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Estimation of E-Field inside Muscle Tissue at MICS and ISM Frequencies Using Analytic and Numerical Methods

机译:用解析和数值方法估算MICS和ISM频率下肌肉组织内的电场

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This paper presents studying for analytic and numerical methods which are used for evaluating the magnitude of electric field inside human tissues for different depths and using the most important frequencies in medical application fields, then showing the difference range between the two methods. The first method considers the human tissue as one-dimensional layered, the layers in this method modeled with non uniform transmission line. The second method is using numerical simulation CST Microwave Studio which considers the human tissues as 3D-dimensional layered. This paper also investigates the penetration for the magnitude of electric field into the phantom model of human tissues, especially into muscle tissue using different frequencies and how the electric field behaves inside the tissue when the penetration depth greater than the thickness of the tissue, as well as when the penetration depth smaller than the thickness of the tissue.
机译:本文介绍了分析和数值方法的研究,这些方法用于评估人体组织内部不同深度的电场强度,并利用医学应用领域中最重要的频率,然后显示两种方法之间的差异范围。第一种方法将人体组织视为一维分层,此方法中的各层使用非均匀传输线建模。第二种方法是使用CST Microwave Studio数值模拟,该模拟将人体组织视为3D三维分层。本文还研究了电场强度对人体组织模型的穿透力,特别是对使用不同频率的肌肉组织的穿透力,以及穿透深度大于组织厚度时电场在组织内部的行为。当穿透深度小于组织厚度时。

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