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Temperature Depending SAR Distribution in Human Body During Hyperthermia Treatment

机译:热疗期间人体中依赖温度的SAR分布

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摘要

The simulation of a specific absorption rate (SAR) with a temperature distribution becomes more important in the treatment planning for microwave hyperthermia. The simulation technique can also be used to estimate SAR distribution inside human body under hazardous electromagnetic (EM) field circumstances. In the simulation, to use exact permittivity of biological tissues becomes very important to obtain accurate SAR distribution. The permittivity of the medium is very sensitive to the temperature. Therefore, it is considered that the SAR distribution is also very sensitive to the tissue temperature. In this paper, SAR distribution is calculated using FD-TD method considering tissue temperature under the electromagnetic (EM) field irradiation. Simulations of temperature distribution are also performed using heat transfer equation. In addition, temperature depending blood flow is taking into account to obtain temperature depending SAR distribution. The results can be used to estimate temperature depending heat generation which can be applied such as microwave hyperthermia treatment.
机译:具有温度分布的比吸收率(SAR)的模拟在微波热疗的治疗计划中变得更加重要。该仿真技术还可用于估计危险电磁场环境下人体内部的SAR分布。在仿真中,使用精确的生物组织介电常数对于获得准确的SAR分布非常重要。介质的介电常数对温度非常敏感。因此,认为SAR分布对组织温度也非常敏感。本文采用电磁场辐射下考虑组织温度的FD-TD方法计算SAR分布。温度分布的模拟也使用传热方程进行。另外,考虑到取决于温度的血流以获得取决于温度的SAR分布。该结果可用于估计取决于温度的热量,该热量可用于微波高温治疗。

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