Magnetic field effects on particle trajectories in the muon-spin relaxation experiment: Towards a high-field spectrometer

T. Lancaster; T. Shiroka; R. Scheuermann; A. Stoykov; Z. Salman; S.P. Cottrell; P.J.C. King; J.S. Lord; F.L. Pratt

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Magnetic field effects on particle trajectories in the muon-spin relaxation experiment: Towards a high-field spectrometer

机译：介子自旋弛豫实验中磁场对粒子轨迹的影响：走向高光谱仪

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As a step towards the design of a muon-spin relaxation (μ~+SR) spectrometer with a high magnetic field capability, we have carried out an investigation into the effects of applying a large magnetic field on the trajectories of particles in a μ~+SR experiment. We compare the results of measurements and Geant4 simulations of the influence of applied fields on the incoming muon beam and the outgoing decay positron ensemble. Good agreement between measurements and simulations is found and the limits of this agreement are discussed.

机译：作为设计具有高磁场能力的μ自旋弛豫（μ〜+ SR）光谱仪的一步，我们已经进行了研究，研究了在μ〜粒子的轨迹上施加大磁场的影响。 + SR实验。我们比较了测量结果和Geant4模拟结果，这些结果和施加的场对入射的μ子束和出射的正电子系综的影响。在测量和仿真之间找到了良好的一致性，并讨论了该一致性的限制。

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来源
《Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment》 |2007年第3期|p.1578-1587|共10页
作者
T. Lancaster; T. Shiroka; R. Scheuermann; A. Stoykov; Z. Salman; S.P. Cottrell; P.J.C. King; J.S. Lord; F.L. Pratt;
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作者单位

Clarendon Laboratory, Parks Road, Oxford 0X1 3PU, UK;

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原文格式 PDF
正文语种 eng
中图分类计量学;原子能技术;原子核物理学、高能物理学;
关键词
high magnetic fields; charged-particle motion in field; numerical simulation;

机译：强磁场场中带电粒子运动数值模拟;

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机译：关于确定在现在的β光谱仪中使用的轴对称磁场中带电粒子轨迹的分析表示

Magnetic field effects on particle trajectories in the muon-spin relaxation experiment: Towards a high-field spectrometer

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