Nucleation on active centers is studied. We suggested new model: depletion of active centers is taken into account through boundary condition and thus no additional equation is needed in contrary to standard model. Our model describes corectly not only the total number of nuclei, but also nucleation rate and the size distribution of nuclei
Both the nucleation process per se and the organization of nearby nuclei or precipitates formed at a...
A new method is proposed for the determination of the stationary one-component nucleation rate J wit...
Nucleation is a key step in the synthesis of new material from solution. Well-established lattice-ga...
We have numerically solved kinetic equations describing formation of nuclei on active centers to det...
Kinetic equations describing nucleation on active centers are solved numerically to determine the nu...
Kinetic equations describing temporal evolution of the size distribution of crystalline nuclei of fo...
Initial wetting of crystals by binder droplets is a key rate process in spherical agglomeration, how...
Alternative options for calculating the critical sizes lk of nuclei and the work Ak of their formati...
This work presents a mathematical model that describes growth, homogeneous nucleation, and secondary...
Nucleation is the first step in the conversion of a metastable phase to a more stable one. It involv...
A nucleation rate model for describing the kinetics of secondary nucleation caused by interparticle ...
Kinetic rate factors of crystallization have a direct effect on formation and growth of an ordered s...
International audienceThe non-classical nucleation pathway of coherent precipitates has been compute...
We discuss a numerical scheme to study homogeneous crystal nucleation. Using this approach, it is po...
Nucleation is the initial phase transition process when nuclei of a new phase form within an underco...
Both the nucleation process per se and the organization of nearby nuclei or precipitates formed at a...
A new method is proposed for the determination of the stationary one-component nucleation rate J wit...
Nucleation is a key step in the synthesis of new material from solution. Well-established lattice-ga...
We have numerically solved kinetic equations describing formation of nuclei on active centers to det...
Kinetic equations describing nucleation on active centers are solved numerically to determine the nu...
Kinetic equations describing temporal evolution of the size distribution of crystalline nuclei of fo...
Initial wetting of crystals by binder droplets is a key rate process in spherical agglomeration, how...
Alternative options for calculating the critical sizes lk of nuclei and the work Ak of their formati...
This work presents a mathematical model that describes growth, homogeneous nucleation, and secondary...
Nucleation is the first step in the conversion of a metastable phase to a more stable one. It involv...
A nucleation rate model for describing the kinetics of secondary nucleation caused by interparticle ...
Kinetic rate factors of crystallization have a direct effect on formation and growth of an ordered s...
International audienceThe non-classical nucleation pathway of coherent precipitates has been compute...
We discuss a numerical scheme to study homogeneous crystal nucleation. Using this approach, it is po...
Nucleation is the initial phase transition process when nuclei of a new phase form within an underco...
Both the nucleation process per se and the organization of nearby nuclei or precipitates formed at a...
A new method is proposed for the determination of the stationary one-component nucleation rate J wit...
Nucleation is a key step in the synthesis of new material from solution. Well-established lattice-ga...