Nano and Interfacial Catalysis Research Center

Surface and Interfacial Catalysis

Prof. Qiang Fu
+86 411 8437 9253
qfu@dicp.ac.cn
  • Researchers Unveil Oxide–on–Metal Inverse Catalyst that Facilitates Hydrogen Spillover for CO2 Hydrogenation

  • Researchers Uncover Dynamic Confinement effect in Stabilizing Active Silver Nanoclusters under CO oxidation Reaction Atmosphere

  • In-Situ Dynamic Carburization of Mo Oxide in Reverse Water-Gas Shift Reaction was Revealed

  • ZnOx Overlayer Confined on ZnCr2O4 Spinel for Direct Syngas Conversion to Light Olefins

  • Balancing CO2 Adsorption and H2 Activation on Confined ZnOx Species for CO2 Hydrogenation

Notice and Announcement
EVENTS
> 【答辩】水系锌基电池电极的表界面表征及循环稳定性研究(2025-5-19)2025-05-19 > 【答辩】含水环境中金属/氧化物的结构演变机制研究(2025-5-19)2025-05-19 > 【答辩】含水气氛与表面羟基在金属迁移与再分散过程中的影响机制研究(2025-5-19)2025-05-19
RESEARCH INTERESTS
Surface and Interface Electrochemistry Surface and Interface Catalysis Surface Chemistry Methodology
PUBLICATIONS

Water promoted structural evolution of Ag nanocatalysts supported on alumina

Effects of water adsorption on active site-dependent H2 activation over MgO nanoflakes

Metal-oxide interaction modulating activity of active oxygen species on atomically dispersed silver catalyst

Direct Observation of Accelerating Hydrogen Spillover via Surface-Lattice-Confinement Effect

Revealing the Effect of Electrolyte Coordination Structures on the Intercalation Chemistry of Batteries