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  • IAC-09
  • A2
  • session 2
  • 2. Fluid and Materials Sciences

    Papers

    1. USING SUPERCRITICAL FLUIDS TO TRANSPORT HEAT ON LONG DISTANCES: AN ASSESSMENT

    2. IVIDIL experiment on ISS: Diffusive processes under controlled vibrations

    3. MATHEMATICAL MODELLING OF THERMOGRAVITATIONAL CIRCULATION IN CONDITIONS TENDING TO ZERO-GRAVITY

    4. Multicomponent hydrocrabons Soret coefficients measured in microgravity

    5. Non-equilibrium effects on gas – fluid interfaces

    6. Ethylene Laminar Diffusion Flames at Sub-atmospheric Pressures to Simulate Microgravity

    7. Propagation of Magnesium Dust Flames in Reduced-Gravity

    8. Influence of Sootshell Formation on Droplet Burning Rate and Radiative Heat Transfer in Microgravity Ethanol Droplet Combustion

    9. development of a two-fluid magnetohydrodynamics model for non-equilibrium anisotropic plasma flows

    10. A study on the solid-liquid interface shape during the growth of Si0.25Ge0.75 in micro-gravity condition utilizing Bridgman Method

    11. Dissolution of Silicon into Germanium Melt under Magnetic Fields

    12. JAXA High Quality Protein Crystallization Experiment in space environment

    13. A Thermo-fluid-dynamic model for a Small-Scale Space-Based Greenhouse