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- Research situation in recent years on investigations of tribological properties in ceramic reinforced aluminum alloy (DRA) was reviewed. 摘要 对近年来有关陶瓷增强铝合金（DRA）材料摩擦学特性的研究状况进行了全面调研。
- The tribological behavior of the network ceramic reinforced aluminum matrix composite was studied in dry sliding conditions of wear, and a wear model was established based on the experimental results. 摘要研究了网络陶瓷增强铝基复合材料在干滑动摩擦条件下的磨损行为，并在试验的基础上建立了复合材料的磨损模型。
- Study on Ti_2 AlC Ceramic Reinforced TiAl-based Materials Ti_2AlC陶瓷增强TiAl基材料的研究
- When the addition content of LCP was less than 40 %, a reinforcement phase with LCP as fiber situatied in PP matrix was formed and distrib... 当LCP加入量低于40%25时,形成以PP为基LCP为纤维状的强化相并沿流动方向分布。
- The amount of reinforcement phase varies with chemical composition of the coating, the form of crystal in the coating transfers from network to dendrite and equiaxial crystals. 随着复合涂层成分的变化, 激光熔覆原位合成物的量发生相应的变化, 涂层熔区内晶体生长形态从网络状晶向树枝晶、等轴晶过渡;
- The concrete walls are reinforced with steel rods. 混凝土墙是用钢筋加固的。
- Morphology of the Wear Surface and Sub-surface of Network Ceramic Reinforced Aluminum Matrix Composites 陶瓷增强铝基复合材料磨损表层形貌分析
- reticulated ceramic reinforcement 网络陶瓷增强体
- In-situ Reaction Synthesis of Dual-phase Ceramic Reinforced Copper-based Composites 原位反应合成双相陶瓷增强铜基复合材料
- The child is going through a difficult phase. 那孩子正经历困难的阶段。
- The order for ceramic tiles has been booked in. 要买瓷砖的订货已登记下来了。
- Our defences must be reinforced against attack. 我们必须加强防御设施以抵御进攻。
- The two sets of traffic lights were out of phase. 那两组交通灯不同步。
- Analysis of Applications of Ballistic Ceramic Reinforced Composite Plate to Personal Protection Equipments 浅析防弹陶瓷复合板在个体防护上的应用
- The Electric Conductivity of Dispersion- strengthened Copper of Different Reinforced Phase 不同增强相弥散强化铜的导电性
- They have decided to phase in the new techniques. 他们已决定逐步引入新技术。
- These ceramic tiles are the ultimate in modern kitchen design. 这种瓷砖是现代厨房装修中的极品。
- The windshield wipers are out of phase now. 挡水玻璃刮水器现在动作不协调。
- Ceramic whisker reinforced ceramic matrix composites. 将陶瓷晶须弥散在陶瓷基体内,起增强改善材料性能的复合材料。
- The XRD and EPMA analysis results show Al_3Zr and Al_2O_3 reinforcement phases synthesized by in-situ molten reactions from ZrOCl_2 and Al, Al-4Cu and A356, respectively, were obtained. 以A356为基体的(Al_3Zr+Al_2O_3)p/A356复合材料凝固组织最佳。
