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- Beijing Tianxing Ceramic Composite Material Co., Ltd. 北京天兴陶瓷复合材料有限公司。
- Brazing bilayer ceramic composite fabricated by anthors with steel in the air have been investigated. 用自研制双层陶瓷复合材料与钢进行了大气中钎焊连接。
- Finally, several new ceramic composite materials have been briefly introduced, such as ceramic-metal composite materials, coating materials, fibre strengthening materials, erc. 并简单介绍了几种新的陶瓷材料,如陶瓷复合材料、涂层材科和纤维强化材料等。
- In view of cost, practicability and maneuverability, the special sintering diamond trepanning drill was developed for drilling ceramic composite components originally. 根据复合构件加工中的各种缺陷，分析了采用预压应力钻削对改善表面加工质量的重要性。
- The relative density of ALT ceramic composite is much higher than that of pure hot pressed LaTaO3, which indicates that the addition of Al2O3 acts sintering aids. ALT陶瓷复合材料的相对密度比烧结纯LiTaO_3陶瓷的高得多,表明Al_2O_3起到烧结助剂的作用。
- It is concluded that after brazing bilayer ceramic composite with steel the three interfaces of the form multiplayer composite structure have been jointed w... 结果显示,双层陶瓷复合材料与钢钎焊连接后的多层复合结构接头的三个界面均达到较好的结合。
- For high antibullet performance, light weight and low cost, the ceramic composite armor is widely applied in the bodywork and casemate structures of tanks and armored vehicles. 陶瓷复合装甲以其优异的防弹性能、较轻的质量和相对便宜的价格成为新型的防弹装甲材料，应用于坦克装甲车辆以及其它军用车辆的车体、炮塔中。
- The paper postulated various possible toughening mechanisms existing in ceramic composite,while discussed the factors that in fluenced the toughening effects of these mechanisms. 本文论述了复相陶瓷中可能存在的各种增韧机制，并就影响这些机制发挥作用的各种因素作了简要介绍。
- This paper discusses on the preparation principles and the development of preparation techniques of ceramic composite, and makes analysis on its features. 文章论述了复合功能陶瓷的制备原则和种类、制备技术的发展,对其特点进行了分析。
- Fabrication of Ceramic Composites by Infiltration: Search-in-Print Report. 用渗透方法制造陶瓷复合材料。
- Objective:To study on the mechanical properties and microstructure of alumina ceramic and glass infiltrated alumina ceramic composite of VITA In-Ceram ALUMINA,to provide guidance for further research and improvement on this kind of material. 目的:研究VITA In-Ceram ALUMINA氧化铝基体及渗透复合体的力学性能及显微结构,为该类材料的进一步研究及改性提供指导。
- The fracture toughness of the h-BN/Si3N4 ceramic composite decreases with increasing h-BN content; however,the reduction extent is not pronounced due to the effect of the h-BN particles on the cracks propagation. 随着h-BN含量增加;h-BN/Si3N4陶瓷复合材料的断裂韧性下降;但由于h-BN颗粒对裂纹扩展的影响;因而其下降程度不大.
- Made of high quality hydroisomerization base oil, import composited agent,and the ceramic composite of lubrication factor. 组成特性：采用优质的加氢异构脱蜡基础油和进口复合剂，复合陶瓷化润滑因子调制而成。
- Made of high viscosity index and deeply refining base oil, import composited agent,and the ceramic composite of lubrication factor. 采用深度精制高粘度指数基础油和进口复合剂，复合陶瓷合金润滑因子调制而成。
- Energy release rate of interface debonding in ceramic composites is caculated by FEM. 用有限元法计算了陶瓷基复合材料界面脱粘的能量释放率。
- The paper has studied the effect of annealing process on the nano ceramic composites. 研究了退火工艺对纳米陶瓷复合材料力学性能的影响。
- The effects of h-BN content on the fracture behavior and toughness of the h-BN/Si3N4 ceramic composites were investigated. 研究3h-BN含量对h-BN/Si3N4陶瓷复合材料断裂韧性及其断裂行为的影响.
- Melt Infiltration is a new technology of making ceramic composites,which is divided into two processes:nonreactive and reactive infiltration. 熔体渗透是制备陶瓷复合材料的新技术，它分为非反应渗透和反应渗透两种工艺，前者较简单、后者相对复杂。
- Microstructure of the ceramal composite coating was characterized by SEM,XRD and EDS. 利用SEM、XRD和EDS等分析了涂层的显微组织和相组成;
- Technology: high temperature plugs from copper contact with the ceramic composition, in the protection of the outer aluminum shell or silicone rubber protection produced by Shell. 工艺：高温插头是由铜芯接触面与陶瓷组合，在外层金属铝保护壳或硅橡胶保护壳制作而成。
