Yellow tungsten oxide can be used to military warm clothing. This military warm coat can solve the problem of military warmth and anti-static. In winter, We know that we should wear thick clothes to keep warm. Then soldiers who defend the motherland wear thick clothes? Obviously, thick clothes will bring inconvenience to the training of the soldiers. Then the problem will come. And what clothes should the soldiers wear in winter? With the development of modern science and technology, modern military equipment has gradually stepped onto the stage. Although geely clothing camouflage clothing is warm and convenient, it is easy to break. Later, experts added electric switches to the military uniforms. and it allow the soldiers to keep warm, but it would bring life to the soldiers. Now researchers use yellow tungsten oxide to prepare military clothes, successfully overcome the problem of insulation and wear, and it has stealth effect.
 

Why can the yellow tungsten oxide particles make these warm effects? First, in one dimension, nano yellow tungsten has a particle size of less than 100 nm, so it has large specific surface area and significant surface effect. Particle is a porous material, so that it is made of warm clothing having a dirt-resistant and easy-cleaning effect. Second it is composed of three tungsten-oxygen double bonds, so it has strong stability. And the result will not change after any processing. From the crystal structure of tungsten oxide, the tungsten atom is located at the top of the lattice, the oxygen atom is in the middle of the lattice ridge, and the center of the cube is without atoms. We can introduce some cations such as hydrogen ions, lithium ions and Sodium ion. Through the injection of cations, tungsten oxide has a good coloring effect, and a large amount of free electrons are accumulated on the surface, which has the characteristics of plasmon resonance absorption near-infrared. And it has the ability to selectively absorb radiation for visible light, so as to effectively isolate it. It effectively blocks the effect of heat.
 

Therefore, yellow tungsten oxide particles will become a hot material for future research.