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Hongying Zhao on Muck Rack

Hongying Zhao

As seen in: Nature, Wiley Online Library, Frontiers, Journal of Clinical Pathology, MDPI, ACS Publications, Diagnostic Pathology, Royal Society of Chemistry, Physical Review B, Emerald Publishing and
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Articles

Unravelling the key factors governing O 2 evolution upon charging a reversible LiOH-based nonaqueous Li | |O 2 battery

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By Linbin Tang, Zongyan Gao, Junjian Li, Yujie Wen, Junchao Chen, Shijing Luo, Lina Zhou, Guangfeng Wei, Zuofeng Chen, Hongying Zhao, Luming Peng, Fengting Li, Tao Liu, Zechun Lu, Xuechun Lou, Zhexuan Zhu
| Nature Verified
Abstract Achieving a reversible four-electron-per-oxygen-molecule oxygen evolution reaction is an essential yet highly challenging task for nonaqueous lithium hydroxide-based Li | |O2 batteries, as the kinetically sluggish oxygen evolution reaction tends to entangle with competing parasitic reactions, whose origins and mitigating strategies remain largely elusive.
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Structure-adaptive single-atom nickel catalysts for pure hydrogen peroxide electrosynthesis at industrial current density

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By Zining Wang, Hongbao Jia, Yanchao Li, Zheng Chen, Xunyu Lu, Hongying Zhao, Aiyang Xie
| Nature Verified
Abstract The generation of pure hydrogen peroxide (H2O2) through two-electron oxygen reduction reaction represents a promising avenue for sustainable chemical production. However, a fundamental understanding of inevitable reconstruction of active sites during electrolysis remains elusive, hindering the development of dualable electrocatalysts. Herein, we report a structure-adaptive electrocatalyst featuring self-regulating capabilities under reaction.
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Alginate cryogel beads for effectively aggregating nanoplastics for water remediation - Communications Chemistry

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By Hongying Zhao, Sushanta K. Mitra
| Nature Verified
Abstract Nanoplastic (NP) pollution, consisting of particles smaller than 1 µm, poses a significant threat to both global ecosystems and human health. However, effective removal remains challenging due to their sub-micron size and low environmental concentrations. In this research, we discovered that an alginate cryogel can rapidly aggregate NPs (50–200 nm) into micrometer-sized clusters, enabling efficient removal via conventional membrane filtration.
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