Title :
Studies on DBD in Oxygen. Dynamics of the Gas Cooling in Microdischarge Channel
Author :
Jodzis, SÅ‚awomir ; Petryk, Jan
Author_Institution :
Fac. of Chem., Warsaw Univ. of Technol., Warsaw, Poland
Abstract :
Changes of the gas temperature inside the isolated microdischarge channel were analyzed. The rate of decrease of the initial temperature up to the level of the average gas temperature in the gap has been shown. The duration of the elevated gas temperature in the microdischarge channel and where the ozone is decomposed have been explained. The gas-expanding effect in the microdischarge volume has been presented. Computer visualization of the microdischarge channel in the discharge gap is presented.
Keywords :
cooling; dielectric-barrier discharges; ozone; DBD; O3; computer visualization; discharge gap; gas cooling; gas temperature; gas-expanding effect; microdischarge channel; ozone; Computers; Cooling; Discharges (electric); Gases; Heating; Plasma temperature; Atmospheric-pressure plasmas; mathematical model; plasma temperature; temperature;
Journal_Title :
Plasma Science, IEEE Transactions on
DOI :
10.1109/TPS.2014.2337887
