Abstract Yu Diamond announced on the 1st of the afternoon, on May 31, the company received the "Science and Technology Achievement Certificate" issued by the Henan Provincial Department of Science and Technology. The company, its holding subsidiary Henan Yuxing Huajing Micro Drill Co., Ltd. and Zhengzhou Synthetic Diamond and Products Engineering Technology Research Center Co., Ltd....
Yu Diamond announced on the 1st of the afternoon, on May 31, the company received the "Science and Technology Achievement Certificate" issued by the Henan Provincial Department of Science and Technology. The company, its subsidiary, Henan Yuxing Huajing Micro-Drill Co., Ltd. and Zhengzhou Synthetic Diamond and Products Engineering Technology Research Center Co., Ltd. jointly completed the development and application of nano-diamondene and the development and application of nano-carbon crystals. It was confirmed as “Science and Technology Achievements of Henan Provinceâ€. Among them, nano-diamondene is a new type of carbon nano-diamond material produced by the company using synthetic diamond as raw material and controlling new preparation process. The material is a carbon nanosheet having a layered structure containing an unsaturated carbon bond in a diamond phase, the particle size distribution is in the range of 20-500 nm, and the thickness of the nanosheet is different. The novel carbon nanomaterial is Phase composition, morphology, surface activity, carbon atom arrangement, etc. are different from other carbon nanomaterials, and nanodiamonds prepared by explosive detonation have certain differences in morphology and surface structure.
According to the characterization analysis, in addition to the various properties of diamond, nano-diamondene has the characteristics of layered structure, strong wear resistance, strong composite, high thermal conductivity and no toxic side effects on the human body.
Nano-Carbon Nanocrystalline is a new carbon nano-diamond material with new morphology and new properties produced by the company using synthetic diamond as raw material. The material is a kind of spherical carbon nanoparticle with a phase composition of diamond phase. The particle size distribution is between 2 and 5 nm. The material contains two different carbon atoms. The two different carbon atoms are on the surface. A special dimer structure is formed. The phase composition, morphology, surface activity, carbon atom arrangement of the carbon nanomaterial are different from other carbon nanomaterials, and the nanodiamond prepared by the explosive detonation method is in shape. There are also certain differences in appearance and surface structure.
According to the characterization analysis, nano-carbon crystals have no photoluminescence, and the activity is stronger than the explosive detonation method. The nano-diamond is strong and the particle size is small. At the same time, the material has good wear resistance, surface lubrication, and no toxicity to the human body.
The company said that the above scientific and technological achievements are beneficial to the company to play its own intellectual property rights and technological advantages, optimize product structure and enhance the company's core competitiveness.
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