Title :
Numerical technique of non stationary electromagnetic theory
Author :
Sirenko, Yury ; Yashina, Nataliya
Author_Institution :
Inst. of Radiophys. & Electron., Acad. of Sci., Kharkov, Ukraine
Abstract :
Initial boundary value problems (ibvp) and boundary value problems (bvp) for Maxwell´s system of differential equations are the subjects under investigation in electromagnetic theory. That is the starting mathematical model of physical processes, and it is necessary by means of mathematical techniques to extract and treat the physical results. The main subject of the present communication is the review of modern methods and algorithms for numerical analyses of transient processes in open compact, waveguide and periodic resonators. Computation of scattering characteristics of elementary discontinuities is of special importance. We have developed specialized algorithms, using formally correct numerical subroutines in key steps of solution construction, including analytical regularization of operator equations of the first kind
Keywords :
Maxwell equations; boundary-value problems; cavity resonators; electromagnetic wave propagation; electromagnetic wave scattering; initial value problems; waveguide components; Maxwell system; algorithms; analytical regularization; differential equations; elementary discontinuities; formally correct numerical subroutine; initial boundary value problems; mathematical model; nonstationary electromagnetic theory; numerical technique; open compact waveguide resonators; operator equations; periodic resonators; physical processes; scattering characteristics; specialized algorithms; transient processes; Boundary value problems; Electromagnetic scattering; Electromagnetic transients; Electromagnetic waveguides; Frequency domain analysis; Mathematical model; Numerical analysis; Physics computing; Resonance; Transient analysis;
Conference_Titel :
Mathematical Methods in Electromagnetic Theory, 1996., 6th International Conference on
Conference_Location :
Lviv
Print_ISBN :
0-7803-3291-1
DOI :
10.1109/MMET.1996.565711