Molecular photonics in space environments: a review

机译：太空环境中的分子光子学：一个综述

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Although much of the early developments of organic and polymer-based materials were fueled by the research on space materials, most of the optoelectronic applications for usage in space or terrestrial adverse environments are still dominated by semiconductors. In this paper, we review past and present efforts to incorporate organic-based materials into photonic devices that are suitable for applications in space environments, and discuss what are the main challenges that materials based on organics must meet in order to become fully integrated into photonic devices that can operate in space and space-related environments.

机译：尽管有机材料和聚合物基材料的许多早期发展都受到太空材料研究的推动，但用于太空或陆地不利环境的大多数光电应用仍由半导体主导。在本文中，我们回顾了过去和现在的努力，以将基于有机材料的材料整合到适用于太空环境的光子器件中，并讨论了基于有机物的材料要完全集成到光子中必须面临的主要挑战是什么？可以在太空和与太空相关的环境中运行的设备。

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来源
《Nanophotonics and macrophotonics for space environments V》|2011年|p.81640H.1-81640H.8|共8页
会议地点 San Diego CA(US)
作者
Javier Perez-Moreno;
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作者单位

Department of Chemistry, University of Leuven, Celestijnenlaan 200D, B-3001 Leuven, Belgium;

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会议组织
原文格式 PDF
正文语种 eng
中图分类应用光学;
关键词
ionizing radiation; polymers; polymer modulators; gamma-ray; proton irradiation; radiation resistance; electro optic modulators; NLO chromophores; space environment;

机译：电离辐射;聚合物聚合物调节剂伽马射线;质子辐照辐射电阻;电光调制器; NLO发色团；空间环境;

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1. Resonant photonic band gap structures realized from molecular-beam-epitaxially grown InGaAs/GaAs Bragg-spaced quantum wells [J] . J. P. Prineas, C. Cao, M. Yildirim, Journal of Applied Physics . 2006,第6期

机译：由分子束外延生长的InGaAs / GaAs布拉格间隔量子阱实现的共振光子带隙结构
2. Molecular Beams in Space: Sources of OH(A→X) Emission in the Space Shuttle Environment [J] . Lawrence S. Bernstein, Yu-hui Chiu, James A. Gardner, The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory . 2003,第49期

机译：太空中的分子束：航天飞机环境中的OH（A→X）排放源
3. Quantum Mechanical Molecular Interactions for Calculating the Excitation Energy in Molecular Environments: A First-Order Interacting Space Approach [J] . Hasegawa Jun-ya, Yanai Kazuma, Ishimura Kazuya Chemphyschem: A European journal of chemical physics and physical chemistry . 2015,第2期

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5. A software tool for the design space exploration of a free-space photonic backplane [D] . Verghese, Manoj 1995

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6. Activity spaces in studies of the environment and physical activity: A review and synthesis of implications for causality [O] . Lindsey Smith, Louise Foley, Jenna Panter -1

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7. photonic sensors review progress of optical fiber sensors and its application in harsh environment [O] . Min Zhang, Xiaohong Ma, Liwei Wang, 2010

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Molecular photonics in space environments: a review

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