Electrocatalytically Active Molecule-Nanostructure Hybrid Materials

电催化活性分子-纳米结构杂化材料

• 批准号: 0706559
• 负责人: Robert Hamers
• 金额: $ 39万
• 依托单位: University of Wisconsin-Madison
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2008
• 资助国家: 美国
• 起止时间: 2008-01-01 至 2010-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0706559&HistoricalAwards=false
• 关键词: Electrocatalytically; Active; Molecule; Nanostructure; Hybrid

This project will investigate the formation and characterization of hybrid nanostructures linking vertically aligned carbon nanofibers with electrocatalytic metals and molecular materials. Electrocatalytic reactions underlie many emerging technologies such as fuel cells, but are limited in efficiency and by the high cost of many catalysts. This research will explore a new generation of designer interfaces in which nanostructured substrates are coupled to electrocatalytic centers through well-defined molecular groups in order to optimize the electron-transfer properties of the interface and the resulting electrocatalytic efficiency and selectivity. The grant will also provide training opportunities for graduate students in cutting-edge areas of interface science and will provide opportunities for faculty and graduate students to mentor K-12 students conducting independent research projects.%%%The project focuses on materials and interfaces crucial to emerging technologies for storage and conversion of energy between electrical and chemical forms, such as fuel cells. Novel types of carbon-based nanoscale materials exhibiting unique properties will be linked to catalysts that can enhance the rates of chemical transformations with significantly reduced use of energy. The proposed work has the potential to significantly improve the efficiency and lower the cost of important chemical transformations. Priority will be given to training for graduate students in areas of science and technology crucial to future developments in energy science. Priority will also be given to providing opportunities for K-12 students to conduct research projects at the university in these areas.

该项目将研究将垂直排列的碳纳米纤维与电催化金属和分子材料连接起来的混合纳米结构的形成和表征。电催化反应是燃料电池等许多新兴技术的基础，但其效率和许多催化剂的高成本受到限制。这项研究将探索新一代设计界面，其中纳米结构基材通过明确的分子基团与电催化中心偶联，以优化界面的电子转移特性以及由此产生的电催化效率和选择性。该赠款还将为界面科学前沿领域的研究生提供培训机会，并将为教师和研究生提供指导 K-12 学生开展独立研究项目的机会。%%%该项目重点关注对界面科学至关重要的材料和界面。用于存储和在电能和化学形式之间转换能量的新兴技术，例如燃料电池。具有独特性质的新型碳基纳米材料将与催化剂联系起来，这些催化剂可以提高化学转化率，同时显着减少能源的使用。拟议的工作有可能显着提高重要化学转化的效率并降低成本。将优先考虑对能源科学未来发展至关重要的科学技术领域的研究生培养。还将优先为 K-12 学生提供在大学开展这些领域研究项目的机会。