Examples of 'faraday effect' in a sentence
Meaning of "faraday effect"
Faraday effect: The Faraday effect refers to the rotation of the plane of polarization of light as it passes through a material in the presence of a magnetic field. This phenomenon is utilized in various optical and communication devices to manipulate light based on magnetic fields
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- The phenomenon of Faraday rotation.
How to use "faraday effect" in a sentence
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faraday effect
Calibration of fiberoptic faraday effect sensor.
The Faraday effect has a few applications in measuring instruments.
This is now termed the Faraday effect.
The ferromagnetic Faraday effect at microwave frequencies and its applications.
The best known is the Faraday effect.
The Faraday effect is where a magnetic field rotates the polarization of light.
Many useful devices exploit the Faraday effect.
The inverse Faraday effect is the effect opposite to the Faraday effect.
Device for measuring an electric current by Faraday effect.
It describes the strength of the Faraday effect for a particular material.
The optical current sensors are generally based on the Faraday effect.
The optical sensor relies on the Faraday effect as also described elsewhere.
This component represents the amplitude of the rotation caused by the Faraday effect.
The conductor is surrounded by Faraday effect sensing elements.
Faraday Effect shielding.
See also
The Verdet constant describes the strength of the Faraday effect in a given material.
The Faraday effect.
This rotation occurs near its atomic absorption lines by the Faraday effect and anomalous dispersion.
The signal from an optic Faraday effect sensor comprises a DC and an AC component.
This phenomenon is today termed as Faraday Effect.
Fiberoptic Faraday effect sensor.
Physical Interpretation of the Faraday effect.
Prior Faraday effect electric current sensors use single-mode fibers.
On a conductor a fiber optic Faraday Effect sensor is mounted.
Hereinafter, this description will be limited to the Faraday effect.
Corona and Faraday effect.
It is a magneto-optical phenomenon with a similar origin to the Faraday effect.
Differential Faraday effect.
Temperature and / or electrical intensity measuring apparatus based on the Faraday effect.
The Faraday effect plate 6 is inclined to avoid disturbing reflections reaching the laser 2.
Each measurement can be done by using a Fiberoptic Faraday Effect Sensor.
For these purposes, a Faraday Effect current sensor has several advantages.
A known type of magneto-optic head employs the Faraday effect.
This Faraday effect depends on the material in question ( Verdet constant ).
Radio waves passing through the Earth 's ionosphere are likewise subject to the Faraday effect.
The usually considered non-reciprocal effects are the Faraday effect and the relativistic inertial effect.
These devices are generally based on non-reciprocal optical effects, such as the Faraday effect.
On an inductor a fibre-optic Faraday Effect sensor is mounted.
This fact, as already mentioned, reduces the sensitivity of the sensor to the Faraday effect.
FIG . 1 is a schematic of a conventional Faraday effect optical isolator ;.
Demonstration of fiber-optic current and magnetic field sensors based on the principle of Faraday effect.
Brief Description of the Drawing FIG . 1 is a schematic of a conventional Faraday effect optical isolator ;.
The extrinsic, movable coupling point is contactless and is, for example, induced by Faraday effect.
Or one measures the magneto-optical Kerr effect or Faraday effect.
FIG . 1 is an assembly for measuring a current by the Faraday effect.
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