Streaming instabilities are studied for an inhomogeneous distribution of dust particles. Such situations are characteristic of stellar neighbourhoods, where the star-s plasma wind ploughs through a surrounding dust shell. This should result in the acceleration of dust particles at the expense of the plasma momentum, which may throw light on certain dynamical features of the dust cloud vis-à-vis the plasma dynamical features. Streaming instabilities are a first step towards such a study. Various cases of the relative magnitudes of the plasma and dust velocities are analysed, and the role of inhomogeneities is highlighted
Radiation-dust driven outflows, where radiation pressure on dust grains accelerates gas, occur in ma...
This thesis contains work of a computational and theoretical nature. The floating potential of dust ...
The streaming instability, as an example of instabilities driven by particle feedback on a gas flow,...
Two-stream instabilities of electrostatic waves in a strongly coupled dusty plasma are investigated....
The dynamics of a self-gravitating unmagnetized, inhomogeneous, streaming dusty plasma is studied in...
A two-stream instability, obtained from kinetic theory, of strongly velocity-sheared inhomogeneous s...
One dimensional Particle in Cell simulations of a dust- dust counter-streaming instability in a plas...
Abstract. The theoretical description of complex (dusty) plasmas requires multiscale concepts that a...
Plasmas are energetic media that can give birth to dust particles due to the presence of reactive ga...
Abstract—The motion of a dust-particle cloud in the afterglow of a complex plasma is reported. It is...
Abstract—Formation of dust particles in a plasma can strongly change its properties due to electron ...
According to the core accretion theory, rocky planets form by growing the initial micron-sized dust ...
International audienceThe effect of plasma turbulence on the trajectories of dust particles is inves...
PosterInternational audienceWhen a high-density of dust particles is trapped in a plasma, it often t...
Atmospheric pressure plasmas, and streamers in particular, sustained in air often encounter dust or ...
Radiation-dust driven outflows, where radiation pressure on dust grains accelerates gas, occur in ma...
This thesis contains work of a computational and theoretical nature. The floating potential of dust ...
The streaming instability, as an example of instabilities driven by particle feedback on a gas flow,...
Two-stream instabilities of electrostatic waves in a strongly coupled dusty plasma are investigated....
The dynamics of a self-gravitating unmagnetized, inhomogeneous, streaming dusty plasma is studied in...
A two-stream instability, obtained from kinetic theory, of strongly velocity-sheared inhomogeneous s...
One dimensional Particle in Cell simulations of a dust- dust counter-streaming instability in a plas...
Abstract. The theoretical description of complex (dusty) plasmas requires multiscale concepts that a...
Plasmas are energetic media that can give birth to dust particles due to the presence of reactive ga...
Abstract—The motion of a dust-particle cloud in the afterglow of a complex plasma is reported. It is...
Abstract—Formation of dust particles in a plasma can strongly change its properties due to electron ...
According to the core accretion theory, rocky planets form by growing the initial micron-sized dust ...
International audienceThe effect of plasma turbulence on the trajectories of dust particles is inves...
PosterInternational audienceWhen a high-density of dust particles is trapped in a plasma, it often t...
Atmospheric pressure plasmas, and streamers in particular, sustained in air often encounter dust or ...
Radiation-dust driven outflows, where radiation pressure on dust grains accelerates gas, occur in ma...
This thesis contains work of a computational and theoretical nature. The floating potential of dust ...
The streaming instability, as an example of instabilities driven by particle feedback on a gas flow,...