| 초록 |
Decomposition of CHF3 is high potential reduce greenhouse gases because the 100 years global warming potential of CHF3 is 12000. Non-thermal plasma is one of methods attractive for decomposition of CHF3. In this study, oxidation of CHF3 performed in a coaxial dielectric barrier discharge reactor was immersed in an electrically insulating oil bath. Effect of several factors on the reaction investigated, namely, applied voltage, applied frequency, initial CHF3 concentration in the feed gas. These factors were examined on the decomposition of CHF3 and product components. |
