CEPC Partial Double Ring Lattice Design and DA Study

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Presentation transcript:

CEPC Partial Double Ring Lattice Design and DA Study SU Feng GAO Jie WANG Dou WANG Yiwei Li Yongjun BIAN Tianjinan BAI Sha DUAN Zhe GENG Huiping ZHANG Yuan XU Gang XIAO Ming Key Laboratory of Particle Acceleration Physics and Technology Institute of High Energy Physics Chinese Academy of Sciences 2016.7.1

Out line CEPC PDR Lattice Redesign and Consideration CEPC PDR DA Study

CEPC PDR Lattice Redesign and Consideration Feng Su, Yiwei Wang, Jie Gao 2016.7.1

CEPC PDR1.0.2 noFFS

CEPC PDR1.0.2 noFFS

Upload Methods Week Septum：can we make the septem much weaker and longer No Septum: Straight section to acquire a big distance. Need dual-aperture quadrupole. Use defocusing quadrupole.

CEPC PDR1.0.3 noFFS

Emittance Increase (2.06nm->2.1668nm)

Separator + Straight Section (now)

Separator + Doublet (next) ……

Feng Su, Yongjun Li, Yiwei Wang, Dou Wang, Jie Gao, CEPC PDR DA Study Feng Su, Yongjun Li, Yiwei Wang, Dou Wang, Jie Gao, Tianjian Bian, Sha Bai 2016.7.1

Nonlinear Driving Term (ARC) Betx：80.992367 bety：14.172123 2nm Sizmax：402.47um Sigmay：9.22um X：60 Sigma Y：813 Sigma 2 groups

Nonlinear Driving Term (ARC-20160630) Betx：80.992367 bety：14.172123 2nm Sizmax：402.47um Sigmay：9.22um X：60 Sigma Y：813 Sigma 96 groups

Nonlinear Driving Term (ARC_PDR_20160630) Betx：80.992367 bety：14.172123 2nm Sizmax：402.47um Sigmay：9.22um X：45 Sigma Y：780 Sigma 2 groups

Nonlinear Driving Term (ARC_PDR_FFS)

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