报告题目

Nanofluidic Energy Storage 纳流储能

报告人

王大伟 教授

报告人单位

深圳理工大学

报告时间

2025年11月13日（星期四）9:30

报告地点

物质科研楼B804会议室

主办单位

精准智能化学全国重点实验室

报告摘要

Nanofluidics is the study and application of phenomena that involve fluid (molecule/ion) motion through or past solid nanochannels that measure less than 100 nm in one or more directions. Nanofluidic structures are usually used for power generation through osmotic effects. Recently, ion transport and storage in confinement nanofluidic spaces attract emerging attentions for energy storage research.

In this talk, I would start from background studies on 2D nanofluidic structures (graphene, MXenes, LDH, etc.) in energy storage. Then I would share the thoughts and works from our group in the extension of nanofluidic energy storage through the development of hydrogen-bonded 2D polymers that have shown encouraging potentials for interesting uses in supercapacitors, batteries and materials derivations. In addition, how these new concept materials link energy storage with bio-/eco-friendly technologies will be introduced. Our studies suggest there are more rooms at the centre of the nanofluidic channels for energy storage.

报告人简介

王大伟现为深圳理工大学讲席教授，入选国家重大人才工程项目，材料科学与能源工程学院副院长（主持工作）。回国前任澳大利亚新南威尔士大学终身教授、Future Fellow、工业部及能源局项目首席科学家，并获得澳大利亚基金委长期资助，在企业联合攻关、技术转移转化等方面有一定积累。他的研究领域聚焦于可持续能源技术的关键材料与系统。他近年发展了纳流储能材料设计、器件创新和新机制探索。目前发表论文200余篇，专利多项。多年入选科睿维安高被引科学家、斯坦福全球影响力前2%科学家，以及国家和地区多个奖项。