China’s R & D laser radar system can monitor the spatial and temporal distribution of atmospheric ozone

China’s R & D laser radar system can monitor the spatial and temporal distribution of atmospheric ozone

According to People’s Daily reported on April 9, the reporter recently learned from Hefei Institute of Physical Sciences of Chinese Academy of Sciences: the project “research and development and application of atmospheric fine particles and ozone space-time detection lidar system” undertaken by Anhui optical machinery has recently passed the acceptance by experts organized by the Chinese Academy of Sciences.

The project has successfully developed a fast online monitoring system for the spatial and temporal distribution of atmospheric fine particles and ozone with independent intellectual property rights, breaking through many common key technologies, it improves the independent innovation ability and core competitiveness of China’s Lidar Industry, and provides reliable technical means for the construction of real-time monitoring ability and data analysis of China’s atmospheric environment.

The system also integrates a variety of key technologies, forming a mature and stable core technology of laser radar, establishing an industrialization base through technology transfer and production process development, and improving the localization rate of laser radar, it breaks the monopoly of developed countries on the core technology of laser radar.

(Reporter Sun Zhen)

People’s Daily
http://paper.people.com.cn/rmrb/html/2017-04/10/nw.D110000renmrb_20170410_2-12.htm
report
China’s R & D laser radar system can monitor the spatial and temporal distribution of atmospheric ozone according to People’s Daily’s report on April 9, the reporter recently learned from Hefei Institute of Material Science of Chinese Academy of Sciences: the national major scientific instruments and equipment development project undertaken by Anhui optical machinery “atmospheric fine particles