57.1: WITHDRAWN: 57.2: Transparent Conductive Coatings Made by Electrochemical and Physicochemical Methods

Abstract

New methods of transparent conductive electrodes fabrication are presented. The electrochemical anodization of aluminum is a key component for methods to make metal electrodes. It allows to produce the holey aluminum electrode (method 1) and holey alumina mask as a pattern for metal electrode deposition with its further transferring to adhesive substrate (method 2). The 80% average transmission for range 300–1000nm and 10–20Ω/□ sheet resistance is achieved. Electroconductive films made of organosilicon compounds are investigated too.

Nanomesh Aluminum Films for LC Alignment. Theoretical and Experimental Modeling

“…There are high-purity aluminum layers subjected by anodic oxidation process and forming porous structure of aluminum oxide Al 2 O 3 . Besides of the LC alignment they can be used as transparent electrodes [2,6,7], antireflective coatings [8], light emitting devices [9]. The type of the LC orientation depends on the pores' size and LC anchoring [7,10].…”