The present review article aims to study different aspects involving ethanol combustion and
utilization. The review deals with the production and sustainability of corn-based and …

As a carbon-free energy, NH 3 has attracted increasing attention from scholars. Ammonia-
coal co-firing, as a technology for ammonia energy utilization, has great application …

Ethanol oxidation was studied by measuring CO time-histories and ignition delay times
behind reflected shockwaves at elevated pressures. In this study, experimental conditions …

Alcohols, and particularly isoalcohols, are potentially advantageous blendstocks towards
achieving efficient, low-carbon intensity internal combustion engines. Their use in advanced …

C2–C4 alcohols are advantageous blendstocks identified by many research groups,
including the US Department of Energy Co-Optima Initiative, towards enabling efficient …

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

Propanol and butanol isomers have received significant research attention as promising fuel
additives or neat biofuels. Robust chemical kinetic models are needed that can provide …

A quantum chemistry calculation with density functional theory at M06-2X/6-31G (d, p)//def-
TZVP level is conducted to gain insights into the microscopic mechanism of NO …

The catalytic mechanism of Na during NO reduction on char surface is proposed to provide
fundamental information for minimizing NO x emissions. A molecular modeling study was …

Char-bound nitrogen [char (N)] is confirmed to be the real intermediate in heterogeneous
reduction during coal combustion. Aiming to have a deep insight into the interaction …