Be3Fe2O4, also known as Beryllium iron oxide, is a chemical compound with the chemical formula Be3Fe2O4. In English, it is often referred to as Beryllium iron oxide.
Be3Fe2O4 consists of Beryllium (Be), iron (Fe) and Oxygen (O) atoms. Specifically, each Be3Fe2O4 molecule contains 3 Be atoms, 2 Fe atoms, and 4 O atoms. In ionic structure, Be3Fe2O4 exists as Be2+, Fe2+ and O2- ions.
In terms of properties, Be3Fe2O4 usually appears as a brown powder. It has physical properties similar to iron (II) carbonate. In addition, Be3Fe2O4 has the ability to withstand high temperatures and resist the effects of corrosive substances such as acids and bases.
Be3Fe2O4 can participate in various types of chemical reactions. However, detailed information about specific chemical reactions that Be3Fe2O4 can participate in has not been fully recorded in chemical resources.
The synthesis formula for Be3Fe2O4 has not been clearly defined, but it can be synthesized through the reaction of beryllium with iron III oxide. However, this needs to be done under professional laboratory conditions because both beryllium and iron III oxide can cause health problems if not handled correctly.