A Novel Approach to Non-invasive way of Treating Skin Cancer using Dipole Fed Corner Reflector Antenna with Sub Nano Second Electric Pulse

A. Petrishia, S. Santhosh, S. Sankar, R. Sharath, R. Rajanbabu
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Abstract

 AbstractSkin cancer has become major threat to mankind, apart from various treatments of curing cancer like Radiation therapy, our paper deals with the new way of treating skin cancer using Dipole fed corner reflector antenna because of its effective focus on the affected area only. This antenna uses sub Nano second electric pulse for radiating on the skin. This way of treating cancerous cells ensure very less radiation on the normal part of our body. The successful Antenna is designed, so that it could be adjusted for any part of human body. High gain is achieved by reducing spacing between the solid plates (Reflectors) of the antenna. The design provides a new way of treating skin cancer, which assures better treatment than the rest one due to its effective focus, good directivity and effectively treats deep-seated tumours. Simulation of designed antenna using Antenna magus version 3.3.0and its observed parameters are open in this paper.
亚纳秒电脉冲偶极子角反射天线无创治疗皮肤癌的新方法
摘要皮肤癌已成为人类的主要威胁,除了放射治疗等多种治疗癌症的方法外,本文讨论了利用偶极子馈角反射天线治疗皮肤癌的新方法,因为它只有效地聚焦于受影响的区域。这种天线使用亚纳秒的电脉冲对皮肤进行辐射。这种治疗癌细胞的方法确保我们身体正常部位受到的辐射非常少。成功的天线设计,使其可以调整为人体的任何部分。高增益是通过减小天线的固体板(反射器)之间的间距来实现的。该设计提供了一种治疗皮肤癌的新方法,由于其有效的聚焦、良好的指向性和有效治疗深部肿瘤,确保了比其他方法更好的治疗效果。本文利用antenna magus 3.3.0版本对所设计的天线进行仿真,并对其观测参数进行仿真。
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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