6 Result(s)
within
R. Ya. Tugazakov
Industrial Chemistry/Chemical Engineering
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Article
Molecular flows in narrow pores at small initial perturbations
The problem of the correctness of setting the initial conditions upon the generation of a molecular flow in narrow pores is discussed. The effect of intensity of the initial perturbation of the equilibrium sta...
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Article
Motion of a vapor—liquid meniscus in narrow slitlike pores
In this work, a microhydrodynamic approach is used to investigate the motion of the meniscus on a vapor—liquid interface in narrow slitlike pores. Calculations are performed on the basis of Navier—Stokes—type ...
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Article
Effect of wall potentials on the vapor and liquid flows in narrow channels
The flow of dense gases and liquids in narrow pores is theoretically described by the microhydrodynamic approach, which can be used to study the effect of wall potentials on the parameters of molecular flows. ...
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Article
Microdynamics of the Early Stages of Liquid/Plate Contact under Highly Nonequilibrium Conditions
A microhydrodynamic approach (in which the dissipative coefficients are calculated using the molecular model of lattice gas) is used to study the upward flow of a liquid film over a hydrophilic plate immersed ...
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Article
Numerical Study of Dense Fluid Flow in Narrow Pores
Unsteady-state dense flows in narrow slitlike pores that result from pulse perturbations of the initial steady state are analyzed for the case of argon flow in a carbon pore whose walls have microasperities. T...
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Article
Dynamics of the flow of a dense fluid in narrow pores
A new approach was employed for the theoretical study of a dense fluid flow (gas and liquid) in narrow pores. Calculations were made on the basis of the Navier-Stokes equations. The transfer coefficients and t...
