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- biomimetic couplings 仿生耦合
- Keywords Biomimetic coupling;Thermal fatigue;Laser;Hot working die;Units;Microstructure;Mechanical property; 仿生耦合;热疲劳;激光;热作模具;单元体;组织;力学性能;
- A DOA Estimation Method Based on Biomimetic PatternRecognition. 基于仿生模式识别的DOA估计方法。
- Questions such as these are the subject of biomimetic research. 这一类的问题是属于拟生物研究的题材。
- Thus, the compiler has indicated that A has no afferent couplings. 因此,该编译器表明了A没有传入耦合。
- Couplings may be processed into concentric or eccentricity. 双承口管箍也可加工成同心异径或偏心异径形式。
- Biomimetic chemistry is a new challenging field in modern chemistry. 仿生化学是当今化学的挑战性领域之一。
- The research status of biomimetic synthesis of inorganic materials is reviewed. 本文综述了无机材料仿生合成的发展现状。
- Special Purpose Couplings for Petroleum, Chemical, and Gas Industry Services. 化工和天然气工业用特殊用途联轴节。
- Sincflex is the earliest manufacturer in making membrane couplings in China. 97年申克公司收到英国米切尔机械学会邀请参加膜片联轴器研讨会。
- Hoses incorporating single bonding wires between couplings are not acceptable. 不允许采用耦合之间为单连接电线结构的软管。
- Parts required for Irrigation repairs such as elbow, T's, couplings. 喷灌材料的修理，包括弯管、T形接头，连接器。
- This kind of in-duction shaft couplings can solve the problem effectively. 推导出了这种磁力联轴器传递转矩的计算公式。
- Expansion couplings on Cargo, COW & I.G lines appeared to be frozen. 货物管线、洗舱管线、惰气管线的伸缩接头保养不好，看似已经卡住。
- The basic structure and working principle of biomimetic fish fin is briefly introduced. 摘要简要介绍了仿生鱼鳍的基本机构和工作原理。
- The biomimetic method, which mimics the natural dep osition of biologic apatite, has opened up a new way to develop biomaterials. 仿生法沉积磷灰石层模仿了自然界磷灰石的沉积过程，为生物材料的研制开辟了新途径。
- This paper introduces the process of biomimetic methods to prepare apatite coatings for different materials. 本文综述了采用仿生溶液法制备不同的材料涂层的工艺过程。
- Microstructure of nacre is significant to understand the behavior of nacre and the biomimetic designing of materials. 天然生物材料的组织结构特征及其与性能间的关系研究对于材料的仿生设计有重要意义。
- Biomimetic synthesis has now become a promising field in inorganic materials chemistry research. 仿生合成已成为无机材料化学的研究前沿。
- The current research provides a biomimetic knowledge for composite material design. 对贝壳材料增韧机制的仿生研究为复合材料的设计提供有益信息。
