The parallel development of thermal management strategies through both material and system designs has further improved the overall efficiency of solar vaporization. Collectively, this green solar-driven water vaporization technology has regained attention as a sustainable solution for water scarcity.
Solar water evaporation has emerged as an alternative vapor generation strategy to address global water scarcity and reduce carbon emissions. Recent advances have achieved significant improvements in solar evaporation efficiency, driven by innovations in nanostructured materials, interfacial engineering, and system-level integration.
Herein, an invert-structured solar evaporation and vapor condensation device coupled with solar evaporators featuring special vertically aligned vapor diffusion channels is designed to target both high evaporation and water collection rates.
Solar water evaporation has emerged as an alternative vapor generation strategy to address global water scarcity and reduce carbon emissions. Recent advances have achieved significant improvements
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Interfacial solar evaporation is a promising technology to address the global issue of water scarcity with a minimum carbon …
The parallel development of thermal management strategies through both material and system designs has further improved the …
By drawing useful conclusions, this book contributes to the development of cutting-edge interfacial solar vaporization systems for practical applications. Features: Presents …
The formation of the composites with some carbon systems is proposed for reducing the latent heat of vaporization.12,13 Usage of non-noble metals such as copper 14 or …
Solar water evaporation has emerged as an alternative vapor generation strategy to address global water scarcity and reduce carbon emissions. Recent advances have …
Abstract:The current work proposes a new strategy to improve solar evaporation efficiency and explore the real applications of volumetric solar evaporation device in …
where m represents the mass flux of water evaporated by solar irradiation, normalized to unit area and time; hlv denotes the total enthalpy of …
The developed thermally-localized multistage solar still uses the concept of interfacial solar heat localization and vaporization enthalpy recycling to achieve high …
By drawing useful conclusions, this book contributes to the development of cutting-edge interfacial solar vaporization systems for …
where m represents the mass flux of water evaporated by solar irradiation, normalized to unit area and time; hlv denotes the total enthalpy of vaporization, which encompasses both sensible and …
The parallel development of thermal management strategies through both material and system designs has further improved the overall efficiency of solar vaporization. …
It focuses on various factors, including photothermal efficiency, evaporation rate, and others, which influence vapor generation. By drawing useful conclusions, this book …
Inspired by these findings, we proposed a volumetric solar interfacial evaporation (V-SIE) system integrating nanofluids and PDS. In this system, concentrated NPs are used to …
Interfacial solar evaporation is a promising technology to address the global issue of water scarcity with a minimum carbon footprint. Although solar-to-vapor conversion …
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