Experimental study examines voltage effects on wetting transitions in liquid lead and molten salts, indicating critical insights into phase changes.
) when the wetting angle becomes zero. The energy required for the transition to the film-like wetting regime increases as the interionic bond energy of the molten salt increases. Near the critical wetting potential, a quadratic dependence of the contact angle cosine on voltage is observed.
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Victor P Stepanov (2026) studied this question.
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