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Showing 1 to 5 of 5 for “"Evaporation of droplets"”.

  1. Droplet evaporation dynamics on surfaces

    Droplet evaporation governs many man-made and natural processes. Hence, it has been widely studied by many scientists over the past century. With the recent advancements in nanotechnology, many surfaces for two phase heat transfer have been developed including hydrophobic, biphilic and …

    uiuc Repository record for Droplet evaporation dynamics on surfaces (opens in a new tab)

  2. Direct contact heat transfer between an evaporating fluid and an immiscible liquid

    … has been conducted into the process of cooling water by the evaporation of droplets of isopentane in direct contact. The research has potential industrial application to a pickling acid recovery crystalliser. In order to minimise industrial equipment size a counter current flowing …

    southwales Repository record for Direct contact heat transfer between an evaporating fluid and an immiscible liquid (opens in a new tab)

  3. Effect of particles on evaporation of droplet containing particles

    The evaporation of droplet containing insoluble particles has grown into an active area of research due to the needs for nanofluids for applications in heat transfer, combustion, and manufacturing desired micro/nano particles in the pharmaceutical industry. The evaporation of droplets containing …

    ucf

  4. Molecular Dynamics Study of Solid-Liquid Heat Transfer and Passive Liquid Flow

    … devices. Heat transfer by phase change is one of the most efficient mechanisms for removing heat from a solid surface. Futuristic electronic devices are expected to generate more than 1000 W/cm2 of heat. Despite the advancements in microscale and nanoscale manufacturing, the maximum passive …

    syracuse-diss Repository record for Molecular Dynamics Study of Solid-Liquid Heat Transfer and Passive Liquid Flow (opens in a new tab)

  5. Characterization and modeling of aerosol-cloud interactions toward the improvement of rainfall estimation in high mountains

    … are prone to underestimation due to a lack of sensitivity to light precipitation and ground-clutter contamination of radar signals by steep terrain. The latter creates a blind zone extending up a few kilometers above the ground for the vertical profiling radars onboard the Global …

    duke Repository record for Characterization and modeling of aerosol-cloud interactions toward the improvement of rainfall estimation in high mountains (opens in a new tab)