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首页> 外文期刊>Journal of Fusion Energy >Conceptual Design and Engineering Analysis for CFETR Upper RMP Coils
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Conceptual Design and Engineering Analysis for CFETR Upper RMP Coils

机译：CFETR上部RMP线圈的概念设计和工程分析

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摘要

Different means of active control of MHD instabilities have been developed in lots of experimental research of tokomak. Resonant magnetic perturbation (RMP) is one of basic tools which has been widely used in control of edge localized modes, resistive wall mode and error field correction and it may well be applied in China Fusion Engineering Test Reactor (CFETR). A set of RMP coils has been conceptual physical designed for CFETR, which refers to the design experience of EAST and ITER, yet the structural strength needs to be assessed. Hence, finite element method was introduced, taking the issues above into careful consideration. Electro-magnetic, hydraulic-thermal and mechanical analysis were conducted to check whether the critical components meet the mechanical requirements.
机译：在托克马克的大量实验研究中，已经开发出不同的主动控制MHD不稳定性的方法。共振磁扰动（RMP）是已广泛用于控制边缘局部模式，电阻壁模式和误差场校正的基本工具之一，很可能会在中国聚变工程测试反应堆（CFETR）中应用。一组RMP线圈已经为CFETR进行了概念上的物理设计，它参考了EAST和ITER的设计经验，但是需要评估其结构强度。因此，引入了有限元方法，并仔细考虑了上述问题。进行了电磁，液压热和机械分析，以检查关键部件是否满足机械要求。

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