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4. Synthesis with Atmospheric Reflection
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Chapters in this book
- Frontmatter i
- Contents vii
- Acknowledgments xi
- 1. Introduction: From Propagation Studies to Active Sensors 1
-
1. Conceiving Long-Range Propagation: 1901–19
- 2. Theorizing Transatlantic Wireless with Surface Diffraction 19
- 3. The U.S. Navy and the Austin-Cohen Formula 51
- 4. Synthesis with Atmospheric Reflection 66
-
2. Discovering The Ionosphere: 1920–26
- 5. Radio Amateurs Launch the Short-Wave Era 111
- 6. From the Skip Zone to Magneto-Ionic Refraction 144
- 7. British Radio Research and the Moments of Discovery 180
- 8. Pulse Echo, CIW, and Radio Probing of the Ionosphere 215
-
3. Theory Matters: 1926–35
- 9. Consolidating a General Magneto-Ionic Theory 247
- 10. Handling Microphysics 275
-
4. Conclusion
- 11. A New Way of Seeing the World 321
- Bibliography 329
- Index 349
Chapters in this book
- Frontmatter i
- Contents vii
- Acknowledgments xi
- 1. Introduction: From Propagation Studies to Active Sensors 1
-
1. Conceiving Long-Range Propagation: 1901–19
- 2. Theorizing Transatlantic Wireless with Surface Diffraction 19
- 3. The U.S. Navy and the Austin-Cohen Formula 51
- 4. Synthesis with Atmospheric Reflection 66
-
2. Discovering The Ionosphere: 1920–26
- 5. Radio Amateurs Launch the Short-Wave Era 111
- 6. From the Skip Zone to Magneto-Ionic Refraction 144
- 7. British Radio Research and the Moments of Discovery 180
- 8. Pulse Echo, CIW, and Radio Probing of the Ionosphere 215
-
3. Theory Matters: 1926–35
- 9. Consolidating a General Magneto-Ionic Theory 247
- 10. Handling Microphysics 275
-
4. Conclusion
- 11. A New Way of Seeing the World 321
- Bibliography 329
- Index 349