Fundamental Processes of Electrical Discharge in Gases

E942628

Fundamental Processes of Electrical Discharge in Gases is a classic scientific monograph by Leonard B. Loeb that systematically analyzes the physical mechanisms governing electrical discharges in gaseous media.

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Predicate Object
instanceOf physics book
scientific monograph
analyzes physical mechanisms governing electrical discharges in gaseous media
author Leonard B. Loeb NERFINISHED
describedAs classic monograph on gas discharge physics
field gas discharge physics
physics
plasma physics
genre scientific literature
influenced later textbooks on gas discharges and plasma physics
language English
mainSubject Paschen law NERFINISHED
Townsend discharge NERFINISHED
arc discharges
breakdown in gases
collision processes in gases
corona discharges
current–voltage characteristics of gas discharges
diffusion of charged particles in gases
electric fields in gases
electrical discharge in gases
electron attachment
electron avalanches
electron energy distribution in gases
electron mobility in gases
excitation and de‑excitation in gases
glow discharges
high‑pressure gas discharges
high‑voltage breakdown
ion mobility in gases
ionization coefficients
ionization processes in gases
laboratory techniques for gas discharge studies
low‑pressure gas discharges
mean free path in gases
non‑equilibrium plasmas
photoionization in gases
recombination in gases
secondary electron emission
space charge effects
spark discharges
stability of gas discharges
streamer discharges
transport phenomena in ionized gases
usedIn graduate‑level physics education
research on gaseous electronics

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Leonard B. Loeb notableWork Fundamental Processes of Electrical Discharge in Gases