This volume investigates the complex interactions between electrons and molecules in gaseous environments, specifically focusing on their utility in plasma diagnostics and computational modeling. Editor Mineo Kimura compiles contributions from leading researchers to bridge the gap between fundamental atomic collision theory and practical applications in fields such as atmospheric science and laser physics. The text provides a rigorous framework for understanding how electron-molecule scattering data informs the development of predictive models in high-energy and ionized gas systems.

Experts recognize this series as a standard reference for researchers and graduate students working in specialized areas of atomic and molecular physics. Readers frequently note the high level of technical density and the specialized nature of the research presented in each volume.