生物膜系统

随着科学的发展和实验技术的日趋完善，对于生物膜系统的研究已经扩展到生命科学以外的医学、生物物理学和生物化学等很多学科领域，并逐渐成为各个领域热门而且前沿的课题。

With the development of science and the increasingly improved experimental techniques , the study of biomembrane system has been extended to medicine , biophysics and biochemistry , and other interdisciplinary fields beyond the life sciences , and gradually became popular and frontier topics of each fields .

其作用机制可能与药物的表面活性作用促进了滴虫生物膜系统结构脂类的降解直接有关。

The mechanism of the effeces is probably due to the fact that the surface activity of the drugs accelerated degradation of lipids which are made of the biomembrane system of human trichomonas vaginalis .

移动床生物膜系统SND影响因素研究

Study on Affecting Factors of Simultaneous Nitrification and Denitrification in Moving-bed Biofilm System

实验采用人工配水，对生物膜系统中COD和氮的去除进行了研究。实验中pH控制在7.0～7.5左右，温度为20℃～28℃。

The removal of COD_ ( mn ) and nitrogen in biofilm system was studied with pH controlled in 7.0 ~ 7.5 and temperature in 20 ℃ ~ 28 ℃ in the experiment .

焦化废水中有机物在A1-A2-O生物膜系统中的降解机理研究

Degradation of organic compounds in coal coking wastewater treated by the A_1-A_2-O biofilm system

A1-A2-O生物膜系统处理焦化废水试验中好氧段影响因素的研究

Study on Influence Factors to Treatment of Coke Plant Wastewater at Aerobic Stage in A_1-A_2-O Biofilm System

微波抗男性生育温度为44℃时，睾丸组织及血清中LPO明显增高，可损伤睾丸细胞及机体生物膜系统。

After the temperature increased to 44 ℃ there was large amount of LPO produced in testis and serum . This may led injury to testis cell and biological membrane system in human body .

与常规培养生物膜系统和引种培养EM生物膜系统相比，共培养EM生物膜系统对生活污水中COD、NH3-N、TP的去除效果有较大改善，且系统的稳定运行时间大大延长。

Compared with the conventional cultivation and introduction-cultivation , the biodegradation effects of COD , NH3-N and TP by the EM co-cultivation biofilm system are higher , and the time of stabilization and operation of the system is longer .

因为膜的强截留效果，MBR系统对污染物的去除效果和污泥减量效果略优于生物膜系统，其对污泥的减量化主要是通过维持代谢和内源呼吸作用实现的。

Because of strong interception effects of MBR , the removal performance of pollutants and the sludge reduction effect were better than biofilm system . The principle of sludge reduction was endogenous respiration in natural sludge ecosystems .

试验采用A/O/O生物膜系统对锦纶废水进行处理，考察了硝化液回流比、水力停留时间、DO和进水COD及TN浓度对系统处理效果的影响。

An A / O / O biofilm process was studied for the treatment of Nylon-6 wastewater , and influence factors like nitrate recirculation ratio , HRT ( Hydraulic retention time ), DO as well as the influent COD and TN were investigated .

动态模拟过程中，总COD、氨氮、TN和TP的模拟平均相对误差分别为12%、27%、16%和11%，说明该机理模型对一体化生物膜系统能起到较好的模拟作用。

During the dynamic simulation process , the average relative error of total COD , ammonia nitrogen , TN and TP was 12 % , 27 % , 16 % and 11 % respectively . The result indicated that the model could simulate the integrative biofilm system properly .

移动床生物膜系统同步硝化反硝化脱氮研究

Denitrogenation study using simultaneous nitrification and denitrification in moving-bed biofilm system

生物膜系统同时硝化和反硝化的实验研究

Experimental Study on Simultaneous Nitrification / Denitrification by an Aerobic Biofilm System

A/O活性污泥系统与生物膜系统处理炼焦工业废水对比试验研究

Comparative study on waste water treatment by A / O activated sludge system and biofilm system

研究发现很多生命活动都与生物膜系统的结构和功能有着紧密的联系。

Study found that many life activities are closely linked with the structure and function of biomembrane systems .

酵母菌生物膜系统对印染废水的中试处理研究

Research on the pilot test of the treatment of printing and dyeing wastewater by the yeast biofilm reactor

对焦化废水中有机物在A1A2O生物膜系统各段的降解进行了研究。

Degradation of organic compounds in coal coking plant wastewater treated by the anaerobic acidification-anoxic-aerobic ( A_1-A_2-O ) biofilm system was studied .

在生物膜系统中通过引种和共培养复合菌群后，生物膜微生态系统较活性污泥微生态系统更加稳定。

In the system of bio-film , micro-ecology of bio-film was more stable than activated sludge 's after introduction-culture and co-operation compound bacterium .

所有测试样品中UQ/MK的比值均大于1，说明生物膜系统中以革兰氏阴性菌为主。

UQ / MK ratio of all the samples was greater than 1 indicated that Gram-negative bacteria was the dominant bacteria in the system .

本研究结果表明，低剂量短期灌喂恩诺沙星对鲫鱼肝脏膜脂代谢影响及生物膜系统的损害作用有限。

It indicated that the damage affecting from hepatic lipid metabolism and membrane system of fish is limited at low concentrations of ENR in short-term .

考察了在相同的运行条件下，A/O活性污泥系统和生物膜系统对炼焦工业废水的处理效果。

Under the same operating conditions , comparison tests of coke oven sewage treatment through A / O activated sludge and biological membrane systems are done .

这说明可能是因为喷施的催熟剂对油菜有一定的逆境胁迫作用，破坏了油菜自身生物膜系统。

This shows that the spraying may be due to the ripening agent on rape , which has some role in environmental stress , undermining the rape itself biofilm system .

介绍了A/O法脱氮工艺、批式活性污泥法和生物膜系统等传统生物脱氮工艺及其特点；

Several traditional biological nitrogen removal techniques and their characters , such as A / O biological nitrogen removal method , sequencing batch reactor and biological membrane method , have been interpreted .

当植物遭受干旱胁迫时，生物膜系统被认为是最先受到伤害的部位之一。植物体类囊体膜脂不饱和脂肪酸含量与植物抗逆性有关。

The biomembrane was regarded as the position which is firstly suffered damage under drought stress , and fatty acid composition in thylakoid membrane is related to the tolerance of drought stress .

众多研究报告，运动会引起体内自由基的大量生成，进而攻击机体生物膜系统，导致细胞结构破坏和功能紊乱。

Many studies show that exercise can cause body to produce lots of free radicals that will attack cellular membrane system and result in the damage of structure and the malfunction of cells .

本文考察了在相同的运行条件下A／O活性污泥系统和生物膜系统对煤气废水的处理效果。试验结果表明，生物膜系统的抗冲击负荷能力强，处理效果优于A／O活性污泥系统；

The performances of both A / O activated sludge process and biofilm process operating simultaneously under the same condition to treat gas generation wastewater were examined and the results show that biofilm process has better treatment effect and higher capability to resist shock loading .

变温处理对黄瓜果实生物膜保护系统的影响

Effect of Intermittent Warming on Membrane-Lipid Peroxidation System of Cucumber Fruit

生物膜复杂系统结构形成演化模型及应用

Models and Applications on Structural Formation and Evolution of Biofilms Complex Systerm

较高负荷条件下活性污泥-生物膜联合系统对氮磷的去除

Influence of high organic load on nitrogen and phosphorus removal in a activated sludge-biofilm combined system

中试试验条件下，考察了较高的有机负荷对活性污泥-悬浮载体生物膜联合系统对氮磷去除效果的影响。

The influence of high organic load on nitrogen and phosphorus removal by activated sludge-biofilm combined system was studied in a pilot-scale reactor .