Titanium

Symbol

Ti

Atomic number

22

Atomic mass	47.9		Thermal conductivity	0.219
Atomic radius	2.00		Covalent radius	1.32
Density	4.5		Atomic volume	10.64
Melting point	1943		Oxidation states	4,3
Boiling point	3562		Stable isotopes	5
Heat of vapor.	421.0		Electronegativity	1.54
Heat of fusion	15.45		First ionization	6.82
Specific heat	0.52		Electrical conduct.	...

Electron configuration

Titanium

Titanium is a transition metal which is very strong and light (4.4 gm/cm³). It has a high melting point (1800°C) and finds application in aircraft wings, particularly at points which are subjected to the high heat of exhaust.

Titanium dioxide in powder form is very white and is used to advantage as a pigment in special paints and face powders. Titanium dioxide, TiO₂, in crystalline form appears in the mineral rutile. It may be colored by small amounts of other metal oxides and has been used for gems. Titanium dioxide also makes up the minerals Brookite and anatase. Titanium and iron together form the oxides ilmenite, FeTiO₃, and pseudobrookite, Fe₂TiO₅. Titanium and calcium form the oxide perovskite, CaTiO₃. Titanium appears with manganese and arsenic in the mineral cafarsite

Titanium is found in the minerals aeschynite, euxenite and astrophyllite. Titanium forms an oxide mineral with lead, iron and manganese called senaite. Titanium is found in the silicate minerals joaquinite and neptunite.

Titanium tetrachloride is a liquid at room temperature, but if it is sprayed into the air, it hydrolizes to form HCl and fine particles of titanium dioxide. It has been used for making smoke screens. A spray of titanium tetrachloride is used for "skywriting" from aircraft.

Titanium Nuclear Data