Mecheri, Ghania2026-11-042026-11-042026http://dspace.univ-oeb.dz:4000/handle/123456789/22702Chemical kineticsis the study of reaction rates and the factorsthat influence them, includingtemperature, pressure, catalysts, and radiation. It alsoexplains the step- by-stepmechanismsbehindthose rates. By learning how reaction rates can becontrolled, chemists can makeprocesses more efficient. To describe a reaction'sprogresstowarditsproducts, researchers combine mathematical and chemicalapproaches to buildequations. Chemical kinetics has broad applications in bothnatural and industrialprocesses, whilecatalytickineticsisfundamental to industrial production, environmentalsafety, and technologicaladvances. This course giveslearners a thoroughgrasp of the subject of chemicalkineticsand homogeneouscatalysis. It covers the followingareas: - Fundamental concepts:the basic principles of kinetics, includinghow reaction rates are determined and whichfactorsinfluence that rate. - Ratelaws and reactionorder:whatreactionordermeansand how to derive rate laws. - Complexreactions:recognize and identifyvarious types of complexchemicalreactions. - Homogeneouscatalysis:how thesecatalysts alter activation energy. - Evaluation: the advantages, drawbacks, and environmental impact of homogeneouscatalyticsystems.enChemical kinetics; chemicalreactions; reactionmechanisms; catalytickinetics; homogeneouscatalysisOther