Примери коришћења Polarizers на Енглеском и њихови преводи на Српски
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They can therefore be used as linear polarizers.
Thin film polarizers have easy alignment without angle-tuning.
But as much as 75 percent of the light generated is lost through the polarizers.
The polarizers only allow a certain wavelength of light to pass through.
From the point of view of energy use,current LCD polarizers are inefficient.
You can get basic polarizers for as cheap as $12 from AmazonBasics.
They can be used as high reflectivity laser reflectors, partially transmitted output couplers, dichroic reflectors(which behave differently for different wavelengths), anti-reflection coatings, various optical filters(for example, the light used to attenuate a particular wavelength region), beam splitters, heat reflectors,solar cell covers, and thin-film polarizers.
These polarizers transmit P-polarized light while reflecting its S-polarized light.
I find personalities like Czar Nicholas II orDraza Mihailovich extremely important because they are what I call“polarizers”, that is personalities who have been both despised and hated as well as revered and loved.
Polarizers are used to transmit a specific polarization state while blocking all others.
The effect may be reversed if the polarizers are placed parallel to each other, and a light image on a dark background is formed.
The polarizers in this case are not mounted parallel to the LC at the surface but rather at some angle.
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Cube Polarizers are useful for different applications that require simplified mounting or system integration and durability.
Polarizers are used in imaging applications to reduce glare or hot spots, enhance contrast, or to perform stress evaluations.
Polarizers divide a beam of light into two highly polarized beams, making them ideal for isolation or routing of a specific polarization.
Plate polarizers have unique characteristics with its ultra-durable hard coatings, high damage thresholds, and wide acceptance angles.
Polarizers also can be used to measure changes in magnetic fields, temperature, molecular structures, chemical interactions, or acoustic vibrations.
Polarizers also perform different measurements in acoustic vibrations, molecular structures, change in magnetic fields, chemical interactions and temperature.
Polarizers are kind of optical filters widely used for hot spots or glare reductions, stress evaluations and contrast enhancement in imaging applications.
Dye-based polarizers: Optical properties of high transmittance and high degree of polarization are not easily obtained, but the ability to withstand high temperatures and high humidity is good.
Linear polarizers can be divided into two general categories: absorptive polarizers, where the unwanted polarization states are absorbed by the device, and beam-splitting polarizers, where the unpolarized beam is split into two beams with opposite polarization states.
At each end of the tube is a Nicol prism or other polarizer.
Many times I used a Polarizer filter.
If you don't have an ND filter,you can use f/11 plus a polarizer.
You need a polarizer.
Transflective displays have a rear polarizer which includes a translucent material which reflects part of the ambient light, and also transmits backlighting.
This polarizer is the best selection for a display that can be used in all lighting conditions with a backlight.
Reflective displays have an opaque rear polarizer that includes a diffuse reflector, such as brushed aluminum.
The light transmission that passes through a polarizer depends strongly on the direction of the polarization.