Add to ORKGAbstract. The influence of dust charge polarization (dressing) on lattice vibrations is investigated. Both one-dimensional (1D) and hexagonal (2D) monolayer configurations are considered. It is shown that dressed interactions lead to a reduction (increase) in the frequency of lattice vibrations, as regards longitudinal (transverse) degrees of freedom. The possibility of a new crystal instability (melting) entirely due to the dressing effect is pointed out. On the other hand, the occurrence of crystals consisting of opposite (...+-+-+-+...) charge dust grains may be anticipated via this mechanism
Wake-mediated interactions result in the coupling between wave modes in 2D complex plasma crystals, ...
Abstract. The nonlinear aspects of charged dust grain motion in a one-dimensional dusty plasma (DP) ...
We review some recent advances in the use of optical fields at terahertz frequencies to drive the la...
It is now established that the presence of massive mesoscopic (micron-sized, typically) partic-ulate...
Abstract. A dust crystal consisting of charged dust grains of alternating charge sign (.../+/-/+/-/+...
A self-consistent three-dimensional model for a complex (dusty) plasma is used to study the effects ...
Granular materials are quite common in our everyday lives in both nature and industry. Yet much of t...
In this paper, we investigated the effect of dipole-dipole interaction between the dust particles on...
Various rocks and minerals, which are not piezoelectric in the common sense, exhibit transient elect...
Complex, or dusty plasma is a regular plasma where small particles of solid mater are dispersed. Dus...
The polarization effects on the elastic dust grain collisions are investigated in unmagnetized compl...
The ions or molecules occupying the cells of a crystal lattice are in general optically anisotropic,...
A comprehensive study of the Debye-Hückel repulsive and ion wakefield induced attractive potentials ...
Abstract. The melting transition of a charge-polydisperse dusty plasma crystal under the influence o...
In a recent paper, the frequency of the principal lattice oscillation of an alkali halide crystal, i...
Wake-mediated interactions result in the coupling between wave modes in 2D complex plasma crystals, ...
Abstract. The nonlinear aspects of charged dust grain motion in a one-dimensional dusty plasma (DP) ...
We review some recent advances in the use of optical fields at terahertz frequencies to drive the la...
It is now established that the presence of massive mesoscopic (micron-sized, typically) partic-ulate...
Abstract. A dust crystal consisting of charged dust grains of alternating charge sign (.../+/-/+/-/+...
A self-consistent three-dimensional model for a complex (dusty) plasma is used to study the effects ...
Granular materials are quite common in our everyday lives in both nature and industry. Yet much of t...
In this paper, we investigated the effect of dipole-dipole interaction between the dust particles on...
Various rocks and minerals, which are not piezoelectric in the common sense, exhibit transient elect...
Complex, or dusty plasma is a regular plasma where small particles of solid mater are dispersed. Dus...
The polarization effects on the elastic dust grain collisions are investigated in unmagnetized compl...
The ions or molecules occupying the cells of a crystal lattice are in general optically anisotropic,...
A comprehensive study of the Debye-Hückel repulsive and ion wakefield induced attractive potentials ...
Abstract. The melting transition of a charge-polydisperse dusty plasma crystal under the influence o...
In a recent paper, the frequency of the principal lattice oscillation of an alkali halide crystal, i...
Wake-mediated interactions result in the coupling between wave modes in 2D complex plasma crystals, ...
Abstract. The nonlinear aspects of charged dust grain motion in a one-dimensional dusty plasma (DP) ...
We review some recent advances in the use of optical fields at terahertz frequencies to drive the la...