4.00 credits
30.0 h + 20.0 h
Q2
Teacher(s)
Hermans Sophie;
Language
French
Prerequisites
General physics concepts as covered in LPHY1113 and physical chemistry as covered in LCHM1252.
Main themes
The course of molecular spectroscopy will describe the different analysis techniques based on the interaction between molecules and an electromagnetic wave, as well as mass spectrometry.
General physics courses are therefore a prerequisite, as well as the course in physical chemistry.
The theoretical bases of different spectroscopic methods will be discussed during the lecture (30h).
The identification of organic compounds from their spectra will be acquired during exercise sessions (20h).
These notions are a basis for synthetic chemistry, and therefore for many subsequent courses as well as for research.
The advanced courses directly related to this one are the "practical work supplements" CHM1300, "NMR complements" CHM2152 and "advanced mass spectrometry" CHM2151.
General physics courses are therefore a prerequisite, as well as the course in physical chemistry.
The theoretical bases of different spectroscopic methods will be discussed during the lecture (30h).
The identification of organic compounds from their spectra will be acquired during exercise sessions (20h).
These notions are a basis for synthetic chemistry, and therefore for many subsequent courses as well as for research.
The advanced courses directly related to this one are the "practical work supplements" CHM1300, "NMR complements" CHM2152 and "advanced mass spectrometry" CHM2151.
Learning outcomes
At the end of this learning unit, the student is able to : | |
1 |
|
Content
Part I : General Introduction
Chap. 1 molecular representation
Chap. 2 wave-matter interaction and spectroscopy
Chap. 3 general principles of spectroscopy
Part 2 : Common spectroscopies
Chap. 4 infrared spectroscopy
Chap. 5 nuclei and electrons in a magnetic field
Chap. 6 nuclear magnetic resonance spectroscopy
Chap. 7 mass spectrometry
Chap. 8 microwave spectroscopy
Chap. 9 UV-Visible spectroscopy
Part 3 : Additional concepts
Chap. 10 Raman spectroscopies
Chap. 11 molecular transitions and intensity
Chap. 12 Fourier transform spectroscopies
Chap. 1 molecular representation
Chap. 2 wave-matter interaction and spectroscopy
Chap. 3 general principles of spectroscopy
Part 2 : Common spectroscopies
Chap. 4 infrared spectroscopy
Chap. 5 nuclei and electrons in a magnetic field
Chap. 6 nuclear magnetic resonance spectroscopy
Chap. 7 mass spectrometry
Chap. 8 microwave spectroscopy
Chap. 9 UV-Visible spectroscopy
Part 3 : Additional concepts
Chap. 10 Raman spectroscopies
Chap. 11 molecular transitions and intensity
Chap. 12 Fourier transform spectroscopies
Teaching methods
Theoretical lectures including active pedagogy sessions are completed by exercise sessions given by a teaching assistant.
Evaluation methods
The certification evaluation consists of a written examination in session.
Online resources
All course resources are available on Moodle
Bibliography
- Colin N. Banwell, Elaine M. McCash, "Fundamentals of Molecular Spectroscopy" fourth edition, McGraw-Hill Book Company, 1994.
- Laurence M. Harwood, Timothy D. W. Claridge, "Introduction to Organic Spectroscopy", Oxford Chemistry Primers n°43, Oxford University Press, 1997.
- John M. Brown, "Molecular Spectroscopy", Oxford Chemistry Primers n°55, Oxford University Press, 1998.
- Simon Duckett, Bruce Gilbert, "Foundations of Spectroscopy", Oxford Chemistry Primers n°78, Oxford University Press, 2000.
Teaching materials
- Syllabus disponible sur Moodle
- Support visuel des cours disponible sur Moodle
Faculty or entity
CHIM