We review our scaling results for the diffusion-limited reactions A + A → 0 and A+B→0 on Euclidean and fractal geometries. These scaling results embody the anomalies that are observed in these reactions in low dimensions; we collect these observations under a single phenomenological umbrella. Although we are not able to fix all the exponents in our scaling expressions from first principles, we establish bounds that bracket the observed numerical results.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/45166/1/10955_2005_Article_BF01049612.pd
The conditions for macroscopic segregation of A and B in a steady-state A+B → 0 reaction are studied...
The main task of this dissertation was to study the macroscopic kinetic laws and the particle distri...
We study reaction zones in three different versions of the A+B0 system. For a steady state formed by...
Diffusion-limited reaction kinetics becomes anomalous not only for fractals, with their anomalous di...
Diffusion-limited reaction kinetics becomes anomalous not only for fractals, with their anomalous di...
We show in this paper how the segregation of reactants in the diffusion-limited reaction A+B→0 on a ...
This paper is a theoretical investigation of the diffusion limited reaction A + B --> 0 at steady...
Scaling has been a fascinating research area in statistical physics for decades since the pioneering...
Scaling has been a fascinating research area in statistical physics for decades since the pioneering...
We derive a hierarchy of kinetic regimes and crossover conditions for elementary A + A --> 0 and ...
We show in this paper how the segregation freactants in the diffusion-limited reaction A + B ~ 0 on ...
The particle distributions and macroscopic reaction rate laws of the diffusion-limited trapping reac...
The particle distributions and macroscopic reaction rate laws of the diffusion-limited trapping reac...
We investigate three cases of bimolecular reaction kinetics in the diffusion limited regime when the...
In contrast to classical chemical reaction kinetics, for diffusion limited chemical reactions the an...
The conditions for macroscopic segregation of A and B in a steady-state A+B → 0 reaction are studied...
The main task of this dissertation was to study the macroscopic kinetic laws and the particle distri...
We study reaction zones in three different versions of the A+B0 system. For a steady state formed by...
Diffusion-limited reaction kinetics becomes anomalous not only for fractals, with their anomalous di...
Diffusion-limited reaction kinetics becomes anomalous not only for fractals, with their anomalous di...
We show in this paper how the segregation of reactants in the diffusion-limited reaction A+B→0 on a ...
This paper is a theoretical investigation of the diffusion limited reaction A + B --> 0 at steady...
Scaling has been a fascinating research area in statistical physics for decades since the pioneering...
Scaling has been a fascinating research area in statistical physics for decades since the pioneering...
We derive a hierarchy of kinetic regimes and crossover conditions for elementary A + A --> 0 and ...
We show in this paper how the segregation freactants in the diffusion-limited reaction A + B ~ 0 on ...
The particle distributions and macroscopic reaction rate laws of the diffusion-limited trapping reac...
The particle distributions and macroscopic reaction rate laws of the diffusion-limited trapping reac...
We investigate three cases of bimolecular reaction kinetics in the diffusion limited regime when the...
In contrast to classical chemical reaction kinetics, for diffusion limited chemical reactions the an...
The conditions for macroscopic segregation of A and B in a steady-state A+B → 0 reaction are studied...
The main task of this dissertation was to study the macroscopic kinetic laws and the particle distri...
We study reaction zones in three different versions of the A+B0 system. For a steady state formed by...