The microbiology and physiology of filamentous bacteria related to bulking sludge are discussed in this paper.
文章对与丝状菌污泥膨胀相关的微生物学和丝状菌生理生态学进行了讨论；
Filamentous bacteria, especially Methanothrix soehgenii-like organisms, play an important role in the granules.
丝状细菌，特别是索氏甲烷丝菌类似菌在颗粒污泥中起着重要作用；
The effective control and utilization of filamentous bacteria play an important part in industrial waste water treatment.
丝状菌在工业废水中的有效控制与利用尤为重要。
The foam is caused by the excessive growth of some filamentous bacteria and actinomycetes in activated sludge mixed liquor.
大量研究表明，污泥中某些丝状菌或放线菌的过度增殖是造成活性污泥工艺中泡沫问题的主要原因。
It is widely accepted that extensive growth of filamentous bacteria in activated sludge is the main cause of sludge bulking.
污泥膨胀大多是由于活性污泥中丝状菌的过量生长引起的。
The tubificidae, one type of metazoa was chosen to control activated sludge bulking which was caused by filamentous bacteria.
研究了一种后生动物—颤蚓对丝状细菌引起的活性污泥膨胀的控制效果。
The sludge also shows good settleability at the optimum sludge load, and the higher load will lead to non-filamentous bacteria sludge bulking.
最佳污泥负荷下的污泥沉降性能良好，污泥负荷过高会导致非丝状菌污泥膨胀。
The bulking sludge caused by the overgrowth of filamentous bacteria is one of the most difficult problems occurred in activated sludge systems.
在活性污泥系统中，由丝状菌过度繁殖引起的污泥膨胀是最难解决的问题之一。
Bacteria are mainly found at the higher a values while certain filamentous fungi and a few yeasts can grow at values between 0.6 ~ 0.7.
细菌主要发现于该数值较大时，而某些丝状真菌和少数酵母菌可以0.6 ~ 0.7数值间生长。
It was observed by optical microscope that bacteria, filamentous microorganism, protozoan and metazoan were adhered on the surface of the sludge.
光学显微镜观察，污泥表面附着有各种球菌、杆菌、丝状菌以及原、后生动物。
It was observed by optical microscope that bacteria, filamentous microorganism, protozoan and metazoan were adhered on the surface of the sludge.
光学显微镜观察，污泥表面附着有各种球菌、杆菌、丝状菌以及原、后生动物。
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