A microscopic model for the self-inductance of an ideal solenoid
Calin Galeriu
TL;DR
This paper derives a microscopic formula for the self-inductance of an ideal solenoid by analyzing the kinetic energy of conduction electrons, providing a fundamental physical perspective.
Contribution
It introduces a microscopic derivation of self-inductance based on electron kinetic energy, offering new insights into electromagnetic properties of solenoids.
Findings
Derived a formula linking self-inductance to electron kinetic energy
Provided a physical basis for classical inductance calculations
Enhanced understanding of electromagnetic behavior at microscopic level
Abstract
We derive the formula for the self-inductance of an ideal solenoid by calculating the total kinetic energy associated with the drift velocity of the conduction electrons.
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Taxonomy
TopicsPlasma Diagnostics and Applications · Gyrotron and Vacuum Electronics Research · Electrostatic Discharge in Electronics