Ammonia has been essential to human activities for centuries. It is widely used as feedstock
for fertilizers, industrial chemicals, and emission after-treatment systems. Owing to its …

As promising alternatives to fossil fuels, hydrogen (H 2) and syngas are playing important
roles in the development and control of high-efficiency, low-emission engines. Achieving …

Blending bio-ethanol with ammonia is an interesting approach to reach carbon-neutrally
combustion systems. As a fundamental parameter, laminar flame speed for different blends …

The combustion of fossil fuels, which are mostly based on hydrocarbon chains, produces
large quantities of carbon dioxide which is a major contributor to the global warming. Due to …

Propanal is a crucial intermediate speciates generated from the combustion of biofuels. To
understand its formation pathways and optimize the clean combustion of biofuels, accurate …

A high-speed chemiluminescence imaging diagnostic system has been developed and
characterized for measuring species-specific properties of spherically expanding flames …

The primary objective of this study is to measure the laminar burning velocity of perfectly
premixed hydrogen-air, methane-air, ethane-air, ethylene-air, and propane-air flames, at …

Abstract Simultaneous, dual-perspective, high-speed imaging is used to provide new insight
into the morphology of flames generated at high unburned-gas temperatures behind …

Given the experimental difficulties, most of the available flame speed database is for
relatively reduced thermodynamic conditions and for non-simultaneous variations of …

Developed through the combination of two preexisting methods—a shock tube acting as an
impulse heater and a flame speed measurement from a spherically expanding flame—the …