418-422A basic understanding of the behaviour of electromagnetic wave propagation through strata is the fundamental requirement to design a suitable wireless communication system for underground mines. Background information on radio propagation and its limitations, in a particular confined space can be known only after the measurement. Both electromagnetic propagation studies and modelling of propagation coverage, ultimately help in selecting the best suitable frequency and designing appropriate wireless communication system for underground mine. The paper discusses different aspects for propagation modelling and the experiment conducted in the laboratory to understand the propagation characteristics through coal. It is found that 6 MHz fr...
This paper reports an experimental study on the electrical properties of five coal samples taken fro...
Radio propagation measurements were conducted in a coal mine at UHF (200 to 1000 MHz) and VLF (1 to ...
Characteristics of Electromagnetic (EM) waves in underground mines are different from those of typic...
The relationship of conductivity and the frequency, which is of decisive significance in through-the...
This paper reports on experimental results of radio propagation in two underground coal mines. Measu...
Electromagnetic wave penetration coal-rock communication is a significant part for the smart mine co...
This paper is concerned with the theoretical study of UHF radio communication in coal mines, with pa...
Wireless sensor networks (WSNs) are a specific type of networks that link sensors and have the poten...
Communication systems relying on wireless technology can significantly improve the safety and produc...
This is the author accepted manuscript. The final version is available from Taylor & Francis via the...
Studying the factors that affect radio wave path loss in coal mine tunnels is of great importance in...
The propagation characteristics of electromagnetic waves in mine tunnels with roughness sidewalls ha...
The environment of underground coal mines has challenging properties that makes this zone inadaptabl...
The paper discusses the possibility of organizing a wireless data transmission channel in place of d...
Propagacja fal radiowych w kopalniach podziemnych należy do bardziej skomplikowanych zagadnień z zak...
This paper reports an experimental study on the electrical properties of five coal samples taken fro...
Radio propagation measurements were conducted in a coal mine at UHF (200 to 1000 MHz) and VLF (1 to ...
Characteristics of Electromagnetic (EM) waves in underground mines are different from those of typic...
The relationship of conductivity and the frequency, which is of decisive significance in through-the...
This paper reports on experimental results of radio propagation in two underground coal mines. Measu...
Electromagnetic wave penetration coal-rock communication is a significant part for the smart mine co...
This paper is concerned with the theoretical study of UHF radio communication in coal mines, with pa...
Wireless sensor networks (WSNs) are a specific type of networks that link sensors and have the poten...
Communication systems relying on wireless technology can significantly improve the safety and produc...
This is the author accepted manuscript. The final version is available from Taylor & Francis via the...
Studying the factors that affect radio wave path loss in coal mine tunnels is of great importance in...
The propagation characteristics of electromagnetic waves in mine tunnels with roughness sidewalls ha...
The environment of underground coal mines has challenging properties that makes this zone inadaptabl...
The paper discusses the possibility of organizing a wireless data transmission channel in place of d...
Propagacja fal radiowych w kopalniach podziemnych należy do bardziej skomplikowanych zagadnień z zak...
This paper reports an experimental study on the electrical properties of five coal samples taken fro...
Radio propagation measurements were conducted in a coal mine at UHF (200 to 1000 MHz) and VLF (1 to ...
Characteristics of Electromagnetic (EM) waves in underground mines are different from those of typic...