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Definition of Sn2N3
1.1 Names
1.1.1 Common name: Sn2N3 is the name of the chemical compound with the formula Sn2N3.
1.1.2 English name: Sn2N3 in English is commonly referred to as Tin(II) azide.
1.2 Atomic mass: Sn2N3 contains two atomic masses of Sn (Stannum, also known as Tin) and three atomic masses of N (Nitrogen).
1.3 Atomic weight
1.3.1 Molecular structure: The molecule of Sn2N3 is composed of two tin atoms and three nitrogen atoms linked together.
1.4 Ion structure: Sn2N3 does not produce ions under normal conditions. -
Properties: Sn2N3
Sn2N3 has the common properties of chemical compounds.
2.1 Physical properties of Sn2N3
State: Not clear
Color: Not clear
Smell: Not clear
pH level: Not clear
2.2 Chemical properties of Sn2N3: Not clear -
Common chemical reactions of Sn2N3
Currently, there is no clear collection of information about the chemical reactions involving Sn2N3. -
Synthesis of Sn2N3
4.1 Laboratory synthesis of Sn2N3
Being a relatively rare and difficult-to-produce compound, Sn2N3 is typically not synthesized in standard chemistry laboratories.
4.2 Industrial synthesis of Sn2N3
Sn2N3 is not produced on an industrial scale as it does not have a specific application in the industry.