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

Vapor condensation with daytime radiative cooling

Ming Zhou;Haomin Song;Xingyu Xu;Alireza Shahsafi;Yurui Qu;Zhenyang Xia;Zhenqiang Ma;Mikhail A. Kats;Jia Zhu;Boon Siew Ooi;Qiaoqiang Gan;Zongfu Yu
作者
Ming Zhou;Haomin Song;Xingyu Xu;Alireza Shahsafi;Yurui Qu;Zhenyang Xia;Zhenqiang Ma;Mikhail A. Kats;Jia Zhu;Boon Siew Ooi;Qiaoqiang Gan;Zongfu Yu
期刊
Proceedings of the National Academy of Sciences
年卷期页
2021,118(14)
DOI
10.1073/pnas.2019292118
关键词
radiative cooling vapor condensation daytime cooling dew collection infrared radiation passive cooling water purification
文献编号
RC-N-179
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)

A radiative vapor condenser sheds heat in the form of infrared radiation and cools itself to below the ambient air temperature to produce liquid water from vapor. This effect has been known for centuries, and is exploited by some insects to survive in dry deserts. Humans have also been using radiative condensation for dew collection. However, all existing radiative vapor condensers must operate during the nighttime. Here, we develop daytime radiative condensers that continue to operate 24 h a day. These daytime radiative condensers can produce water from vapor under direct sunlight, without active consumption of energy. Combined with traditional passive cooling via convection and conduction, radiative cooling can substantially increase the performance of passive vapor condensation, which can be used for passive water extraction and purification technologies.

题录(GB/T 7714)

Zhou M, Song H, Xu X, 等. Vapor condensation with daytime radiative cooling[J]. Proceedings of the National Academy of Sciences, 2021, 118(14). DOI: 10.1073/pnas.2019292118.
打开原文