Teaching methods
- 15 hrs lecture
- 15 hrs problem session
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Pre-requisites
quantummechanica en chemische binding 1, 2, 3.
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Objectives
A deeper understanding of the relation between nuclear motion and spectra.
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Contents
Subjects: - Spectroscopy of igid rotor and harmonic oscillator.
- Wilson's GF method.
- Eckart conditions and Watson's hamiltonian.
- Extension to floppy molecules and their large amplitude motion.
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Examination
mondeling tentamen.
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Literature
- D. Papousek, M.R. Aliev, Molecular vibration - rotational spectra, 1982, Elsevier.
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