Silicon Molybdenum Gallium phosphorus

Silicon Molybdenum Gallium Phosphorus (Si-Mo-Ga-P) alloys are speciality materials designed for advanced electronic, optoelectronic or catalytic applications. The addition of silicon, molybdenum, gallium and phosphorus combine their unique chemical and physical properties to form a versatile compound.

Properties of Si-Mo-Ga-P Alloys

Electronic properties:

Silicon contributes to semiconductor properties.

Gallium enhances the material’s performance in optoelectronic devices, especially in photosensitive applications.

Phosphorus doping can alter conductivity and carrier concentration.

Thermal and chemical stability:

Molybdenum is robust and resistant to high temperatures.

Silicon and molybdenum together enhance oxidation resistance.

Mechanical Strength:

The alloy exhibits a balance of hardness and ductility for mechanical or structural applications.

Reactivity:

Phosphorus content promotes catalytic activity, making the material relevant to chemical reactions.

Applications of Si-Mo-Ga-P

Semiconductors:

Used in the development of advanced microchips and integrated circuits that require customised electronic properties.

Optoelectronic devices:

Potential applications in LEDs, lasers and photodetectors due to the optical properties of gallium and silicon.

Catalysis:

Molybdenum and phosphorus serve as catalytic centres for chemical and electrochemical processes.

Thin films:

Sputtering targets made of Si-Mo-Ga-P alloys can be used to create thin film coatings with specific electrical and optical properties.

Photovoltaics:

May play a role in high-efficiency solar cells, especially in multi-junction configurations.