In order to strengthen the internal flow and heat transfer and increase the stability of the
flame, various methods to improve combustion efficiency were proposed. In terms of spatial …

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

To improve the flame stability and energy utilization of micro-generators, experimental and
numerical investigations of a micro-thermophotovoltaic fueled by H 2/CH 4 are conducted …

To ameliorate the thermal performance of micro combustor and expand its potential
applications, a combustor with partially Pt-loaded porous media is constructed. Experiments …

Targeting at addressing the low exergy efficiency of micro thermophotovoltaic (MTPV)
system, a novel micro combustor with internal spiral fins is proposed. The geometrical …

Micro thermophotovoltaic system, a chemical energy to electrical output device, has been
challenged for application because of burning instability, high heat loss ratio and low energy …

Abstract major challenge in the development of micro-combustors is flame instabilities—
resulting in a non-uniform wall temperature distribution and lower combustion efficiency. To …

Power output and efficiency of the micro-thermophotovoltaic generator are limited by flame
instability, tremendous heat loss ratio and short residence time. H 2/air premixed combustion …

Micro thermophotovoltaic (MTPV) system, as a type of micro-combustion power system,
possesses several advantages, including higher energy density, sustained and stable …

The present work numerically examed the effects of hydrogen volume flow rates (Q v) and
equivalence ratios (Φ) on thermal performances of meso-scale combustors structured with …