Catalyst Synthesis I: Fundamentals and Applications

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Page 3 of 4

Explores chemical kinetics, reaction rates, reaction orders, rate constants, and enzymatic catalysis.

Covers asymmetric catalysis in Diels-Alder reactions, focusing on chiral oxazaborolidinium ions and their applications in fine chemical synthesis.

Covers the mechanism of asymmetric catalysis in sulfa-Michael addition reactions, detailing the role of bifunctional iminophosphorane as a catalyst.

Covers catalytic asymmetric reactions, enamine catalysis, and phase transfer catalysis, exploring mechanisms and various catalysts.

Explores catalysis for emission control, energy production, reforming processes, and catalyst deactivation.

Explores catalytic cracking, reforming, and alkylation processes in oil refining for emission control and energy production.

Explores chemical kinetics, enzyme catalysis, and factors affecting reaction rates in biological systems.

Covers the analysis and understanding of heterogeneous reactions and reaction kinetics.

Explores chemical equilibrium, reaction kinetics, and catalysis in determining reaction rates.

Delves into olefin coordination mechanisms, phosphine dissociation, ligand effects, and catalyst reactivity.