But high effective, speedy and exact inspection of ITO patterns is still technical problem.
透明導電薄膜(ITO)是液晶顯示器(LCD)的重要組成部分，ITO電極圖案是自動光學檢測(AOI)系統一個所需著重檢測的對象，對其的檢測好壞直接關系到LCD生產產品的質量和成品率，在LCD的生產流程中有著非常重要的地位。
Software Design of Automatic Inspection System for ITO Electrode Pattern;
ITO電極圖案自動檢測系統的軟件設計
STUDY OF ORGANIC SOLAR CELLS
有機太陽電池ITO電極質量衡量方法
The Research of Electrochemiluminescence Behavior of Luminol on ITO Electrode;
ITO玻璃電極上魯米諾電化學發光機理的研究
The Electric Chemical Behavior and Degradation of Methyl-mercuric Chloride at ITO Electrode
氯化甲基汞在ITO電極上的電化學行為及其降解
Electrochemical Behavior of ITO Films during Anodic and Cathodic Polarization in Sodium Hydroxide Solutions
ITO在NaOH溶液中陽極與陰極極化過程的電化學行為
A Study of the Influence of Intensifies on the ECL of Polymerized Luminol on ITO;
增敏劑對ITO電極上電聚合魯米諾電化學發光的影響研究
Self-assembly Film Based on the ITO Electrode Modified with Nanofibers and Its Electrocatalysis;
基于纖維修飾ITO電極上自組裝膜及其電催化性質的研究
Study on preparation of silver nano-particle self-assembled multilayer film modified ITO electrode and its electrochemical behavior
納米銀自組裝多層膜修飾銦錫氧化物(ITO)電極的制備及電化學研究
Preparation of ITO Nano Powder by Arc Evaporating and Development of Ultra High Density ITO Target
電弧氣化法制備納米ITO粉末及高密度ITO靶的研制
Study of Transparent & Conductive Indium Tin Oxide (ITO) and ITO Composite Films;
透明導電ITO及其復合薄膜的研究
The Conductivity Mechanism of ITO Film Analyzed by Ultraviolet and Infrared Spectra
ITO薄膜導電機理紫外-紅外光譜分析
Studies on Deep Ultraviolet Transparent Conductive Ga_2O_2/ITO/Ga_2O_3 Films
Ga_2O_3/ITO/Ga_2O_3深紫外透明導電膜的研究
Preparation of conductive and transparent ITO film by sol-gel technique
基于溶膠-凝膠法的ITO透光導電膜制備
Fabrication and Characteristics Test of ITO/CuPc/Alq_3/Al Organic Light-emitting Diodes
ITO/CuPc/Alq_3/Al有機發光二極管的制備與特性測試
filling of contours
充實輪廓（電腦圖案處理）
ITO Thin Films and Their Fine Patterning by Sol-Gel Process;
溶膠—凝膠法制備ITO薄膜及其微細圖形的研究
Preparation and Effect of Passing Electrical Current on Properties of ITO Films
ITO薄膜的制備及通電電流對薄膜特性的影響
The effect of RTA process on optical and electrical characters of E-beam evaporated ITO films
快速熱退火對電子束蒸鍍的ITO膜光電特性影響