**Chapter 6**

[17] Zaporozhets O, Synylo K. Improvements on aircraft engine emission and emission inventory assessment inside the airport area. Energy Journal (SCOPUS). 2017;**5**:

*Environmental Impact of Aviation and Sustainable Solutions*

[26] Zaporozhets O, Synylo K. New and improved LAQ models for assessment of

Organization 999 University Montreal, QC, Canada H3C 5H7. 2016. 250p.

aircraft engine emissions and air pollution in and around airports. On board a sustainable future: ICAO Environmental Report 2016, International Civil Aviation

[27] Zaporozhets O, Wiesen P, Kurtenbach R, Synylo K. Comparison between modelled and measured NOx concentrations in aircraft plumes at Athens international airport. International Journal of Sustainable

Aviation. 2017;**4**(3):1-17

[28] Zaporozhets O, Wiesen P,

Kurtenbach R, Synylo K. Measurement of aircraft engine emissions inside the airport. In: The 4th International Conference on Transport, Atmosphere and Climate; June 2015. Bad Kohlgrub (Germany): Proceedings; 2015.

pp. 82-84

pp. 28-33

[18] Zaporozhets O, Synylo K. Operational conditions influence on aircraft engine emission and pollution inside the airport. International Journal of Sustainable Aviation. 2017;**3**(1):1-17

Northern Carolina. 6 p

1960. 716 p

pp. 53-60

[19] Synylo K, Zaporozhets O. PolEmiCa model for local air quality assessment in airports. Community Modeling and Analysis System, 16th Annual CMAS Conference; 23–25 October, 2017. Chapel Hill, NC, USA: University of

[20] Abramovich GI. The Theory of Turbulent Jets. Moscow: Physmatgiz;

[21] Tokarev VI, Zaporozhets OI. Mathematical principles of modeling of atmospheric contamination processes by effluents of harmful substances at maintenance of aircrafts. In: State and

Perspective of Activities on Environment Protection in Civil Aviation. Moscow: GosNIIGA; 1987.

[22] Zaporozhets O. Evaluation of preliminary dispersion of effluents of contaminant substances by jets. In: Problems of Environment Protection at Intesification of Aircraft Productions.

Kyiv: KIECA; 1986. pp. 42-51

[23] Taliev VN. Aerodynamics Ventilation—М; 1979. 295 p

2017;**54**(5):1750-1759

**110**

[24] Pope Turbulent Flows. Cornell University, New York: Cambridge University Press; 2000. 841 p

[25] Zaporozhets O, Synylo K, Fröhlich J, Stiller J. Improvement of airport local air quality modeling. Journal of Aircraft.

1350-1357
