Spectroscopic techniques 1

Be able to:

describe several spectroscopic techniques used in industry,
explain their theoretical and experimental bases,
implement a spectroscopic analysis in the field of materials.

- Knowledge of atomistics and wave optics,
- Notions of group theory.

Introduction
Industrial context
Radiation, matter and interactions
Principles, technologies and industrial applications of optical spectroscopies and photoelectron or related spectroscopies: atomic absorption, atomic emission, UV-visible molecular absorption spectroscopy, infrared molecular absorption spectroscopy, Raman scattering, XPS, X-ray fluorescence.
Conclusion

The course will be illustrated by two practical sessions on optical spectroscopies.

Physical and Analytical Chemistry

Spectroscopy, J. M. HOLLAS, Ed. DUNOD, PARIS (2003)
Analyse chimique, méthodes et techniques instrumentales modernes, F. ROUESSAC and A. ROUESSAC, Ed. MASSON, PARIS (1992)