2015
DOI: 10.1209/0295-5075/110/55002
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Detection of eddy current in the striation

Abstract: EPL, 110 (2015) 55002Please visit the website www.epljournal.orgNote that the author(s) has the following rights: -immediately after publication, to use all or part of the article without revision or modification, including the EPLAformatted version, for personal compilations and use only; -no sooner than 12 months from the date of first publication, to include the accepted manuscript (all or part), but not the EPLA-formatted version, on institute repositories or third-party websites provided a link to the onl… Show more

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Cited by 19 publications
(1 citation statement)
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“…The flow reversal originates from the inversion of the asymmetric orientation of the ratchet potential depending on particle positions, as numerically demonstrated below. The position-dependent transport of dust particles observed in this dusty plasma ratchet, without a magnetic field, fundamentally differs from that observed in striations within the DC glow discharge under a magnetic field [41]. In the latter case, the dominant forces dictating the directional rotation of dust structures, including their inversion, are the dragging by the rotating gas and the ion drag.…”
Section: Positive To Negative Flow Reversalmentioning
confidence: 57%
“…The flow reversal originates from the inversion of the asymmetric orientation of the ratchet potential depending on particle positions, as numerically demonstrated below. The position-dependent transport of dust particles observed in this dusty plasma ratchet, without a magnetic field, fundamentally differs from that observed in striations within the DC glow discharge under a magnetic field [41]. In the latter case, the dominant forces dictating the directional rotation of dust structures, including their inversion, are the dragging by the rotating gas and the ion drag.…”
Section: Positive To Negative Flow Reversalmentioning
confidence: 57%