What is NH3BH3? Important knowledge about NH3BH3

Definition of NH₃BH₃
NH₃BH₃, also known as ammonia borane or borane ammonia, is a chemical compound containing the elements nitrogen, boron, and hydrogen. It is an innovative compound with the ability to store and release large amounts of hydrogen easily and quickly. In English, this substance is referred to as Ammonia borane. The molecular weight of NH₃BH₃ is 30.87 g/mol.

Characteristics: NH₃BH₃
NH₃BH₃ is a solid, white, odorless substance with a neutral pH. The unique chemical property of NH₃BH₃ is that it can react to release hydrogen when exposed to high temperatures or catalyzed by other substances.

Common Chemical Equations for NH₃BH₃:
NH₃BH₃ easily reacts with high temperatures to produce hydrogen:
NH₃BH₃ → NH₃ + BH₃ -> 1/2B₂H₆ + H₂
In addition, ammonia borane can also react with strong acids to form complex borane compounds.

Synthesis of NH₃BH₃:
On a laboratory scale, ammonia borane is synthesized through the reaction between diborane and ammonia. In industrial production, NH₃BH₃ is produced using ammonia and borane through a more complex process.