纳米结构热电传输的理论计算研究（THEORETICAL AND COMPUTATIONAL STUDY OF THERMAL AND ELECTRIC TRANSPORT PROCESSES IN NANOSTRUCTURED SYSTEMS）
讲座名称：
纳米结构热电传输的理论计算研究（THEORETICAL AND COMPUTATIONAL STUDY OF THERMAL AND ELECTRIC TRANSPORT PROCESSES IN NANOSTRUCTURED SYSTEMS）
讲座时间：
2012-08-31
讲座人：
J. Carrete
形式：
校区：
兴庆校区
实践学分：
讲座内容：
报告题目：纳米结构热电传输的理论计算研究（THEORETICAL AND COMPUTATIONAL STUDY OF THERMAL AND ELECTRIC TRANSPORT PROCESSES IN NANOSTRUCTURED SYSTEMS）
地点：主楼的E座：主E1112（十一层）
时间：星期五8月31号下午3：00点
报告人：J. Carrete
摘要： Results are reported on the theoretical and computational study of the thermal and electric conduction properties of two kinds of nanostructured systems: semiconductor nanostructures and ionic liquids. In particular, sections are devoted to the thermal conductivity of InP, InAs and GaAs nanowires, calculated through molecular dynamic methods, to the study of the thermal conductivity of Si nanowires with rough surfaces using Green's functions, to the thermoelectric properties of hybrid organic-inorganic superlattices, to the electric and thermal conductivities of ionic liquids and their mixtures with a solvent, and to the nanostructure of such mixtures. Results are compared with experimental data whenever possible.
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