Matches in SemOpenAlex for { <https://semopenalex.org/work/W2509296502> ?p ?o ?g. }
- W2509296502 abstract "Increasing number of metal-organic frameworks (MOFs) have recently been recognised as a new generation of emerging porous photocatalysts in photocatalysis and photoelectrocatalysis, since their intrinsic coordination structure between the metal cluster and organic ligands offers MOFs great flexibility to tune their semiconducting property for enhanced light harvesting. In order to improve their performance substantially and achieve widespread application of MOF photocatalysts, it is necessary to develop effective synthesis strategies and understand their semiconducting crystal structure, photocatalytic mechanism in depth. This chapter firstly provides a brief introduction of the MOF materials; this chapter addresses the crystallinity, porosity and electronic semiconducting structures that are essential in solar energy conversion. Established and innovative syntheses strategies of MOFs are then categorised and illustrated, followed by various characterisations techniques applied to investigate their structural and semiconducting properties (band structure and charge transfer), including X-ray Diffraction XRD, small angle X-ray Diffraction SAXRD, adsorption/desorption, UV-Vis, nuclear magnetic resonance (NMR), extended fine Auger structures (EXFAS), inelastic neutron scattering (INS) spectroscopy, high-resolution transmission electron microscopy (HR)TEM and electrochemical measurements. The photocatalytic and photoelectrocatalytic application of MOFs are introduced addressing their unique photocatalytic mechanism. The perspectives of MOF photocatalysts are finally presented to encourage the future development. The content of this chapter suits the users including beginners, postgraduates and professionals." @default.
- W2509296502 created "2016-09-16" @default.
- W2509296502 creator A5025871372 @default.
- W2509296502 creator A5030127969 @default.
- W2509296502 creator A5058952229 @default.
- W2509296502 date "2016-08-24" @default.
- W2509296502 modified "2023-10-13" @default.
- W2509296502 title "Metal Organic Frameworks as Emerging Photocatalysts" @default.
- W2509296502 cites W142358202 @default.
- W2509296502 cites W1493583268 @default.
- W2509296502 cites W1677747913 @default.
- W2509296502 cites W1878915800 @default.
- W2509296502 cites W188920726 @default.
- W2509296502 cites W1909191010 @default.
- W2509296502 cites W1963662065 @default.
- W2509296502 cites W1965437736 @default.
- W2509296502 cites W1965721735 @default.
- W2509296502 cites W1971464561 @default.
- W2509296502 cites W1973624691 @default.
- W2509296502 cites W1976269136 @default.
- W2509296502 cites W1976408176 @default.
- W2509296502 cites W1978192673 @default.
- W2509296502 cites W1979474625 @default.
- W2509296502 cites W1979871371 @default.
- W2509296502 cites W1980704616 @default.
- W2509296502 cites W1982999592 @default.
- W2509296502 cites W1984012327 @default.
- W2509296502 cites W1984652094 @default.
- W2509296502 cites W1984772431 @default.
- W2509296502 cites W1986238480 @default.
- W2509296502 cites W1987652875 @default.
- W2509296502 cites W1989500990 @default.
- W2509296502 cites W1990539192 @default.
- W2509296502 cites W1990918587 @default.
- W2509296502 cites W1993037438 @default.
- W2509296502 cites W1997531531 @default.
- W2509296502 cites W1997631404 @default.
- W2509296502 cites W1998128953 @default.
- W2509296502 cites W1998337170 @default.
- W2509296502 cites W1999918445 @default.
- W2509296502 cites W1999918667 @default.
- W2509296502 cites W1999937609 @default.
- W2509296502 cites W2002319969 @default.
- W2509296502 cites W2004550299 @default.
- W2509296502 cites W2006629593 @default.
- W2509296502 cites W2007661885 @default.
- W2509296502 cites W2008885442 @default.
- W2509296502 cites W2009368971 @default.
- W2509296502 cites W2009626022 @default.
- W2509296502 cites W2010328792 @default.
- W2509296502 cites W2010462271 @default.
- W2509296502 cites W2010815720 @default.
- W2509296502 cites W2010946427 @default.
- W2509296502 cites W2011654628 @default.
- W2509296502 cites W2014818377 @default.
- W2509296502 cites W2020402202 @default.
- W2509296502 cites W2021767761 @default.
- W2509296502 cites W2024564951 @default.
- W2509296502 cites W2025256923 @default.
- W2509296502 cites W2027240576 @default.
- W2509296502 cites W2028478347 @default.
- W2509296502 cites W2029253088 @default.
- W2509296502 cites W2029781701 @default.
- W2509296502 cites W2030149323 @default.
- W2509296502 cites W2032549515 @default.
- W2509296502 cites W2033728952 @default.
- W2509296502 cites W2034984769 @default.
- W2509296502 cites W2035447129 @default.
- W2509296502 cites W2036740415 @default.
- W2509296502 cites W2037244678 @default.
- W2509296502 cites W2040848209 @default.
- W2509296502 cites W2041777058 @default.
- W2509296502 cites W2042352946 @default.
- W2509296502 cites W2043198178 @default.
- W2509296502 cites W2043217416 @default.
- W2509296502 cites W2044818845 @default.
- W2509296502 cites W2047056541 @default.
- W2509296502 cites W2049271065 @default.
- W2509296502 cites W2051970219 @default.
- W2509296502 cites W2053613477 @default.
- W2509296502 cites W2059360634 @default.
- W2509296502 cites W2061752992 @default.
- W2509296502 cites W2062824148 @default.
- W2509296502 cites W2063012164 @default.
- W2509296502 cites W2065268072 @default.
- W2509296502 cites W2067046470 @default.
- W2509296502 cites W2072436367 @default.
- W2509296502 cites W2075535386 @default.
- W2509296502 cites W2078136350 @default.
- W2509296502 cites W2078444809 @default.
- W2509296502 cites W2078763871 @default.
- W2509296502 cites W2078854977 @default.
- W2509296502 cites W2079819807 @default.
- W2509296502 cites W2080205105 @default.
- W2509296502 cites W2082179062 @default.
- W2509296502 cites W2084852727 @default.
- W2509296502 cites W2086279934 @default.
- W2509296502 cites W2086782801 @default.
- W2509296502 cites W2087373107 @default.
- W2509296502 cites W2088505714 @default.