Examples of 'beam splitter' in a sentence
Meaning of "beam splitter"
Beam splitter: Optical device that divides a beam of light into two or more beams, commonly used in various scientific and industrial applications
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- An optical device that splits a beam of light in two by reflecting a portion and transmitting the remainder.
How to use "beam splitter" in a sentence
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beam splitter
Polarization beam splitter for guided light.
This arrangement does not include any beam splitter.
This beam splitter is a transparent glass slide.
The assembly comprises a beam splitter and a zoom changer.
A beam splitter directs light to the different sensors.
Modular interferometric recombination device and a beam splitter for use in it.
The beam splitter directs the radiation line to an objective.
The invention also provides an electromagnetic beam splitter as defined above.
The beam splitter may be coated with dichroic layers.
The active component acts in a similar manner as the beam splitter.
A detector preceded by a beam splitter is therefore capable of detecting a quantum superposition.
An interferometric optical element is optically contacted to the first beam splitter.
The beam splitter gives the possibility to attach an independent sensor.
Activation of the reference photo detector is achieved by a beam splitter window.
A beam splitter may be any kind of beam splitter as previously discussed.
See also
The present invention relates to a polarization beam splitter for guided light.
A beam splitter reflects half of the incident beam to a reference surface.
The separating means consist for example of a fibre coupler or a beam splitter.
In such an interferometer a beam splitter or other splitting device divides an incident wave.
The image is reflected into the day sight using a beam splitter.
Polarizing beam splitter cubes are comprised of two prisms positioned at right angles.
Another use for the polarizer of the present invention is as a beam splitter.
Radiation incident on a beam splitter will be partly reflected and partly transmitted.
The illumination source is coupled to the illumination input of the beam splitter.
The beam splitter divides the excitation light into two components.
A zoom changer is coupled to the beam splitter for focusing on the target object.
The beam splitter may be positioned between a lens means and the surface.
This makes the energy loss of the beam lower compared to a beam splitter.
Alternatively a polarizing beam splitter may be used instead of two polarizing filters.
The transmitted beams from two infrared sources are superimposed onto an internal beam splitter.
A beam splitter may be utilized upstream of the first and second detection devices.
In an embodiment the detector comprises a dichroic beam splitter and two light sensors.
The beam splitter is therefore preferentially an electrically switchable beam splitter for light tapping.
The gauge beam propagates from the beam splitter towards an adjustable reflecting mirror.
The beam splitter splits the illumination source light beam into two beams.
The diffraction grating is located between the beam splitter and the total reflector.
The beam splitter sends the split light on different optical paths towards the mirrors.
The second faces determining the right angle of each prism enclose a beam splitter.
The scanner preferably comprises at least one beam splitter located in the optical path.
The main difference between these two primary light converters is the beam splitter.
The light then passes through a beam splitter and a pinhole before entering a photodetection apparatus.
The channels recombine and photon polarizations are separated by a polarization beam splitter before being detected.
The beam splitter coating and the mirror coating are embedded within the first lens.
One can either use two distinct lasers or one laser source and a beam splitter.
The first beam splitter splits the output beam into a first beam and a second beam.
The device further includes a polarization variation system placed upstream of the polarizing beam splitter.
Alternatively the beam splitter may be positioned between the detector means and the lens means.
Let us assume the photon enters the interferometer without the second beam splitter in place.
The apparatus may include a beam splitter positioned between each light source and each detector.
Typically the two light sources are combined into one optical path using a beam splitter.
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Examples of using Beam
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They beam us up and cut us up with lasers
We are prepared to beam you aboard our ship
Beam them directly onto the bridge
Examples of using Splitter
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Slide the splitter as far down as it will go
Align the blade with the splitter
We got that splitter up there in the yard
