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 …

A facile and versatile strategy was developed to produce highly ordered porous metal oxide
structures via block copolymer (BCP) lithography. Phase separation of poly (2-vinylpyridine) …

This study investigated the improvement of the electro-optical properties of a liquid crystal
(LC) cell fabricated through brush coating using graphene oxide (GO) doping. The physical …

In general, it has one of the characteristics of homeotropic alignment and homogeneous
alignment depending on the material and manufacturing process of the liquid crystal …

在再生医学领域中, 材料对细胞生长和组织修复的调节作用一直是极为关键的问题.
随着表面图案化技术的发展, 在材料表面制备规则, 可控, 种类多样的图案化区域成为可能 …

A nanostructured composite of ultraviolet (UV)-curable polymer and TaO was fabricated by
UV imprinting and confirmed by physical and chemical analysis using atomic force …

This study compressed the conventional two-step process of brush coating and orientation
for liquid crystal (LC) alignment layer manufacturing into a one-step process. Surface …

In this study, a bismuth–lanthanum–tin oxide film was fabricated via brush coating to obtain
a process-efficient liquid crystal (LC) alignment layer. The brush-coating solution was …

Tunable ultraviolet (UV) filters that allow for the transmission of specific UV light wavelengths
are highly desired in various scientific applications due to their application versatility and …

In the field of regenerative medicine, the regulation effect of materials on cell growth and
tissue repair has always been a critical issue. With the development of surface patterning …