电解质陶瓷

固体电解质陶瓷（玻璃）与金属的场致扩散连接结合机理研究

Joining Mechanism of Field-assisted Diffusion Bonding Solid Electrolytes Ceramics and Glass to Metals

固体电解质陶瓷在渗氧诱导期的吸氧和放氧行为

A Study on the Behavior of Oxygen Uptake or Release by Solid Electrolyte ceramic during Induction Period

两组分混合电解质对陶瓷注浆泥流动性的影响

The influence of the binary electrolyte on the fluidity of the ceramic casting slip

主要研究了几种电解质对陶瓷饰面砖泥浆性能的影响。

The influence of several electrolytes on the performances of clay slips for ceramic facing brick was studied mainly .

叙述了以阴极、阳极、电解质、多孔陶瓷为支撑体的各类管型固体氧化物燃料电池（SOFC）的研发现状；

Research and development of different types of tubular solid oxide fuel cell ( SOFC ) including cathode-supported ,( anode-supported ,) electrolyte-supported , porous ceramic-supported , were reviewed .

阳极键合是一种利用电和热相互作用实现固体电解质玻璃（陶瓷）与金属材料固态连接的一种新方法。

Anodic bonding is a new way to realize the bonding between solid electrolyte glasses ( ceramics ) and metals through the interaction process of electricity and heat .