The charging of planetary rings.
SPACE SCI REV
435 - 453.
This chapter will review what is known about the charging of planetary rings, in particular the sum of the individual currents from the time-varying charge dQ/dt, of the planetary ring particle. For the smallest ring particles, in addition to checking the plasma conditions for the charging currents, one must consider if collective effects in the ring environment are relevant. Two planetary ring environments that have held a strong interest for ring scientists in the last two decades are Saturn's spokes in the B Ring and the environment of Saturn's E ring. Two sections of this chapter will describe these planetary ring charging environments in detail. Finally, we describe two charging effects that demonstrate areas of future studies while providing fresh examples of the intriguing effects from planetary ring charging processes.
|Title:||The charging of planetary rings|
|Keywords:||charged dust, plasma, photoelectron emission, secondary electron emission, Saturn's rings, Jupiter's rings, Saturn's E ring, Saturn's spokes, dusty plasma, dust-in-plasma, mach cones, electrostatic braking, SATURNS E-RING, SECONDARY-ELECTRON EMISSION, MOVING PLASMA CLOUDS, X-RAY-EMISSION, DUST MEASUREMENTS, SOLAR-SYSTEM, INTERSTELLAR DUST, SPOKE FORMATION, B-RING, PARTICLES|
|UCL classification:||UCL > School of BEAMS > Faculty of Maths and Physical Sciences
UCL > School of BEAMS > Faculty of Maths and Physical Sciences > Space and Climate Physics
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