Soot has harmful effects on the environment and human health. The formation process of
soot includes six steps: fuel pyrolysis, soot nucleation, coalescence, surface growth …

Micro-combustion systems face the challenges of unstable combustion and low energy
conversion efficiency owing to a small size at present. So, a micro-planar with bluff-body and …

The rapid advancement of micromachining technology has led to the proliferation of micro-
combustors in both civilian and military applications, and the actual operation process …

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 …

This study proposes a novel micro-combustor fueled by ammonia and oxygen, employing a
double-channel inlet and double-channel outlet (DIDO) configuration with the reverse flow …

Ammonia, a carbon–neutral compound and one of the largest chemical products globally,
has emerged as a promising clean energy source for ships, offering advantages in terms of …

Abstract A Micro-Thermal Photovoltaic (MTPV) system with a Tesla-shaped micro combustor
is proposed and studied to enhance thermal performance, electrical power output, energy …

The present work considers numerical prediction on the thermal performance and entropy
generation rates from 4 carbon-free micro-combustors involving different geometric …

To maximize the power output of micro-thermophotovoltaic systems, achieving a high and
uniform wall temperature is desirable. Towards this goal, this work proposes a novel …

In this study, propagation characteristics of non-premixed H 2/air flames in a curved micro-
combustor were experimentally investigated. It was found that after cold-state ignition at the …