铁电性是电介质具备的一种自发极化状态, 普遍发现于对称性较低的晶(固) 体材料体系.
流体或高流动性软物质材料通常呈现高对称性, 因而与铁电性的要求是相违背的 …

Behavior of liquid crystal (LC) is a result of interaction between the geometrical shape
restrictions of the adjacent surface and molecular forces among LCs or adjacent surface. For …

A liquid crystal (LC) alignment layer was created using the nanoimprint lithography method
and ultraviolet (UV) curing. A hybrid film of a solution of gallium oxide (GaO) and a UV …

In this study, UV nanoimprint lithography (NIL) was conducted with a hybrid mixture of tin
oxide and a UV-curable polymer to fabricate 1-D nanostructures on a thin film. It was …

We present a convenient liquid crystal (LC) alignment method using brush hairs. An yttrium
strontium tin oxide (YSrSnO) solution was prepared using a sol–gel process, and the one …

We have developed a very useful and cost-effective liquid crystal (LC) alignment layer of
brush-coated TiO2 that is solution-processable for twisted nematic (TN) LC cells. TiO2 was …

We investigated the alignment properties of liquid crystals (LC) on a brush-coated composite
film made of graphene oxide and zinc oxide (GO-ZnO). The GO-ZnO composites were …

Herein, we propose a brush‐coated zirconium‐doped lanthanum oxide (ZrLaO) film as a
liquid crystal (LC) alignment layer. The film‐curing temperature was adjusted to 70, 150, and …

In this study, we describe the characterization and applicability of the liquid crystal (LC)
system of brush-coated indium strontium oxide (InSrO) film. To achieve this aim, the film …

This paper introduces anisotropic nickel yttrium oxide (NYO) film formed by the brush
coating technique. X-ray photoelectron spectroscopy confirmed well-formed NYO film after …