首页> 外文会议>Aeolian Dust Experiment on Climate Imapct(ADEC) Workshop; 20050126-28; Nagasaki(JP) >Inter-comparison experiment between two aerosol LIDAR systems at Anmyeon-do
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Inter-comparison experiment between two aerosol LIDAR systems at Anmyeon-do

机译:Anmyeon-do的两个气溶胶激光雷达系统之间的比对实验

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This study uses the different type LIDAR systems such as Micro Pulse LIDAE (MPL) and Multi Wavelength LIDAR (MWL). The comparison of the LIDAR systems shows the MPL is a good dust measuring system even though it has a single wavelength for observation of vertical aerosol distribution. The vertical aerosol distribution by the MPL was analyzed and compared with the air quality data and meteorological data during the meteorological condition of subsidence inversion. We show how air quality is so bad at the case for continental air inflow and thermal inversion happened simultaneously. The high concentration of air pollutants could happen under the meteorological condition of thermal subsidence inversion. At that time, the BC concentrations appeared high due to aerosol trap under the meteorological condition of thermal subsidence inversion around the surface.
机译:本研究使用不同类型的LIDAR系统,例如微脉冲LIDAE(MPL)和多波长LIDAR(MWL)。对LIDAR系统的比较表明,即使MPL具有用于观察垂直气溶胶分布的单个波长,它也是一种很好的粉尘测量系统。分析了MPL在垂直沉降的气象条件下的垂直气溶胶分布,并将其与空气质量数据和气象数据进行了比较。我们展示了在大陆空气流入和热反转同时发生的情况下,空气质量如何如此糟糕。在热沉降反演的气象条件下,可能会出现高浓度的空气污染物。当时,在地表热沉降反演的气象条件下,由于气溶胶捕集,BC浓度很高。

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