Title :
Modelling of dielectrically loaded cavities using the finite integral technique
Author :
Centeno, A.E. ; Excell, P.S.
Author_Institution :
Bradford Univ., UK
Abstract :
The modelling of cavities loaded with dielectric resonators has been attempted using the finite integral technique, a finite difference method based upon a numerical solution of Maxwell´s equations in integral form. The finite integral technique is inherently free from the nonphysical spurious solutions, and through the use of a dual grid the boundary conditions at dielectric interfaces are met automatically
Keywords :
Maxwell equations; cavity resonators; dielectric resonators; finite difference methods; integral equations; Maxwell´s equations; boundary conditions; dielectric interfaces; dielectric resonators; dielectrically loaded cavities; dual grid; finite difference method; finite integral technique; modelling; numerical solution;
Conference_Titel :
Computation in Electromagnetics, 1994. Second International Conference on
Conference_Location :
London
Print_ISBN :
0-85296-609-1
DOI :
10.1049/cp:19940045
