The goal of this review is to discuss post-irradiation analysis of low-energy (≤ 50 eV)
electron-induced processes in nanoscale thin films. Because electron-induced surface …

Environmental molecular surface science is an expanding area of current research. This
review focuses on advances in the molecular level understanding of oxide surfaces as they …

We review the escape depth of secondary ions (or neutrals) desorbing from solid surfaces
under the impact of electrons, photons or ions. We survey ion (or neutral) transport through …

Reactions induced by electrons may arise from the charge transfer when molecules are
deposited onto a metal substrate or from bombardment. Here, we comparatively study, by …

Temperature programmed reaction/desorption (TPR/D) studies were undertaken to
characterize the surface chemistry which occurs between CCl4 and the Fe3O4 (111) …

Ultrahigh-vacuum (UHV) studies show that UV irradiation (193 nm) of carbon tetrachloride
adsorbed on a MgO surface produces phosgene both with/without coadsorbed water …

The kinetics of decomposition and subsequent chemistry of adsorbed CF 2 Cl 2, activated by
low-energy electron irradiation, have been examined and compared with CCl 4. These …

Electron-driven processes (EDPs)[1–5] are important in many diverse areas, including
environmental remediation [6], semiconductor processing, radiobiology and biochemistry [7] …

Banned for already 20 years, carbon tetrachloride is still used industrially. The ingestion of
the halogen compound (inhalation, dermal contact, drinking) is known to induce serious …

We present the first systematic study of the transmission of low energy oxygen ions (< 10 eV)
through ultrathin films of Ar, Kr, and Xe. For rare gas films adsorbed on an oxidized W (100) …