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Information × Registration Number 0216U008194, 0116U002888 , R & D reports Title IMPROVE THE MONITORING SYSTEM OF THE GAS, THERMAL AND RADIATION STATE OF THE NEW SAFE CONFINEMENT AND OBJECT SHELTER FOR THEIR IMPACT ON STAFF AND ENVIRONMENT popup.stage_title Head Krukovsky P.G., Registration Date 14-12-2016 Organization Institute of Engineering Thermophysics of the Ukrainian National Academy of Sciences popup.description2 After sliding to the RA NSC OU they will enter the main air volume of the NBK, as the main driving force of RA output from the OS will remain unsteady termogazodinamicheskih processes inside the OS due to temperature differences between individual areas in which there is fuel containing materials (FCM). After sliding NSC priority will be the dismantling of unstable structures within it, which can lead to the spread of additional streams of radioactive aerosols in the NSC. To analyze such situations the necessary tools that would allow to analyze and predict their consequences, as well as select the optimal radiation protection measures are a modern three-dimensional model of the thermal, gas dynamic and radiative state NSC and Shelter, which should become an effective instrument in the framework of the relevant monitoring systems. To do this, the selected refined mathematical models of the processes described above, used for the following topical applications: 1. Continuous assessment of RA emissions from the OS, as determined by the local measurements of temperature, humidity and concentration in RA local points Shelter and NSC. 2. Control and specification parameters (measured and determined by simulation) database radiation state OS and NSC 3. Continuous determination of the total field of pollution in the NSC volume on local measurements of RA concentration. 4. Issuance of recommendations to reduce the impact of RA on personnel and the environment. 5. Forecast of RA emissions of SO and NSC during normal operation of the NSC 6. Forecast of RA emissions of SO and NSC NSC operation under abnormal Introduction of the developed and advanced models, you need to assess the impact of various emergency situations that can lead to increased emissions of Armenia, which will take adequate measures to protect personnel and the environment. Product Description popup.authors Васьков В. М. Дейнеко А. И. Коваленко В.Н. Метель М.А. Полубинский А.С. Скляренко Д. И. Тадля О.Ю. Хуторной В.Д. popup.nrat_date 2020-04-02 Close