Migranov N.G., Kondratyev D.V.
Layered anisotropic liquids: deformation of structures in electric and magnetic fields
Proceedings of the Mavlyutov Institute of Mechanics. 2017. 12(2). 214–218.
Layered anisotropic liquids: deformation of structures in electric and magnetic fields
Migranov N.G.∗, Kondratyev D.V.∗∗,∗∗∗
∗Mavlyutov Institute of Mechanics, Ufa
∗∗Academy of Sciences of the Republic of Bashkortostan, Ufa
∗∗∗Bashkir Institute of Cooperation (branch) Russian University of Cooperation, Ufa
Abstract
On the basis of the analysis of the free energy of a viscoelastic anisotropic layer liquid,
a chiral ferroelectric liquid crystal C∗ , located in a thin
cell in a ”bookshelf“ geometry the possibility of the smectic layers periodic distortions
in the external magnetic H and electric E fields applied perpendicularly and
along the plates, respectively, are investigated. The polar angle θ formed by the unit vector
n and the normal a to the smectic planes is fixed, and the appearing Helfrich–Yuro
distortions u of the smectic layers are assumed to be small in the proposed continuum
model of the liquid ferroelectrics.
Keywordsferroelectric liquid crystal,
mathematical modeling,
smectic liquid crystal,
smectic layer,
periodic distortions
Article outline
The aim of the paper is a theoretical study of
the periodic distortions in the nonchiral, due
to the influence of boundary conditions, the
ferroelectric liquid crystal SmC* under the
crossed electric and magnetic fields in the