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22 September 2020
 
  » pubmed » pmid11909361

 Article overview


Generation of GW radiation pulses from a VUV free-electron laser operating in the femtosecond regime
V Ayvazyan ; N Baboi ; I Bohnet ; R Brinkmann ; M Castellano ; P Castro ; L Catani ; S Choroba ; A Cianchi ; M Dohlus ; H T Edwards ; B Faatz ; A A Fateev ; J Feldhaus ; K Flöttmann ; A Gamp ; T Garvey ; H Genz ; Ch Gerth ; V Gretchko ; B Grigoryan ; U Hahn ; C Hessler ; K Honkavaara ; M Hüning ; R Ischebeck ; M Jablonka ; T Kamps ; M Körfer ; M Krassilnikov ; J Krzywinski ; M Liepe ; A Liero ; T Limberg ; H Loos ; M Luong ; C Magne ; J Menzel ; P Michelato ; M Minty ; U-C Müller ; D Nölle ; A Novokhatski ; C Pagani ; F Peters ; J Pflüger ; P Piot ; L Plucinski ; K Rehlich ; I Reyzl ; A Richter ; J Rossbach ; E L Saldin ; W Sandner ; H Schlarb ; G Schmidt ; P Schmüser ; J R Schneider ; E A Schneidmiller ; H-J Schreiber ; S Schreiber ; D Sertore ; S Setzer ; S Simrock ; R Sobierajski ; B Sonntag ; B Steeg ; F Stephan ; K P Sytchev ; K Tiedtke ; M Tonutti ; R Treusch ; D Trines ; D Türke ; V Verzilov ; R Wanzenberg ; T Weil ; H Weise ; M Wendt ; I Will ; S Wolff ; K Wittenburg ; M V Yurkov ; K Zapfe ;
Date 11 Mar 2002
Journal Phys Rev Lett, 88 (10), 104802
AbstractExperimental results are presented from vacuum-ultraviolet free-electron laser (FEL) operating in the self-amplified spontaneous emission (SASE) mode. The generation of ultrashort radiation pulses became possible due to specific tailoring of the bunch charge distribution. A complete characterization of the linear and nonlinear modes of the SASE FEL operation was performed. At saturation the FEL produces ultrashort pulses (30-100 fs FWHM) with a peak radiation power in the GW level and with full transverse coherence. The wavelength was tuned in the range of 95-105 nm.
Source PubMed, pmid11909361
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