结果表明，利用上述简易厌氧装置有望达到以上2种厌氧蛋白空间晶体生长的要求。
The results showed that the device could meet the requirement for studies on crystal growth of the above anaerobic proteins in space.
作为回报，这些细菌也得到了一个厌氧环境，这个环境可以提供稳定丰富的蛋白质来源，菌类也得以繁衍生息。
In return, the bacteria find themselves in an anaerobic environment where they receive a steady flow of protein-rich food that enables them to thrive.
以大豆蛋白生产废水为原料，对厌氧折流板反应器进行了连续流有机废水发酵产氢实验。
Hydrogen production from soybean wastewater by anaerobic activated sludge was investigated in an anaerobic baffled reactor (ABR) under continuous flow condition in this paper.
以大豆蛋白生产废水为原料，对厌氧折流板反应器进行了连续流有机废水发酵产氢实验。
Hydrogen production from soybean wastewater by anaerobic activated sludge was investigated in an anaerobic baffled reactor (ABR) under continuous flow condition in this paper.
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