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Modellling Consequences of Chemical Accidents
Kaup, Aleš ; Fleisig,, Petr (referee) ; Mika, Otakar Jiří (advisor)
Nowadays the number of produced chemicals is increasing very rapidly. However, technological processes are gradually improving and safety of handling chemicals is increasing. Unfortunately, even today, chemical accidents can happen. To alleviate results or to prepare for protection of humans, extensive knowledge is necessary to estimate the course of a chemical accident. One of the means of accident mitigation are modern modelling programs that will help us to clarify the implications and consequences of the course of chemical accidents. Based on the results of such modelling, different organizational and safety measures (preventive, oppressive, protective, rescue and relief character) can be taken to increase readiness for disasters and especially to reduce vulnerability of population.
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Modellling Consequences of Chemical Accidents
Kaup, Aleš ; Fleisig,, Petr (referee) ; Mika, Otakar Jiří (advisor)
Nowadays the number of produced chemicals is increasing very rapidly. However, technological processes are gradually improving and safety of handling chemicals is increasing. Unfortunately, even today, chemical accidents can happen. To alleviate results or to prepare for protection of humans, extensive knowledge is necessary to estimate the course of a chemical accident. One of the means of accident mitigation are modern modelling programs that will help us to clarify the implications and consequences of the course of chemical accidents. Based on the results of such modelling, different organizational and safety measures (preventive, oppressive, protective, rescue and relief character) can be taken to increase readiness for disasters and especially to reduce vulnerability of population.
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