Titlebook: Dusty and Self-Gravitational Plasmas in Space; Pavel Bliokh,Victor Sinitsin,Victoria Yaroshenko Book 1995 Springer Science+Business Media

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Unstable Disturbances in Flows of Dusty and Self-Gravitational Plasmas,ent ways. Quite often, the result may be a relative motion of particles. Consider, for example, the vicinity of a magnetized planet. For heavy particles near the planet, gravity prevails independently of their electric charge, and hence such particles move through the gravitation field of the centra

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Dusty and Self-Gravitational Plasmas of Planetary Rings,net as the major component, perturbations on the part of satellites, and selfgravitation in the ring. From the electromagnetic point of view the ring is a set of charged particles moving through a magnetic field. Clearly, the system should show some electromagnetic effects. These vague general consi

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Qinghe Dong,Qian He,Mengfei Cai,Peng Liunvestigated the spatial distributions and time behavior of micron and submicron-size grains in the interplanetary medium. The dynamical patterns of such particles suggested the action of electromagnetic forces along with gravitation. In fact, that was something to be expected as dust grains in space

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Qinghe Dong,Qian He,Mengfei Cai,Peng Liuing an analysis of cooperative effects owing to interactions of the particles via long-range Coulombian forces. Speaking of the Coulombian fields in a mixture of charged particles, it is tacitly agreed they are electric fields. In fact, the particles are always subject to mutual attraction due to gr

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https://doi.org/10.1007/978-94-015-8557-6Dusty plasma; Plasma; astrophysics; gravitation; gravity; planet; plasma physics; scattering