[[abstract]]This study presents a novel model that combines the tank-in-series model and the random replacement IEM (interaction by exchange with a mean environment) model for investigating the effects of both imperfect micromixing and macromixing. Two unstable chemical reaction model systems are simulated, the Oregonator model and the pH oscillator model. Dynamical behaviors include steady state, relaxation oscillation, small oscillation, and chemical chaos. Simulation results revealed significant effects of mixing; however, the ways the system dynamics had been altered depended on the chemical reaction systems
A simple oscillating reaction model subject to additive Gaussian white noise is investigated as the ...
This thesis introduces a comprehensive atlas of behaviour in the iron-catalysed Belousov-Zhabotinsky...
Enzymatic reactions that yield non-neutral products are known to involve feedback due to the bell-sh...
[[abstract]]The random replacement interaction-by-exchange-with-the-mean (IEM) model, which was prop...
[[abstract]]A random replacement IEM model, in which the mean field concentration is considered as a...
Micromixing strongly affects the molecular-scale contact of chemical species in numerous chemical re...
Micromixing strongly affects the molecular-scale contact of chemical species in numerous chemical re...
The present investigation focusses on the interactions between micro-and macro-mixing in a stirred t...
Mathematical models for the mixing phenomenon are proposed in this study. First model deals Newtonia...
The optimization of reaction processes to maximize the yield of a desired product while minimizing t...
grantor: University of TorontoThis thesis examines the role of spatial inhomogeneity in ra...
Systems chemistry aims at studying and developing "smart" materials displaying reactivity to externa...
A model for an imperfectly mixed batch reactor with the chlorine dioxide-iodine-malonic acid (CDIMA)...
grantor: University of TorontoA little investigated aspect of stirring effects in nonlinea...
Micro-mixing is an important mechanism, which works simultaneously with macro-mixing in chemical rea...
A simple oscillating reaction model subject to additive Gaussian white noise is investigated as the ...
This thesis introduces a comprehensive atlas of behaviour in the iron-catalysed Belousov-Zhabotinsky...
Enzymatic reactions that yield non-neutral products are known to involve feedback due to the bell-sh...
[[abstract]]The random replacement interaction-by-exchange-with-the-mean (IEM) model, which was prop...
[[abstract]]A random replacement IEM model, in which the mean field concentration is considered as a...
Micromixing strongly affects the molecular-scale contact of chemical species in numerous chemical re...
Micromixing strongly affects the molecular-scale contact of chemical species in numerous chemical re...
The present investigation focusses on the interactions between micro-and macro-mixing in a stirred t...
Mathematical models for the mixing phenomenon are proposed in this study. First model deals Newtonia...
The optimization of reaction processes to maximize the yield of a desired product while minimizing t...
grantor: University of TorontoThis thesis examines the role of spatial inhomogeneity in ra...
Systems chemistry aims at studying and developing "smart" materials displaying reactivity to externa...
A model for an imperfectly mixed batch reactor with the chlorine dioxide-iodine-malonic acid (CDIMA)...
grantor: University of TorontoA little investigated aspect of stirring effects in nonlinea...
Micro-mixing is an important mechanism, which works simultaneously with macro-mixing in chemical rea...
A simple oscillating reaction model subject to additive Gaussian white noise is investigated as the ...
This thesis introduces a comprehensive atlas of behaviour in the iron-catalysed Belousov-Zhabotinsky...
Enzymatic reactions that yield non-neutral products are known to involve feedback due to the bell-sh...