# Influence of the circuit impedance on an electron beam controlled diffuse discharge with a negative differential conductivity

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This paper discusses the temperature dependence of the pulsed conductivity of a KCl crystal in the interval 12ï¿½300 K when it is excited by an electron beam (0.2 MeV, 50 ps, 300 A / cm[sup 2]) with a time resolution of 150 ps. It is shown that the electron lifetime is t<100 ps in the entire...

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Electron-beam diagnostics are used to study the radiation-induced conduction of supershallow p[sup +]-n silicon junctions obtained by nonequilibrium boron diffusion. Current-voltage (I - V) characteristics of radiation-induced conduction of a both forward- and reverse-biased p[sup +]-n junction...

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The response of a conducting medium to an intense electron beam is investigated. For this purpose Maxwell's equations in cylindrical geometry are approximately solved analytically. The approximation is valid if the pulse duration of the beam is intermediate between two characteristic relaxation...

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This paper discusses the pulsed electron conductivity Ïƒ of KCl, KBr, and NaCl crystals when they are excited by an electron beam (0.2 MeV, 50 ps) with current densities in the interval j=(30-10[sup 4]) A/cmÂ². It is shown that the lifetime of the electrons in the conduction band is...

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Analyzes a mathematical method based on a reduced representation of the electron-electron collision operator acting in the space of quasi-equilibrium functions. Analysis of kinetic phenomena such as the evolution of anisotropic and high-energy electron distributions; Observation of kinetic...

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The processes of generation and transport of excess charge carriers in molecularly doped polycarbonate and polystyrene were experimentally studied at room temperature. The polymers were ionized by 7-and 50-keV electrons. The radiation-chemical yield of free ions was determined by means of the...