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首页> 外文期刊>Applied Computational Electromagnetics Society journal >New Heating Characteristics of a Radio Frequency Rectangular Resonant Cavity Applicator Using Various Antennas for Hyperthermic Treatment
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New Heating Characteristics of a Radio Frequency Rectangular Resonant Cavity Applicator Using Various Antennas for Hyperthermic Treatment

机译：使用各种天线的射频矩形谐振腔施加器的新加热特性进行高温处理

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摘要

The heating characteristics of a radio frequency rectangular resonant cavity applicator excited by various antennas are investigated for use in hyperthermic treatment. The coupled electromagnetic and heat-transfer equations are solved to obtain the heating characteristics. Two types of antennas and three types of dielectric phantoms are used in the calculations and measurements. Clear differences in the heating characteristics are observed for these phantoms and antennas. Previously, we were only able to heat up the surface or end regions of the phantom, while it is now possible to uniformly heat up the deeper regions with the current applicator. Therefore, this applicator is suitable for hyperthermic treatment.
机译：研究了由各种天线激发的射频矩形谐振腔敷料器的加热特性，用于高温治疗。求解耦合的电磁和热传递方程以获得加热特性。在计算和测量中使用两种类型的天线和三种类型的介电体模。这些幻影和天线在加热特性上存在明显差异。以前，我们只能加热幻影的表面或端部区域，而现在可以使用当前的涂药器均匀加热较深的区域。因此，该涂药器适用于高温治疗。

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