This paper describes the characteristic and fabrication technology of COF(Chip on Film)tape for large-scale LCD(Liquid Crystal Display), and fine pitch wiring formation technology.
概述了大型液晶显示用COF带的特征和制造技术以及细节距线路形成技术。
The solidification process of liquid steel is forming and growing pro cess of crystal nucleus, and formation of crystal nucleus depends on overcooling degree and solid particles in liquid steel.
钢水的凝固过程是晶核的形成及长大过程，而晶核的形成则依靠钢水的过冷度和钢水中的固体质点。
According to show the different ways and content, commonly used in the instrumentation on the liquid crystal display modules and a T-point formation of two types.
根据显示方式和内容的不同，常用于仪器仪表上的液晶显示模块有笔段型和点阵型两类。
The shape of the liquid crystal display device as a whole can be reduced by the formation of the resistance element and other peripheral circuit on the substrate of a liquid crystal panel.
通过在液晶板的基板上形成电阻元件或其它外围电路可以使液晶显示装置的整体形状变小。
The formation of liquid crystal pattern relates to the driving voltage amplitude and frequency.
液晶斑图的形成与驱动电压的幅值和频率有着非常密切的关系。
The influence of formulation ingredients on the formation of liquid crystal in alkyl polyglucoside system was studied. The main factors such as co-emulsifiers and oily ingredients were focused.
研究了配方组成对烷基糖苷乳化体系液晶形成的影响，并针对优化体系研究了其相行为，主要研究了助乳化剂和油质原料对体系液晶形成的影响。
The influence of formulation ingredients on the formation of liquid crystal in alkyl polyglucoside system was studied. The main factors such as co-emulsifiers and oily ingredients were focused.
研究了配方组成对烷基糖苷乳化体系液晶形成的影响，并针对优化体系研究了其相行为，主要研究了助乳化剂和油质原料对体系液晶形成的影响。
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