Chemical Reactivity in Liquids

Dynamics Simulations as a Tool for the Study of Chemical Physics and Chemical Kinetics: the Kinetics and Adsorption at a Liquid-Liquid Interface.- Molecular Dynamics Simulation of a Liquid-Liquid Interface.- Brownian Dynamics of Chemical Reactions.- Nonequilibrium Rate Processes.- III - Diffusion-Reaction Phenomena at or Near Equilibrium.- Intramolecular Electron Trains fer in the Liquid Phase.- Rate Constants of Reactions in the Liquid State: Present State of Kramers and Smoluchowski-Debye Models.- Encounter and Reaction Dynamics on the Potential of Mean Force.- Binary Reactions Occurring in the Process of Random Walks.- Effect of an External Electric Field on the Rate of Diffusion-Controlled Reactions.- Time Dependent Rate in Intramolecular Reactions with Conformational Changes.- Coupling Transport and Reactivity in the Liquid Phase: Evidence of a Space Dependent Chemical Rate Constant.- IV - Phenomena Far from Equilibrium.- Chemical Instabilities in a Non-Uniform Environment: Coupling between Hydrodynamic and Chemical Modes.- Spontaneous Breaking of Spatial Homogeneity in a Bistable Reactive System far from Equilibrium.- Stochastic Evolution of Inhomogeneous Chemical Systems.- An Experimental Study of the Behaviour of Chemical Systems far from Equilibrium.- Spectral Kinetics: Study of Complex Reactions by External Perturbations.- A Technique to Design Isothermal Oscillating Reactions in Aqueous Media.- Analysis of a Marangoni Effect of a Solute.- Experimental Study of a Bistable Photochemical Reaction in an Open Reactor.- Wave Propagation in the Belousov-Zhabotinskii Reaction, Involving Different Catalysts.- Chaotic Phenomena in an Enzyme Reaction under Electrical Constraints.- Thermodynamic Aspects of the Evolution of Self-Organized Systems.- Anomalous Stochastic Kinetics.- Kinetic Symmetries: some Hints.- Modelling in Chemical Dynamics.- V - Hydrodynamics, Chemical and Process Engineering.- Issues and Challenges in Chemical Engineering of Liquid Phase Reactions.- The Importance of the Second Law of Thermodynamics in Chemical Engineering.- Methods for the Macroscopic Simulation of Turbulent Reactive Media.- Mixing, Diffusion and Chemical Reaction of Liquids in a Vortex Field.- Reactive Flow in the Vicinity of Surfaces.- Prediction and Simulation of the Behaviour of Discrete Particles Transported by Turbulent Flows.- VI - Concluding Remarks.- Participants.