Solar-driven interfacial evaporation (SIE) is very promising to alleviate the freshwater
scarcity issue. However, salt deposition on the sample surface will reduce evaporation …

Interfacial solar evaporation holds great promise to address the freshwater shortage.
However, most interfacial solar evaporators are always filled with water throughout the …

Solar-driven interfacial evaporation, as one of the most effective ways to convert and utilize
solar energy, has attracted lot of interest recently. Most of the previous research studies …

Solar water evaporation plays a central role in low-energy fresh water production which is
essential for both human health and economic development. The utilization of photothermal …

Solar-driven interfacial water evaporation (SIWE) is an important strategy for addressing the
world's freshwater shortage. However, the traditional evaporator typically localizes the heat …

Solar interfacial evaporation offers an economical and efficient solution to the global
shortage of freshwater resources, and the introduction of the side evaporation surface brings …

The interfacial solar evaporator is promising for efficient clean water production. However, it
remains a challenge to achieve stable evaporation in high-salinity solutions and recover …

Both the solar absorptance and water content in solar-driven interface evaporation (SDIE)
devices are of equal importance for efficient solar steam yield and freshwater production, but …

Solar interfacial evaporation for freshwater harvesting has received attention recently due to
its high evaporation rate and environmental friendliness. Traditional interfacial evaporation …

Solar-driven interfacial evaporation has significant potential to improve the energy utilization
efficiency and provides a means for sustainable seawater desalination and water …