*
Bobarykina T.A., Chirkashenko V.F., Yakovlev V.I.*
**
The supersonic air flow structure and parameters in optical breakdown zone for high frequency energy pulses** |
3 |

*
Khlopkov Y.I., Zharov V.A., Mio Miint Z., Khlopkov A.Y., Polyakov M.S.*
**
Development of methods to calculate aerothermodynamics for aerospace systems in transition mode** |
10 |

*
Prikhodko A.A., Polevoy O.B., Lipatov I.I.*
**
Control of self-induced shock wave oscilations on airfoil at the transonic regime the flow** |
17 |

*
Khlopkov Y.I., Mio Miint Z., Khlopkov A.Y.*
**
Simulation of triple molecular collisions** |
23 |

*
Kupershtokh A.L., Medvedev D.A., Gribanov I.I.*
**
Simulations of phase transitions with heat and mass transfer by the lattice Boltzmann method** |
30 |

*
Akhmadiev F.G., Gilfanov R.M.*
**
Тhe separation of two-phase emulsion at film non-isothermal flows due to the heating of working surface** |
39 |

*
Sulatskiy A.A.*
**
Engineering-application formulas for calculating rate of interaction between the Zr- and U-bearing melt and core catcher sacrificial material** |
45 |

*
Kharlamov G.V., Zhilkin S.V.*
**
Molecular dynamics simulation of diffusion in gases and liquids** |
51 |

*
Gasenko V.G.*
**
Integriability of multy resonance Lorenz media with quadratic nonlinearity by IST method** |
55 |

*
Sapozhnikov V.B., Korolkov A.V.*
**
Separation of gas from liquid in the liquid-gas mixture flow in the zero-gravity by means of combined porous-mesh materials** |
60 |

*
Sadykov R.A.*
**
Transfer process in multilayered shielding constructions and facilities** |
66 |

*
Teslenko V.S., Drozhzhin A.P., Medvedev R.N.*
**
Generation of cavitational vortex rings in water** |
71 |

*
Vozhakov I.S., Tsvelodub O.Y., Arkhipov D.G.*
**
Investigation of nonlinear waves on a falling thin liquid film entrained by turbulent co-current gas flow** |
75 |

*
Kostyunin V.V., Potapov V.N.*
**
Experience the creation of vortex generators of a new type for processing complex fuels and biomass** |
82 |

*
Nakoryakov V.E., Ostapenko V.V., Bartashevich M.V.*
**
Flow regime maps for thin liquid film described by nonhomogenious roll-wave equation** |
89 |

*
Khasbulatov S.V., Gadzhiev G.G., Pavelko A.A., Shilkina L.A., Reznichenko L.A., Omarov Z.M., Bakmaev A.G., Magomedov M.M., Aleshin V.A.*
**
The phase composition, microstructure, thermal and dielectric properties of multiferroic BiFeO**_{3}/Tb |
95 |

*
Platonov D.V., Minakov A.V., Dekterev A.A.*
**
Investigation of the pulsation phenomena influence on the operation modes of the high-pressure hydro-power plant** |
102 |

*
Arkhipov D.G., Vozhakov I.S., Markovich D.M., Tsvelodub O.Y.*
**
Symmetry in the problem of wave flow regimes of a thin layer of viscous liquid** |
109 |

*
Aktershev S.P., Alekseenko S.V., Bobylev A.V., Markovich D.M., Kharlamov S.M.*
**
Simulation of waves in the vertical rivulet** |
115 |

*
Fomin P.A., Voronin D.V., Fedorov A.V., Chen J.*
**
Calculation of explosion characteristics of silane-air mixture** |
121 |

*
Potapov V.N., Kostyunin V.V.*
**
The effect of preserving the intensity of the twist of the core flow while lowering total twist on the burning torch burner** |
127 |

*
Nakoryakov V.E., Tsoy A.N., Mezentsev I.V., Meleshkin A.V.*
**
The effect of explosive boiling up of liquid nitrogen at mixing with water** |
133 |

*
Trotsyuk A.V., Vasiliev A.A.*
**
Numerical study of cellular structure of detonation of a methane-oxygen mixture** |
139 |

*
Shestakov M.V., Tokarev M.P., Markovich D.M.*
**
3D dynamics of vortex structures of а quasi-two-dimensional turbulent jets** |
146 |

*
Gasenko V.G., Gorelik R.S., Timkin L.S.*
**
** |
152 |

*
Pinchuk V.A.*
**
The experimental investigations for regularities of ignition and combustion of coal-water fuel produced from coals of different metamorphism stages** |
159 |