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Molecular physics --- Electron-molecule collisions

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Electron-molecule collisions --- Electron-molecule scattering

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This volume provides a comprehensive introduction to the theory of electronic motion in molecular processes - an increasingly relevant and rapidly expanding segment of molecular quantum dynamics. Emphasis is placed on describing and interpreting transitions between electronic states in molecules as they occur typically in cases of reactive scattering between molecules, photoexcitation or nonadiabatic coupling between electronic and nuclear degrees of freedom. Electron Dynamics in Molecular Interactions aims at a synoptic presentation of some very recent theoretical efforts to solve the electro

Molecular dynamics. --- Electrons. --- Corpuscular theory of matter --- Atoms --- Leptons (Nuclear physics) --- Matter --- Particles (Nuclear physics) --- Cathode rays --- Ions --- Positrons --- Dynamics, Molecular --- Dynamics --- Constitution --- Electron distribution --- Electron-molecule collisions.

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The first experiments on electron scattering were completed before the “official” discovery of this particle by J. J. Thomson. In spite of this, our knowledge of cross sections is still far from complete.More recent experiments had some unexpected results, like selective fragmentation of DNA constituents by low-energy electrons, or “reverse” phenomena, i.e., synthesis of simple amino acids from inorganic precursors, triggered by slow electrons. The most recent need for cross sections comes from modeling plasmas for industrial and thermonuclear applications, and atmospheres of solar and extra-solar planets.Both fundamental research (experiments, theory, reviews) and applications of electron-scattering cross sections in various processes are welcome.

Research & information: general --- Physics --- ionization --- electron --- positron --- few body --- electron scattering --- integral cross sections --- alcohols --- isomeric effect --- butanol --- pentanol --- electron mobility --- multiple-scattering effects --- disordered systems --- weak localization --- electron and positron scattering --- spin asymmetry --- critical minima --- total polarization --- coulomb glory --- water --- vibrational excitation --- R-matrix --- electron-molecule collisions --- interstellar medium --- model potential --- wave-packet propagation --- vibrational cross-section --- backscattering --- electron optics --- inelastic collisions --- numerical simulations --- electron ionization --- electron capture --- helium droplets --- cross section --- MCDF wavefunctions --- wavelengths --- transition rates --- relativistic distorted wave method --- cross sections --- rate coefficients --- ionizing radiation --- dissociative electron attachment --- mass spectrometry --- DNA damage --- cross-section calculations --- plasma simulation --- electron atomic collisions --- ionization cross section --- approximation of cross sections --- alkali metals --- noble gases --- electron elastic scattering --- scattering cross-sections --- positron scattering --- total cross-sections --- dispersion relation --- electron scattering cross sections --- electron transport in gases --- electron track simulation --- positron impact ionization --- positron-molecule scattering --- binary-encounter-Bethe --- argon optical emission spectroscopy --- plasma processing --- coronal models --- collisional-radiative model --- nonlocal thermodynamic equilibrium plasmas --- population kinetics --- radiation transport --- opacity effects --- Non-Maxwellian plasmas --- metastable states --- electron-impact ionization --- BEB approach --- elementary processes in plasmas --- n/a

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• Reference Manager
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The first experiments on electron scattering were completed before the “official” discovery of this particle by J. J. Thomson. In spite of this, our knowledge of cross sections is still far from complete.More recent experiments had some unexpected results, like selective fragmentation of DNA constituents by low-energy electrons, or “reverse” phenomena, i.e., synthesis of simple amino acids from inorganic precursors, triggered by slow electrons. The most recent need for cross sections comes from modeling plasmas for industrial and thermonuclear applications, and atmospheres of solar and extra-solar planets.Both fundamental research (experiments, theory, reviews) and applications of electron-scattering cross sections in various processes are welcome.

Research & information: general --- Physics --- ionization --- electron --- positron --- few body --- electron scattering --- integral cross sections --- alcohols --- isomeric effect --- butanol --- pentanol --- electron mobility --- multiple-scattering effects --- disordered systems --- weak localization --- electron and positron scattering --- spin asymmetry --- critical minima --- total polarization --- coulomb glory --- water --- vibrational excitation --- R-matrix --- electron-molecule collisions --- interstellar medium --- model potential --- wave-packet propagation --- vibrational cross-section --- backscattering --- electron optics --- inelastic collisions --- numerical simulations --- electron ionization --- electron capture --- helium droplets --- cross section --- MCDF wavefunctions --- wavelengths --- transition rates --- relativistic distorted wave method --- cross sections --- rate coefficients --- ionizing radiation --- dissociative electron attachment --- mass spectrometry --- DNA damage --- cross-section calculations --- plasma simulation --- electron atomic collisions --- ionization cross section --- approximation of cross sections --- alkali metals --- noble gases --- electron elastic scattering --- scattering cross-sections --- positron scattering --- total cross-sections --- dispersion relation --- electron scattering cross sections --- electron transport in gases --- electron track simulation --- positron impact ionization --- positron-molecule scattering --- binary-encounter-Bethe --- argon optical emission spectroscopy --- plasma processing --- coronal models --- collisional-radiative model --- nonlocal thermodynamic equilibrium plasmas --- population kinetics --- radiation transport --- opacity effects --- Non-Maxwellian plasmas --- metastable states --- electron-impact ionization --- BEB approach --- elementary processes in plasmas