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Innovative pCVD Diamond Coatings for Enhanced BN-Loaded Epoxy Joints in Thermal Applications

This study explores the use of pCVD diamond coatings on BN-loaded epoxy joints, optimizing thermal performance in conductive carbon fiber foam assemblies. With a wall thickness of approximately 200 µm, aluminum tubes equipped with CO2 cooling mechanisms utilize a thermal grease coating, enhancing heat transfer. The diamond coating on the undersides does not need to be a full sheet; instead, a strategic cutout design may be implemented to minimize material usage while maintaining efficiency. These advancements aim to improve thermal management in various applications.

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Innovative pCVD Diamond Coatings for Enhanced BN-Loaded Epoxy Joints in Thermal Applications

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  1. pCVD diamond (~200um)* BN-loaded epoxy joints Conductive carbon fiber foam ~200 um wall thickness Al tube, CO2 cooling, thermal grease coat * Diamond on undersides need not necessarily be complete sheets; a cutout design could likely be made if needed to reduce material.

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