Перечень основных публикаций
Особенности пожарной опасности горючих газовых смесей сложного состава / А.Ю. Шебеко – М.: Изд-во Триумф, 2018. – 146 с.
The role played by self-inhibition in combustion processes Azatyan V, Bolod'yan I, Shebeko Y et al. Russian Journal of Physical Chemistry A (2006) 80(4) 541-545
Effect of self-inhibition at a flame propagation in rich gaseous mixtures of combustible-air-diluent Azatyan V Shebeko Y Shebeko A et al. Journal of Loss Prevention in the Process Industries (2007) 20(4-6) 486-493
An influence of oxygen content in an oxidizing atmosphere on inhibitive action of fluorinated agents on a hydrogen flame Azatyan V Shebeko Y Shebeko A et al. Journal of Loss Prevention in the Process Industries (2007) 20(4-6) 494-500
Concentration limits of flammability of H2-N2-O2-inhibitor mixtures Azatyan V Shebeko Y Bolod'yan I et al. Russian Journal of Physical Chemistry B (2008) 2(4) 568-574
The influence of inhibitors on the normal rate of combustion of rich near-limit hydrogen-containing mixtures Shebeko Y Bolod'Yan I Shebeko A et al. Russian Journal of Physical Chemistry A (2009) 83(4) 618-623
Dual nature of fluorinated hydrocarbons as Inertization agents Azatyan V Shebeko Y Shebeko A et al. Nonequilibrium Phenomena: Plasma, Combustion, Atmosphere (2009) 221-225
A numerical modelling of an influence of CH4, N2, CO2 and steam on a laminar burning velocity of hydrogen in air Azatyan V Shebeko Y Shebeko A Journal of Loss Prevention in the Process Industries (2010) 23(2) 331-336
Kinetic aspects of chemical control over flame propagation in combustible gases Azatyan V Bolod'Yan I Navtsenya V et al. Kinetics and Catalysis (2011) 52(5) 637-646
Condetions of fire and explosion safety at a determination of operation parameters of industrial facilities Shebeko Y Shebeko A Science and Technology of Energetic Materials (2011) 72(1-2) 57-61
An extinguishing of a hydrogen jet flame by a supply of a gaseous suppressant into fuel and oxidizer Shebeko Y Shebeko A Zuban A Science and Technology of Energetic Materials (2011) 72(3-4) 69-73
An experimental investigation of an inertization effectiveness of fluorinated hydrocarbons in relation to premixed H2-N2O and CH4-N2O flames Shebeko A Shebeko Y Zuban A et al. Journal of Loss Prevention in the Process Industries (2013) 26(6) 1639-1645
Influence on fluorocarbons flammability limits in the mixtures of H2-N2O and CH4-N2O Shebeko A Shebeko Y Zuban' A et al. Russian Journal of Physical Chemistry B (2014) 8(1) 65-70
On the mechanism of a BLEVE occurrence due to fire engulfment of tanks with overheated liquids Shebeko Y Shebeko A Journal of Loss Prevention in the Process Industries (2015) 36 167-170
An investigation of an ignition of flammable gaseous mixtures with mechanical sparks Shebeko A Shebeko Y Zuban A et al. Fire Safety Journal (2015) 78 122-129
Influence of the oxygen content in the oxidizing medium on the combustion of fuel–oxidizing medium–hydrofluorocarbon near-stoichiometric mixtures Shebeko A Shebeko Y Zuban A et al. Russian Journal of Physical Chemistry B (2016) 10(6) 991-996
Characteristics of a combustion of near stoichiometric gaseous mixtures of flammable gas - Oxidizer - Fluorinated hydrocarbon at various oxygen concentrations in the oxidizer Shebeko A Shebeko Y Golov N et al. Journal of Loss Prevention in the Process Industries (2017) 46 195-199
Experimental Investigation of the Ignition of Combustible Gas Mixtures by Friction Sparks Shebeko A Shebeko Y Zuban A et al. Combustion, Explosion and Shock Waves (2018) 54(3) 264-274
Shebeko Y.N., Zuban A.V., Shebeko A.Y. An evaluation of an actual fire resistance limit of non-protected steel structures for different temperature regimes of fires. Pozharovzryvobezopasnost/Fire and Explosion Safety. 2019;28(6):29-34
Glukhov, I.S., Shebeko, Y.N., Shebeko, A.Y. et al. Limiting Conditions of Flame Propagation in Gas Mixtures at Reduced Pressures. Russ. J. Phys. Chem. B 13, 471–477 (2019)
Shebeko A.Y., Konstantinova N.I., Tsarichenko S.G. Fire hazard of textile materials based on polyester fibers for rail vehicles. Pozharovzryvobezopasnost/Fire and Explosion Safety. 2020;29(1):32-42