ID 原文 译文
15895 通过修改目标面照度分布的方法提高了均匀性。 However,the uniformity became poor when the extended light source was included. The uniformity was improved by modifying the illuminance distribution of the target surface.
15896 实际测试结果表明，背光均匀性为86.8%，满足直下式背光模组的设计要求。 The actual test results showed that the uniformity of backlight unit achieved 86.8%, which could meet the design requirements.
15897 设计的折反混合透镜能有效缩短混光距离，满足实际使用需求。 The designed and optimized refraction-reflection hybrid lens could effectively reduce the optical distance and satisfy the requirements for practical application.
15898 分析了发展CELL（成盒单元）段OLED检测技术和检测设备的机遇和挑战，列举了成盒单元段OLED检测技术、检测设备和目前流行的主要设备制造商，并对一些核心产品及技术进行了分类和介绍。 The opportunities and challenges of developing OLED defect inspection technology and equipment for CELL segment were analyzed,and the OLED detection technologies,testing equipment and the popular equipment manufacturers for CELL segment were listed. Core products and technologies were classified and introduced.
15899 并从研究的角度对学术界在CELL段亮暗点检测和MURA检测的研究内容进行了分类和总结，分析了不同方法的优缺点。 From the research point of view,the research contents of CELL segment were also classified and summarized,such as bright spot inspection,dark spot inspection and MURA detection,and the advantages and disadvantages of different methods were analyzed.
15900 最后，给出了未来几年内CELL段OLED检测技术和设备可能的发展趋势。 Finally, the possible trends of CELL segment OLED inspection technology and equipment in the next few years were presented and discussed.
15901 对单分子电导角度对光致变色分子、聚集诱导发光（AIE）分子、太阳能分子等光电分子的研究进展进行了总结。 The research progress of photoelectric molecules materials was summarized,such as photochromic molecules,aggregation-induced luminescence(AIE) molecules and solar molecules from the perspective of single-molecule electrical conductivity.
15902 介绍了基于光电分子电学特性设计的分子器件。 Next, molecular devices designed based on the electrical properties of photoelectric molecules were systematically introduced,
15903 分析了光电分子用于分子器件的优势和不足，探讨了光电分子的电荷传输机制，为进一步阐明光电分子结构与性质之间的构效关系，设计光电功能性分子器件提供了单分子水平的有效依据。 and the advantages and shortcomings of photoelectric molecules for molecular devices were also discussed.Then the charge transport mechanism of photoelectric molecules was explored,which could provide an effective basis for further elucidating the conformational relationship between the structure and properties of photoelectric molecules.
15904 基于光纤面板传像原理，提出了一种新型光纤面板的制作方法。 Moreover, it would provide an effective basis for the design of optoelectronic functional molecular devices at the single molecule level.