Helium diffraction at keV energies through freestanding graphene enters a strong-coupling regime with phonon-induced phase spread beyond the Debye-Waller factor, retained for hydrogen; supported by experiment and regime-independent simulations.
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Atom diffraction in the strong-coupling regime
Helium diffraction at keV energies through freestanding graphene enters a strong-coupling regime with phonon-induced phase spread beyond the Debye-Waller factor, retained for hydrogen; supported by experiment and regime-independent simulations.