Abstract
The article is related to the electromagnetic compatibility. Microwave auditory effect was analyzed as the observed phenomenon of high-frequency radio signals transformation into acoustic oscillations. This phenomenon was called a radio hearing effect. This sensory-acoustic effect is a natural phenomenon associated with the conversion of electromagnetic energy in the lowfrequency mechanical vibrations on the way to the receptor system by bone conduction. The physical interaction mechanisms of amplitude-modulated high-frequency electrical signal with a perfect nonconductor were considered, leading to a transformation in the low frequency mechanical vibrations or acoustic harmonics of the modulated signal. In the paper studies of the possible effects of direct exposure to high-frequency field in medical practice, or physical therapy are presented. The mechanisms of interaction of the modulated RF signal with a weakly absorbing material with goal to detect electro-acoustic effect were presented. The presence of inertial nonlinear conversion effect of a modulated RF signal into low frequency sound is confirmed.
Highlights
Microwave auditory effect was analyzed as the observed phenomenon of high-frequency radio signals transformation into acoustic oscillations
This phenomenon was called a radio hearing effect. This sensory-acoustic effect is a natural phenomenon associated with the conversion of electromagnetic energy in the lowfrequency mechanical vibrations on the way to the receptor system by bone conduction
Ser. Computer Technologies, Automatic Control, Radio Electronics, 2016, vol 16, no
Summary
Коагуляция частиц крови под воздействием СВЧ излучения / А.Е. Шишкова // Материалы XII Международной конференции «Физика и технические приложения волновых процессов». Прокопов // Материалы XII Международной конференции «Физика и технические приложения волновых процессов». Тамбовцев Денис Константинович, магистрант специальности «Инфокоммуникационные технологии и системы связи», Южно-Уральский государственный университет, г. THE EXPOSURE MECHANISM OF HIGH-FREQUENCY MODULATED SIGNAL ON UNIDEAL NON-CONDUCTOR. Microwave auditory effect was analyzed as the observed phenomenon of high-frequency radio signals transformation into acoustic oscillations. This phenomenon was called a radio hearing effect. This sensory-acoustic effect is a natural phenomenon associated with the conversion of electromagnetic energy in the lowfrequency mechanical vibrations on the way to the receptor system by bone conduction.
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