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Superbeams and neutrino factories - Two paths to intense accelerator-based neutrino beams

机译:卓越的基于加速器的中微子束 - 两条路径

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High-energy and high-beam power accelerators are extensively used for the neutrino physics research. At present, the leading operational facilities are the J-PARC facility in Japan, which recently approached 0.5 MW of the 30 GeV proton beam power, and the Fermilab Main Injector complex that delivers over 0.75 MW of 120 GeV protons on the neutrino target. Besides such type of neutrino superbeams, the concept of neutrino factories offers great promise for particle physics research. In this brief review we present the status and planned upgrades of the J-PARC and Fermilab accelerators and leading proposals for the next generation accelerator-based facilities of both types, their challenges and required and ongoing accelerator R&D programs aimed to address corresponding performance and cost risks.
机译:高能量和高光束功率加速器广泛用于中微子物理研究。 目前,领先的运营设施是日本的J-PARC设施,最近接近了0.5兆瓦的30 MW的30 GEV质子束功率,并且Fermilab主要注射器综合体在中微子靶标中提供超过0.75兆瓦的120微米质子。 除了这种类型的中微子叠加之外,中微子工厂的概念还为粒子物理研究提供了很大的承诺。 在本文中,我们介绍了J-PARC和FERMILAB加速器的状态和计划升级以及各种类型的下一代加速器的设施领先的建议,其挑战和所需的加速和持续的加速程序研发计划,旨在解决相应的性能和成本 风险。

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