Add to ORKGPiezoelectric effect: • Deformations of certain crystals cause a polarization of the probe • Two contributions: Deformation of the ionic structure and deformation of the electronic densit
Model was developed for the prediction of polarization characteristics in a dielectric material exhi...
A homogeneously deformed and uniformly polarized elastic dielectric is considered. For small displac...
This paper presents the results of an experimental study of how an electric field affects the positi...
Various rocks and minerals, which are not piezoelectric in the common sense, exhibit transient elect...
This thesis presents the experimental study of electric-field-induced deformations in single crystal...
Molecular materials with a polar arrangement of the constituent dipoles are good candidates for exhi...
International audienceA field theory is proposed to extend the standard piezoelectric framework for ...
Dynamical nonlinearities in piezoelectric materials have been investigated over different time and f...
L'objectif de cette thèse est la modélisation du champ électrique interne dans les solides cristalli...
In recent decades piezo-and pyroelectricity found application in yet another important field of rese...
Abstract. The significance of dipole moments induced by crystal fields in heteropolar crystals is di...
Polarization reversal is the most fundamental physical process in ferroelectrics and directly or ind...
The search for improved piezoelectric materials is based on the morphotropic phase boundaries (MPB) ...
The paper is concerned with the problem of electric fatigue in functional materials such as piezoel...
The results of theoretical and experimental studies of the effect of the charged micro-defects on a ...
Model was developed for the prediction of polarization characteristics in a dielectric material exhi...
A homogeneously deformed and uniformly polarized elastic dielectric is considered. For small displac...
This paper presents the results of an experimental study of how an electric field affects the positi...
Various rocks and minerals, which are not piezoelectric in the common sense, exhibit transient elect...
This thesis presents the experimental study of electric-field-induced deformations in single crystal...
Molecular materials with a polar arrangement of the constituent dipoles are good candidates for exhi...
International audienceA field theory is proposed to extend the standard piezoelectric framework for ...
Dynamical nonlinearities in piezoelectric materials have been investigated over different time and f...
L'objectif de cette thèse est la modélisation du champ électrique interne dans les solides cristalli...
In recent decades piezo-and pyroelectricity found application in yet another important field of rese...
Abstract. The significance of dipole moments induced by crystal fields in heteropolar crystals is di...
Polarization reversal is the most fundamental physical process in ferroelectrics and directly or ind...
The search for improved piezoelectric materials is based on the morphotropic phase boundaries (MPB) ...
The paper is concerned with the problem of electric fatigue in functional materials such as piezoel...
The results of theoretical and experimental studies of the effect of the charged micro-defects on a ...
Model was developed for the prediction of polarization characteristics in a dielectric material exhi...
A homogeneously deformed and uniformly polarized elastic dielectric is considered. For small displac...
This paper presents the results of an experimental study of how an electric field affects the positi...