In this paper, we describe the new concept of design, synthesis, and application of nanostructured anisotropic materials and conductive and alignment coatings for high efficient displays and photonic devices. It is based on the original combination of anisotropic and nanostructured materials, conductive and alignment coatings, and includes the design and synthesis of new anisotropic materials and the preparation of novel conductive and alignment coatings.

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The paper describes the investigations of electrochemical preparation of self-organized aluminum mesh for display applications. This new technology can be used for the production of optically transparent electrodes for display devices without indium-tin oxide films. The aluminum meshes on glass surface were obtained by anodizing of thin Al films sputtered on sodium glass in oxalic acid solution at voltage of 50 V and chemical etching of porous alumina. It has been shown that the maximum Al meshes conductivity can be prepared by anodizing of thin Al films in acid solutions at a higher temperature.

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