Microstrip Patch Antenna Design For Breast Cancer Detection

N. Ali, Jabur Ahmed
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Abstract

Breast cancer is the most serious disease affecting women globally where the dangers of the disease can be reduced by detecting it in the early stages, there are several ways to detect breast cancer but microwave imaging is considered the best and safest which using non-ionizing radiation. In this research, a microstrip antenna was designed operating at microwave frequencies at the ISM band implemented on a simplified model for both normal and abnormal breast tissue for detecting the presence of a tumor in stage I, by comparing each of the return loss, gain, and directivity, also six cases of the tumor location were studied to reveal the location of its presence. SAR value was calculated over 10 g of tissue. All simulations and Results were carried out using CST microwave studio.
用于乳腺癌检测的微带贴片天线设计
乳腺癌是影响全球妇女的最严重疾病,通过在早期阶段进行检测可以降低疾病的危险,有几种方法可以检测乳腺癌,但微波成像被认为是使用非电离辐射的最佳和最安全的方法。在本研究中,设计了一种工作在ISM波段微波频率下的微带天线,实现了正常和异常乳腺组织的简化模型,用于检测I期肿瘤的存在,通过比较回波损耗、增益和指向性,并研究了6例肿瘤的位置,以揭示其存在的位置。计算每10 g组织的SAR值。所有的模拟和结果都是在CST微波工作室进行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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