Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281661004> ?p ?o ?g. }
- W4281661004 endingPage "135300" @default.
- W4281661004 startingPage "135300" @default.
- W4281661004 abstract "Bismuth-based composite materials have unique structural, chemical, optical, and electrical properties that are highly beneficial in Photocatalysis. The layered structure and tunable bandgap properties of the Bismuth-based composites are advantageous for the absorption of solar light efficiently. Also, these properties help the separation and recombination of photogenerated charge carriers, leading to enhancement in the photocatalytic activity. Synthesis of the catalyst at a lower temperature to produce catalyst reduces the production cost and electrical energy consumption. This review provides an overview of the recent development in Bismuth-based composite nanostructured photocatalytic materials, mainly using low-temperature driven synthesis methods. Herein, we have mainly summarized the primarily used low temperature-based synthetic routes, particularly in the temperature range of 50-300 °C for synthesizing Bismuth-based composite materials. In addition to this, the photocatalytic mechanism, the textural, structural, electronic, and photocatalytic properties of the synthesized photocatalysts are discussed. The literature shows that the surface area of the composite Bismuth-based photocatalytic materials synthesized using the low-temperature synthetic route is in the range of 1.5-81 m2/g and can be activated by solar, ultraviolet, and Light Emitting Diode (LEDs) light irradiation based on the synthetic route. Their photocatalytic performance and structural stability are excellent and utilized for several runs. The comprehensive understanding of the low-temperature synthesis of Bismuth-based composite materials for visible light-activated photocatalytic applications provided will be useful for developing photocatalytic materials on an industrial scale due to energy-efficient synthetic routes. Furthermore, the prospects of low temperature-driven Bismuth-based composite synthesis routes are discussed." @default.
- W4281661004 created "2022-06-13" @default.
- W4281661004 creator A5076937884 @default.
- W4281661004 creator A5077865746 @default.
- W4281661004 date "2022-10-01" @default.
- W4281661004 modified "2023-10-01" @default.
- W4281661004 title "Low temperature energy- efficient synthesis methods for bismuth-based nanostructured photocatalysts for environmental remediation application: A review" @default.
- W4281661004 cites W1894396865 @default.
- W4281661004 cites W1933484340 @default.
- W4281661004 cites W1975510071 @default.
- W4281661004 cites W1980271715 @default.
- W4281661004 cites W1982255274 @default.
- W4281661004 cites W1983115916 @default.
- W4281661004 cites W1983151519 @default.
- W4281661004 cites W1984628000 @default.
- W4281661004 cites W1988698437 @default.
- W4281661004 cites W1998570255 @default.
- W4281661004 cites W2001401949 @default.
- W4281661004 cites W2013366770 @default.
- W4281661004 cites W2014635057 @default.
- W4281661004 cites W2014947190 @default.
- W4281661004 cites W2018453861 @default.
- W4281661004 cites W2029517950 @default.
- W4281661004 cites W2034786603 @default.
- W4281661004 cites W2039763632 @default.
- W4281661004 cites W2043937260 @default.
- W4281661004 cites W2046022117 @default.
- W4281661004 cites W2047996152 @default.
- W4281661004 cites W2054003223 @default.
- W4281661004 cites W2060587555 @default.
- W4281661004 cites W2060769803 @default.
- W4281661004 cites W2061651952 @default.
- W4281661004 cites W2063326894 @default.
- W4281661004 cites W2063522430 @default.
- W4281661004 cites W2071050580 @default.
- W4281661004 cites W2071297306 @default.
- W4281661004 cites W2072167569 @default.
- W4281661004 cites W2079394689 @default.
- W4281661004 cites W2084224476 @default.
- W4281661004 cites W2085329895 @default.
- W4281661004 cites W2086469336 @default.
- W4281661004 cites W2089659346 @default.
- W4281661004 cites W2092610463 @default.
- W4281661004 cites W2095085451 @default.
- W4281661004 cites W2095570804 @default.
- W4281661004 cites W2107931060 @default.
- W4281661004 cites W2118398457 @default.
- W4281661004 cites W2140408788 @default.
- W4281661004 cites W2160050160 @default.
- W4281661004 cites W2172309202 @default.
- W4281661004 cites W2214001608 @default.
- W4281661004 cites W2316719114 @default.
- W4281661004 cites W2319678970 @default.
- W4281661004 cites W2324576880 @default.
- W4281661004 cites W2327010776 @default.
- W4281661004 cites W2340097169 @default.
- W4281661004 cites W2345793382 @default.
- W4281661004 cites W2403918315 @default.
- W4281661004 cites W2515303950 @default.
- W4281661004 cites W2516178022 @default.
- W4281661004 cites W2565555336 @default.
- W4281661004 cites W2590646933 @default.
- W4281661004 cites W2596048678 @default.
- W4281661004 cites W2597677074 @default.
- W4281661004 cites W2597793125 @default.
- W4281661004 cites W2617678263 @default.
- W4281661004 cites W2618869924 @default.
- W4281661004 cites W2738757279 @default.
- W4281661004 cites W2743934320 @default.
- W4281661004 cites W2754459366 @default.
- W4281661004 cites W2789594495 @default.
- W4281661004 cites W2790627912 @default.
- W4281661004 cites W2792681921 @default.
- W4281661004 cites W2801136278 @default.
- W4281661004 cites W2803711538 @default.
- W4281661004 cites W2808955136 @default.
- W4281661004 cites W2835518075 @default.
- W4281661004 cites W2889405296 @default.
- W4281661004 cites W2898176749 @default.
- W4281661004 cites W2903889729 @default.
- W4281661004 cites W2911452663 @default.
- W4281661004 cites W2912995882 @default.
- W4281661004 cites W2914468051 @default.
- W4281661004 cites W2914524396 @default.
- W4281661004 cites W2914734987 @default.
- W4281661004 cites W2915557796 @default.
- W4281661004 cites W2940534898 @default.
- W4281661004 cites W2941394241 @default.
- W4281661004 cites W2946374862 @default.
- W4281661004 cites W2947177016 @default.
- W4281661004 cites W2947211495 @default.
- W4281661004 cites W2950897319 @default.
- W4281661004 cites W2952028357 @default.
- W4281661004 cites W2953356038 @default.
- W4281661004 cites W2963263879 @default.
- W4281661004 cites W2964084294 @default.
- W4281661004 cites W2965202785 @default.
- W4281661004 cites W2971842767 @default.