High Performance Tungsten Carbide Ceramic Materials

high performance tungsten carbide ceramic materials image

Tungsten carbide ceramics are widely used in aerospace, machinery industry, electronic power, armor, chemical industry and other fields because of their excellent performance in strength, wear resistance and corrosion resistance. Among the various properties mentioned above, the hardness of tungsten carbide is still insufficient compared with the other properties. Therefore, how to improve the hardness of tungsten carbide so as to achieve a balanced performance in all aspects, so that it is more suitable for various fields.

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Supported Tungsten-gallium Polyoxometalate Catalyst

supported tungsten-gallium polyoxometalate catalyst image

Epoxides are a kind of fine chemical raw materials and pharmaceutical intermediates with wide applications. The most important way to form epoxides is the epoxidation of olefins. Epoxidation plays an important role in both organic synthesis and chemical industry. Therefore, the study of olefin epoxidation has always been a hot spot in chemical industry.

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Phosphotungstic Acid-Titanium Dioxide Composite Nanofibers Preparation by Electrospinning

phosphotungstic acid-titanium dioxide composite nanofibers image

In recent years, the emission of sulfur compounds has seriously affected human health, social and economic development, which has stimulated scientists to explore more effective catalysts to reduce sulfur compounds in fuels. Polyoxometalates are called "green" industrial catalysts. They include tungsten heteropoly acids, such as phosphotungstic acid and silicotungstic acid, which are widely used in industry.

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How to Prepare Titanium Tungsten Silicon Composite Powder

titanium tungsten rhenium composite powder image

With the continuous concern of haze, the control of air pollution has become more and more important. Nitrogen oxides are one of the main air pollutants and important precursors to induce photochemistry smog and acid rain. About 60% of them are discharged from coal-fired power plants, industrial boilers and cement plants.

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New Alloy Materials May Be Used in Future Micro-Electromechanical System

micro-electromechanical system image

Micro-electromechanical system (MEMS) is a kind of high-tech device whose size is several millimeters or even smaller. It is a kind of high-tech electromechanical device, which combines photolithography, etching, thin film, LIGA, silicon micro-processing, non-silicon micro-processing and precision machining technology. It is an independent intelligent system.

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