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Keywords barium titanate;nanopowder;solgel; 钛酸钡;纳米晶粉体;溶胶-凝胶;
Keywords barium titanate;sintering;thermal dilatometer;shrinkage; 钛酸钡;烧结;热膨胀;收缩率;
Keywords barium plumbate;barium titanate;defect structure;conductivity; 铅酸钡;钛酸钡;缺陷结构;电导率;
Keywords barium titanate crystallite;hydrothermal;crystallographic feature; 钛酸钡微晶;水热法制备;结晶学特性;
Keywords barium titanate powder;tetragonal phase;qualitative analysis of XRD; 钛酸钡粉体;四方相;XRD定量分析;
Keywords barium titanate;citrate Sol-Gel;square crystalloid;nanometer; 钛酸钡;柠檬酸盐溶胶-凝胶;四方相;纳米尺寸;
Keywords Barium titanate;Barium titanyl oxalate tetrahydrate;Electronic ceramic powder;Reaction.kineticcs; 钛酸钡;草酸氧钛钡;电子陶瓷粉;热分解反应动力学;
Keywords Barium Titanate Barium Titanyl Oxalate preparation X. R. D optimum conditions.; 钛酸钡;草酸氧钛钡;合成;X-射线衍射;最佳条件;
Keywords barium titanate;microcrystal;thermodynamics;phase transition;sol-gel method; 钛酸钡;微晶;相变;热力学;溶胶-凝胶法;
Keywords barium titanate;barium titanyl oxalate tetrahydrate;thermal decomposition.; 钛酸钡;草酸氧钛钡;热分解;
Keywords barium titanate;PTC effect;room-temperature resistivity;acceptor doping;grain;grain boundary;domain; 钛酸钡;PTC效应;室温电阻率;受主;液相掺杂;晶粒;晶界;畴;
Keywords barium titanate;nanopowder;direct reactive preciptation method;electric ceramics;dielectric materials; 钛酸钡;纳米粉体;直接反应沉淀法;电子陶瓷;介电材料;
Keywords Barium Titanate;Carbon Black;Sol-gel;Electroconductivity;Dielectromagnetic Properties;Electromagnetic Wave Absorption Properties; 钛酸钡;炭黑;溶胶-凝胶;导电性;介电特性;吸波性能;
Analysis of compensation defect of barium titanate ceramics. 钛酸钡陶瓷补偿缺陷分析。
Common ceramic elements are barium titanate and lead zirconate-titanate. 普通的陶瓷元件分别是钛酸钡和锆钛酸铅。
The cold-pressing ceramic processing technique was used to prepare high-permittivity Barium Titanate ceramics. 摘要采用冷压陶瓷处理技术制备了高介电率钛酸钡陶瓷材料。
THE PRODUCTION AND TECHNOLOGICAL DEVELOPMENT OF ELECTRONIC CERAMIC MATERIAL BARIUM TITANATE. 电子陶瓷材料钛酸钡的生产工艺及技术进展。
The cold-pressing ceramic processing technique was used to prepare Ce-doped Barium Titanate ceramics. 摘要采用冷压陶瓷处理技术制备了铈参杂的铁酸钡陶瓷。
Among other things,Curie point shift and the possible mechanisms responsible for Curie point shift in barium titanate ceramics were discussed. 钛酸钡陶瓷中的居里点是其最重要的性能之一,受到人们的广泛关注。
EEStor is instead creating better nonconductive material for use between the metal sheet, using a chemical compound called barium titanate. EEStor取代的设计是制造更好的用于金属单元之间的绝缘材料，使用一种化学混合物叫做钛酸钡。