Matches in SemOpenAlex for { <https://semopenalex.org/work/W2807721907> ?p ?o ?g. }
- W2807721907 endingPage "2218" @default.
- W2807721907 startingPage "2218" @default.
- W2807721907 abstract "In this work, we synthesized chitosan grafted-polyacrylic acid (CS-g-PA) through surface-initiated atom transfer radical polymerization (SI-ATRP). We also studied the adsorption process of copper and lead ions onto the CS-g-PA surface. Adsorption equilibrium studies indicated that pH 4.0 was the best pH for the adsorption process and the maximum adsorption capacity over CS-g-PA for Pb2+ ions was 98 mg·g−1 and for Cu2+ it was 164 mg·g−1, while for chitosan alone (CS), the Pb2+ adsorption capacity was only 14.8 mg·g−1 and for Cu2+ it was 140 mg·g−1. Furthermore, the adsorption studies indicated that Langmuir model describes all the experimental data and besides, pseudo-second-order model was suitable to describe kinetic results for the adsorption process, demonstrating a larger kinetic constant of the process was larger for Pb2+ than Cu2+. Compared to other adsorbents reported, CS-g-PA had comparable or even superior adsorbent capacity and besides, all these results suggest that the new CS-g-PA polymers had potential as an adsorbent for hazardous and toxic metal ions produced by different industries." @default.
- W2807721907 created "2018-06-21" @default.
- W2807721907 creator A5033153912 @default.
- W2807721907 creator A5049711011 @default.
- W2807721907 creator A5064794270 @default.
- W2807721907 date "2018-09-01" @default.
- W2807721907 modified "2023-09-27" @default.
- W2807721907 title "Equilibrium and Kinetic Study of Lead and Copper Ion Adsorption on Chitosan-Grafted-Polyacrylic Acid Synthesized by Surface Initiated Atomic Transfer Polymerization" @default.
- W2807721907 cites W1968215980 @default.
- W2807721907 cites W1969195168 @default.
- W2807721907 cites W1972037056 @default.
- W2807721907 cites W1972280975 @default.
- W2807721907 cites W1974433367 @default.
- W2807721907 cites W1976789406 @default.
- W2807721907 cites W1978332294 @default.
- W2807721907 cites W1978673732 @default.
- W2807721907 cites W1982467086 @default.
- W2807721907 cites W1983480683 @default.
- W2807721907 cites W1983753471 @default.
- W2807721907 cites W1988041504 @default.
- W2807721907 cites W1989929731 @default.
- W2807721907 cites W1994695694 @default.
- W2807721907 cites W1996394761 @default.
- W2807721907 cites W1999116241 @default.
- W2807721907 cites W2001650399 @default.
- W2807721907 cites W2009518345 @default.
- W2807721907 cites W2010625595 @default.
- W2807721907 cites W2012788909 @default.
- W2807721907 cites W2014085673 @default.
- W2807721907 cites W2015768761 @default.
- W2807721907 cites W2017036234 @default.
- W2807721907 cites W2020085829 @default.
- W2807721907 cites W2020732723 @default.
- W2807721907 cites W2023935971 @default.
- W2807721907 cites W2037937486 @default.
- W2807721907 cites W2039099512 @default.
- W2807721907 cites W2040967252 @default.
- W2807721907 cites W2041480669 @default.
- W2807721907 cites W2046066584 @default.
- W2807721907 cites W2048735542 @default.
- W2807721907 cites W2052152839 @default.
- W2807721907 cites W2056151272 @default.
- W2807721907 cites W2057347056 @default.
- W2807721907 cites W2064493562 @default.
- W2807721907 cites W2064513419 @default.
- W2807721907 cites W2068205044 @default.
- W2807721907 cites W2068238619 @default.
- W2807721907 cites W2070047148 @default.
- W2807721907 cites W2071182500 @default.
- W2807721907 cites W2072702292 @default.
- W2807721907 cites W2075270353 @default.
- W2807721907 cites W2077741438 @default.
- W2807721907 cites W2083850577 @default.
- W2807721907 cites W2084342692 @default.
- W2807721907 cites W2084948940 @default.
- W2807721907 cites W2091231269 @default.
- W2807721907 cites W2092827783 @default.
- W2807721907 cites W2093892287 @default.
- W2807721907 cites W2098012383 @default.
- W2807721907 cites W2113536011 @default.
- W2807721907 cites W2115727943 @default.
- W2807721907 cites W2120803809 @default.
- W2807721907 cites W2122184982 @default.
- W2807721907 cites W2134938611 @default.
- W2807721907 cites W2150664955 @default.
- W2807721907 cites W2157300268 @default.
- W2807721907 cites W2159327976 @default.
- W2807721907 cites W2162748063 @default.
- W2807721907 cites W2185551394 @default.
- W2807721907 cites W2220179138 @default.
- W2807721907 cites W2283272636 @default.
- W2807721907 cites W2314104404 @default.
- W2807721907 cites W2338185043 @default.
- W2807721907 cites W2441548391 @default.
- W2807721907 cites W2554639661 @default.
- W2807721907 cites W2582433498 @default.
- W2807721907 cites W3144842303 @default.
- W2807721907 cites W4361980432 @default.
- W2807721907 doi "https://doi.org/10.3390/molecules23092218" @default.
- W2807721907 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6225132" @default.
- W2807721907 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30200387" @default.
- W2807721907 hasPublicationYear "2018" @default.
- W2807721907 type Work @default.
- W2807721907 sameAs 2807721907 @default.
- W2807721907 citedByCount "13" @default.
- W2807721907 countsByYear W28077219072019 @default.
- W2807721907 countsByYear W28077219072020 @default.
- W2807721907 countsByYear W28077219072021 @default.
- W2807721907 countsByYear W28077219072022 @default.
- W2807721907 countsByYear W28077219072023 @default.
- W2807721907 crossrefType "journal-article" @default.
- W2807721907 hasAuthorship W2807721907A5033153912 @default.
- W2807721907 hasAuthorship W2807721907A5049711011 @default.
- W2807721907 hasAuthorship W2807721907A5064794270 @default.
- W2807721907 hasBestOaLocation W28077219071 @default.
- W2807721907 hasConcept C13965031 @default.
- W2807721907 hasConcept C150394285 @default.
- W2807721907 hasConcept C150539798 @default.