The Schwinger multichannel method [K. Takatsuka and V. McKoy, Phys. Rev. A 30, 1734
(1984)], which is based on the Schwinger variational principle for the scattering amplitude [J …

We review long-range effects in electron collisions with polar molecules, starting with elastic
scattering. We then go to rotationally and vibrationally inelastic processes and dissociative …

Electron collision cross section data for the water molecule are compiled from the literature.
Cross sections are collected and reviewed for total scattering, elastic scattering, momentum …

The R-matrix method is used to calculate dissociative excitation cross sections for the four
lowest-lying electronically excited states of H 2 O in the energy range 5-15 eV. For the first …

Solution-based organometallic nanoclusters are unique nanoscale precursors due to the
ability to precisely control their size, shape, structure, and assembly. The interaction of …

Absolute differential cross sections for elastic electron scattering by water vapour have been
measured at nine incident electron energies between 4 to 50 eV and over scattering angles …

It is difficult to measure low-energy cross sections for collisions of charged particles with
strongly dipolar systems since the magnitude of such cross sections is completely …

The present work provides an accurate description of the elastic scattering process for low-
energy electrons (10eV–10keV) in liquid water by means of a free-parameter quantum …

We present results for elastic electron collision cross-sections with tetrahydrofuran (C 4 H 8
O) in the energy range of 6.5–50 eV. The absolute cross-sections are determined from …

We report elastic integral, differential and momentum transfer cross sections for low-energy
electron scattering by the cellulose components β-D-glucose and cellobiose (β (1→ 4) …