Abstract
AbstractThe conditions under which paraelectric resonance can be observed are investigated. Paraelectric resonance is defined as a resonant transition between energy levels formed by a site‐degenerate electric dipole in a crystal. Possible applications of the present theory may be found in systems of the type KCl:OH−. In these systems the ground state of the impurity ion has a sixfold site degeneracy which is removed by the tunnel effect and the electric field. Low temperature anomalies of the static dielectric constant caused by the tunnel effect are also discussed.
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