Nonergodic thermodynamics of disordered ferromagnets and ferroelectrics
P.N. Timonin
TL;DR
This paper develops a phenomenological thermodynamic framework to describe nonergodic phenomena in disordered ferromagnets and ferroelectrics with metastable states caused by frustrative interactions.
Contribution
It introduces a new thermodynamic theory specifically tailored for metastable states in disordered magnetic and electric materials with frustration.
Findings
Successfully describes nonergodic phenomena in real crystals
Provides a framework for understanding metastable states in disordered systems
Demonstrates applicability to ferromagnets and ferroelectrics
Abstract
Phenomenological thermodynamic theory describing the properties of metastable states in disordered ferromagnets and ferroelectrics with frustrative random interactions is developed and its ability to describe various nonergodic phenomena in real crystals is demonstrated.
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