Ozmidov scale: Difference between revisions

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|Meaning=A length [[scale]] for the description of turbulent flows under stable [[stratification]],  defined as the square root of the ratio between the [[dissipation rate]] of turbulent [[kinetic energy]]  and the third power of the [[Brunt&ndash;V&#x000e4;is&#x000e4;l&#x000e4; frequency]].
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|Explanation=In flows where [[turbulence]] and [[wave motion]] are simultaneously present, the inverse of the  Ozmidov scale defines the [[buoyancy wavenumber]], which separates the [[buoyancy subrange]] from  the [[inertial subrange]].
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== Ozmidov scale ==
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<div class="definition"><div class="short_definition">A length [[scale]] for the description of turbulent flows under stable [[stratification]],  defined as the square root of the ratio between the [[dissipation rate]] of turbulent [[kinetic energy]]  and the third power of the [[Brunt&ndash;V&auml;is&auml;l&auml; frequency]].</div><br/> <div class="paragraph">In flows where [[turbulence]] and [[wave motion]] are simultaneously present, the inverse of the  Ozmidov scale defines the [[buoyancy wavenumber]], which separates the [[buoyancy subrange]] from  the [[inertial subrange]].</div><br/> </div>
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Latest revision as of 03:33, 27 March 2024

A length scale for the description of turbulent flows under stable stratification, defined as the square root of the ratio between the dissipation rate of turbulent kinetic energy and the third power of the Brunt–Väisälä frequency.

In flows where turbulence and wave motion are simultaneously present, the inverse of the Ozmidov scale defines the buoyancy wavenumber, which separates the buoyancy subrange from the inertial subrange.

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