Bangor University is a research-focused institution involved in the space industry through its Nuclear Futures Institute and other research groups. The university is actively developing nuclear fuels and power systems for space exploration, including lunar bases and deep space missions, using additive manufacturing techniques. Bangor University collaborates with organizations like Rolls-Royce, NASA, and the UK Space Agency on projects related to space nuclear power and technology. Key areas of research include nuclear thermal fuel systems, space radiation effects, and the application of space technology in marine sciences.
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Researchers at Bangor University are using ultrafast lasers to etch microscopic surface textures on synthetic graphite and other space-grade materials.
Bangor University's School of Computer Science and Engineering is boosting emissivity by texturing surfaces to efficiently radiate heat into space.
Bangor University's School of Computer Science and Engineering is boosting radiative efficiency in collaboration with Teledyne Labtech.
Researchers at Bangor University are using ultrafast laser processing to etch microscopic patterns into synthetic graphite and other materials, significantly enhancing thermal radiation.
Bangor University is modifying the surface of space-grade materials to improve their thermal radiation emission capabilities.
Bangor University is working to advance the thermal radiation capabilities of synthetic graphite and other materials using ultra-fast laser technology.
Teledyne Labtech believes their partnership with Bangor University is crucial for developing transformative thermal management technology.
The ATMS project is a collaboration between Teledyne Labtech and Bangor University in Wales, supported by Airbus Endeavor and the Welsh Government.