Abstract
The time behaviors of intermittent turbulence inGledzer–Ohkitani–Yamada model are investigated. Two kinds of orbits of eachshell which is in the inertial range are discussed by portrait analysis inphase space. We find intermittent orbit parts wandering randomly andthe directions of unstable quasi-periodic orbit parts of differentshells form rotational, reversal and locked cascade of period three withshell number. We calculate the critical scaling of intermittent turbulenceand the extended self-similarity of the two parts of orbit and pointout that nonlinear scaling in inertial-range is decided by intermittentorbit parts.
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