Xin Li, a researcher at Anhui Institute of Optics and Fine Mechanics, China Academy of Sciences, has been engaged in atmospheric optics, environmental optics and lidar technology for a long time. He has published a large number of academic papers in academic journals at home and abroad, which has made important contributions to the research of atmospheric optics and environmental optics in China.

In atmospheric optics, Professor Xin Li's research results mainly focus on the study of atmospheric scattering and absorption characteristics and the inversion method of atmospheric optical parameters. His paper "Measurement and Calculation of Rayleigh Scattering Coefficient of Atmospheric Molecules" deeply studies the theory of atmospheric scattering, and puts forward a new scattering model and calculation method.

In environmental optics, Professor Xin Li's research results mainly focus on environmental light pollution, light environment evaluation and light environment simulation. His thesis "Study on Evaluation Methods of Urban Light Environment Quality" deeply studied the evaluation methods and standards of urban light environment quality, and provided scientific basis for urban light environment management in China.

In terms of lidar technology, Professor Xin Li's research results mainly focus on lidar detection principle, system design and data processing. His thesis "Application of Airborne Lidar in Air Pollution Monitoring" and other systems have studied the application of lidar in air pollution monitoring, which provides a new technical means for air pollution monitoring in China.

Generally speaking, Professor Xin Li's academic papers cover many fields, such as atmospheric optics, environmental optics, lidar technology, etc., and their research results have had an important impact on scientific research and environmental protection in China.