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Reviews of Accelerator Science and Technology: Volume 6 - Accelerators for High Intensity Beams

机译:加速器科学与技术评论:第6卷-高强度光束的加速器

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摘要

As particle accelerators strive for ever-increasing performance, high-intensity particle beams are becoming one of the critical demands from a majority of users - whether for proton, electron or ion beams - and for most applications. The accelerator community has therefore put a great deal of effort into the pursuit of high-intensity accelerator performance, on a number of fronts. Recognizing the topic's importance, the editors have dedicated this volume of Reviews of Accelerator Science and Technology to accelerators for high-intensity beams. As well as reviews of applications at the intensity frontier in particle and nuclear physics, this volume also looks at applications, for example, in radiography and the production of radiopharmaceuticals, as well as in accelerator-driven systems and the inertial production of fusion energy. Other chapters deal with different types of accelerator, such as superconducting hadron linacs and rapid-cycling synchrotrons, and accumulator rings for high-intensity hadron beams. Key accelerator subsystems that allow high-intensity operation are also covered, with chapters on ion injectors, ion charge-strippers, targets and secondary beams, neutron-beam lines and beam-material interactions. The final chapter follows the journal's tradition of looking at people who have shaped the field. This time, Giorgio Brianti and David Plane contribute their personal recollections about John Adams, who made so many pioneering contributions to CERN's unrivalled accelerator complex. In particular, it outlines Adams's abilities as an international collaboration leader.
机译:随着粒子加速器不断提高性能,高强度粒子束正成为质子,电子或离子束等大多数用户以及大多数应用的关键需求之一。因此,加速器社区在许多方面都为追求高强度加速器性能付出了巨大的努力。认识到该主题的重要性,编辑们将这本《加速器科学和技术评论》的内容专门用于高强度光束的加速器。除了回顾粒子和核物理在强度前沿的应用外,本卷还着眼于射线照相和放射性药物生产,加速器驱动系统和聚变能的惯性生产中的应用。其他章节涉及不同类型的加速器,例如超导强子直线加速器和快速循环同步加速器,以及用于高强度强子束的蓄电池环。还介绍了允许高强度运行的关键加速器子系统,其中包括有关离子注入器,离子电荷剥离器,目标和次级束,中子束线以及束与材料相互作用的章节。最后一章遵循该杂志的传统,即寻找塑造这一领域的人。这次,乔治·布里安蒂(Giorgio Brianti)和大卫·普莱恩(David Plane)对约翰·亚当斯(John Adams)做出了自己的个人回忆,约翰·亚当斯(John Adams)为CERN无与伦比的加速器系统做出了许多开拓性贡献。特别是概述了Adams作为国际协作领导者的能力。

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    《CERN courier》 |2014年第9期|53-53|共1页
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