To study the effect of initial temperature of 30, 60, 90, and 120° C on the explosion limits and
the explosion process of the syngas-air mixtures, the explosion limits were tested by the …

A Y-shaped micro combustor consisting of three quartz tubes with an identical inner
diameter of 2.0 mm was designed. Effects of total flow rate and fuel/air ratio on the …

Flame characteristics of CH 4/H 2/air (CH 4: H 2= 1: 1) mixture in a cylindrical micro flow
reactor with a controlled wall temperature distribution were numerically studied. Bifurcation …

The output power of a Micro-Thermo-Photovoltaic (MTPV) system strongly depends on the
micro-combustor geometry and the micro-flame stability. In this context, numerous numerical …

In the present study, the stability of methane/air flames in a micro cylindrical channel with a
prescribed wall temperature profile and a platinum (Pt) segment was investigated …

Flame characteristics of stoichiometric syngas/diluted-air mixture (CO: H 2: O 2: N 2= 1: 1: 1:
7) in a micro-flow reactor with controlled wall temperature profile were numerically studied …

This study proposes a novel micro-combustor (MC) for micro-thermophotovoltaic (MTPV)
devices. The MC features a wall with a wavy shape that expected to deliver higher energy …

The combustion characteristics of methane-air and propane-air mixtures in catalytic micro-
combustors was studied numerically in order to clarify the importance of transport in …

In this study, a steady state analytical investigation of conjugate heat transfer in a planar
micro-combustor is presented by considering the detailed reaction mechanisms for a …

In the present study, characteristics of diffusion H 2-air flame in three Y-shaped cylindrical
micro-combustors with a diameter of d= 1, 2 and 3 mm were investigated experimentally …