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Paper of Prof. Yuan Yifei’s Group Published in Nature Sustainability, Sub-journal of Nature
Sustainable aqueous zinc-manganese battery combines one of the oldest battery chemistries with favorable sustainability characteristics including safety, cost and environmental compatibility. However, the ambiguous charge storage mechanism presents a challenge to fulfil the great potential of this energy technology.
Recently, Professor Yuan Yifei and Associate Professor He Kun of Wenzhou University, in collaboration with the Argonne National Lab, the University of Illinois and the University of Oxford, have published a paper entitled "Understanding intercalation chemistry for sustainable aqueous zinc-manganese dioxide batteries" in the top international journalNature Sustainability.
Wenzhou University is the first author affiliation of this paper, with Associate Professor He Kun of Wenzhou University as the corresponding author. Professor Wang Shun, Professor Jin Huile, and graduate student Li Chenghang of Wenzhou University participated in this work. The relevant work has been supported by the National Natural Science Foundation of China (52002287) and other projects.
2024-03-04
WZU Education Majors Achieve Sixth Place Nationwide in the 9th "Tian Jiabing Cup" National Teaching Skills Competition From December 29th to 31st, the finals of the 9th "Tian Jiabing Cup" National Teaching Skills Competition for education majors were held at Zhejiang Normal University. A total of 1611 participants from 226 universities nationwide competed in this event, with 10 participants from our university. They achieved 4 first prizes, 1 second prize, and 5 third prizes, ranking sixth in the nation for the number ...
2023-10-17
Researcher ZHANG Lijie from the College of Chemistry and Materials Engineering Publishes Academic Paper in "Nature Nanotechnology", Sub-journal of Nature Two-dimensional materials possess novel physical properties such as atomic-level thickness, excellent electronic transport, and optoelectronic characteristics. They serve as ideal platforms for the development of high-performance electronic and optoelectronic devices, potentially extending the traditional silicon-based semiconductor industry based on "Moore's Law" and further enhancing chip tra...International Relations Office, Wenzhou University
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