4 Diffraction by a Plane Perfectly Conducting Angular Sector (Heuristic Approach)

Chapters in this book

1. Frontmatter I
2. Preface VII
3. Contents IX
4. Introduction 1
5. 1 Method of Generalized Eikonal 15
6. 2 Solution of Two-dimensional Problems by the Method of Generalized Eikonal 35
7. 3 Application of Two-dimensional Solutions to Three-dimensional Problems 73
8. 4 Diffraction by a Plane Perfectly Conducting Angular Sector (Heuristic Approach) 85
9. 5 Propagation of Radio Waves in Urban Environment (Deterministic Approach) 109
10. 6 Analytical Heuristic Solution for Wave Diffraction by a Plane Polygonal Scatterer 125
11. 7 Conclusion 135
12. A Application of Stokes Theorem to Diffraction Problems 139
13. B Rigorous Two-dimensional Solution for Diffraction by Half-plane 149
14. C Application of Imaginary Edge in Diffraction Problems 157
15. D Summary of Formulas for Diffraction by Plane Angular Sector 163
16. E Fresnel Integral and its Properties 169
17. F Generalized Fresnel Integral and Its Properties 173
18. G Electromagnetic Wave Diffraction by Semi-transparent Plate in the Physical Optics Approximation 177
19. H Generalized Diffraction Coefficient and its Application to Diffraction Problems 181
20. Bibliography 193
21. Index 199
22. Backmatter 203