A 2D Model for Calculating the Radiational Electromagnetic Induction in a Coaxial Cable Line

摘要

Abstract A mathematical model of electromagnetic induction formation in a coaxial cable line by the ionizing radiation pulse is presented. The model is constructed within the limits of telegraphic approximation. A numerical method of the calculations, which is based on the implicit finite difference Crank–Nicolson scheme, is presented. The transitional load on the cable line, which is determined by the function of the time variable, is taken into account. The results of the numerical experiment for the model task are presented.