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Accelerator physics issues for the Very Large Hadron Collider

机译:超大型强子对撞机的加速器物理问题

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The goal of the Very Large Hadron Collider (VLHC) is to extend the energy frontier beyond LHC. The proposed design center of mass energy for the VLHC pp collider is 100 TeV, with a luminosity of 1/spl times/10/sup 34/ cm/sup -2/ sec/sup -1/ and an integrated luminosity of about 100 fb/sup -1/ per year. In this paper we present a summary of work conducted during a workshop and issues we feel are most important. Accelerator Physics issues and design aspects specific to both the high field and low field magnet technologies were studied, including the general accelerator parameters, beam stability issues, magnet field quality and the R&D needed to relax the accelerator component tolerances. This paper summarizes the accelerator physics R&D the VLHC Accelerator Physics Working Group members are undertaking.
机译:超大型强子对撞机(VLHC)的目标是将能源前沿扩展到LHC之外。 VLHC pp对撞机的拟议质量能设计中心为100 TeV,光度为1 / spl乘以10 / sup 34 / cm / sup -2 / sec / sup -1 /,综合光度约为100 fb每年/ sup -1 /。在本文中,我们总结了研讨会期间进行的工作以及我们认为最重要的问题。研究了针对高磁场和低磁场磁体技术的加速器物理问题和设计方面,包括常规加速器参数,射束稳定性问题,磁场质量以及放松加速器组件公差所需的研发。本文总结了VLHC加速器物理工作组成员正在进行的加速器物理研究与开发。

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