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Information × Registration Number 0223U003464, 0122U002648 , R & D reports Title The development of intellectual modular multi-sensor system for the hermetic stse monitoring of the critical industrial structures filled with ammonia, asimmetric dimetilhidrazine and dinitrogen tetroxside. Section 1. The charakteristics of chemical optical abd/or chemical piezoelectric sensor for ammonia, asymmetric dimetilhidrazine and dsnitrogen troxside, development, production and investigation popup.stage_title Head Manoryk Petro A., д.х.н. Registration Date 11-05-2023 Organization L. V. Pisarzhevskii Institute Of Physical Chemistry of The National Academy of Sciences of Ukraine popup.description2  Study of the operation of an intelligent modular multi-sensor system with sensors of different purposes, optimization of the specified system based on research results, metrological studies of the specified system using various sensors and control flows as sources of relevant analytes. To achieve this goal, freshly synthesized coordination compounds of 3d-transition metals were obtained as the main components of receptor elements of chemical piezoelectric sensors for ammonia, hydrazine and its derivatives, and their composition was identified by methods of elemental analysis. Freshly synthesized coordination compounds of 3d-transition metals were also obtained as the main components of chemical optical sensors for ammonia, hydrazine, its derivatives and nitrogen tetroxide and products of its chemical transformations, and their composition was identified. Methods and means of manufacturing chemical piezoelectric sensors and chemical optical sensors for the specified analytes using selected and synthesized compounds and materials have been developed. Chemical piezoelectric sensors and chemical optical sensors for the specified analytes were manufactured using selected and synthesized compounds and materials, and the main sensor characteristics of the obtained sensors at different temperatures and relative humidity values ​​were determined. Product Description popup.authors Grebennikov Volodymyr M Romanovska Natalia I. Tverskov Olexandr Yu Shulzhenko Olexandr V popup.nrat_date 2023-05-11 Close