- Definition of B6H10
B6H10, also known as borane, is a chemical compound consisting of six boron atoms and ten hydrogen atoms. B6H10 is known in English as Hexaborane(10). The atomic mass of B6H10 is 61.83. Its molecular structure contains six boron atoms arranged in a hexagon, with each boron atom connected to a hydrogen atom. The ionic structure of B6H10 has not been clearly identified.
- Properties: B6H10
B6H10 is a colorless solid with a rather distinct smell. The PH of this substance has not been clearly identified. The chemical properties of B6H10 are generally not common and little studied, but it generally has the ability to react with strong oxidizing agents.
- Common chemical equations with B6H10
The commonly encountered chemical equations with B6H10 have not been clearly identified. B6H10 does not react well with metals, acids, non-metals, or salts. However, it can react with strong oxidizing agents.
- Synthesis of B6H10
The synthesis of B6H10 requires a complex process and is not suitable for student laboratories. On an industrial scale, B6H10 is usually synthesized from borane through a process called dimerization.