J
J. Kornis
Researcher at Hungarian Academy of Sciences
Publications - 4
Citations - 222
J. Kornis is an academic researcher from Hungarian Academy of Sciences. The author has contributed to research in topics: Detector & Semiconductor detector. The author has an hindex of 3, co-authored 4 publications receiving 220 citations.
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Journal ArticleDOI
The L3 silicon microvertex detector
M. Acciarri,A. Adam,O. Adriani,S. P. Ahlen,J. Alcaraz,Giovanni Ambrosi,E. Babucci,L. Baksay,Andrea Baschirotto,Roberto Battiston,Roberto Battiston,W. Baur,A. Bay,Gy L. Bencze,B. Bertucci,Maurizio Biasini,Gian Mario Bilei,G. J. Bobbink,J. Boissevain,M. Bosetti,M. L. Brooks,W. J. Burger,J. Busenitz,C. Camps,M. Caria,G. Castellini,Roberto Castello,B. Checcuccl,A. Chen,T. E. Coan,V. Commichau,D. DiBitonto,J. Ding,P. Duinker,L. Djambazov,S. Easo,P. Extermann,E. Fiandrini,A. Gabbanini,Joel Goldstein,A. Gougas,K. Hangarter,Claude Hauviller,Alain Hervé,M. Hofer,T. Hofer,S. R. Hou,Maria Isabel Josa,J. S. Kapustinsky,D. Kim,W. W. Kinnison,H. Kirst,J. Kornis,V. R. Krastev,P. Ladron,G. Landi,M. Lebeau,P. Lecomte,D. M. Lee,R. Leiste,E. Lejeune,Willis Lin,Wolfgang Lohmann,A. Marin,R. Massetti,G.B. Mills,H. Nowak,M. Okle,G. Passaleva,G. Passaleva,T. Paul,M. Pauluzzi,S. Pensotti,E. Perrin,N. Produit,P. G. Rancoita,M. Rattaggi,J.P. Richeux,Attilio Santocchia,R. Siedling,M. Sachwitz,P. Schmitz,B. Schöneich,L. Servoli,K. Subham,G. F. Susinno,G. Terza,M. Tesi,T. N. Thompson,F. Tonisch,J. Tóth,G. Trowitzsch,G. Viertel,H. Tuchscherer,H. Vogt,S. Wang,S. Waldmeier,R. Weill,J. Xu,S. C. Yeh,B. Zhou,G. Zilizi +101 more
TL;DR: In this article, the design and construction of the silicon strip microvertex detector (SMD) of the L3 experiment at LEP are described and the sensors, readout electronics, data acquisition system, mechanical assembly and support, displacement monitoring systems and radiation monitoring system of the recently installed double-sided, double-layered SMD.
Journal ArticleDOI
The L3 Silicon Microvertex Detector: installation and results on 1993 performance
M. Acciarri,A. Adam,O. Adriani,S. P. Ahlen,J. Alcaraz,Giovanni Ambrosi,H. Andersson,V. P. Andreev,E. Babucci,L. Baksay,Andrea Baschirotto,Roberto Battiston,Roberto Battiston,A. Bay,Gv.L. Bencze,B. Bertucci,B. Bertucci,Maurizio Biasini,Gian Mario Bilei,G. J. Bobbink,M. Bosetti,V. Brigljevic,M. L. Brooks,W. J. Burger,J. Busenitz,C. Camps,M. Caria,G. Castellini,B. Checcucci,A. Chen,E. Choumilov,V. Choutko,T. E. Coan,F. Cotorobai,V. Commichau,D. DiBitonto,D. Ding,P. Duinker,S. Easo,P. Extermann,E. Fiandrini,A. Gabbanini,Joel Goldstein,A. Gougas,K. Hangarter,Claude Hauviller,Alain Hervé,H. Hofer,S.R. Hou,I. Josa-Mutuberria,J. S. Kapustinsky,Dai-Sik Kim,W. W. Kinnison,J. Kornis,V. R. Krastev,V. R. Krastev,P. Ladron de Guevara,G. Landi,M. Lebeau,D. M. Lee,P. Levtchenko,R. Leiste,E. Lejeune,Willis Lin,Wolfgang Lohmann,A. Marin,G.B. Mills,H. Nowak,G. Passaleva,G. Passaleva,T. Paul,M. Pauluzzi,S. Pensotti,E. Perrin,J. C. Pinto,M. Pohl,N. Produit,P. G. Rancoita,M. Rattaggi,J.P. Richeux,Attilio Santocchia,P. Schmitz,B. Schöneich,L. Servoli,S. Shevchenko,Andre Sopczak,G. Terzi,F. Tonisch,Jozsef Toth,G. Trowitzsch,H. Tuchscherer,M. van der Hoek,H. Vogt,R. Weill,J. G. Xu,S. C. Yeh,B. Zhou,G. Zilizi +97 more
TL;DR: The status of the Silicon Microvertex Detector (SMD) and its installation into the LEP-L3 experiment are presented in this paper, highlighting novel features and sophisticated techniques.
Journal ArticleDOI
Test beam results from the prototype L3 Silicon Microvertex Detector
A. Adam,O. Adriani,Steven Ahlen,Giovanni Ambrosi,E. Babucci,L. Baksay,Andrea Baschirotto,Roberto Battiston,Roberto Battiston,A. Bay,Gy L. Bencze,B. Bertucci,Maurizio Biasini,G. M. Bilei,G. J. Bobbink,M. Bosetti,M. L. Brooks,W. J. Burger,J. Busenitz,C. Camps,M. Caria,G. Castellini,Roberto Castello,B. Checcucci,A. Chen,T. E. Coan,V. Commichau,D. DiBitonto,P. Duinker,S. Easo,P. Extermann,E. Fiandrini,A. Gabbanini,A. Gougas,K. Hangarter,Claude Hauviller,Alain Hervé,G. Hu,Maria Isabel Josa,J. S. Kapustinsky,Dai-Sik Kim,W. W. Kinnison,J. Kornis,V. R. Krastev,G. Landi,M. Lebeau,D. M. Lee,R. Leiste,Willis Lin,Wolfgang Lohmann,A. Marin,R. Massetti,G. Matay,G.B. Mills,H. Nowak,G. Passaleva,G. Passaleva,T. Paul,M. Pauluzzi,S. Pensotti,E. Perrin,P. G. Rancoita,M. Rattaggi,Achim Rosch,Attilio Santocchia,R. Siedling,M. Sachwitz,P. Schmitz,B. Schöneich,L. Servoli,G. F. Susinno,G. Terzi,M. Tesi,F. Tonisch,J. Toth,G. Trowitzsch,G. Viertel,H. Vogt,S. Waldmeier,J. Wegmann,R. Weill,J. G. Xu,S. C. Yeh,B. Zhou +83 more
TL;DR: In this article, the performance of two modules of the L3 Silicon Microvertex Detector exposed to a 50 GeV pion beam was evaluated and a detection efficiency in excess of 99% was achieved.
Journal ArticleDOI
1994 running experience with the L3 Silicon Microvertex Detector
M. Acciarri,A. Adam,O. Adriani,S. P. Ahlen,J. Alcaraz,G. Ambrosi,V. Andreev,E. Babucci,L. Baksay,Andrea Baschirotto,Roberto Battiston,A. Bay,Gy L. Bencze,B. Bertucci,Maurizio Biasini,G. M. Bilei,G. J. Bobbink,M. L. Brooks,W. J. Burger,J. Busenitz,C. Camps,M. Caria,G. Castellini,Roberto Castello,B. Checcucci,A. Chen,E. Choumilov,V. Choutko,T. E. Coan,V. Commichau,D. DiBitonto,D. Ding,Aaron Dominguez,P. Duinker,S. Easo,P. Extermann,E. Fiandrini,A. Gabbanini,Joel Goldstein,A. Gougas,K. Hangarter,Claude Hauviller,Alain Hervé,S.R. Hou,Maria Isabel Josa,J. S. Kapustinsky,Dai-Sik Kim,W. W. Kinnison,J. Kornis,V.R. Krastev,P. Ladron,G. Landi,M. Lebeau,Pierre Lecomte,D. M. Lee,R. Leiste,E. Lejeune,P. Levtchenko,W. T. Lin,Wolfgang Lohmann,A. Marin,G. B. Mills,H. Nowak,G. Passaleva,T. Paul,M. Pauluzzi,S. Pensotti,E. Perrin,J. C. Pinto,M. Pohl,Nicolas Produit,P. G. Rancoita,M. Rattaggi,M. Sachwitz,Attilio Santocchia,P. Schmitz,B. Schöneich,L. Servoli,Andre Sopczak,M. Tesi,F. Tonisch,Jozsef Toth,G. Trowitzsch,H. Tuchscherer,M. van der Hoek,G. Viertel,H. Vogt,R. Weill,J. G. Xu,S. C. Yeh,B. Zhou,G. Zilizi +91 more
TL;DR: In this article, the L3 Silicon Microvertex Detector was used in the 1994 running experience with the LVM and reported on the detector performances observed during the year (namely the DAQ and detection efficiency and the signal to noise ratio) and on the reduction of the noise affecting the detector.