Springer - Computational Methods for Electron-Molecule Collisions

Explore the complex physics of electron-molecule and molecular ion collisions with this specialized text from the NATO Asi Series. Published by Springer, this book addresses a fundamental process in atomic and molecular physics and chemistry. At high incident electron energies, these collisions serve as vital tools to deduce molecular geometries and oscillator strengths for optically allowed transitions. In cases of electron-impact ionization, the text explains how to probe the momentum distribution of the molecule itself. When incident electron energy is comparable to or below the levels of molecular valence electrons, the physics involved becomes particularly rich. This volume provides the necessary context for understanding correlation and exchange effects required to describe these interactions. It is an essential resource for researchers and students working within the fields of physics, chemistry, and electrical engineering technology.