Your location:Home page > Program
Search:
Filter:
Filter Criteria: 2025-10-16 [Thur] Room 2 (Second Floor)

Date:2025-10-16

Site:Room 2 (Second Floor)

08:30 -10:20 (UTC+8) 08:30-10:20 Local Time |
NO. Beijing Time (UTC+8) Local Time Type Presentation Topic Speaker Affiliation / Organization
1 08:30-08:50 08:30 -08:50 Keynote Presentation

Hetero-nanostructured Semiconductor Photochemical Conversion Materials and their New Energy Applications

Jiatao Zhang Beijing Institute of Technology
2 08:50-09:05 08:50 -09:05 Invited Presentation

Possible Strategies to Overcome Linear Scaling Relation

Kihyun Shin Hanbat National University, Republic
3 09:05-09:20 09:05 -09:20 Invited Presentation

Design and Development of Key Materials for High-Performance

Wei Guo Zhengzhou University
4 09:20-09:35 09:20 -09:35 Invited Presentation

Ordered macro- and mesoporous MOF-based materials for

Liyu Chen South China University of Technology
5 09:35-09:50 09:35 -09:50 Invited Presentation

The selectivity and stability of semiconductor SERS probes reshape the boundaries of highly sensitive biomedical diagnostics

Jie Lin China Academy of Sciences Ningbo Institute of Materials
6 09:50-10:05 09:50 -10:05 Invited Presentation

Dynamic Reconstruction of OER Electrocatalysts: Reaction Mechanism Transition as a Driver and Its Role in

Jue Hu Kunming Univeristy of Science and Technology
7 10:05-10:20 10:05 -10:20 Invited Presentation

Mechanical Processing Strategy for the Scalable Preparation of High-Performance Electrocatalysts

Pengfei Yin Tianjin University
10:20 -10:40 (UTC+8) 10:20-10:40 Local Time | Tea Break
10:40 -12:00 (UTC+8) 10:40-12:00 Local Time |
NO. Beijing Time (UTC+8) Local Time Type Presentation Topic Speaker Affiliation / Organization
1 10:40-11:00 10:40 -11:00 Keynote Presentation

Atomic order regulation of metastable metal-based catalytic materials

Zhicheng Zhang Tianjin University
2 11:00-11:15 11:00 -11:15 Invited Presentation

Electrochemical Water Oxidation on Spinel Oxides

Yuanmiao Sun Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences
3 11:15-11:30 11:15 -11:30 Invited Presentation

Electronic structure design and regulation mechanism of catalytic materials based on orbital hybridization

Hui Zhang Southwest Petroleum University
4 11:30-11:45 11:30 -11:45 Invited Presentation

Design and synthesis of multifunctional framework composites and their photocatalytic performance research

Yifan Chen Hainan University
12:00 -13:30 (UTC+8) 12:00-13:30 Local Time | Lunch
13:30 -14:50 (UTC+8) 13:30-14:50 Local Time |
NO. Beijing Time (UTC+8) Local Time Type Presentation Topic Speaker Affiliation / Organization
1 13:30-13:45 13:30 -13:45 Invited Presentation

An introduction to the development of the domestic Excellent Program journal SmartMat

Xi Chen SmartMat
2 13:45-14:00 13:45 -14:00 Invited Presentation

Charge-Asymmetric Dual Sites Catalyst Mitigate Ionomer Poison for Efficient Oxygen Reduction

Tonghui Zhao Hainan University
3 14:00-14:10 14:00 -14:10 Oral Presentation

Enhanced active hydrogen adsorption and stable Cu(I) species: Improved performance of electrocatalytic CO2 reduction to ethylene through Cu-O-CE bridge structure

Yu Zhang Tianjin University
4 14:10-14:20 14:10 -14:20 Oral Presentation

Preparation of multi-site relay catalysts and Optimization of hydrogen evolution Performance in water electrolysis

Bowei Liu Qingdao University
5 14:20-14:30 14:20 -14:30 Oral Presentation

Copper-based tandem catalysts for the electroreduction of CO2 to produce multi-carbon products

Ruiying Ding Tianjin University
6 14:40-14:50 14:40 -14:50 Oral Presentation

Theoretical study on the luminescence mechanism of boron-based reactive oxygen species chemiluminescence probes

Yujie Guo Hainan University
14:50 -15:00 (UTC+8) 14:50-15:00 Local Time | Poster
NO. Beijing Time (UTC+8) Local Time Type Presentation Topic Speaker Affiliation / Organization
1 14:50-14:51 14:50 -14:51 Poster

Uncovering the Active Sites of Cu Oxides Nanowires During Low-Concentration Nitrate Reduction to Ammonia

Ziwen Feng University of Macau