We summarise the properties and the fundamental mathematical results associated with basic models which describe coagulation and fragmentation processes in a deterministic manner and in which cluster size is a discrete quantity (an integer multiple of some basic unit size). In particular, we discuss Smoluchowski's equation for aggregation, the Becker-Döring model of simultaneous aggregation and fragmentation, and more general models involving coagulation and fragmentation
In this paper we construct a model for the simultaneouscompaction by which clusters are restructured...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...
We summarise the properties and the fundamental mathematical resultsassociated with basic models whi...
The discrete coagulation-fragmentation equation describes the kinetics of cluster growth in which cl...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
Consider N particles, which merge into clusters according to the following rule: a cluster of size x...
Consider N particles, which merge into clusters according to the following rule: a cluster of size x...
A model for the dynamics of particles undergoing simultaneously coalescence and breakup is considere...
AbstractA model for the dynamics of a system of particles undergoing simultaneously coalescence and ...
When coagulation and fragmentation both occur in a system, the competition between these processes m...
We give an overview of the mathematical literature on the coagulation-like equations, from an analyt...
AbstractThe initial value problem for the discrete coagulation–fragmentation system with diffusion i...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
In this paper we construct a model for the simultaneouscompaction by which clusters are restructured...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...
We summarise the properties and the fundamental mathematical resultsassociated with basic models whi...
The discrete coagulation-fragmentation equation describes the kinetics of cluster growth in which cl...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
Consider N particles, which merge into clusters according to the following rule: a cluster of size x...
Consider N particles, which merge into clusters according to the following rule: a cluster of size x...
A model for the dynamics of particles undergoing simultaneously coalescence and breakup is considere...
AbstractA model for the dynamics of a system of particles undergoing simultaneously coalescence and ...
When coagulation and fragmentation both occur in a system, the competition between these processes m...
We give an overview of the mathematical literature on the coagulation-like equations, from an analyt...
AbstractThe initial value problem for the discrete coagulation–fragmentation system with diffusion i...
The discrete coagulation-fragmentation equations are a model for the kinetics of cluster growth in w...
In this paper we construct a model for the simultaneouscompaction by which clusters are restructured...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...
This paper is devoted to the analysis of a numerical scheme for the coagulation and fragmentation eq...