瑞典隆德大学Joakim Bood副教授学术报告通知
报告题目：
Development of New Laser Techniques for Diagnostic Challenges in Combustion Research
报告时间：
报告地点：热能所231
摘要：Laser diagnostic techniques have for more than thirty years added very valuable input for a deepened understanding of combustion processes. Although substantial progress in laser-based combustion diagnostics during this period, a number of difficult challenges remain, especially for diagnostics in practical combustion devices. The present talk will focus on a few major challenges; namely limited optical access, large probe volumes, excessive scattering and stray light, quantification of species concentrations from laser-induced fluorescence (LIF), and detection of “new” species. A number of novel techniques will be presented to address these challenges: ps-LIDAR, fluorescence life-time imaging and photofragmentation laser-induced fluorescence.
Dr. Joakim Bood副教授简介：
Dr.Bood is associate professor at Division of Combustion Physics, Lund University, Sweden. His research area focused on laser-based technology development for combustion diagnostic, in particular picosecond spectroscopy techniques, e.g. ps-LIF, ps-Raman and ps-LIDAR etc.
Dr.Bood received his MSc in Engineering Physics from Lund University in 1995. He received his PhD in combustion physics in 2000, working with Prof. Per-Erik Bengtsson on development and application of rotational CARS for combustion diagnostics. From 2001 to 2004 he was a postdoctoral fellow at Sandia National Laboratories, California, USA, working with Dr. David Osborn and Dr. Andy McIlroy on development of NICE-OHMS for ultrasensitive spectroscopy of combustion radicals. Since 2004 he has been a researcher and teacher at the Div. of Combustion Physics at Lund University, where he has established a research program focused on picosecond spectroscopy and applied molecular spectroscopy.
欢迎感兴趣的老师和同学参加
瑞典隆德大学Joakim Bood副教授学术报告通知
报告题目：
Development of New Laser Techniques for Diagnostic Challenges in Combustion Research
报告时间：
报告地点：热能所231
摘要：激光诊断技术应用到火焰燃烧过程的诊断已有30多年的历史，虽然取得了一系列实质性的进展，但仍然存在一些困难和挑战，特别是在实际燃烧装置和燃烧环境下的诊断过程。本讲座将集中在以下几个主要的问题展开：有限光学透射环境、大尺度燃烧室的测量、过度散射和杂散光、激光诱导荧光（LIF）的定量浓度测量、“新”组分的测量等。一系列新技术的出现使上述挑战成为可能：包括皮秒激光雷达ps-LIDAR、荧光寿命测量、分子光解激光诱导荧光等。
Dr. Joakim Bood副教授简介：
Dr.Bood 副教授现为隆德大学物理系燃烧物理学副教授。在1995年获隆德大学工程物理学硕士，1998年获隆德大学燃烧物理学工程师，2000年获隆德大学燃烧物理学博士。2001-2004年期间，在美国加利福尼亚桑迪亚国家实验室完成博士后的研究工作。2004年至今，在隆德大学从事教学研究工作。发表期刊论文25篇，会议论文50余篇。和桑迪亚国家实验室、纽伦堡大学、海德堡大学等保持学术交流，并与沃尔沃汽车、沃尔沃航空、萨博、利乐包装以及国雷诺、IFP、PSA等公司开展广泛的项目合作。
现在从事研究方向：
以激光技术为基础的燃烧诊断，特别是皮秒光谱技术，例如：ps-LIF，ps-Roman和ps –LIDAR。
特邀报告：
燃烧激光诊断，戈登会议，英国牛津，2003年；
燃烧激光诊断，戈登会议，蒙特霍利约克学院，南哈德利，美国，2005年；
隆德激光中心的系列研讨会，隆德，瑞典，2010年。
欢迎感兴趣的老师和同学参加