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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 MAX Special Ceramics Material Titanium Aluminum Nitride Ti4AlN3 Powder, 99%

A new member of ceramic materials is titanium aluminum nitride. This ceramic blends many benefits of both ceramics and metals. Ti4AlN3 powder is known for its excellent mechanical properties at high temperatures. Purity: 99%Size of the particle: 400m

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Tin telluride (SnTe) powder: a versatile material for cutting-edge technology

SnTe powder is highly praised for its adjustable bandgap, which can be adjusted through doping, making it suitable for use in a wide range of electronic devices.

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High Purity Iron Boride FeB Powder CAS 12006-84-7, 99%

Iron Boride may be called the chemical constitutive. Iron Boride is also known as homobic grey orthogonal quarz. It can melt at 1652 degrees Celsius. Its density is 7.15g/mL. Purity>99 Particle sizes: 20-40um Iron boride (FeB); boranylidyneiron CA

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