Abstract Dendritic metal branches (metal trees) are typical structures formed during the electrochemical deposition process. However,traditional electrolysis methods struggle to observe their dynamic formation in real time. By designing a planar substrate electrolysis approach,the growth process of metal trees has been visualized,clearly revealing the evolution of their microstructures. This method can also be applied to create intricately structured metal tree artworks. To further investigate the growth details,a miniature visual electrolysis device was constructed,enabling real-time microscopic recording of the kinetic behavior of dendritic growth. Integrating electrochemical principles with artistic creation not only stimulates exploratory interest through vivid dynamic beauty but also conveys the practical concept of “chemistry creating a better life”.
WANG Xia, LU Yi, ZHANG Qin. Experimental Inquiry and Visual Design of Making Metal Trees Through Electrolysis Reaction[J]. Chinese Journal of Chemical Education, 2026, 47(11): 88-94.
