Titlebook: Optical Characterization of Thin Solid Films; Olaf Stenzel,Miloslav Ohlídal Book 2018 Springer International Publishing AG, part of Spring

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Predicting Optical Properties from Ab Initio Calculationsnsights into the underlying principles and to explain experimentally observed phenomena or predict properties of new materials. Density functional theory is presented as the most popular first principles technique for electronic structure calculations along with a brief description of a more sophist

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Optical Characterization of Thin Films by Means of Imaging Spectroscopic Reflectometryarily intended for characterization of thin films with an area non-uniformity in their optical properties. An advantage of the technique is the possibility to measure along a relatively large area of the measured films. The motivation for development and exploitation of this technique is also discus

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Data Processing Methods for Imaging Spectrophotometryraviolet regions. Since the techniques often produce large quantities of data, efficient data fitting methods must be developed. This is covered from the high-level view of attacking the huge least squares problem and splitting it in different ways in order to extract useful information, as well as

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Ellipsometry of Layered Systemsheory of ellipsometric measurements are introduced. For this purpose the Jones and Stokes–Mueller matrix formalisms are used. By using these formalisms the individual types of ellipsometry and the most utilized ellipsometric techniques are briefly described. Furthermore, the matrix formalisms enabli

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Resonant Waveguide Grating Structuresidence angle and polarization state. They are of interest in a large variety of optical sensors and optoelectronic devices. Resonant waveguide gratings have also emerged as low-noise optical components in high-precision metrology, for example frequency stabilized laser systems for the realization of

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Polarization Control by Deep Ultra Violet Wire Grid Polarizersment in many optical applications. Nowadays, optical measurement and fabrication technology strive to shorter wavelengths in the ultra violet to benefit from larger resolution and material specific electronic transitions used for analysis. Thanks to the progress of nano-technology it has become feas