Επιστήμη Επιφανειών-Νανοϋλικών

Weekly outline

• Γενικά στοιχεία για το μάθημα

  Collapse all Expand all
  • 

    General information Page
  • 

    Course description - Course content Page
  • 

    Instructor Details Page
  • 

    Learning Objectives Page
  • 

    Requirements Page
  • 

    Bibliography - Sources Page

• Course Νotes
  • 

    Course Νotes File

• Βίντεο διαλέξεων
  
  

  • 

    I. Introduction to Nanosciences - II. Specific area of nanostructures Page
  • 

    IΙΙ. "Plenty of room at the bottom" - IV. Nanoelectronics and Moore's law Page
  • 

    V. Single-electron circuits, classical- and quantum Coulomb blockade Page
  • 

    VI. Introduction to the physics of nanomaterials - VII. Surfaces of crystals Page
  • 

    VIII. Atomic structure of common surfaces Page
  • 

    IX. Surface defects, relaxation, reconstruction, adsorption Page
  • 

    X. Wulff/Shape of nanoparticles, theories of Young and Wulff Page
  • 

    XI. Kinetics and equilibrium of adsorption - XII. Langmuir isotherm Page
  • 

    XIII. Physisorption/Chemisorption, surface area, BET isotherm Page
  • 

    ΧΙV: Catalysis: Michaelis-Menten, Eley-Rideal, Langmuir-Hinshelwood mechanisms Page
  • 

    XV: Catalytic CO oxidation - XVI: Active sites for catalysis Page
  • 

    XVII. Advanced topics as presented by students in May 2015 Page