A simple catalyst coated membrane ( CCM ) fabrication technique was developed which showed high performances. A high mechanical strength and thin titanium substrate has been applied to micro fuel cells. 论文首先开发了工艺简单、高性能的CCM(catalystcoatedmembrane)膜电极制备技术,将高强度、薄厚度的钛金属片应用于微型燃料电池。
A technological investigation of acidic copperplating with high polish, high dispersibility of plating solution and high bond strength between film and substrate has been performed. 研究了一种具有高结合强度、又具有高分散性的光亮酸性镀铜工艺。
Acidic copper plating technology with high polish and high dispersibility of plating solution and high bond strength between film and substrate 高结合强度、高分散性光亮酸性镀铜工艺的研究
Intermetallic compounds with high specific strength, high hardness and high oxidative stability are dispersed on amorphous substrate, which made the coatings taked on high property. 这种具有高比强度、高硬度和高抗氧化性的金属间化合物与非晶相的复合组织,具有较好的力学性能。
Ni-Al, Fe-Al intermetallic compounds possess high strength, high temperature resistance, good electrical conductivity and excellent thermal conductivity property; porous material made from above intermetallic compounds will be an ideal vehicle exhaust purifier carrier and diesel particulate filter ( DPF ) substrate materials. Ni-Al、Fe-Al等金属间化合物材料具有强度高,耐高温性好,导电、导热率高等优异性能,是理想的汽车尾气净化器载体和微粒捕集器过滤体材料。