Spectroscopic techniques 1

School / Prep
ENSMAC

Internal code

PMT7-TSPE1

Objectives

Be able to:

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

CIIntegrated courses18,67h
PRACTICAL WORKPractical work6h

Mandatory prerequisites

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

Syllabus

Industrial context

Principles, technologies and industrial applications of optical spectroscopy: atomic absorption, atomic emission, UV-visible molecular absorption spectroscopy, infrared absorption spectroscopy, Raman scattering.

This part is illustrated by two practical sessions (6h).

The course is rounded off with an introduction to XPS and AUGER spectroscopy (principles, equipment and applications) as part of a presentation of the Aquitaine materials characterization platform (1h30).

Further information

Physical and Analytical Chemistry theme

Bibliography

Spectroscopy, J. M. HOLLAS, Ed. DUNOD, PARIS (2003)
Analyse chimique, méthodes et techniques instrumentales modernes, F. ROUESSAC and A. ROUESSAC, Ed. MASSON, PARIS (2019)

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	60		0.75		No documents - Calculator allowed (College type)
Continuous control	Continuous control			0.25

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	60		0.75		No documents - Calculator allowed (College type)