What is B2Te3? Important knowledge about B2Te3.

1. Definition of B₂Te₃

Bismuth telluride (B₂Te₃) is a chemical compound, consisting of two elements bismuth and tellurium.

1.1 Names
1.1.1 Common Name: Bismuth telluride
1.1.2 English Name: Bismuth telluride
1.2. Atomic Mass: The atomic mass of B₂Te₃ includes 2 atoms of bismuth and 3 atoms of tellurium.
1.3. Molecular Mass: The molecular mass of B₂Te₃ is the sum of the mass of 2 atoms of bismuth and 3 atoms of tellurium.
1.3.1 Molecular Structure: The molecule B₂Te₃ consists of 2 atoms of bismuth and 3 atoms of tellurium.
1.4 Ion Structure: B₂Te₃ is a semiconductor so it does not form distinct ions.

2. Properties: B₂Te₃

2.1 Physical Properties of B₂Te₃
State: Solid
Color: Black
Odor: Odorless
pH: Not applicable in water environment so no pH
2.2 Chemical Properties of B₂Te₃
B₂Te₃ does not react with water and is insoluble in common solvents. It is very sensitive to air, and easily oxidized.

3. Common Chemical Equations of B₂Te₃
   B₂Te₃ usually does not participate in chemical reactions.

4. Synthesis of B₂Te₃

4.1 Laboratory Synthesis of B₂Te₃
B₂Te₃ is usually synthesized from bismuth and tellurium under high temperature conditions.
4.2 Industrial Synthesis of B₂Te₃
Similar to laboratory synthesis, B₂Te₃ is synthesized from bismuth and tellurium under high temperature and under oxygen-free air conditions.