Constructing porous polymer films for passive radiative cooling has proved an efficient way
to dissipate heat to cold outer space in the form of thermal radiation and concurrently reflect …

Radiative cooling technology with zero-energy consumption and zero-carbon emission has
drawn enormous attention. However, the high-cost manufacture, limited scalability, and …

Abstract Flexible Passive Daytime Radiative Cooling (PDRC) textiles have great potential for
applications in personal thermal management, device cooling, and energy-efficient …

Radiation cooling is an emerging energy-saving technology that requires a minimal energy
input to achieve passive cooling. To date, the majority of research has focused on …

Passive radiative cooling has recently gained significant attention as a highly promising
technology that offers a zero-energy and electricity-free solution to tackle the pressing issue …

Passive radiative cooling and triboelectric generation provide a way to achieve zero-energy
cooling and sustainable electricity generation, respectively. However, they are frequently …

Passive daytime radiative cooling (PDRC) technology provides a promising path for
combating global climate warming. Natural photonic structures with efficient radiative …

Real-world passive radiative cooling requires highly emissive, selective, and
omnidirectional thermal emitters to maintain the radiative cooler at a certain temperature …

Phase change materials (PCMs) have the potential for heat storage and release, but low
thermal conductivity limits their wide application in thermal systems. This work proposes a …

Polyvinylidene fluoride (PVDF), renowned for its exceptional spectral properties and aging
resistance, has emerged as a prominent material for passive daytime radiative cooling …