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Electrical discharges and breakdown in gases [PDF]
The scope and format of the chapter are similar to those of previous years, the literature being reviewed under the following major headings: Monoenergetic Beam Experiments; Swarm Data; Uniform Field Breakdown; Nonuniform Field Breakdown; Breakdown with High Frequency and Magnetic Fields; Laser-Induced Breakdown; Gas Lasers; and Applications.
Roy E. Wootton, Alan H. Cookson
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The electrical breakdown in vacuum
Applied Scientific Research, Section B, 1961Experiments have been performed in order to get information about the phenomena preceding the electrical breakdown in small vacuum gaps. Most experiments have been made with impulse voltages of different rise times; some complementary results obtained with alternating voltage are also presented. The effect of surface layers on the breakdown voltage and
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On the Mechanism of High-Voltage Pulsed Fragmentation from Electrical Breakdown Process
Rock Mechanics and Rock Engineering, 2021Xiaohua Zhu+5 more
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Digest of Literature on Dielectrics Volume 34 1970, 1970
The chapter covers fundamental ionization processes in gases, mobility measurements, breakdown in uniform and nonuniform fields, laser induced breakdown, lightning, and applications of gas breakdown and gaseous insulation. A new section has been added to cover developments in the field of high pressure gas lasers, and the bibliography has been extended
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The chapter covers fundamental ionization processes in gases, mobility measurements, breakdown in uniform and nonuniform fields, laser induced breakdown, lightning, and applications of gas breakdown and gaseous insulation. A new section has been added to cover developments in the field of high pressure gas lasers, and the bibliography has been extended
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Electrical Breakdown in the Space Environment [PDF]
The domain of parameters for breakdown in the space environment involves extreme conditions such as non-uniform field, Nd/(Nd)m ≪ 1 (where N is the density of the background gas, d is the electrode separation, and (Nd)m is the value of Nd at the Paschen minimum), and magnetic field, and in addition, the influence of a weakly ionized background gas.
J. Bentson+3 more
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, 2015
In order to develop and verify a dielectric breakdown model for bulk insulators thicker than 100 μm, the knowledge of the dominating conduction mechanism at high electric fields, or respectively voltages, is necessary.
C. Neusel, H. Jelitto, G. Schneider
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In order to develop and verify a dielectric breakdown model for bulk insulators thicker than 100 μm, the knowledge of the dominating conduction mechanism at high electric fields, or respectively voltages, is necessary.
C. Neusel, H. Jelitto, G. Schneider
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Electrical breakdown, electropermeabilization and electrofusion
2006The considerable amount of activity in the field of electrofusion and electropermeabilization is very promising from the point of view of new insights into biomembranes and new technologies in the future for the production of new compounds and modification of cell systems for nutrition, energy production and the removal of waste products.
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Electrical breakdown by tracking
Proceedings of the IEE - Part B: Electronic and Communication Engineering, 1962When an electrically stressed insulating material is exposed to conditions which contaminate its surfaces, the tendency for the resultant transient leakage currents to form conducting tracks on insulator surfaces is of recognized importance. This form of failure is known as tracking and the processes leading to its development are very dependent on the
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Electrical breakdown in cryogenic liquids
Journal of Electrostatics, 1979Abstract Both the statistical time lag T s and the formative time lag T f of the breakdown in cryogenic liquids (Liq.Ar, N 2 and He) are evaluated from the Laue plots of the breakdown time lag induced by a voltage pulse having a 100-ns pulse width.
K. Yoshino+5 more
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Electrical breakdown in vacuum interrupters [PDF]
Aspects of HV breakdown associated with vacuum interrupters are discussed, based on the author's personal experience. In particular, cold cathode arc stability, electrical contact phenomena, and particle effects are considered. >
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