The alignment of liquid crystal by nano-structured surfaces is investigated. In particular we shall examine the new nano-structured inhomogeneous surfaces. It is shown that this type of surface can give excellent alignment properties. Reliable pretilt angles of any value between 0 and 90° can be obtained. These nano-structured alignment layers are very useful for a variety of display applications
Modern liquid crystal displays (LCDs) require novel technologies, such as new alignment methods to e...
Liquid crystal displays (LCDs) are incorporated in a great variety of electronic devices such as lap...
92 p.Liquid crystal displays (LCD), the main application of liquid crystals, require a uniform align...
We review some recent investigations of nanostructured alignment surfaces for liquid crystals. These...
Liquid crystal displays (LCDs) are conventionally aligned by rubbing of a polyimide (PI) layer. Pret...
We discuss alignment properties of nematic liquid crystals on surfaces that contain homeotropic and ...
Ultrafine 50 nm line and space nanogratings were fabricated using nanoimprint lithography, and were ...
Obtaining stable and uniform alignment of liquid crystals on a macroscopic scale is essential for th...
Obtaining stable and uniform alignment of liquid crystals on a macroscopic scale is essential for th...
The study of inhomogeneous surfaces for liquid crystal alignment has witnessed a rapid growth in rec...
Contains fulltext : 111199.pdf (publisher's version ) (Open Access)This thesis con...
Liquid crystal on silicon (LCoS) devices have been exploiting the ever-diminishing CMOS silicon proc...
Liquid crystal on silicon (LCoS) devices have been exploiting the ever-diminishing CMOS silicon proc...
From simple pocket calculators, to mobile telephones and LCD-TV, over the past few decades devices b...
This study demonstrates the fabrication of periodically unidirectional nano-wedges using nanoimprint...
Modern liquid crystal displays (LCDs) require novel technologies, such as new alignment methods to e...
Liquid crystal displays (LCDs) are incorporated in a great variety of electronic devices such as lap...
92 p.Liquid crystal displays (LCD), the main application of liquid crystals, require a uniform align...
We review some recent investigations of nanostructured alignment surfaces for liquid crystals. These...
Liquid crystal displays (LCDs) are conventionally aligned by rubbing of a polyimide (PI) layer. Pret...
We discuss alignment properties of nematic liquid crystals on surfaces that contain homeotropic and ...
Ultrafine 50 nm line and space nanogratings were fabricated using nanoimprint lithography, and were ...
Obtaining stable and uniform alignment of liquid crystals on a macroscopic scale is essential for th...
Obtaining stable and uniform alignment of liquid crystals on a macroscopic scale is essential for th...
The study of inhomogeneous surfaces for liquid crystal alignment has witnessed a rapid growth in rec...
Contains fulltext : 111199.pdf (publisher's version ) (Open Access)This thesis con...
Liquid crystal on silicon (LCoS) devices have been exploiting the ever-diminishing CMOS silicon proc...
Liquid crystal on silicon (LCoS) devices have been exploiting the ever-diminishing CMOS silicon proc...
From simple pocket calculators, to mobile telephones and LCD-TV, over the past few decades devices b...
This study demonstrates the fabrication of periodically unidirectional nano-wedges using nanoimprint...
Modern liquid crystal displays (LCDs) require novel technologies, such as new alignment methods to e...
Liquid crystal displays (LCDs) are incorporated in a great variety of electronic devices such as lap...
92 p.Liquid crystal displays (LCD), the main application of liquid crystals, require a uniform align...