An accurate description of electron momentum spectroscopy (EMS) for molecular targets
remains unresolved since its advent several decades ago. Here, we report a multicenter …

Understanding the mechanism of a chemical reaction is essential for controlling selectivity
and yields of products or designing a novel molecular function, which is one of the ultimate …

Understanding the mechanism of a chemical reaction is essential for controlling selectivity
and yields of products or designing a novel molecular function, which is one of the ultimate …

The low count rate of (e, 2e) electron momentum spectroscopy (EMS) has long been a major
limitation of its application to the investigation of molecular dynamics. Here we report a new …

An apparatus has been developed for electron-atom Compton scattering experiments that
can employ a pulsed laser and a picosecond pulsed electron beam in a pump-and-probe …

Owing to its ability to provide unique information on electron dynamics, time-resolved
electron momentum spectroscopy (EMS) is used to study theoretically a laser-driven …

An apparatus has been developed for electron-atom Compton scattering experiments that
can employ a pulsed laser and a picosecond pulsed electron beam in a pump-and-probe …

We report on experimental and theoretical progress in time-resolved (e, 2e) electron
momentum spectroscopy of photodissociation dynamics of the deuterated acetone molecule …

We report the present status of a new real-time spectroscopic complex using high-energy
electron scattering. It consists of time-resolved versions of electron and atomic momentum …

We report on experimental and theoretical progress in time-resolved (e, 2e) electron
momentum spectroscopy of photodissociation dynamics of the deuterated acetone molecule …