Measurement of the top quark mass in the tt → dilepton channel from √ s=8 TeV ATLAS data
Measurement of the top quark mass in the tt → dilepton channel from √ s=8 TeV ATLAS data
复制标题
根据 √ s=8 TeV ATLAS 数据测量 tt → 双轻子通道中的顶夸克质量
DOI：
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发表时间：
2016
期刊：
影响因子：
--
通讯作者：
F. Zhang
中科院分区：
文献类型：
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作者：
D. Temple;H. T. Kate;P. Teng;J. J. Teoh;F. Tepel;S. Terada;K. Terashi;J. Terron;S. Terzo;M. Testa;R. Teuscher;T. Theveneaux;J. Thomas;J. Thomas;E. Thompson;P. Thompson;A. Thompson;L. Thomsen;E. Thomson;M. Thomson;M. Tibbetts;R. Torres;V. Tikhomirov;Y. Tikhonov;S. Timoshenko;P. Tipton;S. Tisserant;K. Todome;T. Todorov;J. Tojo;S. Tokár;K. Tokushuku;E. Tolley;L. Tomlinson;M. Tomoto;L. Tompkins;K. Toms;B. Tong;E. Torrence;H. Torres;E. Pastor;J. Toth;F. Touchard;D. Tovey;T. Trefzger;A. Tricoli;S. Trincaz;M. Tripiana;W. Trischuk;B. Trocmé;A. Trofymov;C. Troncon;M. Trottier;M. Trovatelli;L. Truong;M. Trzebiński;A. Trzupek;J. Tseng;P. Tsiareshka;G. Tsipolitis;N. Tsirintanis;S. Tsiskaridze;V. Tsiskaridze;E. Tskhadadze;K. Tsui;I. Tsukerman;V. Tsulaia;S. Tsuno;D. Tsybychev;D. Turgeman;R. Turra;A. Turvey;P. Tuts;M. Tyndel;G. Ucchielli;I. Ueda;M. Ughetto;F. Ukegawa;G. Unal;A. Undrus;G. Unel;F. Ungaro;Y. Unno;C. Unverdorben;P. Urquijo;P. Urrejola;G. Usai;A. Usanova;L. Vacavant;B. Vachon;C. Valderanis;E. Santurio;N. Valencic;S. Valentinetti;A. Valero;L. Valéry;S. Valkar;J. A. V. Ferrer;W. Wollenberg;P. Gemmeren;J. Nieuwkoop;I. Vulpen;W. Vandelli;R. Vanguri;A. Vaniachine;P. Vankov;G. Vardanyan;R. Vari;E. Varnes;T. Varol;D. Varouchas;A. Vartapetian;K. Varvell;J. Vasquez;F. Vazeille;T. Schroeder;J. Veatch;V. Veeraraghavan;L. Veloce;F. Veloso;S. Veneziano;A. Ventura;A. Venturini;V. Vercesi;M. Verducci;W. Verkerke;J. Vermeulen;O. Viazlo;I. Vichou;T. Vickey;G. Viehhauser;S. Viel;L. Vigani;M. Villa;M. V. Perez;E. Vilucchi;M. Vincter;V. Vinogradov;C. Vittori;I. Vivarelli;S. Vlachos;M. Vlasak;M. Vogel;P. Vokac;G. Volpi;M. Volpi;E. Toerne;V. Vorobel;K. Vorobev;M. Vos;R. Voss;J. Vossebeld;R. Vuillermet;P. Wagner;W. Wagner;H. Wahlberg;S. Wahrmund;J. Wakabayashi;J. Walder;R. Walker;W. Walkowiak;V. Wallangen;Chuan;C. Wanotayaroj;A. Warburton;D. Wardrope;A. Washbrook;P. Watkins;G. Watts;S. Watts;S. Weber;J. Webster;C. Weiser;T. Wenaus;S. Wenig;K. Whalen;N. Whallon;W. Wiedenmann;M. Wielers;P. Wienemann;C. Wiglesworth;F. Wilk;J. Wilson;F. Winklmeier;H. Wolters;B. Wosiek;J. Wotschack;M. Woudstra;K. Woźniak;X. Wu;T. Wyatt;B. Wynne;S. Xella;L. Xu;B. Yabsley;D. Yamaguchi;Y. Yamaguchi;A. Yamamoto;S. Yamamoto;K. Yamauchi;Y. Yamazaki;Z. Yan;H. Yang;Y. Yang;Z. Yang;W. Yao;Y. C. Yap;Y. Yasu;E. Yatsenko;K. Wong;J. Ye;I. Yeletskikh;A. Yen;E. Yildirim;R. Yoshida;K. Yoshihara;C. Young;C. Young;S. Youssef;J. Yu;J. Yu;I. Yusuff;B. Zabinski;R. Zaidan;A. Zaitsev;N. Zakharchuk;J. Zalieckas;A. Zaman;S. Zambito;D. Zanzi;C. Zeitnitz;M. Zeman;A. Zemla;Q. Zeng;K. Zengel;O. Zenin;T. Ženiš;D. Zerwas;F. Zhang
使用 2012 年大型强子对撞机 (LHC) 记录的 ATLAS 数据在 t ́ t → 双轻子通道 (轻子 = e , μ ) 中测量顶夸克质量。数据是在质子-质子质心能量 √ s = 8 TeV 处获取的，对应于约 20 的积分光度。 2 fb − 1 。利用模板方法，并使用轻子-b-喷流对的不变质量分布，测得顶夸克质量为 m top = 172 。 99±0。 41（统计）±0。 74（系统）GeV，总不确定度为 0 。 84GeV。最后，与先前 ATLAS m top 测量值（来自 t ̅ t → 双轻子和 t ̅ t → 轻子 + 射流通道中 √ s = 7 TeV 数据）的组合得出 m top = 172 。 84±0。 34（统计）±0。 61（系统）GeV，总不确定度为 0 。 70GeV。 2016年
The top quark mass is measured in the t ¯ t → dilepton channel (lepton = e , μ ) using ATLAS data recorded in the year 2012 at the LHC. The data were taken at a proton–proton centre-of-mass energy of √ s = 8 TeV and correspond to an integrated luminosity of about 20 . 2 fb − 1 . Exploiting the template method, and using the distribution of invariant masses of lepton– b -jet pairs, the top quark mass is measured to be m top = 172 . 99 ± 0 . 41 (stat) ± 0 . 74 (syst) GeV, with a total uncertainty of 0 . 84 GeV. Finally, a combination with previous ATLAS m top measurements from √ s = 7 TeV data in the t ¯ t → dilepton and t ¯ t → lepton + jets channels results in m top = 172 . 84 ± 0 . 34 (stat) ± 0 . 61 (syst) GeV, with a total uncertainty of 0 . 70 GeV. 2016 The
影响因子：
8.6
作者：
M. Czakon;P. Fiedler;A. Mitov
通讯作者：
M. Czakon;P. Fiedler;A. Mitov
影响因子：
5.4
作者：
M. Czakon;A. Mitov
通讯作者：
M. Czakon;A. Mitov
影响因子：
2.8
作者：
Ball, Richard D.;Bertone, Valerio;Ubiali, Maria
通讯作者：
Ubiali, Maria