Channeling of particles and associated anomalous transport in a 2D complex plasma crystal
arXiv:1311.1148 · doi:10.1103/PhysRevE.89.021101
Abstract
Implications of recently discovered effect of channeling of upstream extra particles for transport phenomena in a two-dimensional plasma crystal are discussed. Upstream particles levitated above the lattice layer and tended to move between the rows of lattice particles. An example of heat transport is considered, where upstream particles act as moving heat sources, which may lead to anomalous heat transport. The average channeling length observed was 15 - 20 interparticle distances. New features of the channeling process are also reported.
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Cited by in corpus (10)
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- Instability onset and scaling laws of an autooscillating turbulent flow in a complex plasma
- Machine learning in the study of phase transition of two-dimensional complex plasmas
- Wake-mediated propulsion of an upstream particle in two-dimensional plasma crystals
- Interaction of a supersonic particle with a three-dimensional complex plasma
- Vibrational model of heat transfer in strongly coupled Yukawa fluids (dusty plasma liquids)
- Thermal conduction in two-dimensional complex plasma layers
- Penetration of a supersonic particle at the interface in a binary complex plasma
- Two-dimensional complex (dusty) plasma with active Janus particles
- Wake turbulence observed behind an upstream "extra" particle in a complex (dusty) plasma