Examples of using Polarized light in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Under polarized light, uric acid shows a polarization color,
The peacock mantis shrimp can perceive polarized light and process it in ways that humans cannot do.
Under polarized light microscopy, they have a needle-like morphology and strong negative birefringence.
Under polarized light microscopy, the crystals have a needle-like shape
The researchers studied polarized light, which has electric
The force of the punch can be clearly visualized with polarized light to show the stress in the gel;
First the light is passed through the first polarizer which converts the light into plane polarized light.
the moon and polarized light for orientation.
Graphic LCD Display He found under the polarized light microscope that this viscous semi-fluid white turbid liquid compound had the optical properties of the birefringence, which is characteristic of the anisotropic crystal, that is, optical anisotropic.
The polarized light is formed by waves that vibrate in one direction,
LCD monitors emit polarized light, typically at 45° to the vertical,
The polarized light after passing through the sample falling on the analyzer deviates from the optical zero position to the extent of optical rotation of the sample
when either of the two polarizations of circularly polarized light enters the first quarter-wave plate,
By creating OLEDs that emit polarized light, the team at the Imperial College London can get the light from the OLEDs to pass through a polarized filter while external light sources will still get filtered by it.
In contrast, right-handed circularly polarized light would have been transformed into linearly polarized light that had its direction of polarization along the absorbing axis of the LPF, which is at right angles to the transmission axis, and it would have therefore been blocked.
In contrast right-handed circularly polarized light would have been transformed into linearly polarized light that had its direction of polarization along the absorbing axis of the linear polarizer, which is at
In trying to appreciate how the quarter-wave plate transforms the linearly polarized light, it is important to realize that the two components discussed are not entities in
it will measure polarized light in several directions, in order to better characterize clouds
others can detect polarized light, meaning light waves that are oscillating in the same plane.
The illustration above is identical to the previous similar one with the exception that the left-handed circularly polarized light is now approaching the polarizer from the opposite direction and linearly polarized light is exiting the polarizer toward the right.