Examples of 'secondary electrons' in a sentence

Meaning of "secondary electrons"

Energetic particles that are released from a material when it is bombarded with primary electrons, commonly used in various scientific and industrial processes

How to use "secondary electrons" in a sentence

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secondary electrons
Secondary electrons mode and retrodispersion mode.
The electrons created form secondary electrons.
Secondary electrons are electrons generated as ionization products.
These collisions may enable secondary electrons to be produced.
Secondary electrons and backscattered.
These electrons are called secondary electrons.
Secondary electrons to be excited over the surface potential barrier.
These electrons are known as secondary electrons.
These secondary electrons are caused by the high energy electron beam.
There is also a signal due to these secondary electrons.
This could be due to the secondary electrons generated by the underlayer.
Ions that hit the doorknob release secondary electrons.
The emission of secondary electrons is inconvenient for the following reason.
The diffusion current mainly relates to the secondary electrons.
The secondary electrons are also sent back in the form of a lap.

See also

Emission of secondary electrons.
One type had a funnel of sorts to capture the secondary electrons.
The phenomenon of emission of secondary electrons has a second disadvantage in microtip screens.
The impact of the primary ions also creates secondary electrons.
There are also a large number of secondary electrons present in the irradiation volume.
This increases the value of the diffusion constant of the secondary electrons.
The secondary electrons are electrons from the core of the atoms of the sample.
The impact of this beam induces an emission of secondary electrons by the sensor.
The intensity of these secondary electrons is governed by the surface topography of the sample.
The output device comprises in fact a face for receiving secondary electrons.
The plasma is sustained by secondary electrons that are emitted by ions impacting the cathode.
The surfaces were quite rough and inhomogeneous in topography as observed by secondary electrons.
These macrophotographs are electron images made using secondary electrons in a scanning electronic microscope.
Secondary electrons generated in the wall can reach the fill gas to produce avalanches.
There are also a large number of secondary electrons present in such highly ionized region.
Ions are accelerated into two high voltage dynodes where ions produce secondary electrons.
The secondary electrons are guided back up through the SEM column to a detector.
The brightness of the signal depends on the number of secondary electrons reaching the detector.
These secondary electrons are of two types,.
This is possible because the ions hitting the cathode release secondary electrons at the impact.
These secondary electrons also are accelerated, creating larger numbers of free electrons.
This can for example be a light source creating secondary electrons via the photoelectric effect.
Now, secondary electrons have an energy distribution where the maximum is a few electronvolts.
Straight-line propagation of secondary electrons.
Therefore, fewer secondary electrons are produced to sustain the plasma and the ion pumping action.
This can be attributed to stochastic resist loss, from secondary electrons.
As the beam scans the sample, secondary electrons are emitted from the sample.
Inside the tapping cage, there also occurs an emission of secondary electrons.
In their turn, the generated secondary electrons are accelerated and generate new electrons.
In the case of electrically-insulated structures, few secondary electrons are detected.
The paths 24 of these secondary electrons are themselves also curved by the magnetic field B.
As the return electron beams, reflected or secondary electrons may be used.
The secondary electrons ( or positrons ) produced in any.
In consequence, this leads to a separation of remaining or secondary electrons from the photons.
The secondary electrons 20 are thereby neutralized.

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