Measurement of the mass of the tau lepton.
Measurement of the mass of the tau lepton.
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DOI：
10.1103/physrevd.90.012001
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发表时间：
1992-11
影响因子：
8.6
通讯作者：
M. Ablikim;M. Achasov;X. Ai;O. Albayrak;M. Albrecht;D. Ambrose;F. An;Q. An;J. Bai;R. Ferroli;Y. Ban;J. Bennett;M. Bertani;J. Bian;E. Boger;O. Bondarenko;I. Boyko;S. Braun;R. Briere;H. Cai;X. Cai;O. Cakir;A. Calcaterra;G. Cao;S. Cetin;J. Chang;G. Chelkov;G. Chen;H. Chen;J. Chen;M. Chen;S. Chen;X. Chen;X. Chen;Y. Chen;H. Cheng;X. Chu;Y. Chu;D. Cronin-Hennessy;H. Dai;J. Dai;D. Dedovich;Z. Deng;A. Denig;I. Denysenko;M. Destefanis;W. Ding;Y. Ding;C. Dong;J. Dong;L. Dong;M. Dong;S. Du;J. Fan;J. Fang;S. Fang;Y. Fang;L. Fava;C. Feng;C. Fu;O. Fuks;Q. Gao;Y. Gao;C. Geng;K. Goetzen;W. Gong;W. Gradl;M. Greco;M. Gu;Y. Gu;Y. Guan;A. Guo;L. Guo;T. Guo;Y. Guo;Y. Han;F. Harris;K. He;M. He;Z. He;T. Held;Y. Heng;Z. Hou;C. Hu;H. Hu;J. Hu;T. Hu;G. Huang;G. Huang;H. Huang;J. Huang;L. Huang;X. Huang;Y. Huang;T. Hussain;C. Ji;Q. Ji;Q. Ji;X. Ji;X. Ji;L. Jiang;L. Jiang;X. Jiang;J. Jiao;Z. Jiao;D. Jin;S. Jin;T. Johansson;N. Kalantar-Nayestanaki;X. Kang;X. Kang;M. Kavatsyuk;B. Kloss;B. Kopf;M. Kornicer;W. Kuehn;A. Kupsc;W. Lai;J. Lange;M. Lara;P. Larin;M. Leyhe;C. Li;Cheng Li;Cui Li;D. Li;D. Li;F. Li;G. Li;H. Li;J. Li;K. Li;Lei Li;P. Li;Q. Li;T. Li;W. Li;W. Li;X. Li;X. Li;X. Li;Z. Li;H. Liang;Y. Liang;Y. Liang;D. Lin;B. Liu;C. Liu;C. Liu;F. Liu;F. Liu;Feng. Liu;H. Liu;H. Liu;H. Liu;J. Liu;J. Liu;K. Liu;K. Liu;P. Liu;Q. Liu;S. Liu;X. Liu;Y. Liu;Z. Liu;Zhiqiang Liu;Zhiqing Liu;H. Loehner;X. Lou;G. Lu;H. Lu;H. Lu;J. Lu;X. Lu;Y. Lu;Y. Lu;C. Luo;M. Luo;T. Luo;X. Luo;M. Lv;F. Ma;H. Ma;Q. Ma;S. Ma;T. Ma;X. Ma;F. Maas;M. Maggiora;Q. A. Malik;Y. Mao;Z. Mao;J. Messchendorp;J. Min;T. Min;R. Mitchell;X. Mo;Y. Mo;H. Moeini;C. Morales;K. Moriya;N. Muchnoi;H. Muramatsu;Y. Nefedov;I. Nikolaev;Z. Ning;S. Nisar;X. Niu;S. Olsen;Q. Ouyang;S. Pacetti;M. Pelizaeus;H. Peng;K. Peters;J. Ping;R. Ping;R. Poling;Q. N.;M. Qi;S. Qian;C. Qiao;L. Qin;X. Qin;Y. Qin;Z. Qin;J. Qiu;K. H. Rashid;C. Redmer;M. Ripka;G. Rong;X. Ruan;A. Sarantsev;K. Schoenning;S. Schumann;W. Shan;M. Shao;C. Shen;X. Shen;H. Sheng;M. Shepherd;W. Song;X. Song;S. Spataro;B. Spruck;G. Sun;J. Sun;S. Sun;Y. Sun;Y. Sun;Z. Sun;Z. Sun;C. Tang;X. Tang;I. Tapan;E. Thorndike;D. Toth;M. Ullrich;I. Uman;G. Varner;B. Wang;D. Wang;D. Wang;K. Wang;L. Wang;L. Wang;M. Wang;P. Wang;P. Wang;Q. Wang;S. Wang;W. Wang;X. Wang;Y. Wang;Y. Wang;Y. Wang;Z. Wang;Z. Wang;Z. Wang;Z. Wang;D. Wei;J. Wei;P. Weidenkaff;S. Wen;M. Werner;U. Wiedner;M. Wolke;L. Wu;N. Wu;Z. Wu;L. Xia;Y. Xia;D. Xiao;Z. Xiao;Y. Xie;Q. L. Xiu;G. Xu;L. Xu;Q. Xu;Q. Xu;X. Xu;Z. Xue;L. Yan;W. Yan;W. Yan;Y. Yan;H. Yang;L. Yang;Y. Yang;Y. Yang;H. Ye;M. Ye;M. Ye;B. Yu;C. Yu;H. Yu;J. Yu;S. Yu;C. Yuan;W. Yuan;Y. Yuan;A. Zafar;A. Zallo;S. Zang;Y. Zeng;B. Zhang;B. Zhang;C. Zhang;C. Zhang;C. Zhang;D. Zhang;H. Zhang;H. Zhang;J. Zhang;J. Zhang;J. Zhang;J. Zhang;J. Zhang;S. Zhang;X. Zhang;X. Zhang;Y. Zhang;Y. Zhang;Z. Zhang;Z. Zhang;Z. Zhang;G. Zhao;J. Zhao;Lei Zhao;Ling Zhao;M. Zhao;Q. Zhao;Q. Zhao;S. Zhao;T. Zhao;X. Zhao;Y. Zhao;Z. Zhao;A. Zhemchugov;B. Zheng;J. Zheng;Y. Zheng;B. Zhong;L. Zhou;Li Zhou;X. Zhou;X. Zhou;X. Zhou;X. Zhou;K. Zhu;K. Zhu;X. Zhu;Y. Zhu;Y. Zhu;Z. Zhu;J. Zhuang;B. Zou;J. A. S. S. O. Physics-J.-A.-S.-S.-O.-Physics-1410184010;Beijing 100049;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100191;People's Republic of China Bochum Ruhr-University;D. Bochum;Germany Carnegie Mellon University;Pittsburgh;Pennsylvania 15213;Usa Central China Normal University;Wuhan 430079;People's Republic of China Henan University of Science-People's-Republic-of-China-Henan-University-of-1388340687;Technology;Beijing 100190;People's Republic of China Comsats Institute of Information Technology-People's-Republic-of-China-Comsats-Institute-of-1388347556;Lahore;Defence Road;Off Raiwind Road;54000 Lahore G.I. Budker Institute of Nuclear Physics SB Ras-54000-Lahore-G.I.-Budker-Institute-of-Nuclear-SB-1388516907;Novosibirsk 630090;Russia Gsi Helmholtzcentre for Heavy Ion Research GmbH-Russia-Gsi-Helmholtzcentre-for-Heavy-Ion-Research-1388347592;D. Darmstadt;G. G. N. University-G.;Guilin 541004;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanning 530004;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Hangzhou 310036;People's Republic of China Helmholtz Institute Mainz-People's-Republic-of-China-Helmholtz-Institute-1388347726;45 Johann-Joachim-Becher-Weg;D. Mainz;G. G. N. University-G.;Xinxiang 453007;People's Republic of China Henan University of Science-People's-Republic-of-China-Henan-University-of-1388340687;Luoyang 471003;P. C. College;Huangshan 245000;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Changsha 410082;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Bloomington;Indiana 47405;Usa Infn Laboratori Nazionali di Frascati;I-00044;Frascati;Italy.;Infn;U. Perugia;I-06100;Perugia;Italy Johannes Gutenberg University of Mainz;G. I. F. N. Research;141980 Dubna;Moscow Region;Russia Kvi;U. Groningen;NL-9747 AA Groningen;The Netherlands Lanzhou University;Lanzhou 730000;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Shenyang 110036;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanjing 210023;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanjing 210093;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Tianjin 300071;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100871;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Seoul.;151-747 Korea Shandong University;Jinan 250100;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Taiyuan 030006;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Chengdu 610064;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Suzhou 215006;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Guangzhou 510275;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100084;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Dogol Caddesi;06100 Tandoğan;Ankara;Turkey;D. University;34295 Istanbul;Uludag University;16059 Bursa;Turkey Universitaet Giessen;D. Giessen;G. D. O. A. Sciences;People's Republic of China University of Hawaii-People's-Republic-of-China-University-of-Hawaii-1388347522;Honolulu;Hawaii 96822;U. Minnesota;Minneapolis;Minnesota 55455;Usa University of Rochester;Rochester;New York 14627;Usa University of Science;T. China;Hefei 230026;P. R. China;Hengyang 421001;People's Republic of China University of the Punjab-People's-Republic-of-China-University-of-the-Punjab-1388347619;Lahore-54590;P. Turin;I-10125;Turin;University of Eastern Piedmont;I-15121;Alessandria;Italy Uppsala University;Box 516;Sejong University;Wuhan 430072;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Hangzhou 310027;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Zhengzhou 450001;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Novosibirsk;630090;R. C. D. Physics;Moscow 141700;Russia Also at University of Texas at Dallas-Russia-Also-at-University-of-Texas-at-Dallas-1388516979;Richardson;Texas 75083;Usa Also at the Pnpi;Gatchina 188300;Russia.
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文献类型：
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作者：
M. Ablikim;M. Achasov;X. Ai;O. Albayrak;M. Albrecht;D. Ambrose;F. An;Q. An;J. Bai;R. Ferroli;Y. Ban;J. Bennett;M. Bertani;J. Bian;E. Boger;O. Bondarenko;I. Boyko;S. Braun;R. Briere;H. Cai;X. Cai;O. Cakir;A. Calcaterra;G. Cao;S. Cetin;J. Chang;G. Chelkov;G. Chen;H. Chen;J. Chen;M. Chen;S. Chen;X. Chen;X. Chen;Y. Chen;H. Cheng;X. Chu;Y. Chu;D. Cronin-Hennessy;H. Dai;J. Dai;D. Dedovich;Z. Deng;A. Denig;I. Denysenko;M. Destefanis;W. Ding;Y. Ding;C. Dong;J. Dong;L. Dong;M. Dong;S. Du;J. Fan;J. Fang;S. Fang;Y. Fang;L. Fava;C. Feng;C. Fu;O. Fuks;Q. Gao;Y. Gao;C. Geng;K. Goetzen;W. Gong;W. Gradl;M. Greco;M. Gu;Y. Gu;Y. Guan;A. Guo;L. Guo;T. Guo;Y. Guo;Y. Han;F. Harris;K. He;M. He;Z. He;T. Held;Y. Heng;Z. Hou;C. Hu;H. Hu;J. Hu;T. Hu;G. Huang;G. Huang;H. Huang;J. Huang;L. Huang;X. Huang;Y. Huang;T. Hussain;C. Ji;Q. Ji;Q. Ji;X. Ji;X. Ji;L. Jiang;L. Jiang;X. Jiang;J. Jiao;Z. Jiao;D. Jin;S. Jin;T. Johansson;N. Kalantar-Nayestanaki;X. Kang;X. Kang;M. Kavatsyuk;B. Kloss;B. Kopf;M. Kornicer;W. Kuehn;A. Kupsc;W. Lai;J. Lange;M. Lara;P. Larin;M. Leyhe;C. Li;Cheng Li;Cui Li;D. Li;D. Li;F. Li;G. Li;H. Li;J. Li;K. Li;Lei Li;P. Li;Q. Li;T. Li;W. Li;W. Li;X. Li;X. Li;X. Li;Z. Li;H. Liang;Y. Liang;Y. Liang;D. Lin;B. Liu;C. Liu;C. Liu;F. Liu;F. Liu;Feng. Liu;H. Liu;H. Liu;H. Liu;J. Liu;J. Liu;K. Liu;K. Liu;P. Liu;Q. Liu;S. Liu;X. Liu;Y. Liu;Z. Liu;Zhiqiang Liu;Zhiqing Liu;H. Loehner;X. Lou;G. Lu;H. Lu;H. Lu;J. Lu;X. Lu;Y. Lu;Y. Lu;C. Luo;M. Luo;T. Luo;X. Luo;M. Lv;F. Ma;H. Ma;Q. Ma;S. Ma;T. Ma;X. Ma;F. Maas;M. Maggiora;Q. A. Malik;Y. Mao;Z. Mao;J. Messchendorp;J. Min;T. Min;R. Mitchell;X. Mo;Y. Mo;H. Moeini;C. Morales;K. Moriya;N. Muchnoi;H. Muramatsu;Y. Nefedov;I. Nikolaev;Z. Ning;S. Nisar;X. Niu;S. Olsen;Q. Ouyang;S. Pacetti;M. Pelizaeus;H. Peng;K. Peters;J. Ping;R. Ping;R. Poling;Q. N.;M. Qi;S. Qian;C. Qiao;L. Qin;X. Qin;Y. Qin;Z. Qin;J. Qiu;K. H. Rashid;C. Redmer;M. Ripka;G. Rong;X. Ruan;A. Sarantsev;K. Schoenning;S. Schumann;W. Shan;M. Shao;C. Shen;X. Shen;H. Sheng;M. Shepherd;W. Song;X. Song;S. Spataro;B. Spruck;G. Sun;J. Sun;S. Sun;Y. Sun;Y. Sun;Z. Sun;Z. Sun;C. Tang;X. Tang;I. Tapan;E. Thorndike;D. Toth;M. Ullrich;I. Uman;G. Varner;B. Wang;D. Wang;D. Wang;K. Wang;L. Wang;L. Wang;M. Wang;P. Wang;P. Wang;Q. Wang;S. Wang;W. Wang;X. Wang;Y. Wang;Y. Wang;Y. Wang;Z. Wang;Z. Wang;Z. Wang;Z. Wang;D. Wei;J. Wei;P. Weidenkaff;S. Wen;M. Werner;U. Wiedner;M. Wolke;L. Wu;N. Wu;Z. Wu;L. Xia;Y. Xia;D. Xiao;Z. Xiao;Y. Xie;Q. L. Xiu;G. Xu;L. Xu;Q. Xu;Q. Xu;X. Xu;Z. Xue;L. Yan;W. Yan;W. Yan;Y. Yan;H. Yang;L. Yang;Y. Yang;Y. Yang;H. Ye;M. Ye;M. Ye;B. Yu;C. Yu;H. Yu;J. Yu;S. Yu;C. Yuan;W. Yuan;Y. Yuan;A. Zafar;A. Zallo;S. Zang;Y. Zeng;B. Zhang;B. Zhang;C. Zhang;C. Zhang;C. Zhang;D. Zhang;H. Zhang;H. Zhang;J. Zhang;J. Zhang;J. Zhang;J. Zhang;J. Zhang;S. Zhang;X. Zhang;X. Zhang;Y. Zhang;Y. Zhang;Z. Zhang;Z. Zhang;Z. Zhang;G. Zhao;J. Zhao;Lei Zhao;Ling Zhao;M. Zhao;Q. Zhao;Q. Zhao;S. Zhao;T. Zhao;X. Zhao;Y. Zhao;Z. Zhao;A. Zhemchugov;B. Zheng;J. Zheng;Y. Zheng;B. Zhong;L. Zhou;Li Zhou;X. Zhou;X. Zhou;X. Zhou;X. Zhou;K. Zhu;K. Zhu;X. Zhu;Y. Zhu;Y. Zhu;Z. Zhu;J. Zhuang;B. Zou;J. A. S. S. O. Physics-J.-A.-S.-S.-O.-Physics-1410184010;Beijing 100049;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100191;People's Republic of China Bochum Ruhr-University;D. Bochum;Germany Carnegie Mellon University;Pittsburgh;Pennsylvania 15213;Usa Central China Normal University;Wuhan 430079;People's Republic of China Henan University of Science-People's-Republic-of-China-Henan-University-of-1388340687;Technology;Beijing 100190;People's Republic of China Comsats Institute of Information Technology-People's-Republic-of-China-Comsats-Institute-of-1388347556;Lahore;Defence Road;Off Raiwind Road;54000 Lahore G.I. Budker Institute of Nuclear Physics SB Ras-54000-Lahore-G.I.-Budker-Institute-of-Nuclear-SB-1388516907;Novosibirsk 630090;Russia Gsi Helmholtzcentre for Heavy Ion Research GmbH-Russia-Gsi-Helmholtzcentre-for-Heavy-Ion-Research-1388347592;D. Darmstadt;G. G. N. University-G.;Guilin 541004;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanning 530004;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Hangzhou 310036;People's Republic of China Helmholtz Institute Mainz-People's-Republic-of-China-Helmholtz-Institute-1388347726;45 Johann-Joachim-Becher-Weg;D. Mainz;G. G. N. University-G.;Xinxiang 453007;People's Republic of China Henan University of Science-People's-Republic-of-China-Henan-University-of-1388340687;Luoyang 471003;P. C. College;Huangshan 245000;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Changsha 410082;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Bloomington;Indiana 47405;Usa Infn Laboratori Nazionali di Frascati;I-00044;Frascati;Italy.;Infn;U. Perugia;I-06100;Perugia;Italy Johannes Gutenberg University of Mainz;G. I. F. N. Research;141980 Dubna;Moscow Region;Russia Kvi;U. Groningen;NL-9747 AA Groningen;The Netherlands Lanzhou University;Lanzhou 730000;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Shenyang 110036;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanjing 210023;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Nanjing 210093;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Tianjin 300071;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100871;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Seoul.;151-747 Korea Shandong University;Jinan 250100;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Taiyuan 030006;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Chengdu 610064;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Suzhou 215006;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Guangzhou 510275;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Beijing 100084;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Dogol Caddesi;06100 Tandoğan;Ankara;Turkey;D. University;34295 Istanbul;Uludag University;16059 Bursa;Turkey Universitaet Giessen;D. Giessen;G. D. O. A. Sciences;People's Republic of China University of Hawaii-People's-Republic-of-China-University-of-Hawaii-1388347522;Honolulu;Hawaii 96822;U. Minnesota;Minneapolis;Minnesota 55455;Usa University of Rochester;Rochester;New York 14627;Usa University of Science;T. China;Hefei 230026;P. R. China;Hengyang 421001;People's Republic of China University of the Punjab-People's-Republic-of-China-University-of-the-Punjab-1388347619;Lahore-54590;P. Turin;I-10125;Turin;University of Eastern Piedmont;I-15121;Alessandria;Italy Uppsala University;Box 516;Sejong University;Wuhan 430072;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Hangzhou 310027;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Zhengzhou 450001;People's Republic of China Nanjing Normal University-People's-Republic-of-China-Nanjing-Normal-1410402717;Novosibirsk;630090;R. C. D. Physics;Moscow 141700;Russia Also at University of Texas at Dallas-Russia-Also-at-University-of-Texas-at-Dallas-1388516979;Richardson;Texas 75083;Usa Also at the Pnpi;Gatchina 188300;Russia.
使用BESIII探测器在tau对产生阈值附近进行了能量扫描。收集了大约24PB(-1)的数据，分布在四个扫描点上。该分析是基于t对衰变到ee、e、u、h、e。和P.终态，其中h表示带电的p或K。t轻子的质量是从与t对产生截面数据的最大似然拟合来测量的，m(Tau)=1776.91+/-0.120.10-0.13MeV/c(2)，这是目前单次测量中最精确的值。
An energy scan near the tau pair production threshold has been performed using the BESIII detector. About 24 pb(-1) of data, distributed over four scan points, were collected. This analysis is based on t pair decays to ee, e mu, eh, h, hh, e.,. and p. final states, where h denotes a charged p or K. The mass of the t lepton is measured from a maximum likelihood fit to the t pair production cross- section data to be m(tau) = 1776.91 +/- 0.12_0.10 - 0.13 _ MeV/c(2), which is currently the most precise value in a single measurement.