Description

Atomfair AMS-815 Optical System Aberration Measurement Experiment Instrument

1. Product Overview

Atomfair AMS-815 Optical System Aberration Measurement Experiment Instrument adopts a specially designed aberration lens with clear presentation of aberration phenomena. The involved knowledge points are closely aligned with the core content of aberration theory, making it an ideal teaching experiment system to help students firmly master aberration theory, suitable for the teaching needs of physics/engineering optics majors.

2. Core Features

• • Equipped with a specially designed aberration lens, the aberration phenomena are intuitive and clear, easy to observe and learn;

• • Knowledge points focus on the key points of aberration theory, with highly targeted experimental design to help implement theory into practice;

• • Diversified experimental methods, covering simulation, observation, measurement and other forms, adapting to core teaching needs.

3. Main Experimental Content

• • Computer simulation of optical system aberration;

• • Adjustment and use of collimator and measurement of positional chromatic aberration;

• • Observation of monochromatic aberration of optical system by star test method;

• • Observation of optical system aberration by shadow method and principle of knife-edge tester;

• • Measurement of optical system aberration by shearing interference.

4. Core Knowledge Points

• • Monochromatic aberration of optical system (spherical aberration, coma, field curvature, astigmatism, distortion);

• • Theories related to positional chromatic aberration;

• • Methods for observing and measuring aberration such as star test method, shadow method, shearing interference method.

5. Specification Parameters (International Standard)

• • Core components: Specially designed aberration lens, meeting the accuracy requirements of teaching-level aberration observation;

• • Experimental coverage: Compatible with simulation, observation and measurement experiments of monochromatic aberration and positional chromatic aberration;

• • Adapted methods: Supports diversified experimental methods such as computer simulation, star test method, shadow method, shearing interference method;

• • Teaching adaptability: Experimental design conforms to the teaching logic of overseas optics majors, with comprehensive coverage of knowledge points.

6. Customization Services

Configuration parameters related to experimental content and supporting teaching resources can be customized according to the curriculum settings and teaching priorities of institutions.

If youe interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.