Directional pattern of GPR antennas and radio images of underground objects

Georadar (GPR) allows one to quickly, in a non-disruptive way, explore the depth range of interest to archaeologists. Due to the increased power of the probing pulse, deep penetration radar makes it possible to obtain continuous information about the structure of the geological environment to a great depth – up to ten meters, in increments of ten centimeters. Develop a methodology for GPR measurement interpretaion based on the example of the results of an archaeological site survey, using information on the GPR directional pattern. The report presents the results of GPR research in an archaeological expedition of the Islamic Institute of the Russian Academy of Sciences in Egypt in the year 2024. Examples of the experimental data interpretation are given: radar images of underground objects with characteristic features of anthropogenic origin, 2D and 3D estimates of the GPR radiation pattern obtained in theoretical model calculations.

Publication Details

Journal
Electromagnetic Waves and Electronic Systems
Published
2025-03-03
DOI
https://doi.org/10.18127/j5604128-202503-13
Primary Topic
Geochemistry and Geologic Mapping
Type
article
Field-Weighted Citation Impact
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article

Directional pattern of GPR antennas and radio images of underground objects

Electromagnetic Waves and Electronic Systems
Geochemistry and Geologic Mapping
article

Directional pattern of GPR antennas and radio images of underground objects

article en

Abstract

Georadar (GPR) allows one to quickly, in a non-disruptive way, explore the depth range of interest to archaeologists. Due to the increased power of the probing pulse, deep penetration radar makes it possible to obtain continuous information about the structure of the geological environment to a great depth – up to ten meters, in increments of ten centimeters. Develop a methodology for GPR measurement interpretaion based on the example of the results of an archaeological site survey, using information on the GPR directional pattern. The report presents the results of GPR research in an archaeological expedition of the Islamic Institute of the Russian Academy of Sciences in Egypt in the year 2024. Examples of the experimental data interpretation are given: radar images of underground objects with characteristic features of anthropogenic origin, 2D and 3D estimates of the GPR radiation pattern obtained in theoretical model calculations.

Electromagnetic Waves and Electronic Systems
Sustainable cities and communities
Openalex Percentile: Top 69%
Geochemistry and Geologic Mapping
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