- Definition of B2S
B2S, also known as Diborane, is a chemical compound of boron and hydrogen. The English name of this substance is “Diborane”. It is a colorless, odorless compound with an atomic mass of 27.67 and a molar mass of 27.67 g/mol. The molecular structure of Diborane consists of two boron atoms linked with six hydrogen atoms. Diborane can form ions when reacting with some other substances.
- Properties: B2S
Regarding its physical properties, Diborane is in a gaseous state, colorless, odorless, and has a low PH level. The chemical properties of Diborane depend on the chemical reactions this substance is involved in.
- Common Chemical Equations of B2S
Diborane can participate in many types of chemical reactions, including reactions with metals, acids, non-metals, and salts. Specifically, students need to grasp the chemical equations related to Diborane to better understand the structure and properties of this substance.
- Synthesis of B2S
Diborane can be synthesized through several different methods. In the laboratory, we can synthesize Diborane through the reaction between boron trichloride and lithium hydride. On an industrial scale, Diborane is produced through methods such as the reaction between boron and hydrogen or the reaction between boron trifluoride and sodium hydride.