In this paper, the prospective experiment of methanol-biodiesel dual fuel in intelligent
charge compression ignition (ICCI) mode was conducted to study the effects of fuel injection …

A post-plasma catalysis system has been developed for the removal of methanol over Mn–
Ce oxide catalysts with different Mn/Ce molar ratios at low temperatures. The Mn 50 Ce 50 …

A detailed reaction mechanism for methanol combustion that is capable of describing
ignition, flame propagation and species concentration profiles with high accuracy has been …

Ammonia-methanol co-firing technology is one of the potential ways to achieve low carbon
emissions in marine internal combustion engines. However, ammonia-methanol combustion …

The objective of the present numerical study is to examine the sonochemical production
within a single acoustic bubble that oscillates in an aqueous methanol solution under an …

As a kind of promising additive fuel for spark ignition methanol engine, hydrogen/CO-rich
syngas, produced by reforming methanol has attracted considerable attention because of its …

Quantitative and high-accuracy measurements of multiple rate constants regarding the
reaction kinetics of methanol pyrolysis were performed in shock tube experiments over 1200 …

The sub-Doppler CH-symmetric stretch (ν 3) infrared absorption spectrum of a
hydroxymethyl (CH 2 OH) radical is observed and analyzed with the radical formed in a slit …

Abstract Models resulting from the merging of validated kinetic schemes were used to
compile a new detailed mechanism for benzene combustion in laminar flames. The …

The Lagrangian CMC method was implemented in the open source programme OpenFOAM
and applied to turbulent nonpremixed bluff body and swirl flames. Lagrangian CMC is more …