Yunhong Pi

Guangdong University of Technology — China

Energy · Physical Sciences

18h-index3.5kcitations36works4.82yr avg
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Research Topics

Advanced Photocatalysis Techniques(21), Metal-Organic Frameworks: Synthesis and Applications(15), Catalytic Processes in Materials Science(8), Electrocatalysts for Energy Conversion(6), Copper-based nanomaterials and applications(6)

Publications36 total

Synergistic nitrogen doping and core-shell confinement in Ni@C catalysts for highly selective C4+ higher alcohols synthesis from aqueous ethanol
Chemical Engineering Science·2025
Confined dual‐interface <scp>HRGO</scp> / <scp> Cu <sub>2</sub> O </scp> @ <scp>CuMOF</scp> heterojunction for enhanced photothermal methanol/water reforming to hydrogen
AIChE Journal·2025
Enhancing methanol/water activation for photothermal hydrogen production: Modulation of Cu-pyridine sites in UiO-67 metal-organic frameworks
Applied Catalysis B: Environmental·2025· 3 cited
Surface Hydroxylated S/O Dual‐Vacancy S‐Scheme Hollow [In<sub>2</sub>S<sub>3‐x</sub>/In<sub>2</sub>O<sub>3‐x</sub>](OH)<sub>y</sub> Heterojunction for Photothermal‐promoted Low‐Temperature Methanol/Water Reforming into Hydrogen
Angewandte Chemie·2025· 2 cited
Surface Hydroxylated S/O Dual‐Vacancy S‐Scheme Hollow [In<sub>2</sub>S<sub>3‐x</sub>/In<sub>2</sub>O<sub>3‐x</sub>](OH)<sub>y</sub> Heterojunction for Photothermal‐promoted Low‐Temperature Methanol/Water Reforming into Hydrogen
Angewandte Chemie International Edition·2025· 12 cited
One-step in-situ construction of Cu2O/Ti3C2Tx@TiO2 enabling interfacial photothermal reforming of MeOH/H2O into H2
Fuel·2025· 2 cited
Insights into photothermal methanol reforming into hydrogen: The role of tailored dual-active-centered defective amino-MOFs for hydroxyl activation
Applied Catalysis B: Environmental·2024· 8 cited
Hierarchical heterojunction comprising of in-situ derived TiO2 and salicylaldimine-supported Co catalysts in metal-organic frameworks for enhancing photocatalytic hydrogen generation
International Journal of Hydrogen Energy·2024· 3 cited
Modulating the surface amphipathicity of Ni-Sn composite nanoparticles for efficient upgrading of aqueous ethanol to C6+ alcohols
Chemical Engineering Science·2024· 2 cited
In situ confinement of ultrasmall Cu nanoparticles within silicalite-1 zeolite for catalytic reforming of methanol to hydrogen
International Journal of Hydrogen Energy·2024· 16 cited
Photothermal-driven Reforming of Methanol Solution into Hydrogen over Ultra-stable Cr-MOF-embedded CuInS2 Heterostructure
Fuel·2023· 13 citedOpen Access
Engineering of the Cu+/Cu0 interface by chitosan-glucose complex for aqueous phase reforming of methanol into hydrogen
International Journal of Hydrogen Energy·2023· 20 cited
Confinement of Cu2O by in-situ derived NH2-MIL-125@TiO2 for synergetic photothermal-driven hydrogen evolution from aqueous-phase methanol reforming
Chemical Engineering Journal·2023· 17 cited
<scp>Metal‐organic framework</scp> stabilizes <scp>Cu<sub>7</sub>S<sub>4</sub></scp>‐wrapped <scp>Cu<sub>2</sub>O</scp> heterostructure for photothermal‐promoted methanol/water reforming into hydrogen
AIChE Journal·2023· 10 cited
Boosting the C–C Coupling of Bioethanol to Higher Alcohols by Inhibiting Aqueous Phase Reforming Reaction
Industrial & Engineering Chemistry Research·2023· 8 cited
Boosting the selectivity of higher alcohols in upgrading of aqueous bioethanol over amphiphilic NiSn@C-MgO catalyst
Fuel·2022· 6 cited
Boosting the Selectivity of Higher Alcohols in Upgrading of Aqueous Bioethanol Over Amphiphilic Nisn@C-Mgo Catalyst
SSRN Electronic Journal·2022Open Access
Chitosan–lignin carbon framework-encapsulated Cu catalyst facilitates base-free hydrogen evolution from methanol/water
Catalysis Science & Technology·2022· 28 cited
An <i>in situ</i> derived MOF@In<sub>2</sub>S<sub>3</sub> heterojunction stabilizes Co(<scp>ii</scp>)-salicylaldimine for efficient photocatalytic formic acid dehydrogenation
Chemical Communications·2022· 20 cited
Upgrading of Aqueous Bioethanol to Higher Alcohols over NiSn/MgAlO Catalyst
ACS Sustainable Chemistry & Engineering·2021· 19 cited
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Frequent Co-authors

Tiejun Wang(13), Wenting Lin(11), Zhong Li(10), Ziyu Zengcai(9), Jing Xiao(8), Xiyi Li(7), Tiejun Wang(7), Qian Zhang(6), Jingyao Yang(6), Qibin Xia(5), Xuanyu Feng(5), Yang Song(5), Ziwan Xu(5), Wenbin Lin(5), Xueying Cai(5), Qingwei Meng(5), Baofang Zhang(5), Xiaoping Wu(4), Junliang Wu(3), Yingwei Li(3)