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UNIT 1: ANTENNA FUNDAMENTALS - 1.1 Antenna Theory History; 1.2 Introduction to Antenna; 1.3 Why Do Antenna Radiates?; 1.4 Radiation Mechanism (How is Radiation Accomplished)?; 1.5 Radiation from A Small Current Element; 1.6 Radiation From A Half-Wave Dipole; 1.7 Power Radiation by a Half Wave Dipole (that is, l/2 Antenna) & its Radiation Resistance; 1.8 Types of Antennas; 1.9 Fundamentals of Antenna Theory; 1.10 Fundamentals Parameters of Antennas (1-26); 1.11 Resonant and Non-Resonant Antennas
UNIT 2: ANTENNA TYPES - 2.1 Effects of Ground on Antenna Performance; 2.2 Ground System and Antenna Losses; 2.3 Effects of Antenna Height; 2.4 Antenna Types
UNIT 3: ANTENNA ARRAYS AND MEASUREMENTS - 3.1 Antenna Arrays; 3.2 Various Forms of Antenna Arrays; 3.3 Arrays of Point Sources; 3.4 Non-isotropic but Similar Point Sources; 3.5 Multiplication of Pattern; 3.6 Binomial Arrays; 3.7 General Form of An Array; 3.8 The Array Factor; 3.9 Types of Weighting Methods; 3.10 Grating Lobes; 3.11 Uniform Phased Arrays; 3.12 Introduction To Antenna Array Geometry; 3.13 Thinned Antenna Arrays: (Linear Arrays); 3.14 Antenna Measurement
UNIT 4 : RADIO WAVE PROPAGATION - I - 4.1 Introduction; 4.2 Electromagnetic or Radio Waves; 4.3 Fundamental Equation for Free Space Propagation; 4.4 Modes of Propagation; 4.5 Structure of Atmosphere; 4.6 Characteristics of Different Ionized Regions; 4.7 Sky Wave Propagation; 4.8 Critical Frequency; 4.9 Virtual Height; 4.10 Ionosonde; 4.11 Maximum Usable Frequency (MUF); 4.12 Lowest Usable Frequency: (LUHF/LUF); 4.13 Skip-distance; 4.14 Optimum Working Frequency (OWF) (and Day And Night Frequency)
UNIT 5: RADIO WAVE PROPAGATIONS-II - 5.1 Ionospheric Abnormalities; 5.2 Ionospheric Absorption; 5.3 Multi Hop Propagations; 5.4 Space Wave Propagation; 5.5 Duct Propagation (Super Refraction)
UNIT 6: ADVANCE ANTENNA APPLICATIONS - 6.1 Antennas for Biomedical Applications; 6.2 IR Antennas-introduction; 6.3 Smart Antennas
UNIT 7: IE3D - ANTENNA DESIGNING SOFTWARE - 7A. Basic Techniques; 7B. Modelling of Wire Antennas and other Rf Antennas; 7C. Antennas Design, Radiation Patterns and EM Optimization by IE3D; 7D. Simulation of Antenna Arrays by IE3D
APPENDIX - 1. Antenna Diversity; 2. Multipath; 3. VSWR (Voltage Standing Wave Ratio); 4. Permeability; 5. Permittivity; 6. Antenna Q; 7. S-parameters; 8. Spherical Coordinates; 9. E-plane; 10. Electric Field (E-field); 11. Electric Flux Density (D-field); 12. H-plane; 13. Magnetic Field (H-field); 14. Magnetic Flux Density (B-field); 15. Maxwell's Equations; 16. Decibels (dB) - 16.1. Decibel Math; 17. Steering Vector
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