FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4290804810> ?p ?o ?g. }

• W4290804810 endingPage "214741" @default.
• W4290804810 startingPage "214741" @default.
• W4290804810 abstract "The progress of environment friendly and cost-effective energy storage and conversion technologies to combat pollution and the impending energy problem has recently attracted the attention of the energy research society. The fabrication of materials to accumulate charge or expedite mass and electron transference in energy storage and transformation fields is imperative. Metal-organic frameworks (MOFs) have been extensively utilized as worthy precursors for the production of carbon resources, metal–metal composites, and their combinations with variable and governable nanoscale structures and elemental configurations for electrochemical energy applications through evolving crystal-like mesoporous organic and inorganic hybrid constituents have been reported. However, the poor electrical conductivity and constricted nanopores of MOFs have been highlighted. Henceforth, MOF combinations, where MOFs are linked with a diversity of efficient components, have been found to alleviate the drawbacks of distinct modules. 0D nanomaterials, like quantum dots, 1D nanomaterials, like nanotubes, 2D nanolayered materials, and 3D nanostructured materials could be combined with MOFs to develop numerous MOF composites. In this review, we described several synthesis procedures of MOF compounds, with a special focus on the expansion of MOF based materials for several electrochemical energy storing and transformation submissions, such as, lithium-ion batteries, lithium-sulfur batteries, supercapacitors, water splitting, oxygen reduction reaction, CO2 reduction reaction, N2 reduction reaction, and photovoltaic cells. The organizational and compositional strategies of MOF derivative nanomaterials were comprehensively reviewed in order to provide inspiration and advice for imminent improvement of metal–organic frameworks-based nanomaterials for the electrochemical energy applications." @default.
• W4290804810 created "2022-08-12" @default.
• W4290804810 creator A5012498435 @default.
• W4290804810 creator A5021957661 @default.
• W4290804810 creator A5033024001 @default.
• W4290804810 creator A5069994353 @default.
• W4290804810 date "2022-11-01" @default.
• W4290804810 modified "2023-10-18" @default.
• W4290804810 title "A systematic review on recent advances of metal–organic frameworks-based nanomaterials for electrochemical energy storage and conversion" @default.
• W4290804810 cites W1170853093 @default.
• W4290804810 cites W1189919329 @default.
• W4290804810 cites W1475832018 @default.
• W4290804810 cites W1743869147 @default.
• W4290804810 cites W1748242565 @default.
• W4290804810 cites W1824406037 @default.
• W4290804810 cites W1832504255 @default.
• W4290804810 cites W1863961676 @default.
• W4290804810 cites W1908645310 @default.
• W4290804810 cites W1963955777 @default.
• W4290804810 cites W1964344603 @default.
• W4290804810 cites W1965598367 @default.
• W4290804810 cites W1968780456 @default.
• W4290804810 cites W1970439390 @default.
• W4290804810 cites W1971863491 @default.
• W4290804810 cites W1976122321 @default.
• W4290804810 cites W1976233554 @default.
• W4290804810 cites W1978477068 @default.
• W4290804810 cites W1979444169 @default.
• W4290804810 cites W1981750492 @default.
• W4290804810 cites W1983510119 @default.
• W4290804810 cites W1984625256 @default.
• W4290804810 cites W1984652094 @default.
• W4290804810 cites W1985454478 @default.
• W4290804810 cites W1985558127 @default.
• W4290804810 cites W1985689268 @default.
• W4290804810 cites W1986097818 @default.
• W4290804810 cites W1986186070 @default.
• W4290804810 cites W1987632972 @default.
• W4290804810 cites W1988103688 @default.
• W4290804810 cites W1989540084 @default.
• W4290804810 cites W1990918587 @default.
• W4290804810 cites W1991244368 @default.
• W4290804810 cites W1991824691 @default.
• W4290804810 cites W1994193291 @default.
• W4290804810 cites W1995878487 @default.
• W4290804810 cites W1996352962 @default.
• W4290804810 cites W1997518696 @default.
• W4290804810 cites W1998062017 @default.
• W4290804810 cites W1999480711 @default.
• W4290804810 cites W1999908724 @default.
• W4290804810 cites W1999918445 @default.
• W4290804810 cites W2002799357 @default.
• W4290804810 cites W2004550299 @default.
• W4290804810 cites W2005588386 @default.
• W4290804810 cites W2006434390 @default.
• W4290804810 cites W2010069858 @default.
• W4290804810 cites W2010773171 @default.
• W4290804810 cites W2011879584 @default.
• W4290804810 cites W2016985104 @default.
• W4290804810 cites W2019517999 @default.
• W4290804810 cites W2022085591 @default.
• W4290804810 cites W2025283862 @default.
• W4290804810 cites W2026572149 @default.
• W4290804810 cites W2027883622 @default.
• W4290804810 cites W2032271805 @default.
• W4290804810 cites W2032556055 @default.
• W4290804810 cites W2032570058 @default.
• W4290804810 cites W2033208051 @default.
• W4290804810 cites W2034008983 @default.
• W4290804810 cites W2034126952 @default.
• W4290804810 cites W2034134371 @default.
• W4290804810 cites W2036246518 @default.
• W4290804810 cites W2038321666 @default.
• W4290804810 cites W2040215732 @default.
• W4290804810 cites W2044614763 @default.
• W4290804810 cites W2045908830 @default.
• W4290804810 cites W2047056541 @default.
• W4290804810 cites W2048407205 @default.
• W4290804810 cites W2051808592 @default.
• W4290804810 cites W2054333291 @default.
• W4290804810 cites W2057756143 @default.
• W4290804810 cites W2060521089 @default.
• W4290804810 cites W2066613146 @default.
• W4290804810 cites W2070132142 @default.
• W4290804810 cites W2071272818 @default.
• W4290804810 cites W2072170322 @default.
• W4290804810 cites W2078226472 @default.
• W4290804810 cites W2079465097 @default.
• W4290804810 cites W2081766466 @default.
• W4290804810 cites W2084260154 @default.
• W4290804810 cites W2085396414 @default.
• W4290804810 cites W2087954738 @default.
• W4290804810 cites W2088796264 @default.
• W4290804810 cites W2090677477 @default.
• W4290804810 cites W2091161882 @default.
• W4290804810 cites W2091476518 @default.
• W4290804810 cites W2094145140 @default.
• W4290804810 cites W2094508515 @default.

• next