The dynamics of a three-step catalytic reaction on a DLA fractal surface have been simulated on a computer using random walks. The effect of varying probability of reaction steps and rate constant on the selectivity (ratio of products formed) has been analyzed
Surface diffusion controlled reactions on a heterogeneous catalyst surface comprising randomly place...
ABSTRACT Conventional equations for enzyme kinetics are based on mass-action laws, that may fail in ...
We show in this paper how the segregation freactants in the diffusion-limited reaction A + B ~ 0 on ...
Decay type diffusion-limited reactions (DLR) over a rough surface generated by a random deposition m...
ABSTRACT: The effect of surface roughness and number of reaction event on the decay type diffusion l...
Eley-Rideal diffusion limited reactions (DLR) were performed over different rough surfaces generated...
The effect of surface roughness on an Eley-Rideal reaction mechanism is studied. The rough surfaces ...
A Monte Carlo (MC) random walk algorithm is employed to investigate the kinetics of N2O catalytic de...
We have studied the behavior of a model bimolecular Langmuir-Hinshelwood heterogeneous catalytic rea...
We perform Monte Carlo simulations in three-dimensional (3D) lattice in order to study diffusion-con...
Abstract. A simple one-component surface reaction model exhibiting a critical point has been studied...
An integrated analysis of surface chemical reactions and reactors is central to the rational design ...
International audienceWe propose a general theoretical description of chemical reactions occurring o...
Abstract: In this paper, several aspects of implementing a Monte Carlo simulation algorithm for stud...
AbstractConventional equations for enzyme kinetics are based on mass-action laws, that may fail in l...
Surface diffusion controlled reactions on a heterogeneous catalyst surface comprising randomly place...
ABSTRACT Conventional equations for enzyme kinetics are based on mass-action laws, that may fail in ...
We show in this paper how the segregation freactants in the diffusion-limited reaction A + B ~ 0 on ...
Decay type diffusion-limited reactions (DLR) over a rough surface generated by a random deposition m...
ABSTRACT: The effect of surface roughness and number of reaction event on the decay type diffusion l...
Eley-Rideal diffusion limited reactions (DLR) were performed over different rough surfaces generated...
The effect of surface roughness on an Eley-Rideal reaction mechanism is studied. The rough surfaces ...
A Monte Carlo (MC) random walk algorithm is employed to investigate the kinetics of N2O catalytic de...
We have studied the behavior of a model bimolecular Langmuir-Hinshelwood heterogeneous catalytic rea...
We perform Monte Carlo simulations in three-dimensional (3D) lattice in order to study diffusion-con...
Abstract. A simple one-component surface reaction model exhibiting a critical point has been studied...
An integrated analysis of surface chemical reactions and reactors is central to the rational design ...
International audienceWe propose a general theoretical description of chemical reactions occurring o...
Abstract: In this paper, several aspects of implementing a Monte Carlo simulation algorithm for stud...
AbstractConventional equations for enzyme kinetics are based on mass-action laws, that may fail in l...
Surface diffusion controlled reactions on a heterogeneous catalyst surface comprising randomly place...
ABSTRACT Conventional equations for enzyme kinetics are based on mass-action laws, that may fail in ...
We show in this paper how the segregation freactants in the diffusion-limited reaction A + B ~ 0 on ...
DOI
Add to ORKG