It is shown that a nonlinear temperature distribution in gas discharge plasma leads to a specific low-frequency mode of a quasi-two-dimensional plasma crystal. Linear dispersion characteristics of the mode are obtained. The characteristics of the mode can depend strongly on the temperature gradients and therefore can be effectively controlled by the experimental conditions
Nonlinear dynamics and self-oscillations in a de beam-driven collisional discharge are investigated ...
Nonlinear processes in strongly coupled dusty plasmas (DP) have attracted theoretical interest recen...
Accounting for the lattice discreteness and the sheath electric field nonlinearity in dusty plasma c...
This paper is concerned with a dynamical systems analysis of an insta-bility occurring in a cylindri...
The nonlinear aspects of horizontal (longitudinal, acoustic mode) as well as verti-cal (transverse, ...
Second harmonic generation in plasma crystals is studied. Starting from a linear chain model, a set ...
We report an experimental observation of the coupling of the transverse vertical and longitudinal in...
AbstractThis paper is concerned with a dynamical systems analysis of an instability occurring in a c...
Complex, or dusty plasma is a regular plasma where small particles of solid mater are dispersed. Dus...
The transition between linear and nonlinear regimes of the mode-coupling instability (MCI) operatin...
International audienceA theory of wave modes in shear-deformed two-dimensional plasma crystals is pr...
Wave modes of many physical systems can become coupled to each other. Mode coupling can lead to new ...
We study the amplitude modulation of transverse dust lattice waves (TDLW) propagating in a single- a...
The occurrence of nonlinear modulation of tranverse dust lattice waves propagating in a one-dimensio...
We study the amplitude modulation of transverse dust lattice waves (TDLW) propagating in a single- a...
Nonlinear dynamics and self-oscillations in a de beam-driven collisional discharge are investigated ...
Nonlinear processes in strongly coupled dusty plasmas (DP) have attracted theoretical interest recen...
Accounting for the lattice discreteness and the sheath electric field nonlinearity in dusty plasma c...
This paper is concerned with a dynamical systems analysis of an insta-bility occurring in a cylindri...
The nonlinear aspects of horizontal (longitudinal, acoustic mode) as well as verti-cal (transverse, ...
Second harmonic generation in plasma crystals is studied. Starting from a linear chain model, a set ...
We report an experimental observation of the coupling of the transverse vertical and longitudinal in...
AbstractThis paper is concerned with a dynamical systems analysis of an instability occurring in a c...
Complex, or dusty plasma is a regular plasma where small particles of solid mater are dispersed. Dus...
The transition between linear and nonlinear regimes of the mode-coupling instability (MCI) operatin...
International audienceA theory of wave modes in shear-deformed two-dimensional plasma crystals is pr...
Wave modes of many physical systems can become coupled to each other. Mode coupling can lead to new ...
We study the amplitude modulation of transverse dust lattice waves (TDLW) propagating in a single- a...
The occurrence of nonlinear modulation of tranverse dust lattice waves propagating in a one-dimensio...
We study the amplitude modulation of transverse dust lattice waves (TDLW) propagating in a single- a...
Nonlinear dynamics and self-oscillations in a de beam-driven collisional discharge are investigated ...
Nonlinear processes in strongly coupled dusty plasmas (DP) have attracted theoretical interest recen...
Accounting for the lattice discreteness and the sheath electric field nonlinearity in dusty plasma c...