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

The vibrational and distorted-wave effects are usually invoked to explain the measured
electron momentum profiles for molecular orbitals. The vibrational effect can be accounted …

We present a combined experimental and theoretical study for electron-impact ionization of
carbon dioxide (CO 2) for the projectile energy E 0= 100 eV. Experimental triple-differential …

Binding energy spectra and electron momentum profiles for the valence orbitals of propane
have been measured at electron impact energy of 1.2 keV plus binding energy. The …

In this work, we study the valence orbital momentum profiles of tetrachloromethane (CCl 4)
performed with binary (e, 2e) measurements at the impact energies of about 600 and 1200 …

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 …

We report a measurement of the valence orbital momentum profiles of tetrabromomethane
(CBr 4) using symmetric noncoplanar (e, 2 e) experiments at the impact energies of about …

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 …

We report a comparative (e, 2e) study of intereference effects in the spherically-averaged
electron momentum density distributions of the outermost orbitals of CO 2, ethylene and 1, 3 …