2007AIP conference proceedingsRequires access

Radio Wave Propagation

S. Venkatesh

Open publisher page 9 citations

Abstract

Electromagnetic radio waves traveling within earth’s atmosphere are called terrestrial waves, and communications between two or more points on earth is called terrestrial radio communications. Terrestrial waves are influenced by the atmosphere and earth itself. In terrestrial radio communications, waves can be propagated in several ways, depending on the type of system and the environment. Electromagnetic waves also travel in straight lines except when earth and its atmosphere alter their path. This paper, gives detail explanation about ground‐wave, space‐wave and sky‐wave propagation.

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What this paper is about

Electromagnetic radio waves traveling within earth’s atmosphere are called terrestrial waves, and communications between two or more points on earth is called terrestrial radio communications. Terrestrial waves are influenced by the atmosphere and earth itself. In terrestrial radio communications, waves can be propagated in several ways, depending on the type of system and the environment. Electromagnetic waves also travel in straight lines except when earth and its atmosphere alter their path. This paper, gives detail explanation about ground‐wave, space‐wave and sky‐wave propagation.

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Available abstract

Electromagnetic radio waves traveling within earth’s atmosphere are called terrestrial waves, and communications between two or more points on earth is called terrestrial radio communications. Terrestrial waves are influenced by the atmosphere and earth itself. In terrestrial radio communications, waves can be propagated in several ways, depending on the type of system and the environment. Electromagnetic waves also travel in straight lines except when earth and its atmosphere alter their path. This paper, gives detail explanation about ground‐wave, space‐wave and sky‐wave propagation.

Key concepts: Line-of-sight propagation, Atmosphere (unit), Radio wave, Wave propagation, Earth (classical element), Physics, Electromagnetic radiation, Skywave

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