Research Information System
Mathematical foundations of continuum mechanics. Historical development of the theories of electrodynamics of moving bodies. Hertz-Heaviside Field Equations. Electromagnetic induction mechanism explained by Hertz-Heaviside Field Equations. General formulations of radiation and scattering from moving bodies. Fields due to moving static sources. Reflection by perfect electic conductor plane for various modes of motion. Doppler mechanism and its radar applications. Reflection by and transmission into a dielectric half-space for various modes of motion. Reflection from bodies of rotation. Radiating fields of moving canonical structures: Doppler Analysis. Friis transmission formula and radar equation in case of moving transmitter, medium or receiver. Overview of radar technologies for moving targets. Kinematical principles of Special Relativity Theory. Maxwell-Minkowski Field Equations and their applictions to canonical problems.