Fresnel's double mirror - Experiment

LP5.3.3.1
Fresnel's double mirror - Experiment
Fresnel's double mirror - Experiment

Description

In this experiment, the students determine the wavelength λ of the laser with the help of two-beam interference using Fresnel's double mirror experiment. This experiment is one of the methods developed by Augustin Jean Fresnel, along with the biprism experiment, to generate 2 coherent light beams and bring them to interference. Even though the two experimental setups differ slightly from each other, the basic geometric relationships are the same in both experiments. Because of this, the further tasks of the two experiments are chosen differently. During the experiment with the Fresnel biprism, the refractive angle is determined. Following the measurements with the double mirror, the topic of coherence is addressed.

Components of equipment sets

1 459095  4 
Plug-in power supply USB 5 V DC (A socket) LD
1 459096  4 
Cable USB (USB Type A - Mini-USB) LD
5 46095  4 
Clamp rider LD
1 31178  4 
Tape measure 2 m / 1 mm LD
1 45924  4 
Translucent screen on rod LD
1 45933  4 
Diaphragm and slide holder on rod LD
1 45960  4 
Lens on rod f = +50 mm LD
1 45964  4 
Lens on rod f = +300 mm LD
1 46082  8 
Precision metal rail, 50 cm LD
1 459097  4 
Laser class 1, red LD
1 46082  8 
Precision metal rail, 50 cm LD
1 47104  8 
Fresnel's mirror, on board LD
1 667017  4 
Scissors 125 mm, round-ended LD
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