Polymer-based hydrogels are hydrophilic polymer networks with crosslinks widely applied
for drug delivery applications because of their ability to hold large amounts of water and …

Radiative sky cooling is a promising passive cooling technology that dose not consume
energy or produce greenhouse gas. It has been extensively studied in the past decades …

Passive cooling technologies are one of the promising solutions to the global energy crisis
due to no consumption of fossil fuels during operation. However, the existing radiative and …

In real-world radiative cooling applications, cooling surface temperatures may periodically
fluctuate between sub-and above-ambient conditions. Traditional radiative cooling surfaces …

Thermoelectric generator (TEG) is one of the promising methods to convert low-grade
energy into power supply. Considering the benefits of radiative cooling, evaporative cooling …

Radiative cooling technology has been demonstrated its effectiveness in various sectors.
Rational combine of radiative cooling and evaporative cooling can greatly enhance its …

Radiative cooling is a promising technology that offers benefits such as reducing cooling
energy demand, mitigating climate change impacts, and contributing to sustainable …

For a long time, there have been abundant studies on the application of radiative cooling to
save cooling energy, basically focused on solving sensible cooling loads. Although earlier …

This paper focuses various membrane and thermal processes and takes their potentials into
account to present the most suitable combined method for a hybrid zero liquid discharge …

Hydrogels are characterized by their high heat absorption and dissipation capabilities,
which offer significant potential for passive cooling applications. This review paper provides …