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Inclusive properties of D mesons produced in 360 GeV interactions

198569 citationsJournal Articlegreen Open Access

Authors

M. Aguilar-Benítez · Universidad Complutense de Madrid

W. Allison · University of Oxford

J. F. Baland · University of Mons

S. Banerjee · Tata Institute of Fundamental Research

W. Bartl · Austrian Academy of Sciences

P. Beillère · Collège de France

Topics & Keywords

Particle physics theoretical and experimental studies High-Energy Particle Collisions Research Quantum Chromodynamics and Particle Interactions

Publication Details

Published in: Physics Letters B

Volume 161, Issue 4-6, pp. 400-406

DOI: 10.1016/0370-2693(85)90787-7

Field-Weighted Citation Impact: 11.80

Inclusive properties of D mesons produced in 360 GeV interactions | Researchclopedia

RWTH Aachen University

G. Borreani · University of Turin

Ranieri Bizzarri · Istituto Nazionale di Fisica Nucleare, Sezione di Roma I

H. Briand · Sorbonne Université

R. Brun · European Organization for Nuclear Research

W. Bugg · University of Tennessee at Knoxville

C. Caso · University of Genoa

B. Castaño · Universidad Complutense de Madrid

E. Castelli · University of Trieste

P. Checchia · University of Padua

P. Chliapnikov · Institute for High Energy Physics

S. Colwill · University of Oxford

R. Contri · University of Genoa

D. Crennell · Rutherford Appleton Laboratory

M. Cresti · University of Padua

A. De Angelis · University of Padua

L. de Billy · Sorbonne Université

C. Defoix · Collège de France

E. Di Capua · Rutherford Appleton Laboratory

Rafael Marco · Rutgers, The State University of New Jersey

J. Dolbeau · Collège de France

J. Dumarchez · Sorbonne Université

S. Falciano · University of Oxford

C. Fernández · European Organization for Nuclear Research

Colin M. Fisher

F. Fontanelli · University of Genoa

J. R. Fry · University of Liverpool

S.N. Ganguli · Tata Institute of Fundamental Research

U. Gasparini · University of Padua

S. Gentile · University of Oxford

A. T. Goshaw · European Organization for Nuclear Research

F. Grard · University of Mons

A. Gurtu · European Organization for Nuclear Research

T. Handler · University of Tennessee at Knoxville

R. Hamatsu · Tokyo University of Agriculture and Technology

E. L. Hart · University of Tennessee at Knoxville

L. Haupt · Stockholm University

S. Hellman · Stockholm University

J.J. Hernandez · European Organization for Nuclear Research

A. Hervé · European Organization for Nuclear Research

S.O. Holmgren · Stockholm University

M. Houlden · University of Liverpool

J. Hrubec · Tata Institute of Fundamental Research

P. Hughes · Institute for High Energy Physics

M. Iori · University of Tennessee at Knoxville

E. Jegham · Rutherford Appleton Laboratory

Erik Johansson · Stockholm University

E. Kistenev · Rutherford Appleton Laboratory

S. Kitamura · Tokyo University of Agriculture and Technology

D. Kühn · Rutherford Appleton Laboratory

V. Knjasev · Institute for High Energy Physics

A. I. Kurnosenko

P. Ladrón de Guevara · Universidad Complutense de Madrid

M. Laloum · Collège de France

H. Leutz · European Organization for Nuclear Research

P. Lutz · Collège de France

L. Lyons · University of Oxford

M. MacDermott · University of Tennessee at Knoxville

P.K. Malhotra · Tata Institute of Fundamental Research

F. Marchetto · University of Turin

G. Marel · University of Tennessee at Knoxville

J.Cl. Marin · European Organization for Nuclear Research

F. Marzano · University of Mons

P. Mason · University of Liverpool

M. Mazzucato · University of Padua

M.E. Michalon-Mentzer

T. Moa · Stockholm University

L. Montanet · European Organization for Nuclear Research

Josephine Morton · University of Liverpool

G. Neuhofer · University of Tennessee at Knoxville

H.K. Nguyen · Sorbonne Université

S. Nilsson · Stockholm University

H. Nowak · European Organization for Nuclear Research

N. Oshima · Tokyo University of Agriculture and Technology

G. Otter · RWTH Aachen University

G. D. Patel · University of Liverpool

M. Pernicka · University of Tennessee at Knoxville

P. Pilette · Institute for High Energy Physics

C. Pinori · University of Padua

G. Piredda · University of Tennessee at Knoxville

R. J. Plano · Rutgers, The State University of New Jersey

A. Poppleton · European Organization for Nuclear Research

P. Poropat · University of Trieste

R. Raghavan · Tata Institute of Fundamental Research

G. Ransoné · RWTH Aachen University

S. Reucroft · European Organization for Nuclear Research

J. Richardson · European Organization for Nuclear Research

S. Rinaudo · University of Turin

K. Roberts · University of Liverpool

H. Rohringer · Institute for High Energy Physics

H. Schlütter · RWTH Aachen University

Jörg Schmiedmayer · Tata Institute of Fundamental Research

M. Schouten · European Organization for Nuclear Research

R. Schulte · RWTH Aachen University

B. Selldèn · Stockholm University

M. Sessa · University of Trieste

Karthik Shankar · Tata Institute of Fundamental Research

S. Squarcia · University of Genoa

P. Stamer · Rutgers, The State University of New Jersey

K.M. Stopchenko

W. Struczinski · RWTH Aachen University

S. Subramanian · Tata Institute of Fundamental Research

K. Takahashi · Tokyo University of Agriculture and Technology

Marie Touboul · European Organization for Nuclear Research

U. Trevisan · University of Genoa

C. Troncon · University of Trieste

T. Tsurugai · Tokyo University of Agriculture and Technology

P. Vilain · Vrije Universiteit Brussel

B. Vonck · Vrije Universiteit Brussel

B. M. Whyman · University of Liverpool

J.H. Wickens · Vrije Universiteit Brussel

C. Willmott · Universidad Complutense de Madrid

P.R.S. Wright · University of Oxford

G. Zumerle · University of Padua