Fig. 1 (A) A schematic of pool boiling curves on three surfaces with different physicochemical properties: a smooth hydrophilic surface (red dashed), a.

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Presentation transcript:

Fig. 1 (A) A schematic of pool boiling curves on three surfaces with different physicochemical properties: a smooth hydrophilic surface (red dashed), a smooth hydrophobic surface (black dotted), and a textured superhydrophobic surface (blue solid). (A) A schematic of pool boiling curves on three surfaces with different physicochemical properties: a smooth hydrophilic surface (red dashed), a smooth hydrophobic surface (black dotted), and a textured superhydrophobic surface (blue solid). As the superheat [ΔT = Tw − Tsat, defined as the wall temperature (Tw) minus the saturated water boiling temperature] increases, the heat flux (q) increases until it reaches a local maximum (CHF), followed by decreasing to a local minimum corresponding to the Leidenfrost temperature (TL), before increasing again. Compared to a smooth hydrophilic surface, a suitably textured superhydrophobic surface can smoothly transition to a Leidenfrost state without a CHF. (B) We determine the Leidenfrost transition by measuring the lifetime of a droplet (with an initial volume of 10 μl). As the wall temperature increases, the lifetime (Φ) decreases rapidly until it reaches a minimum and then rapidly increases to a local maximum (corresponding to TL) as the vapor film of the Leidenfrost state is fully established. The measured droplet lifetime at Tw = 125oC increases from ~5 s on the smooth hydrophilic or smooth hydrophobic surfaces to approximately 75 s on the superhydrophobic textured surface. Dhananjai Saranadhi et al. Sci Adv 2016;2:e1600686 Copyright © 2016, The Authors