Oxides & Ceramics

Iron phosphide.

Iron phosphide is used as a semiconductor. It finds application in high power and high frequency applications like laser diodes.

Iron phosphide is used as a semiconductor. It finds application in high power and high frequency applications like laser diodes.

Iron phosphide is used as a semiconductor. It finds application in high power and high frequency applications like laser diodes.

Iron yttrium oxide.

Iron(II) titanium oxide is used as a chief source of titanium. It is also used to prepare titanium dioxide by reacting sulfuric acid to get titanium oxygen sulfate followed by hydrolysis.

Iron(II) titanium oxide is used as a chief source of titanium. It is also used to prepare titanium dioxide by reacting sulfuric acid to get titanium oxygen sulfate followed by hydrolysis.

Iron(II) titanium oxide is used as a chief source of titanium. It is also used to prepare titanium dioxide by reacting sulfuric acid to get titanium oxygen sulfate followed by hydrolysis.

Iron(III) arsenide.

Iron(III) oxide.

Kaolin.

A hydrated aluminum silicate.Kaolin has been used:· For preparing synthetic turbid water that is employed to evaluate the biosorption capacity of Moringa oleifera leaves.· In combination with carrageenan to induce arthritic inflammation in a rat