Polar van der Waals liquids without hydrogen bonds show a slow Debye-like dielectric relaxation that matches their rheological terminal flow, interpreted as supramolecular chain dynamics.
N., Rotational motion in molecular liquids
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Evidence for supramolecular dynamics of non-hydrogen bonding polar van der Waals liquids
Polar van der Waals liquids without hydrogen bonds show a slow Debye-like dielectric relaxation that matches their rheological terminal flow, interpreted as supramolecular chain dynamics.