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Kryukov, Alexei P.
National Research University, Moscow Power Engineering Institute, Moscow 111250, Russia
Krasnokazarmennaya14, Moscow, 11120, Russia Moscow Moscow RUSSIA
Non-equilibrium effects
Artigos:
SIMPLE KINETIC MODEL FOR EVAPORATION OF WATER DROPLETS IN AMBIENT AIR(abrir em uma nova aba)
KINETIC APPROACH TO HOMOGENEOUS NUCLEATION AT INTENSIVE EVAPORATION(abrir em uma nova aba)
Articles:
Evolution of a Vapor Cavity in Boiling of a Superfluid Helium(abrir em uma nova aba) - Vol. 32 '2001(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
Description of Heat and Mass Transfer in Film Boiling of Superfluid Helium in Microgravity in a Capillary-Porous Body(abrir em uma nova aba) - Vol. 34 '2003(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
Growth of a Vapor Film on the Heater Immersed into a Highly Conducting Liquid(abrir em uma nova aba) - Vol. 34 '2003(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
Study of Unsteady Evaporation-Condensation Processes on the Surface by the Methods of the Molecular-Kinetic Theory(abrir em uma nova aba) - Vol. 34 '2003(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
Special Features of Heat and Mass Transfer During Growth of a Vapor Film in a Porous Shell Filled with Helium II(abrir em uma nova aba) - Vol. 38 '2007(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
Distribution of Temperatures over a Spherical Heater Placed in He-II(abrir em uma nova aba) - Vol. 39 '2008(abrir em uma nova aba) - Heat Transfer Research(abrir em uma nova aba)
A NEW CONCEPT OF A SOLAR PROBE SHIELDING FROM INTENSE THERMAL RADIATION OF THE SUN(abrir em uma nova aba) - Vol. 0 '2017(abrir em uma nova aba) - ICHMT DIGITAL LIBRARY ONLINE(abrir em uma nova aba)
INFLUENCE OF NON−CONDENSABLE COMPONENT IN VAPOR-GAS MIXTURE ON THE INTENSITY OF LIQUID DROPLETS EVAPORATION(abrir em uma nova aba) - Vol. 4 '2018(abrir em uma nova aba) - International Heat Transfer Conference 16(abrir em uma nova aba)
THE INFLUENCE OF HOMOGENEOUS NUCLEATION ON THE FLOW OF VAPOR NEAR THE EVAPORATION SURFACE(abrir em uma nova aba) - Vol. 6 '2023(abrir em uma nova aba) - International Heat Transfer Conference 17(abrir em uma nova aba)
Mednikov, A. F.
Distribution of Temperatures over a Spherical Heater Placed in He-II
Reviznikov, Dmitry L.
A NEW CONCEPT OF A SOLAR PROBE SHIELDING FROM INTENSE THERMAL RADIATION OF THE SUN
Yastrebov, Arseniy K.
Study of Unsteady Evaporation-Condensation Processes on the Surface by the Methods of the Molecular-Kinetic Theory
Dergunov, I. M.
Evolution of a Vapor Cavity in Boiling of a Superfluid Helium
Growth of a Vapor Film on the Heater Immersed into a Highly Conducting Liquid
Selyaninova, Yu. Yu.
Special Features of Heat and Mass Transfer During Growth of a Vapor Film in a Porous Shell Filled with Helium II
Levashov, Vladimir Yu.
INFLUENCE OF NON−CONDENSABLE COMPONENT IN VAPOR-GAS MIXTURE ON THE INTENSITY OF LIQUID DROPLETS EVAPORATION
A NEW CONCEPT OF A SOLAR PROBE SHIELDING FROM INTENSE THERMAL RADIATION OF THE SUN
SIMPLE KINETIC MODEL FOR EVAPORATION OF WATER DROPLETS IN AMBIENT AIR
KINETIC APPROACH TO HOMOGENEOUS NUCLEATION AT INTENSIVE EVAPORATION
THE INFLUENCE OF HOMOGENEOUS NUCLEATION ON THE FLOW OF VAPOR NEAR THE EVAPORATION SURFACE
Khurtin, P. V.
Description of Heat and Mass Transfer in Film Boiling of Superfluid Helium in Microgravity in a Capillary-Porous Body
Gorbunov, A. A.
Evolution of a Vapor Cavity in Boiling of a Superfluid Helium
Growth of a Vapor Film on the Heater Immersed into a Highly Conducting Liquid
Mayorov , V.O.
THE INFLUENCE OF HOMOGENEOUS NUCLEATION ON THE FLOW OF VAPOR NEAR THE EVAPORATION SURFACE
Dombrovsky, Leonid A.
A NEW CONCEPT OF A SOLAR PROBE SHIELDING FROM INTENSE THERMAL RADIATION OF THE SUN
Shishkova, Irina N.
INFLUENCE OF NON−CONDENSABLE COMPONENT IN VAPOR-GAS MIXTURE ON THE INTENSITY OF LIQUID DROPLETS EVAPORATION
SIMPLE KINETIC MODEL FOR EVAPORATION OF WATER DROPLETS IN AMBIENT AIR
Study of Unsteady Evaporation-Condensation Processes on the Surface by the Methods of the Molecular-Kinetic Theory