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Title of Thesis

Scattering of Dipole Field From A Long Finite Cylinder

Author(s)

Ahsan Illahi

Institute/University/Department Details
Department of Electronics / Quaid-i-Azam University, Islamabad
Session
2010
Subject
Electronics
Number of Pages
123
Keywords (Extracted from title, table of contents and abstract of thesis)
Literature, Cylinder, Length, Assumption, Scattering, Field, Electromagnetic, Analytically, Finite, Conductor, Dipole, Long, Conditions

Abstract
Radiation of an arbitrarily oriented dipole and its scattering from a long nite circular cylinder is determined.Cylinder of perfect electric conductor, impedance and perfect electromagnetic conductor has been considered for the analysis. An approximate method has been proposed and utilized to obtain the solution.The approximate method consists of two main steps. In the rst step, the current distribution on the in nite length cylinder is determined.Then the portions of the in nite cylinder above and below certain nite length are removed with the assumption that the current on the remaining portion of the cylinder is unchanged. Hence by utilizing this current distribution corresponding to in nite cylinder, eld due to a long nite cylinder has been obtained.This approximation is valid analytically if the cylinder is very long as compared to its radius. Numerical results have been validated by comparing with the published literature under some special conditions and are found in good agreement with them.

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3,236 KB
S. No. Chapter Title of the Chapters Page Size (KB)
1 0 CONTENTS

 

vii
41 KB
2

1

INTRODUCTION


 

1
63 KB
3 2 PERFECT ELECTRIC CONDUCTING CIRCULAR CYLINDER


2.1 In nite Length PEC Circular Cylinder
2.2 Magnetic Field on the Surface of PEC Cylinder
2.3 Far Field Scattered by an In nitely Long PEC Cylinder
2.4 Finite Length PEC Circular Cylinde
2.5 Results and Discussions

9
552 KB
4 3 IMPEDANCE CIRCULAR CYLINDER

3.1 Impedance Circular Cylinder of In nite Length
3.2 Far Field Scattered by an In nitely Long Impedance Cylinder
3.3 Surface Field
3.4 Finite Length Impedance Circular cylinder
3.5 Results and Discussions

35
1,815 KB
5 4 PERFECT ELECTROMAGNETIC CONDUCTOR CIRCULAR CYLINDER

4.1 PEMC Circular Cylinder of In nite Length
4.2 Excitation due to .. Directed Dipole Field
4.3 Numerical Results and Discussion
4.4 Excitation due to .. Directed Dipole Field
4.5 Excitation due to z.. Directed Dipole Field
4.6 Numerical Results and Discussion
4.7 PEMC Circular Cylinder of Finite Length
4.8 Numerical Results and Discussion

56
433 KB
6 5 SUMMARY AND CONCLUSIONS

 

95
98 KB
7 6 REFERENCES AND APPENDICES

108
34 KB