Examples of using Optical system in English and their translations into Turkish
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Programming
Break-in at Dayton Optical Systems.
Dayton Optical Systems calls it"the Prism.
The impulse response uniquely defines the input-output behavior of the optical system.
Optical systems typically fall into one of two different categories.
Geometric optics describes how rays propagate through an optical system.
That has optical systems that can read headlines on a newspaper.
In the absence of significant aberrations, the smallest possible blur circle is the Airy disc,which is caused by diffraction from the optical system's aperture.
However, the relationship with the optical system may not result in high surface brightness.
For an optical system in air, it is the distance over which initially collimated rays are brought to a focus.
The rubber balltracking mechanism was updated with a solid-state optical system, and its single button was moved out of sight to the bottom of the mouse.
The mirror and optical systems of the telescope determine the final performance, and they were designed to exacting specifications.
The volume occupied by a set of rays in phase space is called etendue,which is conserved as light rays progress in the optical system along direction x3.
Detailed knowledge of the optical system used to produce the image can allow for some useful correction.
Colour reproduction Colour reproduction(gamut) is dependent on the type and quality of film or sensor used andthe quality of the optical system and film processing.
The focal length of an optical system is a measure of how strongly the system converges or diverges light.
Colour reproductionColour reproduction(gamut) is dependent on the type and quality of film or sensor used andthe quality of the optical system and film processing.
These relate as to how the optical system views an object or range and how much light is gathered through an ocular eyepiece.
A telescopic sight is an optical telescope equipped with some form of graphic image patternreticle mounted in an optically appropriate position in the optical system to give an accurate aiming point.
Figure"conservation of etendue" shows on the left a diagrammatic two-dimensional optical system in which x2=0 and p2=0 so light travels on the plane x1x3 in directions of increasing x3 values.
Developing an optical system that can discriminate the direction of light to within a few degrees is apparently much more difficult, and only six of the thirty-some phyla possess such a system. .
Because of these benefits of electrical transmission, optical communication is not common in short box-to-box, backplane, or chip-to-chip applications;however, optical systems on those scales have been demonstrated in the laboratory.
An optical system consists of an input plane, and output plane, and a set of components that transforms the image f formed at the input into a different image g formed at the output.
This is because any source bandwidth which lies outside the bandwidth of the system won't matteranyway(since it cannot even be captured by the optical system), so therefore it's not necessary in determining the impulse response.
For this reason, conventional optical systems, such as microscopes, have been unable to accurately image very small, nanometer-sized structures or nanometer-sized organisms in vivo, such as individual viruses, or DNA molecules.
For comparison, while single-line, voice-grade copper systems longer than a couple of kilometers require in-line signal repeaters for satisfactory performance;it is not unusual for optical systems to go over, with no active or passive processing.
In this case, the impulse response of the optical system is desired to approximate a 2D delta function, at the same location(or a linearly scaled location) in the output plane corresponding to the location of the impulse in the input plane.
For comparison, while single-line, voice-grade copper systems longer than a couple of kilometers require in-line signal repeaters for satisfactory performance;it is not unusual for optical systems to go over 100 kilometers(62 mi), with no active or passive processing.
No optical system is perfectly shift invariant: as the ideal, mathematical point of light is scanned away from the optic axis, aberrations will eventually degrade the impulse response known as a coma in focused imaging systems. .
There are a variety of techniques used to funnel X-ray photons to the appropriate location on an X-ray detector: Grazing incidence mirrors in a Wolter telescope, or a Kirkpatrick-Baez X-ray reflection microscope, Zone plates, Bent crystals, Normal-incidence mirrors making use of multilayer coatings, A normal-incidence lens much like an optical lens, such as a compound refractive lens, Microstructured optical arrays,namely capillary/polycapillary optical systems, Coded aperture imaging, or Modulation collimators, X-ray waveguides.
Characterizing an optical system in relation to a plane wave with those given parameters can then be used to predict its response to a more general case, since a wave with any specified spatial structure can be decomposed into a combination of plane waves its so-called angular spectrum.