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Information × Registration Number 0226U003536, (0125U001955) , R & D reports Title Conductive concretes and scattering and radio-absorbing coatings for electromagnetic shielding and stealth technologies popup.stage_title Розробка методології та проведення теоретичко-експериментальних досліджень вуглецевих наповнювачів та в’яжучих різних типів для електропровідних розчинів і бетонів, а також розсіючих та радіопоглинаючих покриттів Head Savytskyi Mykola V., Доктор технічних наук Registration Date 14-04-2026 Organization Ukrainian State University of Science and Technologies popup.description1 To develop scientific and experimental foundations for the creation of conductive concretes and scattering and radio-absorbing coatings for electromagnetic shielding and stealth technologies based on composites, which will ensure information security and stability of defense facilities and systems, critical infrastructure, and combat vehicles and increase the degree of their protection and survivability. popup.description2 The study formulates a classification of artificial electromagnetic radiation based on its energy characteristics, frequency ranges, and interaction mechanisms with materials, which made it possible to systematize approaches to the selection of construction materials for shielding, scattering, and absorption of electromagnetic energy. A typology of electrically conductive, scattering, and radio-absorbing composite materials is proposed according to their form of application, type of binders, and kind of electrically conductive fillers, along with their classification by particle size ranging from nano- to millimeter scale. A methodology for the experimental determination of the electrical conductivity of carbon fillers has been developed and implemented under conditions of controlled variation of mechanical pressure and electrical current parameters, using specially designed measurement circuits and laboratory setups. Experimental data on the specific electrical resistivity of various types of carbon fillers were obtained, and significant differences in their electrophysical properties were identified, determined by morphology, dispersion, and the nature of particle contact interactions. Product Description popup.authors Nikiforova Tatiana D. Liasota Oleksandr V. Marchenko Ihor O. Babenko Maksym M. Krutii Yurii M. Konoplianyk Oleksandr Yu. Sopilniak Artem M. Bordun Maryna V. Smyrnov Anton S. popup.nrat_date 2026-04-14 Close