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The Urban Exposure Management Tool for Assessment of Exposure of Residents to Urban Air Pollution
Barták, M. ; Smolík, Jiří ; Dohányosová, Pavla
The Urban Exposure tool is a new software tool designed to enable governments and local authorities to model the exposure of residents to urban air pollution during all their daily activities, such as working, travelling or sleeping. The Urban Exposure tool is relevant for anyone with an interest in air quality and air quality management; environmental managers, planners, consultants and academics. Human exposure to particulate pollution is modelled in a variety of user specified environments and for a variety of activities. Scenarios are constructed using a simple to use Graphical User Interface, which allows the user to specify a range of parameters.
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European Research Project URBAN-EXPOSURE
Smolík, Jiří ; Barták, M. ; Bartoňová, A. ; Bholer, T. ; Broday, D. M. ; Colbeck, I. ; Coulson, G. ; Floisand, I. ; Fudala, J. ; Hollander, W. ; Housiadis, Ch. ; Lazaridis, M.
The comparison of the measured values of ==the deposition rates with theoretical predictions from the L==ai and Nazaroff (2000) model is presented. The ratio of the ==indoor/outdoor concentration in the accumulation mode zone i==s used to estimate the air exchange rate.
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Synthesis of Heterostructure Particles by CVD Method in a Tube Flow Reactor
Moravec, Pavel ; Smolík, Jiří ; Levdansky, V.V. ; Keskinen, H.
Powders of mixed or heterostructure fine particles are of even greater value than the single component ones. During last decade we prepared single component fine particles of silica, alumina, titania and zirconia by decomposition of organoelement precursors in an externally heated tube flow reactor. On the basis of experience with the synthesis of single component particles we prepared mixed or coated multicomponent particles Al2O3-SiO2, TiO2-SiO2 and ZrO2SiO2 by simultaneous decomposition of two precursors in one reactor.
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