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Development of XUV lasers at the RAL Central Laser Facility |
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| Authors: | M H Key W J Blyth A E Dangor P Dhez A Djoui L Dwivedi M Holden P B Holden P Jaegle C L S Lewis A G McPhee A Modena M Nakai D Neely P A Norreys A A Offenberger G J Pert J A Ploues S G Preston S A Ramsden S J Rose B Russ C G Smith A Sureau G J Tallents F Walsh J S Wark Y L You J Zhang |
| Institution: | (1) Clarendon Laboratory, University of Oxford, Oxford, UK;(2) Rutherford Appleton Laboratory, Central Laser Facility, Didcot, UK;(3) Department of Physics, University of Essex, UK;(4) Department of Computational Physics, University of York, York, UK;(5) Department of Pure and Applied Physics, Queens University of Belfast, Belfast, UK;(6) Blackett Laboratory, Imperial College University of London, UK;(7) University of Alberta, Edmonton, Canada;(8) Institute of Nuclear Physics and Chemistry, Chengdu, China;(9) Laboratoire Spectroscopique et Ionique, University of Paris Sud, Orsay, Paris;(10) Department of Gas Lasers, Institute of Physics, Na Slovance, Prague, Czech Republic;(11) Institute for Laser Engineering, Osaka University, Japan |
| Abstract: | Recent progress in the development of XUV lasers by research teams using high-power and ultrashort-pulse Nd: glass and KrF laser facilities at the Rutherford Appleton Laboratory is reviewed. Injector-amplifier operation and prepulse enhanced output of the Ge XXIII collisional laser driven by a kilojoule glass laser, enhanced gain in CVI recombination with picosecond CPA drive pulses from a glass laser, and optical field ionization and XUV harmonic generation with a KrF CPA laser are described. |
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