Boron phosphide (B13P2) is a binary compound composed of boron and phosphorus, notable for its unique properties and applications. It typically exists as a crystalline solid and is characterized by a high melting point and exceptional hardness, making it comparable to diamond in terms of its mechanical strength. The compound exhibits semiconductor behavior, which allows it to be utilized in electronic applications, particularly in high-temperature and high-power devices. Boron phosphide is also recognized for its thermal stability and resistance to oxidation, contributing to its potential use in various industrial applications, including ceramics and abrasives. Additionally, it has a relatively low density, which can be advantageous in lightweight material applications. The compound's electronic structure allows for interesting optical properties, making it a subject of research in photonics. However, handling boron phosphide requires caution due to its potential toxicity and reactivity under certain conditions. Overall, B13P2 is a versatile material with significant implications in advanced materials science and technology.

Boron phosphide (B13P2)

12008-82-1: Boron phosphide (B13P2) is a binary compound composed of boron and phosphorus, notable for its unique properties and applications. It typically exists as a crystalline solid and is characterized by a high melting point and exceptional hardness, making it comparable to diamond in terms of its mechanical strength. The compound exhibits semiconductor behavior, which allows it to be utilized in electronic applications, particularly in high-temperature and high-power devices. Boron phosphide is also recognized for its thermal stability and resistance to oxidation, contributing to its potential use in various industrial applications, including ceramics and abrasives. Additionally, it has a relatively low density, which can be advantageous in lightweight material applications. The compound's electronic structure allows for interesting optical properties, making it a subject of research in photonics. However, handling boron phosphide requires caution due to its potential toxicity and reactivity under certain conditions. Overall, B13P2 is a versatile material with significant implications in advanced materials science and technology.

CAS 12008-82-1

Boron phosphide (B13P2)

tridecaboron diphosphide

Ref: IN-DA009RJ6