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In this paper, we investigate the coupling of surface plasmon based on Kretschmann configuration (KC) to localized and delocalized surface plasmon modes supported by metallic nanowire grating (MG) at the oblique incidence. The designed structure consists of MG deposited on a substrate positioned upside down above a conventional KC at a certain distance. Mode coupling and resonant interactions between...
The performance of a plasma-catalyst hybrid reactor for VOCs removal was studied in this paper. xylene and MnOx were acted as the pollutant and catalyst, respectively. The combinations between reactor and catalyst were conducted in active discharging and post discharging zone, respectively. The parameters investigated included discharge power, discharge gap width, inlet xylene concentration and moisture...
Although single die eWLB has been around for quite some time, processing of multi-die packages can pose many challenges. In multi-die eWLB package, two or more dies are placed side by side with a small gap, encapsulated by mold compound and interconnected with redistributed layers (RDL) and solder balls. The objective of this paper is to share the challenges in processing multi-die eWLB packages,...
Objective to investigate the dependence of nitrogen oxide removal effect on a plasma reactor length, three groups of different length experiments were conducted using a concentric cylinder double dielectric-barrier discharge reactor. Experimental results show that changing the length does not obviously affect the electrical power consumption with a given level of nitrogen oxide removal efficiency...
In order to study resonance problem and harmonic analysis of dielectric barrier discharge (DBD), a high voltage and frequency alternating current (AC) power supply and the distributed parameter circuit model which consists of high frequency high voltage transformer and DBD load, are analyzed. Based the Fourier forms of the voltage and current, the current harmonic and the phenomenon of resonant state...
Three groups of different initial NO concentration experiments were conducted using a concentric cylinder double dielectric-barrier discharge reactor to investigate how variational initial NO concentrations affect the effectiveness of dielectric barrier discharge (DBD) treatment flue gas pollutants. Results show that the input energy density increases with increasing the initial NO concentration under...
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