Polycyclic aromatic hydrocarbons (PAHs) are fundamental molecular building blocks of
fullerenes and carbonaceous nanostructures in the interstellar medium and in combustion …

Exploiting a chemical microreactor in combination with an isomer-selective product
identification through fragment-free photoionization utilizing tunable vacuum ultraviolet …

The regions of the C13H11 potential energy surface (PES) related to the unimolecular
isomerization and decomposition of the 1-methylbiphenylyl radical and accessed by the 1-/2 …

The bimolecular gas-phase reactions of the phenylethynyl radical (C6H5CC, X2A1) with
allene (H2CCCH2), allene-d 4 (D2CCCD2), and methylacetylene (CH3CCH) were studied …

Polycyclic aromatic hydrocarbons (PAHs) are important precursors to the formation of soot
and are also pollutant emissions from combustion devices, including internal combustion …

What if an experiment could combine the power of cycloaddition and cross-coupling with the
in situ formation of an aromatic molecule in a single collision? Crossed molecular beam …

The fundamental reaction pathways to the simplest dialkylsubstituted aromatics—xylenes
(C6H4 (CH3) 2)—in high‐temperature combustion flames and in low‐temperature …

The reaction of the 1-propynyl radical (CH3CC; X2A1) with propylene (CH3CHCH2; X1A′)
was studied in a crossed molecular beam machine at a collision energy of 37±1 kJ mol− 1 …

Exploiting the crossed molecular beam technique, we studied the reaction of the 1-propynyl
radical (CH3CC; X2A1) with 2-methylpropene (isobutylene;(CH3) 2CCH2; X1A1) at a …

The exploration of the fundamental formation mechanisms of polycyclic aromatic
hydrocarbons (PAHs) is crucial for the understanding of molecular mass growth processes …