Rotational action spectroscopy is an experimental method in which rotational spectra of
molecules, typically in the microwave to sub-mm-wave domain of the electromagnetic …

Molecular ions have long been considered key intermediates in the evolution of molecular
complexity in the interstellar medium. However, owing to their reactivity and transient nature …

Optical spectroscopy in the gas phase is a key tool for elucidating the structure of atoms and
molecules and their interaction with external fields. The line resolution is usually limited by a …

The ro-vibrational and pure rotational spectra of the linear ion HC3O+ have been
investigated in a 4 K cryogenic ion trap instrument. For this, a novel action spectroscopic …

Despite the fact that the majority of current models assume that interstellar complex organic
molecules (iCOMs) are formed on dust–grain surfaces, there is some evidence that neutral …

Applying a novel action spectroscopic technique in a 4 K cryogenic ion-trap instrument, the
molecule c-C3H2D+ has been investigated by high-resolution rovibrational and pure …

Gas phase vibrational spectra of [C 3 H 3]+ isomers and their fully deuterated isotopologues
measured in a cryogenic 22-pole ion trap are presented. The widely tunable free electron …

Structural characterization of gas-phase [M, C, 2H]+(M= Ta, Ir, Pt), formed by reacting laser
ablation formed M+ with ethylene oxide (cC 2 H 4 O) or methane under multiple collision …

The carbon chain ions HC 3 O+ and HC 3 S+–longer variants of the famous 'X-ogen'line
carrier HCO+–have been observed for the first time using two cryogenic 22-pole ion trap …

The gas phase reactivity of the radical cation isomers H2CNH˙+(methanimine) and
HCNH2˙+(aminomethylene) with propene (CH3CHCH2) has been investigated by …