Owing to its high energy density, the combustion-based micro thermophotovoltaic system
has promising prospects and becomes the most potential substitute for conventional power …

With the rapid development of MEMS devices, the power system based on micro scale
combustion has drawn great attention. The thermal performance of micro combustion plays …

The pressure loss (Δp), output power (Q tot) and system efficiency (η MTPV) are the most
important performance parameters of micro combustor for thermophotovoltaic applications …

To extend the operation conditions and improve the working performance of micro-
thermophotovoltaic system, the combustor with varied block setting and length is proposed …

Combustion characteristics and thermal performance of premixed H 2/C 3 H 8/air in a micro
planar combustor with block insert are experimentally and numerically tested. Effects of …

Aimed at improving the combustion and thermal performance of micro combustor to increase
energy output, a Y-shaped fin is designed to enhance the heat transfer. Firstly, the …

Combustion characteristics of premixed H 2/CH 4/Air in a combustor with dual-inlet are
investigated under various operating conditions. Effects of reactants ratio in the two inlets …

Low thermal performance is one of the biggest challenges of using micro combustor in
Thermo-photovoltaic (TPV) system. In this study, a novel micro-combustor with porous media …

Present research deals with the combustion characteristics, thermal performance, and
emissions analyses of a radial micro-combustor for thermo-photovoltaic application …

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