Non-Equilibrium Dynamics in Chemical Systems

Inhaltsverzeichnis

• I General Introduction.
• to the Meeting “Non-Equilibrium Dynamics in Chemical Systems” (Introduction au Colloque).
• Spatial and Temporal Patterns Formed by Systems Far from Equilibrium (plenary lecture).
• II Oscillating Reactions and Modelling Problems.
• New Chemical Oscillators (plenary lecture).
• The Mechanism of the Oscillating Air Oxidation of Benzaldehyde.
• Analysis of Elementary Steps in Oscillating Chemical Reactions.
• Bistability in the Reduction of Permanganate by Hydrogen Peroxide in a Stirred Tank Flow Reactor.
• Measurements and Modelling of Unstable Steady State, Separatrix, and Critical Point Behavior.
• Isothermal Autocatalysis in Open Systems (CSTR): Simple Models and Complex Behaviour.
• Composition Variables Needed to Model Complex Chemical Systems.
• Modelling of Chemical Dynamics (extended abstract of a plenary lecture). Towards a Methodological Approach.
• Bistability and Oscillations in a Flow Reactor: The Systems H2O2-KI with and Without Iodate and (NH4)2 S2O8-KI with and Without Oxalic Acid.
• III Spatial Structures and Chemical Waves.
• Propagator-Controller Systems and Chemical Patterns (plenary lecture).
• The Speed of Propagation of Oxidizing and Reducing Wave Fronts in the Belousov-Zhabotinskii Reaction.
• Macroscopic Self Organization at Geological and Other First Order Phase Transitions.
• Temporal and Spatial Structures in Chemical Systems Far from Equilibrium (extended abstract of a plenary lecture).
• Experimental Study of Target Patterns Exhibited by the B. Z. Reaction.
• Kinematic Analysis of Wave Pattern Formation in Excitable Media.
• Pattern Formation in Chemical Systems: The Effect of Convection.
• Spatial Structures Formed by Chemical Reactions at Liquid Interfaces: Phenomenology, Model Simulations, and Pattern Analysis.
• IV ChemicalChaos.
• Chemical Chaos (plenary lecture).
• Quasiperiodicity in Chemical Dynamics.
• Nonlinear Interactions Between Instabilities Leading to Chaos in the Belousov-Zhabotinsky Reaction.
• V Noise Effects.
• Noise Induced Transitions (plenary lecture).
• External Noise in Finite Systems.
• Hopf Bifurcation and Ripple Induced by External Multiplicative Noise.
• Inhomogeneities Induced by Imperfect Stirring in a C. S. T. R. Effect on Bistability.
• Turbulent Mixing and Nonequilibrium Chemical Instabilities: The Effect of Reactant Streams in a CSTR.
• VI Stochastic Analysis.
• Stochastic Aspects of Nonequilibrium Transitions in Chemical Systems (plenary lecture).
• Stochastic Theory of a Bistable Chemical Reaction in Non-Homogeneous Liquids.
• Stochastic Description of Various Types of Bifurcations in Chemical Systems.
• Long Range Correlations in a Non Equilibrium System.
• VII Posters.
• Analysis of Chemical Network Dynamics Using Computer Programmed Theory.
• Heterogeneous Fluctuations in Chemical Oscillators.
• Basins of Attraction to Oscillatory Modes in a Forced Glycolytic Oscillator.
• Quasiperiodic, Entrained and Chaotic Responses of Yeast Extracts Under Periodic Substrate Input Flux: Model and Experiments.
• Critical Thresholds in Chemical Composition for Convective Pattern Formation in Protein Solutions and Cytoplasmic Media.
• Image Analysis in the Study of Dissipative Spatial Patterns.
• Dissipative Structures in a Two Cells System.
• Photochemical Reactions and Hydrodynamic Instabilities.
• Toroids, Spirals and Other Chemical Waves.
• A Model for the Oscillatory Precipitations of Minerals in Chemically Modified Rocks: The Autocatalytic Role of Surfaces.
• Study of the Electrochemical Properties of Colloids by Means of Photo-Ionic Effect.
• Diffusion-Reactions in Solid-Liquid Systems Mathematical and Geological Features.
• Stochastic Analysis of a Complex Bifurcation.
• Relaxation Processes in Spatially Distributed Bistable Chemical Systems: Deterministic and Stochastic Analysis.
• A Lagrangian Formulation of the Dynamics of Chemical Reaction Systems.
• Relaxation Phenomena in a Bistable Chemical System.
• Effect of Stirring on Chemical Bistability in CSTR.
• Oscillatory Combustion of Heterogeneous Flames.
• Mécanisme de la Réaction de Bray.
• Process (E2) of the Explodator Model.
• Formation of CO2 in the Belousov-Zhabotinsky System.
• Experimental Study of Stirring Effects of a Bistable Chemical System in Flow Reactor Mode.
• Study of Bromide Control in Bromate Oscillators.
• Complex Wave-Forms in the Belousov-Zhabotinskii Reaction.
• On the Possibility of Chaos in Formal Kinetics.
• Diversity and Complexity in Dynamical Behaviour of a Simple Autocatalytic Brusselator-Type Model.
• Designing and Excluding Periodicity.
• The Effect of Inhomogeneity of the Residence Time in a Chemical Flow Reactor.
• Dynamical Aspects in the Noise-Induced Freedericksz Instability.
• Variety of Evolutions to Stationary Periodical Structures.
• Transient Bimodality: A New Mechanism of Stochasticity in Explosive Chemical Reactions.
• Complex Periodic and Chaotic Behavior in the Belousov-Zhabotinskii Reaction.
• Periodic Operation of a Stirred Flow Reaction with Limit Cycle Oscillations.
• Index of Contributons.