Tungsten Disulfide Nanorods Preparation by Hydrothermal Synthesis

tungsten disulfide nanorods image

Tungsten disulfide is a typical layered transition metal disulfide with van der Waals force interaction between layers. Nanostructured WS2 can be used in solar cells and field-effect transistors because of its enhanced catalytic performance, excellent optical conductivity and excellent friction properties.


Solid-phase Synthesis of Cesium Tungsten Bronze Powder

solid-phase synthesis of cesium-tungsten bronze powder image

Tungsten trioxide has excellent performances in electrochromic, catalytic and gas sensitivity. Tungsten bronze, a composite oxide of tungsten bronze, generally refers to metal oxides with deep metallic luster, and is usually metal conductor or metal semiconductor. Tungsten bronze general AxWO3, however, varies with the type and molar number of cations. The structure and color of the compounds will vary with the different values of A and X.


Magnesium Tungstate Red Fluorescent Powder

magnesium tungstate red fluorescent powder image

Tungstate is a typical self-starting luminescent material. Its luminescent spectrum is very stable. Its intrinsic luminescent band is very wide and occupies most of the visible region. Cations in tungstate strongly affect the position of the emission band. Tungstates can be activated by some impurities which, when doped into tungstate lattices, can make them luminescent with special properties, such as magnesium.


Tungsten Diselenide Thin Film - Indium Oxide Nanowire Composite Near Infrared Photodetector

tungsten diselenide thin film-indium oxide nanowire composite image

The traditional narrow band gap semiconductor is usually used as photosensitive material in infrared detectors. In order to improve the detection sensitivity, shorten the response time of devices and reduce the influence of background noise, the normal operation of these devices requires liquid nitrogen refrigeration environment, which greatly limits the application and working time of devices.


Preparation Process of Tungsten-based heavy alloy core material

Tungsten-based heavy alloy core material Image

Depleted uranium composites are the most excellent penetrating core materials due to their excellent self-sharpness. In the early 1990s, based on the international public opinion and environmental pressure caused by the toxicity of depleted uranium materials, the United States began to develop an alternative uranium armor piercing core. material. On the basis of the tungsten-nickel-iron heavy alloy, the researchers designed a tungsten-based heavy alloy armor-piercing projectile through the change of the microstructure of the alloy, but there is still a big gap between the self-sharpening effect of the depleted uranium alloy.


Titanium-tungsten Alloy Oxide Nanotube Array

Titanium-tungsten Alloy Oxide Nanotube Array

In the textile industry, azo dyes are an important raw material and a large class of organic substances that cause increasing environmental risks. These azo dyes are potentially toxic and difficult to biochemically handle. Therefore, it is of great environmental significance to take active and effective measures to treat and control azo dyes.


How is tungsten wire made?

tungsten wire used in a bulb to add retro atmosphere image

Tungsten wire owns high resistivity and melting point, good strength, and low vapor pressure, which is the best material for making incandescent filaments in all pure metals. However, how is the thin tungsten wire made? As the tungsten is hard, brittle, and difficult to proccess.


Large Area Monolayer Tungsten Disulfide and Molybdenum Disulfide Preparation

large area monolayer tungsten disulfide and molybdenum disulfide preparation image

As a high-tech industry in the 21st century, the rapid development of semiconductor industry has far exceeded the traditional iron and steel industry and automobile industry. Silicon material is the cornerstone of semiconductor industry, but with the increasing integration, the shrinkage of size will mainly lead to leakage and static power density of devices. Recently, transition metal chalcogenides, especially tungsten disulfide and molybdenum disulfide, have attracted much attention in the scientific community due to their excellent electrical, optical and mechanical properties, as well as graphene, as a potential post-silica material.


Nanocrystalline Tungsten Trioxide Electrochromic Energy Storage Film


Electrochromic means that the optical properties of materials change reversibly under the action of an applied electric field. The color and optical transmittance of electrochromic materials can be changed at low voltage, and the fading state of electrochromic materials can be maintained under open circuit condition. With this characteristic, electrochromic devices are widely used in energy saving, optical regulation and other fields. Wisdom window is one of its most representative applications.


Tungsten-based High Density Alloy Nanocomposite Powder Preparation

tungsten-based high density alloy nanocomposite powder preparation image

Tungsten-based high density alloys are widely used in aviation, aerospace, military and nuclear industries because of their high density, strength, hardness and ductility. It is widely used in aerospace industry as balancing counterweight, shock absorber, kinetic energy armor piercing projectile and armor piercing material, and plasma-oriented first wall material in nuclear industry.