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The consistency of the labelling and assignments of the vibrational frequencies of the chloroand bromomonosubstituted benzene molecules is investigated in their first electronically excited states (S1). The assignments given utilise a recent nomenclaturea discussed in a previous talk, allowing the ring-localised vibrations to be compared straightforwardly across different monohalosubstituted benzenes. For the S1 state, one-colour resonance-enhanced multiphoton ionization (REMPI) spectroscopy was employed. The assignments of the frequencies include previous work but also the calculated wavenumbers for both fully hydrogenated monohalosubstituted benzenes (-h5) and the deuterated isotopologues (-d5) employing time-dependent density functional theory (TDDFT).

CONSISTENT ASSIGNMENT OF THE VIBRATIONS OF CHLORO- AND BROMOBENZENE MOLECULES AND THEIR DEUTERATED ANALOGUES