Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201735594> ?p ?o ?g. }
- W3201735594 abstract "1D rare earth-based nanomaterials have attracted significant attention due to their excellent photo/electro-catalytic performance. The corresponding challenge is how to synthesize shape and size-controlled nanostructures in an easy scale-up way. Herein, the authors present a facile one-step strategy to design 1D multifunctional protein-encapsulated cerium oxide nanorods (PCNRs) by utilizing bovine serum albumin as an efficient biotemplate. Remarkably, the PCNRs exhibit high chemical and interfacial adhesion stability with intriguing properties, resulting in an exceptionally high activity towards H2 evolution and CO2 reduction. The photocatalytic activity of PCNRs to produce H2 is about 10 times higher than conventional CeO2 nanorods. The incorporation of rhodamine B into the PCNRs brings unprecedentedly high photocatalytic H2 evolution rate being 123 times higher than that of conventional CeO2 nanorods. Further the presence of the -NH2 groups on the PCNRs facilitated the adsorption and activation of CO2 and efficiently suppressed the proton reduction, and as a result, the PCNRs photocatalyst is highly active in converting CO2 to CO and CH4 , with the evolution rates being 50 and 83 times higher than those of conventional CeO2 nanorods, respectively. Achieving such efficient photocatalyst is a critical step toward practical production of high-value renewable fuels using solar energy." @default.
- W3201735594 created "2021-10-11" @default.
- W3201735594 creator A5065618465 @default.
- W3201735594 creator A5068294965 @default.
- W3201735594 creator A5078731856 @default.
- W3201735594 date "2021-10-01" @default.
- W3201735594 modified "2023-10-10" @default.
- W3201735594 title "The Synthesis of Protein‐Encapsulated Ceria Nanorods for Visible‐Light Driven Hydrogen Production and Carbon Dioxide Reduction" @default.
- W3201735594 cites W1910928604 @default.
- W3201735594 cites W1955162187 @default.
- W3201735594 cites W1963921793 @default.
- W3201735594 cites W1964654083 @default.
- W3201735594 cites W1965952663 @default.
- W3201735594 cites W1987995132 @default.
- W3201735594 cites W1990534699 @default.
- W3201735594 cites W1996412727 @default.
- W3201735594 cites W1998324967 @default.
- W3201735594 cites W1999184945 @default.
- W3201735594 cites W1999753744 @default.
- W3201735594 cites W2011502659 @default.
- W3201735594 cites W2012603816 @default.
- W3201735594 cites W2014538975 @default.
- W3201735594 cites W2023584488 @default.
- W3201735594 cites W2040052320 @default.
- W3201735594 cites W2042447035 @default.
- W3201735594 cites W2049653368 @default.
- W3201735594 cites W2055831988 @default.
- W3201735594 cites W2077723335 @default.
- W3201735594 cites W2083665080 @default.
- W3201735594 cites W2086913285 @default.
- W3201735594 cites W2095469029 @default.
- W3201735594 cites W2097006949 @default.
- W3201735594 cites W2106520841 @default.
- W3201735594 cites W2114981453 @default.
- W3201735594 cites W2121334957 @default.
- W3201735594 cites W2128530703 @default.
- W3201735594 cites W2138509098 @default.
- W3201735594 cites W2159217828 @default.
- W3201735594 cites W2159769877 @default.
- W3201735594 cites W2176418365 @default.
- W3201735594 cites W2233235546 @default.
- W3201735594 cites W2263602271 @default.
- W3201735594 cites W2270881685 @default.
- W3201735594 cites W2273940065 @default.
- W3201735594 cites W2308032504 @default.
- W3201735594 cites W2315240356 @default.
- W3201735594 cites W2319022530 @default.
- W3201735594 cites W2328501680 @default.
- W3201735594 cites W2332828948 @default.
- W3201735594 cites W2342691188 @default.
- W3201735594 cites W2374355134 @default.
- W3201735594 cites W2387742079 @default.
- W3201735594 cites W2407117297 @default.
- W3201735594 cites W2465850833 @default.
- W3201735594 cites W2507854244 @default.
- W3201735594 cites W2517316787 @default.
- W3201735594 cites W2539744650 @default.
- W3201735594 cites W2542001117 @default.
- W3201735594 cites W2577366206 @default.
- W3201735594 cites W2579130002 @default.
- W3201735594 cites W2585153017 @default.
- W3201735594 cites W2592732980 @default.
- W3201735594 cites W2615453901 @default.
- W3201735594 cites W2616877773 @default.
- W3201735594 cites W2760813780 @default.
- W3201735594 cites W2765776779 @default.
- W3201735594 cites W2767977791 @default.
- W3201735594 cites W2774031584 @default.
- W3201735594 cites W2777356701 @default.
- W3201735594 cites W2785128151 @default.
- W3201735594 cites W2786952786 @default.
- W3201735594 cites W2793742898 @default.
- W3201735594 cites W2795151060 @default.
- W3201735594 cites W2795953244 @default.
- W3201735594 cites W2796031183 @default.
- W3201735594 cites W2796134844 @default.
- W3201735594 cites W2807948679 @default.
- W3201735594 cites W2883288462 @default.
- W3201735594 cites W2902177279 @default.
- W3201735594 cites W2905346423 @default.
- W3201735594 cites W2905537160 @default.
- W3201735594 cites W2924619279 @default.
- W3201735594 cites W2924647446 @default.
- W3201735594 cites W2968844467 @default.
- W3201735594 cites W2971272251 @default.
- W3201735594 cites W3004037694 @default.
- W3201735594 cites W3037965269 @default.
- W3201735594 cites W3111662315 @default.
- W3201735594 cites W4251776311 @default.
- W3201735594 cites W4253631367 @default.
- W3201735594 cites W745817643 @default.
- W3201735594 doi "https://doi.org/10.1002/smll.202103422" @default.
- W3201735594 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34596324" @default.
- W3201735594 hasPublicationYear "2021" @default.
- W3201735594 type Work @default.
- W3201735594 sameAs 3201735594 @default.
- W3201735594 citedByCount "10" @default.
- W3201735594 countsByYear W32017355942022 @default.
- W3201735594 countsByYear W32017355942023 @default.
- W3201735594 crossrefType "journal-article" @default.