Matches in SemOpenAlex for { <https://semopenalex.org/work/W3111542493> ?p ?o ?g. }
- W3111542493 endingPage "467" @default.
- W3111542493 startingPage "447" @default.
- W3111542493 abstract "Abstract Titanium dioxide (TiO 2 ) has the advantages of strong photocatalytic activity, non‐toxicity, and low cost, and so on. It has always occupied a dominant position in many photocatalytic materials, especially nanoscale spherical TiO 2 has the characteristics of high specific surface area and pore‐volume, and so on. Therefore, Degussa P25, as a typical representative of the nanoscale spherical structure, is currently the only material produced on a large scale. According to the structure, nanoscale spherical TiO 2 can be divided into three types: solid, core‐shell, and hollow spheres. However, there is still a lack of the latest review on the synthetic doping and application of nanoscale spherical TiO 2 . Therefore, we first describe the degradation mechanism of nanoscale spherical TiO 2 and summarize the latest progress of its synthesis strategy in this review, including doping and other modification techniques, and finally introduce the application of nanoscale spherical TiO 2 photocatalytic degradation of volatile organic compounds, dye wastewater, antibiotics, pesticides, and oily wastewater. Through this review, it is helpful for researchers to further understand the synthesis and application of nanoscale spherical TiO 2 , hoping to continuously improve the disadvantages and photocatalytic activity of nanoscale spherical TiO 2 , and promote the widespread application of nanoscale spherical TiO 2 on an industrial scale." @default.
- W3111542493 created "2020-12-21" @default.
- W3111542493 creator A5036022527 @default.
- W3111542493 creator A5043932190 @default.
- W3111542493 creator A5078754143 @default.
- W3111542493 creator A5083145832 @default.
- W3111542493 date "2020-12-10" @default.
- W3111542493 modified "2023-10-15" @default.
- W3111542493 title "Progress on the nanoscale spherical TiO<sub>2</sub> photocatalysts: Mechanisms, synthesis and degradation applications" @default.
- W3111542493 cites W1814528258 @default.
- W3111542493 cites W1828017013 @default.
- W3111542493 cites W1900534651 @default.
- W3111542493 cites W1964852592 @default.
- W3111542493 cites W1970865103 @default.
- W3111542493 cites W1972724400 @default.
- W3111542493 cites W1973570819 @default.
- W3111542493 cites W1976492109 @default.
- W3111542493 cites W1977752053 @default.
- W3111542493 cites W1979034873 @default.
- W3111542493 cites W1982041461 @default.
- W3111542493 cites W1984722649 @default.
- W3111542493 cites W1985993904 @default.
- W3111542493 cites W1987581310 @default.
- W3111542493 cites W1987955513 @default.
- W3111542493 cites W1988616429 @default.
- W3111542493 cites W1990599339 @default.
- W3111542493 cites W1991397154 @default.
- W3111542493 cites W1993674640 @default.
- W3111542493 cites W1995012938 @default.
- W3111542493 cites W1997153201 @default.
- W3111542493 cites W1997990554 @default.
- W3111542493 cites W2001325958 @default.
- W3111542493 cites W2001791666 @default.
- W3111542493 cites W2003585094 @default.
- W3111542493 cites W2004742416 @default.
- W3111542493 cites W2011187807 @default.
- W3111542493 cites W2011554385 @default.
- W3111542493 cites W2014808121 @default.
- W3111542493 cites W2014947190 @default.
- W3111542493 cites W2019873312 @default.
- W3111542493 cites W2020107131 @default.
- W3111542493 cites W2022657580 @default.
- W3111542493 cites W2023879097 @default.
- W3111542493 cites W2025282879 @default.
- W3111542493 cites W2030313025 @default.
- W3111542493 cites W2030635833 @default.
- W3111542493 cites W2032306800 @default.
- W3111542493 cites W2034832190 @default.
- W3111542493 cites W2034891106 @default.
- W3111542493 cites W2036495191 @default.
- W3111542493 cites W2036802282 @default.
- W3111542493 cites W2041337451 @default.
- W3111542493 cites W2042045081 @default.
- W3111542493 cites W2042492216 @default.
- W3111542493 cites W2042907440 @default.
- W3111542493 cites W2042948978 @default.
- W3111542493 cites W2043935099 @default.
- W3111542493 cites W2044607993 @default.
- W3111542493 cites W2044906826 @default.
- W3111542493 cites W2053331232 @default.
- W3111542493 cites W2056499306 @default.
- W3111542493 cites W2057624831 @default.
- W3111542493 cites W2058068556 @default.
- W3111542493 cites W2060455016 @default.
- W3111542493 cites W2065119087 @default.
- W3111542493 cites W2066168473 @default.
- W3111542493 cites W2067732879 @default.
- W3111542493 cites W2077989709 @default.
- W3111542493 cites W2079507866 @default.
- W3111542493 cites W2080523574 @default.
- W3111542493 cites W2080840313 @default.
- W3111542493 cites W2083095730 @default.
- W3111542493 cites W2086357925 @default.
- W3111542493 cites W2087519126 @default.
- W3111542493 cites W2095485382 @default.
- W3111542493 cites W2102125098 @default.
- W3111542493 cites W2102392016 @default.
- W3111542493 cites W2108977514 @default.
- W3111542493 cites W2111062994 @default.
- W3111542493 cites W2120959374 @default.
- W3111542493 cites W2122962294 @default.
- W3111542493 cites W2124168158 @default.
- W3111542493 cites W2134301566 @default.
- W3111542493 cites W2134832837 @default.
- W3111542493 cites W2144746928 @default.
- W3111542493 cites W2144791879 @default.
- W3111542493 cites W2147265666 @default.
- W3111542493 cites W2149332101 @default.
- W3111542493 cites W2153032177 @default.
- W3111542493 cites W2165098332 @default.
- W3111542493 cites W2168100296 @default.
- W3111542493 cites W2174990269 @default.
- W3111542493 cites W2193256054 @default.
- W3111542493 cites W2266484718 @default.
- W3111542493 cites W2277456836 @default.
- W3111542493 cites W2280064991 @default.
- W3111542493 cites W2280396642 @default.
- W3111542493 cites W2287793741 @default.