TITLE:
Transport of Relativistic Electrons Scattered by the Coulomb Force and a Thermionic Energy Converter with a Built-in Discharge Tube
AUTHORS:
Mitsuaki Nagata
KEYWORDS:
Transport of Relativistic Electrons, Coulomb Force Scattering, Thermionic Energy Converter with Some Supplemental Equipments
JOURNAL NAME:
Journal of Modern Physics,
Vol.12 No.12,
October
27,
2021
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.