Waveguide Spectroscopy Of Thin Films by Alexander Vasil'evic KhomchenkoWaveguide Spectroscopy Of Thin Films by Alexander Vasil'evic Khomchenko

Waveguide Spectroscopy Of Thin Films

byAlexander Vasil'evic KhomchenkoEditorAlexander Vasil'evic Khomchenko

Hardcover | December 23, 2005

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InWaveguide Spectroscopy of Thin Filmsnew methods of study of the linear and nonlinear optical properties of thin films are presented. These techniques are based on the principles of the spatial Fourier spectroscopy of the light beam reflected from a prism-coupling device with the tunnel excitation of guided lightmodes in thin-film structures.

Measurement techniques of determination of the absorption coefficient, refractive index and thickness of the dielectric, semiconductor or metallic films are considered.

This book is highly recommended for specialists in the fields of integrated and thin film optics and for graduated students in related specialties.

  • There are new techniques of measurement of thin-film parameters stated
A.V.Khomchenko is D.Sc. in Physics and Mathematics (from Stepanov Institute of Physics, Minsk, Belarus). His research interests are in integrated optics, surface and interfaces physics, optical waveguides, testing of linear and nonlinear optical parameters of thin films.Alexander V. Khomchenko was born in Gomel, Belarus, on Mart 23, 19...
Title:Waveguide Spectroscopy Of Thin FilmsFormat:HardcoverDimensions:236 pages, 9 × 6 × 0.98 inPublished:December 23, 2005Publisher:Academic PressLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:0120885158

ISBN - 13:9780120885152

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Table of Contents

1. Interaction of light with matter
2. Spectroscopy of optical guided modes
3. New applications of the m-line technique for thin-film structure studying
4. Spatial Fourier spectroscopy of guided modes: measuring the thin-film parameters
5. Characterizations of thin films by prism coupling of leaky modes
6. Measurements of absorption spectra of thin films
7. Applications of waveguide spectroscopy techniques in sensor systems
8. Optical nonlinearity in thin films at low-intensity light
9. Optical nonlinearity in multilayer structures