State-of-the-art catalytic converters need an ever-high amount of precious-metal catalysts to meet stringent emission regulations. This research reveals an alternative design based on micro-structured ceramic hollow fibre substrates, yielding high conversion of pollutants at low catalyst costs, as well as a unique benefit of low pressure-drop, leading to high engine performances
The catalytic converter is a device which converts harmful exhaust gases from internal combustion en...
Internal combustion engines produce harmful exhaust gases. Catalytic converters are implemented to c...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
State-of-the-art catalytic converters need an ever-high amount of precious-metal catalysts to meet s...
The development of ceramic hollow fibre catalytic converters for the control of automotive emission ...
Doping Pd into perovskite catalysts helps to reduce light-off temperatures, improve thermal-chemical...
Environmental concerns and stringent emission standards have underlined the significance of developi...
AbstractOne of the engineering technologies that can be used to reduce air pollution is the use of c...
Microstructured alumina hollow fibers, which contain a plurality of radial microchannels with signif...
Automobile exhaust emission control is one of the trending issues in automobile research field. It c...
Catalytic converters with non-linear channel structures were prepared using 3D printing and tested i...
Automobile exhaust emission control is one of the trending issues in automobile research field. The ...
A full size ceramic substrate was successfully prepared using a robocasting 3D printer and tested as...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
Doping Pd into perovskite catalysts helps to reduce light-off temperatures, improve thermal-chemical...
The catalytic converter is a device which converts harmful exhaust gases from internal combustion en...
Internal combustion engines produce harmful exhaust gases. Catalytic converters are implemented to c...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
State-of-the-art catalytic converters need an ever-high amount of precious-metal catalysts to meet s...
The development of ceramic hollow fibre catalytic converters for the control of automotive emission ...
Doping Pd into perovskite catalysts helps to reduce light-off temperatures, improve thermal-chemical...
Environmental concerns and stringent emission standards have underlined the significance of developi...
AbstractOne of the engineering technologies that can be used to reduce air pollution is the use of c...
Microstructured alumina hollow fibers, which contain a plurality of radial microchannels with signif...
Automobile exhaust emission control is one of the trending issues in automobile research field. It c...
Catalytic converters with non-linear channel structures were prepared using 3D printing and tested i...
Automobile exhaust emission control is one of the trending issues in automobile research field. The ...
A full size ceramic substrate was successfully prepared using a robocasting 3D printer and tested as...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
Doping Pd into perovskite catalysts helps to reduce light-off temperatures, improve thermal-chemical...
The catalytic converter is a device which converts harmful exhaust gases from internal combustion en...
Internal combustion engines produce harmful exhaust gases. Catalytic converters are implemented to c...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...