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- Mirau_interferometer abstract "A Mirau interferometer works on the same basic principle as a Michelson interferometer. The difference between the two is in the physical location of the reference arm. The reference arm of a Mirau interferometer is located within a microscope objective assembly. A schematic of a Mirau interferometer is shown on the right. At the beam splitter the source light is split into a reference path (reflected) and a sampling path (transmitted onto the sample). On the comparison face there is a mirrored circle in the middle. The two paths recombine to form an interference image. By changing the z position of the sample, interference images are acquired at a sequence of path (phase) differences: 0, λ/4, λ/2, and 3λ/4. These interference maps are functions of background intensity, fringe modulation, and phase. Three such images provide enough information to solve for the topographic image of a sample.This orientation is often used in optical profilometers due to the increase in stability between the sample and reference path lengths.".
- Mirau_interferometer thumbnail Mirau_Interferometer.svg?width=300.
- Mirau_interferometer wikiPageID "20327389".
- Mirau_interferometer wikiPageRevisionID "545500948".
- Mirau_interferometer hasPhotoCollection Mirau_interferometer.
- Mirau_interferometer subject Category:Interferometers.
- Mirau_interferometer type Artifact100021939.
- Mirau_interferometer type Device103183080.
- Mirau_interferometer type Instrument103574816.
- Mirau_interferometer type Instrumentality103575240.
- Mirau_interferometer type Interferometer103578981.
- Mirau_interferometer type Interferometers.
- Mirau_interferometer type MeasuringInstrument103733925.
- Mirau_interferometer type Object100002684.
- Mirau_interferometer type PhysicalEntity100001930.
- Mirau_interferometer type Whole100003553.
- Mirau_interferometer comment "A Mirau interferometer works on the same basic principle as a Michelson interferometer. The difference between the two is in the physical location of the reference arm. The reference arm of a Mirau interferometer is located within a microscope objective assembly. A schematic of a Mirau interferometer is shown on the right. At the beam splitter the source light is split into a reference path (reflected) and a sampling path (transmitted onto the sample).".
- Mirau_interferometer label "Mirau interferometer".
- Mirau_interferometer label "Mirau-Interferometer".
- Mirau_interferometer sameAs Mirau-Interferometer.
- Mirau_interferometer sameAs m.04zxj7f.
- Mirau_interferometer sameAs Q1938014.
- Mirau_interferometer sameAs Q1938014.
- Mirau_interferometer sameAs Mirau_interferometer.
- Mirau_interferometer wasDerivedFrom Mirau_interferometer?oldid=545500948.
- Mirau_interferometer depiction Mirau_Interferometer.svg.
- Mirau_interferometer isPrimaryTopicOf Mirau_interferometer.
