Analysis of infrared emission in accordance with driving frequency and discharge gap by using three-dimensional plasma display panel

Summary form only given. The plasma display panels (PDPs) have been one of the most attractive products in the large size flat TV markets because of advantages such as high contrast ratio, fast response time, good natural-color reproducibility, long life time, etc. Many researchers reported their experimental and numerical works to understand the physics of the discharge phenomena in a PDP cell and to improve the luminous efficiency of PDPs. In this study we have investigated three-dimensional discharge modes in accordance with driving frequency and discharge gap. For observation of three-dimensional infrared emission from PDP plasma, three-dimensional plasma display panel has been fabricated which has various discharge gap. And the spatiotemporal behavior of infrared has been experimentally investigated in sustain discharges under various driving frequency. The discharge modes which have same fd (frequency*discharge gap) parameter was similar to each other.