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Chapter III sums up the art of modern fiber material characteristics, aesthetic characteristics, geographic and cultural characteristics, space-media features; summarizes modern fiber art applied into the indoor environment of the status quo; analyses fiber art and architectural indoor space environment mutual relations.

第三章总结现代纤维艺术的材料特征、审美特征、地域文化特征、空间媒介特征四方面；归纳现代纤维艺术在建筑室内环境中的应用现状；分析纤维艺术与建筑室内空间环境的相互关系。

AOBO Wuhan Optical Fiber and Cable Company is mainly engaged in fiber-optic cable and optical fiber communication products development, production, marketing, design, and technical services into one integrated optical communication enterprises.

武汉奥博光纤光缆公司主要从事光纤光缆及光纤通信系列产品的开发、生产、销售、设计、及技术服务为一体的综合性光通信企业。

In this paper, the development of multifunctional composite fiber materials for silk products is studied. By means of various combinations of mulberry silk with such textile materials as silk floss yarn, silk wool yarn, linen, viscose, soybean fiber and silk elastic fiber, which are fit for small-batch production, six major categories of high-quality composite silk materials (burn-out, soybean, silk floss, elastics, silk linen, and silk wool) are developed, covering more than one hundred types.

本论文提出《多功能复合纤维面料开发》研究课题，采用桑蚕丝与其他纺织原料进行复合、交并、包覆，采用可小批量生产的丝棉复合纱、丝毛复合纱、亚麻、人丝、大豆纤维、丝氨纶包覆丝等纺织原料，设计开发出烂花、大豆、丝棉、弹力、丝麻、丝毛等高性能真丝复合材料六大类100多个品种。

The assembly method of the invention has the main principles that a semiconductor laser, an optical coupled apparatus and a fiber head are orderly arranged, and the optical axes of the semiconductor laser, the optical coupled apparatus and the fiber head are arranged in a same straight line; the focal plane of an output beam which is focused on the fiber head is changed through utilizing and adjusting an adjusting device which can cause a beam to deviate; the sensitivity of the assembly adjustment of the adjusting device in the course of fixing is reduced.

本发明的方法的主要原理是将半导体激光器、光学耦合器件、光纤头依次排列，并使它们光轴在同一直线上，然后通过利用一使光束发生偏移的调节器件，通过调节该调节改变聚焦于光纤头的输出光束的焦平面，降低调节器件装配调节的固定时的敏感性。

When a capillary tube, in whose inner hole an optical fiber has been fixed and whose axial deviation amount between an outer peripheral surface of the capillary tube and a core center of an end surface of the optical fiber is 1.5 mum or less, is inserted into the insertion portion of the thin tube and the end surface of the optical fiber is fixed at a position at which a distance of the end surface to a focal point position of the partially spherical lens becomes -40 mum or less, emission light has an emission light bend of 0.2 DEG or less with respect to the center axis of the thin tube.

当将光纤固定在内孔且外周面与光纤的端面的纤芯中心的轴偏移量在1.5μm以内的毛细管插入细管的插入部，并且将光纤的端面固定于部分球面透镜的焦点位置±40μm以内的距离的位置上时，出射光曲率为出射光相对细管中心轴在0.2°以内。

In recent years, there is wide attention on fiber grating and its application in fiber sensors and fiber communications.

近年来，光纤光栅及其在光纤传感器和光纤通信领域中的应用研究引起了人们普遍的关注。

For protecting the signal transmitting fiber in downhole high temperature and pressure environment, an epoxy-free package method based on hermetical bonding of quartz ferrule and fiber is used and Polyimide coated fiber and stainless steel protecting tubing are adopted.

我们采用金属—石英管的机械压力密封和石英管—光纤的激光热熔无胶密封结构，保证了传感器导压腔和耐高温光纤不锈钢保护套管的可靠密封，提高了整个系统的可靠性和使用寿命；采用不锈钢套管保护聚酰亚胺材料涂敷的耐高温光纤传输传感信号，解决了耐高温和保护光纤的问题。

The production process needs only 3 hours , but the yield of Tencel fiber raises about six times compared with that of common rayon. The NMMO solvent is completely innocuousness to human bodyand can be completely recovered (about 99.5%) and reused. So the production process is green process. Tencel fiber is credited green fiber in the twenty-first centuries.

相比普通粘胶纤维，整个生产过程仅需约3小时，然而Tencel纤维产量可提高6倍左右；Tencel生产中所使用的氧化胺溶剂对人体完全无害，并可完全回收(99.5%以上)和反复使用，生产中原料浆粕所含的纤维素分子不起化学变化，无废弃物排出厂外，不会污染环境，属于"绿色生产工艺"，所以Tencel纤维被誉为二十一世纪绿色纤维。

Fiber optics ; photonic crystal fiber ; splicing loss ; mode field mismatching ; intermediate fiber

光纤光学；光子晶体光纤；熔接损耗；模场失配；过渡光纤

This thesis is concentrated to study the fiber flexibility of kenaf core CMP and wheat straw chemical pulp and the factors affect the fiber flexibility and the ways to increase the fiber flexibility.

本文主要研究了麦草化学浆和红麻杆化机浆的纤维柔软度，影响纤维柔软度的因素以及提高纤维柔软度的措施，最后探索了纸页抗张断裂机理及其与纤维特性的关系

They have quite a lot of work to do.

他们有许多工作要做。

Let us give you a more elaborate example of this process.

让我们给你这个过程的更多的详细例子。