This book discusses the principles of forming and analysis of mathematical models of a wide class of antenna systems, new scientific directions in the development and application of computational algorithms for the study of mathematical models for antenna arrays of radio navigating systems. The book is presented for specialists in antenna system design; it may be useful for students of radio engineering specialties. This book consequentially uses the asymptotic correspondence of two-dimensional and three-dimensional problems to antenna engineering, that includes the influence of the placement objects for a given limited class of problems. Rigorous electrodynamics formulations of models and the use of efficient numerical methods provide the reliability and accuracy of modeling.
Author(s): Amur B. Khashimov, Rinat R. Salikhov
Series: Springer Aerospace Technology
Publisher: Springer
Year: 2022
Language: English
Pages: 129
City: Singapore
Introduction
Gratitude
Contents
Abbreviations
1 On the Correspondence of Asymptotic Solutions to 2D and 3D Problems in Antenna Engineering
1.1 Rigorous Mathematical Models for Antenna Systems of Vertically Polarized Dipoles Over Cylindrical Scattering Objects
1.2 Rigorous Mathematical Models for Antenna System of Horizontally Polarized Slot Radiators on Cylindrical Scattering Objects
1.3 Conclusions
References
2 Mathematical Models of Antenna Systems Including Vertical Polarized Dipoles
2.1 Mathematical Models of Antenna Systems Include Linear Electric Currents, Scattering Objects is Perfectly Conductive
2.2 Mathematical Models of Antenna Systems Include Linear Electric Currents, Scattering Objects is Impedance
2.3 Mathematical Models of Antenna Systems with Linear Distributions of Electric Currents, Scattering Objects-Homogeneous Dielectric
2.4 Numerical Solution of Integral Equations
References
3 Methods for Correcting the Characteristics of Antenna Systems that Including the Influence of the Placement Object
References
4 Statistical Modeling of Characteristics of a Radio Beacon of an Instrumental Landing System
References
5 Mathematical Modeling VDB Antenna System
6 Mathematical Models of DME Antenna Systems
6.1 Mathematical Models of Antenna Systems with Complex Shaped Reflectors
6.2 Mathematical Model of a Dipoles Antenna with a Finite Reflector of Any Shape
6.3 Development of a Mathematical Model and Antenna System for DME (Distance Measuring Equipment)
References
7 Development of Mathematical Models of High-Precision Antenna Measuring Systems
7.1 Conclusions
References
