Makhrov V.V. - article list
- Allowing for temperature jump at a gas – solid boundary when measuring thermal-conductivity of a chemically reacting gas
Makhrov V.V. - Analysis of heat-conduction data for alkali-metal vapor, taking into account the temperature discontinuity for a chemically reacting gas
Makhrov V.V.
Makhrov V.V.
Timrot D.L., Makhrov V.V., Reutov B.F.
Timrot D.L., Makhrov V.V., Reutov B.F.- Experimental investigation of formation of temperature jump and thermal-conductivity in dissociating gases at low-pressures – sodium vapor
Makhrov V.V., Pilnenskii F.I. - Analysis of experimental-data on the thermal-conductivity and temperature discontinuity in dissociating gases at low-pressures – sodium vapor
Makhrov V.V., Pilnenskii F.I. - An experimental-study of the thermal-conductivity of lithium vapor
Timrot D.L., Makhrov V.V., Pilnenskii F.I. - The thermal-conductivity and temperature step in magnesium vapor at high-temperatures
Makhrov V.V., Okulich-Kazarin E.G. - Introduction of Correction for Slip at Gas-Solid Boundary in Measurement of Viscosity of a Dissociating Gas. Alkali Metal Vapors
Makhrov V.V.
Makhrov V.V.- Possible method for the combined analysis of experimental data on the thermal conductivity and viscosity of the vapors of alkali metals
Makhrov V.V. - Method of the heated filament (incorporating a null section) for use in corrosive media, and determination of the thermal conductivity of sodium vapor
Timrot D.L., Makhrov V.V., Sviridenko V.I.
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Impact factor 2022: 1.0
ISSN: 0040-3644 (Russian version)
ISSN: 0018-151X (English version)
ISSN: 1608-3156 (Online version)
ISSN: 1608-3156 (Online version)
