- Definition of Be3(AsO4)2
Be3(AsO4)2, also known as Beryllium Phosphate or Beryllium arsenate in English, is a highly toxic chemical substance. It comprises three Beryllium (Be) atoms, two Phosphate (P) atoms, and eight Oxygen (O) atoms. The atomic weight of Be3(AsO4)2 is 358.15 g/mol. Its molecular structure is extremely complex, with the ionic structure consisting of the Be2+ ion and the (AsO4)3- ion.
- Properties: Be3(AsO4)2
Be3(AsO4)2 is a white, odorless solid that does not have the ability to alter the acid-base environment, i.e., the pH remains constant. The chemical properties of Be3(AsO4)2 are very complicated and depend on environmental conditions. They react very easily with strong oxidizing agents.
- Common chemical equations involving Be3(AsO4)2
Due to its high toxicity, its use in laboratories is limited. However, if possible, common reactions may include reactions with metals, acids, non-metals, and salts.
- Synthesis of Be3(AsO4)2
Given its high toxicity, safety principles during synthesis are paramount. In the laboratory, Be3(AsO4)2 can be synthesized through the reaction between Beryllium hydroxide and Phosphoric acid. In industry, the synthesis process needs to be performed in a strictly controlled environment to ensure safety.