Matches in SemOpenAlex for { <https://semopenalex.org/work/W4287958139> ?p ?o ?g. }
- W4287958139 endingPage "115984" @default.
- W4287958139 startingPage "115984" @default.
- W4287958139 abstract "Interfacial solar desalination is a promising method to sustainably address global water scarcity. Thus far, it has been a challenge to find photothermal materials with both efficient light absorption and low thermal conductivity. This study is the first to explore a layered oxychalcogenide of bismuth copper oxysulfide (BiCuSO, BCSO) nanosheets as a promising photothermal absorber material for interfacial solar desalination. We show that the two-dimensional layered crystal structure of BCSO enables anisotropic thermal transport. At the same time, the nanosheet morphology induces nanoporous coating due to a nano-clustering effect when it is coated on substrates, leading to a rough surface, nano-porosity, and substantial heat confinement. Significantly, BCSO nanosheets show attractive properties such as intense light absorption (up to 1040 nm), low thermal conductivity (0.099 W/m·K), strong heat confinement and excellent wettability. With capillary water supply and porous polyurethane structure, BCSO nanosheets demonstrated a high water-evaporation rate (1.77 kg/m2·h), solar-to-thermal conversion efficiency (96 %), and stable long-term evaporation performance under simulated sunlight irradiation. Furthermore, condensed vapors from seawater met the World Health Organization's drinking standard, proving the strong ion rejection capability of BCSO. Our results provide new insights into developing efficient photothermal materials for enhanced interfacial solar-powered desalination systems." @default.
- W4287958139 created "2022-07-26" @default.
- W4287958139 creator A5032965120 @default.
- W4287958139 creator A5051045982 @default.
- W4287958139 creator A5057879048 @default.
- W4287958139 creator A5058028006 @default.
- W4287958139 creator A5062187264 @default.
- W4287958139 date "2022-10-01" @default.
- W4287958139 modified "2023-10-01" @default.
- W4287958139 title "Layered bismuth copper oxychalcogenides as advanced photothermal materials for efficient interfacial solar desalination" @default.
- W4287958139 cites W1578898875 @default.
- W4287958139 cites W1964166105 @default.
- W4287958139 cites W2084629494 @default.
- W4287958139 cites W2093776266 @default.
- W4287958139 cites W2105184002 @default.
- W4287958139 cites W2262600837 @default.
- W4287958139 cites W2520606129 @default.
- W4287958139 cites W2783316474 @default.
- W4287958139 cites W2794465913 @default.
- W4287958139 cites W2799782013 @default.
- W4287958139 cites W2802717330 @default.
- W4287958139 cites W2807536701 @default.
- W4287958139 cites W2810714141 @default.
- W4287958139 cites W2884737554 @default.
- W4287958139 cites W2884934908 @default.
- W4287958139 cites W2889745621 @default.
- W4287958139 cites W2891557682 @default.
- W4287958139 cites W2897208567 @default.
- W4287958139 cites W2898567314 @default.
- W4287958139 cites W2899191461 @default.
- W4287958139 cites W2905162670 @default.
- W4287958139 cites W2912631182 @default.
- W4287958139 cites W2912768198 @default.
- W4287958139 cites W2922228960 @default.
- W4287958139 cites W2928617626 @default.
- W4287958139 cites W2935634304 @default.
- W4287958139 cites W2954102683 @default.
- W4287958139 cites W2963876307 @default.
- W4287958139 cites W2966136701 @default.
- W4287958139 cites W2967224730 @default.
- W4287958139 cites W2990027561 @default.
- W4287958139 cites W2999665359 @default.
- W4287958139 cites W3000277486 @default.
- W4287958139 cites W3000302088 @default.
- W4287958139 cites W3009448256 @default.
- W4287958139 cites W3013297840 @default.
- W4287958139 cites W3025672616 @default.
- W4287958139 cites W3032588097 @default.
- W4287958139 cites W3035379517 @default.
- W4287958139 cites W3037332524 @default.
- W4287958139 cites W3037716040 @default.
- W4287958139 cites W3040737135 @default.
- W4287958139 cites W3040919271 @default.
- W4287958139 cites W3043246057 @default.
- W4287958139 cites W3088468777 @default.
- W4287958139 cites W3088481886 @default.
- W4287958139 cites W3092808782 @default.
- W4287958139 cites W3093156826 @default.
- W4287958139 cites W3097029491 @default.
- W4287958139 cites W3100460741 @default.
- W4287958139 cites W3103865361 @default.
- W4287958139 cites W3109343283 @default.
- W4287958139 cites W3111687612 @default.
- W4287958139 cites W3131006314 @default.
- W4287958139 cites W3131806788 @default.
- W4287958139 cites W3133283547 @default.
- W4287958139 cites W3135062424 @default.
- W4287958139 cites W3147515216 @default.
- W4287958139 cites W3167715552 @default.
- W4287958139 cites W3176645214 @default.
- W4287958139 cites W3177335386 @default.
- W4287958139 cites W3178293448 @default.
- W4287958139 cites W3180711120 @default.
- W4287958139 cites W3183460905 @default.
- W4287958139 cites W3186389510 @default.
- W4287958139 cites W3190948997 @default.
- W4287958139 cites W3197178231 @default.
- W4287958139 doi "https://doi.org/10.1016/j.desal.2022.115984" @default.
- W4287958139 hasPublicationYear "2022" @default.
- W4287958139 type Work @default.
- W4287958139 citedByCount "9" @default.
- W4287958139 countsByYear W42879581392022 @default.
- W4287958139 countsByYear W42879581392023 @default.
- W4287958139 crossrefType "journal-article" @default.
- W4287958139 hasAuthorship W4287958139A5032965120 @default.
- W4287958139 hasAuthorship W4287958139A5051045982 @default.
- W4287958139 hasAuthorship W4287958139A5057879048 @default.
- W4287958139 hasAuthorship W4287958139A5058028006 @default.
- W4287958139 hasAuthorship W4287958139A5062187264 @default.
- W4287958139 hasConcept C121332964 @default.
- W4287958139 hasConcept C127413603 @default.
- W4287958139 hasConcept C171250308 @default.
- W4287958139 hasConcept C182606246 @default.
- W4287958139 hasConcept C185592680 @default.
- W4287958139 hasConcept C192562407 @default.
- W4287958139 hasConcept C2776870568 @default.
- W4287958139 hasConcept C2777598616 @default.
- W4287958139 hasConcept C2781448156 @default.