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Increased gain of the lateral-injection free-electron laser and use of clusters for amplification in the x-ray range

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Abstract

We report basically on a new scheme to amplify laser beam pulses even for the short wavelengths down to x rays of 100 Å or less by firing appropriately adjusted clusters of solid particles into the laser beam to achieve remarkable gains. The basic mechanism is the inversion of an experiment1 where laser beams were focused into low-density gases and the emission of electrons in the 100-1000-eV range confirmed the acceleration by nonlinear forces in the radial gradients of the laser field.

© 1985 Optical Society of America

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