Dr. Patrick M. Woodward

Solid State Chemistry

TbBaFe₂O₅

Syllabus

Tentative Topical Coverage

· Introduction to Solid State Materials Chemistry

· Translational Symmetry and Bravais Lattices

· Point Symmetry and 2D Space Groups

· 3D Space Groups & The International Tables

· Close Packing, Intermetallics and Eutactic Structures

· Framework Nets and Topology

· Basic Concepts of Diffraction

· Powder Diffraction - Peak Positions

· Powder Diffraction - Peak Intensities

· Ionic Bonding & Pauling’s Rules

· The Bond Valence Concept

· Atomic Orbitals & Periodic Trends

· Basic Concepts of Molecular Orbital Theory

· Bonding, Structure & Properties in Covalent Solids

· Electronic Band Structure – LCAO Approach

· Color in Solids: Pigments & Gemstones

· Luminescent Materials: Display Technology

· Conductivity and Carrier Transport

· Semiconductors and Their Applications

· Magnetism & Magnetic Materials

· Carrier Transport in Transition Metal Oxides

· Dielectric Properties & Dielectric Materials

· Ionic Conductivity: Batteries and Fuel Cells

 

Grading

25% Homework

25% Term Paper

25% Midterm

25% Final