Titlebook: Drop Dynamics and Dropwise Condensation on Textured Surfaces; Sameer Khandekar,K. Muralidhar Book 2020 Springer Nature Switzerland AG 2020

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Selbstorganisation kollektiver Ph?nomenethrough the walls of the container. Heat release is at the liquid-vapor interface but heat transfer to the cooler substrate occurs through the footprint of the condensed liquid drop. Heat transfer rates determine the extent of condensation and in turn, the growth rate of the drop. Hence, the nature

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cortex

Bernd Oberknapp,Konrad Polthier liquid-vapor interface and is converted into liquid. Condensation process is initiated by subcooling, a temperature difference between the bulk vapor and the solid surface. Subsequently, energy in the form of the latent heat must be removed from the interfacial region either by conduction and conve

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Control for a Class of Hybrid Systemsnidirectional wettability gradient has also been considered. Here, the effect of thermophysical properties, physico-chemical properties of the substrate, promoter layer thickness, nucleation site density, saturation temperature, degree of subcooling, effect of wettability gradient and angle of incli

Conflagration

https://doi.org/10.1007/978-3-642-59702-2ucleation of drops, followed by their growth and coalescence, resulting in drop instability that removes them from the surface. Fresh nucleation occurs at the exposed nucleation sites, thus creating a cycle of vapor condensation and liquid removal. The drop size distribution over the surface determi