CVD diamond has excellent optical properties, ranging from ultraviolet to far-infrared to microwave bands. Except for the weak absorption peak at 4~6μm, all other bands are transparent. Coupled with its excellent mechanical and thermal properties...

Semiconductor detectors are widely used in the field of particle detection. Diamond can be used for various radiation detection, including X-ray, γ-ray, charged particle and neutron detection, and can work under extreme conditions such as strong...

The nitrogen-vacancy (NV) color center of diamond has good stability, long electron spin coherence time, and specific reaction after laser and microwave input. It is an excellent quantum solid single-spin host material. Devices made of diamond...

Diamond has a higher thermal conductivity at room temperature, 4 times that of silicon carbide and 5 times that of copper. In addition, it also has excellent properties such as low thermal expansion coefficient, high elastic modulus, and electrical...

Diamond is currently widely used as a variety of processing tools, from medical scalpels on operating tables to ultra-precision tools in mirror processing workshops, from diamond drills for PCB boards to diamond wheels for cutting glass materials...

The chemical properties of diamond are very stable, and it does not react with acid at high temperatures. There has been a lack of effective solutions for sewage treatment rich in refractory organic pollutants. The electrochemical method using...