Examples of 'space charge' in a sentence
Meaning of "space charge"
space charge: In physics, this phrase refers to the distribution of electric charge within a given space or volume. It is used to describe the electric field resulting from a collection of charged particles
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- The localized excess electric charge in a specific volume; especially such a negative charge
How to use "space charge" in a sentence
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space charge
Space charge tends to reduce shot noise.
Device comprising a space charge trapping layer.
This space charge virtually acts as a grid.
D is the thickness of the space charge zone.
Space charge is an inherent property of all vacuum tubes.
Due to the space charge of the ions.
Thereby causing the appearance of a space charge.
This space charge region is depleted of charge carriers.
This behaviour is characteristic of a space charge limited current.
Space charge and centrifugal forces.
Capable of handling space charge effects.
The space charge zone.
Control of the space charge.
Space charge grid tube.
An axial magnetic field prevents space charge spreading of the beam.
See also
Space charge analysis has also shown significant evolutions.
Positive space charge.
The space charge limitations for an electron monochromator are discussed too.
The field effect and the space charge also encourage conduction.
The space charge grid tube was the first type of tetrode to appear.
Localized surface electronic states produce surface space charge regions in semiconductors.
In both cases the space charge effect is compensated by overfocussing.
These peaks are present even if there is no space charge inside the insulation.
The sign of the space charge can be either negative or positive.
Passivation by metal surface adsorption and double layer space charge altering.
The quantities of space charge increase with increasing voltage gradient.
These current densities are obtained by detailed kinetics of particles in the space charge zone.
About layers of space charge in the region of the discharge narrowing in mercury.
The greatest improvement in efficiency comes from reducing the reverse space charge induced electric field.
A positive space charge separates the cathode sheath from the plasma.
The algorithm converges quite well for various space charge distributions on the injecting blade.
The space charge effects created by secondary particles can be excluded from the calculation.
It is thus possible to obtain a wide space charge region combined with a high junction capacitance.
At 24 is indicated a carrier surface capable of maintaining a space charge on its surface.
The perveance defines the space charge limited current that can be emitted from a device.
AEsc is the variation in the space charge field.
It is this space charge which explains the introduction of the term VT.
Now, a photodiode is more sensitive the larger the space charge region.
IZCE is the space charge zone current.
After polarity reversal under ac conditions, the homo charge is converted to hetero space charge.
The resulting space charge field then modulates the laser transition of layer AQW.
However, the application gives no information how the space charge properties can be influenced.
Therefore, the space charge effect is significant to cooling beam degradation.
The output signal variation at point S is, EQU5 on ignoring the space charge variation.
For now, space charge effects and external forces are neglected.
If this distance is made very small, then space charge limitation is significantly lessened.
Thus, the space charge sheath in front of the earth electrode can be neglected.
The lateral spacing between layers 24 and 25 exceeds the thickness of the space charge zone.
They also demonstrated the breaking of space charge limit in plasmonic-electrical organic solar cell.
The space charge profiles after DC voltage application were determined by a pulse electroacoustic system ( PEA ).
