简述了固液分离用陶瓷过滤板的高效节能机理，讨论了微孔陶瓷性能设计的关键要素，介绍了陶瓷过滤板的制备工艺。
The mechanism of high capacity and lower energy consumption were described, the factors of design and the process of making microporous ceramics filter were discussed.
精密过滤器也称保安过滤器，能进一步去除水中悬浮颗粒及其它杂质，它采用微孔陶瓷、微孔无毒塑料、蜂房式管状滤芯。
Precision filter, namely core filter, can further remove the suspended solids and other impurity in the water, it is made of micro hole chinaware, micro hole non-toxin plastic and cell pipe core.
陶瓷过滤机采用新型微孔陶瓷板为过滤介质，由转子、分配头、搅拌器、刮刀、料浆槽、真空系统、反冲洗系统和自控系统组成。
The filter adopted a new type of microporous porcelain plate as filtrating media and consisted of rotor, distributor, stirrer, scraper, slurry tank, and vacuum, backwashing and auto control systems.
研究了利用陶瓷微孔膜管在高速剪切流剪切作用下形成微气泡的条件，流体物性对气泡粒径分布的影响。
This condition of using ceramic microporous tube to produce microbubbles by high-speed cross-flow and the effect of Liquid properties on the initial bubble size distribution were studied.
本文采用90年代初发明的注凝成型技术制备微孔梯度陶瓷材料。
Micro porous gradient ceramics were prepared by gel casting which was invented in the early 90's.
通过模拟计算，分析了气体流速、微粒粒径、泡沫陶瓷微孔参数对微粒扩散拦截和惯性碰撞拦截效率的影响。
The diffusion trapping efficiency and inertia collision trapping efficiency are calculated under different gas flowing velocity, particulate size and ceramic foam parameter using the numerical model.
在此介绍了该除尘器的组成、特点、结构和陶瓷质微孔管过滤原理。
This paper Outlines the component, characteristic, interstructure and filter principle of ceramic microporous tube.
陶瓷质微孔管过滤式除尘器是一种新型耐高温除尘器。
A ceramic microporous tube filter deduster is a new type cleaner for high temperature flue gas.
通过模拟计算，分析了气体流速、微粒粒径、泡沫陶瓷微孔参数对微粒扩散拦截和惯性碰撞拦截效率的影响。
The diffusion trapping efficiency and inertia collision trapping efficiency are calculated under different gas flowing velocity, particulate size and ceramic foam parameter using the numerical mode...
通过模拟计算，分析了气体流速、微粒粒径、泡沫陶瓷微孔参数对微粒扩散拦截和惯性碰撞拦截效率的影响。
The diffusion trapping efficiency and inertia collision trapping efficiency are calculated under different gas flowing velocity, particulate size and ceramic foam parameter using the numerical mode...
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