Porous materials have been extensively used in various engineering applications, due to
their promising thermal characteristics. Extensions of lean-burn limits as well as the low …

Among various portable energy systems, micro-thermophotovoltaic and micro-thermoelectric
systems gained extensive attention due to compact configuration, no mechanical noise …

The seventh edition of this classic text outlines the fundamental physical principles of
thermal radiation, as well as analytical and numerical techniques for quantifying radiative …

The premixed H 2/air combustion with varied porosity of porous medium (PM) is
experimentally and numerically studied. The influences of porosity and arrangement of PM …

Flame stability and pollutant emissions are issues of the greatest concern for low-calorific-
value gas combustion. Although the conventional straight porous burner is conducive to …

The response of ultra-lean flames, stabilised in a porous burner, to the fluctuations imposed
on the fuel flow rate is investigated experimentally. The study is motivated by the likelihood …

To improve energy efficiency and electrical power output of H 2-fueled micro-
thermophotovoltaic, burning in combustors with varied porous media (PM) settings is …

As a high-energy clean fuel, hydrogen is one of the most promising energy carriers to
achieve “carbon neutrality”. In order to produce hydrogen, a novel porous media heat …

During the last years the thin-layered radial porous burners are of growing interest, primarily
due to low pressure loss, advanced flame stability and high radiant output. The aim of this …

Current combustion-based meso-scale thermoelectric systems generally operate at
stoichiometric ratio, which leads to high emissions. Lean burn is beneficial to the burning of …