Results 251 to 260 of about 7,330 (302)
Some of the next articles are maybe not open access.
Space Science Reviews, 1994
Some theoretical aspects of solar coronal streamers are discussed with emphasis on the current sheet and reconnection processes going on along the axis of the streamer. The dynamics of the streamer is a combination of MHD and transport, with acceleration of particles due to reconnect ion and leakage of plasma outwards as a “slow” solar wind as the ...
openaire +1 more source
Some theoretical aspects of solar coronal streamers are discussed with emphasis on the current sheet and reconnection processes going on along the axis of the streamer. The dynamics of the streamer is a combination of MHD and transport, with acceleration of particles due to reconnect ion and leakage of plasma outwards as a “slow” solar wind as the ...
openaire +1 more source
The residual streamer channel: Return strokes and secondary streamers
Journal of Applied Physics, 1984The streamer and return stroke concepts in positive corona breakdown are reviewed, and examined critically for the case of short (<5 cm) gaps in ambient air. It is shown that return strokes normally should not be observed, but that return streamers may occur in longer or highly overvolted streamer channels. A new physical picture is presented of
openaire +1 more source
AIP Conference Proceedings, 1999
The ratio of thermal pressure to magnetic pressure (β) is greater than unity above ∼1.2RS in streamers.
S. T. Suess, G. A. Gary, S. F. Nerney
openaire +1 more source
The ratio of thermal pressure to magnetic pressure (β) is greater than unity above ∼1.2RS in streamers.
S. T. Suess, G. A. Gary, S. F. Nerney
openaire +1 more source
Physics of Plasmas, 2015
The interaction of time-varying electromagnetic fields and solid, liquid, and gaseous matter may lead to electrical breakdown phenomena through the excitation of ionization waves or streamers that control the dynamics of localized plasma propagation through the media. The streamers usually propagate along straight lines, either between random points in
Zou, Dandan +3 more
openaire +2 more sources
The interaction of time-varying electromagnetic fields and solid, liquid, and gaseous matter may lead to electrical breakdown phenomena through the excitation of ionization waves or streamers that control the dynamics of localized plasma propagation through the media. The streamers usually propagate along straight lines, either between random points in
Zou, Dandan +3 more
openaire +2 more sources
Space Science Reviews, 1999
Streamer evaporation is the consequence of heating in ideal MHD models because plasma is weakly contained by the magnetic field. Heating causes inflation, opening of field lines, and release of solar wind. It was discovered in simulations and, due to the absence of loss mechanisms, the ultimate end point is the complete evaporation of the streamer.
S. T. Suess +3 more
openaire +1 more source
Streamer evaporation is the consequence of heating in ideal MHD models because plasma is weakly contained by the magnetic field. Heating causes inflation, opening of field lines, and release of solar wind. It was discovered in simulations and, due to the absence of loss mechanisms, the ultimate end point is the complete evaporation of the streamer.
S. T. Suess +3 more
openaire +1 more source
Conference companion on Human factors in computing systems - CHI '94, 1994
Eddie Elliott, Glorianna Davenport
openaire +1 more source
Eddie Elliott, Glorianna Davenport
openaire +1 more source
1988
Faults in devices subjected to an electric field are mostly due to electric breakdown of the insulations. Such a breakdown is the ultimate stage of irreversible processes which make any material switch from the insulating state to a conducting one (via an arc between two conductors). The situation is more or less catastrophic according to the nature of
openaire +1 more source
Faults in devices subjected to an electric field are mostly due to electric breakdown of the insulations. Such a breakdown is the ultimate stage of irreversible processes which make any material switch from the insulating state to a conducting one (via an arc between two conductors). The situation is more or less catastrophic according to the nature of
openaire +1 more source