Be3Al2O4, also known as Beryllium Aluminum Oxide Tetraborate, is formed from 3 Beryllium (Be) atoms, 2 Aluminum (Al) atoms, and 4 Oxygen (O) atoms. The molecular weight of Be3Al2O4 is 162.7 g/mol. The molecular structure of Be3Al2O4 consists of ions with the following nuclear particles: Be2+, Al3+ and O2-.
In terms of physical properties, Be3Al2O4 typically appears as a solid, white or slightly blue in color, and has no odor. The pH of this solid cannot be determined as pH is only applicable to solutions.
Regarding its chemical properties, Be3Al2O4 is relatively stable under normal conditions, and does not easily react with other substances such as metals, acids, or salts.
The chemical equation of Be3Al2O4 is not commonly seen in typical chemical reactions, as it does not easily interact with other substances.
In the laboratory, Be3Al2O4 is typically not synthesized due to the instability of Beryllium when reacting with other substances. Industrially, Be3Al2O4 can be produced through the melting process of Beryllium and Aluminum in an Oxygen environment.