论文标题

关于高功率环体和FFA的Snowmass'21研讨会的报告

Report of the Snowmass'21 Workshop on High-Power Cyclotrons and FFAs

论文作者

Winklehner, Daniel, Adelmann, Andreas, Alonso, Jose R., Calabretta, Luciano, Okuno, Hiroki, Planche, Thomas, Tahar, Malek Haj

论文摘要

该白皮书总结了国际专家在同名的三天研讨会上讨论的高功率环体和FFA领域的状态。该研讨会是从9月7日至9月9日在网上举行的,作为美国雪人21社区练习的一部分,特别是加速器前沿(AF)和中微子的传播加速器(AF02)。因此,我们重点介绍了在粒子物理学,特别是中微子物理学以及作为万能产生的驱动因素中应用高功率环体的应用。在引言中,我们讨论了环蛋白在粒子物理学中的作用,后来我们强调了相应部分中现有和计划的实验。但是,由于这些相同的加速器在同位素生产领域(无论是研究和医学)都具有重要的应用,甚至在能源研究中也可能在能源研究中,通过向促进剂驱动系统(ADS)进行示威的实验,我们包括这些深远的主题,以提供高功能环境的状态和应用的完整图片。此外,固定场交替梯度加速器(FFA)最近已经看到了兴趣。它们在许多方面(基本操作原则)与环形基因类似,因此也包括在该研讨会和白皮书中。我们正在讨论当前的项目,以及FFA是否具有成为高强度机器的前景。

This whitepaper summarizes and the state of the field of high-power cyclotrons and FFAs as discussed by international experts during a three-day workshop of the same name. The workshop was held online from Sep 7 to Sep 9, 2021 as part of the US Snowmass'21 Community Exercise, specifically the Accelerator Frontier (AF) and the subpanel Accelerators for Neutrinos (AF02). Thus, we put emphasis on the application of high-power cyclotrons in particle physics, specifically neutrino physics, and as drivers for muon production. In the introduction, we discuss the role of cyclotrons for particle physics, and later we highlight existing and planned experiments in the corresponding sections. However, as these same accelerators have important applications in the fields of isotope production - both for research and medicine - and possibly even in energy research, by providing beam to demonstrator experiments in the areas of Accelerator Driven Systems (ADS), we include these far-reaching topics to provide a full picture of the status and applications of high-power cyclotrons. Furthermore, Fixed Field Alternating Gradient accelerators (FFAs) have recently seen renewed interest. They are in many respects (basic operating principles) similar to cyclotrons and have thus been included in this workshop and whitepaper as well. We are discussing current projects and whether FFAs have the prospect of becoming high-intensity machines.

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