Titlebook: Ionization Waves in Electrical Breakdown of Gases; A. N. Lagarkov,I. M. Rutkevich Book 1994 Springer-Verlag New York, Inc. 1994 Oscillatio

AMITY

Propagation of Ionizing Electric-Field Solitary Waves in Shielded Discharge Tubes with Preionizatio tubes filled with preliminary ionized plasma. These waves have been observed in a large number of experiments with different gases and within a very wide range of parameters of plasma and discharge designs (Westberg [1959]; Loeb [1965]; Winn [1967]; Asinovskii . [1975]; Suzuki [1977]; Asinovskii, V

remission

Propagation of Electric Breakdown Waves Along a Gas-Dielectric Boundary With No Preionization, and sliding discharge propagation. There are some common features for the propagation of waves mentioned above and waves in shielded tubes with preionization described in the previous chapter-wave start from high voltage electrode, potential front motion, increase of wave velocity versus supplied v

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百靈鳥

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CODA

A. N. Lagarkov,I. M. Rutkevichor conflict, as a vehicle to operationalise and achieve justice as meaningful involvement. This book speaks to those interested in green criminology, victimology and environmental law.978-3-030-69054-0978-3-030-69052-6Series ISSN 2946-269X Series E-ISSN 2946-2703

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paradigm

Wave Phenomena Determining Discharge Development in Gas Gaps,s of ., where . is the gas pressure and . is the size of the interelectrode gap. In the case of high values of the . parameter, a situation is possible when the appearance and propagation of a space charge serves one of the most important features characterizing the breakdown development. In this ca