*
Yudakov A.A., Tsybulskaya O.N., Ksenik T.V.*
**
Experimental studies of intercomponent heat exchange in swirling gas-dispersion flow with counterflow component movement** |
3 |

*
Gaponov S.A., Terekhova N.M.*
**
Influence of the heat-mass exchange and a gas blowing direction on the stability of the supersonic boundary layer** |
8 |

*
Aktershev S.P., Bartashevich M.V.*
**
Heating of the liquid film under constant heat flux on the wall** |
14 |

*
Sakhnov A.Y.*
**
Heating of the liquid film under constant heat flux on the wall** |
20 |

*
Gaponov S.A., Smorodskiy B.V.*
**
Control of supersonic boundary layer parameters by blowing foreign gas** |
28 |

*
Aktershev S.P., Bartashevich M.V.*
**
Heating of the liquid film in the presence of shear stress at the interface** |
33 |

*
Nakoryakov V.E., Misyura S.Y., Ovchinnikov V.V.*
**
Boiling crisis of water salt solution droplets** |
39 |

*
Donskoy I.G.*
**
Mathematical modeling of the fixed-bed solid fuels gasification with secondary air supply** |
43 |

*
Akhmadiev F.G., Farakhov M.I., Isyanov C.K.*
**
Nonisothermal flow of a two-phase medium in the pipe with permeable wall** |
49 |

*
Tsvelodub O.Y.*
**
Modeling the influence of external impulse effects on the wave modes in a falling film of viscous fluid** |
55 |

*
Sapozhnikov V.B., Korolkov A.V.*
**
Mathematical modeling of the boiling process in weightlessness** |
61 |

*
Terekhov V.I., Khalatov A.A., Shishkin N.E.*
**
Methods of intensification of film cooling of the working surfaces in power installations** |
67 |

*
Tsybulskaya O.N., Ksenik T.V., Yudakov A.A., Slesarenko V.V., Perfiliev A.V., Kisel A.A.*
**
Features of reactant treatment of chromium-containing waste water of electroplating industry** |
74 |

*
Kupershtokh A.L.*
**
Appearance of gas phase just before a breakdown of dielectric liquids because of heterogeneous nucleation under the action of strong electric fields** |
79 |

*
Medvedev R.N., Drozhzhin A.P., Teslenko V.S.*
**
the threshold for formation of cavitation vortex rings at the outflow of the flooded liquid pipes** |
86 |

*
Mezentseva N.N., Mezentsev I.V., Elistratov D.S., Elistratov S.L., Meleshkin A.V.*
**
The use of dry ground heat at heat pump operation under the conditions of Siberia** |
90 |

*
Terekhov V.I., Bogatko T.V.*
**
Heat transfer in an axisymmetric diffuser with sudden expansion** |
95 |

*
Nizovtsev M.I., Sterlyagov A.N., Shlyupikov M.Y.*
**
Influence air blowing during evaporation of water droplets on porous surfaces** |
101 |

*
Dekterev D.A., Platonov D.V., Minakov A.V.*
**
A numerical and experimental study of the flow in the hydraulic turbine** |
106 |

*
Anisimov M.P., Berdyugina I.S., Terekhov V.I., Shishkin N.E.*
**
The vapor embryos nucleation rates within the water droplet surfaces** |
110 |

*
Medvedev R.N., Sodnomay A.B.*
**
Spectral definition of content of dissolved copper ions by electric discharge in capillary** |
115 |

*
Nakoryakov V.E., Mezentsev I.V., Meleshkin A.V., Elistratov D.S., Mezentseva N.N., Sadykova I.*
**
Transportation of natural gas in the gas hydrate state** |
119 |

*
Vorobiev M.A., Kashinskiy O.N., Lobanov P.D., Chinak A.V.*
**
Bubble formation regimes in downward flow of viscous liquid** |
124 |

*
Nakoryakov V.E., Mezentsev I.V., Meleshkin A.V., Elistratov D.S., Mezentseva N.N.*
**
Production of freon R134A gas hydrate by injecting liquid nitrogen into water** |
129 |

*
Shebeleva A.A., Minakov A.V.*
**
Numerical simulation of two-phase flow by VOF methods, with the dynamic contact angle** |
133 |

*
Bobylev A.V., Guzanov V.V., Kvon A.Z., Markovich D.M., Kharlamov S.M.*
**
Rivulets formation during wave motion of isothermal liquid film** |
139 |

*
Kuznetsov V.V.*
**
Dynamics of metastable liquid decomposition at high external and stored energy density** |
143 |

*
Kuznetsov V.A., Chernetskiy M.Y., Dekterev A.A.*
**
Investigation of turbulence and devolatilization models on the ignition and combustion of pulverized coal** |
149 |

*
Shebelev A.V., Gavrilov A.A.*
**
Evaluation of kinetic model for granular environment to describe turbulent flow of slurry in a horizontal straight pipe** |
153 |

*
Chernov A.A., Mezentsev I.V., Meleshkin A.V., Pilnik A.A.*
**
New methods of gas hydrates formation** |
159 |

*
Gnitiev P.A., Biryukov A.B.*
**
Research of air flow influence onto metal cooling mechanism in chamber furnaces** |
165 |

*
Guzey D.V., Minakov A.V., Zhigarev V.A.*
**
Investigation of forced convection of nanofluids** |
169 |

*
Kravtsov Z.D., Dulin V.M., Lobasov A.S., Sharaborin D.K.*
**
Measuring the concentration of fluorescent impurities in the turbulent jet** |
174 |

*
Trotsyuk A.V., Vasiliev A.A.*
**
Numerical modeling of two-dimensional structure of a rich methane-air mixture detonation** |
178 |

*
Bobashev S.V., Popov P.A., Reznikov B.I., Sakharov V.A.*
**
Influence of substrate thermal properties of heat flux sensors based on anisotropic thermoelements to the thermoelectric power in stationary mode** |
184 |

*
Postolatiy V.M., Berzan V.P., Bykova E.V., Grodetskiy M.V., Anisimov V.K.*
**
Influence of tariffs for economic and energy development** |
188 |

*
Messerle V.E., Mosse A.L., Ustimenko A.B.*
**
Plasma gasification of carbon-bering waste** |
195 |

*
Messerle V.E., Ustimenko A.B.*
**
Plasma processing of gaseous and solid fuels** |
200 |

*
Yagodnitsyna A.A., Kovalev A.V., Bilskiy A.V.*
**
Flow pattern visualisation of immiscible liquid-liquid flow in a T-shaped microchannel** |
207 |

*
Shestakov M.V., Tokarev M.P., Markovich D.M.*
**
Visualizing the evolution and interection of vortices in a quasi two-dimensional jet** |
211 |

*
Shestakov M.V., Tokarev M.P., Nebuchinov A.S., Markovich D.M.*
**
Investigation of vortex flow structure in wire-wrapped rod bundles: TIME-RESOLVED MICRO PIV measurements** |
217 |

*
Lezhnin S.I., Pribaturin N.A.*
**
Generation and evolution of pressure waves during phase transitions** |
222 |

*
Nazarov A.V., Litvinov I.V.*
**
Nonstationary combustion modes of tangential vortex burner** |
227 |

*
Bobylev A.V., Guzanov V.V., Kvon A.Z., Markovich D.M., Kharlamov S.M.*
**
Statistical characteristics of waves on the surface of the falling liquid film** |
232 |

*
Arkhipov D.G., Khabakhpashev G.A., Tsvelodub O.Y.*
**
Stability of long waves on an interface of horizontal flow of two-layer liquid** |
236 |

*
Donskoy I.G., Misyura S.Y.*
**
Dissociation model of gas hydrate particle with consideration of methane filtration in the pores of ice crust** |
241 |