Organic Metals: Transport, Magnetism, and Applications

这项理论研究是由化学部和材料研究部共同资助的。重点是有机金属中的电子传递。特别地，将研究以下系统：有机卟啉导体的磁性和输运性质；含钾电极电导率的温度依赖性并且，用碳- 60构建室温单电子晶体管。这个跨学科的理论研究项目是由化学和材料研究部资助的。重点是有机金属中的电子传递。这些材料的性质需要跨学科的方法，主要研究者是唯一合格的。这项研究的成功完成将有助于设计用于电活性应用的新型材料。＊＊＊

9510680 Phillips This theoretical research is co-funded by the Chemistry Division and the Division of Materials Research. The focus is on electron transport in organic metals. In particular, the following systems will be studied: the magnetic and transport properties of organic porphyrin conductors; the temperature dependence of the conductivity in potassium- containing electrides; and, the construction of a room- temperature single electron transistor using carbon-sixty. %%% This interdisciplinary theoretical research project is funded by the Chemistry and Materials Research Divisions. The focus is on electron transport in organic metals. The properties of these materials requires an interdisciplinary approach for which the prinicipal investigator is uniquely qualified. Successful completion of this research will contribute to the design of new classes of materials for electroactive applications. ***