Wavefunctions and Mechanisms from Electron Scattering Processes

Inhaltsverzeichnis

• I Low Energy Electron-Molecule Scattering: The Experimental Findings.
• Experimental results in electron-molecule inelastic collision experiments.
• Low-energy electron scattering in organic molecules.
• Electron affinities of orqanic and organometallic compounds determined by means of electron transmission spectroscopy.
• Shape resonances in electron-polyatomic molecules collisions.
• Low energy experiments on electron-molecule inelastic collisions and threshold peaks: experimental advances.
• Dissociative attachment in polar and highly polar molecules.
• II Low Energy Electron-Molecule Scattering: The Theoretical Tools.
• R-matrix theory of electron-molecule collisions.
• Polarization and correlation effects in low energy electron-molecule collisions.
• The scattering of slow electrons by polyatomic molecules.
• Characterisation of electronuclear correlations in low-energy electron molecule dynamics.
• Calculation of effective potentials for the study of shape resonances in open shell diatomics.
• Continuum multiple scattering ?? calculations of elastic cross sections in electron-molecule scattering.
• Projection operator calculations for molecular shape resonances in the optical potential approach.
• Electron scattering by N2: from muffin-tin to MCSCF potentials.
• On the finite volume variational method based on the logarithmic derivative of the wave function.
• A theoretical study of the (Inline) system at low energies.
• Dissociative attachment of H2 and its isotope by low energy electron impact.
• Numerical asymptotic functions in calculations of electron-molecule scattering.
• III Coupling Nuclear Motion with the Impinging Electron: Theoretical Models.
• Resonant and non-resonant couplings to the nuclei in electron-molecule collisions.
• Non-resonant treatment of associativedetachment and dissociative attachment.
• Electron dissociative attachment on HCl molecules.
• Resonance-resonance coupling in dissociative electron attachment.
• Calculation of cross sections for dissociative attachment and vibrational excitation in HCl beyond the local complex potential approximation.
• IV Scattering of High-Energy Electrons by Atoms and Molecules: Experimental Studies.
• Dipolar electron-molecule experiments.
• (e,2e) Chemistry.
• Fourier transform of spherically averaged momentum densities.
• High resolution studies of inner-shell excited states of atoms and molecules by electron impact excitation.
• K-edge excitation in N2, NO, N20 and BF3 studied by angular resolved electron energy-loss spectroscopy.
• Correlation effects in Neon studied by elastic and inelastic high energy electron scattering.
• Coincidence measurement of the anisotropy of L3M23M23 (1S0) Auger electrons of Argon.
• V Molecular Excitation by Electron Impact: The Theoretical Treatments.
• Electronic excitation of molecules by electron impact.
• High energy electron scattering and electron correlation in atoms and molecules.
• Line-shape analysis of energy-loss spectra and photoelectron spectra.
• Hole localization effects in molecular inner shell excitation.
• The inadequacy of first order theoretical models for ionisation.
• VI (e,2e) Reactions for Atoms and Molecules: Experiments and Theoretical Comparisons.
• Impulsive (e, 2e) experiments: non dipolar form factor.
• Multiple scattering approach to the interpretation of (e,2e) experiments.
• The asymmetric (e,2e) reaction at high energy.
• Multiple scattering approach to the (e, 2e) reaction of atomic hydrogen.
• (e,2e) experiments on He in asymmetric conditions at intermediate energy.
• Coincidence measurements in (e,2e) Compton scattering and microcanonical electronic structures.
• (e,3e) collisions: a prospective study.
• Index of Contributors.