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A basic atlas of radio-wave propagation

茂一 渋谷, Haruo Ishizuka

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Abstract

HOW TO USE A BASIC ATLAS OF RADIO-WAVE PROPAGATION: Abbreviations and Important Values Electromagnetic Wave Wave Front and Directivity Polarization Reference Antenna Radio-Wave Intensity Propagation Loss Radio Transmission Loss Refraction of Radiowaves in Troposphere Ground Reflection Various Types of Propagation Free-Space Propagation Path Reflection Interference Propagation Path Diffraction Propagation Path Troposcatter Propagation Path Absorption Propagation Path Passive Relay Propagation Path Noise and S/N Fading Estimation and System Evaluation Astronomy and Geography Index.

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HOW TO USE A BASIC ATLAS OF RADIO-WAVE PROPAGATION: Abbreviations and Important Values Electromagnetic Wave Wave Front and Directivity Polarization Reference Antenna Radio-Wave Intensity Propagation Loss Radio Transmission Loss Refraction of Radiowaves in Troposphere Ground Reflection Various Types of Propagation Free-Space Propagation Path Reflection Interference Propagation Path Diffraction Propagation Path Troposcatter Propagation Path Absorption Propagation Path Passive Relay Propagation Path Noise and S/N Fading Estimation and System Evaluation Astronomy and Geography Index.

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Available abstract

HOW TO USE A BASIC ATLAS OF RADIO-WAVE PROPAGATION: Abbreviations and Important Values Electromagnetic Wave Wave Front and Directivity Polarization Reference Antenna Radio-Wave Intensity Propagation Loss Radio Transmission Loss Refraction of Radiowaves in Troposphere Ground Reflection Various Types of Propagation Free-Space Propagation Path Reflection Interference Propagation Path Diffraction Propagation Path Troposcatter Propagation Path Absorption Propagation Path Passive Relay Propagation Path Noise and S/N Fading Estimation and System Evaluation Astronomy and Geography Index.

Key concepts: Line-of-sight propagation, Skywave, Radio propagation, Log-distance path loss model, Radio propagation model, Path loss, Wave propagation, Ground wave propagation

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