In order to protect environment,the catalyst combined with non-thermal plasma was used to remove NO from automobile exhaust in dielectric barrier discharge reactor.

Study on Characteristics and Modes of Homogenous Dielectric-barrier Discharge at Atmospheric Pressure;

When treating automotive exhaust by the dielectric-barrier discharge reactor with modified fly ash pellets bed as catalyst,the removal rates of NO,HC and CO under different pulsed voltage,pulsed frequency,discharge space and gas flow are investigated.

Methane coupling to produce C_2 hydrocarbons through dielectric-barrier discharge(DBD)plasma reaction was studied in four DBD reactors.

Study on the decontamination of mustard in air by using dielectric barrier discharge plasma;

Detection of non-thermal plasma produced by a dielectric barrier discharge of benzene at low pressure;

Destruction of dimethyl disulfide in a gas flow system with dielectric barrier discharge;

Decay law of wettability of polypropylene fiber treated by dielectric barrier discharge(DBD);

The dielectric barrier discharge(DBD) plasma technology was applied to remove NO_x from automobile exhaust in this paper.

To determine the effects of air dielectric barrier discharge(DBD) plasma treatment on the changes of material surface properties for achieving large-scale industrial application of DBD plasma,the surfaces of PET,PP and PTFE films are modified using non-thermal plasma generated by DBD in air,and the effects of DBD plasma treatment on the hydrophilicity of material surfaces are studied.