DCO4 LATTICE DESIGN FOR 6.4 KM ILC DAMPING RINGS

DCO4 LATTICE DESIGN FOR 6.4 KM ILC DAMPING RINGS
复制标题

适用于 6.4 KM ILC 阻尼环的 DCO4 网格设计

DOI:
--
复制
发表时间:
2010
期刊:
影响因子:
--
通讯作者:
A. Wolski
A. Wolski
中科院分区:
--
文献类型:
--
作者:
M. Korostelev;A. Wolski

文献摘要

被引文献

相似文献

自 2008 年初以来,我们一直在开发 ILC 阻尼环的新晶格设计,作为之前 OCS6 设计的成本更低的替代方案。电子和正电子阻尼环的晶格是相同的,旨在提供高强度的 5 GeV 光束,在提取时发射率较低。本文提出的最新设计为注入时的大正电子束提供了足够的动态孔径。该晶格还满足在同一隧道中将正电子环布置在电子环正上方的工程要求。
A new lattice design for the ILC damping ring has been developed since the beginning of 2008 as a lower cost alternative to the previous OCS6 design. The lattices for the electron and positron damping rings are identical, and are designed to provide an intense, 5 GeV beam with low emittance at extraction. The latest design, presented in this paper, provides sufficient dynamic aperture for the large positron beam at injection. The lattice also meets the engineering requirements for arrangement of the positron ring directly above the electron ring in the same tunnel.