Matches in SemOpenAlex for { <https://semopenalex.org/work/W2298286265> ?p ?o ?g. }
- W2298286265 endingPage "3565" @default.
- W2298286265 startingPage "3558" @default.
- W2298286265 abstract "An In-based metal-organic framework, with 1D nanotubular open channels, In2(OH)(btc)(Hbtc)0.4(L)0.6·3H2O (1), has been synthesized via an in situ ligand reaction, in which 1,2,4-H3btc is partially transformed into the L ligand. Compound 1 exhibits exceptional thermal and chemical stability, especially in water or acidic media. The activated 1 presents highly selective sorption of carbon dioxide (CO2) over dinitrogen. Interestingly, diffuse-reflectance infrared Fourier transform spectroscopy with a carbon monoxide probe molecule demonstrates that both Lewis and Brønsted acid sites are involved in compound 1. As a result, as a heterogeneous Lewis and Brønsted acid bifunctional catalyst, 1 possesses excellent activity and recyclability for chemical fixation of CO2 coupling with epoxides into cyclic carbonates under mild conditions. In addition, the mechanism for the CO2 cycloaddition reaction has also been discussed." @default.
- W2298286265 created "2016-06-24" @default.
- W2298286265 creator A5016682254 @default.
- W2298286265 creator A5029260388 @default.
- W2298286265 creator A5038041764 @default.
- W2298286265 creator A5040647242 @default.
- W2298286265 creator A5062936936 @default.
- W2298286265 creator A5083301457 @default.
- W2298286265 date "2016-03-14" @default.
- W2298286265 modified "2023-10-13" @default.
- W2298286265 title "Exceptionally Robust In-Based Metal–Organic Framework for Highly Efficient Carbon Dioxide Capture and Conversion" @default.
- W2298286265 cites W1829327035 @default.
- W2298286265 cites W1965457461 @default.
- W2298286265 cites W1969116910 @default.
- W2298286265 cites W1974230931 @default.
- W2298286265 cites W1976416233 @default.
- W2298286265 cites W1976719151 @default.
- W2298286265 cites W1979814430 @default.
- W2298286265 cites W1980147427 @default.
- W2298286265 cites W1982104467 @default.
- W2298286265 cites W1984414560 @default.
- W2298286265 cites W1985148570 @default.
- W2298286265 cites W1985354366 @default.
- W2298286265 cites W1989118706 @default.
- W2298286265 cites W1991311153 @default.
- W2298286265 cites W1992683955 @default.
- W2298286265 cites W2004550299 @default.
- W2298286265 cites W2010697328 @default.
- W2298286265 cites W2011538892 @default.
- W2298286265 cites W2016854671 @default.
- W2298286265 cites W2018166191 @default.
- W2298286265 cites W2021523927 @default.
- W2298286265 cites W2022194464 @default.
- W2298286265 cites W2023472611 @default.
- W2298286265 cites W2026842054 @default.
- W2298286265 cites W2026972799 @default.
- W2298286265 cites W2030646050 @default.
- W2298286265 cites W2034142805 @default.
- W2298286265 cites W2041523332 @default.
- W2298286265 cites W2045277089 @default.
- W2298286265 cites W2047480702 @default.
- W2298286265 cites W2060218653 @default.
- W2298286265 cites W2060401865 @default.
- W2298286265 cites W2062904068 @default.
- W2298286265 cites W2068580578 @default.
- W2298286265 cites W2069512745 @default.
- W2298286265 cites W2073704326 @default.
- W2298286265 cites W2075058682 @default.
- W2298286265 cites W2076949647 @default.
- W2298286265 cites W2084406030 @default.
- W2298286265 cites W2090524590 @default.
- W2298286265 cites W2090782381 @default.
- W2298286265 cites W2094145140 @default.
- W2298286265 cites W2098906002 @default.
- W2298286265 cites W2104943417 @default.
- W2298286265 cites W2106686634 @default.
- W2298286265 cites W2111920806 @default.
- W2298286265 cites W2115587869 @default.
- W2298286265 cites W2115764422 @default.
- W2298286265 cites W2119385673 @default.
- W2298286265 cites W2120146109 @default.
- W2298286265 cites W2121865706 @default.
- W2298286265 cites W2124856289 @default.
- W2298286265 cites W2128418265 @default.
- W2298286265 cites W2128962229 @default.
- W2298286265 cites W2130515472 @default.
- W2298286265 cites W2133548137 @default.
- W2298286265 cites W2134094254 @default.
- W2298286265 cites W2134711768 @default.
- W2298286265 cites W2135479333 @default.
- W2298286265 cites W2136135866 @default.
- W2298286265 cites W2156157987 @default.
- W2298286265 cites W2159625514 @default.
- W2298286265 cites W2161885649 @default.
- W2298286265 cites W2162085795 @default.
- W2298286265 cites W2163383153 @default.
- W2298286265 cites W2171661037 @default.
- W2298286265 cites W2171836549 @default.
- W2298286265 cites W2193882482 @default.
- W2298286265 cites W2314697832 @default.
- W2298286265 cites W2320190116 @default.
- W2298286265 cites W4246452518 @default.
- W2298286265 cites W4318614120 @default.
- W2298286265 doi "https://doi.org/10.1021/acs.inorgchem.6b00050" @default.
- W2298286265 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26974010" @default.
- W2298286265 hasPublicationYear "2016" @default.
- W2298286265 type Work @default.
- W2298286265 sameAs 2298286265 @default.
- W2298286265 citedByCount "189" @default.
- W2298286265 countsByYear W22982862652016 @default.
- W2298286265 countsByYear W22982862652017 @default.
- W2298286265 countsByYear W22982862652018 @default.
- W2298286265 countsByYear W22982862652019 @default.
- W2298286265 countsByYear W22982862652020 @default.
- W2298286265 countsByYear W22982862652021 @default.
- W2298286265 countsByYear W22982862652022 @default.
- W2298286265 countsByYear W22982862652023 @default.
- W2298286265 crossrefType "journal-article" @default.