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References
1. H. Chaloupecká, Z. Jaˇ nour, Š. Nosek, Short-term gas dispersion in idealised urban canopy in
street parallel with flow direction, in EPJ Web of Conference (2016)
2. H. Chaloupecká, Z. Jaˇ nour, J. Mikšovský, K. Jurˇ cáková, K. Kellnerová, Evaluation of a new
method for puff arrival time as assessed through wind tunnel modelling. PSEP 111, 194–210
(2017)
3. E. Heathcote, The Historic Mixed-Use Courtyard Buildings of Central Europe. Global Property
Insight, Financial Times (2014)
4. P.G. Hoel, Introduction to Mathematical Statistics (Wiley, USA, 1966), p. 427
5. L. Lubcke, H. Harms, E. Berbekar, B. Leitl, Puff dispersion in a simplified central-European
city, in International Workshop on Physical Modelling and Dispersion Phenomena (2013)
6. L. Soulhac, V. Garbero, P. Salizzoni, P. Mejean, R.J. Perkins, Flow and dispersion in street
intersections. Atmos. Environ. 43, 2981–2996 (2009)
7. VDI, Environmental meteorology, physical modelling of flow and dispersion processes in the
atmospheric boundary layer, Application of wind tunnels. VDI-Standard: VDI 3783 Blatt 12
(2000)
8. D.S. Wilks, Statistical Methods in the Atmospheric Sciences (Academic Press, USA, 2006),
p. 626
H. Chaloupecká et al.
References
1. H. Chaloupecká, Z. Jaˇ nour, Š. Nosek, Short-term gas dispersion in idealised urban canopy in
street parallel with flow direction, in EPJ Web of Conference (2016)
2. H. Chaloupecká, Z. Jaˇ nour, J. Mikšovský, K. Jurˇ cáková, K. Kellnerová, Evaluation of a new
method for puff arrival time as assessed through wind tunnel modelling. PSEP 111, 194–210
(2017)
3. E. Heathcote, The Historic Mixed-Use Courtyard Buildings of Central Europe. Global Property
Insight, Financial Times (2014)
4. P.G. Hoel, Introduction to Mathematical Statistics (Wiley, USA, 1966), p. 427
5. L. Lubcke, H. Harms, E. Berbekar, B. Leitl, Puff dispersion in a simplified central-European
city, in International Workshop on Physical Modelling and Dispersion Phenomena (2013)
6. L. Soulhac, V. Garbero, P. Salizzoni, P. Mejean, R.J. Perkins, Flow and dispersion in street
intersections. Atmos. Environ. 43, 2981–2996 (2009)
7. VDI, Environmental meteorology, physical modelling of flow and dispersion processes in the
atmospheric boundary layer, Application of wind tunnels. VDI-Standard: VDI 3783 Blatt 12
(2000)
8. D.S. Wilks, Statistical Methods in the Atmospheric Sciences (Academic Press, USA, 2006),
p. 626