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Refraction at a planoparallel plate / on a prism

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1120501

Refraction at a convergent lens / at a divergent lens

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1120601

Interference of water waves travelling in opposite directions

Benefits

  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1120701

Influence of the phase difference on the interference pat-

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1120801

Interference pattern of several point exciters (Huygens)

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1120901

Diffraction at obstacles and slits

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1121001

Diffraction and interference at a double slit

Benefits
  • Reflection-free basin on adjustable feet
  • Amplitude and frequency variable excitation dipper system
  • Stroboscope for synchronous and "slow-motion" projection of waves
  • Simultaneous LED display of: frequency, amplitude, phase shift and type of illumination
  • Control of all ...
 
Детали

Продукт No: P1121101

Fresnel's double mirror experiment

Principle

This double mirror experiment devised by Fresnel in 1816 is one of a number of experiments of historical significance which were performed in the 18th and 19th century to demonstrate the wave theory of light. Using two plane mirrors set at an angle to each other of almost 1800 ...

...

 
Детали

Продукт No: P1195000

Fresnel's biprism experiment

Principle

Along with the Fresnel double mirror experiment, this experiment with a Fresnel biprism is another one of historical significance which was performed in the 18th and 19th centuries to demonstrate the wave theory of light.
The surface of the Fresnel biprism strucked by ...

...

 
Детали

Продукт No: P1195100

Young's double slit experiment

Principle

In 1801 Thomas Young conducted an experiment in which he shone light from a single light source onto two slits, thus creating two beams of light which, when recombined, displayed the interference phenomenon. The classical investigation delivered final proof of the wave ...

...

 
Детали

Продукт No: P1195200

Newton's rings

Principle

When a parallel beam of light strikes a tapered film of air created between one plane and one spherical glass body, a pattern of concentric ring-shaped bands is formed due to interference of light waves. The arrangement is called the Newtonian chromatic glass and the ...

...

 
Детали

Продукт No: P1195300

Diffraction at an edge

Principle

When a narrow pencil of light strikes the edge of an obstacle, it undergoes partial diffraction. The diffracted section is superposed on the light passing the edge and, due to the coherence of the two sections of light, interference occurs in the border area between light and ...

...

 
Детали

Продукт No: P1195400

Diffraction at a slit

Principle

Contrary to diffraction at the edge of an obstacle, experiments on diffraction at a (single) slit enable us to obtain widely varied diffraction patterns which can form impressive images, especially when several slits of varying widths or an adjustable slit ...

...

 
Детали

Продукт No: P1195500

Diffraction at a narrow obstacle (line) - Babinet's princip-

Principle

In this experiment the students should come to realize that in the shadow area behind a narrow obstacle regular patterns of brightness will be found which are formed by diffraction at the edges of the obstacle. By comparing the diffraction pattern with that created by ...

...

 
Детали

Продукт No: P1195600

Diffraction at a double slit

Principle

The object of this experiment is to prepare the ground for understanding the structure and function of optical transmission gratings.
Normally it would not be necessary to take measurements in order to gain an understanding of the interrelationships between slit spacing ...

...

 
Детали

Продукт No: P1195700

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