M
M. E. Michalon-Mentzer
Researcher at CERN
Publications - 26
Citations - 718
M. E. Michalon-Mentzer is an academic researcher from CERN. The author has contributed to research in topics: D meson & Charm (quantum number). The author has an hindex of 15, co-authored 26 publications receiving 703 citations.
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Journal ArticleDOI
Inclusive particle production in 400 GeV/c pp-interactions
M. Aguilar-Benitez,W. W. W. Allison,A. A. Batalov,E. Castelli,P. Ceccia,N. Colino,R. Contri,A. De Angelis,A. De Roeck,N. De Seriis,E. A. De Wolf,J. Duboc,A. M. Endler,P. Ermolov,Speranza Falciano,Yu Fisyak,F. Fontanelli,S. N. Ganguli,Ugo Gasparini,Simonetta Gentile,A. Gurtu,J. J. Hernandez,S. O. Holmgren,Josef Hrubec,M. Iori,K. E. Johansson,M. I. Josa,T. Kageya,E. P. Kistenev,S. Kitamura,M. Mazzucato,A. Michalon,M. E. Michalon-Mentzer,L. Montanet,R. Monge,H. K. Nguyen,H. Novak,L. C. Oliveira,V. M. Perevoztchikov,P. Pilette,P. Poropat,Alan Poppleton,H. Rohringer,J. Salicio,S. Saran,M. Sessa,Elizaveta Shabalina,F. Simonetto,N. Sotnikova,S. Squarcia,V. A. Stopchenko,U. Trevisan,C. Troncon,F. Verbeure,J. V. Yarba,Gianni Zumerle +55 more
TL;DR: In this article, the authors report on a study of particle production in pp-interactions at 400 GeV/c. The data are based on 472 K reconstructed events recorded in the NA 27 experiment using the LEBC-EHS facility at CERN.
Journal ArticleDOI
Charm hadron properties in 400 GeV/c pp interactions
M. Aguilar-Benitez,W.W.M. Allison,J. L. Bailly,S. Banerjee,W. Bartl,M. Begalli,P. Beilliere,R. Bizarri,H. Briand,V. Canale,C. Caso,Edoardo Castelli,Paolo Checchia,P. V. Chliapnikov,N. Colino,R. Contri,D. Crennell,A. De Angelis,L. de Billy,C. Defoix,R. Di Marco,E. Di Capua,F. Diez-Hedo,J. Dolbeau,J. Dumarchez,M. Ericsson,Speranza Falciano,C. Fisher,Yu Fisyak,F. Fontanelli,J. R. Fry,S. N. Ganguli,Ugo Gasparini,U. Gensch,Simonetta Gentile,D. G. Gibaut,Alfred Goshaw,Fernand Grard,A. Gurtu,R. Hamatsu,L. Haupt,Sten Hellman,V. Henri,J. J. Hernandez,T. Hirose,S. O. Holmgren,Josef Hrubec,P. Hughes,D. Huss,M. Iori,E. Jegham,K. E. Johansson,M. I. Josa,M. Kalelkar,I. Kita,A. G. Kholodenko,E. P. Kistenev,S. Kitamura,D. Knauss,V. V. Kniazev,W. Kowald,D. Kuhn,P. Ladron de Guevara,M. Laloum,Patrick Legros,H. Leutz,Louis Lyons,M. MacDermott,P. K. Malhotra,P. Mason,M. Mazzucato,M. E. Michalon-Mentzer,A. Michalon,T. Moa,R. Monge,L. Montanet,G. Neuhofer,H. K. Nguyen,S. Nilsson,H. Nowak,N. Oshima,G. Otter,R. Ouared,J. Panella Comellas,G. D. Patel,C. Patrignani,M. Pernicka,P. Pilette,C. Pinori,G. Pirreda,R.J. Plano,Alan Poppleton,P. Poropat,R. Raghavan,S. Reucroft,K. Roberts,W. J. Robertson,H. Rohringer,J. Salicio,Reinhard W. Schulte,B. Sellden,M. Sessa,F. Simonetto,S. Squarcia,P. E. Stamer,V. A. Stopchenko,A. Subramanian,W. Struczinski,K. Takahashi,S. Tavernier,M. C. Touboul,U. Trevisan,C. Troncon,T. Tsurugai,L. Ventura,Pierre Vilain,C. Voltolini,B. Vonck,W. D. Walker,C. F. Wild,T. Yamagata,T. P. Yiou,Gianni Zumerle +122 more
TL;DR: In this article, a study of the properties of charm particles produced in 400 GeV/cpp interactions was performed using the high resolution hydrogen bubble chamber LEBC in association with the European Hybrid Spectrometer at the CERN SPS.
Journal ArticleDOI
Inclusive Properties of d Mesons Produced in 360-GeV pi- p Interactions
M. Aguilar-Benitez,W.W.M. Allison,J. F. Baland,Sunanda Banerjee,W. Bartl,P. Beillère,M. Bengalli,Giorgio Borreani,R. Bizzarri,H. Briand,Rene Brun,W. M. Bugg,C. Caso,B. Castano,E. Castelli,Paolo Checchia,P. V. Chliapnikov,S. J. Colwill,R. Contri,D. Crennell,M. Cresti,A. De Angelis,L. de Billy,C. Defoix,E. Di Capua,R. Di Marco,J. Dolbeau,J. Dumarchez,Speranza Falciano,C. Fernandez,C. Fisher,Yu. Fisjak,F. Fontanelli,J. R. Fry,S. N. Ganguli,Ugo Gasparini,Simonetta Gentile,A. T. Goshaw,Fernand Grard,Atul Gurtu,T. Handler,R. Hamatsu,E. L. Hart,L. Haupt,Sten Hellman,Jose M Hernandez,Alain Hervé,S. O. Holmgren,M. A. Houlden,Josef Hrubec,P. Hughes,M. Iori,E. Jegham,E. K. Johansson,E. P. Kistenev,S. Kitamura,D. Kuhn,V. Knjasev,A. I. Kurnosenko,P. Ladrón de Guevara,M. Laloum,H. Leutz,P. Lutz,Louis Lyons,M. MacDermott,P. K. Malhotra,F. Marchetto,G. Marel,J. Cl. Marin,Francesco Marzano,P. Mason,M. Mazzucato,A. Michalon,M. E. Michalon-Mentzer,Torbjoern Moa,L. Montanet,J.M. Morton,G. Neuhofer,H. K. Nguyen,S. Nilsson,H. Nowak,N. Oshima,G. Otter,G. D. Patel,M. Pernicka,P. Pilette,C. Pinori,G. Piredda,R.J. Plano,Alan Poppleton,P. Poropat,R. Raghavan,G. Ransone,S. Reucroft,J. Richardson,S. Rinaudo,K. Roberts,H. Rohringer,H. Schlütter,Jörg Schmiedmayer,M. Schouten,R. Schulte,B. Sellden,M. Sessa,K. Shankar,S. Squarcia,P. Stamer,K. M. Stopchenko,W. Struczinski,S. Subramanian,K. Takahashi,M. Cl. Touboul,U. Trevisan,C. Troncon,T. Tsurugai,P. Vilain,B. Vonck,B. M. Whyman,J. Wickens,C. Willmott,P. Wright,Gianni Zumerle +121 more
TL;DR: In this article, the authors measured the inclusive cross sections for forward D meson production at s =26 GeV in π − p interactions and showed that the p T 2 distribution is exponential with slope parameter [−1.18 −0.16 +0.18 ]( GeV / c) −2.
Journal ArticleDOI
D-Meson production from 400 GeV/c pp interactions
M. Aguilar-Benitez,W.W.M. Allison,J. L. Bailly,S. Banerjee,W. Bartl,M. Begalli,P. Beilliere,R. Bizzarri,H. Briand,Rene Brun,V. Canale,C. Caso,E. Castelli,Paolo Checchia,P. V. Chliapnikov,N. Colino,S. J. Colwill,R. Contri,D. Crennell,A. De Angelis,L. de Billy,C. Defoix,R. Di Marco,E. Di Capua,F. Diez-Hedo,J. Dolbeau,J. Dumarchez,M. Eriksson,S. Falciano,C. Fernandez,C. Fisher,Yu Fisyak,Flavio Fontanelli,J. R. Fry,S. N. Ganguli,U. Gasparini,U. Gensch,S. Gentile,D. B. Gibaut,A. T. Goshaw,Fernand Grard,A. Gurtu,R. Hamatsu,L. Haupt,S. Hellman,J. J. Hernandez,S-O. Holmgren,M. A. Houlden,Josef Hrubec,P. Hughes,D. Huss,Y. Iga,M. Iori,E. Jegham,K. E. Johansson,M. I. Josa,M. Kalelkar,A. G. Kholodenko,E. P. Kistenev,S. Kitamura,D. Knauss,V. V. Kniazev,W. Kowald,D. Kuhn,M. Laloum,P. Legros,H. Leutz,M. MacDermott,P. Mason,M. Mazzucato,M. E. Michalon-Mentzer,A. Michalon,T. Moa,R. Monge,L. Montanet,Thomas Naumann,G. Neuhofer,H. K. Nguyen,S. Nilsson,H. Nowak,N. Oshima,G. Otter,R. Ouared,J. Panella Comellas,G. D. Patel,M. Pernicka,P. Pilette,C. Pinori,G. Piredda,R.J. Plano,A. Poppleton,P. Poropat,R. Raghavan,S. Reucroft,K. Roberts,W. J. Robertson,H. Rohringer,J. Salicio,R. Schulte,B. Sellden,M. Sessa,S. Squarcia,P. E. Stamer,V. A. Stopchenko,K. Sudhakar,K. Takahashi,M. C. Touboul,U. Trevisan,C. Troncon,T. Tsurugai,Evgueni Vlasov,Pierre Vilain,C. Voltolini,B. Vonck,W. D. Walker,C. F. Wild,T. P. Yiou,G. Zumerle +117 more
TL;DR: In this paper, the authors measured the inclusive production properties of D and D messons produced from pp interactions at s =27.4 GeV, and the differential production cross section is well represented by the empirical form d 2 σ d x F d P 2 T = 1 2 [σ ( D / D )(n+1)b](1−|x F |) n exp (−bp 2 T ) with n=4.9 ± 0.5, b=(1.0± 0.3) ωb.
Journal ArticleDOI
$D$ Meson Branching Ratios and Hadronic Charm Production Cross-sections
Manuel Aguilar-Benitez,W.W.M. Allison,Paolo Bagnaia,J. F. Baland,W. Bartl,Yu. Belokopytov,G. Bertrand-Coremans,Alessandro Bettini,R. Bizzarri,M. Boratov,Giorgio Borreani,F. Bruyant,E. Castelli,Paolo Checchia,P. V. Chliapnikov,G. Ciapetti,D. Crennell,H. Dibon,E. Di Capua,J. Duboc,J. Dumarchez,F. Etienne,A. Ferrando,C. Fisher,Ugo Gasparini,Simonetta Gentile,P. Girtler,Jose M Hernandez,Ph. Herquet,S-O. Holmgren,Josef Hrubec,P. Hughes,M. Iori,K.E. Johansson,E. P. Kistenev,W. Kittel,N. Kurtz,Jacques Lemonne,H. Leutz,M. MacDermott,F. Marchetto,M. Markytan,Francesco Marzano,M. Mazzucato,M. E. Michalon-Mentzer,A. Michalon,T. Moa,L. Montanet,G. Neuhofer,H. K. Nguyen,Sven Gösta Nilsson,P. Pilette,C. Pinori,G. Piredda,C. Poiret,B. F. Poljakov,Alan Poppleton,P. Poropat,P. Porth,S. Reucroft,J. Richardson,G. Rinaudo,H. Rohringer,M. Sessa,A. Stergiou,A. Subramanian,D. Z. Toet,M. C. Touboul,A.-M. Touchard,C. Troncon,M. Van Immerseel,L. Ventura,Pierre Vilain,C. Voltolini,B. Vonck,J. H. Wickens,P. R. S. Wright,V. A. Yarba,L. Zanello,Pierluigi Zotto,Gianni Zumerle +80 more
TL;DR: In this paper, a determination of branching ratios for D meson decays into all charged particle final states is reported, which implies a corresponding reduction in the accepted values for some total cross section measurements.