Description
Specifications Table
Product Material – Optical-Grade Glass
Grade – Laboratory/Research Grade
Application – Wavelength Isolation in Planck’s Constant Experiments
Product Overview
These spare filters are meticulously designed for use with Planck’s Constant experimental setups, ensuring precise wavelength isolation critical for accurate measurements. Constructed from high-quality optical-grade glass, they maintain consistent light transmission properties, minimizing experimental errors caused by material inconsistencies. The filters are engineered to withstand repeated use in laboratory conditions without degradation, making them ideal for long-term research applications. Their compatibility with standard Planck’s Constant apparatus ensures seamless integration, while the uniform optical density across each filter guarantees reproducible results. The set includes three filters, each calibrated to specific wavelength ranges, allowing users to conduct experiments with confidence. The robust construction prevents scratching or clouding over time, maintaining optical clarity even after extensive handling. These filters represent an essential component for any physics laboratory conducting quantum mechanics experiments, providing the reliability needed for both educational demonstrations and advanced research.
FAQs
1. What material are these Planck’s Constant filters made from?
They are made from laboratory-grade optical glass designed for precise wavelength transmission and durability in experimental conditions.
2. Can these filters be used with other spectroscopy equipment?
While optimized for Planck’s Constant apparatus, their standard optical properties may allow compatibility with similar wavelength-dependent experiments, though calibration checks are recommended.
3. How should these filters be stored when not in use?
Store them in a dry, dust-free environment, preferably in their original protective casing or an anti-static pouch to prevent surface contamination or scratches.
4. What makes these filters different from standard colored glass filters?
These are precision-calibrated for specific wavelength ranges required in Planck’s Constant experiments, unlike generic filters which lack such exacting optical specifications.
5. Are these filters resistant to chemical exposure during cleaning?
They can be gently cleaned with isopropyl alcohol and lint-free cloth, but avoid harsh solvents that may degrade the optical coating or glass substrate.
