Teaching Experiment from Scientific Research Achievements of Aerospace Lunar Exploration Project: Bionic Lotus Leaf Aluminum-Doped Zinc Oxide Film for Moon Dust Protection
LI Yang, REN Hui-Wen, GUO Bao, WANG Qun, WU Xiao-Hong**
School of Chemical Engineering and Chemistry, Harbin Institute of Technology, Harbin 150006, China
Abstract Facing the major needs of the national spacecraft for lunar exploration, the scientific research project “research on the dustproof performance of bionic lotus leaf superhydrophobic micro-nano structure” was transformed into an undergraduate teaching experiment. The AZO film was prepared by the atomic layer deposition route, combined with the hydrothermal method to prepare the secondary AZO micro-nano structure. The experimental aerospace background has strong characteristics, involving the integration of multiple disciplines such as chemistry, materials, and aerospace. Students receive basic scientific research training from film preparation, characterization technology, and the discussing process of dust removal and crystal growth mechanism, and resonate at the same frequency as the lunar exploration project, which is beneficial to students to enhance their practical ability, subtly perceive the pulse of society, and guide students to engage in aerospace industry.
LI Yang, REN Hui-Wen, GUO Bao, WANG Qun, WU Xiao-Hong. Teaching Experiment from Scientific Research Achievements of Aerospace Lunar Exploration Project: Bionic Lotus Leaf Aluminum-Doped Zinc Oxide Film for Moon Dust Protection[J]. Chinese Journal of Chemical Education, 2023, 44(6): 36-40.
