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  • Self-consistent model of fl...
    Novosadov, V S; Dadashev, R Kh; Kutuev, R A; Elimkhanov, D Z; Dadasheva, Z I; Talkhigova, Kh S

    IOP conference series. Materials Science and Engineering, 08/2020, Letnik: 905, Številka: 1
    Journal Article

    The study proposes the self-consistent theory that combines an activation model, a free volume model and a cluster model. The theory makes it possible to explain why the flow of fluid in slip conditions requires extremely minimal tangential stresses and describes the real structure of the fluid in the boundary layer, as well as to explain why the fluid is almost not squeezed out of the capillary gap.