Module contents
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1 Introduction, motivation, basics: atoms, bonding, molecules, crystals, material classes
2 Crystal structures, alloys, phases, phase diagrams, real structures
3 Mechanical properties of materials: Youngs modulus, strength, fracture toughness, hardness – metals, polymers, ceramics, composites
4 Specific resisivity, band model, Drude model, temperature dependence resistivity, conductor materials, compact conductors
5 Manipulation of conductivity by alloying, impurities, deformation, strip conductors, PCB, LTCC, soldering, contacts
6 Resistor materials, variable resistors (PTC, NTC, varistor), thermoelctrica
7 8 Band structures of semiconductors, semiconductor materials: Silicon, organic semiconductors, semiconductor devices, processing technology, chip production
9 Insulators, dielectrica, cable materials, fire protection, capacitor materials
10 Super conductors
11 Piezo electrica
12 Magnetic materials
13 14 Galvanic cells and batteries, accumulator, fuel cells, Faradays law, Nernst equation
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