Dual-biomimetic synergistic structured aerogel for high-performance
To overcome these limitations, we developed a dual-biomimetic synergistic structured nanofiber aerogel (PPMPAN) for efficient seawater purification and solar-driven power generation.
Solar-driven seawater desalination and electricity generation based on
In this work, an anisotropic graphene aerogel (AGA) with vertically aligned microfluidic channels is synthesized by a directional-freezing method. By unidirectionally transporting the saline,
Dual-Biomimetic Synergistic Structured Aerogel for High-Performance
Herein, an ion‐regulated plasmonic aerogel that couples broadband photothermal conversion with hydration‐state modulation for high‐performance solar desalination is reported.
Fibrous Aerogels for Solar Vapor Generation
Schematic showing the key sections of fibrous aerogels fabrication for solar vapor generation described in this review. Building blocks synthesis, photothermal materials selection, porous structures
Aerogel-based solar-powered water production from atmosphere and
Among the many materials used for water generation, aerogels offer a great potential due to the inherent combination of three-dimensional, monolithic structure and porous, interconnected
Solar‐Driven Gradient Aerogel Composites for Coupled Seawater
This study presents a comprehensive strategy for designing solar-responsive multifunctional materials with promising applications in seawater desalination, sustainable energy,
A robust and stable phenolic resin-crosslinked graphene aerogel for
The efficient co-generation capability together with the outstanding stability of the aerogel offers a transformative solution for solar-powered water treatment and synergistic energy conversion.
Multifunctional Fully Biomass-Derived Bilayer Aerogel for Efficient
The overall system is both all-biomass and cost-effective, and this multifunctional aerogel evaporator shows great potential for large-scale applications, including solar desalination,
Fibrous Aerogels for Solar Vapor Generation
In this review, based on the fusion of the one-dimensional fibers and three-dimensional porous aerogels, we discuss recent development in fibrous aerogels for solar vapor generation
Transparent Refractory Aerogels for Efficient
Here a solar-transparent refractory aerogel that offers stable performance up to 800 °C in air is demonstrated, which is significantly greater than its silica counterpart.
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