Development of a lightweight, low-cost, easy-to-use and low-maintenance lidar technique
has been of great interest for atmospheric aerosol remote sensing in recent years and …

The Scheimpflug lidar (SLidar) technique has been recently developed for various remote
sensing applications, where the lidar signal is detected by an image sensor according to the …

A portable unmanned Mie-scattering Scheimpflug lidar system has been designed and
implemented for atmospheric remote sensing. The Scheimpflug lidar system employs a …

This work demonstrates a green-band Scheimpflug lidar system by employing a high-power
continuous-wave 520-nm laser diode as the laser source and an image sensor as the …

In past decades, lidar techniques have become main tools for atmospheric remote sensing.
However, traditional pulsed lidar systems are relatively expensive and require considerable …

A violet Scheimpflug lidar system employing a 1-W 407-nm multimode laser diode is
developed for remote sensing of atmospheric aerosols. The laser beam of the laser diode …

This work presents a new lidar technique for atmospheric remote sensing based on
Scheimpflug principle, which describes the relationship between nonparallel image-and …

The influence of aerosols to the atmosphere has been discussed in the context of the Earth
radiation budget and global climate change. Therefore, precise monitoring of aerosol …

Imaging lidar techniques, featuring of low cost and short blind range, have attracted
considerable interests during recent years. However, the bi-static imaging lidar with the …

A novel scheimpflug lidar (S-lidar) based dual-channel detection approach is proposed and
demonstrated for atmospheric aerosol measurement. As the use of the two sets of detection …