Examples of 'linearly polarized' in a sentence
Meaning of "linearly polarized"
Linearly polarized describes light waves that oscillate in a specific direction. It means that the electric field vector of the light wave is restricted to oscillating along a single plane, perpendicular to the direction of propagation. This phenomenon is commonly observed in various applications of optics and electromagnetics
How to use "linearly polarized" in a sentence
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linearly polarized
The vast majority of antennas are linearly polarized.
This field is either linearly polarized or circularly polarized.
In many cases the output of a laser is linearly polarized.
Now suppose a linearly polarized wave is incident on the crystal.
All these signals are linearly polarized.
A transverse wave is linearly polarized if it oscillates in only one direction or plane.
Waves emitted by a radio transmitter are usually linearly polarized.
The invention relates to a linearly polarized fiber optic laser.
Preferably the aligning light is at least partially linearly polarized.
It has normalised linearly polarized modes of the kind EHmn.
Linearly polarized wave.
At least one feed may be linearly polarized or circularly polarized.
Linearly polarized mode.
This solution is the linearly polarized solution of the wave equations.
Linearly polarized light is elliptically polarized light with an ellipticity of zero.
See also
An ideal polarizer produces linearly polarized light from unpolarized light.
If the oscillations are confined to a plane the radiation will be linearly polarized.
Circular dichroism causes incident linearly polarized light to become elliptically polarized.
Light in the form of a plane wave in space is said to be linearly polarized.
Reflection of linearly polarized light with isotropic and anisotropic crystalline environments.
Electromagnetic radiation is emitted by a light source and linearly polarized by a polarizer.
An antenna for linearly polarized signals must be set up with particular care.
The light source emits a pulse train of linearly polarized light.
The linearly polarized spectrum of the Sun is often called the second solar spectrum.
The light source used in this invention must be linearly polarized.
We find the superposition remains linearly polarized but the plane of polarization rotates.
Sunlight that gets scattered back up towards the surface is linearly polarized.
A second example is linearly polarized light entering a single-mode optical fiber.
A common edge of such surface element is visible only in a linearly polarized light.
As a result, the returned linearly polarized beam is reflected by the polarization splitter.
The light source useful in laser alignment of liquid crystals must be linearly polarized.
These surfaces emit linearly polarized blue light, as proven with polarization microscopy.
For detection of birefringence it is necessary to use linearly polarized light for illumination.
Step of sending two linearly polarized light signals into an optical fiber to be tested ;.
For other propagation directions the light will split into two linearly polarized beams.
The linearly polarized beam from the laser then passes through a rotating quarter-wave retarder.
The dipole and slot antennas form the basis of all linearly polarized antenna designs.
The outward linearly polarized light is converted into circularly polarized light by the quarter-wave plate.
The orientation is determined by selective exposure to linearly polarized UV light.
A linearly polarized light is thus obtained at the output of the polarizing fiber, at A.
The QWP always transforms circularly polarized light into linearly polarized light.
Here a beam of incident linearly polarized light Fi1 is shown.
The light incident on the liquid-crystal screen must be linearly polarized.
Polarizer 42 passes linearly polarized incident light.
However, printed antennas are better adapted to transmit / receive a linearly polarized wave.
The amplified signal 28 may be linearly polarized or circularly polarized.
This process is limited, in its applications, to microwave antennas emitting linearly polarized waves.
A laser source emitting a linearly polarized light beam 1 ;.
Light emitted from a light source 4 is passed through a polarizer 5 to form a linearly polarized light.
The light is linearly polarized so that it has a " p " component of polarization.
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Examples of using Linearly
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Intermediate values can be linearly interpolated easily
It varies linearly as a function of the screw rotation
Amplifier circuit with linearly controlled gain
Examples of using Polarized
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Grounded and polarized electrical supply is required
This appliance is equipped with a polarized plug
Use polarized grounding type plugs only
