chromic acid

Chromic acid is a chemical that comes in several forms.

This kind of chromic acid may be used as a cleaning mixture for glass.

It can also be made by drying chromic acid.

Interested individuals should read up on the process before attempting, as the chromic acids are very dangerous to work with.

In the laboratory, chromic acid can be used as the oxidant.

A web search on "chromic acid disposal" will lead you to procedures.

It dissolves in water to make chromic acid, which is acidic.

It can be used to make chromic acid, which is used to clean glass.

For this reason, chromic acid oxidation is not used on an industrial scale.

It was then synthesized by heating menthol with chromic acid.

It is made by reacting chromic acid and ammonium hydroxide.

Chromium trioxide, which reacts with water to form chromic acid.

As a laboratory exercise, this oxidation can be effected with chromic acid.

A chromic acid dip leaves behind a bright yellow patina on the brass.

Someone had created the appearance of age by staining the bones with an iron solution and chromic acid.

This contained the chromic acid solution, the carbon plate and a porous pot.

The solvent acetone markedly affects the properties of the chromic acid.

Soluble compounds, like chromic acid, are much weaker carcinogens.

This sounds like a chromic acid bath.

However, chromic acid oxidises it to carbon dioxide.

Heated with chromic acid solution to 140 C, it gives carbon dioxide and acetone.

These coatings are free of pores, relative to the sulfuric and chromic acid processes.

It is the acidic anhydride of chromic acid, and is sometimes marketed under the same name.

It is called Chromic acid.

Typical etching processes involve chromic acid at elevated temperatures.