KESHAVARZIPOUR AND TAVAKO
7
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the obtained image shows that the morphology of the catalyst
after five runs has not changed meaningfully.
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4
| CONCLUSIONS
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In the research reported here, magnetic nanoparticles were
coated with ƛ‐carrageenan and decorated with zinc cation
to obtain a biodegradable and reusable nanocatalyst for
the synthesis of quinoline derivatives. The chemical and
physical nature and surface structure of the prepared cata-
lyst have been examined and confirmed using various
methods. The prepared Zn2+/ƛ‐carrageenan/Fe3O4 catalyst
has been employed in the successful green synthesis of
16 quinoline derivatives affording high yields without
using any toxic solvent or co‐catalyst. To the best of
our knowledge, this is the first report of the use of a het-
erogeneous and easily recyclable, ƛ‐carrageenan‐contain-
ing, economic, environmentally friendly and efficient
catalyst for one‐pot quinoline synthesis.
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