Investigation of the Arrayed Dielectric Barrier Discharge Reactor for PM2.5 Removal in Air

In-plasma-catalysis for NOx degradation by Ti3+ self-doped TiO2−x/γ-Al2O3 catalyst and nonthermal plasma

“…Due to its milder operating conditions, low-temperature plasma can generate high-energy electrons to bombard heavy particles when the macroscopic temperature is close to normal temperature, realizing a reaction process that could only occur at high temperature and high pressure under traditional conditions. 5 NTP (non-thermal-plasma) has been widely used in present industrial production, pollution control and other fields, such as the surface etching of nano materials, 6 dust-containing gas dust removal, 7 high COD wastewater degradation, 8 etc. Research studies on the direct degradation of NO x by low-temperature plasma were carried out as early as the 1990s, 9 but were hampered by a low degradation efficiency, poor target selectivity, and the creation of by-products causing secondary pollution.…”

Research on resonance parameters matching based on partitioned operation method of atmospheric pressure plasma reactor array

“…Δg), etc) are often used in environmental protection, sterilization, pollutant treatment and other fields [1][2][3][4][5][6][7][8][9] because of their strong oxidation characteristics. The application of large scale treatment cannot be realized by a single ROS generator due to its limited production.…”