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Comparison FEM Study of Microwave and Radio Frequency Ablation in Breast Phantom Model

机译:乳房幻影模型微波和射频消融的对比研究

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Thermal ablation by using energy from an electromagnetic wave in microwave and radiofrequency range is widely accepted as an alternative therapeutic maneuver for an internal cancer treatment as a breast tumor. However a comparison study between these two techniques are still an interesting topic especially in term of main control parameters, output and outcome of an expect coagulation zone. In this research, we propose a comparison investigation of microwave and radiofrequency ablation in a breast phantom model by using FEM. Our breast model is originally and specially designed as a multi-layer tissue in order to close to a real human breast organ. The simulation results show an interesting different output from these two EMW frequencies as an ablation power, treatment time and also coagulation area significantly.
机译:通过使用微波和射频范围的电磁波使用能量的热烧蚀被广泛接受作为乳腺肿瘤的内部癌症治疗的替代治疗机动。然而,这两种技术之间的比较研究仍然是一个有趣的话题,特别是在预期凝固区的主要控制参数,输出和结果期间。在本研究中,我们通过使用FEM提出了对乳房幻像模型中微波和射频消融的比较研究。我们的乳房模型最初和专门设计为多层组织,以靠近真正的人类乳房器官。仿真结果显示了从这两个EMW频率的有趣不同输出作为消融功率,治疗时间和显着凝固区域。

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