A continuous renormalized flow theory is formulated in which the inertial range of wave turbulence emerges as a plateau in the running effective coupling, with Kolmogorov-Zakharov spectra appearing only as its asymptotic constant-flux states.
& Maurel, A.2011 Different regimes for water wave turbulence.Physical Review Letters107(21), 214503
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Renormalized flow theory of wave turbulence: Kolmogorov-Zakharov spectra as emergent asymptotic states
A continuous renormalized flow theory is formulated in which the inertial range of wave turbulence emerges as a plateau in the running effective coupling, with Kolmogorov-Zakharov spectra appearing only as its asymptotic constant-flux states.