optical properties of ice clouds 冰云光学特性
Ice in Clouds Experiment-Layer Clouds 资助的层状云内冰实验 ; 层状云内冰实验
ice-water mixed clouds 冰水混合云
salt clouds with dry ice 将干冰撒在云层之上
An algorithm using a combination of MODIS absorbing and nonabsorbing channels is presented for the retrieval of the optical thickness and effective particle radius of multilayer cloud,specially for cases with optically thin ice clouds overlying lower-level water clouds.
文中研究了多层云的光学厚度和有效粒子半径微物理参数的反演算法,主要针对薄的冰云覆盖在低层水云的多层云情形。
参考来源 - 利用MODIS数据反演多层云光学厚度和有效粒子半径·2,447,543篇论文数据，部分数据来源于NoteExpress
Colder temperatures allow more water to freeze, while an increase in water vapor allows more ice clouds to form.
低温让更多水汽凝结，同时水汽的增加又能够形成更多的冰晶云。
The image shows subtle differences in thermal energy radiated by volcanic emissions, the open ocean, and water and ice clouds.
图中显示了火山喷发的气体、宽广的海洋、水和冰云在热能辐射上的细微差别。
Panel (a) True color composite of one MODIS granule showing Marine stratocumulus clouds with ship tracks as well as upper-level ice clouds.
a组的由MODIS卫星拍摄复合而成的真彩图，颗粒状和船舶形层积云曲目以及海洋上层冰云。
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