Matches in SemOpenAlex for { <https://semopenalex.org/work/W1520303316> ?p ?o ?g. }
- W1520303316 endingPage "137" @default.
- W1520303316 startingPage "127" @default.
- W1520303316 abstract "Abstract In this contribution, a novel high-temperature CO2 adsorbent consisting of Mg-Al layered double hydroxide (LDH) and graphene oxide (GO) nanosheets was prepared and evaluated. The nanocomposite-type adsorbent was synthesized based on the electrostatically driven self-assembly between positively charged Mg-Al LDH single sheet and negatively charged GO monolayer. The characteristics of this novel adsorbent were investigated using XRD, FE-SEM, HRTEM, FT-IR, BET and TGA. The results showed that both the CO2 adsorption capacity and the multicycle stability of LDH were increased with the addition of GO owing to the enhanced particle dispersion and stabilization. In particular, the absolute CO2 capture capacity of LDH was increased by more than twice by adding 6.54 wt% GO as support. GO appeared to be especially effective for supporting LDH sheets. Moreover, the CO2 capture capacity of the adsorbent could be further increased by doping with 15 wt% K2CO3. This work demonstrated a new approach for the preparation of LDH-based hybrid-type adsorbents for CO2 capture." @default.
- W1520303316 created "2016-06-24" @default.
- W1520303316 creator A5000051451 @default.
- W1520303316 creator A5006906278 @default.
- W1520303316 creator A5024242084 @default.
- W1520303316 creator A5030863883 @default.
- W1520303316 creator A5035417616 @default.
- W1520303316 creator A5052645270 @default.
- W1520303316 creator A5053647032 @default.
- W1520303316 creator A5060732415 @default.
- W1520303316 creator A5071036029 @default.
- W1520303316 creator A5072313505 @default.
- W1520303316 creator A5084027325 @default.
- W1520303316 creator A5085535252 @default.
- W1520303316 creator A5088633742 @default.
- W1520303316 date "2015-03-01" @default.
- W1520303316 modified "2023-10-17" @default.
- W1520303316 title "Synthesis of layered double hydroxides/graphene oxide nanocomposite as a novel high-temperature CO2 adsorbent" @default.
- W1520303316 cites W1531643369 @default.
- W1520303316 cites W1963605673 @default.
- W1520303316 cites W1963816120 @default.
- W1520303316 cites W1967432304 @default.
- W1520303316 cites W1971134879 @default.
- W1520303316 cites W1974479717 @default.
- W1520303316 cites W1979467832 @default.
- W1520303316 cites W1982551399 @default.
- W1520303316 cites W1984167282 @default.
- W1520303316 cites W1991624947 @default.
- W1520303316 cites W1998582621 @default.
- W1520303316 cites W2002478139 @default.
- W1520303316 cites W2004883511 @default.
- W1520303316 cites W2008817603 @default.
- W1520303316 cites W2009415167 @default.
- W1520303316 cites W2013582221 @default.
- W1520303316 cites W2015347402 @default.
- W1520303316 cites W2015611018 @default.
- W1520303316 cites W2015935174 @default.
- W1520303316 cites W2017304885 @default.
- W1520303316 cites W2023737545 @default.
- W1520303316 cites W2026512868 @default.
- W1520303316 cites W2034885377 @default.
- W1520303316 cites W2037013282 @default.
- W1520303316 cites W2039312566 @default.
- W1520303316 cites W2045071133 @default.
- W1520303316 cites W2059637419 @default.
- W1520303316 cites W2060121014 @default.
- W1520303316 cites W2061388884 @default.
- W1520303316 cites W2065792706 @default.
- W1520303316 cites W2079205725 @default.
- W1520303316 cites W2084720824 @default.
- W1520303316 cites W2087606274 @default.
- W1520303316 cites W2091882400 @default.
- W1520303316 cites W2092487795 @default.
- W1520303316 cites W2094680373 @default.
- W1520303316 cites W2097259042 @default.
- W1520303316 cites W2099519301 @default.
- W1520303316 cites W2101501838 @default.
- W1520303316 cites W2112029422 @default.
- W1520303316 cites W2119731600 @default.
- W1520303316 cites W2122582155 @default.
- W1520303316 cites W2128654538 @default.
- W1520303316 cites W2129706637 @default.
- W1520303316 cites W2159235137 @default.
- W1520303316 cites W2163131115 @default.
- W1520303316 cites W2313411849 @default.
- W1520303316 cites W2316358103 @default.
- W1520303316 cites W2321213340 @default.
- W1520303316 cites W2324813115 @default.
- W1520303316 cites W2460867982 @default.
- W1520303316 cites W4233194460 @default.
- W1520303316 doi "https://doi.org/10.1016/s2095-4956(15)60293-5" @default.
- W1520303316 hasPublicationYear "2015" @default.
- W1520303316 type Work @default.
- W1520303316 sameAs 1520303316 @default.
- W1520303316 citedByCount "113" @default.
- W1520303316 countsByYear W15203033162015 @default.
- W1520303316 countsByYear W15203033162016 @default.
- W1520303316 countsByYear W15203033162017 @default.
- W1520303316 countsByYear W15203033162018 @default.
- W1520303316 countsByYear W15203033162019 @default.
- W1520303316 countsByYear W15203033162020 @default.
- W1520303316 countsByYear W15203033162021 @default.
- W1520303316 countsByYear W15203033162022 @default.
- W1520303316 countsByYear W15203033162023 @default.
- W1520303316 crossrefType "journal-article" @default.
- W1520303316 hasAuthorship W1520303316A5000051451 @default.
- W1520303316 hasAuthorship W1520303316A5006906278 @default.
- W1520303316 hasAuthorship W1520303316A5024242084 @default.
- W1520303316 hasAuthorship W1520303316A5030863883 @default.
- W1520303316 hasAuthorship W1520303316A5035417616 @default.
- W1520303316 hasAuthorship W1520303316A5052645270 @default.
- W1520303316 hasAuthorship W1520303316A5053647032 @default.
- W1520303316 hasAuthorship W1520303316A5060732415 @default.
- W1520303316 hasAuthorship W1520303316A5071036029 @default.
- W1520303316 hasAuthorship W1520303316A5072313505 @default.
- W1520303316 hasAuthorship W1520303316A5084027325 @default.
- W1520303316 hasAuthorship W1520303316A5085535252 @default.
- W1520303316 hasAuthorship W1520303316A5088633742 @default.