In current aircraft designs, jet fuel serves a dual role as a coolant to satisfy the cooling
requirements and as a propellant to provide propulsion power, especially in high …

The thermal and oxidation stability of fatty acids methyl esters (FAME) is arousing attention
in the transport industry, since they are the main components present in biodiesel products …

Liquid phase stability is a major concern in the transportation and the energy field where
fuels, lubricants, and additives have to be stable from their production site to their application …

Highly thermal-stable jet fuel plays an important role in the advanced supersonic aircrafts,
but its oxidation to the insoluble deposits is a serious problem when serving as a coolant …

This study presents a detailed methodology to verify and correct the chemical consistency of
any reaction model based on collision limit violations (CLV) analyses, thermochemical data …

The present work compares the performance of seven reaction models with respect to a
large experimental dataset relevant to the high-temperature pyrolysis of both silane (SiH 4) …

Sulfur-containing compounds (SCCs) are the most abundant heteroatomic organic species
(HOS) in petroleum fuels. This study investigates the dynamics of SCCs in surrogate fuel …

The modelling of a detailed kinetics mechanism in the liquid phase is still not well
understood, and the description of solvent effect on reaction rates remains a challenge …

Deposit formation from the gasoline autoxidation process has attracted more and more
attention since the emergence of new systems operating at a higher pressure range and …

The present study is the second part of our work on the current status of high-temperature
kinetic models of silane. Except Slakman's model, all the models tested in the first part of the …