Implications of Aerosol Phenomenology on Sensor and Algorithm Design

Steven D. Westerman
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Abstract

Atmospheric haze, or aerosols, can dramatically reduce the horizontal visibility in a region. During pollution outbreaks such haze can be so thick that it appears to hang in the air. Scientists have been studying the detailed composition, dynamics and effects of aerosols on emitted radiation for years. An eventual goal is to produce a global method for the remote determination of aerosol content. To date, results from these studies have had an impact on our understanding of the Earth-radiation budget, pollution source monitoring, and visible image correction. They have also indicated that the influence of aerosols is very difficult to assess because of its tremendous variation in time and space.
气溶胶现象学对传感器和算法设计的影响
大气中的雾霾或气溶胶会大大降低一个地区的水平能见度。在污染爆发期间,这种雾霾可能非常厚,似乎悬浮在空气中。多年来,科学家们一直在研究气溶胶的详细组成、动力学和对辐射的影响。最终目标是制定一种远程测定气溶胶含量的全球性方法。迄今为止,这些研究的结果已经对我们对地球辐射收支、污染源监测和可见光图像校正的理解产生了影响。他们还指出,气溶胶的影响很难评估,因为它在时间和空间上有巨大的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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