Over the past 15 years the high-resolution spectroscopic study of ionic complexes has
grown into an active field with relevance to significant physical, chemical, and biological …

The fluorescence excitation spectrum of the S 1–S 0 (1 B 2–1 A 1) transition in jet‐cooled
toluene has been measured up to 2000 cm− 1 above the origin band. Dispersed …

The photodissociation of size-selected benzene cluster ions,(C6H6),;;+ hOJ-+(C6H6):+(mn)
C6H6, has been investigated in the 410-750 nm wavelength range using tunable dye laser …

Electronic spectra of the gas-phase isoquinoline+-Ar and quinoline+-Ar complexes are
recorded using photodissociation spectroscopy by monitoring the Ar loss channel. The D …

The electronic transitions of the benzylium cation (Bz+) are investigated over the 250–550
nm range by monitoring the photodissociation of mass-selected C 7 H 7+-Ar n (n= 1, 2) …

Ionic clusters of nitrogen and helium have been investigated by recording their electronic
spectra in the near UV. Structured bands belonging to 14N+ 2–He, 14N+ 2–(He) 2, 14N+ 2 …

Fluorescence excitation spectra of p-difluorobenzene (pDFB) seeded in a supersonic argon
expansion have been used to identifyS 1-S 0 abso pumping the 0° level of each complex …

Weakly bound neutral and ionic clusters are susceptible to vibrational predissociation if the
energy of nuclear motion exceeds the cluster binding energy. I Resonant delivery of such …

This article describes spectroscopic investigations of small ionic complexes consisting of a
diatomic (N2+) or triatomic (N2O+) core bound to one or more rare-gas atoms (He, Ne, Ar) …

Microhydrated para-dichlorobenzene cation clusters, pDCB+ (H2O) n with n= 1 and 2, were
characterised in the electronic ground state by infrared photodissociation spectroscopy in …