One of the grand challenges in chemistry has been to directly observe atomic motions
during chemical processes. The depiction of the nuclear configurations in space-time to …

Carbon monosulfide, CS, is a short-lived, highly re-active gaseous species that has been
known for almost a century. In spite of the unstable nature of CS it has been subjected to …

The structural dynamics of photoexcited gas-phase carbon disulfide (CS2) molecules are
investigated using ultrafast electron diffraction. The dynamics were triggered by excitation of …

We probe the dynamics of dissociating CS 2 molecules across the entire reaction pathway
upon excitation. Photoelectron spectroscopy measurements using laboratory-generated …

Photodissociation of OCS in the region from 222–248 nm has been investigated by
monitoring the CO and S (1 D 2) primary photoproducts; as well as the secondary production …

A crossed laser and molecular beam photofragmentation apparatus is described. The
apparatus is equipped with a rotatable molecular beam source and a translationally …

The 193 nm dissociation of CS2 has been studied under supersonic molecular beam
conditions, with the atomic S products detected by vacuum ultraviolet laser-induced …

The photodissociation of CS2 at 193 nm 51 700 cm 1) is studied using the slice imaging
technique, and velocity distributions for state selected S (3P2, 1, 0) and S (1D2) …

This paper describes the historical background and current status of structural and
vibrational kinetic studies of photoexcitation processes using pulsed beam gas electron …

The authors report time resolved photoelectron spectra of the B 2 1 (Σ u+ 1) state of CS 2 at
pump wavelengths in the region of 200 nm⁠. In contrast to previous studies, the authors find …