The authors consider the Kolmogorov-Avrami model of crystallization. Since at time t the space occupied by the crystallized spherulites is a Boolean model, methods of random set theory can be used to estimate nucleation and growth rates. The paper presents methods which use empirical capacities and spherical contact distributions. Properties of the estimators are investigated both mathematically and by simulation. It is obvious that for the estimation of the nucleation rate further work is necessary since sometimes negative estimates appear
This work is focused on the simulation of polymer crystallization based upon the Avrami equation. Th...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
This study compares three solution strategies of a chosen crystallization model by analyzing statist...
Crystallization of polymers is modelled as a spatially structured process consisting of a nucleation...
This paper deals with the process of crystallization. We first present two major models that describ...
Crystallization of polymers is composed of two processes, nucleation (birth) and subsequent growt...
Cluster distribution kinetics is adopted to explore the kinetics of polymer crystallization. Populat...
Polymer crystallization may be modelled by a stochastic birth-and-growth process, with temperature d...
Birth-and-growth processes provide a large class of mathematical models for many phase change ph...
In this thesis a specific birth and growth process is analyzed; namely a mass crystallization proces...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
The crystallization process is represented here by a generalized Boolean model, whose parameters are...
This paper is devoted to the numerical simulation of nonisothermal crystallization of polymers, whic...
A Johnson-Mehl tessellation arises as a random division of a given bounded region in a d-dimensio...
International audienceSome of the theories involved in the understanding of polymer crystallization ...
This work is focused on the simulation of polymer crystallization based upon the Avrami equation. Th...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
This study compares three solution strategies of a chosen crystallization model by analyzing statist...
Crystallization of polymers is modelled as a spatially structured process consisting of a nucleation...
This paper deals with the process of crystallization. We first present two major models that describ...
Crystallization of polymers is composed of two processes, nucleation (birth) and subsequent growt...
Cluster distribution kinetics is adopted to explore the kinetics of polymer crystallization. Populat...
Polymer crystallization may be modelled by a stochastic birth-and-growth process, with temperature d...
Birth-and-growth processes provide a large class of mathematical models for many phase change ph...
In this thesis a specific birth and growth process is analyzed; namely a mass crystallization proces...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
The crystallization process is represented here by a generalized Boolean model, whose parameters are...
This paper is devoted to the numerical simulation of nonisothermal crystallization of polymers, whic...
A Johnson-Mehl tessellation arises as a random division of a given bounded region in a d-dimensio...
International audienceSome of the theories involved in the understanding of polymer crystallization ...
This work is focused on the simulation of polymer crystallization based upon the Avrami equation. Th...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
This study compares three solution strategies of a chosen crystallization model by analyzing statist...