微氧

微氧条件下厌氧折流板反应器运行特性研究

Study on performance characteristic of anaerobic baffled reactor under microaerobic conditions

微氧条件下颗粒污泥的特性及影响因素研究

Study on the Characteristic and Influencing Factors of Granular Sludge under Microaerobic Condition

IC反应器在微氧条件下的运行特性研究

Performance Characteristic of IC Reactor under Micro-aerobic Condition

降解五氯酚（PCP）的微氧颗粒污泥的形成机理

The granulation mechanism of micro-aerobic granules for PCP degradation

钇稳定ZrO2界限电流型微氧氧传感器的理论设计

The theoretical design of the limit current oxygen of Yttria-Stabilized Zirconia Electrolyte in low oxygen concentration

从理论和实验角度，对钇稳定ZrO2界限电流型微氧氧传感器的量程与结构设计的关系进行了分析研究。

The manufacture of the limiting current oxygen sensor of yttria-stabilized zirconia electrolyte in low oxygen concentration was studied from theory and experiment .

利用自动记录白金微氧电极定氧与分光光度计测定的方法，发现大白鼠肝脏微粒体能氧化NADPH。

The oxidation of NADPH in the microsomal and supernatant fractions of the rat liver has been studied with the vibrating platinum electrode as well as the spectrophotometric method .

该菌株是从纺织废水中分离筛选到的，它在好氧、微氧以及厌氧条件下均可生长，经鉴定为胶质红假单胞菌，暂命名为XL-1。

Separated and sorted from textile wastewater , the bacteria strain can grow under both anaerobic and aerobic conditions .

糖蜜酒精废水微氧厌氧生物脱硫

Using oxygen-limited anaerobic biological desulphurization process to treat molasses distillery wastewater

厌氧/微氧工艺处理高速公路服务区污水

Anaerobic / Microaerophilic Process for Wastewater Treatment in Service Area of Freeway

厌氧一微氧生物法处理味精生产废水的研究

The Research of Biodegradation of Monosodium Glutamate Wastewater by Anaerobic-Microaerobic Series Process

按A段方式运行，不论在微氧，还是在好氧条件下，都不会导致污泥膨胀。

The less or much oxygen does not result in sludge bulking .

剩余污泥微氧消解工艺研究

Study of the Process on Residual Sludge Degradation and Decomposition

葡萄酒微氧熟化装置及扩散器参数的研究

Micro - oxygen device and its diffuser of wine aging

深海热液喷口周围微氧耐压细菌的培养研究

The Culture of micro-oxygen demanding and baroduric bacteria from a deep-sea hydrothermal vent

污水厂剩余污泥的厌氧、微氧与好氧消化研究

Research on Anaerobic , Low Dissolved Oxygen and Aerobic Digestion of Excess Sludge

微氧环境抑制硫酸盐还原反应作用研究

Inhibition on sulfate reduction by micro - aerobic environment

针型微氧电极的研制与应用

A needle - form micro-oxygen electrode and its application

微氧条件下固定化颗粒污泥的氯酚降解及菌群结构

Chlorophenol Degradation and Microorganism Community Structure of Immobilized Granular Sludge Under Micro-Aeration Condition

微氧膜生物反应器同时去除有机物和氮的研究

Simultaneous removal of organic substances and nitrogen using a membrane bioreactor under oxygen-limited conditions

葡萄酒的微氧酿造技术简介

Review on Micro - oxygenation in Wine

试验研究了高浓度难生物降解抗生素废水微氧水解酸化效果。

The effect of micro-aerobic hydrolysis and acidification to high strength antibiotic wastewater treatment is studied .

酱香型高温大曲的高温多水微氧或缺氧与曲药质量的关系

Correlations of High Temperature , More Water , Minute Oxygen and Hypoxia of Maotai-flavor High Temperature Daqu

它支持细胞在微氧条件下进行好氧生长，克服发酵过程中的溶氧限制，因此在需氧微生物发酵工业中具有重要的应用价值。

Thus , it has very promising application prospect during industrial fermentation of aerobic microbes to conquer the oxygen limitation .

采用长污泥龄、低氧或微氧工艺控制亚硝化反应，成功地开发出了一种全新的亚硝化工艺，连续运转245d。

A new nitrosation process has been developed on the basis of long age low oxygen sludge and micro-oxygen controlled nitrosation reaction .

考察了厌氧微氧工艺处理高速公路服务区污水的效果及其影响因素。

The effect and affecting factors of anaerobic / microaerophilic process used for wastewater treatment in service area of freeway were investigated .

推流式活性污泥曝气池微氧／缺氧状态运行处理废水的探讨

A Study on the Treatment of Dyeing Effluent With Push-flow Type Activating Sludge of Aeration Basin Working With little or Without Oxygen

介绍了复合微氧水解好氧工艺的工艺原理，分析了该工艺在抗生素废水处理中的特性。

The principle of combined micro-aerobic hydrolysis and acidification-aerobic technology was introduced while the characteristics of the technology for antibiotic wastewater treatment were analyzed .

有些菌种虽然也可以在微氧环境中生长，但倾向于更加适合厌氧环境（含很少或者没有氧气）。

Some species tend to favour an anaerobic environment ( containing little or no oxygen ), although they will also grow under micro-aerobic conditions .

硫酸盐还原菌有着重要的生态、济和环境意义。微氧环境抑制硫酸盐还原反应作用研究

Sulfate-reducing bacteria ( SRB ) play an important role in ecology , economy , and environment . Inhibition on sulfate reduction by micro-aerobic environment