Jianhui Li

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Academic Career Length

7Years (2020-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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21 July 2025 in Advances in Colloid and Interface Science

Journal Article

Advances and mechanistic insights into low-frequency (Sub-8 GHz) microwave-absorbing materials: A critical review bridging conventional architectures and emerging frontiers

Rui Guo

Shutong Li

Jianhui Li

Lianjun Wang

Wan Jiang

3 February 2020 in Rare Metals

Journal Article

Microstructure and microhardness of a novel TiZrAlV alloy by laser gas nitriding at different laser powers

Zhi‐Hao Feng

Xin‐Yang Sun

Peng‐Biao Han

Hang Fu

Hui‐Cong Dong

Jianhui Li

2 December 2025 in Advanced Composites and Hybrid Materials

Journal Article

Defect-interface engineering optimizes polymetallic sulfides-based absorbers toward high-efficiency low-/middle-frequency electromagnetic wave absorption

Rui Guo

Shutong Li

RongXia Duan

Yunjun Sun

Jianhui Li

Wan Jiang

Overcoming the challenge of decoupling impedance matching from attenuation for low-frequency (2–10 GHz) electromagnetic wave absorption, this work presents a defect-engineered multiphase medium-entropy sulfide composite. Synthesized via integrated mechanical alloying and surfactant-assisted hydrothermal sulfidation, the composite integrates sulfur vacancy-rich (Fe,Co,Ni)₉S₈, anisotropic FeCoNi alloy, CoFe₂O₄, and porous MoS₂. This architecture creates abundant heterogeneous interfaces and interfacial sulfur vacancies, significantly enhancing defect-induced polarization and dielectric loss via the “Janus effect.” Concurrently, the magnetic components boost magnetic loss while optimizing impedance matching. Benefiting from this magneto-dielectric synergy, the composite achieves exceptional absorption: a minimum reflection loss (RL_min) of -50.4 dB at 3.96 GHz and a remarkable RL_min -77.5 dB at 9 GHz. Radar cross-section simulations confirm application potential. This work provides strategic insights for designing innovative low-/mid-frequency absorbers through synergistic dielectric-magnetic loss in polymetallic sulfide heterostructures.

9 February 2024 in Bioelectrochemistry

Journal Article

Enhanced corrosion of 2205 duplex stainless steel by Acetobacter aceti through synergistic electron transfer and organic acids acceleration

Dan Liu

Yongmei Liang

Huijun Wei

Pengjun Liu

Daiqiang Jin

Dake Xu

15 June 2024 in Bioelectrochemistry

Journal Article

Enhanced antibacterial and corrosion resistance of copper-containing 2205 duplex stainless steel against the corrosive bacterium Shewanella algae

Mankun Li

Junye Zhou

Yaqiang Li

Guangqian Zhu

Zishuai Hu

Jianhui Li

8 August 2021 in Coatings

Journal Article

Preparation and Characterization of (Al, Fe) Codoped ZnO Films Prepared by Sol–Gel

In this research, Al-doped and (Al, Fe) codoped ZnO films were prepared on glass substrate by the sol–gel method. The surface morphology, structure, and optical property were characterized by scanning electron microscope (SEM), X-ray diffraction (XRD), X-ray photoelectron spectroscopy (XPS), and Ultraviolet-Visible-Near-infrared (UV-Vis-NIR) spectroscopy. The film surface morphologies all exhibited granular characteristics. With the Fe doping concentration increasing, the codoped films had smaller grain size and tended to be smoother. XRD analysis revealed that all films had a hexagonal wurtzite structure. The codoping can contribute to more Al and Fe ions entering the ZnO crystal structure, but result in the crystalline degree of the films decreasing. XPS results showed that the Al and Fe irons in the films exist in the form of trivalent. Moreover, the doped films had higher transmission, especially for codoped (Fe:Al = 3) film, but their absorption edge shifted to the short-wavelength direction.

About Me

Jian Qi received his BS degree from the Hebei Normal University in 2005, and his PhD degree from Beijing Institute of Technology (BIT) in 2010. After this, he went to National Center for Nanoscience and Technology (NCNST) in China for his postdoctoral research. Then, he joined the Institute for Process Engineering (IPE), Chinese Academy of Sciences (CAS). His current research interests are focused on the fabrication of micro-/nanostructured functional inorganic materials with well-defined structures as well as their application in energy and environmental catalysis. Fanchun Meng received her BS degree from the Hebei Normal University in 2012, and her PhD degree from University of Chinese Academy of Sciences in 2024. Her current research interests are focused on the dynamic catalysis and the preparation and functionalization of nanomaterials as well as their application in heterogeneous catalysis. Dan Liu received his BS degree from the Yunnan Minzu University in 2012, and his PhD degree from Northeastern University in 2019. Since December 2019, he has joined the School of Materials Science and Engineering of Hebei University of Science and Technology. His current research interests are focused on microbiologically influenced corrosion and protection, photocatalytic antibacterial and its mechanism research.

Jianhui Li

Jianhui Li

Research Focus & Metrics

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Representative Publications

About Me