plastic optical fiber
英 [ˈplæstɪk ˈɒptɪkl faɪbə]
美 [ˈplæstɪk ˈɑːptɪkl ˈfaɪbər]
网络 塑料光纤; 塑胶光纤; 塑料光导纤维
双语例句
- Plastic optical fiber is a new optical-communication medium, which is widely used for short distance communication.
塑料光纤是一种新型的光通信介质，在短距离通信领域得到了广泛的应用。 - International and national standards of plastic optical fiber for communication are introduced, and the national industrial standard "plastic optical fiber for communication" is emphasized.
主要介绍了国际和国内的塑料光纤标准情况，重点介绍了新制定的国家通信行业标准。 - Research on a practical plastic optical fiber connector for FTTH
一种用于FTTH的实用塑料光纤连接器的研究 - The load performance of quartz optical fiber, plastic optical fiber and special liquid core optical fiber was tested.
通过承载性能实验，测试了石英光纤、塑料光纤和特种液芯光纤的承载性能。 - Chapter 3 is the development and applications of porous plastic optical fiber probes.
第三章为多孔塑料光纤传感探头的研制及应用研究。 - The applied examples of plastic optical fiber used in various short haul communication are also given.
同时，也给出了塑料光纤在各种短距离通信中的应用实例。 - In 1982, koike etc of Japanese Keio University firstly developed GI-type plastic fiber by the interface-gel method, having improved the transmission bandwidth of the plastic optical fiber, and effectively settled the bottleneck problem of information transmission.
1982年，日本庆应大学的koike等人首先用界面-凝胶法研制了梯度型塑料光纤，提高了塑料光纤的传输带宽，有效地解决了信息传输的瓶颈问题。 - The phase modulation within piezoelectric coating PMMA core plastic optical fiber ( POF) is demonstrated.
研究了压电涂层PMMA纤芯塑料光纤中的相位调制。 - Next, the characteristics of the non-zero dispersion optical fiber for wideband transmission, dispersion compensating optical fiber, water-free pure silica core optical fiber, broad wavelength window multimode fiber and plastic optical fiber briefly.
其次，介绍了宽带光传输非零色散位移单模光纤、色散补偿单模光纤、无水峰纯硅芯非色散位移单模光纤、宽工作波长多模光纤和塑料光纤等最新光纤特点和性能指标。 - Studies on Thermal Bleaching Phenomenon in Double-cladding Plastic Optical Fiber Amplifiers
双包层塑料光纤放大器热漂白现象的研究 - The plastic optical fiber's fabricating process from raw material synthesis to fiber drawing was studied.
研究了塑料光纤从材料合成到光纤成丝的整个工艺过程。 - It is emphasized on the theory of dynamic fluorescence quenching and the basis principle of porous plastic optical fiber probe.
着重介绍了荧光产生和猝灭的原理及多孔塑料光纤探头的原理。 - In this paper, the newest developing of plastic optical fiber is reviewed for various communication.
本文综述了各种通信用塑料光纤研究的最新进展。 - Meanwhile the absorption and fluorescence spectrums and gain characteristic of the double-cladding plastic optical fiber amplifier ( DC POFA) that we had made were tested.
实验测试了所制作出的双包层塑料光纤放大器（DCPOFA）的吸收谱、荧光谱和增益特性。 - Advance of the research of the heat-resistant plastic optical fiber
耐热塑料光导纤维研究进展 - It summarizes the development of optical fiber chemical sensors and the basis of this dissertation from spectral method, probe and porous plastic optical fiber probe's advantages.
在文献调研基础上，作者先从光谱法、传感层和多孔塑料光纤传感探头的优势三个方面总结了光纤化学传感器的发展现状及其本课题的选题依据。 - Based on to this effect, an adjustable plastic optical fiber coupler can be made.
根据这种效应，可以制成塑料光纤活动耦合器； - The first section is studies on halides-ion porous plastic optical fiber probe.
第一节为卤素多孔塑料光纤传感探头的研究。 - A novel plastic optical fiber ( POF) power coupler is proposed, which is different from fused taper type and mixing rod POF couplers.
提出了一种新型的塑料光纤功率耦合器，该耦合器与传统的拉锥型和混合棒塑料光纤耦合器不同。 - Application of plastic optical fiber in building cabling
塑料光纤在楼宇布线中的应用 - Study of Plastic Optical Fiber
塑料光纤的研究 - Three attenuation measuring methods for plastic optical fiber including the cut-back method, the insertion-loss method and the back-scattering method are introduced.
介绍测试塑料光纤衰减的三种方法：截断法、插入损耗法和后向散射法。 - Study of Raman Scattering of Plastic Optical Fiber
塑料光纤拉曼散射的研究 - Research on Plastic Optical Fiber Amplifier
塑料光纤放大器的研究 - Research on Mode Coupling in Plastic Optical Fiber
塑料光纤中模式耦合的研究 - Research and Development of Foreing Heat-Resistant Plastic Optical Fiber
国外耐热塑料光纤的研究发展 - Research of the measurement of loss of PMMA plastic optical fiber
PMMA塑料光纤衰减测量的研究 - The far-field characteristics when LD goes through telescope system 、 multi-mode fiber system and tapered plastic optical fiber system are studied.
实验研究了LD输出激光束经过望远镜系统、多模光纤系统和锥形塑料光纤系统三种系统后的光束远场特性。 - The experiment shows that tapered plastic optical fiber has good efficiency in improving light coupling efficiency.
实验发现，锥形塑料光纤对于提高光束的耦合效率具有良好的效果。 - Presents a practical plastic optical fiber connectors structure.
提出了一种实用的塑料光纤连接器结构。