Користувач:Habibul/ізотопи

nuclide symbol	Z(p)	N(n)	isotopic mass (u)	half-life	nuclear spin	representative isotopic composition (mole fraction)	range of natural variation (mole fraction)
	excitation energy
Helium-3	2	1	3.0160293191(26)	Stable	1/2+	0.00000134(3)	4.6×10−10-0.000041
Helium-4	2	2	4.00260325415(6)	Stable	0+	0.99999866(3)	0.999959-1
Helium-5	2	3	5.01222(5)	700(30)×10−24 s [0.60(2) MeV]	3/2-
	Highly unstable, decays to Helium 4.
Helium 6	2	4	6.0188891(8)	806.7(15) ms	0+
	Produced from Helium 7 or Lithium 11, decomposes to Lithium 6 through beta decay (beta-minus).
Helium 7	2	5	7.028021(18)	2.9(5)×10−21 s [159(28) keV]	(3/2)-
	Highly unstable, decays to Helium|6.
Helium|8	2	6	8.033922(7)	119.0(15) ms	0+
	Produced from Helium|9, decomposes to Lithium|7 through beta decay then emits a delayed neutron.
Helium|9	2	7	9.04395(3)	7(4)×10−21 s [100(60) keV]	1/2(-#)
	Highly unstable, decays to Helium|8.
Helium|10	2	8	10.05240(8)	2.7(18)×10−21 s [0.17(11) MeV]	0+
	Highly unstable, decays to Helium|9.
Lithium 4	3	1	4.02719(23)	91(9)×10−24 s [6.03 MeV]	2-
Lithium 5	3	2	5.01254(5)	370(30)×10−24 s [~1.5 MeV]	3/2-
Lithium 6	3	3	6.015122795(16)	Stable	1+	[0.0759(4)]	0.07714-0.07225
Lithium 7	3	4	7.01600455(8)	Stable	3/2-	[0.9241(4)]	0.92275-0.92786
Lithium 8	3	5	8.02248736(10)	840.3(9) ms	2+
Lithium 9	3	6	9.0267895(21)	178.3(4) ms	3/2-
Lithium 10	3	7	10.035481(16)	2.0(5)×10−21 s [1.2(3) MeV]	(1-,2-)
Lithium|10m1	200(40) keV			3.7(15)×10−21 s	1+
Lithium|10m2	480(40) keV			1.35(24)×10−21 s	2+
Lithium 11	3	8	11.043798(21)	8.75(14) ms	3/2-
Lithium 12	3	9	12.05378(107)#	<10 ns
5Be	4	1	5.04079(429)#		(1/2+)#
6Be	4	2	6.019726(6)	5.0(3)×10−21 s [0.092(6) MeV]	0+
7Be	4	3	7.01692983(11)	53.22(6) d	3/2-
8Be	4	4	8.00530510(4)	6.7(17)×10−17 s [6.8(17) eV]	0+
9Be	4	5	9.0121822(4)	Stable	3/2-	1.0000
10Be	4	6	10.0135338(4)	1.39×106 a	0+	Trace
11Be	4	7	11.021658(7)	13.81(8) s	1/2+
12Be	4	8	12.026921(16)	21.49(3) ms	0+
13Be	4	9	13.03569(8)	.5(1) ns	1/2+
14Be	4	10	14.04289(14)	4.84(10) ms	0+
15Be	4	11	15.05346(54)#	<200 ns
16Be	4	12	16.06192(54)#	<200 ns	0+
6B	5	1	6.04681(75)#
7B	5	2	7.02992(8)	350(50)E-24 s [1.4(2) MeV]	(3/2-)
8B	5	3	8.0246072(11)	770(3) ms	2+
9B	5	4	9.0133288(11)	800(300)E-21 s [0.54(21) keV]	3/2-
10B	5	5	10.0129370(4)	Stable	3+	0.199(7)	0.18929-0.20386
11B	5	6	11.0093054(4)	Stable	3/2-	0.801(7)	0.79614-0.81071
12B	5	7	12.0143521(15)	20.20(2) ms	1+
13B	5	8	13.0177802(12)	17.33(17) ms	3/2-
14B	5	9	14.025404(23)	12.5(5) ms	2-
15B	5	10	15.031103(24)	9.87(7) ms	3/2-
16B	5	11	16.03981(6)	<190E-12 s [<0.1 MeV]	0-
17B	5	12	17.04699(18)	5.08(5) ms	(3/2-)
18B	5	13	18.05617(86)#	<26 ns	(4-)#
19B	5	14	19.06373(43)#	2.92(13) ms	(3/2-)#
8C	6	2	8.037675(25)	2.0(4) x 10−21 s [230(50) keV]	0+
9C	6	3	9.0310367(23)	126.5(9) ms	(3/2-)
10C	6	4	10.0168532(4)	19.290(12) s	0+
11C	6	5	11.0114336(10)	20.334(24) min	3/2-
12C	6	6	12 by definition	Stable	0+	0.9893(8)	0.98853-0.99037
13C	6	7	13.0033548378(10)	Stable	1/2-	0.0107(8)	0.00963-0.01147
14C	6	8	14.003241989(4)	5.70(3) x 103 years	0+		<10−12
15C	6	9	15.0105993(9)	2.449(5) s	1/2+
16C	6	10	16.014701(4)	0.747(8) s	0+
17C	6	11	17.022586(19)	193(5) ms	(3/2+)
18C	6	12	18.02676(3)	92(2) ms	0+
19C	6	13	19.03481(11)	46.2(23) ms	(1/2+)
20C	6	14	20.04032(26)	16(3) ms [14(+6-5) ms]	0+
21C	6	15	21.04934(54)#	<30 ns	(1/2+)#
22C	6	16	22.05720(97)#	6.2(13) ms [6.1(+14-12) ms]	0+
10N	7	3	10.04165(43)	200(140)× 10−24 s [2.3(16) MeV]	(2−)
11N	7	4	11.02609(5)	590(210)× 10−24 s [1.58(+75−52) MeV]	1/2+
11mN	740(60) keV			6.90(80)× 10−22 s	1/2−
12N	7	5	12.0186132(11)	11.000(16) ms	1+
13N	7	6	13.00573861(29)	9.965(4) min	1/2−
14N	7	7	14.0030740048(6)	Stable	1+	0.99636(20)	0.99579–0.99654
15N	7	8	15.0001088982(7)	Stable	1/2−	0.00364(20)	0.00346–0.00421
16N	7	9	16.0061017(28)	7.13(2) s	2−
17N	7	10	17.008450(16)	4.173(4) s	1/2−
18N	7	11	18.014079(20)	622(9) ms	1−
19N	7	12	19.017029(18)	271(8) ms	(1/2−)
20N	7	13	20.02337(6)	130(7) ms
21N	7	14	21.02711(10)	87(6) ms	1/2−#
22N	7	15	22.03439(21)	13.9(14) ms
23N	7	16	23.04122(32)#	14.5(24) ms [14.1(+12−15) ms]	1/2−#
24N	7	17	24.05104(43)#	<52 ns
25N	7	18	25.06066(54)#	<260 ns	1/2−#
12O	8	4	12.034405(20)	580(30)E-24 s [0.40(25) MeV]	0+
13O	8	5	13.024812(10)	8.58(5) ms	(3/2-)
14O	8	6	14.00859625(12)	70.598(18) s	0+
15O	8	7	15.0030656(5)	122.24(16) s	1/2-
16O	8	8	15.99491461956(16)	Stable	0+	0.99757(16)	0.99738-0.99776
17O	8	9	16.99913170(12)	Stable	5/2+	0.00038(1)	0.00037-0.00040
18O	8	10	17.9991610(7)	Stable	0+	0.00205(14)	0.00188-0.00222
19O	8	11	19.003580(3)	26.464(9) s	5/2+
20O	8	12	20.0040767(12)	13.51(5) s	0+
21O	8	13	21.008656(13)	3.42(10) s	(1/2,3/2,5/2)+
22O	8	14	22.00997(6)	2.25(15) s	0+
23O	8	15	23.01569(13)	82(37) ms	1/2+#
24O	8	16	24.02047(25)	65(5) ms	0+
14F	9	5	14.03506(43)#		2-#
15F	9	6	15.01801(14)	410(60)E-24 s [1.0(2) MeV]	(1/2+)
16F	9	7	16.011466(9)	11(6)E-21 s [40(20) keV]	0-
17F	9	8	17.00209524(27)	64.49(16) s	5/2+
18F	9	9	18.0009380(6)	109.771(20) min	1+
18mF	1121.36(15) keV			162(7) ns	5+
19F	9	10	18.99840322(7)	Stable	1/2+	1.0000
20F	9	11	19.99998132(8)	11.163(8) s	2+
21F	9	12	20.9999490(19)	4.158(20) s	5/2+
22F	9	13	22.002999(13)	4.23(4) s	4+,(3+)
23F	9	14	23.00357(9)	2.23(14) s	(3/2,5/2)+
24F	9	15	24.00812(8)	400(50) ms	(1,2,3)+
25F	9	16	25.01210(11)	50(6) ms	(5/2+)#
26F	9	17	26.01962(18)	9.6(8) ms	1+
27F	9	18	27.02676(40)	4.9(2) ms	5/2+#
28F	9	19	28.03567(55)#	<40 ns
29F	9	20	29.04326(62)#	2.6(3) ms	5/2+#
30F	9	21	30.05250(64)#	<260 ns
31F	9	22	31.06043(64)#	1# ms [>260 ns]	5/2+#
16Ne	10	6	16.025761(22)	9E-21 s [122(37) keV]	0+
17Ne	10	7	17.017672(29)	109.2(6) ms	1/2-
18Ne	10	8	18.0057082(3)	1.672(8) s	0+
	Evidence exists that the mode of decay is by emission of a diproton.
19Ne	10	9	19.0018802(3)	17.296(5) s	1/2+
20Ne	10	10	19.9924401754(19)	Stable	0+	0.9048(3)	0.8847-0.9051
21Ne	10	11	20.99384668(4)	Stable	3/2+	0.0027(1)	0.0027-0.0171
22Ne	10	12	21.991385114(19)	Stable	0+	0.0925(3)	0.0920-0.0996
23Ne	10	13	22.99446690(11)	37.24(12) s	5/2+
24Ne	10	14	23.9936108(4)	3.38(2) min	0+
25Ne	10	15	24.997737(28)	602(8) ms	(3/2)+
26Ne	10	16	26.000461(29)	197(1) ms	0+
27Ne	10	17	27.00759(12)	32(2) ms	(3/2+)#
28Ne	10	18	28.01207(16)	18.3(22) ms	0+
29Ne	10	19	29.01939(29)	15.6(5) ms	(3/2+)#
30Ne	10	20	30.02480(61)	5.8(2) ms	0+
31Ne	10	21	31.03311(97)#	3.4(8) ms	7/2-#
32Ne	10	22	32.04002(86)#	3.5(9) ms	0+
33Ne	10	23	33.04938(86)#	<260 ns	7/2-#
34Ne	10	24	34.05703(87)#	1# ms [>1.5 µs]	0+
18Na	11	7	18.02597(5)	1.3(4)E-21 s	(1-)#
19Na	11	8	19.013877(13)	<40 ns	(5/2+)#
20Na	11	9	20.007351(7)	447.9(23) ms	2+
21Na	11	10	20.9976552(8)	22.49(4) s	3/2+
22Na	11	11	21.9944364(4)	2.6027(10) yr	3+
22mNa	583.03(9) keV			244(6) ns	1+
23Na	11	12	22.9897692809(29)	Stable	3/2+	1.0000
24Na	11	13	23.99096278(8)	14.9590(12) h	4+
24mNa	472.207(9) keV			20.20(7) ms	1+
25Na	11	14	24.9899540(13)	59.1(6) s	5/2+
26Na	11	15	25.992633(6)	1.077(5) s	3+
27Na	11	16	26.994077(4)	301(6) ms	5/2+
28Na	11	17	27.998938(14)	30.5(4) ms	1+
29Na	11	18	29.002861(14)	44.9(12) ms	3/2(+#)
30Na	11	19	30.008976(27)	48.4(17) ms	2+
31Na	11	20	31.01359(23)	17.0(4) ms	(3/2+)
32Na	11	21	32.02047(38)	12.9(7) ms	(3-,4-)
33Na	11	22	33.02672(94)	8.2(2) ms	3/2+#
34Na	11	23	34.03517(96)#	5.5(10) ms	1+
35Na	11	24	35.04249(102)#	1.5(5) ms	3/2+#
36Na	11	25	36.05148(102)#	<260 ns
37Na	11	26	37.05934(103)#	1# ms [>1.5 µs]	3/2+#
19Mg	12	7	19.03547(27)		1/2-#
20Mg	12	8	20.018863(29)	90.8(24) ms	0+
21Mg	12	9	21.011713(18)	122(2) ms	(5/2,3/2)+
22Mg	12	10	21.9995738(14)	3.8755(12) s	0+
23Mg	12	11	22.9941237(14)	11.317(11) s	3/2+
24Mg	12	12	23.985041700(14)	Stable	0+	0.7899(4)	0.78958-0.79017
25Mg	12	13	24.98583692(3)	Stable	5/2+	0.1000(1)	0.09996-0.10012
26Mg	12	14	25.982592929(30)	Stable	0+	0.1101(3)	0.10987-0.11030
27Mg	12	15	26.98434059(5)	9.458(12) min	1/2+
28Mg	12	16	27.9838768(22)	20.915(9) h	0+
29Mg	12	17	28.988600(15)	1.30(12) s	3/2+
30Mg	12	18	29.990434(9)	335(17) ms	0+
31Mg	12	19	30.996546(13)	230(20) ms	3/2+
32Mg	12	20	31.998975(19)	86(5) ms	0+
33Mg	12	21	33.005254(21)	90.5(16) ms	7/2-#
34Mg	12	22	34.00946(25)	20(10) ms	0+
35Mg	12	23	35.01734(43)#	70(40) ms	(7/2-)#
36Mg	12	24	36.02300(54)#	3.9(13) ms	0+
37Mg	12	25	37.03140(97)#	40# ms [>260 ns]	7/2-#
38Mg	12	26	38.03757(54)#	1# ms [>260 ns]	0+
39Mg	12	27	39.04677(55)#	<260 ns	7/2-#
40Mg	12	28	40.05393(97)#	1# ms	0+