欢迎参加1月9日学术报告《微生物腐蚀学The Science of Microbiologically Influenced Corrosion》

报告题目：微生物腐蚀学The Science of Microbiologically Influenced Corrosion

时间：2020年1月9日15:00-16:30

地点：珠海校区海滨红楼5号楼104会议室

报告人：顾停月教授（美国俄亥俄大学）

主持人：李伟华教授/院长

报告人简介：

顾停月，美国俄亥俄大学化学与生物分子工程系的研究生主任/教授 

教育经历

1985.07-1990.08普渡大学 博士

1981.09-1985.07 浙江大学 本科

工作经历

2013.08-至今 研究生主任

2011.09-至今 俄亥俄大学教授

1998.09-2011.09 俄亥俄大学副教授

1992.03-1998.09 俄亥俄大学助理教授

1991.02-1992.03米勒酿酒公司博士后

1990.09-1991.01 普渡大学博士后研究员

代表性成果、主要成就 

独立创建的色谱软件为多家著名公司使用，其中包括3M, AmeriChem, Amgen, Chiron, Genentech, IDEC Pharmaceutical, Johnson Matthey (UK), Millipore Corporation, Nippon Rensui (Japan), Novo Nordisk, Pfizer, Schering Plough Research Institute, Vertex Pharmaceuticals, Wyeth BioPharma.。首创了生物膜腐蚀机理软件，为多家公司使用，其中包括ExxonMobil, BP, SABIC, Petronas. 曾作为BP法律咨询专家顾问. 曾经作为以下公司的技术顾问: Southwest Research Institute, PitKin, Enhanced Corrosion Prevention, LS9, Millipore.

讲座摘要：

Microbiologically Influenced Corrosion (MIC), also known as microbial corrosion and biocorrosion, was first discovered over 100 years ago. It has become a major problem in various industries, especially the oil and gas industry. In most cases, microbial biofilms are responsible for MIC attacks on materials, especially metals, including stainless steel and even titanium. MIC has long been mystified by field people and researchers, largely because the complexity of MIC, which requires knowledge from several different disciplines to gain an in-depth understanding. The MIC literature is full of misconceptions because many people misunderstand the physical phenomena owing to the failure to examine them from angles that are unknown to them. In the past decades, tremendous advances have been made because of MIC’s growing importance. Instead of rushing to conclusions, more people are starting to look at MIC mechanisms logically with specially designed experimental work to prove various hypotheses. This hypothesis-driven scientific approach has debunked various misconceptions and revealed some intrinsic mechanisms that are very helpful in field diagnosis and treatment. This talk will present a few examples to illustrate methodologies in MIC science.