Examines in detail the theory, fabrication techniques, and applications of the hybrid types, of optical integrated circuits, as well as explaining waveguiding theory, device design, and fabrication. Provides material on the derivation of the fundamental equations, physical explanation, numerical exa"
Examines in detail the theory, fabrication techniques, and applications of the hybrid types, of optical integrated circuits, as well as explaining waveguiding theory, device design, and fabrication. Provides material on the derivation of the fundamental equations, physical explanation, numerical exa"
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Inhaltsangabe
Introduction to Optical Integrated Circuits.Optical Waveguide Theory.Coupled Mode Theory in Guided Wave Systems.Theory of Gratings in Waveguide Structures.Guided-Wave Control.Microfabrication Techniques in Optical Integrated Circuits.Guided-Wave Excitation and Waveguide Evaluation.Passive Waveguide Devices.Functional Optical Waveguide Devices.Examples of Optical Integrated Circuits.
Introduction to Optical Integrated Circuits.Optical Waveguide Theory.Coupled Mode Theory in Guided Wave Systems.Theory of Gratings in Waveguide Structures.Guided-Wave Control.Microfabrication Techniques in Optical Integrated Circuits.Guided-Wave Excitation and Waveguide Evaluation.Passive Waveguide Devices.Functional Optical Waveguide Devices.Examples of Optical Integrated Circuits.
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