Thermodynamics laws. physical and chemical transformations. Phase equilibria. Thermodynamics reactions. Chemical potential. Phase diagrams. Equations of quantum chemistry. Models for the resolutions. Vibrating rope; particle in the box; rigid rotator; harmonic oscillator. Hydrogen atom. Chemical Bond: VB and MO theory. Hydrogen ion molecule. Intermolecular interactions. Light-matter interaction.
Atkins-De Paula: Elementi di Chimica Fisica
Atkins-De Paula: Chimica Fisica Biologica
MOODLE platform contains the class slides.
Learning Objectives
Basic knolewdge on thermodynamics.
Molecular models to introduce quantum mechanics.
Spectroscopic tools.
theorical examples and exercises.
Prerequisites
mathematics
general chemistry
Teaching Methods
class and lab
Type of Assessment
oral examination
Course program
Thermodynamics laws. physical and chemical transformations. Phase equilibria. Phase diagrams. Chemical potential. Thermodynamics reactions. Equations of quantum chemistry. Models for the resolutions. Vibrating rope; particle in the box; rigid rotator; harmonic oscillator. Hydrogen atom. Chemical Bond: VB and MO theory. Hydrogen ion molecule. Intermolecular interactions. Light-matter interaction: absorption, transmission, emission, diffusion. Optical spectroscopy: IR, Raman, UV-vis, circular dichroism, fluorescence. Stimulated emission and Lasers.