Matches in SemOpenAlex for { <https://semopenalex.org/work/W2763917814> ?p ?o ?g. }
- W2763917814 endingPage "401" @default.
- W2763917814 startingPage "392" @default.
- W2763917814 abstract "A novel magnetic iron oxide supported phenylsulfonic acid (Fe3O4@Ph-SO3H) with core-shell structure is prepared, characterized and applied as efficient nanocatalyst for green synthesis of tetrahydrobenzo[b]pyrans. The Fe3O4@Ph-SO3H was prepared via modification of magnetic iron oxide cores with 1,4-bis(triethoxysilyl)benzene (BTEB) followed by sulfonation of aromatic rings. The Fe3O4@Ph-SO3H was characterized using FTIR, TGA, PXRD, SEM, TEM, VSM and EDX techniques. This was effectively applied for synthesis of tetrahydrobenzo[b]pyrans in water as green solvent at room temperature under ultrasonic conditions. The products were obtained in high to excellent yields at short times. The recoverability, reusability and durability of this nanocatalyst were studied under applied reaction conditions." @default.
- W2763917814 created "2017-10-20" @default.
- W2763917814 creator A5008167363 @default.
- W2763917814 creator A5043227981 @default.
- W2763917814 creator A5049638350 @default.
- W2763917814 creator A5063939311 @default.
- W2763917814 date "2018-02-01" @default.
- W2763917814 modified "2023-10-10" @default.
- W2763917814 title "Magnetic iron oxide/phenylsulfonic acid: A novel, efficient and recoverable nanocatalyst for green synthesis of tetrahydrobenzo[b]pyrans under ultrasonic conditions" @default.
- W2763917814 cites W1551082691 @default.
- W2763917814 cites W1791356206 @default.
- W2763917814 cites W1944742101 @default.
- W2763917814 cites W1965386872 @default.
- W2763917814 cites W1967234514 @default.
- W2763917814 cites W1968527533 @default.
- W2763917814 cites W1972837575 @default.
- W2763917814 cites W1974414027 @default.
- W2763917814 cites W1974683139 @default.
- W2763917814 cites W1976462184 @default.
- W2763917814 cites W1981992660 @default.
- W2763917814 cites W1982179393 @default.
- W2763917814 cites W1983341546 @default.
- W2763917814 cites W1987504473 @default.
- W2763917814 cites W1987755543 @default.
- W2763917814 cites W1998714557 @default.
- W2763917814 cites W2003713520 @default.
- W2763917814 cites W2008974307 @default.
- W2763917814 cites W2010024344 @default.
- W2763917814 cites W2013124605 @default.
- W2763917814 cites W2015174560 @default.
- W2763917814 cites W2015974251 @default.
- W2763917814 cites W2017207701 @default.
- W2763917814 cites W2019822832 @default.
- W2763917814 cites W2020607110 @default.
- W2763917814 cites W2021794341 @default.
- W2763917814 cites W2024037583 @default.
- W2763917814 cites W2028434426 @default.
- W2763917814 cites W2034405001 @default.
- W2763917814 cites W2036827180 @default.
- W2763917814 cites W2047651080 @default.
- W2763917814 cites W2048187451 @default.
- W2763917814 cites W2054030528 @default.
- W2763917814 cites W2061630385 @default.
- W2763917814 cites W2065621956 @default.
- W2763917814 cites W2067441129 @default.
- W2763917814 cites W2069828535 @default.
- W2763917814 cites W2075014255 @default.
- W2763917814 cites W2075137839 @default.
- W2763917814 cites W2080598523 @default.
- W2763917814 cites W2083841777 @default.
- W2763917814 cites W2084871302 @default.
- W2763917814 cites W2085409837 @default.
- W2763917814 cites W2086607495 @default.
- W2763917814 cites W2088252867 @default.
- W2763917814 cites W2088527655 @default.
- W2763917814 cites W2090970054 @default.
- W2763917814 cites W2091722709 @default.
- W2763917814 cites W2095958188 @default.
- W2763917814 cites W2102934133 @default.
- W2763917814 cites W2103188686 @default.
- W2763917814 cites W2108190197 @default.
- W2763917814 cites W2115616340 @default.
- W2763917814 cites W2116776394 @default.
- W2763917814 cites W2123043164 @default.
- W2763917814 cites W2133882393 @default.
- W2763917814 cites W2141182915 @default.
- W2763917814 cites W2144886210 @default.
- W2763917814 cites W2145201526 @default.
- W2763917814 cites W2145694146 @default.
- W2763917814 cites W2146306993 @default.
- W2763917814 cites W2148404423 @default.
- W2763917814 cites W2148975361 @default.
- W2763917814 cites W2155868055 @default.
- W2763917814 cites W2159684938 @default.
- W2763917814 cites W2166328948 @default.
- W2763917814 cites W2166395219 @default.
- W2763917814 cites W2170223357 @default.
- W2763917814 cites W2226512917 @default.
- W2763917814 cites W2296373946 @default.
- W2763917814 cites W2302013478 @default.
- W2763917814 cites W2429672811 @default.
- W2763917814 cites W2443794423 @default.
- W2763917814 cites W2462672562 @default.
- W2763917814 cites W2517292283 @default.
- W2763917814 cites W2519887207 @default.
- W2763917814 cites W2529397643 @default.
- W2763917814 cites W2530075351 @default.
- W2763917814 cites W2556992278 @default.
- W2763917814 cites W2582496446 @default.
- W2763917814 cites W2598724749 @default.
- W2763917814 cites W2604210891 @default.
- W2763917814 cites W2950555756 @default.
- W2763917814 cites W2953259127 @default.
- W2763917814 cites W4249231119 @default.
- W2763917814 doi "https://doi.org/10.1016/j.jcis.2017.10.013" @default.
- W2763917814 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29035802" @default.
- W2763917814 hasPublicationYear "2018" @default.
- W2763917814 type Work @default.