Understanding of the chemical and physical processes that govern formation and
destruction of nitrogen oxides (NOx) in combustion of solid fuels continues to be a …

In 1956 Eleuterio invoked what is now known as an olefin metathesis reaction in order to
explain how certain heterogeneous Mo catalysts could produce polyethylene from …

Social permutation invariant coordinates are introduced describing the bond network around
a given atom. They originate from the largest eigenvalue and the corresponding eigenvector …

The fragmentation dynamics of pyrrole molecules following excitation at many wavelengths
in the range 193.3< λphot< 254.0 nm have been investigated by H Rydberg atom …

The emission of NO x during coal combustion contributes to the formation of acid rain and
photochemical smog, which would seriously affect the quality of atmospheric environment …

The reactive molecular dynamics (ReaxFF MD) simulation was applied to investigate the
initial reaction mechanism of pyrolysis and combustion of pyridine. By analyzing the …

Photofragment velocity map imaging was used to study the H atom elimination mechanism
in the first excited state of pyrrole at λ= 243.1 nm. Two major channels were observed. The …

Fast-pyrolysis bio-oils (FPBOs) obtained from lignocellulosic biomass are gaining attention
as sustainable fuels for various applications, including the transport sector and power …

The kinetics of pyrolysis of furan have been investigated theoretically by ab initio quantum
chemical techniques and by detailed chemical kinetic modeling of previously reported …

Coal, as a typical fossil fuel, is a current major contributor to the global emission of nitrogen
oxides (NO x). The NO x formation process during coal utilisation can be described as the …