塑料光纤

日本塑料光纤研究和应用现状

Study of POF and Current Situation of its Application in Japan

PMMA塑料光纤中C-H谐波吸收损耗的计算

Calculating of Absorption Loss Due to High Harmonics of C-H Vibrations in PMMA POF

应用于塑料光纤系统的LED的温度特性及其补偿

The plastic optical fiber compatible led and its temperature characteristics and compensations

塑料光纤通信中基带升余弦滤波器的FPGA实现

Implementation of the raised-cosine filter based on FPGA in POF communication

PMMA芯/氟树脂包层塑料光纤的研制

The Preparation of PMMA Core / Fluoropolymer Cladding Plastic Optical Fibres

热老化对PMMA塑料光纤损耗的影响

Influence of Heat Aging on Attenuation of PMMA Polymer Optical Fiber

PMMA塑料光纤衰减测量的研究

Research of the measurement of loss of PMMA plastic optical fiber

共挤法制备突变型PMMA塑料光纤的研究

Study on the production of step index PMMA plastic fibers by co-extrusion

在单模塑料光纤模场光强分布测量实验中，采用CCD摄像头和白炽灯等对单模塑料光纤模场光强分布进行比较粗略的测量。

We also measure light intensity distributing of single mode POF ' mode field by using CCD and lamp .

PMMA塑料光纤辐照特性的实验研究

Experimental Research on PMMA POF under Irradiation

研究了压电涂层PMMA纤芯塑料光纤中的相位调制。

The phase modulation within piezoelectric coating PMMA core plastic optical fiber ( POF ) is demonstrated .

光码分多址（OCDMA）塑料光纤接入网的研究

Study of Plastic Optic Fiber Access Network Based on OCDMA

一种用于FTTH的实用塑料光纤连接器的研究

Research on a practical plastic optical fiber connector for FTTH

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 far-field characteristics when LD goes through telescope system 、 multi-mode fiber system and tapered plastic optical fiber system are studied .

主要研究了热老化对PMMA塑料光纤损耗的影响及其影响机理。

The influence and influence mechanism of heat aging on the attenuation of PMMA polymer optical fiber ( POF ) were studied .

从应用于高速数据通信的角度，介绍了聚甲基丙烯酸甲酯（PMMA）、全氘化和全氟化梯度塑料光纤的损耗、带宽、稳定性和寿命。

The polymethylmethacrylate ( PMMA ) base , perdeuterated PMMA base and perfluorinated ( PF ) polymer base GI POFs are considered for the application of high speed data communications .

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。

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 .

采用频域相移法测量了不同长度的两种折射率分布塑料光纤：阶跃型塑料光纤（SIPOF）和渐变型塑料光纤（GIPOF）的微分模延迟曲线。

Differential mode delay of step index-polymer optical fiber ( SI-POF ) and gradient index-polymer optical fiber ( GI-POF ) with various lengths is measured by the frequency-domain phase-shift technique .

用甲基丙烯酸甲酯（MMA）作为基质，采用界面凝胶聚合技术成功地制备了渐变型塑料光纤预制棒，并探讨了掺杂剂浓度及其分子体积以及聚合温度对折射率分布的影响。

Plastic rods with gradient refractive index were successfully fabricated by the interfacial-gel polymerization technique , in which two kinds of dopants were used for their higher refractive index and different molecular volume .

研究1×7圆柱形混合棒塑料光纤耦合器（CMRC）中由于混合棒端面反射造成的结构性串扰，建立不同误码率条件下串扰与功率代价的关系。

Power penalty of crosstalk in 1 × 7 cylindrical mixing-rod plastic optical coupler ( 1 × 7 CMRC ) is studied .

本文对倒锥透镜光纤端（Upside-downtaperedfiber缩写为UDTL）和基于该种光纤端的塑料光纤连接器进行了理论与实验研究。

The fiber end of the upside-down tapered lens ( UDTL ) and the plastic fiber connector based on the replanting fiber end are theoretically analyzed and researched by an experiment in this paper .

本文介绍了一种采用紫外光固化材料作为塑料光纤包层材料的新方法，并对不同的涂层材料甲基丙烯酸甲酯（MMA）和丙烯酸甲酯（MA）和光引发聚合实验结果进行了比较分析。

In this paper , a new method which uses UV cured materials as the POF 's cladding materials is introduced , and the research results of UV initiation polymerization of MMA and MA are compared .

与传统通信方式相比，塑料光纤（POF）具有很多无可比拟的优点，因而，在很多领域都得到了广泛的应用。

Compared with the traditional communications media , plastic optical fiber ( POF ) has a lot of unexampled advantage , as a result , it has got extensive applications in many fields .

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 .

向塑料光纤纤芯材料纯PMMA中引入链转移剂正丁硫醇（nBM）以控制摩尔质量。

Chain transfer agents ( n-BM ) was applied to pure PMMA , which was used as the core materials in polymer optical fiber ( POF ), to control the molecular weight of PMMA .

实验结果表明，由于短光纤可以忽略模式耦合和模式损耗，1m塑料光纤的微分模延迟测量值与理论计算值吻合得非常好。

Due to the fact that the mode coupling and the mode-dependent loss can be neglected for short fibers , the measured values of the differential mode delay for the 1 m fibers agree well with the theoretical ones .

使用各种包层涂覆工艺涂覆塑料光纤的包层，并将紫外光聚合工艺应用到POF的包层涂覆中，从而获得性能优异的塑料光纤。

By compared with different kind of plastic optical fiber coating technology , ultraviolet polymerization method was applied to cure plastic optical fiber 's coating , thus obtaining the plastic optical fiber with excellent optical property .

因为塑料光纤本征损耗主要是CH键的振动吸收损耗，如果用D、F替代塑料光纤材料中CH的H，CX在可见光区及红外光区的振动吸收损耗就能显著降低。

Because intrinsic loss of plastic optical fiber ( POF ) mostly is high harmonics vibration loss of CX bonds , if D or F replaced H of CH bonds , the high harmonics vibration loss of CX bonds in region of infrared and visible light would be decreased remarkably .

塑料光纤因具有比石英光纤和铜线电缆优异的性能而成为短距离、中小容量系统的首选传输媒质，并将是光纤到家（FTTH）的理想的终端传输媒质。

POP , with the superiority that glass optical fiber and cupreous cable can 't provided , will become the first transmission medium for the short-haul , small and medium capacitance communication system , and the idea medium for FTTH .

而塑料光纤放大器（POFA）是完善和扩展塑料光纤功能的一个重要元件，因此对其进行性能改进具有重要意义。

As plastic optical fiber amplifier ( POFA ) is a key component to perfect and expand the performance of POP , it is important to meliorate the performance of the POFA .