Self-cleaning concept has achieved significant attention because of their distinct features
and inclusive range of probable applications in various fields. Inspired from the lotus effect; …

Buildings inevitably absorb solar (thermal) radiation through the envelope, ie, window, roof
and wall, whose characteristics, in terms of material, thickness, area etc., affects the …

Radiative cooling technologies promise to reduce building energy consumption and create
thermal comfort for human beings in the hot season. However, the persistent thermal …

Micron/nano-structures and surface layer enriched with organic groups were flexibly
obtained through the non-solvent induced phase separation method. A combination of …

In the process of outdoor use, building exterior wall coating inevitably undergoes the effects
of temperature change, ultraviolet radiation, mechanical contact, dust pollution and so on …

Waterborne and solvent-based coatings with prominent passive subambient daytime
radiative cooling (RC) coatings were fabricated to conserve cooling energy in the summer …

The cooling effect of a super-amphiphobic self-cleaning radiative cooling coating (RC
coating) on various substrates was systematically studied under real working conditions and …

This work proposes to use a superhydrophobic coating with reversible thermochromic
function as the surface coating of building envelope to reduce building energy consumption …

Promoting the sustainability of the building industry is one of the major approaches to
addressing energy depletion and climate change. Here, we developed scalable …

In the present work, the colorful superhydrophobic coating with high solar reflectivity was
prepared using WPC (White Portland cement), color pigments, Polymethylhydrosiloxane …