Formulation of Single-Conductor Transmission Line Model with Feedback Electric Fields by Terminal Discontinuity

Single-Conductor Transmission Line Model Incorporating Radiation Reaction

“…Here, (23) is reduced to simultaneous linear equations to obtain the terminal values of the traveling wave. Equation 29can then be solved for all cases with the exception of sin kL = 0 (corresponding to the resonant and antiresonant frequencies), and the total values can be obtained from (13), (14), and (26) as −…”

“…This article presents a TL equation for current propagation along a thin and straight wire of perfect conductance without a return current path. The model is oriented for design and synthesis of EM phenomena, with clear descriptions of propagation along the line, radiation losses, and responses to external EM environments [26]. To integrate radiation losses in the TL dynamics of wave propagation along the line, it is rational to start with the principal wave, which is the only possible mode (independent of the external EM fields) in an infinite-length single conductor.…”