In a 3D hybrid expanding box simulation, expansion-driven cooling triggers parallel and oblique fire hose instabilities whose wave packets lie outside the turbulence-dominated region in k-space and weakly modify intermittency and entropy measures.
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Turbulence vs. fire hose instabilities: 3-D hybrid expanding box simulations
In a 3D hybrid expanding box simulation, expansion-driven cooling triggers parallel and oblique fire hose instabilities whose wave packets lie outside the turbulence-dominated region in k-space and weakly modify intermittency and entropy measures.