Titanium (Ti)

Titanium is the 22nd element in the periodic table and has a symbol of Ti and atomic number of 22. It has an atomic weight of 47.867 and a mass number of 48. Titanium has twenty-two protons and twenty-six neutrons in its nucleus, and twenty-two electrons in four shells. It is located in group four, period four and block d of the periodic table. White metallic transition element. Occurs in numerous minerals. Used in strong, light corrosion-resistant alloys. Forms a passive oxide coating when exposed to air. First discovered by Gregor in 1789.

Atomic Number	22
Atomic Weight	47.867
Mass Number	48

Group	4
Period	4
Block	d

Protons	22 p⁺
Neutrons	26 n⁰
Electrons	22 e^-

Physical Properties

Atomic Radius	140 pm 257 pm
Molar Volume	10.6 cm³/mol
Covalent Radius	136 pm 117 pm 108 pm 140 pm 160 pm
Metallic Radius	132 pm 147 pm
Ionic Radius	86 pm 67 pm 42 pm 51 pm 60.5 pm 74 pm
Crystal Radius	100 pm 81 pm 56 pm 65 pm 74.5 pm 88 pm
Van der Waals Radius	215 pm 211 pm 239 pm 317.5 pm
Density	4.506 g/cm³ 4,110 kg/m³

Chemical Properties

Energy

Proton Affinity	876 kJ/mol
Electron Affinity	0.079 eV/particle
Ionization Energy	6.82812 eV/particle 13.5755 eV/particle 27.49171 eV/particle 43.26717 eV/particle 99.3 eV/particle 119.53 eV/particle 140.68 eV/particle 170.47 eV/particle 192.1 eV/particle 215.92 eV/particle 265.07 eV/particle 291.5004 eV/particle 787.7 eV/particle 864 eV/particle 944.5 eV/particle 1,042.48 eV/particle 1,130.2 eV/particle 1,220.3 eV/particle 1,346.33 eV/particle 1,425.257 eV/particle 6,249.0223 eV/particle 6,625.807 eV/particle

Heat of Vaporization	422.6 kJ/mol
Heat of Fusion	18.8 kJ/mol
Heat of Formation	473 kJ/mol
Electrons

Electron Shells	2, 8, 10, 2

Valence Electrons	2 ⓘ

Electron Configuration	[Ar] 3d² 4s²ⓘ 1s² 2s² 2p⁶ 3s² 3p⁶ 3d² 4s²

Oxidation States	-2, -1, 0, 1, 2, 3, 4
Electronegativity	8.17 eV/particle 0.1233637 1.54
Electrophilicity Index	0.8836023565738941 eV/particle
States of Matter

Phase	Solid
Gas Phase
Boiling Point	3,560.15 K
Melting Point	1,943.15 K
Critical Pressure
Critical Temperature
Triple Point
Visual
Titanium is a Silver. Ti has a CPK of #808090, Jmol of #bfc2c7, and MOLCAS GV of #bfc2c7. The Appearance of Element 22 is silvery grey-white metallic.
Color	Silver #808090 #bfc2c7 #bfc2c7
Appearance	silvery grey-white metallic
Refractive Index
Thermodynamic Properties
Thermal Conductivity	21.9 W/(m K)
Thermal Expansion	0.0000086 1/K
Molar Heat Capacity	25.06 J/(mol K)
Specific Heat Capacity	0.523 J/(g⋅K)
Heat Capacity Ratio (Adiabatic Index)
Electrical Properties
Type	Conductor
Electrical Conductivity	2.5 MS/m
Electrical Resistivity	0.0000004 Ω*m
Superconducting Point	0.4 K
Magnetism
Type	paramagnetic
Magnetic Susceptibility (Mass)	0.0000000401 m³/Kg
Magnetic Susceptibility (Molar)	0.000000001919 m³/mol
Magnetic Susceptibility (Volume)	0.0001807
Magnetic Ordering
Curie Point
Neel Point
Structure
The Crystal Structure of Titanium is HEX. The lattice constant of Ti is 2.95 Å. The lattice angles of Element 22 are π/2, π/2, 2 π/3.
Crystal Structure	Simple Hexagonal (HEX)
Lattice Constant	2.95 Å
Lattice Angles	π/2, π/2, 2 π/3
Mechanical Properties
Titanium has a Brinell of 716 MPa, Mohs hardness of 6 MPa, and Vickers of 970 MPa. The Bulk Modulus of Ti is 110 GPa. The Shear Modulus of Element 22 is 44 GPa. The Young Modulus of Titanium (Ti) is 116 GPa. The Poisson Ratio of Titanium is 0.32. The Speed of Sound of Ti is 4140 m/s.
Hardness	716 MPa 6 MPa 970 MPa
Bulk Modulus	110 GPa
Shear Modulus	44 GPa
Young's Modulus	116 GPa
Poisson Ratio	0.32
Speed of Sound	4,140 m/s
Classification
The CAS Group of Titanium is IVA. The IUPAC Group of Ti is IVB. The Glawe Number of Element 22 is 51. The Mendeleev Number of Titanium (Ti) is 43. The Pettifor Number of Titanium is 51. The Geochemical Class of Ti is first series transition metal. The Goldschmidt Class of Element 22 is litophile.
Category	Transition metals, Transition metals
CAS Group	IVA
IUPAC Group	IVB
Glawe Number	51
Mendeleev Number	43
Pettifor Number	51
Geochemical Class	first series transition metal
Goldschmidt Class	litophile

Other

The Gas Basicity of Titanium is 853.7 kJ/mol. The Dipole Polarizability of Ti is 100 plus or minus 10 a₀. Element 22 has a C6 Dispersion Coefficient (CD) of 1044 a₀, and C6 Dispersion Coefficient (GB) of 1200 a₀. The Allotropes of Titanium (Ti) is . The Neutron Cross Section of Titanium is 6.1. The Neutron Mass Absorption of Ti is 0.0044. The Quantum Numbers of Element 22 is 3F2. The Space Group of Titanium (Ti) is 194 (P63/mmc).

Gas Basicity	853.7 kJ/mol
Dipole Polarizability	100 ± 10 a₀
C6 Dispersion Coefficient	1,044 a₀ 1,200 a₀
Allotropes
Neutron Cross Section	6.1
Neutron Mass Absorption	0.0044
Quantum Numbers	3F2
Space Group	194 (P63/mmc)

Isotopes of Titanium

Stable Isotopes	5
Unstable Isotopes	24
Natural Isotopes	5

³⁷Ti

Mass Number	37
Neutron Number	15
Relative Atomic Mass	37.027021 ± 0.000429 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	1/2
Quadrupole Moment	0
Discovery Year
Parity	+

Decay Mode	Intensity
p (proton emission)

³⁸Ti

Mass Number	38
Neutron Number	16
Relative Atomic Mass	38.012206 ± 0.000322 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	0
Quadrupole Moment	0
Discovery Year
Parity	+

Decay Mode	Intensity
2p (2-proton emission)

³⁹Ti

Mass Number	39
Neutron Number	17
Relative Atomic Mass	39.002684 ± 0.000215 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	28.5 ± 0.9 ms
Spin	3/2
Quadrupole Moment
Discovery Year	1990
Parity	+

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%
β⁺ p (β⁺-delayed proton emission)	93.7%
2p (2-proton emission)

⁴⁰Ti

Mass Number	40
Neutron Number	18
Relative Atomic Mass	39.990345146 ± 0.000073262 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	52.4 ± 0.3 ms
Spin	0
Quadrupole Moment	0
Discovery Year	1982
Parity	+

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%
β⁺ p (β⁺-delayed proton emission)	95.8%

⁴¹Ti

Mass Number	41
Neutron Number	19
Relative Atomic Mass	40.983148 ± 0.00003 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	81.9 ± 0.5 ms
Spin	3/2
Quadrupole Moment
Discovery Year	1964
Parity	+

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%
β⁺ p (β⁺-delayed proton emission)	91.1%

⁴²Ti

Mass Number	42
Neutron Number	20
Relative Atomic Mass	41.973049369 ± 0.000000289 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	208.3 ± 0.4 ms
Spin	0
Quadrupole Moment	0
Discovery Year	1964
Parity	+

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%

⁴³Ti

Mass Number	43
Neutron Number	21
Relative Atomic Mass	42.96852842 ± 0.000006139 Da
G-Factor	0.24285714285714 ± 0.0057142857142857
Abundance
Radioactivity	☢️ Radioactive
Half Life	509 ± 5 ms
Spin	7/2
Quadrupole Moment
Discovery Year	1948
Parity	-

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%
β⁺ p (β⁺-delayed proton emission)

⁴⁴Ti

Mass Number	44
Neutron Number	22
Relative Atomic Mass	43.959689936 ± 0.000000751 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	59.1 ± 0.3 y
Spin	0
Quadrupole Moment	0
Discovery Year	1954
Parity	+

Decay Mode	Intensity
ϵ (electron capture)	100%

⁴⁵Ti

Mass Number	45
Neutron Number	23
Relative Atomic Mass	44.958120758 ± 0.000000897 Da
G-Factor	0.027142857142857 ± 0.00057142857142857
Abundance
Radioactivity	☢️ Radioactive
Half Life	184.8 ± 0.5 m
Spin	7/2
Quadrupole Moment	0.015 ± 0.015
Discovery Year	1941
Parity	-

Decay Mode	Intensity
β⁺ (β⁺ decay; β⁺ = ϵ + e⁺)	100%

⁴⁶Ti

Mass Number	46
Neutron Number	24
Relative Atomic Mass	45.952626356 ± 0.000000097 Da
G-Factor	0
Abundance	8.25 ± 0.03
Radioactivity	Stable
Half Life	Not Radioactive ☢️
Spin	0
Quadrupole Moment	0
Discovery Year	1934
Parity	+

⁴⁷Ti

Mass Number	47
Neutron Number	25
Relative Atomic Mass	46.951757491 ± 0.000000085 Da
G-Factor
Abundance	7.44 ± 0.02
Radioactivity	Stable
Half Life	Not Radioactive ☢️
Spin	5/2
Quadrupole Moment	0.302 ± 0.01
Discovery Year	1934
Parity	-

⁴⁸Ti

Mass Number	48
Neutron Number	26
Relative Atomic Mass	47.947940677 ± 0.000000079 Da
G-Factor	0
Abundance	73.72 ± 0.03
Radioactivity	Stable
Half Life	Not Radioactive ☢️
Spin	0
Quadrupole Moment	0
Discovery Year	1923
Parity	+

⁴⁹Ti

Mass Number	49
Neutron Number	27
Relative Atomic Mass	48.947864391 ± 0.000000084 Da
G-Factor
Abundance	5.41 ± 0.02
Radioactivity	Stable
Half Life	Not Radioactive ☢️
Spin	7/2
Quadrupole Moment	0.247 ± 0.011
Discovery Year	1934
Parity	-

⁵⁰Ti

Mass Number	50
Neutron Number	28
Relative Atomic Mass	49.944785622 ± 0.000000088 Da
G-Factor	0
Abundance	5.18 ± 0.02
Radioactivity	Stable
Half Life	Not Radioactive ☢️
Spin	0
Quadrupole Moment	0
Discovery Year	1934
Parity	+

⁵¹Ti

Mass Number	51
Neutron Number	29
Relative Atomic Mass	50.946609468 ± 0.000000519 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	5.76 ± 0.01 m
Spin	3/2
Quadrupole Moment
Discovery Year	1947
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%

⁵²Ti

Mass Number	52
Neutron Number	30
Relative Atomic Mass	51.946883509 ± 0.000002948 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	1.7 ± 0.1 m
Spin	0
Quadrupole Moment	0
Discovery Year	1966
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%

⁵³Ti

Mass Number	53
Neutron Number	31
Relative Atomic Mass	52.949670714 ± 0.0000031 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	32.7 ± 0.9 s
Spin	3/2
Quadrupole Moment
Discovery Year	1977
Parity

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%

⁵⁴Ti

Mass Number	54
Neutron Number	32
Relative Atomic Mass	53.950892 ± 0.000017 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	2.1 ± 1 s
Spin	0
Quadrupole Moment	0
Discovery Year	1980
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%

⁵⁵Ti

Mass Number	55
Neutron Number	33
Relative Atomic Mass	54.955091 ± 0.000031 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	1.3 ± 0.1 s
Spin	1/2
Quadrupole Moment	0
Discovery Year	1980
Parity

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)

⁵⁶Ti

Mass Number	56
Neutron Number	34
Relative Atomic Mass	55.957677675 ± 0.000107569 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	200 ± 5 ms
Spin	0
Quadrupole Moment	0
Discovery Year	1980
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)

⁵⁷Ti

Mass Number	57
Neutron Number	35
Relative Atomic Mass	56.963068098 ± 0.00022102 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	95 ± 8 ms
Spin	5/2
Quadrupole Moment
Discovery Year	1985
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)

⁵⁸Ti

Mass Number	58
Neutron Number	36
Relative Atomic Mass	57.966808519 ± 0.000196823 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	55 ± 6 ms
Spin	0
Quadrupole Moment	0
Discovery Year	1992
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)

⁵⁹Ti

Mass Number	59
Neutron Number	37
Relative Atomic Mass	58.972217 ± 0.000322 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	28.5 ± 1.9 ms
Spin	5/2
Quadrupole Moment
Discovery Year	1997
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶⁰Ti

Mass Number	60
Neutron Number	38
Relative Atomic Mass	59.976275 ± 0.000258 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life	22.2 ± 1.6 ms
Spin	0
Quadrupole Moment	0
Discovery Year	1997
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶¹Ti

Mass Number	61
Neutron Number	39
Relative Atomic Mass	60.982426 ± 0.000322 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life	15 ± 4 ms
Spin	1/2
Quadrupole Moment	0
Discovery Year	1997
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)	100%
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶²Ti

Mass Number	62
Neutron Number	40
Relative Atomic Mass	61.986903 ± 0.000429 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	0
Quadrupole Moment	0
Discovery Year	2009
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶³Ti

Mass Number	63
Neutron Number	41
Relative Atomic Mass	62.993709 ± 0.000537 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	1/2
Quadrupole Moment	0
Discovery Year	2009
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶⁴Ti

Mass Number	64
Neutron Number	42
Relative Atomic Mass	63.998411 ± 0.000644 Da
G-Factor	0
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	0
Quadrupole Moment	0
Discovery Year	2013
Parity	+

Decay Mode	Intensity
β⁻ (β⁻ decay)
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

⁶⁵Ti

Mass Number	65
Neutron Number	43
Relative Atomic Mass	65.005593 ± 0.000751 Da
G-Factor
Abundance
Radioactivity	☢️ Radioactive
Half Life
Spin	1/2
Quadrupole Moment	0
Discovery Year
Parity	-

Decay Mode	Intensity
β⁻ (β⁻ decay)
β⁻ n (β⁻-delayed neutron emission)
2n (2-neutron emission)

History

William Gregor found the oxide of titanium in ilmenite in 1791. Martin Heinrich Klaproth independently discovered the element in rutile in 1795 and named it. The pure metallic form was only obtained in 1910 by Matthew A. Hunter. In 1936, the Kroll Process made the commercial production of titanium possible. From the Latin titans, the first sons of the Earth, Greek mythology

Discoverers	William Gregor
Discovery Location	England
Discovery Year	1791
Etymology (Name Origin)	Greek: titanos (Titans).
Pronunciation	tie-TAY-ni-em (English)

Titanium metal is considered to be non-toxic

Titanium is one of the few elements that burns in pure nitrogen gas

Uses

Titanium is used in steel as an alloying element to reduce grain size and as a deoxidizer, and in stainless steel to reduce carbon content. Titanium has potential use in desalination plants for converting sea water into fresh water. Titanium is used in several everyday products such as drill bits, bicycles, golf clubs, watches and laptop computers. Since it is strong and resists acids it is used in many alloys. Titanium dioxide (TiO2), a white pigment that covers surfaces very well, is used in paint, rubber, paper and many others.

Sources

Usually occurs in the minerals ilmenite (FeTiO3) or rutile (TiO2). Also in Titaniferous magnetite, titanite (CaTiSiO5), and iron ores. Pure metal produced by heating TiO2 with C and Cl2 to produce TiCl4 then heated with Mg gas in Ar atmosphere.

Abundance
Abundance in Earth's crust	5,650 mg/kg
Natural Abundance (Oceans)	0.001 mg/L
Natural Abundance (Human Body)
Natural Abundance (Meteor)	0.054 %
Natural Abundance (Sun)	0.0004 %
Abundance in Universe	0.0003 %

Nuclear Screening Constants

1	s	0.5591
2	p	3.9352
2	s	6.6234
3	d	13.8586
3	p	11.8963
3	s	10.9669
4	s	17.1832

Also Known As

Ti
element 22
22Ti

Translations

Italiantitanio
Dutchtitanium
Norwegian Bokmåltitan
Frenchtitane
GermanTitan
Spanishtitanio
Chinese (Traditional)鈦
Russianтитан
Afrikaanstitaan
Amharicቲታኒየም
AragoneseTitanio
Arabicتيتانيوم
AzerbaijaniTitan
BelarusianТытан, хімічны элемент
Bulgarianтитан
Banglaটাইটানিয়াম
BretonTitaniom
Bosniantitanij
Catalantitani
CherokeeᏔᎢᏖᏂᎥᎻ
CorsicanTitaniu
Czechtitan
ChuvashТитан
WelshTitaniwm
Danishtitan
Greekτιτάνιο
Esperantotitano
Estoniantitaan
Basquetitanio
Persianتیتانیم
Finnishtitaani
Northern FrisianTitan
FriulianTitani
IrishTíotáiniam
Galiciantitanio
ManxÇhitaanium
Hakka ChineseTitanium
HawaiianTitanium
Hebrewטיטניום
Hindiटाइटेनियम
Fiji HindiTitanium
Croatiantitanij
Haitian CreoleTitàn
Hungariantitán
Armenianտիտան
Interlinguatitanium
Indonesiantitanium
Idotitanio
Icelandictítan
Japaneseチタン
Lojbanjinmrtitani
JavaneseTitanium
Georgianტიტანი
KazakhТитан
Kannadaಟೈಟೇನಿಯಮ್
Korean타이타늄
KurdishTîtan
KomiТитан
Latintitanium
LuxembourgishTitan
LigurianTitanio
Lithuaniantitanas
Latviantitāns
Malayalamടൈറ്റാനിയം
Marathiटायटॅनियम
Western MariТитан
Malaytitanium
Burmeseတိုင်‌တေနီယမ်
Low GermanTitan
Nepaliटाइटानियम
Newariटाइटानियम
Norwegian Nynorsktitan
NavajoBéésh doo Ńdiniichxíihii
OccitanTitani
Punjabiਟਾਈਟੇਨੀਅਮ
Polishtytan
Western Panjabiٹائٹینیم
Portuguesetitânio
QuechuaTitanyu
Romaniantitan
Siciliantitaniu
Serbo-CroatianTitanij
Slovaktitán
Sloveniantitan
Serbianтитанијум
Saterland FrisianTitan
Swedishtitan
SwahiliTitani
Tamilடைட்டேனியம்
Teluguటైటానియం
Thaiไทเทเนียม
TagalogTitanyo
Turkishtitanyum
TatarТитан
Uyghurتىتان
Ukrainianтитан
UzbekTitan
VepsTitan
Vietnamesetitan
WarayTitanyo
KalmykТитан
Yiddishטיטאניום
YorubaTitaniomu
Chinese鈦
CebuanoTitanyo
MacedonianТитан
Central Kurdishتیتانیۆم
Gujaratiટાઇટેનિયમ
PiedmonteseTitani
AsturianTitaniu
KikuyuTitanium
Odiaଟିଟାନିଅମ
Scotstitanium
SomaliTitaaniyaam
Literary Chinese鈦
Belarusian (Taraskievica orthography)тытан
Cantonese鈦
ErzyaТитан
AlbanianTitani
Chinese (Hong Kong SAR China)鈦
Chinese (Taiwan)鈦
Chinese (China)钛
Chinese (Simplified)钛
AromanianTitaniu
Mongolianтитан
LimburgishTitanium
Sanskritटाइटानियम
Maltesetitanju
LombardTitanio
Scottish GaelicTitanium
TajikТитан
Gan Chinese鈦
Paliटाइटानियम
Bhojpuriटाइटानियम
cdoTitanium
Min Nan ChineseTitanium
FaroeseTitan
SundaneseTitanium
Tibetanཊའི་ཊི་ནིམ།
Portuguese (Brazil)titânio
KyrgyzТитан
Lingua Franca Novatitanio
kbpTɩtanɩyɔm
Wu Chinese钛
azbتیتانیوم
Urduٹائی ٹینیئم
oloTitanium
Pashtoتېتانيوم
SardinianTitàniu
KotavaGerendel
BashkirТитан (элемент)
Moroccan Arabicتيطان
Egyptian Arabicتيتانيوم
FijianTitanium
Cornishtitaniom
BikolTitanyo
MinangkabauTitanium
BalineseTitanium
Malay (Arabic)تيتانيوم
Sinhalaටයිටේනියම්
MalagasyTitania
Korean (North Korea)티탄
blkတုဲင်တေနီယမ်

Titanium on ChemicalAid

AGROVOC ID	c_32704
ASC Leiden Thesaurus ID	294941053
Art & Architecture Thesaurus ID	300011033
Australian Educational Vocabulary ID	scot/3588
BNCF Thesaurus ID	23638
Biblioteca Nacional de España ID	XX531321
Bibliothèque nationale de France ID	119375205
Brockhaus Enzyklopädie online ID	titan
CAB ID	280524
CAS Registry Number	7440-32-6
Canadian Encyclopedia article ID	titanium
ChEBI ID	33341
Common Procurement Vocabulary	14724000
DSSTOX compound identifier	DTXCID3027746
DSSTox substance ID	DTXSID3047764
Den Store Danske ID	titan
DrugBank ID	14160
ECHA Substance Infocard ID	100.028.311
Encyclopædia Britannica Online ID	science/titanium
Encyclopædia Universalis ID	titane
EuroVoc ID	4462
Freebase ID	/m/025sk56
French Vikidia ID	Titane
GND ID	4140648-5
Google Arts & Culture entity ID	m025sk56
Gran Enciclopèdia Catalana ID	0146589
Great Russian Encyclopedia Online ID	4193242
Grove Art Online ID	T2083089
HSDB ID	868
Human Metabolome Database ID	HMDB0001966
InChIKey	RTAQQCXQSZGOHL-UHFFFAOYSA-N
KBpedia ID	Titanium
LEM ID	LEM201008845
Latvian National Encyclopedia Online ID	139587
Library of Congress authority ID	sh85135605
MeSH descriptor ID	D014025
Mindat mineral ID	7339
NALT ID	66068
NDL Authority ID	00573109
NE.se ID	titan
NKCR AUT ID	ph174614
Namuwiki ID	티타늄
National Library of Israel J9U ID	987007538930505171
OmegaWiki Defined Meaning	3782
OpenAlex ID	C506065880
PSH ID	5760
Probes And Drugs ID	PD085618
PubChem CID	23963
Quora topic ID	Titanium-1
RxNorm ID	1305547
STW Thesaurus for Economics ID	18240-4
Spanish Cultural Heritage thesauri ID	materias/1193109
Spanish Vikidia ID	Titanio
Store medisinske leksikon ID	titan
Store norske leksikon ID	titan
Treccani ID	titanio
UK Parliament thesaurus ID	501230
UNII	D1JT611TNE
USGS Thesaurus ID	1597
Wolfram Language entity code	Entity["Mineral", "Titanium"]
WordNet 3.1 Synset ID	14683390-n
YSO ID	18969
YouTube video ID	d8MJISiIlF0
ZVG number	8170

Titanium (Ti)

Physical Properties

Chemical Properties

Other

Isotopes of Titanium

37Ti

38Ti

39Ti

40Ti

41Ti

42Ti

43Ti

44Ti

45Ti

46Ti

47Ti

48Ti

49Ti

50Ti

51Ti

52Ti

53Ti

54Ti

55Ti

56Ti

57Ti

58Ti

59Ti

60Ti

61Ti

62Ti

63Ti

64Ti

65Ti