6.00 credits
30.0 h + 45.0 h
Q1
Teacher(s)
Devillers Michel; Hermans Sophie (compensates Devillers Michel);
Language
English
> French-friendly
> French-friendly
Main themes
The course will concern the fundamental concepts in coordination chemistry considering electronic aspects (spectra and magnetic properties), structural aspects (isolobal analogy) and reactivity (reaction mechanisms).
Practical exercises will cover :
- the synthesis and purification of transition metal coordination compounds
- the mastery of principal characterisation technique (principally spectroscopic) of inorganic compounds.
Practical exercises will cover :
- the synthesis and purification of transition metal coordination compounds
- the mastery of principal characterisation technique (principally spectroscopic) of inorganic compounds.
Learning outcomes
At the end of this learning unit, the student is able to : | |
| 1 | This course aims at covering the principal basic concepts in coordination chemistry. Practical exercises will concern the synthesis and study of physico-chemical properties of transition metals coordination compounds. Prerequisite : Molecular symmetry and crystal structures (CHM 1251A). Basics of molecular spectroscopy (CHM 1251B). Booklet including the copy of the transparencies used by the teacher |
Content
The course will cover the following aspects :
- General properties of coordination compounds: electronic spectroscopy and magnetic properties, description of bonding in the framework of the molecular orbital theory.
- Reaction mechanisms in coordination chemistry. Ligand substitution reactions (octahedral complexes, square-planar complexes: trans effect). Electron transfer reactions.
- Organometallic chemistry complements: isolobal analogies.
- Molecular polyhedra in inorganic chemistry: the metal-metal bond, boranes structure, metallic clusters.
- Bioinorganic chemistry.
- Synthesis and spectroscopic characterisation of Vanadium complexes.
- Synthesis and spectroscopic characterisation of Cr(III) complexes.
- Synthesis and spectroscopic characterisation of Ni(II) complexes.
- Synthesis of luminescent compounds.
- Separation of optical isomers of Co(III) complexes.
- Kinetics of cis-trans isomerization.
- The Job method.
- Ambidentates ligands and linkage isomerism.
Teaching methods
Theoretical course in auditorium and practical laboratories in teaching labs.
Evaluation methods
The examination is a written + oral exam during the session.
The final note also comprises a contribution from the evaluation of practical labs (synthesized products + written reports)
The final note also comprises a contribution from the evaluation of practical labs (synthesized products + written reports)
Other information
Background :
General chemistry notions
Molecular symmetry and crystal structures
Fundamentals of theoretical chemistry and molecular spectroscopy.
Inorganic chemistry I (CHM 1331).
General chemistry notions
Molecular symmetry and crystal structures
Fundamentals of theoretical chemistry and molecular spectroscopy.
Inorganic chemistry I (CHM 1331).
Online resources
The visual support used by the teacher is available on Moodle.
Bibliography
Supports :
- "Inorganic Chemistry : principles of structure and reactivity", J. Huheey, E. Keiter, R. Keiter, 4th ed., Harper and Collins, 1993.
- Autres références bibliographiques conseillées au début de l'enseignement.
- Copie des transparents utilisés par l'enseignant, disponibles sur Moodle.
- Pour les exercices pratiques : manuel de laboratoire
- "Inorganic Chemistry : principles of structure and reactivity", J. Huheey, E. Keiter, R. Keiter, 4th ed., Harper and Collins, 1993.
- Autres références bibliographiques conseillées au début de l'enseignement.
- Copie des transparents utilisés par l'enseignant, disponibles sur Moodle.
- Pour les exercices pratiques : manuel de laboratoire
Teaching materials
- matériel sur moodle
Faculty or entity
CHIM
