Abstract
From inelastic neutron scattering the density of vibrational states of 1-cyanoadamantane has been measured both in its low-temperature monoclinic phase and its glassy phase. A strong increase in the low-frequency part of the spectrum in the glassy state with respect to the ordered state is shown. While in the monoclinic state, the power dependence as a function of the energy exchange agrees with the usual Debye law, in the glassy state a noticeable deviation appears.
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