Mendeleev's Periodic Table > Ti - Titanium

Ti - Titanium

A transition metal. Discovered in the mineral manaccanite in 1791 by William Gregor in England. Isolated in 1875 by Kirillov in Russia. Titanium, when pure, is a lustrous, white metal. Titanium minerals are quite common. The metal has a low density, good strength, is easily fabricated, and has excellent corrosion resistance. The metal burns in air and is the only element that burns in nitrogen. It is marvellous in fireworks.

Atomic number	-	22		Density	g/mL	4	.5
Atomic weight	u	47	.9	Melting point	K	1943
Bonding radius	A	1	.32	Boiling point	K	3562
Atomic radius	A	2		Heat of vaporization	kJ/mol	421
Ionization Potential	V	6	.82	Heat of fusion	kJ/mol	15	.45
Electronegativity	-	1	.54	Specific heat	J/gK	0	.52
The oxide is amphoteric.				Crystal are hexagonal.
Electron config. : [Ar] 3d² 4s²

Isotopes of Ti (Titanium):

MASS abundancy Halflife Particle, Energy Decay Product(s) Isotopic Mass	040 50 msec EC/ECp,11.680 Sc-40/Ca-39 39.990499	041 80 msec EC/ECp,12.930 Sc-41/Ca-40 40.983134	042 199 msec EC,7.000 MeV Sc-42 41.973031	043 509 msec EC,6.867 MeV Sc-43 42.968523
MASS abundancy Halflife Particle, Energy Decay Product(s) Isotopic Mass	044 49 yr EC,3.924 MeV Sc-44 43.959690	045 184.8 min EC,2.062 MeV Sc-45 44.958124	046 8.25% Stable 45.952629	047 7.44% Stable 46.951763
MASS abundancy Halflife Particle, Energy Decay Product(s) Isotopic Mass	048 73.72% Stable 47.947947	049 5.41% Stable 48.947870	050 5.18% Stable 49.944792	051 5.76 min B-,2.471 MeV V-51 50.946615
MASS abundancy Halflife Particle, Energy Decay Product(s) Isotopic Mass	052 1.7 min B-,1.973 MeV V-52 51.946898	053 32.7 sec B-,5.020 MeV V-53 52.949736	054 1 usec B-,4.120 MeV V-54 53.950874

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