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Electromagnetism / Nanomaterials / Microscopy / Superlens / Evanescent wave / Diffraction / Metamaterial / Fourier optics / Electromagnetic radiation / Physics / Optics / Metamaterials


Document Date: 2010-03-11 18:31:15

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File Size: 1,26 MB

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City

San Antonio / London / /

Company

FSL / McGraw-Hill / S. Schultz S. A. / /

Currency

USD / /

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Facility

Etcheverry Hall / Trinity University / Engineering Center University of California / /

IndustryTerm

optical device / far-field optical imaging / image-reconstruction processing / subwavelength imaging / metal-filing ratio / metal filing ratio / planar metal film / near-field imaging experimental demonstration / possible applications / imaging / dielectric media / conventional lens imaging / energy / metal / metal slab / metal film / metal nanostructure / real-space imaging reconstruction / near-field imaging ability / electromagnetic energy / conventional imaging system using lenses / electromagnetic energy distribution / noble metal / subdiffraction imaging / Optical imaging / conventional optical imaging system using lenses / superlens imaging / numerical solution / /

MarketIndex

SET 50 / /

Organization

Trinity University / office of Naval Research / Optical Society of America / National Science Foundation / Optical Society of America OCIS / Center for Nanoscale Science and Engineering / Department of Physics and Astronomy / University of California / Berkeley / /

Person

S. G. Johnson / Yi Xiong / Xiang Zhang / Nicholas Fang / Jennifer M. Steele / Yuri Pikus / A. K. Sarychev / V / Stéphane Durant / Computation / /

Position

A. Forward / /

Product

Eq / /

ProvinceOrState

Texas / California / /

Technology

broadband / tomography / microwave / lithography / DIELECTRIC / /

URL

www.arxiv.org / /

SocialTag