Zeroth-order design report for the next linear collider. Volume 1
Zeroth-order design report for the next linear collider. Volume 1
复制标题
下一个线性对撞机的零阶设计报告。
DOI：
10.2172/257432
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发表时间：
1996
期刊：
影响因子：
--
通讯作者：
T. Raubenheimer
中科院分区：
文献类型：
--
作者：
T. Raubenheimer
下一个线性对撞机（NLC）的零级设计报告（ZDR）已经完成，作为TeV级线性对撞机的可行性研究，该对撞机包含一个由11.424 GHz射频微波供电的室温加速器-类似于目前在SLC中使用的加速器，但射频频率为4倍。这项研究的目的是检查这样一个对撞机的完整系统，了解部件如何组合在一起，并确保每个所需的部件都包括在内。这里介绍的设计在任何意义上都不是完全工程化的，但是为了确保可以建造NLC，已经注意到一些关键组件和提出特殊挑战的问题。更多的工程和一些机械和电气系统的开发仍有待完成，但本研究的结论是，确实NLC在技术上是可行的，可以预期达到所需的性能水平，在TeV的能量规模进行研究。第一卷包括以下内容：介绍;电子源;正电子源; NLC阻尼环;聚束压缩机和预线性加速器;低频线性加速器和压缩机;主线性加速器;设计和动力学;和主线性加速器的RF系统。
This Zeroth Order Design Report (ZDR) for the Next Linear Collider (NLC) has been completed as a feasibility study for a TeV-scale linear collider that incorporates a room-temperature accelerator powered by rf microwaves at 11.424 GHz--similar to that presently used in the SLC, but at four times the rf frequency. The purpose of this study is to examine the complete systems of such a collider, to understand how the parts fit together, and to make certain that every required piece has been included. The design presented here is not fully engineered in any sense, but to be assured that the NLC can be built, attention has been given to a number of critical components and issues that present special challenges. More engineering and development of a number of mechanical and electrical systems remain to be done, but the conclusion of this study is that indeed the NLC is technically feasible and can be expected to reach the performance levels required to perform research at the TeV energy scale. Volume one covers the following: the introduction; electron source; positron source; NLC damping rings; bunch compressors and prelinac; low-frequency linacs and compressors; main linacs; design and dynamics; and RF systems for main linacs.