A study of [FORMULA] production in e+e− collisions at [FORMULA]-207 GeV
J. Abdallah,P. Abreu,W. Adam,P. Adzic,T. Albrecht,R. Alemany-Fernandez,T. Allmendinger,P. P. Allport,U. Amaldi,N. Amapane,S. Amato,E. Anashkin,A. Andreazza,S. Andringa,N. Anjos,P. Antilogus,W-D. Apel,Y. Arnoud,S. Ask,B. Asman,J. E. Augustin,A. Augustinus,P. Baillon,A. Ballestrero,P. Bambade,R. Barbier,D. Bardin,G. J. Barker,A. Baroncelli,M. Battaglia,M. Baubillier,K-H. Becks,M. Begalli,A. Behrmann,E. Ben-Haim,N. Benekos,A. Benvenuti,C. Berat,M. Berggren,D. Bertrand,M. Besancon,N. Besson,D. Bloch,M. Blom,M. Bluj,M. Bonesini,M. Boonekamp,P. S. L. Booth,G. Borisov,O. Botner,B. Bouquet,T. J. V. Bowcock,I. Boyko,M. Bracko,R. Brenner,E. Brodet,P. Bruckman,J. M. Brunet,B. Buschbeck,P. Buschmann,M. Calvi,T. Camporesi,V. Canale,F. Carena,N. Castro,F. Cavallo,M. Chapkin,Ph. Charpentier,P. Checchia,R. Chierici,P. Chliapnikov,J. Chudoba,S. U. Chung,K. Cieslik,P. Collins,R. Contri,G. Cosme,F. Cossutti,M. J. Costa,D. Crennell,J. Cuevas,J. D’Hondt,T. da Silva,W. Da Silva,G. Della Ricca,A. De Angelis,W. De Boer,C. De Clercq,B. De Lotto,N. De Maria,A. De Min,L. de Paula,L. Di Ciaccio,A. Di Simone,K. Doroba,J. Drees,G. Eigen,T. Ekelof,M. Ellert,M. Elsing,M. C. Espirito Santo,G. Fanourakis,D. Fassouliotis,M. Feindt,J. Fernandez,A. Ferrer,F. Ferro,U. Flagmeyer,H. Foeth,E. Fokitis,F. Fulda-Quenzer,J. Fuster,M. Gandelman,C. Garcia,Ph. Gavillet,E. Gazis,R. Gokieli,B. Golob,G. Gomez-Ceballos,P. Goncalves,E. Graziani,G. Grosdidier,K. Grzelak,J. Guy,C. Haag,A. Hallgren,K. Hamacher,K. Hamilton,S. Haug,F. Hauler,V. Hedberg,M. Hennecke,J. Hoffman,S-O. Holmgren,P. J. Holt,M. A. Houlden,J. N. Jackson,G. Jarlskog,P. Jarry,D. Jeans,E. K. Johansson,P. Jonsson,C. Joram,L. Jungermann,F. Kapusta,S. Katsanevas,E. Katsoufis,G. Kernel,B. P. Kersevan,U. Kerzel,B. T. King,N. J. Kjaer,P. Kluit,P. Kokkinias,C. Kourkoumelis,O. Kouznetsov,Z. Krumstein,M. Kucharczyk,J. Lamsa,G. Leder,F. Ledroit,L. Leinonen,R. Leitner,J. Lemonne,V. Lepeltier,T. Lesiak,W. Liebig,D. Liko,A. Lipniacka,J. H. Lopes,J. M. Lopez,D. Loukas,P. Lutz,L. Lyons,J. MacNaughton,A. Malek,S. Maltezos,F. Mandl,J. Marco,R. Marco,B. Marechal,M. Margoni,J-C. Marin,C. Mariotti,A. Markou,C. Martinez-Rivero,J. Masik,N. Mastroyiannopoulos,F. Matorras,C. Matteuzzi,F. Mazzucato,M. Mazzucato,R. Mc Nulty,C. Meroni,E. Migliore,W. Mitaroff,U. Mjoernmark,T. Moa,M. Moch,K. Moenig,R. Monge,J. Montenegro,D. Moraes,S. Moreno,P. Morettini,U. Mueller,K. Muenich,M. Mulders,L. Mundim,W. Murray,B. Muryn,G. Myatt,T. Myklebust,M. Nassiakou,F. Navarria,K. Nawrocki,S. Nemecek,R. Nicolaidou,M. Nikolenko,A. Oblakowska-Mucha,V. Obraztsov,A. Olshevski,A. Onofre,R. Orava,K. Osterberg,A. Ouraou,A. Oyanguren,M. Paganoni,S. Paiano,J. P. Palacios,H. Palka,Th. D. Papadopoulou,L. Pape,C. Parkes,F. Parodi,U. Parzefall,A. Passeri,O. Passon,L. Peralta,V. Perepelitsa,A. Perrotta,A. Petrolini,J. Piedra,L. Pieri,F. Pierre,M. Pimenta,E. Piotto,T. Podobnik,V. Poireau,M. E. Pol,G. Polok,V. Pozdniakov,N. Pukhaeva,A. Pullia,D. Radojicic,P. Rebecchi,J. Rehn,D. Reid,R. Reinhardt,P. Renton,F. Richard,J. Ridky,M. Rivero,D. Rodriguez,A. Romero,P. Ronchese,P. Roudeau,T. Rovelli,V. Ruhlmann-Kleider,D. Ryabtchikov,A. Sadovsky,L. Salmi,J. Salt,C. Sander,A. Savoy-Navarro,U. Schwickerath,R. Sekulin,M. Siebel,A. Sisakian,G. Smadja,O. Smirnova,A. Sokolov,A. Sopczak,R. Sosnowski,T. Spassov,M. Stanitzki,A. Stocchi,J. Strauss,B. Stugu,M. Szczekowski,M. Szeptycka,T. Szumlak,T. Tabarelli,F. Tegenfeldt,J. Timmermans,L. Tkatchev,M. Tobin,S. Todorovova,B. Tome,A. Tonazzo,P. Tortosa,P. Travnicek,D. Treille,G. Tristram,M. Trochimczuk,C. Troncon,M-L. Turluer,I. A. Tyapkin,P. Tyapkin,S. Tzamarias,V. Uvarov,G. Valenti,P. Van Dam,J. Van Eldik,N. van Remortel,I. Van Vulpen,G. Vegni,F. Veloso,W. Venus,P. Verdier,V. Verzi,D. Vilanova,L. Vitale,V. Vrba,H. Wahlen,A. J. Washbrook,C. Weiser,D. Wicke,J. Wickens,G. Wilkinson,M. Winter,M. Witek,O. Yushchenko,A. Zalewska,P. Zalewski,D. Zavrtanik,V. Zhuravlov,N. I. Zimin,A. Zintchenko,M. Zupan
European Physical Journal C（2009）
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摘要
Measurements are presented of R b , the ratio of the [FORMULA] cross-section to the [FORMULA] cross-section in e + e − collisions, and the forward-backward asymmetry A FB b at twelve energy points in the range [FORMULA]-207 GeV. These results are found to be consistent with the Standard Model expectations. The measurements are used to set limits on new physics scenarios involving contact interactions.
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