The effect of intra-phase diffusion for channel-flow oxidation reactors with washcoats
ranging in thickness from 10 to 80μm is explored in combination with a detailed surface …

The effects of internal noise in mesoscopic chemical oscillation systems have been studied
analytically, in the parameter region close to the deterministic Hopf bifurcation. Starting from …

1002/cphc. 200600072. abs The effect of internal noise for a mesoscopic chemical oscillator
is studied analytically in a parameter region outside, but close to, the supercritical Hopf …

Based on a mesoscopic stochastic model, we have studied the effect of particle size in the
catalytic oxidation of CO on nanometer-sized palladium particles, using chemical Langevin …

The bistable CO oxidation on a nanoscale surface is characterized by a limited number of
reacting molecules on the catalytic area. Internal fluctuations due to finite-size effects are …

Stochastic thermodynamics of chemical reaction systems has recently gained much
attention. In the present paper, we consider such an issue for a system with both oscillatory …

Modelling of small-scale heterogeneous catalytic systems with master equations captures
the impact of molecular noise, but can be computationally expensive. On the other hand, the …

We have studied the roles of internal noise in the oscillatory reaction kinetics during NO
reduction by CO on low-index single crystal platinum surfaces using the chemical Langevin …

A reaction-diffusion master equation has been introduced in order to model the bistable CO
oxidation on single crystal metal surfaces at high pressure where the diffusion length …

We have studied the influence of internal noise on the reaction rate oscillation during carbon-
monoxide oxidation on single crystal platinum surfaces using chemical Langevin equations …