energetic electron

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Energetic electrons emitted from ethanol droplets irradiated by femtosecond laser pulses.
The energetic electrons launched into vacuum made static longitudinal electric field and the electric field accelerated protons into vacuum.
Spectrums of the energetic electrons were measured with an array of electron spectrometers placed surrounding the targets.
It is clear that groups of energetic electrons in the overdense plasma zone are generated and are separated by roughly half of the laser wavelength.
Such energetic electrons cannot be effectively stopped by the compressed pellet, neither in one, nor in the other case.
The energetic electrons or ions are produced in the hole will run into the core to heat up the fuel.
This should affect the number of energetic electrons and their energy range on account of wave particle interaction.
From this point, one cannot expect that energetic electrons found in laser-plasmas are directly accelerated by an ultra-intense laser field.
These regions are also associated with energetic electrons accelerated within the planetary magnetospheres and beamed along the magnetic field to form the aurora.
A salient signature of intense laser-matter interaction is the generation of energetic electrons.
In principle, very energetic electrons can contribute to this peak.
These strong backward-accelerated energetic electrons can be attributed to two effects.
When the heating wave is introduced, more energetic electrons are produced and the electron ionization frequency can increase considerably.
We turn to the dependence of the energy gain of the energetic electrons on laser intensity and plasma density.
The study of the propagation of laser-produced energetic electrons in the dense plasmas is also of great interest, par ticularly in the fast ignitor context.
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