Abstract
Coherent, high-peak tunable power supplies have been very useful in many applications. In this research, the physical process of a new type of coherent, flexible, and very bright radiation source called the free electron laser (sFEL) is described. The movement of the electron beam in the presence of two fields, optical and wave, leads to the exchange of energy. This energy exchange leads to the formation of groups of electrons that will emit very bright radiation. In principle, the resonance wavelength can be adjusted to any radiation area, and this is possible by changing the wave parameter or the energy of the electron beam. The emitted linear shape has the characteristic shape of short time emission process.
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