J. Gallardo, C. Pellegrini
Abstract
We present the theory and numerical simulations of the performance of an X-ray free electron laser in the amplified spontaneous-emission mode with an optical-klystron undulator configuration. This device can produce picosecond pulses of high brightness with a significantly shorter undulator than a conventional FEL.
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We present the theory and numerical simulations of the performance of an X-ray free electron laser in the amplified spontaneous-emission mode with an optical-klystron undulator configuration. This device can produce picosecond pulses of high brightness with a significantly shorter undulator than a conventional FEL.
Key concepts: Undulator, Klystron, Free-electron laser, Brightness, Optics, Laser, Physics, Picosecond