	2.6 m 1	0	(9/2+)
^87mNb	41	46	e+b⁺	3.7 m 1	0+u	(1/2-)
⁸⁷Mo	42	45	e+b⁺, b⁺p	13.4 s 4	0	(7/2+)
⁸⁷Tc	43	44			0	(9/2+)
⁸⁷Ru	44	43
⁸⁸Ge	32	56	b^-		0	0+
⁸⁸As	33	55			0
⁸⁸Se	34	54	b^-, b^-n	1.53 s 6	0	0+
⁸⁸Br	35	53	b^-, b^-n	16.34 s 8	0	(1,2-)
⁸⁸Kr	36	52	b^-	2.84 h 3	0	0+
⁸⁸Rb	37	51	b^-	17.78 m 11	0	2-
⁸⁸Sr	38	50		stable	0	0+	82.58 1
⁸⁸Y	39	49	e+b⁺	106.65 d 4	0	4-
^88mY	39	49	IT	13.9 ms 2	674.55 4	(8)+
⁸⁸Zr	40	48	e	83.4 d 3	0	0+
⁸⁸Nb	41	47	e+b⁺	14.5 m 1	0	(8+)
^88mNb	41	47	e+b⁺	7.8 m 1	0+x	(4-)
⁸⁸Mo	42	46	e+b⁺	8.0 m 2	0	0+
⁸⁸Tc	43	45	e+b⁺	6.4 s 8	0	(6,7,8)
^88mTc	43	45	e+b⁺	5.8 s 2	0+x	(2,3)
⁸⁸Ru	44	44			0	0+
⁸⁹Ge	32	57	b^-		0	(1/2+)
⁸⁹As	33	56
⁸⁹Se	34	55	b^-, b^-n	0.41 s 4	0	(5/2+)
⁸⁹Br	35	54	b^-, b^-n	4.348 s 22	0	(3/2-,5/2-)
⁸⁹Kr	36	53	b^-	3.15 m 4	0	(3/2+,5/2+)
⁸⁹Rb	37	52	b^-	15.15 m 12	0	3/2-
⁸⁹Sr	38	51	b^-	50.53 d 7	0	5/2+
⁸⁹Y	39	50		stable	0	1/2-	100
^89mY	39	50	IT	16.06 s 4	908.96 4	9/2+
⁸⁹Zr	40	49	e+b⁺	78.41 h 12	0	9/2+
^89mZr	40	49	e+b⁺, IT	4.18 m 1	587.84 9	1/2-
⁸⁹Nb	41	48	e+b⁺	1.9 h 2	0+x	(9/2+)
^89mNb	41	48	e+b⁺	1.18 h 10	0+y	(1/2)-
⁸⁹Mo	42	47	e+b⁺	2.04 m 11	0	(9/2+)
^89mMo	42	47	IT	190 ms 15	387.5 3	(1/2-)
⁸⁹Tc	43	46	e+b⁺	12.8 s 9	0+x	(9/2+)
^89mTc	43	46	e+b⁺	12.9 s 8	0+y	(1/2-)
⁸⁹Ru	44	45
⁸⁹Rh	45	44
⁹⁰As	33	57	b^-		0
⁹⁰Se	34	56			0	0+
⁹⁰Br	35	55	b^-n, b^-	1.91 s 1	0
⁹⁰Kr	36	54	b^-	32.32 s 9	0	0+
⁹⁰Rb	37	53	b^-	158 s 5	0	0-
^90mRb	37	53	b^-, IT	258 s 4	106.90 3	3-
⁹⁰Sr	38	52	b^-	28.79 y 6	0	0+
⁹⁰Y	39	51	b^-	64.00 h 21	0	2-
^90mY	39	51	IT, b^-	3.19 h 6	681.67 10	7+
⁹⁰Zr	40	50		stable	0	0+	51.45 3
^90mZr	40	50	IT	809.2 ms 20	2319.000 10	5-
⁹⁰Nb	41	49	e+b⁺	14.60 h 5	0	8+
^90mNb	41	49	IT	18.81 s 6	124.67 25	4-
^90m2Nb	41	49	IT	6.19 ms 8	382.01 25	1+
⁹⁰Mo	42	48	e+b⁺	5.56 h 9	0	0+
⁹⁰Tc	43	47	e+b⁺	49.2 s 4	0	(8+)
^90mTc	43	47	e+b⁺	8.7 s 2	x	1+
⁹⁰Ru	44	46	e+b⁺	11 s 3	0	0+
⁹⁰Rh	45	45			0
⁹¹As	33	58	b^-		0	(3/2-)
⁹¹Se	34	57	b^-, b^-n	0.27 s 5	0
⁹¹Br	35	56	b^-, b^-n	0.541 s 5	0
⁹¹Kr	36	55	b^-	8.57 s 4	0	(5/2+)
⁹¹Rb	37	54	b^-	58.4 s 4	0	3/2(-)
⁹¹Sr	38	53	b^-	9.63 h 5	0	5/2+
⁹¹Y	39	52	b^-	58.51 d 6	0	1/2-
^91mY	39	52	IT, b^-	49.71 m 4	555.58 5	9/2+
⁹¹Zr	40	51		stable	0	5/2+	11.22 4
⁹¹Nb	41	50	e+b⁺	680 y 13	0	9/2+
^91mNb	41	50	IT, e+b⁺	60.86 d 22	104.49 9	1/2-
⁹¹Mo	42	49	e+b⁺	15.49 m 1	0	9/2+
^91mMo	42	49	e+b⁺, IT	65.0 s 7	653.01 9	1/2-
⁹¹Tc	43	48	e+b⁺	3.14 m 2	0	(9/2)+
^91mTc	43	48	e+b⁺, IT	3.3 m 1	350	(1/2)-
⁹¹Ru	44	47	e+b⁺	9 s 1	0	(9/2+)
^91mRu	44	47	e+b⁺, ep, IT	7.6 s 8	0+x	(1/2-)
⁹¹Rh	45	46
⁹¹Pd	46	45
⁹²As	33	59	b^-		0
⁹²Se	34	58	b^-		0	0+
⁹²Br	35	57	b^-, b^-n	0.343 s 15	0	(2-)
⁹²Kr	36	56	b^-, b^-n	1.840 s 8	0	0+
⁹²Rb	37	55	b^-, b^-n	4.492 s 20	0	0-
⁹²Sr	38	54	b^-	2.71 h 1	0	0+
⁹²Y	39	53	b^-	3.54 h 1	0	2-
⁹²Zr	40	52		stable	0	0+	17.15 2
⁹²Nb	41	51	e+b⁺, b^-	3.47E+7 y 24	0	(7)+
^92mNb	41	51	e+b⁺	10.15 d 2	135.5 4	(2)+
⁹²Mo	42	50		stable	0	0+	14.84 4
⁹²Tc	43	49	e+b⁺	4.23 m 15	0	(8)+
⁹²Ru	44	48	e+b⁺	3.65 m 5	0	0+
⁹²Rh	45	47
⁹²Pd	46	46			0	0+
⁹³Se	34	59	b^-		0	(1/2+)
⁹³Br	35	58	b^-, b^-n	102 ms 10	0	(5/2-)
⁹³Kr	36	57	b^-, b^-n	1.286 s 10	0	(1/2+)
⁹³Rb	37	56	b^-, b^-n	5.84 s 2	0	5/2-
⁹³Sr	38	55	b^-	7.423 m 24	0	5/2+
⁹³Y	39	54	b^-	10.18 h 8	0	1/2-
^93mY	39	54	IT	0.82 s 4	758.719 21	7/2+
⁹³Zr	40	53	b^-	1.53E+6 y 10	0	5/2+
⁹³Nb	41	52		stable	0	9/2+	100
^93mNb	41	52	IT	16.13 y 14	30.82 17	1/2-
⁹³Mo	42	51	e	4.0E+3 y 8	0	5/2+
^93mMo	42	51	IT, e+b⁺	6.85 h 7	2424.89 3	21/2+
⁹³Tc	43	50	e+b⁺	2.75 h 5	0	9/2+
^93mTc	43	50	IT, e+b⁺	43.5 m 10	391.84 8	1/2-
⁹³Ru	44	49	e+b⁺	59.7 s 6	0	(9/2)+
^93mRu	44	49	IT, e+b⁺, ep	10.8 s 3	734.40 10	(1/2)-
⁹³Rh	45	48			0	(9/2+)
⁹³Pd	46	47
⁹³Ag	47	46			0
⁹⁴Se	34	60	b^-		0	0+
⁹⁴Br	35	59	b^-, b^-n	70 ms 20	0
⁹⁴Kr	36	58	b^-, b^-n	0.20 s 1	0	0+
⁹⁴Rb	37	57	b^-, b^-n	2.702 s 5	0	3(-)
⁹⁴Sr	38	56	b^-	75.3 s 2	0	0+
⁹⁴Y	39	55	b^-	18.7 m 1	0	2-
⁹⁴Zr	40	54		stable	0	0+	17.38 4
⁹⁴Nb	41	53	b^-	2.03E+4 y 16	0	(6)+
^94mNb	41	53	IT, b^-	6.263 m 4	40.902 12	3+
⁹⁴Mo	42	52		stable	0	0+	9.25 3
⁹⁴Tc	43	51	e+b⁺	293 m 1	0	7+
^94mTc	43	51	e+b⁺, IT	52.0 m 10	75.5 19	(2)+
⁹⁴Ru	44	50	e+b⁺	51.8 m 6	0	0+
⁹⁴Rh	45	49	e+b⁺, ep	70.6 s 6	0+x	(3+)
^94mRh	45	49	e+b⁺	25.8 s 2	0+y	(8+)
⁹⁴Pd	46	48	e+b⁺	9.0 s 5	0	0+
⁹⁴Ag	47	47	e+b⁺	~10 ms	0	0+
^94mAg	47	47	e+b⁺, ep	0.42 s 5	0+x	(9+)
⁹⁵Br	35	60	b^-		0	(3/2-)
⁹⁵Kr	36	59	b^-	0.78 s 3	0	1/2
⁹⁵Rb	37	58	b^-, b^-n	377.5 ms 8	0	5/2-
⁹⁵Sr	38	57	b^-	23.90 s 14	0	1/2+
⁹⁵Y	39	56	b^-	10.3 m 1	0	1/2-
⁹⁵Zr	40	55	b^-	64.02 d 5	0	5/2+
⁹⁵Nb	41	54	b^-	34.975 d 7	0	9/2+
^95mNb	41	54	b^-, IT	86.6 h 8	235.68 2	1/2-
⁹⁵Mo	42	53		stable	0	5/2+	15.92 5
⁹⁵Tc	43	52	e+b⁺	20.0 h 1	0	9/2+
^95mTc	43	52	e+b⁺, IT	61 d 2	38.89 5	1/2-
⁹⁵Ru	44	51	e+b⁺	1.643 h 14	0	5/2+
⁹⁵Rh	45	50	e+b⁺	5.02 m 10	0	(9/2)+
^95mRh	45	50	e+b⁺, IT	1.96 m 4	543.3 3	(1/2)-
⁹⁵Pd	46	49	e+b⁺		0
^95mPd	46	49	e+b⁺, ep, IT	13.3 s 3	2000	(21/2+)
⁹⁵Ag	47	48	e+b⁺, ep	2.0 s 1	0
⁹⁶Br	35	61	b^-		0
⁹⁶Kr	36	60			0	0+
⁹⁶Rb	37	59	b^-, b^-n	0.199 s 3	0	2+
⁹⁶Sr	38	58	b^-	1.07 s 1	0	0+
⁹⁶Y	39	57	b^-	5.34 s 5	0	0-
^96mY	39	57	b^-	9.6 s 2	1140 30	(8+)
⁹⁶Zr	40	56	b^-b^-	>3.8E19 y	0	0+	2.80 2
⁹⁶Nb	41	55	b^-	23.35 h 5	0	6+
⁹⁶Mo	42	54		stable	0	0+	16.68 5
⁹⁶Tc	43	53	e+b⁺	4.28 d 7	0	7+
^96mTc	43	53	IT, e+b⁺	51.5 m 10	34.28 7	4+
⁹⁶Ru	44	52		stable	0	0+	5.52 6
⁹⁶Rh	45	51	e+b⁺	9.90 m 10	0	6+
^96mRh	45	51	IT, e+b⁺	1.51 m 2	52.0 1	3+
⁹⁶Pd	46	50	e+b⁺	122 s 2	0	0+
⁹⁶Ag	47	49	e+b⁺, ep	5.1 s 4	0	(8+,9+)
⁹⁶Cd	48	48			0	0+
⁹⁷Br	35	62	b^-		0	(3/2-)
⁹⁷Kr	36	61	b^-, b^-n		0	(3/2+)
⁹⁷Rb	37	60	b^-, b^-n	169.9 ms 7	0	3/2(+)
⁹⁷Sr	38	59	b^-, b^-n	426 ms 5	0	1/2+
⁹⁷Y	39	58	b^-, b^-n	3.75 s 3	0	(1/2-)
^97mY	39	58	b^-, IT, b^-n	1.17 s 3	667.51 23	(9/2)+
^97m2Y	39	58	IT, b^-	142 ms 8	3523.3 4	(27/2-)
⁹⁷Zr	40	57	b^-	16.91 h 5	0	1/2+
⁹⁷Nb	41	56	b^-	72.1 m 7	0	9/2+
^97mNb	41	56	IT	52.7 s 18	743.35 3	1/2-
⁹⁷Mo	42	55		stable	0	5/2+	9.55 3
⁹⁷Tc	43	54	e	2.6E6 y 4	0	9/2+
^97mTc	43	54	IT, e	90.1 d 10	96.56 6	1/2-
⁹⁷Ru	44	53	e	2.9 d 1	0	5/2+
⁹⁷Rh	45	52	e+b⁺	30.7 m 6	0	(9/2)+
^97mRh	45	52	e+b⁺, IT	46.2 m 16	258.85 17	(1/2)-
⁹⁷Pd	46	51	e+b⁺	3.10 m 9	0	(5/2+)
⁹⁷Ag	47	50	e+b⁺	19 s 2	0	(9/2+)
⁹⁷Cd	48	49	e+b⁺, ep	3 s +4-2	x
⁹⁸Kr	36	62			0	0+
⁹⁸Rb	37	61	b^-, b^-n, b^-2n	114 ms 5	0	(1,0)
^98mRb	37	61	b^-	96 ms 3	270	(4,5)
⁹⁸Sr	38	60	b^-, b^-n	0.653 s 2	0	0+
⁹⁸Y	39	59	b^-, b^-n	0.548 s 2	0	(0)-
^98mY	39	59	b^-, IT, b^-n	2.0 s 2	0+x	(4,5)
⁹⁸Zr	40	58	b^-	30.7 s 4	0	0+
⁹⁸Nb	41	57	b^-	2.86 s 6	0	1+
^98mNb	41	57	b^-, IT	51.3 m 4	84 4	(5+)
⁹⁸Mo	42	56		stable	0	0+	24.13 7
⁹⁸Tc	43	55	b^-	4.2E+6 y 3	0	(6)+
⁹⁸Ru	44	54		stable	0	0+	1.88 6
⁹⁸Rh	45	53	e+b⁺	8.7 m 2	0	(2)+
^98mRh	45	53	e+b⁺, IT	3.5 m 3	0+x	(5+)
⁹⁸Pd	46	52	e+b⁺	17.7 m 3	0	0+
⁹⁸Ag	47	51	e+b⁺	46.7 s 9	0	(5+)
⁹⁸Cd	48	50	e+b⁺	9.2 s 3	0	0+
⁹⁸In	49	49
⁹⁹Kr	36	63	b^-		0	(3/2+)
⁹⁹Rb	37	62	b^-, b^-n	50.3 ms 7	0	(5/2+)
⁹⁹Sr	38	61	b^-, b^-n	0.269 s 1	0	3/2+
⁹⁹Y	39	60	b^-, b^-n	1.470 s 7	0	(5/2+)
⁹⁹Zr	40	59	b^-	2.1 s 1	0	(1/2+)
⁹⁹Nb	41	58	b^-	15.0 s 2	0	9/2+
^99mNb	41	58	b^-, IT	2.6 m 2	365.29 14	1/2-
⁹⁹Mo	42	57	b^-	65.94 h 1	0	1/2+
⁹⁹Tc	43	56	b^-	2.111E+5 y 12	0	9/2+
^99mTc	43	56	IT, b^-	6.01 h 1	142.6833 11	1/2-
⁹⁹Ru	44	55		stable	0	5/2+	12.7 1
⁹⁹Rh	45	54	e+b⁺	16.1 d 2	0	1/2-
^99mRh	45	54	e+b⁺, IT	4.7 h 1	64.3 4	9/2+
⁹⁹Pd	46	53	e+b⁺	21.4 m 2	0	(5/2)+
⁹⁹Ag	47	52	e+b⁺	124 s 3	0	(9/2)+
^99mAg	47	52	IT	10.5 s 5	506.1 4	(1/2-)
⁹⁹Cd	48	51	e+b⁺, ep, ea	16 s 3	0	(5/2+)
⁹⁹In	49	50
¹⁰⁰Kr	36	64			0	0+
¹⁰⁰Rb	37	63	b^-, b^-n, b^-2n	51 ms 8	0
¹⁰⁰Sr	38	62	b^-, b^-n	202 ms 3	0	0+
¹⁰⁰Y	39	61	b^-, b^-n	735 ms 7	0	1-,2-
^100mY	39	61	b^-	0.94 s 3	0+x	(3,4,5)
¹⁰⁰Zr	40	60	b^-	7.1 s 4	0	0+
¹⁰⁰Nb	41	59	b^-	1.5 s 2	0	1+
^100mNb	41	59	b^-	2.99 s 11	500 80	(4+,5+)
¹⁰⁰Mo	42	58	b^-b^-	1.00E+19 y 10	0	0+	9.63 3
¹⁰⁰Tc	43	57	b^-, e	15.8 s 1	0	1+
¹⁰⁰Ru	44	56		stable	0	0+	12.6 1
¹⁰⁰Rh	45	55	e+b⁺	20.8 h 1	0	1-
^100mRh	45	55	IT, e+b⁺	4.6 m 2	74.78+x	(5+)
¹⁰⁰Pd	46	54	e	3.63 d 9	0	0+
¹⁰⁰Ag	47	53	e+b⁺	2.01 m 9	0	(5)+
^100mAg	47	53	e+b⁺, IT	2.24 m 13	15.52 16	(2)+
¹⁰⁰Cd	48	52	e+b⁺	49.1 s 5	0	0+
¹⁰⁰In	49	51	e+b⁺, ep	7.0 s 8	0
¹⁰⁰Sn	50	50	e+b⁺, ep	0.94 s +54-27	0	0+
¹⁰¹Rb	37	64	b^-, b^-n	32 ms 5	0	(3/2+)
¹⁰¹Sr	38	63	b^-, b^-n	118 ms 3	0	(5/2-)
¹⁰¹Y	39	62	b^-, b^-n	0.45 s 2	0	(5/2+)
¹⁰¹Zr	40	61	b^-	2.3 s 1	0	(3/2+)
¹⁰¹Nb	41	60	b^-	7.1 s 3	0	(5/2+)
¹⁰¹Mo	42	59	b^-	14.61 m 3	0	1/2+
¹⁰¹Tc	43	58	b^-	14.22 m 1	0	9/2+
¹⁰¹Ru	44	57		stable	0	5/2+	17.0 1
¹⁰¹Rh	45	56	e	3.3 y 3	0	1/2-
^101mRh	45	56	e, IT	4.34 d 1	157.32 3	9/2+
¹⁰¹Pd	46	55	e+b⁺	8.47 h 6	0	5/2+
¹⁰¹Ag	47	54	e+b⁺	11.1 m 3	0	9/2+
^101mAg	47	54	IT	3.10 s 10	274.1 3	(1/2)-
¹⁰¹Cd	48	53	e+b⁺	1.36 m 5	0	(5/2+)
¹⁰¹In	49	52	e+b⁺, ep	15.1 s 3	0
¹⁰¹Sn	50	51	e+b⁺, ep	3 s 1	0
¹⁰²Rb	37	65	b^-, b^-n	37 ms 5	0+x
¹⁰²Sr	38	64	b^-, b^-n	69 ms 6	0	0+
¹⁰²Y	39	63	b^-, b^-n	0.36 s 4	0+x
^102mY	39	63	b^-, b^-n	0.30 s 1	0+y
¹⁰²Zr	40	62	b^-	2.9 s 2	0	0+
¹⁰²Nb	41	61	b^-	1.3 s 2	0+x	1+
^102mNb	41	61	b^-	4.3 s 4	0+y
¹⁰²Mo	42	60	b^-	11.3 m 2	0	0+
¹⁰²Tc	43	59	b^-	5.28 s 15	0	1+
^102mTc	43	59	b^-, IT	4.35 m 7	0+x	(4,5)
¹⁰²Ru	44	58		stable	0	0+	31.6 2
¹⁰²Rh	45	57	b^-, e+b⁺	207 d 3	0	(1-,2-)
^102mRh	45	57	e+b⁺, IT	~2.9 y	140.75 8	6(+)
¹⁰²Pd	46	56		stable	0	0+	1.02 1
¹⁰²Ag	47	55	e+b⁺	12.9 m 3	0	5+
^102mAg	47	55	IT, e+b⁺	7.7 m 5	9.3 4	2+
¹⁰²Cd	48	54	e+b⁺	5.5 m 5	0	0+
¹⁰²In	49	53	e+b⁺, ep	22 s 1	0	(6+)
¹⁰²Sn	50	52	e+b⁺	4.5 s 7	0	0+
¹⁰³Sr	38	65	b^-		0
¹⁰³Y	39	64	b^-, b^-n	0.23 s 2	0	(5/2+)
¹⁰³Zr	40	63	b^-	1.3 s 1	0	(5/2-)
¹⁰³Nb	41	62	b^-	1.5 s 2	0	(5/2+)
¹⁰³Mo	42	61	b^-	67.5 s 15	0	(3/2+)
¹⁰³Tc	43	60	b^-	54.2 s 8	0	5/2+
¹⁰³Ru	44	59	b^-	39.26 d 2	0	3/2+
^103mRu	44	59	IT	1.69 ms 7	238.2 7	11/2-
¹⁰³Rh	45	58		stable	0	1/2-	100
^103mRh	45	58	IT	56.12 m 1	39.756 6	7/2+
¹⁰³Pd	46	57	e	16.991 d 19	0	5/2+
¹⁰³Ag	47	56	e+b⁺	65.7 m 7	0	7/2+
^103mAg	47	56	IT	5.7 s 3	134.44 4	1/2-
¹⁰³Cd	48	55	e+b⁺	7.3 m 1	0	(5/2+)
¹⁰³In	49	54	e+b⁺	65 s 7	0	(9/2)+
^103mIn	49	54	e+b⁺, IT	34 s 2	631.7 1	(1/2-)
¹⁰³Sn	50	53	e+b⁺	7 s 3	0
¹⁰³Sb	51	52
¹⁰⁴Sr	38	66			0	0+
¹⁰⁴Y	39	65			0
¹⁰⁴Zr	40	64	b^-	1.2 s 3	0	0+
¹⁰⁴Nb	41	63	b^-, b^-n	4.8 s 4	0	(1+)
^104mNb	41	63	b^-	0.92 s 4	215 12
¹⁰⁴Mo	42	62	b^-	60 s 2	0	0+
¹⁰⁴Tc	43	61	b^-	18.3 m 3	0	(3+)
¹⁰⁴Ru	44	60		stable	0	0+	18.7 2
¹⁰⁴Rh	45	59	b^-, e+b⁺	42.3 s 4	0	1+
^104mRh	45	59	IT, b^-	4.34 m 3	128.967 4	5+
¹⁰⁴Pd	46	58		stable	0	0+	11.14 8
¹⁰⁴Ag	47	57	e+b⁺	69.2 m 10	0	5+
^104mAg	47	57	e+b⁺, IT	33.5 m 20	6.9 4	2+
¹⁰⁴Cd	48	56	e+b⁺	57.7 m 10	0	0+
¹⁰⁴In	49	55	e+b⁺	1.80 m 3	0	(6+)
^104mIn	49	55	IT, e+b⁺	15.7 s 5	93.48 10	(3+)
¹⁰⁴Sn	50	54	e+b⁺	20.8 s 5	0	0+
¹⁰⁴Sb	51	53	e+b⁺, p, ep	0.44 s +15-11	0
¹⁰⁵Sr	38	67	b^-		0
¹⁰⁵Y	39	66			0
¹⁰⁵Zr	40	65	b^-	0.6 s 1	0
¹⁰⁵Nb	41	64	b^-	2.95 s 6	0	(5/2+)
¹⁰⁵Mo	42	63	b^-	35.6 s 16	0	(5/2-)
¹⁰⁵Tc	43	62	b^-	7.6 m 1	0	(3/2-)
¹⁰⁵Ru	44	61	b^-	4.44 h 2	0	3/2+
¹⁰⁵Rh	45	60	b^-	35.36 h 6	0	7/2+
^105mRh	45	60	IT	45 s	129.781 4	1/2-
¹⁰⁵Pd	46	59		stable	0	5/2+	22.33 8
¹⁰⁵Ag	47	58	e+b⁺	41.29 d 7	0	1/2-
^105mAg	47	58	IT, e+b⁺	7.23 m 16	25.465 12	7/2+
¹⁰⁵Cd	48	57	e+b⁺	55.5 m 4	0	5/2+
¹⁰⁵In	49	56	e+b⁺	5.07 m 7	0	(9/2)+
^105mIn	49	56	IT	48 s 6	674.1 3	(1/2)-
¹⁰⁵Sn	50	55	e+b⁺, b⁺p	31 s 6	0
¹⁰⁵Sb	51	54	e+b⁺, p	1.12 s 16	0
¹⁰⁶Y	39	67	b^-		0
¹⁰⁶Zr	40	66			0	0+
¹⁰⁶Nb	41	65	b^-	1.02 s 5	0
¹⁰⁶Mo	42	64	b^-	8.4 s 5	0	0+
¹⁰⁶Tc	43	63	b^-	35.6 s 6	0	(1,2)
¹⁰⁶Ru	44	62	b^-	373.59 d 15	0	0+
¹⁰⁶Rh	45	61	b^-	29.80 s 8	0	1+
^106mRh	45	61	b^-	131 m 2	137 13	(6)+
¹⁰⁶Pd	46	60		stable	0	0+	27.33 3
¹⁰⁶Ag	47	59	e+b⁺, b^-	23.96 m 4	0	1+
^106mAg	47	59	e+b⁺	8.28 d 2	89.66 7	6+
¹⁰⁶Cd	48	58		stable	0	0+	1.25 4
¹⁰⁶In	49	57	e+b⁺	6.2 m 1	0	7+
^106mIn	49	57	e+b⁺	5.2 m 1	28.6 3	(3+)
¹⁰⁶Sn	50	56	e+b⁺	115 s 5	0	0+
¹⁰⁶Sb	51	55			0	(4+)
¹⁰⁶Te	52	54	a	60 us +30-10	0	0+
¹⁰⁷Y	39	68	b^-		0	(5/2+)
¹⁰⁷Zr	40	67			0
¹⁰⁷Nb	41	66	b^-	330 ms 50	0
¹⁰⁷Mo	42	65	b^-	3.5 s 5	0
¹⁰⁷Tc	43	64	b^-	21.2 s 2	0
¹⁰⁷Ru	44	63	b^-	3.75 m 5	0	(5/2)+
¹⁰⁷Rh	45	62	b^-	21.7 m 4	0	7/2+
¹⁰⁷Pd	46	61	b^-	6.5E+6 y 3	0	5/2+
^107mPd	46	61	IT	21.3 s 5	214.9 5	11/2-
¹⁰⁷Ag	47	60		stable	0	1/2-	51.839 7
^107mAg	47	60	IT	44.3 s 2	93.125 19	7/2+
¹⁰⁷Cd	48	59	e+b⁺	6.50 h 2	0	5/2+
¹⁰⁷In	49	58	e+b⁺	32.4 m 3	0	9/2+
^107mIn	49	58	IT	50.4 s 6	678.5 3	1/2-
¹⁰⁷Sn	50	57	e+b⁺	2.90 m 5	0	(5/2+)
¹⁰⁷Sb	51	56			0	(5/2+)
¹⁰⁷Te	52	55	a, e+b⁺	3.1 ms 1	0
¹⁰⁸Y	39	69			0
¹⁰⁸Zr	40	68			0	0+
¹⁰⁸Nb	41	67	b^-, b^-n	0.193 s 17	0	(2+)
¹⁰⁸Mo	42	66	b^-	1.09 s 2	0	0+
¹⁰⁸Tc	43	65	b^-	5.17 s 7	0	(2)+
¹⁰⁸Ru	44	64	b^-	4.55 m 5	0	0+
¹⁰⁸Rh	45	63	b^-	16.8 s 5	0	1+
^108mRh	45	63	b^-	6.0 m 3	0+x	(5+)
¹⁰⁸Pd	46	62		stable	0	0+	26.46 9
¹⁰⁸Ag	47	61	b^-, e+b⁺	2.37 m 1	0	1+
^108mAg	47	61	IT, e+b⁺	418 y 21	109.440 7	6+
¹⁰⁸Cd	48	60		stable	0	0+	0.89 2
¹⁰⁸In	49	59	e+b⁺	58.0 m 12	0	7+
^108mIn	49	59	e+b⁺	39.6 m 7	29.75 5	2+
¹⁰⁸Sn	50	58	e+b⁺	10.30 m 8	0	0+
¹⁰⁸Sb	51	57	e+b⁺, ep	7.4 s 3	0	(4+)
¹⁰⁸Te	52	56	e+b⁺, a, b⁺p	2.1 s 1	0	0+
¹⁰⁸I	53	55	a, p	36 ms 6	0	(1)
¹⁰⁹Zr	40	69	b^-		0
¹⁰⁹Nb	41	68	b^-, b^-n	0.19 s 3	0
¹⁰⁹Mo	42	67	b^-	0.53 s 6	0
¹⁰⁹Tc	43	66	b^-, b^-n	0.87 s 4	0
¹⁰⁹Ru	44	65	b^-	34.5 s 10	0	(5/2+)
¹⁰⁹Rh	45	64	b^-	80 s 2	0	7/2+
¹⁰⁹Pd	46	63	b^-	13.7012 h 24	0	5/2+
^109mPd	46	63	IT	4.696 m 3	188.990 10	11/2-
¹⁰⁹Ag	47	62		stable	0	1/2-	48.161 7
^109mAg	47	62	IT	39.6 s 2	88.0341 11	7/2+
¹⁰⁹Cd	48	61	e	462.6 d 4	0	5/2+
¹⁰⁹In	49	60	e+b⁺	4.2 h 1	0	9/2+
^109mIn	49	60	IT	1.34 m 7	650.1 3	1/2-
^109m2In	49	60	IT	0.209 s 6	2101.8 2	(19/2+)
¹⁰⁹Sn	50	59	e+b⁺	18.0 m 2	0	5/2(+)
¹⁰⁹Sb	51	58	e+b⁺	17.0 s 7	0	(5/2+)
¹⁰⁹Te	52	57	e+b⁺, a, ep	4.6 s 3	0
¹⁰⁹I	53	56	p	100 us 5	0
¹¹⁰Zr	40	70	b^-		0	0+
¹¹⁰Nb	41	69	b^-, b^-n	0.17 s 2	0
¹¹⁰Mo	42	68	b^-	0.30 s 4	0	0+
¹¹⁰Tc	43	67	b^-	0.92 s 3	0	(1+,2+)
¹¹⁰Ru	44	66	b^-	14.6 s 10	0	0+
¹¹⁰Rh	45	65	b^-	3.2 s 2	0+x	1+
^110mRh	45	65	b^-	28.5 s 15	0+y	( ge 4)
¹¹⁰Pd	46	64		stable	0	0+	11.72 9
¹¹⁰Ag	47	63	b^-, e	24.6 s 2	0	1+
^110mAg	47	63	b^-, IT	249.79 d 20	117.59	6+
¹¹⁰Cd	48	62		stable	0	0+	12.49 12
¹¹⁰In	49	61	e+b⁺	4.9 h 1	0	7+
^110mIn	49	61	e+b⁺	69.1 m 5	62.09 4	2+
¹¹⁰Sn	50	60	e	4.11 h 10	0	0+
¹¹⁰Sb	51	59	e+b⁺	23.0 s 4	0	3+
¹¹⁰Te	52	58	e+b⁺, a	18.6 s 8	0	0+
¹¹⁰I	53	57	e+b⁺, a, ep, ea	0.65 s 2	0
¹¹⁰Xe	54	56	e+b⁺, a	0.60 us +30-10	0	0+
¹¹¹Nb	41	70	b^-		0	(5/2+)
¹¹¹Mo	42	69			0
¹¹¹Tc	43	68	b^-	0.30 s 3	0
¹¹¹Ru	44	67	b^-	2.12 s 7	0
¹¹¹Rh	45	66	b^-	11 s 1	0	(7/2+)
¹¹¹Pd	46	65	b^-	23.4 m 2	0	5/2+
^111mPd	46	65	IT, b^-	5.5 h 1	172.18 8	11/2-
¹¹¹Ag	47	64	b^-	7.45 d 1	0	1/2-
^111mAg	47	64	IT, b^-	64.8 s 8	59.82 4	7/2+
¹¹¹Cd	48	63		stable	0	1/2+	12.80 8
^111mCd	48	63	IT	48.54 m 5	396.214 21	11/2-
¹¹¹In	49	62	e	2.8047 d 5	0	9/2+
^111mIn	49	62	IT	7.7 m 2	536.95 6	1/2-
¹¹¹Sn	50	61	e+b⁺	35.3 m 6	0	7/2+
¹¹¹Sb	51	60	e+b⁺	75 s 1	0	(5/2+)
¹¹¹Te	52	59	e+b⁺, ep	19.3 s 4	0	(5/2+)
¹¹¹I	53	58	e+b⁺, a	2.5 s 2	0	(5/2+)
¹¹¹Xe	54	57	e+b⁺, a	0.74 s 20	0
¹¹²Nb	41	71	b^-		0	(2+)
¹¹²Mo	42	70			0	0+
¹¹²Tc	43	69	b^-	0.28 s 3	0
¹¹²Ru	44	68	b^-	1.75 s 7	0	0+
¹¹²Rh	45	67	b^-	2.1 s 3	0+x	1+
^112mRh	45	67	b^-	6.8 s 2	0+y	ge 4
¹¹²Pd	46	66	b^-	21.03 h 5	0	0+
¹¹²Ag	47	65	b^-	3.130 h 9	0	2(-)
¹¹²Cd	48	64		stable	0	0+	24.13 14
¹¹²In	49	63	b^-, e+b⁺	14.97 m 10	0	1+
^112mIn	49	63	IT	20.56 m 6	156.59 5	4+
¹¹²Sn	50	62		stable	0	0+	0.97 1
¹¹²Sb	51	61	e+b⁺	51.4 s 10	0	3+
¹¹²Te	52	60	e+b⁺	2.0 m 2	0	0+
¹¹²I	53	59	e+b⁺, a	3.42 s 11	0
¹¹²Xe	54	58	e+b⁺, a	2.7 s 8	0	0+
¹¹²Cs	55	57	p	500 us 100	0
¹¹³Nb	41	72			0
¹¹³Mo	42	71			0
¹¹³Tc	43	70	b^-	130 ms 50	0
¹¹³Ru	44	69	b^-	0.80 s 5	0
¹¹³Rh	45	68	b^-	2.80 s 12	0	(7/2+)
¹¹³Pd	46	67	b^-	93 s 5	0	(5/2+)
^113mPd	46	67	b^-	>100 s	0+x
^113m2Pd	46	67	IT	0.3 s 1	81.1 3	(9/2-)
¹¹³Ag	47	66	b^-	5.37 h 5	0	1/2-
^113mAg	47	66	IT, b^-	68.7 s 16	43.5 1	7/2+
¹¹³Cd	48	65	b^-	7.7E+15 y 3	0	1/2+	12.22 8
^113mCd	48	65	b^-, IT	14.1 y 5	263.54 3	11/2-
¹¹³In	49	64		stable	0	9/2+	4.3 2
^113mIn	49	64	IT	1.6582 h 6	391.691 15	1/2-
¹¹³Sn	50	63	e+b⁺	115.09 d 4	0	1/2+
^113mSn	50	63	IT, e+b⁺	21.4 m 4	77.386 19	7/2+
¹¹³Sb	51	62	e+b⁺	6.67 m 7	0	5/2+
¹¹³Te	52	61	e+b⁺	1.7 m 2	0	(7/2+)
¹¹³I	53	60	e+b⁺, ea, a	6.6 s 2	0	(5/2+)
¹¹³Xe	54	59	e+b⁺, a, ep, ea	2.74 s 8	0
¹¹³Cs	55	58	p, e+b⁺	17 us 2	0	(5/2+)
¹¹⁴Mo	42	72	b^-		0	0+
¹¹⁴Tc	43	71
¹¹⁴Ru	44	70	b^-	0.53 s 6	0	0+
¹¹⁴Rh	45	69	b^-	1.85 s 5	0	1+
^114mRh	45	69	b^-	1.85 s 5	0+x	(ge 4)
¹¹⁴Pd	46	68	b^-	2.42 m 6	0	0+
¹¹⁴Ag	47	67	b^-	4.6 s 1	0	1+
^114mAg	47	67	IT	1.50 ms 5	199	(le 6+)
¹¹⁴Cd	48	66		stable	0	0+	28.73 28
¹¹⁴In	49	65	b^-, e+b⁺	71.9 s 1	0	1+
^114mIn	49	65	IT, e+b⁺	49.51 d 1	190.29 3	5+
^114m2In	49	65	IT	43.1 ms 6	501.93 3	8-
¹¹⁴Sn	50	64		stable	0	0+	0.65 1
¹¹⁴Sb	51	63	e+b⁺	3.49 m 3	0	3+
¹¹⁴Te	52	62	e+b⁺	15.2 m 7	0	0+
¹¹⁴I	53	61	e+b⁺, ep	2.1 s 2	0	1+
^114mI	53	61	e+b⁺, IT	6.2 s 5	265.9	(7)
¹¹⁴Xe	54	60	e+b⁺	10.0 s 4	0	0+
¹¹⁴Cs	55	59	e+b⁺, a, ep, ea	0.57 s 2	0	(1+)
¹¹⁴Ba	56	58	e+b⁺, a, 12C	0.43 s +30-15	0	0+
¹¹⁵Tc	43	72
¹¹⁵Ru	44	71	b^-, b^-n	0.40 s 10	0
¹¹⁵Rh	45	70	b^-	0.99 s 5	0	(7/2+)
¹¹⁵Pd	46	69	b^-	25 s 2	0	(5/2+)
^115mPd	46	69	b^-, IT	50 s 3	89.3 2	(11/2-)
¹¹⁵Ag	47	68	b^-	20.0 m 5	0	1/2-
^115mAg	47	68	b^-, IT	18.0 s 7	41.1 2	7/2+
¹¹⁵Cd	48	67	b^-	53.46 h 10	0	1/2+
^115mCd	48	67	b^-	44.6 d 3	181.0 5	11/2-
¹¹⁵In	49	66	b^-	4.41E+14 y 25	0	9/2+	95.7 2
^115mIn	49	66	IT, b^-	4.486 h 4	336.24 3	1/2-
¹¹⁵Sn	50	65		stable	0	1/2+	0.34 1
¹¹⁵Sb	51	64	e+b⁺	32.1 m 3	0	5/2+
¹¹⁵Te	52	63	e+b⁺	5.8 m 2	0	7/2+
^115mTe	52	63	e+b⁺, IT	6.7 m 4	20	(1/2)+
¹¹⁵I	53	62	e+b⁺	1.3 m 2	0	(5/2+)
¹¹⁵Xe	54	61	e+b⁺, ep, ea	18 s 4	0	(5/2+)
¹¹⁵Cs	55	60	e+b⁺, ep	1.4 s 8	0
¹¹⁵Ba	56	59	e+b⁺	0.4 s 2	0
¹¹⁶Tc	43	73	b^-		0
¹¹⁶Ru	44	72			0	0+
¹¹⁶Rh	45	71	b^-	0.68 s 6	0+x	1+
^116mRh	45	71	b^-	0.9 s 4	0+y	(5,6,7)
¹¹⁶Pd	46	70	b^-	11.8 s 4	0	0+
¹¹⁶Ag	47	69	b^-	2.68 m 10	0	(2)-
^116mAg	47	69	IT, b^-	8.6 s 3	81.9 2	(5+)
¹¹⁶Cd	48	68		stable	0	0+	7.49 12
¹¹⁶In	49	67	b^-, e	14.10 s 3	0	1+
^116mIn	49	67	b^-	54.29 m 17	127.267 6	5+
^116m2In	49	67	IT	2.18 s 4	289.660 6	8-
¹¹⁶Sn	50	66		stable	0	0+	14.53 1
¹¹⁶Sb	51	65	e+b⁺	15.8 m 8	0	3+
^116mSb	51	65	e+b⁺	60.3 m 6	383 40	8-
¹¹⁶Te	52	64	e+b⁺	2.49 h 4	0	0+
¹¹⁶I	53	63	e+b⁺	2.91 s 15	0	1+
^116mI	53	63		3.27 us 16	0+x	(7-)
¹¹⁶Xe	54	62	e+b⁺	59 s 2	0	0+
¹¹⁶Cs	55	61	e+b⁺, ep, ea	3.84 s 16	0+x	>4+
^116mCs	55	61	e+b⁺, ep, ea	0.70 s 4	0+y	(1+)
¹¹⁶Ba	56	60	e+b⁺	0.3 s 2	0	0+
¹¹⁷Tc	43	74	b^-		0	(5/2+)
¹¹⁷Ru	44	73
¹¹⁷Rh	45	72	b^-	0.44 s 4	0	(7/2+)
¹¹⁷Pd	46	71	b^-	4.3 s 3	0	(5/2+)
^117mPd	46	71	IT	19.1 ms 7	203.2 3	(11/2-)
¹¹⁷Ag	47	70	b^-	72.8 s +20-7	0	(1/2-)
^117mAg	47	70	b^-, IT	5.34 s 5	28.6 2	(7/2+)
¹¹⁷Cd	48	69	b^-	2.49 h 4	0	1/2+
^117mCd	48	69	b^-	3.36 h 5	136.4 2	(11/2)-
¹¹⁷In	49	68	b^-	43.2 m 3	0	9/2+
^117mIn	49	68	b^-, IT	116.2 m 3	315.302 12	1/2-
¹¹⁷Sn	50	67		stable	0	1/2+	7.68 7
^117mSn	50	67	IT	13.60 d 4	314.58 4	11/2-
¹¹⁷Sb	51	66	e+b⁺	2.80 h 1	0	5/2+
¹¹⁷Te	52	65	e+b⁺	62 m 2	0	1/2+
^117mTe	52	65	IT	103 ms 3	296+x	11/2-
¹¹⁷I	53	64	e+b⁺	2.22 m 4	0	(5/2)+
¹¹⁷Xe	54	63	e+b⁺, ep	61 s 2	0	5/2(+)
¹¹⁷Cs	55	62	e+b⁺	8.4 s 6	0	(9/2+)
^117mCs	55	62	e+b⁺	6.5 s 4	150	(3/2+)
¹¹⁷Ba	56	61	e+b⁺, ep, ea	1.75 s 7	0	(3/2)
¹¹⁷La	57	60
¹¹⁸Ru	44	74	b^-		0	0+
¹¹⁸Rh	45	73
¹¹⁸Pd	46	72	b^-	1.9 s 1	0	0+
¹¹⁸Ag	47	71	b^-	3.76 s 15	0	(1)-
^118mAg	47	71	b^-, IT	2.0 s 2	127.63 10	(4)+
¹¹⁸Cd	48	70	b^-	50.3 m 2	0	0+
¹¹⁸In	49	69	b^-	5.0 s 5	0	1+
^118mIn	49	69	b^-	4.45 m 5	60	5+
^118m2In	49	69	b^-, IT	8.5 s 3	200	8-
¹¹⁸Sn	50	68		stable	0	0+	24.23 11
¹¹⁸Sb	51	67	e+b⁺	3.6 m 1	0	1+
^118mSb	51	67	e+b⁺	5.00 h 2	250 6	8-
¹¹⁸Te	52	66	e	6.00 d 2	0	0+
¹¹⁸I	53	65	e+b⁺	13.7 m 5	0	2-
^118mI	53	65	e+b⁺, IT	8.5 m 5	104.0+x 20	(7-)
¹¹⁸Xe	54	64	e+b⁺	3.8 m 9	0	0+
¹¹⁸Cs	55	63	e+b⁺, ep, ea	14 s 2	0	2
^118mCs	55	63	e+b⁺, ep, ea	17 s 3	0+x	(7-)
¹¹⁸Ba	56	62	e+b⁺	5.5 s 2	0	0+
¹¹⁸La	57	61
¹¹⁹Ru	44	75	b^-		0
¹¹⁹Rh	45	74
¹¹⁹Pd	46	73	b^-	0.92 s 13	x
¹¹⁹Ag	47	72	b^-	2.1 s 1	0+x	(7/2+)
^119mAg	47	72	b^-	6.0 s 5	0+y	(1/2-)
¹¹⁹Cd	48	71	b^-	2.69 m 2	0	3/2+
^119mCd	48	71	b^-	2.20 m 2	146.53 11	(11/2-)
¹¹⁹In	49	70	b^-	2.4 m 1	0	9/2+
^119mIn	49	70	b^-, IT	18.0 m 3	311.37 3	1/2-
¹¹⁹Sn	50	69		stable	0	1/2+	8.59 4
^119mSn	50	69	IT	293.1 d 7	89.531 13	11/2-
¹¹⁹Sb	51	68	e	38.19 h 22	0	5/2+
^119mSb	51	68	IT	0.85 s 9	2841.1 6	(25/2+)
¹¹⁹Te	52	67	e+b⁺	16.03 h 5	0	1/2+
^119mTe	52	67	e+b⁺, IT	4.70 d 4	260.96 5	11/2-
¹¹⁹I	53	66	e+b⁺	19.1 m 4	0	5/2+
¹¹⁹Xe	54	65	e+b⁺	5.8 m 3	0	(5/2+)
¹¹⁹Cs	55	64	e+b⁺	43.0 s 2	0	9/2+
^119mCs	55	64	e+b⁺	30.4 s 1	0+x	3/2(+)
¹¹⁹Ba	56	63	e+b⁺, ep	5.4 s 3	0	(5/2+)
¹¹⁹La	57	62
¹¹⁹Ce	58	61
¹²⁰Rh	45	75	b^-		0
¹²⁰Pd	46	74	b^-	0.5 s 1	0	0+
¹²⁰Ag	47	73	b^-	1.23 s 3	0	(3+)
^120mAg	47	73	b^-, IT	0.32 s 4	203 1	(6-)
¹²⁰Cd	48	72	b^-	50.80 s 21	0	0+
¹²⁰In	49	71	b^-	3.08 s 8	0	1+
^120mIn	49	71	b^-	46.2 s 8	0+x	(3,4,5)+
^120m2In	49	71	b^-	47.3 s 5	0+y	(8-)
¹²⁰Sn	50	70		stable	0	0+	32.59 10
¹²⁰Sb	51	69	e+b⁺	15.89 m 4	0	1+
^120mSb	51	69	e+b⁺	5.76 d 2	0+x	8-
¹²⁰Te	52	68		stable	0	0+	0.096 2
¹²⁰I	53	67	e+b⁺	81.0 m 6	0	2-
^120mI	53	67	e+b⁺	53 m 4	0+x	4 to 8
¹²⁰Xe	54	66	e+b⁺	40 m 1	0	0+
¹²⁰Cs	55	65	e+b⁺	64 s 3	0+x	2
^120mCs	55	65	e+b⁺, ep, ea	57 s 6	0+y
¹²⁰Ba	56	64	e+b⁺	32 s 5	0	0+
¹²⁰La	57	63	e+b⁺	2.8 s 2	x
¹²⁰Ce	58	62			0	0+
¹²¹Rh	45	76
¹²¹Pd	46	75
¹²¹Ag	47	74	b^-, b^-n	0.78 s 1	0	(7/2+)
¹²¹Cd	48	73	b^-	13.5 s 3	0	(3/2+)
^121mCd	48	73	b^-	8.3 s 8	214.89 10	(11/2-)
¹²¹In	49	72	b^-	23.1 s 6	0	9/2+
^121mIn	49	72	b^-, IT	3.88 m 10	313.69 10	1/2-
¹²¹Sn	50	71	b^-	27.06 h 4	0	3/2+
^121mSn	50	71	IT, b^-	55 y 5	6.30 8	11/2-
¹²¹Sb	51	70		stable	0	5/2+	57.36 8
¹²¹Te	52	69	e+b⁺	16.78 d 35	0	1/2+
^121mTe	52	69	IT, e+b⁺	154 d 7	293.98 3	11/2-
¹²¹I	53	68	e+b⁺	2.12 h 1	0	5/2+
¹²¹Xe	54	67	e+b⁺	40.1 m 20	0	5/2(+)
¹²¹Cs	55	66	e+b⁺	155 s 4	0	3/2(+)
^121mCs	55	66	e+b⁺, IT	122 s 3	68.5 3	9/2(+)
¹²¹Ba	56	65	e+b⁺, ep	29.7 s 15	0	5/2(+)
¹²¹La	57	64	e+b⁺, ep	5.3 s 2	0
¹²¹Ce	58	63
¹²¹Pr	59	62	e+b⁺, ep	1.4 s 8	0
¹²²Rh	45	77	b^-		0
¹²²Pd	46	76			0	0+
¹²²Ag	47	75	b^-, b^-n	0.48 s 8	0	(3+)
^122mAg	47	75	b^-	1.5 s 5	0+x
¹²²Cd	48	74	b^-	5.24 s 3	0	0+
¹²²In	49	73	b^-	1.5 s 3	0	1+
^122mIn	49	73	b^-	10.3 s 6	0+x	5+
^122m2In	49	73	b^-	10.8 s 4	200	8-
¹²²Sn	50	72		stable	0	0+	4.63 3
¹²²Sb	51	71	b^-, e+b⁺	2.7238 d 2	0	2-
^122mSb	51	71	IT	4.191 m 3	163.5591 17	(8)-
¹²²Te	52	70		stable	0	0+	2.603 4
¹²²I	53	69	e+b⁺	3.63 m 6	0	1+
^122mI	53	69		80 us 8	0+z
¹²²Xe	54	68	e	20.1 h 1	0	0+
¹²²Cs	55	67	e+b⁺	21.0 s 7	0	1+
^122mCs	55	67	e+b⁺	3.70 m 11	76 24	8-
^122m2Cs	55	67	IT	0.36 s 2	127.0	(5)-
¹²²Ba	56	66	e+b⁺	1.95 m 15	0	0+
¹²²La	57	65	e+b⁺, ep	8.7 s 7	0
¹²²Ce	58	64
¹²²Pr	59	63
¹²³Pd	46	77
¹²³Ag	47	76	b^-, b^-n	0.309 s 15	0	(7/2+)
¹²³Cd	48	75	b^-	2.10 s 2	0	(3/2)+
^123mCd	48	75	b^-	1.82 s 3	316.52 23	(11/2-)
¹²³In	49	74	b^-	5.98 s 6	0	9/2+
^123mIn	49	74	b^-	47.8 s 5	327.21 4	1/2-
¹²³Sn	50	73	b^-	129.2 d 4	0	11/2-
^123mSn	50	73	b^-	40.06 m 1	24.6 4	3/2+
¹²³Sb	51	72		stable	0	7/2+	42.64 8
¹²³Te	52	71	e	>1E+13 y	0	1/2+	0.908 2
^123mTe	52	71	IT	119.7 d 1	247.55 4	11/2-
¹²³I	53	70	e+b⁺	13.27 h 8	0	5/2+
¹²³Xe	54	69	e+b⁺	2.08 h 2	0	(1/2)+
¹²³Cs	55	68	e+b⁺	5.94 m 4	0	1/2+
^123mCs	55	68	IT	1.64 s 12	156.74 21	(11/2)-
¹²³Ba	56	67	e+b⁺	2.7 m 4	0	5/2+
¹²³La	57	66	e+b⁺	17 s 3	0
¹²³Ce	58	65	e+b⁺, ep	3.2 s 2	0	(5/2)
¹²³Pr	59	64
¹²⁴Pd	46	78	b^-		0
¹²⁴Ag	47	77	b^-, b^-n	0.172 s 5	0
¹²⁴Cd	48	76	b^-	1.25 s 2	0	0+
¹²⁴In	49	75	b^-	3.11 s 10	0	3+
^124mIn	49	75	b^-	3.7 s 2	50	(8-)
¹²⁴Sn	50	74		stable	0	0+	5.79 5
¹²⁴Sb	51	73	b^-	60.20 d 3	0	3-
^124mSb	51	73	IT, b^-	93 s 5	10.8627 8	5+
^124m2Sb	51	73	IT	20.2 m 2	36.8440 14	(8)-
¹²⁴Te	52	72		stable	0	0+	4.816 6
¹²⁴I	53	71	e+b⁺	4.1760 d 3	0	2-
¹²⁴Xe	54	70	ee	>1.6E+14 y	0	0+	0.10 1
¹²⁴Cs	55	69	e+b⁺	30.8 s 5	0	1+
^124mCs	55	69	IT	6.3 s 2	462.55 17	(7)+
¹²⁴Ba	56	68	e+b⁺	11.0 m 5	0	0+
¹²⁴La	57	67	e+b⁺	29 s 1	0+x
^124mLa	57	67	e+b⁺	<1 s	0+y
¹²⁴Ce	58	66	e+b⁺	6 s 2	0	0+
¹²⁴Pr	59	65	e+b⁺, ep	1.2 s 2	0
¹²⁵Ag	47	78	b^-, b^-n	166 ms 7	0
¹²⁵Cd	48	77	b^-	0.65 s 2	0	(3/2+)
^125mCd	48	77	b^-	0.57 s 9	49 71	(11/2-)
¹²⁵In	49	76	b^-	2.36 s 4	0	9/2(+)
^125mIn	49	76	b^-	12.2 s 2	360.12 9	1/2(-)
¹²⁵Sn	50	75	b^-	9.64 d 3	0	11/2-
^125mSn	50	75	b^-	9.52 m 5	27.50 14	3/2+
¹²⁵Sb	51	74	b^-	2.7582 y 11	0	7/2+
¹²⁵Te	52	73		stable	0	1/2+	7.139 6
^125mTe	52	73	IT	57.40 d 15	144.795 10	11/2-
¹²⁵I	53	72	e	59.408 d 8	0	5/2+
¹²⁵Xe	54	71	e+b⁺	16.9 h 2	0	(1/2)+
^125mXe	54	71	IT	57 s 1	252.8 3	(9/2)-
¹²⁵Cs	55	70	e+b⁺	45 m 1	0	(1/2+)
¹²⁵Ba	56	69	e+b⁺	3.5 m 4	0	1/2(+)
¹²⁵La	57	68	e+b⁺	76 s 6	0	(11/2-)
¹²⁵Ce	58	67	e+b⁺, ep	9.0 s 6	0	(5/2+)
¹²⁵Pr	59	66	e+b⁺	3.3 s 7	0
¹²⁶Ag	47	79	b^-	107 ms 12	0
¹²⁶Cd	48	78	b^-	0.506 s 7	0	0+
¹²⁶In	49	77	b^-	1.60 s 10	0	3(+)
^126mIn	49	77	b^-	1.64 s 5	102 64	7-,8-,9-
¹²⁶Sn	50	76	b^-	~1E+5 y	0	0+
¹²⁶Sb	51	75	b^-	12.46 d 3	0	(8)-
^126mSb	51	75	b^-, IT	19.15 m 8	17.7 3	(5)+
^126m2Sb	51	75	IT	~11 s	40.4 3	(3)-
¹²⁶Te	52	74		stable	0	0+	18.95 1
¹²⁶I	53	73	e+b⁺, b^-	13.11 d 5	0	2-
¹²⁶Xe	54	72		stable	0	0+	0.09 1
¹²⁶Cs	55	71	e+b⁺	1.64 m 2	0	1+
¹²⁶Ba	56	70	e+b⁺	100 m 2	0.0	0+
¹²⁶La	57	69	e+b⁺	54 s 2	0
¹²⁶Ce	58	68	e+b⁺	50 s 3	0	0+
¹²⁶Pr	59	67	e+b⁺, ep	3.14 s 22	0	(3,4,5)
¹²⁶Nd	60	66
¹²⁷Ag	47	80	b^-	109 ms 25	0
¹²⁷Cd	48	79	b^-	0.37 s 7	0	(3/2+)
¹²⁷In	49	78	b^-, b^-n	1.09 s 1	0	(9/2+)
^127mIn	49	78	b^-, b^-n	3.67 s 4	462 71	(1/2-)
¹²⁷Sn	50	77	b^-	2.10 h 4	0	(11/2-)
^127mSn	50	77	b^-	4.13 m 3	4.7 3	(3/2+)
¹²⁷Sb	51	76	b^-	3.85 d 5	0	7/2+
¹²⁷Te	52	75	b^-	9.35 h 7	0	3/2+
^127mTe	52	75	IT, b^-	109 d 2	88.26 8	11/2-
¹²⁷I	53	74		stable	0	5/2+	100
¹²⁷Xe	54	73	e	36.4 d 1	0	1/2+
^127mXe	54	73	IT	69.2 s 9	297.10 8	9/2-
¹²⁷Cs	55	72	e+b⁺	6.25 h 10	0	1/2+
¹²⁷Ba	56	71	e+b⁺	12.7 m 4	0	1/2+
^127mBa	56	71	IT	1.9 s 2	80.33 12	7/2-
¹²⁷La	57	70	e+b⁺	5.1 m 1	0	(11/2-)
^127mLa	57	70	e+b⁺, IT	3.7 m 4	14.8 12	(3/2+)
¹²⁷Ce	58	69	e+b⁺	31 s 2	0	(5/2+)
¹²⁷Pr	59	68	e+b⁺	4.2 s 3	0	(11/2-)
¹²⁷Nd	60	67	e+b⁺, ep	1.8 s 4	x
¹²⁸Ag	47	81	b^-, b^-n	58 ms 5	0
¹²⁸Cd	48	80	b^-	0.34 s 3	0	0+
¹²⁸In	49	79	b^-, b^-n	0.84 s 6	0	(3+)
^128mIn	49	79	b^-, b^-n	0.72 s 10	340 60	(8-)
¹²⁸Sn	50	78	b^-	59.07 m 14	0	0+
^128mSn	50	78	IT	6.5 s 5	2091.50 11	(7-)
¹²⁸Sb	51	77	b^-	9.01 h 3	0	8-
^128mSb	51	77	b^-, IT	10.4 m 2	0+x	5+
¹²⁸Te	52	76	b^-b^-	2.2E24 y 3	0	0+	31.69 1
¹²⁸I	53	75	b^-, e+b⁺	24.99 m 2	0	1+
¹²⁸Xe	54	74		stable	0	0+	1.91 3
¹²⁸Cs	55	73	e+b⁺	3.66 m 2	0	1+
¹²⁸Ba	56	72	e	2.43 d 5	0	0+
¹²⁸La	57	71	e+b⁺	5.0 m 3	0	(5+)
^128mLa	57	71	e+b⁺	560 ms	0+x	(1+,2+)
¹²⁸Ce	58	70	e+b⁺	4.1 s 3	0	0+
¹²⁸Pr	59	69	e+b⁺, ep	3.1 s 2	0	4,5,6
¹²⁸Nd	60	68	e+b⁺, ep	4 s 2	0	0+
¹²⁸Pm	61	67	e+b⁺		0
¹²⁹Ag	47	82	b^-, b^-n		0
¹²⁹Cd	48	81	b^-	0.27 s 4	0	(3/2+)
¹²⁹In	49	80	b^-, b^-n	0.61 s 1	0	(9/2+)
^129mIn	49	80	b^-, b^-n, IT	1.23 s 3	380 70	(1/2-)
¹²⁹Sn	50	79	b^-	2.23 m 4	0	(3/2+)
^129mSn	50	79	b^-, IT	6.9 m 1	35.2 3	(11/2-)
¹²⁹Sb	51	78	b^-	4.40 h 1	0	7/2+
^129mSb	51	78	b^-, IT	17.7 m 1	1851.05 10	(19/2-)
¹²⁹Te	52	77	b^-	69.6 m 3	0	3/2+
^129mTe	52	77	IT, b^-	33.6 d 1	105.50 5	11/2-
¹²⁹I	53	76	b^-	1.57E7 y 4	0	7/2+
¹²⁹Xe	54	75		stable	0	1/2+	26.4 6
^129mXe	54	75	IT	8.88 d 2	236.14 3	11/2-
¹²⁹Cs	55	74	e+b⁺	32.06 h 6	0	1/2+
¹²⁹Ba	56	73	e+b⁺	2.23 h 11	0	1/2+
^129mBa	56	73	e+b⁺, IT	2.16 h 2	8.42 6	7/2+
¹²⁹La	57	72	e+b⁺	11.6 m 2	0	3/2+
^129mLa	57	72	IT	0.56 s 5	172.1 4	11/2-
¹²⁹Ce	58	71	e+b⁺	3.5 m 5	0	5/2+
¹²⁹Pr	59	70	e+b⁺	30 s 4	0	(3/2+)
¹²⁹Nd	60	69	e+b⁺, ep	7 s 1	0	(5/2+)
¹²⁹Pm	61	68
¹³⁰Cd	48	82	b^-, b^-n	0.20 s 4	0	0+
¹³⁰In	49	81	b^-, b^-n	0.32 s 2	0	1(-)
^130mIn	49	81	b^-, b^-n	0.55 s 1	50 50	(10-)
^130m2In	49	81	b^-, b^-n	0.55 s 1	400 60	(5+)
¹³⁰Sn	50	80	b^-	3.72 m 4	0	0+
^130mSn	50	80	b^-	1.7 m 1	1946.88 10	(7-)
¹³⁰Sb	51	79	b^-	39.5 m 8	0	(8-)
^130mSb	51	79	b^-	6.3 m 2	0+x	(5)+
¹³⁰Te	52	78	b^-b^-	7.9E20 y 10	0	0+	33.80 1
¹³⁰I	53	77	b^-	12.36 h 3	0	5+
^130mI	53	77	IT, b^-	9.0 m 1	39.9525 13	2+
¹³⁰Xe	54	76		stable	0	0+	4.1 1
¹³⁰Cs	55	75	e+b⁺, b^-	29.21 m 4	0	1+
^130mCs	55	75	IT, e+b⁺	3.46 m 6	163.25 11	5-
¹³⁰Ba	56	74		stable	0	0+	0.106 2
^130mBa	56	74	IT	11 ms 2	2475.12 18	8-
¹³⁰La	57	73	e+b⁺	8.7 m 1	0	3(+)
¹³⁰Ce	58	72	e+b⁺	25 m 2	0	0+
¹³⁰Pr	59	71	e+b⁺	40.0 s 4	0
¹³⁰Nd	60	70	e+b⁺	28 s 3	0	0+
¹³⁰Pm	61	69	e+b⁺, ep	2.2 s 5	0
¹³⁰Sm	62	68			0	0+
¹³¹In	49	82	b^-, b^-n	0.282 s 5	0	(9/2+)
^131mIn	49	82	b^-, b^-n, IT	0.35 s 5	363 37	(1/2-)
^131m2In	49	82	b^-, b^-n	0.32 s 6	4.27E+3 17	(21/2+)
¹³¹Sn	50	81	b^-	56.0 s 5	0	(3/2+)
^131mSn	50	81	b^-, IT	58.4 s 5	241.8 8	(11/2-)
¹³¹Sb	51	80	b^-	23.03 m 4	0	(7/2+)
¹³¹Te	52	79	b^-	25.0 m 1	0	3/2+
^131mTe	52	79	b^-, IT	30 h 2	182.250 20	11/2-
¹³¹I	53	78	b^-	8.02070 d 11	0	7/2+
¹³¹Xe	54	77		stable	0	3/2+	21.2 4
^131mXe	54	77	IT	11.84 d 7	163.931 8	11/2-
¹³¹Cs	55	76	e	9.689 d 16	0	5/2+
¹³¹Ba	56	75	e+b⁺	11.50 d 6	0	1/2+
^131mBa	56	75	IT	14.6 m 2	187.14 12	9/2-
¹³¹La	57	74	e+b⁺	59 m 2	0	3/2+
¹³¹Ce	58	73	e+b⁺	10.2 m 3	0	(7/2+)
^131mCe	58	73	e+b⁺	5.0 m 10	0+x	(1/2+)
¹³¹Pr	59	72	e+b⁺	1.53 m 5	0	(3/2+)
^131mPr	59	72	IT, e+b⁺	5.7 s 2	152.0 14	(11/2-)
¹³¹Nd	60	71	e+b⁺, ep	27 s 2	0	(5/2)
¹³¹Pm	61	70			0
¹³¹Sm	62	69	e+b⁺, ep	1.2 s 2	0
¹³¹Eu	63	68	p	26 ms 6	0	(3/2+,5/2+)
¹³²In	49	83	b^-, b^-n	0.201 s 13	0	(7-)
¹³²Sn	50	82	b^-	39.7 s 5	0	0+
¹³²Sb	51	81	b^-	2.79 m 5	0	(4+)
^132mSb	51	81	b^-	4.10 m 5	0+x	(8-)
¹³²Te	52	80	b^-	3.204 d 13	0	0+
¹³²I	53	79	b^-	2.295 h 13	0	4+
^132mI	53	79	IT, b^-	1.387 h 15	120	(8-)
¹³²Xe	54	78		stable	0	0+	26.9 5
^132mXe	54	78	IT	8.39 ms 11	2752.27 17	(10+)
¹³²Cs	55	77	e+b⁺, b^-	6.479 d 7	0	2+
¹³²Ba	56	76		stable	0	0+	0.101 2
¹³²La	57	75	e+b⁺	4.8 h 2	0	2-
^132mLa	57	75	IT, e+b⁺	24.3 m 5	188.18 11	6-
¹³²Ce	58	74	e+b⁺	3.51 h 11	0	0+
^132mCe	58	74	IT	13 ms 1	2340.8	(8-,9-)
¹³²Pr	59	73	e+b⁺	1.6 m 3	0
¹³²Nd	60	72	b⁺	1.75 m 17	0	0+
¹³²Pm	61	71	e+b⁺, ep	6.3 s 7	0	(3+)
¹³²Sm	62	70	e+b⁺, ep	4.0 s 3	0	0+
¹³²Eu	63	69	e+b⁺		0
¹³³In	49	84	b^-, b^-n	180 ms 15	0	(9/2+)
¹³³Sn	50	83	b^-, b^-n	1.45 s 3	0	(7/2-)
¹³³Sb	51	82	b^-	2.5 m 1	0	(7/2+)
¹³³Te	52	81	b^-	12.5 m 3	0	(3/2+)
^133mTe	52	81	IT, b^-	55.4 m 4	334.26 4	(11/2-)
¹³³I	53	80	b^-	20.8 h 1	0	7/2+
^133mI	53	80	IT	9 s 2	1634.174 17	(19/2-)
¹³³Xe	54	79	b^-	5.243 d 1	0	3/2+
^133mXe	54	79	IT	2.19 d 1	233.221 18	11/2-
¹³³Cs	55	78		stable	0	7/2+	100
¹³³Ba	56	77	e	10.51 y 5	0	1/2+
^133mBa	56	77	e, IT	38.9 h 1	288.247 9	11/2-
¹³³La	57	76	e+b⁺	3.912 h 8	0	5/2+
¹³³Ce	58	75	e+b⁺	97 m 4	0	1/2+
^133mCe	58	75	e+b⁺	4.9 h 4	37.1 8	9/2-
¹³³Pr	59	74	e+b⁺	6.5 m 3	0	(3/2+)
¹³³Nd	60	73	e+b⁺	70 s 10	0	(7/2+)
^133mNd	60	73	e+b⁺, IT	~70 s	127.97 11	(1/2)+
¹³³Pm	61	72	e+b⁺		0	3/2+
^133mPm	61	72	e+b⁺, IT	15 s 3	130.5	11/2-
¹³³Sm	62	71	e+b⁺, ep	3.7 s 7	x+0	(5/2+)
¹³³Eu	63	70
¹³⁴In	49	85	b^-, b^-n	138 ms 8	0
¹³⁴Sn	50	84	b^-, b^-n	1.12 s 8	0	0+
¹³⁴Sb	51	83	b^-	0.78 s 6	0+x	(0-)
^134mSb	51	83	b^-, b^-n	10.23 s 8	0+y	(7-)
¹³⁴Te	52	82	b^-	41.8 m 8	0	0+
¹³⁴I	53	81	b^-	52.5 m 2	0	(4)+
^134mI	53	81	IT, b^-	3.60 m 10	316.49 22	(8)-
¹³⁴Xe	54	80		stable	0	0+	10.4 2
^134mXe	54	80	IT	290 ms 17	1965.5 5	7-
¹³⁴Cs	55	79	b^-, e	2.0648 y 10	0	4+
^134mCs	55	79	IT	2.903 h 8	138.7441 26	8-
¹³⁴Ba	56	78		stable	0	0+	2.417 27
^134mBa	56	78		2.63 us 14	2957.2 5	(10+)
¹³⁴La	57	77	e+b⁺	6.45 m 16	0	1+
¹³⁴Ce	58	76	e	3.16 d 4	0	0+
¹³⁴Pr	59	75	e+b⁺	17 m 2	0	2-
^134mPr	59	75	e+b⁺	~11 m	0+y	(5-)
¹³⁴Nd	60	74	e+b⁺	8.5 m 15	0	0+
^134mNd	60	74		410 us 30	2293.1 4	(8)-
¹³⁴Pm	61	73	e+b⁺	~5 s	0	(2+)
^134mPm	61	73	e+b⁺	22 s 1	0+z	(5+)
¹³⁴Sm	62	72	e+b⁺	10 s 1	0	0+
¹³⁴Eu	63	71	e+b⁺, ep	0.5 s 2	0
¹³⁵Sn	50	85			0
¹³⁵Sb	51	84	b^-, b^-n	1.71 s 2	0	(7/2+)
¹³⁵Te	52	83	b^-	19.0 s 2	0	(7/2-)
¹³⁵I	53	82	b^-	6.57 h 2	0	7/2+
¹³⁵Xe	54	81	b^-	9.14 h 2	0	3/2+
^135mXe	54	81	IT, b^-	15.29 m 5	526.551 13	11/2-
¹³⁵Cs	55	80	b^-	2.3E+6 y 3	0	7/2+
^135mCs	55	80	IT	53 m 2	1632.9	19/2-
¹³⁵Ba	56	79		stable	0	3/2+	6.592 18
^135mBa	56	79	IT	28.7 h 2	268.219 20	11/2-
¹³⁵La	57	78	e+b⁺	19.5 h 2	0	5/2+
¹³⁵Ce	58	77	e+b⁺	17.7 h 2	0	1/2(+)
^135mCe	58	77	IT	20 s 1	445.8 2	11/2(-)
¹³⁵Pr	59	76	e+b⁺	24 m 2	0	3/2(+)
¹³⁵Nd	60	75	e+b⁺	12.4 m 6	0	9/2(-)
^135mNd	60	75	e+b⁺	5.5 m 5	65.0 2	(1/2+)
¹³⁵Pm	61	74	e+b⁺	45 s 4	0+x	(11/2-)
^135mPm	61	74	e+b⁺	49 s 3	0+y	(3/2+,5/2+)
¹³⁵Sm	62	73	e+b⁺, ep	10.3 s 5	0	(7/2+)
¹³⁵Eu	63	72	e+b⁺, ep	1.5 s 2	0
¹³⁶Sn	50	86			0	0+
¹³⁶Sb	51	85	b^-, b^-n, b^-2n	0.82 s 2	0
¹³⁶Te	52	84	b^-, b^-n	17.5 s 2	0	0+
¹³⁶I	53	83	b^-	83.4 s 10	0	(1-)
^136mI	53	83	b^-	46.9 s 10	6.4E2 11	(6-)
¹³⁶Xe	54	82		>2.36E21 y	0	0+	8.9 1
¹³⁶Cs	55	81	b^-	13.16 d 3	0	5+
^136mCs	55	81	IT, b^-	19 s 2	0+x	8-
¹³⁶Ba	56	80		stable	0	0+	7.854 36
^136mBa	56	80	IT	0.3084 s 19	2030.52 2	7-
¹³⁶La	57	79	e+b⁺	9.87 m 3	0	1+
^136mLa	57	79	IT	114 ms 3	230+x
¹³⁶Ce	58	78		stable	0	0+	0.19 1
¹³⁶Pr	59	77	e+b⁺	13.1 m 1	0	2+
¹³⁶Nd	60	76	e+b⁺	50.65 m 33	0	0+
¹³⁶Pm	61	75	e+b⁺	47 s 2	0+x	(2+)
^136mPm	61	75	e+b⁺	107 s 6	0+y	(5-)
¹³⁶Sm	62	74	e+b⁺	47 s 2	0	0+
¹³⁶Eu	63	73	e+b⁺, ep	3.3 s 3	0+x	(7+)
^136mEu	63	73	e+b⁺, ep	3.7 s 3	0+y	(3+)
¹³⁶Gd	64	72
¹³⁷Sn	50	87			0
¹³⁷Sb	51	86			0
¹³⁷Te	52	85	b^-, b^-n	2.49 s 5	0	(7/2-)
¹³⁷I	53	84	b^-, b^-n	24.5 s 2	0	(7/2+)
¹³⁷Xe	54	83	b^-	3.818 m 13	0	7/2-
¹³⁷Cs	55	82	b^-	30.07 y 3	0	7/2+
¹³⁷Ba	56	81		stable	0	3/2+	11.23 4
^137mBa	56	81	IT	2.552 m 1	661.659 3	11/2-
¹³⁷La	57	80	e	6E4 y 2	0	7/2+
¹³⁷Ce	58	79	e+b⁺	9.0 h 3	0	3/2+
^137mCe	58	79	IT, e+b⁺	34.4 h 3	254.29 5	11/2-
¹³⁷Pr	59	78	e+b⁺	1.28 h 3	0	5/2+
¹³⁷Nd	60	77	e+b⁺	38.5 m 15	0	1/2+
^137mNd	60	77	IT	1.60 s 15	519.6 5	11/2-
¹³⁷Pm	61	76	e+b⁺	2.4 m 1	0	11/2-
¹³⁷Sm	62	75	e+b⁺	45 s 1	0	(9/2-)
¹³⁷Eu	63	74	e+b⁺	11 s 2	0	(11/2-)
¹³⁷Gd	64	73	e+b⁺	7 s 3	0
¹³⁸Sb	51	87
¹³⁸Te	52	86	b^-, b^-n	1.4 s 4	0	0+
¹³⁸I	53	85	b^-, b^-n	6.49 s 7	0	(2-)
¹³⁸Xe	54	84	b^-	14.08 m 8	0	0+
¹³⁸Cs	55	83	b^-	33.41 m 18	0	3-
^138mCs	55	83	b^-, IT	2.91 m 8	79.9	6-
¹³⁸Ba	56	82		stable	0	0+	71.70 7
¹³⁸La	57	81	b^-, e+b⁺	1.05E+11 y 2	0	5+	0.0902 2
¹³⁸Ce	58	80		stable	0	0+	0.25 1
^138mCe	58	80	IT	8.65 ms 20	2129.17 12	7-
¹³⁸Pr	59	79	e+b⁺	1.45 m 5	0	1+
^138mPr	59	79	e+b⁺	2.12 h 4	364 23	7-
¹³⁸Nd	60	78	e	5.04 h 9	0	0+
¹³⁸Pm	61	77	e+b⁺	10 s 2	0	1+
^138mPm	61	77	e+b⁺, IT	3.24 m 5	0+x	(5-)
¹³⁸Sm	62	76	e+b⁺	3.1 m 2	0	0+
¹³⁸Eu	63	75	e+b⁺	12.1 s 6	0	(6-)
¹³⁸Gd	64	74			0	0+
¹³⁸Tb	65	73	e+b⁺		0
¹³⁹Sb	51	88			0
¹³⁹Te	52	87			0
¹³⁹I	53	86	b^-, b^-n	2.29 s 2	0	(7/2+)
¹³⁹Xe	54	85	b^-	39.68 s 14	0	3/2-
¹³⁹Cs	55	84	b^-	9.27 m 5	0	7/2+
¹³⁹Ba	56	83	b^-	83.06 m 28	0	7/2-
¹³⁹La	57	82		stable	0	7/2+	99.9098 2
¹³⁹Ce	58	81	e	137.640 d 23	0	3/2+
^139mCe	58	81	IT	54.8 s 10	754.24 8	11/2-
¹³⁹Pr	59	80	e+b⁺	4.41 h 4	0	5/2+
¹³⁹Nd	60	79	e+b⁺	29.7 m 5	0	3/2+
^139mNd	60	79	e+b⁺, IT	5.50 h 20	231.15 5	11/2-
¹³⁹Pm	61	78	e+b⁺	4.15 m 5	0	(5/2)+
^139mPm	61	78	IT, e+b⁺	180 ms 20	188.7 3	(11/2)-
¹³⁹Sm	62	77	e+b⁺	2.57 m 10	0	(1/2)+
^139mSm	62	77	IT, e+b⁺	10.7 s 6	457.8 4	(11/2)-
¹³⁹Eu	63	76	e+b⁺	17.9 s 6	0	(11/2)-
¹³⁹Gd	64	75	e+b⁺, b⁺p	4.9 s 10	0.0	9/2-
¹³⁹Tb	65	74
¹⁴⁰Te	52	88			0	0+
¹⁴⁰I	53	87	b^-, b^-n	0.86 s 4	0	(4)
¹⁴⁰Xe	54	86	b^-	13.60 s 10	0	0+
¹⁴⁰Cs	55	85	b^-	63.7 s 3	0	1-
¹⁴⁰Ba	56	84	b^-	12.752 d 3	0	0+
¹⁴⁰La	57	83	b^-	1.6781 d 3	0	3-
¹⁴⁰Ce	58	82		stable	0	0+	88.48 10
¹⁴⁰Pr	59	81	e+b⁺	3.39 m 1	0	1+
¹⁴⁰Nd	60	80	e	3.37 d 2	0	0+
¹⁴⁰Pm	61	79	e+b⁺	9.2 s 2	0	1+
^140mPm	61	79	e+b⁺	5.95 m 5	0.40E+3 12	7-
^140m2Pm	61	79	e+b⁺	5.95 m 5	0+x	8-
¹⁴⁰Sm	62	78	e+b⁺	14.82 m 12	0	0+
¹⁴⁰Eu	63	77	e+b⁺	1.51 s 2	0.0	1+
^140mEu	63	77	IT, e+b⁺	125 ms 2	185.3+x	(5-)
¹⁴⁰Gd	64	76	e+b⁺	15.8 s 4	0.0	0+
¹⁴⁰Tb	65	75	e+b⁺, p	2.4 s 2	0.0	5
¹⁴⁰Dy	66	74	e+b⁺		0	0+
¹⁴¹Te	52	89
¹⁴¹I	53	88	b^-, b^-n	0.43 s 2	0
¹⁴¹Xe	54	87	b^-, b^-n	1.73 s 1	0	5/2(-)
¹⁴¹Cs	55	86	b^-, b^-n	24.94 s 6	0	7/2+
¹⁴¹Ba	56	85	b^-	18.27 m 7	0	3/2-
¹⁴¹La	57	84	b^-	3.92 h 3	0	(7/2+)
¹⁴¹Ce	58	83	b^-	32.501 d 5	0	7/2-
¹⁴¹Pr	59	82		stable	0	5/2+	100
¹⁴¹Nd	60	81	e+b⁺	2.49 h 3	0	3/2+
^141mNd	60	81	IT, e+b⁺	62.0 s 8	756.7 1	11/2-
¹⁴¹Pm	61	80	e+b⁺	20.90 m 5	0	5/2+
¹⁴¹Sm	62	79	e+b⁺	10.2 m 2	0	1/2+
^141mSm	62	79	e+b⁺, IT	22.6 m 2	175.8 3	11/2-
¹⁴¹Eu	63	78	e+b⁺	40.7 s 5	0	5/2+
^141mEu	63	78	e+b⁺, IT	2.7 s 3	96.45 7	11/2-
¹⁴¹Gd	64	77	e+b⁺, ep	14 s 4	0	(1/2+)
^141mGd	64	77	e+b⁺, IT	24.5 s 5	377.8 2	(11/2-)
¹⁴¹Tb	65	76	e+b⁺	3.5 s 2	0	(5/2-)
¹⁴¹Dy	66	75	e+b⁺, ep	0.9 s 2	0	(9/2-)
¹⁴¹Ho	67	74	p	4.2 ms 4	0	(7/2-)
¹⁴²Te	52	90			0	0+
¹⁴²I	53	89
¹⁴²Xe	54	88	b^-, b^-n	1.22 s 2	0	0+
¹⁴²Cs	55	87	b^-, b^-n	1.70 s 2	0	0-
¹⁴²Ba	56	86	b^-	10.6 m 2	0	0+
¹⁴²La	57	85	b^-	91.1 m 5	0	2-
¹⁴²Ce	58	84		>5E+16 y	0	0+	11.08 10
¹⁴²Pr	59	83	b^-, e	19.12 h 4	0	2-
^142mPr	59	83	IT	14.6 m 5	3.6815 11	5-
¹⁴²Nd	60	82		stable	0	0+	27.13 12
¹⁴²Pm	61	81	e+b⁺	40.5 s 5	0	1+
^142mPm	61	81	IT	2.0 ms 2	883.17 16	(8)-
¹⁴²Sm	62	80	e+b⁺	72.49 m 5	0	0+
¹⁴²Eu	63	79	e+b⁺	2.34 s 12	0	1+
^142mEu	63	79	e+b⁺	1.22 m 2	0+x	8-
¹⁴²Gd	64	78	e+b⁺	70.2 s 6	0	0+
¹⁴²Tb	65	77	e+b⁺, ep	597 ms 17	0	1+
^142mTb	65	77	IT, e+b⁺	303 ms 17	280.2 4	(5-)
¹⁴²Dy	66	76	e+b⁺, ep	2.3 s 3	0	0+
¹⁴²Ho	67	75	e+b⁺		0
¹⁴³I	53	90
¹⁴³Xe	54	89	b^-	0.30 s 3	0	5/2-
¹⁴³Cs	55	88	b^-, b^-n	1.78 s 1	0	3/2+
¹⁴³Ba	56	87	b^-	14.33 s 8	0	5/2-
¹⁴³La	57	86	b^-	14.2 m 1	0	(7/2)+
¹⁴³Ce	58	85	b^-	33.039 h 6	0	3/2-
¹⁴³Pr	59	84	b^-	13.57 d 2	0	7/2+
¹⁴³Nd	60	83		stable	0	7/2-	12.18 6
¹⁴³Pm	61	82	e+b⁺	265 d 7	0	5/2+
¹⁴³Sm	62	81	e+b⁺	8.83 m 1	0	3/2+
^143mSm	62	81	IT, e+b⁺	66 s 2	754.0 2	11/2-
^143m2Sm	62	81	IT	30 ms 3	2794.7	23/2(-)
¹⁴³Eu	63	80	e+b⁺	2.63 m 5	0	5/2+
¹⁴³Gd	64	79	e+b⁺, ep	39 s 2	0	(1/2)+
^143mGd	64	79	e+b⁺	112 s 2	152.6	(11/2-)
¹⁴³Tb	65	78	e+b⁺	12 s 1	0	(11/2-)
^143mTb	65	78		<21 s	0+x	(5/2+)
¹⁴³Dy	66	77	e+b⁺, ep	4.1 s 3	0	(1/2+)
¹⁴³Ho	67	76
¹⁴⁴I	53	91
¹⁴⁴Xe	54	90	b^-	1.15 s 20	0	0+
¹⁴⁴Cs	55	89	b^-, b^-n	1.01 s 1	0	1
^144mCs	55	89	b^-	<1 s	0+x	(ge 4)
¹⁴⁴Ba	56	88	b^-, b^-n	11.5 s 2	0	0+
¹⁴⁴La	57	87	b^-	40.8 s 4	0	(3-)
¹⁴⁴Ce	58	86	b^-	284.893 d 8	0	0+
¹⁴⁴Pr	59	85	b^-	17.28 m 5	0	0-
^144mPr	59	85	IT, b^-	7.2 m 3	59.03 3	3-
¹⁴⁴Nd	60	84	a	2.29E+15 y 16	0	0+	23.80 12
¹⁴⁴Pm	61	83	e+b⁺	363 d 14	0	5-
¹⁴⁴Sm	62	82		stable	0	0+	3.1 1
¹⁴⁴Eu	63	81	e+b⁺	10.2 s 1	0	1+
¹⁴⁴Gd	64	80	e+b⁺	4.5 m 1	0	0+
¹⁴⁴Tb	65	79	e+b⁺	~1 s	0	(1+)
^144mTb	65	79	IT, e+b⁺	4.25 s 15	396.9	(6-)
¹⁴⁴Dy	66	78	e+b⁺, ep	9.1 s 4	0	0+
¹⁴⁴Ho	67	77	e+b⁺, ep	0.7 s 1	0
¹⁴⁴Er	68	76			0	0+
¹⁴⁵Xe	54	91	b^-, b^-n	0.9 s 3	0
¹⁴⁵Cs	55	90	b^-, b^-n	0.594 s 13	0	3/2+
¹⁴⁵Ba	56	89	b^-	4.31 s 16	0	5/2-
¹⁴⁵La	57	88	b^-	24.8 s 20	0	(5/2+)
¹⁴⁵Ce	58	87	b^-	3.01 m 6	0	(3/2)-
¹⁴⁵Pr	59	86	b^-	5.984 h 10	0	7/2+
¹⁴⁵Nd	60	85		stable	0	7/2-	8.30 6
¹⁴⁵Pm	61	84	e, a	17.7 y 4	0	5/2+
¹⁴⁵Sm	62	83	e	340 d 3	0	7/2-
¹⁴⁵Eu	63	82	e+b⁺	5.93 d 4	0	5/2+
¹⁴⁵Gd	64	81	e+b⁺	23.0 m 4	0	1/2+
^145mGd	64	81	IT, e+b⁺	85 s 3	748.7 1	11/2-
¹⁴⁵Tb	65	80			0	(1/2+)
^145mTb	65	80	e+b⁺	29.5 s 10	0+x	(11/2-)
¹⁴⁵Dy	66	79	e+b⁺	10 s 1	0	(1/2+)
^145mDy	66	79	e+b⁺	13.6 s 10	118.2 2	(11/2-)
¹⁴⁵Ho	67	78	e+b⁺	2.4 s 1	0	(11/2-)
¹⁴⁵Er	68	77	e+b⁺, ep	0.9 s 3	0	(11/2-)
¹⁴⁶Xe	54	92	b^-		0	0+
¹⁴⁶Cs	55	91	b^-, b^-n	0.321 s 2	0	1-
¹⁴⁶Ba	56	90	b^-	2.22 s 7	0	0+
¹⁴⁶La	57	89	b^-	6.27 s 10	0	2-
^146mLa	57	89	b^-	10.0 s 1	0+x	(6-)
¹⁴⁶Ce	58	88	b^-	13.52 m 13	0	0+
¹⁴⁶Pr	59	87	b^-	24.15 m 18	0	(2)-
¹⁴⁶Nd	60	86		stable	0	0+	17.19 9
¹⁴⁶Pm	61	85	e, b^-	5.53 y 5	0	3-
¹⁴⁶Sm	62	84	a	1.03E8 y 5	0	0+
¹⁴⁶Eu	63	83	e+b⁺	4.61 d 3	0	4-
¹⁴⁶Gd	64	82	e	48.27 d 10	0	0+
¹⁴⁶Tb	65	81	e+b⁺	8 s 4	0	1+
^146mTb	65	81	e+b⁺	23 s 2	0+x	5-
^146m2Tb	65	81	IT	1.18 ms 2	779.6+x 3	(10+)
¹⁴⁶Dy	66	80	e+b⁺	29 s 3	0	0+
^146mDy	66	80	IT	150 ms 20	2935.7 6	(10+)
¹⁴⁶Ho	67	79	e+b⁺, ep	3.6 s 3	0	(10+)
¹⁴⁶Er	68	78	e+b⁺, ep	1.7 s 6	0	0+
¹⁴⁶Tm	69	77	e+b⁺, p	235 ms 27	0	(10+)
^146mTm	69	77	p, e+b⁺	72 ms 23	70 7	(5-,6-)
¹⁴⁷Xe	54	93
¹⁴⁷Cs	55	92	b^-, b^-n	0.225 s 5	0	(3/2+)
¹⁴⁷Ba	56	91	b^-, b^-n	0.893 s 1	0	(3/2+)
¹⁴⁷La	57	90	b^-, b^-n	4.015 s 8	0.0	(5/2+)
¹⁴⁷Ce	58	89	b^-	56.4 s 10	0	(5/2-)
¹⁴⁷Pr	59	88	b^-	13.4 m 4	0	(3/2+)
¹⁴⁷Nd	60	87	b^-	10.98 d 1	0	5/2-
¹⁴⁷Pm	61	86	b^-	2.6234 y 2	0	7/2+
¹⁴⁷Sm	62	85	a	1.06E+11 y 2	0	7/2-	15.0 2
¹⁴⁷Eu	63	84	e+b⁺, a	24.1 d 6	0	5/2+
¹⁴⁷Gd	64	83	e+b⁺	38.06 h 12	0	7/2-
¹⁴⁷Tb	65	82	e+b⁺	1.7 h 1	0	(1/2+)
^147mTb	65	82	e+b⁺	1.83 m 6	50.6	(11/2)-
¹⁴⁷Dy	66	81	e+b⁺, ep	40 s 10	0	1/2+
^147mDy	66	81	e+b⁺, IT	55 s 1	750.5 4	11/2-
¹⁴⁷Ho	67	80	e+b⁺, ep	5.8 s 4	0	(11/2-)
¹⁴⁷Er	68	79	e+b⁺, ep	2.5 s 2	0	(11/2-)
^147mEr	68	79	e+b⁺, ep	~2.5 s	0+x	(1/2+)
¹⁴⁷Tm	69	78	e+b⁺, p	0.56 s 4	0	(11/2-)
^147mTm	69	78		360 us 80	67 4	(1/2+,3/2+)
¹⁴⁸Cs	55	93	b^-, b^-n	158 ms 7	0
¹⁴⁸Ba	56	92	b^-, b^-n	0.607 s 25	0	0+
¹⁴⁸La	57	91	b^-, b^-n	1.05 s 1	0	(2-)
¹⁴⁸Ce	58	90	b^-	56 s 1	0	0+
¹⁴⁸Pr	59	89	b^-	2.27 m 4	0	1-
^148mPr	59	89	b^-	2.0 m 1	90	(4)
¹⁴⁸Nd	60	88		stable	0	0+	5.76 3
¹⁴⁸Pm	61	87	b^-	5.370 d 9	0	1-
^148mPm	61	87	b^-, IT	41.29 d 11	137.9	6-
¹⁴⁸Sm	62	86	a	7E+15 y 3	0	0+	11.3 1
¹⁴⁸Eu	63	85	e+b⁺, a	54.5 d 5	0	5-
¹⁴⁸Gd	64	84	a	74.6 y 30	0	0+
¹⁴⁸Tb	65	83	e+b⁺	60 m 1	0	2-
^148mTb	65	83	e+b⁺	2.20 m 5	90.1 3	9+
¹⁴⁸Dy	66	82	e+b⁺	3.1 m 1	0	0+
¹⁴⁸Ho	67	81	e+b⁺	2.2 s 11	0	1+
^148mHo	67	81	e+b⁺, ep	9.59 s 15	0+y	6-
^148m2Ho	67	81	IT	2.35 ms 4	694.4+y	(10+)
¹⁴⁸Er	68	80	e+b⁺, ep	4.6 s 2	0	0+
¹⁴⁸Tm	69	79	e+b⁺	0.7 s 2	x	(10+)
¹⁴⁸Yb	70	78			0	0+
¹⁴⁹Cs	55	94			0
¹⁴⁹Ba	56	93	b^-, b^-n	0.344 s 7	0
¹⁴⁹La	57	92	b^-, b^-n	1.05 s 3	0
¹⁴⁹Ce	58	91	b^-	5.3 s 2	0	(3/2-)
¹⁴⁹Pr	59	90	b^-	2.26 m 7	0	(5/2+)
¹⁴⁹Nd	60	89	b^-	1.728 h 1	0	5/2-
¹⁴⁹Pm	61	88	b^-	53.08 h 5	0	7/2+
¹⁴⁹Sm	62	87		>2E+15 y	0	7/2-	13.8 1
¹⁴⁹Eu	63	86	e	93.1 d 4	0	5/2+
¹⁴⁹Gd	64	85	e+b⁺, a	9.28 d 10	0	7/2-
¹⁴⁹Tb	65	84	e+b⁺, a	4.118 h 25	0	1/2+
^149mTb	65	84	e+b⁺, a	4.16 m 4	35.78 13	11/2-
¹⁴⁹Dy	66	83	e+b⁺	4.20 m 14	0	(7/2-)
^149mDy	66	83	IT, e+b⁺	490 ms 15	2661.1 4	(27/2-)
¹⁴⁹Ho	67	82	e+b⁺	21.1 s 2	0	(11/2-)
^149mHo	67	82	e+b⁺	56 s 3	48.8 2	(1/2+)
¹⁴⁹Er	68	81	e+b⁺, ep	4 s 2	0	(1/2+)
^149mEr	68	81	e+b⁺, IT, ep	8.9 s 2	741.8 2	(11/2-)
¹⁴⁹Tm	69	80	e+b⁺, ep	0.9 s 2	0	(11/2-)
¹⁴⁹Yb	70	79			0+x	(1/2+,3/2+)
¹⁵⁰Cs	55	95
¹⁵⁰Ba	56	94	b^-, b^-n	0.3 s	0	0+
¹⁵⁰La	57	93	b^-, b^-n	0.86 s 5	0
¹⁵⁰Ce	58	92	b^-	4.0 s 6	0	0+
¹⁵⁰Pr	59	91	b^-	6.19 s 16	0	(1)-
¹⁵⁰Nd	60	90	b^-b^-	>1.1E19 y	0	0+	5.64 3
¹⁵⁰Pm	61	89	b^-	2.68 h 2	0	(1-)
¹⁵⁰Sm	62	88		stable	0	0+	7.4 1
¹⁵⁰Eu	63	87	e+b⁺	36.9 y 9	0	5(-)
^150mEu	63	87	e+b⁺, b^-, IT	12.8 h 1	42.1	0-
¹⁵⁰Gd	64	86	a	1.79E6 y 8	0	0+
¹⁵⁰Tb	65	85	e+b⁺, a	3.48 h 16	0	(2-)
^150mTb	65	85	e+b⁺	5.8 m 2	474 51	9+
¹⁵⁰Dy	66	84	a, e+b⁺	7.17 m 5	0	0+
¹⁵⁰Ho	67	83	e+b⁺	72 s 4	0	2-
^150mHo	67	83	e+b⁺	23.3 s 3	80E+1 11	(9)+
¹⁵⁰Er	68	82	e+b⁺	18.5 s 7	0	0+
¹⁵⁰Tm	69	81	e+b⁺, ep	2.2 s 2	0	(6-)
^150mTm	69	81	IT	5.2 ms 3	671.6	(10+)
¹⁵⁰Yb	70	80			0	0+
¹⁵⁰Lu	71	79	p, e+b⁺	35 ms 10	0
¹⁵¹Cs	55	96			0
¹⁵¹Ba	56	95			0
¹⁵¹La	57	94			0
¹⁵¹Ce	58	93	b^-	1.02 s 6	0
¹⁵¹Pr	59	92	b^-	18.90 s 7	0	(3/2-)
¹⁵¹Nd	60	91	b^-	12.44 m 7	0	3/2+
¹⁵¹Pm	61	90	b^-	28.40 h 4	0	5/2+
¹⁵¹Sm	62	89	b^-	90 y 8	0	5/2-
¹⁵¹Eu	63	88		stable	0	5/2+	47.8 15
¹⁵¹Gd	64	87	e, a	124 d 1	0	7/2-
¹⁵¹Tb	65	86	e+b⁺, a	17.609 h 1	0	1/2(+)
^151mTb	65	86	IT, e+b⁺	25 s 3	99.54 6	(11/2-)
¹⁵¹Dy	66	85	e+b⁺, a	17.9 m 3	0	7/2(-)
¹⁵¹Ho	67	84	e+b⁺, a	35.2 s 1	0	(11/2-)
^151mHo	67	84	a, e+b⁺	47.2 s 10	41.0 2	(1/2+)
¹⁵¹Er	68	83	e+b⁺	23.5 s 13	0	(7/2-)
^151mEr	68	83	IT, e+b⁺	0.58 s 2	2585.5 6	(27/2-)
¹⁵¹Tm	69	82	e+b⁺	4.17 s 10	0	(11/2-)
^151mTm	69	82	e+b⁺	6.6 s 14	0+x	(1/2+)
¹⁵¹Yb	70	81	e+b⁺, ep	1.6 s 1	0	(1/2+)
^151mYb	70	81	e+b⁺, ep	1.6 s 1	0+x	(11/2-)
¹⁵¹Lu	71	80	p	88 ms 10	0+x	(11/2-)
¹⁵²Ba	56	96			0	0+
¹⁵²La	57	95			0
¹⁵²Ce	58	94	b^-	1.4 s 2	0	0+
¹⁵²Pr	59	93	b^-	3.63 s 12	0	(4-)
¹⁵²Nd	60	92	b^-	11.4 m 2	0	0+
¹⁵²Pm	61	91	b^-	4.12 m 8	0	1+
^152mPm	61	91	b^-	7.52 m 8	1.5E+2 11	4-
^152m2Pm	61	91	b^-, IT	13.8 m 2	150+x	(8)
¹⁵²Sm	62	90		stable	0	0+	26.7 2
¹⁵²Eu	63	89	e, b^-	13.537 y 6	0	3-
^152mEu	63	89	e+b⁺, b^-	9.3116 h 13	45.5998 4	0-
^152m2Eu	63	89	IT	96 m 1	147.86 10	8-
¹⁵²Gd	64	88	a	1.08E14 y 8	0	0+	0.20 1
¹⁵²Tb	65	87	e+b⁺, a	17.5 h 1	0	2-
^152mTb	65	87	IT, e+b⁺	4.2 m 1	501.74 19	8+
¹⁵²Dy	66	86	a, e	2.38 h 2	0	0+
¹⁵²Ho	67	85	a, e+b⁺	161.8 s 3	0	2-
^152mHo	67	85	a, e+b⁺	50.0 s 4	160 1	9+
¹⁵²Er	68	84	e+b⁺, a	10.3 s 1	0	0+
¹⁵²Tm	69	83	e+b⁺	8.0 s 10	0	(2)-
^152mTm	69	83	e+b⁺	5.2 s 6	0+x	(9)+
¹⁵²Yb	70	82	e+b⁺, ep	3.04 s 6	0	0+
¹⁵²Lu	71	81	e+b⁺, ep	0.7 s 1	0	(5-,6-)
¹⁵³Ba	56	97
¹⁵³La	57	96			0
¹⁵³Ce	58	95			0
¹⁵³Pr	59	94	b^-	4.28 s 11	0
¹⁵³Nd	60	93	b^-	31.6 s 10	0	(3/2)-
¹⁵³Pm	61	92	b^-	5.25 m 2	0	5/2-
¹⁵³Sm	62	91	b^-	46.284 h 4	0	3/2+
^153mSm	62	91	IT	10.6 ms 3	98.37 10	11/2-
¹⁵³Eu	63	90		stable	0	5/2+	52.2 15
¹⁵³Gd	64	89	e	240.4 d 10	0	3/2-
¹⁵³Tb	65	88	e+b⁺	2.34 d 1	00	5/2+
¹⁵³Dy	66	87	e+b⁺, a	6.4 h 1	0	7/2(-)
¹⁵³Ho	67	86	e+b⁺, a	2.01 m 3	0	11/2-
^153mHo	67	86	e+b⁺, a	9.3 m 5	68.7 3	1/2+
¹⁵³Er	68	85	a, e+b⁺	37.1 s 2	0	(7/2-)
¹⁵³Tm	69	84	a, e+b⁺	1.48 s 1	0	(11/2-)
^153mTm	69	84	a, e+b⁺	2.5 s 2	43.2 2	(1/2+)
¹⁵³Yb	70	83	a, e+b⁺	4.2 s 2	0	7/2-
¹⁵³Lu	71	82	a, e+b⁺	0.9 s 2	0.0	11/2-
¹⁵⁴La	57	97
¹⁵⁴Ce	58	96			0	0+
¹⁵⁴Pr	59	95	b^-	2.3 s 1	0	(3+,2+)
¹⁵⁴Nd	60	94	b^-	25.9 s 2	0	0+
¹⁵⁴Pm	61	93	b^-	1.73 m 10	0	(0,1)
^154mPm	61	93	b^-	2.68 m 7	0+x	(3,4)
¹⁵⁴Sm	62	92		stable	0	0+	22.7 2
¹⁵⁴Eu	63	91	b^-, e+b⁺	8.593 y 4	0	3-
^154mEu	63	91	IT	46.3 m 4	145.3 3	(8-)
¹⁵⁴Gd	64	90		stable	0	0+	2.18 3
¹⁵⁴Tb	65	89	e+b⁺, b^-	21.5 h 4	0	0
^154mTb	65	89	e+b⁺, IT, b^-	9.4 h 4	0+v	3-
^154m2Tb	65	89	e+b⁺, IT	22.7 h 5	0+w	7-
^154m3Tb	65	89		513 ns 42	0+z
¹⁵⁴Dy	66	88	a	3.0E+6 y 15	0	0+
¹⁵⁴Ho	67	87	e+b⁺, a	11.76 m 19	0	(2)-
^154mHo	67	87	e+b⁺, a	3.10 m 14	3.2E2 11	8+
¹⁵⁴Er	68	86	e+b⁺, a	3.73 m 9	0	0+
¹⁵⁴Tm	69	85	e+b⁺, a	8.1 s 3	0	(2-)
^154mTm	69	85	a, e+b⁺, IT	3.30 s 7	0+x	(9+)
¹⁵⁴Yb	70	84	a, e+b⁺	0.409 s 2	0	0+
¹⁵⁴Lu	71	83			0	(2-)
^154mLu	71	83	e+b⁺	1.12 s 8	234 10	(9+)
^154m2Lu	71	83		35 us 3	2796+x	(17+)
¹⁵⁴Hf	72	82	e+b⁺	2 s 1	0	0+
¹⁵⁵La	57	98
¹⁵⁵Ce	58	97
¹⁵⁵Pr	59	96			0
¹⁵⁵Nd	60	95	b^-	8.9 s 2	0
¹⁵⁵Pm	61	94	b^-	41.5 s 2	0	(5/2-)
¹⁵⁵Sm	62	93	b^-	22.3 m 2	0	3/2-
¹⁵⁵Eu	63	92	b^-	4.7611 y 13	0	5/2+
¹⁵⁵Gd	64	91		stable	0	3/2-	14.80 5
^155mGd	64	91	IT	31.97 ms 27	121.05 19	11/2-
¹⁵⁵Tb	65	90	e	5.32 d 6	0	3/2+
¹⁵⁵Dy	66	89	e+b⁺	9.9 h 2	0	3/2-
¹⁵⁵Ho	67	88	e+b⁺	48 m 1	0	5/2+
¹⁵⁵Er	68	87	e+b⁺, a	5.3 m 3	0	7/2-
¹⁵⁵Tm	69	86	e+b⁺, a	21.6 s 2	0	(11/2-)
^155mTm	69	86	e+b⁺, a	45 s 3	41 6	(1/2+)
¹⁵⁵Yb	70	85	a, e+b⁺	1.800 s 20	0	(7/2-)
¹⁵⁵Lu	71	84	a	140 ms 20	0	(1/2+,3/2+)
^155mLu	71	84	a, e+b⁺	68 ms 5	21	(11/2-)
^155m2Lu	71	84	a	2.60 ms 7	1798 12	(25/2-)
¹⁵⁵Hf	72	83	e+b⁺, a	0.89 s 12	0
¹⁵⁶Ce	58	98			0	0+
¹⁵⁶Pr	59	97
¹⁵⁶Nd	60	96	b^-	5.47 s 11	0	0+
¹⁵⁶Pm	61	95	b^-	26.70 s 10	0	4(-)
¹⁵⁶Sm	62	94	b^-	9.4 h 2	0	0+
¹⁵⁶Eu	63	93	b^-	15.19 d 8	0	0+
¹⁵⁶Gd	64	92		stable	0	0+	20.47 4
¹⁵⁶Tb	65	91	e+b⁺, b^-	5.35 d 10	0	3-
^156mTb	65	91	IT	24.4 h 10	49.630+x	(7-)
^156m2Tb	65	91	IT, e+b⁺	5.3 h 2	88.4	(0+)
¹⁵⁶Dy	66	90		stable	0	0+	0.06 1
¹⁵⁶Ho	67	89	e+b⁺	56 m 1	0	(4+)
^156mHo	67	89	IT, e+b⁺	9.5 s 15	52.2 1	(1+)
¹⁵⁶Er	68	88	e+b⁺	19.5 m 10	0	0+
¹⁵⁶Tm	69	87	e+b⁺, a	83.8 s 18	0	2-
^156mTm	69	87	a	19 s 3	0+x
¹⁵⁶Yb	70	86	e+b⁺, a	26.1 s 7	0	0+
¹⁵⁶Lu	71	85	a, e+b⁺	198 ms 2	0	(9+)
^156mLu	71	85	a, e+b⁺	494 ms 12	103 7	(2-)
¹⁵⁶Hf	72	84	a	25 ms 4	0	0+
^156mHf	72	84		444 us 17	1959 6
¹⁵⁶Ta	73	83	p	144 ms 24	0	(2-)
^156mTa	73	83	e+b⁺, p	375 ms 54	102 9	(9+)
¹⁵⁷Ce	58	99
¹⁵⁷Pr	59	98
¹⁵⁷Nd	60	97
¹⁵⁷Pm	61	96	b^-	10.56 s 10	0	(5/2-)
¹⁵⁷Sm	62	95	b^-	482 s 4	0	(3/2-)
¹⁵⁷Eu	63	94	b^-	15.18 h 3	0	5/2+
¹⁵⁷Gd	64	93		stable	0	3/2-	15.65 3
¹⁵⁷Tb	65	92	e	71 y 7	0	3/2+
¹⁵⁷Dy	66	91	e+b⁺	8.14 h 4	0	3/2-
^157mDy	66	91	IT	21.6 ms 16	199.38 7	11/2-
¹⁵⁷Ho	67	90	e+b⁺	12.6 m 2	0	7/2-
¹⁵⁷Er	68	89	e+b⁺	18.65 m 10	0	3/2-
^157mEr	68	89	IT	76 ms 6	155.4 3	(9/2+)
¹⁵⁷Tm	69	88	e+b⁺	3.63 m 9	0	1/2+
¹⁵⁷Yb	70	87	e+b⁺, a	38.6 s 10	0	7/2-
¹⁵⁷Lu	71	86	a	6.8 s 18	0	(1/2+,3/2+)
^157mLu	71	86	a, e+b⁺	4.79 s 12	26 7	(11/2-)
¹⁵⁷Hf	72	85	a, e+b⁺	110 ms 6	0	7/2-
¹⁵⁷Ta	73	84	a, p	10.1 ms 4	0	1/2+
^157mTa	73	84	e+b⁺	4.3 ms 1	22 5	11/2-
¹⁵⁸Pr	59	99
¹⁵⁸Nd	60	98			0	0+
¹⁵⁸Pm	61	97	b^-	4.8 s 5	0
¹⁵⁸Sm	62	96	b^-	5.30 m 3	0	0+
¹⁵⁸Eu	63	95	b^-	45.9 m 2	0	(1-)
¹⁵⁸Gd	64	94		stable	0	0+	24.84 12
¹⁵⁸Tb	65	93	e+b⁺, b^-	180 y 11	0	3-
^158mTb	65	93	IT, b^-, e+b⁺	10.70 s 17	110.3 12	0-
¹⁵⁸Dy	66	92		stable	0	0+	0.10 1
¹⁵⁸Ho	67	91	e+b⁺	11.3 m 4	0	5+
^158mHo	67	91	e+b⁺, IT	28 m 2	67.200 10	2-
^158m2Ho	67	91	e+b⁺, IT	21.3 m 23	180	(9+)
¹⁵⁸Er	68	90	e	2.29 h 6	0	0+
¹⁵⁸Tm	69	89	e+b⁺	3.98 m 6	0	2-
^158mTm	69	89		~20 ns	0+y	(5+)
^158m2Tm	69	89		16 ns 4	0+x	(9-)
¹⁵⁸Yb	70	88	a, e+b⁺	1.49 m 13	0	0+
¹⁵⁸Lu	71	87	a, e+b⁺	10.6 s 3	x
¹⁵⁸Hf	72	86	a, e+b⁺	2.85 s 2	0	0+
¹⁵⁸Ta	73	85	a, e+b⁺	36.5 ms 10	0	(2-)
^158mTa	73	85	a	49 ms 8	152 7	(9+)
¹⁵⁸W	74	84	a	0.9 ms 3	0	0+
^158mW	74	84		0.16 ms 5	1880	8+
¹⁵⁹Pr	59	100
¹⁵⁹Nd	60	99
¹⁵⁹Pm	61	98
¹⁵⁹Sm	62	97	b^-	11.37 s 15	0	(5/2-)
¹⁵⁹Eu	63	96	b^-	18.1 m 1	0	5/2+
¹⁵⁹Gd	64	95	b^-	18.479 h 4	0	3/2-
¹⁵⁹Tb	65	94		stable	0	3/2+	100
¹⁵⁹Dy	66	93	e	144.4 d 2	0	3/2-
¹⁵⁹Ho	67	92	e+b⁺	33.05 m 11	0	7/2-
^159mHo	67	92	IT	8.30 s 8	205.91 5	1/2+
¹⁵⁹Er	68	91	e+b⁺	36 m 1	0	3/2-
¹⁵⁹Tm	69	90	e+b⁺	9.13 m 16	0	5/2+
¹⁵⁹Yb	70	89	e+b⁺	1.58 m 14	0	5/2(-)
¹⁵⁹Lu	71	88	e+b⁺, a	12.1 s 10	0
¹⁵⁹Hf	72	87	e+b⁺, a	5.6 s 4	0
¹⁵⁹Ta	73	86	a, e+b⁺	0.57 s 18	0
¹⁵⁹W	74	85	a, e+b⁺	7.3 ms 27	0
¹⁶⁰Nd	60	100			0	0+
¹⁶⁰Pm	61	99
¹⁶⁰Sm	62	98	b^-	9.6 s 3	0	0+
¹⁶⁰Eu	63	97	b^-	38 s 4	0	1(-)
¹⁶⁰Gd	64	96		stable	0	0+	21.86 4
¹⁶⁰Tb	65	95	b^-	72.3 d 2	0	3-
¹⁶⁰Dy	66	94		stable	0	0+	2.34 6
¹⁶⁰Ho	67	93	e+b⁺	25.6 m 3	0	5+
^160mHo	67	93	IT, e+b⁺	5.02 h 5	59.98 3	2-
^160m2Ho	67	93	IT	3 s	169.6+x	(9+)
¹⁶⁰Er	68	92	e	28.58 h 9	0	0+
¹⁶⁰Tm	69	91	e+b⁺	9.4 m 3	0	1-
^160mTm	69	91	e+b⁺, IT	74.5 s 15	70 20	5
¹⁶⁰Yb	70	90	e+b⁺	4.8 m 2	0	0+
¹⁶⁰Lu	71	89	e+b⁺, a	36.1 s 3	0+z
^160mLu	71	89	e+b⁺, a	40 s 1	0+x
¹⁶⁰Hf	72	88	e+b⁺, a	13.6 s 2	0	0+
¹⁶⁰Ta	73	87	e+b⁺, a	1.55 s 4	0	(9+)
^160mTa	73	87	a	1.7 s 2	0+x	(2-)
¹⁶⁰W	74	86	a, e+b⁺	91 ms 5	0	0+
¹⁶⁰Re	75	85	p, a	0.79 ms 16	0
¹⁶¹Nd	60	101
¹⁶¹Pm	61	100
¹⁶¹Sm	62	99
¹⁶¹Eu	63	98	b^-	26 s 3	0
¹⁶¹Gd	64	97	b^-	3.66 m 5	0	5/2-
¹⁶¹Tb	65	96	b^-	6.88 d 3	0	3/2+
¹⁶¹Dy	66	95		stable	0	5/2+	18.9 2
¹⁶¹Ho	67	94	e	2.48 h 5	0	7/2-
^161mHo	67	94	IT	6.76 s 7	211.14 3	1/2+
¹⁶¹Er	68	93	e+b⁺	3.21 h 3	0	3/2-
¹⁶¹Tm	69	92	e+b⁺	33 m 3	0	7/2+
¹⁶¹Yb	70	91	e+b⁺	4.2 m 2	0	3/2-
¹⁶¹Lu	71	90	e+b⁺	77 s 2	0	(5/2+)
^161mLu	71	90	IT	7.3 ms 4	135.8+x	(9/2-)
¹⁶¹Hf	72	89	e+b⁺, a	16.8 s 8	0+x	(13/2+)
¹⁶¹Ta	73	88	e+b⁺, a	2.7 s 2	x
¹⁶¹W	74	87	a	410 ms 40	0
¹⁶¹Re	75	86	p	0.37 ms 4	0	(1/2+)
^161mRe	75	86	a, p	16 ms 1	124 9	(11/2-)
¹⁶²Pm	61	101
¹⁶²Sm	62	100			0	0+
¹⁶²Eu	63	99	b^-	10.6 s 10	0
¹⁶²Gd	64	98	b^-	8.4 m 2	0	0+
¹⁶²Tb	65	97	b^-	7.60 m 15	0	1-
¹⁶²Dy	66	96		stable	0	0+	25.5 2
¹⁶²Ho	67	95	e+b⁺	15.0 m 10	0	1+
^162mHo	67	95	IT, e+b⁺	67.0 m 7	106	6-
¹⁶²Er	68	94		stable	0	0+	0.14 1
¹⁶²Tm	69	93	e+b⁺	21.70 m 19	0	1-
^162mTm	69	93	IT, e+b⁺	24.3 s 17	66.9+x	5+
¹⁶²Yb	70	92	e+b⁺	18.87 m 19	0	0+
¹⁶²Lu	71	91	e+b⁺	1.37 m 2	0	(1-)
^162mLu	71	91	e+b⁺	1.5 m	x	(4-)
^162m2Lu	71	91	e+b⁺	1.9 m	y
¹⁶²Hf	72	90	e+b⁺, a	37.6 s 8	0	0+
¹⁶²Ta	73	89	e+b⁺, a	3.52 s 12	x
¹⁶²W	74	88	e+b⁺, a	1.39 s 4	0	0+
¹⁶²Re	75	87	a	107 ms 13	0	(2-)
^162mRe	75	87	a	75 ms 9	171 11	(9+)
¹⁶²Os	76	86	a	1.9 ms 7	0	0+
¹⁶³Pm	61	102
¹⁶³Sm	62	101
¹⁶³Eu	63	100
¹⁶³Gd	64	99	b^-	68 s 3	0	(5/2-)
¹⁶³Tb	65	98	b^-	19.5 m 3	0	3/2+
¹⁶³Dy	66	97		stable	0	5/2-	24.9 2
¹⁶³Ho	67	96	e	4570 y 25	0	7/2-
^163mHo	67	96	IT	1.09 s 3	297.88 7	1/2+
¹⁶³Er	68	95	e+b⁺	75.0 m 4	0	5/2-
¹⁶³Tm	69	94	e+b⁺	1.810 h 5	0	1/2+
¹⁶³Yb	70	93	e+b⁺	11.05 m 25	0	3/2-
¹⁶³Lu	71	92	e+b⁺	238 s 8	0	(1/2-)
¹⁶³Hf	72	91	e+b⁺	40.0 s 6	0
¹⁶³Ta	73	90	e+b⁺, a	10.6 s 10	0
¹⁶³W	74	89	e+b⁺, a	2.75 s 25	0
¹⁶³Re	75	88	a, e+b⁺	260 ms 40	0
¹⁶³Os	76	87	a, e+b⁺		x
¹⁶⁴Sm	62	102			0	0+
¹⁶⁴Eu	63	101
¹⁶⁴Gd	64	100	b^-	45 s 3	0	0+
¹⁶⁴Tb	65	99	b^-	3.0 m 1	0	(5+)
¹⁶⁴Dy	66	98		stable	0	0+	28.2 2
¹⁶⁴Ho	67	97	e, b^-	29 m 1	0	1+
^164mHo	67	97	IT	37.5 m +15-5	140 1	6-
¹⁶⁴Er	68	96		stable	0	0+	1.61 2
¹⁶⁴Tm	69	95	e+b⁺	2.0 m 1	0	1+
^164mTm	69	95	IT, e+b⁺	5.1 m 1	0+x	6-
¹⁶⁴Yb	70	94	e	75.8 m 17	0	0+
¹⁶⁴Lu	71	93	e+b⁺	3.14 m 3	0
¹⁶⁴Hf	72	92	e+b⁺	111 s 8	0	0+
¹⁶⁴Ta	73	91	e+b⁺	14.2 s 3	0	(3+)
¹⁶⁴W	74	90	e+b⁺, a	6.0 s 3	0	0+
¹⁶⁴Re	75	89	e+b⁺	0.38 s 16	0
^164mRe	75	89	a	0.88 s 24	106 22
¹⁶⁴Os	76	88	a, e+b⁺	21 ms 1	0	0+
¹⁶⁵Sm	62	103
¹⁶⁵Eu	63	102
¹⁶⁵Gd	64	101
¹⁶⁵Tb	65	100	b^-	2.11 m 10	0	(3/2+)
¹⁶⁵Dy	66	99	b^-	2.334 h 1	0	7/2+
^165mDy	66	99	IT, b^-	1.257 m 6	108.160 3	1/2-
¹⁶⁵Ho	67	98		stable	0	7/2-	100
¹⁶⁵Er	68	97	e	10.36 h 4	0	5/2-
¹⁶⁵Tm	69	96	e+b⁺	30.06 h 3	0	1/2+
¹⁶⁵Yb	70	95	e+b⁺	9.9 m 3	0	5/2-
¹⁶⁵Lu	71	94	e+b⁺	10.74 m 10	0+x	(7/2+)
^165mLu	71	94		12 m	0+z	1/2+
¹⁶⁵Hf	72	93	e+b⁺	76 s 4	0	(5/2-)
¹⁶⁵Ta	73	92	e+b⁺	31.0 s 15	0
¹⁶⁵W	74	91	e+b⁺, a	5.1 s 5	0
¹⁶⁵Re	75	90	e+b⁺, a	2.4 s 6	0
¹⁶⁵Os	76	89	a, e+b⁺	71 ms 3	0	(7/2-)
¹⁶⁵Ir	77	88	p, a	300 us 60	x	(11/2-)
¹⁶⁶Eu	63	103
¹⁶⁶Gd	64	102			0	0+
¹⁶⁶Tb	65	101
¹⁶⁶Dy	66	100	b^-	81.6 h 1	0	0+
¹⁶⁶Ho	67	99	b^-	26.83 h 2	0	0-
^166mHo	67	99	b^-	1.20E3 y 18	5.985 18	(7)-
¹⁶⁶Er	68	98		stable	0	0+	33.6 2
¹⁶⁶Tm	69	97	e+b⁺	7.70 h 3	0	2+
^166mTm	69	97	IT	350 ms 25	109.338+x 3	6-
¹⁶⁶Yb	70	96	e	56.7 h 1	0	0+
¹⁶⁶Lu	71	95	e+b⁺	2.65 m 10	0	(6-)
^166mLu	71	95	e+b⁺, IT	1.41 m 10	34.37	(3-)
^166m2Lu	71	95	e+b⁺, IT	2.12 m 10	42.9	(0-)
¹⁶⁶Hf	72	94	e+b⁺	6.77 m 30	0	0+
¹⁶⁶Ta	73	93	e+b⁺	34.4 s 5	0	(2)+
¹⁶⁶W	74	92	e+b⁺, a	18.8 s 4	0	0+
¹⁶⁶Re	75	91	a	2.8 s 3	0
¹⁶⁶Os	76	90	a, e+b⁺	181 ms 38	0	0+
¹⁶⁶Ir	77	89	a, p	10.5 ms 22	0	(2-)
^166mIr	77	89	a, p	15.1 ms 9	172 11	(9+)
¹⁶⁷Eu	63	104
¹⁶⁷Gd	64	103
¹⁶⁷Tb	65	102
¹⁶⁷Dy	66	101	b^-	6.20 m 8	0	(1/2-)
¹⁶⁷Ho	67	100	b^-	3.1 h 1	0	7/2-
¹⁶⁷Er	68	99		stable	0	7/2+	22.95 15
^167mEr	68	99	IT	2.269 s 6	207.802 5	1/2-
¹⁶⁷Tm	69	98	e	9.25 d 2	0	1/2+
¹⁶⁷Yb	70	97	e+b⁺	17.5 m 2	0	5/2-
¹⁶⁷Lu	71	96	e+b⁺	51.5 m 10	0	7/2+
¹⁶⁷Hf	72	95	e+b⁺	2.05 m 5	0	(5/2-)
¹⁶⁷Ta	73	94	e+b⁺	1.4 m 3	0	(3/2+)
¹⁶⁷W	74	93	e+b⁺, a	19.9 s 5	0	(7/2-)
¹⁶⁷Re	75	92	e+b⁺, a	6.1 s 2	0
¹⁶⁷Os	76	91	a, e+b⁺	0.83 s 12	0
¹⁶⁷Ir	77	90	a	>5 ms	0
¹⁶⁸Gd	64	104			0	0+
¹⁶⁸Tb	65	103
¹⁶⁸Dy	66	102	b^-	8.7 m 3	0	0+
¹⁶⁸Ho	67	101	b^-	2.99 m 7	0	3+
^168mHo	67	101	IT, b^-	132 s 4	59 1	(6+)
¹⁶⁸Er	68	100		stable	0	0+	26.8 2
¹⁶⁸Tm	69	99	e+b⁺, b^-	93.1 d 2	0	3(+)
¹⁶⁸Yb	70	98		stable	0	0+	0.13 1
¹⁶⁸Lu	71	97	e+b⁺	5.5 m 1	0	(6-)
^168mLu	71	97	e+b⁺, IT	6.7 m 4	2.2E+2 13	3+
¹⁶⁸Hf	72	96	e+b⁺	25.95 m 20	0	0+
¹⁶⁸Ta	73	95	e+b⁺	2.0 m 1	0	(3+)
¹⁶⁸W	74	94	e+b⁺, a	53 s 2	0	0+
¹⁶⁸Re	75	93	e+b⁺, a	4.4 s 1	0	(6+)
¹⁶⁸Os	76	92	e+b⁺, a	2.1 s 1	0	0+
¹⁶⁸Ir	77	91	a	161 ms 21	0
¹⁶⁸Pt	78	90	a	2.0 ms 4	0	0+
¹⁶⁹Gd	64	105
¹⁶⁹Tb	65	104
¹⁶⁹Dy	66	103	b^-	39 s 8	0	(5/2-)
¹⁶⁹Ho	67	102	b^-	4.7 m 1	0	7/2-
¹⁶⁹Er	68	101	b^-	9.40 d 2	0	1/2-
¹⁶⁹Tm	69	100		stable	0	1/2+	100
¹⁶⁹Yb	70	99	e	32.026 d 5	0	7/2+
^169mYb	70	99	IT	46 s 2	24.199 3	1/2-
¹⁶⁹Lu	71	98	e+b⁺	34.06 h 5	0	7/2+
^169mLu	71	98	IT	160 s 10	29.0 5	1/2-
¹⁶⁹Hf	72	97	e+b⁺	3.24 m 4	0	(5/2)-
¹⁶⁹Ta	73	96	e+b⁺	4.9 m 4	0	(5/2-)
¹⁶⁹W	74	95	e+b⁺	76 s 6	0	(5/2-)
¹⁶⁹Re	75	94			0+y
^169mRe	75	94	a	12.9 s 11	0+x
¹⁶⁹Os	76	93	e+b⁺, a	3.4 s 2	0
¹⁶⁹Ir	77	92	a, e+b⁺, p	0.4 s 1	0
¹⁶⁹Pt	78	91	a	5 ms 3	0
¹⁷⁰Tb	65	105
¹⁷⁰Dy	66	104			0	0+
¹⁷⁰Ho	67	103	b^-	2.76 m 5	0	(6+)
^170mHo	67	103	b^-	43 s 2	120 70	(1+)
¹⁷⁰Er	68	102		stable	0	0+	14.9 2
¹⁷⁰Tm	69	101	e, b^-	128.6 d 3	0	1-
¹⁷⁰Yb	70	100		stable	0	0+	3.05 6
¹⁷⁰Lu	71	99	e+b⁺	2.012 d 20	0	0+
^170mLu	71	99	IT	0.67 s 10	92.89 9	(4)-
¹⁷⁰Hf	72	98	e	16.01 h 13	0	0+
¹⁷⁰Ta	73	97	e+b⁺	6.76 m 6	0	(3+)
¹⁷⁰W	74	96	e+b⁺	2.42 m 4	0	0+
¹⁷⁰Re	75	95	e+b⁺	9.2 s 2	0	(5+)
¹⁷⁰Os	76	94	e+b⁺, a	7.3 s 2	0	0+
¹⁷⁰Ir	77	93	e+b⁺, a	1.05 s 15	0
¹⁷⁰Pt	78	92	a	6 ms +5-2	0	0+
¹⁷¹Tb	65	106
¹⁷¹Dy	66	105
¹⁷¹Ho	67	104	b^-	53 s 2	0	(7/2-)
¹⁷¹Er	68	103	b^-	7.516 h 2	0	5/2-
¹⁷¹Tm	69	102	b^-	1.92 y 1	0	1/2+
¹⁷¹Yb	70	101		stable	0	1/2-	14.3 2
^171mYb	70	101	IT	5.25 ms 24	95.272 5	7/2+
¹⁷¹Lu	71	100	e+b⁺	8.24 d 3	0	7/2+
^171mLu	71	100	IT	79 s 2	71.2 2	1/2-
¹⁷¹Hf	72	99	e+b⁺	12.1 h 4	0	(7/2+)
¹⁷¹Ta	73	98	e+b⁺	23.3 m 3	0	(5/2-)
¹⁷¹W	74	97	e+b⁺	2.38 m 4	0	(5/2-)
¹⁷¹Re	75	96	e+b⁺	15.2 s 4	0	(9/2-)
¹⁷¹Os	76	95	e+b⁺, a	8.0 s 7	0	(5/2-)
¹⁷¹Ir	77	94	a, e+b⁺, p	1.5 s 1	0
¹⁷¹Pt	78	93	a, e+b⁺	25 ms 9	0
¹⁷¹Au	79	92
¹⁷²Dy	66	106			0	0+
¹⁷²Ho	67	105	b^-	25 s 3	0
¹⁷²Er	68	104	b^-	49.3 h 3	0	0+
¹⁷²Tm	69	103	b^-	63.6 h 2	0	2-
¹⁷²Yb	70	102		stable	0	0+	21.9 3
¹⁷²Lu	71	101	e+b⁺	6.70 d 3	0	4-
^172mLu	71	101	IT	3.7 m 5	41.86 4	1-
¹⁷²Hf	72	100	e	1.87 y 3	0	0+
¹⁷²Ta	73	99	e+b⁺	36.8 m 3	0	(3+)
¹⁷²W	74	98	e+b⁺	6.6 m 9	0	0+
¹⁷²Re	75	97	e+b⁺	15 s 3	0+x	(5)
^172mRe	75	97	e+b⁺	55 s 5	0+y	(2)
¹⁷²Os	76	96	e+b⁺, a	19.2 s 9	0	0+
¹⁷²Ir	77	95	a, e+b⁺	4.4 s 3	0	(3+)
^172mIr	77	95	a, e+b⁺	2.0 s 1	139 10	(7+)
¹⁷²Pt	78	94	a, e+b⁺	0.096 s 3	0	0+
¹⁷²Au	79	93	a, p	6.3 ms 15	0
¹⁷³Dy	66	107
¹⁷³Ho	67	106
¹⁷³Er	68	105	b^-	1.4 m 1	0	(7/2-)
¹⁷³Tm	69	104	b^-	8.24 h 8	0	(1/2+)
¹⁷³Yb	70	103		stable	0	5/2-	16.12 21
¹⁷³Lu	71	102	e	1.37 y 1	0	7/2+
¹⁷³Hf	72	101	e+b⁺	23.6 h 1	0	1/2-
¹⁷³Ta	73	100	e+b⁺	3.14 h 13	0	5/2-
¹⁷³W	74	99	e+b⁺	7.6 m 2	0	5/2-
¹⁷³Re	75	98	e+b⁺	1.98 m 26	0	(5/2-)
¹⁷³Os	76	97	e+b⁺, a	16 s 5	0	(5/2-)
¹⁷³Ir	77	96	e+b⁺, a	9.0 s 8	0+y	(3/2+,5/2+)
^173mIr	77	96	e+b⁺, a	2.20 s 5	0+x	(11/2-)
¹⁷³Pt	78	95	e+b⁺, a	342 ms 18	0
¹⁷³Au	79	94	a	59 ms +45-18	0
¹⁷⁴Ho	67	107
¹⁷⁴Er	68	106	b^-	3.3 m 2	0	0+
¹⁷⁴Tm	69	105	b^-	5.4 m 1	0	(4)-
¹⁷⁴Yb	70	104		stable	0	0+	31.8 4
¹⁷⁴Lu	71	103	e+b⁺	3.31 y 5	0	(1)-
^174mLu	71	103	IT, e	142 d 2	170.83 5	(6)-
¹⁷⁴Hf	72	102	a	2.0E15 y 4	0	0+	0.162 3
¹⁷⁴Ta	73	101	e+b⁺	1.05 h 3	0	3+
^174mTa	73	101		250 ns	0+x
¹⁷⁴W	74	100	e+b⁺	31 m 1	0	0+
¹⁷⁴Re	75	99	e+b⁺	2.40 m 4	0
¹⁷⁴Os	76	98	e+b⁺, a	44 s 4	0	0+
¹⁷⁴Ir	77	97	e+b⁺, a	9 s 2	0	(3+)
^174mIr	77	97	e+b⁺, a	4.9 s 3	193 11	(7+)
¹⁷⁴Pt	78	96	a, e+b⁺	0.90 s 1	0	0+
¹⁷⁴Au	79	95	a	120 ms 20	0
¹⁷⁵Ho	67	108
¹⁷⁵Er	68	107	b^-	1.2 m 3	0	(9/2+)
¹⁷⁵Tm	69	106	b^-	15.2 m 5	0	1/2+
¹⁷⁵Yb	70	105	b^-	4.185 d 1	0	7/2-
^175mYb	70	105	IT	68.2 ms 3	514.869 7	1/2-
¹⁷⁵Lu	71	104		stable	0	7/2+	97.41 2
¹⁷⁵Hf	72	103	e	70 d 2	0	5/2-
¹⁷⁵Ta	73	102	e+b⁺	10.5 h 2	0	7/2+
¹⁷⁵W	74	101	e+b⁺	35.2 m 6	0	(1/2-)
¹⁷⁵Re	75	100	e+b⁺	5.89 m 5	0	(5/2-)
¹⁷⁵Os	76	99	e+b⁺	1.4 m 1	0	(5/2-)
¹⁷⁵Ir	77	98	e+b⁺, a	9 s 2	0	(5/2-)
¹⁷⁵Pt	78	97	a, e+b⁺	2.52 s 8	0
¹⁷⁵Au	79	96	a, e+b⁺	200 ms 22	0
¹⁷⁵Hg	80	95	a	20 ms +40-13	0
¹⁷⁶Er	68	108			0	0+
¹⁷⁶Tm	69	107	b^-	1.9 m 1	0	(4+)
¹⁷⁶Yb	70	106		stable	0	0+	12.7 2
^176mYb	70	106	IT, b^-	11.4 s 3	1050.0 3	(8-)
¹⁷⁶Lu	71	105	b^-	3.78E10 y 2	0	7-	2.59 2
^176mLu	71	105	b^-, e	3.635 h 3	123.0 14	1-
¹⁷⁶Hf	72	104		stable	0	0+	5.206 5
¹⁷⁶Ta	73	103	e+b⁺	8.09 h 5	0	(1)-
^176mTa	73	103	IT	1.1 ms 1	103.0	(+)
^176m2Ta	73	103		1.4 ms	2774+x	(20-)
¹⁷⁶W	74	102	e	2.5 h 1	0	0+
¹⁷⁶Re	75	101	e+b⁺	5.3 m 3	0	3(+)
¹⁷⁶Os	76	100	e+b⁺	3.6 m 5	0	0+
¹⁷⁶Ir	77	99	e+b⁺, a	8 s 1	0
¹⁷⁶Pt	78	98	e+b⁺, a	6.33 s 15	0	0+
¹⁷⁶Au	79	97	a, e+b⁺	1.08 s 17	0
¹⁷⁶Hg	80	96	a	18 ms 10	0	0+
¹⁷⁷Er	68	109
¹⁷⁷Tm	69	108	b^-	85 s +10-15	0	(1/2+)
¹⁷⁷Yb	70	107	b^-	1.911 h 3	0	(9/2+)
^177mYb	70	107	IT	6.41 s 3	331.5 3	(1/2-)
¹⁷⁷Lu	71	106	b^-	6.734 d 12	0	7/2+
^177mLu	71	106	b^-, IT	160.4 d 3	970.1749 25	23/2-
¹⁷⁷Hf	72	105		stable	0	7/2-	18.606 4
^177mHf	72	105	IT	1.08 s 6	1315.4502 11	23/2+
^177m2Hf	72	105	IT	51.4 m 5	2740.0 2	37/2-
¹⁷⁷Ta	73	104	e+b⁺	56.56 h 6	0	7/2+
¹⁷⁷W	74	103	e+b⁺	135 m 3	0	(1/2-)
¹⁷⁷Re	75	102	e+b⁺	14 m 1	0	(5/2-)
¹⁷⁷Os	76	101	e+b⁺	2.8 m 3	0	(1/2-)
¹⁷⁷Ir	77	100	e+b⁺, a	30 s 2	0	(5/2-)
¹⁷⁷Pt	78	99	e+b⁺, a	11 s 1	0	(5/2-)
¹⁷⁷Au	79	98	a	1.18 s 7	0
¹⁷⁷Hg	80	97	a, e+b⁺	0.130 s 5	0
¹⁷⁷Tl	81	96
¹⁷⁸Tm	69	109
¹⁷⁸Yb	70	108	b^-	74 m 3	0	0+
¹⁷⁸Lu	71	107	b^-	28.4 m 2	0	1(+)
^178mLu	71	107	b^-	23.1 m 3	120 3	(9-)
¹⁷⁸Hf	72	106		stable	0	0+	27.297 4
^178mHf	72	106	IT	4.0 s 2	1147.423 5	8-
^178m2Hf	72	106	IT	31 y 1	2446.05 15	16+
¹⁷⁸Ta	73	105	e+b⁺	9.31 m 3	y+0	1+
^178mTa	73	105	e+b⁺	2.36 h 8	x+0	(7)-
^178m2Ta	73	105	IT	60 ms 5	x+1470.6	(15-)
¹⁷⁸W	74	104	e	21.6 d 3	0	0+
¹⁷⁸Re	75	103	e+b⁺	13.2 m 2	0	(3+)
¹⁷⁸Os	76	102	e+b⁺	5.0 m 4	0	0+
¹⁷⁸Ir	77	101	e+b⁺	12 s 2	0
¹⁷⁸Pt	78	100	e+b⁺, a	21.1 s 6	0	0+
¹⁷⁸Au	79	99	e+b⁺, a	2.6 s 5	0
¹⁷⁸Hg	80	98	e+b⁺, a	266 ms 25	0	0+
¹⁷⁸Tl	81	97
¹⁷⁹Tm	69	110
¹⁷⁹Yb	70	109	b^-	8.0 m 4	0	(1/2-)
¹⁷⁹Lu	71	108	b^-	4.59 h 6	0	7/2(+)
^179mLu	71	108	IT	3.1 ms 9	592.4 4	1/2(+)
¹⁷⁹Hf	72	107		stable	0	9/2+	13.629 6
^179mHf	72	107	IT	18.67 s 4	375.0367 25	1/2-
^179m2Hf	72	107	IT	25.05 d 25	1105.84 19	25/2-
¹⁷⁹Ta	73	106	e	1.82 y 3	0	7/2+
^179mTa	73	106		9.0 ms 2	1318.0 4	(25/2+)
^179m2Ta	73	106		52 ms 3	2640.9 6	(37/2+)
¹⁷⁹W	74	105	e+b⁺	37.05 m 16	0	(7/2)-
^179mW	74	105	IT, e+b⁺	6.40 m 7	221.926 8	(1/2)-
¹⁷⁹Re	75	104	e+b⁺	19.5 m 1	0	(5/2)+
¹⁷⁹Os	76	103	e+b⁺	6.5 m 3	0	(1/2-)
¹⁷⁹Ir	77	102	e+b⁺	79 s 1	0	(5/2)-
¹⁷⁹Pt	78	101	e+b⁺, a	21.2 s 4	0	1/2-
¹⁷⁹Au	79	100	e+b⁺, a	7.1 s 3	0
¹⁷⁹Hg	80	99	e+b⁺, a, ep	1.09 s 4	0
¹⁷⁹Tl	81	98	a	0.16 s +9-4	0
^179mTl	81	98	a	1.4 ms 5	0+x	(9/2-)
¹⁸⁰Yb	70	110	b^-	2.4 m 5	0	0+
¹⁸⁰Lu	71	109	b^-	5.7 m 1	0	(5)+
¹⁸⁰Hf	72	108		stable	0	0+	35.100 7
^180mHf	72	108	IT, b^-	5.5 h 1	1141.48 4	8-
¹⁸⁰Ta	73	107	e, b^-	8.152 h 6	0	1+
^180mTa	73	107		>1.2E+15 y	75.3 14	9-	0.012 2
¹⁸⁰W	74	106		stable	0	0+	0.13 4
^180mW	74	106	IT	5.47 ms 9	1529.04 3	8-
¹⁸⁰Re	75	105	e+b⁺	2.44 m 6	0	(1)-
¹⁸⁰Os	76	104	e+b⁺	21.5 m 4	0	0+
¹⁸⁰Ir	77	103	e+b⁺	1.5 m 1	0
¹⁸⁰Pt	78	102	e+b⁺, a	52 s 3	0	0+
¹⁸⁰Au	79	101	e+b⁺, a	8.1 s 3	0
¹⁸⁰Hg	80	100	e+b⁺, a	2.8 s 2	0	0+
¹⁸⁰Tl	81	99	e+b⁺, eSF	0.70 s +12-9	0
¹⁸¹Yb	70	111
¹⁸¹Lu	71	110	b^-	3.5 m 3	0	(7/2+)
¹⁸¹Hf	72	109	b^-	42.39 d 6	0	1/2-
¹⁸¹Ta	73	108		stable	0	7/2+	99.988 2
¹⁸¹W	74	107	e	121.2 d 2	0	9/2+
¹⁸¹Re	75	106	e+b⁺	19.9 h 7	0	5/2+
¹⁸¹Os	76	105	e+b⁺	105 m 3	0	1/2-
^181mOs	76	105	e+b⁺	2.7 m 1	49.0 7	(7/2)-
¹⁸¹Ir	77	104	e+b⁺	4.90 m 15	0	(5/2)-
¹⁸¹Pt	78	103	e+b⁺, a	51 s 5	0	1/2-
¹⁸¹Au	79	102	e+b⁺, a	11.4 s 5	0	5/2-
¹⁸¹Hg	80	101	e+b⁺, a, ep, ea	3.6 s 3	0	1/2(-)
¹⁸¹Tl	81	100			0+x	(1/2+)
^181mTl	81	100	a	3.4 s 6	0+y	(9/2-)
¹⁸¹Pb	82	99	a	45 ms 20	0+x	(13/2+)
¹⁸²Lu	71	111	b^-	2.0 m 2	0	(0,1,2)
¹⁸²Hf	72	110	b^-	9E6 y 2	0	0+
^182mHf	72	110	b^-, IT	61.5 m 15	1172.88 18	8-
¹⁸²Ta	73	109	b^-	114.43 d 3	0	3-
^182mTa	73	109	IT	283 ms 3	16.263 3	5+
^182m2Ta	73	109	IT	15.84 m 10	519.572 18	10-
¹⁸²W	74	108		stable	0	0+	26.3 2
¹⁸²Re	75	107	e+b⁺	64.0 h 5	0	7+
^182mRe	75	107	e+b⁺	12.7 h 2	0+x	2+
¹⁸²Os	76	106	e	22.10 h 25	0	0+
¹⁸²Ir	77	105	e+b⁺	15 m 1	0	(5+)
¹⁸²Pt	78	104	e+b⁺, a	3.0 m 2	0	0+
¹⁸²Au	79	103	e+b⁺, a	15.6 s 4	0
¹⁸²Hg	80	102	e+b⁺, a	10.83 s 6	0	0+
¹⁸²Tl	81	101	e+b⁺, a	3.1 s 10	0	(7+)
¹⁸²Pb	82	100	a	55 ms +40-35	0	0+
¹⁸³Lu	71	112	b^-	58 s 4	0	(7/2+)
¹⁸³Hf	72	111	b^-	1.067 h 17	0	(3/2-)
¹⁸³Ta	73	110	b^-	5.1 d 1	0	7/2+
¹⁸³W	74	109		>1.1E+17 y	0	1/2-	14.3 1
^183mW	74	109	IT	5.2 s 3	309.493 3	11/2+
¹⁸³Re	75	108	e	70.0 d 11	0	5/2+
^183mRe	75	108	IT	1.04 ms 4	1907.6 3	(25/2)+
¹⁸³Os	76	107	e+b⁺	13.0 h 5	0	9/2+
^183mOs	76	107	e+b⁺, IT	9.9 h 3	170.71 5	1/2-
¹⁸³Ir	77	106	e+b⁺	58 m 6	0	5/2-
¹⁸³Pt	78	105	e+b⁺, a	6.5 m 10	0	1/2-
^183mPt	78	105	e+b⁺, a	43 s 5	34.50 8	(7/2)-
¹⁸³Au	79	104	e+b⁺, a	42.0 s 12	0	(5/2)-
¹⁸³Hg	80	103	e+b⁺, a, ep	9.4 s 7	0	1/2-
¹⁸³Tl	81	102			0	(1/2+)
^183mTl	81	102	a	60 ms 15	550	(9/2-)
¹⁸³Pb	82	101	a, e+b⁺	300 ms 80	0+x	(1/2-)
¹⁸⁴Lu	71	113	b^-	20 s 5	0	(2+)
¹⁸⁴Hf	72	112	b^-	4.12 h 5	0	0+
^184mHf	72	112	IT	48 s 10	1272.4	(8-)
¹⁸⁴Ta	73	111	b^-	8.7 h 1	0	(5-)
¹⁸⁴W	74	110		>3E+17 y	0	0+	30.67 15
¹⁸⁴Re	75	109	e+b⁺	38.0 d 5	0	3(-)
^184mRe	75	109	IT, e	169 d 8	188.01 4	8(+)
¹⁸⁴Os	76	108		>5.6E13 y	0	0+	0.02 1
¹⁸⁴Ir	77	107	e+b⁺	3.09 h 3	0	5-
¹⁸⁴Pt	78	106	e+b⁺, a	17.3 m 2	0	0+
^184mPt	78	106	IT	1.01 ms 5	1839.4 16	8-
^184m2Pt	78	106		1.1 ms	1843.8	8-
¹⁸⁴Au	79	105	e+b⁺, a	53.0 s 14	0	3+
¹⁸⁴Hg	80	104	e+b⁺, a	30.9 s 3	0	0+
¹⁸⁴Tl	81	103	e+b⁺, a	11 s 1	0+x
¹⁸⁴Pb	82	102	a	0.55 s 6	0	0+
¹⁸⁵Hf	72	113	b^-	3.5 m 6	0
¹⁸⁵Ta	73	112	b^-	49.4 m 15	0	(7/2+)
¹⁸⁵W	74	111	b^-	75.1 d 3	0	3/2-
^185mW	74	111	IT	1.67 m 3	197.43 5	11/2+
¹⁸⁵Re	75	110		stable	0	5/2+	37.40 2
¹⁸⁵Os	76	109	e	93.6 d 5	0	1/2-
¹⁸⁵Ir	77	108	e+b⁺	14.4 h 1	0	5/2-
¹⁸⁵Pt	78	107	e+b⁺, a	70.9 m 24	0	9/2+
^185mPt	78	107	e+b⁺, IT	33.0 m 8	103.4 2	1/2-
¹⁸⁵Au	79	106	e+b⁺, a	4.25 m 6	0	5/2-
^185mAu	79	106	e+b⁺, IT	6.8 m 3	0+x
¹⁸⁵Hg	80	105	e+b⁺, a	49.1 s 10	0	1/2-
^185mHg	80	105	IT, e+b⁺, a	21.6 s 15	99.3 5	13/2+
¹⁸⁵Tl	81	104	e+b⁺	19.5 s 5	0	(1/2+)
^185mTl	81	104	IT, a	1.83 s 12	454 5	(9/2-)
¹⁸⁵Pb	82	103	a	4.1 s 3	0
¹⁸⁵Bi	83	102	p	44 us 15	0+x	(1/2+)
¹⁸⁶Hf	72	114			0	0+
¹⁸⁶Ta	73	113	b^-	10.5 m 5	0	(2-,3-)
¹⁸⁶W	74	112		stable	0	0+	28.6 2
¹⁸⁶Re	75	111	e, b^-	3.7183 d 11	0	1-
^186mRe	75	111	IT	2.0E+5 y	149 7	(8+)
¹⁸⁶Os	76	110	a	2.0E15 y 11	0	0+	1.58 30
¹⁸⁶Ir	77	109	e+b⁺	16.64 h 3	0	5+
^186mIr	77	109	e+b⁺, IT	1.90 h 5	x+0	2-
¹⁸⁶Pt	78	108	e+b⁺, a	2.2 h 2	0	0+
¹⁸⁶Au	79	107	e+b⁺, a	10.7 m 5	0	3-
¹⁸⁶Hg	80	106	e+b⁺, a	1.38 m 6	0	0+
¹⁸⁶Tl	81	105	e+b⁺, a	27.5 s 10	0+x	(7+)
^186mTl	81	105	IT	2.9 s 2	374.0+x 2	(10-)
¹⁸⁶Pb	82	104	a, e+b⁺	4.83 s 5	0	0+
¹⁸⁶Bi	83	103	a	15.0 ms 17	0	(3+)
^186mBi	83	103	a	9.8 ms 13	0+x	(10-)
¹⁸⁷Ta	73	114
¹⁸⁷W	74	113	b^-	23.72 h 6	0	3/2-
¹⁸⁷Re	75	112	b^-, a	4.35E10 y 13	0	5/2+	62.60 2
¹⁸⁷Os	76	111		stable	0	1/2-	1.6 3
¹⁸⁷Ir	77	110	e+b⁺	10.5 h 3	0	3/2+
^187mIr	77	110	IT	30.3 ms 6	186.15 4	9/2-
¹⁸⁷Pt	78	109	e+b⁺	2.35 h 3	0	3/2-
¹⁸⁷Au	79	108	e+b⁺, a	8.4 m 3	0	1/2+
^187mAu	79	108	IT	2.3 s 1	120.51 16	9/2-
¹⁸⁷Hg	80	107	e+b⁺, a	2.4 m 3	0	13/2+
^187mHg	80	107	e+b⁺, a	1.9 m 3	134 20	3/2-
¹⁸⁷Tl	81	106	e+b⁺, a	~51 s	0	(1/2+)
^187mTl	81	106	a, e+b⁺, IT	15.60 s 12	335 7	(9/2-)
¹⁸⁷Pb	82	105	e+b⁺, a	18.3 s 3	0+x	(13/2+)
^187mPb	82	105	a, e+b⁺	15.2 s 3	0+y
¹⁸⁷Bi	83	104	a	35 ms 4	0	(9/2-)
^187mBi	83	104		0.8 ms 6	60(calc)	(1/2+)
¹⁸⁸Ta	73	115
¹⁸⁸W	74	114	b^-	69.4 d 5	0	0+
¹⁸⁸Re	75	113	b^-	17.005 h 4	0	1-
^188mRe	75	113	IT	18.6 m 1	172.069 9	(6)-
¹⁸⁸Os	76	112		stable	0	0+	13.3 7
¹⁸⁸Ir	77	111	e+b⁺	41.5 h 5	0	1-
^188mIr	77	111		4.2 ms 2	923.5+x
¹⁸⁸Pt	78	110	e, a	10.2 d 3	0	0+
¹⁸⁸Au	79	109	e+b⁺	8.84 m 6	0	1(-)
¹⁸⁸Hg	80	108	e+b⁺, a	3.25 m 15	0	0+
¹⁸⁸Tl	81	107	e+b⁺	71 s 2	0+y	(2-)
^188mTl	81	107	e+b⁺	71 s 1	0+x	(7+)
^188m2Tl	81	107	IT	41 ms 4	268.8+x	(9-)
¹⁸⁸Pb	82	106	e+b⁺, a	24 s 2	0	0+
¹⁸⁸Bi	83	105	a, e+b⁺	0.21 s 9	0+x
^188mBi	83	105	a, e+b⁺	44 ms 3	0+y
¹⁸⁹W	74	115	b^-	11.5 m 3	0	(3/2-)
¹⁸⁹Re	75	114	b^-	24.3 h 4	0	5/2+
¹⁸⁹Os	76	113		stable	0	3/2-	16.1 8
^189mOs	76	113	IT	5.8 h 1	30.814 18	9/2-
¹⁸⁹Ir	77	112	e	13.2 d 1	0	3/2+
^189mIr	77	112	IT	13.3 ms 3	372.18 4	11/2-
^189m2Ir	77	112	IT	3.7 ms 2	2333.3 4	(25/2)+
¹⁸⁹Pt	78	111	e+b⁺	10.87 h 12	0	3/2-
¹⁸⁹Au	79	110	e+b⁺, a	28.7 m 3	0	1/2+
^189mAu	79	110	e+b⁺, IT	4.59 m 11	247.23 17	11/2-
¹⁸⁹Hg	80	109	e+b⁺, a	7.6 m 1	0	3/2-
^189mHg	80	109	e+b⁺, a	8.6 m 1	0+x	13/2+
¹⁸⁹Tl	81	108	e+b⁺	2.3 m 2	0	(1/2+)
^189mTl	81	108	e+b⁺, IT	1.4 m 1	281 7	(9/2-)
¹⁸⁹Pb	82	107	e+b⁺, a	51 s 3	x
¹⁸⁹Bi	83	106	a, e+b⁺	680 ms 30	0	(9/2-)
^189mBi	83	106	a, e+b⁺	~5 ms	92 7	(1/2+)
¹⁹⁰W	74	116	b^-	30.0 m 15	0	0+
¹⁹⁰Re	75	115	b^-	3.1 m 3	0	(2)-
^190mRe	75	115	b^-, IT	3.2 h 2	119.12+x	(6-)
¹⁹⁰Os	76	114		stable	0	0+	26.4 12
^190mOs	76	114	IT	9.9 m 1	1705.4 2	(10)-
¹⁹⁰Ir	77	113	e+b⁺, b^-	11.78 d 10	0	(4-)
^190mIr	77	113	IT	1.2 h	26.3 1	(1-)
^190m2Ir	77	113	e+b⁺, IT	3.25 h 20	148.7+x	(11)-
¹⁹⁰Pt	78	112	a	6.5E11 y 3	0	0+	0.01 1
¹⁹⁰Au	79	111	e+b⁺, a	42.8 m 10	0	1-
^190mAu	79	111	IT, e+b⁺	125 ms 20	0+x	(11-)
¹⁹⁰Hg	80	110	e+b⁺, a	20.0 m 5	0	0+
¹⁹⁰Tl	81	109	e+b⁺	2.6 m 3	0+x	(2)-
^190mTl	81	109	e+b⁺	3.7 m 3	0+y	(7+)
¹⁹⁰Pb	82	108	e+b⁺, a	1.2 m 1	0	0+
¹⁹⁰Bi	83	107	a, e+b⁺	6.3 s 1	0+x	(3+)
^190mBi	83	107	a, e+b⁺	6.2 s 1	0+y	(10-)
¹⁹⁰Po	84	106	a, e+b⁺	2.0 ms +5-10	0	0+
¹⁹¹Re	75	116	b^-	9.8 m 5	0	(3/2+,1/2+)
¹⁹¹Os	76	115	b^-	15.4 d 1	0	9/2-
^191mOs	76	115	IT	13.10 h 5	74.382 3	3/2-
¹⁹¹Ir	77	114		stable	0	3/2+	37.3 5
^191mIr	77	114	IT	4.94 s 3	171.24 5	11/2-
^191m2Ir	77	114	IT	5.5 s 7	2047+x
¹⁹¹Pt	78	113	e	2.802 d 25	0	3/2-
¹⁹¹Au	79	112	e+b⁺	3.18 h 8	0	3/2+
^191mAu	79	112	IT	0.92 s 11	266.2 5	(11/2-)
¹⁹¹Hg	80	111	e+b⁺	49 m 10	0	(3/2-)
^191mHg	80	111	e+b⁺	50.8 m 15	0+x	13/2+
¹⁹¹Tl	81	110			0	(1/2+)
^191mTl	81	110	e+b⁺	5.22 m 16	299 7	9/2(-)
¹⁹¹Pb	82	109	e+b⁺, a	1.33 m 8	0	(3/2-)
^191mPb	82	109	e+b⁺, a	2.18 m 8	138	(13/2+)
¹⁹¹Bi	83	108	a, e+b⁺	12 s 1	0	(9/2-)
^191mBi	83	108	a, e+b⁺	150 ms 15	242	(1/2+)
¹⁹¹Po	84	107	a	15.5 ms +60-35	0
¹⁹²Re	75	117	b^-	16 s 1	0
¹⁹²Os	76	116		stable	0	0+	41.0 8
^192mOs	76	116	IT, b^-	5.9 s 1	2015.39 10	(10-)
¹⁹²Ir	77	115	b^-, e	73.831 d 8	0	4(+)
^192mIr	77	115	IT, b^-	1.45 m 5	56.74 9	1(-)
^192m2Ir	77	115	IT	241 y 9	155.16 12	(9)
¹⁹²Pt	78	114		stable	0	0+	0.79 6
¹⁹²Au	79	113	e+b⁺	4.94 h 9	0	1-
^192mAu	79	113	IT	29 ms	135.4 3	(5)+
^192m2Au	79	113	IT	160 ms 20	431.6 5	(11-)
¹⁹²Hg	80	112	e, a	4.85 h 20	0	0+
¹⁹²Tl	81	111	e+b⁺	9.6 m 4	0+x	(2-)
^192mTl	81	111	e+b⁺	10.8 m 2	0+y	(7+)
¹⁹²Pb	82	110	e+b⁺, a	3.5 m 1	0	0+
¹⁹²Bi	83	109	e+b⁺, a	37 s 3	0+x	(2+,3+)
^192mBi	83	109	e+b⁺, a	39.6 s 4	105+x	(10-)
¹⁹²Po	84	108	a	0.0332 s 14	0	0+
¹⁹³Os	76	117	b^-	30.11 h 1	0	3/2-
¹⁹³Ir	77	116		stable	0	3/2+	62.7 5
^193mIr	77	116	IT	10.53 d 4	80.240 6	11/2-
¹⁹³Pt	78	115	e	50 y 6	0	1/2-
^193mPt	78	115	IT	4.33 d 3	149.78 4	13/2+
¹⁹³Au	79	114	e+b⁺	17.65 h 15	0	3/2+
^193mAu	79	114	IT, e+b⁺	3.9 s 3	290.19 3	11/2-
¹⁹³Hg	80	113	e+b⁺	3.80 h 15	0	3/2-
^193mHg	80	113	e+b⁺, IT	11.8 h 2	140.76 5	13/2+
¹⁹³Tl	81	112	e+b⁺	21.6 m 8	0	1/2+
^193mTl	81	112	IT, e+b⁺	2.11 m 15	365.2+x	9/2-
¹⁹³Pb	82	111	e+b⁺	~2 m	0	(3/2-)
^193mPb	82	111	e+b⁺	5.8 m 2	100	(13/2+)
^193m2Pb	82	111		5.8 m 2	100(syst)	(13/2+)
¹⁹³Bi	83	110	e+b⁺, a	67 s 3	0	(9/2-)
^193mBi	83	110	a, e+b⁺	3.2 s 6	307 7	(1/2+)
¹⁹³Po	84	109	a	0.42 s 4	0+x	(3/2-)
^193mPo	84	109	a	0.24 s 1	0+y	(13/2+)
¹⁹³At	85	108	a	~40 ms	0+x
¹⁹⁴Os	76	118	b^-	6.0 y 2	0	0+
¹⁹⁴Ir	77	117	b^-	19.28 h 13	0	1-
^194mIr	77	117	IT	31.85 ms 24	147.078 5	(4+)
^194m2Ir	77	117	b^-	171 d 11	190.0+x	(10,11)
¹⁹⁴Pt	78	116		stable	0	0+	32.9 6
¹⁹⁴Au	79	115	e+b⁺	38.02 h 10	0	1-
^194mAu	79	115	IT	600 ms 8	107.4 5	(5+)
^194m2Au	79	115	IT	420 ms 10	475.8 6	(11-)
¹⁹⁴Hg	80	114	e	444 y 77	0	0+
¹⁹⁴Tl	81	113	e+b⁺, a	33.0 m 5	0	2-
^194mTl	81	113	e+b⁺	32.8 m 2	0+s	(7+)
¹⁹⁴Pb	82	112	e+b⁺, a	12.0 m 5	0	0+
¹⁹⁴Bi	83	111	e+b⁺, a	95 s 3	0	(3+)
^194mBi	83	111	e+b⁺, a	115 s 4	0+x	(10-)
^194m2Bi	83	111	e+b⁺	125 s 2	0+y	(6+,7+)
¹⁹⁴Po	84	110	a	0.392 s 4	0	0+
¹⁹⁴At	85	109	a	~40 ms	0+x
^194mAt	85	109	a	~250 ms	0+y
¹⁹⁵Os	76	119	b^-	6.5 m	0
¹⁹⁵Ir	77	118	b^-	2.5 h 2	0	3/2+
^195mIr	77	118	b^-, IT	3.8 h 2	100 5	11/2-
¹⁹⁵Pt	78	117		stable	0	1/2-	33.8 6
^195mPt	78	117	IT	4.02 d 1	259.30 8	13/2+
¹⁹⁵Au	79	116	e	186.09 d 4	0	3/2+
^195mAu	79	116	IT	30.5 s 2	318.58 4	11/2-
¹⁹⁵Hg	80	115	e+b⁺	9.9 h 5	0	1/2-
^195mHg	80	115	IT, e+b⁺	41.6 h 8	176.07 4	13/2+
¹⁹⁵Tl	81	114	e+b⁺	1.16 h 5	0	1/2+
^195mTl	81	114	IT	3.6 s 4	482.63 17	9/2-
¹⁹⁵Pb	82	113	e+b⁺	~15 m	0	3/2-
^195mPb	82	113	e+b⁺	15.0 m 12	203.0 7	13/2+
¹⁹⁵Bi	83	112	e+b⁺, a	183 s 4	0	(9/2-)
^195mBi	83	112	e+b⁺, a	87 s 1	401 7	(1/2+)
¹⁹⁵Po	84	111	a, e+b⁺	4.64 s 9	0	(3/2-)
^195mPo	84	111	a, e+b⁺, IT	1.92 s 2	230	(13/2+)
¹⁹⁵At	85	110	a, e+b⁺	0.63 s +32-16	0
¹⁹⁶Os	76	120	b^-	34.9 m 2	0	0+
¹⁹⁶Ir	77	119	b^-	52 s 1	0	(0-)
^196mIr	77	119	b^-, IT	1.40 h 2	4.1E+2 11	(10,11-)
¹⁹⁶Pt	78	118		stable	0	0+	25.3 6
¹⁹⁶Au	79	117	e+b⁺, b^-	6.183 d 10	0	2-
^196mAu	79	117	IT	8.1 s 2	84.660 20	5+
^196m2Au	79	117	IT	9.6 h 1	595.66 4	12-
¹⁹⁶Hg	80	116		stable	0	0+	0.15 1
¹⁹⁶Tl	81	115	e+b⁺	1.84 h 3	0	2-
^196mTl	81	115	e+b⁺, IT	1.41 h 2	394.2 5	(7+)
¹⁹⁶Pb	82	114	e+b⁺, a	37 m 3	0	0+
¹⁹⁶Bi	83	113	e+b⁺, a	308 s 12	0	(3+)
^196mBi	83	113	IT	0.6 s 5	167 4	(7+)
^196m2Bi	83	113	e+b⁺, IT, a	240 s 3	269 4	(10-)
¹⁹⁶Po	84	112	a, e+b⁺	5.8 s 2	0	0+
¹⁹⁶At	85	111	a	0.253 s 9	0
¹⁹⁶Rn	86	110	a	3 ms +7-2	0	0+
¹⁹⁷Ir	77	120	b^-	5.8 m 5	0	3/2+
^197mIr	77	120	b^-, IT	8.9 m 3	115 5	11/2-
¹⁹⁷Pt	78	119	b^-	19.8915 h 19	0	1/2-
^197mPt	78	119	IT, b^-	95.41 m 18	399.59 20	13/2+
¹⁹⁷Au	79	118		stable	0	3/2+	100
^197mAu	79	118	IT	7.73 s 6	409.15 8	11/2-
¹⁹⁷Hg	80	117	e	64.14 h 5	0	1/2-
^197mHg	80	117	e, IT	23.8 h 1	298.93 8	13/2+
¹⁹⁷Tl	81	116	e+b⁺	2.84 h 4	0	1/2+
^197mTl	81	116	IT	0.54 s 1	608.22 8	9/2-
¹⁹⁷Pb	82	115	e+b⁺	8 m 2	0	3/2-
^197mPb	82	115	e+b⁺, IT	43 m 1	319.31 11	13/2+
¹⁹⁷Bi	83	114	e+b⁺, a	9.33 m 50	0	(9/2-)
^197mBi	83	114	e+b⁺, a, IT	5.04 m 16	500(syst)	(1/2+)
¹⁹⁷Po	84	113	e+b⁺, a	53.6 s 10	0	(3/2-)
^197mPo	84	113	a, e+b⁺, IT	25.8 s 1	204(syst)	(13/2+)
¹⁹⁷At	85	112	a, e+b⁺	0.35 s 4	0	(9/2-)
^197mAt	85	112	a, e+b⁺	3.7 s 25	52 10	(1/2+)
¹⁹⁷Rn	86	111	a	65 ms +25-14	0	(3/2-)
^197mRn	86	111	a	19 ms +8-4	0+x	(13/2+)
¹⁹⁸Ir	77	121	b^-	8 s 1	0
¹⁹⁸Pt	78	120		stable	0	0+	7.2 2
¹⁹⁸Au	79	119	b^-	2.69517 d 21	0	2-
^198mAu	79	119	IT	2.27 d 2	811.7 15	(12-)
¹⁹⁸Hg	80	118		stable	0	0+	9.97 8
¹⁹⁸Tl	81	117	e+b⁺	5.3 h 5	0	2-
^198mTl	81	117	IT, e+b⁺	1.87 h 3	543.5 4	7+
^198m2Tl	81	117	IT	32.1 ms 10	742.3 4	(10-)
¹⁹⁸Pb	82	116	e+b⁺	2.40 h 10	0	0+
¹⁹⁸Bi	83	115	e+b⁺	10.3 m 3	0	(2+,3+)
^198mBi	83	115	e+b⁺	11.6 m 3	x	(7+)
^198m2Bi	83	115	IT	7.7 s 5	248.5+x 5	(10-)
¹⁹⁸Po	84	114	a, e+b⁺	1.77 m 3	0	0+
¹⁹⁸At	85	113	a, e+b⁺	4.2 s 3	0	(3+)
^198mAt	85	113	a, e+b⁺	1.0 s 2	102+x	(10-)
¹⁹⁸Rn	86	112	a	64 ms 2	0	0+
¹⁹⁹Ir	77	122			0
¹⁹⁹Pt	78	121	b^-	30.80 m 21	0	5/2-
^199mPt	78	121	IT	13.6 s 4	424 2	(13/2)+
¹⁹⁹Au	79	120	b^-	3.139 d 7	0	3/2+
¹⁹⁹Hg	80	119		stable	0	1/2-	16.87 10
^199mHg	80	119	IT	42.6 m 2	532.48 10	13/2+
¹⁹⁹Tl	81	118	e+b⁺	7.42 h 8	0	1/2+
^199mTl	81	118	IT	28.4 ms 2	749.7 3	9/2-
¹⁹⁹Pb	82	117	e+b⁺	90 m 10	0	3/2-
^199mPb	82	117	IT, e+b⁺	12.2 m 3	430 5	13/2+
¹⁹⁹Bi	83	116	e+b⁺	27 m 1	0	9/2-
^199mBi	83	116	e+b⁺, a, IT	24.70 m 15	680(syst)	(1/2+)
¹⁹⁹Po	84	115	e+b⁺, a	5.48 m 16	0	3/2-
^199mPo	84	115	e+b⁺, a, IT	4.13 m 6	310 2	13/2+
¹⁹⁹At	85	114	a, e+b⁺	7.2 s 5	0	(9/2-)
¹⁹⁹Rn	86	113	a, e+b⁺	0.62 s 3	0	(3/2-)
^199mRn	86	113	a, e+b⁺	0.32 s 2	0+x	(13/2+)
²⁰⁰Pt	78	122	b^-	12.5 h 3	0	0+
²⁰⁰Au	79	121	b^-	48.4 m 3	0	1(-)
^200mAu	79	121	b^-, IT	18.7 h 5	962 70	12-
²⁰⁰Hg	80	120		stable	0	0+	23.10 16
²⁰⁰Tl	81	119	e+b⁺	26.1 h 1	0	2-
^200mTl	81	119	IT	34.3 ms 10	753.6 2	7+
²⁰⁰Pb	82	118	e	21.5 h 4	0	0+
²⁰⁰Bi	83	117	e+b⁺	36.4 m 5	0	7+
^200mBi	83	117	e+b⁺, IT	31 m 2	0+x	(2+)
^200m2Bi	83	117	IT	0.40 s 5	428.20 10	(10-)
²⁰⁰Po	84	116	a, e+b⁺	11.5 m 1	0	0+
²⁰⁰At	85	115	a, e+b⁺	43 s 1	0	(3+)
^200mAt	85	115	a, e+b⁺	47 s 1	104 4	(7+)
^200m2At	85	115	a, IT, e	3.5 s 2	335 4	(10-)
²⁰⁰Rn	86	114	a, e+b⁺	0.96 s 2	0	0+
²⁰⁰Fr	87	113	a	19 ms +13-6	0	(3+)
^200mFr	87	113	a	0.57 s +27-14	200(syst)	(10-)
²⁰¹Pt	78	123	b^-	2.5 m 1	0	(5/2-)
²⁰¹Au	79	122	b^-	26 m 1	0	3/2+
²⁰¹Hg	80	121		stable	0	3/2-	13.18 8
²⁰¹Tl	81	120	e	72.912 h 17	0	1/2+
^201mTl	81	120	IT	2.035 ms 7	919.50 9	(9/2-)
²⁰¹Pb	82	119	e+b⁺	9.33 h 3	0	5/2-
^201mPb	82	119	IT, e+b⁺	61 s 2	629.14 17	13/2+
²⁰¹Bi	83	118	e+b⁺, a	108 m 3	0	9/2-
^201mBi	83	118	e, IT, a	59.1 m 6	846.34 21	1/2+
²⁰¹Po	84	117	e+b⁺, a	15.3 m 2	0	3/2-
^201mPo	84	117	IT, e, a	8.9 m 2	424 3	13/2+
²⁰¹At	85	116	a, e+b⁺	89 s 3	0	(9/2-)
²⁰¹Rn	86	115	a, e+b⁺	7.0 s 4	0	(3/2-)
^201mRn	86	115	a, e+b⁺, IT	3.8 s 1	280(syst)	(13/2+)
²⁰¹Fr	87	114	a, e+b⁺	48 ms 15	0	(9/2-)
²⁰²Pt	78	124	b^-	44 h 15	0	0+
²⁰²Au	79	123	b^-	28.8 s 19	0	(1-)
²⁰²Hg	80	122		stable	0	0+	29.86 20
²⁰²Tl	81	121	e+b⁺	12.23 d 2	0	2-
^202mTl	81	121		572 us 7	950.19 10	7+
²⁰²Pb	82	120	e, a	5.25E4 y 28	0	0+
^202mPb	82	120	IT, e+b⁺	3.53 h 1	2169.83 7	9-
²⁰²Bi	83	119	e+b⁺, a	1.72 h 5	0	5+
²⁰²Po	84	118	e+b⁺, a	44.7 m 5	0	0+
^202mPo	84	118		85 ns 15	1714.1 6	8+
^202m2Po	84	118		>200 ns	2626.7 7	11-
^202m3Po	84	118		19 ns 4	3063.1 7	12+
^202m4Po	84	118		11 ns 3	3596.1 10	(15-)
²⁰²At	85	117	e+b⁺, a	184 s 1	0	(2,3)+
^202mAt	85	117	e+b⁺, a	182 s 2	x	(7+)
^202m2At	85	117	IT, e+b⁺, a	0.46 s 5	391.7+x 2	(10-)
²⁰²Rn	86	116	a, e+b⁺	10.0 s 3	0	0+
²⁰²Fr	87	115	a, e+b⁺	0.34 s 4	0	(3+)
^202mFr	87	115	a, e+b⁺	0.34 s 4	372(syst)	(10-)
²⁰²Ra	88	114	a	0.7 ms +33-3	0	0+
²⁰³Au	79	124	b^-	53 s 2	0	3/2+
²⁰³Hg	80	123	b^-	46.612 d 18	0	5/2-
²⁰³Tl	81	122		stable	0	1/2+	29.524 14
²⁰³Pb	82	121	e	51.873 h 9	0	5/2-
^203mPb	82	121	IT	6.3 s 2	825.20 9	13/2+
^203m2Pb	82	121	IT	0.48 s 2	2949.47 22	29/2-
²⁰³Bi	83	120	e+b⁺, a	11.76 h 5	0	9/2-
^203mBi	83	120	IT	303 ms 5	1098.14 7	1/2+
²⁰³Po	84	119	e+b⁺, a	36.7 m 5	0	5/2-
^203mPo	84	119	IT, a	45 s 2	641.49 17	13/2+
²⁰³At	85	118	e+b⁺, a	7.4 m 2	0	9/2-
²⁰³Rn	86	117	a, e+b⁺	45 s 3	0	(3/2,5/2)-
^203mRn	86	117	a, e+b⁺	28 s 2	361 6	(13/2+)
²⁰³Fr	87	116	a, e+b⁺	0.55 s 2	0	(9/2-)
²⁰³Ra	88	115	a	1.0 ms +50-5	0	(3/2-)
^203mRa	88	115	a	33 ms +22-10	0+x	(13/2+)
²⁰⁴Au	79	125	b^-	39.8 s 9	0	(2-)
²⁰⁴Hg	80	124		stable	0	0+	6.87 4
²⁰⁴Tl	81	123	b^-, e+b⁺	3.78 y 2	0	2-
²⁰⁴Pb	82	122		>1.4E17 y	0	0+	1.4 1
^204mPb	82	122	IT	67.2 m 3	2185.79 5	9-
²⁰⁴Bi	83	121	e+b⁺	11.22 h 10	0	6+
^204mBi	83	121	IT	13.0 ms 1	805.5 3	10-
^204m2Bi	83	121	IT	1.07 ms 3	2833.4 11	(17+)
²⁰⁴Po	84	120	e+b⁺, a	3.53 h 2	0	0+
²⁰⁴At	85	119	e+b⁺, a	9.2 m 2	0	7+
^204mAt	85	119	IT	108 ms 10	587.30 20	(10-)
²⁰⁴Rn	86	118	a, e+b⁺	1.24 m 3	0	0+
²⁰⁴Fr	87	117	a, e+b⁺	1.7 s 3	0	(3+)
^204mFr	87	117	a	2.6 s 3	41 7	(7+)
^204m2Fr	87	117	a	~1 s	316 7	(10-)
²⁰⁴Ra	88	116	a	59 ms +12-9	0	0+
²⁰⁵Au	79	126	b^-	31 s 2	0	(3/2+)
²⁰⁵Hg	80	125	b^-	5.2 m 1	0	1/2-
^205mHg	80	125	IT	1.10 ms 4	1556.53 24	(13/2+)
²⁰⁵Tl	81	124		stable	0	1/2+	70.476 14
²⁰⁵Pb	82	123	e	1.53E+7 y 7	0	5/2-
^205mPb	82	123	IT	5.54 ms 10	1013.839 13	13/2+
²⁰⁵Bi	83	122	e+b⁺	15.31 d 4	0	9/2-
²⁰⁵Po	84	121	e+b⁺, a	1.66 h 2	0	5/2-
^205mPo	84	121	IT	58 ms 1	1461.20 21	19/2-
²⁰⁵At	85	120	e+b⁺, a	26.2 m 5	0	9/2-
²⁰⁵Rn	86	119	e+b⁺, a	2.8 m 1	0	5/2-
²⁰⁵Fr	87	118	a, e+b⁺	3.85 s 10	0	(9/2-)
²⁰⁵Ra	88	117	a	210 ms +60-40	0	(3/2-)
^205mRa	88	117	a	170 ms +60-40	290(syst)	(13/2+)
²⁰⁶Hg	80	126	b^-	8.15 m 10	0	0+
²⁰⁶Tl	81	125	b^-	4.199 m 15	0	0-
^206mTl	81	125	IT	3.74 m 3	2643.11 19	(12-)
²⁰⁶Pb	82	124		stable	0	0+	24.1 1
²⁰⁶Bi	83	123	e+b⁺	6.243 d 3	0	6(+)
²⁰⁶Po	84	122	e+b⁺, a	8.8 d 1	0	0+
²⁰⁶At	85	121	e+b⁺, a	30.0 m 6	0	(5)+
²⁰⁶Rn	86	120	a, e+b⁺	5.67 m 17	0	0+
²⁰⁶Fr	87	119	a, e+b⁺	15.9 s 2	0	(5+)
^206mFr	87	119	a, IT	0.7 s 1	531	(10-)
²⁰⁶Ra	88	118	a	0.24 s 2	0	0+
²⁰⁶Ac	89	117	a	22 ms +9-5	0	(3+)
^206mAc	89	117		33 ms +22-9	330(syst)	(10-)
²⁰⁷Hg	80	127	b^-	2.9 m 2	0	(9/2+)
²⁰⁷Tl	81	126	b^-	4.77 m 2	0	1/2+
^207mTl	81	126	IT, b^-	1.33 s 11	1348.1 3	11/2-
²⁰⁷Pb	82	125		stable	0	1/2-	22.1 1
^207mPb	82	125	IT	0.805 s 10	1633.368 5	13/2+
²⁰⁷Bi	83	124	e+b⁺	31.55 y 5	0	9/2-
²⁰⁷Po	84	123	e+b⁺, a	5.80 h 2	0	5/2-
^207mPo	84	123	IT	2.8 s 1	1383.2 1	19/2-
²⁰⁷At	85	122	e+b⁺, a	1.80 h 4	0	9/2-
²⁰⁷Rn	86	121	e+b⁺, a	9.25 m 17	0	5/2-
²⁰⁷Fr	87	120	a, e+b⁺	14.8 s 1	0	9/2-
²⁰⁷Ra	88	119	a, e+b⁺	1.3 s 2	0	(5/2,3/2)-
^207mRa	88	119	IT, a, e+b⁺	55 ms 10	4.7E+2 10	(13/2+)
²⁰⁷Ac	89	118	a	22 ms +40-9	0	(9/2-)
²⁰⁸Hg	80	128	b^-	42 m +23-12	0	0+
²⁰⁸Tl	81	127	b^-	3.053 m 4	0	5(+)
²⁰⁸Pb	82	126		stable	0	0+	52.4 1
²⁰⁸Bi	83	125	e+b⁺	3.68E+5 y 4	0	(5)+
^208mBi	83	125	IT	2.58 ms 4	1571.1 4	(10)-
²⁰⁸Po	84	124	a, e+b⁺	2.898 y 2	0	0+
²⁰⁸At	85	123	e+b⁺, a	1.63 h 3	0	6+
²⁰⁸Rn	86	122	a, e+b⁺	24.35 m 14	0	0+
²⁰⁸Fr	87	121	a, e+b⁺	59.1 s 3	0	7+
²⁰⁸Ra	88	120	a, e+b⁺	1.3 s 2	0	0+
²⁰⁸Ac	89	119	a	95 ms +24-16	0	(3+)
^208mAc	89	119	a	25 ms +9-5	506 26	(10-)
²⁰⁹Tl	81	128	b^-	2.20 m 7	0	(1/2+)
²⁰⁹Pb	82	127	b^-	3.253 h 14	0	9/2+
²⁰⁹Bi	83	126		stable	0	9/2-	100
²⁰⁹Po	84	125	a, e+b⁺	102 y 5	0	1/2-
²⁰⁹At	85	124	e+b⁺, a	5.41 h 5	0	9/2-
²⁰⁹Rn	86	123	e+b⁺, a	28.5 m 10	0	5/2-
²⁰⁹Fr	87	122	a, e+b⁺	50.0 s 3	0	9/2-
²⁰⁹Ra	88	121	a, e+b⁺	4.6 s 2	0	5/2-
²⁰⁹Ac	89	120	a, e+b⁺	0.10 s 5	0	(9/2-)
²¹⁰Tl	81	129	b^-, b^-n	1.30 m 3	0	(5+)
²¹⁰Pb	82	128	b^-, a	22.3 y 2	0	0+
²¹⁰Bi	83	127	b^-, a	5.013 d 5	0	1-
^210mBi	83	127	a	3.04E+6 y 6	271.31 11	9-
²¹⁰Po	84	126	a	138.376 d 2	0	0+
²¹⁰At	85	125	e+b⁺, a	8.1 h 4	0	(5)+
²¹⁰Rn	86	124	a, e+b⁺	2.4 h 1	0	0+
²¹⁰Fr	87	123	a, e+b⁺	3.18 m 6	0	6+
²¹⁰Ra	88	122	a, e+b⁺	3.7 s 2	0	0+
²¹⁰Ac	89	121	a, e+b⁺	0.35 s 5	x
²¹⁰Th	90	120	a	9 ms +17-4	0	0+
²¹¹Pb	82	129	b^-	36.1 m 2	0	9/2+
²¹¹Bi	83	128	a, b^-	2.14 m 2	0	9/2-
²¹¹Po	84	127	a	0.516 s 3	0	9/2+
^211mPo	84	127	a, IT	25.2 s 6	1462 6	(25/2+)
²¹¹At	85	126	a, e	7.214 h 7	0	9/2-
²¹¹Rn	86	125	e, a	14.6 h 2	0	1/2-
²¹¹Fr	87	124	a, e	3.10 m 2	0	9/2-
²¹¹Ra	88	123	a, e	13 s 2	0	5/2(-)
²¹¹Ac	89	122	a	0.25 s 5	0
²¹¹Th	90	121	a, e	37 ms +28-11	0
²¹²Pb	82	130	b^-	10.64 h 1	0	0+
²¹²Bi	83	129	b^-, a, b^-a	60.55 m 6	0	1(-)
^212mBi	83	129	a, b^-, b^-a	25.0 m 2	250	(9-)
^212m2Bi	83	129	b^-	7.0 m 3	1910
²¹²Po	84	128	a	0.299 us 2	0	0+
^212mPo	84	128	a, IT	45.1 s 6	2922 15	(18+)
²¹²At	85	127	a, b^-, e+b⁺	0.314 s 2	0	(1-)
^212mAt	85	127	a, IT	0.119 s 3	222 6	(9-)
²¹²Rn	86	126	a	23.9 m 12	0	0+
²¹²Fr	87	125	e+b⁺, a	20.0 m 6	0	5+
²¹²Ra	88	124	a, e+b⁺	13.0 s 2	0	0+
²¹²Ac	89	123	a, e+b⁺	0.93 s 5	0
²¹²Th	90	122	a, e+b⁺	30 ms +20-10	0	0+
²¹²Pa	91	121	a	5.1 ms +61-19	0	(3+)
²¹³Pb	82	131	b^-	10.2 m 3	0	(9/2+)
²¹³Bi	83	130	b^-, a	45.59 m 6	0	9/2-
²¹³Po	84	129	a	4.2 us 8	0	9/2+
²¹³At	85	128	a	125 ns 6	0	9/2-
²¹³Rn	86	127	a	25.0 ms 2	0	(9/2+)
²¹³Fr	87	126	a, e+b⁺	34.6 s 3	0	9/2-
²¹³Ra	88	125	a, e+b⁺	2.74 m 6	0	1/2-
^213mRa	88	125	IT, a	2.1 ms 1	1770 8
²¹³Ac	89	124	a	0.80 s 5	0
²¹³Th	90	123	a	140 ms 25	0
²¹³Pa	91	122	a	5.3 ms +40-16	0
²¹⁴Pb	82	132	b^-	26.8 m 9	0	0+
²¹⁴Bi	83	131	b^-, a	19.9 m 4	0	1-
²¹⁴Po	84	130	a	164.3 us 20	0	0+
²¹⁴At	85	129	a	558 ns 10	0	1-
^214mAt	85	129		265 ns 30	59 9
^214m2At	85	129		760 ns 15	231 6	9-
²¹⁴Rn	86	128	a	0.27 us 2	0	0+
^214mRn	86	128		0.69 ns 21	1442.7	6+
^214m2Rn	86	128		6.5 ns 30	1625.1	8+
²¹⁴Fr	87	127	a	5.0 ms 2	0	(1-)
^214mFr	87	127	a	3.35 ms 5	122 6	(8-)
²¹⁴Ra	88	126	a, e	2.46 s 3	0	0+
²¹⁴Ac	89	125	a, e	8.2 s 2	0
²¹⁴Th	90	124	a	100 ms 25	0	0+
²¹⁴Pa	91	123	a	17 ms 3	0
²¹⁵Pb	82	133	b^-	36 s 1	0	(5/2+)
²¹⁵Bi	83	132	b^-	7.6 m 2	0
²¹⁵Po	84	131	a, b^-	1.781 ms 4	0	9/2+
²¹⁵At	85	130	a	0.10 ms 2	0	9/2-
²¹⁵Rn	86	129	a	2.30 us 10	0	9/2+
²¹⁵Fr	87	128	a	86 ns 5	0	9/2-
^215mFr	87	128		3.5 ns 14	1573.1 2	(23/2)-
²¹⁵Ra	88	127	a	1.59 ms 9	0	(9/2+)
²¹⁵Ac	89	126	a, e+b⁺	0.17 s 1	0	9/2-
²¹⁵Th	90	125	a	1.2 s 2	0	(1/2-)
²¹⁵Pa	91	124	a	14 ms +20-3	0
²¹⁶Bi	83	133	b^-	3.6 m 4	0	(1-)
²¹⁶Po	84	132	a	0.145 s 2	0	0+
²¹⁶At	85	131	a, e, b^-	0.30 ms 3	0	1-
^216mAt	85	131		0.1 ms(syst)	413	(9-)
²¹⁶Rn	86	130	a	45 us 5	0	0+
²¹⁶Fr	87	129	a, e	0.70 us 2	0	(1-)
²¹⁶Ra	88	128	a, e	182 ns 10	0	0+
²¹⁶Ac	89	127	a	~0.33 ms	0	(1-)
^216mAc	89	127		0.33 ms 2	37 10	(9-)
²¹⁶Th	90	126	a, e+b⁺	0.028 s 2	0	0+
^216mTh	90	126		180 us 40	2028 22	(8+,11-)
²¹⁶Pa	91	125	e, a	0.20 s 4	0
²¹⁷Bi	83	134	b^-	97 s 3	0	(9/2-)
²¹⁷Po	84	133	a, b^-	<10 s	0
²¹⁷At	85	132	a, b^-	32.3 ms 4	0	9/2-
²¹⁷Rn	86	131	a	0.54 ms 5	0	9/2+
²¹⁷Fr	87	130	a	22 us 5	0	9/2-
²¹⁷Ra	88	129	a	1.6 us 2	0	(9/2+)
²¹⁷Ac	89	128	a, e+b⁺	69 ns 4	0	9/2-
^217mAc	89	128		740 ns 40	2013	(29/2)+
²¹⁷Th	90	127	a	0.252 ms 7	0	(9/2+)
²¹⁷Pa	91	126	a	4.9 ms 6	0
^217mPa	91	126	a	1.6 ms 10	1854
²¹⁸Po	84	134	a, b^-	3.10 m 1	0	0+
²¹⁸At	85	133	a, b^-	1.5 s 3	0
²¹⁸Rn	86	132	a	35 ms 5	0	0+
²¹⁸Fr	87	131	a	1.0 ms 6	0	1-
^218mFr	87	131	a, IT	22.0 ms 5	86 8
²¹⁸Ra	88	130	a	25.6 us 11	0	0+
²¹⁸Ac	89	129	a	1.08 us 9	0	(1-)
²¹⁸Th	90	128	a	109 ns 13	0	0+
²¹⁸Pa	91	127	a	0.12 ms +4-2	0
²¹⁸U	92	126	a	1.5 ms +73-7	0	0+
²¹⁹At	85	134	a, b^-	56 s 3	0
²¹⁹Rn	86	133	a	3.96 s 1	0	5/2+
²¹⁹Fr	87	132	a	20 ms 2	0	9/2-
²¹⁹Ra	88	131	a	10 ms 3	0	(7/2)+
²¹⁹Ac	89	130	a, e+b⁺	11.8 us 15	0	9/2-
²¹⁹Th	90	129	a, e+b⁺	1.05 us 3	0
²¹⁹Pa	91	128	a, e+b⁺	53 ns 10	0	9/2-
²¹⁹U	92	127	a	42 us +34-1	0
²²⁰At	85	135	a, b^-	3.71 m 4	0	3
²²⁰Rn	86	134	a	55.6 s 1	0	0+
²²⁰Fr	87	133	a, b^-	27.4 s 3	0	1+
²²⁰Ra	88	132	a	18 ms 2	0	0+
²²⁰Ac	89	131	a	26.4 ms 2	0	(3-)
²²⁰Th	90	130	a, e	9.7 us 6	0	0+
²²⁰Pa	91	129	a, e+b⁺	0.78 us 16	0+x
²²⁰U	92	128
²²¹At	85	136	b^-	2.3 m 2	0
²²¹Rn	86	135	b^-, a	25 m 2	0	7/2(+)
²²¹Fr	87	134	a, C	4.9 m 2	0	5/2-
²²¹Ra	88	133	a, C	28 s 2	0	5/2+
²²¹Ac	89	132	a	52 ms 2	0	(3/2-)
²²¹Th	90	131	a	1.68 ms 6	0	(7/2+)
²²¹Pa	91	130	a	5.9 us 17	0	9/2-
²²¹U	92	129
²²²At	85	137	b^-	54 s 10	0
²²²Rn	86	136	a	3.8235 d 3	0	0+
²²²Fr	87	135	b^-	14.2 m 3	0	2-
²²²Ra	88	134	a, 14C	38.0 s 5	0	0+
²²²Ac	89	133	a, e+b⁺	5.0 s 5	0	1-
^222mAc	89	133	a, IT, e+b⁺	63 s 3	0+x
²²²Th	90	132	a	2.8 ms 3	0	0+
²²²Pa	91	131	a	2.9 ms +6-4	0
²²²U	92	130	a	1.0 us +10-4	0	0+
²²³At	85	138	b^-, a	50 s 7	0
²²³Rn	86	137	b^-, a	23.2 m 4	0	7/2
²²³Fr	87	136	b^-, a	21.8 m 4	0	3/2(-)
²²³Ra	88	135	a, 14C	11.435 d 4	0	3/2+
²²³Ac	89	134	a, e	2.10 m 5	0	(5/2-)
²²³Th	90	133	a	0.60 s 2	0	(5/2)+
²²³Pa	91	132	a, e+b⁺	6.5 ms 10	0
²²³U	92	131	a	18 us +10-5	0
²²⁴Rn	86	138	b^-	107 m 3	0	0+
²²⁴Fr	87	137	b^-	3.33 m 10	0	1-
²²⁴Ra	88	136	a, 14C	3.66 d 4	0	0+
²²⁴Ac	89	135	e, a, b^-	2.78 h 17	0	0-
²²⁴Th	90	134	a	1.05 s 2	0	0+
²²⁴Pa	91	133	a	0.79 s 6	0
²²⁴U	92	132	a	0.9 ms 3	0	0+
²²⁵Rn	86	139	b^-	4.5 m 3	0	7/2-
²²⁵Fr	87	138	b^-	4.0 m 2	0	3/2-
²²⁵Ra	88	137	b^-	14.9 d 2	0	1/2+
²²⁵Ac	89	136	a, 14C	10.0 d 1	0	(3/2-)
²²⁵Th	90	135	a, e	8.72 m 4	0	(3/2)+
²²⁵Pa	91	134	a	1.7 s 2	0+x
²²⁵U	92	133	a	95 ms 15	0
²²⁵Np	93	132	a	6 ms +4-2	0
²²⁶Rn	86	140	b^-	7.4 m 1	0	0+
²²⁶Fr	87	139	b^-	49 s 1	0	1-
²²⁶Ra	88	138	a, 14C	1600 y 7	0	0+
²²⁶Ac	89	137	a, b^-, e	29.37 h 12	0	(1)
²²⁶Th	90	136	a	30.57 m 10	0	0+
²²⁶Pa	91	135	a, e+b⁺	1.8 m 2	0
²²⁶U	92	134	a	0.35 s 50	0	0+
²²⁶Np	93	133	a	35 ms 10	0
²²⁷Rn	86	141	b^-	22.5 s 7	0
²²⁷Fr	87	140	b^-	2.47 m 3	0	1/2+
²²⁷Ra	88	139	b^-	42.2 m 5	0	3/2+
²²⁷Ac	89	138	b^-, a	21.773 y 3	0	3/2-
²²⁷Th	90	137	a	18.72 d 2	0	(1/2+)
²²⁷Pa	91	136	a, e	38.3 m 3	0	(5/2-)
²²⁷U	92	135	a, e+b⁺	1.1 m 1	0	(3/2+)
²²⁷Np	93	134	a, e+b⁺	0.51 s 6	0
²²⁸Rn	86	142	b^-	65 s 2	0	0+
²²⁸Fr	87	141	b^-	38 s 1	0	2-
²²⁸Ra	88	140	b^-	5.75 y 3	0	0+
²²⁸Ac	89	139	b^-	6.15 h 2	0	3+
²²⁸Th	90	138	a, 20O	1.9116 y 16	0	0+
²²⁸Pa	91	137	e+b⁺, a	22 h 1	0	3+
²²⁸U	92	136	e, a	9.1 m 2	0	0+
²²⁸Np	93	135	e, a, eSF	61.4 s 14	0
²²⁸Pu	94	134	a	<4 ms	0	0+
²²⁹Fr	87	142	b^-	50 s 20	0
²²⁹Ra	88	141	b^-	4.0 m 2	0	5/2(+)
²²⁹Ac	89	140	b^-	62.7 m 5	0	(3/2+)
²²⁹Th	90	139	a	7340 y 160	0	5/2+
²²⁹Pa	91	138	e, a	1.50 d 5	0	(5/2+)
²²⁹U	92	137	e+b⁺, a	58 m 3	0	(3/2+)
²²⁹Np	93	136	a, e	4.0 m 2	0
²²⁹Pu	94	135	a		0
²³⁰Fr	87	143	b^-	19.1 s 5	0
²³⁰Ra	88	142	b^-	93 m 2	0	0+
²³⁰Ac	89	141	b^-	122 s 3	0	(1+)
²³⁰Th	90	140	a, 24ne, SF	7.538E+4 y 30	0	0+
²³⁰Pa	91	139	e+b⁺, b^-, a	17.4 d 5	0	(2-)
²³⁰U	92	138	a, SF	20.8 d	0	0+
²³⁰Np	93	137	e+b⁺, a	4.6 m 3	0
²³⁰Pu	94	136	a		0	0+
²³¹Fr	87	144	b^-	17.5 s 8	0
²³¹Ra	88	143	b^-	103 s 3	0	(7/2-,1/2+)
²³¹Ac	89	142	b^-	7.5 m 1	0	(1/2+)
²³¹Th	90	141	b^-, a	25.52 h 1	0	5/2+
²³¹Pa	91	140	a, SF	32760 y 110	0	3/2-
²³¹U	92	139	e, a	4.2 d 1	0	(5/2-)
²³¹Np	93	138	e, a	48.8 m 2	0	(5/2)
²³¹Pu	94	137
²³¹Am	95	136
²³²Fr	87	145	b^-	5 s 1	0
²³²Ra	88	144	b^-	250 s 50	0	0+
²³²Ac	89	143	b^-	119 s 5	0	(1+)
²³²Th	90	142	a, SF	1.405E10 y 6	0	0+	100
²³²Pa	91	141	b^-, e	1.31 d 2	0	(2-)
²³²U	92	140	a, 24ne	68.9 y 4	0	0+
²³²Np	93	139	e+b⁺	14.7 m 3	0	(4+)
²³²Pu	94	138	e, a	34.1 m 7	0	0+
²³²Am	95	137	e, a, eSF	79 s 2	0
²³³Ra	88	145	b^-	30 s 5	0
²³³Ac	89	144	b^-	145 s 10	0	(1/2+)
²³³Th	90	143	b^-	22.3 m 1	0	1/2+
²³³Pa	91	142	b^-	26.967 d 2	0	3/2-
²³³U	92	141	a, SF, 24ne	1.592E+5 y 2	0	5/2+
²³³Np	93	140	e, a	36.2 m 1	0	(5/2+)
²³³Pu	94	139	e+b⁺, a	20.9 m 4	0
²³³Am	95	138
²³³Cm	96	137
²³⁴Ra	88	146	b^-	30 s 10	0	0+
²³⁴Ac	89	145	b^-	44 s 7	0
²³⁴Th	90	144	b^-	24.10 d 3	0	0+
²³⁴Pa	91	143	b^-, SF	6.70 h 5	0	4+
^234mPa	91	143	b^-, IT, SF	1.17 m 3	73.92+x	(0-)
²³⁴U	92	142	a, SF, ne, Mg	2.455E+5 y 6	0	0+
²³⁴Np	93	141	e+b⁺	4.4 d 1	0	(0+)
²³⁴Pu	94	140	e, a	8.8 h 1	0	0+
^234mPu	94	140		3 ns	4000
²³⁴Am	95	139	e, a, eSF	2.32 m 8	0
²³⁴Cm	96	138			0	0+
²³⁵Ac	89	146
²³⁵Th	90	145	b^-	7.1 m 2	0	(1/2+)
²³⁵Pa	91	144	b^-	24.5 m 2	0	(3/2-)
²³⁵U	92	143	a, SF, 20ne	7.038E+8 y 5	0	7/2-	0.7200 12
^235mU	92	143	IT	~25 m	0.0768 5	1/2+
²³⁵Np	93	142	e, a	396.1 d 12	0	5/2+
²³⁵Pu	94	141	e+b⁺, a	25.3 m 5	0	(5/2+)
^235mPu	94	141		25 ns 5	3.0E+3 2
²³⁵Am	95	140	e+b⁺, a	15 m 5	0
²³⁵Cm	96	139			0
²³⁵Bk	97	138
²³⁶Ac	89	147
²³⁶Th	90	146	b^-	37.5 m 2	0	0+
²³⁶Pa	91	145	b^-	9.1 m 1	0	1(-)
²³⁶U	92	144	a, SF	2.342E7 y 3	0	0+
²³⁶Np	93	143	e, b^-, a	1.54E5 y 6	0	(6-)
^236mNp	93	143	e, b^-	22.5 h 4	60 50	1
²³⁶Pu	94	142	a, SF	2.858 y 8	0	0+
^236mPu	94	142		37 ps 4	3000	(0+)
^236m2Pu	94	142		34 ns 8	4.0E+3 2
²³⁶Am	95	141	e, a		0
²³⁶Cm	96	140	e, a		0	0+
²³⁶Bk	97	139	e+b⁺		0
²³⁷Th	90	147	b^-	5.0 m 9	0
²³⁷Pa	91	146	b^-	8.7 m 2	0	(1/2+)
²³⁷U	92	145	b^-	6.75 d 1	0	1/2+
²³⁷Np	93	144	a, SF	2.144E+6 y 7	0	5/2+
^237mNp	93	144		45 ns 5	2.8E+3 4
²³⁷Pu	94	143	a, e	45.2 d 1	0	7/2-
^237mPu	94	143	IT	0.18 s 2	145.544 10	1/2+
^237m2Pu	94	143		85 ns 15	26.0E+2 20
^237m3Pu	94	143		1.1 us 1	29.0E+2 25
²³⁷Am	95	142	a, e	73.0 m 10	0	5/2(-)
^237mAm	95	142		5 ns 2	24.0E+2 20
²³⁷Cm	96	141			0
²³⁷Bk	97	140			0
²³⁷Cf	98	139	SF	2.1 s 3	0
²³⁸Th	90	148
²³⁸Pa	91	147	b^-, SF	2.3 m 1	0	(3-)
²³⁸U	92	146	a, SF, bb	4.468E+9 y 3	0	0+	99.2745 60
^238mU	92	146		225 ns 30	2557.6 5	0+
^238m2U	92	146		>1 ns	2557.6+x
²³⁸Np	93	145	b^-	2.117 d 2	0	2+
^238mNp	93	145		112 ns 39	2300(calc)
²³⁸Pu	94	144	a, SF, Mg, Si	87.7 y 3	0	0+
^238mPu	94	144		0.6 ns 2	2400
^238m2Pu	94	144		6.0 ns 15	3500	(0+)
²³⁸Am	95	143	e+b⁺, a	98 m 2	0	1+
^238mAm	95	143		35 us 10	2500
²³⁸Cm	96	142	e, a	2.4 h 1	0	0+
²³⁸Bk	97	141	e+b⁺, eSF	144 s 6	0
²³⁸Cf	98	140	SF	21 ms 2	0	0+
²³⁹Pa	91	148
²³⁹U	92	147	b^-	23.45 m 2	0	5/2+
²³⁹Np	93	146	b^-	2.3565 d 4	0	5/2+
²³⁹Pu	94	145	a, SF	24110 y 30	0	1/2+
^239mPu	94	145		7.5 us 10	31E2 2	(5/2+)
^239m2Pu	94	145		2.6 ns +40-12	3303	(9/2-)
²³⁹Am	95	144	e, a	11.9 h 1	0	(5/2)-
^239mAm	95	144		163 ns 12	25E+2 2	(7/2+)
²³⁹Cm	96	143	e, a	~2.9 h	0	(7/2-)
²³⁹Bk	97	142			0	(7/2+)
²³⁹Cf	98	141	a	39 s +37-12	0
²⁴⁰Pa	91	149
²⁴⁰U	92	148	b^-	14.1 h 1	0	0+
²⁴⁰Np	93	147	b^-	61.9 m 2	0	(5+)
^240mNp	93	147	b^-, IT	7.22 m 2	20 15	1(+)
²⁴⁰Pu	94	146	a, SF	6563 y 7	0	0+
²⁴⁰Am	95	145	e, a	50.8 h 3	0	(3-)
²⁴⁰Cm	96	144	a, e, SF	27 d 1	0	0+
²⁴⁰Bk	97	143	e+b⁺, eSF	4.8 m 8	0
²⁴⁰Cf	98	142	a, SF	1.06 m 15	0	0+
²⁴⁰Es	99	141
²⁴¹U	92	149
²⁴¹Np	93	148	b^-	13.9 m 2	0	(5/2+)
²⁴¹Pu	94	147	b^-, a, SF	14.35 y 10	0	5/2+
^241mPu	94	147		21 us 3	2200
^241m2Pu	94	147		32 ns 5	2200+x
²⁴¹Am	95	146	a, SF	432.2 y 7	0	5/2-
^241mAm	95	146		1.2 us 3	2200
²⁴¹Cm	96	145	e, a	32.8 d 2	0	1/2+
^241mCm	96	145		15.3 ns 10	2300
²⁴¹Bk	97	144			0	(7/2+)
²⁴¹Cf	98	143	e, a	3.78 m 70	0
²⁴¹Es	99	142	a	9 s +6-4	0
²⁴²U	92	150	b^-	16.8 m 5	0	0+
²⁴²Np	93	149	b^-	5.5 m 1	0+x	(6)
^242mNp	93	149	b^-	2.2 m 2	0+y	(1+)
²⁴²Pu	94	148	a, SF	3.733E+5 y 12	0	0+
²⁴²Am	95	147	b^-, e	16.02 h 2	0	1-
^242mAm	95	147	IT, a, SF	141 y 2	48.63 5	5-
^242m2Am	95	147	SF, IT	14.0 ms 10	2200
²⁴²Cm	96	146	a, SF	162.8 d 2	0	0+
^242mCm	96	146		40 ps 15	1.9E3 2
^242m2Cm	96	146		0.18 us 7	2800
²⁴²Bk	97	145	e+b⁺	7.0 m 13	0
^242mBk	97	145		9.5 ns 20	2000
^242m2Bk	97	145		0.60 us 10	3000
²⁴²Cf	98	144	a, SF	3.49 m 12	0	0+
²⁴²Es	99	143	a, eSF	40 s +40-20	0
²⁴²Fm	100	142	SF	0.8 ms 2	0	0+
²⁴³Np	93	150	b^-	1.8 m 3	0	(5/2-)
²⁴³Pu	94	149	b^-	4.956 h 3	0	7/2+
^243mPu	94	149		45 ns 15	1.7E+3 3
²⁴³Am	95	148	a, SF	7370 y 40	0	5/2-
^243mAm	95	148		5.5 us 5	2.3E+3 2
²⁴³Cm	96	147	a, e, SF	29.1 y 1	0	5/2+
^243mCm	96	147		42 ns 6	1.9E+3 3
²⁴³Bk	97	146	e, a	4.5 h 2	0	(3/2-)
^243mBk	97	146		5 ns	2200
²⁴³Cf	98	145	e, a	10.7 m 5	0	(1/2+)
²⁴³Es	99	144	e, a	21 s 2	0
²⁴³Fm	100	143	a, SF, e	0.18 s +8-4	0
²⁴⁴Np	93	151	b^-	2.29 m 16	0	(7-)
²⁴⁴Pu	94	150	a, SF, bb	8.08E+7 y 10	0	0+
²⁴⁴Am	95	149	b^-	10.1 h 1	0	(6-)
^244mAm	95	149	b^-, e	~26 m	88.0 30	1+
²⁴⁴Cm	96	148	a, SF	18.10 y 2	0	0+
^244mCm	96	148	IT, SF	34 ms 2	1040.181 11	6+
²⁴⁴Bk	97	147	e, a	4.35 h 15	0	(1-)
²⁴⁴Cf	98	146	a	19.4 m 6	0	0+
²⁴⁴Es	99	145	e, a, eSF	37 s 4	0
²⁴⁴Fm	100	144	SF	3.3 ms 4	0	0+
²⁴⁵Pu	94	151	b^-	10.5 h 1	0	(9/2-)
^245mPu	94	151		90 ns 30	2.0E+3 4
²⁴⁵Am	95	150	b^-	2.05 h 1	0	(5/2)+
^245mAm	95	150		0.64 us 6	2.4E+3 4
²⁴⁵Cm	96	149	a, SF	8500 y 100	0	7/2+
^245mCm	96	149		13.2 ns 18	2.1E+3 3
²⁴⁵Bk	97	148	e, a	4.94 d 3	0	3/2-
^245mBk	97	148		2 ns 1	1560
²⁴⁵Cf	98	147	e, a	45.0 m 15	0	(5/2+)
²⁴⁵Es	99	146	e, a	1.1 m 1	0	(3/2-)
²⁴⁵Fm	100	145	a, SF	4.2 s 13	0
²⁴⁵Md	101	144	a	0.35 s +23-16	0	(7/2)
^245mMd	101	144		0.90 ms 25	100	(1/2-)
²⁴⁶Pu	94	152	b^-	10.84 d 2	0	0+
²⁴⁶Am	95	151	b^-	39 m 3	0	(7-)
^246mAm	95	151	b^-, IT	25.0 m 2	30 10	2(-)
^246m2Am	95	151		73 us 10	2000
²⁴⁶Cm	96	150	a, SF	4730 y 100	0	0+
²⁴⁶Bk	97	149	e, a	1.80 d 2	0	2(-)
²⁴⁶Cf	98	148	a, SF, e	35.7 h 5	0	0+
^246mCf	98	148		45 ns 15	2500
²⁴⁶Es	99	147	e, a, eSF	7.7 m 5	0	(4-,6+)
²⁴⁶Fm	100	146	a, SF, e	1.1 s 2	0	0+
²⁴⁶Md	101	145	a	1.0 s 4	0
²⁴⁷Pu	94	153	b^-	2.27 d 23	0
²⁴⁷Am	95	152	b^-	23.0 m 13	0	(5/2)
²⁴⁷Cm	96	151	a	1.56E+7 y 5	0	9/2-
²⁴⁷Bk	97	150	a	1380 y 250	0	(3/2-)
²⁴⁷Cf	98	149	e, a	3.11 h 3	0	(7/2+)
²⁴⁷Es	99	148	e, a	4.55 m 26	0	(7/2+)
²⁴⁷Fm	100	147	a, e+b⁺	35 s 4	0
^247mFm	100	147	a	9.2 s 23	150
²⁴⁷Md	101	146	a, SF	1.12 s 22	0
²⁴⁸Am	95	153
²⁴⁸Cm	96	152	a, SF	3.40E+5 y 4	0	0+
²⁴⁸Bk	97	151	a	>9 y	0	(6+)
^248mBk	97	151	b^-, e, a	23.7 h 2	30	1(-)
²⁴⁸Cf	98	150	a, SF	333.5 d 28	0	0+
²⁴⁸Es	99	149	e, a, eSF	27 m 4	0	(2-,0+)
²⁴⁸Fm	100	148	a, e, SF	36 s 3	0	0+
²⁴⁸Md	101	147	e, a, SF	7 s 3	0
²⁴⁹Am	95	154
²⁴⁹Cm	96	153	b^-	64.15 m 3	0	1/2(+)
²⁴⁹Bk	97	152	b^-, a, SF	320 d 6	0	7/2+
²⁴⁹Cf	98	151	a, SF	351 y 2	0	9/2-
²⁴⁹Es	99	150	e, a	102.2 m 6	0	7/2(+)
²⁴⁹Fm	100	149	e, a	2.6 m 7	0	(7/2+)
²⁴⁹Md	101	148	e, a	24 s 4	0
²⁴⁹No	102	147
²⁵⁰Cm	96	154	SF, a, b^-	9000 y(syst)	0	0+
²⁵⁰Bk	97	153	b^-	3.217 h 5	0	2-
²⁵⁰Cf	98	152	a, SF	13.08 y 9	0	0+
²⁵⁰Es	99	151	e, a	8.6 h 1	0	(6+)
^250mEs	99	151	e, a	2.22 h 5	0+x	1(-)
²⁵⁰Fm	100	150	a, e, SF	30 m 3	0	0+
^250mFm	100	150	IT, SF	1.8 s 1	1000(syst)
²⁵⁰Md	101	149	e, a, eSF	52 s 6	0
²⁵⁰No	102	148	SF, a	0.25 ms 5	0	0+
²⁵¹Cm	96	155	b^-	16.8 m 2	0	(1/2+)
²⁵¹Bk	97	154	b^-, a	55.6 m 11	0	(3/2-)
²⁵¹Cf	98	153	a	898 y 44	0	1/2+
²⁵¹Es	99	152	e, a	33 h 1	0	(3/2-)
²⁵¹Fm	100	151	e, a	5.30 h 8	0	(9/2-)
²⁵¹Md	101	150	e, a	4.0 m 5	0
²⁵¹No	102	149	a, e, SF	0.8 s 3	0
²⁵¹Lr	103	148
²⁵²Cm	96	156	b^-	<2 d	0	0+
²⁵²Bk	97	155
²⁵²Cf	98	154	a, SF	2.645 y 8	0	0+
²⁵²Es	99	153	a, e, b^-	471.7 d 19	0	(5-)
²⁵²Fm	100	152	a, SF	25.39 h 5	0	0+
²⁵²Md	101	151	e, a	2.3 m 8	0
²⁵²No	102	150	a, SF	2.30 s 22	0	0+
²⁵²Lr	103	149
²⁵³Bk	97	156
²⁵³Cf	98	155	b^-, a	17.81 d 8	0	(7/2+)
²⁵³Es	99	154	a, SF	20.47 d 3	0	7/2+
²⁵³Fm	100	153	e, a	3.00 d 12	0	1/2+
²⁵³Md	101	152	e+b⁺	~6 m	0
²⁵³No	102	151	a, e	1.7 m 3	0+x	(9/2-)
²⁵³Lr	103	150	a, e, SF	1.3 s +6-3	0
²⁵³Rf	104	149	SF, a	~1.8 s	0
^253mRf	104	149		50 us +20-10	0+x
²⁵⁴Bk	97	157
²⁵⁴Cf	98	156	SF, a	60.5 d 2	0	0+
²⁵⁴Es	99	155	a, e, b^-, SF	275.7 d 5	0	(7+)
^254mEs	99	155	b^-, a, IT, e, SF	39.3 h 2	78 2	2+
²⁵⁴Fm	100	154	a, SF	3.240 h 2	0	0+
²⁵⁴Md	101	153	e	10 m 3	0+x
^254mMd	101	153	e	28 m 8	0+y
²⁵⁴No	102	152	a, e, SF	55 s 3	0	0+
^254mNo	102	152	IT	0.28 s 4	500
²⁵⁴Lr	103	151	a, e, SF	13 s 2	0
²⁵⁴Rf	104	150	SF, a	0.5 ms 2	0	0+
^254mRf	104	150		23 us 3	0+x
²⁵⁵Cf	98	157	b^-	85 m 18	0	(9/2+)
²⁵⁵Es	99	156	b^-, a, SF	39.8 d 12	0	(7/2+)
²⁵⁵Fm	100	155	a, SF	20.07 h 7	0	7/2+
²⁵⁵Md	101	154	e, a, SF	27 m 2	0	(7/2-)
²⁵⁵No	102	153	a, e	3.1 m 2	0	(1/2+)
²⁵⁵Lr	103	152	a, e, SF	22 s 4	0
²⁵⁵Rf	104	151	SF, a	1.5 s 2	0	(9/2-)
²⁵⁵Db	105	150	a, SF	1.6 s +6-4	0
²⁵⁶Cf	98	158	SF, b^-, a	12.3 m 12	0	0+
²⁵⁶Es	99	157	b^-	25.4 m 24	0	(1+)
^256mEs	99	157	b^-, b^-SF	~7.6 h	0+x	(8+)
²⁵⁶Fm	100	156	SF, a	157.6 m 13	0	0+
²⁵⁶Md	101	155	e, a, SF	78.1 m 18	0	(0-,1-)
²⁵⁶No	102	154	a, SF	2.91 s 5	0	0+
²⁵⁶Lr	103	153	a, e, SF	28 s 3	0
²⁵⁶Rf	104	152	SF, a	6.7 ms 2	0	0+
²⁵⁶Db	105	151	SF, a, e	2.6 s +14-8	0
²⁵⁷Es	99	158
²⁵⁷Fm	100	157	a, SF	100.5 d 2	0	(9/2+)
²⁵⁷Md	101	156	e, a, SF	5.52 h 5	0	(7/2-)
²⁵⁷No	102	155	a	25 s 2	0	(7/2+)
²⁵⁷Lr	103	154	a, SF	0.646 s 25	0	(9/2+)
²⁵⁷Rf	104	153	a, e, SF	4.7 s 3	0	(7/2+)
²⁵⁷Db	105	152	a, SF, e	1.3 s +5-3	0
²⁵⁸Fm	100	158	SF	370 us 43	0	0+
²⁵⁸Md	101	157	a, SF, b^-, e	51.5 d 3	0	(8-)
^258mMd	101	157	e, SF, a, b^-	57.0 m 9	0+x	(1-)
²⁵⁸No	102	156	SF, a	~1.2 ms	0	0+
²⁵⁸Lr	103	155	a, e, SF	3.9 s +4-3	0
²⁵⁸Rf	104	154	SF, a	12 ms 2	0	0+
²⁵⁸Db	105	153	a, e, SF	4.4 s +9-6	0
^258mDb	105	153	e	20 s 10	0+x
²⁵⁸Sg	106	152	SF	~2.9 ms	0	0+
²⁵⁹Fm	100	159	SF	1.5 s 3	0
²⁵⁹Md	101	158	SF, a	96 m 4	0	(7/2-)
²⁵⁹No	102	157	a, e, SF	58 m 5	0	(9/2+)
²⁵⁹Lr	103	156	a, SF, e	6.3 s +5-4	0
²⁵⁹Rf	104	155	a, SF, e	3.1 s 7	0
²⁵⁹Db	105	154
²⁵⁹Sg	106	153	a, SF	0.48 s +28-13	0	(1/2+)
²⁶⁰Md	101	159	SF, a, b^-	31.8 d 5	0
²⁶⁰No	102	158	SF	106 ms 8	0	0+
²⁶⁰Lr	103	157	a, e	180 s 30	0
²⁶⁰Rf	104	156	SF	20.1 ms 7	0	0+
²⁶⁰Db	105	155	a, SF, e	1.52 s 13	0
²⁶⁰Sg	106	154	a, SF	3.6 ms +9-6	0	0+
²⁶⁰Bh	107	153	a		0
²⁶¹No	102	159
²⁶¹Lr	103	158	SF	39 m 12	0
²⁶¹Rf	104	157	a, SF, e	65 s 10	0
²⁶¹Db	105	156	a, SF	1.8 s 4	0
²⁶¹Sg	106	155	a, SF	0.23 s 3	0
²⁶¹Bh	107	154	a, SF	11.8 ms +53-28	0
²⁶²No	102	160	SF	~5 ms	0	0+
²⁶²Lr	103	159	SF	216 m 15	0
²⁶²Rf	104	158	SF	2.1 s 2	0	0+
^262mRf	104	158		47 ms 5	254 6	[2+]
²⁶²Db	105	157	a, SF, e	34 s 4	0
²⁶²Sg	106	156			0	0+
²⁶²Bh	107	155	a, SF	102 ms 26	0
^262mBh	107	155	a, SF	8.0 ms 21	650 25
²⁶³Lr	103	160
²⁶³Rf	104	159
²⁶³Db	105	158	SF, a	27 s +10-7	0
²⁶³Sg	106	157	SF, a	0.8 s 2	0+x
^263mSg	106	157		0.31 s +16-8	0+y	[9/2+]
²⁶³Bh	107	156
²⁶³Hs	108	155			0	[7/2+]
²⁶⁴Rf	104	160			0	0+
²⁶⁴Db	105	159
²⁶⁴Sg	106	158			0	0+
²⁶⁴Bh	107	157	a	0.44 s +60-16	0
²⁶⁴Hs	108	156	a, SF	~0.85 ms	0	0+
²⁶⁵Db	105	160
²⁶⁵Sg	106	159	a, SF	10 s +20-8	0	[1/2+]
²⁶⁵Bh	107	158
²⁶⁵Hs	108	157	a	0.9 ms +9-3	0+x
^265mHs	108	157	a, SF	1.55 ms 20	0+y	[1/2+]
²⁶⁵Mt	109	156
²⁶⁶Sg	106	160	a, SF	21 s +20-12	0	0+
²⁶⁶Bh	107	159
²⁶⁶Hs	108	158			0	0+
²⁶⁶Mt	109	157	a	0.8 ms 2	0
^266mMt	109	157	a, SF	3.8 ms 8	430 20
²⁶⁷Bh	107	160
²⁶⁷Hs	108	159	a	26 ms +20-10	0	[9/2+]
²⁶⁷Mt	109	158
²⁶⁷10	110	157	a	3 us +6-2	0	[11/2-]
²⁶⁸Hs	108	160			0	0+
²⁶⁸Mt	109	159	a	0.07 s +10-3	0	[5+,6+]
²⁶⁸10	110	158			0	0+
²⁶⁹Hs	108	161	a	9 s 4	0	[3/2+]
²⁶⁹Mt	109	160
²⁶⁹10	110	159	a	0.17 ms +17-6	0	[1/2+]
²⁷⁰Mt	109	161
²⁷⁰10	110	160			0	0+
²⁷¹Mt	109	162
²⁷¹10	110	161	a	0.06 s +27-3	0	[3/2+]
^271m10	110	161	a	1.1 ms +6-3	30 20	[9/2+]
²⁷²10	110	162			0	0+
²⁷²11	111	161	a	1.5 ms +20-5	0	[5+,6+]
²⁷³10	110	163	a	~0.18 ms	0	[3/2+]
^273m10	110	163	a	~120 ms	200 20	[13/2-]
²⁷⁷12	112	165	a	0.24 ms +43-9	0	[3/2+]
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