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On the rapid growth and departure of nucleate bubbles in boiling on hydrophobic surfaces
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DOI：10.1016/j.jcis.2026.141320.png)
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Abstract
En 中文
Recent experiments have shown that tuning the initial wetting state of a hydrophobic surface before boiling gives rise to bubble behavior resembling that on hydrophilic surfaces. This contrasts with typical bubble behavior on hydrophobic surfaces, where bubble growth initiates from a residual vapor seed and results in slow growth and delayed departure. Here, we hypothesize that such wetting-state tuning modifies the near-surface liquid-vapor interfacial structure beneath the bubble, possibly through the formation of a near-surface thin liquid film, thereby altering bubble dynamics on hydrophobic surfaces.
Keywords:
Nucleate boiling
Hydrophobic surface
Bubble dynamics
Near-surface thin liquid film
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