J
J. Bonis
Researcher at University of Paris
Publications - 20
Citations - 432
J. Bonis is an academic researcher from University of Paris. The author has contributed to research in topics: Calorimeter & Calorimeter (particle physics). The author has an hindex of 13, co-authored 20 publications receiving 394 citations.
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Journal ArticleDOI
Construction, assembly and tests of the ATLAS electromagnetic barrel calorimeter
B. Aubert,B. Beaugiraud,J. Colas,P. Delebecque,L. Di Ciaccio,M. El Kacimi,Philippe Ghez,C. Girard,Michel Gouanère,D. Goujdami,A. Jérémie,Stéphane Jézéquel,Remi Lafaye,N. Massol,P. Perrodo,H. Przysiezniak,G. Sauvage,J. Thion,I. Wingerter-Seez,R. Zitoun,Y. Zolnierowski,R. Alforque,H. S. Chen,J. Farrell,Howard Gordon,R. Grandinetti,R. W. Hackenburg,A. Hoffmann,J. Kierstead,J. Koehler,Francesco Lanni,D. Lissauer,Hong Ma,D. Makowiecki,Th. Müller,S. Norton,Veljko Radeka,D.C. Rahm,M. Rehak,Srinivasan Rajagopalan,S. Rescia,K. Sexton,J. Sondericker,I. Stumer,Helio Takai,A. Belymam,Driss Benchekroun,C. Driouichi,Abdeslam Hoummada,M. Hakimi,M. Knee,Ryszard Stroynowski,B.E. Wakeland,Vladimir Datskov,V. Drobin,Martin Aleksa,J. Bremer,Tancredi Carli,M. Chalifour,J.L. Chevalley,Fares Djama,L. Ema,C. Fabre,Patrick Fassnacht,F. Gianotti,A. Gonidec,John-Bjarne Hansen,Luis Hervas,T. Hott,C. Lacaste,C.P. Marin,P. Pailler,A. Pleskatch,D. Sauvage,G. Vandoni,V. Vuillemin,Henric George Wilkens,S. Albrand,B. Belhorma,Johann Collot,P. de Saintignon,D. Dzahini,A. Ferrari,J. Fulachier,M.-L. Gallin-Martel,J-Y. Hostachy,G. Laborie,Fabienne Ledroit-Guillon,Ph Martin,J.F. Muraz,F. Ohlsson-Malek,S. Saboumazrag,S. Viret,R. Othegraven,Christian Zeitnitz,D. Banfi,L. Carminati,D. Cavalli,Mauro Citterio,G. Costa,M. Delmastro,Marcello Fanti,L. Mandelli,Marcello Mazzanti,F. Tartarelli,E. Augé,S. Baffioni,J. Bonis,W. Bonivento,Claire Bourdarios,C. De La Taille,Louis Fayard,Daniel Fournier,G. Guilhem,P. Imbert,Lydia Iconomidou-Fayard,G. Le Meur,M. Mencik,J.M. Noppe,G. Parrour,Patrick Puzo,David Rousseau,Arthur Schaffer,N. Seguin-Moreau,L. Serin,G. Unal,J. J. Veillet,F. Wicek,Dirk Zerwas,F. Astesan,W. Bertoli,B. Canton,F. Fleuret,D. Imbault,Didier Lacour,Bertrand Laforge,Ph. Schwemling,E.M. Abouelouafa,A. Ben Mansour,R. Cherkaoui,Y. El Mouahhidi,H. Ghazlane,A. Idrissi,K. Bazizi,D. England,V. Glebov,T. Haelen,F. Lobkowicz,Patrick Slattery,J. Belorgey,Nathalie Besson,Maarten Boonekamp,D. Durand,J. Ernwein,Bruno Mansoulie,F. Molinie,J-P. Meyer,P. Perrin,J. Schwindling,J.P. Taguet,H. Zaccone,Bengt Lund-Jensen,Stefan Rydström,Yahya Tayalati,B. Botchev,G. Finocchiaro,J. Hoffman,R. L. McCarthy,Michael Rijssenbeek,J. Steffens,M. Zdrazil,H. M. Braun +171 more
TL;DR: In this paper, the construction and assembly of two half barrels of the ATLAS central electromagnetic calorimeter and their insertion into the barrel cryostat are described and the results of the qualification tests of the calorometer before installation in the LHC ATLAS pit are given.
Journal ArticleDOI
Electromagnetic response of a highly granular hadronic calorimeter
Catherine Adloff,J. Blaha,J. J. Blaising,C. Drancourt,A. Espargilière,R. Gaglione,N. Geffroy,Y. Karyotakis,J. Prast,G. Vouters,K. Francis,Jose Repond,J. G. Smith,Lei Xia,E. Baldolemar,Jiang Li,S. T. Park,M. Sosebee,Andrew White,Jong-Sung Yu,Y. Mikami,N. K. Watson T. Goto,Georgios Mavromanolakis,M. A. Thomson,D. R. Ward W. Yan,M. Benyamna,C. Cârloganu,F. Fehr,S. Manen,L. Royer,G. C. Blazey,A.S. Dyshkant,J. G.R. Lima,V. Zutshi,J-Y. Hostachy,L. Morin,U. Cornett,D. David,Riccardo Fabbri,G. Falley,K. Gadow,Erika Garutti,P. Göttlicher,C. Günter,S. Karstensen,F. Krivan,A. I. Lucaci-Timoce,S. Lu,B. Lutz,Ivan Marchesini,N. T. Meyer,S. V. Morozov,V. Morgunov,M. Reinecke,F. Sefkow,P. A. Smirnov,M. Terwort,A. Vargas-Trevino,N. Wattimena,O. Wendt,N. Feege,Johannes Haller,Stefan Richter,J. Samson P. Eckert,A. Kaplan,H. Ch Schultz-Coulon,Wei Shen,Rainer Stamen,A. Tadday,Burak Bilki,E. Norbeck,Yasar Onel,G. W. Wilson,Kiyotomo Kawagoe,S. Uozumi,J. A. Ballin,P D Dauncey,Anne-Marie Magnan,H. Yilmaz,O. Zorba,V. Bartsch,M. Postranecky,M R M Warren,M. Wing,F. Salvatore,E. Calvo Alamillo,M. C. Fouz,J. Puerta-Pelayo,Vladislav Balagura,B. Bobchenko,Marina Chadeeva,M. Danilov,A. Epifantsev,Oleg Markin,R. Mizuk,E. Novikov,V. Rusinov,E. Tarkovsky,Y. Soloviev,V. Kozlov,P. Buzhan,B. A. Dolgoshein,A. Ilyin,Vadim Kantserov,V. Kaplin,A. Karakash,E. Popova,Serge Smirnov,A. Frey,C. Kiesling,K. Seidel,Frank Simon,C. Soldner,L. Weuste,J. Bonis,B. Bouquet,S. Callier,P. Cornebise,Ph. Doublet,F. Dulucq,M. Faucci Giannelli,J. Fleury,G. Guilhem,Hui Li,G. Martin-Chassard,Francois Richard,Ch. de la Taille,R. Pöschl,L. Raux,N. Seguin-Moreau,F. Wicek,M. Anduze,V. Boudry,J-C. Brient,Daniel Jeans,P. Mora de Freitas,G. Musat,M. Reinhard,Manqi Ruan,H. Videau,B. Bulanek,J. Zacek,J. Cvach,Petr Gallus,Miroslav Havranek,M. Janata,J. Kvasnicka,D. Lednicky,Michal Marcisovsky,I. Polak,J. Popule,L. Tomášek,M. Tomášek,P. Ruzicka,Petr Sicho,J. Smolik,Vaclav Vrba,J. Zalesak,B. Belhorma,H. Ghazlane,K. Kotera,M. Nishiyama,Tohru Takeshita,S. Tozuka,Trygve Buanes,G. Eigen +165 more
TL;DR: In this paper, a steel-scintillator calorimeter is used for the International Linear Collider (ILC) detectors, with steel as absorber and scintillators as active material.
Journal ArticleDOI
Tests of a Particle Flow Algorithm with CALICE test beam data
Catherine Adloff,J. Blaha,J. J. Blaising,C. Drancourt,A. Espargilière,R. Gaglione,N. Geffroy,Y. Karyotakis,J. Prast,G. Vouters,K. Francis,Jose Repond,J. Smith,Lei Xia,E. Baldolemar,Jing Li,S. T. Park,M. Sosebee,Andrew White,Jong-Sung Yu,Trygve Buanes,G. Eigen,Y. Mikami,N. K. Watson,T. Goto,G. Mavromanolakis,M. A. Thomson,D. R. Ward,W. Yan,Driss Benchekroun,Abdeslam Hoummada,Y. Khoulaki,M. Benyamna,C. Cârloganu,F. Fehr,S. Manen,L. Royer,G. C. Blazey,A.S. Dyshkant,J. G.R. Lima,V. Zutshi,J-Y. Hostachy,L. Morin,U. Cornett,D. David,Riccardo Fabbri,G. Falley,K. Gadow,Erika Garutti,P. Göttlicher,C. Günter,S. Karstensen,F. Krivan,A.-I. Lucaci-Timoce,S. Lu,B. Lutz,Ivan Marchesini,N. T. Meyer,S. V. Morozov,V. Morgunov,M. Reinecke,F. Sefkow,P. A. Smirnov,M. Terwort,A. Vargas-Trevino,N. Wattimena,O. Wendt,N. Feege,Johannes Haller,S. Richter,J. Samson,P. Eckert,A. Kaplan,H. Ch Schultz-Coulon,Wei Shen,Rainer Stamen,A. Tadday,Burak Bilki,E. Norbeck,Yasar Onel,Graham Wilson,Kiyotomo Kawagoe,S. Uozumi,P. D. Dauncey,Anne-Marie Magnan,M. Wing,F. Salvatore,E. Calvo Alamillo,M. C. Fouz,J. Puerta-Pelayo,Vladislav Balagura,B. Bobchenko,Marina Chadeeva,M. Danilov,A. Epifantsev,Oleg Markin,R. Mizuk,E. Novikov,V. Rusinov,E. Tarkovsky,N. Kirikova,V. Kozlov,Y. Soloviev,P. Buzhan,B. A. Dolgoshein,A. Ilyin,Vadim Kantserov,Vladimir Kaplin,A. Karakash,E. Popova,Sergei Smirnov,A. Frey,C. Kiesling,K. Seidel,Frank Simon,C. Soldner,L. Weuste,J. Bonis,B. Bouquet,S. Callier,P. Cornebise,Ph. Doublet,F. Dulucq,M. Faucci Giannelli,J. Fleury,H. Li,G. Martin-Chassard,F. Richard,Ch. de la Taille,Roman Pöschl,L. Raux,N. Seguin-Moreau,F. Wicek,M. Anduze,Vincent Boudry,J. C. Brient,Daniel Jeans,P. Mora de Freitas,G. Musat,M. Reinhard,Manqi Ruan,H. Videau,B. Bulanek,J. Zacek,J. Cvach,Petr Gallus,Miroslav Havranek,M. Janata,J. Kvasnicka,D. Lednicky,Michal Marcisovsky,I. Polak,J. Popule,L. Tomášek,M. Tomášek,P. Ruzicka,Petr Sicho,J. Smolik,Vaclav Vrba,J. Zálešák,B. Belhorma,H. Ghazlane,Tohru Takeshita +162 more
TL;DR: In this article, the authors provide a first experimental test of the Particle Flow Algorithm (PFA) concept using data recorded in high granularity calorimeters and investigate the impact of the two overlapping hadron showers on energy resolution.
Journal ArticleDOI
Electromagnetic response of a highly granular hadronic calorimeter
Catherine Adloff,J. Blaha,J. J. Blaising,C. Drancourt,A. Espargilière,R. Gaglione,N. Geffroy,Y. Karyotakis,J. Prast,G. Vouters,K. Francis,Jose Repond,J. Smith,Lei Xia,E. Baldolemar,Jing Li,S. T. Park,M. Sosebee,Andrew White,Jong-Sung Yu,Y. Mikami,N. K. Watson,T. Goto,G. Mavromanolakis,M. A. Thomson,D. R. Ward,W. Yan,Driss Benchekroun,Abdeslam Hoummada,Y. Khoulaki,M. Benyamna,C. Cârloganu,F. Fehr,S. Manen,L. Royer,G. C. Blazey,A.S. Dyshkant,J. G.R. Lima,V. Zutshi,J-Y. Hostachy,L. Morin,U. Cornett,D. David,Riccardo Fabbri,G. Falley,K. Gadow,Erika Garutti,P. Göttlicher,C. Günter,S. Karstensen,F. Krivan,A.-I. Lucaci-Timoce,S. Lu,B. Lutz,Ivan Marchesini,N. T. Meyer,S. V. Morozov,V. Morgunov,M. Reinecke,F. Sefkow,P. A. Smirnov,M. Terwort,A. Vargas-Trevino,N. Wattimena,O. Wendt,N. Feege,Johannes Haller,S. Richter,J. Samson,P. Eckert,A. Kaplan,H. Ch Schultz-Coulon,Wei Shen,Rainer Stamen,A. Tadday,Burak Bilki,E. Norbeck,Yasar Onel,Graham Wilson,Kiyotomo Kawagoe,S. Uozumi,J. A. Ballin,P D Dauncey,Anne-Marie Magnan,H. Yilmaz,O. Zorba,V. Bartsch,M. Postranecky,M R M Warren,M. Wing,F. Salvatore,E. Calvo Alamillo,M. C. Fouz,J. Puerta-Pelayo,Vladislav Balagura,B. Bobchenko,Marina Chadeeva,M. Danilov,A. Epifantsev,Oleg Markin,R. Mizuk,E. Novikov,V. Rusinov,E. Tarkovsky,V. Kozlov,Y. Soloviev,P. Buzhan,B. A. Dolgoshein,A. Ilyin,Vadim Kantserov,Vladimir Kaplin,A. Karakash,E. Popova,Sergei Smirnov,A. Frey,A. Frey,C. Kiesling,C. Kiesling,K. Seidel,K. Seidel,Frank Simon,Frank Simon,C. Soldner,C. Soldner,L. Weuste,L. Weuste,J. Bonis,B. Bouquet,S. Callier,P. Cornebise,Ph. Doublet,F. Dulucq,M. Faucci Giannelli,J. Fleury,G. Guilhem,H. Li,G. Martin-Chassard,F. Richard,Ch. de la Taille,Roman Pöschl,L. Raux,N. Seguin-Moreau,F. Wicek,M. Anduze,M. Anduze,Vincent Boudry,Vincent Boudry,J. C. Brient,J. C. Brient,Daniel Jeans,Daniel Jeans,P. Mora de Freitas,P. Mora de Freitas,G. Musat,G. Musat,M. Reinhard,M. Reinhard,Manqi Ruan,Manqi Ruan,H. Videau,H. Videau,B. Bulanek,J. Zacek,J. Cvach,Petr Gallus,Miroslav Havranek,M. Janata,J. Kvasnicka,D. Lednicky,Michal Marcisovsky,I. Polak,J. Popule,L. Tomášek,M. Tomášek,P. Ruzicka,Petr Sicho,J. Smolik,Vaclav Vrba,J. Zálešák,B. Belhorma,H. Ghazlane,K. Kotera,M. Nishiyama,Tohru Takeshita,S. Tozuka,Trygve Buanes,G. Eigen +186 more
TL;DR: In this article, a steel-scintillator calorimeter was used for the International Linear Collider (ILC) detectors, with steel as absorber and scintillators as active material.
Journal ArticleDOI
Study of the interactions of pions in the CALICE silicon-tungsten calorimeter prototype
Catherine Adloff,Y. Karyotakis,Jose Repond,Jong-Sung Yu,G. Eigen,Y. Mikami,N. K. Watson,J. A. Wilson,T. Goto,G. Mavromanolakis,M. A. Thomson,D. R. Ward,W. Yan,Driss Benchekroun,Abdeslam Hoummada,Y. Khoulaki,John Apostolakis,A. Ribon,V. Uzhinskiy,M. Benyamna,C. Cârloganu,F. Fehr,G. C. Blazey,D. Chakraborty,A.S. Dyshkant,K. Francis,D. Hedin,J. G.R. Lima,V. Zutshi,J-Y. Hostachy,K. Krastev,L. Morin,Nicola D'Ascenzo,U. Cornett,D. David,Riccardo Fabbri,G. Falley,K. Gadow,Erika Garutti,P. Göttlicher,T. Jung,S. Karstensen,A.-I. Lucaci-Timoce,B. Lutz,N. T. Meyer,V. Morgunov,M. Reinecke,F. Sefkow,P. A. Smirnov,A. Vargas-Trevino,N. Wattimena,O. Wendt,N. Feege,M. Groll,Johannes Haller,R. D. Heuer,S Morozov,S. Richter,J. Samson,A. Kaplan,H. Ch Schultz-Coulon,Wei Shen,A. Tadday,Burak Bilki,E. Norbeck,Yasar Onel,E.J. Kim,Gui Nyun Kim,D-W. Kim,Kyong Sei Lee,Shih-Chang Lee,Kiyotomo Kawagoe,Y. Tamura,P D Dauncey,Anne-Marie Magnan,H. Yilmaz,O. Zorba,V. Bartsch,M. Postranecky,M R M Warren,M. Wing,M. G. Green,F. Salvatore,M Bedjidian,M Bedjidian,R Kieffer,R Kieffer,Imad Baptiste Laktineh,Imad Baptiste Laktineh,M. C. Fouz,D. Bailey,R. J. Barlow,M. Kelly,R. J. Thompson,M. Danilov,E. Tarkovsky,N. Baranova,D. Karmanov,M. Korolev,M. Merkin,A. A. Voronin,A. Frey,S. Lu,K. Seidel,Frank Simon,C. Soldner,L. Weuste,J. Bonis,B. Bouquet,S. Callier,P. Cornebise,Ph. Doublet,M. Faucci Giannelli,J. Fleury,H. Li,G. Martin-Chassard,F. Richard,Ch. de la Taille,R. Poeschl,L. Raux,N. Seguin-Moreau,F. Wicek,M. Anduze,Vincent Boudry,J-C. Brient,G Gaycken,Daniel Jeans,P. Mora de Freitas,G. Musat,M. Reinhard,A. Rougé,Manqi Ruan,J-Ch Vanel,H. Videau,K-H. Park,J. Zacek,J. Cvach,Petr Gallus,Miroslav Havranek,M. Janata,Michal Marcisovsky,I. Polak,J. Popule,L. Tomášek,M. Tomášek,P. Ruzicka,Petr Sicho,J. Smolik,Vaclav Vrba,J. Zálešák,B. Belhorma,M. Belmir,S. W. Nam,Inkyu Park,J. Yang,Jong-Seo Chai,J T Kim,Geun-Bum Kim,J. H. Kang,Y. J. Kwon +159 more
TL;DR: In this article, a prototype silicon-tungsten electromagnetic calorimeter for an ILC detector was tested in 2007 at the CERN SPS test beam, where data were collected with electron and hadron beams in the energy range 8 to 80 GeV.