Publication | Closed Access
DC microdischarges inside porous ceramics
116
Citations
2
References
2005
Year
Materials ScienceChemical EngineeringDc MicrodischargesEngineeringNanoporous MaterialHybrid Plasma-catalyst SystemMicrofabricationCeramic MaterialNonthermal PlasmaCeramics MaterialsPlasma CombustionCeramic SynthesisSpecific Pore SizeGas Discharge PlasmaCar ExhaustCeramic TechnologyPlasma Processing
The hybrid plasma-catalyst system represents an effective method for the pollutant abatement from car exhaust. A problem, however, is a limited volume of the generated plasma, and a pressure drop across the catalyst layer. A new approach on the generation of microdischarges inside porous ceramic materials is reported. The results show that the stable generation of microdischarges can be observed only in ceramics with specific pore size.
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