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TERAHERTZ WAVES AND PERSPECTIVES OF TERAHERTZ BIOMEDICAL TECHNOLOGIES DEVELOPMENT

机译:太赫兹生物医学技术发展的太赫兹波和视角

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摘要

The diagram of comparative development of frequency bands and powers by modern radioelectronic means and apparatus for biomedical technologies has been made up. Terminology and physical basis of selection of the terahertz band of electromagnetic waves are given. Comparative energy characteristics of terahertz and extremely-high frequencies waves are presented, tables of molecular spectrums of atmospheric gases, metabolites, air pollutants, some macro- and microbiological structures, frequency bands of relic background and some substances in the terahertz band are given. It is paid attention to some effects of terahertz waves interaction with biological and physical mediums. The perspective trends of investigations for creation of novel terahertz biomedical technologies are founded. The results of Daphnia magna Straus' functional state investigation depending on influence of atmospheric air, exposed to terahertz electromagnetic irradiation, on daphnia water environment are presented. Also, the investigation results of Daphnia heartbeats frequency change during simultaneous effect of phenol, alternating magnetic field and electromagnetic radiation are given.
机译:由现代无线电方法和用于生物医学技术的频带和功率的比较开发图已经构成。给出了电磁波的太赫兹带的选择的术语和物理基础。给出了太赫兹和极高频率波的比较能特性,给出了大气气体,代谢物,空气污染物,一些宏观和微生物结构,遗物背景频带和太赫兹带中的一些物质的分子谱表。注意到太赫兹波与生物和物理媒体相互作用的一些效果。建立了创造新的太太生物医学技术的透视趋势。介绍了Daphnia Magna Straus'功能状态调查的结果,根据大气空气影响,暴露于噻赫兹电磁辐射,对Daphnia水环境进行。此外,给出了苯酚,交替磁场和电磁辐射同时效果期间Daphnia心跳频率变化的调查结果。

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