112學年材料所-第七週 專題研討課程演講公告(112年10月26日)
2023.10.19
112學年上學期 材料所專題研討課程 公告
題目：
下世代顯示技術之功能膜開發研究
題目：
下世代顯示技術之功能膜開發研究
Functional Films for the Next Generation Display Technology
主講人：蔡孟霖 博士
現職：國立台灣科技大學 材料系 助理教授
學歷：國立清華大學 材料系 博士
時間：112年 10月 26日(四) 下午 3:10 – 5 :00
地點：成功大學成功校區三系館 鋼構區(3F)共同教室A130
演講摘要：
Despite their excellent stability, light crystal displays (LCDs) face severe challenge from organic light emitting diode (OLED) displays in many aspects including contrast, viewing-angle, color performance, and energy consumption in recent years. Therefore, it is of great importance to continually improve the above characteristics for the development of next generation LCDs. Of many strategies, the design of functional films provides a cost-effective way to efficiently improve the viewing performance of LCDs without redesigning the array & cell of the panel. Therefore, we systematically evaluate the improvement of light diffusing films on the viewing angle of the LCD. In addition, quantum dot (QD) films with different QD materials on back light unit of the LCD have also been introduced and compared. These strategies can not only provide solution to the current LCD technology but also offer great potential for the further development of next generation displays such as MicroLED or QD-OLED displays.
主講人：蔡孟霖 博士
現職：國立台灣科技大學 材料系 助理教授
學歷：國立清華大學 材料系 博士
時間：112年 10月 26日(四) 下午 3:10 – 5 :00
地點：成功大學成功校區三系館 鋼構區(3F)共同教室A130
演講摘要：
Despite their excellent stability, light crystal displays (LCDs) face severe challenge from organic light emitting diode (OLED) displays in many aspects including contrast, viewing-angle, color performance, and energy consumption in recent years. Therefore, it is of great importance to continually improve the above characteristics for the development of next generation LCDs. Of many strategies, the design of functional films provides a cost-effective way to efficiently improve the viewing performance of LCDs without redesigning the array & cell of the panel. Therefore, we systematically evaluate the improvement of light diffusing films on the viewing angle of the LCD. In addition, quantum dot (QD) films with different QD materials on back light unit of the LCD have also been introduced and compared. These strategies can not only provide solution to the current LCD technology but also offer great potential for the further development of next generation displays such as MicroLED or QD-OLED displays.