Results 201 to 210 of about 3,652,202 (242)
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Superconductivity for relativistic electrons
Journal of Physics A: Mathematical and General, 1982Ginzburg-Landau equations for the pairing of relativistic electrons are derived. It is observed that relativistic effects tend to make superconductors type I and tend to make the superconducting phase transition strongly first order.
D Bailin, A Love
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Precipitation of relativistic electrons
AIP Conference Proceedings, 2012Precipitation of relativistic electrons observed in Earth’s auroral zone occurs on the morning and evening local hours. The morning precipitation is impulsive with durations of about 0.25s (microbursts). The evening precipitation is relatively smooth with variations on minute time scales.
G. K. Parks +4 more
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Soviet Physics Journal, 1972
The paper considers a free electron gas model based on the equations of Breit generalized to the case of many interacting electrons. An equation is obtained for calculating the relativistic corrections to deep-lying electron energy levels in atoms, of the order of α2Z4 and α2Z3.
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The paper considers a free electron gas model based on the equations of Breit generalized to the case of many interacting electrons. An equation is obtained for calculating the relativistic corrections to deep-lying electron energy levels in atoms, of the order of α2Z4 and α2Z3.
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Relativistic electron microbursts
Journal of Geophysical Research: Space Physics, 1992We report the first satellite observations of relativistic (>1 MeV) electron precipitation in microbursts with measured durations of less than 1 s. Microbursts of lower‐energy electrons (10–100 keV) have been found to occur preferentially in the early daylight hours and to be closely associated with VLF chorus emissions.
W. L. Imhof +6 more
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On a relativistic model of the electron
Il Nuovo Cimento A, 1979This paper aims at introducing an electron model derived from a theory previously developed by us for the classical electron, and then extended to the quantal case, based on the introduction of the chronon. Such a theory, besides the «macroscopical» motion of the particle, considers internal «microscopical» motions to which the «structure» of the ...
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A theorem in relativistic electronics
International Journal of Infrared and Millimeter Waves, 1990This paper presents a theorem that connects the dispersion relation of the Electron Cyclotron Maser' and the oscillation equation of the Gyromonotron. This theorem gives us a simple way of obtaining the osscillating characteristics of the Gyromonotron provided that dispersion relation of the ECRM is given.
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Physics Today, 1966
The scattering of slow electrons by atoms is generally calculated by neglecting relativistic effects. However for heavy atoms, very slow electrons and certain simplifying assumptions, H. N. Browne and Ernst Bauer have recently shown that relativistic and nonrelativistic cross sections are quite different.
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The scattering of slow electrons by atoms is generally calculated by neglecting relativistic effects. However for heavy atoms, very slow electrons and certain simplifying assumptions, H. N. Browne and Ernst Bauer have recently shown that relativistic and nonrelativistic cross sections are quite different.
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Scattering of twisted relativistic electrons by atoms
, 2015The Mott scattering of high-energetic twisted electrons by atoms is investigated within the framework of the first Born approximation and Dirac's relativistic equation.
V. Serbo +4 more
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Slow electrons—not relativistic?
Physics Today, 1966Two recent publications have cast doubt on the importance of relativistic effects in the scattering of slow electrons (2 to 200 eV). The claim that relativistic factors played an important part in such reactions was made by H. N. Browne and Ernst Bauer [Phys. Rev. Letters 16, 495 (1966)] and reported in PHYSICS TODAY, May 1966, page 82. Objections have
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Relativistic Effects on the Equilibrium of Electron Plasmas
Fusion Science and Technology, 2009Relativistic effects on the radial equilibrium of nonneutral plasmas confined in cylindrical traps are analyzed for rigid and sheared modes of plasma rotation, both with and without the presence of a coaxial inner charged conductor. The changes with respect to the non-relativistic results are especially pronounced for the fast rotational equilibrium ...
I. Kotelnikov, M. Romé
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