MPL-5000 Scattering Aerosol Observation Lidar can monitor the structure and spatio-temporal evolution characteristics of atmospheric boundary layer (PBL) in real time, understand the physical characteristics and distribution of aerosol particles in the boundary layer, and record the spatio-temporal evolution characteristics and interaction process of aerosol particles and surface pollution.


Product Description MPL-5000 Scattering Aerosol Observation Lidar emits 532nm laser pulses into the atmosphere, and the characteristic parameters of atmospheric aerosol are obtained by receiving the backscattering signal consistent with the wavelength of the laser. The device can monitor the structure and spatio-temporal evolution characteristics of atmospheric boundary layer (PBL) in real time, understand the physical characteristics and distribution of aerosol particles in the boundary layer, and record the spatio-temporal evolution characteristics and interaction process of aerosol particles and surface pollution. Continuous observation of the formation, development, attenuation and dissipation processes of atmospheric aerosols, such as fog and haze, can effectively trace the source of pollution sources through joint application of networking.