The present study aims to develop the porous ceramic burner applicable
to the Stirling engine, boilers and gas turbines using liquid fuels w
ith the flammability in a large input load. As a liquid fuel, kerosene
is supplied dropwise on the top surface of the porous ceramic plate a
nd ignited on the bottom surface. The combustion behavior of the burne
r is examined by measuring the profiles of temperature and composition
of combustion gas along the centerline in the chamber. The promotion
effect of combustion is examined experimentally by installing a wire n
et at the chamber outlet. The boundary condition of the combustion cha
nges substantially in the presence of the wire net. The behavior of NO
x formation can be correlated by a function of the equilibrium NO conc
entration at a maximum temperature in the burner. (C) 1998 Elsevier Sc
ience Ltd.