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Workshop on Combinatorial Approaches to Functional Materials, May 5-6, 2014

Workshop on Combinatorial Approaches to Functional Materials, May 5-6, 2014
功能材料组合方法研讨会,2014 年 5 月 5-6 日
批准号:
1439054
负责人:
Jason Hattrick-Simpers
金额:
$5.0万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2014
资助国家:
美国
项目状态:
已结题
起止时间:
2014-05-01 至 2015-04-30

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中文摘要
翻译
技术摘要该奖项支持组织题为“功能材料组合方法研讨会”,该研讨会将重点确定材料基因组计划中的关键挑战,这些挑战将受益于理论和实验组合技术的应用。会议将面向来自学术界、政府和工业界的高级和初级科学家,他们涉及广泛的材料特定应用:包括能源、电子和催化材料。第一天将由专题专家进行一系列讲座,重点介绍组合材料合成和计量学、电子材料、能源相关材料、催化材料以及实验与理论相结合的当前最新技术和未来方向。一系列有针对性的分组会议,由高级和初级科学家领导,将遵循讲座,并提供当前的挑战,愿景和战略的讨论,推动该领域向前发展。讨论将最终形成一个题为“最大化组合策略对M.G.I.的影响的策略”的路线图。国家需要的领域。该路线图将与工业界、学术界、政府机构和国会分享,旨在增加对组合方法的支持和利用,以提高材料的商业化和部署。组织者将作出协调一致的努力,通过积极确定该领域代表性不足的主要科学家,邀请他们担任演讲者或作为分组会议的领导人参加讲习班,使代表性不足的少数群体参与讲习班。一个额外的观点文章将产生传播到科学界突出当前的挑战和未来的方向。Nontechnical AbstractThis奖支持题为“功能材料组合方法研讨会”,这将集中在确定材料基因组计划的关键挑战,将受益于理论和实验组合技术的应用研讨会的组织。会议将针对来自学术界、政府和工业界的高级和初级科学家,他们涉及广泛的材料特定应用:包括能源、电子和催化材料。第一天将由组合科学领域的专家进行一系列讲座,并将强调其在电子材料,能源相关材料和催化材料领域的当前和未来应用。有针对性的分组会议,由该领域的科学家领导,将集中在描绘当前的挑战,愿景和战略,以推动该领域的发展。讨论将最终形成一个题为“最大化组合策略对M.G.I.的影响的策略”的路线图。国家需要的领域。该路线图将与工业界、学术界、政府机构和国会分享,旨在增加对组合方法的支持和利用,以提高材料的商业化和部署。组织者将作出协调一致的努力,通过积极确定该领域代表性不足的主要科学家,邀请他们担任演讲者或作为分组会议的领导人参加讲习班,使代表性不足的少数群体参与讲习班。另外还将撰写一篇观点文章,分发给科学界和一般公众,突出当前的挑战和未来的方向。
英文摘要
Technical AbstractThis award supports the organization of the workshop entitled "Workshop on Combinatorial Approaches to Functional Materials", which will focus on identifying key challenges in the Materials Genome Initiative that would benefit from the application of theoretical and experimental combinatorial techniques. The meeting will be targeted towards senior and junior scientist from academia, government, and industry across a wide range of materials specific applications: including materials for energy, electronics, and catalysis. A series of lectures will be given on the first day by topical experts emphasizing both current state-of-the-art and future directions in combinatorial materials synthesis and metrology, electronic materials, energy-related materials, catalytic materials and the integration of experimentation with theory. A series of targeted breakout sessions, led by senior and junior scientists, will follow the lectures and provide a discussion of current challenges, visions and strategies for moving the field forward. The discussions will culminate in the creation of a Roadmap entitled "Strategies for Maximizing the Impact of Combinatorial Strategies on M.G.I. in Fields of National Need." The roadmap will be shared with industry, academia, government agencies, and Congress with an aim towards increasing support and utilization of combinatorial methods for increased materials commercialization and deployment. The organizers will make a concerted effort to include underrepresented minorities in the workshop by actively identifying leading underrepresented scientists in the field and inviting them as lecturers or to participate as breakout session leaders. An additional perspectives article will be generated to be disseminated to the scientific community highlighting current challenges and future directions.Nontechnical AbstractThis award supports the organization of the workshop entitled "Workshop on Combinatorial Approaches to Functional Materials", which will focus on identifying key challenges in the Materials Genome Initiative that would benefit from the application of theoretical and experimental combinatorial techniques. The meeting will be targeted to senior and junior scientist from academia, government, and industry across a wide range of materials specific applications: including materials for energy, electronics, and catalysis. A series of lectures will be given on the first day by experts in the field of combinatorial science and will emphasize its current and future use in the fields of electronic materials, energy-related materials, and catalytic materials. Targeted breakout sessions, led by scientists within the field, will center on delineating current challenges, visions, and strategies for moving the field forward. The discussions will culminate in the creation of a Roadmap entitled "Strategies for Maximizing the Impact of Combinatorial Strategies on M.G.I. in Fields of National Need." The roadmap will be shared with industry, academia, government agencies, and Congress with an aim towards increasing support and utilization of combinatorial methods for increased materials commercialization and deployment. The organizers will make a concerted effort to include underrepresented minorities in the workshop by actively identifying leading underrepresented scientists in the field and inviting them as lecturers or to participate as breakout session leaders. An additional perspectives article will be generated to be disseminated to the scientific and general communities highlighting current challenges and future directions.
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