| Type de document | Thèse |
| Langue | fre |
| Titre | Analyse rigoureuse d\'une plaque microbande rectangulaire sur plan de masse avec ouverture rectangulaire par la méthode des moments et les dyades hybrides de green [ressource textuelle, sauf manuscrits] |
| Auteur(s) | Djouane, Lotfi (Auteur) Fortaki, Tarek. (Directeur de thèse) Université El Hadj Lakhder de Batna (Editeur (scientifique)) |
| Adresse bib. | [s.l] : [s.n],2005 |
| Collation | 86 p. : ill. ; 30 cm. |
| Notes de thèse | Magister : Electronique : Micro-ondes : Batna, Université El Hadj Lakhder. Faculté des sciences de l'ingénieur : Université El Hadj Lakhder de Batna : 2005 |
| Theme | Electronique |
| Indexation libre | Ouverture rectangulaire Plan de masse Lignes à bandes |
| Résumé | A rigorous full-wave analysis of rectangular microstrip patch resonators over ground planes with rectangular apertures is presented. The rectangular patches, as well as the ground planes containing the rectangular apertures, are embedded in a multilayered substrate containing isotropic and/or uniaxial anisotropic materials. Using a matrix representation of each layer, the dyadic Green’s functions of the problem are efficiently determined by the (TM, TE) representation. The validity of solution is tested by comparing the computed results with the experimental data. Numerical results show that the ectangular apertures significantly affect the resonant frequencies of the rectangular microstrip patches |
Djouane, Lotfi
Analyse rigoureuse d\'une plaque microbande rectangulaire sur plan de masse avec ouverture rectangulaire par la méthode des moments et les dyades hybrides de green [ressource textuelle, sauf manuscrits] / Lotfi Djouane; Dir. Tarek. Fortaki; Ed. Université El Hadj Lakhder de Batna.-[s.l] : [s.n],2005.-86 p. : ill. ; 30 cm.
- Magister : Electronique : Micro-ondes : Batna, Université El Hadj Lakhder. Faculté des sciences de l'ingénieur : 2005.
A rigorous full-wave analysis of rectangular microstrip patch resonators over ground planes with rectangular apertures is presented. The rectangular patches, as well as the ground planes containing the rectangular apertures, are embedded in a multilayered substrate containing isotropic and/or uniaxial anisotropic materials. Using a matrix representation of each layer, the dyadic Green’s functions of the problem are efficiently determined by the (TM, TE) representation. The validity of
solution is tested by comparing the computed results with the experimental data. Numerical results show that the ectangular apertures significantly affect the resonant frequencies of the rectangular microstrip patches