D. Soyk
7 Papers
25 Citations
D. Soyk is an academic researcher. The author has contributed to research in topics: Time projection chamber & Gas electron multiplier. The author has an hindex of 4, co-authored 7 publications.
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Papers
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Technical Design Study for the PANDA Time Projection Chamber
M. Ball,Michael Lang,S. Neubert,Bernd Voss,R. H. Munzer,D. Walther,V. Kleipa,J. Zmeskal,B. Ketzer,C. J. Schmidt,S. Schwab,J. Hehner,R. Arora,Johannes Rauch,Ch. Höppner,Laura Fabbietti,L. Schmitt,Y. Leifels,R. Schmitz,M. Berger,M. Kis,Paul Alois Buhler,P. Müllner,I. Konorov,F.V. Böhmer,J. Kunkel,R. Beck,F. Cusanno,D. Kaiser,Harvey A. Risch,Sebastian Uhl,J. Frühauf,N. Hermann,N. Kurz,D. Soyk,M. Vandenbroucke,J.-C. Berger-Chen,K. Peters,J. Weinert,Soumen Paul,S. Dørheim +40 more
TL;DR: In this paper, the authors illustrate the technical layout and the expected performance of a Time Projection Chamber as the central tracking system of the PANDA experiment, based on a continuously operating TPC with Gas Electron Multiplier (GEM) amplification.
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A Large GEM-TPC Prototype Detector for anda
R. Arora,H. Angerer,M. Ball,R. Beck,M. Berger,F.V. Böhmer,J.-C. Chen,F. Cusanno,S. Dørheim,Laura Fabbietti,J. Fröppner,D. Kaiser,B. Ketzer,M. Kiš,J. Frühauf,J. Hehner,N. Herrmann,C. Hs,V. Kleipa,I. Konorov,J. Kunkel,N. Kurz,Matthew Lang,Y. Leifels,R. H. Munzer,P. Müllner,S. Neubert,Soumen Paul,Klaus Peters,Harvey A. Risch,R. Schmitz,Christian Schmidt,S. Schwab,D. Soyk,Kunio Suzuki,U. Thoma,Sebastian Uhl,M. Vandenbroucke,Bernd Voss,J. Voss,D. Walther,J. Weinert,Alexander Winnebeck,Johann Zmeskal +43 more
TL;DR: The PANDA spectrometer as discussed by the authors is a universal detector for strong interaction studies at the HESR in the future international Facility for Anti-proton and Ion Research (FAIR) at GSI, Darmstadt.
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A Continuously Running High-Rate GEM-TPC for P̄ANDA
F.V. Böhmer,H. Angerer,S. Dørheim,Ch. Höppner,B. Ketzer,I. Konorov,S. Neubert,Soumen Paul,M. Vandenbroucke,X. Zhang,M. Berger,F. Cusanno,L. Fabbietti,R. Lalik,R. Beck,D. Kaiser,Matthew Lang,R. Schmitz,D. Walther,Alexander Winnebeck,Friedemann Zenke,R. Arora,R. Averbeckt,J. Hehner,N. Herrmannt,V. Kleipa,J. Kunkel,Y. Leifelst,K. Mladen,Christian Schmidt,S. Schwab,D. Soyk,Bernd Voss,J. Voss,J. Weinert,Johann Zmeskal +35 more
- 01 Jun 2011
TL;DR: The P ¯ ANDA fixed target experiment at FAIR will investigate fundamental questions of non-perturbative QCD as discussed by the authors, which makes use of a cooled antiproton beam (momentum: 1.5 to 15 GeV / c ).
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A Time Projection Chamber for continuous readout
M. Berger,J.-C. Berger-Chen,F. Cusanno,Laura Fabbietti,Piotr Jan Gasik,R. H. Munzer,M. Ball,F.V. Böhmer,S. Dørheim,Korbinian Eckstein,A. Hönle,Ch. Höppner,B. Ketzer,I. Konorov,S. Neubert,Soumen Paul,Johannes Rauch,Sebastian Uhl,R. Arora,J. Frühauf,T. Hackler,J. Hehner,M. Kiš,V. Kleipa,J. Kunkel,N. Kurz,Y. Leifels,Klaus Peters,Harvey A. Risch,Christian Schmidt,L. Schmitt,S. Schwab,D. Soyk,Bernd Voss,J. Weinert,R. Beck,D. Kaiser,Matthew Lang,R. Schmitz,D. Walther,Paul Alois Buhler,P. Müllner,Johann Zmeskal,N. Herrmannk,M. Vandenbroucke +44 more
- 01 Oct 2013
TL;DR: In this paper, a GEM-TPC with the largest active volume up to date is presented, which is used for particle tracking and particle identification in several experiments such as ALICE, STAR and many others.
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Development of a GEM-TPC prototype
H. Angerer,Reinhard Beck,M. Berger,Felix Boehmer,K.-T. Brinkmann,Paul Buehler,Michael Carnegie,S. Dørheim,Laura Fabbietti,C. Funke,F. Cusanno,Joerg Hehner,Andreas Martin Heinz,Markus Henske,Christian Hoeppner,D. Kaiser,B. Ketzer,Igor Konorov,J. Kunkel,Michael Lang,Johann Marton,Sebastian Neubert,Stephan Paul,Alexander Schmah,C.J. Schmidt,R. Schmitz,S. Schwab,D. Soyk,Ken Suzuki,U. Thoma,M. Vandenbroucke,Bernd Voss,Dieter Walter,Quirin Weitzel,Eberhard Widmann,Alexander Winnebeck,Lisa Woerner,Hans-Georg Zaunick,X. Zhang,Johann Zmeskal +39 more
TL;DR: In this article, the PANDA central tracker was tested inside the FOPI spectrometer at GSI using a carbon or lithium beam at intermediate energies (E = 1-3AGeV).
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