k Chaotic systems headon collison of two dipolar vortices in a stratified fluid environment. The original vortices, dyed orange and green, have exchanged a partner to form two new mixed dipoles which are moving at roughly right angles to the original direction of travel, that is, towards the top bottom of the image. The green fluid was injected from the right, the orange from the left. Dipolar vortices are relevant to turbulence in largescale geophysical systems such as the atmosphere or oceans. Turbulence in fluid systems is one example of a chaotic system. Editorial Stock Photo - Afloimages
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Chaotic systems: head-on collison of two dipolar vortices in a stratified fluid environment. The original vortices, dyed orange and green, have exchanged a partner to form two new (mixed) dipoles which are moving at roughly right angles to the original direction of travel, that is, towards the top & bottom of the image. The green fluid was injected from the right, the orange from the left. Dipolar vortices are relevant to turbulence in large-scale geophysical systems such as the atmosphere or oceans. Turbulence in fluid systems is one example of a chaotic system.
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Chaotic systems: head-on collison of two dipolar vortices in a stratified fluid environment. The original vortices, dyed orange and green, have exchanged a partner to form two new (mixed) dipoles which are moving at roughly right angles to the original direction of travel, that is, towards the top & bottom of the image. The green fluid was injected from the right, the orange from the left. Dipolar vortices are relevant to turbulence in large-scale geophysical systems such as the atmosphere or oceans. Turbulence in fluid systems is one example of a chaotic system.

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10570361

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Editorial

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Creation date
15-11-2010

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