事实证明通过一系列多级串联连续流动搅拌反应器的混合能够获得高产率和重大的经济效益。
It was shown that considerable gains in production rate and economics can be achieved by passing the reacting mixture through a series of CSTRs.
本试验研究旨在考察上流式多级厌氧反应器（UMAR）处理木薯天然淀粉废水和木薯变性淀粉废水的可行性及工艺。
The performance and the characteristics of a laboratory scale up-flow multistage anaerobic reactor(UMAR) were investigated using cassava starch wastewater.
上流式多级厌氧反应器(UMAR)是在IC厌氧反应器基础上成功开发的新型高效厌氧反应器。
The Up-flow Multistage anaerobic reactor (UMAR), which has been developed based on Internal Circulation Reactors (IC), is a high efficiency anaerobic reactor.
上流式多级厌氧反应器(UMAR)是在IC厌氧反应器基础上成功开发的新型高效厌氧反应器。
The Up-flow Multistage anaerobic reactor (UMAR), which has been developed based on Internal Circulation Reactors (IC), is a high efficiency anaerobic reactor.
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