Surface and Interfacial Catalysis-纳米与界面催化研究组

Surface and Interfacial Catalysis

Prof. Qiang Fu

+86 411 8437 9253

qfu@dicp.ac.cn

Team Members

Electric Field, Oxygen Spillover Team Up Govern Electrode Migration in SOECs
Gas-Solid van der Waals Interaction Driving the Dynamic Evolution of Surface Nanostructures
Researchers Review Interface Confinement Effect at Oxide-Oxide Interfaces
Researchers Reveal Dynamic Reductive and Oxidative Hydroxylation Mechanisms of CoOx Nanostructures in Water Vapor
Cryogenic X-ray Photoelectron Spectroscopy Reveals Native Solid Electrolyte Interphase Structure and Dynamics in Li Metal Batteries

Notice and Announcement

1、

2026观影活动—“给阿嬷的情书”

2、

2025年迎新活动-拥无边热爱，奔万里征程

3、

2024年度迎新活动-愿我们的梦终不落空

4、

2024年度工会徒步活动

5、

2023年度工会活动-金龙寺

EVENTS: > 【答辩】ZnO基氧化物表面COx加氢中H2活化的原位谱学研究2026-08-31 > 【出站】锂金属电池液-固界面的深度剖析冷冻XPS研究（2026-08-28）2026-08-26 > 【答辩】镍−氧化物界面结构设计及其甲烷干重整性能研究（2026-7-3）2026-07-03

RESEARCH INTERESTS: Surface and Interface Electrochemistry Surface and Interface Catalysis Surface Chemistry Methodology

PUBLICATIONS: Geminal-Zn1+1 Confined on Spinel Oxide for H2 Homolysis and Controllable Hydrogenation

Gas−Solid van der Waals Interaction Driving the Dynamic Evolution of Surface Nanostructures

Electric Field and OxygenSpillover Coupling Governs ElectrodeMigration in Solid Oxide ElectrolysisCells

Dynamic observation of reductive and oxidative hydroxylation of CoOx nanostructures in water vapor

Dual–Interface Engineering of BOx –Ni and Ni–MgAl2O4 forDurable Dry Reforming of Methane

LINKS:

DICP SKLC NSFC CAS MOST