PARAMETRIC STUDY OF DROPLET BREAKUP BEHIND A SHOCK WAVE BY THE SHEET STRIPING MECHANISM von Poplavski, S. V.

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Stripping Modes of Water Droplet Breakup in Shock Waves von Boiko, V. M., Poplavski, S. V.

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On the interphase and intra-phase interaction of particles and gas in a layer of granular materials behind shock wave von Poplavski, S V

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ENERGY APPROACH TO ESTIMATING THE QUALITY OF THE SPRAY GENERATED BY A MODEL PNEUMATIC ATOMIZER von Boiko, V. M., Nesterov, A. Yu, Poplavski, S. V.

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Droplet breakup in shock waves at moderate values of the Weber number von Boiko, V M, Poplavski, S V

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Investigation of the scale factor influence on the pneumatic atomizers features von Nesterov, A. Yu, Poplavski, S. V., Boiko, V. M.

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On the near wake structure of a supersonic coaxial gas-liquid jet von Poplavski, S V, Nesterov, A Yu

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Spray influence on the gas-dynamic structure of a supersonic underexpanded jet von Boiko, V. M., Lotov, V. V., Nesterov, A. Yu, Poplavski, S. V.

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Structure of a supersonic gas-liquid jet at high liquid concentrations von Boiko, V. M., Lotov, V. V., Nesterov, A. Yu, Poplavski, S. V.

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Induction time of liquid drop breakup in an accelerating flow von Samsonova, I. V., Boiko, V. M., Poplavski, S. V., Pivovarov, A. A.

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An early stage of the drop interaction with shock wave: airflow, deformation, destruction von Poplavski, S V, Minakov, A V, Shebeleva, A A

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Liquid atomization in a high-speed coaxial gas jet von Boiko, V. M., Nesterov, A. Yu, Poplavski, S. V.

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Development of LDA method with direct spectral analysis based on Fizeau interferometer for aerophysical experiments von Boiko, V. M., Nesterov, A. Yu, Poplavski, S. V.

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Deformation and acceleration-induced fragmentation of the liquid drops in the gradient air flow von Boiko, V M, Poplavski, S V, Pivovarov, A A, Samsonova, I V

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On the dispersion of liquid in coaxial supersonic gas jet von Poplavski, S V, Boiko, V M, Lotov, V V, Nesterov, A U

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Measurement of gas velocity in a high-gradient flow, based on velocity of tracer particles von Boiko, V. M., Pivovarov, A. A., Poplavski, S. V.

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On the dynamics of drop acceleration at the early stage of velocity relaxation in a shock wave von Boiko, V. M., Poplavski, S. V.

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Collective effects in the cloud of particles behind incident shock wave and methods of their research von Poplavski, S. V.

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Motion of a particle behind the shock wave front von Fedorov, A. V., Shul’gin, A. V., Poplavski, S. V.

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Investigation of supersonic two-phase flows by a laser Doppler anemometer with a fizeau interferometer von Poplavski, S. V., Nesterov, A. Yu

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