Abstract
It has been observed that many of the properties of dielectric absorption in the microwave region for the long-chain aliphatic compounds are at variance with the conventional Debye— Frohlich mechanism. A model to understand these properties is proposed. The molecule is considered as consisting of an active group inside a self-consistent molecular field. The interaction of the active group with the molecular field plays an important role. The mechanism involves two distinct types of transitions, one with change in the configuration of the active group keeping dipole moment unaltered and the other with the change in the dipole moment as in the conventional Debye-Frohlich case.
Published Version
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