Based on pyrolysis technology, natural rubber can be converted to gases of high calorific
value and then be used as fuels. In order to further explain the generation mechanisms of …

Highlights•Effects of iC 4 H 8 on flame and pressure of hydrogen are observed.•Hydrogen
explosions can be effectively suppressed by less than 6.0% iC 4 H 8.•IC 4 H 8 can change …

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 …

The effects of isobutene (iC 4 H 8) and carbon dioxide (CO 2) on hydrogen explosions have
been explored in a 14 L spherical chamber at 100 kPa and 298 K. The results show that …

Ab initio (AI) kinetics consists in the determination of rate coefficients using theoretical
methodologies that rely on first-principles calculations. In one of its most successful …

In order to examine in detail the effect of C double bond C bond on the combustion
chemistry of biodiesel fuels, two C4 fatty acid methyl esters (FAMEs) were investigated …

A wide variety of high temperature experimental data obtained in this study complement the
data on the oxidation of the two di-isobutylene isomers presented in Part I and offers a basis …

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 …

Prenol has attracted much attention due to its high heating value and novel octane
hyperboosting phenomenon; while its soot formation behavior is not studied yet. In this …

While the combustion reactions of many individual fuels in flames have been studied in
detail, often providing numerous experimental species profiles in combination with the …