ID 原文 译文
15935 在IGZO型TFT-LCD器件阵列四次光刻工艺条件下，研究了薄膜晶体管图形设计对实做图形的影响，得到了不同沟道长设计、补偿设计对半色调掩膜光刻后沟道区域光刻胶图形拖尾、内缩、膜厚的影响趋势。 In the four mask technology based on IGZO TFT-LCD,the influence of drawing design of thin film transistor on actual pattern was studied,and the influence trends of different channel length design and compensation design was obtained on the trailing,shrinkage and film thickness of photoresist in channel area after halftone mask lithography.
15936 实验测量结果表明，沟道长设计值L在3μm～10μm时，L越大，光刻胶内缩量越大，拖尾量越小，沟道内光刻胶膜厚越小； Results showed that when the value of L was increased from 3 μm to 10 μm,the shrinkage of photoresist was bigger,trailing of photoresist was smaller,and the thickness of photoresist was thinner.
15937 L>10μm时，光刻胶内缩量、拖尾量、膜厚趋于平稳。基于以上趋势，通过对沟道长设计优化和图形补偿设计，可有效改善光刻胶内缩和拖尾对实做沟道长宽比的影响，同时获得合适的沟道光刻胶膜厚。 However,when L>10 μm,the photoresist shrinkage,trailing and film thickness tended to be stable. Based on the trends above,the effect of the shrinkage and trailing of photoresist could be effectively improved by optimizing the design of channel length and drawing compensation design,and at the same time,the appropriate channel photoresist thickness could be obtained.
15938 针对卡塞格林太阳能聚光镜的次镜遮挡问题，提出了降低遮拦比的透镜校正法。 For solving the problem of secondary lens occlusion in Cassegrain solar condenser,a lens correction method was proposed to reduce the obscuration ratio.
15939 在传统的聚光比与遮拦比计算公式的基础上，给出了校正版计算公式。 On the basis of the traditional concentration ratio and obscuration ratio formula,the correction formulas were proposed.
15940 选取聚光比为280，遮拦比为0.33的卡塞格林聚光镜，利用Zemax软件进行了仿真分析。结果表明利用透镜校正法，所设计的卡塞格林聚光镜的遮拦比降低了36.36%，并且聚光镜的聚光比也得到了改善，接收器表面的光斑分布也更加均匀。 A Cassegrain condenser was analyzed with Zemax software,the concentration ratio was 280,and the obscuration ratio was 0.33.The results showed that using lens correction method,the obscuration ratio of the designed Cassegrain condenser was reduced by 36.36%,the concentration ratio of the condenser was improved,and the spot distribution on the receiver surface was more uniform.
15941 设计了一种新型偏振片，通过加入防窥层，实现了一种具有窄视角功能的偏振片。 In view of the need to protect privacy in public places,special displays need to have narrow viewing angle function,and a new type of polarizer was designed.
15942 以防窥层的光栅片将大角度的光挡住，只保留较小角度的光线，达到防窥的作用。 By adding anti-peeping layer,a polarizer with narrow viewing angle function was realized.
15943 研究结果表明，提出的具有窄视角功能的新型偏振片可以将显示器的可视角度从160°降低到60°。 By using the anti-peeping layer grating slice to block the large angle of light and retain the small angle of light,the purpose of anti-peeping was achieved.The results showed that the proposed new polarizer could reduce the viewing angle of the display from 160° to 60°.
15944 针对某加固显示器在空气静电放电（ESD）15 kV测试中显示屏幕出现亮线的问题，提出了一种有效的整改方法：即处理镀膜屏蔽玻璃与加固显示器外壳之间的搭接，包括：（1）建议镀膜屏蔽玻璃的边缘搭接方式为ITO膜层裸露或者有银浆边； A bright line appeared on the display screen of a rugged display in air Electrostatic Discharge(ESD)15 kV test. For the problem,an effective rectification method was proposed,which was to deal with the lap joint between the coated shielding glass and the shell of rugged display.