Moodle Sciences & Techno.: All courses

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4TCH702U / Chemical Bond : Molecular Inorganic Compounds / Liaison chimique : composés moléculaires inorganiques

4TCH701U Caractérisations : Interactions Matière-Rayonnement et Applications / Characterization: Radiation-Matter Interactions and Applications

4TCH704U / Nanosciences et Chimie du Vivant / Biomolécules

4TCH706U - Chimie et Physico-Chimie des Polymères

4TCH704U / Nanosciences et Chimie du Vivant

Enseignant: Alexandre Baron
Enseignant: Brigitte Bibal
Enseignant: Cedric Crespos
Enseignant: Andre Del Guerzo
Enseignant: Frederic Friscourt
Enseignant: Magali Szlosek

4TCH705U / Chimie Organique et Organométallique

Objectifs :
Présenter les outils modernes de la synthèse organique aux chimistes désireux d’élaborer de nouvelles architectures moléculaires. Un approfondissement des bases de la réactivité en chimie organique et organométallique est ainsi proposé.

Enseignant: Alexandre Baron
Enseignant: Cedric Crespos
Enseignant: Emilie Genin
Enseignant: Philippe Hermange
Enseignant: Yannick Landais

Vibrational Spectroscopies

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

4TCH702U/Thierry 4TCH702U/Thierry TOUPANCE/ Chemical bond : Frontier Orbitals and Reactivity in Organic Chemistry/Liaison chimique: Orbitales frontières et réactivité en chimie organique

The objective of this lecture is, via the study of the chemical bonding, to allow the student to connect structure/composition and reactivity / properties of organic molecules. Special attention will be paid on the introduction to the frontier orbital approximation and its use to address the problems of absolute and relative reactivity, regioselectivity and stereoselectivity in organic chemistry (Woodward-Hoffman rules, electrocyclic reactions, sigmatropic rearrangements, electrophilic and nucleophilic reactions…). In particular, some features of chemical reactivity which cannot be rationalized by conventional theory (pericyclic reactivity, C-alkylation of enolates, anomeric effect…)will be studied using the frontier orbitals theory.

Enseignant: Thierry Toupance

Enseignant: Alexandre Baron
Enseignant: Cedric Crespos
Enseignant: Thierry Toupance
Enseignant: Luc Vellutini