Nano and Interfacial Catalysis Group
Home
Introduction
Research
Surface and Interfacial Catalysis
Carbon-based Energy Nanomaterials
Two-dimensional Thermoelectric Materials
Electrocatalytic Conversion of Carbon-Based Resources
2D Materials and Energy Catalysis
Solid State Nuclear Magnetic Resonance and Catalytic Chemisry
Member
Publications
Patents
Facilities
Contact
Internal
Direct observation of accelerating hydrogen spillover via surface-lattice-confinement effect
Study Reveals Mechanism of Coverage-driven Selectivity Switch from Ethylene to Acetate in High-rate CO2/CO Electrolysis
Researchers Reveal Mechanism of Dynamic Confinement of SAPO-17 Cages on Selectivity Control of Syngas Conversion
Sensitive Long-wave Infrared Detector for Non-contact Human-machine Interaction
Researchers found the dynamic transformation of Cr oxide nanostructures on Au(111) through environment and interface effects
Steering the Reaction Pathway of Syngas-to-Light Olefins with Coordination Unsaturated Sites of ZnGaOx Spinel
Water-in-salt Ambipolar Redox Electrolyte Boosts High Pseudocapacitive Performance of Microsupercapacitors
Direct synthesis of isoparaffin-rich gasoline from syngas
Overturning CO2 hydrogenation selectivity with high activity via reaction-induced strong metal-support interaction
A Reconstructed Catalyst for Selective CO2 Electroreduction to Multicarbon Products
HIGHLIGHTS
Direct observation of accelerating hydrogen spillover via surface-lattice-confinement effect
Study Reveals Mechanism of Coverage-driven Selectivity Switch from Ethylene to Acetate in High-rate CO2/CO Electrolysis
Researchers Reveal Mechanism of Dynamic Confinement of SAPO-17 Cages on Selectivity Control of Syngas Conversion
Sensitive Long-wave Infrared Detector for Non-contact Human-machine Interaction
Researchers found the dynamic transformation of Cr oxide nanostructures on Au(111) through environment and interface effects
Steering the Reaction Pathway of Syngas-to-Light Olefins with Coordination Unsaturated Sites of ZnGaOx Spinel
MORE +
EVENTS
> 【答辩】基于碱性膜电解器的二氧化碳/一氧化碳电催化还原反应研究(2022-11-19)
2022-11-16
> 【答辩】过渡金属氮化物模型催化剂的构建及其表面化学研究(2022-11-19)
2022-11-16
> 【答辩】催化材料结构及合成气催化反应机理的固体核磁共振理论计算研究(2022-11-18)
2022-11-16
> 【答辩】OXZEO催化合成气转化机理的研究(2022-11-18)
2022-11-15
> 【Forum for Basic Studies on Energy】(32)
2022-10-10
> 【Forum for Basic Studies on Energy】(31)
2022-08-19
> 【Forum for Basic Studies on Energy】(29-30)
2022-08-03
> 【Forum for Basic Studies on Energy】(28)
2022-07-14
> 【Forum for Basic Studies on Energy】(27)
2022-07-11
> 【答辩】氧化锌基模型催化剂表界面加氢反应的近常压研究(2022-5-10)
2022-05-07
MORE +
NEWS
Dr. Jiao was honored Young Sci & Tech Talents Award of Shenyang Branch of CAS
08
/12
Prof Bao was honored Outstanding Award of Ruiqing Fund
16
/11
Outstanding Student Scholarships in 2022
09
/11
MORE +
TEAM ALBUM
RESEARCH INTERESTS
Surface and Interfacial Catalysis
Carbon Nanomaterials for Energy
Electrocatalytic Conversion of Carbon-Based Resou...
2D Materials & Energy Catalysis
Solid-state NMR & Catalytic Chemistry Group
MORE +
HONORS AWARD
National Award for Natural Science in 2020
Provincial Award in 2019
Excellent member of Youth Innovation Promotion Association of CAS
China Youth Sci & Tech Award
Alwin Mittasch Prize
MORE +
KEY PROJECTS
Electrocatalysis for carbon-based energy
Direct conversion of syngas to light olefins
Surface and interface catalysis
Low-carbon conversion of energy molecules
Transformational technologies for clean energy an...
MORE +
LINKS:
DICP
SKLC
NSFC
CAS
MOST