What is SiH3N3? Important knowledge about SiH3N3.

Definition of SiH₃N₃
SiH₃N₃, also known as Aminotrimethylsilane, is a complex chemical substance. The English name for this substance is also Aminotrimethylsilane. This compound consists of atoms of Silicon (Si), Hydrogen (H), and Nitrogen (N). The molar mass of this substance is about 73.1 grams/mol. It has one atom of silicon, three methyl (-CH3) groups, and one amino (-NH2) group in its molecule. SiH₃N₃ does not form ions in water solution.

Properties of SiH₃N₃
2.1 Physical properties of SiH₃N₃
SiH₃N₃ is a colorless liquid with a distinctive smell. Its pH is not stable because it depends on the solution it is diluted in.
2.2 Chemical properties of SiH₃N₃
SiH₃N₃ can react with some other substances to form different products, but specific data on its chemical properties have not been fully studied.

Common chemical equations of SiH₃N₃
To better understand this substance, please refer to some chemical equations that SiH₃N₃ participates in. However, due to insufficient data on SiH₃N₃, we cannot provide specific examples of metal, acid, non-metal, and salt reactions with SiH₃N₃.

Synthesis of SiH₃N₃
4.1 Laboratory synthesis of SiH₃N₃
Just like the chemical equations with SiH₃N₃, information about the synthesis process of SiH₃N₃ is not clear, so we cannot provide examples of synthesizing SiH₃N₃ in the laboratory.
4.2 Industrial synthesis of SiH₃N₃
Information about the synthesis process of SiH₃N₃ in the industry is also not fully provided.