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스크린 프린팅법에 의한 탄소나노튜브 전계방출소자의 제조기술
이만,손지하,주학림,정효수,고남제,이동구,Yi, Mann,Son, Ji-Ha,Chu, Haang-Rhym,Jeong, Hyo-Soo,Koh, Nam-Je,Lee, Dong-Gu 한국재료학회 2002 한국재료학회지 Vol.12 No.6
The carbon nanotube emitters for field emission displays were fabricated by using screen printing techniques. The pastes for screen printing are composed of organic binders, carbon nanotubes (multiwalled or singlewalled), and some additive materials. The pastes were printed on Cr-coated/Ag-printed soda-lime glass substrates. From the I-V characteristics, the turn-on field of SWNT was lower than that of MWNT. The decrease in the mesh size of screen masks (i.e. increase in the opening size of the screen mesh) resulted in decreasing the turn-on field and increasing the electron emission current. When the carbon nanotubes were mixed with silver pastes, silver powders appeared to contribute to the vertically aligning of carbon nanotubes on a glass.
스크린 프린팅 적용을 위한 패널 평탄도와 BM 일치성의 공정능력 분석
이도경(Do-Kyung Lee),장성호(Sung-Ho Chang),고남제(Nam-Je Koh) 한국산업경영시스템학회 2004 한국산업경영시스템학회지 Vol.27 No.1
A new display device is required, which has concepts of flatness and slimness. FED can be one of the solutions. When we use flat panel, we can save the raw material and reduce the production time by eliminating the printing process, drying process, and washing process. In this case, good panel flatness and consistency with panel flatness and black matrix is the precondition. Therefor, we analyzed process capability of panel flatness and regression between panel flatness and BM position by experiments.