1) ITO/TiSi_2 electrode
ITO/TiSi_2电极
2) ITO electrode
ITO电极
1.
Based on the measurements of the contact angles,the surface energy and surface polarity of the ITO electrodes were calculated using the geometric mean approach.
采用氧等离子体处理对有机发光器件ITO电极进行表面改性,基于接触角的测量,利用几何平均法计算了ITO的表面能和极性度,研究了氧等离子体处理对ITO电极表面湿润性的影响。
2.
Nanofibers modified ITO electrode was fabricated via electrospinning, then the electrode was further modified with different materials by self-assembly technique.
本论文利用静电纺丝法制备纤维修饰ITO电极,在此基础上利用自组装技术在纤维修饰电极上制备不同物质的膜修饰电极,并研究其电化学性质和电催化性质。
3) ITO optical transparent electrode
ITO光透电极
4) ITO transparent electrode
ITO透明电极
1.
ITO transparent electrode was prepared by photolithography technology and wet chemical etching,thicknesses of ITO thin film were measured by dint of profilometer and shapes of ITO transparent electrode were observed by video microscope.
利用光刻技术和湿法刻蚀技术制备ITO透明电极,借助视频显微仪和台阶仪观测电极形状和表面形貌。
5) ITO corrosion
ITO电极腐蚀
1.
ITO corrosion is a difficult problem in the LCD production.
ITO电极腐蚀是LCD行业中普遍存在的难题。
6) ITO patterns
ITO电极图案
1.
But high effective, speedy and exact inspection of ITO patterns is still technical problem.
透明导电薄膜(ITO)是液晶显示器(LCD)的重要组成部分，ITO电极图案是自动光学检测(AOI)系统一个所需着重检测的对象，对其的检测好坏直接关系到LCD生产产品的质量和成品率，在LCD的生产流程中有着非常重要的地位。
补充资料：Ito导电膜玻璃
ito导电膜玻璃
ito导电膜玻璃
氧化铟锡(indium-tin oxide)透明导电膜玻璃,多通过ito导电膜玻璃生产线,在高度净化的厂房环境中,利用平面磁控技术,在超薄玻璃上溅射氧化铟锡导电薄膜镀层并经高温退火处理得到的高技术产品。
产品广泛地用于液晶显示器(lcd)、太阳能电池、微电子ito导电膜玻璃、光电子和各种光学领域。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。