(Ebook) Antennas and Wave Propagation 1st Edition by GSN Raju ISBN 9781299444560 1299444563

(Ebook) Antennas and Wave Propagation 1st Edition by GSN Raju ISBN 9781299444560 1299444563

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Product details:

ISBN 10: 1299444563
ISBN 13: 9781299444560
Author: GSN Raju

(Ebook) Antennas and Wave Propagation 1st Edition Table of contents:

Chapter 1: Mathematical Preliminaries

• Fundamentals of Scalars and Vectors

• Cartesian Coordinate System

• Cylindrical Coordinate System

• Spherical Coordinate System

• Divergence of a Vector A

• Curl of a Vector A

• Vector Identities

• Laplacian Operator

• Decibel and Neper Concepts

• Properties of Complex Numbers

• Logarithmic Series and Identities

• Cubic Equations

• Determinants

• Properties of Determinants

• Types of Matrices

• Properties of Matrices

• Combinations

• Exponential Series

• Hyperbolic Functions

• Sine, Cosine, Tan and Cot Functions

• Bessel Function

• Partial Derivative

• Some Differentiation Formulae

• Some Useful Integration Formulae

• Radian and Steradian

• Divergence Theorem

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 2: Maxwell’s Equations and Electromagnetic Waves

• Introduction

• Equation of Continuity for Time-Varying Fields

• Maxwell’s Equations for Time-Varying Fields

• Conversion to Integral Form

• Maxwell’s Equations for Static Fields

• Proof of Maxwell’s Equations

• Maxwell’s Equations in Phasor Form

• Influence of Medium

• Boundary Conditions on Fields

• Maxwell’s Equations Approach

• Electromagnetic Waves

• Wave Equations in Free Space and Conducting Medium

• Uniform Plane Waves

• Relation Between E and H

• Wave Propagation in Lossless and Conducting Media

• Intrinsic Impedance

• Polarisation of a Wave

• Direction Cosines

• Wave Reflection (Normal and Oblique Incidence)

• Brewster Angle

• Poynting Theorem

• Complex Poynting Vector

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 3: Radiation and Antennas

• Definition of Antenna

• Network Theorems

• Antenna Parameters

• Basic Antenna Elements

• Radiation Fields of Oscillating Elements

• Radiated Power and Resistance

• Radiation, Induction, and Electrostatic Fields

• Hertzian Dipole

• Half-wave and Quarter-wave Dipole Radiation

• Dipole Radiation Characteristics

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 4: Analysis of Linear Arrays

• Directional Characteristics

• Radiation Pattern Expressions

• Two-Element and Uniform Linear Arrays

• First Side Lobe Ratio

• Broadside and End-fire Arrays

• Array of Non-Isotropic Radiators

• Pattern Multiplication

• Binomial Arrays

• Earth Effect on Vertical Patterns

• Impedance Matching

• Friis Transmission Formula

• Antenna Temperature and SNR

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 5: Array Synthesis

• Schelkunoff Polynomial Method

• Fourier Transform Method

• Woodward-Lawson Method

• Dolph-Chebychev Method

• Taylor’s Method

• Laplace Transform Method

• Standard Amplitude Distributions

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 6: HF, VHF and UHF Antennas

• Isotropic Radiators

• Resonant and Non-resonant Antennas

• HF, VHF, UHF Antennas

• Folded Dipole

• V-Antenna and Inverted V-Antenna

• Rhombic Antenna

• Yagi-Uda Antenna

• Log-Periodic, Loop, and Helical Antennas

• Ferrite Rod and Turnstile Antennas

• Discone and Notch Antennas

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 7: Microwaves Antennas

• Plane and Corner Reflectors

• Parabolic and Offset Reflectors

• Spherical Reflector, Cassegrain Feed

• Fanned, Sector, and Cosecant Beams

• Horn and Corrugated Horn Antennas

• Slot Antennas and Impedance

• Babinet’s Principle

• Method of Moment (MoM)

• Lens Antennas

• Microstrip or Patch Antennas

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

Chapter 8: Antenna Measurements

• Accurate Measurement Methods

• Measurement Ranges

• Impedance Measurement

• Pattern Measurement

• Radiation Resistance and Gain Measurements

• Directivity, Beam Width, Efficiency

• Aperture Efficiency

• Polarisation and Phase Measurement

Supplementary:

• Objective Questions

Chapter 9: Wave Propagation

• Ground Wave Propagation

• Surface Reflection

• Space Wave and Tropospheric Effects

• Earth’s Curvature and Imperfections

• Atmospheric Ducting

• Ionospheric Propagation (Mechanism, Refraction, Reflection)

• Fading, Diversity Techniques, Faraday Rotation

• Magnetic Field Effects

• Whistlers

Supplementary:

• Points to Remember

• Solved Problems

• Objective Questions

• Exercise Problems

• Multiple Choice Questions

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Tags: GSN Raju, Antennas, Wave Propagation