Oxides & Ceramics

Application：Lithium zirconium oxide is used in the separation and absorption of carbon dioxide. It is used in the manufacture of dielectric bodies and insulators.

Application：Lithium zirconium oxide is used in the separation and absorption of carbon dioxide. It is used in the manufacture of dielectric bodies and insulators.

Application：Lithium zirconium oxide is used in the separation and absorption of carbon dioxide. It is used in the manufacture of dielectric bodies and insulators.

Insoluble in water, soluble in acid. Easy to absorb carbon dioxide and moisture in the air.A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and

Insoluble in water, soluble in acid. Easy to absorb carbon dioxide and moisture in the air.A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and

Insoluble in water, soluble in acid. Easy to absorb carbon dioxide and moisture in the air.A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and

Insoluble in water, soluble in acid. Easy to absorb carbon dioxide and moisture in the air.A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and

A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and temperature from Lu2O3 and PdO in the presence of potassium chlorate.

A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and temperature from Lu2O3 and PdO in the presence of potassium chlorate.

A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and temperature from Lu2O3 and PdO in the presence of potassium chlorate.

A new AB2O4 phase, LuPd2O4, with potential uses in superconducting material as well as being of goechemical importance, was formed at elevated pressure and temperature from Lu2O3 and PdO in the presence of potassium chlorate.

Magnesium Boride exhibits super conducting properties and utilized in MRI superconducting magnet, which is a closed-loop cryocooler. It is used as propellants, pyrotechnics and explosives. It can be used as high temperature boron-based