FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210363375> ?p ?o ?g. }

• W4210363375 endingPage "707" @default.
• W4210363375 startingPage "679" @default.
• W4210363375 abstract "Photocatalysis is considered a prospective way to alleviate the energy crisis and environmental pollution. It is therefore extremely important to design highly efficient photocatalysts for catalytic systems. In recent years, hollow-structured materials have attracted considerable interest for application in energy conversion fields owing to their large specific surface areas, improved light absorption, and shortened charge carrier transfer path. Because they contain inner and outer surfaces, hollow-structured materials can provide a superior platform for the deposition of other components. A number of hollow-structured hierarchical systems have been designed and fabricated in recent decades. It is important to rationally design and construct complex hierarchical structures. In this review, general preparation approaches for hollow-structured materials are presented, followed by a summary of the recent synthesis methods and mechanisms of typical hollow-structured materials for applications in the photocatalytic field. Complex hollow-structured hierarchical photocatalysts are classified into two types, hollow cocatalyst-based and hollow host photocatalyst-based, and the design principle and analysis of the photocatalytic reaction mechanism for photocatalytic H2 evolution and CO2 reduction are also introduced. The effects of hollow-structured materials have also been investigated. This review provides a reference for the rational construction of advanced, highly efficient photocatalytic materials." @default.
• W4210363375 created "2022-02-08" @default.
• W4210363375 creator A5031810848 @default.
• W4210363375 creator A5032179051 @default.
• W4210363375 creator A5062692651 @default.
• W4210363375 creator A5077228031 @default.
• W4210363375 date "2022-03-01" @default.
• W4210363375 modified "2023-09-30" @default.
• W4210363375 title "Design and applications of hollow-structured nanomaterials for photocatalytic H2 evolution and CO2 reduction" @default.
• W4210363375 cites W1011972049 @default.
• W4210363375 cites W1647951879 @default.
• W4210363375 cites W1770543064 @default.
• W4210363375 cites W1823544115 @default.
• W4210363375 cites W1828017013 @default.
• W4210363375 cites W1851087410 @default.
• W4210363375 cites W1911773830 @default.
• W4210363375 cites W1937071068 @default.
• W4210363375 cites W1976063527 @default.
• W4210363375 cites W1976492109 @default.
• W4210363375 cites W1977811697 @default.
• W4210363375 cites W1983182854 @default.
• W4210363375 cites W1984122862 @default.
• W4210363375 cites W2004993798 @default.
• W4210363375 cites W2029851331 @default.
• W4210363375 cites W2031246336 @default.
• W4210363375 cites W2034133602 @default.
• W4210363375 cites W2034288033 @default.
• W4210363375 cites W2042492216 @default.
• W4210363375 cites W2044682285 @default.
• W4210363375 cites W2047666782 @default.
• W4210363375 cites W2051231042 @default.
• W4210363375 cites W2058764423 @default.
• W4210363375 cites W2082835700 @default.
• W4210363375 cites W2083281885 @default.
• W4210363375 cites W2084142799 @default.
• W4210363375 cites W2087309875 @default.
• W4210363375 cites W2089124524 @default.
• W4210363375 cites W2105709632 @default.
• W4210363375 cites W2114764887 @default.
• W4210363375 cites W2117208350 @default.
• W4210363375 cites W2119591966 @default.
• W4210363375 cites W2126298342 @default.
• W4210363375 cites W2139920822 @default.
• W4210363375 cites W2161195114 @default.
• W4210363375 cites W2171902449 @default.
• W4210363375 cites W2180346884 @default.
• W4210363375 cites W2202446772 @default.
• W4210363375 cites W2231246794 @default.
• W4210363375 cites W2239593222 @default.
• W4210363375 cites W2283265625 @default.
• W4210363375 cites W2290076645 @default.
• W4210363375 cites W2297742995 @default.
• W4210363375 cites W2316015976 @default.
• W4210363375 cites W2323240947 @default.
• W4210363375 cites W2333038000 @default.
• W4210363375 cites W2338856730 @default.
• W4210363375 cites W2400670061 @default.
• W4210363375 cites W2404412289 @default.
• W4210363375 cites W2485549118 @default.
• W4210363375 cites W2485970811 @default.
• W4210363375 cites W2489217268 @default.
• W4210363375 cites W2491112615 @default.
• W4210363375 cites W2508669504 @default.
• W4210363375 cites W2511466779 @default.
• W4210363375 cites W2527762680 @default.
• W4210363375 cites W2528963678 @default.
• W4210363375 cites W2530980302 @default.
• W4210363375 cites W2548020764 @default.
• W4210363375 cites W2548735727 @default.
• W4210363375 cites W2581558788 @default.
• W4210363375 cites W2581852170 @default.
• W4210363375 cites W2583554389 @default.
• W4210363375 cites W2587519249 @default.
• W4210363375 cites W2591767484 @default.
• W4210363375 cites W2596626799 @default.
• W4210363375 cites W2602471652 @default.
• W4210363375 cites W2620752862 @default.
• W4210363375 cites W2626323674 @default.
• W4210363375 cites W2733338788 @default.
• W4210363375 cites W2735059776 @default.
• W4210363375 cites W2742028956 @default.
• W4210363375 cites W2744094776 @default.
• W4210363375 cites W2745426151 @default.
• W4210363375 cites W2746529462 @default.
• W4210363375 cites W2749549415 @default.
• W4210363375 cites W2750387850 @default.
• W4210363375 cites W2754745913 @default.
• W4210363375 cites W2759553275 @default.
• W4210363375 cites W2761838346 @default.
• W4210363375 cites W2762034845 @default.
• W4210363375 cites W2764082644 @default.
• W4210363375 cites W2766014449 @default.
• W4210363375 cites W2767174197 @default.
• W4210363375 cites W2768066255 @default.
• W4210363375 cites W2773402535 @default.
• W4210363375 cites W2774246885 @default.
• W4210363375 cites W2782877087 @default.
• W4210363375 cites W2784122426 @default.

• next