Blowout Sale Nb: Srtio3 (100), 0.7% Wt Nb, 10x5x0.5mm, 2 Sp - Stonba100505s2 Don't Wait [5XMmu2jI]

SrTiO3 Single Crystal with 0.7% Nb Doping

The SrTiO3 single crystal with 0.7% wt Nb doping, also known as STONba100505S2, is a high-quality material designed for advanced electronic applications. This crystal boasts an impressive (100) orientation, ensuring optimal performance and functionality in various devices. With a precise size of 10mm x 5mm x 0.5mm and a polished surface finish, it is a perfect choice for researchers and engineers in the field of electronics and material science.

• Single crystal structure ensures superior electrical and mechanical properties.
• 0.7% wt Nb doping enhances the material's conductivity and stability.
• Polished surface finish with a Ra < 5A for consistent performance.

Key Features and Specifications

This SrTiO3 single crystal with 0.7% Nb doping is grown using the Vernuil method, a technique known for its high-quality crystal growth. The cubic crystal structure with a lattice parameter of a = 3.905 Å is ideal for various electronic applications. With a density of 5.175 g/cm³ and a melt point of 2080°C, this material demonstrates excellent thermal stability and mechanical strength. The hardness of 6 (Mohn) makes it resistant to wear and tear, while the thermal expansion coefficient of 10.4 (x10⁻⁶/°C) ensures dimensional stability over a wide temperature range.

• Grown using the Vernuil method for high-quality crystal growth.
• Excellent thermal stability and mechanical strength at 2080°C.
• Dimensional stability with a low thermal expansion coefficient of 10.4 (x10⁻⁶/°C).

Applications and Benefits

The SrTiO3 single crystal with 0.7% Nb doping is widely used in a variety of applications, including high-frequency devices, microwave technology, and sensors. Its exceptional electrical and thermal properties make it ideal for use in advanced research and development projects. By ordering this material, you can expect high performance and reliability in your projects.

• Used in high-frequency devices, microwave technology, and sensors.
• Enhanced conductivity and stability due to 0.7% wt Nb doping.
• Perfect for advanced research and development projects in the field of electronics and material science.