| Title |
A Study on the 0-Dimensional Simulation of He＋Ne＋Xe Gas and the Discharge Characteristics in Plasma Display Panel |
| Authors |
정해영(Jeong, Hae-Yeong) ; 최훈영(Choe, Hun-Yeong) ; 김근수(Kim, Geun-Su) ; 김성익(Kim, Seong-Ik) ; 송봉식(Song, Bong-Sik) ; 박헌건(Park, Heon-Geon) ; 이석현(Lee, Seok-Hyeon) |
| Keywords |
PDP ; Gas Discharge ; He＋Ne＋Xe ; Simulation ; VUV |
| Abstract |
Recently color AC PDP(plasma display panel) technology is rapidly improved. However, the luminous efficiency improvement is a key issue for making plasma display into a large-area flat display. In this paper, we suggest a new concentration of Xe in He-Ne-Xe gas mixture in order to achieve a high luminous efficiency of color AC PDPs. We calculated the densities of 25 species as a function of the time zero dimensional simulation using CVODE solver and we compared the results of zero dimensional simulation with a measurement of photo wave brightness and luminous efficiency, in order to find the optimum mixing condition of He-Ne-Xe gas in color plasma display panel. We obtained a high discharge speed under Xe mixing ratio of 1% by simulation and confirmed that through measuring photo wave. |