E
Eric David
Researcher at CERN
Publications - 73
Citations - 1246
Eric David is an academic researcher from CERN. The author has contributed to research in topics: Detector & Large Hadron Collider. The author has an hindex of 16, co-authored 72 publications receiving 1210 citations. Previous affiliations of Eric David include Free University of Brussels & Université libre de Bruxelles.
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Journal ArticleDOI
The TOTEM Experiment at the CERN Large Hadron Collider
G. Anelli,G. Antchev,P. Aspell,V. Avati,V. Avati,Maria Grazia Bagliesi,Vincenzo Berardi,M. Berretti,V. Boccone,Ubaldo Bottigli,M. Bozzo,Erik Brücken,A. Buzzo,F. Cafagna,M. Calicchio,F Capurro,M. G. Catanesi,P. Catastini,Roberto Cecchi,S. Cerchi,R. Cereseto,Maria Agnese Ciocci,S. Cuneo,C. Da Via,Eric David,Mario Deile,E. Dimovasili,E. Dimovasili,M. Doubrava,K. Eggert,V. K. Eremin,Fabrizio Ferro,A. Foussat,M Galuska,Francisco Garcia,F. Gherarducci,Simone Giani,V. Greco,Jasmine Hasi,F. Haug,J. Heino,T. Hilden,Pierre Jarron,C. Joram,Juha Kalliopuska,J. Kaplon,J. Kaspar,J. Kaspar,V. Kundrát,K. Kurvinen,J. M. Lacroix,S. Lami,Giuseppe Latino,R. Lauhakangas,E. Lippmaa,Milos Lokajicek,M. Lo Vetere,F. Lucas Rodríguez,D. Macina,M. Macri,C. Magazzù,G. Magazzu,A. Magri,G. Maire,A. Manco,Mario Meucci,S. Minutoli,A. Morelli,P. Musico,M. Negri,H. Niewiadomski,H. Niewiadomski,E. Noschis,G. Notarnicola,Eraldo Oliveri,F. Oljemark,R. Orava,M. Oriunno,A. L. Perrot,K. Osterberg,Riccardo Paoletti,E. Pedreschi,J. Petajajarvi,P. Pollovio,M. Quinto,E. Radermacher,E. Radicioni,S. Rangod,Federico Ravotti,G. Rella,Enrico Robutti,L. Ropelewski,G. Ruggiero,A. Rummel,H. Saarikko,G. Sanguinetti,A. Santroni,A. Scribano,G. Sette,W. Snoeys,F. Spinella,P. Squillacioti,A. Ster,C. Taylor,A. Tazzioli,Diego Torazza,A. Trovato,A. Trummal,Nicola Turini,Vaclav Vacek,Vaclav Vacek,N. Van Remortel,Václav Vinš,Stephen Watts,J. Whitmore,J. Wu +115 more
TL;DR: The TOTEM Experiment as discussed by the authors measured the total pp cross-section with the luminosity-independent method and studied elastic and diffractive scattering at the LHC using two tracking telescopes, T1 and T2.
Journal ArticleDOI
The ATLAS TRT barrel detector
E. Abat,T. N. Addy,Torsten Paul Ake Åkesson,John Alison,Francis Anghinolfi,E. Arik,Metin Arik,G. Atoian,B. Auerbach,Oliver Keith Baker,Elzbieta Banas,S. Baron,C Bault,N. Becerici,A Beddall,A Beddall,A J Beddall,A J Beddall,J. Bendotti,D. P. Benjamin,H. Bertelsen,Ahmet Bingul,Ahmet Bingul,H Blampey,Andrea Bocci,M Bochenek,V. G. Bondarenko,V. N. Bychkov,J. Callahan,M. D. M. Capeans Garrido,L. Cardiel Sas,Andrea Catinaccio,Serkant Ali Cetin,Serkant Ali Cetin,T Chandler,R Chritin,P. Cwetanski,Mogens Dam,H. O. Danielsson,E Danilevich,Eric David,J. Degenhardt,B. Di Girolamo,Fridolin Dittus,N. Dixon,O. B. Dogan,B. Dolgoshein,N. Dressnandt,C. Driouchi,W. L. Ebenstein,Paula Eerola,Ulrik Egede,K. Egorov,Hal Evans,P. Farthouat,Oleg Fedin,A. J. Fowler,S. Fratina,Daniel Froidevaux,A Fry,Pauline Gagnon,Igor Gavrilenko,N. Ghodbane,Jan Godlewski,M. P. Goulette,I Gousakov,N. Grigalashvili,Y. V. Grishkevich,J. Grognuz,Z. Hajduk,Michael Hance,F Hansen,John-Bjarne Hansen,Peter Hansen,G. G. Hanson,G. G. Hanson,G A Hare,A. Harvey,C. Hauviller,A High,Wouter Hulsbergen,W Huta,Vadim Issakov,Serhat Istin,Vipul Jain,Göran Jarlskog,Laura Jeanty,Vadim Kantserov,Benjamin Kaplan,A S Kapliy,S Katounine,F Kayumov,P. T. Keener,G. D. Kekelidze,E. M. Khabarova,A. Khristachev,B. Kisielewski,T. Kittelmann,C Kline,E. B. Klinkby,N V Klopov,Byeong Rok Ko,Thomas Koffas,N V Kondratieva,S.P. Konovalov,Stefan Koperny,H. Korsmo,S. Kovalenko,Tadeusz Kowalski,K. Kruger,Viktor Kramarenko,L.G. Kudin,A-C Le Bihan,B. C. LeGeyt,K Levterov,P. Lichard,A. Lindahl,V Lisan,S Lobastov,A. Loginov,C. W. Loh,S Lokwitz,M C Long,S Lucas,Arnaud Lucotte,F. Luehring,B. Lundberg,R. Mackeprang,Victor Maleev,A. Manara,M Mandl,A. J. Martin,F. F. Martin,Ruslan Mashinistov,G M Mayers,K. W. McFarlane,V. Mialkovski,B M Mills,Bartosz Mindur,Vasiliki A Mitsou,Jan-Ulf Mjörnmark,S. V. Morozov,E Morris,S. V. Mouraviev,A. Muir,A. Munar,A.V. Nadtochi,S. Y. Nesterov,F. M. Newcomer,Nikolay Nikitin,O Novgorodova,E G Novodvorski,H. O. Ogren,Seog Oh,S.B. Oleshko,Dominick Olivito,Jolanta Olszowska,W Ostrowicz,M S Passmore,S. Patrichev,John Penwell,F Perez-Gomez,Vladimir Peshekhonov,Troels Petersen,R. Petti,A. Placci,A. Poblaguev,X. Pons,M. J. Price,O Rø hne,Ryan Reece,M B Reilly,Christoph Rembser,Anatoli Romaniouk,David Rousseau,D. R. Rust,Y. F. Ryabov,Vladimir Ryjov,M Söderberg,A. A. Savenkov,James Saxon,M Scandurra,Valery Schegelsky,M I Scherzer,M. P. Schmidt,Christian Schmitt,E. Sedykh,D. M. Seliverstov,T. Shin,Alevtina Shmeleva,Serguei Sivoklokov,S. Yu. Smirnov,Lidia Smirnova,Oxana Smirnova,P Smith,V. Sosnovtsev,G Sprachmann,S. Subramania,S I Suchkov,Vladimir Sulin,Robert Szczygiel,Giuseppe Francesco Tartarelli,Evelyn Thomson,Vladimir Tikhomirov,Paul Tipton,J. A. Valls Ferrer,R. Van Berg,V. I. Vassilakopoulos,L. Vassilieva,Peter Wagner,R. Wall,C. Wang,D. Whittington,H. H. Williams,A. Zhelezko,Konstantin Zhukov +215 more
TL;DR: The ATLAS TRT barrel as mentioned in this paper is a tracking drift chamber using 52,544 individual tubular drift tubes, which is one part of the ATLAS Inner Detector, which consists of three sub-systems: the pixel detector spanning the radius range 4 to 20 cm, the semiconductor tracker (SCT) from 30 to 52 cm, and the transition radiation tracker (TRT) from 56 to 108 cm.
Journal ArticleDOI
Progress on large area GEMs
Marco Villa,Marco Villa,Serge Duarte Pinto,Serge Duarte Pinto,M. Alfonsi,Ian Brock,Gabriele Croci,Eric David,Rui de Oliveira,Leszek Ropelewski,H. Taureg,Miranda van Stenis +11 more
TL;DR: In this article, a single mask photolithography approach was proposed to eliminate the mask alignment issue, which limits the dimensions in the traditional double mask process, and a splicing technique overcomes the limited width of the raw material.
Journal ArticleDOI
The TOTEM T2 telescope based on triple-GEM chambers
Maria Grazia Bagliesi,M. Berretti,Erik Brücken,Roberto Cecchi,Eric David,Francisco Garcia,V. Greco,J. Heino,T. Hilden,K. Kurvinen,R. Lauhakangas,S. Lami,Giuseppe Latino,G. Magazzu,Eraldo Oliveri,E. Pedreschi,L. Ropelewski,A. Scribano,F. Spinella,Nicola Turini,M. van Stenis +20 more
TL;DR: The TOTEM experiment at LHC has chosen the triple Gas Electron Multiplier (GEM) technology for its T2 telescope which will provide charged track reconstruction in the pseudorapidity range 5.3 | η | 6.5 and a fully inclusive trigger for inelastic events.