瑞典隆德大学Zhongshan Li教授学术讲座通知

报告题目：Development and application of optical techniques for in situ quantitative measurements in combustion of alternative fuels

报告人：Zhongshan Li 教授

时间：2023年3月17日（周五），16:00-18:00（北京时间）

地点：腾讯会议（ID：107-641-113）

邀请人：黄佐华 教授，蔡骁 博士

报告摘要：

Optical measurements have provided in situ nonintrusive diagnostics in combustion process and have been broadly employed in both fundamental and applied combustion studies especially for fossil fuels in the last decades. Facing the climate impact from anthropogenic CO₂ emission, renewable fuels featured with CO₂-neutral nature are to be adopted and expected to dominating the energy supply by 2050. So far, the broadly accepted renewable fuels include biomass, ammonia, and metals. Advanced optical measurements will play key roles in the developments of efficient and clean combustion techniques for clean utilization of different renewable alternative fuels.

In these lectures, I will present some optical techniques so far developed in Lund for in situ quantitative measurements or some key species and parameters during combustion of biomass, ammonia and metal fuels.

报告人简介：

Zhongshan Li教授现为瑞典隆德大学（Lund University）燃烧物理系教授。Li教授长期致力于热反应流（火焰和等离子体）先进可靠激光/光学诊断技术的开发和应用，取得了一系列创新性成果，在本领域具有较高国际学术影响。已经开发和应用的光谱诊断技术包括PLIF、IRPS、IR-DFWM、FRS、TDLAS、宽带紫外吸收、光解- LIF、fs-TPLIF和FINS等。研究对象覆盖湍流燃烧、非平衡态等离子体，生物质燃烧/气化碱金属化学、无碳燃料（氨气和金属粉末）和功能纳米线气动特性。目前已指导12名博士生，包括获得Bernard Lewis Fellowship的Bo Zhou。并发表255篇期刊论文，包括燃烧领域主流期刊Proceedings of the Combustion Institute 30篇，Combustion and Flame 28篇。鉴于他在推动湍流/层流火焰深入理解和开发和利用先进激光诊断技术测量火焰关键组分方面作出的突出贡献，荣膺国际燃烧学会会士。

致谢：“高端外国专家引进计划”