Brief introduction The atmospheric particles for remote sensing detection wavelength of 532 nm polarized laser using atmospheric particulate monitoring laser radar. Radar by 532 nm with a vertical and horizontal polarization signal detection and analysis of atmospheric extinction coefficient, depolarization ratio profiles, boundary layer height, optical thickness parameters, and then obtain the atmospheric particles in space-time distribution characteristics, pollution layer of temporal and spatial variation, particle transport and deposition and information. Vertical scanning, inversion from the ground 10km aerosol particles within the spatial information and temporal evolution characteristics. Regional point source / non-point source scanning -- to carry out the chimney, boiler, chemical plants, power plants, cement plants, traffic trunk road important point source (including elevated source), line source for fixed positioning scanning, to get the source of pollution emissions intensity. Regional distribution of pollutants -- to achieve a quantitative assessment of industrial parks, residential areas, plant and other sensitive areas. Go air monitoring scanning -- the "parking scan" or "go Airlines orientation observation", the regional pollution over the group of input, transit, sedimentation process of real-time, on-line and continuous scanning and monitoring, analysis of pollutant type, intensity and the evolution process. Features Using galvanometer scanning, to avoid the vibration machine and the main radar detector electronics system; Scanning mirror with automatic dust removal, dehumidification, snow removal function, can be applied to all kinds of weather conditions; The single pulse energy is used for the solid state laser with a single pulse energy, and has better detection ability under severe pollution conditions; System has GIS geographic information system, graphical display of the scanning area of particulate matter distribution, the investigation of pollution sources; The power system with automatic shutdown, automatic start function calls; Laser long service life up to 16000 hours; features Technical parameter Time resolution: 2s-10min adjustable Spatial resolution: 5m, 7.5m, 15m optional Working wavelength: 532nm Power consumption: < 2Kw Power supply: 220V + 10%, 50-60Hz
Brief introduction The atmospheric particles for remote sensing detection wavelength of 532 nm polarized laser using atmospheric particulate monitoring laser radar. Radar by 532 nm with a vertical and horizontal polarization signal detection and analysis of atmospheric extinction coefficient, depolarization ratio profiles, boundary layer height, optical thickness parameters, and then obtain the atmospheric particles in space-time distribution characteristics, pollution layer of temporal and spatial variation, particle transport and deposition and information. Vertical scanning, inversion from the ground 10km aerosol particles within the spatial information and temporal evolution characteristics. Regional point source / non-point source scanning -- to carry out the chimney, boiler, chemical plants, power plants, cement plants, traffic trunk road important point source (including elevated source), line source for fixed positioning scanning, to get the source of pollution emissions intensity. Regional distribution of pollutants -- to achieve a quantitative assessment of industrial parks, residential areas, plant and other sensitive areas. Go air monitoring scanning -- the "parking scan" or "go Airlines orientation observation", the regional pollution over the group of input, transit, sedimentation process of real-time, on-line and continuous scanning and monitoring, analysis of pollutant type, intensity and the evolution process.
