The transfer of gases across air-water interface is critically important to many fields of science and engineering.
气液界面气体传输问题对于科学和工程的许多领域是至关重要的。
A discrete air-water interface is used to separate the saturated zones from the drained zones within each single fracture of fracture network.
非饱和带裂隙中的饱和区和排干区可以用一个离散的气-水界面分隔开。
The present data establish, for the case studied, that bursting processes is the main contributor of turbulent kinetic energy near sheared air-water interface.
其结果表明：在所考察的实验条件下，猝发是剪切水-气界面附近湍流产生的主要过程。
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