Oxide Nanopowder

Barium oxide, BaO, is a white hygroscopic non-flammable compound. It has a cubic structure and is used in cathode ray tubes, crown glass, and catalysts. It is harmful to human skin and if swallowed in large quantity causes irritation. Excessive quantities of barium oxide may lead to death. It is prepared by heating barium carbonate with coke, carbon black or tar or by thermal decomposition of barium nitrate.

Barium oxide nanoparticles are used as a coating for hot cathodes, for example, those in cathode ray tubes. It replaced lead (II) oxide in the production of certain kinds of glass such as optical crown glass. It is also a source of pure oxygen through heat fluctuation. It readily oxidizes to BaO2 by the formation of a peroxide ion.

Barium oxide nanoparticles are a non-flammable and also hygroscopic compound. It is usually synthesized by the thermal decomposition method. It has a wide range of applications in various industries such as electronics, ceramics, fuel cells, batteries, agriculture, etc. It is also utilized in glass and optics.

These nanoparticles are transparent due to this these are utilized in the coating industry. Mostly oxide groups are non-conductive but these compounds have one oxygen anion and one metallic cation to make them ionic conductive. Barium oxide nanoparticle are also employed as an ethoxylation catalyst in the reaction of ethylene oxide and alcohol. it is also utilized in ceramics, glass, batteries, etc.

Barium oxide nanoparticles have unique properties such as high surface to volume ratio and the nanoparticles can be categorized in three distinct ways such as shape, size, and properties. Nanoparticles have unique physical and chemical properties so these are so attracted in recent years.

Barium oxide, BaO, is a white hygroscopic non-flammable compound. It has a cubic structure and is used in cathode ray tubes, crown glass, and catalysts. It is harmful to human skin and if swallowed in large quantity causes irritation. Excessive quantities of barium oxide may lead to death. It is prepared by heating barium carbonate with coke, carbon black or tar or by thermal decomposition of barium nitrate.

Barium oxide nanoparticles have unique properties such as high surface to volume ratio and the nanoparticles can be categorized in three distinct ways such as shape, size, and properties. Nanoparticles have unique physical and chemical properties so these are so attracted in recent years.

Barium oxide nanoparticles are a non-flammable and also hygroscopic compound. It is usually synthesized by the thermal decomposition method. It has a wide range of applications in various industries such as electronics, ceramics, fuel cells, batteries, agriculture, etc. It is also utilized in glass and optics.

These nanoparticles are transparent due to this these are utilized in the coating industry. Mostly oxide groups are non-conductive but these compounds have one oxygen anion and one metallic cation to make them ionic conductive. Barium oxide nanoparticle are also employed as an ethoxylation catalyst in the reaction of ethylene oxide and alcohol. it is also utilized in ceramics, glass, batteries, etc.

Barium oxide nanoparticles are used as a coating for hot cathodes, for example, those in cathode ray tubes. It replaced lead (II) oxide in the production of certain kinds of glass such as optical crown glass. It is also a source of pure oxygen through heat fluctuation. It readily oxidizes to BaO2 by the formation of a peroxide ion.