Introduction to solid state physics for materials engineers
Zolotoyabko, Emil
Introduction to solid state physics for materials engineers / Emil Zolotoyabko - Weinheim : Wiley VCH, 2021 - 280 p.
1. General impact of translational symmetry in crystals on solid state physics
2. Electron waves in crystals
3. Elastic wave propagation in periodic media, phonons, and thermal properties of crystals
4. Electrical conductivity in metals
5. Electron contribution to thermal properties of crystals
6. Electrical conductivity in semiconductors
7. Work function and related phenomena
8. Light interaction with metals and dielectrics
9. Light interaction with semiconductors
10. Cooperative phenomena in electron systems: superconductivity
11. Cooperative phenomena in electron systems: ferromagnetism
12. Ferro electricity as a cooperative phenomenon
13. Other examples of cooperative phenomena in electron systems
9783527348848 (pbk)
Materials science--Solid state physics
530.41 / Z756
Introduction to solid state physics for materials engineers / Emil Zolotoyabko - Weinheim : Wiley VCH, 2021 - 280 p.
1. General impact of translational symmetry in crystals on solid state physics
2. Electron waves in crystals
3. Elastic wave propagation in periodic media, phonons, and thermal properties of crystals
4. Electrical conductivity in metals
5. Electron contribution to thermal properties of crystals
6. Electrical conductivity in semiconductors
7. Work function and related phenomena
8. Light interaction with metals and dielectrics
9. Light interaction with semiconductors
10. Cooperative phenomena in electron systems: superconductivity
11. Cooperative phenomena in electron systems: ferromagnetism
12. Ferro electricity as a cooperative phenomenon
13. Other examples of cooperative phenomena in electron systems
9783527348848 (pbk)
Materials science--Solid state physics
530.41 / Z756
