In many works, the theory of melting of a dusty plasma monolayer is formulated for the extended and spatially uniform systems. We develop the theory of melting for finite monolayer systems which are stable due to the action of electrostatic confinement. Both the case of equilibrium melting and the case of non-equilibrium MCI-induced melting are considered. It is shown that the process of melting in these cases is generally nonuniform. Possibility of phase coexistence is demonstrated in a wide range of system parameters. In the poster, both cases are discussed
Theory that predicts the phase behavior of interacting Yukawa spheres in a solution containing nonad...
In this paper we focus on melting and solidification processes described by phase-field models and o...
Melting in two dimensions can successfully be explained with the Kosterlitz-Thouless-Halperin-Nelson...
Abstract The melting process of two-dimensional (2D) Yukawa crystals for dusty plasma medium induced...
PACS 64.70.K- – Solid-solid transitions Abstract – The phase diagram of Yukawa particles confined be...
Dusty plasmas can be regarded as Yukawa system in a one-dimensional potential well. We extend the an...
We located the melting line of the Yukawa system by determining the free energy of both fluid and so...
Abstract. The melting transition of a charge-polydisperse dusty plasma crystal under the influence o...
The phase diagram of a system consisting of hard particles with an attractive Yukawa interaction is ...
A model of the melting of a mushy region in the absence of fluid flow is presented. Similarity solut...
The nonequilibrium dynamical behaviour that arises when two ordered two-dimensional monolayers of pa...
As a model of dusty plasmas in external fields, Yuka.wa system in a one-dimensional external field i...
Recent progress in experimental and theoretical studies of melting of two-dimensional (2D) plasma cr...
By use of constant energy molecular dynamics simulations, we have investigated the melting and freez...
Two theoretical studies of phase transitions are presented in this thesis. The first topic explores ...
Theory that predicts the phase behavior of interacting Yukawa spheres in a solution containing nonad...
In this paper we focus on melting and solidification processes described by phase-field models and o...
Melting in two dimensions can successfully be explained with the Kosterlitz-Thouless-Halperin-Nelson...
Abstract The melting process of two-dimensional (2D) Yukawa crystals for dusty plasma medium induced...
PACS 64.70.K- – Solid-solid transitions Abstract – The phase diagram of Yukawa particles confined be...
Dusty plasmas can be regarded as Yukawa system in a one-dimensional potential well. We extend the an...
We located the melting line of the Yukawa system by determining the free energy of both fluid and so...
Abstract. The melting transition of a charge-polydisperse dusty plasma crystal under the influence o...
The phase diagram of a system consisting of hard particles with an attractive Yukawa interaction is ...
A model of the melting of a mushy region in the absence of fluid flow is presented. Similarity solut...
The nonequilibrium dynamical behaviour that arises when two ordered two-dimensional monolayers of pa...
As a model of dusty plasmas in external fields, Yuka.wa system in a one-dimensional external field i...
Recent progress in experimental and theoretical studies of melting of two-dimensional (2D) plasma cr...
By use of constant energy molecular dynamics simulations, we have investigated the melting and freez...
Two theoretical studies of phase transitions are presented in this thesis. The first topic explores ...
Theory that predicts the phase behavior of interacting Yukawa spheres in a solution containing nonad...
In this paper we focus on melting and solidification processes described by phase-field models and o...
Melting in two dimensions can successfully be explained with the Kosterlitz-Thouless-Halperin-Nelson...