英語 での Tungsten oxide の使用例とその 日本語 への翻訳
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Violet tungsten oxide is manufactured under a certain reduction condition from the raw materials of ammonium paratungstate(APT), tungstic acid or tungsten trioxide(WO3).
Yellow tungsten oxide can be produced by APT calcination method, hydrothermal method, tungstic acid calcination method, precipitation method, sol-gel method, micro emulsion method, spray pyrolysis method, vapor phase method and ion exchange method.
Preliminary geological research indicates there is around 130,000 t of tungsten oxide in the seven deposits with the average grade coming in higher than comparable projects.
By forming the tungsten oxide film 374 between the tungsten film 373 and the layer to be peeled 105, the adhesion between the peeling layer and the layer to
Toshiba Materials uses tungsten oxide instead of lithium ions for its anode materials, creating battery devices with a high power density and achieving ultra-fast charging and discharging in the secondary cells where the anodes are used.
We have a production line from tungsten oxide to tungsten and tungsten carbide, allowing unique grain size and low bulk technologies to provide easy to use and high quality products.
Tungsten Oxide Surface Modification Tungsten oxide surface modification refers to give new properties to surface under premise of maintaining original performance of tungsten oxide or its products, like hydrophilic, biocompatible, antistatic and dyeing and other properties.
The hermal decomposition of thio ammonium tungstate can get intermediate product of thio tungsten oxide, and has important significance for the study of phase transitions of tungsten oxide catalyst pre-curing process, and is an important precursor for the preparation of high activity hydrogenation catalyst.
The tungsten oxide material that Toshiba Materials has developed for secondary cells enables greater efficiency and more compact cell sizes for applications where regenerative energy is a focus, such as automobiles, elevators and trains, as well as power sources that use a large current uninterruptible power supplies(UPS), high-current power supplies and stabilized power supply systems.
Preparation of carrier is the focus of denitration catalyst technology, titanium- tungsten oxide composite powder material can change the structure and surface properties of the support since the composite of titanium dioxide and tungsten trioxide, and also makes the tungsten trioxide more evenly distributed in the carrier, to improve the processing performance of the carrier, which will help in the preparation of the catalyst mixing, extrusion, drying and other processes, to ensure a high yield preparation of the catalyst.
Yellow Tungsten Oxide(YTO).
Successfully invented tungsten oxide& ceramic piston rod.
One such material is our tungsten oxide electrode material for secondary cells.
Tags: tungsten oxide nanopowder WO3 nanopowder Tungsten Trioxide/ WO3 nanopowder with good electrochromic property.
The electron conductivity and lithium ion diffusion of tungsten oxide powder can be improved to achieve ultra-fast charging and discharging.
When reducing tungsten trioxide to tungsten powder, it will turn into blue tungsten oxide first then gradually reducing to tungsten powder.
Compared to pure tungsten oxide and iron oxide, the resulting photocatalyst has several times in improving the ultraviolet and visible light catalytic activity.
Ammonium metatungstate is raw materials of tungsten oxide, tungsten powder and other tungsten compounds, also being the main raw material of tungsten-based oil refinery catalyst.
The preparation methods of violet tungsten oxide are mainly APT wet hydrogen direct reduction, tungstic acid hydrogen reduction and APT mild reduction method ect.
Furthermore, for tungsten oxide(WO3) based photocatalyst, high temperature crystallization is achieved for the first time even in a small mesopore system, and this technique is drawing attention as a possibility of forming other unattained crystalline materials.