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Using quasimonochromatic relaxation phonons emitted by superconducting tunneling junctions, the phonon transfer through real solid-liquid helium interfaces was tested. We found an enhancement of the energy transmission if the incident phonons exceed the threshold energyE0=0.32 meV. This sharp threshold energy shifts to 0.42 meV if the lighter isotope3He is used.

Enhancement of the Kapitza conductance at 0.32 meV phonon energy