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Retrieval of contrail microphysical properties during SUCCESS by the split-window method

机译:分割窗口法检索成功过程中的转换轨迹微物理性质

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Estimates of cloud particle size and infrared optical depth were inferred from multi-spectral observations of contrails and cirrus during the SUbsonic aircraft: Contrails and Cloud Effects Special Study (SUCCESS) experiment on 20 April 1996. The particles in a newly formed contrail were generally smaller than those in an older contrail, while the microphysics of the older contrail resembled the surrounding cirrus. Split-window retrievals of contrails were sensitive to changes in surface temperature and surface emissivity. [References: 17]
机译:由超音速飞机在凝结尾迹和卷云的多光谱观测中推断出云的粒径和红外光学深度:1996年4月20日的凝结和云效应特别研究(SUCCESS)实验。新形成的凝结尾迹中的颗粒通常较小相比之下,较旧的轨迹转换轨迹的微观物理学类似于周围的卷云。分割轨迹的转换轨迹对表面温度和表面发射率的变化很敏感。 [参考:17]

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