- Definition of Ga2C3
Ga2C3, also known as Gallium Carbide, is a chemical compound consisting of two gallium atoms and three carbon atoms. The basic atomic mass of Ga2C3 is about 195.69. The basic atomic mass of Ga2C3 includes two gallium atoms, each with an atomic mass of about 69.72, and three carbon atoms, each with an atomic mass of about 12.01. The molecular structure of Ga2C3 is octagonal, with the two gallium atoms and three carbon atoms bonded together. The ionic structure of Ga2C3 consists of two gallium ions and three carbon ions.
- Properties of Ga2C3
The physical properties of Ga2C3 have not been thoroughly studied, but it is certainly a solid under standard conditions. The chemical properties of Ga2C3 have also not been fully investigated.
- Common chemical equations involving Ga2C3
Since Ga2C3 is a rather rare compound, there aren’t many examples of metal, acid, nonmetal, or salt reactions with Ga2C3. Preliminary studies suggest that Ga2C3 may react with oxygen to form Ga2O3 and CO2.
- Synthesis of Ga2C3
Ga2C3 is not synthesized in laboratories or industry because its properties are not well understood. However, research on how to synthesize Ga2C3 is underway.