Examples of 'beamsplitter' in a sentence
Meaning of "beamsplitter"
beamsplitter (noun) - an optical device that splits a beam of light into two or more beams
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- Alternative spelling of beam splitter
How to use "beamsplitter" in a sentence
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beamsplitter
Detectors are mounted on either side of the beamsplitter.
This system does not use a beamsplitter or dichroic mirror.
The beamsplitter may be a dichroic filter.
In a mirror rig the two cameras look through a beamsplitter.
A beamsplitter interchange and realignment takes about five minutes.
The camera looks at the part through the beamsplitter.
The beamsplitter itself.
The light source generates a beam of light directed toward the beamsplitter.
The beamsplitter material has to be chosen according to the region to be examined.
The optical path traveled by the light beam does not include any beamsplitter.
The resulting beamsplitter exhibits the nonpolarizing response described above.
This spectrometer utilizes a single plate that contains beamsplitter and compensator functions.
Between the dichromatic beamsplitter and photomultipliertubes is the confocal pinhole placed.
The Virgo central building which hosts the laser and the beamsplitter mirror.
Menon believes his beamsplitter could be used in those computers in about three years.
See also
This may be accomplished by using a conventional beamsplitter such as illustrated in FIG.
The beamsplitter divides the beam of light into first and second portions.
The apparatus of claim 1 wherein the combining means comprises a beamsplitter.
A beamsplitter splits the source beam into a test beam and a reference beam.
Caesium bromide is sometimes used in optics as a beamsplitter component in wide-band spectrophotometers.
Cube Beamsplitters are a type of Beamsplitter used in many life science or laser applications.
In addition, an optical beam is coupled into the slit lamp observation path by a beamsplitter.
In the figures, the beamsplitter is passed through by the beam to be detected.
In certain embodiments, the present invention is also provided with an optical switchable beamsplitter.
A beamsplitter adapted to sample a portion of the output energy of the laser output pulse ;.
A simpler arrangement when the laser pulse energy allows it is to use a non-polarising beamsplitter.
The center of the imaging beamsplitter is aligned with the center of central bore 14.
In accordance with OCDR, output from the source is separated into two beams by a beamsplitter.
The beamsplitter of claim 1, wherein the useful bandwidth of the beamsplitter covers the visible spectrum.
A third dichroic beamsplitter 24 has two functions.
Marker beam dividing means 22 is preferably a beamsplitter.
A polarization beamsplitter 65 divides the light returned from the tooth into two parts having different polarizations.
This beam is also presented to beamsplitter 34.
In a preferred embodiment, beamsplitter 3 is a disc made of zinc selenide.
Beamsplitter 35 is designed to substantially fully transmit λ2 and to deflect light at λ1.
The reflection of the dichroic beamsplitter is indicted by curve 810.
Trinocular head is supplied with a fixed light path beamsplitter 50.
Similarly, a beamsplitter 26 made of quartz or fused silica is preferred.
The amount of light absorbed by the beamsplitter is preferably less than 1 %.
The beamsplitter 3 used in this apparatus was a zinc selenide beamsplitter having a diameter of 7.5 cm.
Of course, in this configuration the reflectivity of the last beamsplitter will always be 50 %.
The beamsplitter can also be a partially transparent mirror ( neutral beamsplitter ) or a reflective-only mirror.
It again passes through the parallel window and is reflected by the beamsplitter 602.
Retroreflector 5 reflects that beam back through the beamsplitter 3 to the off-axis parabolic reflector 6.
A second lens 25 recollimates the now expanded laser beam onto a semi aluminised beamsplitter 26.
Figure 5a illustrates one suitable beamsplitter for the instrument of Figure 5 ;.
After passing through the converging lens, the beam enters the rattle-plate beamsplitter 13.
A Michelson interferometer consists of a beamsplitter ( half-silvered mirror ) and two mirrors.
Hence, the scanning sample beam is not vignetted by the aperture stop of geometrical beamsplitter 170.
Each beamsplitter is designed for a 45 ° angle of incidence.
