Matches in SemOpenAlex for { <https://semopenalex.org/work/W2041744965> ?p ?o ?g. }
- W2041744965 endingPage "1892" @default.
- W2041744965 startingPage "1884" @default.
- W2041744965 abstract "A facile and controllable interface-directed coassembly (IDCA) approach is developed for the first time to synthesize uniform discrete mesoporous silica particles with a large pore size (ca. 8 nm) by using 3-dimensional macroporous carbon (3DOMC) as the nanoreactor for the confined coassembly of template molecules and silica source. By controlling the amount of the precursor solution and using Pluronic templates with different compositions, we can synthesize mesoporous silica particles with diverse morphologies (spheres, hollow spheres, and hemispheres) and different mesostructure (e.g., 2-D hexagonal and 3D face centered cubic symmetry), high surface area of about 790 m2/g, and large pore volume (0.98 cm3/g). The particle size can be tunable from submicrometer to micrometer regimes by changing the macropore diameter of 3DOMC. Importantly, this synthesis concept can be extended to fabricate multifunctional mesoporous composite spheres with a magnetic core and a mesoporous silica shell, large saturated magnetization (23.5 emu/g), and high surface area (280 m2/g). With the use of the magnetic mesoporous silica spheres as a magnetically recyclable absorbent, a fast and efficient removal of microcystin from water is achieved, and they can be recycled for 10 times without a significant decrease of removal efficiency for microcystin." @default.
- W2041744965 created "2016-06-24" @default.
- W2041744965 creator A5003505642 @default.
- W2041744965 creator A5009277202 @default.
- W2041744965 creator A5011818868 @default.
- W2041744965 creator A5021708087 @default.
- W2041744965 creator A5033904021 @default.
- W2041744965 creator A5045409446 @default.
- W2041744965 creator A5067087182 @default.
- W2041744965 creator A5087653752 @default.
- W2041744965 date "2014-01-23" @default.
- W2041744965 modified "2023-09-26" @default.
- W2041744965 title "An Interface-Directed Coassembly Approach To Synthesize Uniform Large-Pore Mesoporous Silica Spheres" @default.
- W2041744965 cites W1607040589 @default.
- W2041744965 cites W1631146593 @default.
- W2041744965 cites W1963877576 @default.
- W2041744965 cites W1966092323 @default.
- W2041744965 cites W1966949383 @default.
- W2041744965 cites W1968367250 @default.
- W2041744965 cites W1975145454 @default.
- W2041744965 cites W1975936117 @default.
- W2041744965 cites W1976608221 @default.
- W2041744965 cites W1978516394 @default.
- W2041744965 cites W1978675514 @default.
- W2041744965 cites W1981462235 @default.
- W2041744965 cites W1982784029 @default.
- W2041744965 cites W1988745485 @default.
- W2041744965 cites W1989444174 @default.
- W2041744965 cites W1990906290 @default.
- W2041744965 cites W1995041236 @default.
- W2041744965 cites W1995136384 @default.
- W2041744965 cites W1996182463 @default.
- W2041744965 cites W1996832333 @default.
- W2041744965 cites W2001280311 @default.
- W2041744965 cites W2004602103 @default.
- W2041744965 cites W2013100151 @default.
- W2041744965 cites W2013999789 @default.
- W2041744965 cites W2017746519 @default.
- W2041744965 cites W2028982372 @default.
- W2041744965 cites W2029025909 @default.
- W2041744965 cites W2030178950 @default.
- W2041744965 cites W2030773577 @default.
- W2041744965 cites W2033788636 @default.
- W2041744965 cites W2049451317 @default.
- W2041744965 cites W2049830830 @default.
- W2041744965 cites W2051275587 @default.
- W2041744965 cites W2054102991 @default.
- W2041744965 cites W2054111649 @default.
- W2041744965 cites W2055147357 @default.
- W2041744965 cites W2057682198 @default.
- W2041744965 cites W2063045261 @default.
- W2041744965 cites W2067382034 @default.
- W2041744965 cites W2069200721 @default.
- W2041744965 cites W2073341588 @default.
- W2041744965 cites W2075861553 @default.
- W2041744965 cites W2076106393 @default.
- W2041744965 cites W2076993873 @default.
- W2041744965 cites W2080764544 @default.
- W2041744965 cites W2082159784 @default.
- W2041744965 cites W2082823315 @default.
- W2041744965 cites W2085448021 @default.
- W2041744965 cites W2088279445 @default.
- W2041744965 cites W2089124524 @default.
- W2041744965 cites W2089489320 @default.
- W2041744965 cites W2090187581 @default.
- W2041744965 cites W2094920617 @default.
- W2041744965 cites W2114000334 @default.
- W2041744965 cites W2128235529 @default.
- W2041744965 cites W2140133212 @default.
- W2041744965 cites W2152752812 @default.
- W2041744965 cites W2154531003 @default.
- W2041744965 cites W2170594912 @default.
- W2041744965 cites W2171943099 @default.
- W2041744965 cites W2323244124 @default.
- W2041744965 cites W2331603672 @default.
- W2041744965 cites W2333741640 @default.
- W2041744965 cites W4236051258 @default.
- W2041744965 doi "https://doi.org/10.1021/ja4099356" @default.
- W2041744965 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24417352" @default.
- W2041744965 hasPublicationYear "2014" @default.
- W2041744965 type Work @default.
- W2041744965 sameAs 2041744965 @default.
- W2041744965 citedByCount "95" @default.
- W2041744965 countsByYear W20417449652014 @default.
- W2041744965 countsByYear W20417449652015 @default.
- W2041744965 countsByYear W20417449652016 @default.
- W2041744965 countsByYear W20417449652017 @default.
- W2041744965 countsByYear W20417449652018 @default.
- W2041744965 countsByYear W20417449652019 @default.
- W2041744965 countsByYear W20417449652020 @default.
- W2041744965 countsByYear W20417449652021 @default.
- W2041744965 countsByYear W20417449652022 @default.
- W2041744965 countsByYear W20417449652023 @default.
- W2041744965 crossrefType "journal-article" @default.
- W2041744965 hasAuthorship W2041744965A5003505642 @default.
- W2041744965 hasAuthorship W2041744965A5009277202 @default.
- W2041744965 hasAuthorship W2041744965A5011818868 @default.
- W2041744965 hasAuthorship W2041744965A5021708087 @default.