titanium tetrachloride


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titanium tetrachloride

[tī′tā·nē·əm ¦te·trə′klȯr‚īd]
(inorganic chemistry)
TiCl4 A colorless, toxic liquid soluble in water, fumes when exposed to moist air, boils at 136°C; used to make titanium and titanium salts, as a dye mordant and polymerization catalyst, and in smoke screens and pigments. Also known as titanic chloride.
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Among specific topics are the electro-catalytic oxidation of oxalic acid using multi-electrolytic modified glassy carbon electrodes, a model of the titanium tetrachloride gas phase oxidation process, the continuous casting of a multi-crystalline silicon billet, the formation process of titanium coatings in mechanical coating with different rotation speed, and a stiffness compensation control method in twin roll strip casting ([umlaut] Ringgold, Inc.
Expression of Interest for Supply of Titanium Tetrachloride to Panipat Refinery & Petrochemical Complex.
The rutile titanium is mixed with coke from petrochemical plants and heated to 1000[degrees]C, at which point chloride is added to generate gaseous titanium tetrachloride (Ti[Cl.
The new plant will be built adjacent to Cristal's titanium dioxide plant which will supply titanium tetrachloride in an operation that combines Cristal's on-site assets with Toyo's advanced production technology.
Titanium is recovered as sponge by the Kroll process in which titanium tetrachloride is reduced with magnesium.
To begin with in Phase 1, setting up of a Titanium Sponge and Metal Plant based on supply of Titanium Tetrachloride by KMML will be considered.
In the first one, the surface of titanium dioxide was optimized by using titanium tetrachloride (TiCl4).
5] Di(morpholine)titanium dichloride was obtained in 74% yield by reacting lithium morpholine at -78 [degrees]C in THF using titanium tetrachloride while di(morpholine)zirconium dichloride (2b) was obtained in 58% yield by reacting lithium morpholine and Zr[Cl.
Sealing the agitator shaft entry point in a tank used for high temperature mixing of titanium tetrachloride (TIC14) at its Henderson, Nev.
A typical activator is titanium tetrachloride, and the typical oxidizer is elemental iron deposited by decomposition of carbonyl iron vapor.
At present, the industrial production of titanium sponge is concentrated in magnesium thermal production of titanium tetrachloride (Kroll method).
In the Armstrong Process, a titanium tetrachloride vapor is injected into a continuous stream of molten sodium.