This property allows solid precipitates to be formed by rapidly freezing a molten mixture of immiscible metals.

A molten mixture of these solids serves as a high-temperature solvent for the production of metallic aluminium.

The process of remelting and placing the molten mixture into vats of water was repeated several times until the glass-makers were satisfied.

Now the molten mixture is ready to be shaped by glass-makers into pieces of cristalloware.

The first quasicrystalline alloy was created by chilling a molten mixture of aluminum and manganese very rapidly.

The molten mixture can also be topped with gold leaf, followed by a thin glass film to protect against tarnishing.

The molten mixture of cryolite, alumina, aluminium fluoride is then electrolyzed by passing a direct electric current through it.

In this process, N-phenylglycine is treated with a molten mixture of sodium hydroxide, potassium hydroxide, and sodamide.

The molten mixture is enriched with silica and silicates.

By reacting the molten mixture with chlorine gas the metals are converted to their chlorides while bismuth remains unchanged.