CY9469 Nickel Single Crystal Substrate Ni Substrate (110), 5x5x1 mm, SSP

Nickel Single Crystal Substrate Ni Substrate (110), 5x5x1 mm, SSP Description

The substrate features a single crystal nickel structure with a (110) orientation in a 5x5x1 mm format. This configuration minimises grain boundary influence, making it suitable for studies of thin film deposition and epitaxial growth. The consistent crystal orientation enhances measurement accuracy in material testing and semiconductor process development. Its defined dimensions support compatibility with standard experimental apparatus.

Nickel Single Crystal Substrate Ni Substrate (110), 5x5x1 mm, SSP Applications

Electronics and Semiconductor Research
- Used as an alignment substrate in epitaxial layer deposition to mitigate crystal misorientation by leveraging uniform (110) orientation.
- Applied as a calibration reference in electron microscopy systems to achieve accurate imaging by leveraging stable single crystal properties.

Materials Science and Testing
- Employed as a standard in stress testing of thin film coatings to verify adhesion by leveraging a flat, consistent surface.
- Utilised as a reference material in studies of grain boundary effects to isolate variable influences by leveraging single crystal uniformity.

Nickel Single Crystal Substrate Ni Substrate (110), 5x5x1 mm, SSP Packing

Each substrate is individually wrapped in anti-static, inert packaging and secured within a cushioned container to minimise mechanical shock and contamination. The packaging protocol includes clear labelling and compartmentalisation to prevent cross-contamination. For optimal material preservation, store in a temperature and humidity-controlled environment. Customised packaging options and protective inserts are available to suit specific storage requirements.

Frequently Asked Questions

Q1: How is the (110) orientation of the substrate verified during production?
A1: The (110) orientation is confirmed using microscopic inspection techniques and laser scanning methods during manufacturing. This method detects deviations in crystal alignment in real time, ensuring the substrate meets strict orientation specifications.

Q2: What storage conditions are recommended to maintain the substrate's integrity?
A2: The substrate should be stored in a controlled environment with stable temperature and low humidity. Anti-static packaging and cushioning help prevent contamination and mechanical damage during storage and transport.

Q3: Are there options to customise the substrate dimensions or packaging for specific applications?
A3: Customisation of packaging options is available, including adjustable inserts and labelling. However, altering the substrate dimensions requires a separate inquiry as standard sizes are maintained to preserve crystal uniformity.

Additional Information

Nickel single crystals are fundamental in materials research due to their uniform atomic arrangement and well-defined crystallographic features. Such substrates facilitate studies in epitaxial growth, surface interactions, and stress analysis, providing a consistent platform for experimental reproducibility. Researchers often utilise these substrates to analyse the impact of surface morphology on thin film behaviour.

In broader terms, single crystal materials contribute significantly to advancements in semiconductor and materials science research. Their controlled growth and minimal defect density offer a reliable basis for exploring new material phenomena and process optimisation in experimental and industrial settings.