This image is not available for purchase in your country.

Diffraction experiment, simulation

Diffraction experiment, simulation

C014/7189

Rights Managed

This image is not available for purchase in your country.

Please contact your Account Manager if you have any query.

Credit

CHRISTIAN KOCH, MICROCHEMICALS / SCIENCE PHOTO LIBRARY CHRISTIAN KOCH, MICROCHEMICALS / SCIENCE PHOTO LIBRARY

Caption

Diffraction experiment. Simulation showing the variation in the interference pattern produced by light waves passing through a multi-slit aperture. N is the number of slits and D is the distance between slits (3 micrometres). Three wavelengths of light in nanometres are used: 420 (blue), 532 (green), 633 (red). Diffraction causes the light waves to overlap, causing constructive and destructive interference. The intensity of the light is shown on a diffusing screen, and as a curve (white). N varies from 2 to 5 to 25 (top to bottom). As N increases, the interference maxima become sharper and overlapping mixes colours (yellow and pink).

Release details

Model release not required. Property release not required.

 {{ i.shot_duration ? i.shot_duration + ' ' : '' }}{{ i.shot_uhd ? '4K ' : i.hires ? 'HD ' : '' }}{{ i.spl_number }} R{{ i.license }}

  • Add to board
  • Similar {{ mediaType(i) }}