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Rotation can stabilize fluid motion and influence various types of oscillations and wave motions. The atmosphere, oceans, and celestial bodies are strongly affected by rotation. When observing motions in a rotating coordinate frame, the velocity vector is measured relative to the rotating axes. Inviscid fluid equations of motion in a rotating frame have similar components to non-rotating cases, with additional terms accounting for the Coriolis and centrifugal forces. The effects of rotation on fluid dynamics are explored through experiments focusing on slightly deviating flows and homogeneous fluids.
