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χc production in hadronic Z decays

199330 citationsJournal Articlegreen Open Access

Authors

O. Adriani · Massachusetts Institute of Technology

M. Aguilar-Benitez · Institute of Nuclear Physics of Lyon

S. P. Ahlen · Tata Institute of Fundamental Research

J. Alcaraz Maestre · Istituto Nazionale di Fisica Nucleare, Sezione di Firenze

A. Aloisio · Institute for Theoretical and Experimental Physics

G. Alverson · Boston University

Topics & Keywords

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

Publication Details

Published in: Physics Letters B

Volume 317, Issue 3, pp. 467-473

DOI: 10.1016/0370-2693(93)91026-j

Field-Weighted Citation Impact: 5.91

χc production in hadronic Z decays | Researchclopedia

· Institute for Theoretical and Experimental Physics

G. Ambrosi · University of Perugia

Q. An · European Organization for Nuclear Research

H. Anderhub · Universität Hamburg

A.L. Anderson · Harvard University Press

Vladimir Andreev

T. Angelescu · Northeastern University

Liudmil Antonov · Bulgarian Academy of Sciences

D. Antreasyan · Institute of High Energy Physics

P. Arce · Institute of Nuclear Physics of Lyon

A. Arefiev · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

T. Azemoon · National Institute for Subatomic Physics

T. Aziz · Istituto Nazionale di Fisica Nucleare, Sezione di Bologna

P.V.K.S. Baba · European Organization for Nuclear Research

P. Bagnaia · Sapienza University of Rome

J. A. Bakken · Princeton University

R.C. Ball · Université Claude Bernard Lyon 1

S. Banerjee · Institute of High Energy Physics

J. Bao · University of Florence

R. Barillère · University of Florence

L. Barone · Sapienza University of Rome

A. Basçhirotto

R. Battiston · University of Perugia

F. Becattini · Massachusetts Institute of Technology

J. Bechtluft · RWTH Aachen University

R. H. Becker · RWTH Aachen University

U. Becker · Harvard University Press

F. Behner · Universität Hamburg

J. Behrens · Universität Hamburg

G. Bencze · University of Bucharest

J. Berdugo · Université Claude Bernard Lyon 1

P. Berges · Harvard University Press

B. Bertucci · University of Perugia

B.L. Betev · Korea Advanced Institute of Science and Technology

M. Biasini · University of Perugia

A. Biland · Universität Hamburg

G. M. Bilei · University of Perugia

Ranieri Bizzarri · Sapienza University of Rome

J.J. Blaising · University of Michigan

G. J. Bobbink · University of Florence

R. Böck · RWTH Aachen University

A. Böhm · RWTH Aachen University

B. Borgia · Sapienza University of Rome

M. Bosetti · National Institute for Subatomic Physics

D. Bourilkov · University of Cyprus

M. Bourquin · National Institute for Subatomic Physics

D. Boutigny · University of Florence

B. Bouwens · RWTH Aachen University

E. Brambilla · National Institute for Subatomic Physics

J.G. Branson · University of California San Diego

I. Brock · Carnegie Mellon University

M. L. Brooks · Lawrence Livermore National Laboratory

J.D. Burger · Harvard University Press

J. Busenitz · University of Alabama

A. Buytenhuijs · Radboud University Nijmegen

X.D. Cai · European Organization for Nuclear Research

M. Capell · Harvard University Press

M. Caria · University of Perugia

G. Carlino · Northeastern University

A.M. Cartacci · Massachusetts Institute of Technology

R. Castello · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

M. Cerrada · Université Claude Bernard Lyon 1

F. Cesaroni · Sapienza University of Rome

Y. H. Chang · Harvard University Press

U.K. Chaturvedi · European Organization for Nuclear Research

M. Chemarin · Los Alamos National Laboratory

A. Chen · Lawrence Livermore National Laboratory

C. Chen · Lawrence Livermore National Laboratory

G. Chen · Johns Hopkins University

G.M. Chen · Johns Hopkins University

H.F. Chen · University of Geneva

H.S. Chen · Johns Hopkins University

M. Chen · Harvard University Press

W.Y. Chen · Lawrence Livermore National Laboratory

G. Chiefari · Northeastern University

M.T. Choi · Massachusetts Institute of Technology

S. U. Chung · Harvard University Press

C. Civinini · Massachusetts Institute of Technology

I. Clare · Harvard University Press

R. Clare · Harvard University Press

T. E. Coan · Lawrence Livermore National Laboratory

H.O. Cohn · Oak Ridge National Laboratory

G. Coignet · Ann Arbor Center for Independent Living

N. Colino · University of Florence

S. Costantini · Sapienza University of Rome

F. Cotorobai · Northeastern University

X.T. Cui · European Organization for Nuclear Research

X.Y. Cui · European Organization for Nuclear Research

T.S. Dai · Harvard University Press

R. D’Alessandro · Massachusetts Institute of Technology

R. de Asmundis · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

A. Degré · Ann Arbor Center for Independent Living

E. Dénes · University of Bucharest

P. Denes · Princeton University

F. DeNotaristefani · Sapienza University of Rome

M. Dhina · Universität Hamburg

D. DiBitonto · Purdue University West Lafayette

M. Diemoz · Sapienza University of Rome

H.R. Dimitrov · Bulgarian Academy of Sciences

F. Dordei · Sapienza University of Rome

M. Dittmar · Universität Hamburg

L. Djambazov · Universität Hamburg

M.T. Dova · European Organization for Nuclear Research

E. Drago · National Institute for Subatomic Physics

D. Duchesneau · Institute of High Energy Physics

P. Duinker · RWTH Aachen University

I. Durán · Universidade de Santiago de Compostela

S. Easo · University of Perugia

H. El Mamouni · Los Alamos National Laboratory

A. Engler · Carnegie Mellon University

F.J. Eppling · Harvard University Press

F.C. Erné · RWTH Aachen University

P. Extermann · Institut National de Physique Nucléaire et de Physique des Particules

R. Fabbretti · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

M. Fabre · National Institute for Subatomic Physics

S. Falciano · Sapienza University of Rome

O. Fackler · University of Lausanne

J. Fay · Los Alamos National Laboratory

M. Felcini · University of Florence

T. Ferguson · Carnegie Mellon University

D. Fernández · Université Claude Bernard Lyon 1

G. Fernández · Université Claude Bernard Lyon 1

F. Ferroni · Sapienza University of Rome

H. Fasefeldt · RWTH Aachen University

E. Fiandrini · University of Perugia

F. Filthaut · Radboud University Nijmegen

G. Forconi · Northeastern University

L. Fredj · Bulgarian Academy of Sciences

K. Freudenreich · Universität Hamburg

W. Friebel · ETH Zurich

M. Fukushima · Harvard University Press

M. Gailloud · University of Science and Technology of China

Yu. Galaktionov · Harvard University Press

E. Gallo · Massachusetts Institute of Technology

S.N. Ganguli · University of Florence

P. Garcı́a-Abia · Université Claude Bernard Lyon 1

D. Gelé · Los Alamos National Laboratory

S. Gentile · Sapienza University of Rome

N. Gheordanescu · Northeastern University

S. Giagu · Sapienza University of Rome

S. Goldfarb · University of Science and Technology of China

Z.F. Gong · University of Geneva

E. Gonzalez · Université Claude Bernard Lyon 1

D. Goujon · Institute of High Energy Physics

G. Gratta · California Institute of Technology

M.W. Gruenewald · University of Florence

C. Gu · European Organization for Nuclear Research

M. Guanziroli · European Organization for Nuclear Research

V.K. Gupta · Princeton University

K. Hangarter · RWTH Aachen University

B. Hartmann · RWTH Aachen University

A. Hasan · European Organization for Nuclear Research

D. Hauschildt · RWTH Aachen University

Jibo He · Johns Hopkins University

T. Hebbeker · University of Florence

M. Hebert · University of California San Diego

A. Hervé · University of Florence

K. Hilgers · RWTH Aachen University

H. Hofer · Universität Hamburg

B. Ille · Los Alamos National Laboratory

M.M. Ilyas · European Organization for Nuclear Research

V. Innocente · University of Florence

H. Janßen · University of Florence

S. Jézéquel · Ann Arbor Center for Independent Living

B.N. Jin · Johns Hopkins University

M. I. Josa · University of Florence

A. Kasser · University of Science and Technology of China

R.A. Khan · European Organization for Nuclear Research

Yu. Kamyshkov · Oak Ridge National Laboratory

P. Kapinos · ETH Zurich

J.S. Kapustinsky · Lawrence Livermore National Laboratory

Y. Karyotakis · University of Florence

M. Kaur · University of Florence

S. Khokhar · European Organization for Nuclear Research

M.N. Kienzle-Focacci

J.K. Kim · Massachusetts Institute of Technology

Seungchul Kim · Massachusetts Institute of Technology

Y.G. Kim · Massachusetts Institute of Technology

W.W. Kinnison · Lawrence Livermore National Laboratory

D. Kirkby · California Institute of Technology

D. Kirkby · California Institute of Technology

S. Kirsch · ETH Zurich

W. Kittel · University of Cyprus

A. Klimentov · Harvard University Press

R. Klöckner · RWTH Aachen University

A. C. König · University of Cyprus

E. Koffeman · RWTH Aachen University

O. Kornadt · RWTH Aachen University

V. Koutsenko · Harvard University Press

R.W. Kraemer · Carnegie Mellon University

T. Krämer · Harvard University Press

V.R. Krastev · Korea Advanced Institute of Science and Technology

W. Krenz · RWTH Aachen University

K.S. Kumar · Hungarian Academy of Sciences

A. Kunin · Harvard University Press

G. Landi · Massachusetts Institute of Technology

D. Lanske · RWTH Aachen University

S. Lanzano · Institute of High Energy Physics

A. Lebedev · Harvard University Press

P. Lebrun · Los Alamos National Laboratory

P. Lecomte · Universität Hamburg

P. Lecoq · University of Florence

P. Le Coultre · Universität Hamburg

D.M. Lee · Lawrence Livermore National Laboratory

J. S. Lee · University of Alabama

K.Y. Lee · University of Alabama

I. Leedom · Boston University

J.M. Le Goff · University of Florence

R. Leiste · ETH Zurich

M. Lenti · Massachusetts Institute of Technology

E. Leonardi · Sapienza University of Rome

C. Li · University of Geneva

H.T. Li · Johns Hopkins University

W.T. Lin · Lawrence Livermore National Laboratory

Z. Lin · University of Geneva

F. Linde · RWTH Aachen University

B. Lindemann · RWTH Aachen University

L. Lista · Bulgarian Academy of Sciences

Y. Liu · European Organization for Nuclear Research

W. Lohmann · ETH Zurich

E. Longo · Sapienza University of Rome

Y.S. Lu · Johns Hopkins University

J.M. Lubbers · University of Florence

K. Lübelsmeyer · RWTH Aachen University

C. Luci · Sapienza University of Rome

D. Luckey · Harvard University Press

L. Ludovici · Sapienza University of Rome

L. Luminari · Sapienza University of Rome

W. Lustermann · ETH Zurich

J.M. Ma · Johns Hopkins University

W.G. Ma · University of Geneva

M. MacDermott · Universität Hamburg

R. P. Malik · European Organization for Nuclear Research

C. Mañá · Université Claude Bernard Lyon 1

M. Maolinbay · Universität Hamburg

P. Marchesini · Universität Hamburg

F. Marion · University of Michigan

A. Marı́n · Tata Institute of Fundamental Research

J.P. Martin · Los Alamos National Laboratory

L. Martínez-Laso · Université Claude Bernard Lyon 1

F. Marzano · Sapienza University of Rome

G.G.G. Massaro · RWTH Aachen University

P. McBride · Hungarian Academy of Sciences

T. McMahon · Istituto Nazionale di Fisica Nucleare, Sezione di Bologna

D. McNally · Universität Hamburg

M. Merk · Carnegie Mellon University

L. Merola · Bulgarian Academy of Sciences

M. Meschini · Massachusetts Institute of Technology

W.J. Metzger · University of Cyprus

Y. Mi · University of Science and Technology of China

A. Mihul · Northeastern University

G.B. Mills · Lawrence Livermore National Laboratory

Y. Mir · European Organization for Nuclear Research

G. Mirabelli · Sapienza University of Rome

J. Mnich · RWTH Aachen University

M. Möller · RWTH Aachen University

B. Monteleoni · Massachusetts Institute of Technology

R. Morand · Ann Arbor Center for Independent Living

S. Morganti · Sapienza University of Rome

N.E. Moulai · European Organization for Nuclear Research

R. Mount · California Institute of Technology

S. Müller · RWTH Aachen University

S. Matsumoto · University of Bucharest

M. Napolitano · National Institute for Subatomic Physics

F. Nessi‐Tedaldi · Universität Hamburg

H. B. Newman · California Institute of Technology

C. Neyer · Universität Hamburg

M.A. Niaz · European Organization for Nuclear Research

A. Nippe · RWTH Aachen University

H. Nowak · ETH Zurich

G. Organtini · Sapienza University of Rome

D. Pandoulas · RWTH Aachen University

S. Paoletti · Sapienza University of Rome

P. Paolucci · Université Claude Bernard Lyon 1

G. Pascale · Sapienza University of Rome

G. Passaleva · Massachusetts Institute of Technology

S. Patricelli · Institute of High Energy Physics

T. Paul · Istituto Nazionale di Fisica Nucleare, Sezione di Bologna

M. Pauluzzi · University of Perugia

C. Paus · RWTH Aachen University

Felicitas Pauss · Universität Hamburg

Y.J. Pei · RWTH Aachen University

S. Pensotti · Institute of High Energy Physics

D. Perret-Gallix · Ann Arbor Center for Independent Living

J. Perrier · University of Florence

D. Piccolo · Institute of High Energy Physics

M. Pieri · University of Florence

P.A. Piroué · Princeton University

F. Plasil · Oak Ridge National Laboratory

V. Plyaskin · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

M. Pohl · Universität Hamburg

V. Pojidaev · Massachusetts Institute of Technology

H. Postema · Harvard University Press

Z.D. Qi · Hungarian Academy of Sciences

Kashif Naseer Qureshi · European Organization for Nuclear Research

R. Raghavan · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

G. Rahal-Callot · Universität Hamburg

M. Rattaggi · National Institute for Subatomic Physics

G. Raven · RWTH Aachen University

P. A. Razis · University of Naples Federico II

K. F. Read · Oak Ridge National Laboratory

D. Ren · Universität Hamburg

Z. Ren · European Organization for Nuclear Research

M. Rescigno · Sapienza University of Rome

S. Reucroft · Boston University

A. Ricker · RWTH Aachen University

S. Riemann · ETH Zurich

O. Rind · National Institute for Subatomic Physics

H.A. Rizvi · European Organization for Nuclear Research

S. R. Ro · University of Alabama

F.J. Rodríguez · Université Claude Bernard Lyon 1

M. Röhner · RWTH Aachen University

L. Romero · Université Claude Bernard Lyon 1

S. Rosier-Lees · Ann Arbor Center for Independent Living

R. Rosmalen · University of Cyprus

Ph. Rosselet · University of Science and Technology of China

W. van Rossum · RWTH Aachen University

S. Roth · RWTH Aachen University

A. Rubbia · Harvard University Press

J.A. Rubio · University of Florence

H. Rykaczewski · Universität Hamburg

M. Sachwitz · ETH Zurich

J. Salicio · University of Florence

J.M. Salicio · Université Claude Bernard Lyon 1

G.S. Sanders · Lawrence Livermore National Laboratory

A. Santocchia · University of Perugia

M.S. Sarakinos · Harvard University Press

G. Sartorelli · European Organization for Nuclear Research

M. Sassowsky · RWTH Aachen University

G. Sauvage · Ann Arbor Center for Independent Living

V. A. Schegelsky · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

D. Schmitz · RWTH Aachen University

P. Schmitz · RWTH Aachen University

M. Schneegans · University of Michigan

D.J. Schotanus · University of Cyprus

S. Shotkin · Harvard University Press

H.J. Schreiber · ETH Zurich

J. Shukla · Carnegie Mellon University

R. Schulte · RWTH Aachen University

S. Schulte · RWTH Aachen University

K. Schultze · RWTH Aachen University

J. Schwenke · RWTH Aachen University

G. Schwering · RWTH Aachen University

I. Scott · Hungarian Academy of Sciences

R. Sehgal · European Organization for Nuclear Research

J.C. Sens · University of Florence

L. Servoli · University of Perugia

I. Sheer · University of California San Diego

S. Shevchenko · California Institute of Technology

X.R. Shi · California Institute of Technology

E. Shumilov · National Institute for Subatomic Physics

V. Shoutko · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

D. Son · University of Alabama

A. Sopczak · University of Florence

V. Soulimov · Istituto Nazionale di Fisica Nucleare, Sezione di Milano

T. Spickermann · RWTH Aachen University

П. Спиллантини · Massachusetts Institute of Technology

R. Starosta · RWTH Aachen University

M. Steuer · Harvard University Press

D.P. Stickland · Princeton University

F. Sticozzi · Harvard University Press

Howard A. Stone · Princeton University

K. Strauch · Hungarian Academy of Sciences

B. Stringfellow

G. Sultanov · European Organization for Nuclear Research

L.Z. Sun · European Organization for Nuclear Research

H. Suter · Universität Hamburg

J.D. Swain · European Organization for Nuclear Research

A.A. Syed · University of Cyprus

X.W. Tang · Johns Hopkins University

L. Taylor · Boston University

G. Terzi · Northeastern University

Samuel C.C. Ting · Harvard University Press

S.M. Ting · Harvard University Press

M. Tonutti · RWTH Aachen University

S. C. Tonwar · Northeastern University

J. Tóth · University of Bucharest

A. Tsaregorodtsev

Y. Tsipolitis · Carnegie Mellon University

C. Tully · Princeton University

K.L. Tung · Johns Hopkins University

J. Ulbricht · Universität Hamburg

László Urbán · University of Bucharest

U. Uwer · RWTH Aachen University

E. Valente · Sapienza University of Rome

R.T. Van de Walle · University of Cyprus

I. Vetlitsky · Istituto Nazionale di Fisica Nucleare, Sezione di Bologna

G. Viertel · Universität Hamburg

P. Vikas · European Organization for Nuclear Research

U. Vikas · European Organization for Nuclear Research

M. Vivargent · University of Michigan

H. Vogel · Carnegie Mellon University

H. Vogt · ETH Zurich

I. Vorobiev · Istituto Nazionale di Fisica Nucleare, Sezione di Bologna

Laurent Vuilleumier · Universität Hamburg

M. Wadhwa · University of Michigan

W. Wallraff · RWTH Aachen University

C. Wang · Harvard University Press

C.R. Wang · University of Geneva

Y. F. Wang · University of Geneva

Y. F. Wang · Harvard University Press

Z.M. Wang · European Organization for Nuclear Research

Charles R Warner · RWTH Aachen University

A. Weber · RWTH Aachen University

J. Weber · Universität Hamburg

R. Weill · University of Science and Technology of China

T. Wenaus · University of Lausanne

J. Wenninger · University of Florence

M. J. White · Harvard University Press

C. Willmott · Université Claude Bernard Lyon 1

F. Wittgenstein · University of Florence

D. Wright · Princeton University

S.X. Wu · European Organization for Nuclear Research

S. Wynhoff · RWTH Aachen University

B. Wysłouch · Harvard University Press

J. Xu · Johns Hopkins University

Z.Z. Xu · University of Geneva

D.S. Yan · Institute of High Energy Physics

B.Z. Yang · University of Geneva

C.G. Yang · Johns Hopkins University

G. Yang · European Organization for Nuclear Research

C.H. Ye · European Organization for Nuclear Research

J.B. Ye · University of Geneva

Q. Ye · European Organization for Nuclear Research

S.C. Yeh · Lawrence Livermore National Laboratory

J.M. You · European Organization for Nuclear Research

Nur Rohim Yunus · European Organization for Nuclear Research

M. Yzerman · RWTH Aachen University

C. Zaccardelli · California Institute of Technology

N. Zaitsev · National Institute for Subatomic Physics

P. Zemp · Universität Hamburg

Ming Zeng · European Organization for Nuclear Research

Y. Zeng · RWTH Aachen University

D.H. Zhang · RWTH Aachen University

Z.P. Zhang · University of Geneva

B. Zhou · Tata Institute of Fundamental Research

G. J. Zhou · Johns Hopkins University

Jun Zhou · RWTH Aachen University

R. Y. Zhu · California Institute of Technology

A. Zichichi · University of Florence

Bob van der Zwaan · RWTH Aachen University