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APS -APS March Meeting 2017 - Event - New muon source possibilities at the Spallation Neutron Source

机译:APS -APS 2017年3月会议-活动-散裂中子源出现新的μ子源可能性

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In September, 2016, a workshop was held at Oak Ridge National Laboratories (ORNL) to discuss possibilities for the construction of a dedicated $mu$SR facility at the Spallation Neutron Source (SNS) to complement the existing neutron scattering program. The meeting was motivated by ongoing design activities for the Second Target Station at the SNS and several reports in recent years showing strong support for a muon source in the United States. Attendees included representatives from all existing $mu$SR facilities, members of the university-based research community, and experts at ORNL familiar with local accelerator and source designs. In this talk, I will summarize main conclusions from that meeting, which includes consideration of a number of potential muon target positions in the existing or planned accelerator facilities at the SNS. Of particular interest is one source design that uses existing laser stripping technologies to direct a short, tunable proton pulse from the linear accelerator toward a dedicated target. This design is capable of creating a pulsed beam of muons with ideal and variable timing resolution and an intensity many times what is available at the current generation of $mu$SR facilities.
机译:2016年9月,在橡树岭国家实验室(ORNL)举行了研讨会,讨论了在散裂中子源(SNS)上建造专门的$ mu $ SR设施以补充现有中子散射计划的可能性。这次会议的动机是正在进行的SNS第二目标站的设计活动以及近年来的几份报告,这些报告显示了对美国μ子源的大力支持。与会者包括来自所有现有$ mu $ SR设施的代表,大学研究社区的成员以及ORNL熟悉本地加速器和源设计的专家。在本次演讲中,我将总结该会议的主要结论,其中包括对SNS现有或计划中的加速器设施中许多潜在的μon目标位置的考虑。特别令人感兴趣的是一种使用现有的激光剥离技术将短的可调谐质子脉冲从线性加速器引向专用目标的放射源设计。这种设计能够创建具有理想和可变时序分辨率且强度是当前$ mu $ SR设施可用强度的许多倍的脉冲μ子光束。

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