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- nano SiC ceramic particles 纳米SiC陶瓷颗粒
- New Nano 180 Air grip created by adding \'nano\' sized ceramic particles at a molecular level giving greatly improved durablity, gripping power and comfort. 新的纳米180透气柄皮创造性地加入\\'纳米\\'级大中型陶瓷粒子，在分子水平上极大改善了握力和舒适度。
- The development of SiC ceramic foam material done by the authors is intreduced indetail. 较详细地介绍了研制铸铁用碳化硅泡沫陶瓷过滤材料方面所做的工作。
- Porous SiC ceramic that is used in gas adsorption and pyrogenation is studied.The equipment of porous SiC ceramic gas pyrogenation is designed. 研究了用于瓦斯气体吸附分解的多孔碳化硅陶瓷，并设计了多孔碳化硅陶瓷瓦斯热解装置。
- The research shows that spacecraft combustion chamber is made from SiC ceram ics.It has many especial advantages and the experimental result is satisfa ctory. 结果表明，碳化硅陶瓷用于制备航天器燃烧室具有独特的优势，结果令人满意。
- A material consisting of processed ceramic particles bonded with metal and used in high-strength and high-temperature applications. 合金陶瓷一种包含经加工的合金成分的陶瓷材料，在高强度和高温环境下应用
- The soft powder fired at high temperature until the ceramic particles melt and coalesce to form a glaze. 松软的粉末在高温下烧结，陶土粒子即溶结成一层瓷釉。
- It is proved by large quantity test results and reasonabl analysing from filtering mechanism of ceramic foamfilters that using SiC ceramic foam filters in iron casting can achieve quite good effectiveness. 以较充实的试验结果证明所研制的碳化硅泡沫陶瓷过滤铸铁液效果良好，并对泡沫陶瓷过滤的机理进行了合理的分析。
- The adsorption of surfactants on the surface of ceramic particles and the mechanism of the defoaming action in the ceramic product manufacture process were briefed. 同时概述了表面活性剂在粒子表面的吸附和对制品的消泡等作用原理及在其他方面的应用;
- The reaction bonding SiC ceramic whose density is 3.16 g/cm3 apparently has advantage over the one whose density is 3.07 g/cm3.The one who has less free carbon shows stronger resistance to chemical corrosion then others when they are of the same density. 密度为3.;16 g/cm3的反应烧结SiC耐化学腐蚀性能显著优于密度为3
- Up-Converting Phosphor Technology (UPT) is based on lanthanide-containing, submicrometer-sized, ceramic particles that can absorb infrared light and emit visible light. 上转磷光技术（UPT）系基于含有镧系元素的、次微米体积的陶瓷颗粒能吸收红外光而发射出可见光的特点的分析技术。
- Fabrication of titanium aluminide composites with ceramic particles is one way to improve their mechanical properties, and their merits of low dendity etc can still be kept. 而通过添加陶瓷颗粒制成金属间化合物基复合材料可获得良好的力学性能，并同时保持基体密度低等特点。
- Effect of struts on mechanical properties of SiC ceramic foams was investigated through analyzing struts dimension and structure of 4 kinds of ceramic foams prepared by different process. 通过分析4种不同处理工艺制备的碳化硅泡沫陶瓷孔筋尺寸和结构,探讨其对泡沫陶瓷力学性能的影响。
- Synthesis of nano SiC powder by laser induced gas phase reaction 激光诱导制备纳米SiC粉体
- nano SiC particles 纳米SiC颗粒
- The study of SEM shows that Cermet A and Cermet B both exhibit a typical core-rim structure, and the former ceramic particles consist of grey rims and black cores, while the latter particles consist of white and black cores and grey rims structures. SEM研究表明,在两种材料的显微组织中,陶瓷相均呈现芯-壳结构特征,即Cermet A陶瓷相由黑色的芯和灰色的壳构成,而Cermet B陶瓷相兼有黑白两种芯和灰色的壳结构。
- The technique and mechanism of preparing SiC ceramics with polysilane were studied. 研究了用聚甲基氢硅烷制备陶瓷材料的工艺条件及机理。
- In this way,poisonous matter can be effectively solidified,and the ceramic particles produced may be used as light building material,and therefore relevant regenerative purposes can be realized. 详细介绍了飞灰制备陶粒的实验方法,该方法能有效固化有毒物质,而且陶粒可作为轻质建筑材料,达到了资源化利用的目的。
- The graded thermal barrier coating (GTBC) is a kind of functionallygradient coating (FGC) formed with Zr0_2 ceramic particles 'and metallicmaterials by plasma spraying on the surface of parts. 高温零部件表面等离子喷涂ZrO_2陶瓷和金属的混合粉末，使之形成梯度热障涂层，可简化设计、提高运行可靠性和延长使用寿命。
- This paper presents the process of t he application of SiC ceramics to the manufacture of spacecraft combustion chamb er. 文中叙述了碳化硅陶瓷应用于某航天器的高温燃烧室的研制的全过程。
