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首页> 外文期刊>Proceedings of the Indian Academy of Sciences. Earth and Planetary Sciences >Oceanic whitecaps: Sea surface features detectable via satellite that are indicators of the magnitude of the air-sea gas transfer coefficient
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Oceanic whitecaps: Sea surface features detectable via satellite that are indicators of the magnitude of the air-sea gas transfer coefficient

机译:海洋白盖:可通过卫星检测到的海面特征,这些特征指示了空气-海底气体传输系数的大小

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Stage A whitecaps (spilling wave crests) have a microwave emissivity of close to 1. Thus if even a small fraction of the sea surface is covered by these features there will be a detectable enhancement in the apparent microwave brightness temperature of that surface as determined by satellite-borne microwave radiometers. This increase in the apparent microwave brightness temperature can as a consequence be routinely used to estimate the fraction of the sea surface covered by stage A whitecaps. For all but the very lowest wind speeds it has been shown in a series of controlled experiments that the air-sea gas transfer coefficient for each of a wide range of gases, including carbon dioxide and oxygen, is directly proportional to the fraction of the sea surface covered by these stage A whitecaps.
机译:A级白帽(波峰)的微波发射率接近1。因此,即使这些特性覆盖了小部分海面,该表面的表观微波亮度温度也会有可检测到的增强,具体取决于卫星微波辐射计。结果,视在微波亮度温度的这种增加可以常规地用于估计被阶段A白帽覆盖的海面的比例。对于除极低风速以外的所有风速,在一系列受控实验中已表明,包括二氧化碳和氧气在内的各种气体中,每种气体的海气传输系数都与海洋比例成正比这些A期白帽覆盖的表面。

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