Zinc Arsenide Powder

Goodfellow's Zinc Arsenide Powder is a specialized semiconductor material known for its unique optoelectronic properties. This powder consists of fine particles of zinc arsenide (ZnAs), which exhibits direct bandgap characteristics and interesting electronic behavior. Its ability to interact with light in specific ways makes it valuable for various specialized applications in optoelectronics and photonics. Zinc Arsenide Powder finds significant use in research and development within the fields of semiconductor physics and advanced materials science. It serves as a potential material for infrared detectors and emitters due to its bandgap energy falling within the infrared spectrum. In photovoltaic research, it's explored as a component in multi-junction solar cells designed to capture a broader range of the solar spectrum. Cutting-edge research investigates its potential in developing novel optoelectronic devices and as a material for studying fundamental semiconductor physics. The unique properties of Zinc Arsenide Powder make it a subject of ongoing research in fields such as infrared technology, advanced solar cell design, and semiconductor device physics. While its industrial applications are currently limited due to the challenges associated with arsenic-containing compounds, its significance in scientific investigations underscores its potential in advancing our understanding of III-V semiconductor materials and in developing new technologies that require materials with specific optoelectronic characteristics.