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As an important inorganic compound, titanium hydride has a wide application prospect in materials science, energy, environment and other fields. As a material with excellent photoelectric properties, indium selenide has a wide application in photoelectric devices, solar cells, microelectronic devices, and other fields, so the market prospect of indium selenide has attracted much attention.

Research Background and Significance of Titanium Hydride

As an important inorganic compound, titanium hydride has a wide application prospect in materials science, energy, environment and other fields.

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Background and Significance of Indium Selenide

As a material with excellent photoelectric properties, indium selenide has a wide application in photoelectric devices, solar cells, microelectronic devices, and other fields, so the market prospect of indium selenide has attracted much attention.

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High Purity Zirconium Carbide ZrC Powder CAS 12070-14-3, 99%

Zirconium carbonide (ZrC), a refractory ceramic that has a high hardness, is used commercially to make tooltips. This is done by sintering.Particle Size: -325mesh Purity: 99% Zirconium Carbide Pulver: Zirconium carbide ZrC It is used commercia

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High Purity Boron Phosphide BP Powder CAS 20205-91-8, 99.99%

Boron phosphide (or BP powder) is an inorganic compound that is composed of boron phosphorous and used in semiconductor materials. Purity: 99.99%Particle Size: 60 mesh About Boron Phosphide BP Powder: Boron phosphide is an inorganic

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Crystal Structure and Phase Transition Analysis of Iron Disilicide FeSi2 Powder

Iron silicide (FeSi2) is an important silicon-based material with excellent physical and chemical properties widely used in microelectronics, solar cells, catalyst carriers and composite materials. The crystal structure and phase transformation of ferrosilicide have important effects on its properties, which is one of the key problems in the study and application of ferrosilicide.

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