Influence of hydrogen-doped MgO thin films on the discharge characteristics in plasma display panels

Reduced recombination with an optimized barrier layer on TiO2 in PbS/CdS core shell quantum dot sensitized solar cells

“…40 MgO nanoparticles are useful in high temperature resilient insulating materials, fuel-oil additives, liquid crystals, electroluminescence display panels and fluorescence tubes. [41][42][43][44][45] Combining an insulator material (such as MgO and Al 2 O 3 ) with TiO 2 can boost its photo-catalytic performance. 46,47 Bandara et al stated that TiO 2 coated with MgO increases the photo-degradation of eosin by three-fold.…”

Electrophoretic Carbon Nanotube Field Emission Layer for Plasma Display Panels

“…Enhancing secondary electron emission capability of the protective layer is another effective way to significantly decrease the discharge voltage. Alternatively, PDP operating voltage reduction can be achieved by changing the MgO surface morphology and crystal structure by annealing process [3] or via altering preparation conditions [4] to increase the secondary electron emission. Last but not least, PDP operating voltage reduction can be achieved by developing the composite protective layer, for example, SrO/MgO [5], MgO/Graphite-in-diamond (GiD) [6], MgO/TiO 2 [7], MgO/nano Au [8], ZnO/MgO [9] and MgO/NiO [10], in order to increase the secondary electron emission.…”

Development of an ac plasma display panel with a low discharge voltage utilizing an electrophoretic carbon nanotube as a field emission layer

“…Enhancing secondary electron-emission capability of the protective layer is another effective way to decrease the discharge voltage [2], which has been frequently reported. Changing the MgO surface morphology and crystal structure by the annealing process [5] or altering the preparation condition [6] is an effective way to increase the secondary electron emission. Developing the composite protective layer, for example, SrO/MgO [7], MgO/graphite-in-diamond (GiD) [8], MgO/TiO 2 [9], MgO/nano Au [10], ZnO/MgO [11] and MgO/NiO [12], to increase the secondary electron emission is also an important method.…”