anaerobic P-release 厌氧释磷
Results:The CFU counting efficacy of CFU counting culture medium for Clostridium sporogenes was apparently better than those of nutrient agar medium and anaerobic bacterial agar medium(P<0.01).
结果：生孢梭菌CFU 计数培养基的CFU 计数结果明显优于营养琼脂培养基和厌氧琼脂培养基（P<0.01）；
To a certain extent, a relatively longer HRT and a more sufficient anaerobic environment produce a stronger potential of excess P uptake in the following aerobic condition.
推进聚磷菌过度吸磷的本质动力与厌氧区HRT和厌氧环境的厌氧程度有关。 在一定范围内，厌氧环境的HRT越长，厌氧程度越充分，聚磷菌的吸磷动力越强。
The experiment showed that in 4 kinds of phenols, phenol and o-cresol can be degraded by anaerobic microbe, while p-cresol and pentachlorophenol can't.
试验表明，4种酚类物质中， 苯酚和邻甲酚可被厌氧微生物降解，而对甲酚和五氯酚不能被厌氧微生物降解。
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