海面以上大气生物制剂自动控制工具综述

A. O. Volchek, V. Mikhailenko, D. S. Malovik, E. Kicha
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引用次数: 0

摘要

研究对象和目的。生物气溶胶研究方法及其实施的技术手段。主题和方法。对已用设备和预期设备的技术文件进行分析。主要结果。国内外生物气溶胶分析装置的主要参数基于流动光学法。结论根据获得的结果,可以得出结论,在不久的将来,生物气溶胶颗粒分析方法的发展将取决于开发用于有效激发颗粒荧光的新辐射源,以及创建新技术来确定所研究颗粒的独立定量和定性参数。一个典型的例子是创建了一个高效的系统,该系统结合了几种方法,包括破坏性激光光谱学,这是以前在流动光学方法中没有使用过的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of automatic control tools for biological agent in the atmosphere above sea surface
Object and purpose of research. Methods of biological aerosol research and technical means for their implementation. Subject matter and methods. Analysis of technical documentation for used and prospective equipment. Main results. The main parameters of foreign and domestic bioaerosol analysis devices based on the flow-optical method. Conclusion. Based on the results obtained, it can be concluded that the development of methods for the analysis of bioaerosol particles in the near future will be determined by the development of new radiation sources for the effective excitation of particle fluorescence, as well as the creation of new techniques to determine the independent quantitative and qualitative parameters of the studied particles. A typical example is the creation of a highly efficient system that combines several approaches, including destructive laser spectroscopy, which was not previously used in the flow-optical method.
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