... on Display Data Integration in Systems which use Flat AC Plasma Panel ... display device techniques and digital system architecture concepts ...

In a planar ac plasma panel, display cells are formed by the intersection of row and column conductors which are embedded at lower and upper levels, respectively, in a single dielectric layer which adjoins an ionizable display gas. A glow suppression pad, embedded at the upper level, is located ...

A development status evaluation is presented for gas plasma display technology, noting how tradeoffs

... Display for Space Station Applications Photonics Technology, Inc. 6967 Wales Road Northwood, OH 43619 Peter S. Friedman (419-666-0762) JSC -- NAS9-17948 ...

Decay kinetics of luminescence at 5.2 eV and those of sustained electron emission from MgO crystal powders were investigated in order to understand the mechanism of discharge delay in ac plasma display panels and sustained electron emission from insulator. The decay of UV-luminescence was nonexponential and the ...

Plasma display panels (PDP's) are arrays of individually addressable microdischarges which produce uv radiation which is, in turn, converted to visible radiation by a phosphor. In ac plasma display panels the electrodes are coated with dielectrics, and discharges are ...

Test panel for three-dimensional observation in ac plasma display panel (PDP) has been fabricated and the spatiotemporal behavior of infrared and visible emissions has been experimentally investigated in sustain discharges. Considering the infrared and visible emissions from the cathode, the ...

Ion bombardment of the phosphor layer during a sustain discharge was identified as the key factor inducing permanent image sticking and reducing the lifetime of alternating-current (ac) plasma display panels (PDPs). Secondary ion mass spectroscopy (SIMS) confirmed that ion bombardment of the phosphor layer ...

It is found that temporal image sticking in ac plasma display panels (PDPs) is predominantly induced by organic impurities, such as C{sub x}H{sub y}, on the MgO surface. The vacuum ultraviolet produced during a short sustain discharge dissociates these organic impurities, such as C{sub x}H{sub y}, into C and H, ...

Achieving a stable and fast address discharge under a high ambient temperature depends strongly on how constant the wall voltage formed through the reset discharge remains throughout the address period. It was observed that the wall voltage after the reset period varied considerably under a high ambient temperature, thereby aggravating a stable address discharge, mainly due to an increase in the ...

We present a self-consistent 1D model of the plasma display panel in Neon-Xeon (90-10) mixture. The model is based on a multi-fluid description of electron, ion and neutral particle transport, coupled with Poisson's equation. The results will be compared with the Global Model and the Meunier model. (J.Meunier phet al.) J. Appl. Phys. 78 731 (1995) This ...

We found that ion bombardment onto a phosphor layer during a sustained discharge was a key factor in inducing temporal image sticking of alternating-current (AC) plasma display panels (PDPs) through facilitated absorption of H2O onto the phosphor layer. We also found that ion bombardment onto the phosphor layer ...

Real-time dynamic measurements are performed on a single cell in a standard commercially available large plasma panel. The measurements determine cell response to variations in address pulses, sustain waveforms, or priming from neighboring cells. The wall-charge measurement indicates the internal dielectric surface charge and the capacitance measurement indicates the existence ...

Ne-Kr gas mixtures with high Kr concentrations were applied to ac plasma display panels. Spatiotemporal behaviors of excited Kr atoms in the 1s{sub 5} metastable state and the 1s{sub 4} resonance state were measured by microscopic laser-absorption spectroscopy in the binary mixtures with Kr concentrations of 20% ...