光纤材料

GeO2－Sb2O3－K2O玻璃空芯光纤材料的光学特性研究

Optical Properties of GeO_2-Sb_2O_3-K_2O Hollow-Core Optical Fiber Material

石英光纤材料在光纤通信与传感方面用途广泛，其重要性不言而喻。

Silica fiber material has widely used in optical fiber communications and sensing , and its importance is self-evident .

非晶态SiO2玻璃是最重要的光纤材料，而晶态的α-石英晶体是广泛应用的光电材料。

Silica glass is the most important material for glass fibers , whereas the crystalline α - quartz is a widely used piezoelectric and optical material .

远红外光纤材料MnF2-BaCl2系玻璃的结构

The Structure of a New Type Infra-red Optical Fibre Material MnF_2-BaCl_2 System Glass

最后，利用扫描近场光学显微镜（SNOM）分别研究了掺辛酸铕及掺Eu（DBM）3Phen聚合物光纤材料的团簇特性，并从两种材料分子结构出发，分析了形成团簇的原因。

At last , the clustering in Eu ( OA ) _3 and Eu ( DBM ) _3Phen were studied by scanning near-field optical microscope ( SNOM ), and the reason of clustering was analyzed from molecule Structure .

光纤材料折射率的温度和非线性特性

The nonlinear and thermal effects of refractive index of optical fibre material

多组分氟化物玻璃光纤材料的红外吸收损耗研究

A study on the infrared multiphonon absorption loss of multicomponent fluoride glasses

本方法既具有学术上的理论意义，又对光纤材料国产化有重要意义。

This method both has science research and optical fibers material home-made significance .

塑料光纤材料的发展方向

The Developing Direction of Plastic Optical Fiber Materials

光纤材料的研究进展

Research and Development of Optical Fiber Materials

世界塑料光纤材料概况

Worldwide Situation of Plastic Optical Fibre

光纤材料制造及其应用

Manufacture and Application of Optical-Fiber

高聚物光纤材料及制备方法

Polymeric Optical Fibers Materials

而空间存在着恶劣的辐射环境，而其中主要是电离辐射会对光纤材料造成影响。

There is harsh radiation in space environment and ionization effect is the mostly reason to damage FBG .

研究了均匀掺杂（无团簇）及存在团簇现象的稀土掺杂聚合物光纤材料的透射率。

The transmissions of rare earth-doped polymers which uniformly doped ( without clusters ) and clustering were studied .

对一定光纤材料及剖面型式，以图解方式绘出等色散系数点在结构参数平面内的分布图。

With given material and profile type of the fiber , its isodispersion-coefficient distribution in the structure parameter plane can be drawn .

叙述了适于作超低损耗金属氟化物光纤材料的高纯氟化锂的制备与分析的探索性工作。

A report on study of preparation and analysis of high-purity lithium fluoride suitable for the manufacture of optical fibers is presented .

而光纤材料具有抗电磁干扰的特性，使其能够与核磁共振成像兼容，并且价格低廉。

While , optical fibers are immune to electromagnetic interferences and this characteristic allows them to be MRI compatible . And it has low prices .

优异的透红外性能使得红外光纤材料在传感器、功率传输和长距离通信等领域中具有重大意义。

Due to excellent infrared transmission , infrared optical fiber materials are becoming more and more significant in the field of sensor , power transmission and telecommunication .

制备出了不同浓度的单掺铒离子和不同掺杂比例的铒镱共掺磷酸盐玻璃光纤材料。

The materials of phosphate glass optical fiber doped with different of concentration Er3 + ions and different proportion about Er3 + / Yb3 + ions was prepared .

论述红外光纤材料及其特性，介绍国外研制红外光纤的进展情况，探讨其发展前景。

The paper describes IR fibre-optical material and its features , introduces the developing conditions of fibre-optical material abroad and looks into the developing future of IR optical fibre .

本论文主要研究了稀土掺杂聚合物光纤材料的发光特性、辐射特性和稀土掺杂聚合物光纤的光放大特性。

The optical properties , radiative properties of rare earth-doped polymer optical fiber materials and optical amplification characteristics of rare earth-doped polymer optical fiber have been studied in this thesis .

综述了压电陶瓷复合材料和压电聚合物、形状记忆合金和形状记忆高分子聚合物、光纤材料和电流变体等几类智能材料的研究情况和应用概况；

The research progress and appliance scope of piezoelectric ceramic composite material and piezoelectric polymer , shape memory alloy and shape memory macromolecule polymer , light fibre materials and current anamorphosis are also reviewed .

稀土配合物的近红外发光具有在光纤材料中透过率高，光谱干扰少的优点，在光纤通讯和光谱分析领域具有重要的应用前景。

Near infrared fluorescence ( NIF ) of lanthanide complex has the advantage of high transparency in optical fiber and low spectral interference , and has potential application in optical fiber communication and spectral analysis .

随着红外光纤材料在军事，国防，医疗等领域的迫切需求，尤其是最近几年兴起的2μm红外光纤激光器在医学上的特殊应用，使得对于红外光纤材料的研究更为迫切。

Along with the ungent need of infrared optical fiber materials in the area of military , defense , medical especially recently developed in 2 microns infrared optical fiber laser used in medicine make for the research of infrared optical fiber is more urgent .

光纤传感材料SnO2的气敏光反射特性研究

Study of gas sensing optical reflective characteristic for optical sensing material sno_2

ZrO2光纤套管材料的改性

Modification of ZrO_2 Optical Fiber Ferrule Materials

实验对飞秒激光与常用的塑料光纤芯材料（PMMA，PC）相互作用机理进行了研究，并最终实现了该有机材料内部微光学器件的刻划。

The interaction mechanism of the femtosecond laser ablation on core materials of POF ( PMMA , PC ) has been studied in the dissertation . Finally , it is realized that same micro-optic components have been fabricated by using femtosecond laser in the polymer materials .

为了降低ZrO2光纤套管材料成本，降低材料的烧结温度，并对其他性能进行改善，对ZrO2材料进行了改性研究。

In order to reduce the raw materials cost , lower the sintering temperature and improve other properties of the ZrO_2 optical fiber ferrule materials , the modification of ZrO_2 was investigated .

光纤复合材料界面力学传感器初探

An elementary study of optical fiber composites interfaces mechanical sensors