Abstract: The experiment of integrated purification of diesel soot was made by means of microwave heating. The experiment includes combustion and gasification collection. The catalytic effect of ceramic carrier was used in the combustion process. In order to improve the purification efficiency of PM2.5 particles, the surfactants were used in gasification collection. The model of computer control was set up so that the purification course could be controlled. The experimental principle was analyzed. Experiment result indicated that the diesel soot purifying efficiency is more than 90 %. The purification efficiency can be improved further by the optimizatio
The dielectric properties of copper catalysts were measured and their influences on the microwave as...
Development of a microwave-regenerated particulate filter system has evolved from bench scale work t...
The wall-flow diesel particulate filter (DPF) is currently the usual post-treatment system in diesel...
The most effective after treatment systems to reduce soot emissions from diesel engines are based on...
As the number and power ratings of diesel engines in both on-road and off-road applications are incr...
The dielectric properties of two diesel soot samples and a commercial carbon black sample were measu...
The dielectric properties of diesel filter substrate material, cordierite and three common support m...
In this work a microwave source has been employed for the regeneration of a ceramic foam used as a f...
By using of the microwave heating setup and engine test bed, an experimental study has been carried ...
Diesel particulate matter (PM) emissions have created considerable concern because PM is a suspected...
Abstract: The particulate matter emitted from diesel-engine exhausts has increasingly received inter...
There the study object is the swirlchamber Diesel engine, which was equipped by the soot filter in t...
Soot is a black carbon, produced from the incomplete combustion of diesel fuel, seen as a black smo...
The need for active regeneration of diesel particulate filters and the advantages of microwave assis...
The application of microwaves allows to overcome technical hitches related to the regeneration of so...
The dielectric properties of copper catalysts were measured and their influences on the microwave as...
Development of a microwave-regenerated particulate filter system has evolved from bench scale work t...
The wall-flow diesel particulate filter (DPF) is currently the usual post-treatment system in diesel...
The most effective after treatment systems to reduce soot emissions from diesel engines are based on...
As the number and power ratings of diesel engines in both on-road and off-road applications are incr...
The dielectric properties of two diesel soot samples and a commercial carbon black sample were measu...
The dielectric properties of diesel filter substrate material, cordierite and three common support m...
In this work a microwave source has been employed for the regeneration of a ceramic foam used as a f...
By using of the microwave heating setup and engine test bed, an experimental study has been carried ...
Diesel particulate matter (PM) emissions have created considerable concern because PM is a suspected...
Abstract: The particulate matter emitted from diesel-engine exhausts has increasingly received inter...
There the study object is the swirlchamber Diesel engine, which was equipped by the soot filter in t...
Soot is a black carbon, produced from the incomplete combustion of diesel fuel, seen as a black smo...
The need for active regeneration of diesel particulate filters and the advantages of microwave assis...
The application of microwaves allows to overcome technical hitches related to the regeneration of so...
The dielectric properties of copper catalysts were measured and their influences on the microwave as...
Development of a microwave-regenerated particulate filter system has evolved from bench scale work t...
The wall-flow diesel particulate filter (DPF) is currently the usual post-treatment system in diesel...