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- fiber optic smart structures 光纤智能结构
- Spatially Integrating Fiber Optic Strain Sensor For Vibration Monitoring In Smart Structure 空间积分光纤应变传感器用于智能结构的振动检测(英文)
- SDH is carried over fiber optic networks. SDH通过光纤网络携带。
- Shanghai Gainex Fiber Optic Tech. Corp. 上海建宝光纤技术。
- Thin fiber optic cable has replaced huge tonnages of copper wire. 细小的光纤电缆取代了巨大的、以吨论的铜线。
- Fiber optic cables contain no copper. Theft is useless. 光纤没铜,偷也没用。
- Wuhan NEC Fiber Optic Communications Industry Co., Ltd. 武汉日电光通信工业有限公司。
- Shanghai FOCI Fiber Optic Communications Equipment Inc. 上海上诠光通信设备有限公司。
- A fiber optic fluorescence probe with thin film-coated tip. 带薄膜涂层尖端的光纤荧光探测器。
- A system to monitor impact forces on piezoele-cric smart structures is constructed. 基于压电智能结构,构成冲击荷载监测系统。
- In this paper recent progress in fiber optic cables is reviewed. 本文对国内外光缆的最新进展进行了综合分析。
- This paper presents a new device, which use piezoceramics smart structures to control vibration of the bridge. 提出一种新的装置,把压电智能结构应用于桥梁的振动控制中来减小桥梁的竖向振动。
- Thin fiber optic cable has replaced huge tonnages of copper wire . 细小的光纤电缆取代了巨大的、以吨论的铜线。
- Superluminescent Diode Module Applied to Fiber Optic Gyroscopes[J]. 引用该论文 谢辉;郑云生;马宏.
- Abstract: The novel applications of carbon fibers and the related composite materials (CFRP) on smart structures were introduced. 文摘:介绍了炭纤维及其树脂复合材料在建筑结构材料智能化技术上的应用。
- This page discusses signals over copper and fiber optic cables. 本单元讨论在铜质和光纤缆线上的讯号。
- Research on all fiber optic Fourier flat-top Interleaver[J]. 引用该论文 史磊;向望华;胡鸿璋;林林;耿凡.
- The new smart structures could be very expensive to build. However, they would save many lives and would be less likely to be damaged during earthquakes. 这种新型的智能型建筑造价昂贵。然而,它可以拯救许多人的生命。而且在地震中受损害的可能性将减小。
- The team of engineers was led by Jagdish "Jay" Narayan, director of the National Science Foundation Center for Advanced Materials and Smart Structures at the university. 该工程师团队由设在该大学的国家自然基金尖端材料及智能结构研发中心主任杰格迪什.;纳拉扬领导下展开工作的。
- A method of genetic algorithm integrated neural network (GANN) used to optimize sensor placement based on damage detection for piezoelectric smart structures was proposed. 仿真结果也表明,对于更多传感器的初始布置模式,采用该遗传神经网络方法可有效减少更多传感器的数量,从而降低成本。