Carbon‐based thermoelectric materials are attractive due to their use of nontoxic materials, their solution‐based processing, and their high specific energy (i.e., W g⁻¹). In article number 1704386, Jeffrey L. Blackburn, Andrew J. Ferguson, Chungyeon Cho, and Jaime C. Grunlan review these organic thermoelectric materials, which offer the opportunity to produce wearable devices that can recycle body heat. The image, created by photographer Igor Kraguljac, shows a real nanotube‐based thermoelectric device using body heat as the source to generate the voltage needed to power a lightbulb. Although this is a real working device, the image shown is a dramatization.

中文翻译：

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热电材料：基于碳纳米管的热电材料和器件（Adv。Mater.11 / 2018）

碳基热电材料因其使用无毒材料，基于溶液的处理方法以及高比能（即W g ^-1）而具有吸引力。在1704386号文章中，Jeffrey L. Blackburn，Andrew J. Ferguson，Chunggyeon Cho和Jaime C. Grunlan回顾了这些有机热电材料，这些材料为生产可循环利用人体热量的可穿戴设备提供了机会。由摄影师Igor Kraguljac制作的图像显示了一个真实的基于纳米管的热电设备，该设备使用人体热量作为产生电能来为灯泡供电。尽管这是一个真正的工作装置，但是显示的图像却是戏剧化的。