Bioinspired superhydrophobic functional materials represent an emerging interdisciplinary research field that encompasses principles and technologies from various disciplines,including chemistry,materials science,and physics.These materials demonstrate unique application potential in self-cleaning,anti-corrosion,anti-fouling,and drag reduction.While this field is rapidly advancing with continuous new research findings,traditional experimental teaching materials remain relatively outdated and fail to reflect the latest scientific developments and theories in a timely manner.This paper,based on the Ministry of Education's Chemistry"101 Program"Synthetic Chemistry Experiment Course,introduces cutting-edge research on bioinspired superhydrophobic functional materials and outlines an experimental curriculum designed to cultivate top-tier innovative talents.This approach aims to provide both theoretical and empirical support for teaching practices in this field and enhance the quality of talent development in foundational disciplines.
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