Germanium Disulfide Powder_Leading local media on chemical materials, nano-ma

Germanium disulfide This inorganic compound has the chemical formula GeS2. Germanium disulfide, a semiconductor substance. 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,

Germanium Disulfide Powder – Properties and Application |

Germanium disulfide This inorganic compound has the chemical formula GeS2. Germanium disulfide, a semiconductor substance. 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,

More>>

Related news

The Geologic Importance of Graphite

Graphite most often occurs in metamorphic rocks formed from regional metamorphism or contact metamorphism of organic-rich sedimentary rocks, such as organic-rich marble, quartzite, schist, gneiss, and metamorphosed coal. The sediment's original organic component provides the source for the carbon from which graphite forms. Coal is almost completely composed of organic carbon, so its metamorphism can produce large amounts of graphite-bearing rock. To a lesser extent, graphite is also found in som

More>>

Performance Comparison of Crucibles for OLED Evaporation: Tantalum, Graphite and Boron nitride

When it comes to display technology, in addition to the traditional LCD and LED liquid crystal display screen, OLED (organic light emitting diode) display technology has become a new mainstream.

More>>

Strength of Titanium diboride

Proceeding from the results of the previous subsection, let us restrict our attention to specimens with a density of (4.50±0.05) g/cm3 and consider the flexural strength σf of the material. A significant dependence on the grain size is readily seen in the results at room temperature. While this figure contains a mixture of data from three-point and four-point test methods using differing specimen sizes and crosshead speeds, the comparison suggests that the strength σf decreases as the grain size

More>>