Within the framework of continuum theory we analyze the Freedericksz transition in a
ferronematic layer under the combined influence of magnetic field and shear flow. The …

We examine the effect of shear flow on the orientational phase transitions induced by
magnetic field in ferronematics. Continuum approach based on the generalized Leslie …

We examine the effect of shear flow on the orientational phase transitions induced by a
magnetic field in ferronematic liquid crystals. Continuum approach based on the generalized …

In the framework of continuum theory, the Freedericksz transition in ferronematic, ie,
suspension of monodomain magnetic particles in nematic liquid crystal, is studied. In the …

Within the framework of Ericksen-Leslie continuum theory we analyze the influence of shear
flow on the magnetic-field-induced Fréedericksz transition in nematic liquid crystal with …

Continuum theory is used to analyze the effect of an applied magnetic field on a
ferronematic (ie dilute suspension of needle-like magnetic particles in nematic liquid crystal) …

Within the continuum theory we study the influence of codirectional electric and magnetic
fields on the orientational structure of a ferronematic layer taking into account the …

The magnetic field-induced Freedericksz transition in a homeotropically aligned
ferronematic (FN) in the case of weak anchoring molecules to the walls is studied. A …

The Freedericksz transition in splay and bend geometry in a ferronematic (a suspension of
single-domain magnetic particles in a nematic liquid crystal) is considered in the framework …

We study the geometry of the matter flow which leads to the formation of one-dimensional
walls above the magnetic Fréedericksz threshold in some nematic materials. The …