Germanium disulfide
This inorganic compound has the chemical formula GeS2. Germanium disulfide, a semiconductor substance.
Germanium dioxide can be used as a transparent medium for microwave radiation. It does not absorb any microwave radiation. The reaction produces sodium sulfide (sulfur element), and germanium diulfide which are highly sensitive to microwave radiation. In microwave radiation used to cause vulcanization or volatilization only one sulfide is able to selectively absorb microwave radiation. This results in instantaneous high temperatures that make germanium react quickly with sulfur. Germanium is made from germanium sulfide. Then, the germanium-sulfide continues to absorb microwave radio waves and reaches the temperatures of sublimation or volatilization.
These “nano flowers”, made out of germanium disulfide dust, are also known as semiconductor material. The object’s petal shape means that it is very small but can store lots of energy.
American scientists created an extremely small battery. A tiny, pinkish nanostructure that stores energy can subvert traditional battery designs. This nanoflower is made out of germanium sulfuride (a semiconductor material). It has a shorter space for storage and a more complex surface structure.
A germanium disulfide nanoflower is only 20-30 micrometers thick by 100 microns. The nanoflower has a high surface area, but a compact space structure. This allows it to be used in the production of smart phone batteries.
Luoyang Tech Co., Ltd. is a company that specializes in professional IT services. germanium disulfide powder Over 12 years’ experience in research and development of chemical products. You can pay by Credit Card, T/T or West Union. We will send the items to overseas customers via FedEx or DHL.
You can find high quality germanium disulfide dust here. Get in touch You can also send us an enquiry
Germanium Disulfide Properties:
Germanium disulfide (white powder) is easy to dissolve in water and in concentrated hydrochloric acids. This unstable metal is easy to sublimate and oxidize at high temperatures. At the same time, it dissociates in humid air or an inert environment. Germanium disulfide results from the reaction between germanium powder, sulfur vapor, or a mixture gas of sulfur and hydrogen sulfide. This is an intermediate product from germanium metalurgical.Germanium dioxide can be used as a transparent medium for microwave radiation. It does not absorb any microwave radiation. The reaction produces sodium sulfide (sulfur element), and germanium diulfide which are highly sensitive to microwave radiation. In microwave radiation used to cause vulcanization or volatilization only one sulfide is able to selectively absorb microwave radiation. This results in instantaneous high temperatures that make germanium react quickly with sulfur. Germanium is made from germanium sulfide. Then, the germanium-sulfide continues to absorb microwave radio waves and reaches the temperatures of sublimation or volatilization.
Germanium Disulfide Application:
These “nano flowers”, made out of germanium disulfide dust, are also known as semiconductor material. The object’s petal shape means that it is very small but can store lots of energy.
American scientists created an extremely small battery. A tiny, pinkish nanostructure that stores energy can subvert traditional battery designs. This nanoflower is made out of germanium sulfuride (a semiconductor material). It has a shorter space for storage and a more complex surface structure.
A germanium disulfide nanoflower is only 20-30 micrometers thick by 100 microns. The nanoflower has a high surface area, but a compact space structure. This allows it to be used in the production of smart phone batteries.
Luoyang Tech Co., Ltd. is a company that specializes in professional IT services. germanium disulfide powder Over 12 years’ experience in research and development of chemical products. You can pay by Credit Card, T/T or West Union. We will send the items to overseas customers via FedEx or DHL.
You can find high quality germanium disulfide dust here. Get in touch You can also send us an enquiry
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