ScSb
ScSb, also known as scandium antimonide, is a binary compound composed of scandium (Sc) and antimony (Sb). It is a member of the III-V group of compounds, which are characterized by their semiconducting properties. ScSb crystallizes in the cubic zinc blende structure, which is a common structure for III-V compounds. This structure consists of alternating scandium and antimony atoms arranged in a tetrahedral coordination.
ScSb is notable for its unique electronic properties. It exhibits a narrow direct band gap, which makes
The compound can be synthesized through various methods, including solid-state reactions and molecular beam epitaxy. These
ScSb has been studied for its potential in thermoelectric applications due to its low thermal conductivity
Despite its promising properties, ScSb is not as widely studied or utilized as some other III-V compounds.