Photonic Crystal Fibers光子晶体光纤——特性及应用（影印版）

书籍目录

Preface

Acknowledgements

Introduction

1Basics of photonic crystal fibers

1.1From conventional optical fibers to PCFs

1.2Guiding mechanism

1.2.1Modified total internal reflection

1.2.2Photonic bandgap guidance

1.3Properties and applications

1.3.1Solid-core fibers

1.3.2Hollow-core fibers

1.4Loss mechanisms

1.4.1Intrinsic loss

1.4.2Confinement loss

1.4.3Bending lossPrefaceAcknowledgementsIntroduction1Basics of photonic crystal fibers

1.1From conventional optical fibers to PCFs

1.2Guiding mechanism

1.2.1Modified total internal reflection

1.2.2Photonic bandgap guidance

1.3Properties and applications

1.3.1Solid-core fibers

1.3.2Hollow-core fibers

1.4Loss mechanisms

1.4.1Intrinsic loss

1.4.2Confinement loss

1.4.3Bending loss

1.5Fabrication process

1.5.1Stack-and-draw technique

1.5.2Extrusion fabrication process

1.5.3Microstructured polymer optical fibers

1.5.4OmniGuide fibers

1.6Photonic crystal fibers in the market Bibliography

……

Guiding properties

Dispersion properties

4 Nonlinear properties

5Raman properties

6 Erbium-doped fiber amplifiers

A Finite Element Method

Index

作者简介

本书试图对光子晶体光纤作专业的导读，特别是在通信方面。本书深刻地分析了光子晶体光纤的物理与几何特性，并说明这些特性是如何导致了这种新型光纤的特殊表现。本书主要应用了有限元方法这一有力工具。并且，本书还关注了光子晶体光纤制造技术的极限和可能性。本书将对通信领域及其他光纤技术应用的领域的研究者提供帮助，也可作为这些领域的研究生的参考读物。

 Photonic Crystal Fibers光子晶体光纤——特性及应用（影印版）下载