Kinematics of Electrons in the Volume of a Planar Vacuum Diode
Dimitar G. Stoyanov
TL;DR
This paper derives the laws governing electron motion in a planar vacuum diode, introduces boundary conditions for current variation, and proposes a new solution addressing diode self-clogging phenomena.
Contribution
It presents new kinematic laws, boundary conditions, and a novel solution for diode self-clogging, advancing understanding of electron behavior in vacuum diodes.
Findings
Derived kinematic laws of electron motion
Established boundary conditions for current change
Proposed a new solution for diode self-clogging
Abstract
The kinematics laws of electrons motion in the volume of planar vacuum diode are obtained. The physically acceptable initial and boundary conditions for the regime of changing of current are presented. A new solution allowing diode self-clogging is suggested.
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Taxonomy
TopicsGyrotron and Vacuum Electronics Research · Pulsed Power Technology Applications · Plasma Diagnostics and Applications