Stoichiometric Mixture of Acetylene and Oxygen in Modeling of Gas Dynamic Instability Development von Gerasimov, S. I., Kanygin, I. A., Nevmerzhitsky, N. V.

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Dispersion of a liquid drop under the effect of an air shock wave with an intensity of 0.2–42 atm von Nevmerzhitsky, N V, Sotskov, E A, Sen'kovsky, E D, Lyapebi, E, Nikulin, A A, Krivonos, O L, Abakumov, S A

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Turbulent mixing at the gas–liquid interface with a mixing zone width of up to 200 mm von Nevmerzhitsky, N V, Dudin, V I, Nikulin, A A, Sen'kovsky, E D, Marmyshev, V V, Sotskov, E A, Krivonos, O L, Polovnikov, A A, Polovnikov, E A, Abakumov, S A

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The influence of the Mach number of shock waves on turbulent mixing growth at an interface of gases von Nevmerzhitsky, N V, Sotskov, E A, Sen'kovsky, E D, Razin, A N, Ustinenko, V A, Krivonos, O L, Tochilina, L V

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Study of Turbulent Mixing Development at the Gas-Gas Interface of Shock Wave at Mach Numbers from 2-9 von Bliznetsov, M V, Nevmerzhitsky, N V, Rasin, A N, Sotskov, E A, Senkovsky, E D, Tochilina, L V, Ustinenko, V A

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Study of viscosity effect on turbulent mixing development at the gas-liquid interface von Bliznetsov, M V, Nevmerzhitsky, N V, Sotskov, E A, Tochilina, L V, Kozlov, V I, Lychagin, A K, Ustinenko, V A

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Motor transport related harmful PM2.5 and PM10: from onroad measurements to the modelling of air pollution by neural network approach on street and urban level von Lozhkina, O, Lozhkin, V, Nevmerzhitsky, N, Tarkhov, D, Vasilyev, A

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Method for measuring the symmetrical components of the voltages in a polyphase mains supply and device for implementing this method von A. K. SHIDLOVSKY, S. G. TARANOV, V. V. BRAIKO, I. P. GRINBERG, O. L. KARASINSKY, J. F. TESIK, R. B. KHUSID, N. I. NEVMERZHITSKY, A. M. TSYGANOK ET V. A. YASCHUK

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