VIBRATIONAL
SPECTROSCOPY AND IMAGING IN MATERIALS
1- Basic
principles of optical spectroscopies
1.1-Fundamental aspects of Light/Matter Interaction
1.2-Optical Spectroscopies
Complementary information / course reminder
2- Molecular Symmetry
2.1- Molecular symmetry and point groups
2.2- Using symmetry to predict vibrational activity
3- Fourier Transform InfraRed (FTIR) absorption spectroscopy
3.1- FTIR spectroscopy
3.2- Transmission and reflection techniques
3.3- IR microscopy and imaging
4- Raman Scattering
4.1- Spontaneous Raman scattering
4.2- Polarized Raman spectroscopy
4.3- Micro-Raman and Imaging
- Enseignant: Alexandre Baron
- Enseignant: Cedric Crespos
- Enseignant: Vincent Rodriguez
- Enseignant: Alexandre Baron
- Enseignant: Cedric Crespos
- Enseignant: Emilie Genin
- Enseignant: Caroline Tokarski
- Enseignant: Thierry Toupance