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Fundamentals of Materials Science Microstructural Evolution in Materials Materials Processing Thermodynamics of Materials Materials for Biomedical Applications Nanomechanics of Materials and Biomaterials Polymer Physics Ceramics Processing Solid-State Chemistry Physical Metallurgy Electrical, Optical, and Magnetic Materials and Devices Nanoscale Materials Nano Processing Technology Materials at Equilibrium Thermodynamics and Kinetics of Materials Mechanical Properties of Materials Electronic and Mechanical Properties of Materials Diffraction and Structure Fracture and Fatigue Welding and Joining Processes Fabrication Technology Electronic Materials and Thin Film Processing Magnetic Materials Photonic Materials and Devices Material Technology

Electronic and Mechanical Properties of Materials Electrical Properties of Metals Optical Properties of Metals Magnetic Properties of Metals Electrical Properties of Ceramics Optical Properties of Ceramics Magnetic Properties of Ceramics Electrical Properties of Polymers Optical Properties of Polymers Magnetic Properties of Polymers Semiconductor Diodes Optical Detectors Sensors Thin Films Electrons in energy bands Variation Principle of Wavefunctions Conductivity of Metals Dielectric Function of Metals Magnetic Permeability of Metals Dielectric Function of Insulators Study of Transistors Principles of Magnetic Storage Media Optical Fibers