- Definition of Be3Si2O4
Be3Si2O4, also known as Beryllium Silicate, is a chemical compound with a molar mass of 154.08294 g/mol. In the Be3Si2O4 molecule, we have 3 Beryllium atoms, 2 Silicon atoms and 4 Oxygen atoms. Its molecular structure includes Beryllium ions (Be2+) and Silicate ions (SiO4 4-).
- Properties: Be3Si2O4
2.1 Physical properties of Be3Si2O4
The Be3Si2O4 compound typically exists as a solid, colorless, odorless and does not have a specific PH level.
2.2 Chemical properties of Be3Si2O4
Information about the chemical properties of Be3Si2O4 is unclear. It can react with some substances but more research is needed for confirmation.
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Common chemical equations with Be3Si2O4
Further research is needed to determine the common chemical reactions with Be3Si2O4. -
Synthesis of Be3Si2O4
4.1 Laboratory synthesis of Be3Si2O4
Information about the synthesis of Be3Si2O4 in the laboratory is not yet known.
4.2 Industrial synthesis of Be3Si2O4
The industrial-scale synthesis of Be3Si2O4 is also not yet known.