ACS Applied Materials & Interfaces, Год журнала: 2025, Номер unknown
Опубликована: Июнь 6, 2025
Radiative cooling has shown excellent applications in the fields of thermal regulation, UV protection clothing, power generation, and water harvesting due to its ability cool without energy consumption pollution emission, thus being a potential green pathway curb global warming. Herein, double-needle electrospinning was employed construct sandwich nanofiber fabrics with beaded nanofibers encapsulating large-sized SiO2 photons for achieving daytime nighttime radiative cooling. The fabric is capable lifting weight 594.1 g, demonstrating superior mechanical properties. Because reflectivity improved by structure infrared Fröhlich resonance enhanced photons, this endowed high solar 97.8% an emissivity 98.7%, average 9 °C. Moreover, possessed UPF 132, TUVA 1.76%, TUVB 0.49% because eminent reflectivity, which displayed outstanding performance. also demonstrated hydrophobicity. Thanks satisfactory ability, successfully applied management, thermoelectric atmospheric harvesting, greatly promoting development textiles.
Язык: Английский