个人简介：

本科毕业于天津大学（2011-2015），博士毕业于天津大学（2015-2021）。曾在复旦大学化学系从事博士后研究工作。

主要研究方向为

碳中和目标下的智能催化系统与动态反应科学

1. 双碳目标驱动的CO₂人工光合作用系统

· 聚焦新能源驱动CO₂制高值化学品

· 开发光-热-电场协同调控的分子级催化界面

2. C1分子与氢能智慧催化工厂

· 合成气/CO₂定向转化为燃料前驱体

· 大数据辅助加氢/制氢催化剂理性设计

· 微反应器强化传递过程与动态调控

3. 多场耦合催化反应工程

· 电热-光热复合能场调控表面反应路径

· 结构化催化剂传热强化与热量集成

4. 动态催化指纹图谱

· 超快时间分辨原位红外光谱技术

· 瞬态物种同步辐射XAS追踪

· 催化剂表界面动态重构的operando表征

英文简介：   

Education: B.Eng., Tianjin University (2011-2015); Ph.D., Tianjin University (2015-2021)
Postdoctoral Research: Department of Chemistry, Fudan University

Research Focus: Smart Catalytic Systems and Dynamic Reaction Science for Carbon Neutrality

1. Artificial Photosynthesis Systems for CO₂ Valorization

• Solar-driven CO₂ conversion to high-value chemicals (olefins/oxygenated intermediates)

• Molecular-scale catalytic interfaces with synergistic photo-thermal-electric regulation

2. Smart Catalytic Platforms for C1 Molecules and Hydrogen Energy

• Syngas/CO₂ directional conversion to fuel

• Big data-guided rational catalyst design

• Microreactor-enhanced transport processes with dynamic modulation

3. Multi-Physical Field Coupled Catalysis

• Surface reaction pathway modulation via electro-thermal/photo-thermal hybrid energy fields

• Heat transfer enhancement in structured catalysts

4. Dynamic Catalytic Fingerprinting

• Ultrafast time-resolved in situ infrared spectroscopy

• Transient species tracking via synchrotron XAS

• Operando characterization of catalyst surface reconstruction