The interaction of a wave with a beam of particles is of paramount importance in a great number of physical applications. We here focus on the case of a Free Electron Laser and review two control strategies aimed at re-shaping the inner topology of the single-particle phase-space to stabilize the oscillations of the laser intensity in the deep saturated regime.
Control of the intensity of a wave interacting with charged particles / Bachelard, R.; Chandre, C.; Leoncini, X.; Vittot, M.; Antoniazzi, A.; Fanelli, D.. - STAMPA. - (2006), pp. 83-86. (Intervento presentato al convegno 28th International Free Electron Laser Conference, FEL 2006 tenutosi a Berlin, deu nel 2006).
Control of the intensity of a wave interacting with charged particles
FANELLI, DUCCIO
2006
Abstract
The interaction of a wave with a beam of particles is of paramount importance in a great number of physical applications. We here focus on the case of a Free Electron Laser and review two control strategies aimed at re-shaping the inner topology of the single-particle phase-space to stabilize the oscillations of the laser intensity in the deep saturated regime.
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