4 Papers
2 Citations
M. Imhof is an academic researcher from Karlsruhe Institute of Technology. The author has contributed to research in topics: Vertex (computer graphics) & Argus. The author has an hindex of 2, co-authored 4 publications.
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Papers
The ARGUS Vertex Trigger
N. Koch,M. Kolander,Hermann Kolanoski,T. Siegmund,J. Bergter,P. Eckstein,K. R. Schubert,R. Waldi,M. Imhof,D. Ressing,U. Weiss,S. Weseler +11 more
TL;DR: In this paper, a fast second level trigger has been developed for the ARGUS experiment which recognizes tracks originating from the interaction region, which is able to reject tracks originating in the wall of the narrow beampipe of 10.5mm radius.
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Results from the full-length prototype of the KLOE Drift Chamber
A. Andryakov,A. Antonelli,R. Baldini-Ferroli,G. Bencivenni,L. Bucci,A. Calcaterra,Pierluigi Campana,S. Dell’Agnello,R. de Sangro,P. De Simone,F. Donno,G. Felici,G. Finocchiaro,C. Forti,W. Grandegger,S. Moccia,L. Passalacqua,Vincenzo Patera,M. Piccolo,C. Avanzini,H. Beker,E. De Lucia,Francesco Lacava,C. Luisi,G. Margutti,D. Picca,Ludovico Pontecorvo,R. Messi,L. Paoluzi,Enrico Pasqualucci,Paolo Valente,C. Bacci,Filippo Ceradini,G. Cataldi,P. Creti,V. Elia,V. Golovatyuk,Edoardo Gorini,F. Grancagnolo,M. Panareo,Margherita Primavera,S. Spagnolo,A. Denig,M. Imhof,W. Kluge,U. von Hagel,S. Weseler,V. V. Kulikov,A. Nedosekin +48 more
TL;DR: A full-size prototype of the KLOE drift chamber has been built and successfully exposed to a 50-GeV/c pion beam at CERN and the performances of the detector are presented as discussed by the authors.
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Drift chamber readout with 1 Gsample/s full signal digitization
TL;DR: In this paper, the performance of a large volume drift chamber with complete digitization of the output pulses is described, including wide-band (700 MHz) amplifiers and fast (1 Gsample/s) digitizers.
The ARGUS vertex trigger
N. Koch,M. Kolander,Hermann Kolanoski,T. Siegmund,I. Bergter,P. Eckstein,Klaus R. Schubert,R. Waldi,M. Imhof,D. Reßing,U. Weiß,S. Weseler +11 more
TL;DR: In this article, a fast second level trigger has been developed for the ARGUS experiment which recognizes tracks originating from the interaction region, which is able to reject tracks originating in the wall of the narrow beampipe of 10.5 mm radius.