辐射制冷文献检索系统 白色、彩色与透明辐射制冷 · 公开只读版 V3.2
首页/白色辐射制冷/可穿戴式辐射制冷/RC-N-075
白色辐射制冷 可穿戴式辐射制冷 研究型论文 2023

Thermally comfortable epidermal bioelectrodes based on ultrastretchable and passive radiative cooling e-textiles

Yidong Peng；Jiancheng Dong；Yiting Zhang；Yuxi Zhang；Jiayan Long；Jiahui Sun；Tianxi X. Liu；Yunpeng Huang
作者
Yidong Peng；Jiancheng Dong；Yiting Zhang；Yuxi Zhang；Jiayan Long；Jiahui Sun；Tianxi X. Liu；Yunpeng Huang
期刊
Nano Energy
年卷期页
2023，120: 109143
DOI
10.1016/j.nanoen.2023.109143
关键词
passive radiative cooling smart textiles on-skin electronics thermal comfort emissivity electrophysiological monitoring electrocardiogram surface electromyography
文献编号
RC-N-075
来源
批量扩充

中文简介

该条为网络收录文献，暂未整理中文简介；可参考下方英文摘要原文。

英文摘要（原文）

该刊未开放英文摘要原文，可点击下方“打开原文”跳转出版方页面查看。

题录（GB/T 7714）

Peng Y, Dong J, Zhang Y, 等. Thermally comfortable epidermal bioelectrodes based on ultrastretchable and passive radiative cooling e-textiles[J]. Nano Energy, 2023, 120: 109143. DOI: 10.1016/j.nanoen.2023.109143.
打开原文

相关文献

Selective Emission Fabric for Indoor and Outdoor Passive Radiative Cooling in Personal Thermal Management
Nano-Micro Letters · 2025 · 可穿戴式辐射制冷
Silk fibroin microsphere-enabled passive radiative cooling ability for cotton fabrics
Surfaces and Interfaces · 2025 · 可穿戴式辐射制冷
Smart temperature-adaptive thermal regulation textiles integrating passive radiative cooling and reversible heat storage
Nano Energy · 2024 · 可穿戴式辐射制冷
用于高效被动辐射冷却的设计 SiO2 超表面
Advanced Materials Interfaces · 2023 · 可穿戴式辐射制冷