Sensitive, low-power radio communication and navigation systems can be limited in their operational reliability or accuracy by space weather effects including anomalous reflection, refraction, delay, diffraction, and absorption of radio waves propagating through the ionosphere or directly by interference from solar radio bursts.
Wave propagation describes how electromagnetic waves move from a transmitter to a receiver through various mediums. These waves—oscillations of electric and magnetic fields—carry information like voice, video, or data, shaped by their frequency, amplitude, and the environment they travel through.
This person is not on ResearchGate, or hasn''t claimed this research yet. Electromagnetic (EM) waves, spanning a wide spectrum from radio waves to gamma rays, form the foundation of various communication technologies that have revolutionized the way information is transmitted and received.
In view of the ever-increasing demands on accuracy, reliability, availability and safety of modern radio systems in telecommunications and navigation, the necessity of establishing ionospheric information and data services in connection with space weather services is beyond question.
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Antennas employed in space communications are key components providing the vital links between the ground and the spacecraft. The fundamental principles of antenna …
This paper examines the role of EM waves in modern communications, exploring their properties, principles of propagation, and extensive applications in diverse areas, …
UHF band radar can be influenced by the electromagnetic (EM) waves radiated from the communication base stations. Polarimetric measurements and analysis of the EM …
Discover how solar activity really affects Ham Radio communications, from unexpected long-distance connections to complete radio blackouts and learn about the …
Sensitive, low-power radio communication and navigation systems can be limited in their operational reliability or accuracy by space weather effects including anomalous …
This paper examines the role of EM waves in modern communications, exploring their properties, principles of propagation, and extensive applications in diverse areas, …
Wave propagation describes how electromagnetic waves move from a transmitter to a receiver through various mediums. These waves—oscillations of electric and magnetic fields—carry …
UHF band radar can be influenced by the electromagnetic (EM) waves radiated from the communication base stations. Polarimetric measurements and analysis of the EM waves will …
Summary Deep space exploration missions require the modelling of deep space communication channels. Due to the turbulent nature of space channels, propagating electromagnetic waves …
This paper presents the analysis of electromagnetic radiation of mobile base stations co-located with high-voltage transmission towers. Although the layout of power poles …
The electromagnetic waves consist of two components of electric and magnetic fields and André-Marie Ampere showed that a wire carrying current acts like a magnet, …
The different types of solar radiation, including visible light, UV rays and infrared radiation, as well as their impact on the Earth, health …
Horn Antenna Function Horn antennas serve as essential components in radar systems and satellite communications, renowned for their pyramid-shaped design that enables …
Programmable metasurface holds big promise in wireless communications by virtue of its powerful capability in controlling electromagnetic waves. However, challenges exist …
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