Indium(III) selenide recovery_ Recovery price of indium Selenide_ Precious metal catalyst recovery and refining manufacturer
Indium selenide is professionally called indium selenide, which is an indium catalyst with the appearance of black crystalline powder. Indium selenide is used in the fields of photoelectric conversion, photocatalysis, electronic devices, etc. Waste indium selenide is one of the sources of recycling indium-containing precious metal catalysts. Other sources of recycling indium-containing precious metal catalysts include indium sulfide recycling, indium hydroxide recycling, indium fluoride recycling, indium acetate recycling, indium chloride recycling, etc.
Product Details
Indium(III) selenide is a kind of indium catalyst with the appearance of black crystalline powder, whose specialty is called indium Selenide. Indium(III) selenide is used in photoelectric conversion, photocatalysis, electronic devices and other fields. High k dielectric can effectively shield the Coulomb impurity scattering (CI) of two-dimensional field-effect transistors. Multilayer Indium(III) selenide transistors exhibit high field effect mobility, and AlO dielectrics can reduce Coulomb scattering. The electrical stability of Indium(III) selenide field-effect transistors plays an important role in practical applications, and the electrical stability is reflected in the hysteresis of transmission characteristics. The prepared few layer InSe encapsulated by hexagonal Boron nitride in an anhydrous and oxygen free environment is a high-quality optical and electronic transmission device material.
The carrier mobility at room temperature and liquid helium temperature exceeds 10 ^ 3 cm ^ (2) V ^ (-1) s ^ (-1) and 10 ^ 4 cm ^ (2) V ^ (-1) s ^ (-1), respectively. Moreover, ultra-thin InSe, due to its wide bandgap, can allow transistors to easily turn on/off, making it suitable for the production of high-speed electronic devices. Due to the fact that the optoelectronic functions of semiconductor materials (including light absorption, emission, and modulation) depend on the size of the bandgap, photoluminescence spectroscopy experiments have shown that the bandgap increases by 0.5eV during the transition from bulk InSe to double-layer InSe. The application prospects of ultra-thin InSe in the field of optoelectronics are promising.
Waste Indium(III) selenide is one of the sources of recovery of indium containing noble metal catalysts. Recovery of indium containing noble metal catalysts includes Indium(III) sulfide recovery, Indium(III) hydroxide recovery, Indium(III) fluoride recovery, indium acetate recovery, Indium(III) chloride recovery, etc. If you have any demand for the recycling of catalyst waste containing indium precious metals, please call our 24-hour service hotline. Dingfeng Precious Metal Recycling and Refining Factory has its own recycling and refining factory without intermediaries to earn price differences. Our professional technical team and customer service personnel provide one-on-one services to ensure customer privacy during the recycling process.