固定化微生物脲酶具有储存稳定性。
The immobilized microorganism urease have a storage stability fixedly.
最后，对固定化微生物的性能作了评价。
本课题对固定化微生物降解原油进行了研究。
The crude oil degradation by microorganism immobilization technology was studied.
对固定化微生物技术及其所用载体进行了介绍。
Immobilized microbial cells and their carrier are introduced.
固定化微生物技术是一种有效的废水生物处理技术。
Immobilized microorganisms technology is one kind of effective biotechnology for wastewater treatment.
固定化微生物技术是一种有效的废水生物处理技术。
Immobilized microorganism was one technique of the effective biotechnology for wastewater treatment.
综述了固定化微生物技术在废水脱氮处理中的应用。
The application of immobilized microorganism to remove nitrogen in wastewater treatment is summarized.
一种固定化微生物的制备方法，涉及微生物的固定化方法。
The present invention is process of preparing immobilized microbe and relates to microbe immobilizing method.
吸附固定化微生物对DBP的降解符合一级反应动力学模型。
The degradation reaction of adsorptive immobilized microorganisms on DBP was according with the first-order model.
固定化微生物小球对高浓度水胺硫磷的好氧降解有较好的耐受性。
Immobilized microorganism spherules have fairly good tolerance for aerobic degradation of high concentration Isocarbophos.
固定化微生物技术在污水处理中的应用已经引起越来越多的重视。
The technology of immobilized microorganisms has found wide applications in wastewater treatment.
指出了固定化微生物技术存在的问题，并提出了今后的研究方向。
The problem and development of future research is also pre sented.
就聚乙烯醇固定化微生物进行了渗透压和重金属离子影响的研究。
The influences of osmosis and heavy metal ions on the yeast entrapped in the PVA gel beads were also studied in the experiment.
将电化学技术与固定化微生物技术联合用于制浆造纸废水的深度处理。
The electrochemical technology and immobilization technology were combined to treat the pulping and papermaking wastewater.
目的研究固定化微生物降解环境内分泌干扰物邻苯二甲酸二丁酯（DBP）的生物特性。
Objective To study the biodegradation characteristics of immobilized microorganism on endocrine disruptor din-butyl Phthalate(DBP).
固定化微生物技术是一种有效的废水生物处理技术，与普通生物处理法相比有许多优点。
Immobilized microorganism is one kind of effective techniques in wastewater treatment, which has a lot of advantages comparing with normal biological treatment.
固定化微生物技术作为生物工程领域中一项新兴的技术，已经得到了日益广泛的研究和应用。
Immobilization of microorganisms has been widely used in the researches and applications as a new kind of technology in the engineering fields.
针对微生物发酵生产谷氨酸过程中存在的问题，提出了一种固定化微生物发酵生产谷氨酸的新方法。
Considering the problem of glutamic acid production in microbial culture, a new method of glutamic acid production by Brevibacterium flavum immobilized in microcapsules was put forward.
通过对微生物固定化技术方法的介绍和对比，分析评价了固定化微生物在废水处理应用中的研究进展。
By introducing the way of the immobilized cell, the advances in immobilized microorganism and its applications of wastewater treatment are presented.
另一方面，使物理吸附法和化学包埋法相结合，为固定化微生物细胞处理有机废水提供出一种新的尝试。
On the other hand, it offered an attempt for immobile microbe cell to disposal organic liquid waste by integrating physics adsorption and chemistry embedment.
本文概述了用于废水处理的固定化微生物技术，对固定化微生物法的分类，以及其应用概况等作了简单介绍。
Immobilized microorganism technique used in wastewater treatment is outlined in this paper, and its classification, application and other aspects are briefly introduced.
该工艺充分利用了固定化微生物和SBR的优点，既保留了固定化微生物，又较好地利用了成熟的SBR工艺。
It makes use of all the advantages of immobilized microorganisms and SBR, not only retains the immobilized microorganisms, but also makes use of the mature SBR technology.
鱼鳔的生物结构为葡萄糖氧化酶提供了很好的微生物环境，非常有利于酶的固定化。
The tissue of swim bladder membrane provided a perfect micro-environment for glucose oxidase, and adapted to immobilized enzyme.
采用界面聚合方法制备出固定化厌氧微生物多孔囊状聚酰胺载体。
A kind of porous polyamide carriers to immobilize anaerobic microorganisms was prepared by interfacial polymerization method.
本发明公开了属于微生物应用领域的一种在非灭菌环境抑制杂菌生长的白腐真菌固定化方法。
The invention discloses white rot fungus immobilization method used to restrain hetero fungus growth under non sterilization environment in microorganism application field.
介绍了一种采用固定化高效微生物与JADS曝气系统构成的处理高氨氮、高含硫废水的曝气生物流化床(ABFT)工艺。
Aerated biological fluid technology (ABFT) composed of fixed microorganism and JADS aeration system was adopted to treat high ammonia and high sulfide wastewater.
通过高含油量驯化，为固定化提供目标微生物。
Through high oil domestications, target bacteria were offered for immobilization.
介绍了一种极具潜力的微生物固定化载体———甲壳素，并应用于豆制品厂及精细化工厂废水的生化处理。
A potential immobilized microorganisms supporter-chitin is reported, and it has been used in the wastewater biochemical treatment.
介绍了一种极具潜力的微生物固定化载体———甲壳素，并应用于豆制品厂及精细化工厂废水的生化处理。
A potential immobilized microorganisms supporter-chitin is reported, and it has been used in the wastewater biochemical treatment.
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