Description: Electrodynamics of Interfaces and Composite Systems - Proceedings of the International Workshop (Advanced Surface Science) 1988 World Scientific Publishing Company (Singapore), 6 1/4 x 8 3/4 inches tall pictorial hardcover, no dust jacket (as issued), ix, 580 pp. Moderate soiling, rubbing and edgewear to covers. Tanning to blank front and rear endpapers/pastedowns. Otherwise, apart from very slight marginal age toning, a very good copy - clean, bright and unmarked. The first two sections of this book deal with recent work on the electrodynamics of metal and semiconductor surfaces while the third section reports work in more restricted geometrics: 2D systems, films and multilayers. Under the name of non-ideal surfaces, Section 4 presents work done on the electrodynamics of surfaces which are not ideally flat (gratings, roughness, overlayers and droplets). Section 5 is devoted to problems related to the electrical properties of porous rocks and the phenomenon of percolation in metal-insulator composites. Section 6 includes reports on the electronic structure of overlayers and 2D systems. The last section deals with problems in nonlinear optics. Contents: Part I Electrodynamics of Metal Surfaces ; Optical Properties of nearly-free-electron Metals Revisited ; Acknowledgements ; References ; Linear and non-linear screening properties of simple-metal surfaces; I. Introduction ; II. Linear Response ; III. Non-linear Response ; References ; Part II Electrodynamics of Semiconductor Surfaces. Above-bandgap Optical Anisotropies of Cubic Semiconductors I. Background and Current Status ; II. Experimental ; III. Theory ; IV. Representative Results ; A. Surface Screening ; B. Bulk Spatial Dispersion ; C. Applications to Crystal Growth ; V. Conclusion ; References ; Above Band-gap Optical Anisotropies in The Reflectivity Spectrum of (001) GaAs ; I. Introduction ; II. Experimental ; III. Results ; IV- Discussion and Conclusions ; Acknowledgements ; ReferencesSurface Screening in the Optical Anisotropy Spectra of Cubic Crystals I. Introduction ; II. Model ; III. Overlayers ; IV. III-V Semiconductors ; V. Metallic Surfaces ; VI. Conclusions ; Acknowledgments ; References ; Realistic Calculation of the Surface Optical Properties of Semiconductors ; I Introduction ; II Model Calculations ; III Realistic Tight-binding Calculations ; IV Self Consistent Pseudopotential CalculationsV Conclusion Acknowledgements ; References ; Part III Electrodynamics of 2D Systems, Films and Multilayers ; Electron Collective Excitations of Quasi Two-dimensional Systems ; I. Introduction ; II. Single Layer Problems ; III. Superlattices ; IV. Surface Modes ; V. Two-dimensional Systems with Lateral Structure ; VI. Experimental Probes ; VII. Quasi Particle Properties ; Summary ; Acknowledgement. Footnotes and References Magnetoplasmons in Thin Semiconductor Films ; I. Introduction ; II. The Model ; III. The Voigt Geometry; IV. The Faraday Geometry ; V. The Perpendicular Geometry; VI. Very Thin Films ; VI. 1 Guided Modes in an Unbounded Thin Film ; VI. 2 Surface Polaritons Modified by a Very Thin Magnetoplasma Overlayer ; Vii. Conclusion. ; References
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Topic: electrodynamics of metal, 2D systems, films and multilayers, electrodynamics of surfaces
Format: Hardcover
Subjects: Mathematics & Sciences
Publication Year: 1988
Language: English
Publisher: World Scientific Publishing Company
