题目：Combustion and Energy Perspectives
时间：2019年5月5日 15:00
地点：bat365在线中国官网登录入口 振华会议室
邀请人：齐飞 教授、李玉阳 教授（内燃机研究所）
报告人简介：
凯瑟琳娜·科瑟-赫英郝斯 (Katharina Kohse-Höinghaus) 教授于1978年毕业于德国波鸿-鲁尔大学
并获博士学位。从1994年起担任德国比勒菲尔德大学化学系教授，曾担任比勒菲尔德大学副校长。目前研究方向包括燃烧诊断学、燃烧反应动力学、功能材料制备与表征等。迄今已发表200余篇期刊论文，并在2004年国际燃烧学会成立50周年大会上做大会特邀报告。她的科研成就已获得国际研究界的广泛赞赏，并在一系列重要学术组织任职，如欧洲科学院院士 (2017)、德国工程院院士 (2015)、德国科学院院士 (2008)、国际燃烧学会会士 (2018)、国际纯粹和应用化学联合会会士 (2006)、国际燃烧学会主席(2012-2016)、德国科学与人文委员会成员 (2012-2018)、德国洪堡基金会遴选委员会副主席 (2009-2012)、德国自然科学基金委员会理事 (2007-2013) 和国际燃烧界权威期刊Combustion and Flame主编 (2004-2010) 等。此外，她还获得了大量的科学奖项和政府奖励，如国际燃烧学会Alfred C. Egerton金奖 (2018)、中华人民共和国国际科学技术合作奖 (2016)、中国政府友谊奖 (2016)、中国科学院国际科技合作奖 (2015)、国际纯粹和应用化学联合会及美国化学会化学/化工领域杰出女性科学家奖 (2011)、德意志联邦共和国十字勋章 (2007) 等。
报告摘要：
The quest for cleaner air, the threats of climate change, and the according transformation of the energy system are foremost issues in a more sustainable development. Combustion of fossil fuels is increasingly regarded as a problematic technology, and many countries have set goals towards a more significant share of renewables. Combustion science today must reach beyond its classical role, however. Both, combustion processes with a lower carbon signature and reduced emissions, relying on new system approaches and alternative fuels, are being developed, while on the larger scale, process integration is desired in a future energy perspective. The lecture will attempt to provide food for discussion against this background and focus on some aspects of combustion-related research with examples of our own and collaborative work. Specifically, the chemical reactions that release the energy stored in the fuel determine its combustion characteristics and its fate towards undesirable emissions. Advanced spectroscopic and mass spectrometric methods permit to investigate the combustion chemistry in detail, whereas combustion models and their validation by experiments play important roles to link laboratory results to practical systems. Key issues will include the reactions at low temperatures for conventional and alternative fuels and their mixtures and the formation of toxic species and soot precursors.
