Michelson Interferometer Physics Lab Experiments Setup

This Michelson Interferometer features a platform-based design that allows research samples and optical components to be conveniently introduced into the optical path. It is widely used in physical optics experiments for observing equal inclination interference, equal thickness interference, and white light interference. The system can be used to measure the wavelength of monochromatic light, determine the wavelength separation of sodium yellow double lines, and evaluate the refractive index of transparent materials and air. It provides an effective platform for studying interference phenomena and precision optical measurements.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Study of Michelson interferometer principles and operation
• Observation of equal inclination interference patterns
• Observation of equal thickness interference patterns
• Investigation of white light interference
• Measurement of monochromatic light wavelengths
• Determination of sodium yellow double-line wavelength separation
• Measurement of refractive index of transparent media and air
• Analysis of optical path differences and interference effects

Light Source :

• Semiconductor Laser or Helium-Neon Laser

Host Structure :

• High-Strength Special Steel Plate, One-Piece Forming, Stable and Durable Construction

Interference Mechanism :

• Beam Splitter, Compensation Plate, Micro-Motion Measuring Mechanism, etc.

Other Accessories :

• Glass Screen, Pinhole Plate, etc.

Optional Accessories :

• Gas Chamber, Sodium-Tungsten Double Lamp, etc.