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Experimental and theoretical spectral reflection properties of ice clouds generated in a laboratory chamber

机译：实验室内产生的冰云的实验和理论光谱反射特性

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摘要

In a preliminary experimental program, the measured bidirectional reflection properties between 1.0 and 3.5 μm from a grating spectrometer with a resolution of approximately 0.1 μm for ice crystal clouds generated in a cold chamber are compared with theoretical results computed from a line-by-line equivalent solar radiative transfer model. The theoretical calculations are based on the measured habits, concentrations, and sizes of the ice particles from replicas of the ice crystals that show a mean maximum size of approximately 7 μm. The experimental design was first tested with transmission measurements in a pure water-vapor environment that compare closely with theoretical expectations. Within the uncertainties and in consideration of the assumptions necessitated by the preliminary nature of this program, there is a close comparison between the experimental and theoretical results.
机译：在初步的实验程序中，将光栅光谱仪在冷室中生成的冰晶云的分辨率约为0.1μm的，测得的双向反射特性介于1.0和3.5μm之间，并与逐行等效计算的理论结果进行了比较。太阳辐射传递模型。理论计算基于测得的习惯，浓度和冰晶复制品的冰粒尺寸，这些冰晶平均最大尺寸约为7μm。该实验设计首先在纯水蒸气环境中进行了传输测量，并与理论预期进行了比较。在不确定性的范围内，并考虑到该程序的初步性质所必需的假设，实验结果和理论结果之间存在密切的比较。

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