Abstract
Using an axisymmetric jet with helium at low temperature we have studied the velocity intermittency on a large range of Taylor scale based Reynolds number ${R}_{\ensuremath{\lambda}}$. The results show, for the first time, evidence for a transition between two types of turbulence in a jet. Above the transition (${R}_{\ensuremath{\lambda}}>180$) a clear separation occurs between small and large scales. In the intermediate range, the existence of a Reynolds dependent scaling law is confirmed. It illustrates the way in which viscosity can have some influence up close to the integral scale in developed turbulent flows.
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