介绍了该工艺的基本原理、特点及垃圾渗滤液微生物循环培养方法。
The basic principle and characteristics of the process, and the method of cyclic culture of inoculated microbe from refuse leachate were presented.
湿地土壤中的活性有机碳可以为土壤微生物提供更多的有效能量，从而加快湿地生态系统养分循环过程。
Soil active carbon provides more energy for soil microbe and the process of nutrients cycling in freshwater marsh ecosystem is accelerated.
土壤酶活性以及微生物数量的提高通过促进养分循环过程间接对果实营养成分和产量产生积极的影响。
The increase of soil enzyme activity and microorganism amount indirectly bring positive effects on fruit quality and yield by promoting nutrition circulation courses.
微生物使重要的化学元素例如碳和氮进行循环，从而帮助保持这个世界能让所有的生物类型生存居住。
Microbial cycling of such critical chemical elements as carbon and nitrogen helps keep the world inhabitable for all life forms.
产甲烷菌是重要的环境微生物，在自然界的碳素循环中起着重要的作用。
Methanogens is an important environment microorganism, which plays an important role in the global carbon cycle.
磷酸盐生物还原的发现使人们对微生物磷循环的认识更加全面。
The cognition of microbiological phosphorus recycle was enriched because of discovery of biological reduction of phosphate.
提出了用于激光共焦显微生物医学图象分割的循环递增阈值分割法。
A recursively increasing threshold method for the segmentation of laser scanning confocal microscopic (LSCM) biomedical images is presented.
洱海沉积物硫循环相关微生物群落组成复杂。
The microbial community composition of sulfur cycle in Lake Ehai sediments is complex.
其中一部分浓缩的微生物会再循环回反应器中，以通过提高细胞浓度的方式来提高性能。
A portion of the thickened biomass is usually recycled to the reactor to improve performance through higher cell concentrations.
处理后的活性炭采用微生物再生后，循环利用。
The activated carbon could be regenerated with microbes for the recycled use.
微生物在重金属元素的生物地球化学循环中扮演着重要的角色。
The microbe plays a key role in the bio-geochemical cycle of heavy metals.
通过自制钾矿胁迫堆肥和常规堆肥，在模拟土培试验条件下，对土壤中微生物总群数量、有效钾含量变化进行测定，进而研究该堆肥对土壤中钾素循环的影响。
Amounts of microbial consortia and soluble potassium were detected, and the impact on potassium circulation by the compost in soil was studied in the present investigation.
随着新陈代谢作用的进行，以氨基糖为代表的微生物细胞壁残留物不断在土壤中积累，并进一步参与土壤碳、氮循环。
During the metabolism, the microbial residues represented as amino sugars were accumulated in soil and probably concerned in further carbon and nitrogen cycling.
文章对工业循环冷却水中微生物的种类及性能进行了综述。
The types and properties of microbe for industrial circulating cooling water are summarized.
这些措施实施后，循环水系统微生物腐蚀和粘泥得到了有效控制。
After these measures were put into practice, microbiological corrosion and slime in circulating water system were effectively controlled.
汞的微生物甲基化作用是汞生物地球化学循环过程中重要环节之一，与人类健康密切相关。
Mercury methylation by microbes plays a key role in mercury biogeochemical cycle, and closely related with public health.
冷却水长期循环使用后，必然会带来结垢、腐蚀和微生物滋生问题。
Cooling water long-term recirculating after the usage, inevitable will bring scale, corrosion and microbe stir up problem.
该文阐述了改装后的恒温水浴器在电厂循环冷却水微生物控制实验中的应用。
In this paper, the application of modified thermostatic waterbath into the microbe's control experiment of circulation cooling water of power plant is elaborated.
由此可知，将该恒温水浴器用于电厂循环冷却水微生物的控制研究是切实可行的。
It can be seen that the modified thermostatic waterbath used into the microbe's controlling study on circulation cooling water of power plant is feasible.
循环冷却水系统的水质稳定处理工艺主要包括防腐、阻垢、微生物过量生长控制等。
The water treatment processes of cooling system include anticorrosion, scale inhibition, microbe control and so on.
作为生态系统重要组成部分的土壤微生物，参与土壤中复杂有机物质的分解和再合成，促进C、N、S、P等的循环。
As an important component of the ecosystem of the soil microbes, involved in the complex of soil organic matter decomposition and re-synthesis, the promotion of c, n, s, p, etc. cycle.
这些特征预示其独特的微生物生态系统和与之有关的碳循环和元素地球化学循环特征。
These characteristics bring forth a unique microbiological ecology as well as a coupled carbon and metal cycling system.
进行微生物控制动态模拟试验，明确了废水回用于冷却循环水系统对系统的微生物的生长的影响。
The influence of the microbe growing of the coke plant wastewater reused to the cooling water system was clear by microbe controlling experiment.
这些结果表明该海区沉积物中由微生物参与的硫和甲烷循环比较活跃，而且其中可能存在多种新的代谢途径。
These results indicated that the microbial metabolisms, which may include some new metabolic pathway, were active in the s and CH4 cycles in deep sediment of "warm pool".
由此确定了循环水处理过程中为控制系统中微生物的生长所需维持的最低臭氧浓度。
Thus the lowest ozone concentration to check the growing of the microbes in recycling cooling water treatment was determined.
分析了循环冷却水中微生物的来源和危害，探讨了微生物污染的控制方法，介绍了不同微生物控制药剂在循环冷却水处理中的应用。
Microbe intake and its harm in recycle cooling water system are analyzed. Methods of controlling microbe are discussed. Different microbe-controlling agents are introduced in details.
采用循环活性污泥法处理模拟丙烯腈废水，探讨了丙烯腈的微生物降解机理。
Simulated acrylonitrile wastewater was treated by cyclic activated sludge process and the mechanism of acrylonitrile biodegradation was discussed.
采用循环活性污泥法处理模拟丙烯腈废水，探讨了丙烯腈的微生物降解机理。
Simulated acrylonitrile wastewater was treated by cyclic activated sludge process and the mechanism of acrylonitrile biodegradation was discussed.
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