复合管从里到外由氧化铝陶瓷层、金属过渡层、白口铸铁层、碳原子扩散层、球墨铸铁层组成。
From inner to outside, the composite pipe consisted of alumina ceramic layer, metal transition layer, white cast layer, carbon atom diffusion layer and nodular cast iron layer.
保护级别最高的钢层之间使用的陶瓷复合装甲。
The highest protection level use a composite armor of ceramic between steel layers.
复合层中，陶瓷颗粒弥散、均匀分布。
Distribution of the ceramic particle was dispersive and homogeneous.
叠层复合是一种新型的复合构型，它具有提高材料断裂韧性和抗弯强度的优异特性，对优化陶瓷的力学性能十分有效。
Laminated composite has a new type structure which is used to improve the fracture toughness and flexure strength, so it is a good material for optimizing the mechanical properties.
用中性玻璃与A-W生物活性玻璃陶瓷的混合陶瓷粉涂覆在TC4基体上，经预烧形成过渡层，然后再涂覆A-W陶瓷，经烧结来制备复合试样。
Coated by the mixed powders of neutro-glass and A-W bioactive glass ceramics on TC4 matrix and presintered to form a transition layer, the samples then were coated with A-W powders and sintered again.
该新型复合管道是由金属、陶瓷、聚合物三层材料组成，通过反应加工工艺和反应浸渍工艺复合而成。
The newly developed composite piping that composed of three layers materials such as metal, ceramic and polymer was made by reactive processing technology and reactive impregnation technology.
同时，高硬度的金属过渡层与陶瓷层组成的双层复合结构使复合管的使用寿命和安全稳定性显著提高。
At the same time, double compound layer which was composed of metal transition layer with high hardness and ceramic layer improved the service life and safe stability of the composite pipes greatly.
采用S HS铝热-重力分离法制备了陶瓷衬层复合钢管。
The ceramic-lined composite pipes are produced by gravitational separation SHS method.
钎焊过渡层和减薄陶瓷块厚度可降低钎焊复合挺柱中陶瓷块的残余应力。
Residue stress in the ceramic chip of the composite tappet rod may be reduced by intermediate layer of soldered connection and by decreasing thickness of ceramic chip.
将薄层抗弹陶瓷材料与树脂基复合材料通过仿生结构设计制备了软、硬相交替叠合的多层增韧贝壳珍珠层结构仿生复合材料。
The multilayer toughening conch nacre structure bio-inspired ballistic resistant composites which consisted of thin layer ceramic and resin matrix composites were prepared.
融合了当今先进的陶瓷玻璃复合技术，首创全透晶工艺，表层的水晶层光泽度大于95度。
The series integrate modern advanced ceramic glass composition technology, with original thorough crystal transparent technique, sur-face crystal level glossiness higher than 95 de-grees.
融合了当今先进的陶瓷玻璃复合技术，首创全透晶工艺，表层的水晶层光泽度大于95度。
The series integrate modern advanced ceramic glass composition technology, with original thorough crystal transparent technique, sur-face crystal level glossiness higher than 95 de-grees.
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