
A UV-driven, gas-phase surface engineering technology that tailors wettability and other chemical properties on metals, oxides, nanomaterials, polymers, and biomaterials at near-ambient conditions using cost-effective UV...
Dip-dip-dry (DDD) is a scalable surface modification technique enhancing polymer surfaces with superhydrophobic properties, effective even with dust. This method uses solvent and non-solvent immersion to alter polymer mi...
Innovative nanoporous sponges serve as efficient carbon-based sorbents for atmospheric water generation, offering low-cost, rapid cycling, and minimal energy use. Tailored for diverse humidity conditions, these sorbents ...