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Information × Registration Number 0225U001481, (0123U100701) , R & D reports Title Scientific and technical justification of the influence of seismic and shock air waves, excited man-made sources, on the state of environmental components popup.stage_title Проведення моніторингу вимірювання сейсмічних коливань і ударно-повітряних хвиль (УПХ), збуджених різного типу техногенними джерелами апаратурним комплексом Mini Mate Рlus та СМ-3 Е440 ПЕОМ для уніфікації результатів реєстрації і розробці протоколів вимірювань. Head Boiko Viktor V., д.т.н.Voitenko Yurii I., Доктор технічних наук Registration Date 01-02-2025 Organization The Institute of Hydromechanics of the National Academy of Sciences of Ukraine popup.description1 The main goal of scientific research within the topic is the scientific and technical substantiation of the impact of seismic and air shock waves excited by man-made explosions on the state of environmental components and the development of methods for their evaluation with the use of modern equipment complexes regarding safe technologies for conducting blasting works in accordance with Art. 6.9 of the Law of Ukraine "On Environmental Impact Assessment" dated 05/23/2017 No. 2059-VIII, Clause 6.9 of the Safety Rules for Handling Explosive Materials for Industrial Use and State Standards of Ukraine DSTU 4704:2008, DSTU 7116:2009. With regard to production processes, there are other types of dangers, for example, associated with the restoration of the territories of Ukraine (bombing, explosions of military warehouses ammunition, mining, use of phosphorus mines, destruction of the infrastructure of settlements, etc.) as a result of military operations. popup.description2  The objects of the research are the processes of excitation and interaction of seismic and shock-air waves from the action of borehole charges during short-delay blasting (KSP) in quarries. The subject of the research is seismic and acoustic safe parameters of a mass explosion in a quarry, which guarantee the stability of residential buildings and the integrity of block stone during the concomitant extraction of natural stone. The main goal of the scientific research is to develop scientific foundations for ensuring environmental seismic and acoustic safety based on monitoring data of seismic vibrations and shock-air waves (SW) excited by mass explosions in a quarry using the Mini Mate Plus and SM-3 E440 PC hardware complex. Keywords: air-shock wave (AWW), seismic wave, environmental impact assessment (EIA), AWW front, permissible seismic loads, explosive (EA), mass explosion (MV), block stone, associated mining of natural stone, elastic waves, Laplace and Fourier transforms, critical infrastructure, civil and military explosion, maximum oscillation speed, oscillation frequency, resonance phenomena, seismic safety standards. Summary. The main goal of scientific research within the framework of the topic is to scientifically and technically substantiate the impact of seismic and shock air waves excited by man-made explosions on the state of environmental components and to develop methods for their assessment using modern hardware complexes regarding safe technologies for conducting blasting works in accordance with the Law of Ukraine "On Environmental Impact Assessment" dated 23.05.2017 No. 2059-VIII, clause 6.9 - Safety Rules for Handling Industrial Explosive Materials and State Standards of Ukraine: DSTU 4704:2008, DSTU 7116:2009. Product Description popup.authors Han Anatolii L. Lavrenov Leonid V. Orudzhov Vuhar І. Pasichnyk Andrii M. Remez Nataliia S. Khlevniuk Tamara V. popup.nrat_date 2025-02-01 Close