Polymer-based photonic technologies for aerospace and space applications

机译：基于聚合物的航空航天和空间应用的光子技术

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This paper presents a brief overview examining the recently reported research and development of polymer based modulators and photodetectors that have been advanced for aerospace and space applications, and discusses the reported radiation resistance of several device technologies. Preliminary results of focused investigations to develop polymer based photonic technologies capable of surviving in the naturally occuring near-earth space ionizing radiation environment environment as well as the expected performance of these technologies on elevated radiation environments are presented.

机译：本文提出了一篇简短的概述，研究了最近报道的基于聚合物的调节剂和光电探测器的研究和开发，这些调制器和光电探测器已经为航空航天和空间应用提出，并讨论了几种设备技术的报告辐射抗性。提出了专注于开发基于聚合物的光子技术的初步结果，该技术能够在自然地发生近地上空间电离辐射环境环境中幸存以及这些技术的预期性能，以升高的辐射环境。

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《Conference on enabling photonic technologies for aerospace applications》|2004年||共7页
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作者
Edward W. Taylor; T. Zeng; David Wood; Richard O. Claus;
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正文语种
中图分类应用力学;
关键词
polymer based photonics; polymer modulators; polymer photodetectors; space environments; radiation resistance; radiation effects;

机译：基于聚合物的光子学;聚合物调制器;聚合物光电探测器;空间环境;辐射抗性;辐射效应;

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3. German aerospace center focuses on stationary and aerospace fuel cell applications [J] . Fuel Cell Industry Report Group Fuel Cell Industry Report . 2010,第7期

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4. Polymer-based photonic technologies for aerospace and space applications [C] . Edward W. Taylor, T. Zeng, David Wood, Conference on enabling photonic technologies for aerospace applications . 2004

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8. Radiation Resistant Polymer-Based Photonics for Space Applications [R] . Taylor, E. W. , Nichter, J. , Nash, F. , 2006

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Polymer-based photonic technologies for aerospace and space applications

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