1. INTRODUCTION When a high-energy charged particle interacts with a biomolecule in
living tissues or cells, about 80% of the energy absorbed ionizes the medium, whereas the …

An understanding of electron-initiated processes in aqueous systems and the subsequent
radical chemistry these processes induce is significant in such diverse fields as waste …

The damage induced by the impact of low energy electrons (LEE) on biomolecules is
reviewed from a radiobiological perspective with emphasis on transient anion formation. The …

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 …

The dissociation of a wide range of oxygen-containing molecules following impact with
electrons of carefully controlled energy is critically reviewed. Molecules considered range …

We report a picosecond laser study of the transient absorption of hydrated electrons
generated by the 3− 5 eV multiphoton ionization of liquid water. The geminate kinetics …

Abstract I. Introduction 349 II. Experimental Methods 352 A. Thin‐Film Preparation 352 B.
Electron‐Stimulated Desorption (ESD) of Ions and Neutral Species 353 C. Analysis by …

In this paper the available laboratory data on photolysis and radiolysis of water ice are
summarized for the purpose of interpreting remote sensing data for the icy satellites. The …

The surfaces of Jupiter's moons are profoundly weathered by jovian charged particle and
solar ultraviolet (UV) irradiation. Although early observations of the Galilean satellites …

The production of H2 in the radiolysis of water adsorbed on micron-sized particles of CeO2
and ZrO2 has been examined. Radiation chemical yields of H2 increase substantially with …