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Laser system for remote sensing monitoring of air pollution and quality control of the atmosphere

机译:激光系统,用于遥感监测空气污染和大气质量

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Monitoring of the atmosphere and determination of the types and amounts of pollutants is becoming more important issue in complex and global monitoring of the environment. On the geocomponent and geocomplex level problem of monitoring the environment is attracting the attention of the scientific experts of different profiles (chemists, physicists, geographers, biologists, meteorologists), both in the national and international projects. Because of the general characteristics of the Earth's atmosphere (Dynamically Ballanced Instability DBI) and the potential contribution to climate change solutions air-pollution monitoring has become particularly important field of environmental research. Control of aerosol distribution over Europe is enabled by EARLINET systems (European Aerosol Lidar NETwork). Serbia’s inclusion into these European courses needs development of the device, the standardization of methods and direct activity in determining the type, quantity and location of aerosol. This paper is analyzing the first step in the study of air-pollution, which is consisted of the realization of a functional model of LIDAR remote sensing devices for the large particle pollutants.
机译:在复杂和全球环境监测中,大气监测以及污染物种类和数量的确定正变得越来越重要。在地球成分和地球复杂层级的环境监测问题正在吸引国内外研究的不同领域的科学专家(化学家,物理学家,地理学家,生物学家,气象学家)注意。由于地球大气层的一般特征(动态平衡),以及对气候变化解决方案的潜在贡献,空气污染监测已成为环境研究的重要领域。 EARLINET系统(欧洲气溶胶激光雷达网络)可以控制欧洲各地的气溶胶分布。塞尔维亚加入这些欧洲课程的过程需要设备的开发,方法的标准化以及确定气雾剂的类型,数量和位置的直接行动。本文分析了空气污染研究的第一步,包括实现大颗粒污染物激光雷达遥感装置功能模型的实现。

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