Abstract
For a deeper understanding of the fluid dynamics and heat transfer in the transition layer, when studying the dynamics of a two-phase flow during boiling and a heat transfer crisis, i.e. in the region of the dynamic gas-liquid-solid contact line and the adjacent meniscus, characterized by an apparent contact angle, it is necessary to analyse the wettability, contact angle hysteresis, and surface morphology. In this paper, samples of a graphene-coated copper substrate, a surface with nanotubes, and an uncoated copper surface for comparison are considered.
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