The frequency crossover between quasi-2D and 3D regimes in rotating turbulence shifts systematically with vertical measurement span, showing the partition is shaped by finite observation windows rather than being intrinsic to the flow.
Cambridge University Press
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After removing the quasi-2D turbulent field from steady rotating turbulence, the remaining 3D component consists of inertial waves and obeys the energy spectrum predicted by weak wave turbulence theory.
citing papers explorer
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Finite Vertical Windows: Seeing Only Part of the Picture in Rotating Turbulence
The frequency crossover between quasi-2D and 3D regimes in rotating turbulence shifts systematically with vertical measurement span, showing the partition is shaped by finite observation windows rather than being intrinsic to the flow.
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Confirming Wave Turbulence Predictions in Rotating Turbulence
After removing the quasi-2D turbulent field from steady rotating turbulence, the remaining 3D component consists of inertial waves and obeys the energy spectrum predicted by weak wave turbulence theory.