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Collaborative Research: Student & Early Career Scientist Travel Support for the 2015 First Order Reversal Curve (FORC) Magnetism Workshop

Collaborative Research: Student & Early Career Scientist Travel Support for the 2015 First Order Reversal Curve (FORC) Magnetism Workshop
合作研究:学生
批准号:
1541934
负责人:
John Wiley
金额:
$0.1万
依托单位:
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2015
资助国家:
美国
项目状态:
已结题
起止时间:
2015-07-01 至 2016-06-30

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中文摘要
翻译
该奖项将为至少 25 名美国研究生和早期职业科学家提供旅行支持,以参加在明尼苏达大学明尼阿波利斯举行的 2015 年一阶反转曲线 (FORC) 研讨会。一阶反转曲线是优雅的非破坏性工具,用于表征精心设计的材料以及天然样品的详细磁性行为,这个为期两天的研讨会的目标是 (1) 提供有关该工具基础物理的专家指导,以及 (2) 提供有关如何优化 FORC 数据采集和处理的实践培训。该 FORC 研讨会专为研究磁性及工程、物理、材料科学和地球科学领域相关领域的研究生和早期职业研究人员而设计。它将包括帮助推动这项技术发展的国际专家的讲座,并将包括参与研究生的海报展示。该计划将涵盖 FORC 技术的基础物理学以及最新的发展和应用。我们预计该研讨会将吸引约 80 名参与者,这将是年轻科学家在轻松的学院氛围中会见各自领域的领导者并开始在研究界建立同事网络的独特机会。FORC 研讨会将为研究生和早期职业科学家提供培训,以了解一种新的强大的磁性表征工具。参与者将学习如何优化 FORC 数据的收集,并获得使用先进的开源软件处理自己的数据的实用技能。除了正式讲座之外,每个参与的学生还需要展示一张关于他们当前研究的海报。这些主题将在海报会议期间在学生和讲师之间进行讨论。我们鼓励所有参与者向 IEEE Magnetics Letters 提交短论文以供同行评审发表。
英文摘要
This award will provide travel support for a minimum of 25 U.S. graduate students and early career scientists to attend the 2015 First Order Reversal Curve (FORC) Workshop in Minneapolis at the University of Minnesota. First order reversal curves are elegant, nondestructive tools for characterizing the detailed magnetic behavior of carefully engineered materials as well as natural samples, and the goals of this two-day workshop are to (1) provide expert instruction on the fundamental physics that underlie this tool and (2) provide hands-on training for how to optimize the acquisition and processing of FORC data. This FORC Workshop is designed specifically for graduate students and early career researchers studying magnetism and related areas in the fields of engineering, physics, material sciences, and Earth sciences. It will consist of lectures by international experts who have helped push this technique forward and willinclude poster presentations by participating graduate students. The program will cover the fundamental physics that underlie the FORC technique as well as recent developments and applications. We anticipate that the workshop will attract ~80 participants, and will be a unique opportunity for young scientists to meet leaders in their field in a relaxed and collegial atmosphere and to begin establishing a network of colleagues in the research community.The FORC Workshop will provide training for graduate students and early career scientists to learn about a new and powerful magnetic characterization tool. Participants will learn how to optimize the collection of FORC data and gain the practical skills to process theirown data using advanced open-source software. In addition to formal lectures, each participating student will be required to present a poster about their current research. These topics will be discussed amongst the students and lecturers during poster sessions. All participants are encouraged to submit short papers to IEEE Magnetics Letters for peer-reviewed publication.
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