Abstract The need for Power Micro Electro Mechanical Systems (Power MEMS) is growing
as microfabrication techniques and microelectronics advance. Conventional chemical …

The premixed H 2/air combustion with various propane blended ratios in two size stepped
combustors with porous medium is experimentally and numerically studied. In order to …

Micro burner is the fundamental element of a micro energy power system. The performance,
output power, and efficiency of the system are directly involved by the combustion stability …

The combustion characteristics and thermal performance of a premixed H 2/air combustion
in the micro-combustor with a backward-facing step is studied through experimental tests …

A micro-combustor with a tailored internal thread is proposed to uniform the wall
temperature and improve the second law efficiency of a micro thermophotovoltaic (MTPV) …

Micro-combustors with reliable flame stability and high surface temperature are crucial for
micro-thermophotovoltaic devices. Recently, we verified the feasibility of catalytic …

Hydrogen production by the partial oxidation combustion in porous media provides an
efficient utilization for renewable biogas. In this paper, the free section with lengths of 0, 5 …

Oxy-fuel combustion of methane was conducted in a rapidly mixed tubular flame burner, as
oxygen content (mole fraction) was varied from 0.25 to 1.0. The fuel and oxidizer were …

In this study, stainless-steel-platinum segmented microreactors were designed, their
combustion performance was evaluated, and optimized designs were produced. Flames …

In this work, the joint effect of applying Pt catalyst and heat-recirculating structure on the
flame stability and thermal performance has been numerically investigated in methane-air …