What is B3N3H6? Important Knowledge about B3N3H6

1. Definition of B₃N₃H₆

B₃N₃H₆, also known as Borazane or Dicarborane, English name Borazine, is a type of chemical compound consisting of 3 boron atoms (B), 3 nitrogen atoms (N) and 6 hydrogen atoms (H). The atomic mass of B₃N₃H₆ is 80.5 g/mol. The molecular structure of B₃N₃H₆ is similar to the structure of Benzene, where 3 boron atoms and 3 nitrogen atoms alternate to form a six-sided ring, 6 hydrogen atoms are attached to 3 boron atoms. B₃N₃H₆ does not form ions.

2. Properties of B₃N₃H₆

2.1 Physical Properties of B₃N₃H₆

B₃N₃H₆ is in the solid state, colorless, odorless and has a neutral PH.

2.2 Chemical Properties of B₃N₃H₆

B₃N₃H₆ has the ability to react with oxygen to create boron oxides and nitrogen. It is also susceptible to chemical decomposition when exposed to high temperatures.

3. Common Chemical Equations of B₃N₃H₆

B₃N₃H₆ does not react with metals, acids or non-metals. However, it can react with water to produce boron, nitrogen and hydrogen.

4. Synthesis of B₃N₃H₆

4.1 Laboratory synthesis of B₃N₃H₆

B₃N₃H₆ can be synthesized via the reaction between diborane (B₂H₆) and ammonia (NH₃) under high temperature and pressure conditions.

4.2 Industrial synthesis of B₃N₃H₆

In the industry, B₃N₃H₆ is synthesized from the reaction between boron trifluoride (BF₃) and ammonia (NH₃) under high temperature and pressure conditions.