Description
Atomfair CRI 684 Crystal Refractive Index-Temperature Relationship Measurement Instrument
Product Overview
Atomfair CRI 684 Crystal Refractive Index-Temperature Relationship Measurement Instrument is a co-developed experimental device with East China Normal University. Adopting Michelson interferometry to measure the refractive index temperature characteristics of solid materials, it can accurately plot the refractive index-temperature characteristic curves of lithium tantalate and lithium niobate crystals. The instrument is easy to operate, wide in applicability and high in precision, and can be extended to measure the refractive index temperature characteristics of various transparent solid materials with high popularization value, suitable for physics teaching and engineering optics experiment scenarios.
Instrument Features
- Light Source: He-Ne laser with wavelength 632.8nm, power ≥1.5mW, single-mode TEM鈧€鈧€, equipped with fully protected safety high-voltage plug, cavity length 250mm.
- Intelligent Temperature Control Furnace: Temperature control range from room temperature to 200℃, accurate and stable temperature control.
- Experimental Platform: Solid aluminum base with M6 thread, stronger expandability to adapt to a variety of experimental needs.
Main Experimental Contents
- Build Michelson optical path and observe interference phenomena.
- Observe the variation law of interference fringes with temperature changes.
- Measure the refractive index-temperature characteristic curve of lithium niobate crystal.
- Measure the refractive index-temperature characteristic curve of lithium tantalate crystal.
- Measure laser wavelength.
Main Configurations
Atomfair CRI 684 Crystal Refractive Index-Temperature Relationship Measurement Instrument (Including He-Ne laser, plane mirror, beam splitter, intelligent temperature control furnace, etc.)
- GY-11 He-Ne Laser (with power supply)
Optional Accessories: GY-5 Low-pressure Sodium Lamp, GY-14 White Light Source, Fabry-Perot Etalon, Gas Cell Module, etc.
Customization Service
Exclusive configuration parameters can be customized according to different experimental teaching or scientific research needs of customers.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
