Results of system and dynamic modeling of process of informing the population at chemical accident
Journal Title: Научно-практический журнал "Проблемы анализа риска" - Year 2016, Vol 13, Issue 1
Abstract
In the previous article the system and dynamic model of informing the population during an accident is given in chemically dangerous object by means of services of cellular communication. The results of modeling actions of people in the specified conditions allowing to determine the rational frequency of mailing messages and to estimate an informing contribution to realization of protective measures are given in the present article. These results are the basis for recommendations about informing the population in the conditions of emergency situations.
Authors and Affiliations
R. Durnev, A. Kotosonova
Results of system and dynamic modeling of process of informing the population at chemical accident
In the previous article the system and dynamic model of informing the population during an accident is given in chemically dangerous object by means of services of cellular communication. The results of modeling actions...
ABOUT EFFECTIVE DURATION OF PROCESS OF STEAM FORMATION AT BOILING OF A LIQUID FROM PASSAGE
In article effective standards and rules on possibility of their use are analysed at calculation of effective duration of boiling of a liquid from passage. Conditions of course of processes of boiling and evaporation hav...
APPLICATION OF RISK ANALYSIS METHODOLOGY FOR PREDICTING THE IMPACT OF OBJECTS OF PAST ENVIRONMENTAL DAMAGE ON THE ENVIRONMENT
A large number of objects of past environmental damage formed on the territory of the Russian Federation as a result of unsustainable economic activity. According to various estimates, the total area of polluted areas is...
The use of modern technologies in responding to emergencies
The article discusses modern technologies of emergency response to ensure comprehensive safety of citizens.
CANCEROGENIC RISK OF ARSENIC CONTAMINATION OF WATER ECOSYSTEMS
The geoecology of Chelyabinsk is characterized and assessment of arsenic contamination of its water ecosystems by content analysis of this substance by nuclear-absorbing speсtrophotometer method in rain and surface water...