Matches in SemOpenAlex for { <https://semopenalex.org/work/W2967367186> ?p ?o ?g. }
- W2967367186 endingPage "6126" @default.
- W2967367186 startingPage "6112" @default.
- W2967367186 abstract "Solar-driven evaporation of water is a simple and “green” way to achieve fresh water and water purification, yet evaporation of bulk liquid using solar energy is rather low in efficiency and may require a costly optical concentration system. Recently, the technology has been rejuvenated by advanced nanomaterials for localized solar heating and rapid evaporation in a confined environment. Design of innovative nanomaterials enables solar-driven vapor generation featured with direct utilization of solar energy with no additional energy input, minimized heat loss, high efficiency, and structural flexibility, as well as potential scalable production. Controlled micro-/nanostructures of broadband photothermal nanomaterials, as well as the macroscopic assembly of desired components, are essential for these next-generation solar-driven vapor generation systems. In this work, the recent advances in design and assembly of nanomaterials/structures for optimal solar-driven vapor generation are reviewed. The design/preparation strategies, working mechanisms, and performance of the solar-driven vapor generation based on these nanomaterials are discussed. Strategies for further optimization of materials/structures for solar absorption, heat management, and water transport are summarized for solar-driven vapor generation. This contribution concludes with comments on challenges and future opportunities in the field." @default.
- W2967367186 created "2019-08-22" @default.
- W2967367186 creator A5000432967 @default.
- W2967367186 creator A5004836032 @default.
- W2967367186 creator A5011284047 @default.
- W2967367186 creator A5013303786 @default.
- W2967367186 creator A5019213070 @default.
- W2967367186 creator A5019356105 @default.
- W2967367186 creator A5061817692 @default.
- W2967367186 creator A5084085795 @default.
- W2967367186 creator A5088984849 @default.
- W2967367186 date "2019-08-14" @default.
- W2967367186 modified "2023-10-15" @default.
- W2967367186 title "Nanomaterial Design for Efficient Solar-Driven Steam Generation" @default.
- W2967367186 cites W1919015928 @default.
- W2967367186 cites W1983926300 @default.
- W2967367186 cites W1984850246 @default.
- W2967367186 cites W1993871668 @default.
- W2967367186 cites W1995057502 @default.
- W2967367186 cites W1998374101 @default.
- W2967367186 cites W2007543420 @default.
- W2967367186 cites W2008391403 @default.
- W2967367186 cites W2011010549 @default.
- W2967367186 cites W2035591169 @default.
- W2967367186 cites W2040762896 @default.
- W2967367186 cites W2041613716 @default.
- W2967367186 cites W2048661822 @default.
- W2967367186 cites W2050110494 @default.
- W2967367186 cites W2052989605 @default.
- W2967367186 cites W2070992828 @default.
- W2967367186 cites W2071078690 @default.
- W2967367186 cites W2081075955 @default.
- W2967367186 cites W2084279813 @default.
- W2967367186 cites W2084629494 @default.
- W2967367186 cites W2088397151 @default.
- W2967367186 cites W2088471061 @default.
- W2967367186 cites W2088525842 @default.
- W2967367186 cites W2127902738 @default.
- W2967367186 cites W2135308128 @default.
- W2967367186 cites W2137756244 @default.
- W2967367186 cites W2139746707 @default.
- W2967367186 cites W2142817386 @default.
- W2967367186 cites W2158411235 @default.
- W2967367186 cites W2172237504 @default.
- W2967367186 cites W2226645457 @default.
- W2967367186 cites W2254097732 @default.
- W2967367186 cites W2322012008 @default.
- W2967367186 cites W2342920019 @default.
- W2967367186 cites W2462665841 @default.
- W2967367186 cites W2469498830 @default.
- W2967367186 cites W2539491646 @default.
- W2967367186 cites W2556867215 @default.
- W2967367186 cites W2563694259 @default.
- W2967367186 cites W2581348344 @default.
- W2967367186 cites W2584866830 @default.
- W2967367186 cites W2601154880 @default.
- W2967367186 cites W2606497133 @default.
- W2967367186 cites W2611941517 @default.
- W2967367186 cites W2614809333 @default.
- W2967367186 cites W2616022113 @default.
- W2967367186 cites W2620207010 @default.
- W2967367186 cites W2622037360 @default.
- W2967367186 cites W2741656845 @default.
- W2967367186 cites W2745019298 @default.
- W2967367186 cites W2749125434 @default.
- W2967367186 cites W2756540853 @default.
- W2967367186 cites W2782225600 @default.
- W2967367186 cites W2786464513 @default.
- W2967367186 cites W2788261421 @default.
- W2967367186 cites W2791519332 @default.
- W2967367186 cites W2792283075 @default.
- W2967367186 cites W2794264677 @default.
- W2967367186 cites W2794465913 @default.
- W2967367186 cites W2806150171 @default.
- W2967367186 cites W2921281921 @default.
- W2967367186 cites W2931771200 @default.
- W2967367186 cites W2934146922 @default.
- W2967367186 cites W2936860419 @default.
- W2967367186 cites W2944154701 @default.
- W2967367186 cites W3102473055 @default.
- W2967367186 doi "https://doi.org/10.1021/acsaem.9b00934" @default.
- W2967367186 hasPublicationYear "2019" @default.
- W2967367186 type Work @default.
- W2967367186 sameAs 2967367186 @default.
- W2967367186 citedByCount "29" @default.
- W2967367186 countsByYear W29673671862020 @default.
- W2967367186 countsByYear W29673671862021 @default.
- W2967367186 countsByYear W29673671862022 @default.
- W2967367186 countsByYear W29673671862023 @default.
- W2967367186 crossrefType "journal-article" @default.
- W2967367186 hasAuthorship W2967367186A5000432967 @default.
- W2967367186 hasAuthorship W2967367186A5004836032 @default.
- W2967367186 hasAuthorship W2967367186A5011284047 @default.
- W2967367186 hasAuthorship W2967367186A5013303786 @default.
- W2967367186 hasAuthorship W2967367186A5019213070 @default.
- W2967367186 hasAuthorship W2967367186A5019356105 @default.
- W2967367186 hasAuthorship W2967367186A5061817692 @default.
- W2967367186 hasAuthorship W2967367186A5084085795 @default.