Abstract
The capillary turbulence on the surface of liquid helium with excitation of surface waves by a harmonic force at low frequency ωp is investigated. It is shown for the first time that at the transition of helium out of the superfluid into the normal state the high-frequency edge ωb of the inertial interval shifts in the direction of low frequencies. The magnitude of the shift is described well on the basis of the theory of weak wave turbulence. In the superfluid state the relative width ωb∕ωp of the inertial interval, where a developed turbulent cascade is established, can reach two decades.
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