trichloride

The trichloride in practice is usually made from the oxide.

The structure is similar to that for uranium trichloride.

Phosphorous trichloride can be used to make pesticides, among other civilian purposes.

Its properties are similar to those of aluminium trichloride.

It is made by reacting liquid antimony trichloride with chlorine.

The La centre is 9-coordinate in the trichloride.

From the trichloride, one can produce the other trihalides by exchange.

Typically aluminium trichloride is used, but almost any strong Lewis acid can be successful.

Antimony trichloride is a white or pale yellow solid.

Then, in his enthusiastic-but random-search he came upon the trichloride of iodine.

Thus, the use of aluminium trichloride in some applications is being displaced by zeolites.

Antimony trichloride is a colorless and soft solid that has a strong odor.

Davy later damaged his eyesight in a laboratory accident with nitrogen trichloride.

This page provides supplementary chemical data on phosphorus trichloride.

Antimony trichloride can behave as a Lewis base.

Antimony trichloride has also been used to enhance the louche effect in absinthe.

It can be formed by the electrical discharge procedure of boron trichloride at low temperatures.

It is also prepared by reaction of phosphorus trichloride with water, which produces hydrochloric acid too.

It is white, but samples are often contaminated with iron trichloride, giving it a yellow colour.

A study of 624 swimming pool workers found a significant correlation between upper respiratory symptoms and their total exposure to nitrogen trichloride.

In other words, exposure to nitrogen trichloride was found to weaken the protective nature of the surface of the lungs.

Their method of preparation combined boron trichloride gas with dimethylzinc.

The trichloride, a common reagent, is produced by chlorination of white phosphorus: