Menggai Jiao

Zhengzhou University

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Zhen Zhou

Nankai University

Zhijian Wu

Changchun Institute of Applied Chemistry

Runlin Ma

Institute of Genetics and Developmental Biology

Bingsen Zhang

Chinese Academy of Sciences

Wei Ma

Xi'an Jiaotong University

Shaobo Cai

Zhengzhou University

Lanlu Lu

Shanghai Advanced Research Institute

Lili Zhang

Zhengzhou University

Heather M. Barkholtz

University of Wisconsin–Madison

Jie Zeng

University of Science and Technology of China

Cooperative Institutions

Chinese Academy of Sciences

Zhengzhou University

Changchun Institute of Applied Chemistry

University of Science and Technology of China

University of Chinese Academy of Sciences

Shanghai Jiao Tong University

Yangtze University

Dalian Institute of Chemical Physics

Central South University

Hunan University

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Flower-like covalent organic frameworks as host materials for high-performance lithium-sulfur batteries

Chemical Engineering Journal (2024)

Shaobo Cai Runlin Ma Ke Wang Hao Zhang Yiyang Liu

Covalent organic framework

Polysulfide

10.1016/j.cej.2024.151979

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Citations (8)

Crystalline Ni3C as both carbon source and catalyst for graphene nucleation: a QM/MD study

Scientific Reports (2015)

Menggai Jiao Kai Li Wei Guan Ying Wang Zhijian Wu

Abstract Graphene nucleation from crystalline Ni 3 C has been investigated using quantum chemical molecular dynamics (QM/MD) simulations based on the self-consistent-charge density-functional tight-binding (SCC-DFTB) method. It was observed that the lattice of Ni 3 C was quickly relaxed upon thermal annealing at high temperature, resulting in an amorphous Ni 3 C catalyst structure. With the aid of the mobile nickel atoms, inner layer carbon atoms precipitated rapidly out of the surface and then formed polyyne chains and Y-junctions. The frequent sinusoidal-like vibration of the branched carbon configurations led to the formation of nascent graphene precursors. In light of the rapid decomposition of the crystalline Ni 3 C, it is proposed that the crystalline Ni 3 C is unlikely to be a reaction intermediate in the CVD-growth of graphene at high temperatures. However, results present here indicate that Ni 3 C films can be employed as precursors in the synthesis of graphene with exciting possibility.

Carbon fibers

Amorphous carbon

10.1038/srep12091

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Slope failure mechanism of the “5·1” Meida Highway collapse in Guangdong, China: Interaction between multi-source water and weathered granite soil

Landslides (2025)

Yang Xue Ningsheng Chen Rui‐Xuan Tang Zhenye Yang Menggai Jiao

Failure mechanism

Slope failure

10.1007/s10346-025-02455-5

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Postseismic Deformation and Stress Perturbation in NE China due to the 2011 Tohoku Earthquake

AGU Fall Meeting Abstracts (2019)

Yan Hu MingHui WANG Bin Zhao Menggai Jiao Kan Wang

Source

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A practical milling route for highly dispersed and tunably loaded Pt in NiFe hydroxides as bifunctional water-splitting electrocatalysts

Green Energy & Environment (2024)

Jinyang Wang Peiyan Feng Chenxiao Yang Jiahao Yao Zhe Deng

Layered double hydroxides

10.1016/j.gee.2024.12.001

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Erratum: High performance platinum single atom electrocatalyst for oxygen reduction reaction

Nature Communications (2017)

Jing Liu Menggai Jiao Lanlu Lu Heather M. Barkholtz Yu-Ping Li

Nature Communications 8: Article number: 15938 (2017); Published: 24 July 2017; Updated: 27 September 2017. The affiliation details for one of the corresponding authors, Ying Wang, are incorrect in this Article. This author is incorrectly affiliated with ‘University of Chinese Academy of Sciences, Beijing 100049, China.

10.1038/ncomms16160

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Citations (28)

Improving Li–S Batteries by a Separator Decorated with Ternary Metal Organic Frameworks from Spent Li-Ion Batteries

Energy & Fuels (2024)

Ke Wang Shaobo Cai Runlin Ma Jingge Shi M.C. Wu

With the increasing application of electric vehicles, the surging of lithium-ion batteries (LIBs) may foreshadow potential environmental disruptions stemming from mishandling spent LIBs and greenhouse gas emissions from recycling. Urgent advancements are needed in the current recycling technologies for dead LIBs. Herein, we propose a solution to address the challenge of industrial LIB waste recycling by repurposing it into environmentally friendly functional materials. Specifically, unitary and ternary transition metal organic frameworks (TT-MOFs) were successfully synthesized for use in the separator for high-performance lithium-sulfur (Li-S) batteries. The unique ternary MOFs demonstrate the capability to mitigate the shuttle effect and enhance the adsorption and conversion of lithium polysulfides during cycling. Notably, we achieved an initial discharge capacity of 1008.7 mA h g–1 at 0.5 C, with a decay rate of only 0.054% after 500 cycles. This research reuses waste solutions from the wet metallurgy process of LIB recycling and unveils a promising approach for the development of sustainable energy-storage materials in the future.

Separator (oil production)

10.1021/acs.energyfuels.4c01515

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Optimizing electronic structure through point defect engineering for enhanced electrocatalytic energy conversion

Green Energy & Environment (2024)

Wei Ma Jiahao Yao Fang Xie Xinqi Wang Hao Wan

Energy transformation

10.1016/j.gee.2024.02.006

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Citations (3)

What is the promising anode material for Na ion batteries?

Science Bulletin (2018)

Yangyang Zhou Yali Yang Menggai Jiao Zhen Zhou

10.1016/j.scib.2018.01.011

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Citations (31)

High performance platinum single atom electrocatalyst for oxygen reduction reaction

Nature Communications (2017)

Jing Liu Menggai Jiao Lanlu Lu Heather M. Barkholtz Yuping Li

Abstract For the large-scale sustainable implementation of polymer electrolyte membrane fuel cells in vehicles, high-performance electrocatalysts with low platinum consumption are desirable for use as cathode material during the oxygen reduction reaction in fuel cells. Here we report a carbon black-supported cost-effective, efficient and durable platinum single-atom electrocatalyst with carbon monoxide/methanol tolerance for the cathodic oxygen reduction reaction. The acidic single-cell with such a catalyst as cathode delivers high performance, with power density up to 680 mW cm −2 at 80 °C with a low platinum loading of 0.09 mg Pt cm −2 , corresponding to a platinum utilization of 0.13 g Pt kW −1 in the fuel cell. Good fuel cell durability is also observed. Theoretical calculations reveal that the main effective sites on such platinum single-atom electrocatalysts are single-pyridinic-nitrogen-atom-anchored single-platinum-atom centres, which are tolerant to carbon monoxide/methanol, but highly active for the oxygen reduction reaction.

Carbon fibers

10.1038/ncomms15938

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Citations (685)