Surface Science of Photonic Nanomaterials
Tampere University
Core content
· Surface structure: Ordered structures on surfaces. Surface defects. Relaxation. Reconstruction.
· Interfaces: Stress and strain. Surface tension. Non-equilibrium surface process.
· Electronic states: Electronic band structure of solids. Surface space charge. Work function.
· Molecular bonding on surfaces. Chemisorption. Physisorption.
Complementary knowledge
· Adsorbate-Induced restructuring.
· Surface energy. Strain energy. Segregation.
· Nanoscale systems. Energy levels at interfaces.
· Thin films. Atomic layer deposition.
Specialist knowledge
· Low energy electron diffraction.
· Growth modes on surfaces. Molecular Beam Epitaxy.
· Electron excitation at surfaces. Scanning tunneling microscopy.
· Photoelectron spectroscopy.
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