The velocity space diffusion coefficient of electrons in a thermal radiation field is derived “classically” and compared with the corresponding FOKKER-PLANCK coefficient arising from COULOMB collisions in a plasma. The HAMILTON-JACOBI theory is used which is especially suited to this problem.
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June 2, 2014
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Open AccessEine Berechnung des H2O-MolekülsJune 2, 2014
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Open AccessOn the Theory of Vibronic InteractionsJune 2, 2014
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Open AccessSelf-Transport, Electro-Convection and Effective Self-Diffusion in Liquid Rubidium MetalJune 2, 2014
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Open AccessGefügeformen im Eutektikum InSb — NiSbJune 2, 2014
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Open AccessMikrowellen-ThermographieJune 2, 2014
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Open AccessNotizen: Nonlinearly Dependent Vibrational Coordinates for Polyatomic Harmonic VibrationsJune 2, 2014
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Open AccessNotizen: Note on a Toroidal Laser ResonatorJune 2, 2014
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June 2, 2014
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Open AccessNotizen: Low Frequency Loss-Cone Instabilities of Plasma in Taylor Minimum-B ConfigurationsJune 2, 2014
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Open AccessNotizen: Temporäres Bleichen in dotierten Alkalihalogenidkristallen mit einem RubinlaserJune 2, 2014
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June 2, 2014
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Open AccessKernresonanzuntersuchungen an ElektrolytlösungenJune 2, 2014
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Open AccessNotizen: Mikrowellenspektrum von TrichlorsilanJune 2, 2014
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June 2, 2014