Single Layer Nano Tungsten Disulfide Solar Cells Application

single layer nano tungsten disulfide solar cells application image

With the sharp rise in oil prices and the depletion of mineral resources, solar energy has attracted more and more attention due to its inexhaustible, unrestricted geographical and clean and safe advantages. Solar cells based on photovoltaic effect to convert solar energy into electricity are one of the main ways to utilize solar energy.

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Rare Earth Modified Tungsten-based Ultra-thin Diamond Saw Blade

rare earth modified tungsten-based ultra-thin diamond saw blade image

Ultra-thin diamond saw blade refers to the diamond saw blade with a thickness of less than 1.0 mm and high precision. Its cutting tool slot is narrow, which is beneficial to saving valuable materials in the cutting process. It is widely used in cutting silicon, silicon carbide and other photoelectric materials.

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Flotation Process Improvement at Room Temperature

flotation process improvement at room temperature image

China's tungsten reserves rank first in the world, two-thirds of which are scheelite. However, scheelite is often distributed in fine grains, the grade of raw ore is low, and it often coexists with calcareous gangue minerals with better floatability. Therefore, the separation of scheelite and calcareous gangue minerals has always been a difficult problem in the mineral processing industry.

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Tin Dioxide--Bismuth Tungstate Composite Photocatalyst

tin dioxide-bismuth tungstate composite photocatalyst image

In recent years, semiconductor photocatalysis has become one of the research hotspots in the field of environment. A large number of studies have shown that almost all organic pollutants can be effectively photocatalytically degraded, decolorized and mineralized into inorganic small molecular substances, thereby eliminating environmental pollution and hazards.

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A Preparation of Purple Tungsten Oxide with Nano-Needle Shape

Purple Tungsten Oxide Image

As a semiconductor material (with a band gap of 2.4 to 2.8 eV), tungsten oxide has an extremely wide range of applications in photoelectrochemistry.  Among them, purple tungsten oxide (W18O49) has attracted special attention from researchers because of its unique properties and structure.  

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