Isotopes of Titanium

List of known isotopes of the element Titanium.

Isotope	t½	%	Spin/parity	Radius	Isotopic mass	Discovery
³⁸Ti	120 ns	syn.	—	—	3.801·10⁷ ±322 keV/c²	—
³⁹Ti	28.5 ±9 ms	syn.	(3/2+)	—	3.9·10⁷ ±215 keV/c²	1990
⁴⁰Ti	52.4 ±3 ms	syn.	0+	—	3.999·10⁷ ±73.26 keV/c²	1982
⁴¹Ti	81.9 ±5 ms	syn.	3/2+	—	4.098·10⁷ ±30 keV/c²	1964
⁴²Ti	208.6 ±80 ms	syn.	0+	—	4.197·10⁷ ±0.289 keV/c²	1964
⁴³Ti	509 ±5 ms	syn.	7/2-	—	4.296·10⁷ ±6.139 keV/c²	1948
⁴⁴Ti	59.1 ±3 a	syn.	0+	3.611 ±0.0051 fm	4.395·10⁷ ±0.751 keV/c²	1954
⁴⁵Ti	184.8 ±5 m	syn.	7/2-	3.593 ±0.0032 fm	4.495·10⁷ ±0.897 keV/c²	1941
⁴⁶Ti	stab.	8.25 ±0.03 %	0+	3.607 ±0.0022 fm	4.595·10⁷ ±0.097 keV/c²	1934
⁴⁷Ti	stab.	7.44 ±0.02 %	5/2-	3.596 ±0.0019 fm	4.695·10⁷ ±0.085 keV/c²	1934
⁴⁸Ti	stab.	73.72 ±0.03 %	0+	3.592 ±0.0017 fm	4.794·10⁷ ±0.079 keV/c²	1923
⁴⁹Ti	stab.	5.41 ±0.02 %	7/2-	3.573 ±0.0021 fm	4.894·10⁷ ±0.084 keV/c²	1934
⁵⁰Ti	stab.	5.18 ±0.02 %	0+	3.57 ±0.0022 fm	4.994·10⁷ ±0.088 keV/c²	1934
⁵¹Ti	5.76 ±1 m	syn.	3/2-	—	5.094·10⁷ ±0.519 keV/c²	1947
⁵²Ti	1.7 ±1 m	syn.	0+	—	5.194·10⁷ ±2.948 keV/c²	1966
⁵³Ti	32.7 ±9 s	syn.	(3/2)-	—	5.294·10⁷ ±3.1 keV/c²	1977
⁵⁴Ti	2.1 ±10 s	syn.	0+	—	5.395·10⁷ ±17 keV/c²	1980
⁵⁵Ti	1.3 ±1 s	syn.	(1/2)-	—	5.495·10⁷ ±31 keV/c²	1980
⁵⁶Ti	200 ±5 ms	syn.	0+	—	5.595·10⁷ ±107.5 keV/c²	1980
⁵⁷Ti	98 ±5 ms	syn.	(5/2-)	—	5.696·10⁷ ±221 keV/c²	1985
⁵⁸Ti	58 ±9 ms	syn.	0+	—	5.796·10⁷ ±196.8 keV/c²	1992
⁵⁹Ti	28.5 ±25 ms	syn.	(5/2-)	—	5.897·10⁷ ±322 keV/c²	1997
⁶⁰Ti	22 ±2 ms	syn.	0+	—	5.997·10⁷ ±258 keV/c²	1997
⁶¹Ti	15 ±4 ms	syn.	(1/2-)	—	6.098·10⁷ ±322 keV/c²	1997
⁶²Ti	620 ns	syn.	0+	—	6.198·10⁷ ±429 keV/c²	2009
⁶³Ti	360 ns	syn.	—	—	6.299·10⁷ ±537 keV/c²	2009
⁶⁴Ti	stab.	syn.	0+	—	6.399·10⁷ ±644 keV/c²	2013

38TiTitanium-38

Classification	z: 22; n: 16; m: 38
Half life	120 ns
Natural abundance	synthetic nuclide
Decay modes	two-proton emission
Mass excess	11,370 ±300 keV
Binding energy	7,319 ±8 keV
Single-particle energy	-301 ±424 keV
Neutron separation energy	21,870 ±500 keV
Q value for electron capture	15,610 ±360.5 keV

Point at nuclide Decay chain of Titanium-38

39TiTitanium-39

Classification	z: 22; n: 17; m: 39
Half life	28.5 ±9 ms
Natural abundance	synthetic nuclide
Spin/parity	(3/2+)
Decay modes	electron capture + β⁺ decay; electron capture + proton emission; electron capture with two-proton emission
Discovery	1990
Mass excess	2,500 ±200 keV
Binding energy	7,566 ±5 keV
Single-particle energy	539 ±283 keV
Neutron separation energy	16,940 ±361 keV
Q value for electron capture	16,670 ±201.4 keV
β⁻ decay energy	-20,070 ±447 keV

Point at nuclide Decay chain of Titanium-39

40TiTitanium-40

Classification	z: 22; n: 18; m: 40
Half life	52.4 ±3 ms
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	electron capture + proton emission; electron capture + β⁺ decay
Discovery	1982
Mass excess	-8,994 ±68.24 keV
Binding energy	7,865 ±1.706 keV
Single-particle energy	2,109 ±72.34 keV
Neutron separation energy	19,560 ±212 keV
Q value for electron capture	11,520 ±68.3 keV
β⁻ decay energy	-21,470 ±308 keV
β⁻ decay energy with neutron	-39,640 ±405 keV

Point at nuclide Decay chain of Titanium-40

41TiTitanium-41

Classification	z: 22; n: 19; m: 41
Half life	81.9 ±5 ms
Natural abundance	synthetic nuclide
Spin/parity	3/2+
Decay modes	electron capture + β⁺ decay; electron capture + proton emission
Discovery	1964
Mass excess	-15,700 ±27.94 keV
Binding energy	8,034 ±0.6816 keV
Single-particle energy	2,463 ±28.08 keV
Neutron separation energy	14,770 ±73.74 keV
Q value for electron capture	12,940 ±27.94 keV
β⁻ decay energy	-16,010 ±202 keV
β⁻ decay energy with neutron	-36,240 ±301 keV

Point at nuclide Decay chain of Titanium-41

42TiTitanium-42

Classification	z: 22; n: 20; m: 42
Half life	208.6 ±80 ms
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	electron capture + β⁺ decay
Discovery	1964
Mass excess	-25,110 ±0.269 keV
Binding energy	8,259 ±0.0064 keV
Single-particle energy	3,750 ±0.2726 keV
Neutron separation energy	17,470 ±27.94 keV
Q value for electron capture	7,016 ±0.31 keV
β⁻ decay energy	-17,490 ±196 keV
β⁻ decay energy with neutron	-33,490 ±200 keV

Point at nuclide Decay chain of Titanium-42

43TiTitanium-43

Classification	z: 22; n: 21; m: 43
Half life	509 ±5 ms
Natural abundance	synthetic nuclide
Spin/parity	7/2-
Decay modes	electron capture + β⁺ decay; electron capture + proton emission
Discovery	1948
Mass excess	-29,320 ±5.719 keV
Binding energy	8,352 ±0.133 keV
Single-particle energy	4,483 ±5.721 keV
Neutron separation energy	12,280 ±5.725 keV
Q value for electron capture	6,872 ±6.015 keV
β⁻ decay energy	-11,400 ±43.22 keV
β⁻ decay energy with neutron	-29,770 ±196 keV
Magnetic dipole moment	0.85 ±0.02 μN

Point at nuclide Decay chain of Titanium-43

44TiTitanium-44

Classification	z: 22; n: 22; m: 44
Half life	59.1 ±3 a
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	electron capture (EC)
Discovery	1954
Mass excess	-37,550 ±0.7 keV
Binding energy	8,533 ±0.0159 keV
Single-particle energy	8,649 ±1.989 keV
Neutron separation energy	16,300 ±5.761 keV
Q value for electron capture	267.4 ±1.89 keV
β⁻ decay energy	-13,750 ±7.298 keV
β⁻ decay energy with neutron	-27,710 ±42.85 keV

Point at nuclide Decay chain of Titanium-44

45TiTitanium-45

Classification	z: 22; n: 23; m: 45
Half life	184.8 ±5 m
Natural abundance	synthetic nuclide
Spin/parity	7/2-
Decay modes	electron capture + β⁺ decay
Discovery	1941
Mass excess	-39,020 ±0.836 keV
Binding energy	8,555 ±0.0186 keV
Single-particle energy	8,483 ±1.941 keV
Neutron separation energy	9,532 ±1.09 keV
Q value for electron capture	2,062 ±1.067 keV
β⁻ decay energy	-7,124 ±0.2142 keV
β⁻ decay energy with neutron	-23,280 ±7.312 keV
Magnetic dipole moment	0.095 ±0.002 μN
Electric quadrupole moment	0.015 ±0.015 b

Point at nuclide Decay chain of Titanium-45

46TiTitanium-46

Classification	z: 22; n: 24; m: 46
Half life	stable nuclide
Natural abundance	8.25 ±0.03 %
Spin/parity	0+
Discovery	1934
Mass excess	-44,130 ±0.09 keV
Binding energy	8,656 ±0.002 keV
Single-particle energy	10,340 ±0.6585 keV
Neutron separation energy	13,180 ±0.832 keV
Q value for electron capture	-2,367 ±0.677 keV
β⁻ decay energy	-7,053 ±0.0923 keV
β⁻ decay energy with neutron	-20,320 ±0.8591 keV
Magnetic dipole moment	2.3 ±0.7 μN
Electric quadrupole moment	-0.21 ±0.06 b

Point at nuclide

47TiTitanium-47

Classification	z: 22; n: 25; m: 47
Half life	stable nuclide
Natural abundance	7.44 ±0.02 %
Spin/parity	5/2-
Discovery	1934
Mass excess	-44,940 ±0.08 keV
Binding energy	8,661 ±0.0017 keV
Single-particle energy	10,460 ±0.6691 keV
Neutron separation energy	8,880 ±0.0635 keV
Q value for electron capture	-600.8 ±1.93 keV
β⁻ decay energy	-2,931 ±0.0879 keV
β⁻ decay energy with neutron	-15,940 ±0.1191 keV
Magnetic dipole moment	-0.7882 ±1.1·10^-4 μN
Electric quadrupole moment	0.302 ±0.01 b

Point at nuclide

48TiTitanium-48

Classification	z: 22; n: 26; m: 48
Half life	stable nuclide
Natural abundance	73.72 ±0.03 %
Spin/parity	0+
Discovery	1923
Mass excess	-48,500 ±0.074 keV
Binding energy	8,723 ±0.0016 keV
Single-particle energy	11,440 ±1.929 keV
Neutron separation energy	11,620 ±0.0319 keV
Q value for electron capture	-3,989 ±4.951 keV
β⁻ decay energy	-4,015 ±0.9691 keV
β⁻ decay energy with neutron	-14,560 ±0.0838 keV
Magnetic dipole moment	2.2 ±0.6 μN
Electric quadrupole moment	-0.177 ±0.008 b

Point at nuclide

49TiTitanium-49

Classification	z: 22; n: 27; m: 49
Half life	stable nuclide
Natural abundance	5.41 ±0.02 %
Spin/parity	7/2-
Discovery	1934
Mass excess	-48,570 ±0.078 keV
Binding energy	8,711 ±0.0016 keV
Single-particle energy	11,340 ±4.949 keV
Neutron separation energy	8,142 ±0.0235 keV
Q value for electron capture	-2,002 ±2.269 keV
β⁻ decay energy	-601.9 ±0.8203 keV
β⁻ decay energy with neutron	-12,160 ±0.9694 keV
Magnetic dipole moment	-1.104 ±1.4·10^-4 μN
Electric quadrupole moment	0.247 ±0.011 b

Point at nuclide

50TiTitanium-50

Classification	z: 22; n: 28; m: 50
Half life	stable nuclide
Natural abundance	5.18 ±0.02 %
Spin/parity	0+
Discovery	1934
Mass excess	-51,440 ±0.082 keV
Binding energy	8,755 ±0.0017 keV
Single-particle energy	12,150 ±2.268 keV
Neutron separation energy	10,930 ±0.0311 keV
Q value for electron capture	-6,895 ±2.516 keV
β⁻ decay energy	-2,209 ±0.0579 keV
β⁻ decay energy with neutron	-11,550 ±0.8209 keV
Magnetic dipole moment	2.9 ±0.4 μN

Point at nuclide

51TiTitanium-51

Classification	z: 22; n: 29; m: 51
Half life	5.76 ±1 m
Natural abundance	synthetic nuclide
Spin/parity	3/2-
Decay modes	β⁻ decay
Discovery	1947
Mass excess	-49,740 ±0.484 keV
Binding energy	8,708 ±0.0095 keV
Single-particle energy	12,480 ±2.561 keV
Neutron separation energy	6,372 ±0.4776 keV
Q value for electron capture	-6,483 ±2.561 keV
β⁻ decay energy	2,470 ±0.482 keV
β⁻ decay energy with neutron	-8,582 ±0.481 keV

Point at nuclide Decay chain of Titanium-51

52TiTitanium-52

Classification	z: 22; n: 30; m: 52
Half life	1.7 ±1 m
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay
Discovery	1966
Mass excess	-49,480 ±2.747 keV
Binding energy	8,691 ±0.0528 keV
Single-particle energy	13,510 ±3.724 keV
Neutron separation energy	7,816 ±2.788 keV
Q value for electron capture	-8,955 ±4.123 keV
β⁻ decay energy	1,965 ±2.751 keV
β⁻ decay energy with neutron	-5,346 ±2.748 keV
Magnetic dipole moment	1.8 ±0.6 μN

Point at nuclide Decay chain of Titanium-52

53TiTitanium-53

Classification	z: 22; n: 31; m: 53
Half life	32.7 ±9 s
Natural abundance	synthetic nuclide
Spin/parity	(3/2)-
Decay modes	β⁻ decay
Discovery	1977
Mass excess	-46,890 ±2.888 keV
Binding energy	8,631 ±0.0545 keV
Single-particle energy	13,640 ±4.217 keV
Neutron separation energy	5,475 ±3.985 keV
Q value for electron capture	-8,112 ±17.93 keV
β⁻ decay energy	4,970 ±4.238 keV
β⁻ decay energy with neutron	-3,510 ±2.892 keV

Point at nuclide Decay chain of Titanium-53

54TiTitanium-54

Classification	z: 22; n: 32; m: 54
Half life	2.1 ±10 s
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay
Discovery	1980
Mass excess	-45,750 ±15.83 keV
Binding energy	8,599 ±0.2932 keV
Single-particle energy	14,260 ±23.74 keV
Neutron separation energy	6,933 ±16.09 keV
Q value for electron capture	-11,310 ±21.11 keV
β⁻ decay energy	4,154 ±19.38 keV
β⁻ decay energy with neutron	-1,964 ±16.13 keV

Point at nuclide Decay chain of Titanium-54

55TiTitanium-55

Classification	z: 22; n: 33; m: 55
Half life	1.3 ±1 s
Natural abundance	synthetic nuclide
Spin/parity	(1/2)-
Decay modes	β⁻ decay
Discovery	1980
Mass excess	-41,840 ±28.87 keV
Binding energy	8,518 ±0.525 keV
Single-particle energy	14,680 ±32.07 keV
Neutron separation energy	4,159 ±32.93 keV
Q value for electron capture	-11,000 ±68.76 keV
β⁻ decay energy	7,292 ±39.54 keV
β⁻ decay energy with neutron	-5.52 ±30.96 keV

Point at nuclide Decay chain of Titanium-55

56TiTitanium-56

Classification	z: 22; n: 34; m: 56
Half life	200 ±5 ms
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1980
Mass excess	-39,430 ±100.2 keV
Binding energy	8,467 ±1.789 keV
Single-particle energy	15,860 ±118 keV
Neutron separation energy	5,661 ±104.2 keV
Q value for electron capture	-13,910 ±278.3 keV
β⁻ decay energy	6,760 ±188.1 keV
β⁻ decay energy with neutron	1,630 ±103.7 keV

Point at nuclide Decay chain of Titanium-56

57TiTitanium-57

Classification	z: 22; n: 35; m: 57
Half life	98 ±5 ms
Natural abundance	synthetic nuclide
Spin/parity	(5/2-)
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1985
Mass excess	-34,410 ±205.8 keV
Binding energy	8,372 ±3.611 keV
Single-particle energy	16,170 ±331.3 keV
Neutron separation energy	3,050 ±228.9 keV
Q value for electron capture	-13,030 ±273.3 keV
β⁻ decay energy	10,030 ±222.6 keV
β⁻ decay energy with neutron	3,710 ±270.7 keV

Point at nuclide Decay chain of Titanium-57

58TiTitanium-58

Classification	z: 22; n: 36; m: 58
Half life	58 ±9 ms
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1992
Mass excess	-30,920 ±183.3 keV
Binding energy	8,307 ±3.161 keV
Single-particle energy	16,820 ±256.7 keV
Neutron separation energy	4,587 ±275.6 keV
Q value for electron capture	-15,440 ±264 keV
β⁻ decay energy	9,512 ±206.8 keV
β⁻ decay energy with neutron	5,446 ±201.9 keV

Point at nuclide Decay chain of Titanium-58

59TiTitanium-59

Classification	z: 22; n: 37; m: 59
Half life	28.5 ±25 ms
Natural abundance	synthetic nuclide
Spin/parity	(5/2-)
Decay modes	β⁻ decay
Discovery	1997
Mass excess	-25,880 ±300 keV
Binding energy	8,218 ±5 keV
Single-particle energy	17,680 ±355 keV
Neutron separation energy	3,033 ±352 keV
Q value for electron capture	-15,060 ±390.2 keV
β⁻ decay energy	11,730 ±330 keV
β⁻ decay energy with neutron	6,480 ±315 keV

Point at nuclide Decay chain of Titanium-59

60TiTitanium-60

Classification	z: 22; n: 38; m: 60
Half life	22 ±2 ms
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	1997
Mass excess	-22,100 ±240.3 keV
Binding energy	8,152 ±4.005 keV
Single-particle energy	18,550 ±346.5 keV
Neutron separation energy	4,291 ±384 keV
Q value for electron capture	-17,550 ±554.7 keV
β⁻ decay energy	10,980 ±301.4 keV
β⁻ decay energy with neutron	7,439 ±276.8 keV

Point at nuclide Decay chain of Titanium-60

61TiTitanium-61

Classification	z: 22; n: 39; m: 61
Half life	15 ±4 ms
Natural abundance	synthetic nuclide
Spin/parity	(1/2-)
Decay modes	β⁻ decay; β⁻ decay with two-neutron emission; β⁻ decay with neutron emission
Discovery	1997
Mass excess	-16,370 ±300 keV
Binding energy	8,058 ±5 keV
Single-particle energy	19,100 ±583 keV
Neutron separation energy	2,342 ±384 keV
Q value for electron capture	-16,870 ±670.8 keV
β⁻ decay energy	13,800 ±381 keV
β⁻ decay energy with neutron	8,646 ±351 keV

Point at nuclide Decay chain of Titanium-61

62TiTitanium-62

Classification	z: 22; n: 40; m: 62
Half life	620 ns
Natural abundance	synthetic nuclide
Spin/parity	0+
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	2009
Mass excess	-12,200 ±400 keV
Binding energy	7,990 ±6 keV
Single-particle energy	19,980 ±721 keV
Neutron separation energy	3,901 ±500 keV
β⁻ decay energy	13,010 ±479 keV
β⁻ decay energy with neutron	9,906 ±464 keV

Point at nuclide Decay chain of Titanium-62

63TiTitanium-63

Classification	z: 22; n: 41; m: 63
Half life	360 ns
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay with neutron emission; β⁻ decay
Discovery	2009
Mass excess	-5,860 ±500 keV
Binding energy	7,891 ±8 keV
Single-particle energy	20,450 ±781 keV
Neutron separation energy	1,732 ±640 keV
β⁻ decay energy	15,880 ±605 keV
β⁻ decay energy with neutron	11,280 ±566 keV

Point at nuclide Decay chain of Titanium-63

64TiTitanium-64

Classification	z: 22; n: 42; m: 64
Half life	stable nuclide
Natural abundance	synthetic nuclide
Spin/parity	0+
Discovery	2013
Mass excess	-1,480 ±600 keV
Binding energy	7,826 ±9 keV
Single-particle energy	21,830 ±922 keV
Neutron separation energy	3,691 ±781 keV
β⁻ decay energy	14,840 ±721 keV
β⁻ decay energy with neutron	12,180 ±690 keV

Point at nuclide

Isotopes of Titanium

38TiTitanium-38ads_clickcall_splitdownload

39TiTitanium-39ads_clickcall_splitdownload

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38TiTitanium-38

39TiTitanium-39

40TiTitanium-40

41TiTitanium-41

42TiTitanium-42

43TiTitanium-43

44TiTitanium-44

45TiTitanium-45

46TiTitanium-46

47TiTitanium-47

48TiTitanium-48

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52TiTitanium-52

53TiTitanium-53

54TiTitanium-54

55TiTitanium-55

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58TiTitanium-58

59TiTitanium-59

60TiTitanium-60

61TiTitanium-61

62TiTitanium-62

63TiTitanium-63

64TiTitanium-64