CY10315 Bismuth Telluride Bi2Te3 Highly Oriented Crystal Substrate (001) irregular shape (approximately 5x5x0.1 mm)

Bismuth Telluride Bi2Te3 Highly Oriented Crystal Substrate (001) irregular shape(about 5x5x0.1 mm) Description

Bismuth Telluride (Bi2Te3) substrate with a highly oriented (001) plane features an irregular geometry of approximately 5x5x0.1 mm. The material is synthesised using a combination of melt growth and post-polishing steps that yield uniform crystal orientation. Its specific dimensions ensure compatibility with testing setups in electronic and thermoelectric experiments while minimising boundary defects. The chemical stability and controlled surface finish support applications in precision measurement and device calibration.

Bismuth Telluride Bi2Te3 Highly Oriented Crystal Substrate (001) irregular shape(about 5x5x0.1 mm) Applications

Electronics
- Used as a substrate in thermoelectric modules to achieve efficient heat-to-electricity conversion by leveraging its controlled (001) orientation.
- Applied as a testing platform in microelectronic research to enhance the evaluation of charge carrier behaviour through its precise dimensions.

Industrial and Research
- Serves as a calibration reference in sensor development to secure accurate measurement outcomes by exploiting its consistent crystallographic properties.
- Frequently used in materials science studies for evaluating anisotropic transport properties, facilitating experimental reproducibility.

Bismuth Telluride Bi2Te3 Highly Oriented Crystal Substrate (001) irregular shape(about 5x5x0.1 mm) Packing

The substrate is individually secured in an anti-static, moisture-resistant envelope and cushioned within a rigid foam-lined container. This packaging minimises mechanical stress and contamination during shipment and storage. The product is stored at controlled ambient conditions and can be customised with additional dividers or lab-specific labelling upon request.

Frequently Asked Questions

Q1: What measures are used to ensure the crystallographic orientation is maintained?
A1: The production process employs in-line SEM and X-ray diffraction analyses to continuously monitor the (001) orientation. These measurements verify that the crystal alignment meets the defined tolerances, ensuring performance consistency in sensitive electronic and thermoelectric applications.

Q2: How can the substrate dimensions affect its integration into experimental setups?
A2: The approximately 5x5x0.1 mm size allows the substrate to fit standard laboratory holders and measurement fixtures. Its defined geometry ensures accurate alignment and reduces edge effects, which are critical for consistent experimental results in device prototyping and calibration.

Q3: What storage conditions are recommended to preserve the substrate's surface integrity?
A3: It is advisable to store the substrate in a low-humidity, temperature-controlled environment. The packaging minimises contamination and mechanical damage, thereby protecting the delicate surface finish essential for high-precision measurements.

Additional Information

Bismuth Telluride (Bi2Te3) is frequently explored for its thermoelectric properties, making it a subject of extensive research in energy conversion and waste heat recovery. The controlled crystallographic orientation in substrates like these enhances the material’s performance in laboratory evaluations and prototype devices.

In materials science, the precise control over crystal orientation and morphology contributes significantly to experimental reproducibility. Such substrates help refine techniques in semiconductor processing and quantum material research, providing a dependable platform for academic studies and industrial applications.