紧凑型微脉冲反向散射激光雷达:机载和地面应用

V. Mitev, R. Matthey, V. Makarov
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引用次数: 1

摘要

本文概述了紧凑型弹性后向散射去偏振激光雷达的发展和应用。两个这样的传感器安装在高空研究飞机Myasishchev M-55地球物理学上。安装激光雷达的目的是同时探测从飞机飞行高度向上和向下的空中包裹,以确定飞机上方和下方是否存在云(或气溶胶),并将它们与现场仪器搭配使用。概述了激光雷达的配置及其地面验证程序。航空测量的例子包括极地平流层云,天气云和背风波云,热带对流层顶周围的超薄卷云,以及从热带深层对流顶部出现的气溶胶层的观测。一个单元实现了地面应用,广泛用于对流层下层MLH变化和气溶胶后向散射的运动和常规测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Compact micropulse backscatter lidar: airborne and ground-based applications
This is an overview of the development and the applications of compact elastic backscatter depolarisation lidars. Two of such sensors are installed on-board the high-altitude research aircraft Myasishchev M-55 Geophysica. The installation of the lidars is intended for simultaneous probing of air parcels respectively upward and downward from the aircraft flight altitude to identify the presence of clouds (or aerosol )above and below the aircraft and to collocate them with in situ instruments. The lidar configuration and the procedure for its on-ground validation is outlined. Example of airborne measurements include polar stratospheric clouds, both synoptic and in lee-waves, ultra-thin cirrus clouds around the tropical tropopause and observation of aerosol layers emerging from the top of deep tropical convection. One unit is realized for groundbased application and is extensively used in campaigns and routine measurements of the MLH variation and aerosol backscatter in the lower troposphere.
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