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Polarization micropulse Lidar

The MPL-T series of micropulse lidar consists of a semiconductor laser pumped Nd:YAG pulse laser, a common axis transmitting and receiving optical system, a highly sensitive photodetector, a high-speed multi-channel counter and computer, and control and data processing software. The outstanding features of the MPL-T series micro-pulse lidar system are: simple structure, small size, light weight, low cost, continuous operation and easy to carry. The modular structure of key components ensures the stability of the system and the reliability of the detection data, and can automatically detect day and night continuously.

Key words: waste gas

Product Description

Polarization micropulse Lidar

Product introduction

The MPL-T series of micropulse lidar consists of a semiconductor laser pumped Nd:YAG pulse laser, a common axis transmitting and receiving optical system, a highly sensitive photodetector, a high-speed multi-channel counter and computer, and control and data processing software. The outstanding features of the MPL-T series micro-pulse lidar system are: simple structure, small size, light weight, low cost, continuous operation and easy to carry. The modular structure of key components ensures the stability of the system and the reliability of the detection data, and can automatically detect day and night continuously.

MPL-TP polarization micropulse Lidar not only has the function of ordinary radar, but also can recognize particle morphology.

 

Major function

The vertical distribution and spatio-temporal evolution of atmospheric aerosol (dust);

Pm10,Pm2.5 spatial distribution detection;

Vertical distribution and spatio-temporal evolution of cloud (cloud base, multilayer cloud);

Atmospheric optical thickness (or transmittance) :

The structure and spatio-temporal evolution of atmospheric boundary layer;

Atmospheric visibility survey (horizontal, vertical, oblique layer);

Horizontal aerosol distribution detection (additional scanning device required);

Morphological characteristics of cirrus clouds (distinguishing water clouds from ice crystal clouds) :

Identification of non-spherical particles such as dust and soot (monitoring of blowing sand and sandstorms);

Spatial and temporal evolution characteristics of fog and haze.

 

Performance index

Collection range: 030km

Effective collection range: daytime: 0-- 5km(depending on atmospheric conditions)

Night: 0-- 18km(depending on atmospheric conditions)

Time/space resolution: 5smin/30mmin Users can set it by themselves

Working environment temperature: 5℃--35℃

Communication mode: Internet available

Working mode: all-weather, fully automatic (continuous or intermittent working mode)

Host size: 300mm(L)x300mm(W)x800mm(H)

Power consumption: AC220V < 300 w

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Contact Information

  zhgrhl@126.com

  0756-6332383

  http://zhgrhl.com/

  3016, No. 33, Jinmeng Lane, Xiangzhou District, Zhuhai


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