The dynamic membrane bioreactor is characterized by using micro-mesh made of nylon and stainless steel as media of bio-film.
采用不同规格的不锈钢网和尼龙网加工的微网组件与生物反应器一起构成动态膜生物反应器。
The performance of kaolin dynamic membrane (DM) formed on ceramic membrane was studied in detail in treatment of sludge-containing wastewater.
以陶瓷管为载体，对高岭土动态膜微滤含污泥水性能及膜污染特征进行了较为详细的研究。
A novel hybrid self-forming dynamic membrane bioreactor was set up by combining dynamic membrane technology with suspended carrier technology.
将动态膜技术与悬浮填料工艺相结合而构建了复合式自生动态膜生物反应器。
The molecular weight of Urea Modified Sulfonated Phenol Formadehyde Resin (SPU) was determined in its aqueous solution by dynamic membrane osmometry.
用动态渗透压法，在适量含盐的水溶液中测量聚电解质——尿素改性磺化酚醛(SPU)的分子量。
The impact of the preparing conditions of the precoating dynamic membrane on the treatment of emulsified oily wastewater and membrane cleaning technology have been studied.
研究了预涂动态膜制备工艺条件对乳化油废水处理效果的影响及其清洗工艺。
The on-line circulation and entirely recycle of the acidic wastewater could be achieved by the coupling technique of modified dephosphorization and the dynamic membrane reactor.
采用改性脱磷剂和动态膜反应器耦合技术可实现高磷赤铁矿选矿酸性废水在线循环与资源化高效利用。
In recent years, an innovative and promising wastewater treatment technology, termed self-forming dynamic membrane bioreactor (SFDMBR) system, has attracted increasing attention worldwide.
近年来，一种新型的污水处理工艺，自生动态膜生物反应器越来越受到关注。
A simple model of dynamic membrane forming in crossflow filtration is presented which can predict filtrate flux and dynamic membrane thickness through the analysis of force on the particles.
通过对错流过滤系统中悬浮颗粒的受力分析，建立动态膜涂膜过程数学模型，可计算整个过程中的膜通量和膜厚度。
The treatment of acid wastewater from beneficiation of high-phosphate hematite mineral by in-situ self-formed dynamic membrane reactor developed with modified dephosphorization agent was studied.
利用改性脱磷剂开发原位生成型动态膜反应器对高磷赤铁矿选矿酸性废水处理进行了试验研究。
In this thesis, the membrane module was made up of common filter cloth, and the self-forming bio-dynamic membrane (SFDM) was studied in the first because of its simple and convenient manipulation.
本实验选用普通的工业滤布来制作动态膜组件，首先研究了操作简便的自生生物动态膜。
In this thesis, the membrane module was made up of common filter cloth, and the self-forming bio-dynamic membrane (SFDM) was studied in the first because of its simple and convenient manipulation.
本实验选用普通的工业滤布来制作动态膜组件，首先研究了操作简便的自生生物动态膜。
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