Although the oxidation of carbon monoxide on platinum is one of the oldest known catalytic
reactions and one of the most thoroughly studied, it continues to pose difficulties and …

Dioxygen is the commonest oxidative agent and a considerable part of oxidation reactions
with its participation proceed via heterogeneous catalysis. Many of these catalytic reactions …

We review and augment recent developments in the understanding of microscopic lattice-
gas models for irreversiblesurface reactions where diffusion does not play a dominant role …

The steady and oscillatory regions of the CO oxidation reaction on the Pd (110) surface have
been determined as a function of externally controlled parameters (flow rate, CO and oxygen …

It has been shown that a Langmuir-Hinshelwood mechanism used for an explanation of the
kinetics of CO oxidation on platinum group metals is the simplest mechanism providing the …

We consider the monomer-dimer surface reaction without surface diffusion for various dimer
adsorption mechanisms, described below. After a dimer impinges ''end on''at an empty site …

The studies concerned with the oxidation of carbon monoxide on the nickel surface are
reviewed. The Eley-Rideal (ER) collision and Langmuir-Hinshelwood (LH) adsorption …

For the simplest catalytic mechanism (three-stage) permitting several steady states of the
surface, a qualitative analysis of the properties of its kinetic model trajectories has been …

Algorithm of elimination of unknown quantities based on the application of the logarithmic
residue theory has been proposed to determine all steady-sta solutions of the chemical …

Для достаточно общего механизма каталитического окисления водорода
анализируется соответствующая стационарная кинетическая модель на основе …