Ion imaging methods are making ever greater impact on studies of gas phase molecular
reaction dynamics. This article traces the evolution of the technique, highlights some of the …

Coulomb explosion imaging (CEI) methods are finding ever-growing use as a means of
exploring and distinguishing the static stereo-configurations of small quantum systems …

A three-dimensional (3D) ion velocity imaging method was developed to measure the
product velocity distributions in crossed molecular beam experiments. While maintaining …

Experiments aimed at understanding ultrafast molecular processes are now routine, and the
notion that external laser fields can constitute an additional reagent is also well established …

When a chemical reaction forms two molecular products, even if the state-resolved
differential cross section (DCS) for each product is obtained individually, the coincident …

Conical intersections between electronic states often dictate the chemistry of photoexcited
molecules. Recently developed sources of ultrashort extreme ultraviolet (XUV) pulses tuned …

The photodissociation dynamics of CH 3 I and CH 2 ClI at 272 nm were investigated by time-
resolved Coulomb explosion imaging, with an intense non-resonant 815 nm probe pulse …

Coulomb explosion imaging is proposed as a method to directly map the presence of
conical intersections encountered by a propagating wave packet in a molecular system. The …

Chemical reactions that occur in the ground electronic state are described well by invoking
the Born–Oppenheimer approximation, which allows their development to be rationalized by …

The real time photodissociation dynamics of CH 3 I from the A band has been studied
experimentally and theoretically. Femtosecond pump-probe experiments in combination …