FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295804334> ?p ?o ?g. }

• W4295804334 endingPage "34375" @default.
• W4295804334 startingPage "34323" @default.
• W4295804334 abstract "Due to the continuous consumption of fossil fuels, natural reserves are depleting and it has been earnest need for developing new sources of energy. Among the several solar energy conversion techniques, photocatalytic hydrogen (H 2 ) generation is regarded as one of the most promising routes. Till date, several metal-based semiconductor materials have been investigated, however, H 2 generation is not substantial with the notion of sustainable development. Current research trends show the growing interest in advanced and metal free photocatalyst materials such as covalent organic frameworks (COFs) due to their several benefits such as crystalline porous polymers with pre-designed architectures, large surface area, exceptional stability, and ease of molecular functionalization. By combining COFs with other functional materials, composites may be created that display unique characteristics that exceed those of the separate components. This work provides a comprehensive development on COFs as a photocatalysts and their composites/hybrids for photocatalytic hydrogen generation with a focus on visible-light irradiation. To reduce the dependency on novel metals and overcome the drawbacks of individual material, the creation of composite materials based on covalent-organic frameworks (COFs) are systematically discussed. In addition, advantages in terms of performance, stability, durability of composites/hybrids COFs for photocatalytic hydrogen production in reference to traditional catalysts are investigated. Different composites such as metals loading, morphological development, band engineering, and heterojunctions are systematically discussed. Finally, challenges and opportunities associated with constructing COF-based catalysts as future research prospective for chemistry and materials science are highlighted. • The article focuses on photocatalytichydrogen production using COF composites/hybrids. • The parameters that influence the rate of hydrogen production and reaction mechanisms. • Accomplishments in terms of getting high apparent quantum yield and solar to hydrogen conversion efficiency. • The COF composites' benefits, limits, and future prospects have also been reviewed." @default.
• W4295804334 created "2022-09-15" @default.
• W4295804334 creator A5016083393 @default.
• W4295804334 creator A5043773134 @default.
• W4295804334 creator A5088895260 @default.
• W4295804334 date "2022-09-01" @default.
• W4295804334 modified "2023-10-18" @default.
• W4295804334 title "Recent advances in covalent organic framework (COF) nanotextures with band engineering for stimulating solar hydrogen production: A comprehensive review" @default.
• W4295804334 cites W1705344437 @default.
• W4295804334 cites W1746820401 @default.
• W4295804334 cites W1846616343 @default.
• W4295804334 cites W1916216853 @default.
• W4295804334 cites W1963692763 @default.
• W4295804334 cites W1965949313 @default.
• W4295804334 cites W1967918687 @default.
• W4295804334 cites W1971865766 @default.
• W4295804334 cites W1979798594 @default.
• W4295804334 cites W1987020734 @default.
• W4295804334 cites W1987581091 @default.
• W4295804334 cites W1989896216 @default.
• W4295804334 cites W1990478274 @default.
• W4295804334 cites W1995741709 @default.
• W4295804334 cites W1996530901 @default.
• W4295804334 cites W1999085760 @default.
• W4295804334 cites W2001708561 @default.
• W4295804334 cites W2001937856 @default.
• W4295804334 cites W2002140666 @default.
• W4295804334 cites W2010861052 @default.
• W4295804334 cites W2013595703 @default.
• W4295804334 cites W2017407831 @default.
• W4295804334 cites W2020898075 @default.
• W4295804334 cites W2024276736 @default.
• W4295804334 cites W2025282879 @default.
• W4295804334 cites W2027357775 @default.
• W4295804334 cites W2030170783 @default.
• W4295804334 cites W2032771768 @default.
• W4295804334 cites W2038477944 @default.
• W4295804334 cites W2039475059 @default.
• W4295804334 cites W2043885009 @default.
• W4295804334 cites W2049145344 @default.
• W4295804334 cites W2050571756 @default.
• W4295804334 cites W2052886839 @default.
• W4295804334 cites W2053133246 @default.
• W4295804334 cites W2053256978 @default.
• W4295804334 cites W2053410532 @default.
• W4295804334 cites W2061588150 @default.
• W4295804334 cites W2071120430 @default.
• W4295804334 cites W2074211433 @default.
• W4295804334 cites W2075446799 @default.
• W4295804334 cites W2076231656 @default.
• W4295804334 cites W2078107904 @default.
• W4295804334 cites W2078425449 @default.
• W4295804334 cites W2079496935 @default.
• W4295804334 cites W2082579704 @default.
• W4295804334 cites W2089817339 @default.
• W4295804334 cites W2096797248 @default.
• W4295804334 cites W2100275251 @default.
• W4295804334 cites W2104015519 @default.
• W4295804334 cites W2104777579 @default.
• W4295804334 cites W2105708469 @default.
• W4295804334 cites W2122358282 @default.
• W4295804334 cites W2131710556 @default.
• W4295804334 cites W2132015589 @default.
• W4295804334 cites W2135896410 @default.
• W4295804334 cites W2136791506 @default.
• W4295804334 cites W2137336868 @default.
• W4295804334 cites W2145274462 @default.
• W4295804334 cites W2146349866 @default.
• W4295804334 cites W2146498270 @default.
• W4295804334 cites W2155204081 @default.
• W4295804334 cites W2157213242 @default.
• W4295804334 cites W2159789432 @default.
• W4295804334 cites W2160893284 @default.
• W4295804334 cites W2162615887 @default.
• W4295804334 cites W2166691312 @default.
• W4295804334 cites W2202012423 @default.
• W4295804334 cites W2238211859 @default.
• W4295804334 cites W2257388553 @default.
• W4295804334 cites W2262193673 @default.
• W4295804334 cites W2272713568 @default.
• W4295804334 cites W2280605604 @default.
• W4295804334 cites W2288678021 @default.
• W4295804334 cites W2291524002 @default.
• W4295804334 cites W2313670161 @default.
• W4295804334 cites W2319405247 @default.
• W4295804334 cites W2328859466 @default.
• W4295804334 cites W2334176011 @default.
• W4295804334 cites W2336851611 @default.
• W4295804334 cites W2346795724 @default.
• W4295804334 cites W2346899863 @default.
• W4295804334 cites W2417505137 @default.
• W4295804334 cites W2463801883 @default.
• W4295804334 cites W2467160145 @default.
• W4295804334 cites W2508310648 @default.
• W4295804334 cites W2515623107 @default.
• W4295804334 cites W2516509149 @default.
• W4295804334 cites W2518041431 @default.
• W4295804334 cites W2522247135 @default.

• next