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Nanodiamond has a large surface area, and the surface has a wealth of functional groups, these characteristics make its surface has a special adsorption, easy to chemical reaction, so after the treatment of spherical nanodiamond in the lubricating oil has a good dispersion. In recent years, a large number of experiments have shown that the addition of one thousandth of spherical nanodiamonds in lubricating oil can effectively improve the anti-wear and vibration damping effect of lubricating oil, and can be widely used in various mechanical structures.
Diamond quantum technology offers potential solutions to two key problems of the 21st century: biomedicine and the continuously growing information economy. Diamond has the ability to turn defects into quantum resources that are specific, known as nitrogen vacancy defects (NV), whose unique properties allow their quantum states to be manipulated and read out using light at room temperature. In quantum-based applications, synthetic diamond acts as a host of impurities or defects that act like solid-state atom traps. The quantum properties of these impurities, such as nitrogen vacancy defects, can be manipulated and made to interact individually, and photons of light emitted from these impurities can be used to read out their quantum information.
As a kind of super-hard abrasive, diamond micropowder has an incomparably superior abrasive ability, which is increasingly being highly valued by various industrially developed countries. The grinding ability of diamond powder includes the grinding ability of the workpiece and its own wear resistance and anti-crushing ability, depending on its micro-hardness, particle size, strength, particle shape, and thermal and chemical stability. To summarize, there are three major aspects of diamond powder used as abrasives:
In the past ten years, my country and some industrially developed countries have paid special attention to the production and application of diamond polycrystalline composite sheets. And competing to develop and produce, with many varieties and specifications, and gradually popularized and applied at home and abroad, all because of its excellent performance: