Gas-liquid mass transfer was the main controlled process, many waysin order to optimize the NO removal was investigated in this research.
气液传质是NO反硝化反应的控速步骤，本研究探讨了优化去除效果和指导工程应用各种措施。
参考来源 - RDB反应器反硝化去除一氧化氮的工艺和机理研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The characteristic of gas-liquid mass transfer in slurry bubble column reactor(SBCR) is reviewed.
本文总结了有关浆态鼓泡床反应器气液传质特性的研究成果。
The straightforward visualization measurements improved the understanding on the mechanisms of gas-liquid mass transfer and micromixing inside a droplet.
直观的可视化测量方法提高了对气液传质和液滴内微观混合行为机理的理解。
Several classical models for the gas-liquid mass transfer coefficient were compared, and the influences of the bubble size distribution and bubble wake effect were discussed.
比较了几种气液传质模型，讨论了气泡大小分布和气泡尾涡加速效应对气液传质的影响。
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