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Influences of micro- and nanostructuring on light guiding

机译：微观和纳米结构对光导的影响

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New techniques for introducing micro- and nanostructures in the core region of optical waveguides or fibers offer new opportunities to influence the propagation and coupling conditions of guided light. Such modifications include e.g. single mode conditions for optical fibers, the range of the numerical aperture, dispersion properties, mode shape, extended wavelength ranges or guiding with multiple cores. Although many developments were triggered by possible applications in communication technology, these new opportunities in functionality offer attractive chances also for new investigations into sensing with optical fibers.

机译：将微结构和纳米结构引入光波导或光纤的核心区域的新技术为影响导光的传播和耦合条件提供了新的机会。这样的修改包括例如。光纤的单模条件，数值孔径范围，色散特性，模态形状，扩展的波长范围或带有多个纤芯的波导。尽管通信技术的可能应用触发了许多发展，但是功能上的这些新机会也为对光纤传感的新研究提供了诱人的机会。

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来源
《Optical Fibre Sensors pt.1》|2005年|P.114-117|共4页
会议地点 Bruges(BE)
作者
Hartmut Bartelt;
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作者单位

Institute for Physical High Technology, Albert-Einstein-Str. 9, D-07745 Jena, Germany;

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会议组织
原文格式 PDF
正文语种 eng
中图分类光波通信、激光通信;
关键词
waveguides; light guiding; optical fibers; microstructured fibers; photonic crystal; photonic crystal fiber;

机译：波导;光导;光纤;微结构纤维;光子晶体;光子晶体纤维;

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Influences of micro- and nanostructuring on light guiding

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