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Usefulness of X-ray lasers for science and technology
By: Carillon, A.; Jaegle, P.; Jamelot, G.; Bechir, E.; de Lacheze-Murel, G.; Zeitoun-Fakiris, A.; Boussoukaya, M.; Phalippou, D.; Joyeux, D.; Kamenskikh, I.; Belsky, A.; Breger, P.; Garzella, D.; Agostini, P.; Albert, F.; Sebban, S.; Vanbostal, L.; Lagron, J.C.; Hubert, S.; Fourcade, P.; Zeitoun, P.; Ros, D.; Klisnick, A.;
1999 / IEEE
This item was taken from the IEEE Periodical ' Usefulness of X-ray lasers for science and technology ' Recent realization of saturated X-ray lasers (XRL's) has considerably extended the range of optical properties of soft X-ray sources toward high brightness and large coherence length. Consequently, new results may be expected from studies previously experienced with traditional sources such as synchrotron radiation. On the other hand, XRL's open new fields of research owing to their high brightness. In this paper, we present some of the first experiments utilizing XRL sources.
Large Coherence Length
Soft X-ray Sources
Laser Beam Applications
Engineered Materials, Dielectrics And Plasmas
Photonics And Electrooptics