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首页> 外文期刊>International journal of RF and microwave computer-aided engineering >Improved algorithm for calculating electric field in microwave applicators of irregular shapes with elements in translation
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Improved algorithm for calculating electric field in microwave applicators of irregular shapes with elements in translation

机译：带有平移元素的不规则形状微波施加器中电场计算的改进算法

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摘要

Our previous work shows that the use of two time-varying anisotropic layers on the basis of transformation optics can calculate the electric field in microwave applicators of regular shapes with moving elements in translation accurately and efficiently. However, it is difficult to deal with applicators of irregular shapes, which is widely used in practical applications. In this article, we extend this work to the calculation of electric field in applicators of irregular shapes. In the proposed two-dimensional model, the motion region is truncated by rectangular anisotropic coated layers, including four edge layers and four corner layers. In this case, the motion region is independent of applicator shapes. Therefore, the electric field can be calculated equivalently with arbitrary irregular applicator shapes. The results show good accuracy and efficiency, which indicates that the improved method has a good potential for modeling the heating process of practical microwave applicators with elements in translation.
机译：我们以前的工作表明，在变换光学的基础上使用两个随时间变化的各向异性层可以准确而有效地计算出带有移动元件的规则形状的微波施加器中的电场。但是，难以应对在实际应用中广泛使用的不规则形状的涂敷器。在本文中，我们将这项工作扩展到不规则形状的施加器中的电场计算。在提出的二维模型中，运动区域被矩形各向异性涂层（包括四个边缘层和四个角层）截断。在这种情况下，运动区域与施加器的形状无关。因此，可以用任意的不规则涂敷器形状等效地计算电场。结果表明，该方法具有较高的准确性和效率，表明改进的方法具有很好的潜力，可以对实际的带有平移元件的微波施加器的加热过程进行建模。

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