list of nuclides

There are presently 251 known stable nuclides. Many of these in theory could decay through spontaneous fission, alpha decay, double beta decay, etc. with a very long half-life, but this has not yet been observed. Thus, the number of stable nuclides is subject to change if some of these 251 have radioactive decay observed in the future. In this article, the "stable" nuclides are divided into three tables: one for nuclides that are theoretically stable (meaning no decay mode is possible) except to spontaneous fission, which is not considered plausible in this mass range; one for nuclides that can theoretically undergo forms of decay other than spontaneous fission but have no published lower bound on lifetime from experimental evaluations; and one for nuclides that can theoretically decay and have been examined without detecting any decay, allowing a lower bound to be published. In this last table, where a decay has been predicted theoretically but never observed experimentally (either directly or by finding an excess of the daughter), the theoretical decay mode is given in parentheses, and "> (lifetime in years)" is shown in the half-life column to show this lower limit in scientific notation. Such nuclides are considered to be "stable", also called "observationally stable" indicating the tentative nature of the conclusion, until some decay has been observed. For example, tellurium-123 was reported to be radioactive, but the same experimental group later retracted this report, and it is again listed as stable.

The next group is the primordial radioactive nuclides. These have been measured to be radioactive, or decay products have been identified in natural samples (tellurium-128, barium-130). There are 35 of these (see these nuclides), of which 25 have half-lives longer than {{val|e=13}} years. For most of these 25, decay is difficult to observe, and for most purposes they can be regarded as effectively stable. Bismuth-209 is notable as it is the only naturally occurring isotope of an element which was long considered stable. The other 10, platinum-190, samarium-147, lanthanum-138, rubidium-87, rhenium-187, lutetium-176, thorium-232, uranium-238, potassium-40, and uranium-235, have half-lives between {{val|7.0|e=8}} and {{val|4.83|e=11}} years, which means they have undergone at least 0.5% depletion since the formation of the Solar System about {{val|4.6|e=9}} years ago, but still exist on Earth in significant quantities. They are the primary source of radiogenic heating and radioactive decay products. Together, there are a total of 286 primordial nuclides.{{efn|Two further nuclides, plutonium-244 and samarium-146, have half-lives just long enough ({{val|8.13|e=7}} and {{val|9.20|e=7}} years{{cite journal |last1=Chiera |first1=Nadine M. |last2=Sprung |first2=Peter |last3=Amelin |first3=Yuri |last4=Dressler |first4=Rugard |last5=Schumann |first5=Dorothea |last6=Talip |first6=Zeynep |title=The ¹⁴⁶Sm half-life re-measured: consolidating the chronometer for events in the early Solar System |journal=Scientific Reports |date=1 August 2024 |volume=14 |issue=1 |page=17436 |doi=10.1038/s41598-024-64104-6|doi-access=free |pmid=39090187 |pmc=11294585 }}) that they could have survived from the formation of the Solar System and be present on Earth in trace quantities (having survived 56 and 50 half-lives). They might therefore be considered primordial, but fall short of the detection threshold in studies so far.{{Citation needed|date=August 2022}}}}

The list then covers the other radionuclides with half-lives longer than 1 hour, split into several tables in order of successively shorter lifetimes.

Some nuclides that have half-lives too short to be primordial can be detected in nature as a result of later production by natural processes, mostly in trace amounts. These include radionuclides occurring in the decay chains of primordial uranium and thorium (radiogenic nuclides), such as radon-222. Others are the products of interactions with energetic cosmic rays (the cosmogenic nuclides), such as carbon-14. This gives a total of about 350 naturally occurring nuclides, some of which are difficult to detect. Other nuclides may be occasionally produced naturally by rare cosmogenic interactions or as a result of other natural nuclear reactions (nucleogenic nuclides), and these are generally even less detectable.

Non-primordial nuclides may also be detected in the spectra of stars; technetium is well established,{{cite journal | url=https://www.cambridge.org/core/journals/transactions-of-the-international-astronomical-union/article/17-technetium-in-stype-stars/2BF75C2E03D323ED8A47150912DD595C | title=17. Technetium in S-type stars | journal=Transactions of the International Astronomical Union | date=September 1954 | volume=8 | pages=832–833 | last1=Merrill | first1=Paul W. }} and others have been claimed. The remaining nuclides are known solely from artificial nuclear transmutations. Some, such as caesium-137 and krypton-85, are found in the environment but as a result of contamination from releases of man-made nuclear fission products (from nuclear weapons, nuclear reactors, and other processes). Other are produced artificially for industrial or medical purposes.

Each group of radionuclides, starting with the longest-lived primordial radionuclides, is sorted by decreasing half-life, but the tables are sortable by other columns. All columns sort by usual lexicographical order; in the case of the nuclide column this gives order on the mass number A.

{{Glossary}}

{{term|No. (number) column}}

{{defn|A running positive integer for reference, equal to the position in the tables. This number may change in the future, especially for nuclides with short lives, as better half-life estimates become available.}}

{{term|Nuclide column}}

{{defn|Nuclide identifiers are given by their atomic mass number A and the symbol for the corresponding chemical element (corresponding to the unique proton number). In the cases that this is not the ground state, this is indicated by a m for metastable appended to the mass number; the conventional numbers are further appended to distinguish multiple metastable states but '1' is omitted if the others are much less stable.}}

{{term|A, Z, N columns}}

{{defn|The total number of protons and neutrons together (A) and the separate numbers of protons (Z) and of neutrons (N).}}

{{term|Energy column}}

{{defn|1=The column labeled "energy" denotes the energy equivalent of the mass of a neutron minus the mass per nucleon of this nuclide (so all nuclides have a positive value) in MeV, formally: {{math|m_n − m_nuclide / A}}, where A = Z + N is the mass number. Note that this means that a higher "energy" value actually means that the nuclide has a lower energy. The mass of the nuclide (in daltons) is {{math|A (m_n − E / k)}} where E is the energy, m_n is 1.008664916 Da and k = 931.49410242 the conversion factor between MeV and daltons.}}

{{term|Half-life column}}

{{defn|1=The main column shows times in seconds (31,556,926 seconds = 1 tropical year); a second column showing half-life in more usual units (years, days, hours) is also provided.}}

{{defn|Entries starting with a ">" indicates that no decay has ever been observed, with experiments having established lower limits on the half-life. Such elements are considered stable unless decay is observed (establishing an actual estimate for the half-life). Half-lives are imprecise estimates and may be subject to significant revision. When shown to a smaller than usual number of significant figures, it is not known accurately enough to justify more.}}

{{term|Decay mode column}}

:

class="wikitable"

α | α decay

β− | β− decay

β−β− | double β− decay

ε | electron capture

β+ | β+ decay

β+β+ | double β+ decay

SF | spontaneous fission

IT | isomeric transition

{{defn|Decay modes in parentheses are given for observationally stable nuclides (these and these); they are then those allowed to occur by energy (in the next column), but spontaneous fission (and cluster decay, which is never shown in this table) are neglected as they should never be observed for any of those. Nuclides with multiple significant decay modes have the probability of each decay mode in percent given, in small figures, in parentheses; those less than 0.05% are rounded to zero and omitted, and 100 (>99.5% of observed decays) is not used but replaced by bold unless the only other decays are SF or double beta, assumed to be minority decays if not listed first. If more than one of α, β⁻, β⁺/ε, IT is given without numbers or bold, one can assume no experimental data is available. Note that, by widely used convention, β⁺ (technically positron emission) includes ε, and conversely, if positron emission is energetically possible; the two are never separated for this page.}}

{{term|Decay energy column}}

{{defn|Multiple values for (maximal) decay energy for each given decay mode, in respective order. The decay energy listed is for the specific nuclide only, not for the whole decay chain. It includes energy lost to neutrinos.}}

{{term|Notes column}}

{{defn|

;CG: Cosmogenic nuclide.

;DP: Naturally occurring decay product (of thorium-232, uranium-238, and uranium-235).

;ESS: Present in the early Solar System (first few million years), but extinct now as a primordial nuclide. Inherently overlaps with cosmogenic nuclides.

;FP: Nuclear fission product (all those non-primordial with significant yield and half-life at least 1 day are shown; there are 61).

;IM: Industry or medically used radionuclide.Primarily sourced from [https://world-nuclear.org/information-library/non-power-nuclear-applications/radioisotopes-research/radioisotopes-in-medicine.aspx] and [https://world-nuclear.org/information-library/non-power-nuclear-applications/radioisotopes-research/radioisotopes-in-industry.aspx]. (accessed 30 June 2016)}}

{{Glossary end}}

{{Main|Stable nuclide}}

These are the theoretically stable nuclides, ordered by "energy".

{{Row numbers|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! A !! Z !! N !! Energy (MeV)
|_row_count	56Fe	56	26	30	{{val|9.153567}}
|_row_count	62Ni	62	28	34	{{val|9.147877}}
|_row_count	60Ni	60	28	32	{{val|9.145862}}
|_row_count	58Fe	58	26	32	{{val|9.142938}}
|_row_count	52Cr	52	24	28	{{val|9.137037}}
|_row_count	57Fe	57	26	31	{{val|9.127119}}
|_row_count	59Co	59	27	32	{{val|9.126046}}
|_row_count	54Cr	54	24	30	{{val|9.125633}}
|_row_count	61Ni	61	28	33	{{val|9.124129}}
|_row_count	55Mn	55	25	30	{{val|9.120611}}
|_row_count	64Ni	64	28	36	{{val|9.119754}}
|_row_count	66Zn	66	30	36	{{val|9.115258}}
|_row_count	53Cr	53	24	29	{{val|9.114435}}
|_row_count	63Cu	63	29	34	{{val|9.112272}}
|_row_count	65Cu	65	29	36	{{val|9.106154}}
|_row_count	68Zn	68	30	38	{{val|9.100845}}
|_row_count	50Ti	50	22	28	{{val|9.099861}}
|_row_count	51V	51	23	28	{{val|9.094884}}
|_row_count	67Zn	67	30	37	{{val|9.084468}}
|_row_count	48Ti	48	22	26	{{val|9.081488}}
|_row_count	72Ge	72	32	40	{{val|9.079465}}
|_row_count	70Ge	70	32	38	{{val|9.079372}}
|_row_count	69Ga	69	31	38	{{val|9.076078}}
|_row_count	88Sr	88	38	50	{{val|9.070438}}
|_row_count	74Ge	74	32	42	{{val|9.063522}}
|_row_count	49Ti	49	22	27	{{val|9.062323}}
|_row_count	76Se	76	34	42	{{val|9.061485}}
|_row_count	71Ga	71	31	40	{{val|9.059218}}
|_row_count	78Se	78	34	44	{{val|9.058842}}
|_row_count	90Zr	90	40	50	{{val|9.057631}}
|_row_count	89Y	89	39	50	{{val|9.056743}}
|_row_count	86Sr	86	38	48	{{val|9.054160}}
|_row_count	82Kr	82	36	46	{{val|9.054126}}
|_row_count	84Kr	84	36	48	{{val|9.052649}}
|_row_count	73Ge	73	32	41	{{val|9.048006}}
|_row_count	87Sr	87	38	49	{{val|9.046964}}
|_row_count	75As	75	33	42	{{val|9.045093}}
|_row_count	80Kr	80	36	44	{{val|9.044984}}
|_row_count	77Se	77	34	43	{{val|9.040153}}
|_row_count	85Rb	85	37	48	{{val|9.037998}}
|_row_count	91Zr	91	40	51	{{val|9.037156}}
|_row_count	83Kr	83	36	47	{{val|9.034966}}
|_row_count	79Br	79	35	44	{{val|9.034220}}
|_row_count	81Br	81	35	46	{{val|9.033979}}
|_row_count	92Zr	92	40	52	{{val|9.032783}}
|_row_count	46Ti	46	22	24	{{val|9.030532}}
|_row_count	47Ti	47	22	25	{{val|9.027336}}
|_row_count	44Ca	44	20	24	{{val|9.013793}}
|_row_count	94Mo	94	42	52	{{val|9.011856}}
|_row_count	93Nb	93	41	52	{{val|9.009051}}
|_row_count	96Mo	96	42	54	{{val|8.996229}}
|_row_count	95Mo	95	42	53	{{val|8.994564}}
|_row_count	42Ca	42	20	22	{{val|8.989116}}
|_row_count	38Ar	38	18	20	{{val|8.984870}}
|_row_count	45Sc	45	21	24	{{val|8.983945}}
|_row_count	97Mo	97	42	55	{{val|8.973806}}
|_row_count	98Ru	98	44	54	{{val|8.971572}}
|_row_count	43Ca	43	20	23	{{val|8.964551}}
|_row_count	100Ru	100	44	56	{{val|8.963517}}
|_row_count	99Ru	99	44	55	{{val|8.956348}}
|_row_count	34S	34	16	18	{{val|8.951675}}
|_row_count	40Ar	40	18	22	{{val|8.947325}}
|_row_count	102Ru	102	44	58	{{val|8.944837}}
|_row_count	101Ru	101	44	57	{{val|8.942117}}
|_row_count	41K	41	19	22	{{val|8.938623}}
|_row_count	39K	39	19	20	{{val|8.938174}}
|_row_count	104Pd	104	46	58	{{val|8.930847}}
|_row_count	37Cl	37	17	20	{{val|8.929760}}
|_row_count	103Rh	103	45	58	{{val|8.925910}}
|_row_count	36S	36	16	20	{{val|8.923108}}
|_row_count	106Pd	106	46	60	{{val|8.919460}}
|_row_count	105Pd	105	46	59	{{val|8.913356}}
|_row_count	35Cl	35	17	18	{{val|8.900285}}
|_row_count	108Pd	108	46	62	{{val|8.900253}}
|_row_count	107Ag	107	47	60	{{val|8.897514}}
|_row_count	110Cd	110	48	62	{{val|8.892718}}
|_row_count	30Si	30	14	16	{{val|8.885761}}
|_row_count	109Ag	109	47	62	{{val|8.885300}}
|_row_count	32S	32	16	16	{{val|8.884318}}
|_row_count	33S	33	16	17	{{val|8.876964}}
|_row_count	31P	31	15	16	{{val|8.859744}}
|_row_count	28Si	28	14	14	{{val|8.838935}}
|_row_count	29Si	29	14	15	{{val|8.826327}}
|_row_count	112Cd	112	48	64	{{val|8.880077}}
|_row_count	111Cd	111	48	63	{{val|8.875445}}
|_row_count	114Sn	114	50	64	{{val|8.865722}}
|_row_count	113In	113	49	64	{{val|8.862212}}
|_row_count	116Sn	116	50	66	{{val|8.860362}}
|_row_count	115Sn	115	50	65	{{val|8.854249}}
|_row_count	118Sn	118	50	68	{{val|8.848073}}
|_row_count	117Sn	117	50	67	{{val|8.843977}}
|_row_count	120Sn	120	50	70	{{val|8.830537}}
|_row_count	119Sn	119	50	69	{{val|8.828201}}
|_row_count	121Sb	121	51	70	{{val|8.811783}}
|_row_count	122Te	122	52	70	{{val|8.811606}}
|_row_count	124Te	124	52	72	{{val|8.801364}}
|_row_count	123Sb	123	51	72	{{val|8.796727}}
|_row_count	126Te	126	52	74	{{val|8.786126}}
|_row_count	125Te	125	52	73	{{val|8.783505}}
|_row_count	128Xe	128	54	74	{{val|8.773359}}
|_row_count	127I	127	53	74	{{val|8.771981}}
|_row_count	130Xe	130	54	76	{{val|8.762725}}
|_row_count	129Xe	129	54	75	{{val|8.758904}}
|_row_count	132Xe	132	54	78	{{val|8.747695}}
|_row_count	131Xe	131	54	77	{{val|8.746253}}
|_row_count	134Ba	134	56	78	{{val|8.735133}}
|_row_count	133Cs	133	55	78	{{val|8.733515}}
|_row_count	136Ba	136	56	80	{{val|8.724908}}
|_row_count	135Ba	135	56	79	{{val|8.722072}}
|_row_count	137Ba	137	56	81	{{val|8.711628}}
|_row_count	138Ba	138	56	82	{{val|8.710904}}
|_row_count	27Al	27	13	14	{{val|8.708242}}
|_row_count	140Ce	140	58	82	{{val|8.700494}}
|_row_count	139La	139	57	82	{{val|8.698892}}
|_row_count	26Mg	26	12	14	{{val|8.694981}}
|_row_count	141Pr	141	59	82	{{val|8.681405}}
|_row_count	142Nd	142	60	82	{{val|8.676646}}
|_row_count	24Mg	24	12	12	{{val|8.651911}}
|_row_count	25Mg	25	12	13	{{val|8.599047}}
|_row_count	156Gd	156	64	92	{{val|8.536342}}
|_row_count	157Gd	157	64	93	{{val|8.522478}}
|_row_count	158Gd	158	64	94	{{val|8.518775}}
|_row_count	159Tb	159	65	94	{{val|8.508680}}
|_row_count	23Na	23	11	12	{{val|8.485675}}
|_row_count	163Dy	163	66	97	{{val|8.478607}}
|_row_count	164Dy	164	66	98	{{val|8.473604}}
|_row_count	22Ne	22	10	12	{{val|8.436087}}
|_row_count	20Ne	20	10	10	{{val|8.423422}}
|_row_count	16O	16	8	8	{{val|8.367390}}
|_row_count	21Ne	21	10	11	{{val|8.344280}}
|_row_count	19F	19	9	10	{{val|8.149612}}
|_row_count	17O	17	8	9	{{val|8.118904}}
|_row_count	18O	18	8	10	{{val|8.114744}}
|_row_count	12C	12	6	6	{{val|8.071327}}
|_row_count	15N	15	7	8	{{val|8.064594}}
|_row_count	14N	14	7	7	{{val|7.866827}}
|_row_count	13C	13	6	7	{{val|7.830943}}
|_row_count	4He	4	2	2	{{val|7.465077}}
|_row_count	11B	11	5	6	{{val|7.283337}}
|_row_count	10B	10	5	5	{{val|6.866257}}
|_row_count	9Be	9	4	5	{{val|6.810483}}
|_row_count	7Li	7	3	4	{{val|5.941599}}
|_row_count	6Li	6	3	3	{{val|5.723527}}
|_row_count	3He	3	2	1	{{val|3.094327}}
|_row_count	2H	2	1	1	{{val|1.503327}}
|_row_count	1H	1	1	0	{{val|0.782327}}

}}

Ordered by "energy".

{{Row numbers|index=147|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! A !! Z !! N !! Energy !! Decay mode !! Decay energy (MeV)
|_row_count	80Se	80	34	46	{{val|9.043326}}	align{{=}}center|{{blue|(β−β−)}}	align{{=}}center|0.134
|_row_count	86Kr	86	36	50	{{val|9.039532}}	align{{=}}center|{{blue|(β−β−)}}	align{{=}}center|1.256
|_row_count	84Sr	84	38	46	{{val|9.031375}}	align{{=}}center|{{blue|(β+β+)}}	align{{=}}center|1.787
|_row_count	102Pd	102	46	56	{{val|8.933337}}	align{{=}}center|{{blue|(β+β+)}}	align{{=}}center|1.172
|_row_count	36Ar	36	18	18	{{val|8.911105}}	align{{=}}center|{{blue|(β+β+)}}	align{{=}}center|0.433
|_row_count	122Sn	122	50	72	{{val|8.808590}}	align{{=}}center|{{blue|(β−β−)}}	align{{=}}center|0.366
|_row_count	150Sm	150	62	88	{{val|8.585043}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.449
|_row_count	152Sm	152	62	90	{{val|8.563227}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.220
|_row_count	154Gd	154	64	90	{{val|8.549985}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.081
|_row_count	155Gd	155	64	91	{{val|8.536341}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.081
|_row_count	164Er	164	68	96	{{val|8.473462}}	align{{=}}center|{{blue|(β+β+, α)}}	align{{=}}center|0.024, 1.304
|_row_count	165Ho	165	67	98	{{val|8.464689}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.139
|_row_count	166Er	166	68	98	{{val|8.462482}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.831
|_row_count	167Er	167	68	99	{{val|8.450350}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.666
|_row_count	168Er	168	68	100	{{val|8.446308}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.553
|_row_count	169Tm	169	69	100	{{val|8.433931}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.200
|_row_count	170Yb	170	70	100	{{val|8.428792}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.738
|_row_count	171Yb	171	70	101	{{val|8.418182}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.559
|_row_count	172Yb	172	70	102	{{val|8.415864}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.310
|_row_count	173Yb	173	70	103	{{val|8.404023}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.946
|_row_count	174Yb	174	70	104	{{val|8.398624}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.740
|_row_count	175Lu	175	71	104	{{val|8.386589}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.620
|_row_count	181Ta	181	73	108	{{val|8.338961}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.526
|_row_count	185Re	185	75	110	{{val|8.308204}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|2.195
|_row_count	191Ir	191	77	114	{{val|8.263508}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|2.084
|_row_count	194Pt	194	78	116	{{val|8.250519}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.504
|_row_count	193Ir	193	77	116	{{val|8.250259}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.017
|_row_count	195Pt	195	78	117	{{val|8.239516}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.158
|_row_count	196Pt	196	78	118	{{val|8.237896}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.794
|_row_count	197Au	197	79	118	{{val|8.229404}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.954
|_row_count	198Hg	198	80	118	{{val|8.227663}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|1.383
|_row_count	199Hg	199	80	119	{{val|8.219805}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.824
|_row_count	200Hg	200	80	120	{{val|8.218848}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.718
|_row_count	201Hg	201	80	121	{{val|8.208956}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.334
|_row_count	202Hg	202	80	122	{{val|8.206703}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.136
|_row_count	203Tl	203	81	122	{{val|8.198230}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.911
|_row_count	204Hg	204	80	124	{{val|8.192358}}	align{{=}}center|{{blue|(β−β−)}}	align{{=}}center|0.416
|_row_count	205Tl	205	81	124	{{val|8.187526}}	align{{=}}center|{{blue|(α)}}	align{{=}}center|0.157

}}

Ordered by lower bound on half-life; in most cases this does not reflect the probable half-life but only our ability to measure it.

{{Row numbers|index=185|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! A !! Z !! N !! Energy !! Half-life (seconds) !! Half-life (years){{efn|name=tropical|Note that NUBASE2020 uses the tropical year to convert between years and other units of time, not the Gregorian year. The relationship between years and other time units in NUBASE2020 is as follows: {{nowrap|1=1 y = 365.2422 d = 31 556 926 s}} }} !! Decay mode !! Decay energy (MeV)
|_row_count	134Xe	134	54	80	{{val|8.728973}}	> {{val|8.8|e=29}}	> {{val|2.8|e=22}}{{cite journal |last1=Yan |first1=X. |last2=Cheng |first2=Z. |last3=Abdukerim |first3=A. |display-authors=etal |title=Searching for two-neutrino and neutrinoless double beta decay of 134Xe with the PandaX-4T experiment |journal=Physical Review Letters |volume=132 |number=152502 |date=2024 |page=152502 |doi=10.1103/PhysRevLett.132.152502|pmid=38682998 |arxiv=2312.15632 |bibcode=2024PhRvL.132o2502Y }}	align{{=}}center|(β−β−)	align{{=}}center|0.825
|_row_count	40Ca	40	20	20	{{val|8.942485}}	> {{val|3.1|e=29}}	> {{val|9.9|e=21}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|0.194
|_row_count	184W	184	74	110	{{val|8.319737}}	> {{val|2.8|e=29}}	> {{val|8.9|e=21}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.656
|_row_count	182W	182	74	108	{{val|8.336424}}	> {{val|2.4|e=29}}	> {{val|7.7|e=21}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.772
|_row_count	208Pb	208	82	126	{{val|8.175888}}	> {{val|8.2|e=28}}	> {{val|2.6|e=21}}{{cite journal | last1=Beeman | first1=J. W. | last2=Bellini | first2=F. | last3=Cardani | first3=L. | last4=Casali | first4=N. | last5=Di Domizio | first5=S. | last6=Fiorini | first6=E. | last7=Gironi | first7=L. | last8=Nagorny | first8=S. S. | last9=Nisi | first9=S. | last10=Orio | first10=F. | last11=Pattavina | first11=L. | last12=Pessina | first12=G. | last13=Piperno | first13=G. | last14=Pirro | first14=S. | last15=Previtali | first15=E. | last16=Rusconi | first16=C. | last17=Tomei | first17=C. | last18=Vignati | first18=M. | title=New experimental limits on the α decays of lead isotopes | journal=The European Physical Journal A | volume=49 | issue=4 | date=2013 | page=50 | issn=1434-6001 | doi=10.1140/epja/i2013-13050-7| arxiv=1212.2422 | bibcode=2013EPJA...49...50B }}	align{{=}}center|(α)	align{{=}}center|0.519
|_row_count	206Pb	206	82	124	{{val|8.186791}}	> {{val|7.9|e=28}}	> {{val|2.5|e=21}}	align{{=}}center|(α)	align{{=}}center|1.137
|_row_count	126Xe	126	54	72	{{val|8.779010}}	> {{val|6.0|e=28}}	> {{val|1.9|e=21}}{{cite journal | last=Akerib | first=D S |display-authors=etal| title=Search for two neutrino double electron capture of 124Xe and 126Xe in the full exposure of the LUX detector | journal=Journal of Physics G: Nuclear and Particle Physics | volume=47 | issue=10 | date=2020-10-01 | issn=0954-3899 | doi=10.1088/1361-6471/ab9c2d | page=105105| arxiv=1912.02742 | bibcode=2020JPhG...47j5105A }}	align{{=}}center|(β+β+)	align{{=}}center|0.897
|_row_count	207Pb	207	82	125	{{val|8.179791}}	> {{val|6.0|e=28}}	> {{val|1.9|e=21}}	align{{=}}center|(α)	align{{=}}center|0.391
|_row_count	120Te	120	52	68	{{val|8.816369}}	> {{val|5.0|e=28}}	> {{val|1.6|e=21}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|1.700
|_row_count	106Cd	106	48	58	{{val|8.893327}}	> {{val|3.5|e=28}}	> {{val|1.1|e=21}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|2.770
|_row_count	58Ni	58	28	30	{{val|9.109736}}	> {{val|2.2|e=28}}	> {{val|7.0|e=20}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|1.926
|_row_count	183W	183	74	109	{{val|8.324699}}	> {{val|2.1|e=28}}	> {{val|6.7|e=20}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.680
|_row_count	104Ru	104	44	60	{{val|8.918337}}	> {{val|2.0|e=28}}	> {{val|6.5|e=20}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Cappella | first3=F. | last4=Cerulli | first4=R. | last5=Danevich | first5=F. A. | last6=d’Angelo | first6=S. | last7=Incicchitti | first7=A. | last8=Kovtun | first8=G. P. | last9=Kovtun | first9=N. G. | last10=Laubenstein | first10=M. | last11=Poda | first11=D. V. | last12=Polischuk | first12=O. G. | last13=Shcherban | first13=A. P. | last14=Solopikhin | first14=D. A. | last15=Suhonen | first15=J. | last16=Tretyak | first16=V. I. | title=Search for 2 β decays of 96 Ru and 104 Ru by ultralow-background HPGe γ spectrometry at LNGS: Final results | journal=Physical Review C | volume=87 | issue=3 | date=2013-03-06 | page=034607 | issn=0556-2813 | doi=10.1103/PhysRevC.87.034607| arxiv=1302.7134 }}	align{{=}}center|(β−β−)	align{{=}}center|1.300
|_row_count	54Fe	54	26	28	{{val|9.113040}}	> {{val|1.4|e=28}}	> {{val|4.4|e=20}}{{cite journal | last1=Bikit | first1=I. | last2=Krmar | first2=M. | last3=Slivka | first3=J. | last4=Vesković | first4=M. | last5=Čonkić | first5=Lj. | last6=Aničin | first6=I. | title=New results on the double β decay of iron | journal=Physical Review C | volume=58 | issue=4 | date=1998-10-01 | issn=0556-2813 | doi=10.1103/PhysRevC.58.2566 | pages=2566–2567| bibcode=1998PhRvC..58.2566B }}	align{{=}}center|(β+β+)	align{{=}}center|0.680
|_row_count	132Ba	132	56	76	{{val|8.741288}}	> {{val|9.5|e=27}}	> {{val|3.0|e=20}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|0.846
|_row_count	110Pd	110	46	64	{{val|8.874500}}	> {{val|9.1|e=27}}	> {{val|2.9|e=20}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|2.000
|_row_count	92Mo	92	42	50	{{val|9.014860}}	> {{val|6.0|e=27}}	> {{val|1.9|e=20}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|1.649
|_row_count	204Pb	204	82	122	{{val|8.194414}}	> {{val|4.4|e=27}}	> {{val|1.4|e=20}}	align{{=}}center|(α)	align{{=}}center|1.972
|_row_count	112Sn	112	50	62	{{val|8.862944}}	> {{val|3.1|e=27}}	> {{val|9.7|e=19}}{{cite journal | last1=Barabash | first1=A. S. | last2=Hubert | first2=Ph. | last3=Marquet | first3=Ch. | last4=Nachab | first4=A. | last5=Konovalov | first5=S. I. | last6=Perrot | first6=F. | last7=Piquemal | first7=F. | last8=Umatov | first8=V. | title=Improved limits on β+ EC and ECEC processes in 112Sn | journal=Physical Review C | volume=83 | issue=4 | date=2011-04-21 | page=045503 | issn=0556-2813 | doi=10.1103/PhysRevC.83.045503}}	align{{=}}center|(β+β+)	align{{=}}center|1.922
|_row_count	96Ru	96	44	52	{{val|8.967911}}	> {{val|2.5|e=27}}	> {{val|8.0|e=19}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|2.719
|_row_count	192Os	192	76	116	{{val|8.258202}}	> {{val|1.7|e=27}}	> {{val|5.3|e=19}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|0.413, 0.362
|_row_count	198Pt	198	78	120	{{val|8.222378}}	> {{val|1.0|e=27}}	> {{val|3.2|e=19}}{{cite journal | last1=Danevich | first1=F. A. | last2=Hult | first2=M. | last3=Junghans | first3=A. | last4=Kasperovych | first4=D. V. | last5=Kropivyansky | first5=B. N. | last6=Lutter | first6=G. | last7=Marissens | first7=G. | last8=Polischuk | first8=O. G. | last9=Romaniuk | first9=M. V. | last10=Stroh | first10=H. | last11=Tessalina | first11=S. | last12=Tretyak | first12=V. I. | last13=Ware | first13=B. | title=New limits on double-beta decay of 190Pt and 198Pt | journal=The European Physical Journal C | volume=82 | issue=1 | date=2022 | issn=1434-6044 | doi=10.1140/epjc/s10052-022-09989-1| arxiv=2201.06555 }}	align{{=}}center|(β−β−, α)	align{{=}}center|1.047, 0.087
|_row_count	160Gd	160	64	96	{{val|8.496009}}	> {{val|9.8|e=26}}	> {{val|3.1|e=19}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|1.729
|_row_count	144Sm	144	62	82	{{val|8.640577}}	> {{val|4.4|e=26}}	> {{val|1.4|e=19}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Boiko | first3=R. S. | last4=Cappella | first4=F. | last5=Caracciolo | first5=V. | last6=Cerulli | first6=R. | last7=Danevich | first7=F. A. | last8=Di Marco | first8=A. | last9=Incicchitti | first9=A. | last10=Kropivyansky | first10=B. N. | last11=Laubenstein | first11=M. | last12=Nisi | first12=S. | last13=Poda | first13=D. V. | last14=Polischuk | first14=O. G. | last15=Tretyak | first15=V. I. | title=First direct search for 2ϵ and ϵβ+ of 144Sm and 2β− decay of 154Sm | journal=The European Physical Journal A | volume=55 | issue=11 | date=2019 | issn=1434-6001 | doi=10.1140/epja/i2019-12911-3| arxiv=1910.02262 }}	align{{=}}center|(β+β+)	align{{=}}center|1.781
|_row_count	190Os	190	76	114	{{val|8.275045}}	> {{val|3.8|e=26}}	> {{val|1.2|e=19}}	align{{=}}center|(α)	align{{=}}center|1.378
|_row_count	64Zn	64	30	34	{{val|9.102634}}	> {{val|3.5|e=26}}	> {{val|1.1|e=19}}{{cite journal | last1=Belli | first1=P | last2=Bernabei | first2=R | last3=Cappella | first3=F | last4=Cerulli | first4=R | last5=Danevich | first5=F A | last6=d'Angelo | first6=S | last7=Incicchitti | first7=A | last8=Kobychev | first8=V V | last9=Poda | first9=D V | last10=Tretyak | first10=V I | title=Final results of an experiment to search for 2β processes in zinc and tungsten with the help of radiopure ZnWO4 crystal scintillators | journal=Journal of Physics G: Nuclear and Particle Physics | volume=38 | issue=11 | date=2011-11-01 | issn=0954-3899 | doi=10.1088/0954-3899/38/11/115107 | page=115107| arxiv=1110.3923 | bibcode=2011JPhG...38k5107B }}	align{{=}}center|(β+β+)	align{{=}}center|1.096
|_row_count	74Se	74	34	40	{{val|9.047175}}	> {{val|2.2|e=26}}	> {{val|7.0|e=18}}{{cite journal | last1=Lehnert | first1=B | last2=Wester | first2=T | last3=Degering | first3=D | last4=Sommer | first4=D | last5=Wagner | first5=L | last6=Zuber | first6=K | title=Double electron capture searches in 74Se | journal=Journal of Physics G: Nuclear and Particle Physics | volume=43 | issue=8 | date=2016-08-01 | issn=0954-3899 | doi=10.1088/0954-3899/43/8/085201 | page=085201| arxiv=1605.05976 | bibcode=2016JPhG...43h5201L }}	align{{=}}center|(β+β+)	align{{=}}center|1.209
|_row_count	186W	186	74	112	{{val|8.299873}}	> {{val|1.3|e=26}}	> {{val|4.1|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.123
|_row_count	70Zn	70	30	40	{{val|9.065109}}	> {{val|1.2|e=26}}	> {{val|3.8|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|0.998
|_row_count	188Os	188	76	112	{{val|8.290138}}	> {{val|1.0|e=26}}	> {{val|3.3|e=18}}	align{{=}}center|(α)	align{{=}}center|2.143
|_row_count	143Nd	143	60	83	{{val|8.658792}}	> {{val|9.8|e=25}}	> {{val|3.1|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|0.521
|_row_count	148Nd	148	60	88	{{val|8.594388}}	> {{val|9.5|e=25}}	> {{val|3.0|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|1.929, 0.599
|_row_count	142Ce	142	58	84	{{val|8.666666}}	> {{val|9.1|e=25}}	> {{val|2.9|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|1.417, 1.298
|_row_count	179Hf	179	72	107	{{val|8.353293}}	> {{val|8.5|e=25}}	> {{val|2.7|e=18}}	align{{=}}center|(α)	align{{=}}center|1.806
|_row_count	196Hg	196	80	116	{{val|8.233710}}	> {{val|7.9|e=25}}	> {{val|2.5|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+, α)	align{{=}}center|0.820, 2.027
|_row_count	154Sm	154	62	92	{{val|8.541857}}	> {{val|7.3|e=25}}	> {{val|2.3|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|1.251
|_row_count	146Nd	146	60	86	{{val|8.625649}}	> {{val|5.0|e=25}}	> {{val|1.6|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|0.070, 1.182
|_row_count	50Cr	50	24	26	{{val|9.076517}}	> {{val|4.1|e=25}}	> {{val|1.3|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|1.167
|_row_count	178Hf	178	72	106	{{val|8.365958}}	> {{val|4.1|e=25}}	> {{val|1.3|e=18}}	align{{=}}center|(α)	align{{=}}center|2.083
|_row_count	177Hf	177	72	105	{{val|8.370139}}	> {{val|3.5|e=25}}	> {{val|1.1|e=18}}	align{{=}}center|(α)	align{{=}}center|2.245
|_row_count	156Dy	156	66	90	{{val|8.523443}}	> {{val|3.2|e=25}}	> {{val|1.0|e=18}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+, α)	align{{=}}center|2.011, 1.758
|_row_count	153Eu	153	63	90	{{val|8.550893}}	> {{val|1.8|e=25}}	> {{val|5.5|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|0.274
|_row_count	180Hf	180	72	108	{{val|8.347930}}	> {{val|1.5|e=25}}	> {{val|4.6|e=17}}	align{{=}}center|(α)	align{{=}}center|1.283
|_row_count	108Cd	108	48	60	{{val|8.897735}}	> {{val|1.3|e=25}}	> {{val|4.1|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+)	align{{=}}center|0.272
|_row_count	170Er	170	68	102	{{val|8.424945}}	> {{val|1.3|e=25}}	> {{val|4.1|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|0.654, 0.050
|_row_count	138Ce	138	58	80	{{val|8.705878}}	> {{val|1.3|e=25}}	> {{val|4.0|e=17}}	align{{=}}center|(β+β+)	align{{=}}center|0.694
|_row_count	180mTa	180	73	107	{{val|8.342767}}	> {{val|9.1|e=24}}	> {{val|2.9|e=17}}{{Cite journal|last1=Arnquist|first1=I. J.|last2=Avignone III|first2=F. T.|last3=Barabash|first3=A. S.|last4=Barton|first4=C. J.|last5=Bhimani|first5=K. H.|last6=Blalock|first6=E.|last7=Bos|first7=B.|last8=Busch|first8=M.|last9=Buuck|first9=M.|last10=Caldwell|first10=T. S.|last11=Christofferson|first11=C. D.|last12=Chu|first12=P.-H.|last13=Clark|first13=M. L.|last14=Cuesta|first14=C.|last15=Detwiler|first15=J. A.|last16=Efremenko|first16=Yu.|last17=Ejiri|first17=H.|last18=Elliott|first18=S. R.|last19=Giovanetti|first19=G. K.|last20=Goett|first20=J.|last21=Green|first21=M. P.|last22=Gruszko|first22=J.|last23=Guinn|first23=I. S.|last24=Guiseppe|first24=V. E.|last25=Haufe|first25=C. R.|last26=Henning|first26=R.|last27=Aguilar|first27=D. Hervas|last28=Hoppe|first28=E. W.|last29=Hostiuc|first29=A.|last30=Kim|first30=I.|last31=Kouzes|first31=R. T.|last32=Lannen V.|first32=T. E.|last33=Li|first33=A.|last34=López-Castaño|first34=J. M.|last35=Massarczyk|first35=R.|last36=Meijer|first36=S. J.|last37=Meijer|first37=W.|last38=Oli|first38=T. K.|last39=Paudel|first39=L. S.|last40=Pettus|first40=W.|last41=Poon|first41=A. W. P.|last42=Radford|first42=D. C.|last43=Reine|first43=A. L.|last44=Rielage|first44=K.|last45=Rouyer|first45=A.|last46=Ruof|first46=N. W.|last47=Schaper|first47=D. C.|last48=Schleich|first48=S. J.|last49=Smith-Gandy|first49=T. A.|last50=Tedeschi|first50=D.|last51=Thompson|first51=J. D.|last52=Varner|first52=R. L.|last53=Vasilyev|first53=S.|last54=Watkins|first54=S. L.|last55=Wilkerson|first55=J. F.|last56=Wiseman|first56=C.|last57=Xu|first57=W.|last58=Yu|first58=C.-H.|date=13 October 2023|title=Constraints on the Decay of 180mTa|arxiv=2306.01965|doi=10.1103/PhysRevLett.131.152501|volume=131|issue=15|pages=152501|journal=Phys. Rev. Lett.|pmid=37897780 }}	align{{=}}center|(β−, ε, IT, α)	align{{=}}center|0.783, 0.929, 0.077, 2.103
|_row_count	176Hf	176	72	104	{{val|8.381427}}	> {{val|8.5|e=24}}	> {{val|2.7|e=17}}{{cite journal | last1=Broerman | first1=B. | last2=Laubenstein | first2=M. | last3=Nagorny | first3=S. | last4=Song | first4=N. | last5=Vincent | first5=A.C. | title=A search for rare and induced nuclear decays in hafnium | journal=Nuclear Physics A | volume=1012 | date=2021 | doi=10.1016/j.nuclphysa.2021.122212 | page=122212| arxiv=2012.08339 | bibcode=2021NuPhA101222212B }}	align{{=}}center|(α)	align{{=}}center|2.255
|_row_count	46Ca	46	20	26	{{val|9.009047}}	> {{val|5.7|e=24}}	> {{val|1.8|e=17}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Dai | first3=C.J. | last4=Grianti | first4=F. | last5=He | first5=H.L. | last6=Ignesti | first6=G. | last7=Incicchitti | first7=A. | last8=Kuang | first8=H.H. | last9=Ma | first9=J.M. | last10=Montecchia | first10=F. | last11=Ponkratenko | first11=O.A. | last12=Prosperi | first12=D. | last13=Tretyak | first13=V.I. | last14=Zdesenko | first14=Yu.G. | title=New limits on spin-dependent coupled WIMPs and on 2β processes in 40Ca and 46Ca by using low radioactive CaF2(Eu) crystal scintillators | journal=Nuclear Physics B | volume=563 | issue=1–2 | date=1999 | doi=10.1016/S0550-3213(99)00618-5 | pages=97–106| bibcode=1999NuPhB.563...97B }}	align{{=}}center|(β−β−)	align{{=}}center|0.988
|_row_count	176Yb	176	70	106	{{val|8.375271}}	> {{val|5.0|e=24}}	> {{val|1.6|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−, α)	align{{=}}center|1.083, 0.570
|_row_count	94Zr	94	40	54	{{val|8.999698}}	> {{val|3.5|e=24}}	> {{val|1.1|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|1.144
|_row_count	124Sn	124	50	74	{{val|8.782914}}	> {{val|3.2|e=24}}	> {{val|1.0|e=17}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|2.287
|_row_count	162Dy	162	66	96	{{val|8.492234}}	> {{val|3.2|e=24}}	> {{val|1.0|e=17}}	align{{=}}center|(α)	align{{=}}center|0.085
|_row_count	136Ce	136	58	78	{{val|8.707122}}	> {{val|3.0|e=24}}	> {{val|9.6|e=16}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Boiko | first3=R.S. | last4=Cappella | first4=F. | last5=Cerulli | first5=R. | last6=Danevich | first6=F.A. | last7=Incicchitti | first7=A. | last8=Kropivyansky | first8=B.N. | last9=Laubenstein | first9=M. | last10=Poda | first10=D.V. | last11=Polischuk | first11=O.G. | last12=Tretyak | first12=V.I. | title=Search for double beta decay of 136Ce and 138Ce with HPGe gamma detector | journal=Nuclear Physics A | volume=930 | date=2014 | doi=10.1016/j.nuclphysa.2014.08.072 | pages=195–208| arxiv=1409.2734 | bibcode=2014NuPhA.930..195B }}	align{{=}}center|(β+β+)	align{{=}}center|2.419
|_row_count	114Cd	114	48	66	{{val|8.860985}}	> {{val|2.9|e=24}}	> {{val|9.2|e=16}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|0.540
|_row_count	123Te	123	52	71	{{val|8.796302}}	> {{val|2.9|e=24}}	> {{val|9.2|e=16}}{{cite journal |author=A. Alessandrello |display-authors=etal |title=New Limits on Naturally Occurring Electron Capture of 123Te |journal=Physical Review C |volume=67 |issue=1 |pages=014323 |date=January 2003 |arxiv=hep-ex/0211015 |doi=10.1103/PhysRevC.67.014323|bibcode=2003PhRvC..67a4323A |s2cid=119523039 }}	align{{=}}center|(ε)	align{{=}}center|0.052
|_row_count	145Nd	145	60	85	{{val|8.632963}}	> {{val|1.9|e=24}}	> {{val|6.0|e=16}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.578
|_row_count	192Pt	192	78	114	{{val|8.260353}}	> {{val|1.9|e=24}}	> {{val|6.0|e=16}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|2.418
|_row_count	161Dy	161	66	95	{{val|8.494067}}	> {{val|1.1|e=24}}	> {{val|3.5|e=16}}	align{{=}}center|(α)	align{{=}}center|0.344
|_row_count	160Dy	160	66	94	{{val|8.506816}}	> {{val|2.7|e=23}}	> {{val|8.5|e=15}}	align{{=}}center|(α)	align{{=}}center|0.439
|_row_count	189Os	189	76	113	{{val|8.277599}}	> {{val|1.1|e=23}}	> {{val|3.5|e=15}}	align{{=}}center|(α)	align{{=}}center|1.976
|_row_count	187Os	187	76	111	{{val|8.291746}}	> {{val|1.0|e=23}}	> {{val|3.2|e=15}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Cappella | first3=F. | last4=Caracciolo | first4=V. | last5=Cerulli | first5=R. | last6=Danevich | first6=F. A. | last7=Incicchitti | first7=A. | last8=Kasperovych | first8=D. V. | last9=Kobychev | first9=V. V. | last10=Kovtun | first10=G. P. | last11=Kovtun | first11=N. G. | last12=Laubenstein | first12=M. | last13=Poda | first13=D. V. | last14=Polischuk | first14=O. G. | last15=Shcherban | first15=A. P. | last16=Tessalina | first16=S. | last17=Tretyak | first17=V. I. | title=Search for α decay of naturally occurring osmium nuclides accompanied by γ quanta | journal=Physical Review C | volume=102 | issue=2 | date=2020-08-05 | page=024605 | issn=2469-9985 | doi=10.1103/PhysRevC.102.024605| arxiv=2009.01508 | bibcode=2020PhRvC.102b4605B }}	align{{=}}center|(α)	align{{=}}center|2.720
|_row_count	149Sm	149	62	87	{{val|8.589058}}	> {{val|6.3|e=22}}	> {{val|2.0|e=15}}{{NUBASE2020|ref}}	align{{=}}center|(α)	align{{=}}center|1.870
|_row_count	158Dy	158	66	92	{{val|8.516973}}	> {{val|3.2|e=22}}	> {{val|1.0|e=15}}{{cite journal | last1=Belli | first1=P. | last2=Bernabei | first2=R. | last3=Cappella | first3=F. | last4=Cerulli | first4=R. | last5=Danevich | first5=F.A. | last6=dʼAngelo | first6=S. | last7=Di Vacri | first7=M.L. | last8=Incicchitti | first8=A. | last9=Laubenstein | first9=M. | last10=Nagorny | first10=S.S. | last11=Nisi | first11=S. | last12=Tolmachev | first12=A.V. | last13=Tretyak | first13=V.I. | last14=Yavetskiy | first14=R.P. | title=First search for double β decay of dysprosium | journal=Nuclear Physics A | volume=859 | issue=1 | date=2011 | doi=10.1016/j.nuclphysa.2011.04.003 | pages=126–139| arxiv=1103.5359 | bibcode=2011NuPhA.859..126B }}	align{{=}}center|(β+β+, α)	align{{=}}center|0.283, 0.875
|_row_count	162Er	162	68	94	{{val|8.480852}}	> {{val|4.4|e=21}}	> {{val|1.4|e=14}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+, α)	align{{=}}center|1.844, 1.646
|_row_count	168Yb	168	70	98	{{val|8.437845}}	> {{val|4.1|e=21}}	> {{val|1.3|e=14}}{{NUBASE2020|ref}}	align{{=}}center|(β+β+, α)	align{{=}}center|1.422, 1.951
|_row_count	98Mo	98	42	56	{{val|8.970426}}	> {{val|3.2|e=21}}	> {{val|1.0|e=14}}{{NUBASE2020|ref}}	align{{=}}center|(β−β−)	align{{=}}center|0.112

}}

{{Main|Primordial nuclide}}

Ordered by half-life, data selected from

• {{NUBASE 2020}}

{{Row numbers|index=252|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! A !! Z !! N !! Energy !! Half-life (seconds) !! Half-life (years){{efn|name=tropical}} !! Decay mode !! Decay energy (MeV)
|_row_count	128Te	128	52	76	{{val|8.743261}}	{{val|6.94|e=31}}	{{val|2.2|e=24}}	align{{=}}center|β−β−	align{{=}}center|0.868
|_row_count	124Xe	124	54	70	{{val|8.778264}}	{{val|5.68|e=29}}	{{val|1.8|e=22}}	align{{=}}center|εε	align{{=}}center|2.864
|_row_count	78Kr	78	36	42	{{val|9.022349}}	{{val|2.90|e=29}}	{{val|9.2|e=21}}	align{{=}}center|εε	align{{=}}center|2.846
|_row_count	136Xe	136	54	82	{{val|8.706805}}	{{val|7.5|e=28}}	{{val|2.38|e=21}}	align{{=}}center|β−β−	align{{=}}center|2.462
|_row_count	76Ge	76	32	44	{{val|9.034656}}	{{val|5.642|e=28}}	{{val|1.8|e=21}}	align{{=}}center|β−β−	align{{=}}center|2.039
|_row_count	130Ba	130	56	74	{{val|8.742574}}	{{val|3.79|e=28}}	{{val|1.2|e=21}}	align{{=}}center|εε	align{{=}}center|2.620
|_row_count	130Te	130	52	78	{{val|8.766578}}	{{val|2.496|e=28}}	{{val|7.91|e=20}}	align{{=}}center|β−β−	align{{=}}center|2.530
|_row_count	82Se	82	34	48	{{val|9.017596}}	{{val|2.764|e=27}}	{{val|8.76|e=19}}	align{{=}}center|β−β−	align{{=}}center|2.995
|_row_count	48Ca	48	20	28	{{val|8.992452}}	{{val|1.766|e=27}}	{{val|5.6|e=19}}	align{{=}}center|β−β−	align{{=}}center|4.274
|_row_count	116Cd	116	48	68	{{val|8.836146}}	{{val|8.489|e=26}}	{{val|2.69|e=19}}	align{{=}}center|β−β−	align{{=}}center|2.809
|_row_count	209Bi	209	83	126	{{val|8.158689}}	{{val|6.343|e=26}}	{{val|2.01|e=19}}	align{{=}}center|α	align{{=}}center|3.137
|_row_count	96Zr	96	40	56	{{val|8.961359}}	{{val|7.384|e=26}}	{{val|2.34|e=19}}	align{{=}}center|β−β−	align{{=}}center|3.348
|_row_count	150Nd	150	60	90	{{val|8.562594}}	{{val|2.935|e=26}}	{{val|9.3|e=18}}	align{{=}}center|β−β−	align{{=}}center|3.367
|_row_count	100Mo	100	42	58	{{val|8.933167}}	{{val|2.231|e=26}}	{{val|7.07|e=18}}	align{{=}}center|β−β−	align{{=}}center|3.035
|_row_count	151Eu	151	63	88	{{val|8.565759}}	{{val|1.458|e=26}}	{{val|4.62|e=18}}	align{{=}}center|α	align{{=}}center|1.964
|_row_count	180W	180	74	106	{{val|8.347127}}	{{val|5.018|e=25}}	{{val|1.59|e=18}}{{cite journal |last1=Münster |first1=A. |last2=Sivers |first2=M. v. |last3=Angloher |first3=G. |last4=Bento |first4=A. |last5=Bucci |first5=C. |last6=Canonica |first6=L. |last7=Erb |first7=A. |last8=Feilitzsch |first8=F. v. |last9=Gorla |first9=P. |last10=Gütlein |first10=A. |last11=Hauff |first11=D. |last12=Jochum |first12=J. |last13=Kraus |first13=H. |last14=Lanfranchi |first14=J. -C. |last15=Laubenstein |first15=M. |last16=Loebell |first16=J. |last17=Ortigoza |first17=Y. |last18=Petricca |first18=F. |last19=Potzel |first19=W. |last20=Pröbst |first20=F. |last21=Puimedon |first21=J. |last22=Reindl |first22=F. |last23=Roth |first23=S. |last24=Rottler |first24=K. |last25=Sailer |first25=C. |last26=Schäffner |first26=K. |last27=Schieck |first27=J. |last28=Scholl |first28=S. |last29=Schönert |first29=S. |last30=Seidel |first30=W. |last31=Stodolsky |first31=L. |last32=Strandhagen |first32=C. |last33=Strauss |first33=R. |last34=Tanzke |first34=A. |last35=Uffinger |first35=M. |last36=Ulrich |first36=A. |last37=Usherov |first37=I. |last38=Wawoczny |first38=S. |last39=Willers |first39=M. |last40=Wüstrich |first40=M. |last41=Zöller |first41=A. |title=Radiopurity of CaWO4 crystals for direct dark matter search with CRESST and EURECA |date=May 2014 |journal=Journal of Cosmology and Astroparticle Physics |issue=5 |page=018 |id=018 |doi=10.1088/1475-7516/2014/05/018 |bibcode=2014JCAP...05..018M |arxiv=1403.5114}}	align{{=}}center|α	align{{=}}center|2.509
|_row_count	50V	50	23	27	{{val|9.055759}}	{{val|8.552|e=24}}	{{val|2.71|e=17}}	align{{=}}center|β+ Also theoretically capable of β− decay	align{{=}}center|2.205
|_row_count	174Hf	174	72	102	{{val|8.392287}}	{{val|1.199|e=24}}	{{val|3.8|e=16}}{{cite journal |last1=Belli |first1=P. |last2=Bernabei |first2=R. |last3=Cappella |first3=F. |last4=Caracciolo |first4=V. |last5=Cerulli |first5=R. |last6=Incicchitti |first6=A. |last7=Laubenstein |first7=M. |last8=Leoncini |first8=A. |last9=Merlo |first9=V. |last10=Nagorny |first10=S.S. |last11=Nahorna |first11=V.V. |last12=Nisi |first12=S. |last13=Wang |first13=P. |title=A new measurement of 174Hf alpha decay |journal=Nuclear Physics A |date=January 2025 |volume=1053 |pages=122976 |doi=10.1016/j.nuclphysa.2024.122976}}	align{{=}}center|α	align{{=}}center|2.497
|_row_count	113Cd	113	48	65	{{val|8.859372}}	{{val|2.537|e=23}}	{{val|8.04|e=15}}	align{{=}}center|β−	align{{=}}center|0.321
|_row_count	148Sm	148	62	86	{{val|8.607423}}	{{val|1.988|e=23}}	{{val|6.3|e=15}}	align{{=}}center|α	align{{=}}center|1.986
|_row_count	144Nd	144	60	84	{{val|8.652947}}	{{val|7.227|e=22}}	{{val|2.29|e=15}}	align{{=}}center|α	align{{=}}center|1.905
|_row_count	186Os	186	76	110	{{val|8.302508}}	{{val|6.312|e=22}}	{{val|2.0|e=15}}	align{{=}}center|α	align{{=}}center|2.823
|_row_count	115In	115	49	66	{{val|8.849910}}	{{val|1.392|e=22}}	{{val|4.41|e=14}}	align{{=}}center|β−	align{{=}}center|0.499
|_row_count	152Gd	152	64	88	{{val|8.562868}}	{{val|3.408|e=21}}	{{val|1.08|e=14}}	align{{=}}center|α	align{{=}}center|2.203
|_row_count	184Os	184	76	108	{{val|8.311850}}	{{val|3.53|e=20}}	{{val|1.12|e=13}}	align{{=}}center|α	align{{=}}center|2.963
|_row_count	190Pt	190	78	112	{{val|8.267764}}	{{val|1.524|e=19}}	{{val|4.83|e=11}}	align{{=}}center|α	align{{=}}center|3.252
|_row_count	147Sm	147	62	85	{{val|8.610593}}	{{val|3.364|e=18}}	{{val|1.066|e=11}}	align{{=}}center|α	align{{=}}center|2.310
|_row_count	138La	138	57	81	{{val|8.698320}}	{{val|3.250|e=18}}	{{val|1.03|e=11}}	align{{=}}center|β+ (65), β− (35)	align{{=}}center|1.737, 1.044
|_row_count	87Rb	87	37	50	{{val|9.043718}}	{{val|1.568|e=18}}	{{val|4.97|e=10}}	align{{=}}center|β−	align{{=}}center|0.283
|_row_count	187Re	187	75	112	{{val|8.291732}}	{{val|1.300|e=18}}	{{val|4.12|e=10}}	align{{=}}center|β−	align{{=}}center|0.0026
|_row_count	176Lu	176	71	105	{{val|8.374665}}	{{val|1.187|e=18}}	{{val|3.764|e=10}}	align{{=}}center|β−{{refn|group=n|Theoretically capable of electron capture{{cite journal |last1=Nozzoli |first1=Francesco |last2=Ghezzer |first2=Luigi Ernesto |last3=Nicolaidis |first3=Riccardo |last4=Iuppa |first4=Roberto |last5=Zuccon |first5=Paolo |title= Investigation of Electron Capture in 176Lu with a LYSO crystal scintillator |journal=EPJ Web of Conf. |collaboration=European Nuclear Physics Conference (EuNPC 2022) |date=8 December 2023 |volume=290 |number=1002 |page=01002 |doi=10.1051/epjconf/202329001002 |arxiv=2211.15203|bibcode=2023EPJWC.29001002N }}}}	align{{=}}center|1.193
|_row_count	232Th	232	90	142	{{val|7.918533}}	{{val|4.434|e=17}}	{{val|1.406|e=10}}	align{{=}}center|α, SF	align{{=}}center|4.083
|_row_count	238U	238	92	146	{{val|7.872551}}	{{val|1.410|e=17}}	{{val|4.471|e=9}}	align{{=}}center|α, SF, β−β−	align{{=}}center|4.270, 1.145
|_row_count	40K	40	19	21	{{val|8.909707}}	{{val|3.938|e=16}}	{{val|1.25|e=9}}	align{{=}}center|β− (89), β+ (11)	align{{=}}center|1.311, 1.505
|_row_count	235U	235	92	143	{{val|7.897198}}	{{val|2.222|e=16}}	{{val|7.04|e=8}}	align{{=}}center|α, SF	align{{=}}center|4.679

}}

{{reflist|group=n}}

Ordered by half-life. Some of these are known to have been present in the early Solar System (marked "ESS", meaning the first few million years of the Solar System's history) from an excess of their decay products.{{cite journal |last1=Davis |first1=Andrew M. |date=2022 |title=Short-Lived Nuclides in the Early Solar System: Abundances, Origins, and Applications |journal=Annual Review of Nuclear and Particle Science |volume=72 |issue= |pages=339–363 |doi=10.1146/annurev-nucl-010722-074615 |doi-access=free |bibcode=2022ARNPS..72..339D }}

{{Row numbers|index=287|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! Z !! N !! Energy !! Half-life (seconds) !! Half-life (years){{efn|name=tropical}} !! Decay mode !! Notes
|_row_count	146Sm	62	84	{{val|8.626136}}	{{val|2.903|e=15}}	{{val|9.20|e=7}}	align{{=}}center|α	align{{=}}center| ESS
|_row_count	244Pu	94	150	{{val|7.826221}}	{{val|2.566|e=15}}	{{val|8.13|e=7}}	align{{=}}center|α, SF (0.12)	align{{=}}center|interstellar,{{cite journal|last1=Wallner|first1=A.|last2=Faestermann|first2=T.|last3=Feige|first3=J.|last4=Feldstein|first4=C.|last5=Knie|first5=K.|last6=Korschinek|first6=G.|last7=Kutschera|first7=W.|last8=Ofan|first8=A.|last9=Paul|first9=M.|last10=Quinto|first10=F.|last11=Rugel|first11=G.|last12=Steier|first12=P.|title=Abundance of live 244Pu in deep-sea reservoirs on Earth points to rarity of actinide nucleosynthesis|journal=Nature Communications|volume=6|year=2015|pages=5956|issn=2041-1723|doi=10.1038/ncomms6956|pmid=25601158|pmc=4309418|arxiv=1509.08054|bibcode=2015NatCo...6.5956W}} ESS
|_row_count	92Nb	41	51	{{val|9.010980}}	{{val|1.095|e=15}}	{{val|3.47|e=7}}	align{{=}}center| β+	align{{=}}center|CG,{{cite journal|last1=Clayton|first1=Donald D.|last2=Morgan|first2=John A.|date=1977|journal=Nature|volume=266|issue=5604|pages=712–713|title=Muon production of 92,94Nb in the Earth's crust|doi=10.1038/266712a0|s2cid=4292459}} ESS
|_row_count	236U	92	144	{{val|7.891470}}	{{val|7.391|e=14}}	{{val|2.34|e=7}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	205Pb	82	123	{{val|8.187279}}	{{val|5.459|e=14}}	{{val|1.73|e=7}}	align{{=}}center|β+	align{{=}}center|ESS
|_row_count	129I	53	76	{{val|8.757397}}	{{val|5.093|e=14}}	{{val|1.614|e=7}}	align{{=}}center|β−	align{{=}}center|CG, FP, ESS
|_row_count	247Cm	96	151	{{val|7.806008}}	{{val|4.923|e=14}}	{{val|1.56|e=7}}	align{{=}}center|α	align{{=}}center|ESS
|_row_count	182Hf	72	110	{{val|8.324399}}	{{val|2.809|e=14}}	{{val|8.90|e=6}}	align{{=}}center|β−	align{{=}}center|ESS
|_row_count	107Pd	46	61	{{val|8.897197}}	{{val|2.051|e=14}}	{{val|6.50|e=6}}	align{{=}}center|β−	align{{=}}center|FP, ESS
|_row_count	97Tc	43	54	{{val|8.970503}}	{{val|1.329|e=14}}	{{val|4.21|e=6}}	align{{=}}center|β+
|_row_count	98Tc	43	55	{{val|8.953246}}	{{val|1.325|e=14}}	{{val|4.20|e=6}}	align{{=}}center|β−
|_row_count	53Mn	25	28	{{val|9.103175}}	{{val|1.180|e=14}}	{{val|3.74|e=6}}	align{{=}}center|β+	align{{=}}center|CG, ESS
|_row_count	210mBi	83	127	{{val|8.140473}}	{{val|9.594|e=13}}	{{val|3.04|e=6}}	align{{=}}center|α
|_row_count	60Fe	26	34	{{val|9.094861}}	{{val|8.268|e=13}}	{{val|2.62|e=6}}	align{{=}}center|β−	align{{=}}center|CG,[https://www.lpi.usra.edu/meetings/metsoc2007/pdf/5281.pdf Cosmogenic Iron-60 In Iron Meteorites: Measurements By Low-Level Counting.] interstellar,[https://www.hzdr.de/publications/Publ-25521 Interstellar 60Fe detected on Earth - but where is the r-process nuclide 244Pu?] ESS
|_row_count	237Np	93	144	{{val|7.881989}}	{{val|6.766|e=13}}	{{val|2.14|e=6}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	150Gd	64	86	{{val|8.576454}}	{{val|5.649|e=13}}	{{val|1.79|e=6}}	align{{=}}center|α
|_row_count	93Zr	40	53	{{val|9.008069}}	{{val|4.828|e=13}}	{{val|1.53|e=6}}	align{{=}}center|β−	align{{=}}center|FP
|_row_count	154Dy	66	88	{{val|8.528457}}	{{val|4.415|e=13}}	{{val|1.40|e=6}}{{cite journal | last1=Chiera | first1=Nadine Mariel | last2=Dressler | first2=Rugard | last3=Sprung | first3=Peter | last4=Talip | first4=Zeynep | last5=Schumann | first5=Dorothea | title=High precision half-life measurement of the extinct radio-lanthanide Dysprosium-154 | journal=Scientific Reports | publisher=Springer Science and Business Media LLC | volume=12 | issue=1 | date=2022-05-28 | page=8988 | issn=2045-2322 | doi=10.1038/s41598-022-12684-6| doi-access=free | pmid=35643721 | pmc=9148308 | bibcode=2022NatSR..12.8988C }}	align{{=}}center|α
|_row_count	10Be	4	6	{{val|6.810657}}	{{val|4.377|e=13}}	{{val|1.387|e=6}}	align{{=}}center|β−	align{{=}}center|CG, ESS
|_row_count	135Cs	55	80	{{val|8.720082}}	{{val|4.194|e=13}}	{{val|1.33|e=6}}	align{{=}}center|β−	align{{=}}center|FP
|_row_count	26Al	13	13	{{val|8.540954}}	{{val|2.263|e=13}}	{{val|717000}}	align{{=}}center|β+	align{{=}}center|CG, ESS
|_row_count	242Pu	94	148	{{val|7.845218}}	{{val|1.183|e=13}}	{{val|375000}}	align{{=}}center|α, SF
|_row_count	208Bi	83	125	{{val|8.162049}}	{{val|1.161|e=13}}	{{val|368000}}	align{{=}}center|β+
|_row_count	248Cm	96	152	{{val|7.799586}}	{{val|1.098|e=13}}	{{val|348000}}	align{{=}}center|α (92), SF (8.4)
|_row_count	36Cl	17	19	{{val|8.891380}}	{{val|9.499|e=12}}	{{val|301000}}	align{{=}}center|β− (98), β+ (1.9)	align{{=}}center|CG, IM
|_row_count	79Se	34	45	{{val|9.032310}}	{{val|9.309|e=12}}	{{val|295000}}	align{{=}}center|β−	align{{=}}center|FP
|_row_count	234U	92	142	{{val|7.908308}}	{{val|7.747|e=12}}	{{val|245500}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	126Sn	50	76	{{val|8.754026}}	{{val|7.258|e=12}}	{{val|230000}}	align{{=}}center|β−	align{{=}}center|FP
|_row_count	81Kr	36	45	{{val|9.030513}}	{{val|7.227|e=12}}	{{val|229000}}	align{{=}}center|β+	align{{=}}center|CG
|_row_count	99Tc	43	56	{{val|8.953379}}	{{val|6.662|e=12}}	{{val|211100}}	align{{=}}center|β−	align{{=}}center|FP
|_row_count	186mRe	75	111	{{val|8.295958}}	{{val|6.312|e=12}}	{{val|200000}}	align{{=}}center|IT
|_row_count	233U	92	141	{{val|7.912873}}	{{val|5.024|e=12}}	{{val|159200}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	236Np	93	143	{{val|7.887514}}	{{val|4.860|e=12}}	{{val|154000}}	align{{=}}center|β+ (86), β− (14), α (0.16)
|_row_count	41Ca	20	21	{{val|8.928347}}	{{val|3.219|e=12}}	{{val|102000}}	align{{=}}center|β+	align{{=}}center|CG, ESS
|_row_count	59Ni	28	31	{{val|9.107863}}	{{val|2.398|e=12}}	{{val|76000}}	align{{=}}center|β+
|_row_count	230Th	90	140	{{val|7.937136}}	{{val|2.379|e=12}}	{{val|75400}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	137La	57	80	{{val|8.707101}}	{{val|1.893|e=12}}	{{val|60000}}	align{{=}}center|β+
|_row_count	202Pb	82	120	{{val|8.199714}}	{{val|1.657|e=12}}	{{val|52500}}	align{{=}}center|β+
|_row_count	231Pa	91	140	{{val|7.926627}}	{{val|1.034|e=12}}	{{val|32770}}	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	239Pu	94	145	{{val|7.868022}}	{{val|7.609|e=11}}	{{val|24110}}	align{{=}}center|α, SF	align{{=}}center|IM, DP
|_row_count	94Nb	41	53	{{val|8.990099}}	{{val|6.406|e=11}}	{{val|20300}}	align{{=}}center|β−	align{{=}}center|CG

}}

Ordered by half-life.

{{Row numbers|index=328|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! Z !! N !! Energy !! Half-life (seconds) !! Half-life (years){{efn|name=tropical}} !! Decay mode !! Notes
|_row_count	250Cm	96	154	{{val|7.779371}}	{{val|2.619|e=11}}	8300	align{{=}}center|SF, α, β−
|_row_count	245Cm	96	149	{{val|7.822329}}	{{val|2.60|e=11}}	8250	align{{=}}center|α, SF
|_row_count	243Am	95	148	{{val|7.836035}}	{{val|2.326|e=11}}	7371	align{{=}}center|α, SF
|_row_count	229Th	90	139	{{val|7.942127}}	{{val|2.316|e=11}}	7339	align{{=}}center|α	align{{=}}center|DP
|_row_count	240Pu	94	146	{{val|7.862465}}	{{val|2.070|e=11}}	6560	align{{=}}center|α, SF	align{{=}}center|DP
|_row_count	14C	6	8	{{val|7.855620}}	{{val|1.799|e=11}}	5700	align{{=}}center|β−	align{{=}}center|CG, IM
|_row_count	93Mo	42	51	{{val|9.004693}}	{{val|1.53|e=11}}	4839{{cite journal | last1=Kajan | first1=I. | last2=Heinitz | first2=S. | last3=Kossert | first3=K. | last4=Sprung | first4=P. | last5=Dressler | first5=R. | last6=Schumann | first6=D. | title=First direct determination of the 93Mo half-life | journal=Scientific Reports | volume=11 | issue=1 | date=2021-10-05 | page=19788 | issn=2045-2322 | pmid=34611245 | pmc=8492754 | doi=10.1038/s41598-021-99253-5| bibcode=2021NatSR..1119788K }}	align{{=}}center|β+
|_row_count	246Cm	96	150	{{val|7.816781}}	{{val|1.502|e=11}}	4760	align{{=}}center|α, SF
|_row_count	163Ho	67	96	{{val|8.478591}}	{{val|1.442|e=11}}	4570	align{{=}}center|β+
|_row_count	226Ra	88	138	{{val|7.966597}}	{{val|5.049|e=10}}	1600	align{{=}}center|α	align{{=}}center|DP
|_row_count	247Bk	97	150	{{val|7.806182}}	{{val|4.355|e=10}}	1380	align{{=}}center|α, SF
|_row_count	166mHo	67	99	{{val|8.451273}}	{{val|3.574|e=10}}	1133	align{{=}}center|β−
|_row_count	251Cf	98	153	{{val|7.775969}}	{{val|2.834|e=10}}	898	align{{=}}center|α, SF
|_row_count	91Nb	41	50	{{val|9.023327}}	{{val|2.146|e=10}}	680	align{{=}}center|β+
|_row_count	194Hg	80	114	{{val|8.237271}}	{{val|1.401|e=10}}	444	align{{=}}center|β+
|_row_count	108mAg	47	61	{{val|8.881439}}	{{val|1.382|e=10}}	437.9	align{{=}}center|β+ (91), IT (8.7)
|_row_count	241Am	95	146	{{val|7.851676}}	{{val|1.364|e=10}}	432.2	align{{=}}center|α, SF	align{{=}}center|IM
|_row_count	249Cf	98	151	{{val|7.791305}}	{{val|1.108|e=10}}	351.1	align{{=}}center|α, SF
|_row_count	39Ar	18	21	{{val|8.923686}}	{{val|8.489|e=9}}	269	align{{=}}center|β−	align{{=}}center|CG
|_row_count	192mIr	77	115	{{val|8.251875}}	{{val|7.605|e=9}}	241	align{{=}}center|IT
|_row_count	158Tb	65	93	{{val|8.511055}}	{{val|5.680|e=9}}	180	align{{=}}center|β+ (83), β− (17)
|_row_count	242mAm	95	147	{{val|7.841913}}	{{val|4.450|e=9}}	141	align{{=}}center|IT, α (0.46), SF
|_row_count	32Si	14	18	{{val|8.823856}}	{{val|4.166|e=9}}	132	align{{=}}center|β−	align{{=}}center|CG
|_row_count	209Po	84	125	{{val|8.149633}}	{{val|3.913|e=9}}	124	align{{=}}center|α, β+ (0.45)
|_row_count	63Ni	28	35	{{val|9.111210}}	{{val|3.159|e=9}}	101	align{{=}}center|β−	align{{=}}center|IM
|_row_count	151Sm	62	89	{{val|8.565251}}	{{val|2.840|e=9}}	90.0	align{{=}}center|β−	align{{=}}center|FP
|_row_count	238Pu	94	144	{{val|7.877358}}	{{val|2.768|e=9}}	87.7	align{{=}}center|α, SF	align{{=}}center|DP, IM
|_row_count	148Gd	64	84	{{val|8.586706}}	{{val|2.74|e=9}}	86.9{{cite journal | last1=Chiera | first1=Nadine M. | last2=Dressler | first2=Rugard | last3=Sprung | first3=Peter | last4=Talip | first4=Zeynep | last5=Schumann | first5=Dorothea | title=Determination of the half-life of gadolinium-148 | journal=Applied Radiation and Isotopes | publisher=Elsevier BV | volume=194 | year=2023 | issn=0969-8043 | doi=10.1016/j.apradiso.2023.110708 | page=110708| doi-access=free | pmid=36731388 | bibcode=2023AppRI.19410708C }}	align{{=}}center|α
|_row_count	157Tb	65	92	{{val|8.522096}}	{{val|2.241|e=9}}	71.0	align{{=}}center|β+
|_row_count	232U	92	140	{{val|7.922143}}	{{val|2.174|e=9}}	68.9	align{{=}}center|α, SF	align{{=}}center|
|_row_count	44Ti	22	22	{{val|8.924702}}	{{val|1.893|e=9}}	59.1	align{{=}}center|β+
|_row_count	193Pt	78	115	{{val|8.249965}}	{{val|1.578|e=9}}	50.0	align{{=}}center|β+
|_row_count	121mSn	50	71	{{val|8.808499}}	{{val|1.385|e=9}}	43.89	align{{=}}center|IT (78), β− (22)	align{{=}}center|FP
|_row_count	150Eu	63	87	{{val|8.569974}}	{{val|1.164|e=9}}	36.89	align{{=}}center|β+
|_row_count	42Ar	18	24	{{val|8.890923}}	{{val|1.038|e=9}}	32.9	align{{=}}center|β−
|_row_count	207Bi	83	124	{{val|8.168209}}	{{val|1.038|e=9}}	31.6	align{{=}}center|β+
|_row_count	178m2Hf	72	106		{{val|9.776|e=8}}	31	align{{=}}center|IT
|_row_count	137Cs	55	82	{{val|8.703047}}	{{val|9.477|e=8}}	30.1	align{{=}}center|β−	align{{=}}center|FP, IM
|_row_count	243Cm	96	147	{{val|7.836004}}	{{val|9.183|e=8}}	29.1	align{{=}}center|α, β+ (0.3), SF
|_row_count	90Sr	38	52	{{val|9.026239}}	{{val|9.120|e=8}}	28.9	align{{=}}center|β−	align{{=}}center|FP, IM
|_row_count	210Pb	82	128	{{val|8.141462}}	{{val|7.006|e=8}}	22.2	align{{=}}center|β−, α	align{{=}}center|DP, IM
|_row_count	227Ac	89	138	{{val|7.957447}}	{{val|6.871|e=8}}	21.77	align{{=}}center|β− (99), α (1.4)	align{{=}}center|DP
|_row_count	244Cm	96	148	{{val|7.831763}}	{{val|5.712|e=8}}	18.1	align{{=}}center|α, SF
|_row_count	145Pm	61	84	{{val|8.631838}}	{{val|5.586|e=8}}	17.7	align{{=}}center|β+, α
|_row_count	93mNb	41	52		{{val|5.084|e=8}}	16.1	align{{=}}center|IT	align{{=}}center|FP
|_row_count	241Pu	94	147	{{val|7.851590}}	{{val|4.510|e=8}}	14.3	align{{=}}center|β−, α, SF
|_row_count	113mCd	48	65		{{val|4.380|e=8}}	13.9	align{{=}}center|β−, IT (0.10)	align{{=}}center|FP
|_row_count	152Eu	63	89	{{val|8.550897}}	{{val|4.262|e=8}}	13.52	align{{=}}center|β+ (72), β− (28)
|_row_count	250Cf	98	152	{{val|7.786640}}	{{val|4.128|e=8}}	13.08	align{{=}}center|α, SF (0.08)
|_row_count	3H	1	2	{{val|3.087994}}	{{val|3.888|e=8}}	12.32	align{{=}}center|β−	align{{=}}center|CG, IM
|_row_count	85Kr	36	49	{{val|9.029919}}	{{val|3.385|e=8}}	10.73	align{{=}}center|β−	align{{=}}center|FP, IM
|_row_count	133Ba	56	77	{{val|8.729624}}	{{val|3.319|e=8}}	10.52	align{{=}}center|β+

}}

No decay has been observed, but not primordial so does not qualify as "observationally stable".

class="wikitable" ! No. !! Nuclide !! Z !! N !! Energy (MeV) !! Half-life (seconds) !! Half-life (years){{efn|name=tropical}} !! Decay modes !! Notes
|380	248Bk	97	151	{{val|7.796811}}	> {{val|2.84|e=8}}	> 9 y	align=center|α, β−, β+

Ordered by half-life.

{{Row numbers|index=381|

class{{=}}"wikitable sortable" data-sort-type{{=}}"number" ! No. !! Nuclide !! Z !! N !! Energy !! Half-life (seconds) !! Half-life {{efn|name=tropical}} !! Decay mode !! Notes
|_row_count	154Eu	63	91	{{val|8.537200}}	{{val|2.711|e=8}}	8.60 y	align{{=}}center|β−, β+	align{{=}}center|FP
|_row_count	194Os	76	118	{{val|8.238508}}	{{val|1.893|e=8}}	6.0 y	align{{=}}center|β−
|_row_count	228Ra	88	140	{{val|7.944390}}	{{val|1.815|e=8}}	5.75 y	align{{=}}center|β−	align{{=}}center|DP
|_row_count	146Pm	61	85	{{val|8.615574}}	{{val|1.745|e=8}}	5.53 y	align{{=}}center|β+ (66), β− (34)
|_row_count	60Co	27	33	{{val|9.098811}}	{{val|1.663|e=8}}	5.27 y	align{{=}}center|β−	align{{=}}center|IM
|_row_count	155Eu	63	92	{{val|8.534711}}	{{val|1.500|e=8}}	4.75 y	align{{=}}center|β−	align{{=}}center|FP
|_row_count	101Rh	45	56	{{val|8.936753}}	{{val|1.284|e=8}}	4.07 y	align{{=}}center|β+
|_row_count	204Tl	81	123	{{val|8.190671}}	{{val|1.193|e=8}}	3.78 y	align{{=}}center|β− (97), β+ (2.9)	align{{=}}center|IM
|_row_count	102mRh	45	57	{{val|8.920680}}	{{val|1.181|e=8}}	3.74 y	align{{=}}center|β+, IT (0.2)
|_row_count	174Lu	71	103	{{val|8.390726}}	{{val|1.045|e=8}}	3.31 y	align{{=}}center|β+
|_row_count	208Po	84	124	{{val|8.155315}}	{{val|9.145|e=7}}	2.898 y	align{{=}}center|α, β+
|_row_count	236Pu	94	142	{{val|7.889536}}	{{val|9.019|e=7}}	2.858 y	align{{=}}center|α, SF
|_row_count	125Sb	51	74	{{val|8.777367}}	{{val|8.705|e=7}}	2.759 y	align{{=}}center|β−	align{{=}}center|FP
|_row_count	55Fe	26	29	{{val|9.116407}}	{{val|8.637|e=7}}	2.737 y	align{{=}}center|β+
|_row_count	252Cf	98	154	{{val|7.769605}}	{{val|8.347|e=7}}	2.645 y	align{{=}}center|α (97), SF (3.1)	align{{=}}center|IM
|_row_count	147Pm	61	86	{{val|8.609068}}	{{val|8.279|e=7}}	2.624 y	align{{=}}center|β−	align{{=}}center|FP
|_row_count	22Na	11	11	{{val|8.306891}}	{{val|8.213|e=7}}	2.603 y	align{{=}}center|β+	align{{=}}center|CG
|_row_count	134Cs	55	79	{{val|8.719768}}	{{val|6.517|e=7}}	2.065 y	align{{=}}center|β−, β+	align{{=}}center|FP
|_row_count	171Tm	69	102	{{val|8.417620}}	{{val|6.059|e=7}}	1.92 y	align{{=}}center|β−
|_row_count	228Th	90	138	{{val|7.953906}}	{{val|6.033|e=7}}	1.912 y	align{{=}}center|α	align{{=}}center|DP
|_row_count	172Hf	72	100	{{val|8.399252}}	{{val|5.901|e=7}}	1.87 y	align{{=}}center|β+
|_row_count	179Ta	73	106	{{val|8.352703}}	{{val|5.743|e=7}}	1.82 y	align{{=}}center|β+
|_row_count	173Lu	71	102	{{val|8.400147}}	{{val|4.323|e=7}}	1.37 y	align{{=}}center|β+
|_row_count	252Es	99	153	{{val|7.764621}}	{{val|4.075|e=7}}	1.291 y	align{{=}}center|α (78), β+ (22)
|_row_count	109Cd	48	61	{{val|8.883327}}	{{val|3.986|e=7}}	1.263 y	align{{=}}center|β+
|_row_count	235Np	93	142	{{val|7.896669}}	{{val|3.422|e=7}}	1.084 y	align{{=}}center|β+, α
|_row_count	106Ru	44	62	{{val|8.885686}}	{{val|3.228|e=7}}	1.023 y	align{{=}}center|β−	align{{=}}center|FP
|_row_count	144Pm	61	83	{{val|8.636751}}	{{val|3.136|e=7}}	363 d	align{{=}}center|β+
|_row_count	145Sm	62	83	{{val|8.627590}}	{{val|2.938|e=7}}	340 d	align{{=}}center| β+
|_row_count	248Cf	98	150	{{val|7.800198}}	{{val|2.881|e=7}}	333.4 d	align{{=}}center| α, SF
|_row_count	249Bk	97	152	{{val|7.790805}}	{{val|2.851|e=7}}	330 d	align{{=}}center|β−, α, SF
|_row_count	49V	23	26	{{val|9.050040}}	{{val|2.843|e=7}}	329.1 d	align{{=}}center| β+
|_row_count	54Mn	25	29	{{val|9.100131}}	{{val|2.697|e=7}}	312.2 d	align{{=}}center|β+, β−	align{{=}}center|IM
|_row_count	119mSn	50	69		{{val|2.534|e=7}}	293.1 d	align{{=}}center| IT	align{{=}}center|FP
|_row_count	144Ce	58	86	{{val|8.629918}}	{{val|2.462|e=7}}	285 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	254Es	99	155	{{val|7.748524}}	{{val|2.382|e=7}}	275.7 d	align{{=}}center|α, β−, SF
|_row_count	57Co	27	30	{{val|9.112454}}	{{val|2.348|e=7}}	271.8 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	68Ge	32	36	{{val|9.056327}}	{{val|2.341|e=7}}	271 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	143Pm	61	82	{{val|8.651509}}	{{val|2.290|e=7}}	265 d	align{{=}}center| β+
|_row_count	110m2Ag	47	63	{{val|8.865355}}	{{val|2.158|e=7}}	249.8 d	align{{=}}center| β− (99), IT (1.3)
|_row_count	65Zn	30	35	{{val|9.085352}}	{{val|2.105|e=7}}	243.6 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	153Gd	64	89	{{val|8.547731}}	{{val|2.077|e=7}}	240.4 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	102Rh	45	57		{{val|1.788|e=7}}	207 d	align{{=}}center| β+ (78), β− (22)
|_row_count	195Au	79	116	{{val|8.238353}}	{{val|1.608|e=7}}	186.1 d	align{{=}}center| β+
|_row_count	184mRe	75	109	{{val|8.310670}}	{{val|1.531|e=7}}	177.2 d	align{{=}}center| IT (75), β+ (25)
|_row_count	194mIr	77	117	{{val|8.238025}}	{{val|1.477|e=7}}	170.9 d	align{{=}}center| β−
|_row_count	242Cm	96	146	{{val|7.844860}}	{{val|1.407|e=7}}	162.8 d	align{{=}}center| α, SF
|_row_count	45Ca	20	25	{{val|8.978261}}	{{val|1.405|e=7}}	162.6 d	align{{=}}center| β−
|_row_count	177m3Lu	71	106	{{val|8.361829}}	{{val|1.386|e=7}}	160.4 d	align{{=}}center| β− (77), IT (23)
|_row_count	121mTe	52	69	{{val|8.800749}}	{{val|1.331|e=7}}	154.1 d	align{{=}}center| IT (89), β+ (11)
|_row_count	159Dy	66	93	{{val|8.506378}}	{{val|1.248|e=7}}	144.4 d	align{{=}}center| β+
|_row_count	174mLu	71	103		{{val|1.227|e=7}}	142 d	align{{=}}center| IT (99), ε (0.6)
|_row_count	210Po	84	126	{{val|8.147295}}	{{val|1.196|e=7}}	138.4 d	align{{=}}center| α	align{{=}}center|DP
|_row_count	139Ce	58	81	{{val|8.696881}}	{{val|1.189|e=7}}	137.6 d	align{{=}}center| β+
|_row_count	123Sn	50	73	{{val|8.785311}}	{{val|1.116|e=7}}	129.2 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	170Tm	69	101	{{val|8.423096}}	{{val|1.111|e=7}}	128.6 d	align{{=}}center|β−, β+ (0.13)
|_row_count	151Gd	64	87	{{val|8.562685}}	{{val|1.071|e=7}}	124 d	align{{=}}center|β+, α
|_row_count	181W	74	107	{{val|8.337924}}	{{val|1.047|e=7}}	121.2 d	align{{=}}center| β+
|_row_count	75Se	34	41	{{val|9.033581}}	{{val|1.035|e=7}}	119.8 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	123mTe	52	71		{{val|1.03|e=7}}	119.2 d	align{{=}}center| IT
|_row_count	113Sn	50	63	{{val|8.853035}}	{{val|9.944|e=6}}	115.1 d	align{{=}}center| β+
|_row_count	182Ta	73	109	{{val|8.326456}}	{{val|9.887|e=6}}	114.4 d	align{{=}}center| β−
|_row_count	127mTe	52	75	{{val|8.765759}}	{{val|9.418|e=6}}	109 d	align{{=}}center| IT (98), β− (2.1)	align{{=}}center|FP
|_row_count	88Y	39	49	{{val|9.029272}}	{{val|9.212|e=6}}	106.6 d	align{{=}}center| β+
|_row_count	257Fm	100	157	{{val|7.726619}}	{{val|8.683|e=6}}	100.5 d	align{{=}}center| α, SF (0.2)
|_row_count	185Os	76	109	{{val|8.302730}}	{{val|8.087|e=6}}	93.6 d	align{{=}}center| β+
|_row_count	168Tm	69	99	{{val|8.436316}}	{{val|8.044|e=6}}	93.1 d	align{{=}}center|β+, β−
|_row_count	149Eu	63	86	{{val|8.584395}}	{{val|8.044|e=6}}	93.1 d	align{{=}}center| β+
|_row_count	97mTc	43	54		{{val|7.862|e=6}}	91 d	align{{=}}center| IT (96), ε (3.9)
|_row_count	35S	16	19	{{val|8.895510}}	{{val|7.561|e=6}}	87.51 d	align{{=}}center| β−	align{{=}}center|CG
|_row_count	83Rb	37	46	{{val|9.024038}}	{{val|7.448|e=6}}	86.2 d	align{{=}}center| β+
|_row_count	46Sc	21	25	{{val|8.979091}}	{{val|7.239|e=6}}	83.78 d	align{{=}}center| β−
|_row_count	88Zr	40	48	{{val|9.021589}}	{{val|7.206|e=6}}	83.4 d	align{{=}}center| β+
|_row_count	73As	33	40	{{val|9.043341}}	{{val|6.938|e=6}}	80.3 d	align{{=}}center| β+
|_row_count	56Co	27	29	{{val|9.072031}}	{{val|6.673|e=6}}	77.23 d	align{{=}}center| β+
|_row_count	185W	74	111	{{val|8.305866}}	{{val|6.489|e=6}}	75.1 d	align{{=}}center| β−
|_row_count	192Ir	77	115		{{val|6.379|e=6}}	73.827 d	align{{=}}center| β− (95), ε (4.8)	align{{=}}center|IM
|_row_count	160Tb	65	95	{{val|8.495346}}	{{val|6.247|e=6}}	72.3 d	align{{=}}center| β−
|_row_count	58Co	27	31	{{val|9.103153}}	{{val|6.122|e=6}}	70.86 d	align{{=}}center| β+
|_row_count	183Re	75	108	{{val|8.321661}}	{{val|6.048|e=6}}	70 d	align{{=}}center| β+
|_row_count	175Hf	72	103	{{val|8.382665}}	{{val|6.048|e=6}}	70 d	align{{=}}center| β+
|_row_count	188W	74	114	{{val|8.277003}}	{{val|6.029|e=6}}	69.78 d	align{{=}}center| β−
|_row_count	85Sr	38	47	{{val|9.025480}}	{{val|5.602|e=6}}	64.84 d	align{{=}}center| β+
|_row_count	95Zr	40	55	{{val|8.972989}}	{{val|5.532|e=6}}	64.03 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	95mTc	43	52	{{val|8.976359}}	{{val|5.270|e=6}}	61 d	align{{=}}center| β+ (96), IT (3.9)
|_row_count	91mNb	41	50		{{val|5.258|e=6}}	60.86 d	align{{=}}center| IT (97), ε (3.4)
|_row_count	254Cf	98	156	{{val|7.751087}}	{{val|5.227|e=6}}	60.5 d	align{{=}}center|SF, α (0.3)
|_row_count	124Sb	51	73	{{val|8.777943}}	{{val|5.194|e=6}}	60.12 d	align{{=}}center| β−
|_row_count	125I	53	72	{{val|8.782019}}	{{val|5.132|e=6}}	59.4 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	91Y	39	52	{{val|9.020174}}	{{val|5.055|e=6}}	58.51 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	125mTe	52	73		{{val|4.959|e=6}}	57.4 d	align{{=}}center| IT	align{{=}}center|FP
|_row_count	148Eu	63	85	{{val|8.586882}}	{{val|4.709|e=6}}	54.5 d	align{{=}}center|β+, α
|_row_count	7Be	4	3	{{val|5.818470}}	{{val|4.598|e=6}}	53.22 d	align{{=}}center| β+	align{{=}}center|CG
|_row_count	258Md	101	157	{{val|7.715948}}	{{val|4.450|e=6}}	51.5 d	align{{=}}center| α, SF
|_row_count	89Sr	38	51	{{val|9.039969}}	{{val|4.369|e=6}}	50.57 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	114mIn	49	65	{{val|8.846608}}	{{val|4.278|e=6}}	49.51 d	align{{=}}center| IT (97), β+ (3.2)
|_row_count	146Gd	64	82	{{val|8.592512}}	{{val|4.171|e=6}}	48.28 d	align{{=}}center| β+
|_row_count	203Hg	80	123	{{val|8.195806}}	{{val|4.026|e=6}}	46.6 d	align{{=}}center| β−
|_row_count	237Pu	94	143	{{val|7.881060}}	{{val|3.905|e=6}}	45.2 d	align{{=}}center|β+, α
|_row_count	115mCd	48	67	{{val|8.835754}}	{{val|3.850|e=6}}	44.56 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	59Fe	26	33	{{val|9.099516}}	{{val|3.844|e=6}}	44.49 d	align{{=}}center| β−	align{{=}}center|IM
|_row_count	181Hf	72	109	{{val|8.333272}}	{{val|3.662|e=6}}	42.38 d	align{{=}}center| β−
|_row_count	148mPm	61	87	{{val|8.589800}}	{{val|3.567|e=6}}	41.28 d	align{{=}}center| β− (96), IT (4.2)
|_row_count	105Ag	47	58	{{val|8.900547}}	{{val|3.567|e=6}}	41.28 d	align{{=}}center| β+
|_row_count	255Es	99	156	{{val|7.741567}}	{{val|3.439|e=6}}	39.8 d	align{{=}}center| β− (92), α (8.0), SF
|_row_count	103Ru	44	59	{{val|8.918500}}	{{val|3.392|e=6}}	39.26 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	127Xe	54	73	{{val|8.766768}}	{{val|3.145|e=6}}	36.4 d	align{{=}}center| β+
|_row_count	184Re	75	109		{{val|3.059|e=6}}	35.4 d	align{{=}}center| β+
|_row_count	95Nb	41	54	{{val|8.984821}}	{{val|3.023|e=6}}	34.99 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	37Ar	18	19	{{val|8.907752}}	{{val|3.020|e=6}}	34.95 d	align{{=}}center| β+	align{{=}}center|CG
|_row_count	129mTe	52	77	{{val|8.744953}}	{{val|2.903|e=6}}	33.6 d	align{{=}}center| IT (64), β− (36)	align{{=}}center|FP
|_row_count	84Rb	37	47	{{val|9.020732}}	{{val|2.860|e=6}}	33.1 d	align{{=}}center| β+ (96), β− (3.9)
|_row_count	241Cm	96	145	{{val|7.848492}}	{{val|2.834|e=6}}	32.8 d	align{{=}}center| β+ (99), α (1.0)
|_row_count	141Ce	58	83	{{val|8.677286}}	{{val|2.809|e=6}}	32.51 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	169Yb	70	99	{{val|8.428546}}	{{val|2.767|e=6}}	32.03 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	260Md	101	159	{{val|7.699789}}	{{val|2.748|e=6}}	31.81 d	align{{=}}center| SF
|_row_count	51Cr	24	27	{{val|9.080127}}	{{val|2.393|e=6}}	27.7 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	240Cm	96	144	{{val|7.855805}}	{{val|2.333|e=6}}	27 d	align{{=}}center| α, SF
|_row_count	233Pa	91	142	{{val|7.910426}}	{{val|2.331|e=6}}	26.98 d	align{{=}}center| β−	align{{=}}center|DP
|_row_count	82Sr	38	44	{{val|8.998254}}	{{val|2.208|e=6}}	25.56 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	33P	15	18	{{val|8.869434}}	{{val|2.189|e=6}}	25.34 d	align{{=}}center| β−
|_row_count	179m2Hf	72	107		{{val|2.164|e=6}}	25.05 d	align{{=}}center| IT
|_row_count	234Th	90	144	{{val|7.897763}}	{{val|2.082|e=6}}	24.1 d	align{{=}}center| β−	align{{=}}center|DP
|_row_count	147Eu	63	84	{{val|8.598879}}	{{val|2.082|e=6}}	24.1 d	align{{=}}center|β+, α
|_row_count	178W	74	104	{{val|8.354563}}	{{val|1.866|e=6}}	21.6 d	align{{=}}center| β+
|_row_count	230U	92	138	{{val|7.933871}}	{{val|1.797|e=6}}	20.8 d	align{{=}}center| α
|_row_count	253Es	99	154	{{val|7.759019}}	{{val|1.769|e=6}}	20.5 d	align{{=}}center| α, SF
|_row_count	121Te	52	69		{{val|1.656|e=6}}	19.2 d	align{{=}}center| ε
|_row_count	227Th	90	137	{{val|7.957644}}	{{val|1.614|e=6}}	18.7 d	align{{=}}center| α	align{{=}}center|DP
|_row_count	86Rb	37	49	{{val|9.033502}}	{{val|1.611|e=6}}	18.6 d	align{{=}}center|β−, β+
|_row_count	253Cf	98	155	{{val|7.757885}}	{{val|1.539|e=6}}	17.8 d	align{{=}}center|β−, α (0.3)
|_row_count	74As	33	41	{{val|9.028895}}	{{val|1.535|e=6}}	17.8 d	align{{=}}center| β+ (66), β− (34)
|_row_count	230Pa	91	139	{{val|7.931436}}	{{val|1.503|e=6}}	17.4 d	align{{=}}center| β+ (92), β− (7.8), α
|_row_count	103Pd	46	57	{{val|8.920638}}	{{val|1.468|e=6}}	17.0 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	99Rh	45	54	{{val|8.935711}}	{{val|1.391|e=6}}	16.1 d	align{{=}}center| β+
|_row_count	48V	23	25	{{val|8.997890}}	{{val|1.380|e=6}}	15.97 d	align{{=}}center| β+
|_row_count	191Os	76	115	{{val|8.261870}}	{{val|1.331|e=6}}	15.41 d	align{{=}}center| β−
|_row_count	205Bi	83	122	{{val|8.174069}}	{{val|1.323|e=6}}	15.31 d	align{{=}}center| β+
|_row_count	156Eu	63	93	{{val|8.520642}}	{{val|1.312|e=6}}	15.19 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	225Ra	88	137	{{val|7.973576}}	{{val|1.287|e=6}}	14.9 d	align{{=}}center|β−, α{{cite journal | last1=Liang | first1=C. F. | last2=Paris | first2=P. | last3=Sheline | first3=R. K. | title=α decay of 225Ra | journal=Physical Review C | publisher=American Physical Society (APS) | volume=62 | issue=4 | date=2000-09-19 | page=047303 | issn=0556-2813 | doi=10.1103/physrevc.62.047303| bibcode=2000PhRvC..62d7303L }}	align{{=}}center|DP
|_row_count	32P	15	17	{{val|8.830865}}	{{val|1.232|e=6}}	14.268 d	align{{=}}center| β−	align{{=}}center|CG, IM
|_row_count	117mSn	50	67		{{val|1.21|e=6}}	14 d	align{{=}}center| IT	align{{=}}center|FP
|_row_count	143Pr	59	84	{{val|8.652258}}	{{val|1.172|e=6}}	13.56 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	189Ir	77	112	{{val|8.274783}}	{{val|1.140|e=6}}	13.19 d	align{{=}}center| β+
|_row_count	136Cs	55	81	{{val|8.706171}}	{{val|1.127|e=6}}	13.04 d	align{{=}}center| β−
|_row_count	126I	53	73	{{val|8.769026}}	{{val|1.117|e=6}}	12.93 d	align{{=}}center| β+ (53), β− (47)
|_row_count	140Ba	56	84	{{val|8.666120}}	{{val|1.102|e=6}}	12.75 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	126Sb	51	75	{{val|8.757042}}	{{val|1.067|e=6}}	12.35 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	202Tl	81	121	{{val|8.199956}}	{{val|1.057|e=6}}	12.23 d	align{{=}}center| β+
|_row_count	131mXe	54	77		{{val|1.023|e=6}}	11.84 d	align{{=}}center| IT	align{{=}}center|FP
|_row_count	190Ir	77	113	{{val|8.264755}}	{{val|1.018|e=6}}	11.78 d	align{{=}}center| β+
|_row_count	131Ba	56	75	{{val|8.733037}}	{{val|9.936|e=5}}	11.5 d	align{{=}}center| β+
|_row_count	223Ra	88	135	{{val|7.994042}}	{{val|9.876|e=5}}	11.43 d	align{{=}}center| α	align{{=}}center|DP, IM
|_row_count	71Ge	32	39	{{val|9.055943}}	{{val|9.876|e=5}}	11.43 d	align{{=}}center| β+
|_row_count	147Nd	60	87	{{val|8.602973}}	{{val|9.487|e=5}}	10.98 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	246Pu	94	152	{{val|7.805494}}	{{val|9.366|e=5}}	10.84 d	align{{=}}center| β−
|_row_count	193mIr	77	116		{{val|9.098|e=5}}	10.53 d	align{{=}}center| IT
|_row_count	188Pt	78	110	{{val|8.272514}}	{{val|8.813|e=5}}	10.2 d	align{{=}}center|β+, α
|_row_count	92mNb	41	51		{{val|8.770|e=5}}	10.15 d	align{{=}}center| β+
|_row_count	225Ac	89	136	{{val|7.975159}}	{{val|8.571|e=5}}	9.92 d	align{{=}}center| α	align{{=}}center|DP
|_row_count	131Cs	55	76	{{val|8.743541}}	{{val|8.371|e=5}}	9.69 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	125Sn	50	75	{{val|8.758515}}	{{val|8.329|e=5}}	9.64 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	169Er	68	101	{{val|8.431852}}	{{val|8.115|e=5}}	9.39 d	align{{=}}center| β−	align{{=}}center|IM
|_row_count	149Gd	64	85	{{val|8.575576}}	{{val|8.018|e=5}}	9.28 d	align{{=}}center|β+, α
|_row_count	167Tm	69	98	{{val|8.445866}}	{{val|7.992|e=5}}	9.25 d	align{{=}}center| β+
|_row_count	129mXe	54	75		{{val|7.672|e=5}}	8.88 d	align{{=}}center| IT
|_row_count	206Po	84	122	{{val|8.159590}}	{{val|7.603|e=5}}	8.80 d	align{{=}}center| β+ (95), α (5.4)
|_row_count	72Se	34	38	{{val|9.014300}}	{{val|7.258|e=5}}	8.40 d	align{{=}}center| β+
|_row_count	106mAg	47	59	{{val|8.890639}}	{{val|7.154|e=5}}	8.28 d	align{{=}}center| β+
|_row_count	171Lu	71	100	{{val|8.409532}}	{{val|7.119|e=5}}	8.24 d	align{{=}}center| β+
|_row_count	131I	53	78	{{val|8.738842}}	{{val|6.930|e=5}}	8.02 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	257Es	99	158	{{val|7.723468}}	{{val|6.653|e=5}}	7.7 d	align{{=}}center| β−, SF
|_row_count	111Ag	47	64	{{val|8.866111}}	{{val|6.437|e=5}}	7.45 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	161Tb	65	96	{{val|8.490383}}	{{val|5.967|e=5}}	6.91 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	237U	92	145	{{val|7.879800}}	{{val|5.832|e=5}}	6.75 d	align{{=}}center| β−	align{{=}}center|DP
|_row_count	172Lu	71	101	{{val|8.401217}}	{{val|5.789|e=5}}	6.70 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	177Lu	71	106		{{val|5.743|e=5}}	6.65 d	align{{=}}center| β−
|_row_count	132Cs	55	77	{{val|8.731599}}	{{val|5.599|e=5}}	6.48 d	align{{=}}center| β+ (98), β− (1.6)
|_row_count	206Bi	83	123	{{val|8.168551}}	{{val|5.394|e=5}}	6.24 d	align{{=}}center| β+
|_row_count	196Au	79	117	{{val|8.230205}}	{{val|5.328|e=5}}	6.17 d	align{{=}}center| β+ (93), β− (7)
|_row_count	56Ni	28	28	{{val|9.033899}}	{{val|5.249|e=5}}	6.08 d	align{{=}}center| β+
|_row_count	118Te	52	66	{{val|8.814726}}	{{val|5.184|e=5}}	6 d	align{{=}}center| β+
|_row_count	145Eu	63	82	{{val|8.609245}}	{{val|5.124|e=5}}	5.93 d	align{{=}}center| β+
|_row_count	120mSb	51	69	{{val|8.808194}}	{{val|4.977|e=5}}	5.76 d	align{{=}}center| β+
|_row_count	52Mn	25	27	{{val|9.046431}}	{{val|4.831|e=5}}	5.59 d	align{{=}}center| β+
|_row_count	148Pm	61	87		{{val|4.638|e=5}}	5.37 d	align{{=}}center| β−
|_row_count	156Tb	65	91	{{val|8.520667}}	{{val|4.622|e=5}}	5.35 d	align{{=}}center| β+
|_row_count	155Tb	65	90	{{val|8.531031}}	{{val|4.596|e=5}}	5.32 d	align{{=}}center| β+
|_row_count	133Xe	54	79	{{val|8.730302}}	{{val|4.530|e=5}}	5.24 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	183Ta	73	110	{{val|8.318847}}	{{val|4.406|e=5}}	5.10 d	align{{=}}center| β−
|_row_count	210Bi	83	127		{{val|4.330|e=5}}	5.01 d	align{{=}}center|β−, α	align{{=}}center|DP
|_row_count	245Bk	97	148	{{val|7.819020}}	{{val|4.268|e=5}}	4.94 d	align{{=}}center|β+, α (0.12)
|_row_count	119mTe	52	67	{{val|8.801773}}	{{val|4.061|e=5}}	4.7 d	align{{=}}center| β+
|_row_count	146Eu	63	83	{{val|8.599560}}	{{val|3.983|e=5}}	4.61 d	align{{=}}center| β+
|_row_count	47Ca	20	27	{{val|8.972181}}	{{val|3.919|e=5}}	4.54 d	align{{=}}center| β−
|_row_count	234Np	93	141	{{val|7.900571}}	{{val|3.802|e=5}}	4.4 d	align{{=}}center| β+
|_row_count	101mRh	45	56		{{val|3.74|e=5}}	4.34 d	align{{=}}center|ε (93), IT (7.2)
|_row_count	193mPt	78	115		{{val|3.74|e=5}}	4.33 d	align{{=}}center|IT
|_row_count	96Tc	43	53	{{val|8.965255}}	{{val|3.698|e=5}}	4.28 d	align{{=}}center| β+
|_row_count	231U	92	139	{{val|7.924977}}	{{val|3.629|e=5}}	4.2 d	align{{=}}center|β+, α
|_row_count	175Yb	70	105	{{val|8.383902}}	{{val|3.616|e=5}}	4.19 d	align{{=}}center| β−
|_row_count	124I	53	71	{{val|8.775884}}	{{val|3.608|e=5}}	4.18 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	195mPt	78	117		{{val|3.46|e=5}}	4.01 d	align{{=}}center|IT
|_row_count	127Sb	51	76	{{val|8.754005}}	{{val|3.326|e=5}}	3.85 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	222Rn	86	136	{{val|7.997573}}	{{val|3.304|e=5}}	3.82 d	align{{=}}center| α	align{{=}}center|DP
|_row_count	186Re	75	111		{{val|3.21|e=5}}	3.72 d	align{{=}}center|β− (93), ε (7.5)	align{{=}}center|IM
|_row_count	224Ra	88	136	{{val|7.987277}}	{{val|3.138|e=5}}	3.63 d	align{{=}}center| α	align{{=}}center|DP
|_row_count	100Pd	46	54	{{val|8.923587}}	{{val|3.136|e=5}}	3.63 d	align{{=}}center| β+
|_row_count	95mNb	41	54		{{val|3.11|e=5}}	3.61 d	align{{=}}center|IT (94), β− (5.6)	align{{=}}center| FP
|_row_count	166Dy	66	100	{{val|8.448376}}	{{val|2.938|e=5}}	3.4 d	align{{=}}center| β−
|_row_count	140Nd	60	80	{{val|8.673113}}	{{val|2.912|e=5}}	3.37 d	align{{=}}center| β+
|_row_count	47Sc	21	26	{{val|9.014564}}	{{val|2.894|e=5}}	3.35 d	align{{=}}center| β−
|_row_count	87Y	39	48	{{val|9.025565}}	{{val|2.873|e=5}}	3.33 d	align{{=}}center| β+
|_row_count	89Zr	40	49	{{val|9.024912}}	{{val|2.823|e=5}}	3.27 d	align{{=}}center| β+
|_row_count	67Ga	31	36	{{val|9.069532}}	{{val|2.819|e=5}}	3.26 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	132Te	52	80	{{val|8.716646}}	{{val|2.768|e=5}}	3.2 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	134Ce	58	76	{{val|8.704432}}	{{val|2.730|e=5}}	3.16 d	align{{=}}center| β+
|_row_count	199Au	79	120	{{val|8.217534}}	{{val|2.712|e=5}}	3.14 d	align{{=}}center| β−
|_row_count	201Tl	81	120	{{val|8.206561}}	{{val|2.625|e=5}}	3.04 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	253Fm	100	153	{{val|7.757691}}	{{val|2.592|e=5}}	3.0 d	align{{=}}center| β+ (88), α (12)
|_row_count	191Pt	78	113	{{val|8.258228}}	{{val|2.473|e=5}}	2.86 d	align{{=}}center| β+
|_row_count	111In	49	62	{{val|8.867688}}	{{val|2.423|e=5}}	2.8 d	align{{=}}center| β+	align{{=}}center|IM
|_row_count	97Ru	44	53	{{val|8.959080}}	{{val|2.411|e=5}}	2.79 d	align{{=}}center| β+
|_row_count	99Mo	42	57	{{val|8.939669}}	{{val|2.375|e=5}}	2.75 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	122Sb	51	71	{{val|8.795346}}	{{val|2.353|e=5}}	2.72 d	align{{=}}center| β− (98), β+ (2.4)
|_row_count	71As	33	38	{{val|9.027581}}	{{val|2.350|e=5}}	2.72 d	align{{=}}center| β+
|_row_count	198Au	79	119	{{val|8.220732}}	{{val|2.329|e=5}}	2.7 d	align{{=}}center| β−	align{{=}}center|IM
|_row_count	197Hg	80	117	{{val|8.226358}}	{{val|2.309|e=5}}	2.67 d	align{{=}}center| β+
|_row_count	90Y	39	51	{{val|9.032294}}	{{val|2.306|e=5}}	2.67 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	182Re	75	107	{{val|8.321053}}	{{val|2.304|e=5}}	2.67 d	align{{=}}center| β+
|_row_count	172Tm	69	103	{{val|8.404932}}	{{val|2.290|e=5}}	2.65 d	align{{=}}center| β−
|_row_count	67Cu	29	38	{{val|9.076086}}	{{val|2.226|e=5}}	2.58 d	align{{=}}center| β−	align{{=}}center|IM
|_row_count	44mSc	21	23	{{val|8.924627}}	{{val|2.110|e=5}}	2.44 d	align{{=}}center| IT, β+
|_row_count	128Ba	56	72	{{val|8.738523}}	{{val|2.100|e=5}}	2.43 d	align{{=}}center| β+
|_row_count	77Br	35	42	{{val|9.022431}}	{{val|2.053|e=5}}	2.38 d	align{{=}}center| β+
|_row_count	166Yb	70	96	{{val|8.442340}}	{{val|2.041|e=5}}	2.36 d	align{{=}}center| β+
|_row_count	177Ta	73	104	{{val|8.363553}}	{{val|2.036|e=5}}	2.36 d	align{{=}}center| β+
|_row_count	239Np	93	146	{{val|7.864999}}	{{val|2.036|e=5}}	2.36 d	align{{=}}center| β−	align{{=}}center|DP
|_row_count	153Tb	65	88	{{val|8.537471}}	{{val|2.022|e=5}}	2.34 d	align{{=}}center| β+
|_row_count	66Ni	28	38	{{val|9.071423}}	{{val|1.966|e=5}}	2.28 d	align{{=}}center| β−
|_row_count	247Pu	94	153	{{val|7.791975}}	{{val|1.961|e=5}}	2.27 d	align{{=}}center| β−
|_row_count	198m2Au	79	119		{{val|1.96|e=5}}	2.27 d	align{{=}}center|IT
|_row_count	115Cd	48	67		{{val|1.92|e=5}}	2.23 d	align{{=}}center|β−	align{{=}}center|FP
|_row_count	149Pm	61	88	{{val|8.581871}}	{{val|1.911|e=5}}	2.21 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	133mXe	54	79		{{val|1.89|e=5}}	2.20 d	align{{=}}center|IT	align{{=}}center|FP
|_row_count	203Pb	82	121	{{val|8.193431}}	{{val|1.869|e=5}}	2.16 d	align{{=}}center| β+
|_row_count	238Np	93	145	{{val|7.871931}}	{{val|1.829|e=5}}	2.12 d	align{{=}}center| β−
|_row_count	240Am	95	145	{{val|7.856694}}	{{val|1.829|e=5}}	2.12 d	align{{=}}center|β+, α
|_row_count	172Er	68	104	{{val|8.399752}}	{{val|1.775|e=5}}	2.05 d	align{{=}}center| β−
|_row_count	170Lu	71	99	{{val|8.408445}}	{{val|1.738|e=5}}	2.01 d	align{{=}}center| β+
|_row_count	72Zn	30	42	{{val|9.017591}}	{{val|1.674|e=5}}	1.94 d	align{{=}}center| β−
|_row_count	153Sm	62	91	{{val|8.545614}}	{{val|1.666|e=5}}	1.93 d	align{{=}}center| β−	align{{=}}center|FP, IM
|_row_count	202Pt	78	124	{{val|8.183209}}	{{val|1.584|e=5}}	1.83 d	align{{=}}center| β−
|_row_count	48Sc	21	27	{{val|8.998327}}	{{val|1.572|e=5}}	1.82 d	align{{=}}center| β−
|_row_count	246Bk	97	149	{{val|7.811287}}	{{val|1.555|e=5}}	1.8 d	align{{=}}center| β+
|_row_count	195mHg	80	115	{{val|8.229399}}	{{val|1.498|e=5}}	1.73 d	align{{=}}center| IT (54), β+ (46)
|_row_count	188Ir	77	111	{{val|8.275200}}	{{val|1.494|e=5}}	1.73 d	align{{=}}center| β+
|_row_count	140La	57	83	{{val|8.673620}}	{{val|1.450|e=5}}	1.68 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	254mEs	99	155		{{val|1.41|e=5}}	1.64 d	align{{=}}center|β−, α (0.3), ε (0.08)
|_row_count	69Ge	32	37	{{val|9.043800}}	{{val|1.406|e=5}}	1.63 d	align{{=}}center| β+
|_row_count	133mBa	56	77		{{val|1.4|e=5}}	1.62 d	align{{=}}center|IT, ε
|_row_count	77As	33	44	{{val|9.031283}}	{{val|1.398|e=5}}	1.62 d	align{{=}}center| β−	align{{=}}center| FP
|_row_count	119Sb	51	68	{{val|8.823235}}	{{val|1.375|e=5}}	1.59 d	align{{=}}center| β+
|_row_count	147Gd	64	83	{{val|8.584001}}	{{val|1.370|e=5}}	1.59 d	align{{=}}center| β+
|_row_count	194Au	79	115	{{val|8.237626}}	{{val|1.369|e=5}}	1.58 d	align{{=}}center| β+
|_row_count	229Pa	91	138	{{val|7.940769}}	{{val|1.296|e=5}}	1.5 d	align{{=}}center|β+, α (0.5)
|_row_count	246Cf	98	148	{{val|7.810792}}	{{val|1.285|e=5}}	1.49 d	align{{=}}center| α, SF
|_row_count	57Ni	28	29	{{val|9.055222}}	{{val|1.282|e=5}}	1.48 d	align{{=}}center| β+
|_row_count	105Rh	45	60	{{val|8.907956}}	{{val|1.273|e=5}}	1.47 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	82Br	35	47	{{val|9.016407}}	{{val|1.270|e=5}}	1.47 d	align{{=}}center| β−
|_row_count	79Kr	36	43	{{val|9.013644}}	{{val|1.261|e=5}}	1.46 d	align{{=}}center| β+
|_row_count	137mCe	58	79	{{val|8.696327}}	{{val|1.238|e=5}}	1.43 d	align{{=}}center| IT (99), β+ (0.8)
|_row_count	169Lu	71	98	{{val|8.414978}}	{{val|1.226|e=5}}	1.42 d	align{{=}}center| β+
|_row_count	143Ce	58	85	{{val|8.642041}}	{{val|1.189|e=5}}	1.38 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	251Es	99	152	{{val|7.774467}}	{{val|1.188|e=5}}	1.38 d	align{{=}}center|β+, α (0.5)
|_row_count	83Sr	38	45	{{val|8.996568}}	{{val|1.167|e=5}}	1.35 d	align{{=}}center| β+
|_row_count	129Cs	55	74	{{val|8.749622}}	{{val|1.154|e=5}}	1.34 d	align{{=}}center| β+
|_row_count	232Pa	91	141	{{val|7.916379}}	{{val|1.132|e=5}}	1.31 d	align{{=}}center| β−
|_row_count	193Os	76	117	{{val|8.244348}}	{{val|1.084|e=5}}	1.25 d	align{{=}}center| β−
|_row_count	165Tm	69	96	{{val|8.452758}}	{{val|1.082|e=5}}	1.25 d	align{{=}}center| β+
|_row_count	131mTe	52	79	{{val|8.720392}}	{{val|1.080|e=5}}	1.25 d	align{{=}}center| β− (74), IT (26)	align{{=}}center|FP
|_row_count	226Ac	89	137	{{val|7.963761}}	{{val|1.057|e=5}}	1.22 d	align{{=}}center| β− (83), β+ (17), α
|_row_count	160Er	68	92	{{val|8.484190}}	{{val|1.029|e=5}}	1.19 d	align{{=}}center| β+
|_row_count	151Pm	61	90	{{val|8.557387}}	{{val|1.022|e=5}}	1.18 d	align{{=}}center| β−	align{{=}}center|FP
|_row_count	135mBa	56	79		{{val|1.01|e=5}}	1.17 d	align{{=}}center|IT
|_row_count	121Sn	50	71		{{val|9.73|e=4}}	1.13 d	align{{=}}center|β−	align{{=}}center|FP
|_row_count	166Ho	67	99		{{val|9.65|e=4}}	1.12 d	align{{=}}center|β−	align{{=}}center|IM
|_row_count	76As	33	43	{{val|9.022505}}	{{val|9.454|e=4}}	1.09 d	align{{=}}center| β−
|_row_count	200Tl	81	119	{{val|8.206567}}	{{val|9.396|e=4}}	1.09 d	align{{=}}center| β+
|_row_count	72As	33	39	{{val|9.018966}}	{{val|9.360|e=4}}	1.08 d	align{{=}}center| β+
|_row_count	231Th	90	141	{{val|7.924932}}	{{val|9.187|e=4}}	1.06 d	align{{=}}center| β−	align{{=}}center|DP
|_row_count	252Fm	100	152	{{val|7.766498}}	{{val|9.140|e=4}}	1.06 d	align{{=}}center| α, SF
|_row_count	156mTb	65	91		{{val|8.78|e=4}}	1.02 d	align{{=}}center|IT
|_row_count	189Re	75	114	{{val|8.272269}}	{{val|8.748|e=4}}	1.01 d	align{{=}}center| β−

}}