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Articles by Shudi Mao
A Porous Interfacial Photothermal Layer of Fused Core–Shell Carbon-Polymer Nanospheres for Directional Salt Crystallization and Zero-Liquid-Discharge (Adv. Mater. 43/2026)
How to cite Shen, H., Mao, S., Zhang, X.S., Shi, Y., Long, Y., Onggowarsito, C., Feng, A., Yang, Y., Song, J., Tijing, L., Xu, J. and Fu, Q. (2026), A Porous Interfacial Photothermal Layer of Fused Core–Shell Carbon-Polymer Nanospheres for Directional Salt Crystallization and Zero-Liquid-Discharge (Adv. Mater. 43/2026). Adv. Mater., 38: e74412.
A Porous Interfacial Photothermal Layer of Fused Core–Shell Carbon-Polymer Nanospheres for Directional Salt Crystallization and Zero-Liquid-Discharge
1 Introduction Solar-driven evaporation from open-water surfaces is a fundamental component of the natural hydrological cycle. Engineering this passive, energy-lean phase-change pathway offers opportunities for decentralized desalination for freshwater supply and brine concentration for mineral recovery.
Flexible and Electrically Conductive 3D Printed MXene-Hydrogel Copolymers for High Precision Sensing of Biomechanical Processes
Submitted: 04 January 2026 You are already at the latest version Application of MXene-polymer composites in wearable and implantable medical devices requires the development of hydrophilic and biocompatible MXene-polymer hydrogel composites with high electromechanical response, flexibility, and durability. Here, we formulate low weight percentage MXene-hydrogel copolymer inks enabling direct light printing (DLP) of MXene-polyvinyl alcohol (PVA)-polyacrylic acid (PAA)-hydrogel composites.
Updated Perspective on Solar Steam Generation Application
Updated Perspective on Solar Steam Generation Application A low cost, highly flexible and environmentally friendly water generation method known as interfacial solar steam generation (SSG) has recently been popularized by many researchers due to the continuous increasing water demand and widening wealth gap around the world. In this perspective, factors determining SSG performance are gathered and highlighted into two different categories, thermal and water management.
Investigation of structure-property-application relationships of the hydrogel-based solar vapor generator
Investigation of structure-property-application relationships of the hydrogel-based solar vapor generator Without requiring any extra energy, the polymeric hydrogel based solar vapor generator (SVG) offers a promising complement to current energy-intensive desalination processes.
A cryogel solar vapor generator with rapid water replenishment and high intermediate water content for seawater desalination
A cryogel solar vapor generator with rapid water replenishment and high intermediate water content for seawater desalination† Shudi Mao, a Casey Onggowarsito, a An Feng, a Stella Zhang, a Qiang Fu *a and Long D. Nghiem a Abstract A hydrogel-based solar vapor generator (SVG) system, without any additional energy input, is a promising alternative to current energy intensive desalination technologies. Thermal and water management govern the performance of SVG systems.
A cryogel solar vapor generator with rapid water replenishment and high intermediate water content for seawater desalination
A cryogel solar vapor generator with rapid water replenishment and high intermediate water content for seawater desalination Shudi Mao, Casey Onggowarsito, An Feng, Xin Stella Zhang, Qiang Fu and Long Nghiem Abstract Hydrogel-based solar vapor generator (SVG) system, without any additional energy input, is a promising alternative to current energy intensive desalination technologies. Thermal and water managements govern the performance of SVG systems.
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