… nanoporous microfiber layer to answer what structural design would exhibit passive cooling
… A hierarchical structure was created within fibers that maximizes the Mie resonant scattering…

… In this work, a high-efficiency radiative cooling textile was prepared from PLA porous fibers …
Varying the relative humidity, we constructed fine nanoporous structures in a PLA single fiber. …

… fibers. The multiscale disordered pores (nanopores: ∼469 nm, micropores: ∼34 μm) in PU
fibers … property over common textile materials, which strongly absorb human body radiation …

… We expect that the nanoPE fabric will not only revolutionize textile for radiative cooling,
but also achieve a breakthrough in reducing energy consumption for global sustainability. …

… used for nanoengineered textiles, including nanoporous coating/laminating, fiber spinning,
… nanoporous functional layers on the surface of traditional textiles using nanoporous coating …

… For thicker nanoPE, the number of nanopores along the light path increases, so the … fibers
also influence scattering property, so we fixed the pore dimensions and investigated the fiber …

… and engineering nanoporous structures for passive cooling and … cooling mechanism of fabrics
woven from a-BN/PVA fibers … be the right candidates to fabricate cooling textiles. Recently, …

… The IR transmission of this cooling textile increased by ~ twofold in the dry state and … cooling
textile, the heat flux is increased from 74.4 to 152.3 W/cm 2 . The cooling effect of the cooling …

… textiles. This article provides a comprehensive review of the status of passive radiative
cooling technology in textiles and … Understanding the cooling mechanisms of nanoporous …

… cooling textiles with radiation properties a few years ago. Cui et al. [ 4 ] for the first time fabricated
a radiative cooling textile using nanoporous … more radiative cooling textiles with various …