Frequency Dispersion of Optical Constants of a Solid: General Relationships Basic Phenomena and Terminology The Classical Analytical Model for the Complex Dielectric Constant Factorized Analytical Model for the Complex Dielectric Constant Frequency Dispersion of Optical Constants for a Glass: Specific Features General Remarks Structural Disorder and the Formation of Optical Spectra Effect of Disorder on the Analytical Presentation of the Complex Dielectric Constant for a Glass Methods for Reconstructing the Spectra of the Optical Constants in the Ranges of Fundamental Excitations Methods and Limitations Imposed by Strong Absorption Kramers-Kronig Transform Dispersion Analysis: General Aspects Dispersion Analysis of Glass Spectra Spectra of Optical Constants in the Ranges of Fundamental Excitations for Particular Glass Types Introductory Remarks Spectra of Optical Constants in the IR Range and IR Band Parameters of Inorganic Glasses Optical Constants of Glasses in the Range of Electronic Excitations Refractive Index Dispersion of Glasses in the Transparency Range: Applied Aspects Refractive Index Dispersion in Terms of Optical Characteristics Used in Applied Optics Refractive Index Interpolation and Extrapolation Refractive Index Dispersion versus Glass Composition Behavior of Relative Partial Dispersions References Appendix: Numerical Data on the Optical Constants of Various Glasses in the Ranges of the Fundamental Excitations
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