作者: Han S. Uhm , Naleum Yoo , Eun H. Choi
DOI: 10.1063/1.2715545
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摘要: The time profile of 147-nm light emission from a cell discharge the plasma display panel is investigated in terms xenon mole fraction χ and gas pressure p, including important influences diffusion loss three-body collisions excited atoms resonance state. dY∕dt analytically expressed fraction. theoretical analysis indicates that intensity increases zero, reaches its peak, then decreases, as goes by. peak (dY∕dt)p corresponding tp are obtained p χ. total Y during each cells proportional to decay τ. experimental data remarkably consistent with predictions.