Dalitz plot analysis of the D + → K − K + K + decay
R. Aaij,C. Abellán Beteta,B. Adeva,M. Adinolfi,C. A. Aidala,Z. Ajaltouni,S. Akar,P. Albicocco,J. Albrecht,F. Alessio,M. Alexander,A. Alfonso Albero,G. Alkhazov,P. Alvarez Cartelle,A. A. Alves Jr,S. Amato,S. Amerio,Y. Amhis,L. An,L. Anderlini,G. Andreassi,M. Andreotti,J. E. Andrews,F. Archilli,P. d’Argent,J. Arnau Romeu,A. Artamonov,M. Artuso, K. Arzymatov,E. Aslanides,M. Atzeni,B. Audurier,S. Bachmann,J. J. Back,S. Baker,V. Balagura,W. Baldini,A. Baranov,R. J. Barlow,G. C. Barrand,S. Barsuk,W. Barter,M. Bartolini,F. Baryshnikov,V. Batozskaya,B. Batsukh,A. Battig,V. Battista,A. Bay, J. Beddow,F. Bedeschi,I. Bediaga,A. Beiter,L. J. Bel,S. Belin,N. Beliy,V. Bellee,N. Belloli,K. Belous,I. Belyaev,E. Ben-Haim,G. Bencivenni, S. Benson,S. Beranek,A. Berezhnoy,R. Bernet,D. Berninghoff,E. Bertholet,A. Bertolin,C. Betancourt,F. Betti,M. O. Bettler,M. van Beuzekom,Ia. Bezshyiko,S. Bhasin,J. Bhom,S. Bifani,P. Billoir,A. Birnkraut,A. Bizzeti,M. Bjørn,M. P. Blago,T. Blake,F. Blanc,S. Blusk,D. Bobulska,V. Bocci,O. Boente Garcia,T. Boettcher,A. Bondar,N. Bondar,S. Borghi,M. Borisyak,M. Borsato,F. Bossu,M. Boubdir,T. J. V. Bowcock,C. Bozzi,S. Braun,M. Brodski,J. Brodzicka,A. Brossa Gonzalo,D. Brundu,E. Buchanan,A. Buonaura,C. Burr,A. Bursche, J. Buytaert,W. Byczynski,S. Cadeddu,H. Cai,R. Calabrese,R. Calladine,M. Calvi,M. Calvo Gomez,A. Camboni,P. Campana,D. H. Campora Perez,L. Capriotti,A. Carbone,G. Carboni,R. Cardinale, A. Cardini,P. Carniti, L. Carson,K. Carvalho Akiba,G. Casse,L. Cassina,M. Cattaneo,G. Cavallero,R. Cenci,D. Chamont,M. G. Chapman,M. Charles,Ph. Charpentier,G. Chatzikonstantinidis,M. Chefdeville,V. Chekalina, C. Chen,S. Chen,S.-G. Chitic,V. Chobanova,M. Chrzaszcz,A. Chubykin,P. Ciambrone,X. Cid Vidal,G. Ciezarek,F. Cindolo,P. E. L. Clarke,M. Clemencic,H. V. Cliff,J. Closier,V. Coco,J. A. B. Coelho,J. Cogan,E. Cogneras,L. Cojocariu,P. Collins,T. Colombo,A. Comerma-Montells,A. Contu,G. Coombs,S. Coquereau,G. Corti,M. Corvo,C. M. Costa Sobral,B. Couturier,G. 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Li,Z. Li,X. Liang,T. Likhomanenko,R. Lindner,F. Lionetto,V. Lisovskyi,G. Liu,X. Liu,D. Loh,A. Loi, I. Longstaff,J. H. Lopes,G. H. Lovell,D. Lucchesi,M. Lucio Martinez, A. Lupato,E. Luppi,O. Lupton,A. Lusiani,X. Lyu,F. Machefert,F. Maciuc,V. Macko, P. Mackowiak, S. Maddrell-Mander,O. Maev,P. C. Magalhães,K. Maguire,D. Maisuzenko,M. W. Majewski,S. Malde,B. Malecki, A. Malinin,T. Maltsev,G. Manca,G. Mancinelli,D. Marangotto,J. Maratas,J. F. Marchand,U. Marconi,C. Marin Benito,M. Marinangeli, P. Marino,J. Marks,P. J. Marshall,G. Martellotti,M. Martin,M. Martinelli,D. Martinez Santos,F. Martinez Vidal,A. Massafferri,M. Materok,R. Matev,A. Mathad,Z. Mathe,C. Matteuzzi,A. Mauri,E. Maurice,B. Maurin, A. Mazurov,M. McCann,A. McNab,R. McNulty,J. V. Mead,B. Meadows,C. Meaux,N. Meinert,D. Melnychuk, M. Merk,A. Merli,E. Michielin, D. A. Milanes,E. Millard,M.-N. Minard,L. Minzoni,D. S. Mitzel, A. Mogini,R. D. Moise,T. Mombächer,I. A. Monroy,S. Monteil,M. Morandin,G. Morello,M. J. Morello,O. 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Tou,R. Tourinho Jadallah Aoude,E. Tournefier,M. Traill,M. T. Tran,A. Trisovic,A. Tsaregorodtsev,G. Tuci,A. Tully,N. Tuning,A. Ukleja,A. Usachov,A. Ustyuzhanin,U. Uwer,A. Vagner,V. Vagnoni,A. Valassi,S. Valat,G. Valenti,R. Vazquez Gomez,P. Vazquez Regueiro,S. Vecchi,M. van Veghel,J. J. Velthuis,M. Veltri,G. Veneziano,A. Venkateswaran,M. Vernet, M. Veronesi, M. Vesterinen,J. V. Viana Barbosa,D. Vieira,M. Vieites Diaz,H. Viemann,X. Vilasis-Cardona,A. Vitkovskiy,M. Vitti,V. Volkov,A. Vollhardt,D. Vom Bruch,B. Voneki,A. Vorobyev,V. Vorobyev,N. Voropaev,J. A. de Vries,C. Vázquez Sierra,R. Waldi,J. Walsh,J. Wang,M. Wang,Y. Wang,Z. Wang,D. R. Ward, H. M. Wark,N. K. Watson, D. Websdale, A. Weiden,C. Weisser,M. Whitehead,J. Wicht,G. Wilkinson,M. Wilkinson,I. Williams,M. R. J. Williams,M. Williams,T. Williams,F. F. Wilson,M. Winn,W. Wislicki,M. Witek,G. Wormser,S. A. Wotton,K. Wyllie,D. Xiao,Y. Xie,A. Xu,M. Xu,Q. Xu,Z. Xu,Z. Xu,Z. Yang,Z. Yang,Y. Yao,L. E. Yeomans,H. Yin,J. Yu,X. Yuan,O. Yushchenko,K. A. Zarebski,M. Zavertyaev,D. Zhang,L. Zhang,W. C. Zhang,Y. Zhang,A. Zhelezov,Y. Zheng,X. Zhu,V. Zhukov,J. B. Zonneveld,S. Zucchelli
arXiv: High Energy Physics - Experiment（2019）
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摘要
bstract The resonant structure of the doubly Cabibbo-suppressed decay D + → K − K + K + is studied for the first time. The measurement is based on a sample of pp -collision data, collected at a centre-of-mass energy of 8 TeV with the LHCb detector and corresponding to an integrated luminosity of 2 fb −1 . The amplitude analysis of this decay is performed with the isobar model and a phenomenological model based on an effective chiral Lagrangian. In both models the S-wave component in the K − K + system is dominant, with a small contribution of the ϕ (1020) meson and a negligible contribution from tensor resonances. The K + K − scattering amplitudes for the considered combinations of spin (0,1) and isospin (0,1) of the two-body system are obtained from the Dalitz plot fit with the phenomenological decay amplitude.
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Charm physics,Hadron-Hadron scattering (experiments),Particle and resonance production
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