A single-pulse shock tube study of the pyrolysis of 2% C 2–C 6 1-alkenes is presented at 2
bar in the temperature range 900–1800 K in the current study. Reactant, intermediate and …

The pyrolysis of selected C3–C5 allylic hydrocarbons has been studied using a single‐pulse
shock tube. A new single‐pulse shock tube has been designed and constructed by …

This work presents a methodology for using spectroscopic models to fit absorption-spectrum
measurements made by a quantum-cascade-laser-based dual-comb spectrometer (QCL …

Ethane pyrolysis chemistry plays a critical role in the combustion behavior of natural gas and
gives insight into the decomposition patterns of larger alkanes. In this work, ethane pyrolysis …

Isoprene holds significant relevance in the realm of atmospheric and combustion chemistry
due to its widespread occurrence in both natural and anthropogenic sources. Despite the …

Butene and 1-pentene are critical intermediates in the oxidation and pyrolysis of larger
alkanes and alcohols. Their thermal decomposition plays important role in fuel consumption …

This work presents a novel application of multi-wavelength, multi-species laser absorption
methods in the pyrolysis of JP-10 fuel. Two different multi wavelength approaches are used …

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 …

The pyrolysis of propane plays an important role in determining the combustion properties of
natural gas mixtures and offers insight into the cracking patterns of larger fuels. This work …

Tunable diode laser absorption spectroscopy (TDLAS) techniques usually utilize direct
absorption spectroscopy (DAS) to measure absorbance profiles for temperature …