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Stellarator coil optimization towards higher engineering tolerances

机译：优化恒星器线圈以提高工程公差

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摘要

Recently designed optimized stellarator experiments have suffered from very tight construction tolerances, but some level of deviation of the coil system is unavoidable during fabrication of the coils and assembly of the coil system. In this paper, we present a new approach that incorporates reduced sensitivity to construction tolerances of the coil system into the optimization sequence. The approach was tested within the framework of the existing coil optimization scheme for Wendelstein 7-X. The results are compared with those of a coil set obtained by the original optimization. The result is a more optimal coil system with less stringent tolerances, such that small deviations cause reduced deterioration of the properties important for fusion performance.
机译：最近设计的优化恒星器实验遭受了非常严格的结构公差，但是在线圈的制造和线圈系统的组装过程中，线圈系统的某些水平的偏差是不可避免的。在本文中，我们提出了一种新方法，该方法将降低的对线圈系统构造公差的敏感性纳入优化序列。在现有的Wendelstein 7-X线圈优化方案框架内对该方法进行了测试。将结果与通过原始优化获得的线圈组的结果进行比较。结果是具有更不严格的公差的更好的线圈系统，从而小的偏差导致对于熔合性能重要的性能的降低的降低。

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