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Safe Microwave Inactivation of Airborne Viruses Using Compact Smart Antenna

机译:使用紧凑型智能天线安全微波灭活空气传播病毒

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The coronavirus disease 2019 (COVID-19) that broke out on December 2019 spread speedily throughout the world, resulting in serious economic problems and increasing the mortality rate. Preceding research illustrated that one of the main routes for the spread of COVID-19 is respiratory aerosol transmission, where the generation of the droplets is created by coughing, sneezing, breathing, and speaking. Therefore, innovative control methods are necessity needed to manage the epidemic. Microwave has been extensively applied to inactivate microorganisms like viruses in many different media. The previous techniques were applied in the laboratory just to virus samples. In this proposal, we use the microwave radiation to inactivate the airborne viruses in the ambient air inside the rooms of hospitals and clinics. The main contribution of this paper is to design a compact antenna array using smart antenna techniques to cover the room with uniform microwave power. It is taken into account that the radiated power is under the standard safety levels.
机译:2019年12月爆发的冠状病毒疾病2019年(Covid-19)在全世界迅速传播,导致严重的经济问题并增加死亡率。前面的研究表明,Covid-19传播的主要路线之一是呼吸气溶胶传输,其中液滴产生是通过咳嗽,打喷嚏,呼吸和说来创造的。因此,创新的控制方法是管理流行病所需的必要性。微波已经广泛地应用于在许多不同媒体中的病毒中灭活微生物。以前的技术在实验室中应用于病毒样品。在这一提议中,我们使用微波辐射在医院和诊所的房间内的环境空气中灭活空气传播病毒。本文的主要贡献是使用智能天线技术设计一个紧凑的天线阵列,以覆盖具有均匀微波功率的房间。考虑到辐射功率在标准安全水平下。

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