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Educational equipment: Complectetion Physics room for secondary school

The "Wave optics" demonstration set
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  • The "Wave optics" demonstration set

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    Description

    Purpose:
    The set is intended to demonstrate experiments on wave optics.

    > Device configuration

    1. Semiconductor laser with power source
    2. "Flint" glass prism
    3. "Newton rings" set
    4. Frenel biprism
    5. Object intended to observe Young interference
    6. Frame intended to observe the interference in soap film
    7. Object intended to observe diffraction (4 items)
    8. Gitter, 2 items
    9. Two-dimensional diffraction structure
    10. Polaroid, 2 items
    11. Plexiglas sample intended to demonstrate tensions
    12. Flat mirror
    13. Glass plate
    14. Red color filter
    15. Converging lens, 2 items
    16. Cavity
    17. Limb
    18. Projector’s table
    19. Slit diaphragm
    20. Slitted small screen
    21. Operating layout with special fixators
    22. Optical units fixators

    > The experiments

    1. Observing the light dispersion

    2. Adding spectral colors

    3. Monochromatic light’s spectral indivisibility

    4. Light absorption in crystal

    5. Light polarization

    6. Observing the tensions distribution in transparent plastic

    7. Plane-of-polarization rotation in sugar solution

    8. Light polarization coupled with dielectric reflection

    9. Light interference in Frenel biprism

    10. Light interference in Lloyd mirror

    11. Observing Newton rings in natural light

    12. Observing Newton rings in monochromatic light

    13. Light interference in soap film

    14. Light interference in Young layout

    15. Parallel light slit diffraction

    16. Diverging light slit diffraction

    17. Parallel light thread diffraction

    18. Diverging light thread diffraction

    19. Parallel light round hole diffraction

    20. Diverging light round hole diffraction

    21. Expanding the natural light into spectrum via gitter

    22. Monochromatic light diffraction at one-dimensional gitter

    23. Monochromatic light diffraction at two-dimensional gitter


    To carry out the experiments you will need:
    Additional information

    Using in rooms:

    Physics
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