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Information × Registration Number 0216U010178, 0116U007412 , R & D reports Title The development of raw material processing methods for energosberegayuschih technologies for processing of agricultural products and improve its food security popup.stage_title Head Mykolenko S., Registration Date 16-12-2016 Organization Dnipropetrovsk state agrarian and economic university popup.description2 The study is focused on the development and introduction of resource innovative methods of processing of agricultural raw material for the production of food and feed products and also to establish the level of safety using innovative methods of processing of agricultural raw material with regard to the level of toxicity. It is made the literary search of Ukrainian and foreign source about methods of processing agricultural raw materials and their constructive support. It is done the patent search by the subject of research developed the patent documentation about the atomization of grain. It is done the selection of technical standards to determine the index of safety of chemical, physical and physicochemical methods of processing agricultural raw materials. It is proposed the method of processing contact nonequilibrium low-temperature plasma raw material in the production technology and wholegrain products to improve product quality, to increase continue keeping their consumer qualities, to increase microbiological stability and reduce continue of manufacturing processes with the condition of energy efficiency criteria of technological cycle. It is determined the optimal test-objects and methods of doing the biotest plasmachemical aktiv water with regard of the factor of intensively of processing raw materials by the showed methods. The results of experimental studies determine the nature of influence of water, the action of contact nonequilibrium plasma on the state of the biological activity of aquatic organisms. It is analyzed the indicators of biological activity of aquatic organisms (daphnia and river fishes) by using the water with contact nonequilibrium plasma. It is demonstrated and perfected the methodic of gas discharge visualization (GDV) of the assessment of an effective rapid test at the studying potential biological objects. Product Description popup.authors Гезь Яна Василівна Гончарова Олена Вікторівна Кошулько Віталій Сергійович Миколенко Світлана Юріївна Соколов Володимир Юрійович popup.nrat_date 2020-04-02 Close