Ionospheric Radio Communications

Table of Contents

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   Book Overview
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   Chapter 1 Opening Speech
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   Chapter 2 The General Pattern of Auroral Particle Precipitation and Its Implications for High Latitude Communication Systems
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   Chapter 3 Characteristics of Polar Cap Absorption
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   Chapter 4 The Ionization Maximum in Polar Latitudes
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   Chapter 5 Normal and Abnormal Absorption at High Latitudes
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   Chapter 6 Collision Frequency in the High Latitude D-Region
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   Chapter 7 Electron Density Observations During Auroral Absorption Related to Radio Wave Communication Problems
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   Chapter 8 Physical Problems of Particular Relevance to Arctic Communications
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    Chapter 9 Some Aspects of the VLF OMEGA Navigation System as Appropriate to the Arctic Environment
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    Chapter 10 Periodic Fading of VLF Signals Received over a Polar Path During Sunset and Sunrise
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    Chapter 11 Discussions of VLF Records Obtained During Polar Cap Absorption and Auroral Disturbances
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    Chapter 12 Survey of Ionospheric and Meteor Scatter Communications
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    Chapter 13 Simultaneous VHF Riometer and Forward-Scatter Observations of the Disturbed Lower Ionosphere
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    Chapter 14 Meteor Burst Communications in the Arctic
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    Chapter 15 VHF Bistatic Auroral Backscatter Communication
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    Chapter 16 Survey of the Effects of Ionospheric Propagation on HF Communication Systems
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    Chapter 17 HF Spatial and Temporal Propagation Characteristics and Sounding Assisted Communications
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    Chapter 18 The Propagation of High Frequency Waves on the Winnipeg-Resolute Bay Oblique Sounder Circuit
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    Chapter 19 Royal Air Force Coastal Command Maritime Air/Ground Communications to and from Auroral Regions
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    Chapter 20 Developments of HF Predictions for the Arctic
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    Chapter 21 Comparison of Propagation Predictions and Measured Performance for Two Paths over the Norwegian Sea
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    Chapter 22 Results from Stepped Frequency Oblique Soundings at High Latitudes
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    Chapter 23 The Significance of Sporadic E Propagation in Determining the MUF
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    Chapter 24 Morphology of Fading of Radio Waves Traversing the Auroral Ionosphere
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    Chapter 25 Modeling Communication Systems
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    Chapter 26 Adaptive Receivers for Multipath Channels
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    Chapter 27 The Chec Sounding System
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    Chapter 28 The Curts Concept and Current Status of Development
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    Chapter 29 Notes on a Multi-Mode Communication System
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    Chapter 30 A Note Regarding the Performance of Various Communications Systems in a Noisy Background
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    Chapter 31 Summary of Techniques Available for Overcoming Physical Problems of High-Latitude Communications
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    Chapter 32 Existing Communications Facilities and User Problems in the Canadian Arctic
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    Chapter 33 Some Experiences with Military Communications in the Canadian Arctic
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    Chapter 34 Survey of the User Problems and Existing Communication Facilities in the Norwegian Arctic
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    Chapter 35 Summary of Sessions
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    Chapter 36 Relationship between the User, Systems Designer, & Radio Physicist
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    Chapter 37 Users Viewpoint Contribution to the Summary Panel Discussion
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    Chapter 38 Physicist’s Contribution to Panel Discussion
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    Chapter 39 Bridging the Gap between Physicist, Engineer and the User and the Needs for the Future