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Electrocapillary behaviors for liquid Wood alloy in NaOH aqueous solution by applying external low voltage were investigated. The electrode reaction (redox reaction) induced the formation or removing of oxide lm, and further caused the drop deformation by decreasing or increasing of interfacial tension. The same polar charge in the electric double layer would also decrease the interfacial tension. In order to maintain the stability of the system, the contact area of the interface would be expanded, and induced drop deformation macroscopically. When the liquid metal was charged by the chemical reaction in the solution, the electric eld force is an effective way to drive it. [doi:10.2320/matertrans.M2016414]

Electrocapillary Deformation and Electric Voltage Induced Flow of Liquid Wood Alloy in NaOH Aqueous Solution