Tetramethylethylenediamine (TMEDA) is a promising green propellant fuel and reactivity
promoter. However, the reactions between TMEDA and O 2 are usually overlooked under …

Atmospheric oxidation experiments of iso-propylamine (IPA) were conducted in a jet-stirred
reactor over the temperature range from 550 to 870 K at fuel-equivalence ratios of 0.5 and …

Kinetics of amine-based biofuels in the atmosphere and combustion are mainly initiated by
hydrogen abstraction reactions with small radicals, which are crucial in understanding their …

Amines, a class of prototypical volatile organic compounds, have garnered considerable
interest within the context of atmospheric and combustion chemistry due to their substantial …

Accurate branching ratios of the H-abstraction reactions from dimethylamine (DMA) by OH
radicals are important in understanding the atmospheric fate of DMA. In this work, the …

Autoxidation in the atmosphere has been realized in the last decade as an important
process that forms highly oxidized products relevant for the formation of secondary organic …

Hydrogen abstraction reactions by HO2 radicals from four primary amines including
methylamine (MA), ethylamine (EA), n-propylamine (PA), and n-butylamine (BA), are …

Azido-N, N-Dimethylethanamine (DMAZ) is a promising candidate for mono-and bi-
propellant. However, the fundamental gas-phase combustion experiments have not been …

The combustion kinetics of trimethylamine (TMA) are systematically studied based on the
high-level ab initio calculations. Reaction pathways include the direct C–N and C–H bond …

As a polar solvent, N, N-Dimethylformamide (DMF) is a potential source of volatile organic
compounds during industrial processing. The potential energy surface and pressure …