摘要
Parameters of self-consistent magnetized dusty sheaths are investigated usingcomputer simulations of a temporal evolution of one-dimensional slab plasma with dust particles.The evolution is caused by a collection of electrons and ions by both a wall (electrode) and dustparticles, which are initially immersed into plasma and distributed in front of the electrode.Obtained results show the existence of oscillations of a self-consistent potential in magnetizeddusty sheaths including boundary potentials. Dust particles weaken magnetized sheaths and createadditional sheaths close to a boundary of dust particles. The magnetic field does not influence onthe dust particle charge.
Parameters of self-consistent magnetized dusty sheaths are investigated usingcomputer simulations of a temporal evolution of one-dimensional slab plasma with dust particles.The evolution is caused by a collection of electrons and ions by both a wall (electrode) and dustparticles, which are initially immersed into plasma and distributed in front of the electrode.Obtained results show the existence of oscillations of a self-consistent potential in magnetizeddusty sheaths including boundary potentials. Dust particles weaken magnetized sheaths and createadditional sheaths close to a boundary of dust particles. The magnetic field does not influence onthe dust particle charge.
基金
The project partially supported by the Science and Technology Center in Ukraine(project NN-37)
