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P450 - Propriétés physiques des matériaux et nano caractérisation…
P450 - Propriétés physiques des matériaux et nano caractérisation
Bulk physical properties
Dielectric properties
Magnetic properties
Transport in solids and conductors
Surfaces and interfaces properties
What happens at the surface?
How does physical properties change on the surface of materials
Surface phenomena and preparations
Important surface related properties - Work function and surface potential
Size dependency: nano-materials
When do structures become nano?
Change of materials properties at the nanoscale
Elaboration of nanostructures and nanomaterials
Nano-characterization: measuring materials properties at the nanoscale
Nanoscale characterization methods: scanning probe microscopy
STM
AFM
KPFM
EFM
MFM
PFM
Peak Force Tapping
Spectroscopy
SThM
SMiM
Liquid Imaging - Bio
Nano-indentation
Combined AFM techniques
TERS - AFM-Raman
SNOM - Optical
Overview of materials characterization techniques
Structural properties
SEM
TEM
X-ray Diffraction
EBSD
Chemical Properties
XPS
XPEEM
IR spectroscopy
UV/Visible spectroscopy
Auger
SIMS
RAMAN
RBS
Electrical and electronic properties
C/V curves
4 points probe
LEEM