Skywave Radio Handbook
STUDY OF HF RADIO COMMUNICATIONS
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Objective
Objective
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HF Propagation-Excellent
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May 2024 Storm
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Presentations
Beginning of Radio
Early Days of Ham Radio
The Sun
Solar Cycle & HF Comm.
25th Solar Cycle Update
Solar Terrestrial Interaction
Magnetosphere
Ionosphere
Earth’s Ionosphere
Equatorial Ionosphere
Polar Ionosphere
Ionospheric Storms
Skywave Propagation
HF Radio Communications
Critical Frequency
Maximum Usable Freq
Skip Distance
Signal Fading & Noise
Propagation Modes
Ionospheric storms
Antennas
Antenna Fundamentals
Easy Up Antennas
Vertical Antennas
Vertical vs Hortizonal Antennas
Book
Introduction
1 Skywave Radio Intro
The Sun
2 Structure of the Sun
3 Sun’s Atmosphere
4 Solar Cycle
5 The Active Sun
6 Solar Wind
Solar Terrestrial Interaction
7 Earth’s Magnetic Field
8 Magnetosphere
9 Geomagnetic Storms
Ionosphere
10 Earth’s Atmosphere
11 Earth’s Ionosphere
12 Equatorial Ionosphere
13 Polar Ionosphere
Radio Wave Propgation
14 Radio Wave Prop
HF Radio Communications
15 Critical Frequency
16 Max Usable Frequency
17 Skip Distance
18 Propagation Modes
19 Noise & Signal Fading
20 Low & High Latitude Problems
21 Ionospheric Storms
Appendix Nature of Light
1 Why Study Light
2 Reflection & Refraction
3 Speed of Light
4 Wave Nature of Light
5 Wave-Particle Duality
Related Topics
The Ancient World
Heliocentric Universe
Issac Newton
The Atom
Mechanical Waves
Measuring Time
Electrical Units
Vector Analysis
Links
Space Weather Prediction Center
Space Weather Services
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N0NBH HF Propagation Website
Space Weather Services Education
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Space Weather Phenomena
NASA’s Cosmos
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Reception Reports
VCARS
CVARC website
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