论文部分内容阅读
激光雷达是边界层大气气溶胶和云的一个高效探测工具。利用MPL激光雷达测量出的数据反演出了测站地域上空大气边界层气溶胶消光系数的垂直分布,利用气溶胶消光系数的垂直分布可决定测站上空的大气边界层高度。测量数据表明:大气边界层内气溶胶的含量较为稳定,有明显的气溶胶多层结构。
Lidar is an efficient detection tool for atmospheric aerosols and clouds in the boundary layer. The vertical distribution of the aerosol extinction coefficient over the atmospheric boundary layer over the station area is derived from the data measured by the MPL laser radar. The vertical distribution of the aerosol extinction coefficient can determine the atmospheric boundary layer height above the station. The measured data show that the content of aerosol in the atmospheric boundary layer is relatively stable and the aerosol multilayer structure is obvious.