Remote Destruction of the Coronavirus by Dual-Polarized Wireless Power Transmission

Konstantinos Kossenas, M. Kuznetcov, D. Comite, S. Podilchak
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Abstract

This paper proposes a remote sterilization technique through microwave radiation. The innovative approach requires the heating of a liquid water film layer, which can be sprayed onto the area of interest. Applications include the deactivation of the coronavirus and other pathogens by physically increasing the liquid film temperature achieving thermal sterilization. The proposed technique can be implemented by various antenna systems and retrodirective arrays. In this study, a dual-polarized antenna array is adopted and designed to increase the transmitted power levels without physically including more antenna elements. As reported in the paper, this dual-polarized approach has the benefit of reduced sterilization time when compared to a single-polarization system having the same number of antenna elements.
利用双极化无线电力传输远程摧毁冠状病毒
本文提出了一种利用微波辐射的远程杀菌技术。这种创新的方法需要加热液态水膜层,它可以喷到感兴趣的区域。应用包括通过物理提高液膜温度来实现热灭菌,从而使冠状病毒和其他病原体失活。所提出的技术可以通过各种天线系统和反向定向阵列来实现。本研究采用双极化天线阵列,在不增加天线单元的情况下提高发射功率水平。正如本文所报道的那样,与具有相同数量天线单元的单极化系统相比,这种双极化方法具有减少灭菌时间的优点。
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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