V
V. Verzilov
Researcher at Istituto Nazionale di Fisica Nucleare
Publications - 11
Citations - 919
V. Verzilov is an academic researcher from Istituto Nazionale di Fisica Nucleare. The author has contributed to research in topics: Transition radiation & Diffraction. The author has an hindex of 7, co-authored 9 publications receiving 872 citations.
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Journal ArticleDOI
First observation of self-amplified spontaneous emission in a free-electron laser at 109 nm wavelength
J. Andruszkow,B. Aune,Valeri Ayvazyan,N. Baboi,R. Bakker,V. Balakin,D. Barni,A. Bazhan,M. Bernard,A. Bosotti,J. C. Bourdon,W. Brefeld,R. Brinkmann,S. Buhler,Jean-Paul Carneiro,M. Castellano,P. Castro,L. Catani,S. Chel,Y. Cho,S. Choroba,E. R. Colby,W. Decking,P.K. Den Hartog,M. Desmons,Martin Dohlus,D. A. Edwards,H. T. Edwards,Bart Faatz,J. Feldhaus,M. Ferrario,Michael J. Fitch,Klaus Flöttmann,M. Fouaidy,A. Gamp,T. Garvey,Ch. Gerth,M. Geitz,Efim Gluskin,V. Gretchko,U. Hahn,W. H. Hartung,D. Hubert,M. Hüning,R. Ischebek,M. Jablonka,J. M. Joly,M. Juillard,Tomas Junquera,P. Jurkiewicz,A. Kabel,J. Kahl,H. Kaiser,Thorsten Kamps,V. V. Katelev,J. L. Kirchgessner,M. Körfer,L. Kravchuk,G. Kreps,Jacek Krzywinski,T. Lokajczyk,R. Lange,B. Leblond,M. Leenen,J. Lesrel,Matthias Liepe,A. Liero,T. Limberg,R. Lorenz,Lu Hui Hua,Lu Fu Hai,C. Magne,M. Maslov,G. Materlik,A. Matheisen,J. Menzel,Paolo Michelato,W.-D. Möller,A. Mosnier,U. C. Müller,Olivier Napoly,A. Novokhatski,M. Omeich,Hasan Padamsee,Carlo Pagani,F. Peters,B. Petersen,Paolo Pierini,J. Pflüger,Philippe Piot,B. Phung Ngoc,Lukasz Plucinski,D. Proch,K. Rehlich,Sven Reiche,D. Reschke,I. Reyzl,James Rosenzweig,Jörg Rossbach,S. Roth,E.L. Saldin,Wolfgang Sandner,Z. Sanok,Holger Schlarb,Gerhard Schmidt,Peter Schmüser,Jochen R. Schneider,Evgeny Schneidmiller,H. J. Schreiber,Siegfried Schreiber,Petra Schütt,Jacek Sekutowicz,Luca Serafini,Daniele Sertore,Stefan Setzer,S. Simrock,B. Sonntag,B. Sparr,Frank Stephan,V. Sytchev,S. Tazzari,F. Tazzioli,Maury Tigner,Martin Timm,M. Tonutti,Emil Trakhtenberg,Rolf Treusch,D. Trines,V. Verzilov,T. Vielitz,V. Vogel,G. V. Walter,Rainer Wanzenberg,Thomas Weiland,H. Weise,J. Weisend,M. Wendt,M. Werner,Meredith M. White,Ingo Will,S. Wolff,Mikhail Yurkov,K. Zapfe,P. Zhogolev,F. Zhou +144 more
TL;DR: The first observation of self-amplified spontaneous emission (SASE) in a free-electron laser (FEL) in the vacuum ultraviolet regime at 109 nm wavelength is presented.
Journal ArticleDOI
Generation of GW radiation pulses from a VUV free-electron laser operating in the femtosecond regime.
Valeri Ayvazyan,N. Baboi,I. Bohnet,R. Brinkmann,M. Castellano,P. Castro,L. Catani,S. Choroba,Alessandro Cianchi,Martin Dohlus,H. Edwards,Bart Faatz,A.A. Fateev,Josef Feldhaus,Klaus Flöttmann,A. Gamp,T. Garvey,Harald Genz,Ch. Gerth,V. Gretchko,Bagrat Grigoryan,U. Hahn,C. Hessler,Katja Honkavaara,M. Hüning,Rasmus Ischebeck,M. Jablonka,Thorsten Kamps,M. Körfer,Mikhail Krassilnikov,Jacek Krzywinski,Matthias Liepe,A. Liero,T. Limberg,H. Loos,M. Luong,C. Magne,J. Menzel,Paolo Michelato,M. Minty,U. Müller,D. Nölle,A. Novokhatski,Carlo Pagani,F. Peters,J. Pflüger,Philippe Piot,Lukasz Plucinski,K. Rehlich,I. Reyzl,Achim Richter,Jörg Rossbach,E.L. Saldin,Wolfgang Sandner,Holger Schlarb,Gerhard Schmidt,Peter Schmüser,J. Schneider,Evgeny Schneidmiller,H. J. Schreiber,Siegfried Schreiber,Daniele Sertore,Stefan Setzer,S. Simrock,R. Sobierajski,B. Sonntag,B. Steeg,Frank Stephan,K. P. Sytchev,Kai Tiedtke,M. Tonutti,Rolf Treusch,D. Trines,D. Türke,V. Verzilov,Rainer Wanzenberg,Thomas Weiland,H. Weise,M. Wendt,Ingo Will,S. Wolff,K. Wittenburg,Mikhail Yurkov,K. Zapfe +83 more
TL;DR: The generation of ultrashort radiation pulses became possible due to specific tailoring of the bunch charge distribution and a complete characterization of the linear and nonlinear modes of the SASE FEL operation was performed.
Journal ArticleDOI
A new powerful source for coherent VUV radiation: Demonstration of exponential growth and saturation at the TTF free-electron laser
Valeri Ayvazyan,N. Baboi,I. Bohnet,R. Brinkmann,M. Castellano,P. Castro,L. Catani,S. Choroba,Alessandro Cianchi,Martin Dohlus,H.T. Edwards,Bart Faatz,A.A. Fateev,Josef Feldhaus,Klaus Flöttmann,A. Gamp,T. Garvey,Harald Genz,Ch. Gerth,V. Gretchko,Bagrat Grigoryan,U. Hahn,C. Hessler,Katja Honkavaara,M. Hüning,Rasmus Ischebeck,M. Jablonka,Thorsten Kamps,M. Körfer,Mikhail Krassilnikov,Jacek Krzywinski,Matthias Liepe,A. Liero,T. Limberg,H. Loos,M. Luong,C. Magne,J. Menzel,Paolo Michelato,M. Minty,U. Müller,D. Nölle,Alexandre Novokhatski,Carlo Pagani,F. Peters,J. Pflüger,Philippe Piot,Lukasz Plucinski,K. Rehlich,I. Reyzl,Achim Richter,Jörg Rossbach,E.L. Saldin,Wolfgang Sandner,Holger Schlarb,Gerhard Schmidt,Peter Schmüser,J. Schneider,Evgeny Schneidmiller,H. J. Schreiber,Siegfried Schreiber,Daniele Sertore,Stefan Setzer,S. Simrock,R. Sobierajski,B. Sonntag,B. Steeg,Frank Stephan,K. P. Sytchev,Kai Tiedtke,M. Tonutti,Rolf Treusch,D. Trines,D. Türke,V. Verzilov,Rainer Wanzenberg,Thomas Weiland,H. Weise,M. Wendt,Thomas Wilhein,Ingo Will,K. Wittenburg,S. Wolff,Mikhail Yurkov,K. Zapfe +84 more
TL;DR: In this article, the authors present experimental evidence that the free-electron laser at the TESLA Test Facility has reached the maximum power gain of 107 in the vacuum ultraviolet (VUV) region at wavelengths between 80 and 120 nm.
Journal ArticleDOI
Measurements of coherent diffraction radiation and its application for bunch length diagnostics in particle accelerators.
TL;DR: No noticeable difference in the estimated bunch length was observed using diffraction radiation in a wide range of slit widths and transition radiation, as well as with the transition radiation case and theoretical predictions.
Journal ArticleDOI
Spatial resolution in optical transition radiation beam diagnostics
M. Castellano,V. Verzilov +1 more
TL;DR: In this article, an evaluation of the optical transition radiation (OTR) single particle image dimension is obtained using diffraction theory based on a realistic description of the radiation source, which allows the analysis of the effect of the finite size of the emitting screen and of the imaging system.