Classification des nucléides

3 557 nucléide(s) correspondant aux critères — masse, abondance naturelle, demi-vie, spin, parité et nombres magiques (2, 8, 20, 28, 50, 82, 126).

Élément

Nombre de masse A

Stabilité

Nombre magique

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Nucléide	Élément	Z	N	Masse (u)	Abondance (%)	Demi-vie	Spin	Parité	Magique
³²Al	Aluminium	13	19	31,988084	—	32.6 ms	1	⁺	—
³³Al	Aluminium	13	20	32,990878	—	41.46 ms	5/2	⁺	N
³⁴Al	Aluminium	13	21	33,996782	—	53.73 ms	4	⁻	—
³⁵Al	Aluminium	13	22	34,999760	—	38.16 ms	5/2	⁺	—
³⁶Al	Aluminium	13	23	36,006388	—	90 ms	—		—
³⁷Al	Aluminium	13	24	37,010531	—	11.4 ms	5/2	⁺	—
³⁸Al	Aluminium	13	25	38,017681	—	9 ms	0	⁻	—
³⁹Al	Aluminium	13	26	39,023070	—	7.6 ms	5/2	⁺	—
⁴⁰Al	Aluminium	13	27	40,030940	—	—	—		—
⁴¹Al	Aluminium	13	28	41,037134	—	—	5/2	⁺	N
⁴²Al	Aluminium	13	29	42,045078	—	—	—		—
⁴³Al	Aluminium	13	30	43,051820	—	—	5/2	⁺	—
²²Si	Silicium	14	8	22,036114	—	28.7 ms	0	⁺	N
²³Si	Silicium	14	9	23,025711	—	42.3 ms	3/2	⁺	—
²⁴Si	Silicium	14	10	24,011535	—	143.2 ms	0	⁺	—
²⁵Si	Silicium	14	11	25,004109	—	220.6 ms	5/2	⁺	—
²⁶Si	Silicium	14	12	25,992334	—	2.2453 s	0	⁺	—
²⁷Si	Silicium	14	13	26,986705	—	4.117 s	5/2	⁺	—
²⁸Si	Silicium	14	14	27,976927	92,2545	stable	0	⁺	—
²⁹Si	Silicium	14	15	28,976495	4,6720	stable	1/2	⁺	—
³⁰Si	Silicium	14	16	29,973770	3,0735	stable	0	⁺	—
³¹Si	Silicium	14	17	30,975363	—	157.16 min	3/2	⁺	—
³²Si	Silicium	14	18	31,974152	—	157 an	0	⁺	—
³³Si	Silicium	14	19	32,977977	—	6.18 s	3/2	⁺	—
³⁴Si	Silicium	14	20	33,978538	—	2.77 s	0	⁺	N
³⁵Si	Silicium	14	21	34,984550	—	780 ms	7/2		—
³⁶Si	Silicium	14	22	35,986649	—	503 ms	0	⁺	—
³⁷Si	Silicium	14	23	36,992945	—	141 ms	5/2	⁻	—
³⁸Si	Silicium	14	24	37,995523	—	63 ms	0	⁺	—
³⁹Si	Silicium	14	25	39,002491	—	41.2 ms	5/2	⁻	—
⁴⁰Si	Silicium	14	26	40,006084	—	31.2 ms	0	⁺	—
⁴¹Si	Silicium	14	27	41,014171	—	20 ms	7/2	⁻	—
⁴²Si	Silicium	14	28	42,018078	—	12.5 ms	0	⁺	N
⁴³Si	Silicium	14	29	43,026119	—	—	3/2	⁻	—
⁴⁴Si	Silicium	14	30	44,031466	—	—	0	⁺	—
⁴⁵Si	Silicium	14	31	45,039818	—	—	3/2	⁻	—
²⁴P	Phosphore	15	9	24,036522	—	stable	1	⁺	—
²⁵P	Phosphore	15	10	25,021675	—	stable	1/2	⁺	—
²⁶P	Phosphore	15	11	26,011780	—	43.6 ms	3		—
²⁷P	Phosphore	15	12	26,999292	—	260 ms	1/2	⁺	—
²⁸P	Phosphore	15	13	27,992326	—	270.3 ms	3	⁺	—
²⁹P	Phosphore	15	14	28,981800	—	4.102 s	1/2	⁺	—
³⁰P	Phosphore	15	15	29,978313	—	2.5 min	1	⁺	—
³¹P	Phosphore	15	16	30,973762	100,0000	stable	1/2	⁺	—
³²P	Phosphore	15	17	31,973908	—	14.269 j	1	⁺	—
³³P	Phosphore	15	18	32,971726	—	25.35 j	1/2	⁺	—
³⁴P	Phosphore	15	19	33,973646	—	12.43 s	1	⁺	—
³⁵P	Phosphore	15	20	34,973314	—	47.3 s	1/2	⁺	N
³⁶P	Phosphore	15	21	35,978260	—	5.6 s	4	⁻	—
³⁷P	Phosphore	15	22	36,979607	—	2.31 s	1/2	⁺	—
³⁸P	Phosphore	15	23	37,984303	—	640 ms	2	⁻	—
³⁹P	Phosphore	15	24	38,986286	—	282 ms	1/2	⁺	—
⁴⁰P	Phosphore	15	25	39,991262	—	150 ms	2	⁻	—
⁴¹P	Phosphore	15	26	40,994654	—	101 ms	1/2	⁺	—
⁴²P	Phosphore	15	27	42,001172	—	48.5 ms	—		—
⁴³P	Phosphore	15	28	43,005411	—	35.8 ms	1/2	⁺	N
⁴⁴P	Phosphore	15	29	44,011927	—	18.5 ms	—		—
⁴⁵P	Phosphore	15	30	45,017134	—	—	1/2	⁺	—
⁴⁶P	Phosphore	15	31	46,024520	—	—	—		—
⁴⁷P	Phosphore	15	32	47,030929	—	—	1/2	⁺	—
²⁶S	Soufre	16	10	26,029716	—	stable	0	⁺	—
²⁷S	Soufre	16	11	27,018777	—	16.3 ms	5/2	⁺	—
²⁸S	Soufre	16	12	28,004373	—	125 ms	0	⁺	—
²⁹S	Soufre	16	13	28,996678	—	188 ms	5/2	⁺	—
³⁰S	Soufre	16	14	29,984907	—	1.1798 s	0	⁺	—
³¹S	Soufre	16	15	30,979557	—	2.5534 s	1/2	⁺	—
³²S	Soufre	16	16	31,972071	94,8500	stable	0	⁺	—
³³S	Soufre	16	17	32,971459	0,7630	stable	3/2	⁺	—
³⁴S	Soufre	16	18	33,967867	4,3650	stable	0	⁺	—
³⁵S	Soufre	16	19	34,969032	—	87.37 j	3/2	⁺	—
³⁶S	Soufre	16	20	35,967081	0,0158	stable	0	⁺	N
³⁷S	Soufre	16	21	36,971125	—	5.05 min	7/2	⁻	—
³⁸S	Soufre	16	22	37,971163	—	170.3 min	0	⁺	—
³⁹S	Soufre	16	23	38,975134	—	11.5 s	7/2		—
⁴⁰S	Soufre	16	24	39,975483	—	8.8 s	0	⁺	—
⁴¹S	Soufre	16	25	40,979593	—	1.99 s	7/2	⁻	—
⁴²S	Soufre	16	26	41,981065	—	1.016 s	0	⁺	—
⁴³S	Soufre	16	27	42,986908	—	265 ms	3/2	⁻	—
⁴⁴S	Soufre	16	28	43,990119	—	100 ms	0	⁺	N
⁴⁵S	Soufre	16	29	44,996414	—	68 ms	3/2	⁻	—
⁴⁶S	Soufre	16	30	46,000687	—	50 ms	0	⁺	—
⁴⁷S	Soufre	16	31	47,007730	—	—	3/2	⁻	—
⁴⁸S	Soufre	16	32	48,013301	—	—	0	⁺	—
⁴⁹S	Soufre	16	33	49,021891	—	—	1/2	⁻	—
²⁸Cl	Chlore	17	11	28,030349	—	stable	1	⁺	—
²⁹Cl	Chlore	17	12	29,015053	—	5.4 zs	1/2	⁺	—
³⁰Cl	Chlore	17	13	30,005018	—	stable	3	⁺	—
³¹Cl	Chlore	17	14	30,992448	—	190 ms	3/2	⁺	—
³²Cl	Chlore	17	15	31,985685	—	298 ms	1	⁺	—
³³Cl	Chlore	17	16	32,977452	—	2.5038 s	3/2	⁺	—
³⁴Cl	Chlore	17	17	33,973762	—	1.5267 s	0	⁺	—
³⁵Cl	Chlore	17	18	34,968853	75,8000	stable	3/2	⁺	—
³⁶Cl	Chlore	17	19	35,968307	—	301.3 ka	2	⁺	—
³⁷Cl	Chlore	17	20	36,965903	24,2000	stable	3/2	⁺	N
³⁸Cl	Chlore	17	21	37,968010	—	37.23 min	2	⁻	—
³⁹Cl	Chlore	17	22	38,968008	—	56.2 min	3/2	⁺	—
⁴⁰Cl	Chlore	17	23	39,970415	—	1.35 min	2	⁻	—
⁴¹Cl	Chlore	17	24	40,970685	—	38.4 s	1/2	⁺	—
⁴²Cl	Chlore	17	25	41,973342	—	6.8 s	2	⁻	—
⁴³Cl	Chlore	17	26	42,974064	—	3.13 s	3/2	⁺	—

Liseré coloré : vert = stable · vert clair = T½ > 10 Ma · jaune = T½ > 1 an · orange = T½ > 1 j · rouge = T½ < 1 j · rouge foncé = T½ < 1 s. Données NUBASE2020 / AME2020.