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Research Progress

Tsinghua Zhang Rufan Group's Latest JACS Achievement: Descriptor-Guided Design of Multi-Site Doped RuO₂ for Durable Zinc–Air Batteries

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Peak power density of 187 mW cm⁻²! Zhang Rufan at Tsinghua University, latest JACS!

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Frontier Research | Associate Professor Zhang Rufan's Team at Tsinghua University Makes Progress in Metal Doping of Ruthenium-Based Oxide Zinc–Air Batteries

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Tsinghua University's Zhang Rufan / Zhu Ping, Latest JACS! Valence Electrons and Ionic Radius as Descriptors for Multi-Site Doping of RuO₂ for Long-Lasting Zinc–Air Batteries

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Tsinghua University Zhang Rufan Research Group: Learning Cooling from Nature: Micro/Nano Wisdom of Radiative Cooling Materials

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Congratulations to Zhu Ping on the acceptance of the paper "Valence-Shell Electrons and Ionic Radius as Descriptors for Multi-site Doping of RuO2 for Durable Zn-air Batteries" by JACS!

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Congratulations to Mengxin Lei on the acceptance of her review paper "Colored Passive Daytime Radiative Cooling Paints: From Fundamentals to Applications" by the Chinese Journal of Chemical Engineering!

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Tsinghua University Prof. Rufan Zhang’s group published a review: Artificial intelligence empowers carbon nanotube research, shifting from empirical trial-and-error to data-driven discovery.

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Congratulations to Yanlong Zhao on the acceptance of his review paper titled "Artificial Intelligence Tools for Carbon Nanotube Research: Opportunities from Synthesis to Applications" by the journal Carbon and Hydrogen!

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Congratulations to Dr. Linan Feng on the acceptance of his review paper titled "Progress in Fabrication and Multifunctional Applications of Radiative Cooling Fabrics" by the Journal of Advanced Textile Engineering!

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Rufan Zhang’s group at Tsinghua University, ACS Nano: Inorganic Fiber/Polymer Composite Quasi-Solid-State Electrolyte for High-Performance Electrochromic Devices

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Congratulations to Wang Xinnong on the acceptance of the research paper titled "Inorganic Fiber-Polymer Composite Quasi-Solid-State Electrolyte for High-Performance Electrochromic Devices" in ACS Nano!

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Multi-Band Selective Regulation Radiative Cooling Glass Achieves Synergistic Thermal Resistance and Heat Dissipation, Tsinghua University Study Published in Materials Horizons

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Congratulations to Si-Ming Zhao on the acceptance of his research paper titled A High-Performance Radiative Cooling Glass Based on Multi-Band Selective Regulation for Synergistic Heat Dissipation and Resistance by the journal Materials Horizons.

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Zheng Xie and Ruifang Guan from University of Jinan, together with Rufan Zhang from Tsinghua University, published a study in Chemical Engineering Journal: Carbon Dot-Mediated In Situ Ion Exchange Strategy for High-Performance Multicolor Electrochromic Devices.

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