Introduction | |
Complexity and Strategies of Kinetic Studies | |
SteadyâÇôState Kinetic Experiments | |
NonâÇôSteadyâÇôState Kinetic Experiments | |
Kinetic and NonâÇôKinetic Experiments | |
Chemical Kinetics and Stoichiometry (Linear Algebra in Chemical Kinetics) | |
Chemical Kinetics and Thermodynamics | |
Concepts of Elementary and Complex Phenomena in Chemical Kinetics | |
Mathematical Structure of Kinetic Models | |
How to Reveal the Complex Mechanism of a Chemical Reaction? Preliminary analysis | |
From Elementary Reactions to Complex Kinetics: SteadyâÇôState Theory for Linear Mechanisms | |
From Elementary Reactions to Complex Kinetics: SteadyâÇôState theory for Linear Mechanisms: NonâÇôSteady State Theory for Linear Mechanisms | |
From Elementary Reactions to Complex Kinetics: SteadyâÇôState Theory for NonâÇôLinear Mechanisms | |
Cases: Kinetic Studies of CO Oxidation and Butane Oxidation | |
Conclusions: How to Master Chemical Complexity Kinetically? | |
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