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Transport of Relativistic Electrons Scattered by the Coulomb Force and a Thermionic Energy Converter with a Built-in Discharge Tube
Soft Creator Company, Kyoto, Japan
- 1 Soft Creator Company, Kyoto, Japan
Journal of Modern Physics·Volume 12 (2021)·Pages 1708–1720·Published 9 October 2021·DOI10.4236/jmp.2021.1212099
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Abstract
A transport equation of momentum for relativistic electrons scattered isotropically was previously reported. Here, a momentum-transport equation for relativistic electrons “scattered anisotropically” by the Coulomb force is inquired into. An ideal plasma consisting of electrons and deuterons is treated again. Also, to raise a generation-ability of a thermionic energy converter, a means of introducing external electric and magnetic fields within “a converter in which an emitter plate and a collector plate face simply each other” is proposed.
KeywordsTransport of Relativistic ElectronsCoulomb Force ScatteringThermionic Energy Converter with Some Supplemental Equipments
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