Examples of 'linear polarization' in a sentence
Meaning of "linear polarization"
This phrase is used in the context of physics and optics to describe a type of polarization in which the electric field vector of a light wave oscillates in a single plane. It refers to the alignment of electric field components along a straight line, resulting in specific properties and characteristics of light
How to use "linear polarization" in a sentence
Basic
Advanced
linear polarization
To convert a linear polarization into a circular polarization.
Resulting output polarization is rotating linear polarization.
Linear polarization returns usually indicate metal surfaces.
A single linear polarizer supplies a linear polarization.
The conversion of a linear polarization into a circular polarization.
The light wave diagram shows linear polarization.
Here linear polarization is maintained throughout the system.
It leaves the laser with linear polarization.
They have linear polarization except for the helical antenna.
Polarimetric measurements are carried out on a variety of targets at linear polarization.
Circular polarization and linear polarization are two types of polarizations.
The two components are used directly for linear polarization.
Linear polarization discrimination.
Vertical linear polarization.
Linear polarization with electric field in a plane perpendicular to the antenna.
See also
Orthogonal linear polarization.
Proton beams are shown to be an unlikely source of the observed linear polarization.
Tilted linear polarization.
The antenna shall be directional and shall use linear polarization.
The state vectors for linear polarization in x or y are special cases of this state vector.
The antennas described until now are designed to use linear polarization.
Measurements show that a high quality linear polarization is conserved during the rotation.
Two special cases of elliptical polarization are known as circular and linear polarization.
With the polarization particularly the linear polarization ratio is referred here.
It is another object of the present invention to alter the orientation of a linear polarization.
Two linear polarization antennas are mounted along and normal to the flight direction.
Where is the difference in angle between two linear polarization antennas.
One feed is for linear polarization and the other feed is for circular polarization.
A polarizer is a device that enables changing from a linear polarization to a circular polarization.
The invention concerns a linear polarization active phase shifter module for an active reflectarray antenna.
The mode excited in the resonator then produces a good quality linear polarization.
The invention more particularly concerns linear polarization active phase shifter modules.
A single strip transmission line feeds the single slot thus realizing linear polarization.
The receive antennas are identical linear polarization microstrip antennas disposed in angularly offset planes.
The test was based on measuring corrosion through the established electrochemistry technique of linear polarization.
The probes may have a single circular or linear polarization or else two orthogonal polarizations.
The linear polarization reflection layer and the circular polarization reflection layer will be described below.
Where θ is the angle between the incident linear polarization and the polarization axis.
The rectilinear glass lining of such a composite blank will give a fibre retaining the linear polarization.
The radiated signal will possess linear polarization with a very high level of purity.
The AIS signals are transmitted with a vertical linear polarization.
Both circular and linear polarization of light from the Sun has been measured.
Therefore the magnetometer according to the invention uses linear polarization to obviate this error.
Linear Polarization allows a full color image to be displayed with little color distortion.
Each polarizing device associated with a beam can introduce a linear polarization or a circular polarization.
The linear polarization P of said beam is therefore in the plane xOz.
Previous thesis focuses on the ARMA theoretical part and some validation in linear polarization.
The linear polarization P of this beam is therefore located in the plane xOz.
The OEM iX lasers use a single resonator design producing laser light with a linear polarization.
Although linear polarization is lost, the light is still elliptically polarized.
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