The laser emits laser pulses of specific wavelengths (532nm, 355nm), which are collimated and expanded before entering the atmosphere. Particles in the atmosphere scatter the laser, and the detection system detects the echo signals of three channels, which are then inverted into extinction coefficient and depolarization ratio (depolarization ratio). Comprehensive graphical display of the spatiotemporal evolution process of fine particulate matter, combined with near ground station data, can comprehensively analyze the pollution process and characteristics of fine particulate matter in the local area in a three-dimensional manner, effectively distinguishing the relationship between local pollution and external transportation.

Dual wavelength detection: achieving detection of the proportion of particles with multiple diameters

Single mode spot output, stable line shape; LONG SERVICE LIFE

Millijoule level laser energy, suitable for heavy pollution weather monitoring

Reduce the phenomenon of "defocus", eliminate stray light, and minimize blind spots

Large range dynamic response, 30m-300m spatial resolution response, strong adaptability

Automated detection process, supporting long-term unmanned operation

Laser wavelength: 355nm, 532nm

Time resolution: 1 minute (adjustable)

Spatial resolution: 7.5m (adjustable)

Detection blind spot: ≤ 75m

Detection distance: ≥ 30km