Synthesis Of Nanomaterials
- Session 1: Introduction to nanoparticle materials and their applications in nanotechnology; Session 2: Determination and identification of complex particle formation mechanisms; Session 3: Thermodynamics and kinetics of nanoparticle nucleation and growth; Session 4: Controlling particle properties (morphology, structure, composition, surface modification, etc.); Session 5: Nanoparticle surface chemistry; Session 6: Liquid-phase nanoparticle synthesis methods; Session 7: Precipitation and reduction synthesis methods; Session 8: Sol-gel method; Session 9: Hydrothermal and solvothermal methods; Session 10: Micelles and reverse micelles; Session 11: Vapor-phase nanoparticle synthesis methods; Session 12: Solid-phase nanoparticle synthesis methods; Session 13: Carbon nanoparticles; Session 14: Techniques for determining dimensions, structure, crystal lattice, and specific surface area; Session 15: Characterization of physical and chemical properties of nanoparticles; Session 16: Student project presentations; Session 17: Student project presentations.