双模天线设计微波成像与微波加热:热疗检测与治疗肿瘤的实验模拟

G. Ramirez-Castillo, A. Vera, L. Leija
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引用次数: 1

摘要

乳腺癌是世界上一种致命的疾病[1]。对这个问题的研究对于找到治疗这种疾病的方法是必要的。微波用于治疗癌症(热疗),为诊断癌症创建医学图像等。治疗浅表热疗常用单极天线、微带天线等。单极天线被用来制作医学图像。我们致力于开发两种微带天线。一种是获得医学图像,另一种是诱发浅表热疗。第一步是用COMSOL 4.0对天线进行仿真,了解其性能。目的是定位肿瘤,然后对其进行表面热疗以缩小肿瘤。
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Dual-mode antenna design microwave imaging and microwave heating: Experimental simulation of detection and treatment of tumor with hyperthermia
Breast cancer is a mortal disease in the world [1]. The research on this matter is necessary for finding methods to help counteract this disease. Microwaves are used to treat cancer (hyperthermia), to create medical images for diagnose cancer, etc. To treatment to induced superficial hyperthermia are used monopole antennas, microstrip antennas, etc. Monopole antennas are used to create medical images. We work to develop two microstrip antennas. One of them is to get medical image and the other to induced superficial hyperthermia. The first step is the simulation of the antennas with COMSOL 4.0, to know their performance. The purpose is to locate the tumor and then expose it to superficial hyperthermia to diminish the tumor.
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