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Interferometr Macha-Zehndera - Stanowisko Edukacyjne - typ: EXP200100




The Mach-Zender interferometer consists of two semi-reflecting plates  (beamsplitters) and wo mirrors. A light beam is divided into two, after  which both beams are recombined by eans of a semi-reflecting mirror. One  of these beams will be named
the Reference beam, while the other will  allow us to take measurements on the vacuum index or plate thickness.

Zagadnienia edukacyjne (ćwiczenia):

  • GLASS SIDE THICKNESS

A thin slide is added, followed by a thicker slide, to one of the arms of the Mach-Zender interferometer.
This slide will introduce into the system a medium with a different optical index, which will modify the optical path of the
beam passing through it. We thus propose viewing the impact of this modification on the interference figure. In this case,
the beam propagated on arm 1 crosses a thin slide that modifies its optical path with respect to the previous case. This new
distance is written as : D’1 = D1 + e (n-1), where n stands for the slide index and e its thickness.

  • TWO-BEAM INTERFERENCES

The Mach-Zender interferometer is a two-beam interferometer. It operates  as follows : The coherent light beam from a laser source is divided  into two partial beams by an optical component. These beams follow
different paths, are deflected by mirrors, before coming together again  and being superimposed by another optical component. Superimposition of  light waves leads to an interference image. If the optical path, i.e.  the product between the refractive index and the geometrical path, of  one of the beams varies, then a phase shift will occur with the second  beam. The result is a modification of the interference image, allowing  conclusions to be drawn regarding the modification of the optical path.  Unlike Michelson’s interferometer, partial light beams are not reflected  on themselves but each follow a specific path until they meet again.  Consequently, measurements taken on transparent materials, as for  example measurement of the refractive index, are easier to understand  and thus clearer



SUBJECTS APPROACHED

»»Glass slide thickness
»»Mach-Zender study
»»Two-beam interferences for students.











Zalecane Wyposażenie:
  • POF020300 Mach Zender interferometer x1
  • POD013210 HeNe Laser x1
  • POD067040 10x Lens x1
  • POD002192 Half-moon stand x3
  • POD010002 Millimetric metal screen x1
  • POD060550 Lens-holder x1
  • POF020305 Basic plate holder x1
  • POD010020 Superior Caliens Camera x1
  • PC or laptop x1






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