What remains is a high grade mineral, known as aluminium oxide.

Aluminium oxide is widely used to remove water from gas streams.

They are typically made from aluminium oxide with a porous structure.

The products are aluminium oxide, free elemental iron, and a large amount of heat.

Small pieces of aluminium oxide are often used as boiling chips in chemistry.

The primitive cell contains two formula units of aluminium oxide.

The most common form of crystalline aluminium oxide is known as corundum.

Aluminium oxide is used for its hardness and strength.

It is made by reacting aluminium oxide with hydrochloric acid.

This page provides supplementary chemical data on aluminium oxide.

In this, scandium shows more similarity with aluminium oxide.

Several silica-free, aluminium oxide based glasses have been made.

The electrical heating industry also experimented with aluminium oxide, but it is not used anymore.

It can be made by dissolving aluminium oxide in sulfuric acid.

In the laboratory, aluminium oxide (or porous pot) must be heated.

Aluminium oxide was the conventional abrasive used on hardened steel tools.

The wheel should be coarse and hard, therefore aluminium oxide or carborundum often are employed.

There is also a museum of aluminium oxide plant, which concentrates on the history of the town.

The soil type is latosol which is of red iron and aluminium oxide.

The most usual abrasive used is aluminium oxide.

Aluminium reacts with the dissolved gas to form aluminium oxide.

Insulation for high-temperature furnaces is often manufactured from aluminium oxide.

Eventually ceramic plates made from aluminium oxide and silicon carbide were introduced as well.

The aluminium oxide slag that it produces is discarded.

The aluminium oxide is electrolyzed to make aluminium and oxygen.