CML743: Difference between revisions
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== CML743 : physical Organic Chemistry Advanced == | == CML743 : physical Organic Chemistry Advanced == | ||
Overlap with: CML696 Basic MO theory, Frontier Orbits and orbital mixing; Reactive intermediates; Relationship between potential energy and the perturbation to a chemical bond: Potential Energy Surfaces and the Reaction Coordinate; Simple rate laws (unimolecular and bimolecular); Arrhenius equation and Eyring equation, Transition State theory. Kinetics vs Thermodynamics control; Experimental investigation of reaction mechanisms and short lived intermediates; The Kinetic Isotope Effect; Reaction trajectories: Cross-over experiments; Characterisation of short lived intermediates; Examples of reactive species and their behavior Supramolecular chemistry. Electron transfer reactions. Organic photochemical transformation (including catalysis). | Overlap with: [[CML696]] Basic MO theory, Frontier Orbits and orbital mixing; Reactive intermediates; Relationship between potential energy and the perturbation to a chemical bond: Potential Energy Surfaces and the Reaction Coordinate; Simple rate laws (unimolecular and bimolecular); Arrhenius equation and Eyring equation, Transition State theory. Kinetics vs Thermodynamics control; Experimental investigation of reaction mechanisms and short lived intermediates; The Kinetic Isotope Effect; Reaction trajectories: Cross-over experiments; Characterisation of short lived intermediates; Examples of reactive species and their behavior Supramolecular chemistry. Electron transfer reactions. Organic photochemical transformation (including catalysis). | ||
Latest revision as of 16:25, 14 April 2026
| CML743 | |
|---|---|
| physical Organic Chemistry Advanced | |
| Credits | 3 |
| Structure | 3-0-0 |
| Pre-requisites | |
| Overlaps | |
CML743 : physical Organic Chemistry Advanced
Overlap with: CML696 Basic MO theory, Frontier Orbits and orbital mixing; Reactive intermediates; Relationship between potential energy and the perturbation to a chemical bond: Potential Energy Surfaces and the Reaction Coordinate; Simple rate laws (unimolecular and bimolecular); Arrhenius equation and Eyring equation, Transition State theory. Kinetics vs Thermodynamics control; Experimental investigation of reaction mechanisms and short lived intermediates; The Kinetic Isotope Effect; Reaction trajectories: Cross-over experiments; Characterisation of short lived intermediates; Examples of reactive species and their behavior Supramolecular chemistry. Electron transfer reactions. Organic photochemical transformation (including catalysis).