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Decaying and periodically kicked turbulence are analyzed within the GOY shellmodel, to allow for sufficiently large scaling regimes. Energy is transferedtowards the small scales in intermittent bursts. Nevertheless, mean fieldarguments are sufficient to account for the ensemble averaged energy decay E(t)\~t^{-2} or the parameter dependences for the ensemble averaged total energy inthe kicked case. Within numerical precision, the inertial subrangeintermittency remains the same, whether the system is forced or decaying.

Decaying and kicked turbulence in a shell model