复旦大学数字信号处理与传输实验室的黄丹青同学的合作论文Thermally configuring thermoelectric textile for sustainable power and personal thermoregulation，被The Innovation (2026)录用

论文摘要：Wearable thermoelectric devices show promise as sustainable power source and personal thermoregulator for on-body applications. However, current devices are challenging to sustainably power wearable electronic systems under normal ambience (∼10 μW cm-2 at ∼289 K) or stably comfort human body under fervid outdoor ambience (>313 K). They have low room-temperature thermoelectric figure of merit (zT∼1) and unreachable overall thermal resistance matching with its surroundings. Here, we report a general method to directly design and fabricate thermally reconfigured thermoelectric textile to address these challenges. The thermoelectric textile using optimized pillars embedded in high-thermal-resistance fabric, outputs maximum power of ∼235-322 μW cm-2 in semi-quiescent air (289 K) and cooling effect of ∼15-23 K under fervid ambience of 318 K. The thermal reconfiguration enables overall thermal resistance matching in both pillar and device levels. We showcased a thermoelectric-powered hand gesture recognition glove system for users to communicate by typing in air with accuracy of 96.3% and remotely control robotic hand with precise spatial movements. We also demonstrated its potential in thermoregulation garment and helmet to extend the human thermal comfort zone to 261-318 K. We propose a general strategy that can increase device performances to demonstrate broad interdisciplinary application prospects.

论文作者：Xue Han, Weirong Cao, Danqing Huang, Yunsong Su, Chengcheng Guo, Yanfei Sun, Mei Yang, Shaoyan He, Xiaona Yang, Ziheng Zhu, Yanan Shen, Mengru Wu, Pibo Ma, Jun Luo, Yuanyuan Zheng, Zuping Ruan, Yuanyuan Jing, Chunyang Wang, Haisheng Chen, Renfei Luo, Yali Shen, Hui Feng, Ting Zhang, Kun Zhang

微信公众号链接：https://mp.weixin.qq.com/s/bPmUh3bipV4RwtzS9dFQuQ