Title: Gaseous electronics
Description: "Written for students and professionals, this reference is a consolidation of all the data on the atoms and molecules available in literature today. It pulls together information from the areas of electrical engineering, electronics, power engineering, high-voltage engineering, physics, and mechanical engineering. Written entirely in SI units, the book includes over 1200 tables and 800 specially-drawn charts. Each chapter stands independently, and contains a list of references for further research. This reference is available in disk format, providing a user-friendly approach to its 1,800 pages with hyperlinks to tables, figures, and other chapters."--

"Interactions of energetic electrons and photons with atoms, molecules, excited states and ions are generally understood to fall in the domain of gaseous electronics. Theoretical and experimental research into several facets of these interactions have continued till now, from the days when the concept of the structure of the atom, composed of electrons, protons and neutrons was revolutionary during the last years of the nineteenth century. Ingenious methods were developed for the study of interaction of electron beams with gas molecules, the energy of the beam being controlled and measured to an extraordinary degree of sophistication. Study of electrons undergoing collisions in a swarm with a distribution of energy formed a parallel branch of study. With increasing complexity of these methods advantage was taken of the enormous storage of data and fast computation of modern computers. Methods were developed to improve the congruence of results obtained from beam studies and swarm measurements"--
Subjects: Plasma (Ionized gases), TECHNOLOGY & ENGINEERING / Power Resources / Electrical, SCIENCE / Nuclear Physics, Gases, TECHNOLOGY & ENGINEERING / Electronics / General, Materials, Electronic apparatus and appliances, Electric properties, Conductivity, Electric discharges through gases, Plasma (ionized gases), Plasma (Gaz ionisés), Conductivité, Décharges électriques dans les gaz, SCIENCE, Nuclear Physics, TECHNOLOGY & ENGINEERING, Electronics, General, Power Resources, Electrical, Energy, Mechanics, Physics