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 neu berechnet.Datenquelle

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 3143Sc 3,891 h 2,221 7/2− ε 42,961 1505(20)43m1Sc 438 µs 0,15157 2/3+ IT 42,961 313 2243m2Sc 470 ns 3,123 19/2− IT 42,964 503 5844Sc 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 6844m2Sc 154 ns 0,06785 1− IT 43,959 475 7544m3Sc 50,4 µs 0,14616 0 IT 43,959 559 8145Sc stabil 7/2− 100 44,955 908 28(77)45m1Sc 318 ms 0,01657 3/2+ IT 44,955 926 0746Sc 83,79 d 2,367 4+ β− 45,955 168 26(78)46m1Sc 18,75 s 0,1459 1− IT 45,955 324 8946m2Sc 9,4 µs 0,0554 6+ IT 45,955 227 7347Sc 3,3492 d 0,60073 7/2− β− 46,952 4037(21)47m1Sc 27,2 ns 0,77047 3/2+ IT 46,953 230 8348Sc 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 5751Sc 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 1654m1Sc 7 µs 0,11042 5+ IT 53,963 382755Sc 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 5243m2Ti 560 ns 3,066 9/2− IT 42,971 814 4244Ti 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+ 8,25 45,952 627 72(35)47Ti stabil 5/2− 7,44 46,951 758 79(38)48Ti stabil 0+ 73,72 47,947 941 98(38)49Ti stabil 7/2− 5,41 48,947 865 68(39)50Ti stabil 0+ 5,18 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 2945V 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 9447V 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 > 2,7·1017 a 2,207 (ε), 1,038 (β−) 6+ ε = 83, β− = 17 0,25 49,947 156 01(95)51V stabil 7/2− 99,75 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 7555V 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 3461V 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 9146Cr 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 4,345 49,946 041 83(94)51Cr 27,7025 d 0,753 7/2− ε 50,944 765 02(94)52Cr stabil 0+ 83,789 51,940 506 23(63)53Cr stabil 3/2− 9,501 52,940 648 15(62)54Cr stabil 0+ 2,365 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 3560Cr 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 2947Mn 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 0951Mn 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 4253Mn 3,74·106 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 440259Mn 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 1861Mn 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 509663Mn 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 7165Mn 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 2653Fe 8,51 min 3,742 7/2− ε 52,945 3064(18)53m1Fe 2,54 min 3,042 19/2− IT 52,948 571 9754Fe stabil 2ε 0,67983 0+ 2ε 5,845 53,939 608 99(53)54m1Fe 36,4 ns 6,259 10+ IT 53,946 617 9155Fe 2,74 a 0,23109 3/2− ε 54,938 291 99(51)56Fe stabil 0+ 91,754 55,934 936 33(49)57Fe stabil 1/2− 2,119 56,935 392 84(49)58Fe stabil 0+ 0,282 57,933 274 43(53)59Fe 44,495 d 1,565 3/2− β− 58,934 874 34(54)60Fe 2,62·106 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 5962Fe 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 5666Fe 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 0868Fe 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