Application of mobile frequency-resonance methods of satellite images and photo images processing for water accumulations searching
Mykola Yakymchuk, Ignat Korchagin · Geoinformatics: Theoretical and Applied Aspects 2020 · 2020
Summary The results of additional experimental studies are presented with the aim of studying the possibility of using methods of frequency resonance processing and interpretation of satellite and photo images for the aquifers searching. Investigations of a reconnaissance character were carried out on a mineral water deposit, the territory of a summer cottage, the offshore of the Atlantic coast of the USA, in the areas of lakes and the Aral Sea, as well as in certain regions of longevity. Additional materials have been obtained that testify to the synthesis of water at a depth of 69 km in volcanic complexes of a certain type. A survey of longevity zones in various regions showed that all of them are located within volcanic structures filled with basalts. In these volcanoes, water is synthesized at a depth of 69 km and hydrogen migrates. Hydrogen-enriched water promotes longevity. The results of the developed direct-prospecting methods testing in various regions of the world testify to their efficiency, effectiveness and practical applicability in the search and exploration of aquifers, as well as ore and combustible minerals.