Contents:
- Introduction to methods of thin film preparation and characterization.
- Optics of thin films - electromagnetic theory of light propagation in thin and thick layers, phenomena at interfaces, matrix description of isotropic and anisotropic layered media
- Optical multilayer filters - anti-reflection systems, bandpass filters,
thin-film beamsplitters, narrow-band pass Fabry-Perot filters.
- Electrical properties of thin films - conductivity of thin layers, transport
phenomena, thin films of semiconductors and dielectrics, semiconductors and semiconductor and metal interfaces.
- Application of thin layers in semiconductor industry and technology
ultra-high integration, measurement of electrical parameters of thin layers.
- Magnetic properties of thin films - ferromagnetic thin films,
magnetic anisotropy, applications in magnetic recording and sensors.
- Introduction to methods of thin film preparation and characterization.
- Optics of thin films - electromagnetic theory of light propagation in thin and thick layers, phenomena at interfaces, matrix description of isotropic and anisotropic layered media
- Optical multilayer filters - anti-reflection systems, bandpass filters,
thin-film beamsplitters, narrow-band pass Fabry-Perot filters.
- Electrical properties of thin films - conductivity of thin layers, transport
phenomena, thin films of semiconductors and dielectrics, semiconductors and semiconductor and metal interfaces.
- Application of thin layers in semiconductor industry and technology
ultra-high integration, measurement of electrical parameters of thin layers.
- Magnetic properties of thin films - ferromagnetic thin films,
magnetic anisotropy, applications in magnetic recording and sensors.