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Author

Ruohong Bian

Observed institution: Nanjing Forestry University
OpenAlex ID: A5111222642
Aminated alkali lignin nanoparticles enabled formaldehyde-free biomass wood adhesive with high strength, toughness, and mildew resistance
2024 · Ying Zhu, Ruohong Bian, et al. · Chemical Engineering Journal · 68
Construction of a boron nitride nanosheet hybrid for tough, strong, and flame-retardant phenolic resins
2023 · Jiongjiong Li, Ying Zhu, et al. · Chemical Engineering Journal · 50
Bioinspired ‘phenol-amine’ cross-linking and mineral reinforcement enable strong, tough, and formaldehyde-free tannic acid-based adhesives
2024 · Ruohong Bian, Ying Zhu, et al. · Journal of Cleaner Production · 32
Formaldehyde-free biomass adhesive based on industrial alkali lignin with high strength and toughness
2024 · Ying Zhu, Fudong Zhang, et al. · Industrial Crops and Products · 21
Dynamic covalent bonds enabled recyclable chitosan oligosaccharide-based wood adhesive with high adhesion and anti-mildew performances
2024 · Caizhi Yu, Yi Chen, et al. · International Journal of Biological Macromolecules · 17
Preparation of tannic acid-based recyclable adhesive with high adhesion property, low curing temperature, and environmental tolerance
2024 · Ximing Yuan, Ruohong Bian, et al. · Industrial Crops and Products · 14
Controllable homogeneous oxygen crosslinking in pitch for high-performance sodium-ion batteries by sequential air-acid-air oxidation
2026 · Yuhan Liu, Xueyan Kang, et al. · Nano Energy · 13
A tough, strong, and fast-curing phenolic resin enabled by quercetin-functionalized hyperbranched polymer
2024 · Jiongjiong Li, Ruohong Bian, et al. · Industrial Crops and Products · 13
A Restacking Inhibited Carbonization Pathway for Graphitization‐Prone Precursors Toward Long‐Life Sodium‐Ion Batteries
2026 · Yuhan Liu, Hao Yang, et al. · Advanced Materials · 9
Conjugated imine phenolic resins with high strength, superior toughness, and rapid curing at low temperatures
2025 · Ruohong Bian, Pu Liu, et al. · Chemical Engineering Journal · 7
Hydroxylated graphene-assisted depolymerization of Acacia mangium tannin for the preparation of fast-curing and high-strength tannin–phenol–formaldehyde resins
2025 · Zhiqin Wang, Pu Liu, et al. · Advanced Composites and Hybrid Materials · 3
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Phenol-assisted depolymerization of Acacia mangium tannin for strong and fast-curing biomass-based phenolic resins
2026 · Pu Liu, Zhiqin Wang, et al. · International Journal of Biological Macromolecules · 2
Imine-hydrogen-bond synergy: A strategy for rapid-curing phenolic resins with superior strength-toughness balance
2026 · Jiongjiong Li, Xiaobin Yu, et al. · European Polymer Journal · 1
Tailoring Acacia mangium Tannin Reactivity via Acid/Formaldehyde Treatment for High‐Performance Bio‐Based Phenolic Resins
2026 · Pu Liu, Jingying Ke, et al. · Polymer Engineering and Science
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Room-temperature curable biomass-based thermosetting resins with ultrahigh strength, toughness and long-term durability
2026 · Ruohong Bian, Hao Xie, et al. · Chemical Engineering Journal
A High‐Strength and Water‐Resistant Fully Biomass Adhesive Enabled by Schiff Base Cross‐Linking Between Chitosan and Oxidized Starch
2026 · Kaiqi Wang, Zhiqin Wang, et al. · Polymer Engineering and Science
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Sucrose-Derived Imine Synergistic Multihydrogen Bonds Enable Tough, Strong, and Rapid Curing Phenolic Resins
2025 · Jiongjiong Li, Ruohong Bian, et al. · ACS Sustainable Chemistry & Engineering
Works count: 17
Citation count: 250
H-index: 9
I10-index: 8
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