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2016-11-11 04:59
Special Research on Lidar

The research of the project is expected to break through a series of key technical bottlenecks in the multi-platform monitoring of air pollution, and to develop stable and reliable water vapor space-time detection laser radar, atmospheric trace gas space-time detection high power laser pointer radar and fine particle vehicle navigation observation system. During the industrialization of related technologies. In the G20 summit, Hangzhou submitted to the world a eye-catching city card, following the Beijing "APEC Blue", the Hangzhou "G20 Blue" has become a major north-south. However, in Hangzhou, "G20 Blue" behind an atmospheric security team is little known, the Chinese Academy of Sciences Hefei Institute of Physical Sciences, Anhui Institute of Optics and Fine Mechanics (hereinafter referred to as Anhui Optical Machine) is a member of the team, they focus on The impact of volatile organic compounds (VOCs) on the regional environment, together with other units to complete the Hangzhou and the surrounding areas of pollutant control and early warning and forecasting tasks.

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Recently, the Anhui Institute of Optoelectronics researcher Zhou Bin in an interview with the "China Science Journal" interview, said the Chinese Academy of Sciences Hefei Institute of Material Science as the lead unit, launched the national key R & D program "causes of atmospheric pollution and control burning laser pointer technology" special Project, "the integration of multi-platform air pollution monitoring technology," the project's existing technology has been in the G20 summit to participate in the experiment, and achieved good results.

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The project of "Multi-platform Integrated Monitoring of Atmospheric Pollution" was jointly organized by Hefei Institute of Material Science, Chinese Academy of Sciences Institute of Atmospheric Physics, Chinese Academy of Sciences Institute of Remote Sensing and Digital Earth, Shanghai Jiaotong University, Fudan University, Chongqing Environmental Monitoring Center, Intelligent Technology Research Institute, the Shanghai Environmental Monitoring Center, the Environmental Monitoring Station in Sichuan Province, Wuxi Branch in the photoelectric and other long-term research in regional air pollution related to the advantages of units.

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In the research team, the Chinese Academy of Sciences Hefei Institute of Material Science is responsible for the overall design of the project, and will assume the ground and vehicle 20000mw laser pointer radar, imaging differential absorption spectroscopy (DOAS) research and development, and satellite earth observation research tasks, Fudan University is passive Shanghai Jiaotong University and Wuxi Zhongke Optoelectronics Co., Ltd. undertook the research and development of the UAV observation platform and the observation mission of the unmanned aerial vehicle (UAV); the atmospheric physics of the Chinese Academy of Sciences (CAS); and the research of the multi-axis differential optical absorption spectrometer (Max - DOAS) and the pollutant near - surface distribution profile inversion algorithm. Research Institute and the Shanghai Environmental Monitoring Center to undertake the use of airships and airborne air pollutants near-surface distribution of the study; Chinese Academy of Sciences Institute of Remote Sensing and Digital Earth to undertake satellite optimization of Earth observation and retrieval algorithm; Chongqing Environmental Monitoring Center, the Chinese Academy of Sciences Chongqing Green Intelligent Technology Research Institute and the Sichuan Provincial Environmental Monitoring Station bear the sky and ground observation technology in Chengdu-Chongqing region demonstration research.

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Zhou Bin led the project research team a total of 48 people, the average age of less than 35 years old, team members, although young but has been in many projects to stir up the girder. Among them, the Anhui Institute of light-machine research team where Tianshu has developed from zero gas 3000mw laser pointer, the original foreign equipment are replaced. The project team will develop three-dimensional observation system based on optical remote sensing technology, provide benchmark data distribution and calibration service for observation network, and solve the problem of lacking high-precision datum data in current atmospheric environment observation network and realize on-line data quality control of observation network nodes. The team will also capture the key technologies of vehicle-borne and unmanned aerial vehicles (UAV) observation at high spatial and temporal resolution and obtain the spatial and temporal profiles of vertical and horizontal oblique or closed paths on urban scale through multi-platform multi-angle regional scanning technology. Real-time detection of urban-scale air pollution, the birth and death process and development trend.

At present, China lacks the spatial and temporal distribution of regional pollution information, especially in complex terrain conditions, it is difficult to regional, transboundary atmospheric environment present and trends give a comprehensive and clear analysis. According to Zhou Bin introduction, the project is mainly for the complex terrain conditions of China under the major causes of air pollution to scientific issues, to three-dimensional monitoring technology research and development and application demonstration as the main research content, developed with independent intellectual property rights of the series of three-dimensional observation equipment and industrialization . The research results of the project will be demonstrated in Chengdu-Chongqing area, where terrain and terrain are complex, meteorological conditions and pollution sources are different. Zhou Bin explained that in this large-scale multi-environmental factors to carry out the high 400mw laser pointer spatial and temporal distribution of high-precision and accurate monitoring of technical methods conducive to nurturing and development of atmospheric environmental protection industry to enhance China's market share of independent products to support the national ecological environment monitoring network construction.

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The research team mainly focuses on the complex terrain and meteorological conditions in Chengdu-Chongqing area, based on the retrieval mechanism of atmospheric remote sensing, using the multi-source observation data such as ground-based remote sensing and sounding to fill the gaps of key information and develop higher spatial resolution inversion algorithm , Combined with the inverse aerosol optical properties and physical and chemical properties. "For the first time, we have applied the stereoscopic observation technology system of sky-land integration to regional environmental management to obtain high-quality detection data of complex terrain air pollution, which will provide the basic data for understanding the formation and development mechanism of composite pollution in Chengdu-Chongqing region." In addition, The research of the project is expected to break through a series of key technical bottlenecks in the multi-platform monitoring of air pollution, and to develop stable and reliable water vapor space-time detection 1000mw laser pointer radar, atmospheric trace gas space-time detection laser radar, fine particle vehicle navigation observation system, During the industrialization of related technologies.

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"The establishment and improvement of a standardized and unified three - dimensional monitoring network has become an urgent requirement and inevitable trend of air pollution and component monitoring. The development of the three - dimensional observation technology of air - ground integration can be well adapted to the current demand for atmospheric environmental monitoring. Among them, the ground-based remote sensing observations to take bottom-up observation method, can effectively on the atmospheric troposphere, especially in heavily polluted atmospheric boundary layer of a variety of contaminants in the continuous observation, "has become the integrated atmospheric observations indispensable A technology. "Zhou Bin said.

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Space-based platform UAV has a wide field of view, flexible, highly controllable flight, fixed-point and cruise combined with the characteristics of continuous time and space, can quickly collect different time, different locations, different heights of air pollutant concentration of continuous data . Satellite-based 500mw laser pointer remote sensing of atmospheric components based on space-based platforms enables the observation of particulate and gaseous pollutants at the regional scale, complementing the ground-based and space-based detection platforms. "It is impossible to achieve comprehensive observation of air pollution processes by means of single observation methods and methods," Zhou pointed out, "so it is necessary to carry out research and demonstration of real - time observation technology of sky - ground integration in the process of multi - scale air pollution.

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2016-11-11 04:59