Orthopaedic joint prostheses - specification for articulating surfaces made of metallic , ceramic and plastics materials of hip joint prostheses 矫形外科关节假体.第4部分:采用金属陶瓷和塑料材料制作的髋关节假体连接表面规范
Orthopaedic joint prostheses - components for partial and total knee - joint prostheses - articulating surfaces made of metal , ceramic and plastics materials 矫形外科关节假体.部分和整体膝关节假体部件.由金属陶瓷和塑料材料制成的铰接表面
Metal , ceramic injection , elastomer , silicon rubber , over critical fine foaming , multi - component , gf compounding , low pressure injection moldinggas aided injection molding 金属陶瓷射出弹性体硅胶超临界微发泡多组分玻纤共混低压注射成型。
Include all types and standards of metal ceramic gas discharge tube s , glass subminiature fuse tubes the company building covers an area of more than 6 , 000square meters 有各种型号规格的金属陶瓷气体放电管，高性能的开关放电管，玻璃微型熔丝管等。
In this paper , we research the effect of particles size on optical properties of cermet films that consist of mgf2 matrix and embedded noble metal nanoparticles 本论文主要对贵金属颗粒嵌埋在mgf _ 2陶瓷基体形成的金属陶瓷薄膜光学性质的尺寸效应进行了研究。
Ysz - ni ( nickel - yttria stabilized zirconia ) cermets have been widely used in the solid oxide fuel cells ( sofc ) and functionally gradient materials ( fgm ) areas Ysz - ni (镍-氧化钇稳定的氧化锆)金属陶瓷可以应用于固体氧化物燃料电池( sofc )和功能梯度材料( fgm )中。
Material scientists over the world are having been working earnestly and consciously to seek out materials having both qualities of metal and nonmetal . zro2 - ni cermet materials have been widely used in the sofc and fgm areas 将金属的高强度、高韧性、高电导与陶瓷的高硬度、耐高温、耐腐蚀性能完美结合，从而制备出金属陶瓷是各国材料研究者梦寐以求的目标。
Different from the general method of preparing zro2 - ni cermets in which zr02 and nio powder are mixed together , pressed , sintered and reduced , we adopt a novel coordination - gel method to prepare zro2 - ni nanocrystalline composite powder in this study 与传统的用ysz粉末和nio粉末混和、压块烧结、还原制备ysz - ni金属陶瓷不同，本文采用一种新的络合-凝胶法。
The aim of this work is to study the influences of metal elements and their carbides on the performance and wettability of cermets by preparing the ysz - ni composite materials containing metal elements such as cr , v , mo , ti and their carbides 本论文工作通过制备含cr 、 v 、 mo 、 ti金属元素或其碳化物的ysz - ni复合材料，探索金属元素或其碳化物对金属陶瓷性能与对金属陶瓷润湿性的影响。
