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Magnetic flux shielding for the precision muon g-2 storage ring superconducting inflector

机译:精密μong-2存储环超导偏转器的磁通屏蔽

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摘要

A muon g-2 experiment (E821) at the AGS requires knowledge of the magnetic field over muon orbits at the level of 0.1 ppm. The superconducting inflector involves a double cosine theta winding; this design approximately cancels its fringe field. Nevertheless its residual field would effect the homogeneity of the storage ring magnetic field. A method of using a superconducting sheet surrounding the inflector to further reduce the fringe field was proposed by one of the authors, W. Meng. An experimental program to explore this technique is described. Part of the test results are presented.
机译:在AGS上进行的μ-2g子实验(E821)要求了解μ子轨道上的磁场强度为0.1 ppm。超导偏转器包括一个双余弦θ绕组。这种设计大约消除了其边缘场。然而,其残留磁场将影响存储环磁场的均匀性。作者之一W. Meng提出了一种使用围绕导流板的超导片进一步减小边缘场的方法。描述了探索该技术的实验程序。介绍了部分测试结果。

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