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Chuying Ouyang

As seen in: Nature, Wiley Online Library, Science Magazine
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Articles

Additive-assisted quasi-dry process enabling freestanding sulfide electrolyte films for all-solid-state batteries

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By Shiwei Chen, Xinyu Yu, Jixin Wu, Jia Li, Yilin Chen, Yihao Chen, Pauline W. Wang, Yanming Wang, Yongxing Shen, Linsen Li, Shou-Hang Bo, Chuying Ouyang, Ziyang Ning, Yunlong Guo, Chunya Lou, Dunjie Yang
| Nature Verified
Abstract Sulfide solid-state electrolyte films that combine thinness, high ionic conductivity and large-area feasibility are needed to improve energy density and enable industrial-scale production of all-solid-state batteries. However, workable processing methods to integrate these critical features remain technically challenging.
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Redirecting wet–interfacial redox pathways for efficient inverted perovskite solar cells

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By Yuri Takeda-Kimura, Zhiyong Li, Mingjun Zhang, Zheng Liang, Boyuan Liu, Yuelong Li, Yalan Zhang, Yi Yang, Linchuan Ma, Bao Ngan Tu, Huifen Xu, Yuqi Bao, Minghui Fan, Peide Zhu, Xianfu Zhang, Congqi Li, Xinyuan Zhang, Yuheng Li, Guodong Chen, Cheng Liu, Chen Zhu, Chuying Ouyang, Shengbin Cheng, Hua-Chao Liu
| Science Magazine Verified
Editor’s summary Abstract Supplementary Materials References and Notes Information & Authors Metrics & Citations Check Access References Figures Tables Media Share Editor’s summary Conjugated hydrazide additives limit the adverse effect of protons from hole-selective contacts with perovskite inks. Liang et al. found that the acidity of carbazole-based phosphonic self-assembled monolayers triggered detrimental iodide redox reactions mediated by the dimethyl sulfoxide used in perovskite precursors.
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Understanding and suppressing gas evolution in lithium metal batteries with ether-based electrolytes

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By Samantha T. Hung, Yuchun Wang, Ziman Cai, Chongzhen Wang, Zirui Shao, Juanjuan Sun, Haoran Li, Lu Bai, Ulderico Ulissi, Xiaolin Yan, Junhao He, Xiaonan Luo, Na Liu, Hansen Wang, Chuying Ouyang, Jinding Liang, Erxiao Wu, Fangyun Chen, Falin Zhu
| Nature Verified
Abstract Understanding and suppressing gas evolution is critical to enabling high-energy-density lithium metal batteries (LMBs). Yet, comprehensive investigations in ether-based systems remain limited. Here we quantify gas generation in ether-based LMBs and elucidate the underlying mechanisms. We link CO and CO2 production to the cathode, and CH4 evolution to the anode. Notably, CO and CO2 are consumed at the Li anode to form Li-containing species such as Li2CO3.
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