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Modeling of Optical Nanoantennas: Basics, Concepts, Numerical simulation Bedir Yousif(Author),Ahmed Samra(Author),Hamdy Elmikaty(Author)

Rating Star 3 / 5 - 4 ( 4610)
Book Modeling of Optical Nanoantennas: Basics, Concepts, Numerical simulation

Modeling of Optical Nanoantennas: Basics, Concepts, Numerical simulation

Available in PDF - DJVU Format | Modeling of Optical Nanoantennas: Basics, Concepts, Numerical simulation.pdf

 

Original name book: Modeling of Optical Nanoantennas: Basics, Concepts, Numerical simulation

Pages: 200

Language: English

Publisher: LAP LAMBERT Academic Publishing (April 3, 2017)

By: Bedir Yousif(Author),Ahmed Samra(Author),Hamdy Elmikaty(Author)

Book details


Format *An electronic version of a printed book that can be read on a computer or handheld device designed specifically for this purpose. *Report a Broken Link

PDF
Required Software Any PDF Reader, Apple Preview
Supported Devices Windows PC/PocketPC, Mac OS, Linux OS, Apple iPhone/iPod Touch.
# of Devices Unlimited
Flowing Text / Pages Pages
Printable? Yes

Category - Engineering & Transportation

Bestsellers rank - 2 Rating Star

Modeling of Optical Nanoantennas.This book introduces several key techniques for such modeling, many of which are used in commercial design tools. The absorption, scattering, and extinction fields of a homogenous and coated spheroidal nanoparticles in a variety of surrounding medium due to an incident plane wave is studied. The applicability of the modified long wavelength approximation to ellipsoidal particleswith size less than 10% of the incident wavelength was discussed, and an analysis of its accuracy in comparison to Mie theory and measured experimental results was presented.The optical properties of plasmonic nanoantennas are investigated in details using the finite integration technique (FIT) and discrete dipole approximation (DDA). The validity of these numerical techniques are verified by comparison to the exact solution generalized Mie method (GMM). The influence of thegeometrical parameters (antenna length, gap dimension and shapes) on the antenna field enhancement and spectral response is discussed.The promising results of this study may have useful potential applications in near-field sample detection, optical microscopy, optical sources, detectors and networks.

Dr. Bedir Yousif is lecturer at electrical engineering department, Kafrelsheikh university. His research and teaching interests are in nano electronics and optical communications. He has received the Master and Phd from electronics and communications department, faculty of engineering, Mansoura university,Egypt, 2006 and 2013 respectively.

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