Upon completion of this course, the student will be able to: - understands the time courses of chemical reactions and the laws that describe the speed of complex chemical processes, - determine the order of the reaction using integral and differential methods, -interpret the connection between the reaction mechanism, bond energy and kinetic parameters, - explain the theoretical foundations of chemical reactions (collision theory of monomolecular and bimolecular reactions, transition state theory) and their models, - describe the basic mechanisms of catalytic processes, -apply the basic laws of accelerating chemical reactions to a specific catalytic system - interprets the application of different types of catalysts in technology and environmental protection, -differentiates parameters that characterize catalysts such as: activity, selectivity, stability, regenerability, etc. - state contemporary trends in research and production of new catalysts.
Name | Lectures | Exercises | Laboratory |
---|---|---|---|
JANA MIŠUROVIĆ | 2x1 7B+2P | 1x1 7B+2P | 1x1 7B+2P |
ČEDOMIR MILIĆ | 1x1 7B+2P |