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Diffraction and Interference of Microwaves

Diffraction and Interference of Microwaves

Item no.: P2460901

Difficulty Expenditure of Time print
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Principle

If a double-slit is positioned in the divergent microwave beam, a characteristic intensity profile results behind this double-slit. The periodicity of the intensity profile can be used to determine the wavelength of the microwaves that are used.

Benefits

  • Convenient all-in-one set includes control unit, transmitter and receiver as horn antennae, microwave probe, microwave benches, grating, slit plates, prism, and reflection/absorption plates
  • With the same set, all aspects of microwave physics can be studied quantitatively: polariziation, reflection, transmission, refraction, propagation, diffraction, interference, inverse square law, standing waves, conservation of energy in reflection and transmission
  • Very detailed experiment guides for all experiments

Tasks

First the phenomenon of diffraction through a single-slit and on a small obstacle is investigated. Then the intensity profile that results from a diffraction through a double-slit is measured and the wavelength of the electromagnetic wave that is used, based on this intensity profile, is determined.

What you can learn about

  • Microwaves
  • Electromagnetic waves
  • Huygens principle
  • Double-slit
  • Interference
Document     Filesize
p2460901e.pdf Experiment guide, English 21.94 MB

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