Lectures:
- Lecture 0. Introduction: Materials Science. What is it about?
- Lecture 1. Chemical bonding in solids
- Lecture 2. Atomic arrangement
- crystal structures
Examples of the crystal structures with a simple viewer
Instruction for the structures: a) download the ZIP file; b) unpack the RAR file into a certain directory (for instance: “structures”); c) open the EXE file included in the archive; d) open any structure from the directory ( WRL or WRX files)
- Lecture 3. Defect in materials
- Lecture 4. Diffusion;
- Lecture 5. Mechanical and Thermal properies;
- Lecture 6. Electrons in metals. Classical model.
- Lecture 7. Phase diagrams
- Bonus lecture. Colors in Nature
Exercises:
- Material and Sample properties
- Exercise 1
- Exercise 1 Atomic bonding
- Exercise 2
- Exercise 2 Atomic arrangement
- Exercise 3
- Exercise 4 Defects
- Exercise 5 Diffusion
- Exercise 4
- Exercise 6 Mechanical propeties
- Exercise 5
- Exercise 7 Thermal properties
- Exercise 6
- Exercise 8 Eletrical Coductivity
- Exercise 7
- Exercise 9 Phase Diagrams
- Exercise 8
- Phase Diagram of Naphthalene-DPA
- Exercise 10 Preparation for the Exam
Recommended Literature:
- A. F.Wells, Structural Inorganic Chemistry
- A. R. West Solid State chemistry
- Basic Solid State chemistry
- Adams D.M. Inorganic solids
- J.C. Phillips Bonds and Bands in Semiconductors
- Shriver, D. F. & Duward F. Inorganic chemistry
- Greenwood N.N. Chemistry of Elements
- J. I. Gersten, F. W. Smith The physics and chemistry of materials
- W. D. Callister Fundamentals of materials science and engineering