
EXPERIENCE OF THE FIRST GEORADAR RESEARCH ON THE TERRITORY OF THE DNU PALACE OF STUDENTS OF THE CENTRAL PARK OF CULTURE NAMED AFTER T.G. SHEVCHENKO IN DNIPRO
Author(s) -
V.L. SEDIN,
Ye.A. BAUSK,
V.Yu. ULIANOV,
V. V. KOVBA,
S.V. IIEVLEV,
M.O. FROLOV
Publication year - 2021
Publication title -
ukraïnsʹkij žurnal budìvnictva ta arhìtekturi/ukraì̈nsʹkiĭ žurnal budìvnictva ta arhìtekturi
Language(s) - English
Resource type - Journals
eISSN - 2710-0375
pISSN - 2710-0367
DOI - 10.30838/j.bpsacea.2312.310821.85.793
Subject(s) - excavation , archaeology , square (algebra) , loam , geology , legend , loess , history , geography , geomorphology , soil water , geometry , mathematics , soil science
Problem statement. Geophysical research at the location of the Palace of Students of DNU (formerPotiomkin Palace) in the Central Park of Culture. T.G. Shevchenko city of Dnipro were held in connection with theissue of the existence of hidden underground structures and confirmation of the historical legend, long existing aroundthis monument of architecture of the XVIII century. In the course of the research, a georadar survey was carried out,which involved a careful analysis of historical sources, which should refute the legend or, conversely, confirm it. Thestudies were performed using MALA georadar with operating frequencies of 250 MHz and, 800 MHz (very limitedly).Purpose of the article. The purpose of the work was to clarify the state of existing utilities, as well as the search forhidden ancient structures in the Central Park of Culture. T.G. Shevchenko in the areas adjacent to the building of the thePalace of Students of DNU. The research was also carried out on Shevchenko Square (formerly called Palace Square)near the central entrance to the park. Conclusion. As a result of the conducted researches of the received georadarprofiles features of display of superficial and deepened building designs, aquifers and other communications on sites ofdry and moistened loess soils of the given territory were revealed. In the areas of possible leaks in moist loam soils, anyobjects, at working depths at a frequency of 250 MHz by the device, were not reflected due to the high degree of signalattenuation. When deciphering the radar patterns on Shevchenko Square, the excavation work carried out for thereconstruction of the area proved to be a significant help. No anomalies indicating the presence of sufficientlyvoluminous linear underground structures were found on the georadar profiles of this area, which is confirmed by theresults of photofixation during excavation. The conducted researches can be considered only primary and providecarrying out of further more detailed researches on the chosen sites, including in the building. As information onpreviously performed georadar surveys on the territory of the Palace of Students of DNU and adjacent to the park −Shevchenko Square could not be found, the conducted Laboratory of research of nuclear and thermal power plants PSACEAsurveys can be considered the first of its kind.