1 edition of Self-imaging phenomena and passive devices in photonic crystals found in the catalog.
Self-imaging phenomena and passive devices in photonic crystals
|Statement||editors, Baojun Li and Yao Zhang|
|LC Classifications||TK8304 .S454 2010|
|The Physical Object|
|LC Control Number||2010042623|
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九品 ￥ 为您找到其他店铺的该商品. Self-Imaging Phenomena and Passive Devices in Photonic Crystals（李宝军 签赠本） 【小16开 品佳】. This book examines self-imaging phenomena in PCWs and PDWs, as well as a discussion of a number of passive devices designed in silicon-based PCWs and/or PDWs.
View Show abstract. Mr. Mukesh Kumar Gupta on DESIGN AND PERFORMANCE ANALYSIS OF PASSIVE OPTICAL NETWORKS USING DICODE CODING Year - (Completed) Shruti Kalra on NUMERICAL INVESTIGATION OF NONLINEAR INTERACTIONS OF LIGHT AND MATTER IN PHOTONIC CRYSTAL FIBERS Year - (Ongoing) Ankit Agarwal on Bio-photonics Year - (Ongoing).
Chapter 1 Self-Imaging Phenomena and Passive Devices in Photonic Crystals Baojim Li Yao Zhang 1. Chapter 2 Adjustability of Optical Properties in Complex One-Dimensional Photonic Crystals S.
M. Hamidi M. M. Tehranchi A. Bananej Chapter 3 Gallium Nitride Light-Emitting Diodes and Their Photonic Crystal Variants Faiz Rahman Richard M.
De La. The self-imaging phenomenon and its applications. Jiri Kyvalsky. Proc. SPIEPhotonics, Devices, and Systems II, pg (8 July ); doi: / Guided Wave Photonic Devices. Magneto-optical phenomena in systems with prism coupling.
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