Лідарний контроль параметрів атмосфери

Abstract

Currently, through the use of lasers in chemical analysis developed a large number of analytical methods. However, they all have local character, and using local methods based on sampling the air at certain points of the atmospheric environment, there are many difficulties associated with the need to ensure network while sampling stations at different altitudes. Thus the results of measurements require long and laborious process in the laboratory. Unlike local analytical methods laser remote control can be described as quantitative and qualitative analysis of chemical and physical parameters of the atmospheric environment when kontrolyuvalnyy investigational device and volume spatially separated.