Overview

Electron molecule collisions have been studied extensively by both experimentalists and theorists since the early years of this century. The past ten years have seen a remarkable renaissance in experimental and theoretical activities in the study of electron collision processes with molecules. This was stimulated (i) by the advent of more powerful computers and new theoretical concepts that allow the study of complex targets and collision processes with a multitude of final states (such as ionization and dissociation) and the investigation of collisions with oriented and aligned molecules, (ii) by advances in experimental instrumentation (improved electron spectrometers, intense sources of spin-polarized electrons, position-sensitive detectors), and (iii) by the discovery of a new class of species, e.g. large stable carbon clusters or fullerenes, which opened up a new field of theoretical and experimental research in which collisions involving fullerenes as targets or as projectiles constitute an important component. Lastly, electron molecule collisions are a key component in efforts to characterize, diagnose, describe and model the complex processes in low-temperature plasmas, which are of ever-increasing importance in many rapidly developing high-tech applications (such as the fabrication of microelectronic chips), in the controlled deposition of thin films and in plasma-assisted surface-modification processes. This book covers the activities in all those areas.Contents: Positive and Negative Ion Formation in Electron Collisions with Fullerenes (S Matt et al.) The Scattering of Low-Energy Electrons and Positrons from Polar Targets: Experimental and Theoretical Difficulties (F A Gianturco & P Paioletti) Spin Effects in Electron Molecule Collisions (G F Hanne) Collisions with Oriented and Aligned Molecules (A Busalla & K Blum) Recent Developments in Electron Momentum Density Measurements of Polyatomics by Molecular (e,2e) Spectroscopy (K T Leung) Electron Impact Dissociative Excitation and Ionization of Molecular Ions (G H Dunn & N Djuric) Electron-Molecule Cross Sections for Plasma Applications: The Role of Internal Energy of the Target (M Capitelli & R Celiberto) Improvements to the Standard Complex Kohn Variational Method: Towards the Development of an R-Matrix Theory without a Box (T N Rescigno & C W McCurdy) Readership: Students and researchers in atomic and molecular physics.

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