Orientational Contribution to the Giant Electrostriction Effect and Dielectric Permittivity in Relaxors

Details Orientational Contribution to the Giant Electrostriction Effect and Dielectric Permittivity in Relaxors Orientational Contribution to the Giant Electrostriction Effect and Dielectric Permittivity in Relaxors

2002-07-16

arxiv.org/abs/cond-mat/0207374v1

Physics

Condensed Matter

Materials Science

11 pages, LateX

Scientific paper

A microscopic model is developed considering randomly oriented polar regions
stuck to the directions of random fields or stresses. The application of an
external field (stress) in this model results in a dielectric and acoustic
reply connected with a polarization (strain) rotation. Polarization (strain)
fluctuation contributions are also studied.

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