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Scientific and Technical Challenges in Thermal Transport and Thermoelectric Materials and Devices

机译:热传输和热电材料和器件中的科学和技术挑战

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This paper considers the state-of-the-art and open scientific and technological questions in thermoelectric materials and devices, from phonon engineering and scattering methods, to new and complex materials and their thermoelectric behavior. The paper also describes recent approaches to create structural and compositional material systems designed to enhance the thermoelectric figure of merit and power factors. We also summarize and contextualize recent advances in the use of superlattice structures and porosity or roughness to influence phonon scattering mechanisms and detail some advances in integrated thermoelectric materials for generators and coolers for thermally stable photonic devices. (C) The Author(s) 2017. Published by ECS.
机译:本文考虑了最先进的热电材料和器件的科技问题,从敏感工程和散射方法,以新的和复杂的材料及其热电行为。 本文还介绍了近期制造结构和组成材料系统的方法,该方法设计用于增强优点和电源因素的热电人物。 我们还总结和上下文化了超晶格结构和孔隙率或粗糙度来影响声子散射机构和细节用于热稳定光子器件的发电机和冷却器的集成热电材料的一些进展。 (c)2017年提交人。由ECS发布。

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