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Discrimination of cloud and aerosol in the Stratospheric Aerosol and Gas Experiment III occultation data

机译:平流层气溶胶和气体实验III掩星数据中云和气溶胶的判别

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The Stratospheric Aerosol and Gas Experiment (SAGE) III, scheduled for a first launch in mid-1998, will be making measurements of the extinction that is due to aerosols and gases at many wavelengths between 385 and 1550 nm. In the troposphere and wintertime polar stratosphere, extinction will also occur because of the presence of cloud along the optical path from the Sun to the satellite instrument. We describe a method for separating the effects of aerosol and cloud using the extinction at 525, 1020, and 1550 nm and present the results of simulation studies, These studies show that the new method will work well under background nonvolcanic aerosol conditions in the upper troposphere and lower stratosphere. Under conditions of severe volcanic contamination, the error rate for the separation of aerosol and cloud may rise as high as 30%. # 1997 Optical Society of America
机译:平流层气溶胶和气体实验(SAGE)III计划于1998年年中首次发射,它将测量由​​385和1550 nm之间的许多波长的气溶胶和气体引起的消光。在对流层和冬季极地平流层中,由于沿从太阳到卫星仪器的光路中存在云,也会发生灭绝。我们描述了一种通过在525、1020和1550 nm处消光来分离气溶胶和云的影响的方法,并给出了模拟研究的结果,这些研究表明,该新方法将在对流层上层背景非火山气溶胶条件下很好地工作和较低的平流层。在严重的火山污染条件下,气溶胶和云雾分离的错误率可能会高达30%。 #1997美国眼镜学会

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