Requirements of properties and designs and the preparation process for the porous ceramic plate as a key component of infrared gas burners are discussed.

Experiments were carried to measure the NO x emission under different thermodynamic parameters while the town gas was combusted with air fully premixed within ported ceramic plaque.

In this paper a numerical model of combustion within ported ceramic plaque was set up by introducing kinetic data which were used for study in porous media.

Town gas premixed combustion within ported ceramic plaque was studied.

Based on the theoretical analysis of the heat equilibrium of the gas-infrared ported ceramic radiator, some regularities about the impacts of outside metal gauze on the performance of the gas-infrared ported ceramic radiator are obtained through a series of contrast experiments.

Fabrication of Porous Ceramic With Starch as the Pore-forming Agent;

Preparation of TiO_2 porous ceramic;

Al_2O_3 matrix porous ceramics prepared by SHS;

Preparation and development of porous ceramics;

Fabrication of porous ceramics using polymeric sponge dipping method;

Research on fabrication of warp-knitted space porous ceramics by impregnation process;

Effect of partition on ceramic burner and the flow process in the combustion chamber;

Valuation on the ceramic burner of hot blast stove;

A Multi-port annular flameless ceramic burner for hot blast stove is introduced.