Examples of 'polarizing beam splitter' in a sentence
Meaning of "polarizing beam splitter"
polarizing beam splitter - A polarizing beam splitter is an optical device that splits a beam of light into two beams of differing polarization states. It is commonly used in various optical applications such as interferometry, microscopy, and telecommunications
How to use "polarizing beam splitter" in a sentence
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polarizing beam splitter
Polarizing beam splitter cubes are comprised of two prisms positioned at right angles.
The device further includes a polarization variation system placed upstream of the polarizing beam splitter.
Alternatively a polarizing beam splitter may be used instead of two polarizing filters.
Such a reflecting device can be a mirror or a beam splitter, in particular a polarizing beam splitter.
Device according to claim 5, wherein the polarizing beam splitter comprises a dichroic polarizing plate.
The polarizing beam splitter 2 is placed in the intermediate path after the polarization variation system 1.
More specifically, the subassembly includes a rotating half-wave plate and a polarizing beam splitter.
A polarizing beam splitter comprising:.
After transiting the half-wave plate, the laser beam is directed toward the polarizing beam splitter.
At this time, the polarizing beam splitter 58 operates as an analyzer.
However, the stereoscopic image apparatus using the conventional polarizing beam splitter has the following problems.
The polarizing beam splitter 140 can reflect or transmit a linearly polarized beam.
The device of FIG . 6 functions in reflection and only uses a single polarizing beam splitter cube.
The polarizing beam splitter 378 transmits only linearly polarized light in a pstate.
Device according to claim 10, wherein the polarizing beam splitter itself comprises a polarizing mirror.
See also
A cytometer according to claim 1, characterized in that the beam splitter ( 4 ) is a polarizing beam splitter.
FIG . 2 is a perspective view of a polarizing beam splitter cube employed in the spectrometer in FIG . 1.
This ( p-polarized ) beam is then transmitted by the polarizing beam splitter 2.
A polarization variation system 1 and a polarizing beam splitter 2 are placed between the input E and the output S 1.
The return light is reflected from polygon mirror 90 to polarizing beam splitter 88.
Therefore, at this time, the polarizing beam splitter 58 operates as a polarizer.
The p-polarization of the illumination passes through the polarizing beam splitter 610.
Light beam 22 leaving polarizing beam splitter 88 is directed to a high speed rotating polygon mirror 90.
FIG. 1 is a view showing a conventional polarizing beam splitter.
Toward the polarizing beam splitter cube 110 at the same 90 degree angle relative to the sample.
This ( s-polarized ) beam is then reflected by the polarizing beam splitter 2.
The polarizing beam splitter cube 110 prevents the detector 112 from receiving the specular reflections.
Meanwhile, refractive members 39 and 40 may be disposed in front of the polarizing beam splitter.
The splitter 101 is implemented in the form of a polarizing beam splitter cube ( PBSC ).
Each laser 20 produces a concentrated beam 22 of light which passes through a polarizing beam splitter 88.
Each of the second and third optical beam splitters 84 and 82 is a three-port polarizing beam splitter.
The mirror 132 reflects the sample beam in the direction of the polarizing beam splitter cube 110.
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The polarizing set consists of two filters
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