Resonance-stabilised hydrocarbon radicals serve as reaction intermediates in flames,
plasmas, atmospheres and interstellar space. Their stability is conferred by delocalisation of …

Particulate emissions generated from combustion processes of hydrocarbon fuels (soot)
have become a significant environmental issue with implications for both human health and …

The ionization energies for three resonance-stabilized radicals are determined:
cyclohexadienyl, 1-phenylpropargyl, and methylcyclohexadienyl. The recommended …

The alkyl and aromatic CH stretch infrared spectra of inden-2-ylmethyl (I2M, C 10 H 9) and
trihydronaphthyl (THN, C 10 H 11) radicals have been recorded under jet-cooled conditions …

The hydrogen-atom adduct with anthracene, 9-dihydroanthracenyl radical (C14H11), and its
deuterated analogue have been identified by laser spectroscopy coupled to time-of-flight …

We apply a combination of state-of-the-art experimental and quantum-chemical methods to
elucidate the electronic and chemical energetics of hydrogen adduction to a model open …

Excitation spectra of the 1H-naphthalene (1-C10H9) and 1D-naphthalene (1-C10H8D)
radicals, and their cations, are obtained by laser spectroscopy and mass spectrometry of a …

Multiple pulsed-laser frequencies are used to extract the excitation spectra of D n← D 0
transitions (n> 1) of the 1-and 2-naphthylmethyl, 1-phenylpropargyl and 9-anthracenylmethyl …

Several resonance-stabilized radicals are observed as products of an electrical discharge
containing p-cymene, a biogenic monoterpene that contributes to secondary organic …

The rotationally resolved spectrum of the A 2 A ″-X 2 A ″0 0 0 band of jet-cooled 1-indanyl
near 473 nm is recorded by laser induced fluorescence with a spectral resolution of~ 0.014 …