Gallium Selenide (Ga2Se3): Properties, Applications, and Advancements
Explore the semiconductor and photo-optic capabilities of Gallium Selenide, a key material in modern electronics and optics.
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Gallium Selenide
Gallium Selenide (Ga2Se3) is a dark red, brittle crystalline solid with significant semiconductor and photo-optic properties. Its chemical formula is Ga2Se3, and it is identified by CAS number 12024-24-7. With a molecular weight of 376.33 and a melting point of 1020°C, this material is crucial for various advanced technological applications.
- Explore the semiconductor applications of Gallium Selenide, vital for advanced electronic devices. Its unique properties make it suitable for manufacturing photodetectors and photovoltaic cells.
- Discover Gallium Selenide's role in infrared optics, enabling advanced imaging and sensing technologies. It is transparent in the IR region, making it ideal for lenses and windows in specialized equipment.
- Learn about Gallium Selenide's application in thermoelectric materials, facilitating efficient heat-to-electricity conversion. This is crucial for waste heat recovery and remote power generation systems.
- Investigate Gallium Selenide's potential in quantum technologies and its unique quantum properties, driving innovation in emerging fields. Researchers are actively exploring its capabilities for next-generation computing.
Key Advantages
Advanced Semiconductor Properties
Utilize Gallium Selenide's excellent semiconductor characteristics for high-performance electronic devices, driving innovation in the electronics sector.
Infrared Transparency
Leverage the infrared transparency of Gallium Selenide for critical applications in optical components, essential for thermal imaging and spectroscopy.
Thermoelectric Potential
Integrate Gallium Selenide into thermoelectric devices to harness energy conversion from heat, contributing to sustainable energy solutions.
Key Applications
Semiconductor Devices
Gallium Selenide is a key material for semiconductor devices, including photodetectors and photovoltaic cells, pushing the boundaries of electronic performance.
Infrared Optics
Its transparency in the infrared spectrum makes Gallium Selenide ideal for IR optical components like lenses and windows, vital for sensing and imaging applications.
Thermoelectric Materials
Gallium Selenide finds use in thermoelectric devices, converting thermal energy into electrical energy, crucial for energy efficiency and remote power.
Materials Research
Researchers utilize Gallium Selenide to study its electronic and structural properties, aiming to develop novel materials with tailored characteristics for future technologies.