Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgravity conditions. The experiment mainly consists in the study of a two-phase flow through a 6 mm diameter sapphire tube uniformly heated by an ITO coating. The parameters of the hydraulic system are set by the conditioning system and measurements of pressure drops, void fraction and wall temperatures are provided. High-speed movies of the flow are also taken. The data were collected in normal gravity and during a series of parabolic trajectories flown in an airplane. Flow visualizations, temperature and pressure measurements are analysed to obtain flow pattern, heat transfer and wall friction data
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments of HFE-7000 are conducted in earth gravity and under micrograv...
International audienceForced convective boiling experiments of HFE-7000 were conducted in earth grav...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments of HFE-7000 were conducted in earth gravity and under microgra...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments with HFE-7000 were conducted in earth gravity and under microg...
Forced convective boiling experiments of HFE-7000 are conducted in earth gravity and under micrograv...
International audienceForced convective boiling experiments of HFE-7000 were conducted in earth grav...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...
Boiling two-phase flow can transfer large heat fluxes with small driving temperature differences, wh...