Informations sur le produit
- Antimony 95-100, tellurium 0-5 (atomic)
- Antimony sesquitelluride
- Antimony telluride (Sb2Te3)
- Antimony telluride (Sb<sub>2</sub>Te<sub>3</sub>)
- Antimony tritelluride
- Antimony(+3) Cation
- Antimony(3+) telluride
- Diantimontritellurid
- Diantimony tritelluride
- Tellurium(-2) Anion
- Voir d'autres synonymes
- Tritellurure De Diantimoine
- Tritelururo De Diantimonio
Antimony telluride is a crystalline semiconductor material with optical properties that can be controlled by the addition of potassium ion. It is synthesized by a process involving deionized water and antimony oxide. Antimony telluride has been shown to have an efficient method for transporting electrical current, which could be due to its polymeric matrix. This compound has been found to have a high thermal conductivity and low resistivity, as well as exhibiting a morphology that can be controlled by changing the synthesis conditions. Antimony telluride has shown the ability to act as an efficient thermoelectric material when in contact with potassium ions, making it a promising candidate for thermoelectric devices.
Propriétés chimiques
Question d’ordre technique sur : 3D-BAA32750 Antimony telluride
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