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 broadest motivation for exploring electron attachment to biological molecules comes
from their important role in radiation damage. Large quantities of secondary electrons with …

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 …

Electron transfer reactions are among the most elementary of all chemical reactions and
play a fundamental role in many areas including organic synthesis, biological processes …

Extreme ultraviolet (EUV) lithography currently dominates the frontier of semiconductor
fabrication. Photoresists must satisfy increasingly strict pattern fidelity requirements to realize …

Hypoxia a hallmark of solid tumors makes hypoxic cells radioresistant. On the other
hand, DNA, the main target of anticancer therapy, is not sensitive to the near UV photons …

Presently, there exists considerable information on the mechanisms involved when low-
energy electrons (LEEs) interact with biomolecules, including DNA. Since these electrons …

In the search for effective radiosensitizers for tumor cells, halogenated uracils have attracted
more attention due to their large cross section for dissociation upon the attachment of low …

Abstract Panajotovic, R., Martin, F., Cloutier, P., Hunting, D. and Sanche, L. Effective Cross
Sections for Production of Single-Strand Breaks in Plasmid DNA by 0.1 to 4.7 eV Electrons …

The electronic interaction between dipole-bound and valence anions of uracil and
chlorouracil is investigated. In general, dipole-bound and valence states of an anion show …