Thin films
Thin films
This article reviews the phenomena that occur in films from the point of view of a solid state physicist. Films form the basis for many established and developing technologies. Metal layers have always been important for optical coatings and as protective coatings. In the most sophisticated cases, films and their interaction on silicon surfaces form the basis of modern electronic technology. Films of silicon, GaAs and composites of these materials promise to lead to practical photovoltaic devices. (DLC)
- University of North Texas United States
Direct Energy Converters, Superconductivity, Silicon, Magnetic, Photovoltaic Cells, 656102 -- Solid State Physics-- Superconductivity-- Acoustic, Reviews, Uses, Scattering, Coatings, Arsenides, Pnictides, Electronic, Films, Arsenic Compounds, & Thermal Phenomena-- (-1987), Superconductivity And Superfluidity, Photoelectric Cells, Electrical Properties, 36 Materials Science, Electric Conductivity, Gallium Arsenides, Protective Coatings, Electron Diffraction, Elements, Document Types, Semimetals 360000* -- Materials, 75 Condensed Matter Physics, Physical Properties, Lead, Metals, Gallium Compounds, Crystal Structure, Coherent Scattering, Diffraction, Optical
Direct Energy Converters, Superconductivity, Silicon, Magnetic, Photovoltaic Cells, 656102 -- Solid State Physics-- Superconductivity-- Acoustic, Reviews, Uses, Scattering, Coatings, Arsenides, Pnictides, Electronic, Films, Arsenic Compounds, & Thermal Phenomena-- (-1987), Superconductivity And Superfluidity, Photoelectric Cells, Electrical Properties, 36 Materials Science, Electric Conductivity, Gallium Arsenides, Protective Coatings, Electron Diffraction, Elements, Document Types, Semimetals 360000* -- Materials, 75 Condensed Matter Physics, Physical Properties, Lead, Metals, Gallium Compounds, Crystal Structure, Coherent Scattering, Diffraction, Optical
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