Phase field simulations were conducted to investigate the effects of unequally biaxial misfit strains on domain stability diagrams and equilibrium domain structures in an epitaxial ferroelectric PbTiO3 thin layer, which is sandwiched in a nonferroelectric medium. The simulations reveal a multidomain structure in the layer and allow constructing "misfit strain-misfit strain" and "temperature-misfit strain" phase diagrams. It is found that unequally biaxial misfit strains may lead to the presence of a single tetragonal variant, either a-domains or b-domains, which do not exist if the misfit strains are equally biaxial. (C) 2008 American Institute of Physics
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
The effect of misfit strain and deadlayer on the polarization switching of epitaxial ferroelectric t...
The effects of nonequally biaxial in-plane misfit strains on the equilibrium polarization states and...
Lateral size effects of ferroelastic domain structures in epitaxial PbTiO3 thin films were investiga...
Phase and domain structures in ferroelectric materials play a vital role in determining their dielec...
Phase and domain structures in ferroelectric materials play a vital role in determining their dielec...
Misfit strain phase diagrams of single-domain (011) epitaxial BaTiO3 and PbTiO3 thin films are compu...
Ferroelectric domain structures and their evolution in the epitaxial PbTiO3 thin films are greatly a...
Equilibrium domain structures commonly observed in epitaxial Pb-based ferroelectric thin films are a...
Using the Landau–Ginzburg–Devonshire approach and numerical modeling, an influence of the misfit str...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
Heteroepitaxial growth of thin films of non-cubic ferroelectric materials on cubic single crystal su...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
The effect of misfit strain and deadlayer on the polarization switching of epitaxial ferroelectric t...
The effects of nonequally biaxial in-plane misfit strains on the equilibrium polarization states and...
Lateral size effects of ferroelastic domain structures in epitaxial PbTiO3 thin films were investiga...
Phase and domain structures in ferroelectric materials play a vital role in determining their dielec...
Phase and domain structures in ferroelectric materials play a vital role in determining their dielec...
Misfit strain phase diagrams of single-domain (011) epitaxial BaTiO3 and PbTiO3 thin films are compu...
Ferroelectric domain structures and their evolution in the epitaxial PbTiO3 thin films are greatly a...
Equilibrium domain structures commonly observed in epitaxial Pb-based ferroelectric thin films are a...
Using the Landau–Ginzburg–Devonshire approach and numerical modeling, an influence of the misfit str...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
Heteroepitaxial growth of thin films of non-cubic ferroelectric materials on cubic single crystal su...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
International audienceStrain engineering aims to take advantage of the stress field imposed by subst...
The effect of misfit strain and deadlayer on the polarization switching of epitaxial ferroelectric t...