2010 Aqueous Corrosion Gordon Research Conference and Graduate Research Seminar

2010年戈登水腐蚀研究会议（GRC）将于2010年7月25日至30日在新罕布什尔州新伦敦的科尔比索耶学院举行。将有大约22个应邀口头介绍和大约50张海报。初步议题包括：腐蚀和防护数学模型的进展;理解和控制环境辅助开裂;非金属材料和涂层的降解和防护;腐蚀科学与其他学科的接口;能源技术和可持续发展中的腐蚀问题2010年GRC将立即举行戈登研究生研究研讨会（GRS），一个为期两天的周末会议，由年轻的研究人员沿着与GRC相似的路线运行。GRC将邀请来自学术界、国家实验室和全球工业界的演讲者，他们大多是该领域的成熟领导者，但也有一些年轻的研究人员。 发言者和讨论领导人的人口和性别多样性组合将反映在腐蚀领域工作的世界各地的人们以及代表性不足的少数民族和妇女。腐蚀科学是一个跨学科的领域，它汇集了界面的物理、化学和电化学的基本方面，建模的进展以及尖端的表征技术。选定的主题突出了支撑腐蚀问题实际解决方案的基础科学，以及认识到腐蚀科学和相关学科之间的共同点，并将这些学科的科学家带入更广泛的腐蚀科学界。鉴于腐蚀对发达经济体的巨大成本及其对安全，环境和生活质量的影响，腐蚀科学具有广泛的社会重要性。腐蚀控制对于原材料供应的可持续性至关重要。除此之外，腐蚀问题还出现在先进技术中，包括生物医学工程和纳米技术。该研究中心将促进这一技术重要领域的教育和学术研究。几乎所有的与会者，特别是学生，预计将通过讲座或海报参与。与此同时，GRS为下一代腐蚀科学家提供了一个理想的机会来发展他们的想法和信心，促进有益的国内和国际联系。在2006年和2008年杰出的全球资源报告和2008年首次全球资源报告之后，妇女和代表性不足的少数群体的参与已经在顺利进行。

The 2010 Gordon Research Conference on Aqueous Corrosion (GRC) will be held July 25-30, 2010, at Colby-Sawyer College in New London, New Hampshire. There will be about 22 invited oral presentations and about 50 posters. The preliminary list of topics includes: Advances in mathematical modeling of corrosion and protection; Understanding and controlling Environmentally Assisted Cracking; Degradation and protection of non-metallic materials and coatings; Interfaces of corrosion science with other disciplines; Corrosion issues in energy technologies and sustainability The 2010 GRC will be immediately preceded by a Gordon Graduate Research Seminar (GRS), a two-day weekend meeting run by and for young researchers along similar lines to the GRC. The GRC will feature speakers from academia, national labs, and industry worldwide, mostly mature leaders in the field, but with a number of younger researchers. The demographic and gender-diverse mix of speakers and discussion leaders will reflect the worldwide community of people working in the field of corrosion as well as under-represented minorities and women. Corrosion science is an interdisciplinary field that draws together fundamental aspects of the physics, chemistry and electrochemistry of interfaces, advances in modeling, and cutting-edge characterization techniques. The selected topics highlight the fundamental science that underpins practical solutions to corrosion problems, as well as recognizing the common ground between corrosion science and related disciplines, and bringing scientists from those disciplines into the wider corrosion science community. Corrosion science has wide societal importance in view of the enormous cost of corrosion to developed economies, and its impact on safety, environment and quality of life. Corrosion control can be seen as critical to the sustainability of raw materials supply. Beyond that, corrosion issues arise in advanced technologies, including biomedical engineering and nanotechnology. This GRC will promote education and the scholarly pursuit of research in this technologically significant field. Almost all attendees, students in particular, are expected to participate via talks or posters. Meanwhile, the GRS gives an ideal opportunity for the next generation of corrosion scientists to develop their ideas and confidence, fostering beneficial national and international links. The engagement of women and under-represented minorities is already well underway after the outstanding 2006 and 2008 GRCs and inaugural 2008 GRS.