FCC-ee Overview
FCC-ee Overview
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发表时间：
2015-01
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通讯作者：
F. Zimmermann;J. Osborne;L. Medina;D. Schulte;S. Nikitin;R. Martin;A. Blondel;P. Lebrun;A. Bogomyagkov;E. Jensen;Yannis Panagiotis Papaphilippou;B. Härer;E. Gianfelice;E. Levichev;N. Muchnoi;I. Koop;L. Lari;K. Ohmi;Kazuro Furukawa;U. Wienands;R. Kersevan;D. Shatilov;M. Koratzinos;K. Oide;M. Boscolo;A. Ferrari;B. Holzer;R. Tomás;F. Cerutti;J. Gutleber;H. Burkhardt;A. Mereghetti;M. Benedikt;S. White;J. Wenninger
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作者：
F. Zimmermann;J. Osborne;L. Medina;D. Schulte;S. Nikitin;R. Martin;A. Blondel;P. Lebrun;A. Bogomyagkov;E. Jensen;Yannis Panagiotis Papaphilippou;B. Härer;E. Gianfelice;E. Levichev;N. Muchnoi;I. Koop;L. Lari;K. Ohmi;Kazuro Furukawa;U. Wienands;R. Kersevan;D. Shatilov;M. Koratzinos;K. Oide;M. Boscolo;A. Ferrari;B. Holzer;R. Tomás;F. Cerutti;J. Gutleber;H. Burkhardt;A. Mereghetti;M. Benedikt;S. White;J. Wenninger
FCC-ee是一个拟议中的圆形e+e对撞机，安装在一个新的100公里的隧道中，为四个实验提供高亮度，质量中心能量范围从91 GeV（Z极）到160 GeV（W阈值）和240 GeV（H产生）到350 GeV（t物理）。FCC-ee设计是全球未来圆形对撞机（FCC）研究的一部分，该研究将FCC-ee视为迈向100 TeV强子对撞机（称为FCC-hh）的潜在中间步骤，共享相同的隧道基础设施。我们在这里报告FCC-ee的设计状态。
The FCC-ee is a proposed circular e+e- collider installed in a new 100 km tunnel delivering high luminosity to four experiments at centre-of-mass energies ranging from 91 GeV (Z pole) over 160 GeV (W threshold) and 240 GeV (H production) to 350 GeV (t physics). The FCC-ee design is pursued as part of the global Future Circular Collider (FCC) study, which regards the FCC-ee as a potential intermediate step towards a 100-TeV hadron collider, called FCC-hh, sharing the same tunnel infrastructure. We here report the FCC-ee design status.