… oscillatory changes in the state of the catalyst itself during rate oscillations on a supported Pt
… A very simple model demonstrating the influence of spatial inhomogeneities of the catalyst …

… to introduce simple consistent models for oscillating chemical reactions. Oscillatory behaviour …
The cubic autocatalytic step followed by catalyst decay (called the autocatalator in the cstr …

… The success of this simple model is considered as additional confirmation of the conclusion,
that the CO-induced structural transformation of the surface causing an alteration of the …

… of catalysts, based on two complementary models with vibrational modes as the primary
molecular parameters for description of catalysis … Let us consider the simplest catalytic reaction …

… model, however, in order to keep the model as simple as possible. Calculations which included
this effect showed only minor differences compared to the simpler model. … of oscillation …

… and some simple and widely adjustable models that can lead to a successful design of
new oscillators and which should therefore not contain such strange assumptions, like …

… catalytic oxidation and relate it to the function of catalytic … catalytic oxidation of CO is the most
often studied oscillatory … numerical modeling is then used to show that, in addition to simple …

… be demonstrated below, one can obtain an excellent qualitative understanding of the
reaction kinetics and the likely origin of the oscillations with a very simple model for the reaction. …

… the catalyst surface we finally need a regeneration process that provides for a recovery of the
reaction rate in the oscillation … of some simple examples of chemical reactors. The moving …

… A simple physical model is presented to explain the oscillatory oxidation of CO over Pt. Pd
and Ir catalysts. Oscillations are believed to occur between two … The kinetics of the oscillatory …