An exact analytical modal analysis yields a resonant shear-flow instability in supersonic anisotropic plasmas that vanishes in the vortex-sheet limit and is distinct from Kelvin-Helmholtz.
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2 Pith papers cite this work. Polarity classification is still indexing.
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2026 2verdicts
CONDITIONAL 2representative citing papers
Polymer additives boost heat transfer in two-dimensional sheared convection by up to 1100% via hook-like polymer stress structures that reorganize flow into stronger convective rolls.
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Resonant shear-flow instability in anisotropic supersonic plasmas with heat flux
An exact analytical modal analysis yields a resonant shear-flow instability in supersonic anisotropic plasmas that vanishes in the vortex-sheet limit and is distinct from Kelvin-Helmholtz.
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Significant heat transfer enhancement via polymer additives in two-dimensional sheared convection
Polymer additives boost heat transfer in two-dimensional sheared convection by up to 1100% via hook-like polymer stress structures that reorganize flow into stronger convective rolls.