In this paper, we mainly discussed the research and design of an interferometric micro-fiber-end inspector.
主要涉及干涉显微式光纤端面检测仪的设计与制作及其相关理论的实验研究。
The production technology and characteristic of micro-fiber and the wide application of micro-fiber material on knitted fabric are introduced.
本文阐述了超细纤维的生产工艺、性能特点，介绍了超细纤维原料在针织服用面料上的广泛应用。
Meanwhile the research on splitting rate of micro-fiber, cleaning mechanism of micro-fiber fabric and evaluating system of cleaning efficiency are rarely reported.
目前超细纤维在清洁方面的应用已得到广泛认可，但是至今对涤锦复合超细纤维开纤率的评价、织物的清洁机理和清洁效果评价的研究报道很少。
In addition, compared with colloid silica which has high gloss property for inkjet coatings, the micro-fiber coating layer displays the better quality of excellent opacity, higher.
与高光泽胶体二氧化硅相比，微细纤维涂料涂层表现出非常好的不透明度、亮度和光泽度。
A fiber Fizeau interferometer for measurement of micro-vibration of MEMS devices is presented, which is simple in configuration and easy to operate.
提出一种结构简单、使用方便的用于微电子机械部件运动状态测量的光纤斐索干涉装置。
A fiber optic micro-vibration sensor based on optical fiber resonance principle is designed and fulfilled.
利用光纤共振原理设计和实现了一种光纤微振动传感器。
The mostly used techniques to improve the coupling efficiency and alignment tolerance include using micro single lens, micro lens group and lensed fiber.
通常采用单个透镜，透镜组或者光纤微透镜的方式来改善半导体激光器的出射光束质量，提高耦合效率和容忍度。
For sensing fiber embedded in concrete, the rigid protecting structure will disturb micro-mechanic filed around fiber, thus affect its measuring accuracy.
对埋入混凝土的传感光纤而言，刚性保护构件的存在会对光纤周围的微观力学场产生扰动，从而影响光纤传感精度。
The micro wear mechanism for PEN is plastic flow and broken of the fiber structure, while that for PI is crack initiation, extending and block fracture.
PEN薄带的微观磨损机理主要是纤维组织的塑性流动和拉断，而PI薄带的微观磨损机理为裂纹的萌生、扩张和块状剥落。
In this paper, a hybrid integrated micro fiber spectrometer is put forward.
提出了一种混合集成微型光纤光谱仪。
A micro biochemical analytical system based on a micro fiber spectrometer is introduced. Experiment was carried out to calibrate and test the analysis system.
介绍了一种基于微型光纤光谱仪的微型生化分析系统及其相应的标定和实验测试。
Based on this fact, the research and design of micro align lens which is fabricated by means of multimode fiber fabrication techniques is carried out.
自聚焦透镜与多模光纤的折射率分布都遵从平方律分布，基于这个事实，进行了以多模光纤生产工艺制造微型准直透镜的研究和设计。
The combination of high tech and wood industry in latest days can be well reflected by the technology on nano - micro - meter and wood fiber.
微纳米和微米木纤维技术是近代高科技技术与木材工业结合的集中体现。
Then based on pretreatment of the micro images captured, the measurement of the fiber diameters in the web is studied using the area theory.
在对所采集的纤网图像进行处理的基础上，探讨了基于面积法测试纤网中纤维直径的方法。
We describe an improved stacking-capillary method, which can fabricate the micro-structure fiber (MSF) without interstitial holes.
通过改进的堆积法，制备无间隙孔微结构光纤(MSF)。
A new method of measuring micro vibration was put forward based on the principle of optical fiber resonance. The principle was given and some data from experimentation were got.
提出了一种利用光纤的共振来测微振动的新方法，从理论上阐述了其原理并取得了实验数据。最后展望了其应用前景。
This paper analyses the mechanism and gives the theoretical model of the micro bend loss in the optic fiber sensing ring.
本文首先分析了新型光纤环敏感元件的敏感机理，给出其微弯光损耗的理论模型；
The transverse elastoplastic mechanical properties of fiber bundle reinforced composites were studied by using the micro mechanical model and finite element method.
利用细观力学模型和有限元法研究纤维束复合材料的横向弹塑性力学性能。
The usual spinning method, the double constituent spinning method and the applications of clothing, decoration, nonwoven fabric, medicine and navigation etc of micro fiber are discussed mainly.
主要论述了微细纤维生产的常规纺丝方法和双组分纺丝法，以及微细纤维在服装、装饰品、无纺布、医学、航海等诸方面的应用。
Regarding the pulp fiber image analysis, the purpose is to analyze shape and dimension of pulp fiber through the micro image.
对于纸浆纤维图像的分析，目标是分析显微状态下纸浆纤维的形态、尺寸。
A new method of measuring micro vibration was put forward based on the principle of optical fiber resonance.
提出了一种利用光纤的共振来测微振动的新方法，从理论上阐述了其原理并取得了实验数据。
The best processing condition of micro porous fiber in acid-processing and alkali weight reduction processing had been studied.
研究了微孔纤维成孔的最佳酸处理工艺条件和微孔纤维碱减量处理工艺。
A set of data processing system of EFPI optical fiber micro displacement sensor is designed.
设计了一套EFPI光纤微位移传感器数据处理系统。
The idea based on optics-information theory is applied to study the micro-bend fiber sensor, the concept of information capacity ACTS as the evaluation of the sensing performance.
通过把光学信息理论应用于微弯光纤传感器，用信息量评估测量性能，提出了一种优化系统性能和参数设计的光学信息理论。
The dynamic parameters of the micro tactile sensor are tested by using the self feedback optical fiber interferometer.
并采用自反馈光纤式麦克尔逊干涉仪测试了其动态特性参数。
A brief principle of glue solidified in producing fiber optic connectors is presented. The hardware and software of the temperature control systems based on 8031 micro computer are emphasized.
阐述了光纤连接器生产中的胶固化原理，着重介绍以8031单片机为核心的胶固化机温度控制系统的硬件和软件设计。
Dyeing auxiliaries are the key points to resolve the problems of levelness, deep dyeing and fastness in dyeing micro polyester fiber.
涤纶超细纤维染色时存在匀染性、染深性和牢度三个问题，助剂是解决这些问题的一个重要手段。
Fiber reinforced concrete is a kind of heterogeneous material, which mechanical properties not only rest with the performance of component material, but micro-structure characteristic of material.
纤维增强混凝土是一种多相材料，其力学性能不仅取决于各组分材料的性能，同时也取决于材料的细观结构特性。
The effects of the different volume-ratios of the micro steel fiber, including 1%, 2%, 3%, are experimentally observed and analyzed on the compressive strength and bending performances.
将体积率为1％、2％、3％的微钢纤维掺入高性能混凝土的基体中，考察并分析钢纤维的体积率对高性能混凝土的抗压强度和抗弯性能的影响。
The effects of the different volume-ratios of the micro steel fiber, including 1%, 2%, 3%, are experimentally observed and analyzed on the compressive strength and bending performances.
将体积率为1％、2％、3％的微钢纤维掺入高性能混凝土的基体中，考察并分析钢纤维的体积率对高性能混凝土的抗压强度和抗弯性能的影响。
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