Solar‐driven interfacial desalination (SDID), which is based on localized heating and
interfacial evaporation, provides an opportunity for developing environmentally friendly and …

Effectively harnessing renewable and inexhaustible solar radiation for energy conversion
has attracted significant research interest in the past decade. Solar thermal conversion, as a …

Delivering sufficient water to the evaporation surface/interface is one of the most widely
adopted strategies to overcome salt accumulation in solar‐driven interfacial desalination …

Solar‐driven interfacial evaporation materials for seawater desalination and wastewater
treatment have attracted extensive research interest in recent years. Nevertheless, salt …

To achieve high solar energy utilization efficiency, photothermal materials with broadband
absorption of sunlight and high conversion efficiency are becoming a fast-growing research …

Realizing ultrathin water and generating an abundant water/air interface in the
interconnected pores of photothermal materials is an effective way to boost the solar‐driven …

In recent decades, the rapid development of solar water evaporation has been achieved,
focusing on low-cost and energy water desalination. For this purpose, different photothermal …

Solar evaporation by heat localization has drawn intensive research interest recent years,
because this potential desalination technology is free of fossil fuel consumption and carbon …

Solar evaporation offers a promising approach to drive the distillation process, and
nanotechnology may help overcome operational issues such as salt fouling. Here, we …

The currently available materials cannot meet the requirements of human thermal comfort
against the hot and cold seasonal temperature fluctuations. In this study, a dual‐mode Janus …