Add to ORKGLiquid crystal photoalignment using commercially available azo dye CD-1 is reviewed. Proposed dye shows excellent alignment properties which is highly promisable for future applications. This photoalignment is based on rotational diffusion in a potential created by the light field as well as intermolecular forces. It will be shown that this photo-aligning dye shows strong anchoring energy of the LC cell and also having high thermal and ultraviolet (UV) stability. The application of liquid crystal displays using this dye is also discussed. © 2008 SID
The alignment properties of the azo dye photo-alignment material SD-1/SDA-2 on plastic substrates ar...
We show that sulfuric bisazodyes, earlier distinguished as highly effective photoalignment materials...
Photoalignment on azo dye films is a simple and efficient way to achieve anisotropic ordering of mol...
Liquid crystal (LC) photo-alignment using azo-dyes is reviewed. This alignment method is very differ...
Abstract—Liquid crystal (LC) photo-alignment using azo-dyes is reviewed. This alignment method is ve...
Liquid crystal photo-alignment using azo-dyes is reviewed. This alignment method is very different f...
Excellent photoalignment of different liquid crystals (LC) on the films of commercially available az...
The field of LC photoalignment is very rapidly developing and a vast amount of the new materials, te...
This review presents the status of our research in liquid crystal display (LCD) photo-aligning. We p...
Flexibility is the way of future. Human mind is moving towards nanosize, so as devices. Future gener...
In this paper, the photo-induced alignment of liquid crystal on an azo dye film is discussed for the...
The photo-induced alignment of liquid crystal onto a photochemical stable azo-dye film was studied f...
The photo-induced alignment of liquid crystal onto a photochemical stable azo dye film is studied fo...
The photo-aligning of Liquid Crystal (LC) layers by UV-illumination seems to provide a new advanced ...
Liquid crystal photo-alignment using azo-dyes for display and photonics applications is discussed. V...
The alignment properties of the azo dye photo-alignment material SD-1/SDA-2 on plastic substrates ar...
We show that sulfuric bisazodyes, earlier distinguished as highly effective photoalignment materials...
Photoalignment on azo dye films is a simple and efficient way to achieve anisotropic ordering of mol...
Liquid crystal (LC) photo-alignment using azo-dyes is reviewed. This alignment method is very differ...
Abstract—Liquid crystal (LC) photo-alignment using azo-dyes is reviewed. This alignment method is ve...
Liquid crystal photo-alignment using azo-dyes is reviewed. This alignment method is very different f...
Excellent photoalignment of different liquid crystals (LC) on the films of commercially available az...
The field of LC photoalignment is very rapidly developing and a vast amount of the new materials, te...
This review presents the status of our research in liquid crystal display (LCD) photo-aligning. We p...
Flexibility is the way of future. Human mind is moving towards nanosize, so as devices. Future gener...
In this paper, the photo-induced alignment of liquid crystal on an azo dye film is discussed for the...
The photo-induced alignment of liquid crystal onto a photochemical stable azo-dye film was studied f...
The photo-induced alignment of liquid crystal onto a photochemical stable azo dye film is studied fo...
The photo-aligning of Liquid Crystal (LC) layers by UV-illumination seems to provide a new advanced ...
Liquid crystal photo-alignment using azo-dyes for display and photonics applications is discussed. V...
The alignment properties of the azo dye photo-alignment material SD-1/SDA-2 on plastic substrates ar...
We show that sulfuric bisazodyes, earlier distinguished as highly effective photoalignment materials...
Photoalignment on azo dye films is a simple and efficient way to achieve anisotropic ordering of mol...