Fundamental experiments under high-temperature and high-pressure conditions are
challenging, leading to a gap in research on the flame propagation process of …

Laminar flame speeds of H 2-O 2-Ar mixtures were experimentally studied in a shock tube at
high temperatures between 501 K and 915 K. To better evaluate and constrain chemical …

Achieving carbon peaking and carbon neutrality is crucial to accelerating the construction of
ecological civilization and promoting high-quality national development. Carbon dioxide as …

The current work investigates the formation of Nitric Oxide (NO) in hydrogen–air flames, over
a wide range of flame temperatures. The use of hydrogen allows improved focus on the …

Abstract Laser-Induced Fluorescence (LIF) is an essential optical diagnostic technique for
the high-resolution and low-uncertainty measurement of combustion species concentration …

The goal of the present study is to build a computational combustion model and numerically
investigate the stoichiometric mixture fraction generated from blending liquid n-pentane fuel …

This study aims to investigate the feasibility of experimental determination of DME/O 2/O 3
cool flame propagation speeds using Particle Image Velocimetry (PIV) in a stagnation plate …

This study investigates the large variability and uncertainty in the thermal-initiation reaction
rates found in the literature. An experimental study is conducted at atmospheric pressure in …

Understanding the formation of nitric oxide (NO) at elevated pressures closer to practical
applications remains one of the challenges to improve nitrogen chemistry modelling. In the …

This document discusses the hydrogen combustion flame with a special focus on the flame
velocity profile in relationship to combustion pressure and temperature. First, the chemistry …