纤微

The influence of fiber structure on SERS performance is quantificationally studied.

定量分析了光纤微结构对SERS探针性能的影响。

The fracture process observed by SEM with a dynamic tensile stage showed that the dispersed phase of TLCP could delay and block the propagation of microcracks.

使用带拉伸实验台的扫描电镜观察到了TLCP微纤或微球对微裂纹扩展的阻滞及延缓作用。

The primary achievements in this paper are as follows: 1. The basic principles, research situation and the main application of the micro-ring resonators are summarized and the purpose of studying the all-fiber micro-ring resonators is illustrated. 2.

主要内容和工作如下：1.综述了微环谐振器的基本原理，国内外研究现状与主要应用，阐述了研制全光纤型微环谐振器的研究意义。

The observation reveals that the most fundamental element ot silk fibre is microfibril with a diameter of 200& 550 angstron, while the aggregation of microfibrils will form fibril with a diameter of one or several thousands of angstron.

通过观察，发现丝纤维最基本的结构单元是直径为200～550A的微原纤，微原纤聚集形成一千至数千埃的原纤，微原纤和原纤外围均有一无序层。

Advances in fiber optics weak magnetic field sensor technology

光纤微弱磁场传感技术研究进展

The Microsatellite Markers of the Fibrillin-1 Gene Detected by Capillary Electrophoresis

毛细管电泳技术检测原纤蛋白1基因微卫星标记

A vibration sensor using all polarization-maintaining fiber waveguide modulator

基于波导调制器的全保偏光纤微振动传感器

Measuring the thermal expansion coefficient of solid state materials by optical fiber displacement sensor

光纤微位移法测量固体线膨胀系数

A differential microbending optical fiber sensor is invented in this dissertation ( Patent applying number: 200510035613. X).

设计了一种差动式光纤微弯式传感器（已申请发明专利，申请号为：200510035613.X）。

Design of Novel High Accuracy Fine Tuning Device for Optical Fiber

新型高精度光纤微调装置的设计

Different liquid samples were tested by using the fiber micro-drop sensors. The FFDT of alcohol solutions of different concentrations were analyzed in different ways.

在实验中利用光纤微液滴传感器测试了多种不同液体试样，尤其分析了不同浓度的乙醇溶液对应的光纤液滴指纹图。