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Optimal monitoring point for temperature and power control in microwave ablation system by using FEM

机译:基于有限元的微波消融系统温度和功率控制的最佳监测点

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This study presents an optimal location of monitoring point for using by PID system to control temperature and output power of hepatic cancer microwave ablation system. We investigated a relation between output power and treatment time in hepatic ablation. A simple simulation model was adapted from COMSOL FEM solver. As a preliminary, monitoring point was supposed to place at 0.5 centimeter besides ablation probe. The simulation results shown that temperature at this monitoring point is linearly related to output power and treatment time.
机译:本研究为PID系统控制肝癌微波消融系统的温度和输出功率提供了最佳的监测点位置。我们研究了肝消融中输出功率与治疗时间之间的关系。从COMSOL FEM求解器改编了一个简单的仿真模型。首先,应该将监测点放在消融探头之外的0.5厘米处。仿真结果表明,该监测点的温度与输出功率和处理时间成线性关系。

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