gas-liquid mass transfer equipment 气液传质设备
gas-liquid mass transfer coefficient 气液传质系数
volumetric gas-liquid mass-transfer coefficient 体积传质系数
gas-liquid mass transfer 气液传质系数
gas-liquid mass transfer process 气液传质过程
gas-liquid mass transfer equipments 气液传质设备
Interfacial properties have an important act on gas liquid mass transfer.
界面性质对气液传质有重要影响。
In the gas liquid mass transfer processes, solute concentration gradients may produce surface tension gradients, resulting in interfacial turbulence at the interface.
气液相际间传质过程中，由溶质浓度梯度产生的表面张力梯度可以导致相界面湍动现象。
Based on turbulent diffusion theory and the mechanism of liquid-gas interfacial mass transfer, a conceptual model of turbulent re-aeration process is proposed.
本文根据紊动扩散理论及气液界面质量传递过程，提出了紊动水体复氧过程的概化模型。
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