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• W4313442809 endingPage "101745" @default.
• W4313442809 startingPage "101745" @default.
• W4313442809 abstract "Passive daytime radiative cooling (PDRC), as a strategy to dissipate heat through an atmospheric transparency window (ATW) to outer space without any extra energy consumption, has been recently considered as a novel approach for global net-zero emissions. However, limited to expensive manufacturing, poor thermal/chemical stability, or insufficient weather-resistance, the development of a PDRC building material for long-term outdoor usages still remains a challenge. Here, a scalable superhydrophobic silica metafibers (sh-SMF) was fabricated via an electrospinning process combined with the fluorosilane-modification on fiber surface. The optically engineered sh-SMF could attain an extremely high average reflectivity (∼97 %) with near-zero absorption in the solar spectral region, due to the multiple backscattering at the fiber/air interfaces. In addition, the sh-SMF possessed a high average emissivity (∼90 %) in ATW, originated from the strong phonon resonances of the abundant Si-O bonds. Thus, the optimal sh-SMF realized a sub-ambient cooling performance of 6 °C (4 °C in nighttime) and the maximum cooling power of 112 W/m2 (87 W/m2 in nighttime) under a solar irradiance of ∼790 W/m2. Besides, the temperature decline for the sh-SMF-covered building and vehicle models could also achieve 12.7 °C and 17 °C under sunlight, respectively. Noteworthily, the ceramic sh-SMF could withstand high temperatures over 1200 °C, which might effectively prolong the time for resident to evacuate from buildings in fireground situation. Moreover, the superhydrophobic surface (contact angle=155°) of sh-SMF demonstrated attractive self-cleaning and anti-mildew properties. Furthermore, the excellent weather resistance against acid rain and ultraviolet exposure endowed the sh-SMF with long-term cooling performance. Finally, the sh-SMF with above mentioned properties opens a path for future energy-efficient and sustainable architectural applications." @default.
• W4313442809 created "2023-01-06" @default.
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• W4313442809 date "2023-02-01" @default.
• W4313442809 modified "2023-10-17" @default.
• W4313442809 title "Scalable, flame-resistant, superhydrophobic ceramic metafibers for sustainable all-day radiative cooling" @default.
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• W4313442809 cites W1968635164 @default.
• W4313442809 cites W1981266770 @default.
• W4313442809 cites W2002506515 @default.
• W4313442809 cites W2051599144 @default.
• W4313442809 cites W2061819794 @default.
• W4313442809 cites W2076699264 @default.
• W4313442809 cites W2098707962 @default.
• W4313442809 cites W2470048179 @default.
• W4313442809 cites W2519334681 @default.
• W4313442809 cites W2566098843 @default.
• W4313442809 cites W2586297008 @default.
• W4313442809 cites W2616064697 @default.
• W4313442809 cites W2742997191 @default.
• W4313442809 cites W2766955747 @default.
• W4313442809 cites W2786999795 @default.
• W4313442809 cites W2787309629 @default.
• W4313442809 cites W2799386148 @default.
• W4313442809 cites W2894499460 @default.
• W4313442809 cites W2904997611 @default.
• W4313442809 cites W2929722587 @default.
• W4313442809 cites W2964150739 @default.
• W4313442809 cites W2970562885 @default.
• W4313442809 cites W2973164039 @default.
• W4313442809 cites W2979708813 @default.
• W4313442809 cites W2981095747 @default.
• W4313442809 cites W2984947910 @default.
• W4313442809 cites W2991559163 @default.
• W4313442809 cites W2991786602 @default.
• W4313442809 cites W3000176315 @default.
• W4313442809 cites W3011582898 @default.
• W4313442809 cites W3013200662 @default.
• W4313442809 cites W3015828792 @default.
• W4313442809 cites W3022767361 @default.
• W4313442809 cites W3031042673 @default.
• W4313442809 cites W3037044332 @default.
• W4313442809 cites W3040148629 @default.
• W4313442809 cites W3041575266 @default.
• W4313442809 cites W3043743883 @default.
• W4313442809 cites W3060148928 @default.
• W4313442809 cites W3081002936 @default.
• W4313442809 cites W3086260418 @default.
• W4313442809 cites W3087930386 @default.
• W4313442809 cites W3093863646 @default.
• W4313442809 cites W3097589507 @default.
• W4313442809 cites W3098688705 @default.
• W4313442809 cites W3099157436 @default.
• W4313442809 cites W3109574210 @default.
• W4313442809 cites W3112955304 @default.
• W4313442809 cites W3119154199 @default.
• W4313442809 cites W3123693733 @default.
• W4313442809 cites W3125448105 @default.
• W4313442809 cites W3127958906 @default.
• W4313442809 cites W3133976210 @default.
• W4313442809 cites W3135280764 @default.
• W4313442809 cites W3136197057 @default.
• W4313442809 cites W3137349729 @default.
• W4313442809 cites W3137919139 @default.
• W4313442809 cites W3156027360 @default.
• W4313442809 cites W3159144504 @default.
• W4313442809 cites W3177377824 @default.
• W4313442809 cites W3178383845 @default.
• W4313442809 cites W3192066321 @default.
• W4313442809 cites W3211417225 @default.
• W4313442809 cites W3212223360 @default.
• W4313442809 cites W3213254222 @default.
• W4313442809 cites W4205475608 @default.
• W4313442809 cites W4205609649 @default.
• W4313442809 cites W4210903370 @default.
• W4313442809 cites W4214941385 @default.
• W4313442809 cites W4234692657 @default.
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• W4313442809 doi "https://doi.org/10.1016/j.nantod.2022.101745" @default.
• W4313442809 hasPublicationYear "2023" @default.
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