Heat of Fusion

Heat of fusion: 14.15 kJ mol-1 ... Heat of vaporization: 425 kJ mol-1 ...
http://www.chemicool.com/elements/titanium.html
Titanium's corrosion rate is so low that after 4000 years in seawater, corrosion would only have penetrated the metal to the thickness of a thin sheet of paper...I wonder how much it would cost to coat 30ft hull?

titanium oxide????

• Titanium dioxide (titanium(IV) oxide), TiO₂
• Titanium(II) oxide (titanium monoxide), TiO, a non-stoichiometric oxide
• Titanium(III) oxide (dititanium trioxide), Ti₂O₃
• _{Could you be more specific?}

does it really matter?

i believe at high temperature, crystal structure has little impact and the number would be close.. if not the same

Yes it should be very close..

Are you sure you are talking about the same things? There is more in the differences between TiO, TiO2, and Ti2O3 than crystal structure.

By the way, how do you put subscripts and superscripts into formulas like that?

Where to find high temperature properties of these oxides.
I already know about their room temperature properties.
The best known is titanium dioxide - TiO₂. Titanium reacts well with oxygen and has many oxides depending valence of the titanium atoms in each specific reaction.
Titanium (II) oxide (titanium monoxide) - TIO,Titanium (III) oxide - Ti₂O₃, Ti₃O andTi₂O.
Titanium makes also a whole oxides class with formula Ti_nO_2n−1 where n ranges from 3 - 9.