In this work, an 808-nm Scheimpflug lidar (SLidar) system, employing a laser diode as the
light source and an image sensor as the detector, has been utilized for practical applications …

What we believe to be a novel low-cost broadband continuous-wave water vapor differential
absorption lidar (CW-DIAL) technique has been proposed and implemented by combing the …

Insects play crucial roles in ecosystems, and how they disperse within their habitat has
significant implications for our daily life. Examples include foraging ranges for pollinators, as …

Accurate and fast characterization of the micron-sized plastic particles in aqueous media
requires an in-depth understanding of light interaction with these particles. Due to the …

A molecular laser-radar system, based on the Scheimpflug principle, has been constructed
and demonstrated for remote sensing of atmospheric CO_2 concentrations using Differential …

Minimizing insecticide use, preventing vector diseases and facilitating biodiversity
assessments are suitable applications of recent advances in photonic insect surveillance …

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 …

Understanding and characterization of the planetary boundary layer (PBL) are of great
importance in terms of air pollution management, weather forecasting, modelling of climate …

Differential absorption Lidar (DIAL) is a powerful technique for remote sensing of
atmospheric carbon dioxide (CO 2). After decades of continuous evolution, traditional pulsed …

Lidar techniques have been widely employed for atmospheric remote sensing during past
decades. However, an important drawback of the traditional atmospheric pulsed lidar …