Diaphragm holder, attachable

Article no. 11604-09 | Type: Equipment & Accessories

Teachers/Professors , Students
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Function and Applications

For student experiments with the support optical bench. For rotating attachment of diaphragms, filters, etc.

Equipment and technical data

  • With line marks.

Device name
Article no.
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The magnifying glass
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The structure of a microscope
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The camera
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The depth of focus of a camera
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The slide projector
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Diffraction at a grid
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Determination of the wavelength by grid diffraction
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Polarisation with filters
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Rotation of the polarisation plane with a sugar solution
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Fresnel's double mirror experiment
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Fresnel's biprism experiment
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Young's double slit experiment
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Diffraction at an edge
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Diffraction at a slit
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Diffraction at a narrow obstacle (line) - Babinet's princip-le
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Diffraction at a double slit
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Diffraction at multiple slits
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Diffraction at a grating
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Determination of the wavelength by grid diffraction
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Coherence condition
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Diffraction at a crossed grating
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Diffraction at circular apertures
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Diffraction at a system of circular apertures of equal size
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Resolving power of optical devices
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Resolving power of the microscope
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Spectral resolving power of a grating
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Polarisation by strain double refraction (birefringence)
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Chromatic polarisation
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Polarisation by reflection
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Polarisation by refraction
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Polarisation by dispersion
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Brewster's law
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Rotation of the polarisation plane in a sugar solution
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Determination of the focal lengths of convergent lenses -lens formula and magnification
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Determination of the focal lengths of divergent lenses andlens systems
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Polarisation by reflection - polarisation angle (Brewster's angle)
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How is light attenuated when it passes through matter?
Article no. P1417201
When does a substance fluoresce?
Article no. P1417301
How is light attenuated by liquids?
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When is a light-emitting diode a receiver?
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How does the intensity of light decrease a function of thedistance?
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What does the photoelectric current of a solar cell dependon?
Article no. P1418901
At which wavelength does an LED emit light?
Article no. P1419201
How does light oscillate?
Article no. P1419601
How can light be "distorted"?
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The pinhole camera
Article no. P1435003
Real images at a convergent lens
Article no. P1435803
The Microscope
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Coherence and width of spectral lines with the Michelson interferometer
Article no. P2220602
Digital learning curricuLAB
Determination of the plane of oscillation of a polarised la-ser beam - Malus' law
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Polarisation by filters with laser
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Polarisation by refraction with laser
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Brewster's law with laser
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Diffraction at a slit with laser
Article no. P1195501
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