The solid-on-solid model, with nearest- and next-nearest neighbour interactions, of two-dimensional nucleation on the surface of a crystal in unstable equilibrium with its supersaturated vapour allows from the local mean direction of curved step to derive closed formulae for the shape, the area, and the activation energy for growth of the crystal nucleus. The formulae facilitate to estimate from the observed shape patterns the parameters of nucleation, to follow the evolution of the crystal nucleus with temperature and the dependence of activation energy on distance between screw dislocations which provide steps on the crystal surface
Nucleation on active centers is studied. We suggested new model: depletion of active centers is take...
The influence of nucleation on nucleus growth during primary static recrystallization is investigate...
Analysis of known protein crystal structures reveals that interaction energies between monomer pairs...
Expressions for the major variables in the general rate equation for solid-solid nucleation were dev...
A simple numerical model which calculates the kinetics of crystallization involving randomly distrib...
International audienceA microscopic model based on the appearance, diffusion, and aggregation of poi...
A new method is proposed for the determination of the stationary one-component nucleation rate J wit...
We use a degenerated Ising model to describe nucleation and crystallization from solution in a confi...
Nucleation is the initial phase transition process when nuclei of a new phase form within an underco...
Nucleation is the first step in the formation of a new phase in a thermodynamic system. The Classic...
Nucleation is an activated process in which the system has to overcome a free energy barrier in orde...
Polymorphism, crystal nucleation and growth in the phase-field crystal model in 2D and 3D This artic...
<p>The subject of this thesis is investigation of the morphology of a crystal surface by means of st...
Surface tension plays an integral part in our discussions on the formation of new phases from melt, ...
Abstract. A suite of mathematical models for solid-state phase transformations in solid-state alloys...
Nucleation on active centers is studied. We suggested new model: depletion of active centers is take...
The influence of nucleation on nucleus growth during primary static recrystallization is investigate...
Analysis of known protein crystal structures reveals that interaction energies between monomer pairs...
Expressions for the major variables in the general rate equation for solid-solid nucleation were dev...
A simple numerical model which calculates the kinetics of crystallization involving randomly distrib...
International audienceA microscopic model based on the appearance, diffusion, and aggregation of poi...
A new method is proposed for the determination of the stationary one-component nucleation rate J wit...
We use a degenerated Ising model to describe nucleation and crystallization from solution in a confi...
Nucleation is the initial phase transition process when nuclei of a new phase form within an underco...
Nucleation is the first step in the formation of a new phase in a thermodynamic system. The Classic...
Nucleation is an activated process in which the system has to overcome a free energy barrier in orde...
Polymorphism, crystal nucleation and growth in the phase-field crystal model in 2D and 3D This artic...
<p>The subject of this thesis is investigation of the morphology of a crystal surface by means of st...
Surface tension plays an integral part in our discussions on the formation of new phases from melt, ...
Abstract. A suite of mathematical models for solid-state phase transformations in solid-state alloys...
Nucleation on active centers is studied. We suggested new model: depletion of active centers is take...
The influence of nucleation on nucleus growth during primary static recrystallization is investigate...
Analysis of known protein crystal structures reveals that interaction energies between monomer pairs...