Spectroscopy

School / Prep
ENSMAC

Internal code

PC8SPECT

Description

Be able to:
- describe the spectroscopies used in industry
- explain their theoretical and experimental bases
- state their specific features, potential and scope of use
- choose and develop the best spectroscopic analysis method to solve a given problem.

CMLectures33,33h

Mandatory prerequisites

- Quantum mechanics course
- Knowledge of optics and interferometry
- Notions of group theory

Syllabus

Introduction
Industrial context
Radiation, matter and interactions - General
Foundations of optical spectroscopies, magnetic resonance spectroscopies (NMR, EPR), photoelectron spectroscopies (UPS, XPS) and related spectroscopies (AUGER, X-ray fluorescence).
Principles, technologies and industrial applications of optical spectroscopies (in addition to practical work): atomic absorption, atomic emission, UV-visible molecular absorption spectroscopy, fluorescence and phosphorescence emission spectroscopy, infrared molecular absorption spectroscopy, Raman scattering.
Conclusion

Further information

Physical and Analytical Chemistry

Bibliography

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

Initial assessment / Main session - Tests

Type of assessment	Type of test	Duration (in minutes)	Number of tests	Test coefficient	Eliminatory mark in the test	Remarks
Final inspection	Written	90		1		No document calculator allowed

Second chance / Catch-up session - Tests

Type of assessment	Type of test	Duration (in minutes)	Number of tests	Test coefficient	Eliminatory mark in the test	Remarks
Final test	Written	90		1		without document calculator allowed