通过实验对多孔烧结金属网过滤器的高温过滤特性和反洗清灰效果进行了系统的研究。
The filtering properties and the back-flushing effect of the sintered metal-mesh filter were studied systematically through laboratory tests.
采用特定的方法对金属烧结多孔材料进行表面改性和催化剂复合，开发出一种新型的催化蒸馏构件。
A new type of catalytic distillation column has been developed by means of surface modification and catalyst combination to sintered metal porous materials.
本文提出了用阳极氧化法测定阀金属烧结多孔体的表面积。
The present paper Outlines that the surface area of sintered porous metal for valve can be measured by anodic oxidation.
同样，悬臂式檐金属包钢结构和烧结多孔玻璃汇合而成的波浪也呈现着层层流动要素。
Similarly the cantilevered canopies of metal clad steel structure and fritted pattern glass merge the wave forms into a series of repeating flowing elements.
多孔人工关节是采用与基材相同的细小金属珠粒，以烧结或扩散焊的方法，固定在关节特定的表面上。
Foam coat layer consisting of fine metal particles similar to matrix is sprayed and diffusely sintered on the surface of the artificial joint.
首先，通过对4种类型6种材料试验比较，最后确定以烧结金属多孔材料制作整流筒。
Firstly, the sintered metal porous material is determined be used for rectifying tube after the experiment comparison of 4 types and 6 kinds of porous materials.
建立了烧结金属多孔材料连通孔隙形成的模型，通过控制机械压制压力获得了一定孔隙率的金属多孔材料。
Geometrical models are built for connected pores of the sintered porous metal. The mechanical compaction force is controlled to obtain the porous metal with the certain porosity.
从烧结金属多孔材料本身结构性能特点出发，探讨了烧结金属多孔滤材的应用特点以及该滤材目前国内外技术发展趋势。
The character of sinter metal porous materials was studied, the metal filter element market of China and some new developments of sinter metal technology was introduced.
介绍了多孔泡沫金属材料常用的传统制备方法(铸造法、发泡法、烧结法和沉积法)及具体应用。
This paper reviews the conventional preparation techniques that include casting, forming, sintering and deposition and practical application for every technique of foam metal.
结果显示，相比于铜粉烧结多孔材料，泡沫金属与铜粉烧结复合多孔材料具有更小的收缩率及更大的孔隙率。
Compared the compound porous metal with copper powder sintered porous metal, the results show that the former has smaller shrinkage rate and higher porosity.
结果显示，相比于铜粉烧结多孔材料，泡沫金属与铜粉烧结复合多孔材料具有更小的收缩率及更大的孔隙率。
Compared the compound porous metal with copper powder sintered porous metal, the results show that the former has smaller shrinkage rate and higher porosity.
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