Liste der Isotope/Ordnungszahl 21 bis Ordnungszahl 30

Liste der Isotope ist die Übersichtsseite, um komfortabel auf alle Elemente zugreifen zu können. Dort wird auch der Aufbau erklärt und die Legende zur Tabelle ist auch dort zu finden. Zerfallsenergien wurden mit den angegebenen Massen und dem Masse-Energie-Äquivalent von ${\displaystyle \textstyle \Delta m=931{,}4940954{\frac {\mathrm {MeV} }{\mathrm {u} }}}$ neu berechnet.

₂₁ Scandium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^36Sc		3,274		p		36,016 48(32#)
^37Sc		2,646		p		37,003 74(32#)
^38Sc		1,301		p		37,995 12(21#)
^39Sc	< 300 ns	0,59685	7/2−	p		38,984 785(26)
^40Sc	182,3 ms	14,323 (ε), 7,283 (εp), 5,995 (εα)	4−	ε = 99,54, εp = 0,02, εα = 0,44		39,977 9673(30)
^41Sc	596,3 ms	6,496	7/2−	ε		40,969 251 105(88)
^42Sc	681,3 ms	6,426	0+	ε		41,965 516 53(18)
^42m1Sc	61,7 s	7,043	7+	ε		41,966 178 31
^43Sc	3,891 h	2,221	7/2−	ε		42,961 1505(20)
^43m1Sc	438 µs	0,15157	2/3+	IT		42,961 313 22
^43m2Sc	470 ns	3,123	19/2−	IT		42,964 503 58
^44Sc	3,97 h	3,653	2+	ε		43,959 4029(19)
^44m1Sc	58,61 h	0,27086 (IT), 3,924 (ε)	6+	IT = 98,8, ε = 1,2		43,959 693 68
^44m2Sc	154 ns	0,06785	1−	IT		43,959 475 75
^44m3Sc	50,4 µs	0,14616	0	IT		43,959 559 81
^45Sc	stabil		7/2−		100	44,955 908 28(77)
^45m1Sc	318 ms	0,01657	3/2+	IT		44,955 926 07
^46Sc	83,79 d	2,367	4+	β^−		45,955 168 26(78)
^46m1Sc	18,75 s	0,1459	1−	IT		45,955 324 89
^46m2Sc	9,4 µs	0,0554	6+	IT		45,955 227 73
^47Sc	3,3492 d	0,60073	7/2−	β^−		46,952 4037(21)
^47m1Sc	27,2 ns	0,77047	3/2+	IT		46,953 230 83
^48Sc	43,67 h	3,988	6+	β^−		47,952 2236(53)
^49Sc	57,18 min	2,002	7/2−	β^−		48,950 0146(29)
^50Sc	102,5 s	6,883	5+	β^−		49,952 176(16)
^50m1Sc	0,35 s	0,26787 (IT), 7,151 (β^−)	3+	IT = 98, β^− = 2		49,952 463 57
^51Sc	12,4 s	6,503	7/2−	β^−		50,953 592(21)
^52Sc	8,2 s	9,303	3+	β^−		51,956 88(15)
^53Sc	2,4 s	8,719	7/2−	β^−		52,959 09(29)
^54Sc	526 ms	11,377	4+	β^−		53,963 264 16
^54m1Sc	7 µs	0,11042	5+	IT		53,963 3827
^55Sc	96 ms	11,69 (β^−), 7,55 (β^−n)	7/2−	β^− = 83, β^−n = 17		54,967 82(50)
^56Sc	26 ms	14,475 (β^−), 8,863 (β^−n)	7+	β^− = ?, β^−n = ?		55,973 45(43#)
^57Sc	22 ms	13,162 (β^−), 10,428 (β^−n)	7/2−	β^− = ?, β^−n = ?		56,977 77(54#)
^58Sc	12 ms	16,236 (β^−), 10,922 (β^−n)	3+	β^− = ?, β^−n = ?		57,984 03(64#)
^59Sc	10 ms	15,342 (β^−), 12,738 (β^−n)		β^− < 100, β^−n = ?		58,988 94(64#)
^60Sc	3 ms	18,276 (β^−), 13,521 (β^−n)		β^− < 100, β^−n = ?		59,995 65(75#)
^61Sc	> 360 ns	17,279 (β^−), 15,188 (β^−n)		β^− < 100, β^−n = ?		61,001 00(86#)

₂₂ Titan

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^38Ti	100 ns	2,539	0	2p = 100?		38,011 45(32#)
^39Ti	31 ms	16,968	3/2+	εp		39,002 36(22#)
^40Ti	52,4 ms	11,145	0+	εp		39,990 50(17)
^41Ti	80,4 ms	11,86	3/2+	εp		40,983 148(30)
^42Ti	199 ms	7,017	0+	ε		41,973 049 03(30)
^43Ti	509 ms	6,867	7/2−	ε		42,968 5225(78)
^43m1Ti	12,6 µs	0,313	3/2+	IT		42,968 858 52
^43m2Ti	560 ns	3,066	9/2−	IT		42,971 814 42
^44Ti	60 a	0,26739	0+	ε		43,959 689 95(75)
^45Ti	184,8 min	2,062	7/2−	ε		44,958 121 98(95)
^46Ti	stabil		0+		008,25	45,952 627 72(35)
^47Ti	stabil		5/2−		007,44	46,951 758 79(38)
^48Ti	stabil		0+		073,72	47,947 941 98(38)
^49Ti	stabil		7/2−		005,41	48,947 865 68(39)
^50Ti	stabil		0+		005,18	49,944 786 89(39)
^51Ti	5,76 min	2,472	3/2−	β^−		50,946 610 65(65)
^52Ti	1,7 min	1,975	0+	β^−		51,946 8930(76)
^53Ti	32,7 s	5,024	3/2−	β^−		52,949 73(11)
^54Ti	1,5 s	4,295	0+	β^−		53,951 05(13)
^55Ti	1,3 s	7,48	3/2−	β^−		54,955 27(13)
^56Ti	0,2 s	6,921 (β^−), 1,868 (β^−n)	0+	β^− ≈ 100, β^−n = 0,06		55,957 91(15)
^57Ti	98 ms	10,358 (β^−), 4,187 (β^−n)	5/2−	β^− ≈ 100, β^−n = 0,04		56,963 64(27)
^58Ti	57 ms	9,203 (β^−), 5,044 (β^−n)	0+	β^− = ?, β^−n = ?		57,966 60(43#)
^59Ti	27,5 ms	12,184	5/2−	β^−		58,972 47(43#)
^60Ti	22,4 ms	10,917	0+	β^−		59,976 03(54#)
^61Ti	15 ms	14,159 (β^−), 8,826 (β^−n)	1/2−	β^− = ?, β^−n = ?		60,982 45(64#)
^62Ti	10 ms	12,911 (β^−), 9,87 (β^−n)	0	β^− = ?, β^−n = ?		61,986 51(75#)
^63Ti	3 ms	16,171 (β^−), 11,583 (β^−n)		β^− = ?, β^−n = ?		62,993 75(75#)

₂₃ Vanadium

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^40V		2,399		p		40,012 76(43#)
^41V		1,756		p		41,000 21(32#)
^42V	< 55 ns	0,78895		p		41,991 82(32#)
^43V	79,3 ms	11,405	7/2−	β^+		42,980 766(46)
^44V	111 ms	13,432 (ε), 8,305 (εα)	2+	β^+ = ?, εα =  ?		43,974 11(20)
^44m1V	150 ms	12,702	6+	β^+		43,973 326 29
^45V	547 ms	7,129	7/2−	β^+		44,965 7748(86)
^46V	422,5 ms	7,052	0+	β^+		45,960 198 78(36)
^46m1V	1,02 ms	0,8031	3+	IT		45,961 060 94
^47V	32,6 min	2,931	3/2−	β^+		46,954 904 91(36)
^48V	15,9735 d	4,0125	4+	ε		47,952 2522(11)
^49V	330 d	0,60186	7/2−	ε		48,948 511 80(96)
^50V	> 2,7·10^17 a	2,207 (ε), 1,038 (β^−)	6+	ε = 83, β^− = 17	000,25	49,947 156 01(95)
^51V	stabil		7/2−		099,75	50,943 957 04(94)
^52V	3,743 min	3,975	3+	β^−		51,944 773 01(95)
^53V	1,543 min	3,436	7/2−	β^−		52,944 3367(34)
^54V	49,8 s	7,042	3+	β^−		53,946 439(16)
^54m1V	900 ns	0,10875	5+	IT		53,946 555 75
^55V	6,54 s	5,963	7/2−	β^−		54,947 24(10)
^56V	216 ms	9,154 (β^−), 0,90974 (β^−n)	3+	β^− ≈ 100, β^−n = 0,06		55,950 48(19)
^57V	320 ms	8,297 (β^−), 2,987 (β^−n)	7/2−	β^− ≈ 100, β^−n = 0,04		56,952 52(24)
^58V	191 ms	11,523 (β^−), 4,138 (β^−n)	3+	β^− = ?, β^−n = ?		57,956 72(14)
^59V	97 ms	10,06 (β^−), 5,938 (β^−n)	7/2−	β^− = ?, β^−n = ?		58,959 39(17)
^60V	68 ms	13,255	3+	β^− ≈ 100, β^−n = 0,03		59,964 31(24)
^60m1V	40 ms	13,998	1+	β^−		59,965 107 34
^61V	52,6 ms	11,951 (β^−), 7,922 (β^−n)	3/2−	β^− = ?, β^−n = ?		60,967 25(96)
^62V	33,5 ms	15,416 (β^−), 8,91 (β^−n)	3+	β^− = ?, β^−n = ?		61,972 65(32#)
^63V	19,2 ms	13,73 (β^−), 10,829 (β^−n)	7/2−	β^− = ?, β^−n = ?		62,976 39(43#)
^64V	19 ms	17,289		β^−		63,982 64(43#)
^65V	10 ms	16,338 (β^−), 13,744 (β^−n)		β^− = ?, β^−n = ?		64,987 50(54#)
^66V	> 360 ns	18,928 (β^−), 14,303 (β^−n)		β^− = ?, β^−n = ?		65,993 98(64#)

₂₄ Chrom

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^42Cr	13,3 ms	13,861 (ε), 14,65 (εp)	0+	ε = 5,6, εp = 94,4		42,006 70(43#)
^43Cr	20,6 ms	15,616 (ε), 15,515 (εp), 11,764 (ε2p), 10,679 (β^+3p)	3/2+	ε = 11,82, εp = 81, ε2p = 7,1, β^+3p = 0,08		42,997 53(43#)
^44Cr	42,8 ms	10,479 (ε), 8,395 (εp)	0+	ε = 86, εp = 14		43,985 36(32#)
^45Cr	60,9 ms	12,366 (β^+), 10,745 (εp)	7/2−	β^+ = 65,6, εp = 34,4		44,979 050(38)
^45m1Cr	1 ms	11,345	3/2+	εp		44,979 963 91
^46Cr	0,26 s	7,601	0+	β^+		45,968 359(21)
^47Cr	500 ms	7,445	3/2−	β^+ = 100		46,962 8974(75)
^48Cr	21,56 h	1,655	0+	ε		47,954 0291(79)
^49Cr	42,3 min	2,628	5/2−	β^+		48,951 3333(25)
^50Cr	stabil ^2ε	1,169	0+	2ε	004,345	49,946 041 83(94)
^51Cr	27,7025 d	0,753	7/2−	ε		50,944 765 02(94)
^52Cr	stabil		0+		083,789	51,940 506 23(63)
^53Cr	stabil		3/2−		009,501	52,940 648 15(62)
^54Cr	stabil		0+		002,365	53,938 879 16(61)
^55Cr	3,497 min	2,603	3/2−	β^−		54,940 838 43(64)
^56Cr	5,94 min	1,63	0+	β^−		55,940 6531(20)
^57Cr	21,1 s	4,962	5/2−	β^−		56,943 6130(20)
^58Cr	7 s	3,99	0+	β^−		57,944 35(22)
^59Cr	1,05 s	7,637	1/2−	β^−		58,948 59(26)
^59m1Cr	96 µs	0,49961	9/2+	IT		58,949 126 35
^60Cr	0,49 s	6,468	0+	β^−		59,950 08(23)
^61Cr	243 ms	9,285	5/2−	β^−		60,954 42(14)
^62Cr	206 ms	7,592 (β^−), 2,778 (β^−n)	0+	β^− = 99, β^−n = 1		61,956 10(16)
^63Cr	129 ms	11,164 (β^−), 4,69 (β^−n)	1/2−	β^− = 98,6, β^−n = 1,4		62,961 65(49)
^64Cr	42 ms	9,53	0+	β^−		63,964 08(32#)
^65Cr	28 ms	12,985	1/2−	β^−		64,969 96(32#)
^66Cr	23 ms	12,215	0+	β^−		65,973 66(54#)
^67Cr	50 ms	14,83	1/2−	β^− = 100?		66,980 16(54#)
^68Cr	> 360 ns	13,423 (β^−), 10,363 (β^−n)	0	β^− = ?, β^−n = ?		67,984 03(75#)

₂₅ Mangan

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^44Mn	10 ns	20,297 (ε), 17,286 (εp)	2−	ε = ?, εp = ?		44,007 15(54#)
^45Mn		14,382 (ε), 11,695 (εp)		ε = ?, εp = ?		44,994 49(43#)
^46Mn	36,2 ms	16,516 (ε), 11,635 (β^+p)	4+	ε = 43, β^+p = 57		45,986 09(43#)
^46m1Mn	1 ms	12,372 (εp), 0,73708 (IT)	1−	εp = ?, IT = ?		45,986 881 29
^47Mn	88 ms	11,995 (β^+), 7,22 (εp)	5/2−	β^+ > 98,3, εp < 1,7		46,975 775(34)
^48Mn	158,1 ms	13,498 (β^+), 5,393 (εp), 5,8 (εα)	4+	β^+ = 99,72, εp = 0,28, εα < 6·10^−4		47,968 52(18)
^49Mn	382 ms	7,696	5/2−	β^+		48,959 595(11)
^50Mn	283,19 ms	7,635	0+	ε		49,954 237 78(95)
^50m1Mn	1,75 min	7,864	5+	ε		49,954 484 09
^51Mn	46,2 min	3,208	5/2−	ε		50,948 208 47(94)
^52Mn	5,591 d	4,711	6+	ε		51,945 5639(20)
^52m1Mn	21,1 min	5,091 (ε), 0,3796 (IT)	2+	ε = 98,25, IT = 1,75		51,945 971 42
^53Mn	3,74·10^6 a	0,59685	7/2−	ε		52,941 288 89(68)
^54Mn	312,12 d	1,377 (ε), 0,69733 (β^−)	3+	ε ≈ 100, β^− < 2,9·10^−4		53,940 3576(12)
^55Mn	stabil		5/2−		100	54,938 043 91(48)
^56Mn	2,5789 h	3,696	3+	β^−		55,938 903 69(49)
^57Mn	85,4 s	2,695	5/2−	β^−		56,938 2861(16)
^58Mn	3 s	6,327	1+	β^−		57,940 0666(29)
^58m1Mn	65,4 s	6,675 (β^−), 0,34801 (IT)	4+	β^− ≈ 80, IT ≈ 20		57,940 4402
^59Mn	4,59 s	5,139	5/2−	β^−		58,940 3911(25)
^60Mn	0,28 s	8,444	0+	β^−		59,943 1366(25)
^60m1Mn	1,77 s	8,507 (β^−), 0,06202 (IT)	3+	β^− = 88,5, IT = 11,5		59,943 203 18
^61Mn	0,67 s	7,178	5/2−	β^−		60,944 4525(25)
^62Mn	671 ms	10,394	3+	β^−		61,947 95(16#)
^62m1Mn	92 ms	2,886 (β^−n), 0,52126 (IT)	1+	β^−n = ?, IT = ?		61,948 5096
^63Mn	0,275 s	8,749	5/2−	β^−		62,949 6647(40)
^64Mn	90 ms	11,981 (β^−n), 4,575 (β^−n)	3+	β^− = 67, β^−n = 33		63,953 8494(38)
^64m1Mn	0,5 ms	0,54801	4+	IT		63,954 437 71
^65Mn	84 ms	10,254 (β^−n), 5,931 (β^−n)	5/2−	β^− = 93,08, β^−n = 6,92		64,956 0198(40)
^66Mn	65 ms	13,318 (β^−n), 6,4 (β^−n)		β^− = 89,12, β^−n = 9,88		65,960 547(12)
^67Mn	51 ms	12,672 (β^−n), 8,686 (β^−n)	5/2−	β^− < 90, β^−n > 10		66,964 24(43#)
^68Mn	28 ms	15,528 (β^−n), 9,702 (β^−n)		β^− = ?, β^−n = ?		67,969 62(54#)
^69Mn	18 ms	14,522	5/2−	β^−		68,973 66(64#)
^70Mn	> 360 ns	17,093 (β^−n), 11,77 (β^−n)		β^− = ?, β^−n = ?		69,979 37(75#)
^71Mn	> 637 ns	15,978 (β^−n), 13,036 (β^−n), 7,713 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		70,983 68(75#)

₂₆ Eisen

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^45Fe	1,89 ms	1,55 (2p), 19,78 (εp), 16,771 (ε2p), 16,67 (ε3p)	3/2+	2p = 70, εp = 18,9, ε2p = 7,8, ε3p = 3,3		45,014 42(43#)
^46Fe	13 ms	13,544 (ε), 12,813 (β^+p)	0+	ε = 21,3, β^+p = 78,7		46,000 63(54#)
^47Fe	21,9 ms	14,974 (β^+), 14,593 (εp), 9,711 (ε2p)	7/2−	β^+ = ?, εp = 88,4, ε2p = ?		46,991 85(54#)
^48Fe	45,3 ms	10,908 (β^+), 8,856 (β^+p)	0+	β^+ = 96,4, β^+p = 3,6		47,980 23(43#)
^49Fe	64,7 ms	12,886 (β^+), 10,782 (β^+p)	7/2−	β^+ = 44,3, β^+p = 56,7		48,973 429(26)
^50Fe	155 ms	8,139	0+	ε		49,962 975(64)
^51Fe	305 ms	8,041	5/2−	ε		50,956 8410(96)
^52Fe	8,275 h	2,375	0+	ε		51,948 1131(70)
^52m1Fe	45,9 s	9,334 (ε), 9,959 (IT)	12+	ε ≈ 100, IT = 4·10^−3		51,955 584 26
^53Fe	8,51 min	3,742	7/2−	ε		52,945 3064(18)
^53m1Fe	2,54 min	3,042	19/2−	IT		52,948 571 97
^54Fe	stabil ^2ε	0,67983	0+	2ε	005,845	53,939 608 99(53)
^54m1Fe	36,4 ns	6,259	10+	IT		53,946 617 91
^55Fe	2,74 a	0,23109	3/2−	ε		54,938 291 99(51)
^56Fe	stabil		0+		091,754	55,934 936 33(49)
^57Fe	stabil		1/2−		002,119	56,935 392 84(49)
^58Fe	stabil		0+		000,282	57,933 274 43(53)
^59Fe	44,495 d	1,565	3/2−	β^−		58,934 874 34(54)
^60Fe	2,62·10^6 a	0,237	0+	β^−		59,934 0711(37)
^61Fe	5,98 min	3,977	5/2−	β^−		60,936 7462(28)
^61m1Fe	250 ns	0,86013	9/2+	IT		60,937 669 59
^62Fe	68 s	2,546	0+	β^−		61,936 7918(30)
^63Fe	6,1 s	6,216	5/2−	β^−		62,940 2727(46)
^64Fe	2 s	4,822	0+	β^−		63,940 9878(54)
^65Fe	0,81 s	7,964	5/2+	β^−		64,945 0115(73)
^65m1Fe	1,12 s	7,943	5/2−	IT		64,944 989 56
^66Fe	440 ms	6,341	0+	β^−		65,946 2500(44)
^67Fe	0,4 s	9,25	1/2−	β^−		66,950 54(23)
^67m1Fe	75 µs	0,76669	1/2−	IT		66,951 363 08
^68Fe	180 ms	8,095	0+	β^−		67,952 95(39)
^69Fe	110 ms	11,113	1/2−	β^−		68,958 07(43#)
^70Fe	71 ms	10,61	0+	β^−		69,961 02(54#)
^71Fe	28 ms	13,367 (β^−), 7,848 (β^−n)	7/2+	β^− = ?, β^−n = ?		70,966 72(64#)
^72Fe	> 150 ns	11,681 (β^−), 8,193 (β^−n)	0+	β^− = 72,4, β^−n = 27,6		71,969 83(75#)
^73Fe	12,9 ms	14,28 (β^−), 9,096 (β^−n), 5,608 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		72,975 72(75#)
^74Fe	> 638 ns	13,227 (β^−), 9,59 (β^−n), 4,406 (β^−2n)	0+	β^− = ?, β^−n = ?, β^−2n = ?		73,979 35(86#)

₂₇ Cobalt

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^47Co		1,97 (p), 14,438 (ε), 15,514 (εp)	7/2−	p = ?, ε = ?, εp = ?		47,010 57(86#)
^48Co		1,169 (p), 19,282 (ε), 16,143 (εp)	6+	p = ?, ε = ?, εp = ?		48,000 93(86#)
^49Co		0,7964 (p), 14,421 (ε), 11,704 (εp)	7/2−	p = ?, ε = ?, εp = ?		48,988 91(75#)
^50Co	38,8 ms	16,706 (ε), 12,566 (β^+p)	6+	ε = 29,5, β^+p = 70,5		49,980 91(64#)
^51Co	> 200 ns	12,86	7/2−	ε = 100?		50,970 647(52)
^52Co	115 ms	14,342	6+	ε		51,963 51(21#)
^52m1Co	104 ms	14,796	2+	ε		51,963 997 62
^53Co	240 ms	8,288	7/2−	ε		52,954 2041(19)
^53m1Co	247 ms	11,492 (ε), 1,589 (p)	19/2−	ε ≈ 98,5, p ≈ 1,5		52,957 643 53
^54Co	193,28 ms	8,245	0+	ε		53,948 459 87(54)
^54m1Co	1,48 min	8,442	7+	ε		53,948 671 71
^55Co	17,53 h	3,451	7/2−	ε		54,941 997 20(57)
^56Co	77,236 d	4,567	4+	ε		55,939 838 80(63)
^57Co	271,74 d	0,83623	7/2−	ε		56,936 290 57(66)
^58Co	70,86 d	2,308	2+	ε		57,935 7521(13)
^58m1Co	9,1 h	0,02553	5+	IT		57,935 779 51
^58m2Co	10,4 µs	0,05383	4+	IT		57,935 809 89
^59Co	stabil		7/2−		100	58,933 194 29(56)
^60Co	1925,28 d	2,823	5+	β^−		59,933 816 30(56)
^60m1Co	10,467 min	0,05932 (IT), 2,882 (β^−)	2+	IT = 99,76, β^− = 0,24		59,933 879 98
^61Co	1,65 h	1,324	7/2−	β^−		60,932 476 62(95)
^62Co	1,5 min	5,322	2+	β^−		61,934 059(20)
^62m1Co	13,91 min	5,337 (β^−), 0,01464 (IT)	5+	β^− = > 99, IT < 1		61,934 074 72
^63Co	27,4 s	3,661	7/2−	β^−		62,933 600(20)
^64Co	0,3 s	7,307	1+	β^−		63,935 811(21)
^65Co	1,16 s	5,94	7/2−	β^− = 100		64,936 4621(22)
^66Co	0,2 s	9,598	3+	β^−		65,939 443(15)
^66m1Co	1,2 ms	0,47218	5+	IT		65,939 949 91
^66m2Co	1 ms	0,93919	8−	IT		65,940 451 26
^67Co	0,425 s	8,421	7/2−	β^−		66,940 6096(69)
^68Co	0,199 s	11,542	7−	β^−		67,944 26(16)
^68m1Co	1,6 s	12,263	3+	β^−		67,945 034 11
^69Co	229 ms	9,808	7/2−	β^−		68,946 14(20)
^70Co	108 ms	12,295	6−	β^−		69,949 63(32)
^70m1Co	500 ms	13,771	3+	β^−		69,951 214 72
^71Co	80 ms	11,039 (β^−), 6,776 (β^−n)	7/2−	β^− = 97,39, β^−n = 2,61		70,952 37(50)
^72Co	59,9 ms	14,442 (β^−), 7,551 (β^−n)	7−	β^− = 95,2, β^−n = 4,8		71,957 29(43#)
^73Co	41 ms	13,212	7/2−	β^−		72,960 39(54#)
^74Co	25 ms	15,994	0+	β^−		73,965 15(64#)
^75Co	30 ms	15,146	7/2−	β^−		74,968 76(75#)
^76Co	21,7 ms	17,512 (β^−), 12,077 (β^−n), 8,216 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		75,974 13(86#)

₂₈ Nickel

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^48Ni	2,1 ms	1,313	0+	2p = 100?		48,017 69(54#)
^49Ni	7,5 ms	17,503 (ε), 18,299 (β^+p)		ε = 17, β^+p = 83		49,007 70(86#)
^50Ni	18,5 ms	12,883 (ε), 12,562 (β^+p)	0+	ε = 13,3, β^+p = 86,7		49,994 74(86#)
^51Ni	23,8 ms	14,404 (ε), 14,261 (εp)	7/2−	ε = 12,8, εp = 87,2		50,986 11(86#)
^52Ni	40,8 ms	10,517 (ε), 9,44 (εp)	0+	ε = 68,6, εp = 31,4		51,974 80(75#)
^53Ni	55,2 ms	13,028 (ε), 11,416 (εp)	7/2−	ε = 76,6, εp = 23,4		52,968 190(27)
^54Ni	104 ms	8,786	0+	ε		53,957 892(54)
^55Ni	204,7 ms	8,694	7/2−	ε		54,951 330 63(85)
^56Ni	6,075 d	2,133	0+	ε		55,942 128 55(57)
^57Ni	35,6 h	3,262	3/2−	β^+		56,939 792 18(71)
^58Ni	stabil ^2ε	1,926	0+	2ε	068,077	57,935 342 41(52)
^59Ni	7,6·10^4 a	1,073	3/2−	ε		58,934 346 20(52)
^60Ni	stabil		0+		026,223	59,930 785 88(52)
^61Ni	stabil		3/2−		001,1399	60,931 055 57(52)
^62Ni	stabil		0+		003,6346	61,928 345 37(55)
^63Ni	101,2 a	0,06698	1/2−	β^−		62,929 669 63(56)
^63m1Ni	1,7 µs	0,08691	5/2−	IT		62,929 762 94
^64Ni	stabil		0+		000,9255	63,927 966 82(58)
^65Ni	2,5175 h	2,138	5/2−	β^−		64,930 085 17(60)
^65m1Ni	69 µs	0,06255	1/2−	IT		64,930 152 32
^66Ni	54,6 h	0,25176	0+	β^−		65,929 1393(15)
^67Ni	21 s	3,576	1/2−	β^−		66,931 5694(31)
^67m1Ni	13,3 µs	0,067	9/2+	IT		66,932 651 21
^68Ni	29 s	2,103	0+	β^−		67,931 8688(32)
^68m1Ni	0,86 ms	2,85	5−	IT		67,934 9283
^68m2Ni	276 ns	1,771	0	IT		67,933 769 84
^69Ni	11,2 s	5,756	9/2+	β^−		68,935 6103(40)
^69m1Ni	3,5 s	6,079	1/2−	IT		68,935 954 93
^69m2Ni	439 ns	2,701	17/2−	IT		68,938 509 97
^70Ni	6 s	3,763	0+	β^−		69,936 4313(23)
^70m1Ni	232 ns	2,924	8+	IT		69,939 5703
^71Ni	2,56 s	7,305	9/2+	β^−		70,940 5190(24)
^72Ni	1,57 s	5,557	0+	β^−		71,941 7859(24)
^73Ni	0,84 s	8,879	7/2+	β^−		72,946 2067(26)
^74Ni	0,68 s	7,55	0+	β^−		73,947 98(43#)
^75Ni	344 ms	10,225 (β^−), 3,689 (β^−n)	7/2+	β^− = 90, β^−n = 10		74,952 50(32#)
^76Ni	0,238 s	9,366 (β^−), 4,79 (β^−n)	0+	β^− = ?, β^−n = ?		75,955 33(54#)
^76m1Ni	509 ns	2,42	8+	IT		75,957 9278
^77Ni	128 ms	11,765 (β^−), 6,157 (β^−n)		β^− = 70, β^−n = 30		76,960 55(54#)
^78Ni	0,11 s	10,368 (β^−), 6,311 (β^−n)	0+	β^− = ?, β^−n = ?		77,963 36(86#)
^79Ni	43 ms	14,187 (β^−), 8,714 (β^−n), 4,658 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		78,970 25(86#)

₂₉ Kupfer

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^52Cu		2,585	3+	p = 100?		51,996 71(86#)
^53Cu	< 300 ns	1,83 (p), 15,277 (ε), 12,347 (β^+p)	3/2−	p = ?, ε = ?, β^+p = ?		52,984 59(86#)
^54Cu	< 75 ns	0,60078	3+	p		53,976 66(54#)
^55Cu	27 ms	13,702 (ε), 9,087 (εp)	3/2−	ε = 85, εp = 15		54,966 04(17)
^56Cu	93 ms	15,67 (ε), 8,503 (εp)	4+	ε = 99,6, εp = 0,4		55,958 95(21#)
^57Cu	196,3 ms	8,775	3/2−	β^+		56,949 212 50(66)
^58Cu	3,204 s	8,561	1+	ε		57,944 533 05(70)
^59Cu	81,5 s	4,799	3/2−	ε		58,939 497 48(67)
^60Cu	23,7 min	6,128	2+	ε		59,937 3645(18)
^61Cu	3,333 h	2,238	3/2−	ε		60,933 4576(10)
^62Cu	9,673 min	3,959	1+	ε		61,932 595 41(75)
^63Cu	stabil		3/2−		069,15	62,929 597 72(56)
^64Cu	12,701 h	1,674 (ε), 0,5797 (β^−)	1+	ε = 61,5, β^− = 38,5		63,929 764 34(56)
^65Cu	stabil		3/2−		030,85	64,927 789 70(71)
^66Cu	5,12 min	2,641	1+	β^−		65,928 869 03(72)
^67Cu	61,83 h	0,56127	3/2−	β^−		66,927 7303(13)
^67m1Cu	100 ns	3,464	15/2+	IT		66, 931 449 48
^68Cu	30,9 s	4,44	1+	β^−		67,929 6109(17)
^68m1Cu	3,75 min	0,72163 (IT), 5,162 (β^−)	6−	IT = 84, β^− = 16		67,930 3856
^69Cu	2,85 min	2,681	3/2−	β^−		68,929 4293(15)
^69m1Cu	360 ns	2,742	13/2+	IT		68, 932 372 73
^70Cu	44,5 s	6,588	1+	β^−		69,932 3921(12)
^70m1Cu	33 s	6,69 (β^−), 0,10146 (IT)	4−	β^− = 52, IT = 48		69,932 501 02
^70m2Cu	6,6 s	6,831 (β^−), 0,24295 (IT)	1+	β^− = 93,2, IT = 6,8		69, 932 652 92
^71Cu	19,4 s	4,618	3/2−	β^−		70,932 6768(16)
^71m1Cu	271 ns	2,756	19/2−	IT		70, 935 635 55
^72Cu	6,63 s	8,363	1+	β^− = 100		71,935 8203(15)
^72m1Cu	1,8 µs	0,27	4−	IT		71, 936 110 16
^73Cu	4,2 s	6,606	3/2−	β^−		72,936 6744(21)
^74Cu	1,594 s	9,751	1+	β^−		73,939 8749(66)
^75Cu	1,222 s	8,088 (β^−), 3,214 (β^−n)	3/2−	β^− = 96,5, β^−n = 3,5		74,941 5226(25)
^76Cu	637 ms	11,327 (β^−), 3,512 (β^−n)	3+	β^− = 97, β^−n = 3		75,945 2750(72)
^76m1Cu	1,27 s	11,427	1+	β^−		75,945 382 37
^77Cu	468,1 ms	10,277 (β^−), 5,72 (β^−n)	3/2−	β^− = 69,7, β^−n = 30,3		76,947 92(16#)
^78Cu	335 ms	12,986 (β^−), 6,22 (β^−n)	3+	β^− < 35, β^−n > 65		77,952 23(54)
^79Cu	188 ms	11,534 (β^−), 7,513 (β^−n)	3/2−	β^− = 45, β^−n = 55		78,955 02(43#)
^80Cu	0,17 s	15,218	3+	β^−		79,960 89(64#)
^81Cu	73,2 ms	14,408 (β^−), 11,785 (β^−n), 5,498 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		80,965 87(86#)
^82Cu	> 636 ns	16,935 (β^−), 12,456 (β^−n), 9,834 (β^−2n)		β^− = ?, β^−n = ?, β^−2n = ?		81,972 44(86#)

₃₀ Zink

Iso­top	Halbwerts­zeit	Zerfallsenergie (MeV)	Spin / Parität	Zerfallsart(en) (%)	NH (%)	Masse (u)
^54Zn	1,59 ms	1,491	0	2p = 92		53,992 04(75#)
^55Zn	19,8 ms	16,711 (ε), 17,012 (εp)	5/2−	ε = 9, εp = 91		54,983 98(75#)
^56Zn	30 ms	12,659 (ε), 12,467 (εp)	0+	ε = 14, εp = 86		55,972 54(54#)
^57Zn	38 ms	14,762 (β^+), 14,072 (εp)	7/2−	β^+ = 35, εp = 65		56,965 06(22#)
^58Zn	86 ms	9,369 (ε), 6,496 (β^+p)	0+	ε = 97, β^+p = 3		57,954 591(54)
^59Zn	182 ms	9,143 (ε), 5,724 (εp)	3/2−	ε = 99,9, εp = 0,1		58,949 312 66(89)
^60Zn	2,38 min	4,171	0+	ε		59,941 842 10(69)
^61Zn	89,1 s	5,635	3/2−	ε		60,939 507(17)
^61m1Zn	400 ms	0,09177	1/2−	IT		60,939 605 52
^61m2Zn	140 ms	0,42146	3/2−	IT		60,939 959 46
^61m3Zn	100 ms	0,75937	5/2−	IT		60,940 322 22
^62Zn	9,186 h	1,62	0+	ε		61,934 333 97(73)
^63Zn	38,47 min	3,366	3/2−	ε		62,933 2115(17)
^64Zn	stabil ^2ε	1,095	0+	2ε	049,17	63,929 142 01(71)
^65Zn	243,93 d	1,352	5/2−	ε		64,929 240 77(71)
^65m1Zn	1,6 µs	0,0541	1/2−	IT		64,929 298 85
^66Zn	stabil		0+		027,73	65,926 033 81(94)
^67Zn	stabil		5/2−		004,04	66,927 127 75(96)
^68Zn	stabil		0+		018,45	67,924 844 55(98)
^69Zn	56,4 min	0,91026	1/2−	β^−		68,926 5507(10)
^69m1Zn	13,76 h	0,43818 (IT), 1,348 (β^−)	9/2+	IT = 99,997, β^− = 0,003		68,927 021 11
^70Zn	stabil ^2β	0,99712	0+	2β	000,61	69,925 3192(21)
^71Zn	2,45 min	2,81	1/2−	β^−		70,927 7196(28)
^71m1Zn	3,96 h	2,97 (β^−), 0,15986 (IT)	9/2+	β^− = 99,95, IT = 0,05		70,927 891 22
^72Zn	46,5 h	0,44277	0+	β^−		71,926 8428(23)
^73Zn	23,5 s	4,106	1/2−	β^−		72,929 5826(20)
^73m1Zn	5,8 s	4,527 (β^−), 0,42069 (IT)	7/2+	β^− = ?, IT = ?		72,930 034 23
^73m2Zn	13 ms	0,37859	5/2+	IT		72,929 989 03
^74Zn	95,6 s	2,293	0+	β^−		73,929 4073(27)
^75Zn	10,2 s	5,906	7/2+	β^−		74,932 8402(21)
^76Zn	5,7 s	3,994	0+	β^−		75,933 1150(16)
^77Zn	2,08 s	7,203	7/2+	β^−		76,936 8872(21)
^77m1Zn	1,05 s	0,8393 (IT), 8,043 (β^−)	1/2−	IT > 50, β^− < 50		76,937 788 22
^78Zn	1,47 s	6,228	0+	β^−		77,938 2892(21)
^79Zn	995 ms	9,115 (β^−), 2,202 (β^−n)	9/2+	β^− = 98,7, β^−n = 1,3		78,942 6381(24)
^80Zn	0,54 s	7,575 (β^−), 2,828 (β^−n)	0+	β^− = 99, β^−n = 1		79,944 5529(28)
^81Zn	304 ms	11,428 (β^−), 4,953 (β^−n)	5/2+	β^− = 92,5, β^−n = 7,5		80,950 4026(54)
^82Zn	228 ms	10,324	0+	β^− = 100?		81,954 26(32#)
^83Zn	117 ms	12,519 (β^−), 8,121 (β^−n)	5/2+	β^− = ?, β^−n = ?		82,960 56(54#)
^84Zn	> 633 ns	11,877 (β^−), 8,779 (β^−n), 4,381 (β^−2n)	0+	β^− = ?, β^−n = ?, β^−2n = ?		83,965 21(64#)
^85Zn	> 637 ns	14,224		β^− = 100?		84,972 26(75#)

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