Corresponding experiment results were well satisfied with the model,demonstrating that it was rational and effective to analyze the mechanism of DBD plasma co.

Compared to vacuum plasma, the atmospheric DBD plasma sources have recently received increased attention due to their many advantages, such as having no need for expensive vacuum equipent, being low-cost, and easy to operate.

Scale-up experiment of plasma reactors with different electrode structure;

Modification of plasma reactor and matching with pulse power;

The application of nonthermal ferroelectric plasma reactor in decomposition of odorous gases,such as ammonia,hydrogen sulfide and methyl mercaptan was investigated.

Using allylamine monomer,amine-containing functional films were prepared by pulsed dielectric barrier discharge at a high pressure.