From photonic band gaps to refractive index engineering

V. Berger

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From photonic band gaps to refractive index engineering

机译：从光子带隙到折射率工程

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摘要

Since the pioneering work of Yablonovitch ten years ago, photonic band gap (PBG) materials have become the subject of a well-established domain of electromagnetism, with well-defined branches dealing with microwave engi- neering, quantum optics, semiconductor technology or laser theory. The resolution of Maxwell's equations in three- dimensional (3D) resonant structures is more than ever the key point. This paper reviews the state-of-the-art of pho- tonic band gap materials. It seems that, after the early years devoted to understanding simple and standard structures (i.e. highly symmetric, infinite or perfectly two-dimensional, or with simple planar boundaries,...), the way from photonic crystal concepts to real photonic structures requires now to go one step further towards complexity, towards a complete three-dimensional refractive index engineering.

机译：自Yablonovitch十年前的开创性工作以来，光子带隙（PBG）材料已成为电磁学领域的主题，其定义明确的分支涉及微波工程，量子光学，半导体技术或激光理论。。三维（3D）共振结构中麦克斯韦方程组的分辨率比以往任何时候都更为重要。本文回顾了光子带隙材料的最新技术。在早期致力于理解简单和标准结构（即高度对称，无限或完美的二维，或具有简单的平面边界等）之后，从光子晶体概念到实际光子结构的方法现在似乎需要向复杂性迈进了一步，向完整的三维折射率工程迈进了一步。

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来源
《Optical Materials》 |1999年第3期|p.131-142|共12页
作者
V. Berger;
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作者单位

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类工程材料学;
关键词
Photonic band gaps; Photonic crystals; Photonic;

机译：光子带隙;光子晶体;光子学;

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1. Tunable all-angle negative refraction and photonic band gaps in two-dimensional plasma photonic crystals with square-like Archimedean lattices [J] . Zhang Hai-Feng, Liu Shao-Bin, Jiang Yu-Chi Physics of plasmas . 2014,第9期

机译：具有正方形阿基米德晶格的二维等离子体光子晶体中的可调全角负折射和光子带隙
2. Tunable all-angle negative refraction and photonic band gaps in two-dimensional plasma photonic crystals with square-like Archimedean lattices [J] . Zhang Hai-Feng, Liu Shao-Bin, Jiang Yu-Chi Physics of plasmas . 2014,第9期

机译：具有正方形阿基米德晶格的二维等离子体光子晶体中的可调全角负折射和光子带隙
3. Photonic band gaps in quasiperiodic photonic crystals with negative refractive index [J] . M. S. Vasconcelos, P. W. Mauriz, F. F. de Medeiros, Physical review. B, Condensed Matter And Materials Physics . 2007,第16期

机译：具有负折射率的准周期光子晶体中的光子带隙
4. Nonreciprocity in Photonic Crystals: Indirect Photonic Band Gaps, Unidirectional Superprisms and Negative Refraction [C] . Ion Bita, Edwin L. Thomas Photonic Crystal Materials and Devices III . 2005

机译：光子晶体的不可逆性：间接光子带隙，单向超棱镜和负折射
5. Development of high refractive index poly(thiophene) for the fabrication of all organic three-dimensional photonic materials with a complete photonic band gap. [D] . Graham, Matthew J. 2006

机译：高折射率聚噻吩的开发，用于制造具有完整光子带隙的所有有机三维光子材料。
6. Hydrogen production by Tuning the Photonic Band Gap with the Electronic Band Gap of TiO2 [O] . G. I. N. Waterhouse, A. K. Wahab, M. Al-Oufi, -1

机译：通过TiO2电子带隙调节光子带隙来制氢。
7. Non-proximity resonant tunneling in multi-core photonic band gap fibers: An efficient mechanism for engineering highly-selective ultra-narrow band pass splitters [O] . Florous, J. Florous, Saitoh, Kunimasa, Murao, Tadashi, 2006

机译：多芯光子带隙光纤中的非邻近共振隧穿：一种用于设计高选择性超窄带通分离器的有效机制

From photonic band gaps to refractive index engineering

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